Vertex vpenjalno orodje by BTS Company d.o.o.

ТЯЕМ

A S E RI E S

R ot a r y T a bl e S y st e m

A 01

MI L LI N G M A C HI N E A C C E S S O RI E S H o ri z o nt al/ V e rti c al R ot a r y T a bl e

A 01

H V- 6, 8, 1 0, 1 2, 1 4, 1 6

H V- 4

A 05

Tilti n g R ot a r y T a bl e

V U T- 6

H o ri z o nt al/ V e rti c al R ot a r y T a bl e

Di vi di n g H e a d S y st e m

S e mi- U ni v e r s al Di vi di n g H e a d

B S- 0, 1

A 08

Tilti n g R ot a r y T a bl e

A 07

A 09

A 05 NE

A 03

O pti o n al F o r R ot a r y T a bl e

S e mi- U ni v e r s al Di vi di n g H e a d

A 07

S e mi- U ni v e r s al Di vi di n g H e a d

B S- 2 A- J- 8 S u p e r I n d e xi n g S p a c er

A 09

A 06

M ulti pl e Tilti n g R ot a r y T a bl e

O pti o n al F o r R ot a r y T a bl e

V U T- 2 5 0, 3 0 0

D P- 3, T S- 3

A 08

U ni v e r s al Di vi di n g H e a d

B S- 2 S u p e r I n d e xi n g S p a c er

A 06

A 10

U ni v e r s al Di vi di n g H e a d

B S- 2- J- 8 Si m pl e I n d e xi n g S p a c er

A 10

Si m pl e I n d e xi n g S p a c er

B S- 2 A

I n d e x T a bl e

A 11

C S- 6, 8 Pr e ci si o n I n d e x T a bl e

VI T- 4 5 0, 6 0 0, 7 0 0, 8 0 0

R ot a r y C h u c k

A 12

E c o n o mi c al T y p e R a pi d I n d e x

A 11

C S- 6, 8 Pr e ci si o n I n d e x T a bl e

VI T- 1 0 0 0

A 12

A 11

V SI- 4, 5

A n gl e C h u c k

A 13

E c o n o mi c al T y p e R a pi d I n d e x

V U A- 1 0 0 J

V SI- 3 Pr e ci si o n U ni v e r s al A n gl e C h u c k

A 13 NE

C C- 1 2 P r e ci si o n I n d e x T a bl e

VI T- 1 2 0 0

A 12 NE

Tilti n g R ot a r y T a bl e

V U T- 1 2

B S- 0- J- 5 U ni v e r s al Di vi di n g H e a d

H o ri z o nt al/ V e rti c al R ot a r y T a bl e

T S- 1, 2, 3, 4

V U T- 1 0

A 07

A 02

Pr e ci si o n U ni v e r s al A n gl e C h u c k

V U A- E R 4 0

V E R T E X, E S T A B LI S H E D I N 1 9 7 8.

A 11

P r e ci si o n I n d e x T a bl e

VI T- 3 0 0 Si m pl e R ot a r y C h u c k

A 12

Si m pl e R ot a r y C h u c k

V S R- 6, 8, 8 3

V S R- 6 3

A 13

A 14

C C- 8

Fr e e A n gl e R ot a r y Chuck

U ni v e r s al Tilti n g R ot a r y T a bl e

V A V- 4 J, 5 J

A 14 NE

V U- 1 0 0, 1 5 0, 2 0 0

H V D- 4 0 0

Bi g T h r o u g h H ol e/f a st i n d e xi n g R ot a r y T a bl e

MI L LI N G M A C HI N E A C C E S S O RI E S

A S E RI E S

Vi s e S y st e m

A 15

H y d r a uli c M a c hi n e Vi s e

V H- 4, 5, 6, 8, 8 L

A n gl e Milli n g Vi s e S y st e m

A 17 NE

U ni v e r s al Tilti n g H y d r a uli c M a c hi n e Vi s e

A 15

H y d r a uli c M a c hi n e Vi s e

V H- 4, 5, 6, 8, 8 L

A 18

H y d r a uli c M a c hi n e Vi s e

A 15

H y d r a uli c M a c hi n e Vi s e

A 16

Tilti n g H y d r a uli c M a c hi n e Vi s e

V H T- 4

V H- 1 2

A 19

A n g- Fi x e d Milli n g Vi s e

A 19

A 16

V H T- 6 A n g- Fi x e d Milli n g Vi s e

A 19 NE

V H T- 4 U, 6 U

V H O- 5, 6, 8

A 20

K- T y p e Milli n g Vi s e

V A- 4, 5 K- T y p e Milli n g Vi s e

A 20

V A- 6, 8 S u p e r O p e n Vi s e

A 20

S u p e r O p e n Vi s e

AA 201

Tilti n g Vi s e

V K- 4, 5, 6, 8

V J- 4 0 0, 5 0 0, 6 0 0

VA W T- 4 B

A 21

A 22

A 25

V W T- 6 B

C e nt e ri n g Vi s e

A 22 NE

V W T- 5, 6 A Q ui c k I n d e x H ol d e r

A 23 NE

V W- 3, 4, 5 S elf C e nt e ri n g Vi s e

M o d ul a r Vi s e

V F V- 4 0 H, 4 1 S

V C V- 1 0 1 3 0

A 26

M o u d ul a r Pr e ci si o n M a c hi n e Vi s e

3- W a y A n gl e Milli n g Vi s e

A 24 NE

S elf C e nt e ri n g Vi s e

M o u d ul a r Pr e ci si o n M a c hi n e Vi s e

A 27 NE

V U T- 4 N C, 5 N C, 6 N C

A 24

S elf C e nt e ri n g Vi s e

V C V- 1 0 9 0 M o u d ul a r Pr e ci si o n H y d r a uli c M a c hi n e Vi s e

P o w e r Tilti n g Vi s e

V U T- 3 Q S, 4 Q S, 5 Q S

V C V- 1 3 1 8 0

Tilti n g Q ui c k Vi s e

2A s We a y A n gl e Milli n g Vi

V K- 4, 5, 6, 8

2- W a y A n gl e Milli n g Vi s e

A n g- Fi x e d Milli n g Vi s e

V D- 6 7 5, 6 9 0, 8 1 0

2- W a y A n gl e Milli n g Vi s e

Tilti n g H y d r a uli c M a c hi n e Vi s e

A 28 NE

S elf C e nt e ri n g Vi s e

V C V- 0 6 1 1 S ~ 1 5 1 8 9 D S M o u d ul a r M a c hi n e Fr e e Vi s e - L T y p e Vi s e

A 28 NE

M o u d ul a r M a c hi n e Fr e e Vi s e - D T y p e Vi s e

Vi s e S y st e m

V M P- 4 ~ V M P- 1 2 E

V M P- 6 B H ~ V M P- 1 2 E H

V M P- 4 L, 5 L, 6 L, 7 L

V M P- 4 4 D, 5 5 D, 6 6 D, 7 7 D

A 29

A 30

A 53

Fr e e A n gl e Vi s e

V A V- 3, 4

L o c k- Fi x e d ll Pr e ci si o n M a c hi n e Vi s e

V M C- 4, 6

V C V- 4 D

D o u bl e Cl a m p Vi s e

V C V- 4 4

C o m p o u n d P r e ci si o n Vi s e

C o n v e ni e n c e T y p e M a c hi n e Vi s e

V C M- 4 7

S A L E S T H E S E RI E S O F A C C E S S O RI E S T O M O R E T H A N 6 0 C O U N T RI E S

MI L LI N G M A C HI N E A C C E S S O RI E S

A S E RI E S

M C P o w e r Vi s e

A 34 NE

M C P o w e r Vi s e

A 36 NE

M C P o w e r Vi s e H y d r a uli c T y p e

A 37 NE

M C P o w e r Vi s e

A 38 NE

M C P o w e r Vi s e H y d r a uli c T y p e

A 39 NE

U ni v e r s al M C P o w e r Vi s e

V Q C- 1 0 0 ~ 2 0 0 L

V Q C- 1 0 0 H ~ 2 0 0 L H

V Q C- 1 0 0 L C ~ 2 0 0 2 L C

V Q C- 1 0 0 H C ~ 2 0 0 L H C

V Q C V- 1 2 5 H- L, R, 1 6 0 H- L, R

A 43

A 44

Pr e ci si o n M C P o w e r Vi s e

P r e ci si o n M C P o w e r Vi s e

P r e ci si o n C o m p a ct M C Vi s e

V N C Vi s e

V M C- 1 0 0 H V ~ 2 0 0 H V

V M C- 1 0 0 M ~ 2 0 0 M

A 45

A 47

A 48

N C H y d r o M a c hi n e Vi s e s

C o m bi n ati o n M C P o w e r Fr e e Vi s e

V N C A xi al D ri v e & Pl ai n J a w

C o n v e ni e nt / Q ui c k / Milli n g Vi s e

V N C- 1 0 0 H, 1 2 5 H, 1 6 0 H, 1 6 0 L H

V N C- 1 0 0 F V, 1 2 5 F V, 1 6 0 F V

V N C- 4 A D, 5 A D, 6 A D

A 49

A 50

A 51

A 52

S u p e r- Hi g h J a w M C Vi s e

V Q H J- 5, 6

A 52

Pr e ci si o n P n e u m ati c A n g- Fi x e d P o w e r Vi s e

A 54 NE

M C H y p er S u p er O p e n Vi s e

V M C H- 4, 5, 6

V M C- 5 P, 6 P, 6 P L, 7 P, 8 P, 8 P L

A 53

C o n v e ni e n c e T y p e M a c hi n e Vi s e

A 54

C o n v e ni e n c e T y p e M a c hi n e Vi s e

V C M- 4 7 Q ui c k S etti n g Vi s e

A 55

S u p er O p e n e d A n gFi x e d M a c hi n e Vi s e

V M C- 4 L M a c hi n e Vi s e F o r S h a pi n g & Milli n g U s e

A 55

B- T y p e Milli n g Vi s e

V Q S- 3, 4, 5

A 56

Fr e e Vi s e

V S M- 1 2, 1 6, 2 0

V B V- 4, 5, 6

A 57

F V- 3 5 0, 4 5 0, 5 5 0

S V- 6 2, 8 5, 1 2 5

D rill Vi s e

D V- 8 5, 1 0 0, 1 2 0

A 56 NE

V Q W- 8 0, 1 0 0, 1 3 0

S u p er O p e n e d A n gFi x e d M a c hi n e Vi s e

V M C- 4 L

Fr e e Vi s e

P r e ci si o n P n e u m ati c A n g- Fi x e d P o w e r Vi s e

V Q H J- S 1 3 0, S 1 6 0

V C M- 4 7 H o ri z o nt al M o vi n g Q ui c k Vi s e

S u p e r- Hi g h J a w M C Vi s e

V Q H J- V 1 3 0, V 1 6 0

V M C- 6 P D

S u p e r- Hi g h J a w M C Vi s e

S u p e r O p e n D rill Vi s e

V R V- 4, 5, 6 St e el B e n c h Vi s e Wit h Base

B V V- 3, 4, 5, 6, 8, 1 0

A 57 NE

V Q S- 4 0

T H E BI G G E S T M A N U F A C T U R E R & E X P O R T E R O F M A C HI NI N G T O O L A C C E S S O RI E S

Q ui c k B e n c h Vi s e

MI L LI N G M A C HI N E A C C E S S O RI E S

A S E RI E S

W or k Cl a m pi n g

A 58

U ni v e r s al W o r k St o p p e r

A 58

T Sl ot Cl a m p s

A 59

U ni v e r s al J a w s Wit h D o w n P r e s s Cl a m p

A 59

U ni v e r s al Vi s e J a w s Wit h W o r k St o p p e r

A 60

Cl a m pi n g Kit

V W S- 1 2 3, 1 2 5

C K- 3 7 1 2, 3 7 1 4, 3 7 1 6, 3 7 1 8, 3 7 2 0

V W S J- R 1 0 0, R 1 3 0, R 1 6 0, R 2 0 0

V W S J- 4, 5, 6, 8

V W S-

A 60

A 61

A 62

S c r e w G ui d e Bl o c k

5 2- P C S St e el Cl a m pi n g Kit

T- Sl ot- N ut

1 2 T O 1 2, 1 6 T O 1 4, 1 4 T O 1 6

C K- 1 0 3 A ~ 2 0 6, 0 8 ~ 1 8

3 1 4 2 M ~, 3 4 1 3 I~

2 6 1 2 M/ I~

A 63

A 64

A 65

Cl a m pi n g St u d s

St e p Cl a m p

St e p Bl o c k

C o u pli n g N ut

S cr e w J a c k

A 65

6113 ~ S cr e w J a c k

A 66

5114 ~ S c r e w J a c k Wit h M a g n et

A 66

Fl a n g e N ut

C F N0814 ~1827 S c r e w J a c k S et

A 66

Fl a n g e N ut

4 5 1 2/ I~

A 65 NE

1323 M ~

P ri s m a J a w s

S c r e w J a c k S et

C- Cl a m p C a st St e el

V C L- 2 C ~ 8 C

A 66

S c r e w J a c k S et

M A G NET

G r o u n d P a r all el s S y st e m

V S J- 4 0, 7 0, 1 5 0, 2 5 0, 5 0 0

V S J M- 5 0, 7 0, 8 5, 1 1 0, 1 6 5

V S J- A, B

A 67

G r o u n d P a r all el s

V P- 1 0 0

A 68

V P- 1 1 8 A V P- 1 6 3 Pr e ci si o n P a r all el s

V P- 1 6 3

A 70 NE

V P- 1 4 6

G r o u n d P a r all el s

A 69

V P- 1 2 8 A V P- 0 6 4 Pr e ci si o n P a r all el s

V P- 0 6 4 V P- 1 4 6 G r o u n d P a r all el s

A 70 NE

V P- 1 6 8

G r o u n d P a r all el s

A 69

A 70 NE

V S J- 4 A, 5 A, 6 A

A 68

P r e ci si o n P a r all el s

V P- 1 3 6 V P- 0 5 0 P r e ci si o n P a r all el s

V P- 0 5 0 V P- 1 6 8 G r o u n d P a r all el s

V S J- 1 A, 2 A, 3 A

A 69

V P- 0 1 8 T hi n T y p e P a r all el s S et

V P- 0 1 8 V P- 0 3 3 P r e ci si o n P a r all el s

V P- 0 3 3 V P- 2 0 0 G r o u n d P a r all el s

V P- 2 0 0

P R O D U C T S U N D E R 1 0 0 % S T RI C T Q. C. Q U A LI T Y G U A R A N T E E D

MI L LI N G M A C HI N E A C C E S S O RI E S

A S E RI E S

Pl at e S y st e m

A 71 NE

H e a v y D ut y Tilti n g Pl at e

V U T- 1 5 1 5, 2 7 2 6, 3 2 3 0

A 74

Pr e ci si o n C r o s s T a bl e

V C T- 4 0 7

A n gl e Pl at e

A 75

A 72

Ri g ht A n gl e Pl at e

Li g ht D ut y Tilti n g Pl at e

V U- 1 5 1 7

A 74

A 72

Li g ht D ut y Tilti n g Pl at e

A 74

V P- 1 8 0, 2 5 0, 3 8 0, 6 0 0 P r e ci si o n C r o s s T a bl e

A 74

V C T- 5 1 4, 8 2 0, 1 0 2 4

V C T- 8 3 0

A 76

Pr e ci si o n Ri g ht A n gl e Pl at e

Sl ott e d A n gl e Pl at e

V R- 6, 8, 1 0, 1 2

V R H- 4, 5, 6, 8

V R- 4 5, 6 0, 8 0, 1 2 0

V R- 1 0 0

A 77

A 78

U- Cl a m p

Pi v ot Cl a m p

V C A- 4 0 4, 4 0 5, 4 0 6, 4 0 8

V C B- 4 0 4, 4 0 5, 4 0 6, 4 0 8

V H D- 1

A 78

A 79

Milli n g T a bl e Sl ot C o v er

V e e Bl o c k s

H a n d D rift

Cl o c k S p ri n g F o r Milli n g M a c hi n e

A 79

V S P- R- 8, V S P- N T- 3 0, N T- 4 0

V A C P- 1

A 79

A 80

B TYPE

V G C- 3 7 7 5 F ~ 6 0 8 5 F

V M S- 5

A 81

A 82

H o ri z o nt al Milli n g Att a c h m e nt

V R A- R 8, N T 3 0, N T 4 0

A n gl e Pl at e Wit h S wi v el B a s e

V P- 2 5 0 S, 3 8 0 S

A 75

C r o s s T a bl e

V C T- 5 1 2 Sl ott e d A n gl e Pl at e

A 76

Pl ai n A n gl e Pl at e

V R- 2 2 ~ 1 2 1 2 E y e S hi el d

A 78

E y e S hi el d Wit h M a g n eti c B a s e

V H- 5 7 A ut o C e nt e r P u n c h

A 79

A Dr a w B ar

5 C. C 3 2. O Z 2 5 C oll et R a c k

V D R- R 8, N T 3 0, N T 4 0 T a bl e Sl ot Pl at e

A 80

P a rt s St o r a g e

F TYPE

V G C- 3 7 7 5 B ~ 6 0 8 5 B Ri g ht A n gl e H e a d

A 73

V- 2 V, 3 V, 4 V, 5 V, 6 V, 7 V, 8 V E x p a n d a bl e M a c hi n e G u ar d C o v er

P r e ci si o n C r o s s T a bl e

V H- 5 6

V S T- 1 0 ~ 3 6 E x p a n d a bl e M a c hi n e G u ar d C o v er

A dj u st a bl e A n gl e Pl at e

V U- 2 1 2 2 Pr e ci si o n C r o s s T a bl e

A 73

V H A- R- 8, N T- 3 0, N T- 4 0

T P- 9 0- 1 8 ~ T P- 1 5 0- 2 4

P o w e r T a bl e F e e d

A 83

Ai r P o w e r D r a w b a r

V H P- 1 2 1 8 ~ 3 0 4 5

A 84

V P F- 5 0 0 X, 5 0 0 Y, 5 0 0 X, 9 9 X

S A L E S P R O G A M I S O V E R 1 0 0 0 I T E M S O F A C C E S S O RI E S

P D- 1 5 0, 2 0 0

V S H- 1 2 5

P r e ci si o n Sl otti n g Head

A S E RI E S

C h a mf e ri n g & D e b u r ri n g

A 85

MI L LI N G M A C HI N E A C C E S S O RI E S U ni v e r s al C utt e r G ri n d e r

A 86 NE

A 87

T o ol C a bi n et St a n d

C h a mf e ri n g & D e b u r ri n g U nit

A 87

C h a mf e ri n g & D e b u r ri n g U nit

A 87

A 88

V C F- 5 0 0 C h a mf e ri n g & D e b u r ri n g U nit

A 88

V C F- 5 0 0 W C h a mf e ri n g & D e b u r ri n g U nit

A 88

V C F- 5 0 0 W C h a mf e ri n g & D e b u r ri n g U nit

A 1 0 7 CF orh a Rmf Deriu aln g A &n glD ee b Uurrinit n g NE

V C F- 5 0 0 F

A 88

V C F- 5 0 0 S C h a mf e ri n g & D e b u r ri n g U nit

C h a mf e ri n g & D e b u r ri n g U nit

V T C- 2 0 C h a mf e ri n g & D e b u r ri n g U nit

A 87

A 89

V C F- 5 0 0 S C h a mf e ri n g & D e b u r ri n g U nit

A 89

V C F- 6 0 0 Ej e ct o r Pi n C utti n goff U nit

A 90

V C F- 5 0 0 R- R M C, 2 R, 3 R R o d s Pr e ci si o n C utti n g- Off A n d E n d S urf a c e G ri n di n g U nit

A 90

R o d s Pr e ci si o n C utti n g- Off A n d E n d S urf a c e G ri n di n g U nit

P u m p S y st e m

V C F- 7 0 0

V C F- 3 0 0 A

V E C- 1 0 0

V E C- 3 0 0 G, 5 0 0 G, 6 0 0 G

A 1 0 3 1/C o8 olHa P.nt UPnud em rp W at e r

A 1 0 3 1/C o4 olHa P.nt U Pn ud em rp W at e r

P ri mi n g C o ol a nt A 1 0 3 SP elf u m p 1/ 8 H P. 1/ 4 H P

A 1 0 4 C o ol a nt P u m p Kit

V M P- 0 8 1 0, 0 8 1 3, 0 8 1 5, 0 8 1 8

V M P- 0 4 1 5, 0 4 1 8, 0 4 2 0, 0 4 2 4, 0 4 2 7

V M P- 0 8 9, 0 4 9

V W P- 8 1- 1 5 0 K, V W P- 4 1- 1 8 0 K

A 104

A 1 0 5 HP au nmdp L u b ri c ati o n

E A- 8 R, 8 L

U n d e r W at e r T y p e M ulti- st a g e Hi g h P r e s s u r e C o ol a nt P u m p

V W P-

L T- 4

L T- 6, 1 8, 1 8 A

A 1 0 6 HP au nmdp L u b ri c ati o n

A 1 0 6 Elp ue ctm pri Sc alM Aa utm oo dm elati c

L A- 8 R, 8 L

L A- 1 4 0 3, 1 4 0 8

L A- 2 4 0 3, 2 4 0 8

S M A- 3, 6, 8. 5

V E R T E X, E S T A B LI S H E D I N 1 9 7 8.

MI L LI N G M A C HI N E A C C E S S O RI E S

A S E RI E S

La mp Bean

A 91

D u st p r o of H al o g e n La mp Bea m

V H L- 3 0 0 L

A 92 NE

D u st p r o of H al o g e n La mp Bea m

V H L- 3 0 0 M D u st p r o of H al o g e n La mp Bea m

A 92

A 91

D u st p r o of H al o g e n La mp Bea m

V H L- 3 0 0 S D u st p r o of H al o g e n La mp Bea m

A 93

A 94

A 92

Q u a rt z H al o g e n La mp Bea m

A 93 NE

W at e r p r o of R efl e ct o r L E D La mp

V H L- 2 0 F T, 2 0 F

V L E D- S L

A 94

A 95

V L E D- 1 0 8 0, 2 1 6 0

V H L- 3 0 T E B

A 96

V H L- 3 0 0 M R W at e r- P r o of B ri g ht L E D Si g n al Li g ht

A 94

C o ol Li g ht B e a m

V H LM a g nif yi n g Fl u o r e s c e nt W o r k Li g ht B e a m

A 95

M a g nif yi n g Fl u o r e s c e nt W o r k Li g ht B e a m

V H L- 3 0 M E B

V H L- 3 0 L E B

A 97

V H L- 3 0 T L E D

V H L- 3 0 M L E D

V H L- 3 0 L L E D

V H L- 4 0 0 S

A 97

A 98

W at e r- Pr o of H al o g e n La mp Bea m

D u st p r o of H al o g e n La mp Bea m

M a g nif yi n g Fl u o r e s c e nt W o r k Li g ht B e a m

V L E D- W 1 3, W 1 8, W 3 6 M a g nif yi n g Fl u o r e s c e nt W o r k Li g ht B e a m

M a g nif yi n g Fl u o r e s c e nt W o r k Li g ht B e a m

A 92

V H L- 3 0 0 1/ 2 M R W or k s h o p L E D L m a p

D u st p r o of H al o g e n La mp Bea m

V H L- 3 0 0 L R

V H L- 3 0 0 S R

A 91

W at e r- Pr o of H al o g e n La mp Bea m

W at e r- P r o of H al o g e n La mp Bea m

V H L- 4 0 0 M W at e r- P r o of H al o g e n La mp Bea m

A 99

D u st p r o of H al o g e n La mp Bea m

L E D La mp

V H L- 4 0 0 L

V H L- 5 0 0 S

V H L- 5 0 0 M

V H L- 5 0 0 L

V H L- 6 0 0 F T, V H L- 7 0 0 F T

A 1 0 0 WL atm ae rp Pr o of L E D

A 1 0 0 WL atm ae rp P r o of L E D

V L E D- 4 0 0 L

V L E D- 4 0 0 M

V L E D- 5 0 0 L

V L E D- 5 0 0 M

V L E D- 5 0 0 S

A 1 0 1 CL om na cpe nt r at e L E D

A 1 0 1 WiB e da e m R a n g e H al o g e n

A 1 0 2 WiL md ae p R a n g e L E D

A 1 0 2 CL om na cpe nt r at e L E D

V L E D- 3 0 L, 3 0 M

V H L- 5 0 F T

V H L- 3 7 F T

V L E D- 2 0 L

S A L E S T H E S E RI E S O F A C C E S S O RI E S T O M O R E T H A N 6 0 C O U N T RI E S

V L E D- 5 0 F T

G RI N DI N G M A C HI N E A C C E S S O RI E S

B S E RI E S

P u n c h F o r m e r S y st e m

B 01

P u n c h F or m er

V- P B

B 01

B 02

P u n c h F or m er

V- P B

B 02

S p e ci al P a rt A c c e s s o r y F o r A n g ul a r D r e s si n g

V- P F

V- P S

B 03

E R C oll et Di vi di n g P u n c h Gri n d er Wit h Si n e Pl at e

B 04

V- P S- E R 3 2 S

B 04

B 05

3- J a w s P u n c h F o r m e r Wit h Si n e Pl at e

V- P S- 8 0 J S

B 05

Si n e Pl at e F o r All T y p e P u n c h F or m er

P u n c h F or m er Si n e Pl at e

B 04

V- P S- E R 4 0 S Wi t h

B 05 NE

B 03

E R C oll et Di vi di n g P u n c h F or m er

V- P S- E R 3 2 E R C oll et Di vi di n g P u n c h Gri n d er Wit h Si n e Pl at e

P u n c h F or m er Si n e Pl at e

B 04

B 05 NE

E R C oll et Di vi di n g P u n c h Gri n d er Wit h Si n e Pl at e

P u n c h F or m er Si n e Pl at e

B 04

B 06

Wi t h

B 05 NE

P u n c h F or m er Si n e Pl at e

V- P B- B S, V- P S- S S

B 05

B 06

Si n e Pl at e F o r All T y p e P u n c h F or m er

C o n c e nt ri c T e st St a n d

B 07

P u n c h G ri n d e r

V CI- 1 5 0 P, 2 5 0 P, 3 5 0 P

V- P S- 8 0 M

B 07

B 08

P u n c h G ri n d e r

Fi x e d S p e e d P u n c h F or m er

V CI- 1 5 0 P, 2 5 0 P, 3 5 0 P P u n c h G ri n d e r

Wi t h

V- P B- B S, V- P S- S S

V- P S- S P Fi x e d S p e e d P u n c h F or m er

3- J a w s P u n c h F o r m e r Wit h Si n e Pl at e

V- P S- 8 0 J S

V- P S- S P

E R C oll et Di vi di n g P u n c h F or m er

V- P S- E R 4 0

V- P S- E R 4 0 S Wi t h

S p e ci al P a rt A c c e s s o r y F o r A n g ul a r D r e s si n g

V- P F

B 03

3- J a w s P u n c h F or m er

V- P S- 8 0 J E R C oll et Di vi di n g P u n c h Gri n d er Wit h Si n e Pl at e

B 02

P u n c h F or m er

V- P S

B 03

3- J a w s P u n c h F or m er

V- P S- 8 0 J

B 04

B 02

P u n c h F or m er

P u n c h G ri n d e r

V- P S- 8 0 M

B 08

V- P G P u n c h G ri n d e r

B 08

V- P G P u n c h G ri n d e r

B 08 NE

V- P G A

V- P G M

R u n o ut T e st e r

V R T- 2 5

T H E BI G G E S T M A N U F A C T U R E R & E X P O R T E R O F M A C HI NI N G T O O L A C C E S S O RI E S

G RI N DI N G M A C HI N E A C C E S S O RI E S

B S E RI E S

T o ol M a k e r Vi s e S y st e m

B 09

Mi n e T o ol M a k e r Vi s e

V M V- 1 0

B 11

Si n e Vi s e

Pr e ci si o n U ni v e r s al A n gl e C h u c k

T w o W a y Vi s e

St ai nl e s s Vi s e S y st e m

E D M T o ol M a r k e r Vi s e ( S T AI N L E S S)

El e ct r o d e Vi s e ( St ai nl e s s)

V E H- 2 0 M S

B 22

V S T V- 2 5

Pr e ci si o n U ni v e r s al A n gl e C oll et C h u c k

B 18

B 19

B 12

B 16 NE

Si n e B a r Wit h M a g n eti c

T o ol M a k e r s Vi s e

Fr e e A n gl e T a bl e

E D M T o ol M a r k e r Vi s e ( S T AI N L E S S)

B 18

B 13

T o ol M a k e r s Vi s e

B 16

Si n e B a r

Pr e ci si o n U ni v e r s al A n gl e Vi s e

Fr e e A n gl e T a bl e

V A V- 4 J, 5 J

B 16

E D M T o ol M a r k e r Vi s e ( S T AI N L E S S)

B 20

B 22

T o ol M a k e r Vi s e ( S T AI N L E S S)

V S T V- 1 0 V

V E H- 2 0

B 17

P r e ci si o n Si n e Vi s e

E D M T o ol M a k e r Vi s e ( S T AI N L E S S)

B 22

V E H- 2 0

V U A- 4 0 8, V U A- 5 1 0

V- S 2 5, S 5 0

B 21

B 23

Pr e ci si o n U ni v e r s al A n gl e Pl at e

Si n e B a r-I n c h

V S T V- 3 2 0 W

El e ct r o d e Vi s e

B 14

S V C- 1 0 0

V S T V- 1 5 0 W

B 23

Si n e Vi s e

V S T V- 1 0 0 W El e ct r o d e Vi s e ( St ai nl e s s)

B 11

S V B- 2 0 ~ 3 0

V U A- 3, V U A- 4

V S- 1 0 0

B 20

B1 0

V D V- 2 0 ~ 4 0

V A V- 1 0 2 0, 1 3 2 5

V E H- 2 0 D S T o ol M a k e r Vi s e ( S T AI N L E S S)

T o ol M a k e r s Vi s e

V- V E 2 0 ~ V E 3 0

V- S 5 0 M, S 1 0 0 M

V S T V- 5 0 W

B 21

T o ol M a k e r s Vi s e

V C- 2 0 ~ 4 0

B 15

B1 0

V D V- 2 0 ~ 4 0

V U A- E R 4 0

S V S- 1 0 0

B 19

B 12

V U A- 1 0 0 J

B 17

T o ol M a k e r Vi s e

V M V- 1 5 ~ 6 0

S V D- 2 0 0 ~ 3 0 0

B 15

B 09

T o ol M a k e r Vi s e ( S T AI N L E S S)

V B S T- 3 0 El e ct r o d e H ol d e r

B 23

T o ol M a k e r Vi s e ( S T AI N L E S S)

V S T V- 2 0 El e ct r o d e H ol d e r

V R A- 2 0 ~ 1 0 0

P R O D U C T S U N D E R 1 0 0 % S T RI C T Q. C. Q U A LI T Y G U A R A N T E E D

B 22

B 23

El e ct r o d e H ol d e r

V R A- 2 0 ~ 1 0 0

B S E RI E S

E D M P art s

B 24

G RI N DI N G M A C HI N E A C C E S S O RI E S E D M Wi r e ( B R A S S & C O P P E R)

B 25

Wi r e Di e s G ui d e

B 25

Wi r e Di e s G ui d e

B 25

V E W- 1 0 H ~ 3 0 S

M118 ~ F12 1

F101 ~ F124

Z- 1 4 1

B 25

B 26

Wi r e Di e s G ui d e

H- 1 0 2

A nl e Pl at e / Bl o c k

B 27

F- 1 2 0 A n gl e Pl at e

V A P- 1

B 28

B 27

B 28

V- 5 V A, 3 V A- S, 4 V A- S, 5 V A- S

A B- 1 3 0

B 29

B 30

Pr e ci si o n A n gl e Bl o c k s

A B- 1 1 3

V- Bl o c K

V- Bl o c k Wit h Cl a m p s

V B C- 1 9 5

B 32

V B C- 2 4 3

V- Bl o c k Wit h Cl a m p s

Wi r e Di e s G ui d e

F- 1 2 4 A n gl e Pl at e

V A P- 2 Pr e ci si o n V Bl o c k

B 31

Wi r e Di e s G ui d e

B 27

A n gl e Pl at e

V A P- 3 Pr e ci si o n A n gl e Bl o c k s

B 28

U ni v e r s al A n gl e Bl o c k S et

B 30

El e ct r o d e ( C o p p e r & B r a s s Pi p e El e ct r o d e)

B 28

Mi c r o- A dj u st a bl e A n gl e Pl at e

B 29

B 30

Mi cr o m et ri c T a n g e nt B ar & A n gl e G a u g e Bl o c k S et

P r e ci si o n St e el A n gl e Pl at e s

B 32

V B C- 0 0 9

V- Bl o c k Wit h Cl a m p s

B 29

S oli d A n gl e Pl at e s

A B- 1 6 7

B 31

V B C- 0 0 3

P r e ci si o n V Bl o c k

V- 5 V A, 3 V A- S, 4 V A- S, 5 V A- S

V R S- 3 3, 4 4, 4 6, 8 5, 1 2 0 6

V B C- 1 9 6, V B C- 1 9 7

E D M Filt e r F o r E D M ( Oil)

B 27

F S- 2 0 4, 2 0 6, 2 0 8 V- Bl o c k Wit h Cl a m p s

B 26

N H- 0 1, 0 9, 0 9 S, 6 0 0 L

S S- 3 0 4, 3 0 6, 3 0 8, 3 1 0, 3 1 2 V- Bl o c k Wit h Cl a m p s

Wi r e Di e s G ui d e

V E B/ V E P/ V E S ~

A B- 1 6 6 S q u ar e

B 25

S- 1 0 3, S- 1 1 1

V A P M- 1 ~ 3

A B- 1 6 3, 1 6 4 H a r d e n e d St e el S q u ar e s

Wi r e Di e s G ui d e

B 30

P r e ci si o n St e el A n gl e Pl at e s

V R S- 3 3, 4 4, 4 6, 8 5, 1 2 0 6

V- Bl o c k Wit h Cl a m p s

V B C- 0 0 6 V- Bl o c k Wit h Cl a m p s

V B C- 0 0 9

S A L E S P R O G A M I S O V E R 1 0 0 0 I T E M S O F A C C E S S O RI E S

G RI N DI N G M A C HI N E A C C E S S O RI E S

B S E RI E S

T a n gi m ati c D r e s s e r / A n gl e D r e s s e r

B 33

T a n gi m ati c D r e s s e r

B 33

T a n gi m ati c D r e s s e r

B 33

S m all

Mi d.

Bi g

V- T D A

B 33

R a di u s A n d A n gl e Dr e s s er

V- T D B

B 36

U ni v e r s al W h e el Dr e s s e

V- T D C O pti c al R a di u s A n gl e Dr e s s e

V- T D T

B al a n ci n g St a n d

B 37

B 34

B 36

M at c o Si n e D r e s s e r

B 37

B 36

P r e ci si o n d u pl e x Dr e s sr

B 38

T a n gi m ati c D r e s s e r H a n d y Ty p e

B 35

R a di u s A n d A n gl e Dr e s s er

V- T D G M at c o Si n e D r e s s e r r

V- 5 0 D W h e el H a n g e r

B 33

V- T D H

V- T D F

V P- 5 0 W h e el H a n g e r

B 35

T a n gi m ati c D r e s s e r

B 37

B 38

R a di u s A n d A n gl e Dr e s s er

V- T D E Di a m o n d W h e el Dr e s s e

V- T D D G ri n di n g W h e el Fl a n g

B 35

B 37

M ot o r t y p e C B N Fl at W h e el D r e s s e r

V- T D M- 1, 2 G ri n di n g W h e el Fl a n g

B 38

G ri n di n g W h e el Fl a n g

V W H- 2 4, 3 2

F K T- 2 5 0, F T A- 3 5 0

B 38

G ri n di n g W h e el Fl a n g

F K T- 2 5 0, F T A- 3 5 0

W B S- 3 0 0

B 38

D ri vi n g C a r ri e r

V D C- 1 3 ~ 1 0 0

W h e el B al a n ci n g St a n d

L B S- 1 0 0 D ri vi n g C a r ri e r

V D C- 1 3 ~ 1 0 0

V E R T E X, E S T A B LI S H E D I N 1 9 7 8.

L e v el B all a n ci n g St a n d

L B S- 3 5 0

L e v el B all a n ci n g St a n d

D ri vi n g C a r ri e r

V D C- 1 3 ~ 1 0 0

B S E RI E S

M a g. Si n e / M a g. Pl at e S y st e m

B 39

G RI N DI N G M A C HI N E A C C E S S O RI E S Si n e Pl at e

V- 4 7 ~ 6 1 2 0

B 41

A dj u st a bl e Si n e Pl at e Wit h Fi n e P ol e M a g n eti c C h u c k

V- 6 6 S A

M a g n eti c / Pl at e/ C h u c k / Bl o c k S y st e m

B 42

B 39

C o m p o u n d Si n e Pl at e

M a g n eti c Si n e Pl at e

B 40

M a g n eti c Si n e Pl at e Wit h Fi n e P ol e

B 40

M a g n eti c Si n e Pl at e Wit h Fi n e P ol e

V- 4 7 S ~ 6 1 2 S

V- 4 7 M ~ 6 1 2 M

V- 4 7 M F ~ 6 1 2 M F

B 41

A dj u st a bl e Si n e Pl at e Wit h Fi n e P ol e M a g n eti c C h u c k

V- 6 6 S A R ot a r y P e r m a n e nt M a g n eti c Pl at e

B 40

B 42

R ot ar y Fi n e P ol e P er m a n e nt M a g n eti c Pl at e

D o u bl e W a y Si n e Pl at e Wit h P er m a n e nt M a g n eti c C h u c

D o u bl e W a y Si n e Pl at e Wit h Fi n e P ol e M a g n eti c C h u c k

V- 4 7 M S ~ 6 1 2 M S

V- 4 7 M S F ~ 6 1 2 M S F

B 42

B 43

Hi- P o w er Mi ni T y p e P er m a n e nt M a g n eti c Pl at e

A n g ul a r P e r m a n e nt M a g n eti c Pl at e

Mi d dl e Pit c h P e r m a n e nt M a g n eti c C h u c k

V L U- 5 1 0 B, 6 1 2 B, 6 1 8 B

V L U- 4 0 7 B F ~ 6 1 8 B F

V G- 4 0 4 H, 4 0 7 H, 4 1 0 H

V G- 4 0 7 ~ 1 2 2 4

V G F- 1 0 1 8 B ~ 1 5 3 0 B S

B 44

B 45

Fi n e P ol e M a g n eti c Pl at e

R o u n d T y p e M a g n eti c Pl at e

Fi n e P ol e R o u n d T y p e M a g n eti c Pl at e

St a n d a r d P ol e El e ct r o M a g n eti c C h u c k

S u p e r- P o w e rf ul El e ct ri c M a g n eti c C h u c k s

V R T W- 1 0 1 8 A ~ 1 3 2 5 S

V G D- 0 6, 0 8, 1 0, 1 2

V G D W- 6, 8, 1 0, 1 2

V E M- 1 5 3 0 A ~ 5 0 1 0 0 A

V E M- 2 0 4 0 Z ~ 6 0 1 0 0 Z

B 46

C h u c k C o nt r oll e r ( F o r R e ctif y & D e m a g n eti z e)

V C C- 7 0 5

B 47

M a g n eti c Tr a n si sti n g Bl o c k

V C P- D, 1

B 48

V C P- 1 0

C h u c k C o nt r oll e r ( F o r R e ctif y & D e m a g n eti z e)

V C C- 8 0 5 A, 8 1 5

V C C- 8 2 0

B 47

M a g n eti c Tr a n si sti n g Bl o c k

V C P- 2 M a g n eti c St e el S h e et S e p a r at o r

B 48

V C P- 1 1

C h u c k C o nt r oll e r ( F o r R e ctif y & D e m a g n eti z e)

V R M- 1 0 M a g n eti c Tr a n si sti n g Bl o c k

V C P- 3 M a g n eti c St e el S h e et S e p a r at o r

B 48

V C P- 1 5

V a ri a bl e S p e e d R ot a r y M a g n eti c C h u c k

B 47

V R M- 8 M a g n eti c Tr a n si sti n g Bl o c k S e

V C P- 6 M a g n eti c C hi p C oll e ct e r

B 48

V M S- 7 B

V a ri a bl e S p e e d R ot a r y M a g n eti c C h u c k

B 47

M a g n eti c A dj u st a bl e Li n k o r

V C P- 5 M a g n eti c S e p a r ati n g B a r U nit

B 48

M a g n eti c S e p a r ati n g B a r U nit

V M S- 9 B

S A L E S T H E S E RI E S O F A C C E S S O RI E S T O M O R E T H A N 6 0 C O U N T RI E S

G RI N DI N G M A C HI N E A C C E S S O RI E S

B S E RI E S

M a g n eti c T o ol s S y st e m

B 49

P e r m a n e nt- El e ct r o M a g n eti c C h u c k

B 50

P e r m a n e nt- El e ct r o M a g n eti c C h u c k

B 51

V P E- 2 5 4 0 ~

V P E- 4 0 1 0 0 ~

V M L- 1 0 0

B 51

B 53

P e r m a n e nt M a g n eti c Lift e r ( O N/ O F F T y p e)

V M L- 1 0 0 0

B 53

V M L- 2 0 0 0 M a g n eti c H ol d e r

V M L- 8 0

B 55

D e m a g n eti z e r

C hi p c oll e ct o r Mi ni H a n d y Ty p e

B 55

D e m a g n eti z e r

B 56

M a g n eti c V Bl o c k

B 57

M a g n eti c V Bl o c k

B 58

B 53

V C P- 3 1, 3 2

M a g n eti c Lift e r

B 53

B 54

D e m a g n eti z e r

B 55

B 56

B 0

B 58

V C P- 3 1, 3 2

D e m a g n eti z e r

V D M- 5 0 D e m a g n eti z e r

B 55

B 56

Mi ni T y p e D e m a g n eti z e r

B 57

C hi p C oll e ct o r Wit h Fl e xi bl e A r m

B 58 W

V C P- 4 0

B 55

T u n n el t y p e D e m a g n eti z er A n d M a g n eti z er

B 56

C hi p C oll e ct o r Wit h LE D

V C C- 2 1 M a g n eti c V Bl o c k

V C P- 2 7 M a g n eti c S q u a r e Bl o c k

D e m a g n eti z e r

V D M- 1 5 0, 2 5 0, 4 5 0

V C C- 2 0 M a g n eti c V Bl o c k

B M a g n eti c H ol d e r

V D M- 6 8

V D M- 9 C hi p C oll e ct o r Wit h W h e el s

P e r m a n e nt M a g n eti c Lift e r ( O N/ O F F T y p e)

V M L- 6 0 0

V M L- 1 5 0

V C P- 2 8, 2 9, 3 0

B 51

V G P- 1 0 0, 2 0 0

V C P- 2 6 M a g n eti c S q u a r e Bl o c k

P e r m a n e nt M a g n eti c Lift e r ( O N/ O F F T y p e)

V G P- 1 0 0, 2 0 0

V C C- 1 9

V C P- 2 6 M a g n eti c V Bl o c k

M a g n eti c Lift e r

V D M- 1 4 C hi p C oll e ct o r Wit h A dj u st a bl e A r m T y p e

B 51

V M L- 3 0 0

V D M- 4 0

V C C- 1 7 A

V C P- 2 5

B 57

M a g n eti c H ol d e r

V D M- 1 1

V C C- 1 6

B 57

B 53

V M L- 1 4 0

V D M- 8

B 56

P e r m a n e nt M a g n eti c Lift e r ( O N/ O F F T y p e)

B 57

M a g n eti c V Bl o c k

V C P- 2 8, 2 9, 3 0 M a g n eti c S q u a r e H ol d e r

B 58 NE

V C P- 4 0

T H E BI G G E S T M A N U F A C T U R E R & E X P O R T E R O F M A C HI NI N G T O O L A C C E S S O RI E S

M a g n eti c S q u a r e H ol d e r

B S E RI E S

G RI N DI N G M A C HI N E A C C E S S O RI E S

M a g n eti c T o ol s S y st e m

B 59

B 60

M a g n eti c T o ol s

V M B- B, V M B- 0 1

V M B- 0 2, V M B- 0 3

V M B- 1 8 1

V M B- 1 8 5

V M B- 7 0

B 60

B 61

M a g n eti c T o ol s

V M B- 1 0 6

V M B- 1 0 6 H, V M B- 1 6 0

V M B- 1 8 0, V M B- 1 8 2 H

V M B- 5 1, V M B- 5 5

V M B- 5 6, V M B- 5 8

Di al G a n u g e St a n d

B 62

B 63

M a g n eti c T o ol s

V M B- 0 6, V M L- A

V M L- B, C

V M F- 1 1 2

V H- 7 0

V M F- 1 0 2 A, V M F- 1 1 4

B 64

B 65

M a g n eti c T o ol s

S q u a r e M a g n eti c H ol d e r B a s e

M a g n eti c T o ol s

V M H- 5 4

V M H- 6 2

V M L- M

V M B - 0 0, 0 9, 1 0, 1 1, 1 2

V M B- 6 1 ~ 6 4

B 65

B 66

M a g n eti c T o ol s

T hi n R o u n d M a g n et

V M H- 6 3

B 66 NE

V M H- 6 4 T hi n R o u n d M a g n et

V M H- T 6 6

B 67

V C C- 3 0, 3 1

B 66

V M H- 6 5 R o u n d M a g n et H ol d e r

V M D- R 3 0, R 5 0 M a g n eti c Cl a m p

B 67

V C C- 3 3, 3 4

B 66

R o u n d M a g n et H ol d e r

B 68

V C S- 5 0 0

V M H- D 1 3, 3 0

B 66

B 67

V M D- S 1 4

M a g n eti c Q ui c k Cl a m p

V M S- 1/ 4, 3/ 8 R o u n d M a g n et H ol d e r

V M D- S 2 0 M ulti- F u n cti o n Mi st C o ol a nt S y st e m

B 68

V M H- 7 1

M a g n eti c T a p p e r

V T M- 1 3 Mi st C o ol a nt Wit h M a g n eti c B a s e

B 68

Di a m o n d D r e s si n g T o ol s

V D R- 1 0 1 0 ~ 5 0 1 2

P R O D U C T S U N D E R 1 0 0 % S T RI C T Q. C. Q U A LI T Y G U A R A N T E E D

G RI N DI N G M A C HI N E A C C E S S O RI E S

B S E RI E S

N o z zl e Kit

B 69

A dj u st a bl e M a g n eti c N o z zl e Kit

C L- 0 3

B 69

A dj u s t a bl e C o ol a n t Hose

C o ol a nt H o s e

1/ 4 ” S y st e m

B 71

1/ 2 ” S y st e m

B 74

P a p e r Filt e r

B 75

C o ol a nt T a n k

M C- 2 0 ~ 6 0

B 77

C o ol a nt T a n k

V C- 6 0 1

Oil S ki m m e r

V O S- 8 0 0

1/ 4 ” S y st e m

B 78

V O S- 8 1 0

B 69

B 72

3/ 8 ” S y st e m

B 74

A dj u st a bl e C o ol a nt H o s e s & V al v e s

1/ 4 ” S y st e m

C o ol a nt T a n k

B 75

3/ 8 ” S y st e m

B 70

M a g n eti c S e p a r at o r

A dj u st a bl e C o ol a nt H o s e s & V al v e s

B 70

A dj u st a bl e C o ol a nt H o s e s & V al v e s

V H K- 1/ 4 A, 3/ 8 A, 1/ 2 A

B 73

1/ 2 ” S y st e m

B 74

B 76

1/ 2 ” S y st e m

V- 8 4 0 4 0 ~ 3/ 4 ” S y st e m

B 74

3/ 4 ” S y st e m

V- 8 6 0 6 0 ~ M a g n eti c S e p a r at o r & P a p e r Filt e r

M C + P F- 2 0 ~ 6 0

B 77

B 78

A dj u s t a bl e C o ol a n t Hose

V H K- 1/ 4, 3/ 8, 1/ 2, 3/ 4

M C- 8 0 ~ 1 6 0 D u st- S u cti o n A n d C o ol a nt T a nt

B 69

C L- 0 1

V- 8 6 0 6 0 ~

V C- 6 0 3 Oil S ki m m e r Wit h B elt Ty p e

A dj u st a bl e M a g n eti c N o z zl e Kit

V- 8 4 0 4 0 ~

V- 8 6 0 6 0 ~ M a g n eti c S e p a r at o r

B 69

C L- 0 2, 0 2 A

V- 8 2 0 2 0 ~

V C- 6 0 2 Oil S ki m m e r Wit h B elt Ty p e

A dj u st a bl e M a g n eti c N o z zl e Kit

S- 1

V- 8 3 0 3 0 ~

P F- 2 0 ~ 1 6 0

B 78

A dj u st a bl e C o ol a nt H o s e s & V al v e s

V- 8 2 0 2 0 ~

V- 8 4 0 4 0 ~

B 75

B 69

C L- 0 2

L- 2

V- 8 2 0 2 0 ~

B 73

A dj u st a bl e M a g n eti c N o z zl e Kit

C L- 0 3 A

C L- 0 1 A

B 71

B 69

B 76

M a g n eti c S e p a r at o r & P a p e r Filt e r

M C + P F- 8 0 ~ 1 6 0

D u st- S u cti o n A n d C o ol a nt T a nt

V C- 6 0 6 Oil S ki m m e r Wit h B elt Ty p e

V O S- 8 2 0

S A L E S P R O G A M I S O V E R 1 0 0 0 I T E M S O F A C C E S S O RI E S

B 78

V O S- 8 3 0

Oil S ki m m e r Wit h B elt Ty p e

B 78

V O S- 8 5 0

Oil S ki m m e r Wit h R ot a r y Pl at e T y p e

G RI N DI N G M A C HI N E A C C E S S O RI E S

B S E RI E S

G a u g e Bl o c k

B 79

Pr e ci si o n G a u g e Bl o c k s

B 79

C e r a mi c G a u g e Bl o c k s

B 80

C e r a mi c G a u g e Bl o c k s

B 80

C e r a mi c G a u g e Bl o c k s

B 80

C e r a mi c G a u g e Bl o c k s

S u r f a c e Pl at e

V G B- 1 1 2- 0 ~

V G B- 1 1 2 T- 0 ~

V G B- 1 1 2 C- 0 ~

V G B- 8 7 C- 0 ~

B 81

B 82

C a st I r o n S u rf a c e Pl at e s

V S- 0 1 ~ 1 3

G r a nit e R ul e r / Bl o c k / St a n d / Pi n G a u g e

B 83

G r a nit e S q u a r e R ul e r s

C a st I r o n S u rf a c e Pl at e s St a n d

V S G D- 0 9 N ~ 2 1 N

B 83

G r a nit e S q u a r e R ul e r s

V S R- 6 3 0

B 83

B 84

V G T- 3 0 0 ~ 6 0 0

V G V- 6 3

B 84

G r a nit e V- Bl o c k

G r a nit e St r ai g ht R ul e r s

V S R- 1 0 0 0 G r a nit e V- Bl o c k

V G V- 1 0 0 Pr e ci si o n S q u a r e L e v ei

B 85

G r a nit e St r ai g ht R ul e r s

G r a nit e S u rf a c e St a n d

B 84

B 85

T e st e r A r m B a s e

V S L- 2 0 0 A, 3 0 0 A

B 85

T e st e r A r m B a s e

V H- 4 1 ~ 4 3

B 85

H o ri z o nt al L e v eli n g I n st r u m e nt

B 84

V LI- 2 0 0 A, 3 0 0 A

B 85

B 85 NE

V T B- 1 2 0

B 86

V CI- 4 0 0

V T B- 1 2 0 C o n c e nt ri c T e st St a n d

B 86

V CI- 2 0 0

V T B- 1 2 0 C o n c e nt ri c T e st St a n d

B 86

G r a nit e S u rf a c e St a n d

V P G- 0 B ~ 1 0 B

G r a nit e S u rf a c e St a n d

V H- 4 8 ~ 5 0 T e st e r A r m B a s e

B 86

Cl e a ni n g P a p e r

V T B- 1 2 1 Pi n G a u g e

H o ri z o nt al L e v eli n g I n st r u m e nt

V LI- 2 0 0 A, 3 0 0 A

V H- 4 5 ~ 4 7 T e st e r A r m B a s e

G r a nit e Tri a n gl e R ul e r

V G T- 3 0 0 ~ 6 0 0

V S L- 2 0 0 A, 3 0 0 A

Bl a c k G r a nit e S u rf a c e Pl at e s St a n d

V S G- 0 4 ~ 2 1

V Q R- 4 0 0, 5 0 0

Pr e ci si o n S q u a r e L e v ei

Bl a c k G r a nit e S u rf a c e Pl at e s St a n d

V S D- 0 9 N ~ 1 3 N

V Q R- 4 0 0, 5 0 0 G r a nit e Tri a n gl e R ul e r

Bl a c k G r a nit e S u rf a c e Pl at e s

B 86

P- 1 0 0 0 Pi n G a u g e

V P G- 0 B ~ 1 0 B

V E R T E X, E S T A B LI S H E D I N 1 9 7 8.

G RI N DI N G M A C HI N E A C C E S S O RI E S

B S E RI E S

M e a s u ri n g I n st r u m e nt S y st e m

B 87

Pr e ci si o n V e r ni e r C ali p e r

B 87

Pr e ci si o n V e r ni e r C ali p e r

B 87

Di git al El e ct r o ni c C ali p e r

B 87

Di git al El e ct r o ni c C ali p e r

B 87

V V C- 6” ~ 1 2”

V E C- 6” ~ 1 2”

V D C- 6 ~ 1 2

B 87

Di al C ali p e r

V D C- 6 ~ 1 2

B 87

Mi c r o m et e r St a n d

V H- 1 9

B 88

VI M- 0 5 3 0 ~ 1 0 0 1 2 5

B 87

B 88

A n gl e L e v el

B 89

V A L- 6 0

Gauge

V H T- 2 6 0

B 91

Mi c r o m et e r St a n d

S c r e w Pl u g G a u g e

V P G- 3 M ~ 3 6 M

B 90

Di al I n di c at o r

V DI- 1 H ei g ht Di al C ali p e r

B 88

A n gl e L e v el

B 89

H ei g ht Di al C ali p e r

B 91

V S R- 1 5 0, 2 0 0, 3 0 0

V S D- M 3 ~

B 91

S c r e w Pl u g G a u g e

V P G- 3 M ~ 3 6 M

V R G- 3 ~ 3 6

B 88

H ei g ht V e r ni e r C ali p e r

V H G- 1 2, 1 8, 2 0, 2 4 Mi c r o m et e r St a n d

V M H- 2 5 A n gl e L e v el

V A L- 1 0

St ai nl e s s St e el R ul e r

Di al T e st I n di c at o r

V DI- 0. 8 A

V H D- 1 2, 2 4

V A L- 5 0

H a r d n e s s T e st e r

I n si d e Mi c r o m et e r

VI M- 0 5 3 0 ~ 1 0 0 1 2 5

V H D- 1 2, 2 4

A n gl e L e v el

I n si d e Mi c r o m et e r

V O M- 0 0 2 5 ~ 1 0 0 1 2 5

V H- 1 9 H ei g ht V e r ni e r C ali p e r

O ut si d e Mi c r o m et e r

V O M- 0 0 2 5 ~ 1 0 0 1 2 5

V H G- 1 2, 1 8, 2 0, 2 4

B 90

O ut si d e Mi c r o m et e r

Di al C ali p e r

B 89

A n gl e L e v el

V A L- 3 0 T h r e a d Si z e & D e pt h Gauge

B 91

A n gl e L e v el

V A L- 2 0 T h r e a d Si z e & D e pt h Gauge

V S D- M 3 ~ S c r e w Ri n g G a u u g e

B 89

B 91

V S D- M 1 0 S c r e w Ri n g G a u u g e

V R G- 3 ~ 3 6

S A L E S T H E S E RI E S O F A C C E S S O RI E S T O M O R E T H A N 6 0 C O U N T RI E S

T h r e a d Si z e & D e pt h Gauge

C S E RI E S

E R C oll et C h u c k S y st e m

C 01

T O O LI N G S Y S T E M E R S p ri n g C oll et C h u c k S y st e m

C 03

E R S p ri n g C oll et C h u c k S y st e m

C 07

E R S p ri n g C oll et C h u c k S y st e m

C 08

E R- T y p e C o ol a nt C oll et

C 09 NE

E R- 8/ 1 1/ 1 6/ 2 0

C 11

E R S p ri n g C oll et C h u c k S y st e m

V- 1 0 1 ~ 2 2 6

C 15

C 12

E R- 2 5/ 3 2/ 4 0/ 5 0

E R S p ri n g C oll et C h u c k S y st e m

V- 2 3 1 ~ 2 5 0 E R S p ri n g C oll et C h u c k S y st e m

C 15

C 13

E R- L S y st e m

E R S p ri n g C oll et C h u c k S y st e m

V- 3 0 1 ~ 3 1 8 E R S p ri n g C oll et C h u c k S y st e m

C 15

C 14

C 16

E R S p ri n g C oll et C h u c k S y st e m

C 14

C 17 NE

V- 5 7 1 E R S p ri n g C oll et C h u c k S y st e m

C 19

Cl a m pi n g W r e n c h F o r C oll et s

V- 8 2 0 ~ 8 2 8

C 23

C 17 NE

V- 5 4 1- 5 6 0 A

S T/ E R St r ai g ht S h a n k Wit h D o u bl e H e a d S pi n dl e

V- 5 7 8 E R S p ri n g C oll et C h u c k S y st e m

E R S p ri n g C oll et C h u c k S y st e m

C 17

C 25

V- 7 4 1 ~ 7 4 4

Cl a m pi n g N ut s F o r C oll et s

C 18

V- 5 4 1- 5 6 0 A C Cl a m pi n g N ut s F o r C oll et s

C 19

V- 6 9 1 A- 6 9 8 D

V- 8 0 0 ~ 8 1 1 B

V- 8 2 0 ~ 8 2 8

C 20

C 21

C 22

E R S p ri n g C oll et C h u c k S y st e m

V- 7 0 0 ~ 7 2 7

V- 7 7 0- 7 4 2 A

C 23

S T/ E R St r ai g ht S h a n k Wit h D o u bl e H e a d S pi n dl e

U M T YPE V- 8 3 0 ~ 8 3 7

E R- S K T a p e r S h a n k

V- 6 0 1- 6 6 3

E R S p ri n g C oll et C h u c k S y st e m

Cl a m pi n g W r e n c h F o r C oll et s

M T YPE V- 8 3 0 ~ 8 3 7

C 18

E R C oll et

V- 4 0 1 ~ 4 5 2

V- 5 3 0- 5 2 4

E R- G B

V- 4 0 1 ~ 4 5 2 E R S p ri n g C oll et C h u c k S y st e m

E R- G B T a p C oll et s

C 25

S T/ E R St r ai g ht S h a n k Wit h Si n gl e H e a d S pi n dl e

M T YPE V- 8 4 1 ~ 8 4 8

E R- S K T a p e r S h a n k

V- 7 4 5 ~ 7 4 9 A

C 25

V- 7 5 1 ~ 7 6 3

E R S p ri n g C oll et C h u c k S y st e m

V- 7 3 7- 7 9 9 S T/ E R St r ai g ht S h a n k Wit h Si n gl e H e a d S pi n dl e

C 24

E R C oll et C h u c k S y st e m

U M T YPE V- 8 4 1 ~ 8 4 8

E R- S K T a p e r S h a n k

E R S p ri n g C oll et C h u c k S y st e m

C 26

V- 8 7 0 ~ 8 7 6

B T 3 0, 4 0- E R 1 1 / 1 6 / 2 0 / 2 5 / 3 2 E R S p ri n g C oll et C h u c k S y st e m

C 26

E R S p ri n g C oll et C h u c k S y st e m

V- 8 7 8 ~ 8 9 0

T H E BI G G E S T M A N U F A C T U R E R & E X P O R T E R O F M A C HI NI N G T O O L A C C E S S O RI E S

T O O LI N G S Y S T E M

C S E RI E S

O Z C oll et C h u c k S y st e m

C 27

Milli n g C h u c k

C 28

Milli n g C oll et C h u c k Kit

V B- M T/ R 8 / N T

V B- 1 0 1 ~ 1 1 6

C 31

C 32

Milli n g C oll et C h u c k

C 29

DI N 6 3 8 8 C oll et F o r Milli n g C h u c k

C 30

DI N 6 3 8 8 N ut s & Wr e n c h

O Z- 2 5 N, 3 2 N, 2 5 W, 3 2 W

V B- 2 3 1 ~ 2 5 2

C 33

C 34

Milli n g C oll et C h u c k

C Ty p e C h u c k

V B- 2 2 6- 2 5 9

V B- 1 3 0- 1 6 7 B

V B- 2 7 1- 2 9 1

C 35

C 36

C 37

M ulti- L o c k Milli n g Chuck

Milli n g C oll et C h u c k

O Z- 3 2 0 6 ~ 3 2 4 7, O Z- 2 5 0 3 ~ 2 5 4 0

V B- B T 4 0 / 5 0 M ulti- L o c k Milli n g Chuck

C 31

M ulti- L o c k Milli n g Chuck

Milli n g C oll et C h u c k

V B- 2 6 1- 2 6 6 C- 2 0, 2 5, 3 2, 4 2 C oll et

C 37

C- 2 0, 2 5, 3 2, 4 2 Wr e n c h s

5 C R - 8 , M T- C o l l e t

V B- 4 3 1 ~ 4 5 2

V B- 3 4 4 A ~ 5 7 8

C- 2 0, 2 5, 3 2, 4 2

C- 2 0 W, 2 5 W, 3 2 W, 4 2 W

C 38

C 39

C 40

Q ui c k- C h a n g e T o oli n g S y st e m

T G 1 0 0 C oll et S y st e m

V D- 1 0 3 , 1 0 5

V D- 1 1 3 , 1 1 5

T G 1 0- 0 1 ~ 5 7

V E- 5 C S

C 40

C 41

5 C C oll et S y st e m

R 8 C oll et S y st e m

U 2 C oll et S y st e m

C 41

M T 3 C oll et S y st e m

V E- 5 C N U 2 C oll et S y st e m

R 8- 3 ~ 2 0 / 1/ 8 ~ 3/ 4

V E- U 2- 3 ~ 1 6 / 1/ 8 ~ 5/ 8

V E- U 2- 1 8 ~ 2 5

C 42

D rill C h u c k s A r b o r

C 2 0, 2 5, 3 2

Sl e e v e

M T 3, 4, 5

M T 3- 4 ~ 2 0 / 1/ 8 ~ 3/ 4

V J- 1 2 0 ~ 1 2 4

V J- 1 2 6 ~ 1 3 8- 2

V J- 1 3 9 ~ 1 4 3

C 43

M o r s e T a p e r Sl e e v e

V Q- 1 0 1 ~ 1 0 0- 3

M o r s e T a p e r Sl e e v e

V Q- 1 0 1 ~ 1 0 0- 3

M or s e T a p er E xt e n si o n S o c k et s

V Q- 1 1 1- 1 ~ 1 2 0

5 C C oll et S y st e m

N O. 2

N O. 1 V E- 5 C B

5 C C oll et S y st e m

M or s e T a p er E xt e n si o n S o c k et s

V Q- 1 1 1- 1 ~ 1 2 0

P R O D U C T S U N D E R 1 0 0 % S T RI C T Q. C. Q U A LI T Y G U A R A N T E E D

C 43

R 8 M or s e T a p er Sl e e v e

V Q- 1 2 1, 1 2 2, 1 2 3

T O O LI N G S Y S T E M

C S E RI E S

F a c e Mill

C 44

F a c e Mill A r b o r

C 44

F a c e Mill A r b o r

C 45

M o r s e T a p e r A d a pt e r

C 45

M o r s e T a p e r A d a pt e r

C 45 NE

A r b o r S y st e m

V F- 1 0 1 ~ 1 3 7

VI- 1 0 2 ~ 1 1 1

VI- 1 3 1 ~ 1 3 8- 4

V R A- N T 4 0

C 45

C 46

C 47

Si d e C utt e r A r b o r

V R A- R 8

C 48 NE

J a c o b s T a p e r D rill C h u c k Ar b or

N C U ni v e r s al A n g ul a r Head

T a n g F or M or s e T a p er Shank

V J- 1 0 3, 1 0 6, 1 0 9, 1 1 1, 1 1 2

V L- 1 1 0

C 49

Oil- F e e d H ol d e r / Sl o

H o ri z o nt al Milli n g Ar b or

Si d el o c k E N D Mill H ol d e r

Si d e C utt e r A r b o r

N C Ri g ht A n gl e H e a d

V M T S- 2, 3, 4, 5

B T 4 0- R A E R 3 2- 1 8 5 ~

C 50

C 51

F a c e Mill A r b o r

D rill C h u c k H ol d e r/ AP U

B T 4 0- U A E R 2 5- 1 8 2 ~

B T 4 0 S L O 3 2 / 4 0, O C- 3 2 / 4 0

V N- 1 0 2 ~ 1 2 4

B T- 1 0 1 ~ 1 2 1, 1 5 0 ~ 1 6 6

B T- 1 8 0 ~ 1 8 8

C 51

C 52

C 53

M o r s e T a p e r A d a pt o r

J a c o b s T a p er Ar b or

L e v e r C h e c ki n g H ol d e r s

T e st A r b o r

Si d el o c k E n d Mill H ol d e r

P ull S t u d s

B T- 2 0 4 ~ 2 3 1, 2 3 6 ~ 2 4 4

B T- 3 1 5 ~ 3 3 3- 1

B T 4 0- M 8, B T 5 0- M 8

A 3 0, A 4 0, A 5 0

B T- 4 3 6 ~ 4 7 9

C 54

C 55

C 56

C 57

P ull St u d s B T

P ull St u d s

P ull St u d s DI N 6 9 8 7 2

P ull St u d s

P ull St u d s C A T

Mill H ol d e r

B T- 5 0 1 ~ 5 1 2

B T- 5 1 6 ~ 5 2 1

B T- 5 2 2 ~ 5 3 2

B T- 5 3 3 ~ 5 3 9

B T- 5 4 0 ~ 5 4 8, 5 5 6

C 58

C 61

C 62

C o m pl et e N C T o oli n g S et

F a c e Mill H ol d e r DI N 6 9 8 7 1 A

M o r s e T a p e r H ol d e rDI N 6 3 8 3

Si d el o c k E n d Mill H ol d e r DI N 6 9 8 7 1

S K. C A T

DI N 6 9 8 7 1 A

V B T- 3 0- 0 7 2 0 ~

S K- 1 1 2 ~ 1 2 0

S K- 2 1 4 ~ 2 2 0

S K- 4 1 7 ~ 4 3 1

C 62

C 63

D rill C h u c k H ol d e r / A P U DI N 6 9 8 7 1 A

F a c e Mill H ol d e r

DI N 6 9 8 7 1 A S K- 5 1 1 ~ 5 1 6

Si d e L o c k H ol d e r s

US A C A T- 4 0 / 5 0- F M A ~

C A T- 4 0 / 5 0- S L ~

M o s e T a p e r H ol d e r s

US A C A T- 3 0 / 4 0 / 5 0- M T A ~

M o s e T a p e r H ol d e r s

US A C A T- 3 0 / 4 0 / 5 0- M T A ~

S A L E S P R O G A M I S O V E R 1 0 0 0 I T E M S O F A C C E S S O RI E S

T O O LI N G S Y S T E M

C S E RI E S

D C S y st e m

C 64

D C Hi g h S p e e d Sli m C h u c k S y st e m

C 64

D C Hi g h S p e e d Sli m C h u c k S y st e m

C 64

H S K S y st e m

B T 3 0 / 4 0- D C 6- 6 0, 9 0

D C 6- 2 ~

C 65

H S K- A 6 3, A 1 0 0( DI N 6 9 8 9 3 A) E R C oll et C h u c k s

S m all C oll et Of Sli m C oll et C h u c k

C 64

S m all C oll et Of Sli m C oll et C h u c k

D C 6- 2 ~ H S K- A 6 3, A 1 0 0( DI N 6 9 8 9 3 A) O Z C oll et C h u c k s

C 65

C 64

S m all C oll et Of Sli m C oll et C h u c k

D C 6- 2 ~ H S K- A 6 3, A 1 0 0( DI N 6 9 8 9 3 A) O Z C oll et C h u c k s

C 65

H S K- A 6 3, A 1 0 0 M o r s e T a p e r H ol d e r s

DI N 6 9 8 9 2 A H S K- A 6 3 / A 1 0 0- E R ~

H S K- A 6 3 / A 1 0 0- E R ~

H S K- A 6 3 / A 1 0 0- O Z ~

H S K- A 6 3 / A 1 0 0- M T A ~

C 65

C 66

H S K- A 6 3, A 1 0 0 F a c e Mill H ol d e r s

H S K- A 6 3, A 1 0 0 Si d el o c k E n d Mill H ol d er

S K S y st e m

DI N 6 9 8 9 3 A

H S K- A 6 3 / A 1 0 0- F M A ~

H S K- A 6 3 / A 1 0 0- F M B ~

C 72

C 67

S K S p ri n g C oll et S y st e m

C 71

B T- S K C oll et C h u c k S y st e m

K e yl e s D r ill C h u c k

S K- 6 / 1 0 / 1 6 / 2 0 / 2 5

S K B- 2 0 1 ~ 3 1 5

C 73

3 D- T a st e r

K N T T y p e K e yl e s s D rill C h u c k s

S T- S K St r ai g ht C h u c k

S K S- 2 1 0 ~ 2 1 4

C 74

I nt e g r at e d T y p e K e yl e s s D rill C h u c k s

S et Of S K C oll et A n d St r ai g ht C h u c k

S K S- 2 3 1 ~ 2 3 4

C 74

I nt e g r at e d T y p e K e yl e s s D rill C h u c k s

S K N ut A n d W r e n c h

S K N / S K W- 1 0 1 ~

C 74

I nt e g r at e d T y p e K e yl e s s D rill C h u c k s

V- 3 D- 0 5, 0 6

K N T- 8, 1 3, 1 6

I N T- 8 / 1 3 / 1 6- C A T 3 0, 4 0, 5 0

B T/ S K / N T 4 0- V R L 1 3, 1 6

C 75

C 77

I nt e g r at e d T y p e K e yl e s s D rill C h u c k s

K e yl e s s D rill C h u c k s

S y st e m I N T- 8, 1 0, 1 3, 1 6 ~

C 78

K e yl e s s D rill C h u c k s

1 2 2 0 1- 1 ~ 1 2 2 0 5- 4

I N T- 8, 1 0, 1 3, 1 6 ~

C 78

K e y s St e el

14001 ~ 14009

V E R T E X, E S T A B LI S H E D I N 1 9 7 8.

110 15 ~ 110 3 4

110 61 ~ 110 7 5

C 79

C 80

K e y T y p e D rill C h u c k s

10 0 0 6 ~ 10 074

K e y T y p e D rill C h u c k s

10 0 0 6 ~ 10 074

K e y T y p e D rill C h u c k s

10001 ~ 10079

C S E RI E S

K e yl e s Drill C h u c k S y st e m

C 80

T O O LI N G S Y S T E M K e y T y p e D rill C h u c k s

C 80

K e y T y p e D rill C h u c k s

C 81 NE

K e y T y p e D rill C h u c k s St ai nl e s s

C 81 NE

K e yl e s s D rill C h u c k s St ai nl e s s

C 81 NE

K e y s F o r St ai nl e s s K e y T y p e D rill C h u c k

B o ri n g H e a d S y st e m

10001 ~ 10079

1 0 0 9 0 ~ 1 0 0 9 2- 3

1 6 0 0 1- 3 0, 3 1, 6 1

15001 ~ 15003

C 82

C 83

C 84

C 85

T a p e r S h a n k F o r B o ri n g H e a d s S e ri e s B S T, V B K

I n s e rt T y p e B o ri n g B a r

T a p e r S h a n k F o r B o ri n g H e a d s S e ri e s B S T, V B K

L a r g e Di a m et e r T wi nbit R o u g h B o ri n g

L a r g e Di a m et e r Fi ni s h B o ri n g H e a d

V T- B S 7 0- 4 0 0

V T- B 1 0 7 0 ~ 6 2 3 0

V R B200~900

VF B200~900

C 85

C 86

C 87

I n s e rt T y p e B o ri n g B a r

I n d e x a bl e T wi n- bit R o u g h B ori n g H e a d R B H

E xt e n si o n ( R e d u c e d)

B R B 1 6 0 8- 3 2 ~

B R B 1 8 1 0- 4 0 ~

B R B 2 0 0 8- 3 2 ~

V R B 2 5- 3 3 C ~

V B Q 2/ 3/ 4/ 5/ 6 ~

C 87

C 88

C 89

E xt e n si o n ( R e d u c e d)

I n d e x a bl e T wi n- bit R o u g h B ori n g H e a d R B H- L A

F B H Fi ni s h B o ri n g Head

V B Q 1/ 2/ 3/ 4/ 5/ 6 ~

V R B25 ~ 900 ~

F B B- 2 0 ~ 1 5 0

F B B 4 4, 5 5, 6 6

C 91

C 92

C 94

Pr e ci si o n Fi ni s h B o ri n g H e a d S et s

Mi c r o B o ri n g H e a d S et

V B H E- B T / S K / N T / H S K

V B H 5 5- B T 4 0, 5 0

V B H 6 8- B T 4 0, 5 0

C 95

C 96

Hi g h Pr e ci si o n B o ri n g H e a d S et

B R B1008 ~

Mi c r o B o ri n g H e a d S et

V B H D- B T / S K / N T / H S K Hi g h Pr e ci si o n B o ri n g H e a d S et

S m all Di a m et e r B o ri n g H e a d C BI 4

Hi g h Pr e ci si o n B o ri n g H e a d S et

C 97

U ni v e r s al B o ri n g A n d F a ci n g M a st e r H e a d

V B H 6 2 0- N T / B T / S K

V B H 2 0 8 4- R 8 / N T / B T / S K / M T

V B H U- 2 0 2 ~ 2 1 4

C 97

C 99

C 1 0 0 BC-oTriy np ge H e a d S et

V B H C- R 8 / M T / N T / B T / C 2 0

U ni v e r s al B o ri n g A n d F a ci n g M a st e r H e a d

V B H U- 2 0 2 ~ 2 1 4

B o ri n g H e a d S et s

V B H- 1 0 2 ~ 1 1 4

B o ri n g H e a d S et s

V B H- M T / R 8 / N T / S K / B T / C 2 5

S A L E S T H E S E RI E S O F A C C E S S O RI E S T O M O R E T H A N 6 0 C O U N T RI E S

T O O LI N G S Y S T E M

C S E RI E S

B ori n g H e a d S y st e m

C 1 0 0 BC-oTriy np ge H e a d S et

C 1 0 1 BC-oTriy np ge H e a d S h a n k

C 1 0 2 C- T y p e B o ri n g H e a d

Inch m m

T o u c h P oi n t S e n s o r S y s t e m

V B H C- R 8 / M T / N T / B T / C 2 0

V B C- R 8 / N T / M T / B T / C 2 0

V B C- 2

V B C- 3

V B C- 4

C 1 0 3 T o u c h P oi nt S e n s o r

C 1 0 4 T o u c h P oi nt S e n s o r

V P S- 2 0 B, 3 2 B, 3/ 4 B

V P S- 2 0

V P S- 3 2

V P S- 2 0 1

V P S- 2 0 1 C

C 1 0 4 T o u c h P oi nt S e n s o r

C 1 0 5 T o u c h P oi nt S e n s o r

V P S- 4 0 1

V P S- 4 0 1 C

V P S- 3 0 1

V P S- 3 0 1 S

V P S- 3 0 2

C 1 0 5 T o u c h P oi nt S e n s o r

P r e s ett e r S y st e m Drill T a p p er S y st e m

V P S- 3 0 2 S

V P S- 3 0 1 C

V P S- 3 0 2 C

V P S- 3 0 3

C 1 0 6 H ei g ht Pr e s ett e r

C 1 0 6 H ei g ht P r e s ett e r

c T o ol C 1 0 7 ElL eenctgtr ho niS ett er

H P- 5 0 Z, 5 0 Z M, 1 0 0 Z, 1 0 0 Z M

H P- 1 0 0 Z, 1 0 0 Z M

H P- 1 0 0 E M

H P- 5 0 E M

C 1 0 8 Z- Z e r o- S ett e r

C 1 0 9 HM eia c ghihtni Pnr ge sCette nte re r)( F o r

C 1 0 9 C e nt e ri n g I n di c at o r

H P- 5 0 B / B M

H P- 5 0 A / A M

H P- 1 0 0 A / A M

H P- 1 0 0

V CI- 1 7 0

a c h m e nt f o r D rilli n g C 1 1 0 Att & Milli n g M a c hi n e

C 1 1 0 T a p C h u c k S e ri e s

C 1 1 0 D rill T a p p e r

C 1 1 1 RAtte va ecr hsi mble ent Tsa p pi n g

C 1 1 1 RF ou rb bV eTr A FlT ea xp pCeollr et

K1/ 2/ 3/ 4 ~

V T A 1 3/ 1 6 / 1 8 ~

V D T- 3 3

V T A 7, 1 2, 2 0 ~

F C- 1 0, 1 1, 2 0, 2 1, 3 0, 3 1

R e v e r si bl e T a p pi n g

T H E BI G G E S T M A N U F A C T U R E R & E X P O R T E R O F M A C HI NI N G T O O L A C C E S S O RI E S

T O O LI N G S Y S T E M

C S E RI E S

Drill T a p p er S y st e m T a p pi n g S y st e m

C 1 1 2 Ta p C h u c k

C 1 1 2 EH xolpda enr si bl e T a p pi n g

C 1 1 3 EH xolpda enr si bl e T a p pi n g

M T 3- M 2 0, M T 4- M 2 0

V T A- 1 3- 1 1, 1 2

V E T- 2 7 1 ~ 2 7 4, 2 6 0, 2 6 1

V E T- 1 0 2, 2 0 2, 2 5 2, 3 0 3

V E T- 1 0 5, 1 0 6 , 2 5 3, 2 5 4

C 1 1 5 QT auip cpik n Cg h aC nh gu ec k

C 1 1 6 QT auip cpik n Cg h aC nh gu ec k

C 1 1 7 QT auip cpik n Cg h aC nh gu ec k

W F- B T 3 0/ B T 4 0/ S K 3 0/ S K 4 0

W F- B T 5 0/ S K 5 0

W F- S T

W F- M T

W F E- B T 4 0

C 1 1 7 QT auip cpik n Cg h aC nh gu ec k

C 1 1 8 QT auip cpik n Cg h aC nh gu ec k

C 1 1 9 QT auip cpik n Cg h aC nh gu ec k

W F E- B T 5 0

B T 4 0- S F

B T 5 0- S F

S T- S F / M T- S F

J T A- S F

C 1 2 0 QT auip cpik n Cg h aC nh gu ec k M ST et

C 1 2 1 TR ae pd piu cnegr CA olld a etpt e r

C 1 2 1 A dj u st a bl e W r e n c h e s

C 1 2 1 QT auip cpik n Cg h aC nh gu ec k

C 1 1 1 CV oT nA n2 e0-ctiM n2 0g A r b o r f o r

M T 3- M 2 0

M T 4- M 2 0

E X P.

V Q T- 3 1 2 ~ 5 2 0

V Q T- 7 1 2, 8 1 2, 7 2 0, 8 2 0

T C 3 1 2 / 8 2 0 / 1 4 3 3- A D

V W R- 4 0, 6 0

T C 3 1 2 DI N 3 7 1- A 8 P C S / S E T

C 1 2 1 QT auip cpik n Cg h aC nh gu ec k

C 1 2 2 QT auip cpik n Cg h aC nh gu ec k

C 1 2 3 QT auip cpik n Cg h aC nollg eet

JI S T C 3 1 2 DI N 3 7 6- B 8 P C S / S E T

T C 8 2 0 DI N 3 7 6- C 8 P C S / S E T

T C- 8 2 0 DI N 3 7 1 4 P C S/ S E T

T C- 8 2 0 I S O 2 2 8 3 8 P C S / S E T

T C 312/ 820/ 1433

C 1 2 5 QT auip cpik n Cg h aC nollg eet

C 1 2 6 QT auip cpik n Cg h aC nollg eet

C 1 2 7 QT auip cpik n Cg h aC nollg eet

C 1 2 8 QT auip cpik n Cg h aC nollg eet

C 1 3 0 MiAi rni T aT yp ppie n Agr Um nitT y p e

DI N 3 7 1 / 3 7 6

I S O 529/ 2283

A N SI

T C 312/ 820/ 1433

T C 312/ 820

T C 312 B/ 820 B/ 1433 B

V A T- 7 0 8 ~ 7 2 4

C 1 3 0 ST a mpallpi n Agr Um nitT y p e Ai r

C 1 3 1 AU rnitm T y p e Ai r T a p pi n g

C 1 3 2 Ai r T a p pi n g U nit

C 1 3 2 Ai r T a p pi n g S pi n dl e

C 1 3 2 PT aa rp allpi nelg AUr nitm F o r Ai r

V A T- 1 4 0 8 ~ 1 4 2 4

V A T- 1 6 0 8 ~ 1 6 2 4

V A T- 1 9 0 8 ~ 1 9 2 4

V A T- S P ~ 2 4

V A T- A R M ~

JI S

P R O D U C T S U N D E R 1 0 0 % S T RI C T Q. C. Q U A LI T Y G U A R A N T E E D

C S E RI E S

T O O LI N G S Y S T E M

T a p pi n g S y st e m

C 1 3 3 AF odjr u Aistra Tbla ep piA nn glg eU nitH e a d

C 1 3 3 MT aa pg pin etin gc UBnita s e F o r Ai r

C 1 3 3 MiF ostr AiC ro olT aa pntpi Sn yg stU enitm

C 1 3 3 CT aollp piet n Rg a cU knitF o r Ai r

C 1 3 4 P o rt a bl e Ai r T a p p e r NE

T o oli n g S etti n g St a n d S p u n dl e T a p er Wi p er

A T 0 8 / 1 2 / 1 6 / 2 0 / 2 2 / 2 4- 9 0

V L M- 3 0 0 A, 6 0 0 A

V A C- 0 8

V C R- 0 8

V A T- 3 0 8 P, 6 1 2 P

el u x e T y p e T o ol C 1 3 5 DS etti n g St a n d

C 1 3 5 SiS ettim pln eg TSty pa en dT o ol

C 1 3 6 TD oe viol c He ol d e r L o c ki n g

C 1 3 7 TFioxtol u rH eols d e r L o c ki n g

V T D- 1 ~ 1 0

V T S- B T / S K- 3 0, 4 0, 5 0

V T G- B T 3 0, 4 0, 5 0

V T L- B T / S K / N T- 3 0, 4 0, 5 0

V T L- H S K 4 0, 5 0, 6 3

C 1 3 7 RD eo viu nc de T o ol L o c ki n g

C 1 3 7 FSta astn dT o ol S etti n g

C 1 3 8 S pi n dl e T a p e r Wi p e r

S h e at h R a c k

V T O- 3 0, 4 0, 5 0

V T S- H S K 6 3

V T W- 3 0, 4 0, 5 0

V T W- 3 0 R, 4 0 R, 5 0 R

C 1 3 9 T o oli n g R a c k St a n d

V T T- 3 0/ 3 0- 5 0

V T T- 3 1/ 3 0- 5 0

V T T- 3 0/ 3 1- H S K 6 3

V T T- 3 0/ 3 0- 5 0

C 1 3 9 T o oli n g C a rt

C 1 4 0 T o oli n g C a rt

V T W- 4 0 H, 5 0 H, 6 3 H, 1 0 0 H

C 1 4 0 T o oli n g C a rt NE

V T T- 2 1

V T T- 1 1

V T T- 1 2

C 1 4 1 T o oli n g Tr oll e y s

V T T- 2- 3 0 / 4 0 / 5 0 / H S K 6 3

V T T- 5- 3 0 / 4 0 / 5 0 / H S K 6 3

V T T- 6- 3 0 / 4 0 / 5 0 / H S K 6 3

C 1 4 2 T o oli n g R a c k

C 1 4 2 T o oli n g S h e at h

V T T S- B T- 3 0 / 4 0 / 5 0

V T T R- B T- 3 0 / 4 0 / 5 0 / H S K 6 3

S A L E S P R O G A M I S O V E R 1 0 0 0 I T E M S O F A C C E S S O RI E S

C S E RI E S

T O O LI N G S Y S T E M

S h e at h R a c k

C 1 4 2 E n d Mill S h e at h R a c k

C 1 4 2 CR auttic k n g T o ol S h e at h NE

C 1 4 2 T o oli n g R a c k St a n d NE

T o ol C a bi n et

V M S- 2

V M S- 3

V T C- 2 0

C 1 4 3 T o ol C a bi n et

C 1 4 3 T o oli n g Tr oll e y s

C 1 4 4 W or k b e n c h

C 1 4 4 H y d r o Lift T a bl e

V T C- 2 3

V T C- 2 5

V T C- 1 0 0

V W B- 1 5 8 0

V L T- 3 0 0

C 1 4 4 H y d r o P all et Tr oll e y s

C 1 4 5 P a rt s C a bi n et

C 1 4 5 T o ol B o x

C 1 4 5 P a rt s St o r a g e

H P T- 2 0 N S, 2 0 N M, 2 0 W L

V A 1-, V A 6-, V A 7-

V T B- 1 0 2, 9 0 1

V H B- 1 2 1 8 ~ 3 0 4 5

C 1 4 6 E c o n o mi c al P all et

C 1 4 6 H e a v y D ut y P all et

P all et

V E P T- 0 1, 0 2

V H P T- H 0 1

C 1 3 9 T o oli n g C a rt

V E R T E X, E S T A B LI S H E D I N 1 9 7 8.

M A C HI NI N G C E N T E R A C C E S S O RI E S

D S E RI E S

N C - R o t a r y T a bl e

D 01

N C- R ot a r y T a bl e

D 03

N C- R ot a r y T a bl e

D 03

N C- R ot a r y T a bl e

D 03

N C- R ot a r y T a bl e

V N C M- 1 5 0 ~ 4 0 0 L / R

V N C M- 1 5 0 R

V N C M- 2 2 0 R

V N C M- 2 5 0 R

D 03

D 04

D 05

N C- R ot a r y T a bl e

M C P o w e r Vi s e

V N C M- 4 0 0 R

V N C X- 1 0

D 06

M C P o w e r Vi s e

N C- R ot a r y T a bl e

M C P o w e r Vi s e

T ail st o c k F o r N C R ot a r y T a bl e

N C- R ot a r y T a bl e

V N C M- 3 2 0 R

T ail st o c k F o r N C R ot a r y T a bl e

T S- 1 3 5 ~ 2 1 0 / 1 3 5 ~ 2 1 0- M T 3

D 06

M C P o w e r Vi s e

D 03

M C P o w e r vi s e

D 06

M C P o w e r Vi s e

E X P. V Q C- 1 0 0

D 06

V Q C- 1 6 0 N C H y dr o M a c hi n e Vi c e s

V N C

B a s e Pl a t e

D 09

D 06

C o n v e ni e nt T y p e M a c hi n e Vi s e

V C M- 4 7 B a s e Pl at e S e ri e s

D 09

E X P.

V Q C- 1 2 5 F J L

V Q C- 1 2 5 M J L

V Q C V- 1 2 5 / 1 6 0 H- L/ R

D 06

Pr e ci si o n P n e u m ati c A n g- Fi x e d P o w e r Vi s e

V M CB a s e Pl at e S e ri e s

D 09

P r e ci si o n M C P o w e r Vi s e

V M CB a s e Pl at e S e ri e s

D 09

V M CB a s e Pl at e S e ri e s

D 09 NE

T B P- 6 0 4 0 ~ 1 0 0 5 0 D

A n gl e Pl at e

D 10

M/ C A n gl e Pl at e 9 0 º

B P 2 0- 3 0, 4 0, 5 0, 6 0, 8 0

Vi c e

D 13

Fl e xi bl e Li n e U p Vi c e

T B P- 6 0 4 0 ~ 1 0 0 5 0 D

D 10

M/ C A n gl e Pl at e 9 0 º

B P 2 2- 3 0 ~ 8 6 0

D 14

Fl e xi bl e Li n e U p Vi c e

S B P- 4 0 4 0 ~ 8 0 8 0 A

D 11

M/ C Cl a m pi n g C u b e

B P 0 7- 1 0, 2 0, 3 0, 4 0

D 15

Fl e xi bl e Li n e U p Vi c e

S B P- 4 0 4 0 ~ 8 0 8 0 A

D 12

A n g ul a r H oll o w Bl o c k 4 5º

B C 4 5- 1 5, 3 0, 1 5 1, 3 0 1

D 16

Fl e xi bl e Li n e U p Vi c e

V F S- 5 0 3 0 ~ 7 2 7 0

V F L- 5 0 3 0 ~ 7 2 7 0

S A L E S T H E S E RI E S O F A C C E S S O RI E S T O M O R E T H A N 6 0 C O U N T RI E S

B a s e Pl at e S e ri e s

H B P- 4 0 6 0 ~ 5 0 1 0 0 T

D 12

A n g ul a r H oll o w Bl o c k 3 0º

B C 3 0- 1 5, 3 0, 1 5 1, 3 0 1

D 17 NE

V F S- 5 0 3 0 ~ 7 2 7 0

P r e ci si o n C o m p a ct M C Vi s e

Fl e xi bl e Li n e U p Vi c e

V F N- 6 0 3 0 ~ 8 5 8 0

L A T H E M A C HI N E A C C E S S O RI E S

E S E RI E S

Li v e C e nt e r S y st e m

E 01

Li g ht D ut y Li v e C e nt e r

E 01

Li v e L at h e C e nt e r - A Ty p e

E 01

Li v e L at h e C e nt e r - A Ty p e

E 01

V P C- M T 1, M T 2, M T 3, M T 4, M T 5

V L C- 2 1 2, 2 1 3, 2 1 4, 2 1 5

V L C- 2 1 3 B

E 02

Hi g h- S p e e d N C Li v e C e nt e r- A T y p e

Hi g h- S p e e d N C Li v e C e nt e r- B T y p e

Hi g h- L o a d N C Li v e C e nt e r- A T y p e

Li v e L at h e C e nt e r - B Ty p e

E 01

Li v e L at h e C e nt e r - B Ty p e

V L C- 2 1 4 B Hi g h- L o a d N C Li v e C e nt e r- B T y p e

E 02

Hi g h- L o a d N C Li v e C e nt e r- B T y p e

V L C- M T 3 A, M T 4 A, M T 5 A, M T 6 A

V L C- M T 3 B, M T 4 B, M T 5 B

V C F- M T 3 A, M T 4 A, M T 5 A

V C F- M T 3 B, M T 4 B, M T 5 B

E 03

E 04

I nt e r- c h a n g e a bl e P oi nt s Li v e C e nt e r

Hi g h S p e e d N C I nt er c h a n g e a bl e P oi nt s Li v e C e nt er

Hi g h L o a d I nt er c h a n g e a bl e P oi nt s Li v e C e nt er

V L C- 3 1 2, 3 1 3, 3 1 4

V C S- M T 3, M T 4, M T 4 P, M T 5 P

V C P- M T 4, M T 5

E 04

Hi g h S p e e d Li v e C e nt e r- A T y p e

L at h e C e nt e r S y st e m

V L C- 5 1 2, 5 1 3, 5 1 4, 5 1 5

E 05

B ull N o s e Pi p e C e nt e r

Hi g h S p e e d Li v e C e nt e r- B T y p e

V L C-

E 06 NE

L at h e C e nt e r s

V L C- 5 1 3 B, 5 1 4 B, 5 1 5 B

E 05

B ull N o s e Pi p e C e nt e r

V L C- 5 1 3 B, 5 1 4 B, 5 1 5 B

E 06

V L C - 1 1 2, 1 1 3, 1 1 4, 1 1 5, 1 1 6

E 07

W o r k- D ri vi n g C e nt e rC h a n g a bl e Ti p s

E 07

W o r k- D ri vi n g C e nt e r

E 07

W o r k- D ri vi n g C e nt e r

L at h e C e nt e r s

V L C- 1 1 7 ~ 1 1 9

E 07

W o r k- D ri vi n g C e nt e r

V L C - 1 1 2, 1 1 3, 1 1 4, 1 1 5, 1 1 6

V D K- 3 2- M T 4

V D K- 2 3- M T 4

V D K- 1 5- M T 4

E 08

V D C- 3 0- M T 4

D e a d c e nt e r

L at h e C e nt e r s

V L C- 1 1 7 ~ 1 1 9

V L C-

E 06

Hi g h S p e e d Li v e C e nt e r- B T y p e

V L C-

Hi g h S p e e d Li v e C e nt e r- B T y p e

I nt e r- C h a n g e a bl e P oi nt R olli n g C e nt e r

V L C- 6 1 2, 6 1 3, 6 1 4, 6 1 5

I nt e r- C h a n g e a bl e P oi nt R olli n g C e nt e r

V L C- 6 1 2, 6 1 3, 6 1 4, 6 1 5

Li v e L at h e C e nt e r

V L C- 1 7 2, 1 7 3, 1 7 4, 1 7 5

Li v e L at h e C e nt e r

V L C- 1 7 2, 1 7 3, 1 7 4, 1 7 5

T H E BI G G E S T M A N U F A C T U R E R & E X P O R T E R O F M A C HI NI N G T O O L A C C E S S O RI E S

L A T H E M A C HI N E A C C E S S O RI E S

E S E RI E S

C e nt e ri n g C h u c k S y st e m

E 09

3 J a w S elf C e nt e ri n g Chuck

V S C- 3 A ~ 2 5 A

E 11

3 J a w P o w erf ul C a ml o c k T y p e S elf- C e nt eri n g C h u c k

V S K C- 6 A, 8 A, 1 0 A, 1 2 A

T hi n C h u c k

E 16

M a c hi ni n g J a w C h u c k

E 09

3 J a w P o w e rf ul S elf C e nt e ri n g C h u c k

V S K- 6 A, 8 A, 1 0 A, 1 2 A, 1 3 A, 1 6 A

E 12

DI N- T y p e 3- J a w S elfC e nt e ri n g C h u c k s

V S C- 3 D ~ 1 0 D

E 16

S u p e r T hi n C h u c k s

E 10

V P S- 6 A, 7 A, 8 A, 1 0 A, 1 2 A

E 12

P o w er C h u c k

E 18

S oft J a w F o r S K- T y p e Chuck

V N B K- 6, 8, 1 0, 1 2

E 18

S oft J a w F o r S K- T y p e Chuck

4- J a w I n d e p e n d e nt C h u c k Pl ai n B a c k

V K C- 4 ~ 5 0

E 17 NE

V M J- 6, 8, 1 0, 1 2

4 J a w S elf C e nt e ri n g Chucks

V e rti c al M a c hi ni n g Chuck

4 J a w S elf C e nt e ri n g C h u c k s ( 2- Pi c e s J a w)

V P S- 6 A K, 8 A K, 1 0 A K, 1 2 A K

E 13

3- J a w S c r oll C h u c k

3 J a w Str o n g S cr oll C h u c k s D 1 C a ml o c k Dir e ct M o u nti n g

L D 5- 8, 6- 8

E 14

3- J a w P o w e rf ul S c r oll Chuck

A c c ur a c y T y p e

V S C- 3 ~ 1 6

V S K- 4 ~ 1 6

E 17

V e rti c al M a c hi ni n g Chuck

E 19

E 17 NE

V M J- 1 5 0, 2 0 0, 2 5 0, 3 0 0

S oft J a w H y d r a uli c P o w er C h u c k s

E 11

A c c ur a c y T y p e

V M J- 1 5 0, 2 0 0, 2 5 0, 3 0 0

E 19

E 10

V e rti c al M a c hi ni n g Chuck

V M J- 1 5 0, 2 0 0, 2 5 0, 3 0 0

S oft J a w H y d r a uli c P o w er C h u c k s

E 19

S oft J a w H y d r a uli c P o w er C h u c k s

Al u mi ni u m

St a n d a r d V S J- 4 ~ 1 6

J a w F o r mi n g

E 15

V S J- 4 ~ 1 6 6- J a w A wl T y p e Chucks

E 15

V H C- 8 A, 1 0 A L o w Pr ofil e C h u c k

E 21

S oft J a w F o r mi n g Ri n g

St a n d a r d V H C- 5 ~ 2 4

E 21 NE

V A S- 4, 6

P o w e r C h u c k S y st e m

E 22 NE

T N ut F o r H y d r a uli c Chuck

V H C- 8 A, 1 0 A S oft J a w F o r mi n g Di s c

E 31

T o ol P o st G ri n d e r O N L at h e

V L B K- 2, 3, 4, 5, 6

V F R- 0 5, 0 6, 0 8, 1 0, 1 2, 1 5

V F R D- 6, 8, 9, 1 0, 1 2

V G R- 1 0 0 ~ V G R- 1 8 5

E 22

E 23

E 24

E 25

H ar d J a w s F or H y dr a uli c P o w er C h u c k s

3- J a w W e d g e T y p e T h r o u g h- h ol e P o w e r C h u c k ( Wit h o ut A d a pt o r)

2- J a w W e d g e T y p e T h r o u g h- h ol e P o w e r C h u c k ( Wit h o ut A d a pt o r)

3- J a w W e d g e T y p e N o n T h r o u g h- h ol e P o w e r C h u c k ( Wit h o ut A d a pt o r)

B- 2 0 5 T, 2 0 6 T, 2 0 8 T, 2 1 0 T, 2 1 2 T, 2 1 5 T

H J- 0 5, 0 6, 0 8, 1 0, 1 2, 1 2- 1, 1 5, 1 5- 1

N- 2 0 5 A 4 ~ 2 1 5 A 1 1

N T205 ~ N T215

V- 2 0 6 A 5 ~ 2 1 5 A 1 1

E 26

E 27

E 28

E 29

4- J a w W e d g e T y p e T h r o u g h H ol e P o w e r C h u c k ( Wit h o ut A d a pt o r)

V NI T- 2 0 8, 2 1 0, 2 1 2, 2 1 5

N o n T h r o u g h H ol e R ot a r y H y d r a uli c C yli n d e r ( Wit h V al v e s)

M S 1 0 5, 1 2 5, 1 5 0, 2 0 0

S u p e r Hi g h S p e e d T h r o u g h H ol e R ot a r y H y d r a uli c C yli n d e r

M10 3 6 ~ M 2 511

L at h e C oll et C h u c k s

C R 4 2 A 5, 4 2 A 6, 6 0 A 6

P R O D U C T S U N D E R 1 0 0 % S T RI C T Q. C. Q U A LI T Y G U A R A N T E E D

L at h e C oll et

C26/ 42/ 60/ 80

E S E RI E S

L A T H E M A C HI N E A C C E S S O RI E S

V DI S y st e m

E 35

A xi al D rilli n g A n d Milli n g H e a d s

E 36

R a di al Drilli n g A n d Milli n g H e a d s- B a c k W ar d T y p e

E 37

A xi al D rilli n g A n d Milli n g H e a d s

E 38

A xi al D rilli n g A n d Milli n g H e a d s

E 39

R a di al Drilli n g A n d Milli n g H e a d s- B a c k w ar d T y p e

E 40

A xi al D rilli n g A n d Milli n g H e a d s- Off s et

E 41

R a di al D o u bl e D rilli n g A n d Milli n g H e a d s

E 42

A xi al D rilli n g A n d Milli n g H e a d s

E 43

R a di al D rilli n g A n d Milli n g H e a d s

E 44

A xi al D rilli n g A n d Milli n g H e a d s

E 45

A xi al Drilli n g A n d Milli n g H e a d s- F or “ B ar uff al di ” T y p e

E 46

R a di al Drilli n g A n d Milli n g H e a d s- B a c k w ar d s

E 47

A xi al D rilli n g A n d Milli n g H e a d s

E 48

A n g ul a r H e a d s

E 49

A xi al Drilli n g A n d Milli n g H e a d s- F or “ D u pl o m ati c ” T y p e

E 50

R a di al D rilli n g A n d Milli n g H e a d s

E 51

R a di al D rilli n g A n d Milli n g H e a d s

E 52

R a di al St ati c H ol d e r s

E 53

R a di al St ati c H ol d e r s

E 54

A xi al St ati c H ol d e r s

E 55

C o m bi n e d St ati c H ol d e r s

E 56

C o m bi n e d St ati c H ol d e r s

E 57

St ati c H ol d e r s

E 58

St ati c H ol d e r s

E 59

St ati c H ol d e r s

R e d u ci n g Sl e e v e s

E 61

R e d u ci n g Sl e e v e s

E 62

H T y p e Milli n g & D rilli n g H e a d

E 63

H T y p e Milli n g & D rilli n g H e a d

E 64

V T y p e Milli n g & D rilli n g H e a d

E 60

E 70

U D rill H ol d e r

E 71

R a di al D rilli n g A n d Milli n g H e a d s

E 72

A n g ul a r H e a d s

E 73

R a di al Milli n g A n d D rilli n g H e a d

E 73

A xi al Milli n g A n d D rilli n g H e a d

S A L E S P R O G A M I S O V E R 1 0 0 0 I T E M S O F A C C E S S O RI E S

E S E RI E S

L A T H E M A C HI N E A C C E S S O RI E S

V DI S y st e m T o ol P o st S y st e m

E 74

R a di al Milli n g A n d D rilli n g H e a d

E 74

A n g ul a r H e a d s

E 75

R a di al Milli n g A n d D rilli n g H e a d

E 75

A xi al Milli n g A n d D rilli n g H e a d

E 75

A n g ul a r H e a d s

E 76

B o ri n g B a r H ol d e r

E 76

B o ri n g B a r H ol d e r

E 77

T u r ni n g H ol d e r

E 77

F a ci n g H ol d e r

E 78

B o ri n g B a r H ol d e r

E 78

B o ri n g B a r H ol d e r

E 79

Q ui c k C h a n g e T o ol P o st & H ol d e r s-It ali a n St yl e

E 80

I n di vi d u all y Pi e c e It ali a n St yl e

E 80

I n di vi d u all y Pi e c e It ali a n St yl e

E 80

I n di vi d u all y Pi e c e It ali a n St yl e

V T PQ ui c k C h a n g e T o ol P o st & H ol d e r s- 4 0 P o siti o ni n g E u r o p e a n St yl e

E 82 W

V T P- F 4 0-

E 81 NE

V T P- F 4 0-

V T P- F 0 1-

E 81 NE

Q ui c k C h a n g e T o ol P o st & H ol d e r s- 4 0 P o siti o ni n g E u r o p e a n St yl e

E 82 NE

V T P- F 0 2-

E 82 NE

V T P- F 4 0Q ui c k C h a n g e T o ol P o st & H ol d e r s- 4 0 P o siti o ni n g E u r o p e a n St yl e

V T P- F 4 0-

V E R T E X, E S T A B LI S H E D I N 1 9 7 8.

V T P- F 0 3Q ui c k C h a n g e T o ol P o st & H ol d e r s- 4 0 P o siti o ni n g E u r o p e a n St yl e

E 82 NE

V T P- F 4 0-

E 80

I n di vi d u all y Pi e c e It ali a n St yl e

V T P- F 0 4Q ui c k C h a n g e T o ol P o st & H ol d e r s- 4 0 P o siti o ni n g E u r o p e a n St yl e

E 82 NE

V T P- F 4 0-

Q ui c k C h a n g e T o ol P o st & H ol d e r s- 4 0 P o siti o ni n g E u r o p e a n St yl e

C U T TI N G T O O L

F S E RI E S

Milli n g C utt e r S y st e m

F 01

F a c e Milli n g C utt er 4 5º

S E 5 4 5 / 4 4 5- 3, 4 , 5 , 6 , 8 , 1 0 , 1 2

F 03

R o u n d I n s ert Milli n g C utt er

R M- 5 R / 8 R- 5 0, 6 3

F 05

R o u n d I n s ert E n d Mill s

C 2 0 / 2 5 / 3 2- 4 R, 5 R ~

F 07

Hi g h- S p e e d R o u g h E n d Mill s

V A P X- 1 6 1 6 ~ 2 6 2 5

F09

4 5º C h a mf eri n g E n d Mill s

F 01

F a c e Milli n g C utt er 6 5º

S P 5 3 5 / 4 3 5- 3, 4 , 5 , 6 , 8 , 1 0 , 1 2

F 03

S h o ul d er E n d Mill s

S A E- 2 0 ~ 6 3

F 05

Drilli n g & Milli n g C utt e

C 1 6 / 2 0 / 2 5 / 3 2- D M ~

F 07

Hi g h- S p e e d R o u g h E n d Mill s

V H R E- 2 1 0 1 0 ~ 3 2 5 2 0

F09

4 5º C h a mf eri n g E n d Mill s

F 02

F a c e Milli n g C utt er 7 5º

F P- 3, 4 , 5 , 6 , 8 , 1 0 , 1 2

F04

Hi g h- S p e e d F a c e

H C B- 5 0 ~ 2 0 0

F06

Hi g h S p e e d S h o ul d er Mill s

C 1 6 / 2 0 / 2 5 / 3 2- S S ~

F08

C R T R o u n d I n s ert E n d Mill s

C R T- 6 R 3 2 X / 3 5 X 1 5 0, 2 0 0

F09

T- Sl ot E n d Mill s

F 02

T P- 6 3 ~ 3 0 0

F04

F 11

V C E- 4 5 2 1 ~ 4 5 6 3 Si d e Milli n g C utt er

V S M- 1 0 1 6 ~ 2 0 1 6

F 13

C utti n g H ol d er s

F 11

T- Si d e Milli n g C utt er

V T S C- 4 1 6 ~ 8 2 5

F 13

C utti n g Bl o c k s

V T E- 2 4 1 1 ~ 4 9 2 2

F 11

F06

F 14

S U B 2 0- 2 6, 3 2 / S B U 2 5- 3 2

B B A R- D 1 6

Hi g h S p e e d S h o ul d er Mill s

C 1 6 / 2 0 / 2 5 / 3 2- S S ~

F08

F a c e E n d Mill s

C- 3 2- S E 4 4 5- 5 0, 6 3

F 10

C h a mf er T o ol

I n s e r t T y p e B o ri n g B ar

F 02

F04

F06

F08

S h o ul d er F a c e Milli n g C utt er

T P S- 5 0, 6 3

F 10

C T H- A

C h a mf er T o ol 6 p c s Kit

F 12

P o w er S u p er Dill 3 D

V S D-

F 14 NE

Hi g h S p e e d S h o ul d er Mill s

C 1 6 / 2 0 / 2 5 / 3 2- S S ~

C T H- 5 1 ~ 3 1 4 P o w er S u p er Dill 2 D

Hi g h- S p e e d F a c e Milli n g C utt er

F M C- 5 0 ~ 1 6 0

F 12

F a c e Milli n g C utt er 9 0º

T P- 6 3 ~ 3 0 0

V S D-

V S R C- 3, 8 0

C GI H 2 6 / 3 2- 3

S h ell- T y p e R o u g h Milli n g C utt er

Hi g h- S p e e d F a c e

H C N- 6 3 ~ 2 0 0

T C 1 2, T C 4 0

F a c e Milli n g C utt er 9 0º

B B A R- D 1 8

I n s e r t T y p e B o ri n g B ar

F 14 NE

I n s e r t T y p e B o ri n g B ar

B B A R- D 2 0

S A L E S T H E S E RI E S O F A C C E S S O RI E S T O M O R E T H A N 6 0 C O U N T RI E S

C U T TI N G T O O L

F S E RI E S

L at h e T o ol H ol d e r

F 15

T o ol H ol d er s

M C L N / M C R N / M TJ N / M T E N

E n d Mill s S y st e m

F 23

U ni v er s al E n d Mill s

V E A 7 2, 8 2, 8 5 ~

F 27

S oli d C ar bi d e E n d Mill s F or < 6 8 H R C

V E 1 6 6, 1 6 7 ~

F 29

S oli d C a r bi d e B all N o s e E n d Mill s F o r < 4 8 H R C

V B 2 4 2- 3 ~ 2 0 E N D Mill s f or St ai nl e s s

M S D / M V V N / M D J N / M VJ N

F 24

F 30

F 28

S oli d C ar bi d e E n d Mill s F or < 4 8 H R C

F 26

F 28

R o u g hi n g E n d Mill s

F34

F 31

B all N o s e E n d Mill s

F 35

U ni v er s al E n d Mill s

Drill P oi nt R o ut er s

T wi st Drill s

V D D 1 3-- 1. 0 ~ 1 3. 0

F 40

F 36

S oli d C ar bi d e N C/ C N C S p ot Drill s

V D 9 0 3, 9 0 4, 9 1 3, 9 1 4 ~ Hi g h P erf o m a n c e Drill s

V D D 3 0- 2. 0 ~ 1 3. 0

F 26

Fi ni s hi n g E n d Mill s < 5 6 H R C

V E 1 6 4, 1 6 5 ~

F 29

S oli d C a r bi d e B all N o s e E n d Mill s F o r < 4 8 H R C

V B 2 2 2, 2 3 2 ~

F 31

E N D Mill s f or St ai nl e s s

V F F 5 1 S X- 3. 0 ~ 2 0. 0

F 35

B urr E n d C ut R o ut er s

V E 1 3 3, 1 3 5, 1 3 6

V E199

V E198

F 39

F 35

M WL N/ M CL N/ M D U N

E n d Mill s E n d C ut R o ut er s

B ori n g B ar s

F 35

B urr E n d C ut R o ut er s

F 19

V E A 9 2, 9 3

E n d Mill s F or C h a mf eri n g

V E 1 0 7 X- 1. 0 ~ 2 0. 0

V F F 5 2 S X- 3. 0* R ~ 2 0. 0* R

B all N o s e E n d Mill s

V B B 1 2, 8 0, 8 2 ~

V B B 6 1- 1. 0 ~ 1 2. 0

E n d Mill s F or Al u mi ni u m

S oli d C ar bi d e E n d Mill s F or < 4 8 H R C

V E 1 2 4, 1 2 6 ~

V F F 0 8- 6 ~ 2 0, V F F 0 9- 6 ~ 2 0

F 30

T o ol H ol d er s

S C L C / S D J C / S VJ C / S V V C

V E 1 2 2, 1 2 5, 1 2 7 ~

B all N o s e E n d Mill s < 5 6 H R C

V B 2 6 2, 2 6 3 ~

F 33

F 25

Fi ni s hi n g E n d Mill s

V E C 4 0- 1. 0 ~ 2 0. 0, V E D 4 0- 3 ~ 2 0

F 18

T o ol H ol d er s

W TJ N / W T E N / W T X N / W W L N

Fi ni s hi n g E n d Mill s

V E A 7 4, 8 4, 8 6 ~

F 27

F 17

T o ol H ol d er s

F 32

F 16

F 41

Hi g h P erf o m a n c e Drill s

V D D 3 3- 2. 0 ~ 1 3. 0

V E191

F 37

V E197 C o m bi n e d Drill A n d C o u nt er si n k

V D T 0 8- 0. 5 0 ~ 5. 0 0, 1/ 3 2” ~ 5/ 1 6”

F 42

F 38

T wi st Drill s

V D D 1 2- 1. 0 ~ 1 3. 0

Hi g h P erf o m a n c e Drill s

V D D 3 1- 3. 0 ~ 2 0. 0

T H E BI G G E S T M A N U F A C T U R E R & E X P O R T E R O F M A C HI NI N G T O O L A C C E S S O RI E S

C U T TI N G T O O L

F S E RI E S

E n d Mill s S y st e m

F 43

Hi g h P erf o m a n c e Drill s

V D D 3 2- 3. 0 ~ 2 0. 0

F 47

M a c hi n e R e a m er s I n St e p s Of 0. 5 m m

Oil- F e e d Hi g h P erf or m a n c e Drll s

F44

F 45

V D D 3 5- 3. 0 ~ 2 0. 0

F 46

V D D 3 6- 3. 0 ~ 2 0. 0

M a c hi n e R e a m er s L o n g L e n gt h

F 48

Oil- F e e d Hi g h P erf or m a n c e Drll s

F 48

Oil- F e e d Hi g h P erf or m a n c e Drll s

V D D 3 7- 3. 0 ~ 2 0. 0

M a c hi n e R e a m er s C ar bi d e Ti p p e d

F 49

M a c hi n e R e a m er s I n St e p s of 0. 1 m m

F 47

M a c hi n e R e a m er s

V R 3 0 0- 3. 0 ~ 2 0. 0

F50

S oi d C ar bi d e E n d Mill s F or < 4 8 H R C

V R 3 0 1- 3. 0 ~ 2 0. 0

F50

S oi d C ar bi d e E n d Mill s F or < 4 8 H R C

V E 11 4 F

F 52

V R C 0 2- 3. 0 ~ 2 0. 0

V R 3 0 3- 1 0. 0 ~ 4 0. 0

S oi d C ar bi d e E n d Mill s F or < 4 8 H R C

F 51

V B221 2 Fl ut e C ar bi d e B all N o s e E n d Mill S et V B 2 2 2 9 P C S/ S E T I n W o o d e n B o x

F 51

H. S. S E N D MI L L S

V E S 2- 3. 0 ~ 2 0. 0

F53

H a n d R e a m er s- H S S

C o m bi n e d D rill A n d C o u nt er si n k

V R 3 0 8- 1. 0 ~ 1 2. 0

F 52

4 Fl ut e C ar bi d e E n d Mill S et V E 1 2 4- B 1 2 P C S/ S E T I n W o o d e n B o x

V E 1 2 4- B

F54

V E 11 2 F

F 52

4 Fl ut e C ar bi d e E n d Mill S et V E 1 2 4 1 8 P C S/ S E T I n W o o d e n B o x

V E 1 2 4- A A dj u st a bl e R e a m er s

F54

O ut si d e R a di u s S h a p e E n d Mill s

I D L

V B 2 2 2- A

F55

C o u nt er b or e E n d Mill s

V C B- 0 3 ~ 1 8

H a n d T a p & T a p W r e n c h e s Wi t h R a t c h e t

F 57

H a n d Ta p s

V H T- H 3 ~ H 2 0

F58

V D S- 1. 6 ~ 4. 0

V H M- 0 3 ~ 1 2

S pi r al Fl ut e d M a c hi n e Ta p s

F55

M et al Slitti n g S a w s

S pi r al Fl ut e d M a c hi n e Ta p s

V M T- S 3 ~ S 2 0

F59

H. S. S. Drill

F 57

S pir al P oi nt e d M a c hi n e Ta p s

V M T- M 3 ~ M 2 0

T a p Wr e n c h e s Wit h R at c h et

F59

F56

T a p Wr e n c h e s Wit h R at c h et

F58

V P W- 3 1 0, 5 1 2

H. S. S. Drill

V P W- 1 1 8, 1 1 0 , 1 1 2, 4 1 2, 5 2 0, 9 2 7, 1 3 3 2

H a n d Ta p s

V H T- H 3-I S O ~ H 2 0-I S O

F59 NE

V M T- S 3-I S O ~ S 2 0-I S O

V C R- 0 1 0 ~ 1 0 0

H S D- 1 0, 1 3

V S S7505 ~ 7520

F 57

F56

V A R- 6 3 5 ~ 7 0 0 0

M a g n eti c T a p p er

F58

S pi r al Fl ut e d M a c hi n e Ta p s

V M T- M 3-I S O ~ M 2 0-I S O

F59

M a g n eti c T a p p er

V T M- 1 3

P R O D U C T S U N D E R 1 0 0 % S T RI C T Q. C. Q U A LI T Y G U A R A N T E E D

S M A L L T Y P E M A C HI N E A N D T O O L

G S E RI E S

S h o c k A b s or b er

G 01

S h o c k A b s or b er

G 01

S h o c k A b s or b er

G 01

Sli d e T a bl e

T K- 9 0 , 1 2 0 , 1 6 0, 2 0 0

S B- 4, 6, 8, 1 0

S C- 1, 2 , 3

G 02

G 03

A r b o r Pr e s s

V A R- 0, 1, 2, 3, 5

V A R R- 3, 5

G 04

Pr e ci si o n B o ri n g/ Mi ni n g S pi n dl e H e a d

A r b o r Pr e s s

Pr e ci si o n B o ri n g/ Mi ni n g S pi n dl e H e a d

S h o c k A b s or b er

G 01

S h o c k A b s or b er

S Y- 8, 1 2 , 1 6

One Way Ac me T h r e a d Sli d e T a bl e

G 03

One Way Ac me T h r e a d Sli d e T a bl e

G 03

V e rti c al D o v et ail Sli d e T a bl e

S T- 7 5, 1 0 0, 1 2 5

S T A- 1 6 0, 1 6 5, 2 0 0, 2 0 5, 3 0 0

S E- 1 0 0, 1 5 0, 2 0 0, 2 5 0

G 04

P r e ci si o n B o ri n g/ Mi ni n g S pi n dl e H e a d

H a n dl e S y st e m

S H 0 3, 0 4, 3 0, 4 0, 5 0

S H 3 0 A, 3 0 B, 4 0 A, 4 0 B

G 05

G 06

Fl at E n d M o v a bl e H a n dl e

Elli p s e M o v a bl e H a n dl e

B all K n o b s

Hand Knobs

A dj u st a bl e H a n d L e v er s

V F E- 1 0, 8 3, 8, 1 6 5

V E M- 1 0, 8 3, 8, 6

V K B- 6 A A ~ 1 2 B A

V K B- 8 K, 8 K L

V A H- 6, 8, 1 0, 1 2

G 06

G 07

3 6 0 º S wi v elli n g L o c k H a n dl e

G 07

G 08

A Ty p e

B Ty p e

A dj u st a bl e H a n d L e v er s

R e v ol vi n g H a n dl e s

V A H- 6 2 0 ~ 1 0 2 0

V R L- 8 H, 8 H A, 1 0 H, 1 0 H A, 1 0 H B

V S A- 1 ~ 4, V S B- 1 ~ 4

G 08

G 09

W a s h er

C r a n k H a n dl e

V L E- W 2 2 6 ~ W 3 5 1 5

V A H- 2 1 ~ 2 3, 3 1 ~ 3 2

G10

P U- H a m m e r S e ri e s

V H M- 3 8, 4 6, 5 0, 5 8, 6 0

H a m m er

V H M- 2 5 P E ~ 6 0 P E

B all Pl u g e r S c r e ws o c k et & Sl ott e d

V B P- 0 3I ~ 1 6I, V B P- 0 3 H ~ 1 6 H

Lifti n g E y e B olt s

V L E- 6 A ~ 2 4 A

S h o ul d e r B olt

V L S- 1 3 2 0 ~ 1 8 4 0

G S E RI E S

S a wi n g M a c hi n e

G 11

S M A L L T Y P E M A C HI N E A N D T O O L U ni v e r s al D rill & C utt e r G ri n d e r

V D G- 3 2 N

Ai r Di e T o ol S y st e m

G 12 NE

Ai r Di e T o ol

V A G- 9 3 2

V A G- 0 3 0

Ai r Di e T o ol

G 13

Ai r Di e T o ol

G 15

G 17 NE

G 13

G 12

S a w Bl a d e

H B S- 1 0 6 ~ Ai r Di e T o ol

G 13

G 12

S a w Bl a d e

H B S- 1 0 6 ~ Ai r Di e T o ol

G 13

V A G- 0 5 0

V A G- 5 0 0, 6 0 1 A

V A G- 7 0 1

G 14

Ai r Di e T o ol

V A G- 6 0 4 Ai r Di e T o ol

V A G- 3 1 8 Ai r Di e T o ol

H o ri z o nt al B a n d S a w s

Ai r Di e T o ol

V A G- 8 2 4 1

Ai r Di e T o ol

G 11

H B S- 7 C E

V A G- 4 0 7

V A G- 6 0 9

G 17

G 12 NE

V A G- 4 0 6

G 14

H o ri z o nt al B a n d S a w s

H B S- 7

G 13

G 11

G 15

V A G- 6 0 5 Ai r Di e T o ol

V A G- F 3 0 Ai r Di e T o ol

G 17 NE

V A G- 0 7 0

Ai r Di e T o ol

G 15

V A G- 8 2 4 2 Ai r Di e T o ol

V A G- 3 1 0 Ai r Di e T o ol

G 17 NE

V A G- 0 7 0 H

Ai r Di e T o ol

G 15

V A G- 3 2 0 Ai r Di e T o ol

Ai r Di e T o ol

S M A L L T Y P E M A C HI N E A N D T O O L

G S E RI E S

Ai r Di e T o ol

G 16

A b r a si v e M o u nt e d P oi nt & W h e el F o r Ai r T o ol

G 16

A b r a si v e M o u nt e d P oi nt & W h e el F o r Ai r T o ol

G 16

A b r a si v e M o u nt e d P oi nt & W h e el F o r Ai r T o ol

G 16

A b r a si v e M o u nt e d P oi nt & W h e el F o r Ai r T o ol

G 16

A b r a si v e M o u nt e d P oi nt & W h e el F o r Ai r T o ol

W A- 3 0 3 A ~ 3 1 0 A

W F- 3 0 4 ~ 3 1 2

W R- 3 0 4 ~ 3 1 0

G 16

A b r a si v e M o u nt e d P oi nt & W h e el F o r Ai r T o ol

W R- 3 0 4 ~ 3 1 0

W E- 3 0 3 ~ 3 1 0

W F- 3 0 P

G 16

G 18

A b r a si v e M o u nt e d P oi nt & W h e el F o r Ai r T o ol

W F- 3 0 C

C a r bi d e B u r r s

G 19 NE

H a n d y S p o n g e S a n er

V S S- 4 3 6 C a r bi d e R ot a r y B u r r s

G 19 NE

H a n d y S p o n g e S a n er

V S S- 5 6 0 C a r bi d e R ot a r y B u r r s

G 19 NE

A b r a si v e M o u nt e d P oi nt & W h e el F o r Ai r T o ol

W F- 3 0 S Di a m o n d T o ol s F o r Ai r T o ol

W G- 3 0 D C a r bi d e R ot a r y B u r r s

G 19 NE

A b r a si v e M o u nt e d P oi nt & W h e el F o r Ai r T o ol

G 18

Di a m o n d T o ol s F o r Ai r T o ol

W G- 3 0 D C a r bi d e R ot a r y B u r r s

G 19 NE

C a r bi d e R ot a r y B u r r s

V R B- C 6, C 8, C 1 0, C 1 2

V R B- S 6, S 8, S 1 0, S 1 2

V R B- A 6, A 8, A 1 0, A 1 2

G 19

G 20

C a r bi d e R ot a r y B u r r s

V R B- A 6, A 8, A 1 0, A 1 2

V R B- P 6, P 8, P 1 0, P 1 2

G 20

C a r bi d e R ot a r y B u r r s

V R B- P C 6, P C 8, P C 1 0, P C 1 2

C a r bi d e R ot a r y B u r r s

V R B- P 6, P 8, P 1 0, P 1 2

C a r bi d e R ot a r y B u r r s

V R B- P C 6, P C 8, P C 1 0, P C 1 2

S A L E S P R O G A M I S O V E R 1 0 0 0 I T E M S O F A C C E S S O RI E S

C a r bi d e R ot a r y B u r r s

V R B- C R 6, C R 8, C R 1 0, C R 1 2

C a r bi d e R ot a r y B u r r s

V R B- C R 6, C R 8, C R 1 0, C R 1 2

H S E RI E S

S c r e w D ri v e r & Pli e r s S e ri e s

H0 1 NE

H A R D W A R D A C C E S S O RI E S S c r e w d ri v e r Bl a d e s & Ti p s

H 02 NE

I N F O.

S c r e w d ri v e r

Pli e r s

I n s ul at e d S c r e w d ri v e r

H 03

L T y p e K e y S et

H 03

I n s ul at e d Pli e r s

TI S- S / P / P Z ~

T H B- 1, T H B- 2

T H B- 1 1, 1 2, 1 3, 1 4

H 04

T- B a r S et

T- B a r N ut d r w e r S et

J a w Cl a m p

T P L- D 1, C 1, L 1, B 1, W S, W P

T PI-I D, I C, I L, I B, I W S, I W P

H 05

J a w Cl a m p

T H B- 5 3

T H B- 1. 5 ~ 1 0

K e y S et

H J C- H 2 5 ~ H 1 5 0

H 06

V N P- 3 0, 4 0, 5 0, 6 0, 8 0, 1 0 0

T H B- 5 1, 5 2

H e x- T K e y

J a w Cl a m p

H J C- V S 3 0 ~ V S 1 5 0 C a r b o n St e el Punches

L T y p e K e y S et

T S D- S / P ~ , T S P- P / T ~

H 03

H 02

C a r b o n St e el Punches

V L P- 3 0, 4 0, 5 0, 6 0, 8 0, 1 0 0

V E R T E X, E S T A B LI S H E D I N 1 9 7 8.

I S E RI E S

G o g gl e s S e r i e s

I0 1

S A F T Y A C C E S S O RI E S W el di n g Li g ht G o g gl e s

S W L G- 0 4 0

I0 3

E a r H e a ri n g

E H P- 1

W el di n g Li g ht G o g gl e s

S W L G- 0 4 1 W el di n g Li g ht H el m et s

W L H- 0 1

I0 4

I0 1

I0 3

I0 4

E H P- 5

S af et y G o g gl e s

S D G- 0 1 F a c e & F or e h e a d S hi el d

F H S- 0 1 E a r H e a ri n g Pr ot e cti o n

I0 2

I0 3

I0 4

E H P- 1 1

S af et y G o g gl e s

S D G- 0 5

S af et y H el m et s

S H C- 0 1 E a r H e a ri n g Pr ot e cti o n

I0 2

I0 3

I0 2

S af et y G o g gl e s

S D G- 1 0

S af et y H el m et s

S H C- 0 2 E a r H e a ri n g P r ot e cti o n

I0 4

E a r H e a ri n g P r ot e cti o n

S E H P- 1 5

S A L E S T H E S E RI E S O F A C C E S S O RI E S T O M O R E T H A N 6 0 C O U N T RI E S

I0 4

S E H P- 1 9

E a r H e a ri n g P r ot e cti o n

J S E RI E S

D rill G ri n d e r

S M A L L T Y P E M A C HI N E Pr e ci si o n D rill G ri n d e r

Pr e ci si o n D rill G ri n d e r

P r e ci si o n D rill G ri n d e r

J1 NE

V D G- 1 3 A

Mill G r i n d e r

V D G- 1 3 A Pr e ci si o n E n d Mill G ri n d e r

V D G- 2 5 Pr e ci si o n E n d Mill G ri n d e r

V D G- 3 0 P r e ci si o n E n d Mill G ri n d e r

J5 NE

V E G- 1 3 A

R o d s C ut ti n g

J9 NE

V E G- 1 3 A R o d s C utti n g- Off U nit

V E G- 2 5 A R o d s C utti n g- Off U nit

V T C- 2 0 T o oli n g R a c k St a n d

T o oli n g R a c k St a n d

V T C- 2 0 R o d s C utti n g- Off U nit

T o oli n g R a c k St a n d

J10

V T C- 2 0 R o d s C utti n g- Off U nit

J 11

P r e ci si o n E n d Mill G ri n d e r

V E C- 2 0

A c c e s s ori e s f or V E C- 2 0

V E G- 1 3

T H E BI G G E S T M A N U F A C T U R E R & E X P O R T E R O F M A C HI NI N G T O O L A C C E S S O RI E S

N e w M o d el

H V- 6, 8, 1 0, 1 2, 1 4, 1 6

H V- 4

D e gr e e p er o n e h a n dl e r ot ati o n S c al e of mi cr o c oll ar v er ni er r e a di n g G e ar r ati o

O R DE R N O.

H V- 4

11 0

8 0 1 3 8 11 8 11

H V- 6

150

1 0 2 2 0 5 1 6 3 11

H V- 8

100

205

102

H V- 1 0

106

254

H V- 1 2

123

H V- 1 4 H V- 1 6

N. W.

H V- 4, 6

H V- 8, 1 0, 1 2, 1 4, 1 6

4º

2’

1’

2 0’ ’ 1: 9 0

1 0’’ 1: 9 0

N O.

G. W.

35 K G S

18 K G S

M T- 2

7K GS

7. 5 K G S ( C)

0. 3

1 0 0 1- 0 0 0

40 K G S

20 K G S

M T- 2

1 2. 1 K G S

1 2. 7 K G S ( C)

0. 4

1 0 0 1- 0 0 1

135 265 219 14

80 K G S

40 K G S

M T- 3

2 4. 7 K G S

2 6. 2 K G S ( C)

0. 8

1 0 0 1- 0 0 2

109

163 321 276 14

90 K G S

50 K G S

M T- 3

3 5. 5 K G S

3 7. 3 K G S ( C)

1 0 0 1- 0 0 3

305

125

194 388 330 16

120 K G S

60 K G S

M T- 4

5 8. 7 K G S 6 9. 8 K G S ( W)

2. 6

1 0 0 1- 0 0 4

123

353

125

225 445 389 16

130 K G S

70 K G S

M T- 4 7 6. 6 1 K G S 9 0. 3 K G S ( W)

3. 2

1 0 0 1- 0 0 5

128

406

130

255 500 435 16

140 K G S

70 K G S

M T- 4 1 0 6. 4 K G S

4. 2

1 0 0 1- 0 0 6

MI L LI N G M A C HI N E A C C E S S O RI E S

1 2 3. 1 K G S ( W)

O R D E R N O. V S C- 5 A

S UI T F O R B S- 0 O R H V- 6, V U T- 6, V U- 1 5 0 V S C- 6 A S UI T F O R B S- 1 O R H V- 8, 1 0, V U T- 6, V U- 2 0 0 V S C- 7 A, 8 A S UI T F O R B S- 2 O R H V- 1 0, 1 2, 1 4, V U T- 1 0, 1 2 V S C- 1 0 A S UI T F O R H V- 1 4, 1 6

O R D E R N O. V S K- 6 A V S K- 8 A V S K- 1 2 A

O ur T a bl e s ar e m a d e of hi g h d e n sit y M e e h a nit e i n s p e ct a n gl e t o a s s ur e t h e e x c ell e nt q u alit y a n d d ur a bl e n e s s. U s e e x c ell e nt m a c hi ni n g c e nt er t o pr o c e s s. S pi n dl e e n d b e a p pli e d a c c ur a c y b e ari n g. C a n b e a s s ur e d t o k e e p v er y st e a d y u n d er l o a d c utti n g. W or m i s h ar d e n e d a n d gr o u n d. T h e r ati o i s 9 0: 1. T h e w or k t a bl e i s gr a d u at e d a f ull 3 6 0º s o t h at o n e t ur n of t h e h a n dl e m o v e s t h e t a bl e t hr o u g h 4º. Mi cr o c oll ar i s gr a d u at e d i n st e p s of 1’ mi n. A n d v er ni er s c al e m a k e s s etti n g s d o w n t o 1 0 s e c o n d s p o s si bl e. T h e s e R ot ar y T a bl e s ar e p o p ul ar f or t h eir e x c ell e nt p erf orm a n c e, pr a cti c al d e si g n a n d r e a s o n a bl e c o st. T h e y ar e wi d el y u s e d f or cir c ul ar c utti n g w or k, a n gl e s etti n g, b ori n g, s p ot-f a ci n g a n d si mil ar w or k. I n d e xi n g a c c ur a c y of dir e ct I n d e xi n g m e c h a ni s m M a xi m u m c u m ul ati v e s p a ci n g err or 1 mi n ut e. Pl e a s e c h o o s e Fr o nt- L o c k 3 J a w c h u c k o nl y.

S UI T F O R C S- 6, C C- 6 S UI T F O R C S- 8, C C- 8 S UI T F O R C C- 1 2

N O.

F L A T N E S S O F C L A M PI N G S U R F A C E( C O N C A V E)

± 0. 0 1 5

P A R A L L E LI S M O F C L A M PI N G S U R F A C E T O BASE

± 0. 0 2

S Q UA RE NESS OF C L A M PI N G S U R F A C E T O A N GL E FA C E

± 0. 0 2

T R U E R U N NI N G O F C L A M PI N G S U R F A C E

± 0. 0 1 5

T R U E R U N NI N G O F C E NT E R H OL E M E A S U R E D AT H OL E E D G E

± 0. 0 2

MI L LI N G M A C HI N E A C C E S S O RI E S

D P- 2, 3, 4, 5

* D P- 2 s et i n cl u d e i n d e x pl at e. cr a n k h a n dl e, 3 p c s s cr e w, s e ct or, & U W a s h er. 1 c art o n wit h 1 s et. Gr o s s w ei g ht: 3. 5 k g s. M e a s.: 0. 1 3 C F T. N u m b er of t h e h ol e s of Di vi di n g Pl at e s O R D E R N O.

* D P- 2

4. 5

1 0 0 1- 0 3 1

4. 6

1 0 0 1- 0 3 2

D P- 4

4. 6

1 0 0 1- 0 3 3

D P- 5

4. 6

1 0 0 1- 0 3 4

1. 4

1 0 0 1- 0 3 0

2 6, 3 0, 3 4, 3 8, 4 1, 4 4, 4 7, 5 1, 5 7 2 8, 3 2, 3 7, 3 9, 4 3, 4 6, 4 9, 5 3, 5 9 6 1, 6 7, 7 1, 7 7, 8 1, 8 7, 9 1, 9 7 6 3, 6 9, 7 3 , 7 9, 8 3, 8 9, 9 3, 9 9

D P- 1

1 5, 1 6, 1 7, 1 8, 1 9, 2 0 2 1, 2 3, 2 7, 2 9, 3 1, 3 3 3 7, 3 9, 4 1, 4 3, 4 7, 4 9

O R D E R N O.

* D P- 1

T S- 1

T S- 3

T S- 2 ~ T S- 4

U nit: m m

O R DE R N O.

G. W.

T S- 1

108

1 5 5- 1 8 0 6 4 1 0 7 1 1 1 3 4 9 4

T S- 2

150

11 5

1 7 0- 1 9 5 6 4 1 5 0 1 1 1 5 5 1 1 0 1 6

205

130

2 1 0- 2 3 5 6 4 2 0 5 1 3 1 8 5 1 3 8 1 6

H V- 4, H V- 6, V SI- 4, V SI- 5, B S- 0, V U T- 6, V U- 1 0 0, V U- 1 5 0 B S- 1, C C- 6 C S- 6, H V- 8 C S- 8, H V- 1 0, H V- 1 2, C C- 8, V U T- 1 0, V U T- 1 2, V U- 2 0 0

260

182

2 1 0- 2 3 5 7 5 2 6 0 1 7 2 0 5 1 4 4 1 6

H V- 1 4, C C- 1 2, H V- 1 6

T S- 4

MI L LI N G M A C HI N E A C C E S S O RI E S

N O.

3. 9

0. 4

1 0 0 1- 0 2 2

5. 5

0. 4

1 0 0 1- 0 2 3

8. 1

0. 4

1 0 0 1- 0 2 4

1 1. 9

0. 7

1 0 0 1- 0 2 5

- 0. 0 3 5 - 0. 0 1 5

d F O R 3 JA W C H U CK

Ø25

O R DE R N O.

U nit: m m

90 60 20 F L T- 1 0 3 F or V S C- 3 F F L T- 1 0 4 F or V S C- 4 F F L T- 0 F or V S C- 5 F F L T- 1 F or V S C- 6 F F L T- 2 F or V S C- 7 F F L T- 3 F or V S C- 8 F

O R DE R N O.

11 3 8 0 2 0

F L a n g e f or V S C- A T Y P E F L T- 1 0 3 A F or V S C- 3 A F L T- 1 0 4 A F or V S C- 4 A F L T- 0 A F or V S C- 5 A F L T- 1 A F or V S C- 6 A F L T- 2 A F or V S C- 7 A F L T- 3 A F or V S C- 8 A

11 3

138

100

170

130

195

155

210

165

H V- 4 V U- 1 0 0 H V- 6 V U- 1 5 0, V U T- 6 H V- 6, 8 V U- 1 5 0, 2 0 0, V U T- 6 H V- 8, 1 0 V U- 2 0 0, V U T- 1 0 H V- 1 0, 1 2, 1 4 V U T- 1 0, 1 2 H V- 1 0, 1 2, 1 4, 1 6 V U T- 1 2

138 100 20 170 130 21 195 155 24 210 160 24

H V- 4 V U- 1 0 0 H V- 6 V U- 1 5 0, V U T- 6 H V- 6, 8 V U- 1 5 0, 2 0 0, V U T- 6 H V- 8, 1 0 V U- 2 0 0, V U T- 1 0 H V- 1 0, 1 2, 1 4 V U T- 1 0, 1 2 H V- 1 0, 1 2, 1 4, 1 6 V U T- 1 2

N O. 0. 7 1

1 0 0 1- 0 3 6

1. 0

1 0 0 1- 0 3 7

1. 9

1 0 0 1- 0 4 0

3. 3

1 0 0 1- 0 4 1

5. 2

1 0 0 1- 0 4 2

4. 9

1 0 0 1- 0 4 3 U nit: m m

N O.

M8x10 3412 M M8x10 3412 M M8x10 3412 M M10x14 S P E CI A L SI Z E M10x14 S P E CI A L SI Z E M10x16 S P E CI A L SI Z E

M8x20L

0. 7 1

1 0 0 1- 0 4 4

M8x20L

1. 0

1 0 0 1- 0 4 5

M8x20L

1. 9

1 0 0 1- 0 4 6

M10x25L

3. 3

1 0 0 1- 0 4 7

M10x25L

5. 2

1 0 0 1- 0 4 8

M10x30L

4. 9

1 0 0 1- 0 4 9

O R D E R N O. V S C- 3 A V S C- 5 A

S UI T F O R H V- 4, V U- 1 0 0( F L T- 1 0 3 A) S UI T F O R B S- 0 O R H V- 6, V U T- 6, V U- 1 5 0( F L T- 0 A) V S C- 6 A S UI T F O R B S- 1 O R H V- 8, 1 0, V U T- 6, V U- 2 0 0( F L T- 1 A) V S C- 7 A, 8 A S UI T F O R B S- 2 O R H V- 1 0, 1 2, 1 4, V U T- 1 0, 1 2( F L T- 2 A, F L T- 3 A) V S C- 1 0 A S UI T F O R H V- 1 4, 1 6 O R DE R N O.

11 5 1 0 0

3- M 8

1 6 0 m m( 6”)

142 130

3- M 8

1 9 0 m m( 7 1/ 2”) 1 7 2 1 5 5

3- M 1 0

V S K- 6 A V S K- 8 A V S K- 1 2 A O R DE R N O.

d2 T H R E A D

1 3 0 m m( 5”)

O R D E R N O.

B S- 0, H V- 6, V U T- 6, V U- 1 5 0 H V- 8, H V- 1 0, V U T- 6, V U- 2 0 0

2 0 0 m m( 8”)

180 165

3- M 1 0

B S- 2, H V- 1 0, 1 2, 1 4, V U T- 1 0, 1 2

2 5 0 m m( 1 0”)

225 206

3- M 1 2

H V- 1 4, 1 6

S UI T F O R C S- 6, C C- 6 S UI T F O R C S- 8, C C- 8 S UI T F O R C C- 1 2

d2 T H R E A D

1 6 0 m m( 6”)

142 130

3- M 8

C S- 6, C C- 6

2 0 0 m m( 8”)

180 165

3- M 1 2

C S- 8, C C- 8

3 1 5 m m( 1 0”)

285 260

3- M 1 6

C C- 1 2

MI L LI N G M A C HI N E A C C E S S O RI E S

V U T- 6

Cl a m pi n g b olt

V U T- 1 2

T a bl e Tilti n g H a n dl e

V U T- 6 T a bl e Tilti n g H a n dl e V U T- 1 0

Tilti n g b y ri gi d & str o n g d e si g n, 2 s u p p ort er & ri gi d cl a m pi n g s y st e m c o n str u cti o n. Mi ni m u m s et- u p ti m e. Tilti n g a n gl e c a n a dj u st e d b y w or m & w or m g e ar s y st e m. A c c ur at e a n d b uilt f or u s e i n milli n g, b ori n g a n d ot h er m a c hi n e s. I n d e xi n g, f a ci n g a n d ot h er o p er ati o n s c a n b e d o n e r a pi dl y wit h e xtr e m e pr e ci si o n. W or m s h aft s ar e h ar d e n e d a n d gr o u n d. I n d e xi n g c a n b e d o n e wit h o pti o n al di vi di n g pl at e s.

Cl a m pi n g b olt

O R DE R N O.

T A B L E DI A M E T E R M O U N TI N G & T A B L E H EI G H T S U R F A C E D H h A B

OVE R ALL SI Z E b c

T- S L O T C E N T E R H EI G H T CE NTE R WI D T H H A N DLE H OLE e H1

CE NTE R H EI G H T

W EI G H T

C O DE N O.

V U T- 6

150

11 5

165

180

268

380 143 125

M T- 2

2 3. 5

1 0 0 1- 0 1 4

V U T- 1 0

250

155

275

255

397

495 210 187

M T- 3

150

7 5. 5

1 0 0 1- 0 1 5

V U T- 1 2

300

178

319

300

447

551 235 212

8 4. 5

M T- 4

169

108

1 0 0 1- 0 1 6

O P TI O N A L : D et ail s e e A 3 F L A N G E & D P- 1, D P- 3

DI VI DI N G P L A T E S O R DE R N O.

S UI T F O R M O DEL

W EI G H T

C O DE N O.

D P- 1

f or V U T- 6

1. 4

1 0 0 1- 0 3 0

D P- 3

f or V U T- 1 0, V U T- 1 2

4. 6

1 0 0 1- 0 3 2

T AI L S T O C K T S- 3

N e w M o d el

V U T- 6

V U T- 1 0 V U T- 1 2

D e gr e e p er o n e h a n dl e r ot ati o n

6º

1º

TI L TI N G v er ni er r e a di n g

1’

2’

S c al e of mi cr o c oll ar

5’

1’

D e gr e e p er o n e h a n dl e r ot ati o n

4º

S c al e of mi cr o c oll ar

2’

1’

v er ni er r e a di n g

2 0”

1 0”

G e ar r ati o

1: 9 0

M AI N S P E CI FI C A TI O N S

U nit: m m

O R DE R N O.

S UI T F O R G. W. M E A S M O DEL CFT

C O DE N O.

T S- 1

108

V U T- 6

3. 9

0. 4

1 0 0 1- 0 2 2

T S- 3

205

130

V U T- 1 0, V U T- 1 2

8. 1

0. 4

1 0 0 1- 0 2 4

MI L LI N G M A C HI N E A C C E S S O RI E S

TA BLE

R OTA RY TA BLE

BI G T H R O U G H C E NT E R H OL E

2 4- N O T C H R A PI D I N D E X/ E A C H

T h e F e at ur e i s s a m e a s V U T- 6, 1 0, 1 2 t y p e. F or t h e l o n g b ar & ot h er w or k pi e c e n e e d BI G G E R B O R E si z e. M ulti pl e p ur p o s e.

N e w M o d el

U p gr a d e y o ur milli g m a c hi n e t o s p e e d u p pr o d u cti o n.

O R DE R N O.

T A B L E DI A M E T E R & T A B L E H EI G H T D H h

M O U N TI N G S U RFA CE A B

O V E R A L L SI Z E

T- S L O T WI D T H C E N T E R C E N T E R H EI G H T W EI G H T C O D E N O. H OLE e

250

155

275

255

397

495

210

187

Ø45

150

7 5. 5

1 0 0 1- 0 1 5 A

300

178

319

300

447

551

235

212

Ø65

169

108

1 0 0 1- 0 1 6 A

O P TI O N A L :

D et ail s e e A 3

F L A N G E & D P- 3 T S- 3

DI VI DI N G P L A T E S

T AI L S T O C K

O R DE R N O.

S UI T F O R M O D E L

W EI G H T

C O DE N O.

O R DE R N O.

D P- 3

f or V U T- 2 5 0, V U T- 3 0 0

4. 6

1 0 0 1- 0 3 2

T S- 3

205

U nit: m m

130

S UI T F O R M O D E L G. W. M CE FAT S

C O DE N O.

V U T- 2 5 0, V U T- 3 0 0

1 0 0 1- 0 2 4

8. 1

0. 4

MI L LI N G M A C HI N E A C C E S S O RI E S

Pl at e A

Pl at e B

Pl at e C

B S- 0

B S- 1

TAPE R OF

O R DE R N O.

B S- 0

177 188 173 13 160 91

16 100

M T- 2

B S- 1

2 4 5 2 3 0 2 2 0 1 9 2 0 5 11 4 1 6 1 2 8

M T- 3

U nit: m m

N O.

O R DE R N O.

1 0 0 1- 0 5 0

B S- 0

1 5 5- 1 8 0 6 4 1 0 7 1 1 1 3 4 9 4 8 0- 1 0 8 1 6

1 0 0 1- 0 5 1

B S- 1

1 7 0- 1 9 5 6 4 1 5 0 1 1 1 5 5 1 1 0 1 1 5- 1 5 0 1 6

5. 3

N. W.

B1 H1

Di vi di n g H e a d c a n di vi d e i n a n y a n gl e b y t h e dir e ct, i n dir e ct, or diff er e nt m et h o d s. T h e r ati o b et w e e n t h e w ar m a n d t h e w ar m g e ar i s 4 0: 1.I n dir e ct i n d e xi n g of all n u m b er s fr o m 2 t o 5 0 a n d m a n y n u m b er s u p t o 3 8 0 p o s si bl e H ar d e n e d a n d gr o u n d s pi n dl e i s ri gi dl y h el d i n a t a p er r oll er b e ari n g. W or m i s h ar d e n e d a n d gr o u n d al s o. T h e s wi v el h e a d c a n b e l o c k e d of a n y a n gl e fr o m 1 0º a s s ur e s s m o ot h r ot ati o n. All m o d el s h a v e t hr e a d e d s pi n dl e n o s e a n d 2 4 h ol e di vi di n g pl at e wit h e a s y c o n v er si o n t o f a st dir e ct i n d e xi n g o n n u m b er s 2, 3, 4, 6, 8, 1 2, a n d 2 4.

B S- 0- J- 5 i s

B S- 2 A- J- 8

3- J a w T h e C h u c k Fi xi n g H ol e I s Fr o m Fr o nt.

Chuck

str o n g str u ct ur e s o c a n a s s ur e s m o ot h r ot ati o n.

T h e C h u c k Fi xi n g H ol e I s Fr o m Fr o nt. F. T Y P E B S- 0 T 1 1 /2 - 8 T PI T Y P E

B S- 0 T 1 1 /8 - 1 2 T PI T Y P E B S- 1 T

1 1 /2 - 8 T PI T Y P E

C all V E R T E X t o c h e c k ol d m o d el’ s st o c k.

MI L LI N G M A C HI N E A C C E S S O RI E S

O R DE R N O.

N. W.

G. W.

B S- 0

( C) 2 0

0. 8

5” ( Ø 1 3 0 m m)

1 0 0 1- 0 5 0

B S- 1

( C) 3 3

1. 3

6” ( Ø 1 6 0 m m)

1 0 0 1- 0 5 1

( C) 2 5

0. 8

WI T H 5 C H U C K 1 0 0 1- 0 5 3

( C) 4 5

1. 3

WI T H 6

N O.

C H U C K 1 0 0 1- 0 5 4

B S- 2

B S- 2- J- 8 T H E C H U C K FI XI N G H O L E I S F R O M F R O N T.

B S- 2 T T Y P E T hr e a d S pi n dl e: 2 1/ 4” - 8t pi C all T o C h e c k Ol d M o d el’ s St o c k.

U nit: m m

O R DE R N O.

B S- 2

359

340

N O.

235 20 212

135 16 134

M T- 4

O R D E R N O.

B S- 2

6 8

65 7 8. 5 80 4 7. 5 57 63

1 0 0 1- 0 5 2 1 0 0 1- 0 5 5 1 0 0 1- 0 5 6 1 0 0 1- 0 5 7 1 0 0 1- 0 5 8 1 0 0 1- 0 5 9

6 8

1 0 0 1- 0 5 2

B S- 2 A B S- 2 A

285

202

237 20 213

134 16 134

M T- 4

1 0 0 1- 0 5 7 U nit: m m

O R DE R N O.

B S- 2

1 7 0- 1 9 5

150

155

11 0

1 1 5- 1 5 0

B S- 2 A

1 7 0- 1 9 5

150

155

11 0

1 1 5- 1 5 0

N. W.

O R DE R N O.

5. 3

B S- 2

( C) 6 5

3. 4

6 O R 8 F TYPE

5. 3

B S- 2 A

( C) 4 7. 5

1. 2 4

6 O R 8 F TYPE

B S- 2 A S e mi- U NI V E R S A L DI VI DI N G H E A D W/ O C H A N G E G E A R T Y P E St a n d ar d A c c e s s ori e s

B S- 2 A

B S- 2 A C O M E S WI T H A T AI L S T O C K, A S E T O F DI VI DI N G P L A T E, A S E T O F C A R RI E R C L A M P, A 3 J A W P L A T E, A C E N T E R B S- 2 A B O D Y S T R U C T U R E I S S A M E A S B S- 2 WI T H O U T C H A N GI N G G E A R A R B O R O R B R A C K E T. O T H E R A C C E S S O RI E S A R E S A M E A S B S- 2.

B S- 2 A

MI L LI N G M A C HI N E A C C E S S O RI E S

T h e s a m e a s R ot ar y t a bl e Pl e a s e s e e p a g e A 3

T hi s pr o d u ct c o m bi n e s t h e a d v a nt a g e s of t h e S u p er I n d e x wit h t h o s e of a w or m- g e ar e d i n d e x. W h e n m o u nt e d o n a milli n g, b ori n g or ot h er m a c hi n e t o ol it c a n c arr y o ut si n gl e- p ur p o s e i n d e xi n g a n d i n dir e ct i n d e xi n g u si n g t h e w or m- dri v e m e c h a ni s m. Di s e n g a gi n g t h e w or m dri v e t h e 2 4- n ot c h m a st er pl at e p er mit s 2, 3, 4, 6, 8, 1 2 a n d 2 4 di vi di n g i n t h e s a m e m a n n er a s t h e Si m pl e I n d e x. W h e n t h e c h u c k i s r e m o v e d, t h e u nit c a n b e u s e d a s a h ori z o nt al a n d v erti c al t y p e r ot ar y t a bl e. T h e o p er ati n g h a n dl e t o r ot ar y t a bl e w or m g e ar r e d u cti o n r ati o n i s 1: 9 0. T h e o p er ati n g h a n dl e c oll ar i s gr a d u at e d i n o n e mi n ut e, a n d r e a di n g s d o w n t o t e n s e c o n d s c a n b e s et o n t h e v er ni er. S u p er s p a c er i n d e x i n cl u d e 3 j a w c h u c k, 1 0 / 2 5 0 m m f a c e pl at e, m a s ki n g pl at e s 2, 3, 4, 6, 8, 1 2.

T S- 2 f or C S- 6 T S- 3 f or C S- 8

D P- 4 T h e st at e of C S- 8 & Di vi di n g Pl at e

N e w M o d el C S- 6 C C- 6

C S- 8 C C- 8

4º 2’ 2 0’’ 1: 9 0

4º 1’ 1 0’’ 1: 9 0

D e gr e e p er o n e h a n dl e r ot ati o n S c al e of mi cr o c oll ar v er ni er r e a di n g G e ar r ati o

U nit: m m

O R DE R N O. 160 V S K- 6 A 210 V S K- 8 A

2, 3, 4, 6 8, 1 2, 2 4

4~42

10~156

203

250

235

221

220

4~62

10~180

254

310

285

243

225 U nit: m m

O R DE R N O.

150

184

11 2

123

186

( C) 4 3. 6

1. 2

1 0 0 1- 0 6 0

160

201

125

155

232

( W) 7 8. 3

3. 1

1 0 0 1- 0 6 1

MI L LI N G M A C HI N E A C C E S S O RI E S

N O.

( W) W o o d e n C a s e ( C) C art o n C a s e

C C- 8 C C- 1 2, Ø 1 0 5 BI G T H R O U G H H O L E D E SI G N W h e n or d er o pti o n al hi g h er a c c ur a c y c h u c k , pri c e will b e hi g h er. E x a m pl e wit h V S K- 6, 8, 1 2

T h e c e nt er t hr o u g h h ol e i s bi g t o b e s uit a bl e f or t h e l ar g e a n d l o n g w or k pi e c e. H ar d e n e d a n d gr o u n d 2 4 p o siti o n m a st er pl at e, c a n i n d e x t h e s p e ci al a n gl e of 1 5 wit h e x c ell e nt a c c ur a c y. C S- T y p e c a n b e u s e d wit h 2 p c s t y p e 3- J a w C h u c k. E s p e ci all y, it d o e s si mil ar w or k. a s r ot ar y t a bl e w h e n it m at c h wit h f a c e pl at e. R a pi d i n d e xi n g a n d e a s y o p er ati o n. It’ s a s h ar p e q ui p m e nt f or m a s s- pr o d u cti o n. Si m pl e i n d e x i n cl u d e 3-j a w c h u c k, M a s ki n g Pl at e s 2, 3, 4, 6, 8, 1 2 U s e d t h e k e y g ui d e bl o c k, t h e c e nt er c a n b e c orr e ct e d q ui c kl y a n d a c c ur at el y.

C C- 1 2 A wit h V S K- 1 2 A c h u c k e c o n o mi c al c h u c k. C C- 6, 8 N O. 1

P ar all eli s m of t a bl e s urf a c e t o b a s e

0. 0 2

Tr u e r u n ni n g of a xi al m o v e m e nt of t a bl e s urf a c e

0. 0 3

Tr u e r u n ni n g of c e nt er b o s s

0. 0 2

S q u ar e n e s s of b a s e t o a n gl e f a c e

0. 0 2

C C- 1 2

T S- 2 F O R C C- 6 T S- 3 F O R C C- 8 T S- 4 F O R C C- 1 2 pl e a s e s e e p a g e A 3 O R DE R N O.

I II II

U nit: m m

2, 3, 4, 6 2 5 3 2 2 5 1 7 9 1 6 0 1 8 7 1 1 5 1 3 0 8, 1 2, 2 4 3 1 8 2 7 4 2 0 9 2 0 0 2 3 0 1 5 5 1 5 7

N O. Ø55~ Ø145 16

Ø3~ Ø160

( C) 2 9. 5

0. 9

1 0 0 1- 0 6 2

Ø65~ Ø200 16

Ø4~ Ø200

( C) 5 1. 5

1. 3

1 0 0 1- 0 6 3

2, 3, 4, 6 8, 1 2, 1 6 4 3 2 3 8 8 2 9 3 3 1 5 3 5 0 2 0 0 2 2 8 Ø 1 0 0 ~ Ø 3 1 5 1 6 Ø 1 0 ~ Ø 3 1 5 2 4, 4 8

106

105

( W) 1 6 3

3. 6

1 0 0 1- 0 6 6 1 0 0 1- 0 6 6 A

MI L LI N G M A C HI N E A C C E S S O RI E S

A10

1. U nl o c k t h e t a bl e 2. M a n u all y r ot at e 3. S ettl e i n p o siti o n

1. O p er at e t h e e x c h a n g e a bl e v al u e 2. U s e t h e att a c h e d h a n dl e b y h a n d 3. S et p o siti o n d e p e n di n g o n t h e i n di c ati o n, at t h e e d g e t h e t a bl e. 4. M a k e s ur e t h e p o siti o n i s c orr e ct, t h e n o p er at e t h e v al u e a n d l o c k t h e t a bl e.

4. L o c k u p t h e t a bl e

2 P C S HI R T H C o u pli n g

O R D E R N O. 300x300

450x450

600x600

700x700

800x800

1000x1000

1200x1200

160

170

200

220

280

300

340

ø30

ø40

ø60

ø80

Cl o c k wi s e a n d c o u nt er cl o c k wi s e 5

M a n u al

Air Pr e s s ur e 5 ~ 8 k g s/ c m 2 M a n u al

1 5º

1º or 5º ±3

1200

2400

3400

4500

6000

7000

500

1000

2000

3000

5000

6000

2200

3200

5400

8100

205

400

600

900

1200

2000

1 0 0 1- 0 7 0( 1 5)

1 0 0 1- 0 7 1

1 0 0 1- 0 7 2

1 0 0 1- 0 7 3

1 0 0 1- 0 8 1

1 0 0 1- 0 8 2

1 0 0 1- 0 8 3

1 0 0 1- 0 8 4

1 0 0 1- 0 8 5

1 0 0 1- 0 8 6

T h e b o d y i s F C- 3 5 c a st ir o n, d ur a bl e a n d will l a st l o n g er wit h o ut d ef or m ati o n. Cl a m pi n g/ U n cl a m pi n g b y p n e u m ati c, e a s y o p er ati o n. P o w erf ul cl a m pi n g d e si g n, all o w h e a v y c utti n g a n d b ori n g.

B uil d-i n 2 pi e c e s hirt h c o u pli n g f or p o siti o ni n g, i n d e xi n g a c c ur a c y ± 3 s e c, e n s ur e a l o n g-t er m o p er ati o n. S uit a bl e f or t h e hi g h a c c ur a c y m a c hi ni n g s u c h a s B ori n g- Milli n g, Gri n di n g- M a c hi n e.

VI T- 3 0 0 ( PI C T U R E)

VI T- 3 0 0

VI T- 4 5 0 ~ 1 2 0 0

A 11

MI L LI N G M A C HI N E A C C E S S O RI E S

450

600

700

800

1000

1200

170

200

220

280

300

340

100

125

100

150

200

V SI- 3 MI NI T Y P E

3 J A W C H U C K V S C- 3 A f or V SI- 3 / V S C- 4 A f or V SI- 4 / V S C- 5 A f or V SI- 5, t h e bi g r a n g e cl a m pi n g c a p a cit y Si m pl e & r a pi d o p er ati o n. Di vi d u al n u m b er 2 4- n ot c h ( 1 5º e a c h) T a bl e s c al e 1º, f or a n g ul ar i n d e xi n g. T a bl e b or e 3 0 m m. H ori z o nt al / v erti c al & 2 dir e cti o n S uit f or milli n g & drilli n g m a c hi n e u si n g. O pti o n al: t ail st o c k T S- 1, Pl e a s e s e e p a g e A 2 O R DE R N O.

120 187 202

94 146 161

C OLL ETI N D E X E R N O N E C O N O MI C A L

11 7 146 161

47 80 87

11 6 135 142

Ø25 Ø30 Ø30

7. 5 1 0. 5 1 4. 5

V S R- 6 3 V S R- 8 3

V S R- 6 V S R- 8

V S R- 6 + V P S- 6 A 4 J A W C H U C K V S R- 8 + V P S- 8 A 4 J A W C H U C K V S R- 1 0 + V P S- 1 0 A 4 J A W C H U C K

O R DE R N O.

F O R S H APE

N O. 1 0 0 1- 0 6 4 A 1 0 0 1- 0 6 4 1 0 0 1- 0 6 5

V S R- 6 3 + V S C- 6 A 3 J A W C H U C K V S R- 8 3 + V S C- 8 A 3 J A W C H U C K

V S R- 6 3

4-j a w c h u c k (i n cl u d e r e v er s a bl e a n d r e m o v a bl e j a w) i s d e si g n e d wit h s wi v el b a s e f or m ultif u n cti o n al p ur p o s e. V E R T E X si m pl e r ot ar y c h u c k c a n b e pl a c e d a n d fi x e d o n y o ur d e sir e d p o siti o n. 3 6 0º v er ni er s c al e: s m o ot h s wi v al m oti o n a n d e a s y l o c ki n g b y s cr e w s. B ot h h ori z o nt al a n d v erti c al p o siti o n c o ul d b e u s e d o n milli n g a n d m a c hi ni n g c e nt er.

V S R- 6

242

233

139

11 0

160

3- M 8

1 7. 8

1 0 0 1- 0 6 8

V S R- 8

278

270

159

125

200

3- M 1 0

1 0 0 1- 0 6 7

V S R- 1 0

373

355

165

4 3. 5

1 0 0 1- 0 6 9

242

233

139

11 0

160

3- M 8

1 0 0 1- 0 6 8 A

278

270

159

125

200

3- M 1 0

3 0. 5

1 0 0 1- 0 6 7 A

3- M 1 2

N O.

MI L LI N G M A C HI N E A C C E S S O RI E S

A12

Wit h V S C- 4 3- J a w c h u c k. O. D. cl a m pi n g Ø 3- 9 0 m m, I. D. cl a m pi n g Ø 3 2- 8 4 m m. T ol er a n c e ± 0. 0 1 m m/ 1 0 0 m m. O R DE R N O.

180

181

L o a d C a p a cit y : 1 5 K g s 2 a xi s wit h a n gl e s c al e F or a n gl e s etti n g C h u c k i n d e xi n g / R ot ati n g s etti n g b y s c al e. Tilti n g F e at ur e s s a m e a s V U A s eri e s, P a g e B 1 3.

G. W

11 2

11 0

N O. 2 0 0 3- 0 6 0

T ol er a n c e ± 0. 0 1 m m/ 1 0 0 m m. S uit f or m ulti - a n gl e c utti n g. Si m pl e w a y f or m a s s pr o d u cti o n. L o a d C a p a cit y : 1 5 K g s Wit h 1 5 p c s E R- 4 0 C oll et ( 4, 5, 6, 8, 1 0, 1 2, 1 3, 1 5, 1 6, 1 8, 2 0, 2 1, 2 2, 2 5, 2 6) O R DE R N O.

180

136

G. W

11 0

N O. 2 0 0 3- 0 6 5

Wit h V S C- 4, V S C- 5, 3- J A W C h u c k. O. D. Cl a m pi n g ø 3- 9 0 m m ( V S C- 4) O. D. Cl a m pi n g ø 3- 1 1 0 m m ( V S C- 5) I. D. Cl a m pi n g ø 3 2- 8 4 m m ( V S C- 4) I. D. Cl a m pi n g ø 3 5- 1 0 0 m m ( V S C- 5) Q ui c k s etti n g O p er ati n g i s v er y q ui c k a n d e a s y, c a n i n cr e a s e F or n o n- n or m al a n gl e s etti n g. It s s wi v elli n g a n d tilti n g f e at ur e s wit h c h u c k cl a m pi n g m a k e t hi s u nit f or r o u n d & s q u ar e, a n g ul ar drilli n g m a c hi ni n g o n v ari o u s m a c hi n e t o ol s or f or b e n c h w or k t a bl e. L o a d c a p a cit y : 1 5 k g s O R D E R N O.

A13

140

120

140

120

190

158

203

1 0 0 2- 2 1 7

190

158

203

1 0 0 2- 2 1 8

MI L LI N G M A C HI N E A C C E S S O RI E S

Tiliti n g r a n g e 0º- 9 0º d e gr e e s fr o m h ori z o nt al t o v erti c al p o sti o n, It i s hi g h ri gi dit y. Mi ni m u m S et- u p ti m e: It h a s t w o s cr e w s t o l o c k s etti n g.

O R D E R N O.

T S- 1

O R DE R N O.

W or m i s h ar d e n e d a n d gr o u n d. T h e r ati o i s 9 0: 1. T h e w or k t a bl e i s gr a d u at e d a f ull 3 6 0º s o t h at of t h e h a n dl e m o v e s t h e t a bl e t hr o u g h 4º. Mi cr o c oll ar i s gr a d u at e d i n st e p s of 2’ mi n. T h e t ail st o c k & Di vi di n g pl at e s ar e o pti o n al. T h e si z e s i s s a m e a s t h e r ot ar y t a bl e, pl e a s e s e e p a g e A 2. F or ar c or i n d e x c utti n g at milli n g m a c hi n e, Gri n di n g m a c hi n e or drill M a c hi n e.....

1 0 0 1- 0 2 2

1 0 0 1- 0 3 0

1 0 0 1- 0 2 4

1 0 0 1- 0 3 1

228

266 429

11 7

210

177

11 0

T S- 1

D P- 1

1 3. 5 / 1. 5

1 0 0 1- 0 1 1

140

250

216

150

T S- 1

D P- 1

2 1. 5 / 2. 0

1 0 0 1- 0 1 2

111

177

432

141

283

205

T S- 3

D P- 2

4 6 / 2. 5

1 0 0 1- 0 1 3

C e nt er B or e = ø 6 5 m m F or t h e l o n g b ar & ot h er w or k pi e c e n e e d BI G G E R B O R E si z e. M ulti pl e p ur p o s e. F a st di vi di n g f u n cti o n : 1 5º di vi si o n b y h a n dl e x 2 4/ 3 6 0º U p gr a d e y o ur milli g m a c hi n e t o s p e e d u p pr o d u cti o n. H V D- 4 0 0

O R DE R N O.

H V D- 4 0 0

ø65

1 5º

128

406

130

D e gr e e p er o n e h a n dl e r ot ati o n

4º

S c al e of mi cr o c oll ar

1’

v er ni er r e a di n g

1 0’’

G e ar r ati o

1: 9 0

255 500 435

N e w M o d el

TYPE 18

140kgs

70kgs

N. W. G. W

N O.

122

1 0 0 1- 1 1 0

MI L LI N G M A C HI N E A C C E S S O RI E S

A14

N e w d e si g n: A dj u st a bl e pr e s s ur e d e vi c e. J a m pr o of s y st e m.

H y dr o li mit pr o of. S cr e w s h aft br o k e n pr o of

P AT E N T

V H- 6

N e w M o d el F or N e xt

Ol d M o d el H y dr o Li n e H y dr o Li mit pr o of

V H- 1 2

H y dr a uli c c o ntr oll er: pr o vi d e st a bl e pr e s s ur e, H y dr o i n d e x er. Pr ot e ct t h e h y dr o s y st e m. H y dr o li mit pr o of r ef er e n c e s c al e. S cr e w s h aft br o k e n pr o of.

N e w d e si g n: j a m pr o of s y st e m: pr e v e nt wr o n g cl a m pi n g f or c e st u c k s t h e vi s e. C o n str u ct e d f or milli n g, drilli n g, s h a pi n g, gri n di n g a n d m a n y ot h er m a c hi n e s h o p a p pli c ati o n s. C o n c e al e d s pi n dl e f or pr ot e cti o n a g ai n st c hi p s a n d dirt. H y dr a uli c- b o o st er s y st e m f or m a xi m u m cl a m pi n g pr e s s ur e wit h mi ni m u m f or c e. Q ui c k of cl a m pi n g & l o c ki n g a n d e a s y of o p er ati o n. A c c ur a c y wit hi n 0. 0 2 m m. F ur ni s h e d wit h or wit h o ut s wi v el b a s e. H y dr a uli c- b o o st er s y st e m i s g u ar a nt e e d f or u si n g 1 y e ar s li mit e d. T h e h y dr a uli c oil n u m b er i s # 6 8. H y dr o li n e - o n e s c al e i n di c at e a b o ut 1/ 3 of t h e m a x. cl a m p f or c e. I n or d er t o e n s ur e t h e a c c ur e n c e w h e n u si n g it’ b ett er t h at d o n’t p ut s wi v el b a s e t o g et h er

G. W.

O R DE R N O.

V H- 4

1 0 8 3 6 1 7 0 0- 5 8 5 8- 1 1 5 1 1 5- 1 7 0

9 8 4 4 3 5 8 3 1 4 2 3 5 9 5 1 3 5 2 7 0 2 4 0 1 4 11 0 1 6 1 5 6 2 2 2 5 0 0

2 8 4 5 x 2 5 x 1 6 1 0 0 2- 0 0 1

V H- 5

1 3 2 4 8 2 1 5 0- 7 0 7 0- 1 4 5 1 4 5- 2 1 5

11 3 5 5 0 7 0 3 1 7 2 5 3 11 8 1 6 1 2 9 0 2 6 3 1 9 1 2 4 1 6 1 6 5 2 2 4 5 0 0

4 7 5 6 x 2 8 x 1 8 1 0 0 2- 0 0 2

V H- 6

1 5 1 5 4 3 0 0 0- 1 0 0 1 0 0- 2 0 0 2 0 0- 3 0 0

124 620 810 19 298 136 176 332 300 19 126 16 200 30 4500

6 3 6 5 x 3 4 x 2 2 1 0 0 2- 0 0 3

1 5 1 5 4 3 5 5 0- 1 0 0 1 0 0- 2 0 0 2 0 0- 3 0 0 3 0 0- 3 5 5 1 2 4 6 2 0 8 5 0 1 9 2 9 8 1 3 6 1 7 6 3 3 2 3 0 0 1 9 1 2 6 1 6 2 0 0 3 0 4 5 0 0

6 3 6 5 x 3 4 x 2 2 1 0 0 2- 0 0 7

V H- 8

2 0 4 6 2 3 0 0 0- 1 0 0 1 0 0- 2 0 0 2 0 0- 3 0 0

E1 F

N O.

1 4 4 6 8 0 8 5 7 1 7 3 4 2 1 6 2 2 0 6 3 7 5 3 5 0 1 9 1 5 5 1 6 2 0 0 3 0 7 5 0 0 1 1 0 7 1 x 3 8 x 2 5 1 0 0 2- 0 0 4

2 0 4 6 2 4 0 0 0- 1 0 0 1 0 0- 2 0 0 2 0 0- 3 0 0 3 0 0- 4 0 0 1 4 4 7 9 5 9 5 0 1 7 3 4 2 1 6 2 2 0 6 3 7 5 3 5 0 1 9 1 5 5 1 6 2 0 0 3 0 7 5 0 0 1 0 8 8 4 x 4 2 x 3 0 1 0 0 2- 0 0 5

V H- 1 2 3 0 5 7 2 3 7 5 0- 7 5 7 5- 1 7 5 1 7 5- 2 7 5 2 7 5- 3 7 5 1 4 4 7 9 5 9 5 0 1 7 3 4 2 1 6 2 2 0 6 3 7 5 3 5 0 1 9 1 7 0 1 6 2 0 0 3 0 7 5 0 0 1 3 8 8 4 x 3 5 x 2 7 1 0 0 2- 0 0 6

A15

MI L LI N G M A C HI N E A C C E S S O RI E S

P AT E N T J a m pr o of s y st e m Gr e at s m o ot h o p er ati o n H y dr o li mit pr o of. S cr e w s h aft br o k e n pr o of

V H T- 4

V H T- 6

TI L TI N G A D J U S T A B L E BY GEA R SYSTE M

5 0º

H y dr o Li n e H y dr o Li mit Pr o of

T h e s a m e a s c h ar a ct er s of V H t y p e. S wi v el b a s e s a m e a s V H t y p e. Tilti n g s e at s et b y t w o l o c ki n g s cr e w s, w or k s i n hi g h st a bilit y. A n gl e s etti n g r a n g e s fr o m 0º ~ 5 0º. Tilti n g d e gr e e s gr a d u at e d f or e a s y r e a di n g. T H E ( 3 S T E P S C L A M PI N G P O SI TI O N) S A M E A S V H T Y P E. A c c ur a c y wit hi n 0. 0 2 m m H y dr a uli c- b o o st er s y st e m i s g u ar a nt e e d f or u si n g 1 y e ar s li mit e d. A

OPEN

V H T- 4

11 0 3 6

170

0- 5 8

V H T- 6

154 54

300

0- 1 0 0

5 6- 1 1 5

1 1 3- 1 7 0 5 0º 1 5

26 240 270 500 404 335 230

2500

( W) 3 3. 3

1. 2

1 0 0 2- 0 2 0

9 8- 2 0 0

1 9 8- 3 0 0 5 0º 2 0

28 300 330 800 585 415 290

4500

( W) 8 8

4. 4

1 0 0 2- 0 2 1

S wi v el b a s e

S E T TI N G H O L E F O R C L A M PI N G SI Z E C A P A CI T Y

N O.

U nit: m m

C L A M PI N G C A P A CI T Y ( 3 S T E P S C L A M PI N G P O SI TI O N FI G)

G. W.

ORDER N O.

O R DE R N O.

G. W.

H S- 4

280 210 30

16 15

1 0 0 2- 0 1 0

H S- 5

297 267 43

16 20

1 0 0 2- 0 1 1

H S- 6

335 310 40

16 20

1 0 0 2- 0 1 2

H S- 8

373 355 45

16 22

1 0 0 2- 0 1 3

N O.

MI L LI N G M A C HI N E A C C E S S O RI E S

A16

P AT E N T

H y dr o Li n e H y dr o Li mit pr o of

LEFT

RI G H T

C L A M PI N G H A N D L E

N e w d e si g n: a dj u st a bl e pr e s s ur e d e vi c e. S uit f or pr o c e s si n g of br a s s, A L, pl a sti c, st e el. N e w d e si g n: s u p er o p e n j a w si z e, s m all e st o p e n j a w si z e. L o c k pr o of s y st e m: pr e v e nt wr o n g cl a m pi n g f or c e st u c k s t h e vi s e. 4 5 D e gr e e tilti n g f u n cti o n b y h a n d, all o w 9 0 d e gr e e pr o c e s si n g! Tilti n g f u n cti o n h a s m or e w or k fr e e all o w a n c e will n ot bl o c k or hit m a c hi n e! L o w er o v er all h ei g ht pr o vi d e s m or e s p a c e f or h e a v y c utti n g st a bilit y a n d bi g g er w or k pi e c e! Tilti n g str u ct ur e h a s str o n g ti g ht e ni n g d e si g n. All f u n cti o n s a m e a s V H s eri e s. E x c e pt t h e tilti n g Str u ct ur e. O R DE R N O.

A17

OPEN

690

170

0- 5 8

940

300

0- 1 0 0

C L A M PI N G H A N D L E F O R TI L TI N G

G. W.

5 6- 1 1 5

1 1 3- 1 7 0 ø 1 6 5 1 7 5

102

130

290

440

2500

9 0º

3 8. 5

9 8- 2 0 0

1 9 8- 3 0 0 ø 2 2 5 2 3 5

137

150

375

615

4500

9 0º

9 3. 9 6 1 0 0 2- 0 2 6

MI L LI N G M A C HI N E A C C E S S O RI E S

N O. 1 0 0 2- 0 2 5

H Y D R O F O R C E I N DI C A T O R A H

C OLL A R O P E R AT E

M E C H NI C A L U S EI N G S UI T F O R P R O C E S SI N G O F B R A S S, A L, P L A S TI C, S T E E L, C A S TI N G

H y dr o : m o v e t h e s pi n dl e ri n g u ntil s e e t h e h y dr o li n e t o w or k vi s e. M e c h ni c al : m o v e t h e s pi n dl e ri n g t o w ar d t h e e n d u ntil t h e b u s hi n g cl o s e t h e h y dr o li n e. H e a v y d ut y c utti n g. Hi g h d ur a bilit y & hi g h pr e ci si o n. T ol er a n c e : 0. 0 1/ 1 0 0 m m Lift pr o of : pr e s s d o w n d e si g n. F C D 6 0 wit h 6 0 k g s/ m m 2 or 8 0, 0 0 0 p si hi g n q u alit y d u ctil e c a st ir o n - b o d y m at eri al - r e d u c e t h e c utti n g vi br ati o n.

O R DE R N O.

OPE N

V H O- 5

695 920 750 1060 830 11 4 0

545 775 600 915 700 1015

0- 2 2 0

190

505

180

160

105

130

3500

3 6. 5

1 0 0 2- 2 2 0

0- 3 0 0

240

625

208

196

125

160

4000

5 9. 1

1 0 0 2- 2 2 1

0- 3 1 0

280

700

265

240

100

165

200

5000

9 4. 3

1 0 0 2- 2 2 8

N. W.

V H O- 6 V H O- 8

N. W.

N O.

O R DE R N O.

H S O- 5

285

263

1 2. 5

1 0 0 2- 2 2 2

H S O- 6

330

320

1 6. 5

1 0 0 2- 2 2 3

H S O- 8

415

413

1 0 0 2- 2 2 9

N O.

MI L LI N G M A C HI N E A C C E S S O RI E S

A18

V D- 6 9 0 V D- 8 1 0

T h e e n cl o s e d l e a d s cr e w a n d sli di n g s urf a c e ar e h ar d e n a n d gr o u n d. Hi g h e st cl a m pi n g p o w er. It’ s v er y a c c ur at e a n d d ur a bl e. T hi s Vi s e i s s o d e si g n e d t h at t h e h ori z o nt al F or c e g e n er at e d b y ti g ht e ni n g t h e h a n dl e p u s h e s t h e s e mi s p h er e wit hi n t h e m o v a bl e j a w a n d t h u s t hr u st s t h e m o v a bl e j a w d o w n w ar d - a n gl e l o c k f e at ur e. T h er e f or e, t h e w or k pi e c e d o e s n ot lift, e v e n if it i s h el d at t h e t o p of t h e j a w pl at e s. F o ur s etti n g p o siti o n s of t h e j a w pl at e s ar e a v ail a bl e, wi d e ni n g t h e j a w pl at e s o p e ni n g. A C C U R A C Y WI T HI N 0. 0 2 m m Mi ni or d er q u a ntit y : 3 s et s f or s a m e h ei g ht b y r e q u e st. I n or d er t o e n s ur e t h e a c c ur e n c e w h e n u si n g it’ b ett er t h at d o n’t p ut s wi v el b a s e t o g et h er M A X.

O R DE R N O.

V A- 4

106

V A- 5

G. W.

OPE N

103

324

351

2 11

1 2 6 2 4 2 2 2 8 1 4. 5 7 5 1 6 1 5

1500

35x24x15

1 0 0 2- 0 3 0

135

11 0

359

394

246

1 0 1 1 3 3 2 7 7 2 5 5 1 4. 5 8 5 1 6 1 5

2000

41x31x17

1 0 0 2- 0 3 1

V A- 6

155

150

11 0

422

452

288

11 8 1 5 8 3 2 6 3 0 2

95 16 17

2500

49x35x20

1 0 0 2- 0 3 2

V A- 8

210

197

129

553

583

355

145 190 395 366

19 105 16 19

3000

63x41x24

1 0 0 2- 0 3 3

160

190

11 0

445

478

296

121 160 333 305

80 16 17

2500

52x35x21

1 0 0 2- 0 3 4

155

230

11 0

450

480

288

11 8 1 5 8 3 2 6 3 0 2

67 16 17

2300

4 9 x 3 5 x 2 0 1 0 0 2- 0 3 4 B

205

275

129

555

615

378

147 191 420 377

79 16 17

3000

6 3 x 4 1 x 2 4 1 0 0 2- 0 3 5 B

V D- 8 1 0

A19

MI L LI N G M A C HI N E A C C E S S O RI E S

N O.

It’ s a pr a cti c al pi e c e of e q ui p m e nt wit h e x c ell e nt B o d y, m o v a bl e j a w a n d s wi v el b a s e m a d e of cl o s e s- gr ai n e d hi g h t e n sil e ir o n c a sti n g s. B uilt f or m a c hi ni n g a n d r et ai n e d a c c ur a c y. J a w pl at e s w er e m a d e of h ar d e n e d a n d gr o u n d e d t o ol st e el. It’ s t h e m o st s uit a bl e f or t h e Milli n g, Gri n di n g a n d Drilli n g. A C C U R A C Y WI T HI N 0. 0 2 m m I n or d er t o e n s ur e t h e a c c ur e n c e w h e n u si n g it’ b ett er t h at d o n’t p ut s wi v el b a s e t o g et h er. O R DE R N O.

G. W.

OPEN

104 36

293

310

145

11 3

176

122

900

33x13x13

1 0 0 2- 0 4 0

132 37

362

384

172

129

209

147

900

40x16x15

1 0 0 2. 0 4 1

154 43

11 2

105

442

473

209 108

148

260

181

1 6. 5

1000

51x22x19

1 0 0 2- 0 4 2

204 63

146

127

579

609

312 148

190

350

234

122

1400

65x27x25

1 0 0 2- 0 4 3

N O.

V J- 4 0 0 J A W O P E N E D 1 8 5 m m V J- 5 0 0 J A W O P E N E D 2 4 5 m m V J- 6 0 0 J A W O P E N E D 3 0 5 m m I n or d er t o e n s ur e t h e a c c ur e n c e w h e n u si n g it’ b ett er t h at d o n’t p ut s wi v el b a s e t o g et h er V J- 6 0 0 E X C E P T T H E H Y D R A U LI C S Y S T E M, T H E F E A T U R E I S S A M E A S V H- T Y P E A C C U R A C Y WI T HI N 0. 0 2 m m O R DE R N O.

G. W.

N O.

11 0 3 8 1 8 5

0- 6 5

5 2- 1 2 9 1 1 6- 1 8 5 9 7 3 8 6 5 1 6 1 5 2 4 0 9 6 1 3 5 2 7 0 2 3 8 1 4. 5 9 0 1 6 1 5 6

1500

4 6 x 2 6 x 1 6 1 0 0 2- 0 5 0

132 48 245

0- 7 8

7 0- 1 5 8 1 5 0- 2 4 5 1 1 0 4 5 5 5 8 0 1 7 2 5 5 1 1 3 1 5 8 2 9 0 2 6 5 1 9

85 16 166

1500

4 8 x 2 8 x 1 8 1 0 0 2- 0 5 1

154 54 305

0- 1 1 1 9 7- 2 1 1 1 9 7- 3 0 5 1 1 8 5 4 6 7 2 2 1 7 2 5 5 1 3 1 1 7 5 2 9 0 2 6 5 1 9 1 1 1 1 6 2 0 0

1500

5 7 x 3 0 x 2 2 1 0 0 2- 0 5 2

MI L LI N G M A C HI N E A C C E S S O RI E S

A20

T W P A T. S U P E R O P E N C A P A CI T Y: V W T- 4 B J A W O P E N E D 2 2 0 m m V W T- 6 B J A W O P E N E D 3 5 0 m m

Tilti n g s e at s et b y t w o l o c ki n g s cr e w s, w or k s i n hi g h st a bilit y. A n gl e s etti n g r a n g e s fr o m 0 º ~ 5 0º. Tilti n g d e gr e e s gr a d u at e d f or e a s y r e a di n g. S wi v el b a s e gr a d u at e d t o 3 6 0º a n d fi x a bl e i n a n y p o siti o n.

V W T- 4 B V W T- 6 B

O R DE R N O. V W T- 4 B V W T- 6 B

OPE N 11 0 3 6 220 152 54 350

G. W.

5 0º

26 240 185 270 500 404 335 230

1200

( C) 3 3. 3

1. 2

1 0 0 2- 0 6 0 B

5 0º

28 300 246 330 800 585 415 290

1600

( W) 7 9. 7

4. 4

1 0 0 2- 0 6 1 B

3 1. 7 47

N O. 1 0 0 2- 0 9 0 1 0 0 2- 0 9 1

N O.

H e a v y c a st ir o n str u ct ur e S c al e s i n b ot h a xi s 3 6 0º s wi v el ar o u n d Z- a xi s 9 0º v erti c al a n d h ori z o nt al s wi v el O R DE R N O. V W T- 5 V W T- 6 A

A21

A 130 160

E E1 OPE N D 46 1 0 0 11 8 2 8 0 4 1 5 51 120 140 360 510

15 17

286 130 164 313 238 293 150 191 328 252

MI L LI N G M A C HI N E A C C E S S O RI E S

H 17 17

65 83

16 16

0º ~ 9 0º 0º ~ 9 0º

900 1600

A n gl e s c a n b e s et i n 3 di m e n si o n s. S wi v el s 3 6 0º ar o u n d b a s e. T h e vi s e c a n b e el e v at e d t hr o u g h 9 0º fr o m t h e h ori z o nt al t o v erti c al. A n d al s o c a n b e tilt e d o n it s l o w er a n gl e b a s e u p t o 4 5º i n b ot h ri g ht a n d l eft. Tilti n g of a n y a n gl e all k e e p t h e w or k pi e c e st e a d y, s m o ot h. P arti c ur all y t h e cl a m pi n g p art of s cr e w i s str e n gt h e n e d b y a b u s h m a d e of g u n m et al. T ur n t o l o c k. M A X.

O R DE R N O.

OPE N

126 335 370 15 210 127 157 240 185 10

V W- 4

11 0 3 8

V W- 5

135 40

16 405

800

1 6. 7

4 0 x 2 1 x 1 9 1 0 0 2- 0 8 0

11 6

1 5 2 4 4 8 4 9 7 1 7 2 7 6 1 5 7 1 9 0 3 11 2 4 5 1 3 1 3 5 1 6 5 0 0

1000

3 2. 7

5 6 x 2 7 x 2 3 1 0 0 2- 0 8 1

145

170 530 580 17 310 173 210 358 271 13 140 16 600

1600

4 9. 4

6 6 x 3 1 x 2 5 1 0 0 2- 0 8 2

G. W.

V F V- 4 0 H

N O.

V F V- 4 1 S

S H A N K H E X. T Y P E F O R C U T TI N G 6 DI VI SI O N T Y P E

S HA NK S Q UA RE TYPE F O R C U T TI N G 4 DI VI SI O N

F O R C U T TI N G H E X. & S Q U A R E S HAPE O N R O U N D BA R & R O D T H R O U G H H OL E

O N T H E VI S E O N T H E VI S E

H O RI Z O N T A L

V E R TI C A L

O R DE R N O.

V F V- 4 0 H

127

V F V- 4 1 S

127

m m

E R- 4 0 7 P C S/ S E T E R- 4 0 7 P C S/ S E T

N O. 4. 8

1 0 0 1- 1 0 1

5. 2

1 0 0 1- 1 0 2

MI L LI N G M A C HI N E A C C E S S O RI E S

A22

5 A XI S VI S E

P A T.

V C V- 1 0 1 3 0

I N T E R- C H A N G E A B L E J A W

R e v er si bl e J a w : R e m o v e 4 Fi x e d S cr e w t o R e-i n st all J a w s. S uit f or 4/ 5 a xi s C N C m a c hi n e R e p e at cl a m pi n g t ol er a n c e ± 0. 0 1 m m M at eri al: hi g h t e n si o n c a st ir o n Sli d e w a y h ar d n e s s: H R C 4 5º I nt er c h a n g e a bl e j a w: h e at tr e at m e nt H R C 5 0º L o c k d o w n- dr a wi n g f or c e: k e e p w or k pi e c e fr o m lifti n g

V C V- 0 6 1 1

V C V- 0 6 1 1, V C V- 1 0 1 3 0 A23

MI L LI N G M A C HI N E A C C E S S O RI E S

S elf C e nt eri n g Vi s e

P A T.

5 A XI S VI S E

S A M E H EI G H T G U A R A N T E E S E L F C E N T E RI N G VI S E

C L A M PI N G C A P A CI T Y

V C V- 1 0 9 0 V C V- 1 0 9 0

V C V- 1 3 1 8 0 R e v er si bl e J a w : R e m o v e 4 Fi x e d S cr e w t o R e-i n st all J a w s. S uit f or 4/ 5 a xi s C N C m a c hi n e R e p e at cl a m pi n g t ol er a n c e ± 0. 0 1 m m Cl a m pi n g C a p a cit y

O R DE R N O.

C OPEN

V C V- 0 6 1 1

170

106

V C V- 1 0 1 3 0

240 120

132

M at eri al: hi g h t e n si o n c a st ir o n Sli d e w a y h ar d n e s s: H R C 4 5º I nt er c h a n g e a bl e j a w: h e at tr e at m e nt H R C 5 0º L o c k d o w n- dr a wi n g f or c e: k e e p w or k pi e c e fr o m lifti n g

1 1 2 4 5- 1 4 0

20 55 25 15 14

1 4 0 6 2- 1 9 2

101 30 80 40 20 21

W ei g ht

( k gf)

( k g s)

C ODE N O.

14 185

500

1. 8 m/ k g s

1 0 0 2- 1 0 7

16 260

1000

2. 6 m/ k g s

1 8. 5

1 0 0 2- 1 0 9

2. 6 m/ k g s

V C V- 1 0 9 0

240 120

260

800

1 0 0 2- 1 0 8

V C V- 1 3 1 8 0

290 120

180

1 8 8 6 2- 2 4 2

131 30 80 40 22 21

16 312

1000

1 0 0 2- 1 1 5

V C V- 1 5 1 8 0

290 120

180

1 8 8 6 2- 2 4 2

151 30 80 40 22 21

16 312

1000

2 4. 5

1 0 0 2- 1 1 6

V C V- 1 3 1 8 0 D 2 9 0 1 2 0

180

1 8 8 6 2- 2 4 2

131 30 80 40 22 21

16 312

1000

1 0 0 2- 1 1 7

V C V- 1 5 1 8 0 D 2 9 0 1 2 0

180

1 8 8 6 2- 2 4 2

151 30 80 40 22 21

16 312

1000

2 5. 7

1 0 0 2- 1 1 8

Wit h S wi v el B a s e T y p e

7 0- 1 6 0 1 3 4- 2 2 2 1 0 1 3 5 8 0 4 0 2 0 2 2

M A X. Cl a m p

Cl a m p

I N T E R- C H A N G E A B L E J A W J A W C L A M PI N G S C R E W S ( E A C H J A W 4 P C S)

V C V- 0 6 1 1 S F O R C N C R OTA R Y TA BL E

O R D E R N O.

B A S E SI Z E

kgs

C O D E N O.

V C V- 0 6 1 1 S

Ø200 x 22 T hi c k n e s s

1 1. 1

1 0 0 2- 1 0 7 S

V C V- 1 0 1 3 0 S

1 0 0 2- 1 0 9 S

V C V- 1 0 9 0 S

Ø248 x 22 T hi c k n e s s Ø248 x 22 T hi c k n e s s

2 7. 5

1 0 0 2- 1 0 8 S

V C V- 1 3 1 8 0 S

Ø296 x 22 T hi c k n e s s

1 0 0 2- 1 1 5 S

V C V- 1 5 1 8 0 S

1 0 0 2- 1 1 6 S

V C V- 1 3 1 8 0 D S

Ø316 x 22 T hi c k n e s s Ø296 x 22 T hi c k n e s s

1 0 0 2- 1 1 7 S

V C V- 1 5 1 8 0 D S

Ø316 x 22 T hi c k n e s s

4 1. 5

1 0 0 2- 1 1 8 S

MI L LI N G M A C HI N E A C C E S S O RI E S

A24

0º- 9 0º

F O R C L A M PI N G

A DJ U S T M E N T A N GL E

H y dr o- b o o st er s y st e m f or m a xi m u m cl a m pi n g pr e s s ur e wit h mi ni m u m f or c e.

C o m p a ct d e si g n. Gr e at cl a m pi n g c a p a cit y. Li g ht & s m o ot h o p er ati o n. b e n di n g r e si st a nt. C o n str u ct e d f or m a c hi ni n g c e nt er, milli n g, drilli n g, gri n di n g a n d m a n y ot h er m a c hi n e s h o p a p pli c ati o n s.

Str o n g str u ct ur e. O R DE R N O.

180

285

255 300

205

156

150

390

11 5

292

502

264

100

143

125

1 0 0 2- 2 5 1

399

225

270

258

442

155

386

619

100

397

124

210

187

1 0 0 2- 2 5 2

449

310

320

298

560

169

453

757

120

469

159

235

212

1 0 0 2- 2 5 3

N O.

0º- 9 0º

T H E F E A T U R E I S S A M E A S V U T- 4 N C S p e ci al d e si g n f or q ui c k cl a m pi n g. ( Fr o m t h e a c m e t hr e a d s h aft st ati o nl y) Q ui c k s etti n g b y sli di n g m o v e m e nt. Bi g cl a m pi n g c a p a bilit y. O p er ati n g v er y q ui c k a n d e a s y, c a n i n cr e a s e s o m u c h w or ki n g

S uit f or milli n g m a c hi n e, gri n di n g m a c hi n e, pr e ci si o n drilli n g m a c hi n e. A c c ur at e gr o u n d e d a n d a s s e m bl e d. Pr e ci si o n c ut a c m e t hr e a d. H ori z o nt al & v erti c al

O R DE R N O.

A25

180

255 300

G o o d f or s h ort t er m a n d m a s si v e pr o d u cti o n or pr ot o t y p e w or k.

11 3

150

240

11 5

255

104

150

258

266

155

125

169

298

307

169

MI L LI N G M A C HI N E A C C E S S O RI E S

412

185

143

125

1 0 0 2- 2 5 8

332

485

227

105

210

187

1 0 0 2- 2 5 9

379

563

243

131

235

212

1 0 0 2- 2 6 0

N O.

Ali g n e d P erf or m a n c e

Hi g h A c c ur a c y 0. 0 1/ 1 0 0 m m U nli mit e d Cl a m pi n g R a n g e Hi g h Q u alit y All o y St e el wit h H R C 5 9 Hi g h Cl a m pi n g Pr e s s ur e E A C H O N E I S S A M E A S H EI G H T. C A N B E U S E D I N M U L TI P L E S T Y L E. N o L e n gt h of H ei g ht Li mit ati o n N o J a w Lift All Vi s e s ar e M at c h e d p ar all eli s m ± 0. 0 1/ 1 0 0 m m O pti o n al : S wi v el b a s e RI GI D & S T R O N G O R DE R N O.

V MP -4

V MP -5

V MP -6

V MP -6 B

V MP

V MP -8 A

V MP -8 B

V MP

V MP -8 D

100

125

150

175

200

OPE N

100

150

200

300

400

200

300

400

200

300

400

500

270

345

420

520

620

455

555

655

573

595

695

795

325

360

530

600

700

620

718

880

125

145

170

8 9. 4

11 4

1 1 3. 4

900

1300

2000

9. 2

2 8. 5

3 4. 8

3 8. 1

4 3. 7

4 8. 3

5 3. 5

6 6. 3

7 3. 2

8 1. 3

8 7. 2

1002 -190

1002 -191

1002 -192

1002 -201

1002 -202

1002 -193

1002 -194

1002 -195

1002 -196

1002 -197

1002 -198

1002 -203

N O.

MI L LI N G M A C HI N E A C C E S S O RI E S

A26

P A T.

H y dr a uli c T y p e H y dr a uli c C o ntr ol U nit N e w d e si g n: A dj u st a bl e pr e s s ur e d e vi c e. S uit f or pr o c e s si n g of br a s s, A L, pl a sti c, st e el. N e w d e si g n: s u p er o p e n j a w si z e, s m all e st o p e n j a w si z e. l o c k pr o of s y st e m: pr e v e nt wr o n g cl a m pi n g f or c e st u c k s t h e vi s e. H y dr a uli c cl a m pi n g f or c e 4 5 0 0 k g f or h e a v y d ut y c utti n g. T h e s cr e w m e c h a ni s m t y p e cl a m pi n g f or c e i s 2 2 0 0 k g s S m o ot h & li g ht o p er ati o n f or t h e h a n dl e. Hi g h a c c ur a c y 0. 0 1/ 1 0 0 m m U nli mit e d cl a m pi n g r a n g e Hi g h q u alit y all o y st e el wit h H R C 5 9 Hi g h cl a m pi n g pr e s s ur e E a c h o n e i s s a m e a s h ei g ht. C a n b e u s e d i n m ulti pl e st yl e. N o l e n gt h of h ei g ht li mit ati o n N o j a w lift All vi s e s ar e m at c h e d p ar all eli s m ± 0. 0 1/ 1 0 0 m m Ali g n e d P erf or m a n c e

O R DE R N O.

V MP -6 B H

V MP

V MP -8 A H

V MP -8 B H

V MP

V MP -8 D H

150

175

200

OPE N

300

400

200

300

400

200

300

400

500

520

620

455

555

655

573

595

695

795

700

800

635

735

835

738

760

860

960

125

145

170

8 9. 4

11 4

1 1 3. 4

4500

1 0 0 2- 2 0 1 H

1 0 0 2- 2 0 2 H

1 0 0 2- 1 9 3 H

1 0 0 2- 1 9 4 H

1 0 0 2- 1 9 5 H

1 0 0 2- 1 9 6 H

1 0 0 2- 1 9 7 H

1 0 0 2- 1 9 8 H

1 0 0 2- 2 0 3 H

N O.

A27

MI L LI N G M A C HI N E A C C E S S O RI E S

M O D U L A R VI S E S ar e m a n uf a ct ur e d u n d er ri gi d q u alit y c o ntr ol. O nl y t h e m o st s uit a bl e m at eri al s ar e u s e d, a n d t h e a c c ur a c y of e v e n t h e s m all e st c o m p o n e nt s i s a s s ur e d. A s a r e s ult of t h e hi g h st a n d ar d c o n str u cti o n M O D U L A R VI S E S c a n b e d e p e n d e d u p o n t o m ai nt ai n t h eir a c c ur a c y u n d er t h e m o st s e v er e o p er ati n g c o n diti o n s. V M P- 4 L, 5 L, 6 L, 7 L

V M P- 4 L, 5 L, 6 L, 7 L

D TYPE O R D E R N O. A B D E F G

V M P- 4 4 D 100 30 78 140 35 16 65 8. 5 1 0 0 2- 2 0 6 D

V M P- 5 5 D 125 40 78 160 40 16 80 1 4. 5 1 0 0 2- 2 0 7 D

V M P- 6 6 D 150 50 90 230 50 16 100 3 0. 1 1 0 0 2- 2 0 8 D

175 60 97 240 58 16 11 8 4 2. 4 1 0 0 2- 2 0 9 D

O R D E R N O. A B D E F G

100 30 78 140 35 16 65 8. 5 1 0 0 2- 2 0 6

125 40 78 160 40 16 80 1 4. 5 1 0 0 2- 2 0 7

150 50 90 230 50 16 100 3 0. 1 1 0 0 2- 2 0 8

175 60 97 240 58 16 11 8 4 2. 4 1 0 0 2- 2 0 9

MI L LI N G M A C HI N E A C C E S S O RI E S

A28

P erf or m e d si d e d v erti c all y.

III 2, 3, 4, 5. U s e t h e s e mi- s p h er e s e g m e nt pri n ci pl e. W h e n o p er at e s e v er al vi s e s (i n a r o w) p ut o n o n e m a c hi n e b e d, t h e o p er ati n g sit u ati o n i s a s s h o w n.

Ali g n e d P erf or m a n c e

O R DE R N O.

OPE N

108

100

103

283

374

202

1500

0. 4

1 4. 2

1 0 0 2- 1 8 5

156

120

150

370

472

221

2500

1. 1

2 9. 8

1 0 0 2- 1 8 6

N O.

S p e ci al d e si g n f or q ui c k cl a m pi n g. ( Fr o m t h e a c m e t hr e a d s h aft st ati o nl y) Q ui c k s etti n g b y sli di n g m o v e m e nt. Bi g cl a m pi n g c a p a bilit y. t h a n y o u c a n i m a g e. M o st fr e e a n gl e vi s e F or n o n- n or m al a n gl e s etti n g. It s s wi v elli n g a n d tilti n g f e at ur e s wit h cl a m pi n g m a k e t hi s u nit f or str ai g ht or i n cli n e d s urf a c e, a n g ul ar drilli n g m a c hi ni n g o n v ari o u s m a c hi n e t o ol s or f or b e n c h w or k t a bl e.

C L A M PI N G B OLT

O R DE R N O.

V A V- 4

A29

M A X. A

OPE N

11 0

230

158

194 190 140 374

268

700

1 7. 6

1 0 0 2- 2 1 4

106

104

120 256

158

206 190 140 422

280

800

2 1. 4

1 0 0 2- 2 1 5

MI L LI N G M A C HI N E A C C E S S O RI E S

N O.

Fi x e d J a w

WI D T H 1 0 0 m m O p e n e d 5 0 m m e a c h si d e. A c c e pt 3 m m w or k pi e c e diff er e nt l e n gt h. T h e sli d e w a y s ar e h ar d e n e d. Pr e ci si o n m a d e. O n e h a n dl e c a n o p er at e t w o m o v a bl e j a w s a n d cl a m p s 2 pi e c e s of w or k pi e c e of si mili ar si z e, f or 3 m m s p a c e. Lift Pr o of : Pr e s s d o w n d e si g n.

U nit: m m

O R DE R N O.

410

469

108

OPE N 0~50

0~50

107

450

1 8. 2

1 0 0 2- 2 3 6

S elf c e nt eri n g. S uit f or r o u g h or irr e g ul ar w or k pi e c e. C o m p a ct d e si g n, 1 8 5 m m s u p er o p e n e d. Hi g h A c c ur a c y S u p er o p e n c a p a cit y = 1 9 0 m m R a pi d a n d c o n v e ni e nt c e ntr ali zi n g. Lift Pr o of : Pr e s s d o w n d e si g n. O R DE R N O.

OPE N

420

469

108

185

102

450

1 7. 7

1 0 0 2- 2 4 0

MI L LI N G M A C HI N E A C C E S S O RI E S

A30

GE R M A N TYPE

Bi g j a w o p e ni n g. E a s y o p er ati o n, c o m p a ct d e si g n. E v e n if t h e j a w i s o p e n e d, it d o e s n ot i nt erf er e wit h t h e c o v er of t h e m o u nti n g m a c hi n e. Q ui c k s et u p, ti m e s a vi n g. W h e n j a w i s o p e n e d, it i s n ot aff e ct m o u nti n g m a c hi n e’ s c o v er.

Hi g h pr e ci si o n s y st e m k e e p t h e di m e n si o n t ol er a n c e wit hi n 0. 0 1/ 1 0 0 m m. Vi s e cl a m p s l o n g si z e w or k pi e c e s s e c ur el y & st e a d y. Hi g h A c c ur at e S y st e m: t ol er a n c e wit hi n 0. 0 1/ 1 0 0 m m.

A31

MI L LI N G M A C HI N E A C C E S S O RI E S

A d a pt a bli n di n g b e a m s y st e m wit h w or k pi e c e lift Pr e v e nti o n m e c h a ni s m. P ull-i n eff e ct. A d a pt a lift pr e v e nti n g s y st e m, b e st d e si g n.

T h e cl a m pi n g f or c e c a n b e e a sil y a dj u st e d d u e t o t h e pr e s et m e c h a ni s m. M e c h a ni c al t y p e t o g gl e e n h a n c e m e nt m e c h a ni s m. Cl a m pi n g f or c e c a n a dj u st t o s uit f or diff er e nt m at eri al, s u c h a s st e el, br a s s a n d al u mi n u m. Cl a m pi n g f or c e c a n b e a dj u st e d f or c u st o m er’ s r e q uir e m e nt. A dj u st a bl e cl a m pi n g f or c e d e vi c e.

G R E AT S M O O T H

H o w t o a dj u st t h e cl a m pi n g f or c e Aft er t h e m o v e bl e j a w t o u c h,t ur ni n g t h e h a n dl e, o nl y t h e dri v e s h aft i s tr a n s mitt e d t o t h e e n h a n c e m e nt pr o c e s s of t o g gl e j oi nt d e vi c e m e c h a ni s m u nit a n d t h e m o v a bl e j a w cl a m p s t h e w or k t hr o u g h t h e cl a m p s pi n dl e at t h e pr e s et f or c e. Cl a m p w or k pi e c e, k e e p t ur ni n g t h e h a n dl e, u ntil t h e m oti o n st o p w hi c h m e a n s V Q C m e c h a ni s m h a s l o c k w or k pi e c e i n t h e pr e- s et f or c e.

A D J U S TI N G M E T H O D 1. FI X E D C O L L A R 2. T U R N B Y W R E N C H T O G E T N O. 0, 1, 2, 3, 4. T O H A V E C L A M PI N G F O R CE

MI L LI N G M A C HI N E A C C E S S O RI E S

A32

GE R M A N TYPE

Ali g n e d P erf or m a n c e

C o m p a ct d e si g n. Gr e at cl a m pi n g c a p a cit y & ri gi d. “ T o g gl e j oi nt m e c h a ni s m”. Pr o vi d e s a st e a d y cl a m pi n g f or c e a g ai n st s h o c k s a n d vi br ati o n s d uri n g t h e o p er ati o o n s, si n c e it cl a m p s t h e w or k pi e c e r e sili e ntl y wit h a n ai d of t h e “ di s c- s pri n g s” m o u nt e d i n si d e. Str o n g cl a m pi n g f or c e. L ar g e j a w str o k e r a n g e. E x cl u si v e P o w er Vi s e pr o vi d e s a m e h ei g ht s a m e p o siti o n f or h ori z o nt al a n d v erti c al M C, N C, M a c hi n e. C o n c e al e d s pi n dl e f or pr ot e cti o n a g ai n st c hi p s a n d dirt. Q ui c k of cl a m pi n g & l o c ki n g a n d e a s y of o p er ati o n.

A33

MI L LI N G M A C HI N E A C C E S S O RI E S

N O. I n s p e cti o n It e m

P er ( 1 0 0 m m) G u ar a nt e e d

P ar all eli s m: t a bl e f a c e t o b ott o m of b e d.

0. 0 1/ 1 0 0 m m

S q u ar e n e s s : b et w e e n t a bl e f a c e a n d j a w pl at e.

0. 0 2/ 1 0 0 m m

S q u ar e n e s s: k e w a y s o n b ott o m of t a bl e f a c e t o j a w pl at e.

0. 0 2/ 1 0 0 m m

P ar all eli s m: t a bl e f a c e of t h e bl o c k t o b ott o m of b e d.

0. 0 2/ 1 0 0 m m

A D J U S TI N G M E T H O D 1. FI X E D C O L L A R 2. T U R N B Y W R E N C H T O G E T N O. 0, 1, 2, 3, 4. T O H A V E C L A M PI N G F O R C E 3. N O. 2 I S M O S T S UI T F O R W O R KI N G

O R DE R N O.

60 K N 60 K N 60 K N 60 K N

O R D E R N O.

273 364 456 486 536 616

120 140 165 165 165 180

M 50 65 78 78 78 75

21 K N 28 K N 32 K N 32 K N 32 K N 32 K N

12 K N 16 K N 18 K N 18 K N 18 K N 18 K N

6K N 8K N 10 K N 10 K N 10 K N 10 K N

B 35 40 45 45 45 70

O R D E R N O.

30 K N 40 K N 46 K N 46 K N 46 K N 46 K N

128 205 275 305 355 405

120 140 165 165 165 190

105 126 161 161 162 202

99 1 2 4. 5 1 5 9. 5 1 5 9. 5 160 200

73 78 86 86 86 102

64 74 86 86 86 98

39 59 58 58 58 74

85 100 120 120 120 120

15 21 21 21 21 21

74 74 94 94 94 96

11 0 135 170 170 174 217

14 18 18 18 18 18

6. 5 7 7 7 7 7

OPE N 128 205 275 305 355 405

20 20 20 20 20 20

30 40 60 60 60 60

35 40 45 45 45 70

105 215 286 286 286 386

8 2. 5 86 98 98 98 95

11 2 139 145 145 169 177

N. W.

G. W.

2 3. 2 3 6. 5 6 7. 0 6 7. 0 7 2. 5 9 9. 5

2 6. 2 4 0. 4 7 2. 3 7 2. 3 7 8. 6 108

3 5 6. 5 452 554 584 634 7 11

4 0 0 5- 0 0 4 4 0 0 5- 0 0 5 4 0 0 5- 0 0 6 4 0 0 5- 0 0 6 A 4 0 0 5- 0 0 7 4 0 0 5- 0 0 8

MI L LI N G M A C HI N E A C C E S S O RI E S

A34

GE R M A N TYPE

Ali g n e d P erf or m a n c e

C o m p a ct d e si g n. Gr e at cl a m pi n g c a p a cit y & ri gi d. Li g ht & s m o ot h o p er ati o n. C o n str u ct e d f or milli n g, drilli n g, m a c hi ni n g c e nt er, gri n di n g a n d m a n y ot h er m a c hi n e s h o p a p pli c ati o n s. C o n c e al e d s pi n dl e f or pr ot e cti o n a g ai n st c hi p s a n d dirt. H y dr o- b o o st er s y st e m f or m a xi m u m cl a m pi n g pr e s s ur e wit h mi ni m u m f or c e. Q ui c k of cl a m pi n g & l o c ki n g a n d e a s y of o p er ati o n. A c c ur a c y wit hi n 0. 0 1/ 1 0 0 m m. H y dr o- b o o st er s y st e m i s g u ar a nt e e d f or u si n g 2 y e ar s li mit e d. T h e h y dr a uli c oil n u m b er i s 6 8 # H y dr o li n e - o n e s c al e i n di c at e a b o ut 1/ 3 of t h e m a x. cl a m p f or c e.

A35

MI L LI N G M A C HI N E A C C E S S O RI E S

N O. I n s p e cti o n It e m

P er ( 1 0 0 m m) G u ar a nt e e d

P ar all eli s m: t a bl e f a c e t o b ott o m of b e d.

0. 0 1/ 1 0 0 m m

S q u ar e n e s s : b et w e e n t a bl e f a c e a n d j a w pl at e.

0. 0 2/ 1 0 0 m m

S q u ar e n e s s: k e w a y s o n b ott o m of t a bl e f a c e t o j a w pl at e.

0. 0 2/ 1 0 0 m m

P ar all eli s m: t a bl e f a c e of t h e t a bl e f a c e bl o c k t o b ott o m of b e d. 0. 0 2/ 1 0 0 m m

P AT E N T

S M ALL L E N GT H B O D Y B UT S U P E R O P E N C A P A CI T Y

C L A M PI N G F O R C E S C A L E

O R D E R N O.

273

120

364

G. W.

B 35

128

120

2 6. 2

205

140

4 2. 5

275

165

305

165

355

165

7 8. 7 9

405

190

108

105

11 0

383

140

126

1 2 4. 5

100

1 1 3. 5

4 7 8. 5

455

165

161

1 5 9. 5

120

1 2 5. 5

5 8 0. 5

486

165

161

1 5 9. 5

120

1 2 5. 5

6 1 0. 5

535

165

162

160

120

1 2 5. 5

6 6 0. 5

615

180

202

200

102

120

122

737

OPE N

11 0

6. 5

128

105

11 2

4 0 0 5- 0 0 4 H

135

205

215

139

4 0 0 5- 0 0 5 H

170

275

285

145

4 0 0 5- 0 0 6 H

170

305

285

145

4 0 0 5- 0 0 6 A H

174

355

285

169

4 0 0 5- 0 0 7 H

217

405

385

177

4 0 0 5- 0 0 7 A H

MI L LI N G M A C HI N E A C C E S S O RI E S

A36

GE R M A N TYPE

A D J U S TI N G M E T H O D 1. FI X E D C O L L A R 2. T U R N B Y W R E N C H T O G E T N O. 0, 1, 2, 3, 4. T O H A V E C L A M PI N G F O R C E

O R DE R N O.

T O G G L E J OI N T M E C H A NI S M D E SI G N F O R H E A V Y D U T Y W O R KI N G 1

30 K N 21 K N 12 K N 6 K N 40 K N 28 K N 16 K N 8 K N 60 K N 46 K N 32 K N 18 K N 10 K N 60 K N 46 K N 32 K N 18 K N 10 K N 60 K N 46 K N 32 K N 18 K N 10 K N

VI S E J A W S C A N T U R N 1 8 0º F O R Y O U R R E Q UI R E M E N T.

C o m p a ct d e si g n. Gr e at cl a m pi n g c a p a cit y & ri gi d. “ T o g gl e j oi nt m e c h a ni s m”. Pr o vi d e s a st e a d y cl a m pi n g f or c e a g ai n st s h o c k s a n d vi br ati o n s d uri n g t h e o p er ati o n s, si n c e it cl a m p s t h e w or k pi e c e r e sili e ntl y wit h a n ai d of t h e “ di s cs pri n g s” m o u nt e d i n si d e. Str o n g cl a m pi n g f or c e. L ar g e j a w str o k e r a n g e. E x cl u si v e P o w er Vi s e pr o vi d e s a m e h ei g ht s a m e p o siti o n f or h ori z o nt al a n d v erti c al M C, N C, M a c hi n e. B o d y i s m a d e of F C D 6 0 hi g h q u alit y d u ctil e c a st ir o n, r e si st s

Ali g n e d P erf or m a n c e

C o n c e al e d s pi n dl e f or pr ot e cti o n a g ai n st c hi p s a n d dirt. Q ui c k of cl a m pi n g & l o c ki n g a n d e a s y of o p er ati o n.

O R D E R N O. 35 40 50 50 70

O R D E R N O.

A37

G. W.

B 128 205 275 355 405

196 283 361 455 505

120 140 165 165 190

30 40 60 60 60

2 6. 3 4 4 0. 4 7 2. 3 7 8. 5 8 108

273 364 455 535 615

120 140 165 165 180

105 99 73 1 2 6 1 2 4. 5 7 8 1 6 1 1 5 9. 5 8 6 162 160 86 202 200 102

64 74 86 86 98

3 8. 5 59 58 58 74

85 100 120 120 120

MI L LI N G M A C HI N E A C C E S S O RI E S

35 40 50 50 70

8 2. 5 3 5 6. 5 8 6. 5 4 5 1. 5 9 8. 5 5 5 3. 5 9 8. 5 6 3 3. 5 95 710

50 65 78 78 75

15 21 21 21 21

74 73 93 93 95

11 0 135 170 174 217

14 18 18 18 18

OPEN OPEN 6. 5 1 2 8 1 9 6 7 205 283 7 275 361 7 355 455 7 405 505

20 20 20 20 20

1 0 5 1 1 2 4 0 0 5- 0 0 4 L C 2 1 5 1 3 9 4 0 0 5- 0 0 5 L C 2 8 5 1 4 5 4 0 0 5- 0 0 6 L C 2 8 5 1 6 9 4 0 0 5- 0 0 7 L C 3 8 5 1 7 7 4 0 0 5- 0 0 8 L C

GE R M A N TYPE

S M ALL L E N GT H B O D Y B UT S U P E R O P E N C A P A CI T Y

G R E A T S M O O T H O P E R A TI O N

VI S E J A W S C A N T U R N 1 8 0º F O R Y O U R R E Q UI R E M E N T.

C o m p a ct d e si g n. Gr e at cl a m pi n g c a p a cit y & ri gi d. Li g ht & s m o ot h o p er ati o n. C o n str u ct e d f or milli n g, drilli n g, m a c hi ni n g c e nt er, gri n di n g a n d m a n y ot h er m a c hi n e s h o p a p pli c ati o n s. B o d y i s m a d e of F C D 6 0 d u ctil e c a st ir o n, HI G H d efl e cti o n/ b e n di n g r e si st a nt. Sli di n g b e d w a y s fl a m e h ar d e n e d a n d gr o u n d. C o n c e al e d s pi n dl e f or pr ot e cti o n a g ai n st c hi p s a n d dirt. H y dr o- b o o st er s y st e m f or m a xi m u m cl a m pi n g pr e s s ur e wit h mi ni m u m f or c e. Q ui c k of cl a m pi n g & l o c ki n g a n d e a s y of o p er ati o n. A c c ur a c y wit hi n 0. 0 1/ 1 0 0 m m. H y dr o- b o o st er s y st e m i s g u ar a nt e e d f or u si n g 2 y e ar s li mit e d. T h e h y dr a uli c oil n u m b er i s 6 8 # H y dr o li n e - o n e s c al e i n di c at e a b o ut 1/ 3 of t h e m a x. cl a m p f or c e.

O R D E R N O.

G. W.

B 35 40 50 50 70

128 205 275 355 405

196 283 361 455 505

120 140 165 165 190

273

120

105

364

140

1 2 6 1 2 4. 5 7 8

455

165

1 6 1 1 5 9. 5 8 6

535 615

165 180

162 202

30 40 60 60 60

6 4 3 8. 5 8 5

160 200

Ali g n e d P erf or m a n c e

2 6. 3 4 4 2. 5 66 7 8. 7 9 108

383

11 0

6. 5

OPEN OPEN 128 196

105

11 2

5 9 1 0 0 4 0 1 1 3. 5 4 7 8. 5

135

205

283

215

1 3 9 4 0 0 5- 0 0 5 H C

5 8 1 2 0 5 0 1 2 5. 5 5 8 0. 5

170

275

361

285

1 4 5 4 0 0 5- 0 0 6 H C

86 86 102 98

5 8 1 2 0 5 0 1 2 5. 5 6 6 0. 5 74 120 70 122 737

78 75

21 21

93 95

174 217

18 18

7 7

355 405

455 505

20 20

285 385

1 6 9 4 0 0 5- 0 0 7 H C 1 7 7 4 0 0 5- 0 0 8 H C

11 0

4 0 0 5- 0 0 4 H C

MI L LI N G M A C HI N E A C C E S S O RI E S

A38

P AT E N T

A G O O D P O W E R F U L C L A M PI N G W A Y F O R SI D E L O C K & S T A N DI N G P O SI TI O N & H E A V Y C U T TI N G.

M ulti pl e p ur p o s e. F a st & H ori z o nt al & Si d e s etti n g. H e a v y D ut y. Fir m & Ri gi d & A c c ur at e. U ni q u e d e si g n all o w s pr o c e s si n g b ei n g e a si er. F a st : 2 l o c ati o n s etti n g sl ot s f or l o c ati n g k e y. D u st- pr o of : c o n c e al e d s pi n dl e. All P art s ar e i nt er - c h a n g e a bl e wit h V Q C- s eri e s. H y dr o li n e - o n e s c al e i n di c at e a b o ut 1/ 3 of t h e m a x. cl a m p f or c e.

Str o n g & St a bl e F a st S etti n g

V E R TI C A L S E T TI N G

SI D E L O C K P O SI TI O N S E T TI N G

W AY A39

MI L LI N G M A C HI N E A C C E S S O RI E S

F O R F O U R DI R E C TI O N F A C E C U T TI N G

P AT E N T

Str o n g V erti c al Cl a m pi n g

O R D E R N O.

4 0 0 5- 0 9 1 4 0 0 5- 0 9 2 4 0 0 5- 0 9 3 4 0 0 5- 0 9 4

G. W.

165

180

235

200

O R D E R N O.

364

180

455

O R D E R N O.

177

125

120

1 1 3. 5

200

212

160

102

140

1 2 5. 5

4 7 7. 5

135

162

215

139

5 8 0. 5

170

235

285

145

MI L LI N G M A C HI N E A C C E S S O RI E S

A40

S oft j a w f or diff er e nt s h a p e w or k pi e c e F J & M J c a n f or c utti n g FJ

Fi x e d si d e

O R D E R N O.

9 9. 5

1 2 4. 5

2 7. 5

2. 9 7

4 0 0 5- 0 1 3 C

2 9. 5

3 3. 5

4. 9 6

4 0 0 5- 0 1 4

1 5 9. 5

102

124

7. 2

4 0 0 5- 0 1 5

1 5 9. 5

102

124

7. 2

4 0 0 5- 0 1 6

200

122

140

100

3. 6 1

4 0 0 5- 0 1 6 A

M o v a bl e si d e

O R D E R N O.

9 9. 5

1 4. 5

5 1. 5

2. 6 5

4 0 0 5- 0 1 7 A

1 2 4. 5

3 3. 5

5 9. 5

4. 7 3

4 0 0 5- 0 1 7

1 5 9. 5

102

8 0. 5

7. 2 5

4 0 0 5- 0 1 8

1 5 9. 5

102

8 0. 5

7. 2 5

4 0 0 5- 0 1 9

200

11 7

5 4. 5

1 3. 0 8

4 0 0 5- 0 1 9 A

S uit f or V Q C & V Q C- H t y p e

O R D E R N O.

A41

100

125

0. 8 1

4 0 0 5- 0 4 0

100

1. 0 6

4 0 0 5- 0 4 1

125

160

100

1. 5 5

4 0 0 5- 0 4 2

201

150

2. 5 6

4 0 0 5- 0 4 3

MI L LI N G M A C HI N E A C C E S S O RI E S

O R D E R N O.

0. 8 1

4 0 0 5- 0 4 6

1. 0 6

4 0 0 5- 0 4 7

160

1. 5 5

4 0 0 5- 0 4 8

201

100

2. 5 6

4 0 0 5- 0 4 9

H ar d j a w f or t hi n t y p e w or k pi e c e

VI S E J A W S C A N T U R N 1 8 0º F O R Y O U R R E Q UI R E M E N T.

FJL

O R D E R N O.

9 9. 5

3 6. 5

1. 2 7

4 0 0 5- 0 1 0 B

1 2 4. 5

2. 0 9

4 0 0 5- 0 0 8 A

1 5 9. 5

124

3. 7 8

4 0 0 5- 0 0 9

1 5 9. 5

124

3. 7 8

4 0 0 5- 0 1 0

200

102

140

7. 9 2

4 0 0 5- 0 1 0 A

9 9. 5

1. 1 5

4 0 0 5- 0 1 3 B

1 2 4. 5

2. 0 2

4 0 0 5- 0 1 1

1 5 9. 5

3. 8 6

4 0 0 5- 0 1 2

1 5 9. 5

3. 8 6

4 0 0 5- 0 1 3

200

7. 6 9

4 0 0 5- 0 1 3 A

MJL

O R D E R N O.

MI L LI N G M A C HI N E A C C E S S O RI E S

A42

P AT E N T H Y D R O & M E C H A NI C A L T Y P E G R E A T S M O O T H O P T E R A TI O N S A M E H EI G H T G U A R A N T E E H

HY D R O B O OSTE R S P E CI A L J A W D E SI G N E D F O R T HI N W O R K PI E C E

F C D 6 0 wit h 6 0 k g s/ m m 2 or 8 0, 0 0 0 p si hi g h q u alit y d u ctil e c a st ir o n - b o d y m at eri al - r e d u c e t h e c utti n g vi br ati o n. pr o c e s si n g m a c hi n e. E v erl a sti n g cl a m pi n g p o w er : c h oi c e s of 2 - H y dr o & M C. H y dr o : m o v e t h e h a n dl e ri n g t o w or d vi s e. M e c h ni c al : m o v e t h e h a n dl e ri n g t o w ar d t h e h e x. h ol e. H e a v y c utti n g. Hi g h d ur e bilit y & hi g h pr e ci si o n. T ol er a n c e : 0. 0 1/ 1 0 0 m m Lift pr o of : pr e s s d o w n d e si g n. B e n di n g r e si st a n c e : ri gi d & str o n g. D u st pr o of : c o n c e al e d s pi n dl e. Ali g n e d P erf or m a n c e F a st & e a s y o p er ati o n. H y dr o li n e - o n e s c al e i n di c at e a b o ut 1/ 3 of t h e m a x. cl a m p f or c e.

N O. I n s p e cti o n It e m

O R DE R N O.

A43

OPE N

55 62 65 70 65

130 147 168 170 168

125 180 240 280 350

100 130 160 200 160

340 405 495 570 610

80 85 100 11 8 100

125 150 165 190 165

85 95 105 11 0 105

MI L LI N G M A C HI N E A C C E S S O RI E S

P er ( 1 0 0 m m) G u ar a nt e e d

P ar all eli s m: r u n ni n g f a c e t o b ott o m of b e d.

S q u ar e n e s s : b et w e e n r u n ni n g f a c e a n d j a w pl at e. 0. 0 2/ 1 0 0 m m

S q u ar e n e s s: k e w a y o n b ott o m of b e d t o j a w pl at e. 0. 0 2/ 1 0 0 m m

P ar all eli s m: r u n ni n g f a c e of t h e t e st bl o c k t o 0. 0 2/ 1 0 0 m m b ott o m of b e d.

11 0 11 0 11 0 11 0 11 0

15 21 21 21 21

470 535 625 700 740

101 131 161 201 161

16 18 18 18 18

0. 0 1/ 1 0 0 m m

N O. 3000 4000 5000 6000 5000

27 kgs 40 kgs 58 kgs 87 kgs 75 kgs

4 0 0 5- 0 6 0 4 0 0 5- 0 6 1 4 0 0 5- 0 6 2 4 0 0 5- 0 6 3 4 0 0 5- 0 5 9

M e c h a ni c al T y p e Gr e at S m o ot h O p er ati o n S P E CI A L J A W D E SI G N E D F O R T HI N W O R K PI E C E

F C D 6 0 hi g h q u alit y d u ctil e c a st ir o n - b o d y m at eri al - r e d u c e t h e c utti n g vi br ati o n.

E X P.

c utti n g & pr o c e s si n g m a c hi n e. E v erl a sti n g cl a m pi n g p o w er. H e a v y c utti n g. Hi g h d ur e bilit y & hi g h pr e ci si o n. T ol er a n c e : 0. 0 1/ 1 0 0 m m Lift pr o of : pr e s s d o w n d e si g n. B e n di n g r e si st a n c e : ri gi d & str o n g. D u st pr o of : c o n c e al e d s pi n dl e. F a st & e a s y o p er ati o n.

Ali g n e d P erf or m a n c e

O R DE R N O.

OPE N

55 62 65 70 65

130 147 168 170 168

125 180 240 280 350

100 130 160 200 160

340 405 495 570 610

80 85 100 11 8 100

125 150 165 190 165

85 95 105 11 0 105

55 55 55 55 55

15 21 21 21 21

425 490 580 655 695

101 131 161 201 161

16 18 18 18 18

19 19 19 19 19

N O. 3000 3000 3000 3000 3000

26 kgs 39 kgs 60 kgs 86 kgs 67 kgs

4 0 0 5- 0 6 4 4 0 0 5- 0 6 5 4 0 0 5- 0 6 6 4 0 0 5- 0 6 7 4 0 0 5- 0 5 8

MI L LI N G M A C HI N E A C C E S S O RI E S

A44

P AT E N T

S UPE

R OPE N

H y dr o- b o o st er s y st e m f or m a xi m u m cl a m pi n g pr e s s ur e wit h mi ni m u m f or c e. C o m p a ct d e si g n. Gr e at cl a m pi n g c a p a cit y. Li g ht & s m o ot h o p er ati o n. B o d y i s m a d e of F C D 6 0 d u ctil e c a st ir o n, Hi g h C o n str u ct e d f or m a c hi ni n g c e nt er, milli n g, drilli n g, gri n di n g a n d m a n y ot h er m a c hi n e s h o p a p pli c ati o n s. H y dr o li n e - o n e s c al e i n di c at e a b o ut 1/ 3 of t h e m a x. cl a m p f or c e. A45

MI L LI N G M A C HI N E A C C E S S O RI E S

P AT E N T

L e a d S cr e w N ut

2 H O L E S P O SI TI O N M O R E C A P A CI T Y

Ali g n e d P erf or m a n c e

M A X. O R D E R N O.

O R D E R N O.

M A X.

M A X. m m

205

464

225

556

310

684

510

884

1A 2A 1A 2A 1A 2A 1A 2A

380 432 550 750

107 126 148 148

100 124 159 159

67 85 102 102

13 15 18 18

2- 3 0 0- 3 1 0- 4 6 0- 1 2 1 3- 7 0 0- 3 0 1 3- 7 0 0- 3 0

H 38 45 54 54

70 82 95 95

5 7- 9 0 2 8- 6 0 7 0- 1 0 6 3 8- 7 2 9 3- 1 5 0 5 3- 1 1 0 9 3- 1 5 0 5 3- 1 1 0

1 1 5- 1 4 6 8 6- 1 1 6 1 3 0- 1 6 6 9 8- 1 3 2 1 7 3- 2 3 0 1 3 3- 1 9 0 1 7 3- 2 3 0 1 3 3- 1 9 0

N 37 44 53 53

24 27 27 27

133 147 189 189

100 125 160 160

1 7 3- 2 0 5 1 4 5- 1 7 5 1 9 0- 2 2 5 1 5 8- 1 9 2 2 5 3- 3 1 0 2 1 3- 2 7 0 2 5 3- 3 1 0 2 1 3- 2 7 0

3 3 3- 3 9 0 2 9 3- 3 5 0

14 18 18 18

152 174 219 219

228 258 331 531

4 1 0- 4 7 0 3 7 0- 4 3 0

23 37 63 77

4 5 0- 5 1 0 4 1 0- 4 7 0

4 0 0 5- 1 0 0 4 0 0 5- 1 0 1 4 0 0 5- 1 0 2 4 0 0 5- 1 0 3

MI L LI N G M A C HI N E A C C E S S O RI E S

A46

Fr e e cl a m p pi n g l e n gt h c a p a cit y : m or e t h a n 1 5 0 0 m m F or l o n g er t y p e w or k pi e c e. S a m e h ei g ht g u ar nt e e c a n f or 2 s et s, 4 s et s, 6 s et s p ut t o g et h er.

H y dr o- b o o st er s y st e m f or m a xi m u m cl a m pi n g pr e s s ur e wit h mi ni m u m f or c e. C o m p a ct d e si g n. Gr e at cl a m pi n g c a p a cit y. Li g ht & s m o ot h o p er ati o n. C o n str u ct e d f or m a c hi ni n g c e nt er, milli n g, drilli n g, gri n di n g a n d m a n y ot h er m a c hi n e s h o p a p pli c ati o n s. Fr e e s etti n g st yl e. H a n dl e : h ori z o nt al & v erti c al. All o w t o cl a m p l o n g er w or k pi e c e.

O R D E R N O.

150

228

103

133

100

180

250

126

124

147

125

200

280

148

159

102

189

160

O R D E R N O.

A47

100

4 0 0 5- 1 0 6

125

106

4 0 0 5- 1 0 7

160

150

4 0 0 5- 1 0 8

MI L LI N G M A C HI N E A C C E S S O RI E S

S u p er- Hi g h J a w M C Vi s e

S A M E H EI G H T G U A R A N T E E

J A W H EI G H T 1 2 0 m m

V Q H J- 5 STA N D A R D TYPE

V Q H J- 6 STA N D A R D TYPE F e at ur e s

Hi g h j a w all o w s bi g g er cl a m pi n g c a p a cit y. Str o n g cl a m pi n g j a w pl at e s. C o m p a ct d e si g n. Gr e at cl a m pi n g c a p a cit y & ri gi d. L ar g e j a w str o k e r a n g e. E x cl u si v e P o w er Vi s e pr o vi d e s a m e h ei g ht s a m e

C o n c e al e d s pi n dl e f or pr ot e cti o n a g ai n st c hi p s a n d dirt. Q ui c k of cl a m pi n g & l o c ki n g a n d e a s y of o p er ati o n. Cl a m pi n g p o w er will r e d u c e 2 0 % w hil e cl a m pi n g at hi g h er p o siti o n. H y dr o li n e- o n e s c al e i n di c at e 1/ 3 of t h e m a x. cl a m p f or c e.

B o d y i s m a d e of F C D 6 0 hi g h q u ailit y d u ctil e c a st ir o n,

M A X. C L A M PI N G F O R C E O R D E R N O.

Ali g n e d P erf or m a n c e

V Q H J- 5 V Q H J- 6

F O R C E ( K N)

V Q H J- 5

V Q H J- 6

V Q H J- V 1 3 0

V Q H J- V 1 6 0

V Q H J- S 1 3 0

V Q H J- S 1 6 0

V Q H J- S 1 3 0, V Q H J- S 1 6 0 A R E P L AI N J A W P L A T E T Y P E O R DE R N O.

Y f

W EI G H T ( k g s)

C O DE N O.

V Q H J- 5

3 6 5 2 2 3 1 6 0 1 2 4 1 2 4 9 9 1 5 1 0 0 1 2 3 1 1 3. 5 4 7 8. 5 6 5 2 1 7 3 1 3 5 1 8

7 20 215 145 86

5 1. 8

4 0 0 5- 2 0 1

V Q H J- 6

4 5 5 2 4 9 2 2 5 1 6 0 1 6 0 1 0 8 1 8 1 2 0 1 2 9 1 2 5. 5 5 8 0. 5 7 8 2 1 9 3 1 7 0 1 8

7 20 285 145 86

8 5. 8

4 0 0 5- 2 0 2

V Q H J- V 1 3 0 3 6 5 2 2 0 1 8 0 1 2 4 1 2 4 9 0 8 0 1 0 0 1 2 0 1 1 3. 5 4 7 8. 5 6 5 2 1 7 3 1 3 5 1 8 ø 1 2 ~ ø 9 0 7 2 0 2 1 5 1 4 5 8 6

5 1. 8

4 0 0 5- 2 0 3

V Q H J- V 1 6 0 4 5 5 2 4 5 2 5 0 1 6 0 1 6 0 9 8 8 5 1 2 0 1 2 5 1 2 5. 5 5 8 0. 5 7 8 2 1 9 3 1 7 0 1 8 ø 1 6 ~ ø 1 2 0 7 2 0 2 8 5 1 4 5 8 6

8 5. 8

4 0 0 5- 2 0 4

V Q H J- S 1 3 0 3 6 5 2 2 0 1 8 0 1 2 4 1 2 4 9 0

1 0 0 1 2 0 1 1 3. 5 4 7 8. 5 6 5 2 1 7 3 1 3 5 1 8

7 20 215 145 86

5 1. 8

4 0 0 5- 2 0 5

V Q H J- S 1 6 0 4 5 5 2 4 5 2 5 0 1 6 0 1 6 0 9 8

1 2 0 1 2 5 1 2 5. 5 5 8 0. 5 7 8 2 1 9 3 1 7 0 1 8

7 20 285 145 86

8 5. 8

4 0 0 5- 2 0 6

A49

C open

MI L LI N G M A C HI N E A C C E S S O RI E S

P L AI N JA W

S u p er- Hi g h J a w M C Vi s e S OFT JA W

V Q H J- V 1 3 0 / V 1 6 0

V S h a p e Hi g h J a w F or R o u n d W or k pi e c e. Cl a m pi n g P o w er Will R e d u c e W h e n Cl a m pi n g R o u n d W or k pi e c e. Al w a y s R e m o v e H a n dl e Aft er W or k pi e c e I s Ti g ht e n e d.

F e at ur e s

V Q H J- V 1 3 0, V 1 6 0 V J A W TYPE

b e n di n g. gr o u n d. C o n c e al e d s pi n dl e f or pr ot e cti o n a g ai n st c hi p s a n d dirt. Q ui c k of cl a m pi n g & l o c ki n g a n d e a s y of o p er ati o n. Cl a m pi n g p o w er will r e d u c e 2 0 % w hil e cl a m pi n g at hi g h er p o siti o n. H y dr o li n e- o n e s c al e i n di c at e 1/ 3 of t h e m a x. cl a m p f or c e.

V Q H J- S 1 6 0

6 0 V 1 2 0° F O R ø 1 6 ~ ø 1 2 0 R O U N D W O R K PI E C E V Q H J- S 1 3 0 4 6 V 1 2 0° F O R ø 1 2 ~ ø 9 0 R O U N D W O R K PI E C E

V Q H J- S 1 3 0, V Q H J- S 1 6 0 A R E P L A TI N J A W P L A T E T Y P E

V Q H J- S 1 3 0, S 1 6 0 Ali g n e d P erf or m a n c e

V Q H J- V 1 3 0 V Q H J- V 1 6 0

MI L LI N G M A C HI N E A C C E S S O RI E S

A50

S U P E R- HI G H J A W M C VI S E

S A M E H EI G H T G U A R A N T E E

M C H y p er S u p er O p e n Vi s e

S A M E HI G H G U A R A N T E E

H Y D R A U LI C T Y P E

S U PE R

V M C H- 4 V M C H- 5 V M C H- 6

J A W O P E N E D 200 m m J A W O P E N E D 265 m m J A W O P E N E D 350 m m

H y dr a uli c c o ntr oll er. wit h p o w er f or c e s c al e

O PE N

H y dr o Li n e

H y dr o Li mit r o of

C O M P A R E WI T H S A M E WI D T H VI S E J A W, T H E BI G G E S T O P E NI N G C A P A CI T Y.

F e at ur e s

H y dr o- b o o st er s y st e m f or m a xi m u m cl a m pi n g pr e s s ur e wit h mi ni m u m f or c e. C o m p a ct d e si g n. Gr e at cl a m pi n g c a p a cit y. Li g ht & s m o ot h o p er ati o n. b e n di n g r e si st a nt. C o n str u ct e d f or m a c hi ni n g c e nt er, milli n g, drilli n g, gri n di n g a n d m a n y ot h er m a c hi n e s h o p a p pli c ati o n s. H y dr o li n e - o n e s c al e i n di c at e a b o ut 5 0 0 k gf of t h e cl a m p f or c e.

O R DE R N O.

O p e ni n g Si z e F or C a p a cit y

C M AX

V M C H- 4 1 1 0 2 0 0

0- 5 8

5 8- 1 1 5

V M C H- 5 1 3 4 2 6 5

0- 7 0

Ali g n e d P erf or m a n c e

1 1 5- 1 7 0 1 5 0- 2 0 0 4 3 5 1 3 2 8 5 1 5

1 6 11 8 3 6 11 2

2500

1 0 0 2- 2 2 5

7 0- 1 4 5 1 4 5- 2 1 5 2 0 0- 2 6 5 5 5 0 1 6 0 9 5 2 1

18 140 48 136 4500

4 5. 5

1 0 0 2- 2 2 6

6 3. 5

1 0 0 2- 2 2 7

V M C H- 6 1 5 4 3 5 0 0- 1 0 0 1 0 0- 2 0 0 2 0 0- 3 0 0 3 0 0- 3 5 0 6 1 8 1 6 5 1 0 5 2 1 1 0 3 1 8 1 5 6 5 4 1 5 5

A51

C O DE N O.

M A X. Cl a m p N. W. C F T F or c e ( k g s) ( c m) ( k gf)

MI L LI N G M A C HI N E A C C E S S O RI E S

4500

Pr e ci si o n P n e u m ati c A n g- Fi x e d P o w er Vi s e

S A M E H EI G H T G U A R N T E E

T h e gr e at e st s af et y di st a n c e of cl a m pi n g: T h e s wit c h s p e e d i s o nl y 1. 5 s e c o n d s, a n d t h e s af et y di st a n c e of cl a m pi n g c a n b e u p t o 8 m m. W e d e si g n t h e h a n d w h e el s af et y li n e i n a d diti o n f or a n y o n e t o di sti n g ui s h t h e cl a m pi n g s af et y di st a n c e of t o ol s fr o m e x c e e di n g t h e li mit e a sil y b y e y e s.

A N G- FI X E D P O W E R VI S E

S uit a bl e f or M a s s pr o d u cti o n a n d t o b e u s e d o n m a c hi n e c e nt er s, milli n g m a c hi n e s, drilli n g m a c hi n e s a n d s p e ci al p ur p o s e m a c hi n e s.

D o w n tr u st “ s e mi- s p h eri c al s e g m e nt” m e c h a ni s m eli mi n at e s j a w

T h e m at eri al of t h e vi s e it s elf a d o pt s t h e o n e- st e p d e si g n of hi g h d u ctilit y tr e at m e nt ( H R C- 4 5º) t h at c a n a s s ur e g o o d p erf or m a n c e o n A c c ur a c y, w e ar-r e si sti n g, a n d t e n si o n-r e si sti n g. 2

R e g ul at or: If t h e air pr e s s ur e i s l o w, 8 k gf/ c m , it c a n still 2 a c hi e v e t h e s u p er str o n g cl a m pi n g c a p a cit y of 9 0 0 0 k g/ c m . 2 T h e cl a m pi n g c a p a cit y fr o m 0 ~ 9 0 0 0 k g/ c m c a n b e s et fr e el y a n d a dj u st vi a pr e s s ur e r e g ul at or. A ut o m ati c all y s e e ki n g t h e hi g h e st s o ur c e of air pr e s s ur e: W h e n t h e r e q uir e d pr e s s ur e w a s s et, it will n ot l o o s e u n d er l o w air pr e s s ur e.

O R DE R N O.

C OPE N

M a x. Cl a m p F or c e ( k gf)

N. W. ( k g s)

C O D E N O.

V M C- 4 P

100

320

450

148

100

145

3200

4 0 0 5- 0 7 6

V M C- 5 P

130

150

105

380

520

160

100

145

6000

4 0 0 5- 0 7 0

V M C- 6 P

160

105

400

540

163

100

145

6000

4 0 0 5- 0 7 1

V M C- 6 P L

160

250

105

490

630

163

100

145

6000

4 0 0 5- 0 7 2

V M C- 7 P

180

200

11 0

460

600

173

108

180

9000

4 0 0 5- 0 7 3

V M C- 8 P

200

11 0

470

610

173

108

180

9000

4 0 0 5- 0 7 4

V M C- 8 P L

200

300

11 0

570

710

173

108

180

9000

4 0 0 5- 0 7 5

F e at ur e:

D o u bl e cl a m p f u n cti o n f or m a s si v e pr o d u cti o n.

D o u bl e Cl a m p T Y P E O R DE R N O.

V M C- 6 P D

160

U nit: m m

C OPE N

0- 1 0 0

530

682

148

168

152

M a x. Cl a m p F or c e ( k gf)

N. W. ( K G)

G. W. ( K G)

C O D E N O.

4000

4 0 0 5- 0 8 5

MI L LI N G M A C HI N E A C C E S S O RI E S

A52

C o n v e ni e nt T y p e M a c hi n e Vi s e M o v e a bl e j a w l o c at e d at o ut er e n d a n d ali g n s urf a c e f or w or k pi e c e i s i n fr o nt of o p er at or. It i s c o n v e ni e nt f or l o a di n g or u nl o a di n g w or k pi e c e o n s u c h d e si g n of vi s e. T h e o v er all l e n gt h of t hi s vi s e i s s h ort er t h a n ot h er si mil ar vi s e s, b ut k e e p t h e m or e j a w o p e ni n g. S a v e s p a c e o n w or k t a bl e. E xtr a o p e n e d S e mi- s p h eri c al s e g m e nt eli mi n at e s j a w lifti n g a n d w or k pi e c e tilti n g. Ti m e & e n er g y s a vi n g Wi dt h 1 0 0 m m o p e n e d 1 8 0 m m.

M OVE A BLE J A W FI X E D J A W

O R D E R N O.

C OPE N

M a x. Cl a m p F or c e ( k gf)

Weas ( k g s)

C O DE N O.

V C M- 4 7

108

180

420

470

450

1 7. 7

4 0 0 5- 0 8 0

S u p er O p e n A n g- Fi x e d M a c hi n e Vi s e T h e o v er all l e n gt h of t hi s vi s e i s s h ort er t h a n ot h er si mil ar vi s e s, b ut k e e p t h e m or e j a w o p e ni n g. S a v e s p a c e o n w or k t a bl e. S e mi- s p h eri c al s e g m e nt eli mi n at e s j a w lifti n g a n d w or k pi e c e tilti n g. c a p a bl e t o o bt ai n l o w w e ari n e s s a n d l a st t h e hi g h a c c ur a c y f or l o n g. C hi p c o v er s i s a p pli e d o n t hi s vi s e t o pr e v e nt fr o m c hi p s f alli n g t o l e a d s cr e w a n d i n si d e of vi s e. Wi dt h 1 0 0 m m o p e n e d 2 1 0 m m s u p er o p e n.

A53

O R D E R N O.

C OPE N

M a x. Cl a m p F or c e ( k gf)

Weas ( k g s)

C O DE N O.

V M C- 4 L

108

203

420

470

450

1 7. 3

4 0 0 5- 0 9 5

MI L LI N G M A C HI N E A C C E S S O RI E S

H ori z o nt al M o vi n g Q ui c k Vi s e

2 W A Y M O VI N G

F or r o u n d t a bl e drilli n g m a c hi n e. If it d o n’t h a v e cr o s s t a bl e.

S WI V E L

M O O R DE R N O. V Q W- 8 0 V Q W- 1 0 0 V Q W- 1 3 0

81 105 131

34 36 36

FAS VE

C m a x. 85 104 125

NT D

36 36 38

230 256 297

374 422 490

14 16 16

214 264 264

70 72 74

100 106 108

242 303 303

230 272 272

28 37 38

30 34 34

12 16 29

M A X. Cl a m p G. W. C O DE F or c e k gf N O. 700 1 3. 5 1 0 0 2- 2 4 5 800 1 5. 8 1 0 0 2- 2 4 6 800 2 2. 7 1 0 0 2- 2 4 7

Q ui c k S etti n g Vi s e P A T E N T. Q UI C K A C TI O N C L A M PI N G

F e at ur e s

Lift

Fi x s cr e w

S p e ci al d e si g n f or q ui c k cl a m pi n g. ( Fr o m t h e a c m e t hr e a d s h aft st ati o nl y) Q ui c k s etti n g b y sli di n g m o v e m e nt. Bi g cl a m pi n g c a p a bilit y. O p er ati n g v er y q ui c k a n d e a s y, c a n i n cr e a s e s o m u c h G o o d f or s h ort t er m a n d m a s si v e pr o d u cti o n or pr ot o t y p e w or k. S uit f or milli n g m a c hi n e, gri n d er m a c hi n e, pr e ci si o n drilli n g m a c hi n e u s e di n g. A c c ur at e gr o u n d e d a n d a s s e m bl e d. Pr e ci si o n c ut a c m e t hr e a d, it c a n g et 8 0 0 k g s hi g h cl a m pi n g f or c e. A c c ur a c y 0. 0 2 / 1 0 0 m m

S O WEAK

O R DE R N O. V Q S- 3 V Q S- 4 V Q S- 5

81 105 131

34 36 36

C m a x. 85 104 125

36 36 38

230 256 297

374 422 490

12 12 13

5 5 5

70 72 74

51 54 59

128 148 178

82 106 132

230 256 297

50 54 67

M A X. Cl a m p F or c e k gf 700 800 800

G. W. 7 9. 5 1 4. 5

C O DE N O. 1 0 0 2- 2 6 2 1 0 0 2- 2 6 3 1 0 0 2- 2 6 4

MI L LI N G M A C HI N E A C C E S S O RI E S

A54

Q UI C K VI S E

S p e ci al d e si g n, f or milli n g M/ C, drilli n g M/ C.

H O RI Z O N T A L M O VI N G 5 0 m m

M a c hi n e Vi s e F or S h a pi n g & Milli n g U s e

T h e vi s e i s m a d e of t h e hi g h t e n si o n c a st ir o n, ri gi dit y, l ar g e r a n g e of cl a m pi n g s p a n s a n d m or e bi g g er cl a m pi n g f or c e at pr e s s d o w n j a w s, e s p e ci all y s uit b a bl e f or t h e h e a v y d ut y c utti n g a n d t h e h e a v y d ut y pl a n n er milli n g m a c hi n e t o cl a m p l ar g e w or k pi e c e. U nit: m m

O R DE R N O.

C OPE N

M a x. Cl a m p F or c e ( k gf)

G. W. ( k g s)

C UFT ( c m)

C O DE N O.

V S M- 1 2

304

290

126 604 560 18 240 161 198 272 260 25 123 135 165

800

67x35x23

1 0 0 2- 2 7 0

V S M- 1 6

405

415

145 763 738 20 292 200 241 336 336 25 135 143 248

1000

142

84x45x27

1 0 0 2- 2 7 1

V S M- 2 0

508

505

1 5 0 9 0 2 8 7 1 2 1 2 8 8 2 0 4 2 4 5 3 3 6 3 3 6 2 5 1 6 9 2 11 2 4 6

1200

200

97x56x28

1 0 0 2- 2 7 2

M1 M2

B- T y p e Milli n g Vi s e

A wi d er b ott o m t o i n cr e a s e cl a m pi n g f or c e. Gr o o v e d e vi c e t o c oll e ct c utti n g oil. F ull 3 6 0º s wi v el b a s e wit h li n e, a c c ur at e gr a d u ati o n. I n or d er t o e n s ur e t h e a c c ur e n c e w h e n u si n g it’ b ett er t h at d o n’t p ut s wi v el b a s e t o g et h er O R DE R N O.

C OPE N

M a x. Cl a m p F or c e ( k gf)

G. W. kgs

C O DE N O.

V B V- 4

270

140

100

305

212

900

1 0 0 2- 2 8 0

V B V- 5

350

180

125

100

410

280

900

2 1. 5

1 0 0 2- 2 8 1

V B V- 6

452

218

160

103

132

483

317

1000

1 0 0 2- 2 8 2

A55

MI L LI N G M A C HI N E A C C E S S O RI E S

S u p er O p e n Drill Vi s e D RI L L VI S E

E U R O TYPE

D E SI G N F O R T HI N & R O U N D W O R K PI E C E

Bi g o p e n e d. Bi g cl a m pi n g c a p a cit y. Wit h pri s m a j a w f or r o u n d w or k pi e c e. F or drilli n g & milli n g u si n g. U nit: m m

O R DE R N O.

C OPE N

V R V- 4

11 0

128

316 471 177

1 4 4 5- 3 2

450

V R V- 5

135

165

366 552 207

1 6 8 6- 4 0

V R V- 6

160

218

447 693 227

2 0 8 7- 4 8

M A X. Cl a m p G. W. F or c e k gf ( k g s)

CFT ( c m)

C O DE N O.

9. 8

3 2. 3 x 1 3. 3 x 1 2. 9

1 0 0 2- 3 2 0

650

1 4. 0

3 2. 3 x 1 3. 3 x 1 2. 9

1 0 0 2- 3 2 1

900

2 5. 7

3 2. 3 x 1 3. 3 x 1 2. 9

1 0 0 2- 3 2 2

Fr e e Vi s e

F V t y p e i s li g ht d ut y. Fr e e st yl e cl a m pi n g F or bi g w or k pi e c e. A dj u st a bl e di st a n c e 1 5 m m F or cl a m pi n g. O R DE R N O.

DI M E N SI O N ( W x H x L)

U nit: m m

C L A M PI N G C A P A CI T Y ( H x L)

A C C E S S O RI E S B O L T SI Z E

M A X. Cl a m p F or c e k gf

W EI G H T ( k g s/ 2 P C S)

C O DE N O.

F V- 3 5 0

75x67x150 m m

140x350 m m

M 1 2 x 7 5 L x 2 P C S. M 1 2 x 1 2 5 L x 2 P C S

900

7. 5

1 0 0 2- 2 9 0

F V- 4 5 0

100x90x200 m m

180x450 m m

M 1 2 x 7 5 L x 2 P C S. M 1 2 x 1 2 5 L x 2 P C S

900

1 0 0 2- 2 9 1

F V- 5 5 0

125x120x250 m m

250x550 m m

M 1 6 x 7 5 L x 2 P C S. M 1 6 x 1 2 5 L x 2 P C S

900

1 0 0 2- 2 9 2

Fr e e st yl e cl a m pi n g F or bi g w or k pi e c e. H e a vi er d ut y. A dj u st a bl e di st a n c e 1 0 m m F or cl a m pi n g. O R DE R N O.

S V- 6 2 S V- 8 5 S V- 1 2 5

139

5 9. 5

192

8 6. 5

218

127

124

3 3. 5

11 5

5 1. 5

U nit: m m

5 2. 5

M A X. Cl a m p F or c e k gf 1800

2 5. 5 5 9. 5

1800

M16 x 75L x 4 P C S

1 0 0 2- 2 9 4

2 3. 5

1800

M16 x 75L x 4 P C S

1 0 0 2- 2 9 5

3 0. 5

4 5. 5

A C C E S S O RI E S B O L T SI Z E M12 x 75L x 4 P C S

N. W. ( k g s) 5. 8

C O DE N O. 1 0 0 2- 2 9 3

MI L LI N G M A C HI N E A C C E S S O RI E S

A56

Drill Vi s e

D e si g n e d wit h s oli d str u ct ur e, m ai n b o d y i s m a d e of F C 1 5, a s s e m bl e a p air of h e at tr e at e d st e el j a w s wit h h ar d n e s s H R C 4 5º ~ 5 0º S uit a bl e f or cl a m pi n g w or k pi e c e o n drill pr e s s m a c hi n e & milli n g m a c hi n e Fr o nt fi x e d pri s m ati c j a w wit h cr o s s V- gr o o v e s i s d e si g n e d f or cl a m pi n g w or k pi e c e O R D E R N O. D V- 8 5 D V- 1 0 0 D V- 1 2 0

A 84 104 132

B 25 31 38

C OPE N 85 100 120

D 27 2 8. 5 32

E 182 220 250

E1 287 343 395

F 12 13 14

G 64 78 91

H 56 63 71

I 80 102 127

J 167 200 226

L 8 8 9. 5

M 32 36 45

W EI G H T 3. 5 5. 7 8. 2

Cl a m p F or c e ( k gf) 1300 1800 2300 2800 3000 3000

W EI G H T ( k g s) 6 7 1 0. 5 14 18 24

C O D E N O. 1 0 1 5- 0 4 1 1 0 1 5- 0 4 2 1 0 1 5- 0 4 3

St e el B e n c h Vi s e Wit h B a s e

m m

O R D E R N O.

B V V- 3 B V V- 4 B V V- 5 B V V- 6 B V V- 8 B V V- 1 0

79 104 127 154 205 253

51 61 68 78 87 100

C OPE N 75 100 125 150 200 250

87 87 93 108 11 5 11 4

280 310 370 420 500 570

18 18 22 22 22 22

138 148 165 183 202 220

178 178 198 228 238 263

C O D E N O. 1 0 0 2- 3 3 0 1 0 0 2- 3 3 1 1 0 0 2- 3 3 2 1 0 0 2- 3 3 3 1 0 0 2- 3 3 4 1 0 0 2- 3 3 5

Q ui c k B e n c h Vi s e

O R D E R N O. V Q S- 4 0

C O D E N O. 1 0 0 2- 0 9 6

Q UI C K A C TI O N H A N DL E

A57

MI L LI N G M A C HI N E A C C E S S O RI E S

H ar d e n e d & Gr o u n d J a w J a w Wi dt h 1 0 0 m m J a w H ei g ht 2 9 m m O p e n e d C a p a cit y 1 0 0 m m 8 m m Di st a n c e of Q ui c k Cl a m pi n g S y st e m C a n B e M o v e B y H a n dl e & B y Q ui c k A cti o n Ar m W ei g ht: 1 3. 3 k g s

W O R K ST OPPE R

U ni v er s al W or k St o p p er

TEET H TYPE

N O N TEET H TYPE O R D E R N O. V W S- 1 2 3 C O D E N O. 1 0 0 2- 1 0 5 W EI G H T: 0. 9 k g T- S L O T: 1 6 m m O R D E R N O.

V W S- 1 2 3 V W S- 1 2 5

T h e l o c ki n g l e v er- c a n b e p ut i nt o diff er e nt p o siti o n s ar o u n d it s o w n a xi s- 3 6 0º

TEET H TYPE O R D E R N O. V W S- 1 2 5 C O D E N O. 1 0 0 2- 1 0 6 W EI G H T: 1. 1 k g T- S L O T: 1 6 m m

T h e 1 6 0 m m l o n g st o p pi n m a d e of sil v er st e el a n d e q ui p p e d wit h a h at pl at e

Sli p a dj u st m e nt of t h e st o p pi n b ef or e it i s l o c e d i nt o pl a c e.

al u mi n u m.

C O D E N O.

1 0 0 2- 1 0 5 1 0 0 2- 1 0 6

M 8 i n s et s cr e w St e el s wi n g s hift s

( 3 0 0 k g b u m p i s p e m a n e nt)

Fit s t a bl e- sl ot s 1 6 m m

T Sl ot Cl a m p s

P AT E N T

F or T hi n W or k Pi e c e

1 S et c o n si st of 4 vi c e s. F or t hi n or s m all w or k pi e c e. G o o d cl a m pi n g f or c e. Q ui c k s etti n g S uit f or li g ht d ut y c utti n g o n t h e milli n g drilli n g / E D M m a c hi n e. O R D E R N O.

N. W.

C O D E N O.

C K- 3 7 1 2

1 1. 5

0. 6

1 0 0 2- 3 1 1

C K- 3 7 1 4

1 3. 5

0. 7

1 0 0 2- 3 1 2

C K- 3 7 1 6

1 5. 5

0. 9

1 0 0 2- 3 1 3

C K- 3 7 1 8

1 7. 5

1. 1

1 0 0 2- 3 1 4

C K- 3 7 2 0

1 9. 5

1. 5

1 0 0 2- 3 1 5

MI L LI N G M A C HI N E A C C E S S O RI E S

A58

U ni v er s al J a w s Wit h S oft St o p p er

S OFT J A W

S oft St o p p er

S OFT ST OPPE R

Vi s e J a w Wi dt h

T h e s oft st o p p er c a n f or c utti n g s h ort, c utti n g s h a p e, c utti n g t a p er...... et c. S e mi- s p h er e b all e n a bl e s d o w n pr e s s f or c e. F or irr e g ul ar w or k pi e c e. E a s y s etti n g, p ut o n t h e m o vi n g j a w. B i s vi s e j a w wi dt h. O R D ER

O .

V W S J- R 1 0 0 V W S J- R 1 3 0 V W S J- R 1 6 0 V W S J- R 2 0 0

145 175 190 245

1 0 0- 1 1 0 m m 1 2 5- 1 4 0 m m 1 5 0- 1 6 0 m m 2 0 0- 2 1 0 m m

49 49 54 76

38 39 40 42

40 40 40 40

W EI G H T kgs

C O D E N O. 1 0 0 2- 1 7 4 1 0 0 2- 1 7 5 1 0 0 2- 1 7 6 1 0 0 2- 1 7 7

U ni v er s al Vi s e J a w s Wit h W or k St o p p er F or S etti n g W or k pi e c e L e n gt h

F or Fi x e d O n T h e Vi s e J a w

4 F O R T HE JA W 5 F O R T HE JA W 6 F O R T HE JA W 8 F O R T HE JA W

O R D E R N O.

E xt e n si o n cl a m pi n g c a p a cit y: vi s e j a w wi dt h 3 0- 4 5 m m vi s e j a w h ei g ht 7- 1 5 m m

V W S J-

WI D T H 1 0 0- 1 1 0 m m WI D T H 1 2 5- 1 4 0 m m WI D T H 1 5 0- 1 6 0 m m WI D T H 2 0 0- 2 1 0 m m

VI S E J A W SI Z E

V C L A M PI N G C A P A CI T Y H O RI Z O N T A L V V E R TI C A L V

O R D E R N O. V W S J- 4, 5, 6, 8

Ø50 Ø50 Ø60 Ø80

t w o s cr e w s o n t h e si d e. O n e j a w i n m uiti pl e- f u n cti o n f e at ur e s.

Ø60 Ø60 Ø60 Ø80

C a n b e p erf or m e d a s w or k st o p p er. Q ui c k, s a v e y o ur ti m e.

A59

O R D E R N O.

V W S J- 4 V W S J- 5 V W S J- 6 V W S J- 8

145 175 190 245

11 0 140 160 210

49 49 53 76

38 39 40 42

32 32 32 32

MI L LI N G M A C HI N E A C C E S S O RI E S

W EI G H T kgs 1. 6 1. 7 2 4. 2

C O D E N O. 1 0 0 2- 1 7 0 1 0 0 2- 1 7 1 1 0 0 2- 1 7 2 1 0 0 2- 1 7 3

O R D E R N O. V W S- V K- 4. 5. 6. 8 V W S- V A- 4. 5. 6. 8 V W S- V H- 4. 5. 6. 8 V W S- V J- 4 0 0. 5 0 0. 6 0 0

V W S- V H O- 5, 6, 8 V W S- V W- 3. 4. 5 V W S- V M C- 4. 6 V W S- V Q S- 3. 4. 5

V C L A M PI N G C A P A CI T Y H O RI Z O N T A L V V E R TI C A L V Ø25 Ø25 Ø30 Ø40

Ø25 Ø25 Ø30 Ø40

O R D E R N O. V W S- V K- 4 V W S- V K- 5 V W S- V K- 6 V W S- V K- 8

kgs 0. 2 6 k g 0. 3 6 k g 0. 4 6 k g 1. 1 6 k g

C O D E N O. 1 0 0 2- 1 1 0 1 0 0 2- 1 1 1 1 0 0 2- 1 1 2 1 0 0 2- 1 1 3

O R D E R N O. V W S- V W- 3 V W S- V W- 4 V W S- V W- 5

kgs 0. 2 1 k g 0. 3 6 k g 0. 4 4 k g

C O D E N O. 1 0 0 2- 1 2 0 1 0 0 2- 1 2 1 1 0 0 2- 1 2 2

O R D E R N O. V W S- V A- 4 V W S- V A- 5 V W S- V A- 6 V W S- V A- 8

kgs 0. 4 k g 0. 5 1 k g 0. 9 6 k g 1. 7 6 k g

C O D E N O. 1 0 0 2- 1 3 0 1 0 0 2- 1 3 1 1 0 0 2- 1 3 2 1 0 0 2- 1 3 3

O R D E R N O. V W S- V M C- 4 V W S- V M C- 6

kgs 0. 3 5 k g 0. 4 k g

C O D E N O. 1 0 0 2- 1 4 0 1 0 0 2- 1 4 1

T hr e a d R o d G ui d e Bl o c k

16T O16

T hr e a d R o d

12T O12 14T O14 16T O16 18T O18 20T O20

kgs 0. 7 k g 1kg 1. 6 5 k g

C O D E N O. 1 0 0 2- 1 4 5 1 0 0 2- 1 4 6 1 0 0 2- 1 4 7

O R D E R N O. V W S- V J- 4 0 0 V W S- V J- 5 0 0 V W S- V J- 6 0 0

kgs 0. 3 6 k g 0. 5 8 k g 0. 9 k g

C O D E N O. 1 0 0 2- 1 6 3 1 0 0 2- 1 6 4 1 0 0 2- 1 6 5

O R D E R N O. V W S- V H- 4 V W S- V H- 5 V W S- V H- 6 V W S- V H- 8

kgs 0. 4 4 k g 0. 7 0 k g 0. 8 8 k g 1. 7 8 k g

C O D E N O. 1 0 0 2- 1 5 0 1 0 0 2- 1 5 1 1 0 0 2- 1 5 2 1 0 0 2- 1 5 3

O R D E R N O. V W S- V Q S- 3 V W S- V Q S- 4 V W S- V Q S- 5

kgs 0. 3 k g 0. 4 2 k g 0. 5 1 k g

C O D E N O. 1 0 0 2- 1 6 0 1 0 0 2- 1 6 1 1 0 0 2- 1 6 2

F or vi s e F or q ui c k vi s e s et u p M ulti - P ur p o s e 4 P C S/ S ET S M at c h vi s e wit h M a c hi n e t a bl e sl ot M at eri al: S 4 5 C

12T O12

O R D E R N O.

O R D E R N O. V W S- V H O- 5 V W S- V H O- 6 V W S- V H O- 8

- 0. 0 1 - 0. 0 8 12 14 16 18 20

B 10 10 10 12 12

C F or M4 M5 M6 M6 M6

D 20 20 22 22 24

W EI G H T kgs 0. 0 7 0. 0 7 0. 0 9 0. 1 3 0. 2 0

G ui d e Bl o c k

C O D E N O. 1 0 0 2- 3 7 0 1 0 0 2- 3 7 1 1 0 0 2- 3 7 2 1 0 0 2- 3 7 3 1 0 0 2- 3 7 4

F or vi s e F or q ui c k vi s e s et u p M ulti - P ur p o s e 4 P C S/ S ET S M at eri al: S 4 5 C

O R D E R N O.

16T O14 18T O14 18T O16

T hr e a d R o d

- 0. 0 1 - 0. 0 1 B C - 0. 0 8 - 0. 0 8 16 14 14 18 14 16 18 16 16

D 20 20 20

W EI G H T kgs M6 0. 1 0 M6 0. 1 2 M6 0. 1 3 E

G ui d e Bl o c k

C O D E N O. 1 0 0 2- 3 5 0 1 0 0 2- 3 5 1 1 0 0 2- 3 5 2

F or vi s e F or q ui c k vi s e s et u p M ulti - P ur p o s e 4 P C S/ S ET S M at eri al: S 4 5 C

O R D E R N O.

14T O16 14T O18 16T O18

- 0. 0 1 - 0. 0 1 B C - 0. 0 8 - 0. 0 8 14 16 14 14 18 16 16 18 16

D 20 20 20

W EI G H T kgs M5 0. 1 2 M5 0. 1 3 M6 0. 1 5 E

C O D E N O. 1 0 0 2- 3 6 1 1 0 0 2- 3 6 2 1 0 0 2- 3 6 3

MI L LI N G M A C HI N E A C C E S S O RI E S

A60

S C R E W G UI D E B L O C K

Pri s m a J a w

5 2- P C S St e el Cl a m pi n g Kit 5 8 P C S/ S E T T a bl e Sl ot

St u d Si z e

C K- 1 0 3 A 7/ 1 6 C K- 1 0 3 B

C K- 1 0 4 A 9/ 1 6

C K- 1 8, C K- 2 0, C K- 2 0 6, P a c k i n N o Pl a sti c Tr a y.

C K- 2 0

all c a n b e p ur c h a s e d i n di vi d u all y.

6. 5

1 0 0 3- 0 0 9

6. 5

( C) 0. 8

9. 7 1/ 2 - 1 2 w 1/ 2 - 1 3 U N C 1 0. 4

( C) 1. 0

5/ 8

1 2. 5 1 1. 8

( C) 1. 5

1 0 0 3- 0 1 4

2 6. 5

2. 0

1 0 0 3- 0 1 5

C K- 1 0 5 A 1 1/ 1 6

( 2 5 m m). S et i n pl a sti c r a c k c o n si st s of: 2 4 P C S St u d s ( 4 e a, 3/ 4/ 5/ 6/ 7/ 8 i n c h e s or 7 5/ 1 0 0/ 1 2 5/ 1 5 0/ 1 7 5/ 2 0 0 m m.) 6 P C S T- N ut s 4 P C S C o u pli n g N ut s 6 P C S Fl a n g e N ut s 6 P C S St e p Cl a m p s 6 P C S St e p Bl o c k s

C O DE N O.

3/ 8 - 1 6 w

1/ 2

C K- 1 0 4 B

G. W. M e a s. kg CFT

5/ 8 - 1 1 w

1 0 0 3- 0 1 0 1 0 0 3- 0 1 1 1 0 0 3- 0 1 2 1 0 0 3- 0 1 3

C K- 1 0 5 B

3/ 4

C K- 2 0 6

7/ 8

3/ 4 - 1 0 w

O R DE R N O.

T a bl e Sl ot

St u d Si z e

G. W. M e a s. kg CFT

C O DE N O.

C K- 0 8

M 8- 1. 2 5 P

7. 4

1 0 0 3- 0 0 1

C K- 1 0

M 1 0- 1. 5 P

7. 6

C K- 1 2 A

C K- 1 2 B

1 5. 7

C K- 1 4

M 1 4- 2. 0 P

1 1. 1

C K- 1 6

M 1 6- 2. 0 P

1 2. 6

C K- 1 8

M 1 8- 2. 5 P

2 5. 3 ( C) 1. 6 1 0 0 3- 0 0 7

C K- 2 0

M 2 0- 2. 5 P

9. 4

M 1 2- 1. 7 5 P

9. 5

( C) 0. 8 ( C) 1. 0 ( C) 1. 5

1 0 0 3- 0 0 2 1 0 0 3- 0 0 3 1 0 0 3- 0 0 4 1 0 0 3- 0 0 5 1 0 0 3- 0 0 6

( C) 2. 0 1 0 0 3- 0 0 8

I n di vi d u all y P art s T- Sl ot N ut H R C 3 4º

O R D E R T a bl e T hr e a d N O. Sl ot Si z e

1 1/ 3 2

5/ 8

1/ 2

7/ 8

0. 0 2 3

1 0 0 3- 1 7 9

1 1/ 1 6 7/ 3 2

1/ 2

7/ 8

0. 0 2 3

1 0 0 3- 1 8 0

7/ 8

9/ 3 2

1/ 2

7/ 8

0. 0 3 2

1 0 0 3- 1 8 1

7/ 8

1 1/ 3 2

5/ 8

1- 1/ 8

0. 0 4 8

1 0 0 3- 1 8 2

7/ 8

1 1/ 3 2

5/ 8

1- 1/ 8

0. 0 4 8

1 0 0 3- 1 8 3

1 1/ 3 2

5/ 8

1- 1/ 8

0. 0 6

1 0 0 3- 1 8 4

1- 1/ 8 7/ 1 6

3/ 4

1- 1/ 4

0. 0 8 7

1 0 0 3- 1 8 5

1- 1/ 8 7/ 1 6

3/ 4

1- 1/ 4

0. 0 8 7

1 0 0 3- 1 8 6

1- 1/ 4 1 5/ 3 2

3/ 4

1- 1/ 4

0. 1 0 2

1 0 0 3- 1 8 7

3/ 8

3413I

7/ 1 6

3423I

1/ 2

3433I

9/ 1 6

3414I

9/ 1 6

3424I

5/ 8

3434I

1 1/ 1 6

3415I

1 1/ 1 6

3425I

3/ 4

3435I

1 3/ 1 6

1- 1/ 4 9/ 1 6

1- 1/ 2

0. 1 4 2

1 0 0 3- 1 8 8

3416I

1 3/ 1 6

1- 1/ 4 9/ 1 6

1- 1/ 2

0. 1 4 2

1 0 0 3- 1 8 9

3426I

7/ 8

1- 1/ 2 9/ 1 6

1- 1/ 2

0. 1 7 5

1 0 0 3- 1 9 0

3436I

1- 5/ 8

1- 3/ 4

0. 2

1 0 0 3- 1 9 1

0. 2 3

1 0 0 3- 1 9 2

1- 1/ 2

0. 2 1

1 0 0 3- 1 9 3

0. 2 5

1 0 0 3- 1 9 4

3412 M

9. 7

2 2 1 0 0 3- 0 2 0

3423 M

M10

1 1. 7

2 2 1 0 0 3- 0 2 1

3414 M

M12

1 3. 7

2 8 1 0 0 3- 0 2 2

A3424 M

M12

1 5. 7

2 8 1 0 0 3- 0 2 3

B3424 M

M14

1 5. 7

2 8 1 0 0 3- 0 2 4

3415 M

M16

1 7. 7

3 2 1 0 0 3- 0 2 5

3416 M

M18

1 9. 7

3 8 1 0 0 3- 0 2 6

3 4 4 6 I 1- 1/ 1 6

3417 M

M20

2 1. 7

3 8 1 0 0 3- 0 2 7

3417I

3418 M

M24

2 7. 7

3 8 1 0 0 3- 0 2 8

3 4 1 8 I 1- 1/ 1 6

MI L LI N G M A C HI N E A C C E S S O RI E S

C O DE N O.

3412I

O R D E R T a bl e T hr e a d N O. Sl ot Si z e

A61

C O DE N O.

L e n gt h W EI( kG g)H T

5/ 1 6 3/ 8- 1 6

1/ 2- 1 2 1/ 2- 1 3

5/ 8- 1 1

3/ 4- 1 0

5/ 8

1- 5/ 8 1 1/ 1 6 1- 1/ 2 7/ 8- 9

1- 5/ 8

5/ 8

1- 8

1- 5/ 8 1 1/ 1 6 1- 1/ 2

C L A M PI N G KI T

O R DE R N O.

C o u pli n g N ut M etri c Si z e O R D E R N O.

A T hr e a d

B P ar all el

L L e n gt h

W ei g ht ( k g)

C O D E N O.

2612 M 2613 M 2614 M 2 6 1 4 M- 1 2615 M 2616 M 2617 M 2618 M

M 8 x 1. 2 5 M 1 0 x 1. 5 M 1 2 x 1. 7 5 M 1 4 x 2. 0 M 1 6 x 2. 0 M 1 8 x 2. 5 M 2 0 x 2. 5 M 2 4 x 3. 0

13 17 21 21 26 32 32 41

22 25 32 32 40 48 48 64

0. 0 3 3 0. 0 3 5 0. 0 6 5 0. 0 6 0. 1 2 8 0. 2 2 8 0. 2 0 8 0. 5 1

1 0 0 3- 0 6 0 1 0 0 3- 0 6 1 1 0 0 3- 0 6 2 1 0 0 3- 0 6 3 1 0 0 3- 0 6 4 1 0 0 3- 0 6 5 1 0 0 3- 0 6 6 1 0 0 3- 0 6 7

O R D E R N O.

A T hr e a d

B P ar all el

L L e n gt h

W ei g ht( k g)

C O D E N O.

2613I 2614I 2615I 2616I 2617I 2618I

3/ 8- 1 6 1/ 2- 1 2 1/ 2- 1 3 5/ 8- 1 1 3/ 4- 1 0 7/ 8- 9 1- 8

1 1/ 1 6 7/ 8 1- 1/ 1 6 1- 1/ 4 1- 1/ 4 1- 5/ 8

1 1- 1/ 4 1- 5/ 8 1- 7/ 8 1- 7/ 8 2- 1/ 2

0. 0 3 5 0. 0 7 0. 1 2 8 0. 2 2

1 0 0 3- 0 6 1 I 1 0 0 3- 0 6 2 I 1 0 0 3- 0 6 4 I 1 0 0 3- 0 6 5 I 1 0 0 3- 0 6 6 I 1 0 0 3- 0 6 7 I

I n c h Si z e

0. 4 6

Fl a n g e N ut

H R C 3 4º

M etri c Si z e O R D E R N O.

T hr e a d

B ( M m)

4512 4513 4514 4514 M 4515 4516 4517 4518

M 8 x 1. 2 5 M 1 0 x 1. 5 M 1 2 x 1. 7 5 M 1 4 x 2. 0 M 1 6 x 2. 0 M 1 8 x 2. 5 M 2 0 x 2. 5 M 2 4 x 3. 0

19 22 28 28 35 40 40 50

13 17 19 22 26 32 32 41

8 12 17 17 20 25 25 32

2 4 5 5 6 6 6 6

W ei g ht ( k g) 0. 0 1 3 0. 0 2 3 0. 0 4 3 0. 0 4 7 0. 0 8 7 0. 1 0 0. 0 9 2 0. 3

C O D E N O. 1 0 0 3- 0 5 0 1 0 0 3- 0 5 1 1 0 0 3- 0 5 2 1 0 0 3- 0 5 3 1 0 0 3- 0 5 4 1 0 0 3- 0 5 5 1 0 0 3- 0 5 6 1 0 0 3- 0 5 7

I n c h Si z e O R DE R N O.

T hr e a d

B ( M m)

W ei g ht ( k g)

C O DE N O.

4512I 4513I

5/ 1 6- 1 8 3/ 8- 1 6

19 22

14 17

9 12

2 4

0. 0 1 3 0. 0 2 3

1 0 0 3- 0 5 0 I 1 0 0 3- 0 5 1 I

4514I

1/ 2- 1 2 N C 1/ 2- 1 3 N C

0. 0 4 3

1 0 0 3- 0 5 2 I

4515I 4516I 4517I 4518I

5/ 8- 1 1 3/ 4- 1 0 7/ 8- 9 1- 8

35 40 40 50

26 32 32 40

20 25 25 32

6 6 6 6

0. 0 8 7 0. 0 9 2 0. 1 2 0. 1 2

1 0 0 3- 0 5 4 I 1 0 0 3- 0 5 5 I 1 0 0 3- 0 5 6 I 1 0 0 3- 0 5 7 I

MI L LI N G M A C HI N E A C C E S S O RI E S

A62

C O U P LI N G N U T

H R C 3 4º

Cl a m pi n g St u d s

H R C 2 7º

St u d s

H e at Tr e at e d St e el

1323 M 1324 M 1325 M M 8 x 1. 2 5 P 1326 M 1327 M 1328 M 1333 M 1334 M 1335 M M 1 0 x 1. 5 P 1336 M 1337 M 1338 M 1343 M 1344 M 1345 M M 1 2 x 1. 7 5 P 1346 M 1347 M 1348 M 1343 M A 1344 M A 1345 M A M 1 4 x 2. 0 P 1346 M A 1347 M A 1348 M A 1353 M 1354 M 1355 M 1356 M M 1 6 x 2. 0 P 1357 M 1358 M 13510 M 13512 M 1363 M 1364 M 1365 M 1366 M M 1 8 x 2. 5 P 1367 M 1368 M 13610 M 13612 M 1373 M 1374 M 1375 M 1376 M M 2 0 x 2. 5 P 1377 M 1378 M 13710 M 13712 M 1384 M 1385 M 1386 M M 2 4 x 3. 0 P 1387 M 1388 M

A63

L 1

75 100 125 150 175 200 75 100 125 150 175 200 75 100 125 150 175 200 75 100 125 150 175 200 75 100 125 150 175 200 250 300 75 100 125 150 175 200 250 300 75 100 125 150 175 200 250 300 100 125 150 175 200

30 40 40 40 40 40 30 40 40 40 40 40 30 40 40 40 40 40 30 40 40 40 40 40 30 45 45 45 45 45 45 45 30 40 45 45 45 45 50 50 30 40 45 45 45 45 50 50 40 45 45 45 45

W EI G H T ( k g s) 0. 0 2 3 0. 0 3 0. 0 4 0. 0 5 0. 0 6 0. 0 7 0. 0 4 0. 0 5 0. 0 6 0. 0 7 0. 0 9 0. 1 0 0. 0 6 0. 0 7 0. 0 9 0. 1 1 0. 1 3 0. 1 5 0. 0 7 0. 1 0 0. 1 3 0. 1 5 0. 1 8 0. 2 0 0. 0 9 0. 1 3 0. 1 6 0. 1 9 0. 2 3 0. 2 5 0. 3 1 0. 3 8 0. 1 2 0. 1 6 0. 2 0 0. 2 5 0. 3 0 0. 3 2 0. 4 0 0. 5 0 0. 1 5 0. 2 0 0. 2 5 0. 3 0 0. 3 5 0. 4 0 0. 5 0 0. 6 5 0. 2 5 0. 3 5 0. 4 5 0. 5 3 0. 6 0

MI L LI N G M A C HI N E A C C E S S O RI E S

C O DE N O. 1 0 0 3- 0 7 1 1 0 0 3- 0 7 2 1 0 0 3- 0 7 3 1 0 0 3- 0 7 4 1 0 0 3- 0 7 5 1 0 0 3- 0 7 6 1 0 0 3- 0 8 1 1 0 0 3- 0 8 2 1 0 0 3- 0 8 3 1 0 0 3- 0 8 4 1 0 0 3- 0 8 5 1 0 0 3- 0 8 6 1 0 0 3- 0 9 1 1 0 0 3- 0 9 2 1 0 0 3- 0 9 3 1 0 0 3- 0 9 4 1 0 0 3- 0 9 5 1 0 0 3- 0 9 6 1 0 0 3- 1 0 1 1 0 0 3- 1 0 2 1 0 0 3- 1 0 3 1 0 0 3- 1 0 4 1 0 0 3- 1 0 5 1 0 0 3- 1 0 6 1 0 0 3- 1 1 1 1 0 0 3- 1 1 2 1 0 0 3- 1 1 3 1 0 0 3- 1 1 4 1 0 0 3- 1 1 5 1 0 0 3- 1 1 6 1 0 0 3- 1 1 7 1 0 0 3- 1 1 8 1 0 0 3- 1 2 0 1 0 0 3- 1 2 1 1 0 0 3- 1 2 2 1 0 0 3- 1 2 3 1 0 0 3- 1 2 4 1 0 0 3- 1 2 5 1 0 0 3- 1 2 6 1 0 0 3- 1 2 7 1 0 0 3- 1 4 0 1 0 0 3- 1 4 1 1 0 0 3- 1 4 2 1 0 0 3- 1 4 3 1 0 0 3- 1 4 4 1 0 0 3- 1 4 5 1 0 0 3- 1 4 6 1 0 0 3- 1 4 7 1 0 0 3- 1 5 0 1 0 0 3- 1 5 1 1 0 0 3- 1 5 2 1 0 0 3- 1 5 3 1 0 0 3- 1 5 4

C L A M PI N G KI T

O R DE R N O.

Bl a c k O xi d e Fi ni s h e d

O P E R A TI N G T O R Q U E F O R T U N T. F L A N G E N U T. S C R E W

S C R E W SI Z E

T O R Q U E( N M)

M3 M4 M5 M6 M8 M10 M12 M16 M20 M24

O R DE R N O. 1 3 3 3I 1 3 3 4I 1 3 3 5I 1 3 3 6I 1 3 3 7I 1 3 3 8I 1 3 4 3I 1 3 4 4I 1 3 4 5I 1 3 4 6I 1 3 4 7I 1 3 4 8I 1 3 5 3I 1 3 5 4I 1 3 5 5I 1 3 5 6I 1 3 5 7I 1 3 5 8I 1 3 5 1 0I 1 3 5 1 2I 1 3 6 3I 1 3 6 4I 1 3 6 5I 1 3 6 6I 1 3 6 7I 1 3 6 8I 1 3 6 1 0I 1 3 6 1 2I 1 3 6 1 4I 1 3 6 1 6I 1 3 6 1 8I 1 3 6 2 0I 1 3 7 3I 1 3 7 4I 1 3 7 5I 1 3 7 6I 1 3 7 7I 1 3 7 8I 1 3 8 4I 1 3 8 5I 1 3 8 6I 1 3 8 7I 1 3 8 8I

3/ 1 8- 1 6

1/ 2- 1 2 1/ 2- 1 3

5/ 8- 1 1

3/ 4- 1 0

7/ 8- 9

1 -8

1. 1 2. 4 4. 8 8. 4 21 42 72 180 352 564

L 1

3 4 5 6 7 8 3 4 5 6 7 8 3 4 5 6 7 8 10 12 3 4 5 6 7 8 10 12 14 16 18 20 3 4 5 6 7 8 4 5 6 7 8

30 40 40 40 40 40 30 40 40 40 40 40 30 40 40 40 40 40 45 45 30 40 45 45 45 45 50 50 50 50 50 50 30 45 45 45 45 45 45 45 45 45 45

W EI G H T ( k g s) 0. 0 4 0. 0 5 0. 0 6 0. 0 7 0. 0 9 0. 1 0 0. 0 6 0. 0 7 0. 0 9 0. 1 1 0. 1 3 0. 1 5 0. 0 9 0. 1 3 0. 1 6 0. 1 9 0. 2 3 0. 2 5 0. 3 1 0. 3 8 0. 1 2 0. 1 6 0. 2 0 0. 2 5 0. 3 0 0. 3 2 0. 4 0 0. 5 0 0. 6 2 0. 7 5 0. 8 7 1. 0 0 0. 1 8 3 0. 2 5 0. 3 0 0. 4 0 0. 4 5 0. 5 0 0. 2 5 0. 3 5 0. 4 5 0. 5 3 0. 6 0

C O DE N O. 1 0 0 3- 0 8 1I 1 0 0 3- 0 8 2I 1 0 0 3- 0 8 3I 1 0 0 3- 0 8 4I 1 0 0 3- 0 8 5I 1 0 0 3- 0 8 6I 1 0 0 3- 0 9 1I 1 0 0 3- 0 9 2I 1 0 0 3- 0 9 3I 1 0 0 3- 0 9 4I 1 0 0 3- 0 9 5I 1 0 0 3- 0 9 6I 1 0 0 3- 1 1 1I 1 0 0 3- 1 1 2I 1 0 0 3- 1 1 3I 1 0 0 3- 1 1 4I 1 0 0 3- 1 1 5I 1 0 0 3- 1 1 6I 1 0 0 3- 1 1 7I 1 0 0 3- 1 1 8I 1 0 0 3- 1 2 0I 1 0 0 3- 1 2 1I 1 0 0 3- 1 2 2I 1 0 0 3- 1 2 3I 1 0 0 3- 1 2 4I 1 0 0 3- 1 2 5I 1 0 0 3- 1 2 6I 1 0 0 3- 1 2 7I 1 0 0 3- 1 2 8I 1 0 0 3- 1 2 9I 1 0 0 3- 1 3 0I 1 0 0 3- 1 3 1I 1 0 0 3- 1 4 0I 1 0 0 3- 1 4 1I 1 0 0 3- 1 4 2I 1 0 0 3- 1 4 3I 1 0 0 3- 1 4 4I 1 0 0 3- 1 4 5I 1 0 0 3- 1 5 0I 1 0 0 3- 1 5 1I 1 0 0 3- 1 5 2I 1 0 0 3- 1 5 3I 1 0 0 3- 1 5 4I

St e p Cl a m p STEP CL A MP

H R C 3 7º

O R DE R N O.

B olt Si z e

6113

M 8 or M 1 0

A sl ot

B L e n gt h

C Wi dt h

D T hi c k n e s s

W ei g ht ( k g)

C O DE N O.

0. 1 1

1 0 0 3- 0 3 0

6123

M 8 or M 1 0

100

0. 2 6

1 0 0 3- 0 3 1

6133

M 8 or M 1 0

150

0. 4 8

1 0 0 3- 0 3 2

6214

M12

0. 1 2 5

1 0 0 3- 0 3 3

6224

M12

100

0. 3 1

1 0 0 3- 0 3 4

6234

M12

150

0. 5 9

1 0 0 3- 0 3 5

6215

M16

6225

M16

0. 1 6

1 0 0 3- 0 3 6

100

0. 3 9

1 0 0 3- 0 3 7

6235

M16

150

0. 7 1

1 0 0 3- 0 3 8

6316

M 2 0 or M 1 8

100

0. 3 6

1 0 0 3- 0 3 9

6326

M 2 0 or M 1 8

150

0. 7 3

1 0 0 3- 0 4 0

6336

M 2 0 or M 1 8

200

1. 4 4

1 0 0 3- 0 4 1

6417

M24

6427

M24

6437

M24

150

1. 1 5

1 0 0 3- 0 4 2

200

1 0 0 3- 0 4 3

250

2. 6 7

1 0 0 3- 0 4 4

St e p Bl o c k

H R C 3 7º

O R DE R N O.

C O DE N O.

5114

3. 1

1. 8

1 0 0 3- 1 7 0

5124

3. 1

1. 8

1 0 0 3- 1 7 1

5134

147

3. 1

1. 8

1 0 0 3- 1 7 2

5114 B

3. 1

1. 8

1 0 0 3- 1 7 0 B

5124 B

3. 1

1. 8

1 0 0 3- 1 7 1 B

5134 B

147

3. 1

1. 8

1 0 0 3- 1 7 2 B

5215

3. 1

1. 8

1 0 0 3- 1 7 3

5225

147

3. 1

1. 8

1 0 0 3- 1 7 4

5235

140

210

3. 1

1. 8

1 0 0 3- 1 7 5

MI L LI N G M A C HI N E A C C E S S O RI E S

A64

Fl a n g e N ut

DI N 6 3 3 1 S T A N D A R D

B y m a c hi n e pr o c e s s. Wit h t ur n e d & mill e d H R C 3 4º

M etri c Si z e O R DE R N O.

T hr e a d

Ø D1

W ei g ht ( k g)

C O D E N O.

CF N0814

M 8 X 1. 2 5

1 5. 5 5

CF N1017

M 1 0 X 1. 5

1 8. 9 0

0. 0 1 5

1 0 0 3- 1 5 9

0. 0 2

1 0 0 3- 1 6 0

CF N1219

M 1 2 X 1. 7 5 2 1. 1 0

CF N1422

M 1 4 X 2. 0

2 4. 5 0

0. 0 3

1 0 0 3- 1 6 1

4. 5

0. 0 4

1 0 0 3- 1 6 2

CF N1624

M 1 6 X 2. 0

2 6. 8 0

CF N1827

M 1 8 X 2. 5

3 0. 1 0

0. 0 6

1 0 0 3- 1 6 3

0. 0 9

1 0 0 3- 1 6 4

C- Cl a m p C a st St e el m m

O R D E R N O.

M A X. O P E N

T H R O AT DEPT H

Lx W

W EI G H T ( k g s)

C O D E N O.

V C L- 2 C

1- 7/ 8”

120x84 m m

0. 2 2

1 0 0 3- 2 1 0

V C L- 3 C

2- 3/ 4”

2”

163x91 m m

0. 3 8

1 0 0 3- 2 1 1

V C L- 4 C

3- 7/ 8”

2- 1/ 2”

195x102 m m

0. 5 9

1 0 0 3- 2 1 2

V C L- 6 C

6”

3- 1/ 2”

270x127 m m

1. 1 8

1 0 0 3- 2 1 3

V C L- 8 C

7- 3/ 8”

4- 1/ 2”

345x161 m m

1. 7 5

1 0 0 3- 2 1 4

S cr e w J a c k W or k cl a m pi n g M at eri al: S 4 5 C S u p p ort h e a v y w ei g ht

V S J- 5 0 0 A

Ø D

V S J- 4 0

A DJ U ST A BL E C A P A CI T Y 4 0- 5 0 m m

V S J- 7 0

6 5- 9 0 m m

V S J- 1 5 0

9 0- 1 4 0 m m

140

1. 1

1 0 1 4- 0 0 2

V S J- 2 5 0

1 4 0- 2 3 0 m m

135

230

2. 3

1 0 1 4- 0 0 3

V S J- 5 0 0

2 6 5- 3 6 0 m m

265

360

4. 6

1 0 1 4- 0 0 4

O R D E R N O.

A65

V S J- 4 0, 7 0, 1 5 0, 2 5 0

MI L LI N G M A C HI N E A C C E S S O RI E S

K. G.

C O D E N O.

ALL O WE D L O A D K N 30

0. 3

1 0 1 4- 0 0 0

0. 4

1 0 1 4- 0 0 1

T hr e a d R o d J a c k Wit h M a g n et S C RE W J A C K

B uilt-i n m a g n et s d e si g n e d, e a s y t o cl e a n c hi p s. H ei g ht a dj u st er

MA G NET AN

ALL O WE D L O A D K N

K. G.

C O D E N O.

V S J M- 5 0

1 1. 5

0. 4

1 0 1 4- 0 1 0

V S J M- 7 0

1 1. 5

0. 5

1 0 1 4- 0 1 1

V S J M- 8 5

1 1. 5

0. 7

1 0 1 4- 0 1 2

V S J M- 1 1 0

11 6

1 1. 5

0. 8

1 0 1 4- 0 1 3

V S J M- 1 6 5

11 0

170

1 1. 5

1. 4

1 0 1 4- 0 1 4

O R D ER

O .

T hr e a d R o d J a c k S et

S UI T A B L E F O R I R R E G U L A R W O R K PI E C E. R A PI D S E T TI N G & FI X E D. W O R K C L A M PI N G & S U P P O R T. H EI G H T A D J U S T E R

P A D S:

6 P A D S F or diff er e nt w or k pi e c e s h a p e O R D E R N O.

V S J- 1 A

V S J- 2 A

V S J- 3 A

1 0 1 4- 0 3 0

V S J- 2 A

1 0 1 4- 0 3 1

V S J- 4 A

V S J- 5 A

C O D E N O.

V S J- 1 A V S J- 3 A

V S J- 4 A

SI Z E

Ø 2 5x Ø 11x 1 0 m m

1 0 1 4- 0 3 2 1 0 1 4- 0 3 3

V S J- 5 A

1 0 1 4- 0 3 4

V S J- 6 A

1 0 1 4- 0 3 5

V S J- 6 A S E T I N C L U DI N G J A C KS

PA RTS E A C H O NE

W EI G H T K. G.

C O D E N O.

V S J- A

V S J- 7 0 A x 2 V S J- 1 5 0 A x 2

V S J- 1 A, V S J- 2 A, V S J- 3 A V S J- 4 A, V S J- 5 A, V S J- 6 A

4. 0

1 0 1 4- 0 2 0

V S J- B

V S J- 1 5 0 A x 2 V S J- 2 5 0 A x 2

V S J- 1 A, V S J- 2 A, V S J- 3 A V S J- 4 A, V S J- 5 A, V S J- 6 A

7. 5

1 0 1 4- 0 2 1

O R D E R N O.

MI L LI N G M A C HI N E A C C E S S O RI E S

A66

Gr o u n d P ar all el s

O R D E R N O. V P- 1 0 0 C O D E N O. 1 0 0 4- 0 0 1 T o pr o vi d e m or e c o n v e ni e nt pr o c e s si n g f or milli n g vi s e.

H ar d n e s s: H R C 4 8º- 5 3º A c c ur a c y: 0. 0 1 m m Pr o c e s s: F o ur- si d e gr o u n d 1 s et i n cl u d e s 1 8 p c s P a c k e d b y pl a sti c c a s e, G. W.: 1 1. 7 k g s, M e a s: 0. 3 C F T. Di m e n si o n: 3 9 0 x 2 9 2 x 8 4 m m

B O D Y SI Z E

C L A M P SI Z E

Wx HxLx Pcs

Ax Bx CxLx Pcs

5x16x100x2 6x18x100x2 8x24x100x2

1 5 x 3 1 x 2. 5 x 2 0 0 x 2

10x30x100x2 12x36x150x2 14x48x150x2 18x60x150x2 22x62x150x2

Gr o u n d P ar all el s

O R D E R N O. V P- 1 1 8 A

C O D E N O. 1 0 0 4- 0 1 0

8. 5 m m WI D T H, 5. 8 k g s H ar d n e s s: H R C 4 8º- 5 3º M A D E O F HI G H G R A D E ALL O Y ST E EL HA R DE NE D A N D G R O U N D. Di m e n si o n: 2 9 0 x 2 2 8 x 8 0 m m

U nit: m m

Wx HxLx Pcs 8. 5 x 1 4 x 1 5 0 x 2

8. 5 x 3 2 x 1 5 0 x 2

8. 5 x 1 6 x 1 5 0 x 2

8. 5 x 3 6 x 1 5 0 x 2

8. 5 x 2 0 x 1 5 0 x 2

8. 5 x 4 0 x 1 5 0 x 2

8. 5 x 2 4 x 1 5 0 x 2

8. 5 x 4 4 x 1 5 0 x 2

8. 5 x 3 0 x 1 5 0 x 2

Gr o u n d P ar all el s

O R D E R N O. V P- 1 2 8 A C O D E N O. 1 0 0 4- 0 2 0 2 8 P C S/ S E T 1 0. 7 k g s

V P- 1 2 8 A 1 0 m m WI D T H

U nit: m m

Wx HxLx Pcs

H ar d n e s s: H R C 4 8º- 5 3º M A D E O F HI G H G R A D E ALL O Y ST E EL HA R DE NE D A N D G R O U N D. Di m e n si o n: 3 9 0 x 2 9 2 x 8 2 m m

A67

MI L LI N G M A C HI N E A C C E S S O RI E S

10x14x150x2

10x28x150x2

10x16x150x2

10x30x150x2

10x18x150x2

10x32x150x2

10x20x150x2

10x35x150x2

10x22x150x2

10x40x150x2

10x24x150x2

10x45x150x2

10x26x150x2

10x50x150x2

G R O U N D PA R ALLELS

U nit: m m

O R D E R N O. V P- 1 3 6 C O D E N O. 1 0 0 4- 0 3 0 T o pr o vi d e m or e c o n v e ni e nt pr o c e s si n g f or milli n g vi s e H ar d n e s s: H R C 4 8º- 5 3º

A C C U R A C Y: 0. 0 1 m m WI D T H 8. 0 m m 3 6 P C S/ S E T 1 2. 3 k g s

P R E CI SI O N P A R A L L E L S

Pr e ci si o n P ar all el s

U nit: m m

Wx HxLx Pcs 8x16x150x2

8x34x150x2

8x18x150x2

8x36x150x2

8x20x150x2

8x38x150x2

8x22x150x2

8x40x150x2

8x24x150x2

8x42x150x2

8x26x150x2

8x44x150x2

8x28x150x2

8x46x150x2

8x30x150x2

8x48x150x2

8x32x150x2

8x50x150x2

Di m e n si o n: 3 9 0 x 2 9 2 x 8 2 m m

V P- 0 1 8 T hi n T y p e P ar all el s S et

O R D E R N O. V P- 0 1 8

C O D E N O. 1 0 0 4- 0 4 0

3 W x 1 5 0 L x 2 0 P C S/ S E T

H ar d n e s s: H R C 4 8º- 5 3º

G. W. 2. 5 k g s. A C C U R A C Y: 0. 0 1 m m T HI C K N E S S 1/ 8 3 m m Wx HxLx Pcs

Wx HxLx Pcs

3x13x150x2

3x28x150x2

3x16x150x2

3x31x150x2

3x19x150x2

3x35x150x2

3x22x150x2

3x38x150x2

3x25x150x2

3x41x150x2

Di m e n si o n: 2 9 0 x 2 3 0 x 7 3 m m

V P- 1 6 3 Pr e ci si o n P ar all el s

O R D E R N O. V P- 1 6 3

C O D E N O. 1 0 0 4- 0 5 0

5 W x 1 5 0 L x 8 P C S/ S E T

H ar d n e s s: H R C 4 8º- 5 3º G. W. 1. 7 k g s. A C C U R A C Y: 0. 0 1 m m T HI C K N E S S 3/ 1 6 5 m m Wx HxLx Pcs 5x25x150x2 5x31x150x2 5x38x150x2 5x44x150x2

Di m e n si o n: 1 7 5 x 8 5 x 5 5 m m

MI L LI N G M A C HI N E A C C E S S O RI E S

A68

V P- 0 6 4 Pr e ci si o n P ar all el s

O R D E R N O. V P- 0 6 4

H ar d n e s s: H R C 4 8º- 5 3º

C O D E N O. 1 0 0 4- 0 6 0

6 W x 1 5 0 L x 1 8 P C S/ S E T

Wx HxLx Pcs

6x19x150x2

6x35x150x2

6x22x150x2

6x38x150x2

6x25x150x2

6x41x150x2

6x28x150x2

6x44x150x2

6x31x150x2

Di m e n si o n: 2 8 8 x 2 2 8 x 7 5 m m

V P- 0 5 0 Pr e ci si o n P ar all el s

O R D E R N O. V P- 0 5 0

C O D E N O. 1 0 0 4- 0 7 0

1 3 W x 1 5 0 L x 8 P C S/ S E T

H ar d n e s s: H R C 4 8º- 5 3º

G. W. 4. 5 k g s. A C C U R A C Y: 0. 0 1 m m T HI C K N E S S 1/ 2 13 m m Wx HxLx Pcs 13x25x150x2 13x31x150x2 13x38x150x2 13x44x150x2

Di m e n si o n: 1 7 5 x 1 5 0 x 5 5 m m

V P- 0 3 3 Pr e ci si o n P ar all el s

O R D E R N O. V P- 0 3 3

C O D E N O: 1 0 0 4- 0 8 0

H ar d n e s s: H R C 4 8º- 5 3º

2 0 0 L x 8 P C S/ S E T A c c ur a c y: 0. 0 1 m m

Wx HxLx P C S 8x24x200x2 12x36x200x2

G. W. 6. 4 k g s. L O N G E R T Y P E, S UI T F O R BI G G E R VI S E.

22x40x200x2 3 1 x 1 5 x 2 0 0 x 2 x 2. 5 F or Cl a m pi n g

1 5 x 3 1 x 2. 5 x 2 0 0 x 2

Di m e n si o n: 3 4 0 x 2 2 3 x 8 5 m m A69

MI L LI N G M A C HI N E A C C E S S O RI E S

G R O U N D PA R ALLELS

G. W. 4. 5 k g s. A C C U R A C Y: 0. 0 1 m m T HI C K N E S S 1/ 4 6 m m

V P- 1 4 6 Gr o u n d P ar all el s C O D E N O: 1 0 0 4- 0 8 2

4. 6 W x 1 5 0 L x 1 2 P C S/ S E T A c c ur a c y: 0. 0 1 m m G R O U N D PA R ALLELS

O R D E R N O. V P- 1 4 6

G. W. 3 k g s. M at eri al: S 4 5 C H ar d n e s s: H R C 4 8º- 5 3º Wx HxLx P C S 4. 6 x 3 2 x 1 5 0 x 2 4. 6 x 3 4 x 1 5 0 x 2 4. 6 x 3 6 x 1 5 0 x 2 4. 6 x 3 8 x 1 5 0 x 2 4. 6 x 4 0 x 1 5 0 x 2 4. 6 x 4 4 x 1 5 0 x 2

Di m e n si o n: 1 9 5 x 1 8 0 x 9 0 m m

V P- 1 6 8 Gr o u n d P ar all el s

O R D E R N O. V P- 1 6 8

C O D E N O: 1 0 0 4- 0 8 3

6. 8 W x 1 5 0 L x 1 4 P C S/ S E T A c c ur a c y: 0. 0 1 m m G. W. 3. 5 k g s. M at eri al: S 4 5 C H ar d n e s s: H R C 4 8º- 5 3º Wx HxLx P C S 6. 8 x 1 5 x 1 5 0 x 2 6. 8 x 1 8 x 1 5 0 x 2 6. 8 x 2 1 x 1 5 0 x 2 6. 8 x 2 5 x 1 5 0 x 2 6. 8 x 2 7 x 1 5 0 x 2 6. 8 x 3 1 x 1 5 0 x 2 6. 8 x 3 5 x 1 5 0 x 2

V P- 2 0 0 Gr o u n d P ar all el s

O R D E R N O. V P- 2 0 0

Di m e n si o n: 2 2 5 x 2 0 0 x 9 0 m m

C O D E N O. 1 0 0 4- 0 8 5

Di m e n si o n: 3 5 5 x 3 1 8 x 8 5 m m M A D E O F HI G H G R A D E ALL O Y ST E EL HA R DE NE D A N D G R O U N D. A C C U R A C Y: 0. 0 1/ 1 0 0 M M G. W. : 1 5. 6 K G S H ar d n e s s: H R C 4 8º- 5 3º

B O D Y SI Z E

C L A M P SI Z E

Ax BxLx Pcs

Ax Bx CxLx Pcs

5x16x150x2 6x18x150x2

3 1 x 1 5 x 2 0 0 x 2 x 2. 5

8x24x150x2 10x30x150x2 12x36x200x2 14x48x200x2

F O R O V E R 1 5 0 m m, 2 0 0 m m J A W P L A T E VI S E U SI N G

18x60x200x2 22x62x200x2

MI L LI N G M A C HI N E A C C E S S O RI E S

A70

H e a v y D ut y Tilti n g Pl at e

TI L TI N G P L A T E & C L A M PI N G H A N D L E C L A M PI N G

C L A M PI N G TI L TI N G H A N D L E

O R DE R N O. V U T- 1 5 1 5

H ori z o nt al

V erti c al

C O D E N O.

30 kgs

12 kgs

1 0 0 4- 1 1 0

V U T- 2 7 2 6

45 kgs

20 kgs

1 0 0 4- 1 1 1

V U T- 3 2 3 0

70 kgs

35 kgs

1 0 0 4- 1 1 2 C L A M PI N G H A N D L E

F O R TI L TI N G H A N D L E

U SI N G E X A M P L E:

Tilti n g b y ri gi d & str o n g d e si g n, 2 s u p p ort er & ri gi d cl a m pi n g s y st e m c o n str u cti o n. Mi ni m u m s et- u p ti m e. Tilti n g a n gl e c a n a dj u st e d b y w or m & w or m g e ar s y st e m. A c c ur at e a n d b uilt f or u s e i n milli n g, b ori n g a n d ot h er m a c hi n e s. W or m s h aft s ar e h ar d e n e d a n d gr o u n d. Tilti n g pl at e wit h sl ot s e n a bl e M ulti- p o siti o n Str o n g str u ct ur e. F C 25 U nit: m m

O R DE R N O. V U T- 1 5 1 5

1 8 0 2 8 5 11 3 1 5 6 1 5 0

11 5

V U T- 2 7 2 6

255 399 150 270 258

155

V U T- 3 2 3 0

300 449 169 320 298

169

100

A71

MI L LI N G M A C HI N E A C C E S S O RI E S

K G S C O D E N O.

145 140

2 5 1 1 7. 6

1 0 0 4- 1 1 0

207 192

2 9 1 5 9. 4

1 0 0 4- 1 1 1

232 217

305

1 0 0 4- 1 1 2

LI G H T D U T Y TI L TI N G P L A T E

Li g ht D ut y Tilti n g Pl at e

Li g ht c utti n g. C a n i n st all wit h vi s e a n d m a g. c h u c k. O R DE R N O. V U- 1 5 1 7

5 U nit: m m

Kgs

180

228

154

176

105

198

C O DE N O. 1 0 0 4- 1 2 0

Li g ht D ut y Tilti n g Pl at e

Li g ht c utti n g. C a n i n st all wit h vi s e a n d m a g. c h u c k. O R DE R N O. V U- 2 1 2 2

5 U nit: m m

Kgs

225

312

144

210

224

154

258

C O DE N O. 1 0 0 4- 1 2 1

MI L LI N G M A C HI N E A C C E S S O RI E S

A72

A dj u st a bl e A n gl e Pl at e 1. F or a n gl e s etti n g o n v ari o u s m a c hi n e t o ol s. 2. A dj u st a dl e 4 5º 3. M at eri al: F C 2 5 4. L o w er pl at e a n d bi g g er w or ki n g s p a c e.

V P- 1 8 0 V P- 2 5 0 V P- 3 8 0

V P- 6 0 0

U nit: m m

O R DE R N O.

V P- 1 8 0

185

132

M A X. L O A D C a p a cit y ( k g s) 6

V P- 2 5 0

255

180

136

1 3. 5

2 8. 7

1 0 0 4- 0 9 0

V P- 3 8 0

380

255

181

150

1 0 0 4- 0 9 1

O R DE R N O.

V P- 6 0 0

600

300

202

265

109

121

M A X. L O A D C a p a cit y ( k g s) 25

C O DE N O.

7. 3 8

1 0 0 4- 0 8 9

U nit: m m

C O DE N O.

1 0 0 4- 0 9 2

A n gl e Pl at e Wit h S wi v el B a s e

3 6 0º S WI V E L B A S E. U nit: m m

O R DE R N O.

V P- 2 5 0 S V P- 3 8 0 S

A73

A 290 390

T a bl e L x W B 180 360

H 206 255

MI L LI N G M A C HI N E A C C E S S O RI E S

e 16 16

T- S L O T C 50 68

D 105 127

W EI G H T ( k g)

C O DE N O.

52 60

36 86

1 0 0 4- 1 0 0 1 0 0 4- 1 0 1

C R OSS TA BLE

Pr e ci si o n Cr o s s T a bl e

V C T- 5 1 4

V C T- 4 0 7 M at eri al: o v er F C- 3 0 Pr e ci si o n: 0. 0 2/ 1 0 0 m m D R A WI N G O F V C T- 5 1 4 O R DE R N O.

Tr a v el Str o k e

T Sl ot

T ot al h ei g ht

Di al gr a d u ati o n

V C T- 4 0 7

100 180 130 100

11 5

50x80

3/ 8”

100

V C T- 5 1 4

1 5 0 3 5 0 2 5 0 3 0 0 2 0 6 2 0 8 1 5 6 x 1 7 0 3/ 8”

V C T- 8 2 0 V C T- 1 0 2 4

U nit: m m

W EI G H T kgs

M A X. L O A D kgs

C O DE N O.

2. 5 m m/ 0. 0 2 2 9 0 x 2 4 0 x 1 4 0

1 0 0 7- 0 0 1

134

4 m m/ 0. 0 2

510x450x240

3 3. 5

105

1 0 0 7- 0 0 2

2 0 0 5 0 0 3 0 0 4 0 0 2 5 0 2 9 0 2 0 0 x 2 5 0 3/ 8”

155

4 m m/ 0. 0 2

640x520x200

140

1 0 0 7- 0 0 3

2 5 0 6 0 0 4 0 0 5 0 0 3 4 0 4 3 0 2 5 0 x 3 0 0 1/ 2”

210

4 m m/ 0. 0 2

790x680x310

141

175

1 0 0 7- 0 0 4

P A C KI N G Lx Wx H m m

Pr e ci si o n Cr o s s T a bl e

O R D E R N O. V C T- 8 3 0

C O D E N O. 1 0 0 7- 0 1 0

A h e a v y, r u g g e d sli d e i n all ki n d s of p o siti o ni n g, milli n g, drilli n g mi cr o- s c o p e vi e wi n g a n d st a gi n g, a dj u st a bl e b a s e s f or h e a v y l o a d s, s m all ji g b ori n g, pr e ci si o n c ut- off.

V C T- 8 3 0 U nit: m m

O R DE R N O.

V C T- 8 3 0

210

730

345

405

Tr a v el Str o k e

T Sl ot

T ot al h ei g ht

Di al gr a d u ati o n

P A C KI N G Lx Wx H m m

305

230 190x350

185

2. 5 m m/ 0. 0 5 9 9 1 x 5 8 4 x 2 9 2

W EI G H T kgs

M A X. L O A D kgs

C O DE N O.

100

1 0 0 7- 0 1 0

MI L LI N G M A C HI N E A C C E S S O RI E S

A74

Cr o s s T a bl e

O R D E R N O. V C T- 5 1 2

LI G H T D U T Y

C O D E N O. 1 0 0 7- 0 2 0

V C T- 5 1 2 T a bl e: 3 1 0 x 1 4 1 m m H ei g ht: 1 1 5 m m Tr a v el: 2 0 0 m m l o n git u di n al. 1 2 5 m m tr a n s v er s e. B a s e: 2 2 5 m m x 2 0 0 m m o v al wit h U sl ot s f or u p t o 1 6 b olt s o n 1 9 0 t o 2 1 0 b olt s cir cl e. Di al Gr a d u at e d: 0. 0 3 m m N et w ei g ht: 1 6. 5 k g s M a x. L o a d: 2 0 k g s P a c ki n g V ol u m e of e a c h u nit: 4 3 0 x 2 6 5 x 1 5 5 m m LI G H T D U T Y O N L Y

O R DE R N O.

Str o k e

T Sl ot

T ot al h ei g ht

P A C KI N G Lx Wx H m m

W EI G H T kgs

C O DE N O

V C T- 5 1 2

141

310

128

230

185

200x125

11 5 m m

430x265x155

1 6. 5

1 0 0 7- 0 2 0

Ri g ht A n gl e Pl at e

M a d e of hi g h t e n sil e c a st ir o n W e b b e d st yl e a c c ur at el y gr o u n d e d, s q u ar e a n d p ar all el o n o ut si d e f a c e s a n d e n d s wit hi n 0. 0 1 m m p er 1 0 0 m m O R D E R A p pr o x Di m e n si o n s N O. A B C

V R- 6

150

126

11 5

V R- 8

202

150

126

V R- 1 0

250

202

126

V R- 1 2

300

228

202

A75

MI L LI N G M A C HI N E A C C E S S O RI E S

U nit: m m

W EI G H T ( k g s)

C O DE N O.

3. 8

1 0 1 3- 0 1 0

7. 4

1 0 1 3- 0 1 1

128

1 2. 1

1 0 1 3- 0 1 2

123

135

2 3. 7

1 0 1 3- 0 1 3

A N G L E P L AT E

Pr e ci si o n Ri g ht A n gl e Pl at e

p ar all el r ef er e n c e s. Pr e ci si o n gr o u n d: S q u ar e wit hi n 0. 0 1 m m p er 1 0 0 m m P ar all el wit hi n 0. 0 1 m m p er 1 0 0 m m U nit: m m

O R DE R N O.

A p pr o x Di m e n si o n s A

W EI G H T ( k g s)

C O D E N O.

V R H- 4

102

126

150

6. 3

1 0 1 3- 0 0 1

V R H- 5

126

202

300

1 6. 9

1 0 1 3- 0 0 2

V R H- 6

150

202

1 4. 5

1 0 1 3- 0 0 3

V R H- 8

202

250

300

3 2. 5

1 0 1 3- 0 0 4

Sl ott e d A n gl e Pl at e V R- 4 5

M a d e of hi g h t e n sil e c a st ir o n pr o p erl y s e a s o n e d a g ai n st di st orti o n. O p e n e n d st yl e a c c ur at el y m a c hi n e d s q u ar e a n d p ar all el o n all f a c e s.

O R DE R N O.

V R- 1 0 0

V R- 4 5 V R- 6 0 V R- 8 0 V R- 1 0 0 V R- 1 2 0

A p pr o x Di m e n si o n s A

4- 1/ 2 6 8 10 12

3- 1/ 2 5 6 8 9

3 4- 1/ 2 5 6 8

APP R OX W EI G H T ( k g s) 1. 3 3. 2 7. 4 12 1 9. 4

C O D E N O. 1 0 1 3- 0 2 0 1 0 1 3- 0 2 1 1 0 1 3- 0 2 2 1 0 1 3- 0 2 3 1 0 1 3- 0 2 4

Pl ai n A n gl e Pl at e M a c hi n e d & pr e ci si o n gr o u n d str e s s r eli e v e d. Pr e ci si o n gr o u n d: Fl at a n d s q u ar e wit hi n 0. 0 1 p er 1 0 0 m m

O R D E R N O.

Si z e i n inches

V R- 2 2

2x2x2

APP R OX W EI G H T ( k g s) 0. 4

V R- 3 3

3x3x3

1. 2

1 0 1 3- 0 3 1

V R- 4 4

4x4x4

2. 5

1 0 1 3- 0 3 2

V R- 5 5

5x5x5

4. 3

1 0 1 3- 0 3 3

V R- 6 6

6x6x6

1 0 1 3- 0 3 4

C O D E N O. 1 0 1 3- 0 3 0

V R- 8 8

8x8x8

1 5. 2

1 0 1 3- 0 3 5

V R- 1 0 1 0

10x10x10

2 7. 7

1 0 1 3- 0 3 6

V R- 1 2 1 2

12x12x12

4 2. 9

1 0 1 3- 0 3 7

MI L LI N G M A C HI N E A C C E S S O RI E S

A76

U- Cl a m p E a s y a dj u st m e nt W or k cl a m pi n g & s u p p ort.

P AI R

Lx Wx H

K. G.

C O D E N O.

M 1 2 x 5”

Cl a m pi n g h ei g ht 0to 80

105x45x35 m m

1. 5

1 0 1 5- 0 0 1

V C A- 4 0 5

M 1 6 x 6”

0to 100

126x54x40 m m

2. 6

1 0 1 5- 0 0 2

V C A- 4 0 6

M 2 0 x 7”

0to 120

155x58x55 m m

4. 2

1 0 1 5- 0 0 3

V C A- 4 0 8

M 2 4 x 8”

0to 150

190x70x65 m m

8. 2

1 0 1 5- 0 0 4

O R D E R N O.

ST U D

V C A- 4 0 4

Pi v ot Cl a m p T h e cl a m pi n g h ei g ht i s a dj u st a bl e Wit h br a s s pl at e u n d er t h e cl a m p ar m f or p ot e cti n g t h e w or ki n g m at eri al fr o m d a m a g e B y u si n g s p h eri c al Fl a n g e n ut, it will b e a s s ur e d t o cl a m p t h e m at eri al ti g htl y T h e cl a m pi n g ar m i s f or g e d

WI T H B RASS PL AT E

P AI R

WI T H B R A S S P L A T E St u d X L Si z e M 1 2 x 5”

Cl a m pi n g h ei g ht

V C B- 4 0 4

T a bl e T- Sl ot Si z e 16

0to 80

11 5x 4 2x 3 9

V C B- 4 0 5

M 1 6 x 6”

0to 100

133x50x49

V C B- 4 0 6

M 2 0 x 7”

0to 120

157x60x54

V C B- 4 0 8

M 2 4 x 8”

0to 150

7 x 2 7 /8

O R D E R N O.

H a n d Drift

O R D E R N O. V H D- 1

Body

Cl a m pi n g F or c e

G. W.

C O D E N O.

1. 6

1 0 1 5- 0 0 5

1. 5

2. 7

1 0 1 5- 0 0 6

4. 6

1 0 1 5- 0 0 7

2. 5

8. 6

1 0 1 5- 0 0 8

C O D E N O. 1 0 1 6- 0 0 1 A n e s s e nti al t o ol f or m a c hi n er y pr o c e s si n g

S p e ci all y a p pli e d f or: V erti c al drill, r a di al drill, c o m p o u n di n g mill er, b ori n g mill er, a n d a n y drill drifti n g, et c. E a s y a n d f a st o p er ati o n. Pr ot e ct t o oli n g s t o b e s af e. E c o n o mi c al, pr a cti c al & d ur a bl e. M e di u m C ar b o n St e el. H ar d n e s s: H R C 4 4º- 4 8º S uit F or S pi n dl e N ot e s M. T. # 2 # 3 # 4 # 5

A77

L e n gt h

3 0 p c s/ B o x Si z e

375 m m

385x45x37 m m

MI L LI N G M A C HI N E A C C E S S O RI E S

3 0 p c s/ C art o n Si z e 390x270x240 m m

N. W.( k g) 1. 3

E y e S hi el d

C O D E N O. 1 0 1 7- 0 0 1

Ø6

180

T h e cl a m pi n g h ei g ht i s a dj u st a bl e Wit h br a s s pl at e u n d er t h e cl a m p ar m f or pr ot e cti n g t h e w or ki n g m at eri al fr o m d a m a g e G UI D E R SI Z E

K. G.

300x180x2

E Y E S HI E L D

O R D E R N O. V H- 5 6

E y e S hi el d Wit h M a g n eti c B a s e

O R D E R N O. V H- 5 7

C O D E N O. 1 0 1 7- 0 0 2

S e e t hr o u g h d e si g n M a g n eti c B a s e 8 0 k g s, 6 0 x 5 0 x 5 5 m m M ai n R o d O. D x L : Ø 1 2 x 1 7 3 W ei g ht : 1. 6 k g s milli n g

drilli n g

Milli n g T a bl e Sl ot C o v er S a v e ti m e cl e a ni n g c hi p s fr o m m a c hi n e Pr ot e ct s t a bl e sl ot s

O R D E R N O. V S T- 1 0 V S T- 1 2 V S T- 1 4 V S T- 1 6 V S T- 1 8 V S T- 2 0 V S T- 2 2 V S T- 2 4 V S T- 2 8 V S T- 3 6

T a bl e Sl ot 10 12 14 16 18 20 22 24 28 36

A 300 400 400 400 450 1000 1000 1000 1000 1000

V e e Bl o c k s

B 10 12 13 16 1 7. 8 20 22 24 2 7. 8 3 6. 6

C 8 8 9. 9 1 3. 3 1 3. 3 1 3. 7 1 3. 7 14 1 4. 1 13

D 1 0. 2 1 2. 2 1 4. 2 1 6. 5 1 8. 5 2 0. 5 2 2. 6 2 4. 8 2 8. 8 3 6. 7

E 7. 4 9. 9 1 1. 3 9. 5 1 6. 4 1 8. 4 2 0. 5 2 2. 5 28 35

F 5. 5 7. 2 7. 2 9 11 1 3. 2 1 5. 2 1 7. 2 2 1. 1 2 8. 2

G 2. 2 2. 2 2. 2 2. 2 2. 2 2. 2 2. 2 2. 2 2. 2 2. 2

H 6. 2 6. 2 8 10 10 10 1 0. 5 1 1. 7 1 1. 7 12

S et 6P CS 6P CS 6P CS 6P CS 6P CS 5P CS 5P CS 5P CS 5P CS 5P CS

K G 0. 1 0. 4 0. 5 0. 5 0. 6 1 1. 1 1. 2 1 1. 1

C O D E N O. 1 0 1 8- 0 1 1 1 0 1 8- 0 1 2 1 0 1 8- 0 1 3 1 0 1 8- 0 0 1 1 0 1 8- 0 0 2 1 0 1 8- 0 0 3 1 0 1 8- 0 0 4 1 0 1 8- 0 0 5 1 0 1 8- 0 0 6 1 0 1 8- 0 0 7

M A C HI N E D O N L Y

M at eri al: Hi g h q u alit y cl o s e- gr ai n e d c a st ir o n, str e s s-r eli e v e d. A c c ur a c y: M a c hi ni n g t o 0. 0 5 m m / 1 0 0 m m O R DE R N O. V- 2 V V- 3 V V- 4 V V- 5 V V- 6 V V- 7 V V- 8 V

L e n gt h

Wi dt h

H ei g ht

50 m m 27 m m 76 m m 35 m m 100 m m 45 m m 1 3 0 m m 5 1. 5 m m 156 m m 66 m m 181 m m 77 m m 206 m m 103 m m

32 m m 61 m m 67 m m 7 9. 5 m m 9 0. 5 m m 11 0 m m 143 m m

g ht C O DE V- Wi dt h V- D e pt h ( Wk eig s)/ S et N O. 2 5 m m 1 2. 5 m m 0. 5 1 0 1 9- 0 0 1 44 m m 22 m m 1. 5 1 0 1 9- 0 0 2 5 3 m m 2 6. 5 m m 2. 5 1 0 1 9- 0 0 3 64 m m 32 m m 4. 3 1 0 1 9- 0 0 4 8 1 m m 4 0. 5 m m 6. 4 1 0 1 9- 0 0 5 8 5. 4 m m 4 2. 7 m m 12 1 0 1 9- 0 0 6 11 6 m m 5 8 m m 1 6. 7 1 0 1 9- 0 0 7

MI L LI N G M A C HI N E A C C E S S O RI E S

A78

A ut o C e nt er P u n c h

O R D E R N O. V A C P- 1

C O D E N O. 1 0 1 9- 0 2 0

L: 1 2 0 M M

It’ s o p er at e d t o ai m at t h e c e ntr al li n e a n d b e pr e s s e d d o w n w ar d; t h e c e ntr al

Dr a w B ar

n e e d t o u s e h a m m er s. T h e f or c e fr o m s pri n g pr e s s ur e. Al s o c a n u s e t o br e a k c ar wi n d o w s N. W. : 0. 0 7 k g

F or milli n g m a c hi n e O R D E R N O.

V D R- R 8- S V D R- R 8- A V D R- N T 3 0 2- S V D R- N T 3 0 2- A V D R- N T 3 0 3- A V D R- N T 3 0 M- S V D R- N T 3 0 M- A V D R- N T 4 0 I- S V D R- N T 4 0 I- A V D R- N T 4 0 M- S V D R- N T 4 0 M- A

D R A W B A R T H RE A D

LE N GT H m m STEPS V A RI A B L E ( S) T Y P E ( A) S P E E D

7/ 1 6- 2 0 U N F

518

598

1/ 2- 1 2 U N F

555

635

1/ 2- 1 3 U N F

555

635

M 1 2 x 1. 7 5 P

555

635

5/ 8- 1 1 U N F

545

630

M 1 6 x 2. 0 P

545

630

W EI G H T ( k g)

C O D E N O.

0. 5 0. 8 0. 6 0. 9 0. 9 0. 6 0. 9 1 1. 3 1 1. 3

1 0 2 0- 0 0 1 1 0 2 0- 0 0 2 1 0 2 0- 0 0 3 1 0 2 0- 0 0 4 1 0 2 0- 0 0 6 1 0 2 0- 0 0 7 1 0 2 0- 0 0 8 1 0 2 0- 0 0 9 1 0 2 0- 0 1 0 1 0 2 0- 0 1 1 1 0 2 0- 0 1 2

Cl o c k S pri n g f or Milli n g M a c hi n e O R D E R N O.

L E N G T H ( m m)

W EI G H T ( k g)

C O D E N O.

V S P- R 8

Ø 4 3 x 0. 6 x 1 3 0 0 L x 2 5

0. 1 6

1 0 2 0- 1 0 1

V S P- N T 3 0

Ø 4 3 x 0. 6 x 1 3 0 0 L x 2 5

0. 1 6

1 0 2 0- 1 0 2

V S P- N T 4 0

Ø 4 5 x 0. 7 x 1 3 0 0 L x 3 0

0. 2 2 2

1 0 2 0- 1 0 3

W EI G H T ( k g) 0. 3 0. 6 0. 7 0. 7 1. 1 2

C O D E N O.

E x p a n d a bl e M a c hi n e G u ar d C o v er

B TYPE

F I S F O R F R O N T ( X) B I S F O R B A C K ( Y) ( MI L LI N G M A C HI N E) B S E RI E S R U B B E R I S P L AI N T Y P E. A79

MI L LI N G M A C HI N E A C C E S S O RI E S

F TYPE O R D E R N O.

WxL

V G C- 3 8 3 3 F V G C- 3 8 6 0 F V G C- 4 5 5 0 F V G C- 3 7 7 5 B V G C- 4 5 8 5 B V G C- 6 0 8 5 B

380x330 380x600 450x500 370x750 450x850 600x850

S UI T F U L MI L LI N G SI N E 1. 5 # 1. 6 # 1. 7# 1. 6 # 1. 5 # 1. 6 # 1. 7# 2. 0 #

1 0 2 1- 0 0 1 1 0 2 1- 0 0 2 1 0 2 1- 0 0 3 1 0 2 1- 0 0 4 1 0 2 1- 0 0 5 1 0 2 1- 0 0 6

5 C. C 3 2. O Z 2 5 C oll et R a c k C O D E N O. 1 0 2 1- 0 5 0

C OLLET R A C K

O R D E R N O. V M S- 5

SI Z E: 2 2 0 x 1 1 0 x 6 m m M A T E RI A L: P L A S TI C G. W.: 0. 2 k g s 5 C, C 3 2, O Z 2 5 E R 3 2, T C 3 1 2 C O L L E T R A C K

T a bl e Sl ot Pl at e E X A M PL E

S cr e w M 1 2 x 1. 7 5 P F or s etti n g

W T a bl e Sl ot W F or T a bl e Sl ot Cl a m p S u p p ort St o p p er F or Fl e xi bl e M a c hi n e T a bl e Fi xi n g

M at eri al: S S 4 1 C

O R D E R N O.

T P- 9 0- 1 8 T P- 9 0- 2 0 T P- 9 0- 2 2 T P- 9 0- 2 4 T P- 1 5 0- 1 8 T P- 1 5 0- 2 0 T P- 1 5 0- 2 2 T P- 1 5 0- 2 4

Wx HxL ( m m) 18x60x90 20x60x90 22x60x90 24x60x90 18x60x150 20x60x150 22x60x150 24x60x150

W EI G H T ( k g s) 0. 7 6 0. 8 5 0. 9 1 1. 3 1. 4 1. 6 1. 8

P art s St or a g e

C O D E N O. 1 0 2 1- 0 7 0 1 0 2 1- 0 7 1 1 0 2 1- 0 7 2 1 0 2 1- 0 7 3 1 0 2 1- 0 7 4 1 0 2 1- 0 7 5 1 0 2 1- 0 7 6 1 0 2 1- 0 7 7

C O L O R: R E D, B L U E, Y E L L O W

E a s y p art s st or a g e Or g a ni z e d

O R D E R N O.

SI Z E

PA C KE D

E A C H W EI G H T ( k g)

C O D E N O.

V H B- 1 2 1 8

120 Wx180 Dx80 H m m

6 0 P C S/ C A S E

8. 6

1 0 2 1- 1 0 0

V H B- 1 5 2 5

1 5 0 W x 2 5 0 D x 1 2 0 H m m 3 6 P C S/ C A S E

9. 6

1 0 2 1- 1 0 1

V H B- 2 0 3 5

2 0 0 W x 3 5 0 D x 1 5 0 H m m 1 8 P C S/ C A S E

0. 5 8 5

1 0 2 1- 1 0 2

V H B- 2 0 4 5

2 0 0 W x 4 5 0 D x 1 7 7 H m m 1 2 P C S/ C A S E

0. 8

1 0 2 1- 1 0 3

V H B- 3 0 4 5

300 Wx450 Dx177 H m m

1. 8 8 2 5

1 0 2 1- 1 0 4

8 P C S/ C A S E

MI L LI N G M A C HI N E A C C E S S O RI E S

A80

Ri g ht A n gl e H e a d V R A- R 8

V R A- N T 4 0

V R A- T Y P E

U s e d o n V erti c al Milli n g M a c hi n e t o m a k e h ori z o nt al w or k. Ri gi dit y c o n str u ct e d s uit a bl e f or h ori z o nt al c utti n g. T h e cl a m pi n g b u s hi n g t o s uit milli n g m a c hi n e. M a xi m u m s pi n dl e s p e e d all o w e d ri g ht a n gl e. 2 0 0 0 R. P. M.

Pl e a s e n otift y t h e q uill di a. w h e n or d eri n g M a c hi n e Q uill

O R D E R N O.

S UI T A B L E MI L LI N G H E A D Q UI L L DI A M E T E R( m m)

V R A- R 8

8 5. 7 2 5 ~ 8 6

V R A- N T 3 0 V R A- N T 4 0

Open Lockto open

L o o s e 2 s cr e w s t o m at c h wit h m a c hi n e. Ti g ht e n 2 s cr e w s

2 S cr e w s

Open

A s s e m bl e wit h milli n g q uill di a.

W EI G H T ( k g s)

C O DE N O.

175 138

1 2. 5

1 0 0 8- 0 0 1

8 5. 7 2 5 ~ 8 6

175 160

1 0 0 8- 0 0 2

8 5. 7 2 5, 1 0 0, 1 0 5, 1 1 0, 1 1 5

183 190

1 0 0 8- 0 0 3

A R B O R F O R C U T T E R I N C H O R M E R TI C SI Z E V R A- R 8

R 8- S C A 1

R 8- S C B 2 2

V R A- N T 3 0

N T 3 0- S C A 1

N T 3 0- S C B 2 7

V R A- N T 4 0

N T 4 0- S C A 1

N T 4 0- S C B 2 7

H ori z o nt al Milli n g Att a c h m e nt A S S E M B L E D WI T H MI L LI N G Q UI L L DI A.

S p e ci al d o v et ail d e gr e e, al s o c a n s u p pl y..... pl e a s e n otif y. V H A- T Y P E i n cl u di n g ri g ht a n gl e h e a d, l o n g h ori z o nt al ar b or a n d br e a k er. V H A- R- 8- 2 7 m m V H A- N T- 3 0/ N T- 4 0- 2 7 m m f or T h e m m si z e, f or i n c h si z e ar e s a m e 2 5. 4 m m ( 1 ) T h e q uill di a m et er i s s a m e a s V R A- T y p e M a xi m u m s pi n dl e s p e e d all o w e d ri g ht a n gl e. 2 0 0 0 R. P. M.

h ori z o nt al mill. D e si g n e d t o si m plif y ri g ht a n gl e w or k b y r e d u ci n g t h e n e e d f or s p e ci al

H ori z o nt al Milli n g Ar b or S u p p ort TYPE

A81

S P E C.

S UI T A B L E M/ C R A M D O V E T AI L WI D T H

U nit: m m

W EI G H T( k g s)

O R D E R N O.

C O D E N O.

A 5 0º

2 5. 7

V H A- R- 8

175

138

255

233

1 0 0 8- 0 1 0

A 5 5º

2 6. 5

V H A- N T- 3 0

175

160

270

233

1 0 0 8- 0 1 1

A 6 0º

3 0. 8

V H A- N T- 4 0

183

190

270

233

1 0 0 8- 0 1 2

MI L LI N G M A C HI N E A C C E S S O RI E S

S u p er P o w er T y p e

F or L o n git u di n al X A xi s

P O WE R TA BLE FEE D

P o w er T a bl e F e e d - 5 0 0 X, 5 0 0 Y, 5 0 0 Z S eri e s

F or Cr o s s Y A xi s

F or V erti c al Z A xi s

T h e v erti c al milli n g m a c hi n e s t h e s a m e a s bri d g e p ort t y p e, l u g u n t y p e, k o n di a t y p e wit h o ut g e ar b o x t a bl e f e e d d e vi c e. All t y p e milli n g/ drilli n g m a c hi n e s hi g h t or q u e. E a s y i n st all ati o n. A ut o m ati c s h ut off. S u p eri or t h er m al c h ar a ct eri sti c. S m o ot h o p er ati o n s. S af et y o pti o n. Tr o u bl e-fr e e p erf or m a n c e. s u p er p o w er. T h e m a x. t or q u e i s 6 5 0 i n/ 1 b N e w s u p er p o w er d e si g n a n d c o n str u cti o n m at eri al s. T o p q u alit y. L o n g lif e s p a n d e si g n e d. All t y p e ar e 1 1 0 V v olt a g e o nl y.

5 0 0 S T y p e s eri e s V P F- 5 0 0 X V P F- 5 0 0 Y V P F- 5 0 0 Z O R D E R N O.

V O LT A G E

V P F- 5 0 0 X V P F- 5 0 0 Y V P F- 5 0 0 Z V P F- 9 9 X

11 0 V O NLY 11 0 V

Speed Range 4- 1 6 0r p m 0- 1 6 5r p m

R a pi d S p e e d 2 0 0r p m 2 4 0r p m

M a x. T or q u e 6 5 0 i n/l b 4 5 0 i n/l b

V P F- 9 9 X

Lx Wx H 290x200x320 m m 290x200x315 m m

G. W.( k g s)

C O D E N O.

6. 3

1 0 0 9- 0 0 1 A

6. 7

1 0 0 9- 0 0 2 A

6. 9

1 0 0 9- 0 0 3 A

6. 2

1 0 0 9- 0 0 5

11 0 V

F e at ur e s

A p pli c ati o n: t h e V E R T E X p o w er t a bl e f e e d f or Drill/ Milli n g m a c hi n e.

V P F- 9 9 Hi g h e st q u alit y d e si g n a n d c o n str u cti o n. Cir c uit p a n el i s d e si g n e d f or e a s y r e pl a c e m e nt wit h i n s ert t y p e c o n n e ct or s. A s s y- g e ar cl u ct h h a s li mit f or t wi sti n g: W h e n p o w er f e e d i s w or ki n g a n d a c c e pti n g tr e m e n d o u s o b st a cl e, t h e a s s y- g e ar cl u ct h will a ut o m ati c all y b e c o m e n at ur al t ur ni n g i n or d er t o r e d u c e d a m a g e.

O P TI O N A L Tr a n sf or m er 1 1 0 V O R D E R N O. V P F- T F C O D E N O. 1 0 0 9- 0 0 6

220 V

T R 1: O ut p ut T R 2: 2 O ut p ut O ut p ut: 1 1 0 V 5 0/ 6 0 H z, p o w er s u p pl y: 5 0/ 6 0 H z, 1- p h a s e 2 2 0, 2 4 0, 3 8 0, 4 1 5, 4 4 0 V

T HI S T R A N S F O R M E R I S F O R V P F- T Y P E U S E O N L Y.

V P F- 5 0 0

V P F- 9 9

MI L LI N G M A C HI N E A C C E S S O RI E S

A82

Air P o w er Dr a w b ar

St a n d ar d e q ui p m e nt P o w er m ot or C o ntr ol b o x

Dr a w b ar M o u nti n g h ar d w ar e

a s c utt er r e pl a c e m e nt n e e d s o nl y 3 s e c a n d t h e s p e e d of r e pl a c e m e nt i s m or e t h a n 1 0 ti m e s t o c o m p ar e wit h tr a diti o n al c utt er r e pl a c e m e nt.

Air p o w er dr a w b ar P D- 1 5 0, P D- 2 0 0 V P F- 5 0 0 X

V P F- 5 0 0 Y

V P F- 5 0 0 Z

I N STALL E X A M PL E O R D E R N O.

SPEE D

T O R Q UE

AI R P R E S S U R E

V O LT A G E F O R M A G N E TI C V A L V E

9 0 p si 6. 3 k g/ c m 2

A C 11 0 V O R 220 V D C 24 V

9. 8

A C 11 0 V O R 220 V D C 24 V

R- 8 P D- 1 5 0 F O R

N T- 3 0

3 0 0 0 R. P. M.

1 5 0 ft-l b

N T- 4 0

P D- 2 0 0 F O R

A83

N T- 5 0

3 0 0 0 R. P. M.

2 0 0 ft-l b

MI L LI N G M A C HI N E A C C E S S O RI E S

It c a n b e i n st all e d i n a n y ki n d of m a c hi n e, of w hi c h t h e m ai n s pi n dl e ar e R- 8, N T # 3 0, # 4 0 or # 5 0. It i s c o n v e ni e nt f or t h e m a c hi ni st w h o w a nt s i n cr e a s e d pr o d u cti o n a n d p erf or m a n c e fr o m hi s m a c hi n e. It i s s uit a bl e f or N C a n d g e n er al milli n g m a c hi n e s. T hi s d e vi c e i s e a sil y i n st all e d n e e d s o nl y 5 s e c o n d s t o c h a n g e t h e c utti n g t o ol. M ai n p o w er i s air c o m pr e s si o n. T hi s d e vi c e i s d e si g n e d wit h s af et y d e vi c e c o ntr oll e d wit h s ol e n oi d v al v e. T h e p o w er dr a w b ar c a n n ot b e o p er at e d w hil e m a c hi n e i s r u n ni n g.

9 0 p si 6. 3 k g/ c m 2

G. W. kgs

P A C KI N G Lx Wx H

C O DE N O. 1 0 1 0- 0 0 1

650x300x200

1 0 1 0- 0 0 2 1 0 1 0- 0 0 3

650x300x200

1 0 1 0- 0 0 4

Pr e ci si o n Sl otti n g H e a d C O D E N O. 1 0 1 2- 0 1 0

S L O T TI N G H E A D

O R D E R N O. V S H- 1 2 5

F e at ur e s

S p e ci al d e si g n w or m a n d w or m g e ar wit h li n k a g e tr a n s mi s si o n m e c h a ni s m, w ell c o n str u cti o n a n d hi g hl y p o w er o ut p ut. T h e r a m- sli di n g s urf a c e ar e h ar d e n e d a n d pr e ci si o n gr o u n d B uilt i n l u bri c ati n g s y st e m f or s m o ot hl y r u n ni n g a n d pr ol o n g t h e lif e of h e a d A v ail a bl e m o u nti n g o n a n y t y p e milli n g m/ c b a c k si d e of t h e r a m.

Str o k e: 1 2 5 m m ( 5 ) N o. of str o k e s p e e d c h a n g e: 5 st e p s Str o k e s p e e d ( str o k e/ mi n): 3 0, 4 7, 6 9, 9 8, 1 4 0 s p m ( 5 0 H Z) Str o k e s p e e d ( str o k e/ mi n): 3 5, 5 4, 7 9, 1 1 2, 1 6 0 s p m ( 6 0 H Z) Dri vi n g M ot or: 3/ 4 H P- 6 P W EI G H T: 1 5 0 k g s Sl otti n g b ar & c utt er V S H- C: 6 m m, 7 m m, 8 m m, 1 0 m m

C U T T E R SI Z E

O pti o n al A c c e s s ori e s Fl a n g e A Fl a n g e B Sl otti n g b ar & c utt er 4, 5, 6, 7, 8, 1 0 m m

O R D E R N O.

C UTTE R & D E S C RI P TI O N

W EI G H T ( k g)

C O D E N O.

V S H- 6 C

Sl otti n g b ar 6 m m

0. 5 6

1 0 1 2- 0 1 3

V S H- 7 C

Sl otti n g b ar 7 m m

0. 6 2

1 0 1 2- 0 1 4

V S H- 8 C

Sl otti n g b ar 8 m m

0. 8 0

1 0 1 2- 0 1 5

V S H- 1 0 C

Sl otti n g b ar 1 0 m m

0. 8 1

1 0 1 2- 0 1 6

V S H- F G A

FL A N G E A

1 0 1 2- 0 1 7

V S H- F G B

FL A N G E B

1 0 1 2- 0 1 8

1. Dir e ct m o u nti n g

MI L LI N G M A C HI N E A C C E S S O RI E S

A84

U ni v er s al C utt er Gri n d er

O R D E R N O. U 2

C O D E N O. 1 0 2 2- 0 0 1

F or gri n di n g H S S a n d c ar bi d e e n gr a vi n g c utt er a s w ell a s si n gl e li p or m ulti pl e li p c utt er s of v ari o u s s h a p e s s u c h a s r a di u s e d c utt er s or n e g ati v e t a p er a n gl e of c utt er s. T h e u ni v er s al i n d e x h e a d i s pr o vi d e d at 2 4 p o siti o n s s o t h at a n y p arti c ul ar a n gl e or s h a p e c a n b e o bt ai n e d, fr e e 3 6 0 0 or 1 0 0 r ot ati o n i s all o w e d f or gri n di n g E n d Mill s. T wi st Drill. L at h e T o ol s, o nl y r e pl a c e t h e att a c h m e nt t o t h e i n d e x h e a d wit h o ut a n y c o m pl e x s et u p.

T e c h ni c al D at a

M a x. C oll et c a p a cit y Ø 1 8 m m M a x. Gri n di n g di a. Ø 2 5 m m T a p er a n gl e 0º- 1 8 0º R eli ef a n gl e 0º- 4 5º N e g ati v e a n gl e 0º- 2 6º Gri n di n g s pi n dl e 3 6 0 0 r. p. m. C u p gri n di n g w h e el 1 0 0 x 5 0 x 2 0 m m M ot or 1/ 3 H p 2 2 0 V 5 0/ 6 0 H z, pl e a s e n otif y v olt & p h a s e N et w ei g ht 4 5 k g s G. W.: 5 8 k g s M a c hi n e di m e n si o n s ( L x W x H) 4 5 x 4 0 x 3 5 c m P a c ki n g Di m e n si o n s ( L x W x H) 5 5 x 4 5 x 4 7 c m

St a n d ar d A c c e s s or y I n cl u d e d

W h e el dr e s s er wit h di a m o n d.................... 1 p c Gri n di n g w h e el ( st o n e).............................. 1 p c ( U 2- G) C oll et Ø 4, 6, 8, 1 0 1 2 m m......................... 5 p c Dri v e b elt ( U 2- B)....................................... 1 p c ( U 2- B) L o c k pi n..................................................... 1 p c T o ol s......................................................... 1 s et

E N G R A VI N G A N D MI L LI N G C U T T E R P R O FI L E S S A M P L E

A85

MI L LI N G M A C HI N E A C C E S S O RI E S

U ni v er s al C utt er Gri n d er O pti o n al O pti o n al A c c e s s or y

o n p a g e U 2 c oll et. O R D E R N O.

C O D E N O.

U 2- E

1 0 2 2- 0 1 0

U 2- T

1 0 2 2- 0 1 1

U 2- L

1 0 2 2- 0 1 2

U 2- D # 1 0 0

1 0 2 2- 0 1 3

U 2- B B E L T G R E E N

1 0 2 2- 0 1 4

U 2- B- R B E L T R E D

1 0 2 2- 0 1 8

U 2- G W H E E L

1 0 2 2- 0 1 6

U 2- R # 2 0 0

1 0 2 2- 0 1 7

U 2- R- 1 # 4 0 0

1 0 2 2- 0 1 7- 1

V T C- 2 0

3 4 0 5- 2 2 1

U 2- C O L L E T

V E- U 2-

E N D mill gri n di n g att a c h m e nt C O D E N O. 1 0 2 2- 0 1 0 U 2- E W EI G H T: 2 k g s

T wi st drill gri n di n g att a c h m e nt O R D E R N O. U 2- T C O D E N O. 1 0 2 2- 0 1 1 W EI G H T: 0. 9 k g

L at h e t o ol gri n di n g att a c h m e nt O R D E R N O. U 2- L C O D E N O. 1 0 2 2- 0 1 2 W EI G H T: 0. 9 k g

B ELT O R D E R N O. U 2- B B E L T C O D E N O. 1 0 2 2- 0 1 4 O R D E R N O. U 2- B- R B E L T C O D E N O. 1 0 2 2- 0 1 8

DI A M O N D G RI N DI N G W H E E L U 2- D di a m o n d gri n di n g w h e el

U 2- R R e si n oi d Di a m o n d & C B N W h e el s

O R D E R N O.

SI Z E

G R AI N

W EI G H T ( k g s)

C O D E N O.

U 2- D

100 Dx10 Wx5 Ux20 Hx22 T

#100

0. 7

1 0 2 2- 0 1 3

U 2- R

100 Dx8 Wx2 Xx20 H

#200

0. 5

1 0 2 2- 0 1 7

U 2- R- 1

100 Dx8 Wx2 Xx20 H

#400

T o ol c a bi n et st a n d V T C- 2 0 4 6 0 x 3 7 0 x 8 6 0 m m G. W.: 3 0. 2 5 k g s C O D E N O.

C U T T E R G RI N D E R

T wi st drill gri n di n g att a c h m e nt U 2- T E N D m ail gri n di n g att a c h m e nt U 2- E L at h e t o ol gri n di n g att a c h m e nt U 2- L Gri n di n g w h e el b al a n ci n g st a n d L B S- 1 0 0 C O D E N O. 2 0 1 4- 0 1 0 Di a m o n d gri n di n g w h e el U 2- D R e si n oi d Di a m o n d & C B N W h e el s U 2- R C oll e ct ( e xtr a 1, 2, 2. 5, 3, 5, 7, 9, 1 6, 1 8, 2 0, 2 5 m m a n d 1/ 8”, 3/ 1 6”, 1/ 4”, 5/ 1 6”, 3/ 8”, 1/ 2”, 5/ 8”).

U 2- B B E L T G REE N

U 2- B- R B E L T RE D

U2 C OLL ET Pl e a s e s e e p a g e C 4 1

N O. 2

Ø 1 8- Ø 2 5

N O. 1

Ø 3- Ø 1 6

1 0 2 2- 0 1 7- 1

O R D E R N O. S H O W N O N P A G E C 1 4 0

3 4 0 5- 2 2 1

O R D E R N O.

SI Z E Ø

V E- U 2- Ø

Ø 1, 2, 3, 4, 5, 6, 7, 8, 9, 1 0, 1 1, 1 2, 1 3, 1 4, 1 5, 1 6, 1 8, 2 0, 25 m m

U2 C OLL ET

V T C- 2 0

E X A M PL E

MI L LI N G M A C HI N E A C C E S S O RI E S

A86

C h a mf eri n g & D e b urri n g U nit O R D E R N O.

C O D E N O.

V C F- 5 0 0

1 0 2 3- 0 0 1

V C F- 5 0 0 W

1 0 2 3- 0 0 2

V C F- 5 0 0 F

1 0 2 3- 0 0 3

P R A C TI C A L

A. U NI V E R S A L A P P LI C A TI O N. B. SI M P LI FI E D O P E R A TI O N. C. F A S T- A C C U R A T E- R A TI O N A L. D. TI M E S A V E D.

V C F- 5 0 0

S P M N 1203

A c c e s s or y: Si d e Mill C utt er I n s ert S P U N 4 2 2

T o ol c a bi n et st a n d V T C- 2 0, 460 x 370 x 860 m m C O D E N O. 3 4 0 5- 2 2 1 PA G E A84

F E A T U R E S F O R V C F- 5 0 0, 5 0 0 W, 5 0 0 F 1.

s uit a bl e f or u n s kill e d p er s o n n el. 2. E a sil y t o b e b e v ell e d f or a n y l e n gt h m a d e of st e el, c a st ir o n, n o nf err o u s m et al s, pl a sti c s, a cr yli c et c. 3. 5 0 0 : Wit h e x c h a n g e a bl e c ar bi d e i n s e nt s, i n s ert c a n b e c h a n g e d e a sil y t o s a v e c o st a n d i n cr e a s e w or ki n g a bilit y. 4. 5 0 0 W: m at eri al, h e at tr e at m e nt w or k pi e c e, c a n b e b e v ell e d or c h a mf err e d. 5. 5 0 0 F : W or ki n g b a s e o n s urf a c e milli n g pri n ci pl e s, t h e d e b urri n g pr o c s si n g s urf a c e i s s a m e a s t h e milli n g m a c hi n e s urf a c e.

V C F- 5 0 0 W

A c c e s s or y: Gri n di n g W h e el 100 Øx50x17 Ø

G u ar a nt e e d f or 3 m o nt h s

T E C H NI C A L D A T A 500

500 W

500F

500x320 m m

500x440 m m

500x220 m m

W ei g ht( k g s)

2 8. 5

2 9. 1

V olt a g e

3 Ø 2 2 0 V or 1 Ø 1 1 0 V/ 2 2 0 V 5 0 H Z/ 6 0 H Z 3 Ø 3 8 0 V/ 4 1 5 V

Space r e q uir e m e nt

M ot or o ut p ut

0. 7 K W

Speed L e n g ht of g ui d e r ail s

3 5 0 0 r. p. m. 500x100 m m

500x100 m m

500x40 m m

H ei g ht of b e v el

V C F- 5 0 0 F

A c c e s s or y: F a c e Milli n g C utt er I n s ert S E K N 1 2 0 3 A87

MI L LI N G M A C HI N E A C C E S S O RI E S

B e v el a n gl e

0- 3 m m ( C h a n g a bl e)

4 5º

P L E A S E N O TI F Y V O L T A G E & P H A S E, W H E N Y O U O R D E RI N G. C. E M A R K R E Q U E S T E D

O R D E R N O.

C O D E N O.

V C F- 5 0 0 S

1 0 2 3- 0 0 4

V C F- 6 0 0

1 0 2 3- 0 0 5

V C F- 7 0 0

1 0 2 3- 0 0 6

C H A M F E RI N G & D E B U R RI N G

C h a mf eri n g & D e b urri n g U nit

P R A C TI C A L

A. U SI N G S A N D- C L O T H R O L L E R F O R C U T TI N G. B. G O O D F O R S T E E L. C A S T I R O N H A R D E N P A R T S. C. N O T F O R S O F T I R O N O R A L U MI N U M. D. I F U S E D B E N T W O R K PI E C E, T H E C H A M F E RI N G S U R F A C E W O U L D N O T S M O O T H L Y S T R AI G H T.

V C F- 5 0 0 S

A c c e s s or y: S a n di n g Di s c 165 Øx22 Ø

F E A T U R E S F O R V C FLi g ht d ut y

V C F- 6 0 0 I n s ert

S P M W 321 Z S P M W 090308

1. 5 0 0 S: U s e s s a n di n g di s c, c a n d e b ur s oft a n d ri gi d m at eri al s. 2. 6 0 0 : E a s y t o c arr y a n d ti m e- s a vi n g. s uit a bl e f or l ar g e si z e w or k pi e c e w hi c h c a n’t b e e a sil y m o v e d. T h e t o ol s c a n b e c h a mf er e d 0- 3 m m b e v el a n gl e, r a di u s, ar c a n gl e, irr e g ul ar s h a p e. str ai g ht li n e, o ut er c ur v e a n d et c. 3. 7 0 0 : T h e m a c hi n e i s u s e d t o c arr y o ut c h a mf eri n g o p er ati o n s o n a n y ki n d of f err o u s m at eri al i n p arti c ul ar st e el a n d c a st ir o n. E q ui p p e d wit h s q u ar e- s h a p e d t u n g st e n c ar bi d e i n s ert s- 1 2. 7 x 1 2. 7 x 3. 1 8 I S O f or u n s kill e d p er s o n n el. 3 Ø 2 2 0 V/ 3 Ø 3 8 0 V G u ar a nt e e d f or 3 m o nt h s

T E C H NI C A L D A T A Space r e q uir e m e nt W ei g ht( k g s)

V C F- 7 0 0

Si d e mill c utt er

H e a v y d ut y

V C F- 5 0 0 S

V C F- 6 0 0

V C F- 7 0 0

330x410

380x130

360x200x260

3. 7

V olt a g e

220 V 3 Ø 2 2 0 V or 31 ØØ 31 18 00 V/ V/ 4 1 5 V 5 0 H Z/ 6 0 H Z

M ot or o ut p ut

0. 7 K W

0. 6 2 K W

0. 3 7 K W

Speed

3 5 0 0 r. p. m.

1 2 0 0 0 r. p. m.

3 5 0 0 r. p. m.

L e n g ht of g ui d e r ail s

320x120 m m

100 m m

200 m m

320x28 m m

H ei g ht of b e v el

0- 3 m m

0- 7 m m

B e v el a n gl e

4 5º

A dj u st a bl e

P L E A S E N O TI F Y V O L T A G E & P H A S E, W H E N Y O U O R D E RI N G.

MI L LI N G M A C HI N E A C C E S S O RI E S

A88

C h a mf eri n g & D e b urri n g U nit

O R D E R N O. V C F- 3 0 0 A

C O D E N O. 1 0 2 3- 0 0 7

S P E CI FI C A TI O N A c c e s s or y

C ar bi d e e n d mill s

M a c hi n e si z e

L330 m m x W330 m m x H300 m

V olt a g e

1 ø, 2 2 0 V; 5 0 H z/ 6 0 H z

Speed Di st a n c e of B e v el

Pr o c e s s b y c ar bi d e e n d mill. B e v el a n gl e T h e r a n g e of c h a mf er: i n n er di a. 6 m m,i n n er g a p wi dt h 6 m m a n d 3 R ar c. N. W. / G. W. T h e c h a mf er a bilit y b y: 2 C/ 2 R. T h e a dj u st a bl e s p e e d ( 0- 1 2 0 0 0 r. p. m.) c a n u s e f or all ki n d s of m at eri al s B o x si z e c utti n g. ( e x c e pt h ar d e n p art s) M e a s ur e m e nt T hi s m a c hi n e w a s d e si g n e d f or r e g ul ar a n d irr e g ul ar p art s s u c h a s c ur v e d s urf a c e, i n n er g a p, a n d c o m pl e x of i n n er a n d o utt er p art s. M ot or All b e v el a n gl e c o m e s t o 4 5º b y 4 5º c ar bi d e e n d mill. Tr a c k Si z e

4 5º 40kgs/ 42kgs 550 m m x 440 m m x 380 m m 3. 4 S q u ar e f e et 1 HP 300 m m x 250 m m x 10 m m

Ej e ct or Pi n C utti n g- off U nit

O R D E R N O. V E C- 1 0 0 C O D E N O. 1 0 2 4- 0 0 1 A P R E CI S E & S H A R P C U T TI N G T O O L F O R M O U L D M A KI N G LI N E F e at ur e s

M o v e a bl e s h aft b e ari n g e a s y o p er ati o n, s af et y. F or c utti n g ej e ct or pi n of m o ul d. or m a c hi n e k e y. r o u n d r o d. H e at- Tr e at m e nt m at eri al s. G o o d- L o o ki n g c utti n g s urf a c e of st ai nl e s s st e el. H a n dl e d e vi c e a c c or di n g l a w of l e v er, it’ s e a s y t o m o v e o n. C a u s e n o vi br ati o n, n o d u st a n d n oi s el e s s. E a s y t o e x c h a n g e t h e e m er y w h e el.

LE N G HT H C O U NTE R

A B L E T O C U T A L L T H E M A T E RI A L WI T H P L A N E S U R F A C E A L M O S T

VI S E H A N D L E

S P E CI FI C A TI O N C U T TI N G H A N D L E

U nit: m m

M a x. C utti n g c a p a cit y

Ø25x300L

C utti n g t ol er a n c e

2 0 ± 0. 1 0 M M 1 5 0 M M ( O. D.)

C ut- off s a n d er l a mi n a

STA N DA R D A C C E S S O RI E S

E m er y w h e el ( Ø 1 5 0 x 1 x 1 9. 0 5 m m) 5 P C S

L A R G E & S M ALL V SL OT ( F or cl a m pi n g r o u n d o bj e ct)

E M E R Y W H E EL A S S E M BLY B Y HA N D

opened

l o c k e d ti g htl y

1 M M ( T HI C K) 1 9. 0 5 M M ( H O L E)

R. P. M.

3600

M ot or

1/ 2 H P

M e a s ur e r ul e

300 M M

W ei g ht ( a p pr o x.)

9 4. 5 K G S

M a c hi n e si z e

620x420x450 M M

P a c ki n g si z e

720x520x600 M M

P L E A S E N O TI F Y T H E V O L T A G E & P H A S E, W H E N Y O U O R D E RI N G. A89

MI L LI N G M A C HI N E A C C E S S O RI E S

O R D E R N O.

C O D E N O.

N. W.

G. W.

V E C- 3 0 0 G

1 0 2 4- 0 1 0

109

V E C- 5 0 0 G

1 0 2 4- 0 1 1

11 5

V E C- 6 0 0 G

1 0 2 4- 0 1 2

11 8

R O D S C U T TI N G

R o d s Pr e ci si o n C utti n g- Off A n d E n d S urf a c e Gri n di n g U nit

F e at ur e s

F or Cl a m pi n g

F or C utti n g & Gri n di n g

D uri n g o p er ati o n, t h e gri n di n g s a n d er m a y b e mi cr o a dj u st e d a n d r e p air e d wit h o ut c h a n gi n g it s di m e n si o n s. T h e ti gt n e s s of b elt m a y b e a ut o m ati c all y a dj u st e d a n d c o ntr oll e d (t h e l ar g er t h e r e si st a n c e, t h e ti g ht er t h e b elt.) T h e di m e n si o n s pr e ci si o n of c utti n g off t h e l e n gt h of w or ki n g pi e c e ar e n ot s u bj e ct t o t h e eff e ct of t h e diff er e n c e of t hi c k n e s s of c utti n g- off s a n d er pi e c e. T h e r a pi d c h u c k i s u s e d t o h ol d t h e w or ki n g pi e c e i n pl a c e, o p e ni n g or cl o si n g it i s v er y q ui c k, a n d Ø 1- 2 5 m m i s t h e s a m e. W h e n o p er ati o n, a s h aft wit h t w o t a p er e d e n d s i s u s e d f or tr a n s mi s si o n a n d c h ar a ct eri z e d b y hi g h st a bilit y l o w w e ari n g r at e a n d l o n g lif e. T h e r a pi d p o siti o ni n g r ul e i s i n t h e u nit of 2 0 m m a n d pr o vi d e d wit h a mi cr o r ul e ( 0 m m t o 2 5 m m) of w hi c h t h e z er oi n g p oi nt i s t h e di m e n si o n s at t h e r a pi d p o siti o ni n g p oi nt. T h e mi ni m u m of c utti n g l e n gt h i s 6 0 m m

S P E CI FI C A TI O N 2. 3.

C ut- off pr e ci si o n

2 5 m m ø x 3 0 0 m m ± 0. 0 1

Ri g ht- a n gl e pr e ci si o n

2 5 m m ø x 9 0º ± 0. 0 1

C ut- off s a n d er l a mi n a

1 m m t x 1 8 0 m m ø ( H ol e) 3 1. 8 m m ø

Gri n di n g s a n d er s urf a c e

2 7 A/ P A 4 6I J x 1 0 0 x 5 0 x 2 0

R. P. M.

3600

M ot or

1 H P 1 1 0/ 2 2 0 V 1 or 3 p h a s e

C a p a cit y

V E C- 3 0 0 G 3 0 0 m m V E C- 5 0 0 G 5 0 0 m m V E C- 6 0 0 G 6 0 0 m m

M a c hi n e Si z e

V E C- 3 0 0 G/ 5 0 0 G 6 0 0 X 5 5 0 X 6 6 0 m m 600 X 550 X 720 m m V E C- 6 0 0 G

T h e l e gt h of m e a s ur e: 3 0 0 m m i s f or V E C- 3 0 0 G 5 0 0 m m i s f or V E C- 5 0 0 G 6 0 0 m m i s f or V E C- 6 0 0 G E x c e pt t h e m e a s ur e r ul e l e n gt h i s diff er e nt, all it e m s of b o d y ar e s a m e.

Pl e a s e n otif y t h e v olt a g e & p h a s e, w h e n y o u or d eri n g T h e m e a s ur e r ul e MI L LI N G M A C HI N E A C C E S S O RI E S

A90

D u st pr o of H al o g e n L a m p B e a m

W A T E R P R O O F U NI V E R S A L T Y P E

V H L- 3 0 0 S E RI E S

LI G H T I P 6 7 A R M I P20

S P E CI F Y: 11 0 V / 5 5 W 220 V/ 55 W 380 V/ 55 W 24 V/ 70 W P L E A S E C O N FI R M

V H L- 3 0 0 S

V H L- 3 0 0 S S H O RT A R M

V H L- 3 0 0 M

V H L- 3 0 0 L

V H L- 3 0 0 M M E DI U M A R M

V H L- 3 0 0 L L O N G A R M

O P TI O N A L M O U N TI N G A N G L E P L A T E J- L 0 2 M O U N TI N G C L A M P J- C 0 2

J- L 0 2

J- C 0 2

F e at ur e s

C oil tr a n sf or m er b uilt i n b a s e f or dir e ctl y c o n n e ct t o v olt a g e of A c p o w er. ( 1 1 0 V, 2 2 0 V, 3 8 0 V, 2 4 V...) S p e cif y v olt a g e a s d e sir e d w h e n or d eri n g. It a c c e pt s b ul b 5 5 W F ur ni s h e d wit h 1. 8 m et er c or d wit h pl u g. Fitt e d wit h c oil tr a n sf or m er r e si sti n g u n st a bl e v olt a g e. L o n g s er vi c e lif e. wit h w at er pr o of arti c ul at e d ar m. A91

MI L LI N G M A C HI N E A C C E S S O RI E S

T ot all y e n cl o s e d li g hti n g h e a d pr o vi d e s w ell pr e v e nti o n f or e x pl o si o n, d u st, c o ol a nt, a n d l u bri c a nt s. gr e at li g ht o ut p ut, s oft ill u mi n ati n g wit h o ut irrit ati n g t o t h e e y e s. U nit: m m

O R D E R N O.

A R M LE N GT H L x l

W EI G H T ( k g)

C O D E N O.

V H L- 3 0 0 L

430x400

2. 4

1 0 2 5- 0 0 1

V H L- 3 0 0 M

250x200

2. 1

1 0 2 5- 0 0 2

V H L- 3 0 0 S

1 J OI N T

2. 3

1 0 2 5- 0 0 3

J- L 0 2

0. 3

1 0 2 5- 0 0 4

J- C 0 2

0. 5

1 0 2 5- 0 0 5

D u st pr o of H al o g e n L a m p B e a m

W A T E R P R O O F U NI V E R S A L T Y P E

V H L- 3 0 0 L R

V H L- 3 0 0 L R L O N G A R M

V H L- 3 0 0 1/ 2 M R

V H L- 3 0 0 S R S H O RT A R M

V H L- 3 0 0 M R M E DI U M A R M

F e at ur e s

O P TI O N A L

J- L 0 1

V H L- 3 0 0 S R

V H L- 3 0 0 M R

L A MP BE A M

LI G H T I P 6 7 A R M I P65

J- C 0 1

M O U N TI N G A N G L E P L A T E J- L 0 1 M O U N TI N G C L A M P J- C 0 1

C oil tr a n sf or m er b uilt i n b a s e f or dir e ctl y c o n n e ct t o v olt a g e of A c p o w er. ( 1 1 0 V, 2 2 0 V, 3 8 0 V......) S p e cif y v olt a g e a s d e sir e d w h e n or d eri n g. It a c c e pt s b ul b 5 0 W, 5 5 W, 7 0 W. F ur ni s h e d wit h 1. 8 m et er c or d wit h pl u g. Fitt e d wit h c oil tr a n sf or m er r e si sti n g u n st a bl e v olt a g e. L o n g s er vi c e lif e. Wit h W at er pr o of arti c ul at e d ar m. R o u n d t u b e ar m pr o vi d e s gr e at li g hti n g a n gl e s. I P65 U nit: m m O R D E R N O.

A R M LE N GT H L x l

W EI G H T ( k g)

C O D E N O.

T ot all y e n cl o s e d li g hti n g h e a d pr o vi d e s w ell pr e v e nti o n f or e x pl o si o n, d u st, c o ol a nt, a n d l u bri c a nt s.

V H L- 3 0 0 L R

4 0 0 x 4 0 0 ( Wit h W at er pr o of)

4. 4

1 0 2 5- 0 1 0

V H L- 3 0 0 M R

2 0 0 x 2 0 0 ( Wit h W at er pr o of)

3. 6

1 0 2 5- 0 1 1

V H L- 3 0 0 S R

1 J OI N T ( Wit h W at er pr o of)

2. 9

1 0 2 5- 0 1 2

li g ht o ut p ut, s oft ill u mi n ati n g wit h o ut irrit a ati n g t o t h e e y e s.

V H L- 3 0 0 1/ 2 M R

2 0 0 ( Wit h W at er pr o of)

3. 4

1 0 2 5- 0 1 3

J- L 0 1

0. 6

1 0 2 5- 0 1 4

J- C 0 1

0. 4

1 0 2 5- 0 1 5

MI L LI N G M A C HI N E A C C E S S O RI E S

A92

Q u art z H al o g e n L a m p B e a m

U NI V E R S A L T Y P E

G o o s e n e c k ar m f or s m o ot h li g hti n g a n gl e a dj u st m e nt. Li g hti n g r e a c h e s a n y dir e cti o n.

V H L- 2 0 F T S E RI E S

E n gi n e eri n g pl a sti c s h a d e a n d b a s e pr o vi d e s c o m pl et e i n s ul ati o n f or m a xi m u m o p er at or s af et y. S u c h a s 1 1 0 V, 2 2 0 V, 2 4 0 V, 3 8 0 V, 4 1 5 V. Tr a n sf or m er b uilt i n b a s e. A c c e pt 2 0, 3 5 a n d 5 0 w att b ul b. I n cl u d e d wit h 2 0 w att b ul b, 3 5 F ur ni s h e d wit h 1. 8 m et er ( 7 0 ) c or d. A v ail a bl e wit h m a g n eti c b a s e. ( o pti o n al) E n gi n e eri n g m o u nti n g a n gl e pl at e. ( o pti o n al) D o u bl e s h a d e s d e si g n e d p er mit s f a st h e at di s si p ati o n.

V H L- 2 0 F S E RI E S ill u mi n ati n g wit h o ut irrit ati n g t o t h e e y e s. L o w v olt a g e 1 2 or 2 4 v olt o p er ati o n wit h o ut d a n g er of el e ctri c s h o c k. T h e arti c ul at e d ar m pr o vi d e s vi br ati o n r e si st a n c e p erf or m a n c e.

O P TI O N A L J- M 0 1

A c c e pt 2 0, 3 5, 5 0 w att b ul b. I n cl u d e d wit h 2 0 w att b ul b, 3 5 a n d C o m pl et e wit h 1. 8 m et er s ( 7 0 ) c or d.

J- L 0 2

J- C 0 2 M A G N E TI C S E A T M O U N TI N G C L A M P J- C 0 2 M O U N TI N G A N G L E P L A T E J- L 0 2

l d e all y s uit e d t o m a c hi n e t o ol s a n d m a c hi n er y wit h o ut bi g w or ki n g ar e a. E n gi n e eri n g pl a sti c s h a d e a n d b a s e pr o vi d e s c o m pl et e i n s ul ati o n. I P20 O R D E R N O. V H L- 2 0 F T V H L- 2 0 F J- M 0 1 J- L 0 2 J- C 0 2

W EI G H T( k g) 1. 6 1. 1 0. 6 0. 3 0. 5

C O D E N O. 1 0 2 5- 0 2 0 1 0 2 5- 0 2 1 1 0 2 5- 0 0 6 1 0 2 5- 0 0 4 1 0 2 5- 0 0 5

w h e n or d er.

W at er - Pr o of Bri g ht L E D Si g n al Li g ht L E D M p p er C o v er L E D C o v er

Si g n al li g ht wit h f e at ur e of m ulti-f u n cti o n, w at er pr o of.

L E D B e e p er B e e p er B a s e Base

B e e p er A dj u st R ot ati o n

G o o d f or a ut o m ati c Pr o c e s si n g li n e m ulti a n gl e

A93

MI L LI N G M A C HI N E A C C E S S O RI E S

O R D E R N O.

B ul b

E n cl o s ur e IP

w ei g ht ( k g s)

C O D E N O.

V L E D- S L

24 V

I P54

0. 7 7

1 0 2 5- 0 2 6

B RA CKET

15 40 7

T h e pr o d u ct s wi d e ill u mi n ati o n r a n g e a n d bri g ht n e s s

L A MP BE A M

1 8. E n cl o s ur e I P : I P 6 7 Wi d e ill u mi n ati n g r a n g e s uit f or v ari o u s m a c hi n e t o ol s.

ill u mi n ati o n. it i s s uit a bl e f or v ari o u s m a c hi n e t o ol s w h e n i n st all e d o n diff er e nt m o u nt s, p arti c ul arl y m a c hi n e t o ol s wit hi n cl o s e d o p er ati n g e n vir o n m e nt s.

T h e pr ot e cti v e c o v er i s w at er pr o of a n d d u st pr o of, t h e l a m p i s c o n d u ci v e f or s u b w a y s, mi n e s, a n d t u n n el e n vir o n m e nt s.

O R D E R N O.

V O LT A G E

L A MP LE N GT H

B UL B

V L E D- W 1 3 V L E D- W 1 8 V L E D- W 3 6

100 V ~ 240 V 100 V ~ 240 V 100 V ~ 240 V

448 m m 520 m m 734 m m

12 W 12 W 24 W

U MI N A TI O N DI S T A N C E 0. 5 m / 5 0 0 l u x 0. 8 5 m / 5 0 0 l u x 1. 1 0 m / 5 0 0 l u x

W EI G H T ( K G S)

C O D E N O.

2. 2 2. 5 3. 5

1 0 2 5- 0 5 8 1 0 2 5- 0 5 8 A 1 0 2 5- 0 5 9

C ol or T e m p er at ur e: 5 5 0 0 K- 6 0 0 0 K

W or k s h o p L E D L a m p W A T E R R E SI S T

M A G N E TI C F O R H O O K

A n gl e 1 2 0º Sa msung 5630L E D 5300 K

I P 6 7 w at er pr o of O R D E R N O. V L E D- 1 0 8 0 V L E D- 2 1 6 0

M A G N E TI C F O R H O O K

V O LT A G E L A M P L E N G T H 11 0 V ~ 2 4 0 V 300 m m 11 0 V ~ 2 4 0 V 520 m m

B UL B 7. 5 W 15 W

I m 1080I m 2160I m

O R D E R N O. V L E D- 1 0 8 0 V L E D- 2 1 6 0 U MI N A TI O N DI S T A N C E 0. 6 5 m / 5 0 0 l u x 1. 0 m / 5 0 0 l u x

C o ol Li g ht B e a m D S E RI E S

W A T E R R E SI S T

A 290 510

B 300 520

W EI G H T K G S) 0. 6 1 1. 0 7

C O D E N O. 1 0 2 5- 0 8 0 1 0 2 5- 0 8 1

O ut st a n di n g W at er-r e si st P erf or m a n c e

D B S E RI E S

S e p ar at e b all a st s eri e s O R D E R N O.

L A MP LE N GT H

B UL B LE N GT H

W AT T

DI A

W EI G H T ( k g)

C O D E N O.

V H L- W 3 6 D/ P L

621 m m

385 m m

70 m m

2. 9

1 0 2 5- 0 3 4

B uilt-i n b all a st s eri e s

L A MP LE N GT H

B UL B LE N GT H

W AT T

DI A

W EI G H T ( k g)

C O D E N O.

V H L- W 1 5 D B

O R D E R N O.

717 m m

436 m m

70 m m

3. 5

1 0 2 5- 0 4 1

V H L- W 1 8 D B/ P L

525 m m

195 m m

70 m m

1 0 2 5- 0 4 2

V H L- W 2 0 D B

861 m m

580 m m

70 m m

3. 6

1 0 2 5- 0 4 3

MI L LI N G M A C HI N E A C C E S S O RI E S

A94

M a g nif yi n g Fl u or e s c e nt W or k Li g ht B e a m

WI T H 5 X L E N S E

I P20

3 Di o pt er a u xili ar y l e n s e ( o pti o n al)

V H L- 3 0 T E B BE N C H TYPE

V H L- 3 0 L E B

V H L- 3 0 M E B

V H L- 3 0 T E B B E N C H T Y P E

V H L- 3 0 M E B M E DI U M A R M

V H L- 3 0 L E B L O N G A R M

V H L- 3 0 T E B

V H L- 3 0 M E B

El e ctr o ni c b all a st i s b uilt i n ar m.

1 1 0 V, or 2 2 0 V o p er ati o n. S u p pli e d si n gl e v olt a g e o nl y. s p e cif y d e sir e d v olt a g e w h e n or d eri n g. F ur ni s h e d wit h 1. 8 m et er c or d wit h pl u g. E xt e n d e d c or d l e n gt h i s a v ail a bl e w h e n r e q uir e d.

B e n c h t y p e m o d el. C o n str u ct e d wit h a wi d e b a s e f or pl a ci n g

1 1 0 V, or 2 2 0 V o p er ati o n. S u p pli e d si n gl e v olt a g e o nl y. S p e cif y d e sir e d v olt a g e w h e n or d eri n g. F ur ni s h e d wit h 1. 8 m et er c or d wit h pl u g. E xt e n d e d c or d l e n gt h i s a v ail a bl e w h e n r e q uir e d.

T h e fl u or e s c e nt li g hti n g pr o vi d e s d a y li g ht eff e ct wit h o ut

O P TI O N A L

M e di u m ar m m o d el. El e ctr o ni c b all a st i s b uilt i n ar m.

V H L- 3 0 L E B

L o n g ar m m o d el. El e ctr o ni c b all a st i s b uilt i n ar m. 1 1 0 V, or 2 2 0 V o p er ati o n. S u p pli e d si n gl e v olt a g e o nl y. S p e cif y d e sir e d v olt a g e w h e n or d eri n g. F ur ni s h e d wit h 1. 8 m et er c or d wit h pl u g. E xt e n d e d c or d l e n gt h i s a v ail a bl e w h e n r e q uir e d.

O R D E R N O. V H L- 3 X

O P TI O N

A95

S T A N D A R D A C C.

J- L 0 1

J- C 0 1

M O U N TI N G A N G L E PL AT E

M O U N TI N G C L A M P

MI L LI N G M A C HI N E A C C E S S O RI E S

O R D E R N O.

W EI G H T ( k g)

C O D E N O.

V H L- 3 0 T E B

3. 5

1 0 2 5- 0 6 0

V H L- 3 0 M E B

2. 9

1 0 2 5- 0 6 2

V H L- 3 0 L E B

2. 9

1 0 2 5- 0 6 3

J- L 0 1

0. 6

1 0 2 5- 0 1 4

V H L- 3 X

0. 3

1 0 2 5- 0 6 5

All V H L- X X X L E D w or k li g ht s ar e wit h 5 Di o pt er

M a g nif yi n g Fl u or e s c e nt W or k Li g ht B e a m

WI T H 5 X L E N S E

I P20 L A MP BE A M

N E W M O D EL L E D L A M P T Y P E

LE D 3 Di o pt er a u xili ar y l e n s e ( o pti o n al)

V H L- 3 0 T L E D BE N C H TYPE

V H L- 3 0 L L E D

V H L- 3 0 M L E D

V H L- 3 0 T L E D B E N C H T Y P E

V H L- 3 0 M L E D M E DI U M A R M

V H L- 3 0 L L E D L O N G A R M

V H L- 3 0 T L E D

V H L- 3 0 M L E D

El e ctr o ni c b all a st i s b uilt i n ar m.

B e n c h t y p e m o d el. C o n str u ct e d wit h a wi d e b a s e f or pl a ci n g

T h e fl u or e s c e nt li g hti n g pr o vi d e s d a y li g ht eff e ct wit h o ut

O P TI O N A L

M e di u m ar m m o d el. El e ctr o ni c b all a st i s b uilt i n ar m.

V H L- 3 0 L L E D

O R D E R N O. V H L- 3 X

O P TI O N

S T A N D A R D A C C.

J- L 0 1

J- C 0 1

M O U N TI N G A N G L E PL AT E

M O U N TI N G C L A M P

O R D E R N O.

W EI G H T ( k g)

C O D E N O.

V H L- 3 0 T L E D

3. 5

1 0 2 5- 0 6 0 A

V H L- 3 0 M L E D

2. 9

1 0 2 5- 0 6 2 A

V H L- 3 0 L L E D

2. 9

1 0 2 5- 0 6 3 A

J- L 0 1

0. 6

1 0 2 5- 0 1 4

V H L- 3 X

0. 3

1 0 2 5- 0 6 5

All V H L- X X X L E D w or k li g ht s ar e wit h 5 Di o pt er MI L LI N G M A C HI N E A C C E S S O RI E S

A96

W at er- Pr o of H al o g e n Li g hti n g B e a m LI G H T I P 6 7 A R M I P20

V H L- 4 0 0 M

V H L- 4 0 0 S

V H L- 4 0 0 L

V H L- 4 0 0 M

V H L- 4 0 0 L

W A T E R- P R O O F H A L O G E N LI G H TI N G L A M P ( V H L- 4 0 0 L S E RI E S) LI G H TI N G H E A D S O F T H E S E S E RI E S WI T H S P E CI FI C F E A T U R E S O F W A T E R- P R O O F, D U S T- F R E E, A N TI- L U B RI C A T, A NI T- C U T TI N G OI L, E T C. T H E LI G H TI N G U NI T S A D P O T E D WI T H A B U L B ( 1 2 V/ 5 0 W). C U S T O M E R S’ S P E CI FI C A TI O N S A L S O A C C E P T E D.

V H L- 4 0 0 L

1 2 V/ 2 4 V V olt a g e. Fl e xi bl e Ar m (r o u n d ar m), 4 0 0 x 4 0 0 m m Wit h u ni v er s al Li g hti n g B a s e.

O P TI O N A L 45

Diff er e nt c o n diti o n s d e m a n d diff er e nt li g hti n g b a s e s. S el e ct e d r e ct a n g ul ar L-t y p e ( # V- 2 0) b a s e or C-t y p e ( # V- 2 1) b a s e.

M6x4

V H L- 4 0 0 M V H L- 4 0 0 S

S p e ci all y d e si g n e d t o fit p arti c ul ar l o c ati o n s a n d s p a c e s, T h e fl e xi bl e ar m i s v er y s h ort.

V- 2 1

O P TI O N A L A C C E S S O RI E S

W EI G H T ( N. W.)

C O D E N O.

O R DE R N O.

W EI G H T ( k g)

C O DE N O.

V- 2 1 V- 2 6

0. 4 8 0. 1 9

1 0 2 5- 1 0 7 1 0 2 5- 1 0 8

O R D E R N O.

V O LT A G E

V H L- 4 0 0 L V H L- 4 0 0 M V H L- 4 0 0 S

11 0 V - 2 2 0 V 1 2 V 5 0 W

400x400

V- 2 6

3. 8

1 0 2 5- 1 0 0

11 0 V - 2 2 0 V 1 2 V 5 0 W

220x220

V- 2 6

3. 5

1 0 2 5- 1 0 1

V- 2 0 / V- 2 1

2. 8

1 0 2 5- 1 0 2

A97

B UL B

V- 2 6

A R M LE N GT H L x l

12 V 50 W

MI L LI N G M A C HI N E A C C E S S O RI E S

W at er- Pr o of H al o g e n Li g hti n g B e a m

V H L- 5 0 0 S

V H L- 5 0 0 M

V H L- 5 0 0 L

V H L- 5 0 0 M

V H L- 5 0 0 S

L A MP BE A M

LI G H T I P 6 7 A R M I P65

V H L- 5 0 0 L

O P TI O N A L

P erf or m a n c e & f e at ur e s of t h e s e s eri e s: s a m e a s. T h e m ai n diff er e n c e i s t h at V H L- 5 0 0 L c a n b e i n st all e d wit h a s h ort er ar m, a n d c o n n e ct e d wit h A C c urr e nt b el o w 2 4 0 V. Pl e a s e i n di c at e t h e r e q uir e d v olt a g e w h e n pl a ci n g t h e or d er s t o u s. S p e citi c ati o n s of t h e b ul b: 1 2 V/ 5 0 W

V H L- 5 0 0 M

M6x4

V H L- 5 0 0 S V- 2 6

O R DE R N O.

V O LT A G E

B UL B

V H L- 5 0 0 L 1 1 0 V - 2 2 0 V 1 2 V 5 0 W - 2 4 V 5 0 W V H L- 5 0 0 M 1 1 0 V - 2 2 0 V 1 2 V 5 0 W - 2 4 V 5 0 W V H L- 5 0 0 S 1 1 0 V - 2 2 0 V 1 2 V 5 0 W - 2 4 V 5 0 W

A R M LE N GT H O P TI O N A L W EI G H T L x l A C C E S S O RI E S ( N. W.) 400x400 200x220

V- 2 6 V- 2 6 V- 2 6

4 3. 8 2. 7

V- 2 1

C O D E N O.

O R DE R N O.

W EI G H T ( k g)

C O DE N O.

1 0 2 5- 1 0 3 1 0 2 5- 1 0 4 1 0 2 5- 1 0 5

V- 2 1 V- 2 6

0. 4 8 0. 1 9

1 0 2 5- 1 0 7 1 0 2 5- 1 0 8

MI L LI N G M A C HI N E A C C E S S O RI E S

A98

D u st pr o of H al o g e n L a m p B e a m

WI T H T R A N S F O R M E R & M A G N E TI C B A S E I P20

V H L- 6 0 0 F T

V H L- 7 0 0 F T

F e at ur e s

V H L- 6 0 0 F T, V H L- 7 0 0 F T t y p e i d e al f or w or k- pl a c e li g hti n g if bri g ht c o n c e ntr at e d li g ht i s r e q uir e d i n p erf or m a n c e n ot t o o l ar g e ar e a ill u mi n ati o n. B uilt i n tr a n sf or m er. S uit a bl e f or u s e at s m all m a c hi n e s u c h a s C N C e n gr a vi n g m a c hi n e, s e wi n g m a c hi n e, l at h e m a c hi n e, w or ki n g b e n c h e s a n d w or ki n g t a bl e...... et c.

O R D E R N O.

V O LT A G E

B UL B

A R M LE N GT H L x l

O P TI O N A L A C C E S S O RI E S

W EI G H T N. W.( K G S)

C O D E N O.

V H L- 6 0 0 F T

11 0 V - 2 2 0 V

12 V 20 W

380

M- 2 3

1. 7

1 0 2 5- 1 0 9

V H L- 7 0 0 F T

11 0 V - 2 2 0 V

12 V 20 W

400

M- 2 3

1. 7

1 0 2 5- 1 1 0

V- B 1 5

12 V 50 W/ 24 V 50 W

0. 0 0 9

1 0 2 5- 1 1 1

V- B 1 6

12 V 55 W/ 24 V 70 W

0. 0 0 9

1 0 2 5- 1 1 2

V- T 1 7

415 V- 12/ 415 V- 24 380 V- 12/ 380 V- 24 230 V- 12/ 230 V- 24

1. 4 7

1 0 2 5- 1 1 3

V- T 1 8

415 V- 12/ 415 V- 24 380 V- 12/ 380 V- 24 230 V- 12/ 230 V- 24

1. 4

1 0 2 5- 1 1 4

V- T 1 7

E X T E RI O R D U S T- F R E E T R A N S F O R M E R V- T 1 8 V olt a g e b el o w 4 1 5 V. C a n b e i n st all e d a n y w h er e. D u st- Fr e e, l e a k a g e- pr o of a n d oil- pr o of. MI L LI N G M A C HI N E A C C E S S O RI E S

T R A DI TI O N A L T R A N S F O R M E R V- T 1 7 S UI T A B L E F O R V H L- 4 0 0 S E R T E S V H L- 5 0 0 S E R T E S A99

V- T 1 8

V- B 1 5

V- B 1 6

V- B 1 5 1 2 V/ 5 0 W, 2 4 V/ 5 0 W T h o s e b ul b f or V H L- 4 0 0, V H L- 5 0 0 s eri e s

V- B 1 6 2 4 V/ 7 0 W, 1 2 V/ 5 5 W T h o s e b ul b f or V H L- 4 0 0, V H L- 5 0 0 s eri e s

W at er Pr o of L E D L a m p

E N E R G Y S A VI N G

U NI V E R S A L T Y P E

L A MP BE A M

LE D TYPE

V L E D- 4 0 0 L

V L E D- 4 0 0 M

V L E D- 4 0 0 L, 4 0 0 M LI G H T I P 6 7 A R M I P20

V L E D- 4 0 0 L

V L E D- 5 0 0 S

V L E D- 5 0 0 M

V L E D- 5 0 0 L

V L E D- 5 0 0 L, 5 0 0 M, 5 0 0 S I P67

V L E D- 4 0 0 M

V L E D- 5 0 0 L

F e at ur e s

E n er g y s a vi n g

V L E D- 5 0 0 M

V L E D- 5 0 0 S

N o hi g h h e at pr o d u c e D u st/ w at er pr o of S p e cif y v olt a g e w h e n or d eri n g F or a n y w or ki n g pl a c e, st a bl e q u alit y S uit f or C N C, e n gr a vi n g, drill pr e s s m a c hi n e, l at h e, w o o d a n d m ol d i n d u str y

L E D li g ht l o n g s er vi c e lif e 1 y e ar g u ar a nt e e 1. 8 m et er c oil W hit e li g ht

A R M

v olt a g e & p h a s e w h e n or d er.

L x l

T U BE STYLE

W EI G H T N. W.( K G S)

C O D E N O.

9 W

400 X 400

S Q UA RE

2. 1 2

1 0 2 5- 1 3 0

11 0 V / 2 2 0 V

9 W

220 X 220

S Q UA RE

1. 9 6

1 0 2 5- 1 3 1

V L E D- 5 0 0 S

11 0 V / 2 2 0 V

9 W

J OI N T

R O U N D

1. 6

1 0 2 5- 1 3 2

V L E D- 5 0 0 L

11 0 V / 2 2 0 V

9 W

400 X 400

R O U N D

2. 4 2

1 0 2 5- 1 3 6

V L E D- 5 0 0 M

11 0 V / 2 2 0 V

9 W

220 X 220

R O U N D

2. 3

1 0 2 5- 1 3 7

O R D E R N O.

V O LT A G E

B UL B

V L E D- 4 0 0 L

11 0 V / 2 2 0 V

V L E D- 4 0 0 M

O P TI O N A L 45

O P TI O N A L A C C E S S O RI E S 50

V- 2 0

W EI G H T ( k g)

C O D E N O.

V- 2 0

0. 2 8

1 0 2 5- 1 0 6

V- 2 1

0. 4 8

1 0 2 5- 1 0 7

V- 2 2

0. 1 6

1 0 2 5- 1 1 9

L E D9 W

0. 1 9

1 0 2 5- 1 4 1 A

O R D E R N O.

M6x4

V- 2 1

T ot all y e n cl o s e d li g hti n g h e a d pr o vi d e s w ell pr e v e nti o n f or e x pl o si o n, d u st, c o ol a nt, a n d l u bri c a nt s.

V- 2 2

L E D9 W L e d li g ht b ul b

MI L LI N G M A C HI N E A C C E S S O RI E S

A100

C o n c e ntr at e L E D L a m p

U NI V E R S A L T Y P E

F e at ur e s

E n er g y s a vi n g L E D li g ht l o n g s er vi c e lif e 1 y e ar g u ar a nt e e N o hi g h h e at pr o d u c e D u st pr o of Fl e xi bl e & f ol di n g ar m B uilt-i n tr a n sf or m er S uit f or s m all C N C, e n gr a vi n g, s e wi n g m ac hi n e, drill pr e s s, l at h e, a n d w or ki n g t a bl e I P20

V L E D- 3 0 M

V L E D- 3 0 L O R D E R N O.

V O LT A G E

B UL B

A R M L x

V L E D- 3 0 L

I N P U T: 2 2 0 V O U T P U T: A C / D C 1 2 V I N P U T: 1 1 0 V O U T P U T: A C / D C 1 2 V I N P U T: 2 2 0 V O U T P U T: A C / D C 1 2 V I N P U T: 1 1 0 V O U T P U T: A C / D C 1 2 V

12 V 6 W 12 V 6 W 12 V 6 W 12 V 6 W

V L E D- 3 0 L V L E D- 3 0 M V L E D- 3 0 M

O P TI O N A L

W EI G H T N. W.( K G S)

C O D E N O.

400 X 310 m m

1 0 2 5- 1 2 5

400 X 310 m m

1 0 2 5- 1 2 6

220 X 310 m m

1. 8

1 0 2 5- 1 2 7

220 X 310 m m

1. 8

1 0 2 5- 1 2 8

O P TI O N A L A C C E S S O RI E S

V- 2 1

V- 2 0

W EI G H T ( k g)

C O D E N O.

V- 2 0

0. 2 8

1 0 2 5- 1 0 6

V- 2 1

0. 4 8

1 0 2 5- 1 0 7

V- 2 2

0. 1 6

1 0 2 5- 1 1 9

L E D6 W

0. 1 4

1 0 2 5- 1 4 0

O R D E R N O.

M6x4

V- 2 2

L E D6 W L e d li g ht b ul b

Wi d e R a n g e H al o g e n L a m p B e a m F e at ur e s

P o w er c o n s u m pti o n : 2 1. 5 W A n gl e: 3 6º C ol or t e m p er at ur e: 2 8 0 0 K L u m e n s v al u e: 2 1 0 l m V olt a g e: A C 2 2 0 V p o w er 1 2 V Wit h tr a n sf or m er b uilt-i n I P20

O P TI O N A L

M o u nti n g A n gl e pl at e V- 5 2

M a g n et b a s e V- 5 1

O R D E R N O.

V O LT A G E

B UL B

V H L- 5 0 F T

A C 220 V

12 V/ 20 W

A101

A R M L x

MI L LI N G M A C HI N E A C C E S S O RI E S

500 m m

W EI G H T N. W.( K G S)

C O D E N O.

1. 6 9

1 0 2 5- 1 5 1

O R DE R N O.

C O D E N O.

V- 5 1

W EI G H T ( k g) 0. 5 2

V- 5 2

0. 2 7

1 0 2 5- 1 6 2

1 0 2 5- 1 6 1

Wi d e R a n g e L E D L a m p

Wit h b uilt-i n Tr a n sf or m er

F e at ur e s

O P TI O N A L

V- 5 5

V- 5 4 M a g n et b a s e

O R D E R N O.

V O LT A G E

B UL B

A R M L x

V H L- 3 7 F T

A C 1 0 0 V- 2 4 0 V

3 W

370 m m

O R DE R N O.

L A MP BE A M

P o w er c o n s u m pti o n : 2. 3 W C o n s u m pti o n c urr e nt: 1 1 0 V/ 2 3 M A O R 2 2 0 V/ 3 9 M A L E D: 3 W A n gl e: 4 5º C ol or t e m p er at ur e: 5 7 0 0 K I P54 L u m e n s v al u e: 1 3 5 l m C O D E N O.

V- 5 4

W EI G H T ( k g) 0. 5

V- 5 5

0. 2

1 0 2 5- 1 6 4

1 0 2 5- 1 6 3

M o u nti n g A n gl e pl at e

W EI G H T N. W.( K G S)

C O D E N O.

0. 6 0

1 0 2 5- 1 5 2

C o n c e ntr at e L E D L a m p

WI T H T R A N S F O R M E R & M A G N E TI C B A S E

F e at ur e s

O P TI O N A L

E n er g y s a vi n g L E D li g ht l o n g s er vi c e lif e 1 y e ar g u ar a nt e e N o hi g h h e at pr o d u c e D u st pr o of Fl e xi bl e & f ol di n g ar m B uilt-i n tr a n sf or m er S uit f or s m all C N C, e n gr a vi n g, s a wi n g m a c hi n e, drill pr e s s, l at h e, a n d w or ki n g t a bl e I P20

L E D6 W L e d li g ht b ul b

V- 2 3

O R D E R N O.

V O LT A G E

B UL B

A R M L x

l W EI G H T N. W.( K G S)

C O D E N O.

O R DE R N O.

V L E D- 2 0 L

I N P U T: 2 2 0 V O U T P U T: A C / D C 1 2 V

12 V 6 W

400 m m

1. 2

1 0 2 5- 1 2 0

V L E D- 2 0 L

I N P U T: 1 1 0 V O U T P U T: A C / D C 1 2 V

12 V 6 W

400 m m

1. 2

1 0 2 5- 1 2 1

C o n c e ntr at e L E D L a m p

V- 2 7 C O D E N O.

V- 2 3

W EI G H T ( k g) 0. 2 7

V- 2 7

0. 2 1

1 0 2 5- 1 1 8

L E D6 W

0. 1 4

1 0 2 5- 1 4 0

1 0 2 5- 1 1 7

I P20

F e at ur e s

P o w er c o n s u m pti o n : 5. 3 W C o n s u m pti o n c urr e nt : 1 1 0 V/ 8 5 M A, 2 2 0 V/ 4 8 M A P hili p s L E D M R 1 6 L E D : 4. 2 W L u mi n o u s i nt e n sit y : 1 1 5 0 c d C ol or t e m p er at ur e : 6 5 0 0 K L u m e n s v al u e : 2 8 5 l m Lif e : 1 y e ar g u ar a nt e e Wit h m o u nti n g A n gl e pl at e I P20

O P TI O N A L

L E D6 W L e d li g ht b ul b

O R D E R N O.

V O LT A G E

B UL B

A R M L x l

W EI G H T N. W.( K G S)

C O D E N O.

O R D E R N O.

W EI G H T ( k g)

C O D E N O.

V L E D- 5 0 F T

11 0 V / 2 2 0 V

12 V6 W

500 m m

1. 7

1 0 2 5- 1 5 0

L E D6 W

0. 1 4

1 0 2 5- 1 4 0

MI L LI N G M A C HI N E A C C E S S O RI E S

A102

1/ 8 H P. U n d er W at er C o ol a nt P u m p

F e at ur e s

H( E)

T hi s i s t h e p u m p i n b e st q u alit y wit h a nti-r u st tr e at m e nt, u s e hi g h gr a d e m at eri al f or t h e c o m pl et e

U nitl: m m

O R DE R N O.

220 V 1 P H 380 V 3 P H P O WE R

1/ 8 H P

U nit: m m

Y DI A O MU ET-T E R

105 Ø90 Ø150 Ø8 160 19

P T 3/ 8

TYPE

P O W E R m Lm

V W P- 0 8 1 0

100

V W P- 0 8 1 3 U N D E R V W P- 0 8 1 5 W A T E R

130

1/ 8 H P

V W P- 0 8 1 8

150

P U M PI N G W A T E R W EI G H T ( k g) 1 m mi n 2 m mi n

C O DE N O. 1 0 2 6- 0 0 1

2 7 l- 2 8l

1 0 2 6- 0 0 2

2 5 l- 2 6l

180

1 0 2 6- 0 0 3 6

1 0 2 6- 0 0 4

H( E)

1/ 4 H P. U n d er W at er C o ol a nt P u m p

U nitl: m m

220 V 1 P H 380 V 3 P H

O R DE R N O.

TYPE

P O W E R m Lm

V W P- 0 4 1 5 U nit: m m

P O WE R

1/ 4 H P

Y DI A O MU ET-T E R

125 Ø122 Ø180 Ø8 180 26

P T 1/ 2

160

V W P- 0 4 1 8

V W P- 0 4 2 0 UW AN TD EE RR V W P- 0 4 2 4

P U M PI N G W A T E R W EI G H T ( k g) 1 m mi n 2 m mi n

1 0 2 6- 0 1 0

180 1/ 4 H P

200

1 0 2 6- 0 1 1 7 4 l- 7 6l

7 1 l- 7 2l

1 0 2 6- 0 1 2

1 0 2 6- 0 1 4

240

V W P- 0 4 2 7

C O DE N O.

1 0 2 6- 0 1 3

270

H( E)

S elf Pri mi n g C o ol a nt P u m p 1/ 8 H P. 1/ 4 H P

220 V 1 P H 380 V 3 P H

U nit: m m

P O WE R

I NO U TDI A M E T E R DI A M E T E R

1/ 8 H P

105 165 Ø8 195

P T 3/ 8

1/ 4 H P

125 225 Ø8 240

P T 1/ 2

A103

MI L LI N G M A C HI N E A C C E S S O RI E S

U nitl: m m

O R DE R N O.

V W P- 0 8 9

TYPE

P U M PI N G W A T E R W EI G H T P O WE R ( k g) 1 m mi n 2 m mi n

1/ 8 H P S ELF P RI MI N G 1/ 4 H P V W P- 0 4 9

C O DE N O.

2 6 l- 2 7l

2 4 l- 2 5l

1 0 2 6- 0 2 0

7 3 l- 7 5l

7 0 l- 7 1l

1 0 2 6- 0 2 1

C o ol a nt P u m p Kit

220 V 1 P H 380 V 3 P H

O R D E R N O.

V W P- 8 1- 1 5 0 K

V W P- 4 1- 1 8 0 K

C o ol a nt p u m p ( H P x H)

1/ 8 H P x 1 5 0 m m

1/ 4 H P x 1 8 0 m m

T a n k si z e ( L x W x H)

350x250x185 m m

500x350x200 m m

16l

35l

2000 m m

C o ol a nt h o s e kit s w/ m a g n eti c b a s e ( Ø x L)

1/ 4” x 3 3 0 m m

3/ 8” x 3 6 0 m m

Fl e xi bl e c o n v e yi n g h o s e ( Ø x L)

3/ 8” x 1 5 0 0 m m

Dr ai n h o s e ( Ø x L)

1” x 3 0 0 m m

1- 1/ 4” x 4 0 0 m m

ITE M

S E T I N C L U DI N G

C o ol a nt p u m p C o ol a nt t a n k C o n n e cti n g c a bl e ( w/ pl u g f or 1 p h) C o ol a nt h o s e kit w/ m a g n eti c b a s e Fl e xi bl e c o n v e yi n g h o s e Dr ai n h o s e T o ol kit s O N/ O F F s wit c h (f or 1 p h)

V ol u m e of c o ol a nt t a n k

W ei g ht( k g s)

1 0. 8

w h e n or d er.

C O D E N O.

1 0 2 6- 0 3 0

1 0 2 6- 0 3 1

C o n n e cti n g c a bl e

U n d er W at er T y p e M ulti- st a g e Hi g h Pr e s s ur e C o ol a nt P u m p 220 V 1 P H 380 V 3 P H

S p e ci al F e at ur e s

Di s c h ar g e a v ail a bl e i n eit h er N. P. T / P. T. H e a v y d ut y b e ari n g s gr e a s e d f or l o n g lif e a n d e a s y m ai nt e n a n c e. M ulti- st a g e s., u p t o 6 st a g e s f or pr e s s ur e o v er 9 k g/ c m 2 st a g g er e d di s c h ar g e p ort s e q u ali z e r a di al l o a d s f or i n cr e a si n g p u m p lif e. St ai nl e s s st e el m a d e e n cl o s e d i m p ell er., Ri gi d a n d str o n g o n e- pi e c e s h aft. w h e n or d er.

S P E CI FI C A TI O N O R DE R N O.

V W P- M S 2- 1 8 0 V W P- M S 2- 2 5 0 V W P- M S 3- 2 0 0 V W P- M S 3- 2 5 0 V W P- M S 4- 2 3 0 V W P- M S 4- 1 8 0 V W P- M S 5- 2 1 0

STA GE

2 3 4 5

E H kP g/R cE Sm S2 (U PR SI)

3/ 4 180 or 1 2 8 ( o pti o n) 2 5 0 3/ 4 200 1 1 3 5 2 7 5 1 3 5 9 1 7 0 or 1 2 8 ( o pti o n) 2 5 0 3/ 4 230 1 1/ 4 1 3 5 2 7 5 1 3 5 9 1 7 0 or 1 2 8 ( o pti o n) 1 8 0 3/ 4 1 1/ 2 1 3 5 2 7 5 1 3 5 9 1 7 0 or 1 2 8 2 1 0 ( o pti o n) 3/ 4 1 3 5 2 5 5 1 3 5 9 1 7 0

3 ( 4 2) 4. 5 ( 6 4)

V O L U M E T RI C D E LI V E R Y ( l/ mi n) O LI N G E M U L SI O N C O OI L 140 140

11 6 11 6

D E LI V E R Y W EI G H T H E A D ( m) ( k g)

30 45

6 ( 8 5)

140

11 6

7. 5 ( 1 0 6)

140

11 6

C O DE N O.

1 0 2 6- 0 4 0

1 5. 5

1 0 2 6- 0 4 1

1 0 2 6- 0 4 2

1 0 2 6- 0 4 3

1 0 2 6- 0 4 4

1 0 2 6- 0 4 5

1 0 2 6- 0 4 6

MI L LI N G M A C HI N E A C C E S S O RI E S

A104

C O OL A NT P U MP

1/ 8 H P & 1/ 4 H P

H a n d L u bri c ati o n P u m p R attli n g h a n d p u m p L T m o d el

R attl e t h e l e v er of t h e p u m p r eit er ati v el y a n d t h e oil will b e pr e s s ur e d i nt o t h e m ai n pi p e. W h e n t h e l e v er i s r el e a s e d, it will r et ur n t o t h e ori gi n al p o siti o n a ut o m ati c all y. 164

O R D E R N O.

Di s c h ar g e d a m o u nt ( c. c/ st)

M a x. di s c h ar g e d pr e s s ur e ( k g/ c m 2 )

L T- 4

c a p a cit y c a p a cit y W EI G H T ( c. c) ( k g) ( c. c) 230

200

0. 7

C O D E N O. 1 0 2 6- 0 5 0

L T- 4

R attli n g h a n d p u m p L T m o d el T h e di s c h ar g e d a m o u nt a n d pr e s s ur e ar e hi g h er t h a n t h o s e of L T- 4 a n d t h e o p er ati o n m et h o d i s j u st t h e s a m e.

B 180 ( 2 0 8. 5)

70 ( 8 2)

L T- 6

O R D E R N O.

L T- 6

L T- 1 8

L T- 1 8 A

Si z e ( A x B)

85x85

1 0 0x 11 0

98x107

W ei g ht

1. 2 k g

1. 6 k g

O R D E R N O.

Di s c h ar g e d a m o u nt ( c. c/ st)

M a x. di s c h ar g e d pr e s s ur e ( k g/ c m 2 )

c a p a cit y ( c. c)

C O D E N O.

L T- 6

350

250

1 0 2 6- 0 6 1

L T- 1 8

600

400

1 0 2 6- 0 6 2

L T- 1 8 A

650

450

1 0 2 6- 0 6 3

P ulli n g t y p e h a n d p u m p E A m o d el

178

P ull t h e l e v er of t h e p u m p r eit er ati v el y a n d t h e oil will b e di s c h ar g e d at t h e u p or d o w n p ort.

11 0

O R D E R N O.

E A- 8 R E A- 8 L 136

M a x. di s c h ar g e d pr e s s ur e ( k g/ c m 2 )

3. 5

c a p a cit y c a p a cit y W EI G H T ( c. c) ( k g) ( c. c) 600

500

C O D E N O. 1 0 2 6- 0 7 0 1 0 2 6- 0 7 1

T h e i n st all ati o n m a c hi n e c o ul d b e s el e ct e d eit h er t h e ri g ht si d e m ar k e d “ R” or t h e l eft si d e m ar k e d “ L”

7 8. 5

E A- 8 R A105

Di s c h ar g e d a m o u nt ( c. c/ st)

MI L LI N G M A C HI N E A C C E S S O RI E S

H a n d L u bri c ati o n P u m p ( 1 0 0) 106

d e pr e s s e d. O nl y aft er t h e l e v er i s r el e a s e d, t h e pr e s s ur e d oil will b e di s c h ar g e d. ( 1 8 8) 221

( 1 2 5) 155

Di s c h ar g e d a m o u nt ( c. c/ st)

O R D E R N O.

M a x. di s c h ar g e d pr e s s ur e ( k g/ c m 2 )

L A- 8 R

L A- 8 L

1000

800

1. 4

C O D E N O. 1 0 2 6- 0 8 2 1 0 2 6- 0 8 3

T h e i n st all ati o n p o siti o n of a m a c hi n e c o ul d b e s el e ct e d eit h er t h e ri g ht si d e m ar k e d “ R” or t h e l eft si d e m ar k e d “ L”

122 ( 1 1 9)

L A- 8 R

c a p a cit y c a p a cit y W EI G H T ( k g) ( c. c) ( c. c)

O p er ati o n I n str u cti o n s:

W h e n m o v e t h e o p er ati n g r o d, t h e pl u n g er (ir o n c or e) will b e m o v e d si m ult a n e o u sl y s o a s t o m a k e c yli n d er b e c o m e u n d er n e g ati v e pr e s s ur e. T h e n, d u e t o cl o s e d air pr e s s ur e of t h e t a n k, t h e gr e a s e will g et i nt o t h e c yli n d er fr o m t h e s u cti o n p ort. N o w, o p er at e t h e r o d t o e xtr u d e o ut t h e gr e a s e t hr o u g h pi p e i n t h e c yli n d er b y pri n ci pl e of t h e pl u n g er p u s hi n g o p e n

C B A B

1 0 0 k g/ c m 2 , d o w n pr e s s ur e v al v e will st art t o r et ur n t h e gr e a s e t o t h e oil t a n k. T h e o p er ati n g r o d i s t o u s e of a s pri n g t o li n k o n t h e i nj e ct or, w hil e t h e oil oil l e a ki n g.

A d v a nt a g e s:

H a s s m o ot h sti c k n e s s t o t h e l u bri c ati n g s urf a c e wit h pr o p er oili n g c a p a cit y, s o n o s ur pl u s oil will b e l e a k e d o ut t o st ai n wit h t h e s urf a c e of b e n c h. N o n e e d t o w orr y a b o ut t h e dirt s & i m p uriti e s e nt er e d i nt o t h e oili n g p ort, s o it i s m or e cl e a n t h a n ot h er w a y s of l u bri c ati o n. M a n u al t y p e p u m p. U s e of si n gl e pi p e, s o n o n e e d of pi p e r et ur n d e vi c e. Wit h si m pl e pi pi n g f or b e st eff e ct.

L A- 1 4 0 3

L A- 2 4 0 3 O R DE R N O.

OI L

c. c./ st o k e

L A- 1 4 0 3

290

150

L A- 1 4 0 8

310

205

M A C HI N E OI L

L A- 2 4 0 3

290

150

L A- 2 4 0 8

310

205

G REASE

V OL U ME c. c. 300

P RESS U RE k g/ c m 2

VALVE

S P R AY M O UT H

S D

100

S D

800 300 800

C O D E N O. 1 0 2 6- 1 0 0 1 0 2 6- 1 0 1 1 0 2 6- 1 0 2 1 0 2 6- 1 0 3

El e ctri c al A ut o m ati c P u m p S M A M o d el 175

El e ctri c al a ut o m ati c p u m p S M A m o d el T h e o ut st a n di n g p erf or m a n c e s of S M A m o d el s b el o n g t o i nt er mitt e nt oil

201

O R DE R N O.

Fr e q u e n c y Di sa c mh oaru gnte d (ti m e / mi n) ( c. c/ st)

S M A- 3

Chooseto p u m p e v er y 5 or 1 0 or 1 5 or 3 0 or 6 0 mi n.

S M A- 6 108 158

S M A M O D EL ( A U T O M A TI C)

S M A- 8. 5

M a x. di s c h ar g e d C a p a cit y W EI G H T ( l) pr e s s ur e ( k g) ( k g/ c m 2 )

C O D E N O.

1. 8

1 0 2 6- 0 9 0

1. 8

1 0 2 6- 0 9 1

1. 9

1 0 2 6- 0 9 2

M ot or’ s v olt a g e i s A C 1 1 0 V or 2 2 0 V

Pl e a s e c h o o s e F R E Q U E N C Y w h e n or d er. MI L LI N G M A C HI N E A C C E S S O RI E S

A106

H A N D L U B RI C A TI O N P U M P

D e pr e s si n g t y p e h a n d- p u m p m o d el L A

C h a mf eri n g & D e b urri n g F or R D u al A n gl e U nit O R D E R N O. V C F- 5 0 0 R

C O D E N O. 1 0 2 3- 0 0 8

A DJ U ST A BL E S C R E W F O R C UTTE R

S. A. O R D E R N O. V C F- 5 0 0 R- R M C M a c hi n e U nit Wit h 2 R Bl a d e I n s ert

F E AT U R E S E a s y c h a mf eri n g a n y l e n gt h of st e el, ir o n, c a sti n g ir o n a n d n o n- m et al m at eri al s. A dj u st a bl e c utti n g p oi nt of C a n gl e t o m a k e t h e f ull u si n g of si d e k nif e.

T E C H NI C A L D A T A

S T A N D A R D A C C E S S O RI E S O R D E R N O.

D E S C RI P TI O N C UTT E R /I N S E RT

C O D E N O.

R O U N D I N S E R T SI D E MI L L C U T T E R

1 0 2 3- 0 3 9

V C F- 5 0 0 R- 2 R

2 R B L A D EI N S E R T/ 1 0 p c s

1 0 2 3- 0 4 0

V C F- 5 0 0 R- 3 R

3 R B L A D EI N S E R T/ 1 0 p c s

1 0 2 3- 0 4 1

V C F- 5 0 0 R- R M C

A107

MI L LI N G M A C HI N E A C C E S S O RI E S

M a c hi n e Si z e

L500x W400x H320 m m

V olt a g e

3 Ø, 2 2 0 V- 4 0 0 V, or 1 Ø, 1 1 0 V/ 2 2 0 V ; 5 0 H z/ 6 0 H z

M ot or

1 H P, 3 5 0 0 r. p. m. ( St a n d ar d)

H ei g ht of b e v el

2 R, 3 R

N. W. / G. W.

28kgs/ 31kgs

P a c ki n g

5 5 x 4 6 x 3 2 c m, 3 C uft

H O W T O C H O O S E VI S E F O R Y O U R M A C HI N E M A C HI N E H O R S E P O W E R 1 HP

2 HP

3 HP

5 HP

7 HP

10 H P

S UI T A B L E VI S E M O D E L N O. V K- 4, V K- 5, V Q S- 3, V Q S- 4, V A- 4, V W- 3 V W- 4, V M P- 4, V M C- 4 V K- 5, V K- 6, V Q S- 5, V M C- 4, V A- 4, V A- 5 V W- 4, V M P- 5, V N C- 1 0 0 H, V Q C- 1 0 0, V Q C- 1 0 0 H V K- 6, V M P- 5, V H T- 4, V A- 5, V A- 6, V J- 4 0 0, V J- 5 0 0, V H- 4, V H- 5, V W T- 4 B, V N C- 1 0 0 H, V N C- 1 2 5 H, V Q C- 1 0 0, V Q C- 1 2 5, V Q C- 1 0 0 H, V Q C- 1 2 5 H V K- 8, V A- 6, V A- 8, V J- 5 0 0, V J- 6 0 0, V M C- 5 P V M C- 6 P, V W- 5, V H- 5, V H- 6, V H O- 6, V H T- 6, V W T- 6 B, V D- 6 7 5, V Q C- 1 2 5, V Q C- 1 6 0, V N C- 1 2 5 H, V N C- 1 6 0 H, V M P- 7 A V H- 8, V H- 8 L, V H O- 8, V M C- 7 P, V M C- 8 P, V M C- 8 P L, V N C- 1 6 0 L H, V M P- 8 A, V M P- 1 2, V Q C- 1 6 0 L H, V Q C- 1 6 0, V Q C- 1 6 0 L, V Q C- 2 0 0 L, V Q C- 2 0 0 L H V Q C- 1 6 0, V Q C- 1 6 0 L, V Q C- 2 0 0 L, V Q C- 1 6 0 L H, V Q C- 2 0 0 L H, V M C- 8 P, V M C- 8 P L, V S M- 2 0, V H- 1 2, V Q C V- 1 6 0 H

P u n c h F or m er

O R D E R N O. V- P B C O D E N O. 2 0 0 1- 0 0 1

V- P B 2 W A Y V- P S 1 W A Y, T H R O U G H H O L E

O R D E R N O.

W EI G H T ( k g s)

S urf a c e Gri n d er

G RI N D E R B1

G RI N DI N G M A C HI N E A C C E S S O RI E S

C O D E N O.

P u n c h F or m er

1 W AY Ø30 T H R O U G H H OL E

P U N C H F O R ME R

O R D E R N O. V- P S C O D E N O. 2 0 0 1- 0 1 0

O R D E R N O.

W EI G H T ( k g s)

C O D E N O.

S p e ci al P art A c c e s s or y F or A n g ul ar Dr e s si n g

O R D E R N O. V- P F

C O D E N O. 2 0 0 1- 0 2 0

S urf a c e Gri n d er

T h e W h e el a n g ul ar dr e s si n g G RI N DI N G M A C HI N E A C C E S S O RI E S

3- J a w s P u n c h F or m er

O R D E R N O. V- P S- 8 0 J C O D E N O: 2 0 0 1- 0 3 0

E R C oll et Di vi di n g P u n c h F or m er

O R D E R N O. V- P S- E R 3 2 O R D E R N O. V- P S- E R 4 0

C O D E N O. 2 0 0 1- 0 4 0 C O D E N O. 2 0 0 1- 0 4 1

G RI N DI N G M A C HI N E A C C E S S O RI E S

E R C oll et Di vi di n g P u n c h Gri n d er Wit h Si n e Pl at e C O D E N O. 2 0 0 1- 0 6 0

SI N E P L A T E

O R D E R N O. V- P S- E R 3 2 S

Tilti n g F e at ur e

E R C oll et Di vi di n g P u n c h Gri n d er Wit h Si n e Pl at e O R D E R N O. V- P S- E R 4 0 S

C O D E N O. 2 0 0 1- 0 6 5

Tilti n g F e at ur e

3- J a w s P u n c h F or m er Wit h Si n e Pl at e

O R D E R N O. V- P S- 8 0 J S

C O D E N O. 2 0 0 1- 0 7 0

Tilti n g F e at ur e

G RI N DI N G M A C HI N E A C C E S S O RI E S

P o u n c h F or m er Wit h Si n e Pl at e

O R DE R N O.

T OTAL H EI G H T

SI N E B A R CE NTE R

N. W.

C O D E N O.

V- P B- B S V- P S- S S

Si n e Pl at e F or All T y p e P u n c h F or m er

O R D E R N O. V- P S- S P

C O D E N O. 2 0 0 1- 0 5 0

G RI N DI N G M A C HI N E A C C E S S O RI E S

O P TI O N A L A C C E S S O RI E S

C o n c e ntri c T e st St a n d

C O N C E N T RI C T E S T S T A N D

F e at ur e

O R D E R N O.

Di vi si o n

Gr a d u ati o n

N. W. ( k g s)

C O D E N O.

V CI- 1 5 0 P V CI- 2 5 0 P V CI- 3 5 0 P

Fi x e d S p e e d P u n c h F or m er

O R D E R N O.

O. D.

I. D.

M a x. Di a. of W or k pi e c e

C e nt er H ei g nt

M ot or O ut p ut- W I n p ut- V

Gr a d u ati o n

A UT O TYPE

R. P. M.

N. W. ( k g s)

C O D E N O.

V- P S- 8 0 M

G RI N DI N G M A C HI N E A C C E S S O RI E S

P u n c h Gri n d er

O R D E R N O. V- P G C O D E N O. 2 0 0 2- 0 1 0

O R DE R N O.

W EI G H T ( k g s)

C O D E N O.

V- P G

P u n c h Gri n d er

O R D E R N O. V- P G M C O D E N O. 2 0 0 2- 0 2 0

F e at ur e s

F E AT U R E S

O R DE R N O.

V- P G M

G RI N DI N G M A C HI N E A C C E S S O RI E S

W EI G H T ( k g s)

C O D E N O.

P u n c h Gri n d er O R D E R N O: V- P G A

C O D E N O. 2 0 0 2- 0 3 0

O R DE R N O.

W EI G H T ( k g s)

P U N C H G RI N D E R

Ø 0. 5 ~ Ø 6

C O D E N O.

V- P G A

R u n o ut T e st er O R D E R N O: V R T- 2 5

O R D E R N O.

Range

C O D E N O. 2 0 0 2- 0 4 0

L e n gt h

A c c ur a c y

Si z e

C O D E N O.

V R T- 2 5

G RI N DI N G M A C HI N E A C C E S S O RI E S

Mi ni T o ol M a k er Vi s e

O R D E R N O. V M V- 1 0 C O D E N O. 2 0 0 3- 0 0 1

O R D E R N O.

W ei g ht ( k g s)

C O D E N O.

N. W ( K G S)

C O DE N O

V M V- 1 0

T o ol M a k er Vi s e

O R D E R N O. M A T E RI A L

C max

V M V- 1 5 V M V- 2 0 V M V- 2 5 V M V- 3 0 V M V- 3 5

V M V- 4 0

V M V- 5 0 V M V- 6 0

G RI N DI N G M A C HI N E A C C E S S O RI E S

T O O L M A K E R VI S E

T o ol M a k er Vi s e

T OLE R A N CE O R D E R M A T E RI A L A N O. LE N GT H

JA W C O P E NI N G

H EI G H T H A R D E N W EI G H T C O D E N O. ( m m) ( K G S)

V D V- 2 0 V D V- 2 5 V D V- 3 0 V D V- 3 5 V D V- 4 0

G RI N DI N G M A C HI N E A C C E S S O RI E S

Si n e Vi s e A c c ur a c y : M at eri al H ar d e n e d: P ar all eli s m: S q u ar e n e s s: A n gl e t ol er a n c e: *

S P E CI FI C A TI O N O R DE R N O. S V B- 2 0

M A T E RI A L L E N G T H

WI D T H

J A W O P E NI N G

J A W H EI G H T

H EI G H T ( m m)

A N GLE

H A R DE N

N. W ( K G S)

C O D E. N O.

H A R DE N

N. W ( K G S)

C O D E. N O.

S V B- 2 5 S V B- 3 0

Si n e Vi s e A c c ur a c y : M at eri al H ar d e n e d: P ar all eli s m: S q u ar e n e s s: *

S P E CI FI C A TI O N O R DE R N O. S V D- 2 0 0

M A T E RI A L L E N G T H

WI D T H

S V D- 2 5 0 S V D- 3 0 0

B 11

G RI N DI N G M A C HI N E A C C E S S O RI E S

J A W O P E NI N G

J A W H EI G H T

H EI G H T ( m m)

A N GLE

T o ol M a k er s Vi s e A c c ur a c y : M at eri al H ar d e n e d: S K S 2 H R C 6 0º S u b- z er o pr o c e s si n g. P ar all eli s m: Wit hi n 0. 0 0 3 / 1 0 0 m m S q u ar e n e s s: Wit hi n 0. 0 0 5 / 1 0 0 m m A n gl e t ol: Wit hi n 1 5 s e c Wit hi n 2 0 s e c M at eri al: S K S 2 *Si n e c o n v er si o n t a bl e att a c h e d p a g e B 1 6

Fi x e d D o w n J a w D e si g n e d

O R DE R N O. V C20

K 8

N. W ( k g s) 1. 6

C O DE N O. 2 0 0 3- 0 7 0

150

8x5

V C25

176

8x5

2. 8

2 0 0 3- 0 7 1

V C30

190

102

8x6

V C40

245

135

2 0 0 3- 0 7 2

9. 0 2

2 0 0 3- 0 7 3

T o ol M a k er s Vi s e A c c ur a c y : M at eri al H ar d e n e d: S u b- z er o pr o c e s si n g. P ar all eli s m: Wit hi n 0. 0 0 3 / 1 0 0 m m S q u ar e n e s s: Wit hi n 0. 0 0 5 / 1 0 0 m m A n gl e t ol: Wit hi n 1 5 s e c Wit hi n 2 0 s e c M at eri al: S K S 2 H ar d n e s s: *Si n e c o n v er si o n t a bl e att a c h e d p a g e B 1 6

O R DE R N O. V- V E 2 0

J 6x6

N. W ( k g s) 1. 6 2

C O DE N O. 2 0 0 3- 0 8 0

V- V E 2 5

160

V- V E 3 0

175

7. 5 x 7

4. 0 2

2 0 0 3- 0 8 1

7. 5 x 7

4. 7

2 0 0 3- 0 8 2

G RI N DI N G M A C HI N E A C C E S S O RI E S

B12

T O O L M A K E R VI S E

G o o d D e si g n Wit h Hi g h Pr e ci si o n A n d Ri gi d

Pr e ci si o n U ni v er s al A n gl e Vi s e

P A T.

V U A- 4 5 0°

2 0°

V U A- 3 5 0°

2 0°

F e at ur e s

O R D E R N O.

C M AX

V U A- 3 V U A- 4

G RI N DI N G M A C HI N E A C C E S S O RI E S

G. W( K G S)

C O D E. N O.

T O O L M A K E R VI S E

Pr e ci si o n U ni v er s al A n gl e Pl at e

F e at ur e s

5 0°

O R D E R N O.

2 0°

G. W ( k g s)

C O D E N O.

V U A- 4 0 8 V U A- 5 1 0

G RI N DI N G M A C HI N E A C C E S S O RI E S

Pr e ci si o n U ni v er s al A n gl e C h u c k P A T.

O R DE R N O. V U A- 1 0 0 J

Wit h V S C- 4 C h u c k

G. W ( k g s)

C O DE N O.

Pr e ci si o n U ni v er s al A n gl e C oll et C h u c k

C a p a cit y Ø 3- Ø 3 0

St a n d ar d A c c e s s ori e s: O R DE R A N O. V U A- E R 4 0

G RI N DI N G M A C HI N E A C C E S S O RI E S

G. W ( k g s)

C O DE N O.

F REE A N GLE TA BLE

Fr e e A n gl e T a bl e

F e at ur e s:

O R D E R N O.

T a bl e si z e E I

G. W ( k g s)

C O D E N O.

W ei g ht ( k g s)

C O D E N O.

V A V- 1 0 2 0 V A V- 1 3 2 5

Fr e e A n gl e R ot ar y C h u c k

F e at ur e s:

O R D E R N O.

V A V- 4 J V A V- 5 J

G RI N DI N G M A C HI N E A C C E S S O RI E S

Pr e ci si o n Si n e Vi s e

T H E C L A M P H A N D L E I S P L A C E D U N D E R W O R K PI E C E.

P A R A L L E LI S M 0. 0 0 3 / 1 0 0 m m S Q U A R E N E S S 0. 0 0 5 / 1 0 0 m m A B C D E F G H I J

O R D E R N O.

C O D E N O.

S V C- 1 0 0

M a x. a n gl e W ei g ht( k g s)

Pr e ci si o n Si n e Vi s e A B C D E F G

SI N B A R C E N T E R 5 0 m m

H I

P A R A L L E LI S M 0. 0 0 3 / 1 0 0 m m S Q U A R E N E S S 0. 0 0 5 / 1 0 0 m m

O R D E R N O.

C O D E N O.

S V L- 5 0

M a x. a n gl e W ei g ht( k g s)

T w o W a y Vi s e

2 W AY S

P A R A L L E LI S M 0. 0 0 3 / 1 0 0 m m S Q U A R E N E S S 0. 0 0 5 / 1 0 0 m m G RI N DI N G M A C HI N E A C C E S S O RI E S

O R D E R N O.

S V S- 1 0 0

C O D E N O.

Si n e B ar Wit h M a g n eti c

SI N E B A R

H O W T O C H O O S E T H E B L O C K F O R SI N E B A R

O R DE R N O.

S Q U A R NESS

A C C U R A CY

P A R A L L E LI S M

H A R DE NESS

M A T E RI A L

N. W. ( k g s)

C O DE N O.

V- S 5 0 M V- S 1 0 0 M

Si n e B ar

O R DE R N O.

LE N GT H

WI D T H

H EI G H T

CE NTE R DI S T A N C E

PA R ALLEL

H A R DE N

BL O C KS DI A.

M A T E RI A L

N. W ( k g s)

C O D E N O.

N. W ( k g s)

C O D E N O.

V S- 1 0 0

Si n e B ar-I n c h s

O R DE R N O.

V- S 2 5

LE N GT H

WI D T H

H EI G H T

CE NTE R DI S T A N C E

PA R ALLEL

H A R DE N

BL O C KS DI A.

M A T E RI A L

V- S 5 0

G RI N DI N G M A C HI N E A C C E S S O RI E S

E D M T o ol M ar k er Vi s e ( S T AI N E S S)

M A X. O P E NI N G

P A R A L L E LI S M

T HI C K N E S S

S Q U A RE NESS O R D E R N O.

J A W DEEP W EI G H T ( k g s)

C O D E N O.

V S T V- 5 0 W

N. W M A T E RI A L H A R D NESS

E D M T o ol M a k er Vi s e ( S T AI N L E S S)

M A X. O P E NI N G

P A R A L L E LI S M

T HI C K N E S S

S Q U A RE NESS O R D E R N O.

J A W DEEP W EI G H T ( k g s)

C O D E N O.

V S T V- 1 0 0 W

G RI N DI N G M A C HI N E A C C E S S O RI E S

N. W M A T E RI A L H A R D NESS

E D M T O O L M A R K E R VI S E

E D M T o ol M ar k er Vi s e ( S T AI N E S S)

M A X. O P E NI N G

P A R A L L E LI S M

T HI C K N E S S

S Q U A RE NESS O R D E R N O.

J A W DEEP W EI G H T ( k g s)

C O D E N O.

V S T V- 1 5 0 W

N. W M A T E RI A L H A R D NESS

E D M T o ol M a k er Vi s e ( S T AI N L E S S)

M A X. O P E NI N G

P A R A L L E LI S M

T HI C K N E S S

S Q U A RE NESS O R D E R N O.

V S T V- 3 2 0 W

J A W DEEP W EI G H T ( k g s)

C O D E N O.

N. W M A T E RI A L H A R D NESS

G RI N DI N G M A C HI N E A C C E S S O RI E S

El e ctr o d e Vi s e ( S T AI N L E S S) MI NI T Y P E J A W WI D T H 2 5 m m

( S T AI N L E S S) F O R E D M

J A W O P E NI N G 2 0 m m

M at eri al

O R D E R N O.

M A T E RI A L

LE N G HT

WI D T H

J A W O P E NI N G

J A W H EI G H T

S U S440

H A R DE N

W EI G H T ( k g s)

C O D E N O.

V E H- 2 0 M S

El e ctr o d e Vi s e ( S T AI N L E S S) J A W WI D T H 3 5 m m J A W O P E NI N G 5 0 m m

M at eri al

O R D E R N O.

M A T E RI A L

LE N G HT

WI D T H

V E H- 2 0 D S

G RI N DI N G M A C HI N E A C C E S S O RI E S

J A W O P E NI N G

J A W H EI G H T

S U S440

H A R DE N

W EI G H T ( k g s)

C O D E N O.

T o ol M a k er Vi s e ( S T AI N L E S S)

T o ol m a k er s vi s e of mi ni t y p e w hi c h c a n b e p ut i n a bi g g er vi s e t o pr o c e s s t h e s m all a n d pr e ci s e w or k pi e c e. Al s o it c a n b e u s e d i n a n E. D. M. m a c hi n e a n d gri n di n g m a c hi n e. S q u ar e n e s s a n d p ar all eli s m: wit hi n ± 0. 0 0 3 / 1 0 0 m m N ot 1 0 0 % m a g n eti c pr o of O R DE R N O.

M A T E RI A L L E N G H T WI D T H O P JE ANI WN G H EIJ AG WH T

V S T V- 1 0 V

S U S 440

H A R DE N

V B S T- 3 0

W EI G H T ( k g s) 4. 5

M at eri al: S U S 4 4 0 H ar d n e s s: H R C 5 8º ~ 6 0º S q u ar e n e s s: Wit hi n 0. 0 0 5 / 1 0 0 m m

C O D E N O.

0. 3

T o ol M a k er Vi s e ( S T AI N L E S S) O R D E R N O.

W EI G H T ( k g s)

MI NI T Y P E F O R E D M U nit: m m

T OLE R A N CE

N ot 1 0 0 % m a g n eti c pr o of

T o ol M a k er Vi s e ( S T AI N L E S S)

± 0. 0 0 4 m m

± 0. 0 0 5 m m

F O R E D M

M at eri al: S U S 4 4 0 H ar d n e s s: H R C 5 6º S q u ar e n e s s: Wit hi n 0. 0 0 5 / 1 0 0 m m It w a s m a d e b y t o ol st e el of st ai nl e s s st e el s y st e m a n d w a s pr e ci si o n gr o u n d aft er h ar d e n e d b y h e at tr e at m e nt. S o, it will n ot b e r u st e d e v e n p er m e ati o n. T h e vi s e c a n cl a m p w or k pi e c e b y m o v e a bl e J a w wit h o ut lifti n g.It i s e a si er a n d c o n v e ni e nt f or pr o c e s si n g s m all w or k pi e c e s. N ot 1 0 0 % m a g n eti c pr o of

V S T V- 2 0

V S T V- 2 5 O R D E R N O.

V S T V- 2 0 V S T V- 2 5

M A T E RI A L S U S440

LE N G HT

H EI G H T

100

J A W O P E NI G 50

160

J A W WI D T H 35

J A W H EI G H T 29

H A R DE N H R C 5 6º

W EI G H T ( k g s) 1. 2

C O D E N O.

4. 4

G RI N DI N G M A C HI N E A C C E S S O RI E S

B22

T O O L M A K E R VI S E

MI NI T Y P E F O R E D M

El e ctr o d e Vi s e MI NI T Y P E J A W WI D T H 2 5 m m

( A L L O Y S T E E L) F O R E D M ELE CT R O DE H OL DE RS F O R E L E C T R O DI S C H A R G E M A C HI N E

O R D E R N O.

M A T E RI A L

LE N G HT

J A W O P E NI N G

WI D T H

J A W H EI G H T

H A R DE N

W EI G H T ( k g s)

C O D E N O.

V E H- 2 0

El e ctr o d e H ol d er

O R D E R N O.

V R A- 2 0

W EI G H T( K G) C O D E N O.

G RI N DI N G M A C HI N E A C C E S S O RI E S

V R A- 3 0

F O R E D M

V R A- 4 0

V R A- 6 0

V R A- 1 0 0

E D M Wir e ( B R A S S) F E AT U R E S

C H E MI C A L C O M P O SI TI O N

E D M WI R E

N O A CI D- C O R R O SI O N A N D N O D A M A G E T O R E SI N S

HI G H S U R F A C E Q U A LI T Y

S T A N D A R D W EI G H T C O N T R O L

N O WEL D ME NT

HI G H- DI M E N SI O N A L P R E CI SI O N

O U T S T A N DI N G S T R AI G H T N E S S

S P E CI FI C A TI O N O R DE R N O.

WI R E TYPE

DI A M E T E R inch

DI A M E T E R B R E A KI N G T E N SI L E T OLE R A N CE L O A D ST RE N GT H ( m m) ( k g s) ( N/ m m) m m

E L O N G A TI O N ( %)

S UI T F U L W O R KI N G STYLE

C O DE N O.

V E W- 2 0 H V E W- 2 5 H V E W- 3 0 H V E W- 2 0 S V E W- 2 5 S V E W- 3 0 S

T H E P A C KII N G U S E D A S T A N D A R D C OI L. H E R E T H E P O P U L A R I S P- 5 R ( 5 k g s).

WI G H T DI A M ELE N GT H P A C KI N G N U M BE R C OI L O F WI R E T H E O F D d L h O F WI R E C OI L O F C OI L S S H A P E O N C OI L WI R E ( m m) ( m m) ( m m) ( m m) O N C OI L TYPE / B OX ( k g) ( m m) ( M)

P- 5 R

G RI N DI N G M A C HI N E A C C E S S O RI E S

Wir e Di e s G ui d e

U s e d t o g ui d e wir e i n wir e el e ctr o- di s c h ar g e m a c hi m e s.

O R D E R N O.

M A KE R

A P P LI C A TI O N

M118

線切割眼模

M119

線切割眼模

M103 Ø3

眼模螺絲

M108

M111

偏心座

M117 Ø4

線切割眼模

M107

線切割眼模

M120

眼模螺絲

Z141

放電打孔機用導管

S103

線切割眼模

S111

線切割眼模

H102

線切割眼模

F120

線切割眼模 F121

線切割眼模

F101

線切割眼模

F102 F123

線切割眼模 1

F124

G RI N DI N G M A C HI N E A C C E S S O RI E S

線切割眼模

RE M A R KS

C O D E N O.

El e ctr o d e ( C o p p er & Br a s s Pi p e El e ctr o d e)

ELE CT R O DE

U s e d t o g ui d e wir e i n wir e el e ctr o- di s c h ar g e m a c hi m e s.

STA N D A R D STYLE H OLE M A T E RI A L

H OLE DI A.

O R DE R N O. C O DE N O. O R DE R N O. C OPPE R C O DE N O. B R ASS

M A T E RI A L

H OLE DI A.

O R DE R N O. B R ASS C O DE N O. O R DE R N O. C OPPE R C O DE N O.

0. 4

0. 5

0. 6

0. 7

0. 8

0. 9

1. 0

1. 1

1. 2

1. 3

V E B- 0 4

V E B- 0 5

V E B- 0 6

V E B- 0 7

V E B- 0 8

V E B- 0 9

V E B- 1 0

V E B- 1 1

V E B- 1 2

V E B- 1 3

V E P- 0 4

V E P- 0 5

V E P- 0 6

V E P- 0 7

V E P- 0 8

V E P- 0 9

V E P- 1 0

V E P- 1 1

V E P- 1 2

V E P- 1 3

1. 4

1. 5

1. 6

1. 7

1. 8

1. 9

2. 0

2. 1

2. 2

V E B- 1 4

V E B- 1 5

V E B- 1 6

V E B- 1 7

V E B- 1 8

V E B- 1 9

V E B- 2 0

V E B- 2 1

V E B- 2 2

V E P- 1 4

V E P- 1 5

V E P- 1 6

V E P- 1 7

V E P- 1 8

V E P- 1 9

V E P- 2 0

V E P- 2 1

V E P- 2 2

S U P E R 8 S T Y L E H O L E B R A S S PI P E E L E C T R O D E M A T E RI A L O R D E R N O.

H OLE DI A.

1. 0

1. 1

1. 2

1. 3

1. 4

1. 5

1. 6

1. 7

V E S- 1 0

V E S- 1 1

V E S- 1 2

V E S- 1 3

V E S- 1 4

V E S- 1 5

V E S- 1 6

V E S- 1 7

1. 8

1. 9

2. 0

2. 1

2. 2

2. 3

2. 4

2. 5

V E S- 1 8

V E S- 1 9

V E S- 2 0

V E S- 2 1

V E S- 2 2

V E S- 2 3

V E S- 2 4

V E S- 2 5

C O D E N O.

M A T E RI A L O R D E R N O.

H OLE DI A.

C O D E N O.

E D M Filt er F or E D M ( Oil) O R DE R N O.

N H- 0 1

O UTE R DI A.

I N NE R LE N GT H DI A.

S UI T A B L E M O D E L S

W EI G H T ( k g)

C O DE N O.

N H- 0 9 N H- 0 9 S N H- 6 0 0 L

G RI N DI N G M A C HI N E A C C E S S O RI E S

A n gl e Pl at e

O R DE R N O. V A P- 1

N. W. ( K G S)

C O DE N O.

V A P- 2 V A P- 3

Mi cr o- A dj u st a bl e A n gl e Pl at e

O R D E R N O.

V A P M- 1 V A P M- 2 V A P M- 3

G RI N DI N G M A C HI N E A C C E S S O RI E S

N. W. ( K G S) 1

C O D E N O.

Pr e ci si o n V Bl o c k

P AI R S G R O U N D E D

U nit: m m

O R D E R N O.

L X W X H

V- 3 V A- S V- 4 V A- S V- 5 V A- S

10 15 16

22 32 35

18 8 40 18 7 2. 8 X 2 5 X 3 6. 7 18 8 50 24 100 X36 X60 2 2 9. 5 6 5 3 1. 5 1 2 4. 6 X 4 9. 8 X 7 9. 8

W EI G H T C O D E N O. ( K G S) 0. 8 8 2. 9 6. 8

2 0 0 5- 0 1 8 2 0 0 5- 0 1 9 2 0 0 5- 0 2 0

Pr e ci si o n A n gl e Bl o c k s

O R D E R N O. A B- 1 3 0

C O D E N O. 2 0 0 6- 0 0 1 W EI G H T: 1 k g

F ur ni s h e d i n 1º i n cr e m e nt s t o 5 d e gr e e s a n d i n 5º i n cr e m e nt s t o 3 0 d e gr e e s. Wit h t h e a d diti o n of t h e o pti o n al1 /4 º a n d 1 /2 º bl o c k s virt u all y a n d c o n c ei v a bl e a n gl e t o t h e s e i n cr e m e nt s c a n b e e st a bli s h e d. Si m pl e, q ui c k a n gl e s et- u p s. Eli mi n at e s c al c ul ati o n s, a v oi d s err or s. Li g htl y m a g n eti z e d f or b ett er h ol di n g. M a n uf a ct ur e d of st e el, h ar d e n e d, st a bli z e d a n d gr o u n d. Si z e s: 3 l o n g x 1 /4 t hi c k. ( 7 5 m m x 6 m m) A c c ur a c y: . 0 0 0 1 p er i n c h. Oil- h ar d e n e d st e el, pr e ci si o n gr o u n d. 1 2 p c s a n gl e bl o c k s ( 1 /4 º, 1 /2 º, 1º, 2º, 3º, 4º, 5º, 1 0º, 1 5º, 2 0º, 2 5º, 3 0º) N ot f or L A B O R A T O R Y

U ni v er s al A n gl e Bl o c k S et N o si n e pl at e, si n e vi s e, a n gl e c h art or g a u g e bl o c k n e e d e d! A sl o p e at a n y a n gl e c a n b e pr o vi d e d b y i n st alli n g a bl o c k or bl o c k s o n a m a c hi n e vi s e u p t o 5 % 8 pi e c e s i n a d el u x e w o o d e n b o x i n cl u d e: 1 0º, 1 5º & 3 0º v e e bl o c k s a n d 5 a n gl e pl at e s- 1º t o 5º f or A B- 1 6 4 H e at tr e at e d 5 0º H R C & gr o u n d t o 1 0 s e c. 9 p c s a n gl e bl o c k s ( 1/ 2º, 1º, 2º, 3º, 4º, 5º, 1 0º, 1 5º, 3 0º,) f or A B- 1 6 3 N ot f or L A B O R A T O R Y O R D E R N O.

A B- 1 6 3 A B- 1 6 4

L X W X H V e e bl o c k s: 3 L x 1 3 /1 6 W x 1 3 /1 6 H A n gl e Pl at e s: 2 3 /4 L x 1 3 /1 6 W x 5 /6 4 H V e e bl o c k s: 4 L x 1 1 /2 W x 1 1 /2 H A n gl e Pl at e s: 4 L x 1 1 /2 W x 5 /3 2 H

m m

W EI G H T ( K G S)

C O DE N O.

2 0 0 6- 0 1 0

3. 8

2 0 0 6- 0 1 1

G RI N DI N G M A C HI N E A C C E S S O RI E S

B28

A N GLE BL O C K

M at eri al : St e el H ar d n e s s : H R C 5 2 A c c ur a c y : 0. 0 2 m m / 1 0 0 m m F or Pr o d u cti o n N ot f or L A B O R A T O R Y

Mi cr o m etri c T a n g e nt B ar & A n gl e G a u g e Bl o c k S et

O R D E R N O. A B- 1 6 6

C O D E N O. 2 0 0 6- 0 2 0

Mi cr o m etri c T a n g e nt B ar & A n gl e G a u g e Bl o c k S et

S oli d A n gl e Pl at e s

O R D E R N O. A B- 1 6 7

C O D E N O. 2 0 0 6- 0 3 0 S oli d A n gl e Pl at e s

Pr e ci si o n A n gl e Bl o c k s

O R D E R N O: A B- 1 1 3( 1 3 P C S/ S E T) C O D E N O: 2 0 0 6- 0 4 0

F E AT U R E S

P L AT E

G RI N DI N G M A C HI N E A C C E S S O RI E S

A N GLE DE G REE

O R D E R N O.

L x H x t hi c k

S Q U A RE

H ar d e n e d St e el S q u ar e

N E W W EI G H T ( K G S)

C O D E N O.

W EI G H T( k g)

C O D E. N O.

S S- 3 0 4 S S- 3 0 6 S S- 3 0 8 S S- 3 1 0 S S- 3 1 2

S q u ar e O R D E R N O.

L x H xt hi c k

A C C U R A CY

F S- 2 0 4 F S- 2 0 6 F S- 2 0 8

Pr e ci si o n St e el A n gl e Pl at e

O R D E R N O.

V R S- 3 3 V R S- 4 4 V R S- 4 6

HI G H P R E CI SI O N T Y P E

D 1

N. W ( K G S)

C O D E N O.

1 1

V R S- 8 5 V R S- 1 2 0 6 G RI N DI N G M A C HI N E A C C E S S O RI E S

V- Bl o c k Wit h Cl a m p

P AI R S

O R D E R N O.

V B C- 1 9 5 V B C- 1 9 6 V B C- 1 9 7

G RI N DI N G M A C HI N E A C C E S S O RI E S

N. W. ( k g s)

C O D E. N O.

V- Bl o c k Wit h Cl a m p

V- B L O C K WI T H C L A M P

P AI R S

SI N G L E

O R D E R N O.

W. O F S M A L L V E E

W. O F L A R G E R VEE

P A C KI N G

G. W. ( k g s)

C O D E N O.

V B C- 0 0 3 V B C- 2 4 3 V B C- 0 0 6 V B C- 0 0 9

G RI N DI N G M A C HI N E A C C E S S O RI E S

T a n gi m ati c Dr e s s er

O R D E R N O. V- T D A

C O D E N O. 2 0 1 2- 0 0 1

T a n gi m ati c Dr e s s er H a n d y T y p e

O R D E R N O. V- T D H

C O D E N O. 2 0 1 2- 0 0 2

R a di u s A n d A n gl e Dr e s s er

O R D E R N O. V- T D B

C O D E N O. 2 0 1 2- 0 1 0

G RI N DI N G M A C HI N E A C C E S S O RI E S

U ni v er s al W h e el Dr e s s er C O D E N O. 2 0 1 2- 0 2 0

SI M P L E- E LI MI N A T E S H EI G H L Y S KI L L E D O P E R A T O R S

E LI MI N A T E S E L A B O R A T E S E T U P S

A C C U R A T E- R A PI D, R E P A T F O R M- D R E S SI N G

P R E CI S E S H A R P C O N T O U R S

C O N V E X R A N G EC O N C A V E R A N G EA C C U R A T E... F L UI D M O TI O N... P R E CI S E...

T H E M O S T D U R A B L E D R E S S E R A V AI L A B L E

C al c ul ati o n M et h o n d

G RI N DI N G M A C HI N E A C C E S S O RI E S

W HEEL D RESSE R

O R D E R N O. V- T D C

Pr e ci si o n D u pl e x Dr e s s er

O R D E R N O. V- T D F

C O D E N O. 2 0 1 2- 0 3 0

F E AT U R E S

S P E CI FI C A TI O N S:

M a x.t hi c k n e s s

Mi n.

M a x.

Mi n

R a di u s A n d A n gl e Dr e s s er

O R D E R N O. V- T D G

C O D E N O. 2 0 1 2- 0 4 0

F E AT U R E S

1 1

R a di u s A n d A n gl e Dr e s s er

O R D E R N O. V- T D E

C O D E N O. 2 0 1 2- 0 5 0

F e at ur e s

G RI N DI N G M A C HI N E A C C E S S O RI E S

O pti c al R a di u s A n gl e Dr e s s er F E AT U R E S

W HEEL D RESSE R

O R D E R N O. V- T D T C O D E N O. 2 0 1 2- 0 6 0

S P E CI FI C A TI O N

M at c o Si n e Dr e s s er

O R D E R N O. V P- 5 0 C O D E N O. 2 0 1 2- 0 7 0

S P E CI FI C A TI O N BL O C K C E N T E R DI S T A N C E

CE NTE R T OLE R A N CE

M AX C R OSS FEE D

M at c o Si n e Dr e s s er

O R D E R N O. V- 5 0 D C O D E N O. 2 0 1 2- 0 8 0

G RI N DI N G M A C HI N E A C C E S S O RI E S

Di a m o n d W h e el Dr e s s er

O R D E R N O. V- T D D

C O D E N O. 2 0 1 2- 0 9 0

M ot or T y p e C B N Fl at W h e el Dr e s s er O R D E R N O.

V O LT A G E

RP M

W EI G H T ( k g s)

C O D E N O.

V- T D M- 1 V- T D M- 2

W h e el H a n g er

O R D E R N O. V W H- 2 4, V W H- 3 2

V W H- 2 4

V W H- 3 2

G RI N DI N G M A C HI N E A C C E S S O RI E S

C O D E N O. 2 0 1 3- 0 0 1, 2 0 1 3- 0 0 2

Gri n di n g W h e el Fl a n g e O R DE R N O.

Ø D

Ød

L1 L2 L3

Br a n d M ar k

W EI G H T ( k g)

C O DE N O.

F K T- 2 5 0 F T A- 3 5 0

G RI N DI N G W H E E L

W h e el B al a n ci n g St a n d

O R D E R N O. W B S- 3 0 0

C O D E N O. 2 0 1 4- 0 0 1

M A X. W H E E L DI A M E T E R A L L O W E D Ø 5 0 0 m m

L e v el B al a n ci n g St a n d

O R D E R N O. L B S- 1 0 0 C O D E N O. 2 0 1 4- 0 1 0

O R D E R N O. L B S- 3 5 0 C O D E N O. 2 0 1 4- 0 1 1

Dri vi n g C arri er

F E A T U R E S:

O R DE R N O V D C- 1 3 V D C- 2 2 V D C- 3 0 V D C- 4 0 V D C- 5 0 V D C- 6 0 V D C- 8 0 V D C- 1 0 0

C A P A CI T Y

W EI G H T ( k g)

G RI N DI N G M A C HI N E A C C E S S O RI E S

C O DE N O.

Si n e Pl at e s

O R D E R N O.

N. W ( k g s)

C O D E N O.

V- 4 7 V- 6 6 V- 6 1 2 0

C o m p o u n d Si n e Pl at e

O R D E R N O.

V- 4 7 S V- 6 6 S V- 6 1 2 S

G RI N DI N G M A C HI N E A C C E S S O RI E S

N. W ( k g s)

C O D E N O.

M a g n eti c Si n e Pl at e

M A G N E TI C P L A T E

650 G A U S S

O R D E R N O.

A N GLE

V- 4 7 M V- 6 6 M V- 6 1 2 M

N. W ( k g s)

M a g n eti c Si n e Pl at e Wit h Fi n e P ol e

O R D E R N O.

A N GLE

C O D E N O.

700 G A U S S

N. W ( k g s)

C O D E N O.

V- 4 7 M F V- 6 6 M F V- 6 1 2 M F

G RI N DI N G M A C HI N E A C C E S S O RI E S

A dj u st a bl e Si n e Pl at e Wit h Fi n e P ol e 700 G A U S S M a g n eti c C h u c k

O R D E R N O. V- 6 6 S A

C O D E N O. 2 0 1 5- 0 5 0

D o u bl e W a y Si n e Pl at e Wit h P er m a n e nt M a g n eti c C h u c k

690 G A U S S

F E A T U R E S:

O R DE R N O. V- 4 7 M S

A N GLE

N. W ( k g s) C O D E N O.

V- 6 6 M S V- 6 1 2 M S

D o u bl e W a y Si n e Pl at e Wit h Fi n e P ol e M a g n eti c C h u c k

700 G A U S S

F E A T U R E S:

O R DE R N O. V- 4 7 M S F

A N GLE

V- 6 6 M S F V- 6 1 2 M S F

G RI N DI N G M A C HI N E A C C E S S O RI E S

N. W ( k g s) C O D E N O.

R ot ar y P er m a n e nt M a g n eti c Pl at e

O R DE R N O.

V L U- 5 1 0 B V L U- 6 1 2 B V L U- 6 1 8 B

SI Z E

O P E R A TI O N P L A N E PIP TO LC EH B L L2 P

R O T A R Y S E AT P L A N E a

H EI G H T

W EI G H T

K GS

C O D E N O.

R ot ar y Fi n e P ol e P er m a n e nt M a g n eti c Pl at e

550 G A U S S

A P P LI C A TI O N F E AT U R E S

O R DE R N O.

N o mi n al Di m e n si o n

V L U- 4 0 7 B F V L U- 5 1 0 B F V L U- 6 1 2 B F V L U- 6 1 4 B F V L U- 6 1 8 B F

Chuck P O L E PI T C H L e n gt h Di m e n si o n B L1 L2 H1 P L2

R ot ar y B a s e 1

H EI G H T W EI G H T ( k g s) H2

C O DE N O.

Hi- P o w er Mi ni T y p e P er m a n e nt M a g n eti c Pl at e A P P LI C A TI O N

O R D E R N O.

V G- 4 0 4 H V G- 4 0 7 H V G- 4 1 0 H

DI M E N SI O N

C H U C KI N G SI Z E B L Le

P O L E PI T C H P

H EI G H T H

F O R C A R BI D E M A T E RI A L O N L Y C A N N OT F O R ALL STEEL

T E S TI N G B L O C K

W EI G H T ( k g s)

C O D E N O.

G RI N DI N G M A C HI N E A C C E S S O RI E S

M A G N E TI C P L A T E

650 G A U S S

A n g ul ar P er m a n e nt M a g n eti c Pl at e

650 G A U S S

SI D E M A G N E TI C F O R C E 1 8 K G F P L AT E C E N T E R 26 K G F

( 2 + 6) M a g. f or c e : 6 5 0 G S G o o d f or w or k pi e c e bi g g er i n l e n g ht & wi dt h O R D E R N O.

P OLE PI T C H

C H U C KI N G SI Z E

SI Z E A

C H U C K M O U N TI N G FA CE G E F

S WI T C H T Y P E

H EI G H T H

W EI G H T K GS

C O D E N O.

V G- 4 0 7 V G- 5 1 0 V G- 6 1 2 V G- 6 1 4 V G- 6 1 8 V G- 8 1 6 V G- 8 1 8 V G- 8 2 0 V G- 8 2 4 V G- 1 0 2 0 V G- 6 0 6 V G- 1 2 2 4

Mi d dl e Pit c h P er m a n e nt M a g n eti c C h u c k

600 G A U S S

SI D E M A G N E TI C F O R C E 1 9 K G F P L AT E C E N T E R 28 K G F ( 2 + 6)

M a g. f or c e : 6 0 0 G S G o o d f or w or k pi e c e bi g g er i n l e n g ht & wi dt h A P P LI C A TI O N F E AT U R E S

O R D E R N O.

V G F- 1 0 1 8 B V G F- 1 5 1 5 B V G F- 1 5 3 0 B V G F- 1 5 3 5 B V G F- 1 5 4 0 B V G F- 1 5 4 5 B V G F- 2 0 4 0 B V G F- 2 0 4 5 B V G F- 1 0 1 8 B S V G F- 1 5 1 5 B S V G F- 1 5 3 0 B S

DI M E N SI O N

C H U C KI N G SI Z E

G RI N DI N G M A C HI N E A C C E S S O RI E S

P OLE PI T C H

C H U C K M O U N TI N G FA CE

H EI G H T

HEX A G O N AL H A N DLE H OLE

W EI G H T K GS N. W.

C O DE N O.

Fi n e P ol e M a g n eti c Pl at e

SI D E M A G N E TI C F O R C E 2 1 K G F P L AT E C E N T E R 30 K G F 550 G A U S S

( 1 + 1. 5) M A G N E TI C P L A T E

M a g. f or c e : 5 5 0 G S. G o o d f or w or k pi e c e s m all er i n l e n g ht & wi dt h

F E AT U R E S

O R D E R N O.

SI Z E

V R T W- 1 0 1 8 A V R T W- 1 5 1 5 A V R T W- 1 5 3 0 A V R T W- 1 5 3 5 A V R T W- 1 5 4 0 A V R T W- 1 5 4 5 A V R T W- 2 0 4 0 A V R T W- 2 0 4 5 A V R T W- 1 2 2 4 A V R T W- 1 0 1 8 S V R T W- 1 5 1 5 S V R T W- 1 5 3 0 S V R T W- 1 3 2 5 S

C H U C KI N G SI Z E A

P O L E PI T C H M O U NC TIH NU CG KF A C E P A E F

H EI G H T

W EI G H T K G S

N. W.

C O D E N O.

R o u n d T y p e M a g n eti c Pl at e

O R D E R N O. V G D T Y P E Hi g h er t h a n 4 5 0 g a u s s A P P LI C A TI O N

O R D E R N O.

V G D- 0 6 V G D- 0 8 V G D- 1 0 V G D- 1 2

F A C E P L AT E t1

B O T T O M P L AT E t2 L0

P O L E PI T C H P

H EI G H T H

W EI G H T K GS

C O D E N O.

Fi n e P ol e R o u n d T y p e M a g n eti c Pl at e

P L A T E SI D E 2 1 K G F P L AT E C E N T E R 30 K G F

A P P LI C A TI O N

550 G A U S S O R D E R N O.

V G D W- 6 V G D W- 8 V G D W- 1 0 V G D W- 1 2

DI A M E T E R

T O P P L AT E

P O L E PI T C H P

H EI G H T H

W EI G H T K GS

C O D E N O.

G RI N DI N G M A C HI N E A C C E S S O RI E S

St a n d ar d P ol e El e ctr o M a g n eti c C h u c k

450 G A U S S

A P P LI C A TI O N

O R D E R N O. DI M E N SI O N

P OLE PI T C H

C H U C KI N G SI Z E A

C H U C K M O U N TI N G F A C E G

V O L T A G E C U R R E N T W EI( kG g)H T

C O DE N O.

V E M- 1 5 3 0 A V E M- 1 5 3 5 A V E M- 1 5 4 5 A V E M- 2 0 4 0 A V E M- 2 0 4 5 A V E M- 2 5 5 0 A V E M- 3 0 6 0 A V E M- 4 0 8 0 A V E M- 4 0 1 0 0 A V E M- 5 0 1 0 0 A

S u p er- P o w erf ul El e ctri c M a g n eti c C h u c k

MI L LI N G M / C T Y P E 1200 G A U S S

A P P LI C A TI O N

O R D E R N O. DI M E N SI O N

P OLE PI T C H

C H U C KI N G SI Z E A

V E M- 2 0 4 0 Z V E M- 2 0 5 0 Z V E M- 2 0 6 0 Z V E M- 2 5 5 0 Z V E M- 3 0 6 0 Z V E M- 4 0 8 0 Z V E M- 4 0 1 0 0 Z V E M- 5 0 1 0 0 Z V E M- 6 0 1 0 0 Z

G RI N DI N G M A C HI N E A C C E S S O RI E S

C H U C K M O U N TI N G F A C E G

V O LT A G E C U R R E N T

W EI G H T N. W. ( k g)

C O DE N O.

M A G N E TI C C H U C K C U R R E N T A D J U S T E R ( F or R e ctif y & D e m a g n eti z e)

O R D E R N O. V C C- 8 0 5 A ( 1 0 A) F O R V GI- 2 0 6 0 / V E A- 8 1 6 ~ 1 6 4 0 / V E M- 2 0 4 0 Z ~ 4 0 1 0 0 Z V C C- 8 1 5 ( 1 5 A) F O R V E A- 2 0 4 0 ~ V E A 2 4 6 0 / V L Z- 2 0 6 0 / V E M- 5 0 1 0 0 A / V E M- 5 0 1 0 0 Z F E AT U R E S

O R D E R N O. V C C- 8 2 0

O R D E R N O.

( 2 0 A) F O R V E A- 2 4 6 0 ~ / V E M- 6 0 1 0 0 Z F E AT U R E S

I N P U T V O LT A G E ( SI N G L E P H A S E)

O UTP UT V O LT A G E C U R RE NT

DI M E N SI O N B

N E T W EI G H T ( K G S)

C O D E N O.

V C C- 7 0 5 V C C- 8 0 5 A V C C- 8 1 5 V C C- 8 2 0

V ari a bl e S p e e d R ot ar y M a g n eti c C h u c k F E AT U R E S

O R D E R N O.

Ø D

V O LT

G. W.

C O D E N O.

V R M- 8 V R M- 1 0

G RI N DI N G M A C HI N E A C C E S S O RI E S

C H U C K C O NT R OLLE R

O R D E R N O. V C C- 7 0 5( 5 A) F or V GI- 6 1 8 ~ 2 0 4 8 / V L Z- 5 1 0 ~ 6 1 2 / VI W- 6 1 2 ~ 1 2 2 4 / V E M- 1 5 3 0 A ~ 5 0 1 0 0 A F E AT U R E S

M a g n eti c Tr a n si sti n g Bl o c k

O R D E R N O.

W EI G H T K G S

C O D E N O.

V C P- 0 V C P- 1 V C P- 2 V C P- 3 V C P- 4

M a g n eti c Tr a n si sti n g Bl o c k S et

O R D E R N O. V C P- 6

C O D E N O. 2 0 1 5- 4 1 0

B OXE D SET

N O. of Bl o c k s

STYLE

Lx Hx Wx P C S

USE D M O DEL

1 P air

M a g n eti c A dj u st a bl e Li n k

O R D E R N O. V C P- 5

C O D E N O. 2 0 1 5- 4 2 0

G RI N DI N G M A C HI N E A C C E S S O RI E S

M a g n eti c St e el S h e et S e p ar at or A P P LI C A TI O N

NET W EI G H T K GS

C O DE N O.

B A R T U BE

W EI G H T K GS

C O D E N O.

DI M E N SI O N

O R DE R N O.

Ø D

V C P- 1 0 V C P- 1 1

M a g n eti c C hi p C oll e ct er A P P LI C A TI O N

O R D E R N O.

Di m e n si o n

H ol di n g Mass

W ei g ht kgs

C O D E N O.

V C P- 1 5

M a g n eti c S e p ar ati n g B ar U nit

T E M P E R A T U R E LI MI T 6 0º C O R D E R N O.

D 1

D 2

V M S- 7 B V M S- 9 B

G RI N DI N G M A C HI N E A C C E S S O RI E S

M A G N E TI C T O O L S

F E AT U R E S

P er m a n e nt- El e ctr o M a g n eti c C h u c k

S uit a bl e f or Milli n g

M a g. P o w er 1 0 0 0 k g s / 1 0 0 c m 2

5 SI D E S M A C HI NI N G C O N T R O L L E R T Y P E:

O R DE R N O.

V S BV T J-

F E AT U R E S

G RI N DI N G M A C HI N E A C C E S S O RI E S

A C C E S S O RI E S

SI Z E

W EI G H T K GS

C O D E N O.

P er m a n e nt- El e ctr o M a g n eti c C h u c k

M A G N E TI C P L A T E

S uit a bl e f or Milli n g

S T R O N G C L A M PI N G F O R C E, F A S T S E T TI N G, HI G H S A F E T Y R e c o m m e n d v olt a g e : 3 8 0 V 1 P H

M A G N E TI C F O R C E 1 0 0 0 K G S / 1 0 0 C M 2 / 4 S Q U A R E B L O C K S

O R DE R N O.

DI M E NI SI O N W

HI G H T

PI T C H G

P OLE P

N o. of V O L T A G E A M P C H U C K C O N T R O L L E R P OLE N. W TYPE N. W.

C O DE N O.

V P E- 2 5 4 0 V P E- 2 5 6 0 V P E- 2 5 8 0 V P E- 2 5 1 0 0

111

V P E- 3 0 3 0 V P E- 3 0 4 0 V P E- 3 0 6 0 V P E- 3 0 8 0 V P E- 3 0 9 0 V P E- 3 0 1 0 0 V P E- 4 0 4 0 V P E- 4 0 6 0 V P E- 4 0 8 0 V P E- 4 0 1 0 0 V P E- 5 0 6 0 V P E- 5 0 8 0 V P E- 5 0 1 0 0 V P E- 6 0 1 0 0

G RI N DI N G M A C HI N E A C C E S S O RI E S

P e r m a n e nt M a g n eti c Lift e r ( O N/ O F F T y p e) 3. 5 ti m e s!

C o n v e ni e nt a n d Li g ht w ei g ht L e s s di m e n si o n L o w er pri c e

V M L- 1 0 0

V M L- 3 0 0

V M L- 1 0 0 0 V M L- 6 0 0

V M L- 2 0 0 0

F E A T U R E S O P E R A TI O N N oti c e:

E a c h si z e s uit f or pl at e t y p e & r o u n d t y p e st e el u si n g. All n e w m o d el s wit h “ li g ht w ei g ht” l e s s di m e n si o n” a n d “ l o w er pri c e”. M a d e b y p er m a n e nt m a g n et, r e q uir e n o p o w er s u p pl y, t h u s eli mi n ati n g h a z ar d s d u e t o f ail ur e wiri n g s y st e m a s el e ctri c t y p e.

O P E R A TI O N

O N

Wit h O N/ O F F s wit c h, it i s v er y e a s y a n d c o n v e ni e nt t o o p er at e. S e e a s t h e e x a m pl e pi ct ur e s a s b el o w

OFF

N oti c e:

N e v er m o v e s t h e h a n dl e t o “ O N” si d e, e x c e pt o n a n ir o n o bj e ct of h ol di n g. N e v er o p er at e o v er h u m a n’ s h e a d.

DI M E N SI O N S C a p a cit y

lbs

m m inch

lbs

V M L- 1 0 0

100 220

107 4. 2

84 3. 3

120 4. 7

125 4. 9

60 2. 4

71 2. 8

41 1. 6

30 1. 2

2. 7 5. 5

2 0 1 8- 0 6 0

V M L- 3 0 0

300 660

180 7. 1

155 6. 1

156 6. 1

185 7. 3

90 3. 6

93 3. 7

51 2. 0

41 1. 6

9. 1 1 8. 9

2 0 1 8- 0 6 1

V M L- 6 0 0

600 1320

255 10

224 8. 8

212 8. 3

260 1 0. 2

11 5 4. 5

120 4. 7

77 3. 0

52 2. 0

2 1. 5 46

V M L- 1 0 0 0

1000 2200

280 11

245 9. 6

286 1 1. 3

371 1 4. 6

165 6. 5

169 6. 7

97 3. 8

87 3. 4

5 3. 4 101

2 0 1 8- 0 6 3

V M L- 2 0 0 0

2000 4400

422 1 6. 6

380 15

348 1 3. 7

512 2 0. 2

216 8. 5

215 8. 5

105 4. 1

121 4. 8

1 2 7. 8 259

2 0 1 8- 0 6 4

V M L- 3 T H

3000 6600

566 2 2. 3

530 2 0. 9

400 1 5. 7

770 3 0. 3

216 8. 5

222 8. 7

147 5. 8

80 3. 2

181 399

O R DE R N O.

B51

G RI N DI N G M A C HI N E A C C E S S O RI E S

W ei g ht

S AFETY C O E F FI CI E N T

x 3. 5 ti m e s

x 3. 0 ti m e s

C O D E N O.

2 0 1 8- 0 6 2

2 0 1 8- 0 6 5

P e r m a n e nt M a g n eti c Lift e r ( O N/ O F F T y p e) A P P LI C A TI O N S

M A G N E TI C LI F T E R

pl a sti c m ol d s a n d ir o n m at eri al ..... et c.

L O A D O F H O L DI N G P O W E R .

m m

T1 T2

up 60 55

inch

V M L- 3 0 0 0

u p 2. 3 6

100 %

2. 1 6

95 %

P er c e nt a g e of lifti n g c a p a cit y

V M L- 2 0 0 0

V M L- 1 0 0 0

V M L- 6 0 0

V M L- 3 0 0

T a bl e of diff er e n c e i n h ol di n g p o w er b y attr a cti v e f a c e r o u g h n e s s F or all m o d el s

V M L- 1 0 0

100 %

1. 9 7

90 %

95 %

1. 7 7

85 %

90 %

1. 5 7

80 %

85 %

1. 3 8

70 %

75 %

90 %

1. 1 8

60 %

65 %

80 %

0. 9 8

50 %

55 %

70 %

90 %

0. 7 9

40 %

45 %

60 %

75 %

90 %

100 %

50 %

100 % 125 %

F1 100 % 100 %

125 %

▽ ▽

100 %

F3 F4

T10

0. 5 9

30 %

35 %

50 %

60 %

70 %

T 11

0. 3 9

20 %

25 %

35 %

45 %

50 %

70 %

T12

0. 2 0

10 %

15 %

20 %

25 %

30 %

40 %

T a bl e of diff er e n c e i n h ol di n g p o w er b y m at eri al q u alit y F or all m o d el s

90 %

65 %

50 %

100 %

L o w c ar b o n

100 %

M o d er at e c ar b o n

85 %

Hi g h c ar b o n

C a st ir o n

75 % 70 %

C al c ul ati n g F or m ul a f or “ R a n g e of Lifti n g C a p a cit y” E x a m pl e:

S A F E T Y C O E F FI CI E N T x 3. 5 ti m e s T h e c a p a cit y of m a g n et i n di c at e d a s 1/ 3. 5 of h ol di n g p o w er, it m e a n s t h e r e al h ol di n g p o w er i s

M A XI M U M LI F TI N G R A N G E F O R M OF M A T E RI A L

S T E E L P L AT E

R O U N D STEEL

M a x.lifti n g c a p a cit y

r e q uir e d

M a x.lifti n g c a p a cit y

Mi n Di a

M a x. di a m et er

M a xi m u m l e n gt h

lbs

m m inch

lbs

m m

m m inch

V M L- 1 0 0

100 220

15 0. 5 9

58 125

150 5. 9

1000 40

V M L- 3 0 0

300 660

25 0. 9 8

175 380

250 9. 8

1500 60

V M L- 6 0 0

600 1320

30 1. 1 8

345 760

350 1 3. 8

2000 80

V M L- 1 0 0 0

1000 2200

40 1. 5 7

570 1255

450 1 7. 8

2500 98

V M L- 2 0 0 0

2000 4400

55 2. 1 6

11 4 0 2510

550 2 1. 6

3000 11 8

V M L- 3 T H

3000 6600

60 2. 3 6

1710 3675

650 2 5. 6

3500 138

O R D E R N O.

G RI N DI N G M A C HI N E A C C E S S O RI E S

B52

M a g n eti c Lift er

C A M TYPE

F E AT U R E S

C a m m e c h a ni s m, e a s y o p er ati o n. s cr a p o c c a si o n all y, pl e a s e b e c ar ef ul.

L O A DI N G v erti c al p o siti o n.

U N L O A DI N G M o v e t h l e v el at t h e h ori z o nt al s e p ar at e d. O R D E R N O. C A P A CI T Y

N e v er o p er at e o v er h u m a n’ s h e a d.

W1 L1 L0

V G P- 1 0 0

204 298 366

V G P- 2 0 0

330 380 445

M a g n eti c H ol d er

H0 H1 65

125 130

50 135

N E T W EI G H T C O D E N O. ( K G S) 2 5. 8 2 0 1 8- 0 4 0 4 6. 8

2 0 1 8- 0 4 1

H A N DLE TYPE

F E AT U R E S

H O L DI N G P O W E R a n d cl e ar a n c e b et w e e n t h e m at eri al a n d m a g n et.

M A XI M U M H O L DI N G P O W E R V M L- 8 0

V M L- 1 4 0

V M L- 1 5 0

d u st. m a g n eti c attr a cti o n i s b e st a n d wit h l o w c ar b o n- s oft st e el s.

V M L- 8 0 O R DE R N O.

V M L- 1 5 0 B53

G RI N DI N G M A C HI N E A C C E S S O RI E S

V M L- 1 4 0

U nit: m m

N. W ( K G S)

C O D E N O.

V M L- 8 0

1. 2 3

2 0 1 8- 0 5 4

V M L- 1 4 0

120

2. 2

2 0 1 8- 0 5 5

V M L- 1 5 0

140

100

192

2. 5

2 0 1 8- 0 5 6

O N

C A P A CI T Y

OFF

D e m a g n eti z er

O R D E R N O.

I N P U T V O LT A G

C U R RE NT

P O WE R

D UTY CY CLE

H O L E C A P A CI T Y

W EI G H T K G S

C O D E N O.

V D M- 4 0

A C 1 1 0 V/ 2 2 0 V

0. 5 A

80 W

20 %

Ø40 M M

1. 3

2 0 1 9- 0 3 0

D E M A G N E TI Z E R

S uit f or drill, e n d mill, h ar d w ar e, c utti n g t o ol... et c. H a n d y t y p e, it c a n al s o u s e t h e c utti n g t o ol. G u ar a nt e e d f or 3 m o nt h s.

S uit f or m ol di n g.

H a n d y Ty p e F or Bi g g er Or H e a v y W or k pi e c e Li g ht D ut y O nl y G u ar a nt e e d f or 3 m o nt h s. B uilt-i n o v er- h e at s af et y St o p O R D E R N O.

I N P U T V O LT A G E ( SI N G L E P H A S E)

C U R RE NT

V D M- 5 0

1 1 0 V/ 2 2 0 V/ 1 P H

1. 2 A

U SI N G TI M E D e m a g n eti z e 1 mi n ut e w aiti n g 4 mi n ut e s

DI M E N SI O N M H

345

W EI G H T K GS

C O D E N O.

1. 2

2 0 1 9- 0 3 1

D e m a g n eti z er De mag

ly way on e n o ti z e r

F E AT U R E S S uit a bl e f or g e n er al c o m p o n e nt s p ar e p art s, att a c h m e nt s, S uit a bl e f or l o n gti m e u s e; b e a bl e t o u s e c o nti n u o u sl y f or 2 4 h o ur s. R e st 1 0 Mi n P er 3 hr s. Wit h t h e d e si g n of d o u bl e c oil s i n si d e t o a v oi d h e at r el e a s e. G u ar a nt e e d f or 3 m o nt h s. If o p er at e will c a u s e it e m m a g n eti z e d

DEL UXE TYPE O R D E R N O.

I N P U T V O LT A G E

C A P A CI T Y

D UTY CY CLE

V D M- 6 8

1 1 0 V/ 2 2 0 V

A C- 3 3 0 V A

100 %

DI M E N SI O N L W H 140 195 11 0

N W K GS 7. 4

U nit: m m

C O DE N O. 2 0 1 9- 0 0 1

G RI N DI N G M A C HI N E A C C E S S O RI E S

B54

D e m a g n eti z er F E AT U R E S I n p ut v olt a g e 1 1 0- 2 2 0 V olt s A C. Wit h O n- Off s wit c h.

V D M- 8

V olt a g e 2 0 0- 2 4 0 s h o ul d b e or d er e d. G u ar a nt e e d f or 3 m o nt h s.

V D M- 1 1 O R DE R N O. V D M- 8

V D M- 1 4

V D M- 1 1 V D M- 1 4

I NP UT V O LT A G E A C - 12 12 00 VV A C - 12 12 00 VV A C - 23 28 00 VV

C A P A CI T Y WS OU RR FKIA NC GE 210 VA 1 6 0 X 11 0

U nit: m m

100

W EI G H T ( K G S) 4. 5

D UTY CY CLE 50 %

C O DE N O. 2 0 1 9- 0 1 1

100 %

2 0 1 9- 0 2 1

H EI G H T

550 VA

200 X280

130

585x335

120

2 0 1 9- 0 1 3

Mi ni T y p e D e m a g n eti z er

F O R H A N D Y A N D C A N N OT B E M O V E D O BJ E CT G u ar a nt e e d f or 3 m o nt h s.

O R DE R N O.

I NP UT W O R KI N G V O L T A G E C A P A CI T Y S U R F A C E A C- 12 12 00 VV 11 0 V A 123 X83

V D M- 9

U nit: m m

H EI G H T

W EI G H T ( K G S)

D UTY CY CLE

C O DE N O.

1. 8

90 %

2 0 1 9- 0 2 0

T u n n el T y p e D e m a g n eti z er A n d M a g n eti z er F E AT U R E S M er el y u si n g t o ol s t o p a s s t hr o u g h or m o v e i nt o a t u n n el will c a u s e a g o o d d e m a g n eti zi n g eff e ct. S uit a bl e f or pl a n n e d a ut o m ati c pr o c e s s; b e a d a pt e d f or d eli v er y b elt s t o pr o c e e d i n or d er t o i n cr e a s e pr o d u cti vit y. S uit a bl e f or l ar g e pr o d u cti o n of c o m p o n e nt s p ar e p art s, att a c h m e nt s, t o ol s... et c. S uit a bl e f or l o n gti m e u s e; b e a bl e t o u s e c o nti n u o u sl y f or 2 4 h o ur s. Att a c h e d a f a n i n si d e f or di s si p ati n g h e at. G u ar a nt e e d f or 3 m o nt h s. O R DE R N O.

B55

P O WE R S O U R CE

C A P A CI T Y

DI M E N SI O N

T H R O U G H NET H OLE W EI G H T C DY UCTL YE K GS A B

C O DE N O.

100

150

2 0 1 9- 0 2 5

V D M- 1 5 0 A C 2 2 0/ 3 8 0 V

3520 VA

L 370

W 370

H 200

V D M- 2 5 0

4840 VA

470

370

200

150

250

1 0 0 % 2 0 1 9- 0 2 6

V D M- 4 5 0 A C 2 2 0/ 3 8 0 V

4400 VA

700

500

200

250

450

2 0 1 9- 0 2 7

G RI N DI N G M A C HI N E A C C E S S O RI E S

C hi p C oll e ct or Mi ni H a n d y T y p e P ull t h e tri g g er t o dr o p attr a ct e d it e m s e a sil y. P er m a n e nt m a g n et. a n d s m all ir o n or st e el p art s f or offi c e, h o u s e a n d f a ct or y. I m p a ct- pr o of pl a sti c m at eri al s. O R DE R N O.

P A C KI N G H OM LA DIS SN G

C UFT

V C C- 1 6

C ol or B O X

0. 0 9

0. 6 5

DI M E N SI O N L 11 0

W 11 0

H 190

W EI G H T K GS

C O D E N O.

0. 7

2 0 1 9- 0 4 0

C hi p C oll e ct or Wit h A dj u st a bl e Ar m T y p e et c. D el u x e h a n dl e f or c o mf ort. E a s y t o u s e, s af e, pr a cti c al a n d ti m e s a vi n g. P er m a n e nt m a g n et. O R DE R N O.

M A G N E TI C B A S E

H O L DI N G M ASS

C UFT

T OTAL LE N GT H

C O D E N O.

V C C- 1 7 A

120x70 m m

0. 7

0. 4

700 m m

2 0 1 9- 0 4 1 A

C hi p C oll e ct or Wit h W h e el s E a s y t o u s e, s af e a n d pr a cti c al ti m e s a vi n g d e vi c e. d e vi c e w hi c h e n a bl e t o attr a ct a n y m et al it e m s a n d P ull t h e tri g g er t o r el e a s e m a g n eti c f or c e. P er m a n e nt m a g n et. O R D E R P A C KI N G H O L DI N G N O. M ASS

k gf

C UFT

LE N GT H

W EI G H T K GS

V C C- 1 9

1. 1 5

720~1035 m m

1. 5

0. 8 5

C hi p C oll e ct or Wit h Fl e xi bl e Ar m

Fl e xi bl e M a g n eti c Pi c k- U p T o ol

T OTAL WI D T H

C O DE N O.

3 7 7 m m 2 0 1 9- 0 4 3

C hi p C oll e ct or Wit h L E D

Li g ht e d Fl e xi bl e M a g n eti c Pi c k- U p T o ol

O R D E R N O.

V C C- 2 0

O R D E R N O.

V C C- 2 1

P A C KI N G

Ti e d O n C ar d

P A C KI N G

Ti e d O n C ar d

H O L DI N G M ASS

0. 1 1

H O L DI N G M ASS

0. 0 8

C UFT

0. 0 4

C UFT

0. 0 4

LE N GT H

533 m m

LE N GT H

533 m m

C A P A CI T Y C O D E N O.

C A P A CI T Y 2 0 1 9- 0 4 4

C O D E N O.

2 0 1 9- 0 4 5

Wit h 2 p c 1. 5 V b att eri e s G RI N DI N G M A C HI N E A C C E S S O RI E S

B56

C HI P C O L L E C T O R

U nit: m m

M a g n eti c V Bl o c k

1 P CS

F or m e a s uri n g V A N GL E 90 N ot f or L A B O R A T O R Y.

BI G P O W E R T O P

S M ALL P O WE R

2 SI D E S N O P O WE R

B OTT O M BI G P O W E R

n eti c O R D E R N O. P Mo aw ger( p ull)

V C P- 2 5

ø7~ø60

ø7~ø25

H 9 5. 3 3. 7 5

W 70 2. 7 6

Di m e n si o n L L1 1 0 1. 6 45 4 1. 9 7

L2 18 0. 7 5

Wt. kgs

C O D E N O.

3. 9

2 0 1 5- 5 0 1

M a g n eti c V Bl o c k

1 P CS

P O WE R T OP & V

F or m e a s uri n g V A N GL E 90 N ot f or L A B O R A T O R Y.

BI G P O W E R T O P

BA CK S M ALL P O WE R

B OTT O M BI G P O W E R

2 SI D E S N O P O WE R

B OTT O M P O WE R

V C P- 2 6

O R D E R N O.

M a g n eti c P o w er( p ull)

V C P- 2 7

V C P- 2 6

ø8~ø50

V C P- 2 7

ø8~ø50

H 73 2. 8 7 73 2. 8 7

Di m e n si o n W L 60 70 2. 1 3 2. 7 6 60 125 2. 3 6 4. 2 9

M a g n eti c V Bl o c k

L1 37 1. 5 38 1. 5

Wt. kgs

C O D E N O.

1. 8

2 0 1 5- 5 1 0

3. 3

2 0 1 5- 5 1 1

M a g n eti c V- Bl o c k

P AI R

a n d a c c ur a c y ar e u s e d t o g et h er a s a s et. V A N G L E 9 0°

N ot f or L A B O R A T O R Y. T OP

2 SI D E S N O P O WE R

2 P C S/ S E T P AI R

N O P O WE R B OTT O M REA R

n eti c O R D E R N O. P Mo aw ger( p ull)

B57

V C P- 2 8

ø8~ø34

V C P- 2 9

ø8~ø80

V C P- 3 0

ø8~ø120

H 50 74 2. 9 1 100 3. 9 4

G RI N DI N G M A C HI N E A C C E S S O RI E S

Di m e n si o n W 40 48 1. 7 7 50 1. 9 7

L 70 11 0 4. 3 3 150 5. 9 1

Wi dt h of V

Wt. kgs

C O D E N O.

ø50

2. 0

2 0 1 5- 5 2 0

60 2. 3 6 90 3. 5 4

4. 9

2 0 1 5- 5 2 1

8. 9

2 0 1 5- 5 2 2

M a g n eti c S q u ar e Bl o c k

F O R M E A S U RI N G

M A G N E TI C B L O C K

T OP P O WE R

2 SI D E S P O WE R

B OTT O M S M ALL P O WE R

i nt e gr all y wit h al u mi n u m. F or m e a s uri n g V A N GL E 90 N ot f or L A B O R A T O R Y O R D E R N O.

M a g. P o w er of V gr o o v e

M a g. P o w er of b a s e

V C P- 3 1

ø7~ø22

V C P- 3 2

ø7~ø29

100 3. 9 4 150 5. 9 1

23 1. 0 2 29 1. 2 6

Wt. kgs 6. 5

C O D E N O.

2 0. 3

2 0 1 5- 5 3 1

2 0 1 5- 5 3 0

M a g n eti c S q u ar e H ol d er P O WE R T OP & V

V G R O OVE

Pr e ci si o n gr o u n d B a s e & V gr o o v e p ar all eli s m : 0. 0 2 / 1 0 0 m m M a g n eti c p o w er : V gr o o v e o nl y M AI N B O D Y : C A S T I R O N Li g ht d ut y, f or m e a s uri n g E a s y m o v e m e nt M ulti - t y p e V A N G L E 9 0° N ot f or L A B O R A T O R Y. O R D E R N O.

V C P- 4 0

M a g. P o w er of V gr o o v e

ø8~ø50

125

M AI N B O D Y

Wt. kgs

C O D E N O.

8. 5 4

2 0 1 5- 5 4 0

G RI N DI N G M A C HI N E A C C E S S O RI E S

B58

M a g n eti c T o ol s F O R DI A L G A U G E, I N DI C A T O R S

FI X E D A R M T Y P E V M B- B, 0 1, 0 2 T H E DI A L C L A M P H O L E Ø 6. 5 & Ø 8 M A G N E TI C B A S E C E N T E R H O L E T H R E A D M 8 x 1. 2 5 P

Ø16 HY D R O Ø 3 0 x 1 7 5. 5 l H E AV Y D UTY

Ø12x171 l Ø20x310 l

Ø20

O R D E R N O. V M B- B M A G N E TI C B A S E /80kgs

O R D E R N O. V M B- 0 1 M A G N E TI C B A S E ( A DJ U ST A BL E T Y P E) / 8 0 k g s

O R D E R N O. V M B- 0 2 M A G N E TI C B A S E ( A DJ U ST A BL E T Y P E) / 8 0 k g s

O R D E R N O. V M B- 1 8 1 M A G N E TI C B A S E /100kgs

O R D E R N O. V M B- 0 3 M A G N E TI C B A S E H EI G H T R O D T Y P E/ 1 3 0 k g s

O R D E R N O. V M B- 1 8 5 H Y D R A U LI C A R M M A G N E TI C B A S E /100 K G S

Bi g Di a. & H ei g ht R o d

& s h a p e & c ol or

dir e ctl y, b e c a u s e t h e t hr e a d i n t h e b a s e will b e di si nt e gr at e d, pl e a s e l o o s e Aft er y o u s et t h e p o siti o n, Fi x t h e K n o b.

Ø8

B59

Ø 6. 5

O R D E R N O.

B A S E SI Z E L x W x H( M M)

H O L DI N G P O WE R

M AI N R O D O. D X L

S U B R O D O. D X L

W EI G H T ( K G S)

C O D E N O.

V M B- B

60x50x55

80 K G S

Ø12 X173

Ø10 X162

1. 6

2 0 1 5- 6 0 1

V M B- 0 1

60x50x55

80 K G S

Ø12 X176

Ø10 X150

1. 6

2 0 1 5- 6 0 2

V M B- 0 2

60x50x55

80 K G S

Ø12 X171

Ø10 X153

1. 6

2 0 1 5- 6 0 3

V M B- 0 3

11 5x 5 0x 5 5

130 K G S

Ø20 X310

Ø14 X200

3. 9

2 0 1 5- 6 0 7

V M B- 1 8 1

73x50x55

100 K G S

Ø 3 0 X 1 7 5. 5

Ø21x137

1. 9

2 0 1 5- 6 0 9 A

V M B- 1 8 5

73x50x55

100 K G S

Ø 3 1 X 1 2 4. 5

Ø 2 8x 11 3

2. 0

2 0 1 5- 6 0 9 B

G RI N DI N G M A C HI N E A C C E S S O RI E S

M a g n eti c T o ol s F O R DI A L G A U G E, I N DI C A T O R S

WI T H O U T DI A L I N DI C A T O R

U NI V E R S A L A R M T Y P E T H E DI A L C L A M P H O L E Ø 6. 5 & Ø 8

M A G N E TI C T O O L S

M A G N E TI C B A S E C E N T E R H O L E T H R E A D M 8 x 1. 2 5 P

Ø16x192 l Ø10x155 l

Ø 11x 11 6 l

Ø10x143 l

Ø16x185 l

Ø 2 4x Ø 1 4x 11 4 l

HY D R O

HY D R O Ø30 Ø34

Ø25 Ø15x128 l

Ø12x160 l H E X. 2 1

O R D E R N O. V M B- 7 0 D E L U X E U NI V E R S A L M A G N E TI C B A S E/ 100kgs

Ø12x175 l

Ø16x230 l

Ø20x412 l Ø32x Ø16x122 l

Ø25

O R D E R N O. V M B- 1 0 6 M E C H A NI C A L A R M M A G N E TI C B A S E/ 100kgs

O R D E R N O. V M B- 1 0 6 H H Y D R A U LI C A R M M A G N E TI C B A S E/ 100kgs

O R D E R N O. V M B- 1 6 0 M A G N E TI C B A S E H EI G H T R O D T Y P E ( A dj.) 100kgs

O R D E R N O. V M B- 1 8 0 M A G N E TI C B A S E H EI G H T R O D T Y P E ( A dj.) 100kgs

O R D E R N O. V M B- 1 8 2 H H Y D R A U LI C A R M M A G N E TI C B A S E/ 100kgs

dir e ctl y, b e c a u s e t h e t hr e a d i n t h e b a s e will b e di si nt e gr at e d, pl e a s e l o o s e Aft er y o u s et t h e p o siti o n, Fi x t h e K n o b.

Ø8

H ol d t h e M a g. B a s e w hil e m o vi n g & lifti n g

Ø 6. 5

O R D E R N O.

B A S E SI Z E L x W x H( M M)

H O L DI N G P O WE R

M AI N R O D O. D X L

S U B R O D O. D X L

W EI G H T ( K G S)

C O D E N O.

V M B- 7 0

73x50x55

100 K G S

Ø15 X128

Ø 11 X 11 6

1. 7

2 0 1 5- 6 0 4

V M B- 1 0 6

73x50x55

100 K G S

Ø12 X160

Ø10 X143

1. 9

2 0 1 5- 6 0 5

V M B- 1 0 6 H

75x50x55

100 K G S

Ø12 X175

Ø10 X155

2. 2

2 0 1 5- 6 0 6

V M B- 1 6 0

73x50x55

100 K G S

Ø16x230

Ø16x185

2. 1

2 0 1 5- 6 0 8

V M B- 1 8 0

75x60x80

100 K G S

Ø20x412

Ø16x192

3. 8

2 0 1 5- 6 0 9

V M B- 1 8 2 H

73x50x55

100 K G S

Ø32x Ø16x122

Ø 2 4x Ø 1 4x 11 4

1. 7 5

2 0 1 5- 6 0 0

G RI N DI N G M A C HI N E A C C E S S O RI E S

B60

M a g n eti c T o ol s

M A G N E TI C B A S E C E N T E R H O L E T H R E A D M 8 x 1. 2 5 P

62 62

Ø17x125 l Ø 1 4 x 9 6. 5 l Ø22x97 l

Ø25

Ø29

Ø 1 1 x 4 7. 5 l

Ø34 Ø 1 7. 5 x 1 0 5 l

Ø13x53 l

O R D E R N O. V M B- 5 5 MI NI M A G N E TI C B A S E/ 80 kgs

O R D E R N O. V M B- 5 1 MI NI M A G N E TI C B A S E/ 30 kgs

Ø31

Ø30

Ø21

Ø 3 1 x 1 4 6. 5 l

Ø 2 0 x 1 4 1. 5 l

Ø19

O R D E R N O. V M B- 5 6 MI NI M A G N E TI C B A S E/ 100 kgs

O R D E R N O. V M B- 5 8 MI NI M A G N E TI C B A S E/ 100 kgs

A R M dir e ctl y, b e c a u s e t h e t hr e a d i n t h e b a s e will b e di si nt e gr at e d, pl e a s e l o o s e Aft er y o u s et t h e p o siti o n, Fi x t h e K n o b.

Ø8

H ol d t h e M a g. B a s e w hil e m o vi n g & lifti n g

B61

Ø 6. 5

O R D E R N O.

B A S E SI Z E L x W x H( M M)

H O L DI N G P O WE R

M AI N R O D O. D X L

S U B R O D O. D X L

W EI G H T ( K G S)

C O D E N O.

V M B- 5 1

35x30x35

30 K G S

Ø13x53

Ø 1 1 x 4 7. 5

0. 4

2 0 1 5- 6 5 1

V M B- 5 5

60x50x55

80 K G S

Ø 1 7. 5 x 1 0 5

Ø 1 4 x 9 6. 5

1. 4

2 0 1 5- 6 5 2

V M B- 5 6

73x50x55

100 K G S

Ø 2 0 x 1 4 1. 5

Ø17x125

1. 8

2 0 1 5- 6 5 3

V M B- 5 8

73x50x55

100 K G S

Ø 3 1 x 1 4 6. 5

Ø22x97

2 0 1 5- 6 5 5

G RI N DI N G M A C HI N E A C C E S S O RI E S

M a g n eti c T o ol s

M A G N E TI C T O O L S

M A G N E TI C B A S E C E N T E R H O L E T H R E A D M 5 x 0. 8 P k n o b m a y v ar y & s h a p e & c ol or

MI C R O A D J U S T M E N T

Ø 7 x 4 2. 5 l

Ø16

O R D E R N O. V M F- 1 1 2 MI NI M A G N E TI C B A S E/ 30 kgs

O R D E R N O. V H- 7 0 MI NI M A G N E TI C B A S E / 15 kgs R O U N D B ASE O R S Q U A RE B ASE

O R D E R N O. V M F- 1 0 2 A MI NI D E L U X E U NI V E R S A L M A G N E TI C B A S E S UI T A B L E F O R E D M U SI N G. 30 kgs

O R D E R N O. V M F- 1 1 4 MI NI M A G N E TI C B A S E / 30 kgs D o v et ail / 6. 0

If y o u w o ul d li k e t o t ur n ar o u n d t h e A R M of V M B s eri e s, d o n’t r ot at e t h e A R M dir e ctl y, b e c a u s e t h e t hr e a d i n t h e b a s e will b e di si nt e gr at e d, pl e a s e l o o s e Aft er y o u s et t h e p o siti o n, Fi x t h e K n o b. B ef or e y o u s et t h e n e w p o siti o n, y o u m u st l o o s e t h e k n o b. H ol d at t h e c o n n e cti o n b et w e e n R o d & B a s e t o pr e v e nt t hr e a d br e a ki n g. H ol d t h e M a g. B a s e w hil e m o vi n g & lifti n g

Ø8

Ø 6. 5

O R D E R N O.

B A S E SI Z E L x W x H( M M)

H O L DI N G P O WE R

M AI N R O D O. D X L

S U B R O D O. D X L

W EI G H T ( K G S)

C O D E N O.

V M F- 1 1 2

3 4. 5 x 3 0 x 3 5

30 K G S

Ø20 X 70

Ø15 X 65

0. 6

2 0 1 5- 6 1 9

V M F- 1 1 4

35x30x35

30 K G S

Ø 7 x 4 2. 5

0. 5

2 0 1 5- 6 3 5

V H- 7 0

31x31x32

15 K G S

Ø10 X 70

Ø6 X 90

0. 4

2 0 1 5- 6 2 0

V M F- 1 0 2 A

3 4. 5 x 3 0 x 3 5

30 K G S

Ø20 X 70

Ø20 X 65

0. 5 7

2 0 1 5- 6 2 1 A

G RI N DI N G M A C HI N E A C C E S S O RI E S

B62

M a g n eti c T o ol s

O R D E R N O. V M B- 0 6 F L E XI B L E A R M WI T H M A G N E T E C B A S E

O R D E R N O. V M L- A M A G N E TI C B A S E W O R KI N G B E A M F O R 2 0 W/ 4 0 W/ 6 0 W 1 1 0 V F O R 2 0 W/ 4 0 W/ 6 0 W 2 2 0 V

O R D E R N O. V M L- B M A G N E TI C B A S E W O R KI N G B E A M F O R 2 0 W/ 4 0 W/ 6 0 W 1 1 0 V F O R 2 0 W/ 4 0 W/ 6 0 W 2 2 0 V

O R D E R N O. V M L- C M A G N E TI C B A S E W O R KI N G B E A M F O R 2 0 W/ 4 0 W/ 6 0 W 1 1 0 V F O R 2 0 W/ 4 0 W/ 6 0 W 2 2 0 V

& s h a p e & c ol or

Aft er y o u s et t h e p o siti o n, Fi x t h e K n o b.

H ol d t h e M a g. B a s e w hil e m o vi n g & lifti n g

B63

O R D E R N O.

B A S E SI Z E L X W X H( M M)

H O L DI N G P O WE R

M AI N R O D O. D X L

W EI G H T ( K G S)

C O D E N O.

V M B- 0 6

60 X50 X55

80 K G S

Ø16 X208

1. 6

2 0 1 5- 6 1 0

V M L- A

60 X50 X55

80 K G S

Ø20 X200

1. 5

2 0 1 5- 6 1 1

V M L- B

60 X50 X55

80 K G S

Ø26 X200

1. 5

2 0 1 5- 6 1 2

V M L- C

60 X50 X55

80 K G S

Ø20 X460

2. 2

2 0 1 5- 6 1 6

G RI N DI N G M A C HI N E A C C E S S O RI E S

M a g n eti c T o ol s

E nl ar g e a b o ut : 2 X

O R D E R N O. V M B- 1 0 M A G N E TI C B A S E O N L Y M 8 X 1. 2 5 p, 1 0 0 k g s

O R D E R N O. V M B- 1 1 M A G N E TI C B A S E O N L Y M 8 X 1. 2 5 p, 1 4 0 k g s

O R D E R N O. V M B- 1 2 W HEEL D RESSE R CL A MP H O L E 1 2 M M WI T H O U T DI A M O N D D R E S S E R P E N

M A G N E TI C T O O L S

O R D E R N O. V M B- 0 9 M A G N E TI C B A S E O N L Y M 8 X 1. 2 5 p, 3 0 k g s

O R D E R N O. V M B- 0 0 M A G N E TI C B A S E O N L Y M 8 X 1. 2 5 p, 8 0 k g s

O R D E R N O. V M L- M M A G N E TI C B A S E WI T H M A G NI F YI N G G L A S S M 8 X 1. 2 5 p, 8 0 k g s

Aft er y o u s et t h e p o siti o n, Fi x t h e K n o b. & s h a p e & c ol or

H ol d t h e M a g. B a s e w hil e m o vi n g & lifti n g V M B- 0 0

B A S E SI Z E L X W X H( M M) 60 X50 X55

V M B- 0 9

3 4. 5 X 3 0 X 3 5

30 K G S

0. 2

2 0 1 5- 6 4 6

V M B- 1 0

73 X50 X55

100 K G S

1. 2 5

2 0 1 5- 6 4 5

V M B- 1 1

11 7 X 5 0 X 5 5

140 K G S

2. 1

2 0 1 5- 6 1 4

V M B- 1 2

60 X50 X55

80 K G S

1. 1

2 0 1 5- 6 1 5

V M L- M

60 X50 X55

80 K G S

1. 7

2 0 1 5- 6 1 7

O R D E R N O.

H O L DI N G P O WE R 80 K G S

M AI N R O D O. D X L

W EI G H T ( K G S) 1. 1

C O D E N O.

Ø15 X325

2 0 1 5- 6 1 3

S q u ar e M a g n eti c H ol d er B a s e

C O MPA CT TYPE P O W E R F U L L M A G N E TI C S U P E R T HI N O R D E R N O.

H O L DI N G P O WE R

DI M E N SI O N S W

T H RE A D A B

V M B- 6 1

6. 5 K G S

4- M 4

V M B- 6 2

20 K G S

V M B- 6 3

25 K G S

V M B- 6 4

80 K G S

125

C O D E N O.

2 0 2 2- 0 9 0

8- M 4

2 0 2 2- 0 9 1

8- M 4

2 0 2 2- 0 9 2

8- M 6

2 0 2 2- 0 9 3

G RI N DI N G M A C HI N E A C C E S S O RI E S

B64

M a g n eti c T o ol s k n o b m a y v ar y & s h a p e & c ol or

O R D E R N O. V M H- 5 4 ( 2 H O S E) M A G N E TI C B A S E WI T H H O S E N O Z Z L E

O R D E R N O. V M H- 6 3 ( 1 H O S E) M A G N E TI C B A S E WI T H S T E E L N O Z Z L E

O R D E R N O. V M H- 6 2 ( 3 H O S E) M A G N E TI C B A S E WI T H H O S E N O Z Z L E

O R D E R N O. V M H- 6 4 ( 2 H O S E) M A G N E TI C B A S E WI T H S T E E L N O Z Z L E

O R D E R N O. V M H- 6 5 ( 3 H O S E) M A G N E TI C B A S E WI T H S T E E L N O Z Z L E

O R D E R N O. V M S- 1/ 4 O R D E R N O. V M S- 3/ 8 S T E E L H O S E WI T H N OZZLE

H ol d t h e M a g. B a s e w hil e m o vi n g & lifti n g B A S E SI Z E L X W X H( M M)

H O L DI N G P O WE R

M AI N R O D O. D X L

S U B R O D O. D X L

W EI G H T ( K G S)

C O D E N O.

V M H- 5 4

60 X50 X55

80 K G S

Ø16 X 330

2 P C S. H O S E

1. 4

2 0 1 5- 6 2 2

V M H- 6 2

60 X50 X55

80 K G S

Ø16 X 330

3 P C S. H O S E

1. 5

2 0 1 5- 6 2 3

V M H- 6 3

60 X50 X55

80 K G S

Ø 11 X 3 3 0

1 P C S. H O S E

1. 6

2 0 1 5- 6 4 2

V M H- 6 4

60 X50 X55

80 K G S

Ø 11 X 3 3 0

2 P C S. H O S E

2 0 1 5- 6 4 3

V M H- 6 5

60 X50 X55

80 K G S

Ø 11 X 3 3 0

3 P C S. H O S E

2. 2

2 0 1 5- 6 4 4

V M S- 1/ 4

Ø 11 X 3 2 0

H O S E T H R E A D 1/ 4

0. 1 4

2 0 1 5- 6 4 0

V M S- 3/ 8

Ø15 X 370

H O S E T H R E A D 3/ 8

0. 3 1

2 0 1 5- 6 4 1

O R D E R N O.

B65

V M S- 3/ 8- 4 5 0 L

H O S E T H R E A D 3/ 8

2 0 1 5- 6 4 7

V M S- 3/ 8- 5 0 0 L

H O S E T H R E A D 3/ 8

2 0 1 5- 6 4 8

V M S- 3/ 8- 6 1 0 L

H O S E T H R E A D 3/ 8

2 0 1 5- 6 4 9

V M S- 3/ 8- 7 6 0 L

H O S E T H R E A D 3/ 8

2 0 1 5- 6 5 0

G RI N DI N G M A C HI N E A C C E S S O RI E S

T hi n R o u n d M a g n et

V M H- D 1 3, D 3 0

V M H- T 6 6

U nit : m m

Ø D

T HI C K N E S S

W EI G H T ( k g)

V M H- D 1 3

1 0. 5

0. 1 6

2 0 1 5- 7 1 1

V M H- D 3 0

1 3. 0

0. 3 4

2 0 1 5- 7 1 2

V M H- T 6 6

1 0. 5

0. 1 6

2 0 1 5- 7 1 6

O R D E R N O.

H O L DI N G P O WE R

C O D E N O.

R o u n d M a g n et H ol d er

V M D- S 1 4 V M D- R 3 0

V M D- S 2 0 F or B a si c li g ht M a g. f or c e T o c o m bi n e wit h ot h er t o ol T o r e m o v e li g ht w ei g ht ir o n o bj e ct. S u p p ort f or p o siti o ni n g

V M D- R 5 0

DI M E M SI O N S

TAPPE R H OLE

W EI G H T ( K G S)

C O D E N O.

V M D- R 1 8

Ø 30 x 25

0. 1 2

2 0 1 5- 7 2 1

V M D- R 3 0

Ø 40 x 30

0. 2 6

2 0 1 5- 7 2 2

V M D- R 5 0

Ø 50 x 40

0. 5 4

2 0 1 5- 7 2 3

V M D- S 1 4

26 x 26 x 25

0. 1 2

2 0 1 5- 7 2 4

V M D- S 2 0

26 x 60 x 25

0. 2 8

2 0 1 5- 7 2 5

O R D E R N O.

H O L DI N G P O W E R

G RI N DI N G M A C HI N E A C C E S S O RI E S

B66

M A G N E TI C T A P P E R

F or B a si c li g ht M a g. f or c e T o c o m bi n e wit h ot h er t o ol T o r e m o v e li g ht w ei g ht ir o n o bj e ct. I. D. Ø M 6. 6 / M 8 C a n s er v e a s h a n g er.

M a g n eti c T a p p er T A P t hr e a d c a p a cit y M 3- M 1 2

C o st hi g h er

H ori z o nt al / V erti c al P ort a bl e Gr e at f or m a c hi n e c a s e & t hi n pl at e t a p pi n g j o b. T A P & Ir o n pi e c e n ot i n cl u d e d.

& s h a p e & c ol or E x a m pl e.

U nit : m m

O R D E R N O.

W EI G H T ( k g s)

C O D E N O.

V T M- 1 3

122

3. 1 0

2 0 1 5- 7 3 1

M a g n eti c Cl a m p W el d er’ s M a g n eti c Gr o u n d Cl a m p H e a v y- d ut y st e el h o u si n g h ol d s a p o w erf ul m a g n et f or f a st, y et s af e gr o u n d. E q ui p p e d wit h a s pri n g-l o a d e d br a s s el e ctr o d e, t h e m a g n eti c C UFT

L x W x H

W EI G H T ( k g)

C O D E N O.

V C C- 3 0

0. 0 7’

7 0 x 5 2 m/ m

0. 4 8

2 0 3 3- 2 2 0

V C C- 3 1

0. 0 5’

4 9 x 4 0 m/ m

0. 1 2

2 0 3 3- 2 2 1

O R D E R N O.

M ASS

M a g n eti c Q ui c k Cl a m p

L O R D E R N O.

SI Z E

P A C KI N G

V C C- 3 3

Sli di n g C ar d

V C C- 3 4

Sli di n g C ar d

B67

G RI N DI N G M A C HI N E A C C E S S O RI E S

M M ASS

DI M E N SI O N W

W EI G H T ( k g)

C O D E N O.

0. 0 3’

120

0. 3 2

2 0 3 3- 2 2 3

0. 0 3’

158

102

0. 6 8

2 0 3 3- 2 2 4

C UFT

A dj u st a bl e M a g n eti c N o z zl e Kit

B y diff er e nt of u s a g e, t h er e ar e m u c h m o d el s f or s el e cti o n. M a c hi n e t o ol m a d e b y c u st o m er’ s SPA CE R

C L- 0 1

SPA CE R

C L- 0 2

C L- 0 3

Ø46 X255

S- 1 M A G N E TI C F O R C E 8 k g s O R DE R N O. C L- 0 1

SPA CE R

C L- 0 1 A

SPA CE R

C L- 0 2 A

L- 2

C L- 0 3 A

WI T H P L A S TI C N O Z Z L E & V A L V E O. D. 3 4 X H 2 3 0 m m

WI T H P L A S TI C N O Z Z L E O. D. 6 8 X 3 3 0 H

W ei g ht

C O D E N O. 2 0 1 5- 6 2 4

C L- 0 2

2 0 1 5- 6 2 5

C L- 0 3

2 0 1 5- 6 2 6

C L- 0 1 A

2 0 1 5- 6 2 7

C L- 0 2 A

2 0 1 5- 6 2 8

C L- 0 3 A

2 0 1 5- 6 2 9

S- 1

2 0 1 5- 6 3 0

L- 2

2 0 1 5- 6 3 1 A

A dj u st a bl e C o ol a nt H o s e A dj u st a bl e C o ol a nt H o s e i s hi g hl y pli a bl e; it h ol d s it s s h a p e w ell a n d will n ot str o n gl y r e si st a nt t o oil s a n d c h e mi c al s. A dj u st a bl e C o ol a nt H o s e will n ot d a m a g e c utti n g bl a d e if t h er e w er e a c ci d e nt c o nt a ct. A dj u st a bl e C o ol e nt H o s e d o e s n ot c o n d u ct el e ctri cit y a n d i s g o o d f or o p er ati n g B e n di n g h o s e will n ot r e d u c e i n n er di a m et er, h o s e will n ot pi n c h or f ati g u e.

Or di n ar y A dj u st a bl e C o ol a nt H o s e s ar e c ol or s. ITE M A L C O H O L S, E T H U L A CI D S A CET O NE B A S E S, S T R O N G C O M M E R CI A L DI S H D E T E R G E N T S G A S O LI N E G REASES H Y P O C H L O RI T E L O N S O L U TI O N S L A C Q U E R S OLV E NT S OI L S S O DI U M H Y D R O XI D E S O DI U M H Y P O C H L O RI T E I N S E C TI CI D E S B R A K E OI L S

B69

S UI T A B L E O

U N S UI T A B L E X

O X X

X O O O X

G RI N DI N G M A C HI N E A C C E S S O RI E S

3/ 8 ” ( 9 m m)

1/ 2 ” ( 1 2 m m)

3/ 4 ” ( 2 0 m m)

C a uti o n: o ur m at eri al s ar e g o o d wit h al c o h ol s, et h yl, a c et o n e, c o m m er ci al di s h d et er g e nt s, g a s oli n e, gr e a s e s, l a c q u er oil s. N ot g o o d f o r a ci d s, b a s e s, st r o n g, a m m o ni u m

O O O

O O

1/ 4 ” ( 6 m m)

H y p o c hl o rit e. U s e i n a p p r o p ri at e li q ui d s d a m a g e.

may cause

C O OL A NT N OZZLE

T h e a dj u st a bl e m a g n eti c n o z zl e i s s uit a bl e f or c o oli n g a n d l u bri c ati n g i n m a c hi ni n g pr o c e s s. C a n b e pr ol o n g e d t h e c utt er lif e a n d a d v a n c e t h e a c c ur a c y a n d b e a ut y of

A dj u st a bl e C o ol a nt H o s e s & V al v e s FI G U R E

1/ 4 V A L V E & H O S E KI T 62220 3 3 C M L e n gt h H o s e Kit A s s e m bl e d wit h: 1- A ci d R e si st a nt 1/ 4 M al e N P T V al v e 1- 2 0 El e m e nt S e g m e nt s or 1/ 8 or 1/ 4

62720 3 3 C M L e n gt h H o s e Kit A s s e m bl e d wit h: 1- 1/ 4 M al e N P T V al v e 1- 2 0 El e m e nt S e g m e nt s or 1/ 8 or 1/ 4

3/ 8

3 6 C M L e n gt h H o s e Kit A s s e m bl e d wit h: 1- A ci d R e si st a nt 3/ 8 M al e N P T V al v e 1- 1 6 El e m e nt S e g m e nt s or 3/ 8 or 1/ 2

63720 3 6 C M L e n gt h H o s e Kit A s s e m bl e d wit h: 1- 3/ 8 M al e N P T V al v e 1- 1 6 El e m e nt S e g m e nt s or 3/ 8 or 1/ 2

A CI D R E SI S T A N T

O R D E R N O. V H K- 1/ 4

C O D E N O. 2 0 1 6- 0 0 2

O R D E R N O. V H K- 3/ 8 A

C O D E N O. 2 0 1 6- 0 0 3

A CI D R E SI S T A N T

O R D E R N O. V H K- 3/ 8

C O D E N O. 2 0 1 6- 0 0 4

O R D E R N O. V H K- 1/ 2 A

C O D E N O. 2 0 1 6- 0 0 5

V A L V E & H O S E KI T

64420 3 3 C M L e n gt h H o s e Kit A s s e m bl e d wit h: 1- A ci d R e si st a nt 1/ 2 M al e N P T V al v e 1- 1 2 El e m e nt S e g m e nt s or 3/ 8 or 1/ 2

64720 3 3 C M L e n gt h H o s e Kit A s s e m bl e d wit h: 1- 1/ 2 M al e N P T V al v e 1- 1 2 El e m e nt S e g m e nt s or 3/ 8 or 1/ 2

3/ 4

C O D E N O. 2 0 1 6- 0 0 1

V A L V E & H O S E KI T

63320

1/ 2

O R D E R N O. V H K- 1/ 4 A

C O OL A NT H OSE

C O D E N O. & D E S C RI P TI O N

V A L V E & H O S E KI T

A CI D R E SI S T A N T

O R D E R N O. V H K- 1/ 2

C O D E N O. 2 0 1 6- 0 0 6

O R D E R N O. V H K- 3/ 4

C O D E N O. 2 0 1 6- 0 0 7

66720 4 4 C M L e n gt h H o s e Kit A s s e m bl e d wit h: 3/ 4 M al e P T or N P T V al v e G RI N DI N G M A C HI N E A C C E S S O RI E S

B70

1/ 4 ” S y st e m

1/ 4 ” I N SI D E DI A M E T E R

FI G. I T E M N O. D E S C RI P TI O N V- 8 2 0 2 0

1/ 4” H o s e Kit 3 3 C M L e n gt h wit h Fitti n g s: 2- 1 4 C M S e g m e nt s 1/ 1 6”, 1/ 8”, 1/ 4” N o z zl e s 1/ 4” & 1/ 8” M al e P T c o n n e ct or s

FI G. I T E M N O. D E S C RI P TI O N V- 8 2 2 2 3

1/ 1 6” 9 0 o N o z zl e s,

V- 8 2 2 4 3

1/ 1 6” 9 0 o N o z zl e s,

V- 8 2 2 2 4

1/ 8” 9 0 o N o z zl e s,

V- 8 2 2 4 4

1/ 8” 9 0 o N o z zl e s,

V- 8 2 2 2 5

1/ 4” 9 0 o N o z zl e s,

C O D E N O. 2 0 1 6- 1 1 7

C O D E N O. 2 0 1 6- 1 1 8

C O D E N O. 2 0 1 6- 1 0 1

V- 8 2 0 2 0 A 1/ 4” H o s e Kit 3 3 C M L e n gt h wit h Fitti n g s: 2- 1 4 C M S e g m e nt s 1/ 1 6”, 1/ 8”, 1/ 4” N o z zl e s 1/ 4” & 1/ 8” M al e N P T c o n n e ct or s

C O D E N O. 2 0 1 6- 1 1 9

C O D E N O. 2 0 1 6- 1 2 0

C O D E N O. 2 0 1 6- 1 0 2

V- 8 2 2 2 0

1/ 4” E xt e n d e n El e m e nt Kit wit h El e m e nt Cl a m p s I n cl u d e s 4 e a c h of: 1/ 4” E xt e n d e d El e m e nt s 1/ 4” El e m e nt Cl a m p s

V- 8 2 2 4 5

V- 8 2 0 2 1 V- 8 2 0 7 1

C O D E N O. 2 0 1 6- 1 0 4- 1

V- 8 2 2 2 6

C O D E N O. 2 0 1 6- 1 0 4- 2

V- 8 2 2 4 6

1/ 4” 1 5 2 4 C M c oil 1/ 4” 2 5 0 0 C m c oil

C O D E N O. 2 0 1 6- 1 0 4- 3

V- 6 2 4 2 3

1/ 4” Cir cl e Fl o w N o z zl e Kit A s s e m bl e d wit h 1 5 Si d e Fl o w N o z zl e s 1/ 4” & 1 E n d C a p 1/ 4”

V- 8 2 0 1 7 V- 8 2 0 3 7

C O D E N O. 2 0 1 6- 1 2 3

1/ 4” 9 0 o S pr a y B ar

3/ 8” Fl at N o z zl e s,

C O D E N O. 2 0 1 6- 1 2 5

3/ 8” Fl at N o z zl e s,

C O D E N O. 2 0 1 6- 1 2 6

V- 8 2 2 2 1

1/ 4” E xt e n d e d El e m e nt s,

V- 8 2 0 2 7

V- 8 2 2 4 1

1/ 4” E x d e n d e d El e m e nt s,

V- 8 2 0 4 7

C O D E N O. 2 0 1 6- 1 0 7

1/ 4” 9 0 o S pr a y B ar

C O D E N O. 2 0 1 6- 1 2 4

C O D E N O. 2 0 1 6- 1 0 5

C O D E N O. 2 0 1 6- 1 0 6

1/ 4” 9 0 o N o z zl e s,

C O D E N O. 2 0 1 6- 1 2 2

C O D E N O. 2 0 1 6- 1 0 3

V- 8 2 0 5 1

C O D E N O. 2 0 1 6- 1 2 1

1” Fl ar e N o z zl e s,

C O D E N O. 2 0 1 6- 1 2 7

1” Fl ar e N o z zl e s,

C O D E N O. 2 0 1 6- 1 2 8

V- 8 2 2 2 2

1/ 4” El e m e nt Cl a m p s,

V- 8 2 2 4 2

1/ 4” El e m e nt Cl a m p s,

V- 8 2 3 2 6

C O D E N O. 2 0 1 6- 1 0 8 C O D E N O. 2 0 1 6- 1 0 9

1/ 4” 9 0 o N o z zl e Kit 1 E a c h: 1/ 1 6”, 1/ 8”, 1/ 4” & S pr a y B ar N o z zl e s

V- 8 2 0 2 5 V- 8 2 0 3 5

1/ 8” P T C o n n e ct or s

C O D E N O. 2 0 1 6- 1 2 9

1/ 8”- P T C o n n e ct or s C O D E N O. 2 0 1 6- 1 3 0

C O D E N O. 2 0 1 6- 1 1 0

V- 8 2 0 2 5 A V- 8 2 0 3 5 A

B71

V- 8 2 0 2 2

1/ 1 6” R o u n d N o z zl e s

V- 8 2 0 4 2

1/ 1 6” R o u n d N o z zl e s

1/ 8” N P T C o n n e ct or s

C O D E N O. 2 0 1 6- 1 3 1

1/ 8” N P T C o n n e ct or s

C O D E N O. 2 0 1 6- 1 3 2

C O D E N O. 2 0 1 6- 1 1 1

C O D E N O. 2 0 1 6- 1 1 2

V- 8 2 0 2 3

1/ 8” R o u n d N o z zl e s

V- 8 2 0 4 3

1/ 8” R o u n d N o z zl e s

V- 8 2 0 2 6 V- 8 2 0 3 6

1/ 4” P T C o n n e ct or s

C O D E N O. 2 0 1 6- 1 3 3

1/ 4” P T C o n n e ct or s

C O D E N O. 2 0 1 6- 1 3 4

C O D E N O. 2 0 1 6- 1 1 3

C O D E N O. 2 0 1 6- 1 1 4

V- 8 2 0 2 4

1/ 4” R o u n d N o z zl e s

V- 8 2 0 4 4

1/ 4” R o u n d N o z zl e s

C O D E N O. 2 0 1 6- 1 1 5

G RI N DI N G M A C HI N E A C C E S S O RI E S

C O D E N O. 2 0 1 6- 1 1 6

V- 8 2 0 2 6 A

1/ 4” N P T C o n n e ct or s

V- 8 2 0 3 6 A

1/ 4” N P T C o n n e ct or s

C O D E N O. 2 0 1 6- 1 3 5 C O D E N O. 2 0 1 6- 1 3 6

1/ 4 ” S y st e m

1/ 4 ” I N SI D E DI A M E T E R

V- 8 2 0 2 8 V- 8 2 0 3 8

V- 8 2 0 1 1 V- 8 2 0 3 1

V- 8 2 0 1 2 V- 8 2 0 3 2

FI G. I T E M N O. D E S C RI P TI O N

C O D E N O. 2 0 1 6- 1 3 7 C O D E N O. 2 0 1 6- 1 3 8

C O D E N O. 2 0 1 6- 1 3 9 C O D E N O. 2 0 1 6- 1 4 0

C O D E N O. 2 0 1 6- 1 4 1 C O D E N O. 2 0 1 6- 1 4 2

V- 8 2 0 1 3

3/ 8” S A E Fl ar e N ut A d a pt er s,

V- 8 2 0 3 3

3/ 8” S A E Fl ar e N ut A d a pt er s,

C O D E N O. 2 0 1 6- 1 4 3

7. 8 g

V- 8 2 2 2 9

1/ 4” S wi v el N o z zl e 6 0,

V- 8 2 2 4 9

1/ 4” S wi v el N o z zl e 6 0,

V- 8 2 7 2 1

1/ 4” N P T M al e H o s e Ni p pl e

V- 8 2 7 3 1

1/ 4” N P T M al e H o s e Ni p pl e

1/ 4” S A E Fl ar e N ut A d a pt er s,

V- 8 2 0 3 4

1/ 4” S A E Fl ar e N ut A d a pt er s,

C O D E N O. 2 0 1 6- 1 4 5

C O D E N O. 2 0 1 6- 1 4 6

V- 6 2 4 2 0 V- 6 2 4 3 0

C O D E N O. 2 0 1 6- 1 4 7

1/ 4” El b o w Fitti n g s

C O D E N O. 2 0 1 6- 1 4 8

V- 6 2 4 2 6 V- 6 2 4 3 6

C O D E N O. 2 0 1 6- 1 4 9 C O D E N O. 2 0 1 6- 1 5 0

C O D E N O. 2 0 1 6- 1 5 7

C O D E N O. 2 0 1 6- 1 5 8

C O D E N O. 2 0 1 6- 1 5 9

V- 8 2 7 2 2

1/ 4” C o n n e cti o n V al v e s,

V- 8 2 7 3 2

1/ 4” C o n n e cti o n V a.l v e s,

V- 8 2 5 2 2

A ci d R e si st a nt 1/ 4” C o n n e cti o n V al v e s,

V- 8 2 5 3 2

1/ 4” C o n n e cti o n V al v e s,

V- 8 2 7 2 3

1/ 4” M al e P T V al v e s,

V- 8 2 7 3 3

1/ 4” M al e P T V al v e s,

V- 8 2 5 2 3

A ci d R e si st a nt 1/ 4” M al e N P T V al v e s,

V- 8 2 5 3 3

1/ 4” M al e N P T V al v e s,

V- 8 2 7 2 4

1/ 4” F e m al e P T V al v e s,

V- 8 2 7 4 4

1/ 4” F e m al e P T V al v e s,

V- 8 2 5 2 4

A ci d R e si st a nt 1/ 4” F e m al e N P T V al v e s,

V- 8 2 5 3 4

1/ 4” F e m al e N P T V al v e s,

C O D E N O. 2 0 1 6- 1 4 4

V- 8 2 0 1 4

C O D E N O. 2 0 1 6- 1 5 6

C O D E N O. 2 0 1 6- 1 6 2 C O D E N O. 2 0 1 6- 1 6 3

C O D E N O. 2 0 1 6- 1 6 4 C O D E N O. 2 0 1 6- 1 6 5

C O D E N O. 2 0 1 6- 1 6 6 C O D E N O. 2 0 1 6- 1 6 7

C O D E N O. 2 0 1 6- 1 6 8 C O D E N O. 2 0 1 6- 1 6 9

C O D E N O. 2 0 1 6- 1 7 0 C O D E N O. 2 0 1 6- 1 7 1

C O D E N O. 2 0 1 6- 1 7 2 C O D E N O. 2 0 1 6- 1 7 3

V- 8 2 7 2 5 V- 8 2 7 4 5

C O D E N O. 2 0 1 6- 1 7 4

C O D E N O. 2 0 1 6- 1 7 5

V- 6 2 4 2 2

1/ 4” Si d e Fl o w N o z zl e s,

V- 6 2 4 4 2

1/ 4” Si d e Fl o w N o z zl e s,

C O D E N O. 2 0 1 6- 1 5 1

V- 5 2 4 0 0

C O D E N O. 2 0 1 6- 1 5 2

M o d ul ar M a nif ol d S y st e m 1/ 4” 1/ 4” El b o w Fitti n g- 1 p c s 1/ 4” T Fitti n g s- 3 p c s 1/ 4” M o u nti n g s cr e w- 3 p c s C O D E N O. 2 0 1 6- 1 7 6

V- 6 2 4 2 4

1/ 4” E n d C a p s,

V- 6 2 4 4 4

1/ 4” E n d c a p s,

V- 8 2 2 2 8

1/ 4” S wi v el N o z zl e 4 0,

V- 8 2 2 4 8

1/ 4” S wi v el N o z zl e 4 0,

C O D E N O. 2 0 1 6- 1 5 3- 1

V- 5 2 4 1 0

C O D E N O. 2 0 1 6- 1 5 3- 2

V- 5 2 4 1 6

1/ 4” M ai n Fl o w C o ntr ol M a nif ol d S y st e m 1/ 4” M o d ul ar M a nif ol d- 1 p c s 1/ 4 ” C o n n e cti o n V al v e s- 5 C O D E N O. 2 0 1 6- 1 7 7 pcs C O D E N O. 2 0 1 6- 1 7 8

C O D E N O. 2 0 1 6- 1 5 4 C O D E N O. 2 0 1 6- 1 5 5

V- 2 6 1 7 1

1/ 4” H o s e A s s e m bl y pli er s

C O D E N O. 2 0 1 6- 1 7 9

G RI N DI N G M A C HI N E A C C E S S O RI E S

B72

C O OL A NT H OSE

FI G. I T E M N O. D E S C RI P TI O N

1/ 2 ” S y st e m FI G. I T E M N O. D E S C RI P TI O N V- 8 4 0 4 0

1/ 2 ” I N SI D E DI A M E T E R FI G. I T E M N O. D E S C RI P TI O N

1/ 2” H o s e Kit 3 3 C M L e n gt h wit h Fitti n g s: 2- 1 4 C M S e g m e nt s 1/ 4”, 3/ 8”, 1/ 2” N o z zl e s 3/ 8”, 1/ 2” M al e P T c o n n e ct or s C O D E N O. 2 0 1 6- 2 0 1

V- 8 4 0 4 0 A

1/ 2” H o s e Kit 3 3 C M L e n gt h wit h Fitti n g s: 2- 1 4 C M S e g m e nt s 1/ 4”, 3/ 8”, N o z zl e s 3/ 8”, 1/ 2” M al e N P T c o n n e ct or s C O D E N O. 2 0 1 6- 2 0 2

V- 8 4 4 4 0

1/ 2” E xt e n d e d El e m e nt Kit wit h El e m e nt Cl a m p s I n cl u d e s 4 e a c h of: 1/ 2” E xt e n d e d El e m e nt s 1/ 2” El e m e nt Cl a m p s

C O D E N O. 2 0 1 6- 2 0 3

V- 8 4 0 4 1 V- 8 4 0 8 1

C O D E N O. 2 0 1 6- 2 0 4

1/ 2” 1 5 2 4 C M c oil

C O D E N O. 2 0 1 6- 2 0 5

V- 8 4 0 9 1

1/ 2” 2 5 0 0 C M c oil

V- 6 4 6 4 3

1/ 2” Cir cl e Fl o w N o z zl e Kit A s s e m bl e d wit h 1 5 Si d e Fl o w N o z zl e s 1/ 2” & 1 E n d C a p 1/ 2”

FI G. I T E M N O. D E S C RI P TI O N

V- 8 4 4 4 5

1/ 2” 9 0 o N o z zl e s,

V- 6 4 6 2 6

1/ 2” T Fitti n g s,

V- 8 4 4 6 5

1/ 2” 9 0 o N o z zl e s,

V- 6 4 6 4 6

1/ 2” T Fitti n g s,

V- 8 4 4 4 6

1/ 2” 9 0 o S pr a y B ar, 1/ 2” 9 0 o S pr a y B ar,

C O D E N O. 2 0 1 6- 2 2 3

V- 6 4 6 2 2

1/ 2” Si d e Fl o w N o z zl e s,

V- 8 4 4 6 6

C O D E N O. 2 0 1 6- 2 2 4

V- 6 4 6 4 2

1/ 2” Si d e Fl o w N o z zl e s,

C O D E N O. 2 0 1 6- 2 2 5

V- 6 4 6 2 4

1/ 2” E n d c a p s,

C O D E N O. 2 0 1 6- 2 2 6

V- 6 4 6 4 4

1/ 2” E n d c a p s,

C O D E N O. 2 0 1 6- 2 2 7

V- 8 4 7 2 2

1/ 2” c o n n e cti o n V al v e s,

C O D E N O. 2 0 1 6- 2 2 8

V- 8 4 7 4 2

1/ 2” c o n n e cti o n V al v e s,

V- 8 4 5 2 2

A ci d R e si st a nt 1/ 2” c o n n e cti o n V al v e s,

V- 8 4 5 4 2

1/ 2” c o n n e cti o n V al v e s,

V- 8 4 7 2 3

1/ 2” M al e P T V al v e s,

V- 8 4 7 4 3

1/ 2” M al e P T V al v e s,

V- 8 4 5 2 3

A ci d R e si st a nt 1/ 2” M al e N P T V al v e s,

V- 8 4 5 4 3

1/ 2” M al e N P T V al v e s,

V- 8 4 7 2 4

1/ 2” F e m al e P T V al v e s,

V- 8 4 7 4 4

1/ 2” F e m al e P T V al v e s,

V- 8 4 5 2 4

A ci d R e si st a nt 1/ 2” F e m al e N P T V al v e s,

V- 8 4 5 4 4

1/ 2” F e m al e N P T V al v e s,

C O D E N O. 2 0 1 6- 2 2 1 C O D E N O. 2 0 1 6- 2 2 2

V- 8 4 0 4 7

1 1/ 4” Fl ar e N o z zl e s,

V- 8 4 0 6 7

1 1/ 4” Fl ar e N o z zl e s,

V- 8 4 0 5 0

1 3/ 4” Fl ar e N o z zl e s,

V- 8 4 0 7 0

1 3/ 4” Fl ar e N o z zl e s,

V- 8 4 0 5 2

2 1/ 2” Fl ar e N o z zl e s,

V- 8 4 0 7 2

2 1/ 2” Fl ar e N o z zl e s,

C O D E N O. 2 0 1 6- 2 2 9 C O D E N O. 2 0 1 6- 2 3 0

C O D E N O. 2 0 1 6- 2 0 6

V- 8 4 0 4 6

3/ 8” P T C o n n e ct or s

V- 8 4 0 6 6

3/ 8” P T C o n n e ct or s

C O D E N O. 2 0 1 6- 2 3 1 C O D E N O. 2 0 1 6- 2 3 2

C O D E N O. 2 0 1 6- 2 0 7

V- 8 4 4 4 1

1/ 2” E xt e n d e d El e m e nt s,

V- 8 4 4 6 1

1/ 2” E xt e n d e d El e m e nt s,

V- 8 4 3 4 6

3/ 8” N P T C o n n e ct or s

V- 8 4 0 6 6 A

3/ 8” N P T C o n n e ct or s

C O D E N O. 2 0 1 6- 2 0 9

9 0 o N o z zl e Kit 1 E a c h: 1/ 4”, 3/ 8”, 1/ 2” & S pr a y B ar N o z zl e s

V- 8 4 0 4 4

1/ 4” R o u n d N o z zl e s,

V- 8 4 0 6 4

1/ 4” R o u n d N o z zl e s,

C O D E N O. 2 0 1 6- 2 1 1

C O D E N O. 2 0 1 6- 2 3 4

V- 8 4 0 4 5

1/ 2” P T C o n n e ct or s

V- 8 4 0 6 5

1/ 2” P T C o n n e ct or s

C O D E N O. 2 0 1 6- 2 3 6

V- 8 4 0 4 5 A

1/ 2” N P T C o n n e ct or s

V- 8 4 0 6 5 A

1/ 2” N P T C o n n e ct or s

V- 8 4 0 4 8

1/ 2” Y Fitti n g s

V- 8 4 0 6 8

1/ 2” Y Fitti n g s

C O D E N O. 2 0 1 6- 2 3 8

C O D E N O. 2 0 1 6- 2 3 9 C O D E N O. 2 0 1 6- 2 4 0

V- 8 4 0 6 9

1/ 2” t o 1/ 4” Y R e d u c er s,

C O D E N O. 2 0 1 6- 2 1 3

V- 8 4 6 5 1

1/ 2”t o 1/ 4” A d a pt er s,

C O D E N O. 2 0 1 6- 2 1 4

V- 8 4 8 5 1

1/ 2”t o 1/ 4” A d a pt er s,

3/ 8” R o u n d N o z zl e s,

V- 8 4 0 6 2

3/ 8” R o u n d N o z zl e s,

1/ 2” R o u n d N o z zl e s,

V- 8 4 0 1 1

V- 8 4 0 6 3

1/ 2” R o u n d N o z zl e s,

V- 8 4 0 3 1

C O D E N O. 2 0 1 6- 2 1 5 C O D E N O. 2 0 1 6- 2 1 6

V- 8 4 4 4 3

1/ 4” 9 0 o N o z zl e s,

V- 8 4 4 6 3

1/ 4” 9 0 o N o z zl e s,

V- 8 4 4 4 4

3/ 8” 9 0 o N o z zl e s,

V- 8 4 4 6 4

3/ 8” 9 0 o N o z zl e s,

C O D E N O. 2 0 1 6- 2 5 7 C O D E N O. 2 0 1 6- 2 5 8

C O D E N O. 2 0 1 6- 2 5 9 C O D E N O. 2 0 1 6- 2 6 0

C O D E N O. 2 0 1 6- 2 6 1 C O D E N O. 2 0 1 6- 2 6 2

C O D E N O. 2 0 1 6- 2 6 3 C O D E N O. 2 0 1 6- 2 6 4

C O D E N O. 2 0 1 6- 2 6 5 C O D E N O. 2 0 1 6- 2 6 6

C O D E N O. 2 0 1 6- 2 6 7 C O D E N O. 2 0 1 6- 2 6 8

C O D E N O. 2 0 1 6- 2 6 9

C O D E N O. 2 0 1 6- 2 7 0

C O D E N O. 2 0 1 6- 2 4 2

C O D E N O. 2 0 1 6- 2 4 3

5 6. 2 g C O D E N O. 2 0 1 6- 2 4 5 C O D E N O. 2 0 1 6- 2 4 6

V- 8 4 0 1 3

1/ 4” S A E

V- 8 4 0 3 3

1/ 4” S A E

Fl a r e

V- 5 4 4 1 0

M ai n Fl o w C o ntr ol M a nif ol d S y st e m 1/ 2” 1- M o d ul ar M a nif ol d 1/ 2” 5- C o n n e cti o n V al v e s 1/ 2”

C O D E N O. 2 0 1 6- 2 7 2

N ut

C O D E N O. 2 0 1 6- 2 4 7

Fl a r e

M o d ul ar M a nif ol d S y st e m 1/ 2” 1/ 2”- El b o w Fitti n g- 1 p c s 1 pcs 1/ 2”- T Fitti n g s- 3 p c s 1/ 2”- M o u nti n g s cr e w s3 pcs C O D E N O. 2 0 1 6- 2 7 1

C O D E N O. 2 0 1 6- 2 4 4

N ut

V- 5 4 4 1 6

of 2

C O D E N O. 2 0 1 6- 2 7 3

C O D E N O. 2 0 1 6- 2 4 8

C O D E N O. 2 0 1 6- 2 1 9

V- 6 4 6 2 0

1/ 2” El b o w Fitti n g s,

C O D E N O. 2 0 1 6- 2 2 0

V- 6 4 6 4 0

1/ 2” El b o w Fitti n g s,

G RI N DI N G M A C HI N E A C C E S S O RI E S

C O D E N O. 2 0 1 6- 2 5 6

V- 8 4 7 4 5

C O D E N O. 2 0 1 6- 2 4 1

C O D E N O. 2 0 1 6- 2 1 7 C O D E N O. 2 0 1 6- 2 1 8

C O D E N O. 2 0 1 6- 2 5 5

V- 8 4 7 2 5

V- 5 4 4 0 0

V- 8 4 0 4 3

C O D E N O. 2 0 1 6- 2 5 4

C O D E N O. 2 0 1 6- 2 3 7

1/ 2” t o 1/ 4” Y R e d u c er s,

V- 8 4 0 4 2

C O D E N O. 2 0 1 6- 2 5 3

C O D E N O. 2 0 1 6- 2 3 5

V- 8 4 0 4 9

C O D E N O. 2 0 1 6- 2 1 2

C O D E N O. 2 0 1 6- 2 5 2

C O D E N O. 2 0 1 6- 2 3 3

C O D E N O. 2 0 1 6- 2 0 8

C O D E N O. 2 0 1 6- 2 1 0

B73

V- 8 4 0 4 6 A

C O D E N O. 2 0 1 6- 2 5 1

C O D E N O. 2 0 1 6- 2 4 9 C O D E N O. 2 0 1 6- 2 5 0

V- 2 6 1 7 2

1/ 2” H o s e A s s e m bl y pli er s

C O D E N O. 2 0 1 6- 2 7 4

3/ 8 ” S y st e m V- 8 3 0 3 0

V- 8 3 0 3 0 A

V- 8 3 4 3 0

V- 8 3 4 3 0 A

3/ 8” H o s e Kit 8 p c s of 3/ 8” S e g m e nt - 2 s et s 3/ 8” N o z zl e s 3/ 8” M al e P T c o n n e ct or s C O D E N O. 2 0 1 6- 2 7 5 3/ 8” H o s e Kit 8 p c s of 3/ 8” S e g m e nt - 2 s et s 3/ 8” N o z zl e s 1 3/ 8” M al e N P T c o n n e ct or s C O D E N O. 2 0 1 6- 2 7 6

V- 8 3 0 3 3

3/ 8” H o s e Kit 8 p c s of 3/ 8” S e g m e nt - 2 p c s 1/ 4”, 3/ 8”, 1/ 2” N o z zl e s 3/ 8” & 1/ 2” M al e P T c o n n e ct or Cs O D E N O. 2 0 1 6- 2 7 7 3/ 8” H o s e Kit 8 p c s of 3/ 8” S e g m e nt - 2 p c s 1/ 4”, 3/ 8”, 1/ 2” N o z zl e s 3/ 8” & 1/ 2” M al e N P T c o n n e ct or s

C O D E N O. 2 0 1 6- 2 7 8

V- 8 3 0 3 1

3/ 8” S e g m e nt p a c k ( 2- 1 4. 5 C M 8 p c s)

V- 8 3 0 5 1

3/ 8” 7 6 2 C M c oil

V- 8 3 0 9 1

3/ 8” 1 5 2 4 C M c oil W ei g ht: 2. 8 k g s

V- 8 3 0 3 2

1/ 4” R o u n d N o z zl e s, p a c k of 4 C O D E N O. 2 0 1 6- 2 8 2 1/ 4” R o u n d N o z zl e s, p a c k of 5 0 C O D E N O. 2 0 1 6- 2 8 3

V- 8 3 0 5 2

FI G. I T E M N O. D E S C RI P TI O N

C O D E N O. 2 0 1 6- 2 7 9 C O D E N O. 2 0 1 6- 2 8 0

C O D E N O. 2 0 1 6- 2 8 1

V- 8 3 0 5 3

3/ 8” R o u n d N o z zl e s, p a c k of 4

V- 8 3 0 3 7

1 1/ 4” Fl ar e N o z zl e s, C O D E N O. 2 0 1 6- 2 9 8 p a c k of 2

3/ 8” R o u n d N o z zl e s, p a c k of 5 0

V- 8 3 0 5 7

1 1/ 4” Fl ar e N o z zl e s, p a c k of 2 0 C O D E N O. 2 0 1 6- 2 9 9

Wi g ht: 1 9 7. 2 g

V- 8 3 0 5 8

3/ 8” Y Fitti n g, p a c k of 2 0

C O D E N O. 2 0 1 6- 2 0 1 6- 2 8 4

C O D E N O. 2 0 1 6- 2 0 1 6- 2 8 5

V- 8 3 0 3 4

1/ 2” R o u n d N o z zl e s, C O D E N O. 2 0 1 6- 2 8 6 p a c k of 4

V- 8 3 0 5 4

1/ 2” R o u n d N o z zl e s, p a c k of 5 0 C O D E N O. 2 0 1 6- 2 8 7

V- 8 3 7 2 3

3/ 8” M al e P T V al v e, C O D E N O. 2 0 1 6- 3 0 2 p a c k of 2

V- 8 3 0 2 6

1/ 4” P T C o n n e ct or, p a c k of 4

V- 8 3 7 4 3

3/ 8” M al e P T V al v e, p a c k of 1 0 C O D E N O. 2 0 1 6- 3 0 3

V- 8 3 0 4 6

V- 6 6 6 2 0

3/ 4” El b o w Fitti n g, C O D E N O. 2 0 1 6- 3 8 0 p a c k of 2

V- 6 6 6 4 0

3/ 4” El b o w Fitti n g, p a c k of 2 0

V- 8 6 0 6 0

3/ 4” H o s e Kit 6 p c s of 3/ 4” S e g m e nt- 2 s et s 5/ 8” & 3/ 4” N o z zl e s 3/ 4” M al e P T C o n n e ct or

C O D E N O. 2 0 1 6- 3 8 1

1/ 4” P T C o n n e ct or, p a c k of 5 0 C O D E N O. 2 0 1 6- 2 8 9

V- 8 3 0 3 5

3/ 8” P T C o n n e ct or, p a c k of 4

V- 8 3 0 5 5

3/ 8” P T C o n n e ct or, p a c k of 5 0 C O D E N O. 2 0 1 6- 2 9 1

V- 8 3 7 4 3 A

3/ 8” M al e N P T V al v e, p a c k of 1 0

V- 8 3 0 3 5 A

3/ 8” N P T C o n n e ct or, p a c k of 4

V- 8 3 7 2 4

V- 8 3 0 5 5 A

3/ 8” N P T C o n n e ct or, p a c k of 5 0 C O D E N O. 2 0 1 6- 2 9 3

3/ 8” F e m al e P T V al v e, p a c k of 2

V- 8 3 7 4 4

V- 8 3 0 3 6

1/ 2” P T C o n n e ct or, p a c k of 4

3/ 8” F e m al e P T V al v e, p a c k of 1 0

V- 8 3 0 5 6

1/ 2” P T C o n n e ct or, p a c k of 5 0 C O D E N O. 2 0 1 6- 2 9 5

C O D E N O. 2 0 1 6- 2 9 0

V- 8 3 0 3 6 A V- 8 3 0 5 6 A

V- 8 6 0 6 4 A V- 8 6 0 7 4 A

V- 8 6 0 8 1 V- 8 6 0 9 1

1/ 2” N P T C o n n e ct or, p a c k of 4

C O D E N O. 2 0 1 6- 2 9 6

1/ 2” N P T C o n n e ct or, p a c k of 5 0 C O D E N O. 2 0 1 6- 2 9 7

V- 8 6 0 7 3

V- 8 6 0 2 2

3/ 4” M a g n eti c B a s e, p a c k of 1

C O D E N O. 2 0 1 6- 4 1 3

3/ 4” S e g m e nt P a c k ( 2- 1 5 C M 6 p c s)

V- 8 6 0 6 7

3” Fl ar e N o z zl e, C O D E N O. 2 0 1 6- 4 1 6 p a c k of 2 3” Fl ar e N o z zl e, p a c k of 2 0 C O D E N O. 2 0 1 6- 4 1 7

3/ 4” 1 5 2 4 C M C oil

V- 8 6 0 7 2

V- 8 6 0 6 4 V- 8 6 0 7 4

C O D E N O. 2 0 1 6- 4 1 5

C O D E N O. 2 0 1 6- 4 0 3

3/ 4” 2 5 0 0 C M C oil

V- 8 6 0 6 8

5/ 8” R o u n d N o z zl e, p a c k of 4

V- 8 6 0 7 8

5/ 8” R o u n d N o z zl e, p a c k of 5 0

V- 8 6 0 6 9

C O D E N O. 2 0 1 6- 4 0 5

3/ 4” R o u n d N o z zl e, p a c k of 4

C O D E N O. 2 0 1 6- 4 0 7

3/ 4” R o u n d N o z zl e, p a c k of 5 0 C O D E N O. 2 0 1 6- 4 0 8 3/ 4” P T C o n n e ct or p a c k of 4

C O D E N O. 2 0 1 6- 4 0 9

3/ 4” P T N o z zl e, p a c k of 5 0 C O D E N O. 2 0 1 6- 4 1 0

V- 8 6 0 7 9 V- 8 6 0 5 1 V- 8 6 0 7 1 V- 8 6 0 1 1 V- 8 6 0 3 1

3/ 8” F e m al e N P T V al e v, p a c k of 2

V- 8 3 7 4 4 A

3/ 8” F e m al e N P T V al e v, p a c k of 1 0

V- 2 6 1 7 6

3/ 8” H o s e A s s e m bl y C O D E N O. 2 0 1 6- 3 1 0 pli er s

C O D E N O. 2 0 1 6- 3 0 8

C O D E N O. 2 0 1 6- 3 0 9

3/ 4 ” I N SI D E DI A M E T E R FI G. I T E M N O. D E S C RI P TI O N V- 8 6 7 4 2

V- 8 6 7 4 3 V- 8 6 7 2 3 A

C O D E N O. 2 0 1 6- 4 1 4

V- 8 6 0 7 7

V- 8 3 7 2 4 A

V- 8 6 7 2 3

S hi el d M o u nti n g El b o w, p a c k of 2

C O D E N O. 2 0 1 6- 4 0 6

V- 8 6 0 6 2

3/ 4” N P T N o z zl e, p a c k of 5 0 C O D E N O. 2 0 1 6- 4 1 2 3/ 4” Fi x e d M o u nt, p a c k of 2

C O D E N O. 2 0 1 6- 3 0 6

V- 8 6 7 2 2

C O D E N O. 2 0 1 6- 4 1 1

V- 8 6 0 2 3

C O D E N O. 2 0 1 6- 4 0 4

V- 8 6 0 6 3

3/ 4” N P T C o n n e ct or p a c k of 4

3/ 4” H o s e Kit 6 p c s of 3/ 4” S e g m e nt- 2 s et s 5/ 8” & 3/ 4” N o z zl e s 3/ 4” M al e P T C o n n e ct or

C O D E N O. 2 0 1 6- 4 0 2

C O D E N O. 2 0 1 6- 3 0 5

C O D E N O. 2 0 1 6- 3 0 7

C O D E N O. 2 0 1 6- 2 9 4

V- 8 6 0 2 1

3/ 8” M al e N P T V al v e, p a c k of 2

C O D E N O. 2 0 1 6- 3 0 4

C O D E N O. 2 0 1 6- 2 9 2

FI G. I T E M N O. D E S C RI P TI O N

C O D E N O. 2 0 1 6- 4 0 1

V- 8 6 0 6 1

Wi g ht: 1 2 7 g

V- 8 3 7 2 3 A

C O D E N O. 2 0 1 6- 4 0 0

V- 8 6 0 6 0 A

C O D E N O. 2 0 1 6- 3 2 0

C O D E N O. 2 0 1 6- 2 8 8

3/ 4 ” S y st e m FI G. I T E M N O. D E S C RI P TI O N

FI G. I T E M N O. D E S C RI P TI O N

3/ 4” Y Fitti n g, p a c k of 2 C O D E N O. 2 0 1 6- 4 1 8 3/ 4” Y Fitti n g, p a c k of 2 0 C O D E N O. 2 0 1 6- 4 1 9 3/ 4” t o 1/ 2” Y R e d u c er, C O D E N O. 2 0 1 6- 4 2 0 p a c k of 2 3/ 4” t o 1/ 2” Y R e d u c er, p a c k of 2 0 C O D E N O. 2 0 1 6- 4 2 1 3/ 4” t o 1/ 2” A d a pt er, p a c k of 2 C O D E N O. 2 0 1 6- 4 2 2 3/ 4” t o 1/ 2” A d a pt er, p a c k of 2 0 C O D E N O. 2 0 1 6- 4 2 3 3/ 4” D o u bl e S o c k et, p a c k of 4 C O D E N O. 2 0 1 6- 4 2 4 3/ 4” D o u bl e S o c k et, p a c k of 2 0 C O D E N O. 2 0 1 6- 4 2 5

V- 8 6 7 4 3 A V- 8 6 7 2 4 V- 8 6 7 4 4 V- 8 6 7 2 4 A V- 8 6 7 4 4 A V- 2 6 1 7 7

3/ 4” C o n n e cti o n V al v e C O D E N O. 2 0 1 6- 4 0 9 p a c k of 2 3/ 4” C o n n e cti o n V al v e p a c k of 1 0 C O D E N O. 2 0 1 6- 4 3 0 3/ 4” M al e P T V al v e p a c k of 2 C O D E N O. 2 0 1 6- 4 3 1 3/ 4” M al e P T V al v e p a c k of 1 0 C O D E N O. 2 0 1 6- 4 3 2 3/ 4” M al e N P T V al v e p a c k of 2 C O D E N O. 2 0 1 6- 4 3 3 3/ 4” M al e N P T V al v e p a c k of 1 0 C O D E N O. 2 0 1 6- 4 3 4 3/ 4” F e m al e P T V al v e p a c k of 2 C O D E N O. 2 0 1 6- 4 3 5 3/ 4” F e m al e P T V al v e p a c k of 1 0 C O D E N O. 2 0 1 6- 4 3 6 3/ 4” F e m al e N P T V al v e p a c k of 2 C O D E N O. 2 0 1 6- 4 3 7 3/ 4” F e m al e N P T V al v e p a c k of 1 0 C O D E N O. 2 0 1 6- 4 3 8 3/ 4” H o s e A s s e m bl y Pli er s C O D E N O. 2 0 1 6- 4 2 6

V- 8 6 7 4 4

3/ 4” F e m al e P T V al v e, p a c k of 1 0 C O D E N O. 2 0 1 6- 4 2 7

V- 8 6 7 4 4 A

3/ 4” F e m al e N P T V al v e, p a c k of 1 0 C O D E N O. 2 0 1 6- 4 2 8

G RI N DI N G M A C HI N E A C C E S S O RI E S

B74

C O OL A NT H OSE

FI G. I T E M N O. D E S C RI P TI O N

3/ 8 ” I N SI D E DI A M E T E R

P a p er Filt er F E AT U R E S A p plli c a bl e t o b ot h f err o u s a n d n o n-f err o u s m et al s. Filtr ati o n eff e ct d e p e n d s o n p a p er a c c ur a c y. U s e 5 0 , 3 0 , or 1 5 . c o n s u m pti o n. St a n d ar d a c c e s s or y: o n e r oll of p a p er.

G u ar a nt e e d f or 3 m o nt h s.

E L E C T RI C B O X

FI L T R A TI O N P A P E R E L E C T RI C B O X

M O T O R S HI E L D

F O UL W AT E R I NL ET

B W

P U MP CL E A N W AT E R TA N K F O UL W AT E R I NL ET C HI P C O L L E C T O R

S P O S A L W AT E R O R D E R DI N O. C A L/P AMICIN T Y C A TP AA NCIK T Y 20 100 l P F- 2 0 40 120 l P F- 4 0 60 140 l P F- 6 0 80 160 l P F- 8 0 120 210 l P F- 1 2 0 160 260 l P F- 1 6 0

P U MP

1050 850 600 1200 1000 600 1 3 5 0 11 5 0 6 0 0 1500 1300 600 1500 1300 800 1800 1600 800

400 400 400 400 400 400

720 720 720 720 920 920

610 660 660 660 740 740

HP 1/ 8 1/ 8 1/ 8 1/ 4 1/ 2 1/ 2

O UTLET P F 1/ 2 P F 1/ 2 P F 1/ 2 P F 3/ 4 P F 3/ 4 P F 3/ 4

PAPE R M OT O R

PAPE R W :500 M M L :90 M

R E M A R K S (N.k gWs) ( Gk gW s) C NO O.D E 95 130 140 170 185 250

w h e el s att a c h e d

W :700 M M L :90 M

120 150 170 190 210 280

2 0 2 0- 0 0 1 2 0 2 0- 0 0 2 2 0 2 0- 0 0 3 2 0 2 0- 0 0 4 2 0 2 0- 0 0 5 2 0 2 0- 0 0 6

M a g n eti c S e p ar at or F E AT U R E S S uit a bl e i n h e a v y m a c hi ni n g f or f err o u s m et al. M o st e c o n o mi c i n p ur c h a s e & utili z ati o n c o st.

Pl e a s e n otif y v olt a & p h a s e, w h e n y o u or d eri n g. G u ar a nt e e d f or 3 m o nt h s.

M C- 2 0 ~ 1 6 0 St a n d ar d a c c e s s ori e s a. C hi p c oll e ct or 1 p c

M C- 6 0

O R DE R N O.

M C- 2 0 M C- 4 0 M C- 6 0 M C- 8 0 M C- 1 2 0 M C- 1 6 0

B75

DI S P O S A L C A P A CI T Y L/ MI N 20 40 60 80 120 160

I NLET O

O UTLET P

M OT O R

464 464 464 464 530 530

130 150 206 242 270 354

205 205 205 205 245 245

65 65 60 60 68 68

145 145 150 150 185 185

398 398 398 398 456 456

100 120 176 212 230 314

11 11 11 11 11 11

230 250 306 342 380 464

300 300 300 300 345 345

P F 1 1 /2 PF2 PF2 PF2 P F 1 1 /2 PF3

P F 1 1 /2 PF2 PF2 P F 1 1 /2 PF3 PF3

2 2 0 V 3 Ø, 2 5 W 2 2 0 V 3 Ø, 2 5 W 2 2 0 V 3 Ø, 2 5 W 2 2 0 V 3 Ø, 2 5 W 2 2 0 V 3 Ø, 4 0 W 2 2 0 V 3 Ø, 4 0 W

G RI N DI N G M A C HI N E A C C E S S O RI E S

b. pl u g s

2pc

c. El b o w

1pc

d. St e el t u b e s

3pc

N. W G W ( k g s) ( k g s)

C O DE N O.

18 20 25 25 50 60

2 0 2 0- 0 1 0 2 0 2 0- 0 1 1 2 0 2 0- 0 1 2 2 0 2 0- 0 1 3 2 0 2 0- 0 1 4 2 0 2 0- 0 1 5

20 23 28 2 6. 8 65 75

M a g n eti c S e p ar at or & P a p er Filt er A P P LI C A B L E T O T H E F O L L O WI N G W O R KI N G M A C HI N E S

M C+ PF60

M A G N E TI C P A P E R FI L T E R

Pl a n e gri n di n g m a c hi n e. Fi n e- gri n di n g m a c hi n e. H o ni n g m a c hi n e. D e e p- h ol e drill. l nt er n al/ e xt erl e s s c yil n d er gri n d er. C e nt erl e s s gri n d er. Pl e a s e s p e cif y t h e p o w er v olt a g e i n y o ur or d er li st. Pl e a s e n otif y v olt a & p h a s e, w h e n y o u or d eri n g. G u ar a nt e e d f or 3 m o nt h s.

F E AT U R E S

F O UL W AT E R I NL ET

A p pli c a bl e t o b ot h f err o u s a n d n o n-f err o u s m et al s. Filtr ati o n eff e ct d e p e n d s o n p a p er a c c ur a c y.

DI M E N SI O N DI A G R A M St a n d ar d a c c e s s or y: o n e r oll p a p er 3 0 FI L T R A TI O N P A P E R

E L E C T RI C B O X

P U MP

M O T O R S HI E L D

E L E C T RI C B O X

CL E A N W AT E R TA N K

C HI P C O L L E C T O R

M A G N E TI C S E P A R A T O R & P A P E R FI L T E R S P E CI FI C A TI O N S O R DE R N O.

DI S P O S A L W A T E R C A P A CI T Y TANK L/ MI N C A P A CI T Y

P U MP

PAPER H P O UTLET M OT O R

M C + P F- 2 0

1 0 0 l 1 0 5 0 8 5 0 6 0 0 4 0 0 5 5 0 6 5 5 P F 1 1 /2 6 1 0 7 2 0

P F 1 /2

25 W

M C + P F- 4 0

1 2 0 l 1200 1000 6 0 0 4 0 0 5 5 0 7 0 5 P F 2

660 720

P F 1 /2

25 W

M C + P F- 6 0

1 4 0 l 1 3 5 0 11 5 0 6 0 0 4 0 0 5 5 5 7 0 5 P F 2

660 720

P F 1 /2

25 W

M C + P F- 8 0

1 6 0 l 1500 1300 6 0 0 4 0 0 5 5 5 7 0 5 P F 2

660 720

P F 3 /4

25 W

M C + P F- 1 2 0

120

2 1 0 l 1 5 0 0 1 3 0 0 8 0 0 4 0 0 5 9 0 7 5 0 P F 2 1 /2 7 4 0 9 2 0

P F 3 /4

40 W

M C + P F- 1 6 0

180

2 6 0 l 1800 1600 8 0 0 4 0 0 6 0 5 7 5 0 P F 3

740 920

P F 3 /4

40 W

M C + P F- 2 4 0

240

4 4 0 l 1550 1350 1 0 6 0 4 3 0 6 4 0 9 1 5 P F 3

740 1330

PF1

60 W

PAPER

R E M A R K S (N.k gWs) ( Gk gW s) C NO O.D E

W :500 M M L : 90 M w h e el s

W :700 M M L : 90 M

11 5

1 4 0 2 0 2 0- 0 2 0

150

1 7 5 2 0 2 0- 0 2 1

165

2 0 0 2 0 2 0- 0 2 2

190

2 2 5 2 0 2 0- 0 2 3

235

2 7 5 2 0 2 0- 0 2 4

290

3 3 5 2 0 2 0- 0 2 5

W :1000 M M no L : 90 M w h e el s

G RI N DI N G M A C HI N E A C C E S S O RI E S

2 0 2 0- 0 2 6

B76

C o ol a nt T a n k

W AT E R TA N K C A P A CI T Y 4 0 l

D u st C oll e ct or

W AT E R TA N K C A P A CI T Y 1 0 l

U nit: m m

O R D E R N O.

Lx Wx H

M ot or

V C- 6 0 1

500x300x530

1/ 8 H P

G. W.

C O D E N O.

O R D E R N O.

Lx Wx H

M ot or

2 0 2 0- 0 3 0

V C- 6 0 2

560x370x720

1/ 2 H P

U nit: m m

G. W.

C O D E N O. 2 0 2 0- 0 2 6

D u st- S u cti o n A n d C o ol a nt T a n k

T W OI N O N E

P L E A S E N O TI F Y V O L T A & P H A S E, W H E N Y O U O R D E RI N G. C o m bi n ati o n c o ol a nt a n d 1. D u st s u cti o n m ot or 2. C o ol a nt p u m p 3. Filt er a c c e s s d o or 4. Filt er 5. C o ol a nt r et ur n pi p e 6. D u st i nl et pi p e 7. P u m p o utl et W A T E R T A N K C A P A CI T Y 4 5

O R D E R N O.

V C- 6 0 3

Lx Wx H

U nit: m m

M ot or

G. W.

6 9 0 x 4 0 0 x 7 8 0 1/ 2 H P x 1, 1/ 8 H P x 1

C O D E N O. 2 0 2 0- 0 2 7

D u st- S u cti o n & C o ol a nt T a n k W/ M a g n eti c S e p ar at or

T H R E EI N O N E

P L E A S E N O TI F Y V O L T A & P H A S E, W H E N Y O U O R D E RI N G.

W A T E R T A N K C A P A CI T Y 4 5

O R D E R N O.

V C- 6 0 6

B77

G RI N DI N G M A C HI N E A C C E S S O RI E S

Lx Wx H

M ot or

9 0 0 x 7 8 0 x 8 5 0 1/ 2 H P x 1, 1/ 8 H P x 1

U nit: m m

G. W.

C O D E N O. 2 0 2 0- 0 2 8

Oil S ki m m er Wit h B elt T y p e

OI L S KI M M E R F O R M A C HI N E T O O L. F O R C L E A R F L O A TI N G OI L O N C U T TI N G LI Q UI D.

F E AT U R E S

O R D E R N O. V O S- 8 0 0 O R D E R N O. V O S- 8 1 0

c o m pl et el y g etti n g ri d of dir yt oil. M u c h l e s s c o st of r u n ni n g., wit h o ut a n y m at eri al e x p e n d e d. S m all v ol u m e., li g ht w ei g ht., e a s y t o i n st all a n d t o o p er at e. S p e ci al l e at h er b elt wit h f e at ur e of e x c ell e nt d ur a bilit y, h e atr e si st a n c e, a n d c h e mi c al-r e si st a n c e. V O S- 8 0 0 att a c h e d a 2 4 h o ur s pr o c e d ur e ti m er t o r u n r e p e atl y i n a c c or d a n c e wit h ti m e pr o p orti o n w hi c h it i s s et, a n d al s o U nit: m m

O R DE R N O.

P O WE R S O U R CE

C A P A CI T Y

V O S- 8 0 0

A C 1 1 0/ 2 2 0 V

4 L/ h

V O S- 8 1 0

DI M E N SI O N L

W EI G H T ( k g s)

B E L T DI M E N SI O N

190 m m

102 m m

153 m m

3. 4

39x800 m m

150 m m

102 m m

138 m m

39x550 m m

DI M E N SI O N C O D E N O. OF H OSE

2 0 2 0- 1 0 0

ø22x600 m m

2 0 2 0- 1 0 1

Oil S ki m m er Wit h B elt T y p e Tubetype

O UTL ET T UBE

WI T H TI M E R

I NL ET T UBE

O R D E R N O. V O S- 8 2 0

M A C HI N E

V O S- 8 3 0

O R D E R N O. V O S- 8 3 0

Li q ui d

Oil

I F T H E M A C HI N E D O N’ T H A V E S P A C E F O R T H E OI L S KI M M E R. P L E A S E C H OI C E T HI S T Y P E. O R DE R N O.

V O S- 8 2 0 V O S- 8 3 0

C A P A CI T Y 1 L/ hr

DI M E N SI O N

I NLET T U B E SI Z E

155 m m

78 m m

178 m m

155 m m

78 m m

140 m m

I 2: 3 0 0 m m I 3: 2 0 0 m m

Q UTLET T U B E SI Z E ø22

150 m m

U nit: m m

P O WE R S OV R CE

W EI G H T ( k g)

C O D E N O.

A C 1 1 0/ 2 2 0 V

1. 9

2 0 2 0- 1 0 2

2 0 2 0- 1 0 3

Oil S ki m m er Wit h R ot ar y Pl at e T y p e

U nit: m m

DI M E N SI O N

O R D E R C A P A CI T Y P O W E R N O. S O U R CE

W EI G H T ( k g s)

C O DE N O.

V O S- 8 5 0

479

3 3 7. 2 1

274

8. 6

2 0 2 0- 1 0 4

1 L/ hr

A C 220 V

G RI N DI N G M A C HI N E A C C E S S O RI E S

B78

OI L S KI M M E R

102

Pr e ci si o n G a u g e Bl o c k s

G a u g e bl o c k s ar e f u n d a m e nt al st a n d ar d s f or li n e ar m e a s ur e m e nt. F or a dj u sti n g, c h e c ki n g. or i n s p e cti n g m e a s uri n g i n str um e nt s a n d t o ol s, a n d pr e ci si o n w or k pi e c e s. G a u g e bl o c k s ar e u s e d eit h er i n di vi d u all y or i n c o m bi n ati o n of s e v er al bl o c k s w hi c h ar e wr u n g t o g et h er. St e el g a u g e bl o c k s ar e m a d e of q u alit y all o y st e el. a n d c ar bi d e, t h e c er a mi c s ar e al s o a vil a bl e. T h e h ar d n e s s n u m b er of t h e m e a s uri n g

S T E E L M E T RI C G A U G E B L O C K S O R DE R N O.

N O T F O R L A B O R A T O R Y.

JI S/I S O/ DI N A C C U R A CY STA N D A R D A C C U R A C Y A T 2 0º C ( m) SI Z E O V E R U P T O G R A D E 00 G R A DE 0 10 m m ± 0. 0 6 ± 0. 1 2 10 - 25 m m + 0. 0 7 ± 0. 1 4 25 - 50 m m ± 0. 1 0 ± 0. 2 0 50 - 75 m m ± 0. 1 2 ± 0. 2 5 75- 100 m m ± 0. 1 4 ± 0. 3 0 100- 150 m m ± 0. 4 0

N o mi n al di m e n si o n

St e p s

11 2

1. 0 0 0 5 1. 0 0 1- 1. 0 0 9 1. 0 1- 1. 4 9 0. 5- 2 4. 5 2 5- 1 0 0

0. 0 0 1 0. 0 1 0. 0 5 25

1 9 49 49 4

1. 0 0 5 1. 0 1- 1. 4 9 0. 5- 2 4. 5 2 5- 1 0 0

0. 0 1 0. 5 25

1. 0 0 1- 1. 0 0 9 1. 0 1- 1. 4 9 0. 5- 9. 5 1 0- 1 0 0

V G B- 1 1 2- 0 V G B- 1 1 2- 1 V G B- 1 1 2- 2 V G B- 1 0 3- 0 V G B- 1 0 3- 1

103

V G B- 1 0 3- 2 V G B- 8 7- 0 V G B- 8 7- 1

ar e h e at tr e at e d i n s p e ci al w a y s s o a s t o st a bili z e t h eir l e n gt h s.

T ot al bl o c k s

V G B- 8 7- 2 V G B- 4 7- 0 V G B- 4 7- 1

V G B- 4 7- 2 V G B- 3 8- 0 V G B- 3 8- 1

V G B- 3 8- 2

W ei g ht ( k g)

C O DE N O.

3. 7

2 0 0 6- 0 7 0

3. 7

2 0 0 6- 1 7 0

3. 7

2 0 0 6- 2 7 0

1 49 49 4

3. 6

2 0 0 6- 0 7 2

3. 6

2 0 0 6- 1 7 2

3. 6

2 0 0 6- 2 7 2

0. 0 0 1 0. 0 1 0. 5 10

9 49 19 10

2 0 0 6- 0 7 3

2 0 0 6- 1 7 3

2 0 0 6- 2 7 3

1. 0 0 5 1. 0 1- 1. 0 9 1. 1- 1. 9 1- 2 4 2 5- 1 0 0

0. 0 1 0. 1 1 25

1 9 9 24 4

2. 4

2 0 0 6- 0 7 4

2. 4

2 0 0 6- 1 7 4

2. 4

2 0 0 6- 2 7 4

1. 0 0 5 1. 0 1- 1. 0 9 1. 1- 1. 9 1- 9 1 0- 1 0 0

0. 0 1 0. 1 1 10

1 9 9 9 10

2. 5

2 0 0 6- 0 7 5

2. 5

2 0 0 6- 1 7 5

2. 5

2 0 0 6- 2 7 5

W ei g ht ( k g s)

C O DE N O.

5. 8

2 0 0 6- 0 8 0

5. 8

2 0 0 6- 1 8 0

C A R BI D E M E T RI C G A U G E B L O C K S

A C C U R A C Y A T 2 0º C ( m) SI Z E OVE R UP T O G R A DE 1 G R A DE 2 10 m m ± 0. 2 0 ± 0. 4 5 10 - 25 m m ± 0. 3 0 ± 0. 6 0 25 - 50 m m ± 0. 4 0 ± 0. 8 0 50 - 75 m m ± 0. 5 0 ± 1. 0 0 75- 100 m m ± 0. 6 0 ± 1. 2 0 100- 150 m m ± 0. 8 0 ± 1. 6 0

T ot al N o mi n al bl o c k s di m e n si o n 1. 0 0 0 5 V G B- 1 1 2 T- 0 1. 0 0 1- 1. 0 0 9 11 2 1. 0 1- 1. 4 9 0. 5- 2 4. 5 V G B- 1 1 2 T- 1 2 5- 1 0 0

St e p s

V G B- 1 0 3 T- 0

1. 0 0 5 1. 0 1- 1. 4 9 0. 5- 2 4. 5 2 5- 1 0 0

0. 0 1 0. 5 25

1 49 49 4

5. 6

2 0 0 6- 0 8 1

5. 7

2 0 0 6- 1 8 1

5. 7

2 0 0 6- 2 8 1

1. 0 0 1- 1. 0 0 9 1. 0 1- 1. 4 9 0. 5- 9. 5 1 0- 1 0 0

0. 0 0 1 0. 0 1 0. 5 10

9 49 19 10

4. 8

2 0 0 6- 0 8 2

4. 9

2 0 0 6- 1 8 2

4. 8

2 0 0 6- 2 8 2

1. 0 0 5 1. 0 1- 1. 0 9 1. 1- 1. 9 1- 2 4 2 5- 1 0 0

0. 0 1 0. 1 1 25

1 9 9 24 4

4. 8

2 0 0 6- 0 8 3

4. 8

2 0 0 6- 1 8 3

O R D E R N O.

V G B- 1 0 3 T- 1

103

V G B- 1 0 3 T- 2 V G B- 8 7 T- 0 V G B- 8 7 T- 1

V G B- 8 7 T- 2 V G B- 4 7 T- 0 V G B- 4 7 T- 1

B79

N o. of bl o c k s Gr a d e

G RI N DI N G M A C HI N E A C C E S S O RI E S

0. 0 0 1 0. 0 1 0. 0 5 25

N o. of bl o c k s Gr a d e 1 0 9 49 49 1 4

0 1 2

C er a mi c G a u g e Bl o c k s H O W T O C H OI C E T H E B L O C K F O R SI N E B A R DI S T A N C E SI N B A R C E N T E R SI N B A R C E N T E R GAU GE BL O C K CAN H EI G H T GET DE GREE

C H OI C E DI F F E R E N T SI Z E G A U G E B L O C K F O R T O T A L T H E H EI G H T

N O T F O R L A B O R A T O R Y.

JI S/I S O/ DI N SI Z E OVE R UP T O

A C C U R A CY STA N D A R D A C C U R A C Y A T 2 0º C ( m) G R A D E 00 G R A DE 0 10 m m ± 0. 0 6 ± 0. 1 2 10 - 25 m m + 0. 0 7 ± 0. 1 4 25 - 50 m m ± 0. 1 0 ± 0. 2 0 50 - 75 m m ± 0. 1 2 ± 0. 2 5 75- 100 m m ± 0. 1 4 ± 0. 3 0 100- 150 m m ± 0. 4 0 A C C U R A C Y A T 2 0º C ( m) G R A DE 1 G R A DE 2 ± 0. 2 0 ± 0. 4 5 ± 0. 3 0 ± 0. 6 0 ± 0. 4 0 ± 0. 8 0 ± 0. 5 0 ± 1. 0 0 ± 0. 6 0 ± 1. 2 0 ± 0. 8 0 ± 1. 6 0

SI Z E OVE R UP T O

10 m m 10 - 25 m m 25 - 50 m m 50 - 75 m m 75- 100 m m 100- 150 m m

C E R A MI C G A U G E B L O C K S O R D E R N O. blT ootc alk s

V G B- 1 1 2 C- 0 V G B- 1 1 2 C- 1 V G B- 1 0 3 C- 0 V G B- 1 0 3 C- 1 V G B- 8 7 C- 0 V G B- 8 7 C- 1 V G B- 4 7 C- 0 V G B- 4 7 C- 1

N o mi n al di m e n si o n 1. 0 0 0 5 1. 0 0 1- 1. 0 0 9 1. 0 1- 1. 4 9 0. 5- 2 4. 5 2 5- 1 0 0

St e p s of blN o.o c k s Gr a d e W (eik gg hts) 1 0 3. 7 0. 0 0 1 9 0. 0 1 49 0. 0 5 49 1 3. 7 25 4

103

1. 0 0 5 1. 0 1- 1. 4 9 0. 5- 2 4. 5 2 5- 1 0 0

0. 0 1 0. 5 25

1 49 49 4

3. 6

2 0 0 6- 0 9 1

3. 6

2 0 0 6- 1 9 1

1. 0 0 1- 1. 0 0 9 1. 0 1- 1. 4 9 0. 5- 9. 5 1 0- 1 0 0

0. 0 0 1 0. 0 1 0. 5 10

9 49 19 10

2 0 0 6- 0 9 2

2 0 0 6- 1 9 2

1. 0 0 5 1. 0 1- 1. 0 9 1. 1- 1. 9 1- 2 4 2 5- 1 0 0

0. 0 1 0. 1 1 25

1 9 9 24 4

2. 4

2 0 0 6- 0 9 3

2. 4

2 0 0 6- 1 9 3

11 2

C O D E N O. 2 0 0 6- 0 9 0 2 0 0 6- 1 9 0

100

1. 7 4 0 5 2. 6 1 6 8 3. 4 8 7 8 4. 3 5 7 8 5. 2 2 6 4 6. 0 9 3 5 6. 9 5 8 7 7. 8 2 1 7 8. 6 8 2 4 9. 5 4 0 4 1 0. 3 9 5 6 1 1. 2 4 7 6 1 2. 0 9 6 1 1 2. 9 4 0 1 1 3. 7 8 1 9 1 4. 6 1 8 6 1 5. 4 0 5 8 1 6. 2 7 8 4 1 7. 1 0 1 0 1 7. 9 1 8 4 1 8. 7 3 0 3 1 9. 5 3 6 6 2 0. 3 3 6 8 2 1. 1 3 0 9 2 1. 9 1 8 6 2 2. 6 9 9 5 2 3. 4 7 3 6 2 4. 2 4 0 5 2 5. 0 0 0 0 2 5. 7 5 1 9 2 6. 4 9 6 0 2 7. 2 3 2 0 2 7. 9 5 9 6 2 8. 6 7 8 8 2 9. 3 8 9 3 3 0. 0 9 0 8 3 0. 7 8 3 1 3 1. 4 6 6 0 3 2. 1 3 9 4 3 2. 8 0 3 0 3 3. 4 5 6 5 3 4. 0 9 9 9 3 4. 7 3 2 9 3 5. 3 5 5 3

3. 4 8 9 9 5. 2 3 3 6 6. 9 7 5 6 8. 7 1 5 5 1 0. 4 5 2 8 1 2. 1 8 6 9 1 3. 9 1 7 3 1 5. 6 4 3 4 1 7. 3 6 4 8 1 9. 0 8 0 9 2 0. 7 9 1 1 2 2. 4 9 5 1 2 4. 1 9 2 1 2 5. 8 8 1 9 2 7. 5 6 3 7 2 9. 2 3 7 1 3 0. 9 0 1 7 3 2. 5 5 8 6 3 4. 2 0 2 0 3 5. 8 3 6 7 3 7. 4 6 0 6 3 9. 0 7 1 3 4 0. 6 7 3 6 4 2. 2 6 1 8 4 3. 8 3 7 1 4 5. 3 9 9 0 4 6. 9 4 7 1 4 8. 4 8 0 9 5 0. 0 0 0 0 5 1. 5 0 3 8 5 2. 9 9 1 9 5 4. 4 6 3 9 5 5. 9 1 9 2 5 7. 3 5 7 6 5 8. 7 7 8 5 6 0. 1 8 1 5 6 1. 5 6 6 1 6 2. 9 3 2 0 6 4. 2 7 8 7 6 5. 6 0 5 9 6 6. 9 1 3 0 6 8. 1 9 9 8 6 9. 4 6 5 8 7 0. 7 1 0 6

G RI N DI N G M A C HI N E A C C E S S O RI E S

C E R A MI C G A U G E B L O C K S

G A U GE BL O C KS

B80

C a st Ir o n S urf a c e Pl at e s T h e s e s urf a c e pl at e s ar e d e si g n e d f or a di v er sit y of a p pli c ati o n s w h er e a s m o ot h s urf a c e i s n e e d e d. Ri gi dit y a n d l a sti n g a c c ur a c y ar e e n s ur e d b y c o n str u c nti o n. T h e s urf a c e s ar e fr e e fr o m pi n h ol e s. i n s p e cti o n a n d c o u ntl e s s ot h er u s e s. N O T F O R L A B O R AT O R Y

S urf a c e Pl at e s O R D E R N O.

U nit: m m

SI Z E

S U RFA CE A C C U R A CY

A P P R O X. W EI G H T

L x W x H m m

m m

kgs

C O D E N O.

V S- 0 1

200x200x

7. 1

2 0 2 1- 0 0 1

V S- 0 2

250x250x

1 1. 1

2 0 2 1- 0 0 2

V S- 0 3

250x300x

1 0. 9

2 0 2 1- 0 0 3

V S- 0 4

300x300x

1 2. 6

2 0 2 1- 0 0 4

V S- 0 5

300x400x

2 0. 1

2 0 2 1- 0 0 5

V S- 0 6

300x450x

2 0 2 1- 0 0 6

V S- 0 7

450x450x

5 0. 5

2 0 2 1- 0 0 7

V S- 0 8

500x500x

2 0 2 1- 0 0 8

V S- 0 9

450x600x

6 4. 5

2 0 2 1- 0 0 9

V S- 1 0

600x600x

2 0 2 1- 0 1 0

V S- 1 1

600x900x

11 7

2 0 2 1- 0 1 1

V S- 1 2

900x900x

V S- 1 3

900x1200x

0. 0 0 5/ 1 0 0

0. 0 0 6/ 1 0 0

0. 0 0 7/ 1 0 0

220

2 0 2 1- 0 1 2

305

2 0 2 1- 0 1 3

S e p ar at e d M o d ul ar D e si g n DI Y T y p e. Wit h A dj u st m e nt S cr e w F or L e v eli n g

C a st Ir o n S urf a c e Pl at e s St a n d O R D E R N O.

B81

S T A N D SI Z E L x W x H m m

K GS

C O D E N O.

V S D- 0 9 N

450x600x700

2 5. 6

2 0 2 1- 0 0 9 N

V S D- 1 0 N

600x600x700

2 8. 2

2 0 2 1- 0 1 0 N

V S D- 1 1 N

600x900x700

4 7. 8

2 0 2 1- 0 1 1 N

V S D- 1 2 N

900x900x700

5 4. 3

2 0 2 1- 0 1 2 N

V S D- 1 3 N

900x1200x600

7 0. 0

2 0 2 1- 0 1 3 N

G RI N DI N G M A C HI N E A C C E S S O RI E S

Bl a c k Gr a nit e S urf a c e Pl at e s G G G- P- 4 6 3 c. H ar d er t h e n st e el.

G u ar a nt e e d r e p e at r e a di n g. u nil at er al a c c ur a c y of pl at e. D o e s n ot r u st or c orr o d e. S urf a c e A c c ur a c y : 0. 0 1 3 ~ 0. 0 0 6 5 / 1 0 0 m m N O T F O R L A B O R AT O R Y A c c ur a c y a n d O- Gr o a e St yl e a v ail a bl e o nl y i n w or k s h o p Gr a d e A

S urf a c e Pl at e s

U nit: m m

SI Z E

S U RFA CE A C C U R A CY

A P P R O X. W EI G H T

L x W x H m m

m m

kgs

V S G- 0 4

250x300x

0. 0 0 6 5

1 2. 6

2 0 2 1- 0 1 9

V S G- 0 5

300x300x

0. 0 0 6 5

2 0 2 1- 0 2 0

V S G- 0 6

300x450x

0. 0 0 6 5

2 0 2 1- 0 2 1

V S G- 0 7

450x450x

0. 0 0 6 5

2 0 2 1- 0 2 2

V S G- 0 9

450x600x

0. 0 0 7

2 0 2 1- 0 2 3

V S G- 1 0

600x600x

0. 0 0 9

109

2 0 2 1- 0 2 4

O R D E R N O.

C O D E N O.

V S G- 1 1

600x900x

0. 0 0 9

185

2 0 2 1- 0 2 5

V S G- 1 3

900x1200x

0. 0 1 2

440

2 0 2 1- 0 2 7

V S G- 1 4

1000x1000x

0. 0 1 2

408

2 0 2 1- 0 2 8

V S G- 1 5

1000x1500x

0. 0 1 3

910

2 0 2 1- 0 2 9

V S G- 2 1

900x900x

0. 0 1 3

380

2 0 2 1- 0 3 2

Str o n g & Ri gi d S e p ar at e d M o d ul ar D e si g n DI Y T y p e.

Bl a c k Gr a nit e S urf a c e Pl at e s St a n d O R D E R N O.

Wit h A dj u st m e nt S cr e w F or L e v eli n g M at eri al : S S 4 1

S T A N D SI Z E L x W x H m m

K GS

C O D E N O.

V S G D- 0 9 N

450x600x700

3 2. 6

2 0 2 1- 0 2 3 N

V S G D- 1 0 N

600x600x700

3 5. 9

2 0 2 1- 0 2 4 N

V S G D- 1 1 N

600x900x700

5 3. 7

2 0 2 1- 0 2 5 N

V S G D- 1 3 N

900x1200x700

7 2. 8

2 0 2 1- 0 2 7 N

V S G D- 1 4 N

1000x1000x700

7 2. 3

2 0 2 1- 0 2 8 N

V S G D- 1 5 N

1000x1500x700

8 3. 7

2 0 2 1- 0 2 9 N

V S G D- 2 1 N

900x900x600

7 3. 0

2 0 2 1- 0 3 2 N

G RI N DI N G M A C HI N E A C C E S S O RI E S

B82

B L A C K G R A NI T E S U R F A C E P L A T E S

R et ai n s a c c ur a c y f or y e ar s.

Gr a nit e S q u ar e R ul er s

N O T F O R L A B O R AT O R Y

A c c ur a c y: S Q U A R E N E S S 0. 0 0 2 / 1 0 0 m m

U nit: m m

O R D E R N O.

SI Z E

G. W.( k g s)

C O D E N O.

V Q R- 4 0 0

400x400x

2 4. 8

2 0 2 1- 0 5 0

V Q R- 5 0 0

500x500x

4 0. 2

2 0 2 1- 0 5 1

Gr a nit e Str ai g ht R ul er s

N O T F O R L A B O R AT O R Y

A c c ur a c y: P A R A L L E LI S M 0. 0 0 2 / 1 0 0 m m O R D E R N O.

U nit: m m

SI Z E

G. W.( k g s)

C O D E N O.

V S R- 6 3 0

630x100x

8. 7

2 0 2 1- 0 6 0

V S R- 1 0 0 0

1000x80x

1 3. 7

2 0 2 1- 0 6 1

Gr a nit e Tri a n gl e R ul er A c c ur a c y: S Q U A R E N E S S 0. 0 0 2 / 1 0 0 m m O R D E R N O.

Si z e

T hi c k n e s s

V G T- 3 0 0

300x200

5. 7

2 0 2 2- 0 2 0

V G T- 4 0 0

400x250

8. 4

2 0 2 2- 0 2 1

V G T- 6 0 0

600x400

2 7. 5

2 0 2 2- 0 2 2

N O T F O R L A B O R AT O R Y

B83

G RI N DI N G M A C HI N E A C C E S S O RI E S

m m

W ei g ht ( k g s)

C O D E N O.

P AI R

A c c ur a c y: P A R A L L E LI S M 0. 0 0 5 / 1 0 0 m m

N O T F O R L A B O R AT O R Y

O R D E R N O.

C A P A CI T Y Ø

DI M E N SI O N

K GS

C O D E N O.

1. 7

2 0 2 2- 0 3 0

6. 3

2 0 2 2- 0 3 1

MI N.

M A X.

V G V- 6 3

Ø 4

Ø 65

V G V- 1 0 0

Ø 10

Ø 100

100

m m

H ori z o nt al L e v eli n g I n str u m e nt 0. 0 2 / 1 0 0 m m W h e n t h e b u b bl e i s i n t h e c e nt er & t o u c h a n d wit h i n 2 r e d li n e, t h e n t h e s urf a c e i s l e v el e d. N O T F O R L A B O R AT O R Y

m m

O R D E R N O.

DI M E N SI O N

W ei g ht ( k g s)

V LI- 2 0 0 A

200x46x46

1. 9 6

2 0 2 2- 0 4 3

V LI- 3 0 0 A

3 0 0 x 4 6 x 4 5. 9 0

2. 7 8

2 0 2 2- 0 4 4

C O D E N O.

Pr e ci si o n S q u ar e L e v el 0. 0 2 / 1 0 0 m m W h e n t h e b u b bl e i s i n t h e c e nt er & t o u c h a n d wit h i n 2 r e d li n e, t h e n t h e s urf a c e i s l e v el e d. N O T F O R L A B O R AT O R Y

m m

O R D E R N O.

DI M E N SI O N

W ei g ht ( k g s)

V S L- 2 0 0 A

2 0 0 x 2 0 0 x 3 9. 5

4. 1 0

2 0 2 2- 0 5 3

V S L- 3 0 0 A

3 0 0 x 3 0 0 x 4 4. 6

8. 8 3

2 0 2 2- 0 5 4

C O D E N O.

G RI N DI N G M A C HI N E A C C E S S O RI E S

B84

G R A NI T E V- B L O C K

Gr a nit e V- Bl o c k

Gr a nit e S urf a c e St a n d V H- 4 1, 4 2, 4 3

V H- 4 5, 4 6, 4 7 Ø8

T H E DI A L G A U G E I S O P TI O N A L A C C U R A C Y: 0. 0 0 5/ 1 0 0 m m

N O T F O R L A B O R AT O R Y C si z e m a y b e v ari e d.

O R D E R N O.

52 52 90 52 52 90

252 252 290 185 185 223

200 200 200 133 133 133

A x B G R A NI T E P L A T E DI E M E N SI O N

V H- 4 1 V H- 4 2 V H- 4 3 V H- 4 5 V H- 4 6 V H- 4 7

6 x 6 6 x 9 9 x 12 6 x 6 6 x 9 9 x 12

150x150 m m 150x220 m m 230x300 m m 150x150 m m 150x220 m m 230x300 m m

Ø 6. 5

G u a g e n ot i n cl u d e d C O D E N O.

m m m m m m m m m m m m

W EI G H T ( k g s) 6 9 22 6 7. 9 1 9. 1

W EI G H T ( k g s)

C O D E N O.

F 8 8 8 8 8 8

2 0 2 2- 0 0 1 A 2 0 2 2- 0 0 2 A 2 0 2 2- 0 0 3 A 2 0 2 2- 0 0 5 2 0 2 2- 0 0 6 2 0 2 2- 0 0 7

Gr a nit e S urf a c e St a n d O R D E R N O.

V H- 4 8 V H- 4 9 V H- 5 0

A x B G R A NI T E P L A T E DI E M E N SI O N 6 x 6 150x150 m m 6 x 9 150x220 m m 9 x 12 230x300 m m

2 0 2 2- 0 1 7

2 0 2 2- 0 1 8

2 0 2 2- 0 1 9

T e st er Ar m B a s e

F O R S U R F A C E P L AT E 2- S T E P R O U N D S H A P E B A S E SI S E A S Y T O M O V E WI T H 1 H A N D.

F e at ur e s:

M e a s uri n g ai d, N O T F O R L A B O R A T O R Y F or s m o ot h m e a s uri n g o n gr a nit e / c a st ir o n s urf a c e pl at e! Wit h o ut di al g a u g e M at eri al : St e el Si n gl e- h a n d o p er ati o n Gr e at f or si d e m e a s uri n g

B85

O R D E R N O. V T B- 1 2 1

WI T H O U T DI A L G U A G E

O R D E R N O.

B A S E ( Ø)

M AI N R O D O. D x L

V T B- 1 2 0

120

Ø25 x 125

2. 6 5

2 0 2 2- 0 1 5

V T B- 1 2 1

260x60x35

Ø14x200

Ø12x160

3. 6

2 0 2 2- 0 1 4

G RI N DI N G M A C HI N E A C C E S S O RI E S

S U B R O D O. L x L

W EI G H T ( k g s)

C O DE N O.

m m

EX A MPLE

Cl e a ni n g P a p er O R D E R N O. P- 1 0 0 0( P A P E R) C O D E N O. 2 0 2 1- 2 0 0

O R D E R N O. S- 1 0 0 0( S T A N D) C O D E N O. 2 0 2 1- 2 2 0 450L x 330 W x 800 H

C O N C E N T RI C T E S T S T A N D

P A C K: 2 R O L L/ C A R T O N C O L O R: W HI T E

C o n c e ntri c T e st St a n d V CI- 2 0 0

V CI- 4 0 0

G a u g e n ot i n cl u d e d

E x a m pl e O R D E R N O.

LE N GT H

WI D T H

H EI G H T

V CI- 2 0 0 V CI- 3 0 0 V CI- 4 0 0 V CI- 6 0 0

490 530 650 1000

90 90 90 200

100 100 100 230

CE NTE R DI S T A N C E 200 300 400 600

CE NTE R H EI G H T 145 145 145 200

m m

W EI G H T ( k g s) 22 2 6. 8 2 9. 6 1 3 8. 5

C O D E N O. 2 0 2 1- 1 0 1 2 0 2 1- 1 0 5 2 0 2 1- 1 0 2 2 0 2 1- 1 0 6

Pi n G a u g e E A C H 0. 0 1 m m F O R O N E S T E P SI Z E O R DE R N O.

F E A T U R E S: EACH STEP SI Z E 0. 0 5 ~ 0. 0 9 0. 0 1 0. 1 0 ~ 0. 1 9 0. 0 1 0. 2 0 ~ 0. 9 9 0. 0 1 1. 0 0 ~ 1 0. 0 0 0. 0 1 1 0. 0 1 ~ 2 0. 0 0 0. 0 1 2 0. 0 0 ~ 3 0. 0 0 0. 0 1 DI A M E T E R

N O MI N A L DI M E N SI O N P C S/ W EI G H T E A C H 0. 0 1 m m F O R 1 S E T ( k g s) P CS

0. 5 0, 0. 5 1, 0. 5 2 ~ 1. 0 0 V P G- 0 B 1. 0 0, 1. 0 1, 1. 0 2 ~ 1. 5 0 V P G- 1 A 1. 5 0, 1. 5 1, 1. 5 2 ~ 2. 0 0 V P G- 1 B 2. 0 0, 2. 0 1, 2. 0 2 ~ 2. 5 0 V P G- 2 A 2. 5 0, 2. 5 1, 2. 5 2 ~ 3. 0 0 V P G- 2 B 3. 0 0, 3. 0 1, 3. 0 2 ~ 3. 5 0 V P G- 3 A 3. 5 0, 3. 5 1, 3. 5 2 ~ 4. 0 0 V P G- 3 B 4. 0 0, 4. 0 1, 4. 0 2 ~ 4. 5 0 V P G- 4 A 4. 5 0, 4. 5 1, 4. 5 2 ~ 5. 0 0 V P G- 4 B 5. 0 0, 5. 0 1, 5. 0 2 ~ 5. 5 0 V P G- 5 A 5. 5 0, 5. 5 1, 5. 5 2 ~ 6. 0 0 V P G- 5 B 6. 0 0, 6. 0 1, 6. 0 2 ~ 6. 5 0 V P G- 6 A 6. 5 0, 6. 5 1, 6. 5 2 ~ 7. 0 0 V P G- 6 B 7. 0 0, 7. 0 1, 7. 0 2 ~ 7. 5 0 V P G- 7 A L E N G T H I AN C DIC UA RM AE CT YE R RT OO LU EN RD EN NE CS ES H A R D N E S S V P G- 7 B 7. 5 0, 7. 5 1, 7. 5 2 ~ 8. 0 0 8. 0 0, 8. 0 1, 8. 0 2 ~ 8. 5 0 V P G- 8 A 5~10 ± 0. 5 u m 0. 5 u m H V480 8. 5 0, 8. 5 1, 8. 5 2 ~ 9. 0 0 V P G- 8 B 20 ± 0. 5 u m 0. 5 u m H V480 9. 0 0, 9. 0 1, 9. 0 2 ~ 9. 5 0 V P G- 9 A 40 ±1u m 0. 8 u m H V650 9. 5 0, 9. 5 1, 9. 5 2 ~ 1 0. 0 0 V P G- 9 B 50 ±1u m 0. 8 u m H V650 V P G- 1 0 A 1 0. 0 0, 1 0. 0 1, 1 0. 0 2 ~ 1 0. 5 0 50 ± 1. 5 u m 1. 6 u m H V650 V P G- 1 0 B 1 0. 5 0, 1 0. 5 1, 1 0. 5 2 ~ 1 1. 0 0 50 ± 1. 5 u m 1. 6 u m H V650

51 51 51 51 51 51 51 51 51 51 51 51 51 51 51 51 51 51 51 51 51

1 1 1 1 1 1 1 1. 5 1. 5 1. 5 1. 5 3. 1 3. 2 3. 5 3. 5 3. 8 3. 8 4 4 5 5

C O DE N O. 2 0 2 2- 0 6 0 2 0 2 2- 0 6 1 2 0 2 2- 0 6 2 2 0 2 2- 0 6 3 2 0 2 2- 0 6 4 2 0 2 2- 0 6 5 2 0 2 2- 0 6 6 2 0 2 2- 0 6 7 2 0 2 2- 0 6 8 2 0 2 2- 0 6 9 2 0 2 2- 0 7 0 2 0 2 2- 0 7 1 2 0 2 2- 0 7 2 2 0 2 2- 0 7 3 2 0 2 2- 0 7 4 2 0 2 2- 0 7 5 2 0 2 2- 0 7 6 2 0 2 2- 0 7 7 2 0 2 2- 0 7 8 2 0 2 2- 0 7 9 2 0 2 2- 0 8 0

G RI N DI N G M A C HI N E A C C E S S O RI E S

B86

M e a s uri n g I n str u m e nt L: 1 5 0, 2 0 0, 3 0 0 m m

P R E CI SI O N V E R NI E R C A LI P E R

O R D E R N O. V V C- 6 V V C- 8 V V C- 1 2

O R D E R N O. V E C- 6 V E C- 8 V E C- 1 2

DI A L C A LI P E R

O R D E R N O. V D C- 6 V D C- 8 V D C- 1 2

V O M- 2 5 5 0 V O M- 5 0 7 5 V O M- 7 5 1 0 0

0. 0 1 m m

1 S C ALE

W EI G H T( k g) 0. 4 0. 5 0. 8

C O D E N O. 2 0 2 3- 0 1 0 2 0 2 3- 0 1 1 2 0 2 3- 0 1 2

0. 0 1 m m

1 S C ALE

W EI G H T( k g) 0. 4 0. 5 0. 9

C O D E N O. 2 0 2 3- 0 5 0 2 0 2 3- 0 5 1 2 0 2 3- 0 5 2

0. 0 2 m m

I N SI D E MI C R O M E T E R 0- 25 25- 50 50- 75 75- 100 1 0 0- 1 2 5

V O M- 0 0 2 5

C O D E N O. 2 0 2 3- 0 0 1 2 0 2 3- 0 0 2 2 0 2 3- 0 0 3

L: 1 5 0, 2 0 0, 3 0 0 m m

O U T SI D E MI C R O M E T E R

1 S C ALE

0. 0 2 m m 1/ 1 0 0 0”

W EI G H T( k g) 0. 4 0. 5 0. 8

L: 1 5 0, 2 0 0, 3 0 0 m m

DI GI T A L E L E C T R O NI C C A LI P E R

O R D E R N O.

1 S C ALE

5- 30 25- 50 50- 75 75- 100 1 0 0- 1 2 5

m m m m m m m m m m

W EI G H T( k g)

C O D E N O.

O R D E R N O.

0. 3

2 0 2 3- 0 6 0

VI M- 5 0 7 5

0. 4

2 0 2 3- 0 6 1

0. 5

2 0 2 3- 0 6 2

0. 6

2 0 2 3- 0 6 3

VI M- 7 5 1 0 0

1 S C ALE

W EI G H T( k g)

C O D E N O.

0. 4

2 0 2 3- 0 6 7

0. 4

2 0 2 3- 0 6 8

0. 4 2

2 0 2 3- 0 6 9

0. 0 1 m m

VI M- 1 0 0 1 2 5

m m m m m m m m m m

M e a s uri n g I n str u m e nt MI C R O M E T E R S T A N D M A X. O P E N E D 17 m m

1 6 6x 11 0x 1 2 2 m m

B87

G RI N DI N G M A C HI N E A C C E S S O RI E S

O R D E R N O.

W EI G H T( k g)

C O D E N O.

V H- 1 9

1. 3

2 0 2 3- 0 9 0

M e a s uri n g I n str u m e nt ST E EL C O V E R

DI A L I N DI C A T O R

DI A L T E S T I N DI C A T O R

0. 0 1 ~ 1 0 m m

0. 0 1 ~ 0. 8 m m

O R D E R N O.

1 S C ALE

W EI G H T( k g)

C O D E N O.

O R D E R N O.

1 S C ALE

W EI G H T( k g)

C O D E N O.

V DI- 1

0. 0 1 m m

0. 3

2 0 2 3- 0 2 0

V DI- 0. 8 A

0. 0 1 m m

0. 2

2 0 2 3- 0 7 0

H EI G H T V E R NI E R C A LI P E R

H EI G H T DI A L C A LI P E R

H: 3 0 0, 4 5 0, 5 0 0, 6 0 0

O R DE R N O

1 S C A L E W EI( k Gg Hs)T

V H G- 1 2 V H G- 1 8 V H G- 2 0 V H G- 2 4

0. 0 2 m m

C O DE N O.

H: 3 0 0, 6 0 0 m m

2 0 2 3- 0 3 4

O R DE R N O.

1 1. 9

2 0 2 3- 0 3 5

V H D- 1 2

1 0. 7

2 0 2 3- 0 3 6

V H D- 2 4

1 1. 8

2 0 2 3- 0 3 7

1 S C A L E W EI( k Gg Hs)T 0. 0 1 m m

C O DE N O.

2 0 2 3- 0 8 0

9. 4

2 0 2 3- 0 8 1

M e a s uri n g I n str u m e nt MI C R O M E T E R H E A D

O R D E R N O.

S C ALE x L

W EI G H T( k g)

C O D E N O.

V M H- 2 5

0. 0 1 x 2 5 m m

0. 2

2 0 2 3- 0 4 0

G RI N DI N G M A C HI N E A C C E S S O RI E S

B88

M E A S U RI N G I N S T R U M E N T

NI D D L E T Y P E

A n gl e L e v el

Oil T y p e Pr otr a ct or Wit h M a g n et s

V A L- 6 0

V A L- 5 0

V A L- 1 0

V A L- 3 0

V A L- 2 0

O R DE R N O.

Lx Wx H

B ASE

A C U W EI( kG g)H T

C O DE N O.

V A L- 1 0

78x62x14 m m

ABS

0. 2º

0. 2

2 0 3 3- 1 0 0

V A L- 3 0

93x79x15 m m

ABS

0. 1º

0. 2

2 0 3 3- 1 0 1

V A L- 5 0

93x79x16 m m

M ETAL

0. 0 8 3º

0. 4

2 0 3 3- 1 0 2

V A L- 6 0 1 4 0 x 1 3 0 x 2 0 m m

M ETAL

0. 0 5º

2 0 3 3- 1 0 3

ABS

0. 2º

0. 2

2 0 3 3- 1 0 4

V A L- 2 0

70x65x30 m m 1

1 3 m m/ /2 x 3 M/ 1 0

1. R E S E T: F or s etti n g a p s e u d e- h ori z o n, u p o n w hi c h a n e w a n gl e o n t h e p s e u d o- h ori z o n c a n b e dir e ctl y m e a s ur e d. 2. D O U B L E C H E C K: D o u bl e a n n ul ar gr d u ati o n s pr o vi d e d f or c alii br ati n g eit h er p o siti v e or n e g ati v e d e gr e e s.

T h e p oi nt er i s r ot ati n g i n a h y dr a uli c oil f or st a bl e, pr e ci s e a n d err or- eli mi n ati n g r e a di n g, e v e n t o a diff er e nti al s u b gr a d u ati o n l e s s t h a n o n e d e gr e e. T h e t w o p oi nt er s or t h e v er ni er v er s u s t h e a n n ul ar gr a d u ati o n s ar e r e a d s u p p er i m p o s e dl y wit h mi ni m u m r e a di n g err or. D o u bl e a n n ul ar gr a d u ati o n s ar e pr o vi d e d f or pr e v e nti n g wi s u al r e a di n g err or. T h e tr a n s p ar e nt t e m p er at ur e-r e si st a nt oil m a y vi s u all y a m plif y t h e p oi nt er f or a b ett er o pti c al r e a di n g. T h e d o u bl e-r ail m a g n et m a y attr a ct t hi s a n gl e l e v el o n a r o u n d pi p e or a s urf a c e of f err o u s m at eri al. A n e xt e n si o n r ul e c o ul d b e i n s ert e d i nt o t h e b ott o m sl ot f or m e a s ur e m e nt a n d dr a wi n g li n e f or wi d er ar e a.

M U L TI- F U N C TI O N A N G L E L E V E L Fi n di n g a n a n gl e A T hi n ir o n pl at e m a y b e attr a ct e d u n d er t h e a n gl e l e v el f or wi d er m e a s ur e m e nt.

m a c hi n e s

I n s erti n g a str ai g ht e xt e n si o n r ul e i nt o a b ott o m sl ot If t h e a n gl e l e v el.

Attr a cti n g t h e a n gl e l e v el o n a n ir o n pl at e f or m e a s uri n g a n a n gl e i n si d e a

2. Gri n di n g m a c hi n e

3. O ut & i n n er c o n e a n gl e

Ali g n t h e m o v a bl e d e gr e e s c al e 0º r e a di n g, i n li n e wit h S et y o ur i n str u m e nt’ s b ott o m s urf a c e o n t h e o bj e ct t o b e m e a s ur e d. Y o ur r e a di n g of f t h e p oi nt er i s y o ur a n gl e of i n cli n ati o n fr o m 0º

a n gl e s Ali g n t h e d e sir e d a n gl e o n t h e m o v a bl e s c al e t o t h e Tilt t h e i n str u m e nt u ntil t h e p oi nt er i s ali g n e d wit h t h e 0º

s h o wi n g s e v er al m e a s ur e d p o siti o n s b y t hi s a n gl e l e v el. B89 G RI N DI N G M A C HI N E A C C E S S O RI E S

OVE RL AP

H ar d n e s s T e st er

C O D E N O. 2 0 3 3- 2 0 1

H A R D NESS TESTE R

O R D E R N O. V H T- 2 6 0

A C C E S S O RI E S :

Di a m o n d t e st er x 1 St e el b all t e st er x 1 Fl at t e sti n g t a bl e x 2 Pri s m a t e sti n g t a bl e x 1

S wi n g 2 6 0 m m L x W x H: 466 x 238 x 630 m m

H R B 30- 100 H R C 20- 67

St ai nl e s s St e el R ul er

S c al e : a ci d - et c h e d, e n gr a v e d

O R D E R N O.

SI Z E

DI M E N SI O N( m m)

N. W.( k g)

C O D E N O.

V S R- 1 5 0

6”/ 1 5 c m

1 7 0 x 1 4. 7 x 0. 6

0. 0 1 5

2 0 3 3- 3 2 1

V S R- 2 0 0

8”/ 2 0 c m

2 2 6 x 2 0. 0 x 0. 6

0. 0 3

2 0 3 3- 3 2 2

V S R- 3 0 0

1 2”/ 3 0 c m

3 3 4 x 2 3. 7 x 1. 0

0. 0 6

2 0 3 3- 3 2 3

G RI N DI N G M A C HI N E A C C E S S O RI E S

B90

T hr e a d Si z e & D e pt h G a u g e H A N DY TYPE

I N S T A N T R E S U L T, Q UI C K R E A DI N G T H R E A D P L U G G A U G E C H E C K SI Z E B Y G O / Ø D m m S T D A C TI O N & T H R E A D D E P T H. RI N G G A U G E T O S E T O P OI N T B E F O R E U S E 1 M A R K : 0. 2 m m, M 3 x 0. 5- 6 H H I S G R A D E. A L L O W T O P R E S E T T H E D E SI R E D T H R E A D D E P T H

N O G O

G O

O R D E R N O.

V S D- M 3 V S D- M 4 V S D- M 5 V S D- M 6 V S D- M 8 V S D- M 1 0

R O T A TI N G H A N DL E

S P E CI FI C A TI O N A M 3 x 0. 5- 6 H M 4 x 0. 7- 6 H M 5 x 0. 8- 6 H M 6 x 1- 6 H M 8 x 1. 2 5- 6 H M 1 0 x 1. 5- 6 H

B 17 17 17 17 23 23

L 102 102 11 4 11 4 140 140

D Ø30 Ø30 Ø30 Ø30 Ø30 Ø30

S cr e w Pl u g G a u g e G O

N O G O

d Ø 3. 3 Ø 4. 3 Ø 5. 5 Ø 6. 5 Ø10 Ø 1 0. 5

C M E A S U RI N G D e pt h( m m) 8 8 20 20 26 26

L O O S E S C R E W W HI L E S E T TI N G

W EI G H T ( k g)

C O D E N O.

0. 1 2 0. 1 2 0. 1 4 0. 1 4 0. 2 0. 2

2 0 2 2- 4 0 0 2 0 2 2- 4 0 1 2 0 2 2- 4 0 2 2 0 2 2- 4 0 3 2 0 2 2- 4 0 4 2 0 2 2- 4 0 5

T h e m etri c t hr e a d pl u g g a u g e & ri n g g a u g e S cr e w Pl u g G a u g e c o nf or m t o DI N 1 3 / DI N 2 2 8 0.

T h e M etri c T hr e a d S cr e w Pl u g G a u g e I n C o ar s e T hr e a d O R D E R N O. V P G- 3 M V P G- 4 M V P G- 5 M V P G- 6 M V P G- 8 M V P G- 1 0 M V P G- 1 2 M V P G- 1 4 M V P G- 1 6 M

Si z e ( m m) M 3 x 0. 5 P M 4 x 0. 7 P M 5 x 0. 8 P M 6 x 1. 0 P M 8 x 1. 2 5 P M 1 0 x 1. 5 P M 1 2 x 1. 7 5 P M 1 4 x 2. 0 P M 1 6 x 2. 0 P

W ei g ht ( k g) 0. 0 3 0. 0 3 0. 0 3 0. 0 4 0. 0 7 0. 0 7 0. 1 1 0. 1 2 0. 1 2

C O D E N O. 2 0 3 3- 3 4 0 2 0 3 3- 3 4 1 2 0 3 3- 3 4 2 2 0 3 3- 3 4 3 2 0 3 3- 3 4 4 2 0 3 3- 3 4 5 2 0 3 3- 3 4 6 2 0 3 3- 3 4 7 2 0 3 3- 3 4 8

O R D E R N O. V P G- 1 8 M V P G- 2 0 M V P G- 2 2 M V P G- 2 4 M V P G- 2 7 M V P G- 3 0 M V P G- 3 3 M V P G- 3 6 M

Si z e ( m m) M 1 8 x 2. 5 P M 2 0 x 2. 5 P M 2 2 x 2. 5 P M 2 4 x 3. 0 P M 2 7 x 3. 0 P M 3 0 x 3. 5 P M 3 3 x 3. 5 P M 3 6 x 4. 0 P

W ei g ht ( k g) 0. 1 9 0. 2 4 0. 2 4 0. 2 8 0. 3 4 0. 4 0 0. 6 6 0. 7 1

U nit : m m

C O D E N O. 2 0 3 3- 3 4 9 2 0 3 3- 3 5 0 2 0 3 3- 3 5 1 2 0 3 3- 3 5 2 2 0 3 3- 3 5 3 2 0 3 3- 3 5 4 2 0 3 3- 3 5 5 2 0 3 3- 3 5 6

S cr e w Ri n g G a u g e G O TYPE

T h e m etri c t hr e a d pl u g g a u g e & ri n g g a u g e S cr e w Ri n g G a u g e c o nf or m t o DI N 1 3 / DI N 2 2 8 5. B91

G RI N DI N G M A C HI N E A C C E S S O RI E S

St a n d ar d Si z e T h e M etri c T hr e a d S cr e w Ri n g G a u g e I n C o ar s e T hr e a d U nit : m m O R D E R N O. V R G- 3 V R G- 4 V R G- 5 V R G- 6 V R G- 8 V R G- 1 0 V R G- 1 2 V R G- 1 4 V R G- 1 6 V R G- 1 8 V R G- 2 0 V R G- 2 2 V R G- 2 4 V R G- 2 7 V R G- 3 0 V R G- 3 3 V R G- 3 6

Si z e ( m m) M 3 x 0. 5 P M 4 x 0. 7 P M 5 x 0. 8 P M 6 x 1. 0 P M 8 x 1. 2 5 P M 1 0 x 1. 5 P M 1 2 x 1. 7 5 P M 1 4 x 2. 0 P M 1 6 x 2. 0 P M 1 8 x 2. 5 P M 2 0 x 2. 5 P M 2 2 x 2. 5 P M 2 4 x 3. 0 P M 2 7 x 3. 0 P M 3 0 x 3. 5 P M 3 3 x 3. 5 P M 3 6 x 4. 0 P

W ei g ht ( k g) 0. 0 4 0. 0 4 0. 0 4 0. 0 7 0. 0 8 0. 0 9 0. 1 5 0. 1 5 0. 2 0 0. 2 4 0. 2 4 0. 4 2 0. 4 2 0. 5 1 0. 5 6 0. 7 2 0. 7 8

C O D E N O. 2 0 3 3- 3 7 0 2 0 3 3- 3 7 1 2 0 3 3- 3 7 2 2 0 3 3- 3 7 3 2 0 3 3- 3 7 4 2 0 3 3- 3 7 5 2 0 3 3- 3 7 6 2 0 3 3- 3 7 7 2 0 3 3- 3 7 8 2 0 3 3- 3 7 9 2 0 3 3- 3 8 0 2 0 3 3- 3 8 1 2 0 3 3- 3 8 2 2 0 3 3- 3 8 3 2 0 3 3- 3 8 4 2 0 3 3- 3 8 5 2 0 3 3- 3 8 6

E R S pri n g C oll et C h u c k S y st e m E R C O L L E T DI M E N SI O N S

E R c oll et s y st e m of V E R T E X i s m a d e of s p e ci al el a sti c st e el m at eri al u n d er e x c ell e nt h e at tr e am e nt a n d pr e ci s e gri n di n g pr o c e s s, s o it h a s pr e ci s e a c c ur a c y, p o w erf ul cl a m pi n g a bilit y, a n d i s d ur a bl e. T hi s c oll et c a n cl a m p f or a s p e cifi c st a n d ar d si z e a n d it s n e xt si z e, ( R ef er t o t h e d at a s h e et o n p a g e 2). It c a n b e wi d el y u s e d f or b ori n g, milli n g, drilli n g a n d t a p pi n g a s w ell a s f or gri n di n g o p er ati o n, a n d i s a v ail a bl e f or all si z e s.

TYPE

E R- 8

8. 5

1 3. 5

E R- 1 1

1 1. 5

E R- 1 6

E R- 2 0

E R- 2 5

E R- 3 2

E R- 4 0

E R- 5 0

L m m

m m

DI N 6 3 4 3 St a n d ar d pr e ci si o n

VE RTEX St a n d ar d pr e ci si o n

A Gr a d e O pti o n al

1. 0- 1. 4

0. 0 2

0. 0 1 5

0. 0 1

1. 5- 2. 9

0. 0 2

0. 0 1 5

0. 0 1

3. 0- 5. 9

0. 0 2

0. 0 1 5

0. 0 1

6. 0- 9. 9

0. 0 2

0. 0 1 5

0. 0 1

1 0. 0- 1 7. 9

0. 0 3

0. 0 2

0. 0 1

1 8. 0- 2 6. 9

0. 0 3

0. 0 2

0. 0 1

2 7. 0- 3 4. 9

0. 0 3

0. 0 2

0. 0 1

T H E HI G H P R E CI SI O N O F A G R A D E I S A V AI L A B L E

d o u bl e-t a p er c h u c k

si n gl e-t a p er c h u c k

N O T E: M o u nti n g i n str u cti o n s f or E R c oll et s DI N 6 4 9 9- A a n d DI N 6 4 9 9- B A - Pl a c e c oll et i n si d e n ut a n d r ot at e t h e n ut t o e n g a g e wit h t h e e xtr a ct or s pir al i n c oll et gr o o v e.

B - O nl y t h e n m o u nt n ut a n d c oll et t o g et h er i nt o t h e c oll et h ol d er or m a c hi n e s pi n dl e. N ot e: N e v er u s e a 1 2- 1 1 m m c oll et t o cl a m p a 1 2. 2 m m di a m et er, b ut r at h er u s e a 1 3- 1 2 m m c oll et.

T O O LI N G S Y S T E M

St a n d ar d BT

S h a n k F or M a c hi ni n g C e nt er M AS BT S H A N K

S K

S P E CI FI C A TI O N

BT30

4 8. 4

7 0. 4

3 1. 7 5

1 2. 5

M12

B T 4 0**

6 5. 4

9 2. 4

4 4. 4 5

M16

B T 5 0**

100

1 0 1. 8

1 3 9. 8

6 9. 8 5

M24

6 8. 4

4 2. 5

4 4. 4 5

4 4. 7

1 0 1. 7 5 6 1. 5

6 9. 8 5

7 0. 1

S P E CI FI C A TI O N

S K40

6 3. 5 5 5 6. 2 5

S K50

9 7. 5

1 5. 9 3. 2

9 1. 2 5

P 35

G M16 M24

* D R A W B A R DI N 6 9 8 7 2 A T Y P E

JI S B 6 1 0 1

TYPE

NT30

3 1. 7 5 0

0. 4

NT40

4 4. 4 5 0

NT50

6 9. 8 5 0

1 7. 4 1 6. 5 6 8. 4

4 8. 4

1. 6

M 1 2, 1/ 2- 1 2 N C

1 6. 1

0. 4

2 5. 3 2 4

9 3. 4

6 5. 4

1. 6

M 1 6, 5/ 8- 1 1 N C

1 6. 1

0. 4

3 9. 6 3 8

1 2 6. 8 1 0 1. 8

3. 2

M 2 4, 1”- 8 N C

1 1. 5 2 5. 7

/2 T A P E R

Drill C h u c k T a p er J A C O BS TAPE R TYPE

JT0 JT1 JT2 JT33 JT6 JT3 JT4 JT5

B12 B16 B18

M or s e T a p er S h a n k M T

DI N 2 3 8

TYPE B12 B16 B18

6. 3 5

5. 8 0 2

1 1. 1 2

9. 7 5 4

8. 4 6 9

1 6. 6 6 9

1 4. 1 9 9

1 2. 3 8 6

2 2. 2 2 5

1 5. 8 5 0

1 4. 2 3 7

2 5. 4 0 0

1 7. 1 7 0

1 5. 8 5 2

2 5. 4 0 0

2 0. 5 9 9

1 8. 9 5 1

3 0. 9 5 6

2 8. 5 5 0

2 6. 3 4 6

4 2. 0 6 9

3 5. 8 9 0

3 3. 4 2 2

4 7. 6 2 5

/2 T A P E R 43 50 50

D1 1 2. 0 6 5 1 5. 7 3 3 1 7. 7 8 0

d1 1 1. 1 1 4. 5 1 6. 2

L 1 8. 5 2 4. 0 3 2. 0

TYPE

M T. 0

9. 0 4 5

9. 2

6. 4

M T. 1

1 2. 0 6 5

3. 5

1 2. 2

9. 4

5 3. 5

M 6, 1/ 4- 2 0 N C

M T. 2

1 7. 7 8 0

1 8. 0

1 4. 6

M 1 0, 3/ 8- 1 6 N C

M T. 3

2 3. 8 2 5

2 4. 1

1 9. 8

M 1 2, 1/ 2- 1 2 N C

M T. 4

3 1. 2 6 7

6. 5

3 1. 6

2 5. 9

1 0 2. 5

109

M 1 6, 5/ 8- 1 1 N C

M T. 5

4 4. 3 9 9

6. 5

4 4. 7

3 7. 6

1 2 9. 5

136

3 5. 7

M 2 0, 3/ 4- 1 0 N C

M T. 6

6 3. 3 4 8

6 3. 8

5 3. 9

182

190

M 2 4, 1”- 8 N C

T O O LI N G S Y S T E M

E R C OLLET

DI N 6 9 8 7 1 A S H A N K

E R S pri n g C oll et C h u c k S y st e m

DI N 6 4 9 9 E R

S T A N D A R D P R E CI SI O N T Y P E

E R C O L L E T S E T WI T H C L A M PI N G R A N G E TYPE C O MPLET SET

E R- 8

E R- 1 1

E R- 1 6

E R- 2 0

9 P C S/ S E T

7 P C S/ S E T

1 0 P C S/ S E T

1 2 P C S/ S E T

O R DE R N O.

C A P. m m Ø

O R DE R N O.

C A P. m m Ø

C O DE N O.

V08000

0. 5- 5. 0 3 0 0 1- 1 0 1 V 1 1 0 0 0

0. 5- 7. 0

I N DI VI D U A L V 0 8 0 1 0 U NI T V08015

1. 0- 0. 5 3 0 0 1- 0 0 1 V 1 1 0 1 0

F ULL SET

O R DE R N O.

C A P. m m Ø

C O DE N O.

3 0 0 2- 1 0 1 V 1 6 0 0 0

0. 5- 1 0. 0 3 0 0 3- 1 0 1 V 2 0 0 0 0

1- 1 3

3 0 0 4- 1 0 1

1. 0- 0. 5

3 0 0 2- 0 0 1 V 1 6 0 1 0

1. 0- 0. 5

3 0 0 3- 0 0 1 V 2 0 0 2 0

2- 1

3 0 0 4- 0 0 1

1. 5- 1. 0 3 0 0 1- 0 0 2 V 1 1 0 2 0

2. 0- 1. 5

3 0 0 2- 0 0 2 V 1 6 0 2 0

2. 0- 1. 0

3 0 0 3- 0 0 2 V 2 0 0 3 0

3- 2

3 0 0 4- 0 0 2

V08020

2. 0- 1. 5 3 0 0 1- 0 0 3 V 1 1 0 3 0

3. 0- 2. 5

3 0 0 2- 0 0 3 V 1 6 0 3 0

3. 0- 2. 0

3 0 0 3- 0 0 3 V 2 0 0 4 0

4- 3

3 0 0 4- 0 0 3

V08025

2. 5- 2. 0 3 0 0 1- 0 0 4 V 1 1 0 4 0

4. 0- 3. 5

3 0 0 2- 0 0 4 V 1 6 0 4 0

4. 0- 3. 0

3 0 0 3- 0 0 4 V 2 0 0 5 0

5- 4

3 0 0 4- 0 0 4

V08030

3. 0- 2. 5 3 0 0 1- 0 0 5 V 1 1 0 5 0

5. 0- 4. 5

3 0 0 2- 0 0 5 V 1 6 0 5 0

5. 0- 4. 0

3 0 0 3- 0 0 5 V 2 0 0 6 0

6- 5

3 0 0 4- 0 0 5

V08035

3. 5- 3. 0 3 0 0 1- 0 0 6 V 1 1 0 6 0

6. 0- 5. 5

3 0 0 2- 0 0 6 V 1 6 0 6 0

6. 0- 5. 0

3 0 0 3- 0 0 6 V 2 0 0 7 0

7- 6

3 0 0 4- 0 0 6

V08040

4. 0- 3. 5 3 0 0 1- 0 0 7 V 1 1 0 7 0

7. 0- 6. 5

3 0 0 2- 0 0 7 V 1 6 0 7 0

7. 0- 6. 0

3 0 0 3- 0 0 7 V 2 0 0 8 0

8- 7

3 0 0 4- 0 0 7

V08045

4. 5- 4. 0 3 0 0 1- 0 0 8 V 1 1 0 1 5

1. 5

3 0 0 2- 0 0 8 V 1 6 0 8 0

8. 0- 7. 0

3 0 0 3- 0 0 8 V 2 0 0 9 0

9- 8

3 0 0 4- 0 0 8

V08050

5. 0- 4. 5 3 0 0 1- 0 0 9 V 1 1 0 2 5

2. 5

3 0 0 2- 0 0 9 V 1 6 0 9 0

9. 0- 8. 0

3 0 0 3- 0 0 9 V 2 0 1 0 0

1 0- 9

3 0 0 4- 0 0 9

V11035

3. 5

3 0 0 2- 0 1 0 V 1 6 1 0 0

1 0. 0- 9. 0 3 0 0 3- 0 1 0 V 2 0 1 1 0

1 1- 1 0

3 0 0 4- 0 1 0

V11045

4. 5

3 0 0 2- 0 1 1 V 1 6 0 1 5

1. 5

3 0 0 3- 0 1 1 V 2 0 1 2 0

1 2- 1 1

3 0 0 4- 0 1 1

V11055

5. 5

3 0 0 2- 0 1 2 V 1 6 0 2 5

2. 5

3 0 0 3- 0 1 2 V 2 0 1 3 0

1 3- 1 2

3 0 0 4- 0 1 2

V11065

6. 5

3 0 0 2- 0 1 3 V 1 6 0 3 5

3. 5

3 0 0 3- 0 1 3 V 2 0 0 1 0

1. 0

3 0 0 4- 0 1 3

V16045

4. 5

3 0 0 3- 0 1 4 V 2 0 0 2 5

2. 5

3 0 0 4- 0 1 4

V16055

5. 5

3 0 0 3- 0 1 5 V 2 0 0 3 5

3. 5

3 0 0 4- 0 1 5

V16065

6. 5

3 0 0 3- 0 1 6 V 2 0 0 4 5

4. 5

3 0 0 4- 0 1 6

C O DE N O.

O R DE R N O.

C A P. m m Ø

C O DE N O.

N ot e: A P P R O XI M A T E F O R E A C H

W EI G H T ( k g s)

E R- 8

0. 0 1

V16075

7. 5

3 0 0 3- 0 1 7 V 2 0 0 5 5

5. 5

3 0 0 4- 0 1 7

E R- 1 1

0. 0 2

V16085

8. 5

3 0 0 3- 0 1 8 V 2 0 0 6 5

6. 5

3 0 0 4- 0 1 8

E R- 1 6

0. 0 3

V16095

9. 5

3 0 0 3- 0 1 9 V 2 0 0 7 5

7. 5

3 0 0 4- 0 1 9

E R- 2 0

0. 0 5

V20085

8. 5

3 0 0 4- 0 2 0

E R- 2 5

0. 0 7

V20095

9. 5

3 0 0 4- 0 2 1

E R- 3 2

0. 1 5

V20105

1 0. 5

3 0 0 4- 0 2 2

E R- 4 0

0. 2 8

V20115

1 1. 5

3 0 0 4- 0 2 3

E R- 5 0

0. 5 4

V20125

1 2. 5

3 0 0 4- 0 2 4

T O O LI N G S Y S T E M

E R S pri n g C oll et C h u c k S y st e m

DI N 6 4 9 9

E R

E R C O L L E T S E T WI T H C L A M PI N G R A N G E

O R DE R N O.

V25000 V25020 V25030 V25040 V25050 V25060 V25070 V25080 V25090 V25100 V25110 V25120 V25130 V25140 V25150 V25160 V25015 V25025 V25035 V25045 V25055 V25065 V25075 V25085 V25095 V25105 V25115 V25125 V25135 V25145 V25155

L m m

D m m

6 10 16 25 40 50 60

1. 0- 1. 4 1. 5- 2. 9 3. 0- 5. 9 6. 0- 9. 9 1 0. 0- 1 7. 9 1 8. 0- 2 6. 9 2 7. 0- 3 4. 9

DI N 6 3 4 3 St a n d ar d pr e ci si o n 0. 0 2 0. 0 2 0. 0 2 0. 0 2 0. 0 3 0. 0 3 0. 0 3

VE RTEX St a n d ar d pr e ci si o n 0. 0 1 5 0. 0 1 5 0. 0 1 5 0. 0 1 5 0. 0 2 0. 0 2 0. 0 2

E R- 2 5

E R- 3 2

E R- 4 0

E R- 5 0

1 5 P C S/ S E T

1 8 P C S/ S E T

2 3 P C S/ S E T

1 2 P C S/ S E T

C A P. m m Ø 1- 1 6 2- 1 3- 2 4- 3 5- 4 6- 5 7- 6 8- 7 9- 8 1 0- 9 1 1- 1 0 1 2- 1 1 1 3- 1 2 1 4- 1 3 1 5- 1 4 1 6- 1 5 1. 5 2. 5 3. 5 4. 5 5. 5 6. 5 7. 5 8. 5 9. 5 1 0. 5 1 1. 5 1 2. 5 1 3. 5 1 4. 5 1 5. 5

C O DE N O.

O R DE R N O.

3 0 0 5- 1 0 1 3 0 0 5- 0 0 1 3 0 0 5- 0 0 2 3 0 0 5- 0 0 3 3 0 0 5- 0 0 4 3 0 0 5- 0 0 5 3 0 0 5- 0 0 6 3 0 0 5- 0 0 7 3 0 0 5- 0 0 8 3 0 0 5- 0 0 9 3 0 0 5- 0 1 0 3 0 0 5- 0 1 1 3 0 0 5- 0 1 2 3 0 0 5- 0 1 3 3 0 0 5- 0 1 4 3 0 0 5- 0 1 5 3 0 0 5- 0 1 6 3 0 0 5- 0 1 7 3 0 0 5- 0 1 8 3 0 0 5- 0 1 9 3 0 0 5- 0 2 0 3 0 0 5- 0 2 1 3 0 0 5- 0 2 2 3 0 0 5- 0 2 3 3 0 0 5- 0 2 4 3 0 0 5- 0 2 5 3 0 0 5- 0 2 6 3 0 0 5- 0 2 7 3 0 0 5- 0 2 8 3 0 0 5- 0 2 9 3 0 0 5- 0 3 0

V32000 V32030 V32040 V32050 V32060 V32070 V32080 V32090 V32100 V32110 V32120 V32130 V32140 V32150 V32160 V32170 V32180 V32190 V32200 V32025 V32035 V32045 V32055 V32065 V32075 V32085 V32095 V320105 V320115 V320125 V320135 V320145 V320155 V320165 V320175 V320185 V320195

C A P. m m Ø 2- 2 0 3- 2 4- 3 5- 4 6- 5 7- 6 8- 7 9- 8 1 0- 9 1 1- 1 0 1 2- 1 1 1 3- 1 2 1 4- 1 3 1 5- 1 4 1 6- 1 5 1 7- 1 6 1 8- 1 7 1 9- 1 8 2 0- 1 9 2. 5 3. 5 4. 5 5. 5 6. 5 7. 5 8. 5 9. 5 1 0. 5 1 1. 5 1 2. 5 1 3. 5 1 4. 5 1 5. 5 1 6. 5 1 7. 5 1 8. 5 1 9. 5

C O DE N O.

O R DE R N O.

3 0 0 6- 1 0 1 3 0 0 6- 0 0 1 3 0 0 6- 0 0 2 3 0 0 6- 0 0 3 3 0 0 6- 0 0 4 3 0 0 6- 0 0 5 3 0 0 6- 0 0 6 3 0 0 6- 0 0 7 3 0 0 6- 0 0 8 3 0 0 6- 0 0 9 3 0 0 6- 0 1 0 3 0 0 6- 0 1 1 3 0 0 6- 0 1 2 3 0 0 6- 0 1 3 3 0 0 6- 0 1 4 3 0 0 6- 0 1 5 3 0 0 6- 0 1 6 3 0 0 6- 0 1 7 3 0 0 6- 0 1 8 3 0 0 6- 0 1 9 3 0 0 6- 0 2 0 3 0 0 6- 0 2 1 3 0 0 6- 0 2 2 3 0 0 6- 0 2 3 3 0 0 6- 0 2 4 3 0 0 6- 0 2 5 3 0 0 6- 0 2 6 3 0 0 6- 0 2 7 3 0 0 6- 0 2 8 3 0 0 6- 0 2 9 3 0 0 6- 0 3 0 3 0 0 6- 0 3 1 3 0 0 6- 0 3 2 3 0 0 6- 0 3 3 3 0 0 6- 0 3 4 3 0 0 6- 0 3 5 3 0 0 6- 0 3 6

V40000 V40040 V40050 V40060 V40070 V40080 V40090 V40100 V40110 V40120 V40130 V40140 V40150 V40160 V40170 V40180 V40190 V40200 V40210 V40220 V40230 V40240 V40250 V40260 V40115 V40125 V40135 V40145 V40155 V40165 V40175 V40185 V40195 V40205 V40215 V40225 V40235 V40245 V40255 V40265

C A P. m m Ø 3- 2 6 4- 3 5- 4 6- 5 7- 6 8- 7 9- 8 1 0- 9 1 1- 1 0 1 2- 1 1 1 3- 1 2 1 4- 1 3 1 5- 1 4 1 6- 1 5 1 7- 1 6 1 8- 1 7 1 9- 1 8 2 0- 1 9 2 1- 2 0 2 2- 2 1 2 3- 2 2 2 4- 2 3 2 5- 2 4 2 6- 2 5 1 1. 5 1 2. 5 1 3. 5 1 4. 5 1 5. 5 1 6. 5 1 7. 5 1 8. 5 1 9. 5 2 0. 5 2 1. 5 2 2. 5 2 3. 5 2 4. 5 2 5. 5 2 6. 5

C O DE N O.

O R DE R N O.

3 0 0 7- 1 0 1 3 0 0 7- 0 0 1 3 0 0 7- 0 0 2 3 0 0 7- 0 0 3 3 0 0 7- 0 0 4 3 0 0 7- 0 0 5 3 0 0 7- 0 0 6 3 0 0 7- 0 0 7 3 0 0 7- 0 0 8 3 0 0 7- 0 0 9 3 0 0 7- 0 1 0 3 0 0 7- 0 1 1 3 0 0 7- 0 1 2 3 0 0 7- 0 1 3 3 0 0 7- 0 1 4 3 0 0 7- 0 1 5 3 0 0 7- 0 1 6 3 0 0 7- 0 1 7 3 0 0 7- 0 1 8 3 0 0 7- 0 1 9 3 0 0 7- 0 2 0 3 0 0 7- 0 2 1 3 0 0 7- 0 2 2 3 0 0 7- 0 2 3 3 0 0 7- 0 2 4 3 0 0 7- 0 2 5 3 0 0 7- 0 2 6 3 0 0 7- 0 2 7 3 0 0 7- 0 2 8 3 0 0 7- 0 2 9 3 0 0 7- 0 3 0 3 0 0 7- 0 3 1 3 0 0 7- 0 3 2 3 0 0 7- 0 3 3 3 0 0 7- 0 3 4 3 0 0 7- 0 3 5 3 0 0 7- 0 3 6 3 0 0 7- 0 3 7 3 0 0 7- 0 3 8 3 0 0 7- 0 3 9

V50000 V50120 V50140 V50160 V50180 V50200 V50220 V50240 V50260 V50280 V50300 V50320 V50340

C A P. m m Ø 1 0- 3 4 1 2- 1 0 1 4- 1 2 1 6- 1 4 1 8- 1 6 2 0- 1 8 2 2- 2 0 2 4- 2 2 2 6- 2 4 2 8- 2 6 3 0- 2 8 3 2- 3 0 3 4- 3 2

E R C OLLET

S T A N D A R D P R E CI SI O N T Y P E

C O DE N O. 3 0 0 8- 1 0 1 3 0 0 8- 0 0 1 3 0 0 8- 0 0 2 3 0 0 8- 0 0 3 3 0 0 8- 0 0 4 3 0 0 8- 0 0 5 3 0 0 8- 0 0 6 3 0 0 8- 0 0 7 3 0 0 8- 0 0 8 3 0 0 8- 0 0 9 3 0 0 8- 0 1 0 3 0 0 8- 0 1 1 3 0 0 8- 0 1 2

T O O LI N G S Y S T E M

E R S pri n g C oll et C h u c k S y st e m S U P E R U L T R A P R E CI SI O N T Y P E A G R A DE

TYPE C O MPLET SET

E R

E R- 8

E R- 1 1

E R- 1 6

E R- 2 0

9 P C S/ S E T

7 P C S/ S E T

1 0 P C S/ S E T

1 2 P C S/ S E T

O R DE R N O.

C A P. m m Ø

C O DE N O.

O R DE R N O.

C A P. m m Ø

C O DE N O.

O R DE R N O.

C A P. m m Ø

C O DE N O.

V08000 S

0. 5- 5. 0

3 0 0 0- 0 0 1 V 1 1 0 0 0 S

0. 5- 7. 0

3 0 0 0- 0 0 2 V 1 6 0 0 0 S 0. 5- 1 0. 0 3 0 0 0- 0 0 3 V 2 0 0 0 0 S

1- 1 3

3 0 0 0- 0 0 4

I N DI VI D U A L V 0 8 0 1 0 S U NI T V08015 S

1. 0- 0. 5

3 0 0 0- 0 1 0 V 1 1 0 1 0 S

1. 0- 0. 5

3 0 0 0- 0 2 0 V 1 6 0 1 0 S

1. 0- 0. 5

3 0 0 0- 0 4 0 V 2 0 0 2 0 S

2- 1

3 0 0 0- 0 6 0

1. 5- 1. 0

3 0 0 0- 0 1 1 V 1 1 0 2 0 S

2. 0- 1. 5

3 0 0 0- 0 2 1 V 1 6 0 2 0 S

2. 0- 1. 0

3 0 0 0- 0 4 1 V 2 0 0 3 0 S

3- 2

3 0 0 0- 0 6 1

V08020 S

2. 0- 1. 5

3 0 0 0- 0 1 2 V 1 1 0 3 0 S

3. 0- 2. 5

3 0 0 0- 0 2 2 V 1 6 0 3 0 S

3. 0- 2. 0

3 0 0 0- 0 4 2 V 2 0 0 4 0 S

4- 3

3 0 0 0- 0 6 2

V08025 S

2. 5- 2. 0

3 0 0 0- 0 1 3 V 1 1 0 4 0 S

4. 0- 3. 5

3 0 0 0- 0 2 3 V 1 6 0 4 0 S

4. 0- 3. 0

3 0 0 0- 0 4 3 V 2 0 0 5 0 S

5- 4

3 0 0 0- 0 6 3

V08030 S

3. 0- 2. 5

3 0 0 0- 0 1 4 V 1 1 0 5 0 S

5. 0- 4. 5

3 0 0 0- 0 2 4 V 1 6 0 5 0 S

5. 0- 4. 0

3 0 0 0- 0 4 4 V 2 0 0 6 0 S

6- 5

3 0 0 0- 0 6 4

V08035 S

3. 5- 3. 0

3 0 0 0- 0 1 5 V 1 1 0 6 0 S

6. 0- 5. 5

3 0 0 0- 0 2 5 V 1 6 0 6 0 S

6. 0- 5. 0

3 0 0 0- 0 4 5 V 2 0 0 7 0 S

7- 6

3 0 0 0- 0 6 5

V08040 S

4. 0- 3. 5

3 0 0 0- 0 1 6 V 1 1 0 7 0 S

7. 0- 6. 5

3 0 0 0- 0 2 6 V 1 6 0 7 0 S

7. 0- 6. 0

3 0 0 0- 0 4 6 V 2 0 0 8 0 S

8- 7

3 0 0 0- 0 6 6

V08045 S

4. 5- 4. 0

3 0 0 0- 0 1 7 V 1 1 0 1 5 S

1. 5

3 0 0 0- 0 2 7 V 1 6 0 8 0 S

8. 0- 7. 0

3 0 0 0- 0 4 7 V 2 0 0 9 0 S

9- 8

3 0 0 0- 0 6 7

V08050 S

5. 0- 4. 5

3 0 0 0- 0 1 8 V 1 1 0 2 5 S

2. 5

3 0 0 0- 0 2 8 V 1 6 0 9 0 S

9. 0- 8. 0

3 0 0 0- 0 4 8 V 2 0 1 0 0 S

1 0- 9

3 0 0 0- 0 6 8

V11035 S

3. 5

3 0 0 0- 0 2 9 V 1 6 1 0 0 S 1 0. 0- 9. 0 3 0 0 0- 0 4 9 V 2 0 1 1 0 S

1 1- 1 0

3 0 0 0- 0 6 9

V11045 S

4. 5

3 0 0 0- 0 3 0 V 1 6 0 1 5 S

1. 5

3 0 0 0- 0 5 0 V 2 0 1 2 0 S

1 2- 1 1

3 0 0 0- 0 7 0

V11055 S

5. 5

3 0 0 0- 0 3 1 V 1 6 0 2 5 S

2. 5

3 0 0 0- 0 5 1 V 2 0 1 3 0 S

1 3- 1 2

3 0 0 0- 0 7 1

V11065 S

6. 5

3 0 0 0- 0 3 2 V 1 6 0 3 5 S

3. 5

3 0 0 0- 0 5 2 V 2 0 0 1 0 S

1. 0

3 0 0 0- 0 7 2

V16045 S

4. 5

3 0 0 0- 0 5 3 V 2 0 0 2 5 S

2. 5

3 0 0 0- 0 7 3

V16055 S

5. 5

3 0 0 0- 0 5 4 V 2 0 0 3 5 S

3. 5

3 0 0 0- 0 7 4

V16065 S

6. 5

3 0 0 0- 0 5 5 V 2 0 0 4 5 S

4. 5

3 0 0 0- 0 7 5

V16075 S

7. 5

3 0 0 0- 0 5 6 V 2 0 0 5 5 S

5. 5

3 0 0 0- 0 7 6

V16085 S

8. 5

3 0 0 0- 0 5 7 V 2 0 0 6 5 S

6. 5

3 0 0 0- 0 7 7

V16095 S

9. 5

3 0 0 0- 0 5 8 V 2 0 0 7 5 S

7. 5

3 0 0 0- 0 7 8

V20085 S

8. 5

3 0 0 0- 0 7 9

V20095 S

9. 5

3 0 0 0- 0 8 0

V20105 S

1 0. 5

3 0 0 0- 0 8 1

V20115 S

1 1. 5

3 0 0 0- 0 8 2

V20125 S

1 2. 5

3 0 0 0- 0 8 3

F ULL SET

T O O LI N G S Y S T E M

O R DE R N O.

C A P. m m Ø

C O DE N O.

E R S pri n g C oll et C h u c k S y st e m E R

DI M E N SI O N S TYPE E R08 E R 11 E R16 E R20 E R25 E R32 E R40 E R50

A 8. 5 1 1. 5 17 21 26 33 41 52

B 1 3. 5 18 27 31 35 40 46 60

S G R A D E/ A G R A D E A c c ur a c y L( m m) 6 10 16 25 40 50 60

Ultr a Pr e ci si o n( M M) 1. 0- 1. 4 0. 0 1 1. 5- 2. 9 0. 0 1 3. 0- 5. 9 0. 0 1 6. 0- 9. 9 0. 0 1 1 0. 0- 1 7. 9 0. 0 1 1 8. 0- 2 6. 9 0. 0 1 2 7. 0- 3 4. 9 0. 0 1 ø D( m m)

E R- 2 5

E R- 3 2

E R- 4 0

E R- 5 0

1 5 P C S/ S E T

1 8 P C S/ S E T

2 3 P C S/ S E T

1 2 P C S/ S E T

E R C OLLET

S U P E R U L T R A P R E CI SI O N T Y P E

O R DE R N O.

C A P. m m Ø

C O DE N O.

O R DE R N O.

C A P. m m Ø

C O DE N O.

O R DE R N O.

C A P. m m Ø

C O DE N O.

O R DE R N O.

C A P. m m Ø

C O DE N O.

V25000 S

1- 1 6

3 0 0 0- 0 0 5

V32000 S

2- 2 0

3 0 0 0- 0 0 6

V40000 S

3- 2 6

3 0 0 0- 0 0 7

V50000 S

1 0- 3 4

3 0 0 0- 0 0 8

V25020 S

2- 1

3 0 0 0- 0 9 0

V32030 S

3- 2

3 0 0 0- 1 1 0

V40040 S

4- 3

3 0 0 0- 1 3 0

V50120 S

1 2- 1 0

3 0 0 0- 1 6 0

V25030 S

3- 2

3 0 0 0- 0 9 1

V32040 S

4- 3

3 0 0 0- 1 1 1

V40050 S

5- 4

3 0 0 0- 1 3 1

V50140 S

1 4- 1 2

3 0 0 0- 1 6 1

V25040 S

4- 3

3 0 0 0- 0 9 2

V32050 S

5- 4

3 0 0 0- 1 1 2

V40060 S

6- 5

3 0 0 0- 1 3 2

V50160 S

1 6- 1 4

3 0 0 0- 1 6 2

V25050 S

5- 4

3 0 0 0- 0 9 3

V32060 S

6- 5

3 0 0 0- 1 1 3

V40070 S

7- 6

3 0 0 0- 1 3 3

V50180 S

1 8- 1 6

3 0 0 0- 1 6 3

V25060 S

6- 5

3 0 0 0- 0 9 4

V32070 S

7- 6

3 0 0 0- 1 1 4

V40080 S

8- 7

3 0 0 0- 1 3 4

V50200 S

2 0- 1 8

3 0 0 0- 1 6 4

V25070 S

7- 6

3 0 0 0- 0 9 5

V32080 S

8- 7

3 0 0 0- 1 1 5

V40090 S

9- 8

3 0 0 0- 1 3 5

V50220 S

2 2- 2 0

3 0 0 0- 1 6 5

V25080 S

8- 7

3 0 0 0- 0 9 6

V32090 S

9- 8

3 0 0 0- 1 1 6

V40100 S

1 0- 9

3 0 0 0- 1 3 6

V50240 S

2 4- 2 2

3 0 0 0- 1 6 6

V25090 S

9- 8

3 0 0 0- 0 9 7

V32100 S

1 0- 9

3 0 0 0- 1 1 7

V40110 S

1 1- 1 0

3 0 0 0- 1 3 7

V50260 S

2 6- 2 4

3 0 0 0- 1 6 7

V25100 S

1 0- 9

3 0 0 0- 0 9 8

V32110 S

1 1- 1 0

3 0 0 0- 1 1 8

V40120 S

1 2- 1 1

3 0 0 0- 1 3 8

V50280 S

2 8- 2 6

3 0 0 0- 1 6 8

V25110 S

1 1- 1 0

3 0 0 0- 0 9 9

V32120 S

1 2- 1 1

3 0 0 0- 1 1 9

V40130 S

1 3- 1 2

3 0 0 0- 1 3 9

V50300 S

3 0- 2 8

3 0 0 0- 1 6 9

V25120 S

1 2- 1 1

3 0 0 0- 1 0 0

V32130 S

1 3- 1 2

3 0 0 0- 1 2 0

V40140 S

1 4- 1 3

3 0 0 0- 1 4 0

V50320 S

3 2- 3 0

3 0 0 0- 1 7 0

V25130 S

1 3- 1 2

3 0 0 0- 1 0 1

V32140 S

1 4- 1 3

3 0 0 0- 1 2 1

V40150 S

1 5- 1 4

3 0 0 0- 1 4 1

V50340 S

3 4- 3 2

3 0 0 0- 1 7 1

V25140 S

1 4- 1 3

3 0 0 0- 1 0 2

V32150 S

1 5- 1 4

3 0 0 0- 1 2 2

V40160 S

1 6- 1 5

3 0 0 0- 1 4 2

V25150 S

1 5- 1 4

3 0 0 0- 1 0 3

V32160 S

1 6- 1 5

3 0 0 0- 1 2 3

V40170 S

1 7- 1 6

3 0 0 0- 1 4 3

V25160 S

1 6- 1 5

3 0 0 0- 1 0 4

V32170 S

1 7- 1 6

3 0 0 0- 1 2 4

V40180 S

1 8- 1 7

3 0 0 0- 1 4 4

V32180 S

1 8- 1 7

3 0 0 0- 1 2 5

V40190 S

1 9- 1 8

3 0 0 0- 1 4 5

V32190 S

1 9- 1 8

3 0 0 0- 1 2 6

V40200 S

2 0- 1 9

3 0 0 0- 1 4 6

V32200 S

2 0- 1 9

3 0 0 0- 1 2 7

V40210 S

2 1- 2 0

3 0 0 0- 1 4 7

V40220 S

2 2- 2 1

3 0 0 0- 1 4 8

V40230 S

2 3- 2 2

3 0 0 0- 1 4 9

V40240 S

2 4- 2 3

3 0 0 0- 1 5 0

V40250 S

2 5- 2 4

3 0 0 0- 1 5 1

V40260 S

2 6- 2 5

3 0 0 0- 1 5 2

T O O LI N G S Y S T E M

E R S pri n g C oll et C h u c k S y st e m

E R C O L L E T S E T S T A N D A R D P R E CI SI O N T Y P E

DI N 6 4 9 9

SET TYPE

C O L L E T KI T S TYPE

C O L L E T SI Z E I N SI D E DI A.

V- 0 8 0 0 0

E R- 8

1 + 0. 5- 5 m m( 1, 1. 5, 2, 2. 5, 3, 3. 5, 4, 4. 5, 5 m m)

K G S/ P A C KI N G

C O D E N O.

9P CS

1. 0 6 5( C)

3 0 0 1- 1 0 1

1- 7 m m( 1, 2, 3, 4, 5, 6, 7 m m)

7P CS

1. 0 7 5( C)

3 0 0 2- 1 0 1

1 + 0. 5- 7 m m( 1, 1. 5, 2, 2. 5, 3, 3. 5, 4, 4. 5, 5, 5. 5, 6, 6. 5, 7 m m)

13 P C S

0. 3( C)

3 0 0 2- 1 0 2

1- 1 0 m m( 1, 2, 3, 4, 5, 6, 7, 8, 9, 1 0 m m)

10 P C S

0. 7( C)

3 0 0 3- 1 0 1

3- 1 0 m m( 3, 4, 5, 6, 7, 8, 9, 1 0 m m)

8P CS

0. 6( C)

3 0 0 3- 1 0 2

2- 1 3 m m( 2, 3, 4, 5, 6, 7, 8, 9, 1 0, 1 1, 1 2, 1 3 m m)

12 P C S

0. 9( C)

3 0 0 4- 1 0 1

4- 1 3 m m( 4, 5, 6, 7, 8, 9, 1 0, 1 1, 1 2, 1 3 m m)

10 P C S

0. 8( C)

3 0 0 4- 1 0 2

2- 1 6 m m( 2, 3, 4, 5, 6, 7, 8, 9, 1 0, 1 1, 1 2, 1 3, 1 4, 1 5, 1 6 m m)

15 P C S

1. 3( W)

3 0 0 5- 1 0 1

4- 1 6 m m( 4, 5, 6, 7, 8, 9, 1 0, 1 1, 1 2, 1 3, 1 4, 1 5, 1 6 m m)

13 P C S

1. 0( W)

3 0 0 5- 1 0 2

6, 8, 1 0, 1 2, 1 6 m m

5P CS

1. 3 2 5( C)

3 0 0 5- 1 0 3

V- 2 5 0 1 0

4, 6, 8, 1 0, 1 2, 1 4, 1 6 m m

7P CS

0. 3 5( C)

3 0 0 5- 1 0 4

V- 3 2 0 0 0

3- 2 0 m m( 3, 4, 5, 6, 7, 8, 9, 1 0, 1 1, 1 2, 1 3, 1 4, 1 5, 1 6, 1 7, 1 8, 1 9, 2 0 m m)

18 P C S

3. 3( P)

3 0 0 6- 1 0 1

4, 5, 6, 8, 1 0, 1 2, 1 3, 1 5, 1 6, 1 8, 2 0 m m

11 P C S

2. 8( C)

3 0 0 6- 1 0 2

V- 3 2 0 0 9

6, 8, 1 0, 1 2, 1 6, 2 0 m m

6P CS

0. 9( C)

3 0 0 6- 1 0 3

V- 4 0 0 0 0

4- 2 6 m m( 4, 5, 6, 7, 8, 9, 1 0, 1 1, 1 2, 1 3, 1 4, 1 5, 1 6, 1 7, 1 8, 1 9, 2 0, 2 1, 2 2, 2 3, 2 4, 2 5, 2 6 m m)

23 P C S

6. 5( P)

3 0 0 7- 1 0 1

4, 5, 6, 8, 1 0, 1 2, 1 3, 1 5, 1 6, 1 8, 2 0, 2 1, 2 2, 2 5, 2 6 m m

15 P C S

4. 2( P)

3 0 0 7- 1 0 2

6, 8, 1 0, 1 2, 1 6, 2 0, 2 5 m m

7P CS

2. 0( P)

3 0 0 7- 1 0 3

1 2, 1 4, 1 6, 1 8, 2 0, 2 2, 2 4, 2 6, 2 8, 3 0, 3 2, 3 4 m m

12 P C S

6. 5( P)

3 0 0 8- 1 0 1

V- 1 1 0 0 0 V- 1 1 0 1 3 V- 1 6 0 0 0 V- 1 6 0 0 8 V- 2 0 0 0 0 V- 2 0 0 0 8

E R- 1 1

E R- 1 6

E R- 2 0

V- 2 5 0 0 0 V- 2 5 0 0 8 V- 2 5 0 0 9

V- 3 2 0 0 8

V- 4 0 0 0 8

E R- 2 5

E R- 3 2

E R- 4 0

V- 4 0 0 0 9 V- 5 0 0 0 0

STA N D A R D TYPE

O R DE R N O.

E R- 5 0

T O O LI N G S Y S T E M

P C S/ S E T

E R- T y p e C o ol a nt C oll et C oll et s t o DI N 6 4 9 9 B F O R C O OL A NT

S e al C o ol a nt C oll et E R- 1 6

E R- 2 0

E R- 2 5

E R- 3 2

E R- 4 0

P C S/ S E T

O R DE R N O.

C A P. m m Ø

C O DE N O.

V16040L

3 0 0 0- 2 0 0 V 2 0 0 4 0 L

3 0 0 0- 2 1 0 V 2 5 0 4 0 L

3 0 0 0- 2 2 1 V 3 2 0 4 0 L

3 0 0 0- 2 4 0 V 4 0 0 4 0 L

3 0 0 0- 2 6 0

V16050L

3 0 0 0- 2 0 1 V 2 0 0 5 0 L

3 0 0 0- 2 1 1 V 2 5 0 5 0 L

3 0 0 0- 2 2 2 V 3 2 0 5 0 L

3 0 0 0- 2 4 1 V 4 0 0 5 0 L

3 0 0 0- 2 6 1

V16060L

3 0 0 0- 2 0 2 V 2 0 0 6 0 L

3 0 0 0- 2 1 2 V 2 5 0 6 0 L

3 0 0 0- 2 2 3 V 3 2 0 6 0 L

3 0 0 0- 2 4 2 V 4 0 0 6 0 L

3 0 0 0- 2 6 2

V16070L

3 0 0 0- 2 0 3 V 2 0 0 7 0 L

3 0 0 0- 2 1 3 V 2 5 0 7 0 L

3 0 0 0- 2 2 4 V 3 2 0 7 0 L

3 0 0 0- 2 4 3 V 4 0 0 7 0 L

3 0 0 0- 2 6 3

V16080L

3 0 0 0- 2 0 4 V 2 0 0 8 0 L

3 0 0 0- 2 1 4 V 2 5 0 8 0 L

3 0 0 0- 2 2 5 V 3 2 0 8 0 L

3 0 0 0- 2 4 4 V 4 0 0 8 0 L

3 0 0 0- 2 6 4

V16090L

3 0 0 0- 2 0 5 V 2 0 0 9 0 L

3 0 0 0- 2 1 5 V 2 5 0 9 0 L

3 0 0 0- 2 2 6 V 3 2 0 9 0 L

3 0 0 0- 2 4 5 V 4 0 0 9 0 L

3 0 0 0- 2 6 5

V16100L

3 0 0 0- 2 0 6 V 2 0 1 0 0 L

3 0 0 0- 2 1 6 V 2 5 1 0 0 L

3 0 0 0- 2 2 7 V 3 2 1 0 0 L

3 0 0 0- 2 4 6 V 4 0 1 0 0 L

3 0 0 0- 2 6 6

V20110 L

3 0 0 0- 2 1 7 V 2 5 1 1 0 L

3 0 0 0- 2 2 8 V 3 2 1 1 0 L

3 0 0 0- 2 4 7 V 4 0 1 1 0 L

3 0 0 0- 2 6 7

V20120L

3 0 0 0- 2 1 8 V 2 5 1 2 0 L

3 0 0 0- 2 2 9 V 3 2 1 2 0 L

3 0 0 0- 2 4 8 V 4 0 1 2 0 L

3 0 0 0- 2 6 8

V20130L

3 0 0 0- 2 1 9 V 2 5 1 3 0 L

3 0 0 0- 2 3 0 V 3 2 1 3 0 L

3 0 0 0- 2 4 9 V 4 0 1 3 0 L

3 0 0 0- 2 6 9

V25140L

3 0 0 0- 2 3 1 V 3 2 1 4 0 L

3 0 0 0- 2 5 0 V 4 0 1 4 0 L

3 0 0 0- 2 7 0

V25150L

3 0 0 0- 2 3 2 V 3 2 1 5 0 L

3 0 0 0- 2 5 1 V 4 0 1 5 0 L

3 0 0 0- 2 7 1

V25160L

3 0 0 0- 2 3 3 V 3 2 1 6 0 L

3 0 0 0- 2 5 2 V 4 0 1 6 0 L

3 0 0 0- 2 7 2

V32170L

3 0 0 0- 2 5 3 V 4 0 1 7 0 L

3 0 0 0- 2 7 3

V32180L

3 0 0 0- 2 5 4 V 4 0 1 8 0 L

3 0 0 0- 2 7 4

V32190L

3 0 0 0- 2 5 5 V 4 0 1 9 0 L

3 0 0 0- 2 7 5

V32200L

3 0 0 0- 2 5 6 V 4 0 2 0 0 L

3 0 0 0- 2 7 6

V40210L

3 0 0 0- 2 7 7

V40220L

3 0 0 0- 2 7 8

V40230L

3 0 0 0- 2 7 9

V40240L

3 0 0 0- 2 8 0

V40250L

3 0 0 0- 2 8 1

V40260L

3 0 0 0- 2 8 2

C O DE N O.

O R DE R N O.

C A P. m m Ø

C O DE N O.

O R DE R N O.

C A P. m m Ø

C O DE N O.

O R DE R N O.

C A P. m m Ø

C O DE N O.

O R DE R N O.

T O O LI N G S Y S T E M

E R TYPE C OLL A NT C OLLET

C O OL A NT C OLL ET S H A S R O U N D S M ALL T H R O U G H H OL E O N T H E S L O T S, O N L Y W H E N T H E DI A M E T E R I S S M A L L. T H E R E S T I S S A M E A S N O R M A L E R C O L L E T. E R 2 0 Ø 4, 5 M M E R 2 5 Ø 4, 5, 6, 7 M M E R 3 2 Ø 4, 5, 6, 7, 8, 9 M M E R 4 0 Ø 4, 5, 6, 7, 8, 9 M M

E R- G B T a p C oll et s

C oll et s t o DI N 6 4 9 9 B I nt er c h a n g e a bl e wit h E R- c oll et s F or s y s c hr o ni z e d t a p pi n g F O R TAP HEA D

Ø D &

E R- T A P TYPE F ULL SET I N DI VI D U A L U NI T

E R- 1 6 G B

E R- 2 0 G B

T A P SI Z E

C O DE N O.

O R DE R N O.

ø D m m

m m

DI N

3 0 0 0- 4 0 0

G B200450

4. 5

3. 4

3 0 0 0- 4 0 1

G B200500

3 0 0 0- 4 2 1

4. 5

3 0 0 0- 4 0 2

G B200550

5. 5

4. 5

3 0 0 0- 4 2 2

4. 5

M6 1/ 4 U

3 0 0 0- 4 0 3

G B200600

4. 5

M 6 1/ 4 U

3 0 0 0- 4 2 3

G B160601

4. 9

3 0 0 0- 4 0 4

G B200601

4. 9

G B160610

6. 1

5/ 1 6 U

3 0 0 0- 4 0 5

G B200610

6. 1

5/ 1 6 U

3 0 0 0- 4 2 5

G B160620

6. 2

3 0 0 0- 4 0 6

G B200620

6. 2

3 0 0 0- 4 2 6

G B160700

5. 5

M10 3/ 8 U

3 0 0 0- 4 0 7

G B200700

5. 5

M 1 0 3/ 8 U

3 0 0 0- 4 2 7

G B160800

6. 2

7/ 1 6 U

3 0 0 0- 4 0 8

G B200800

6. 2

7/ 1 6 U

3 0 0 0- 4 2 8

G B200850

8. 5

6. 5

M12

3 0 0 0- 4 2 9

G B200900

7. 1

1/ 2 U

3 0 0 0- 4 3 0

G B201000

O R DE R N O.

ø D m m

m m

DI N

G B160450

4. 5

3. 4

G B160500

G B160550

5. 5

G B160600

T O O LI N G S Y S T E M

JI S

M10

JI S

3 0 0 0- 4 2 0

M10

M12

C O DE N O.

3 0 0 0- 4 2 4

3 0 0 0- 4 3 1

C oll et s t o DI N 6 4 9 9 B I nt er c h a n g e a bl e wit h E R- c oll et s F or s y s c hr o ni z e d t a p pi n g

E R- T A P E R- 2 5 G B ø D m m

m m

DI N

G B250450

4. 5

3. 4

G B250500

G B250550

5. 5

4. 5

G B250600

G B250601

4. 9

G B250610

6. 1

G B250620

6. 2

G B250700

5. 5

G B250800

G B250850 G B250900

E R- 4 0 G B

T A P SI Z E

O R DE R N O.

ø D m m

m m

DI N

3 0 0 0- 4 4 0 G B 3 2 0 4 5 0

4. 5

3. 4

3 0 0 0- 4 4 1 G B 3 2 0 5 0 0

3 0 0 0- 4 6 1

3 0 0 0- 4 4 2 G B 3 2 0 5 5 0

5. 5

4. 5

3 0 0 0- 4 6 2

JI S

C O DE N O.

M6 1/ 4 U 3 0 0 0- 4 4 3 G B 3 2 0 6 0 0

4. 5

Ø D &

E R- 3 2 G B

T A P SI Z E

O R DE R N O.

E R

3 0 0 0- 4 4 4 G B 3 2 0 6 0 1

O R DE R N O.

ø D m m

m m

C O DE N O.

DI N

JI S

4. 5

M6 1/ 4 U 3 0 0 0- 4 9 0

3 0 0 0- 4 6 0

M6 1/ 4 U 3 0 0 0- 4 6 3 G B 4 0 0 6 0 0

4. 5

T A P SI Z E

4. 9

6. 1

6. 2

M 1 0 3/M 18 0 U 3 0 0 0- 4 4 7 G B 3 2 0 7 0 0

5. 5

M 1 0 3/M 18 0 U 3 0 0 0- 4 6 7 G B 4 0 0 7 0 0

6. 2

7/ 1 6 U 3 0 0 0- 4 4 8 G B 3 2 0 8 0 0

6. 2

7/ 1 6 U 3 0 0 0- 4 6 8 G B 4 0 0 8 0 0

6. 2

7/ 1 6 U 3 0 0 0- 4 9 5

8. 5

6. 5

M 1 2 3 0 0 0- 4 4 9 G B 3 2 0 8 5 0

8. 5

6. 5

M 1 2 3 0 0 0- 4 6 9 G B 4 0 0 8 5 0

8. 5

6. 5

M 1 2 3 0 0 0- 4 9 6

7. 1

M 1 2 1/ 2 U 3 0 0 0- 4 5 0 G B 3 2 0 9 0 0

7. 1

M 1 2 1/ 2 U 3 0 0 0- 4 7 0 G B 4 0 0 9 0 0

7. 1

M 1 2 1/ 2 U 3 0 0 0- 4 9 7

3 0 0 0- 4 5 1 G B 3 2 1 0 0 0

3 0 0 0- 4 7 1 G B 4 0 1 0 0 0

3 0 0 0- 4 9 8

M14 9/ 1 6 U 3 0 0 0- 4 7 2 G B 4 0 1 0 5 0 1 0. 5 8

M14 9/ 1 6 U 3 0 0 0- 4 9 9

5/ 1 6 U 3 0 0 0- 4 4 5 G B 3 2 0 6 1 0 M8

3 0 0 0- 4 4 6 G B 3 2 0 6 2 0

5/ 1 6 U 3 0 0 0- 4 6 5 G B 4 0 0 6 1 0 M8

M14 9/ 1 6 U 3 0 0 0- 4 5 2 G B 3 2 1 0 5 0 1 0. 5 8

G B 2 5 1 0 5 0 1 0. 5 8

3 0 0 0- 4 6 4 G B 4 0 0 6 0 1

G B251000 10

JI S

C O DE N O.

3 0 0 0- 4 6 6 G B 4 0 0 6 2 0

4. 9

6. 1

6. 2

5 7

3 0 0 0- 4 9 1 5/ 1 6 U 3 0 0 0- 4 9 2 M8

5. 5

3 0 0 0- 4 9 3

M 13/M 018 0 U 3 0 0 0- 4 9 4

G B 2 5 11 0 0 11

M14

3 0 0 0- 4 5 3 G B 3 2 1 1 0 0

M14

3 0 0 0- 4 7 3 G B 4 0 1 1 0 0

M14

G B251200 12

M 1 6 5/ 8 U 3 0 0 0- 4 5 4 G B 3 2 1 2 0 0

M 1 6 5/ 8 U 3 0 0 0- 4 7 4 G B 4 0 1 2 0 0

M 1 6 5/ 8 U 3 0 0 0- 5 0 1

M 1 6 3 0 0 0- 4 7 5 G B 4 0 1 2 5 0 1 2. 5 1 0

M 1 6 3 0 0 0- 5 0 2

G B 2 5 1 2 5 0 1 2. 5 1 0

M 1 6 3 0 0 0- 4 5 5 G B 3 2 1 2 5 0 1 2. 5 1 0

3 0 0 0- 5 0 0

G B321400

M 1 8 3/M 14 8 U 3 0 0 0- 4 7 6 G B 4 0 1 4 0 0

M 1 8 3/M 14 8 U 3 0 0 0- 5 0 3

G B321500

M 2 0 3 0 0 0- 4 7 7 G B 4 0 1 5 0 0

M 2 0 3 0 0 0- 5 0 4

G B321600

3 0 0 0- 4 7 8 G B 4 0 1 6 0 0

G B321700

M22 7/ 8 U 3 0 0 0- 4 7 9 G B 4 0 1 7 0 0

G B401800

1 4. 5

G B401900

M 2 4 3 0 0 0- 5 0 8

G B402000

M27 1” U

G B402001

M27

3 0 0 0- 5 1 0

G B402200

M30

3 0 0 0- 5 1 1

M20

3 0 0 0- 5 0 5 M22 7/ 8 U 3 0 0 0- 5 0 6

M22

3 0 0 0- 5 0 7

3 0 0 0- 5 0 9

T O O LI N G S Y S T E M

C10

E R G B TAP C OLLET

E R- G B T a p C oll et s

E R S pri n g C oll et C h u c k S y st e m

C oll et C h u c k Kit W hit I S O T a p er S h a n k

DI N 2 0 8 0/I S O S H A N K DI N 6 4 9 9 E R

O R D E R N O.

N T- 4 0

※

V- 1 0 1 V- 1 0 2 V- 1 0 3 V- 1 0 4 V- 1 0 5 V- 1 0 6 V- 1 0 7 V- 1 0 8 V- 1 0 9

※

V- 1 1 0

TAPE R N T- 3 0 N T- 4 0

C OLLET TYPE

W EI G H T K GS

C O D E N O.

E R- 3 2

1/ 2 - 1 2 W, M 1 2 X 1. 7 5 P ( U S A 1/ 2 - U N C 1 3)

0. 7

3 0 2 0- 3 0 1

1. 1

3 0 2 0- 3 0 2

E R- 4 0

E R- 3 2

E R- 4 0

5/ 8 - 1 1 W or M 1 6 X 2. 0 P

1. 1

3 0 2 1- 3 0 1

1. 3

3 0 2 1- 3 0 2

E R- 5 0

3 0 2 1- 3 0 3

E R- 3 2

3. 1

3 0 2 2- 3 0 1

E R- 4 0

3. 4

3 0 2 2- 3 0 2

E R- 5 0

3 0 2 2- 3 0 3

N T- 3 0

E R- 2 5

1/ 2 - 1 2 W, M 1 2 X 1. 7 5 P

0. 7

3 0 2 0- 3 0 3

N T- 4 0

E R- 2 5

5/ 8 - 1 1 W, M 1 6 X 2. 0 P

1. 1

3 0 2 1- 3 0 4

N T- 5 0

1 - 8 W or M 2 4 X 3. 0 P

C oll et C h u c k kit Wit h I S O T a p er S h a n k I n cl u di n g s h a n k, f ull s et of c oll et s, wr e n c h a n d c a s e. C a uti o n: Pl e a s e n otif y t h e t a p er si z e, c oll et t y p e, s et r a n g e, a n d s et n u m b er s w h e n or d eri n g.

N T- 3 0 O R D E R N O. V- 2 0 1 V- 2 0 2 V- 2 0 3 V- 2 0 4 V- 2 0 5 V- 2 0 6 V- 2 0 7 V- 2 0 8 V- 2 0 9 V- 2 1 0 V- 2 1 1 V- 2 1 2 V- 2 1 3 V- 2 1 4 V- 2 1 5 V- 2 1 6 V- 2 1 7 V- 2 1 8 V- 2 1 9 V- 2 2 0 ※ V- 2 2 3 ※ V- 2 2 4 ※ V- 2 2 5 ※ V- 2 2 6

C 11

TAPE R

C OLLET TYPE

N T- 3 0

E R- 3 2

N T- 3 0

E R- 4 0

N T- 4 0

E R- 3 2

N T- 4 0

E R- 4 0

N T- 4 0

E R- 5 0

N T- 5 0

E R- 3 2

N T- 5 0

E R- 4 0

N T- 5 0

E R- 5 0

N T- 3 0

E R- 2 5

N T- 4 0

E R- 2 5

T O O LI N G S Y S T E M

SET R A N GE 3- 2 0 4- 2 0 6- 2 0 4- 2 6 4- 2 6 6- 2 5 3- 2 0 4- 2 0 6- 2 0 4- 2 6 4- 2 6 6- 2 5 1 2- 3 4 3- 2 0 4- 2 0 6- 2 0 4- 2 6 4- 2 6 6- 2 5 1 2- 3 4 2- 1 6 4- 1 6 2- 1 6 4- 1 6

SET P CS 18 11 6 23 15 7 18 11 6 23 15 7 12 18 11 6 23 15 7 12 7 15 7 15

W EI G H T K G S 4. 2 3. 2 2. 8 7. 3 6 4. 6 4. 8 3. 8 3. 4 8. 2 6. 9 5. 2 10 6. 4 5. 4 5. 5 9. 8 8. 5 7 11 2. 8 2. 4 3. 3 3. 0

C O D E N O. 3 0 2 0- 4 0 1 3 0 2 0- 4 0 2 3 0 2 0- 4 0 3 3 0 2 0- 4 0 4 3 0 2 0- 4 0 5 3 0 2 0- 4 0 6 3 0 2 1- 4 0 1 3 0 2 1- 4 0 2 3 0 2 1- 4 0 3 3 0 2 1- 4 0 4 3 0 2 1- 4 0 5 3 0 2 1- 4 0 6 3 0 2 1- 4 0 7 3 0 2 2- 4 0 1 3 0 2 2- 4 0 2 3 0 2 2- 4 0 3 3 0 2 2- 4 0 4 3 0 2 2- 4 0 5 3 0 2 2- 4 0 6 3 0 2 2- 4 0 7 3 0 2 0- 4 0 7 3 0 2 0- 4 0 8 3 0 2 1- 4 0 9 3 0 2 1- 4 1 0

E R S pri n g C oll et C h u c k S y st e m

DI N 6 4 9 9

E R

E R SYSTE M

E xt e n d e d C oll et H ol d er Wit h I S O S h a n k DI N 2 0 8 0/I S O S H A N K E X T E N D E D C H U C K

N T 4 0 WI T H M A H O G R O O V E

O R D E R N O.

V- 2 3 1 V- 2 3 2 V- 2 3 3 V- 2 3 4 V- 2 3 5

TAPE R

C OLLET TYPE

W EI G H T K G

C O D E N O.

N T- 3 0

E R- 1 6

0. 6

3 0 2 0- 3 0 4

E R- 1 6 E R- 1 6 E R- 2 0 E R- 2 0

76 100 76 100

28 28 34 34

1/ 2 - 1 2 W, M 1 2 X 1. 7 5 P ( U S A 1/ 2 - U N C 1 3)

1. 1 1. 2 1. 2 1. 4

3 0 2 1- 3 1 4 3 0 2 1- 3 0 5 3 0 2 1- 3 0 6 3 0 2 1- 3 0 7

N T- 4 0 N T- 4 0

5/ 8 - 1 1 W or M 1 6 X 2. 0 P 5/ 8 - 1 1 W or M 1 6 X 2. 0 P

E xt e n d e d C oll et C h u c k Kit Wit h I S O S h a n k I n cl u di n g s h a n k, f ull s et of c oll et s, wr e n c h a n d c a s e C a uti o n: Pl e a s e n otif y t h e t a p er si z e, c oll et t y p e, s et r a n g e, a n d s et n u m b er s w h e n or d eri n g.

O R D E R N O. V- 2 4 1 V- 2 4 2 V- 2 4 3 V- 2 4 4 V- 2 4 5 V- 2 4 6 V- 2 4 7 V- 2 4 8 V- 2 4 9 V- 2 5 0

TAPE R

C OLLET TYPE

N T- 3 0

E R- 1 6

N T- 4 0

E R- 1 6 E R- 1 6 E R- 2 0 E R- 2 0

R A N GE 1- 1 0 3- 1 0 1- 1 0 3- 1 0 1- 1 0 3- 1 0 2- 1 3 4- 1 3 2- 1 3 4- 1 3

P C S/ S E T 10 8 10 8 10 8 12 10 12 10

L 76 76 100 76 100

W EI G H T K G S 1. 9 1. 8 2. 2 2. 1 2. 4 2. 3 2. 3 2. 2 2. 6 2. 5

C O D E N O. 3 0 2 0- 4 0 9 3 0 2 0- 4 1 0 3 0 2 1- 4 1 1 3 0 2 1- 4 1 2 3 0 2 1- 4 1 3 3 0 2 1- 4 1 4 3 0 2 1- 4 1 5 3 0 2 1- 4 1 6 3 0 2 1- 4 1 7 3 0 2 1- 4 1 8

T O O LI N G S Y S T E M

C12

E R S pri n g C oll et C h u c k S y st e m

C oll et H ol d er s Wit h R- 8 s h a n k

O R D E R N O.

R- 8 S H A N K

TAPE R

V- 3 0 1 V- 3 0 2

V- 3 0 3

E R

C OLLET TYPE

W EI G H T K G

C O D E N O.

E R- 1 6

7/ 1 6 X 2 0 U N F

0. 5

3 0 2 7- 3 0 1

E R- 3 2

7/ 1 6 X 2 0 U N F

0. 8

3 0 2 7- 3 0 2

E R- 4 0

7/ 1 6 X 2 0 U N F

1. 3

3 0 2 7- 3 0 3

C oll et C h u c k Kit Wit h R- 8 S h a n k I n cl u di n g s h a n k, f ull s et of c oll et s, wr e n c h a n d c a s e. ( E R 1 6 n o Wr e n c h) C a uti o n: Pl e a s e n otif y t h e t a p er si z e, c oll et t y p e, s et r a n g e, a n d s et n u m b er s w h e n or d eri n g.

O R D E R N O.

TAPE R

V- 3 1 1

C OLLET TYPE E R16

V- 3 1 2 V- 3 1 3 V- 3 1 4 V- 3 1 5

E R32

V- 3 1 6 V- 3 1 7 V- 3 1 8

C13

T O O LI N G S Y S T E M

E R40

SET R A N GE

SET P CS

W EI G H T K G S

C O D E N O.

1- 1 0

1. 5( W)

3 0 2 7- 4 0 1

3- 1 0

1. 4 5( P)

3 0 2 7- 4 0 2

3- 2 0

4. 3( P)

3 0 2 7- 4 0 3

4- 2 0

3. 2( P)

3 0 2 7- 4 0 4

6- 2 0

2. 9( P)

3 0 2 7- 4 0 5

4- 2 6

7. 3( P)

3 0 2 7- 4 0 6

4- 2 6

6. 1( P)

3 0 2 7- 4 0 7

6- 2 5

4. 6( P)

3 0 2 7- 4 0 8

E R S pri n g C oll et C h u c k S y st e m

O R D E R N O.

V- 4 0 1 V- 4 0 2 V- 4 0 3 V- 4 0 4 V- 4 0 5 V- 4 0 6 V- 4 5 1 V- 4 5 2 V- 4 0 7 V- 4 0 8 V- 4 0 9 V- 4 1 0 V- 4 1 1

TAPE R MT2

MT3 MT3 MT4 MT5

DI N 6 4 9 9 DI N 2 2 8 M T- S H A N K MT/ M K

C OLLET TYPE

E R16 E R20 E R25 E R16 E R32 E R40 E R20 E R25 E R32 E R40 E R50 E R40 E R50

40 43 47 40 70 80 43 47 60 82 85 82 85

28 34 42 28 50 63 34 42 50 63 78 63 78

E R

G 3/ 8 - 1 6 W or M 1 0 X 1. 5 P 3/ 8 - 1 6 W or 1/ 2 - 1 2 W M 1 0 X 1. 5 P, M 1 2 X 1. 7 5 P U S A 1/ 2 - U N C 1 3 1/ 2 - 1 2 N C or M 1 2 X 1. 7 5 P 5/ 8 - 1 1 W or M 1 6 X 2. 0 P 1 - 8 W or M 2 4 X 3. 0 P

W EI G H T K GS

C O D E N O.

0. 2 0. 3 0. 4 0. 3 0. 8 1. 1 0. 3 0. 5 1 1. 4 2. 2 2. 1 2. 9

3 0 2 3- 3 0 1 3 0 2 3- 3 0 2 3 0 2 3- 3 0 3 3 0 2 4- 3 0 1 3 0 2 4- 3 0 2 3 0 2 4- 3 0 3 3 0 2 4- 3 0 4 3 0 2 4- 3 0 5 3 0 2 5- 3 0 1 3 0 2 5- 3 0 2 3 0 2 5- 3 0 3 3 0 2 6- 3 0 1 3 0 2 6- 3 0 2

E R SYSTE M

C oll et H ol d er s Wit h M or s e T a p er S h a n k

C oll et C h u c k Kit Wit h M or s e T a p er S h a n k I n cl u di n g s h a n k, f ull s et of c oll et s, wr e n c h a n d c a s e. ( E R 1 6, E R 2 0 n o Wr e n c h) 1. E R 1 6, 2 0, 2 5 P a c k e d i n W o o d e n B o x( W) 2. E R 3 2, 4 0, 5 0, P a c k e d i n Pl a sti c B o x( P) C a uti o n: Pl e a s e n otif y t h e t a p er si z e, c oll et t y p e, s et r a n g e, a n d s et n u m b er s w h e n or d eri n g.

O R D E R N O. V- 4 1 2 V- 4 1 3 V- 4 1 4 V- 4 1 5 V- 4 1 6 V- 4 1 8 V- 4 1 9 V- 4 2 0 V- 4 4 1 V- 4 4 2 V- 4 4 3 V- 4 4 4 V- 4 2 1 V- 4 2 2 V- 4 2 3 V- 4 2 4 V- 4 2 5 V- 4 2 6 V- 4 2 7 V- 4 2 8 V- 4 2 9 V- 4 3 0 V- 4 3 1 V- 4 3 2 V- 4 3 3 V- 4 3 4 V- 4 3 5 V- 4 3 6 V- 4 3 7

TAPE R

C OLLET TYPE

MT2

E R16

MT2

E R20

MT2

E R25

MT3

E R16

MT3

E R20

MT3

E R25

MT3

E R32

MT3

E R40

MT4

E R32

MT4

E R40

MT4

E R50

MT5

E R40

MT5

E R50

SET R A N GE 1- 1 0 3- 1 0 2- 1 3 4- 1 3 2- 1 6 4- 1 6 1- 1 0 3- 1 0 2- 1 3 4- 1 3 2- 1 6 4- 1 6 3- 2 0 4- 2 0 6- 2 0 4- 2 6 4- 2 6 6- 2 5 3- 2 0 4- 2 0 6- 2 0 4- 2 6 4- 2 6 6- 2 5 1 2- 3 4 4- 2 6 4- 2 6 6- 2 5 1 2- 3 4

SET P CS 10 8 12 10 15 7 10 8 12 10 15 7 18 11 6 23 15 7 18 11 6 23 15 7 12 23 15 7 12

W EI G H T K G S. 1. 0 5 1 1. 3 1. 2 2. 4 1. 3 1. 5 1. 1 1. 3 5 1. 3 2. 5 2. 1 4. 1 3 2. 7 7. 2 6 4. 5 4. 3 3. 2 2. 9 7. 3 6. 1 4. 6 9 8. 2 6. 9 5. 4 9. 5

C O D E N O. 3 0 2 3- 4 0 1 3 0 2 3- 4 0 2 3 0 2 3- 4 0 3 3 0 2 3- 4 0 4 3 0 2 3- 4 0 5 3 0 2 3- 4 0 7 3 0 2 4- 4 0 1 3 0 2 4- 4 0 2 3 0 2 3- 4 0 8 3 0 2 3- 4 0 9 3 0 2 3- 4 1 0 3 0 2 3- 4 1 1 3 0 2 4- 4 0 3 3 0 2 4- 4 0 4 3 0 2 4- 4 0 5 3 0 2 4- 4 0 6 3 0 2 4- 4 0 7 3 0 2 4- 4 0 8 3 0 2 5- 4 0 1 3 0 2 5- 4 0 2 3 0 2 5- 4 0 3 3 0 2 5- 4 0 4 3 0 2 5- 4 0 5 3 0 2 5- 4 0 6 3 0 2 5- 4 0 7 3 0 2 6- 4 0 1 3 0 2 6- 4 0 2 3 0 2 6- 4 0 3 3 0 2 6- 4 0 4

T O O LI N G S Y S T E M

C14

E R S pri n g C oll et C h u c k S y st e m

C oll et H ol d er s Wit h Str ai g ht S h a n k

DI N 6 4 9 9 S T R AI G H T S H A N K

E R

Ø D 1

D L1

M E T RI C SI Z E O R D E R N O.

C OLLET TYPE

V- 5 3 0 V- 5 3 1

S H A N K D1 XL1

K GS

C O D E N O.

Ø16 X50

0. 1

3 0 0 7- 3 0 0

Ø16 X100

0. 2

3 0 0 7- 3 1 1

Ø16 X150

0. 3

3 0 0 7- 3 1 2

E R 11

V- 5 3 2 V- 5 0 1 A

E R16

V- 5 0 1 V- 5 0 2

Ø16 X100

M10

0. 3

3 0 0 3- 3 0 1 A

Ø20 X50

M10

0. 2

3 0 0 3- 3 0 1

Ø20 X100

M10

0. 3

3 0 0 3- 3 0 2

Ø20 X150

M10

0. 4

3 0 0 3- 3 0 3

E R16

V- 5 0 3 V- 5 0 4

Ø25 X100

M10

0. 5

3 0 0 3- 3 0 4

V- 5 0 4 A

Ø25 X50

M10

0. 3

3 0 0 3- 3 0 6

Ø25 X150

M10

0. 7

3 0 0 3- 3 0 5

V- 5 0 5

E R16

V- 5 0 5 A

Ø25 X200

M10

0. 5

3 0 0 3- 3 0 7

V- 5 0 6

Ø20 X50

M12

0. 3

3 0 0 4- 3 0 1

Ø20 X100

M12

0. 3

3 0 0 4- 3 0 2

Ø20 X150

M10

0. 5

3 0 0 4- 3 0 3

Ø25 X150

M10

0. 7

3 0 0 4- 3 0 4

Ø25 X100

M12

0. 5

3 0 0 4- 3 0 5

V- 5 0 7

E R20

V- 5 0 8 V- 5 0 9 V- 5 0 9 A V- 5 0 9 B

Ø25 X50

M12

0. 3

3 0 0 4- 3 0 6

V- 5 1 0

Ø20 X50

M12

0. 4

3 0 0 5- 3 0 1

V- 5 1 1 Wit h Fl at S h a n k

E R20

Ø20 X100

M12

0. 5

3 0 0 5- 3 0 2

V- 5 1 2

Ø20 X150

M12

0. 6

3 0 0 5- 3 0 3

V- 5 1 3

Ø25 X100

M12

0. 6

3 0 0 5- 3 0 4

V- 5 1 4

E R25

Ø25 X150

M12

0. 7

3 0 0 5- 3 0 5

V- 5 1 5

Ø32 X60

M12

0. 6

3 0 0 5- 3 0 6

V- 5 1 6

Ø25 X80

M12

0. 8

3 0 0 6- 3 0 1

V- 5 1 7

Ø32 X100

M12

1. 1

3 0 0 6- 3 0 2

Ø32 X150

M12

1. 5

3 0 0 6- 3 0 5

Ø40 X100

M12

1. 4

3 0 0 6- 3 0 3

Ø32 X100

M16

1. 5

3 0 0 7- 3 0 2

Ø40 X100

M16

1. 8

3 0 0 7- 3 0 3

K GS

C O D E N O.

V- 5 1 7 A

E R25

E R32

V- 5 1 8 V- 5 2 3 V- 5 2 4

E R40

I N C H SI Z E O R D E R N O.

C OLLET TYPE

S H A N K D1 XL1

0. 2

3 0 0 3- 3 2 0

S T /4 X 4

0. 2 4

3 0 0 3- 3 2 1

0. 3 2

3 0 0 3- 3 2 2

V- 5 7 4

S T3/4 X 6 ST 1X 4

0. 3 5

3 0 0 3- 3 2 3

V- 5 7 5

S T3/4 X 4

0. 2 5

3 0 0 4- 3 2 0

V- 5 7 1 V- 5 7 2 V- 5 7 3

V- 5 7 6

S T /8 X 4 E R16

E R20

V- 5 7 7 V- 5 7 8 V- 5 7 9

C15

T O O LI N G S Y S T E M

E R32

S T /4 X 6 ST 1 X 4

ST 1

-1

S T 1 /4

J 3

M12 50

M12

0. 3 3

3 0 0 4- 3 2 1

0. 3 6

3 0 0 4- 3 2 2

0. 5

3 0 0 6- 3 2 0

0. 6

3 0 0 6- 3 2 1

E R S pri n g C oll et C h u c k S y st e m

DI N 6 4 9 9 S T R AI G H T S H A N K

E R

C oll et C h u c k Kit Wit h Str ai g ht S h a n k

O R DE R S H A N K N O. D1 XL1 V- 6 0 1 Ø 2 0 X 5 0 L

C OLLET C H U C K SETS

C OLLET SET TYPE R A N GE 1- 1 0

SET P CS 10

K GS 0. 9

C O DE N O. 3 0 0 3- 4 0 1

O R DE R S H A N K N O. D1 XL1 V- 6 8 1 Ø 1 6 X 5 0 L

3- 1 0

0. 8

3 0 0 3- 4 0 2

V- 6 8 2

Ø16 X50L

1- 1 0

3 0 0 3- 4 0 3

V- 6 8 3

Ø16 X100L

3- 1 0

0. 9

3 0 0 3- 4 0 4

V- 6 8 4

Ø16 X100L

V- 6 0 2

Ø20 X50L

V- 6 0 3

Ø20 X100L

V- 6 0 4

Ø20 X100L

V- 6 0 5

Ø20 X150L

1- 1 0

1. 1

3 0 0 3- 4 0 5

V- 6 0 6

Ø20 X150L

3- 1 0

0. 5

3 0 0 3- 4 0 6

V- 6 0 7

Ø25 X100L

1- 1 0

1. 1

3 0 0 3- 4 0 7

O R DE R S H A N K N O. D1 XL1 V- 6 3 0 Ø 2 5 X 1 0 0 L

V- 6 0 7 A Ø 2 5 X 5 0 L

1- 1 0

1. 1

3 0 0 3- 4 1 1

V- 6 3 1

Ø25 X150L

3- 1 0

1. 1

3 0 0 3- 4 0 8

V- 6 3 3

Ø25 X150L

3- 1 0

1. 1

3 0 0 3- 4 1 2

V- 6 3 4

Ø32 X60L

V- 6 0 8

Ø25 X100L

V- 6 0 8 A Ø 2 5 X 5 0 L

E R16

C OLLET SET SET TYPE R A N GE P CS 1- 7 13 E R 11 1- 7 7

0. 5

C O DE N O. 3 0 0 2- 4 0 1

0. 5

3 0 0 2- 4 0 2

K GS

1- 7

0. 6

3 0 0 2- 4 0 3

1- 7

0. 5

3 0 0 2- 4 0 4

C OLLET SET SET TYPE R A N GE P CS 6- 1 6 7

K GS 2

C O DE N O. 3 0 0 5- 4 1 2

E R 11

E R25

2- 1 6

2. 6

3 0 0 5- 4 1 3

6- 1 6

1. 9

3 0 0 5- 4 1 5

2- 1 6

2. 5

3 0 0 5- 4 1 6

6- 1 6

1. 9

3 0 0 5- 4 1 8

3- 2 0

4. 1

3 0 0 6- 4 0 1

4- 2 0

3 0 0 6- 4 0 2

V- 6 0 9

Ø25 X150L

1- 1 0

1. 3

3 0 0 3- 4 0 9

V- 6 3 6

Ø32 X60L

V- 6 1 0

Ø25 X150L

3- 1 0

1. 3

3 0 0 3- 4 1 0

V- 6 3 7

Ø25 X80L

V- 6 1 1

Ø20 X50L

2- 1 3

1. 2

3 0 0 4- 4 0 1

V- 6 3 8

Ø25 X80L

V- 6 1 2

Ø20 X50L

4- 1 3

1. 2

3 0 0 4- 4 0 2

V- 6 3 9

Ø25 X80L

3- 2 0

2. 7

3 0 0 6- 4 0 3

V- 6 1 3

Ø20 X100L

2- 1 3

1. 2

3 0 0 4- 4 0 3

V- 6 4 0

Ø32 X100L

4- 2 0

4. 3

3 0 0 6- 4 0 4

V- 6 1 4

Ø20 X100L

4- 1 3

1. 2

3 0 0 4- 4 0 4

V- 6 4 1

Ø32 X100L

6- 2 0

3. 2

3 0 0 6- 4 0 5

V- 6 1 5

Ø20 X150L

2- 1 3

1. 4

3 0 0 4- 4 0 5

V- 6 4 2

Ø32 X100L

6- 2 0

2. 9

3 0 0 6- 4 0 6

V- 6 1 6

Ø20 X50L

4- 1 3

1. 3

3 0 0 4- 4 0 6

V- 6 4 3

Ø40 X100L

3- 2 0

4. 6

3 0 0 6- 4 0 7

V- 6 1 5 A Ø 2 5 X 5 0 L

2- 1 3

1. 3

3 0 0 4- 4 0 9

V- 6 4 4

Ø40 X100L

4- 2 0

3. 5

3 0 0 6- 4 0 8

V- 6 1 6 A Ø 2 5 X 5 0 L

4- 1 3

1. 3

3 0 0 4- 4 1 0

V- 6 4 5

Ø40 X100L

6- 2 0

3. 2

3 0 0 6- 4 0 9

2- 1 3

1. 4

3 0 0 4- 4 0 7

V- 6 4 6

Ø1 X3L

3- 2 0

4. 1

3 0 0 6- 4 1 0

2- 1 3

1. 5

3 0 0 4- 4 1 1

V- 6 4 7

Ø1 X3L

4- 2 0

3 0 0 6- 4 1 1

Ø25 X100L

4- 1 3

1. 4

3 0 0 4- 4 0 8

V- 6 4 8

Ø1 X3L

6- 2 0

2. 9

3 0 0 6- 4 1 2

V- 6 1 8 A Ø 2 5 X 1 5 0 L

4- 1 3

1. 5

3 0 0 4- 4 1 2

V- 6 5 8

Ø32 X100L

4- 2 6

7. 3

3 0 0 7- 4 0 4

V- 6 1 9

Ø20 X50L

2- 1 6

2. 2

3 0 0 5- 4 0 1

V- 6 5 9

Ø32 X100L

4- 2 6

6. 1

3 0 0 7- 4 0 5

V- 6 2 1

Ø20 X50L

4- 1 6

1. 7

3 0 0 5- 4 0 3

V- 6 6 0

Ø32 X100L

6- 2 5

4. 6

3 0 0 7- 4 0 6

V- 6 2 2

Ø20 X100L

2- 1 6

2. 3

3 0 0 5- 4 0 4

V- 6 6 1

Ø40 X100L

4- 2 6

7. 6

3 0 0 7- 4 0 7

V- 6 2 4

Ø20 X100L

4- 1 6

1. 8

3 0 0 5- 4 0 6

V- 6 6 2

Ø40 X100L

4- 2 6

6. 5

3 0 0 7- 4 0 8

V- 6 2 5

Ø20 X150L

2- 1 6

2. 4

3 0 0 5- 4 0 7

V- 6 6 3

Ø40 X100L

6- 2 5

3 0 0 7- 4 0 9

V- 6 2 7

Ø20 X150L

4- 1 6

3 0 0 5- 4 0 9

V- 6 2 8

Ø25 X100L

2- 1 6

2. 3

3 0 0 5- 4 1 0

• V- 6 0 3, V- 6 0 4 ar e t h e m o st p o p ul ar it e m. • T H E E R- 2 0/ 2 5/ 3 2/ 4 0 A R E T O B E C O N TI N U E D • V- 6 1 3, V- 6 1 4 ar e t h e m o st p o p ul ar it e m.

V- 6 1 7

Ø25 X100L

V- 6 1 7 A Ø 2 5 X 1 5 0 L V- 6 1 8

E R20

E R25

E R32

E R40

T O O LI N G S Y S T E M

C16

E R SYSTE M

I n cl u di n g s h a n k, f ull s et of c oll et s, wr e n c h a n d c a s e.

E R S pri n g C oll et C h u c k S y st e m

MI NI T Y P E S T R AI G H T S H A N K H O L D E R

DI N 6 4 9 9 MI NI S T R AI G H T S H A N K J

E R

C O L L E T H O L D E R ( MI NI T Y P E)

MI NI T Y P E N U T

C oll et C h u c k Kit Wit h Str ai g ht S h a n k I n cl u di n g s h a n k, f ull s et of c oll et s, wr e n c h a n d c a s e.

O R DE R N O. V- 5 4 1 V- 5 4 2 V- 5 4 3 V- 5 4 4 V- 5 4 5 V- 5 4 6 V- 5 5 1 V- 5 5 2 V- 5 5 2 A V- 5 5 3 V- 5 5 4 V- 5 5 5 V- 5 5 5 A V- 5 5 6 V- 5 5 7 V- 5 5 8 V- 5 5 9 V- 5 6 0 V- 5 6 1 V- 5 6 2 V- 5 6 3 V- 5 6 3 A V- 5 5 7 A V- 5 6 0 A

C OLLET TYPE E R8 M

E R8 M

E R 11 M

E R16 M

E R20 M E R20 M E R16 M E R16 M E R20 M

MI NI T Y P E

MI NI T Y P E N U T

C17

T O O LI N G S Y S T E M

O R DE R N O. V- 6 9 1 A V- 6 9 1 B V- 6 9 2 A V- 6 9 2 B V- 6 9 3 A V- 6 9 3 B V- 6 9 3 C V- 6 9 4 A V- 6 9 4 B V- 6 9 5 A V- 6 9 5 B V- 6 9 5 C V- 6 9 5 D V- 6 9 6 A V- 6 9 6 B V- 6 9 7 A V- 6 9 7 B V- 6 9 8 A V- 6 9 8 B V- 6 9 8 C V- 6 9 8 D

S H A N K D1 XL1 ST08 X50L ST10 X50L ST10 X80L ST12 X50L ST12 X100L ST12 X150L ST16 X50L ST16 X100L ST16 X150L ST20 X50L ST20 X100L ST20 X150L ST20 X200L ST20 X50L ST20 X100L ST20 X150L ST25 X100L ST25 X150L ST16 X100L ST25 X100L ST25 X150L ST25 X200L ST20 X200L ST25 X200L

S H A N K D1 XL1 ST16 X50L ST16 X50L ST16 X100L ST16 X100L ST20 X50L ST20 X50L ST16 X100L ST20 X100L ST20 X100L ST20 X150L ST20 X150L ST25 X100L ST25 X150L ST20 X50L ST20 X50L ST20 X100L ST20 X100L ST20 X150L ST20 X150L ST25 X100L ST25 X150L

C OLLET TYPE E R 11 M E R 11 M E R16 M E R16 M E R16 M

E R16 M

E R20 M

D 12

12 16 16 16 22 22 22 22 28 28 28 28 28 22 22 22 22 28 28

24 19 19 14 14 14

0. 0 4 0. 0 5 0. 0 7 0. 0 5 0. 0 9 0. 1 2 0. 1 M6 0. 2 0. 3 0. 2 0. 3 M10 0. 4 0. 4 0. 2 M12 0. 3 0. 4 0. 4 M12 0. 6 M 1 0 0. 2 0. 4 M 1 0 0. 6 0. 5 0. 4 M12 0. 5

33 33 22 22 32 35

SET R A N GE 1- 7 1- 7 1- 7 1- 7 1- 1 0 3- 1 0 1- 1 0 1- 1 0 3- 1 0 1- 1 0 3- 1 0 1- 1 0 1- 1 0 2- 1 3 4- 1 3 2- 1 3 4- 1 3 2- 1 3 4- 1 3 2- 1 3 2- 1 3

SET P CS 7 13 7 13 10 8 10 10 8 10 8 10 10 12 10 12 10 12 10 12 12

K GS

K GS 0. 5 0. 5 0. 6 0. 6 0. 7 1. 0 0. 6 0. 9 1. 1 1. 3 1. 2 1. 2 1. 4 1. 3 1. 2 1. 1 1. 1 1. 2 1. 2 1. 4 1. 5

C O DE N O. 3 0 0 1- 2 9 0 3 0 0 1- 2 9 1 3 0 0 1- 2 9 2 3 0 0 1- 2 9 3 3 0 0 1- 2 9 4 3 0 0 1- 2 9 5 3 0 1 1- 3 0 1 3 0 1 1- 3 0 2 3 0 1 1- 3 0 3 3 0 1 2- 3 0 1 3 0 1 2- 3 0 2 3 0 1 2- 3 0 3 3 0 1 2- 3 0 7 3 0 1 3- 3 0 1 3 0 1 3- 3 0 2 3 0 1 3- 3 0 3 3 0 1 3- 3 0 4 3 0 1 3- 3 0 5 3 0 1 2- 3 0 4 3 0 1 2- 3 0 5 3 0 1 2- 3 0 6 3 0 1 2- 3 0 8 3 0 1 3- 3 0 6 3 0 1 3- 3 0 7

C O DE N O. 3 0 1 1- 4 0 1 3 0 1 1- 4 0 2 3 0 1 1- 4 0 3 3 0 1 1- 4 0 4 3 0 1 2- 4 0 1 3 0 1 2- 4 0 2 3 0 1 2- 4 0 7 3 0 1 2- 4 0 3 3 0 1 2- 4 0 4 3 0 1 2- 4 0 5 3 0 1 2- 4 0 6 3 0 1 2- 4 0 8 3 0 1 2- 4 0 9 3 0 1 3- 4 0 1 3 0 1 3- 4 0 2 3 0 1 3- 4 0 3 3 0 1 3- 4 0 4 3 0 1 3- 4 0 5 3 0 1 3- 4 0 6 3 0 1 3- 4 0 7 3 0 1 3- 4 0 8

Cl a m pi n g N ut s F or C oll et s

E R C L A M PI N G N U T S Y S T E M

E R16 M

E R40 K M WI T H A B E A RI N G

E R40 U M

E R

E R 11 M S

E R N UT SYSTE M

E R20 M

DI N 6 4 9 9

FI G. 1 E R 1 1, 1 6, 2 0 M S

E R16 U M

FI G. 2 E R 1 1, 1 6, 2 0 M E R 8 M, 2 5 M

FI G. 3 E R 1 1, 1 6, 2 0 U M B E A RI N G T Y P E

FI G. 4 E R 2 5, 3 2, 4 0, 5 0 U M

C L A M PI N G N U T S

FI G. 5 E R 4 0, 5 0 K M

O R D E R N O. V- 8 0 0

Fi g. 3

C OLLET TYPE E R 11 U M

D 19

H 1 1. 5

G M 1 4 X 0. 7 5 P

W EI G H T K G. 0. 0 4

C O D E N O. 3 0 1 5- 0 0 1

V- 8 0 1

E R16 U M

M 2 2 X 1. 5 P

0. 0 5

3 0 1 5- 0 0 2

V- 8 0 2

E R20 U M

M 2 5 X 1. 5 P

0. 0 9

3 0 1 5- 0 0 3

V- 8 0 3

E R25 U M

M 3 2 X 1. 5 P

0. 1 3

3 0 1 5- 0 0 4

V- 8 0 4

E R32 U M

M 4 0 X 1. 5 P

0. 1 4

3 0 1 5- 0 0 5

V- 8 0 5

E R40 U M

M 5 0 X 1. 5 P

0. 2 5

3 0 1 5- 0 0 6

V- 8 0 6

E R50 U M

M 6 4 X 2. 0 P

0. 5

3 0 1 5- 0 0 7

V- 8 0 7

E R 11 M S

M 1 3 X 0. 7 5 P

0. 0 0 8

3 0 1 5- 0 0 8

V- 8 0 8

E R16 M

M 1 9 X 1. 0 P

0. 0 3

3 0 1 5- 0 0 9

V- 8 0 9

E R20 M

M 2 4 X 1. 0 P

0. 0 4 5

3 0 1 5- 0 1 0

V- 8 1 0 A

E R40 K M

M 5 0 X 1. 5 P

0. 3

3 0 1 5- 0 1 1

V- 8 1 0 B

E R50 K M

M 6 4 X 2. 0 P

0. 5 8

3 0 1 5- 0 1 2

V- 8 1 0 C

E R 11 M

M 1 3 X 0. 7 5 P

0. 0 2

3 0 1 5- 0 1 3

V- 8 1 0 D

E R8 M

1 0. 8

M 1 0 X 0. 7 5 P

0. 0 5

3 0 1 5- 0 1 4

V- 8 1 0 E

E R25 M

M 3 0 X 1. 0 P

0. 0 5

3 0 1 5- 0 1 5

V- 8 1 1 A

E R16 M S

M 1 9 X 1. 0 P

0. 0 2

3 0 1 5- 0 1 6

V- 8 1 1 B

E R20 M S

M 2 4 X 1. 0 P

0. 0 3 5

3 0 1 5- 0 1 7

T O O LI N G S Y S T E M

C18

Cl a m pi n g Wr e n c h F or C oll et s

E R W RE N C H SYSTE M

DI N 6 4 9 9

E R

E R MS

E R M L

E R U M 1 1, 1 6, 2 0

E R U M 2 5, 3 2, 4 0, 5 0

C19

O R D E R N O. V- 8 2 0

TYPE E R 11 U M

A 35

L 135

K GS 0. 0 7

C O D E N O. 3 0 1 5- 1 0 0

V- 8 2 1

E R 11 M S

100

0. 0 7

3 0 1 5- 1 0 1

V- 8 2 2

E R 11 M

0. 0 5

3 0 1 5- 1 0 2

V- 8 2 3

E R16 M

2 2. 5

11 8

0. 0 6

3 0 1 5- 1 0 3

V- 8 1 5

E R16 U M

140

0. 0 8

3 0 1 5- 1 0 4

V- 8 2 4

E R20 M

130

0. 0 8

3 0 1 5- 1 0 5

V- 8 1 6

E R20 U M

170

0. 1

3 0 1 5- 1 0 6

V- 8 1 1

E R25 U M

210

0. 2

3 0 1 5- 1 0 7

V- 8 1 2

E R32 U M

250

0. 4

3 0 1 5- 1 0 8

V- 8 1 3

E R40 U M

290

0. 5

3 0 1 5- 1 0 9

V- 8 1 4

E R50 U M

11 0

350

0. 9

3 0 1 5- 1 1 0

V- 8 1 7

E R8 M

0. 0 4

3 0 1 5- 1 1 1

V- 8 1 8

E R25 M

3 6. 5

135

0. 1

3 0 1 5- 1 1 2

V- 8 2 5

E R40 K M

290

0. 5

3 0 1 5- 1 1 3

V- 8 2 6

E R50 K M

11 0

350

0. 9

3 0 1 5- 1 1 4

V- 8 2 7

E R16 M S

120

0. 1 2

3 0 1 5- 1 1 5

V- 8 2 8

E R20 M S

150

0. 1 5

3 0 1 5- 1 1 6

T O O LI N G S Y S T E M

E R S pri n g C oll et C h u c k S y st e m

C oll et H ol d er s Wit h B T T a p er S h a n k ( F or C N C M a c hi n e C e nt er) E R- 3 2 E R- 4 0

M A S 4 0 3 B T- S H A N K

E R

E R SYSTE M

A C C U RA CY R U N O U T 0. 0 0 5 m m T A P E R S H A N K A T- 3 R. P. M. 7 0 0 0

B T- 4 0- E R 3 2 O R D E R N O. V- 7 0 0 V- 7 0 3 A V- 7 0 3 B V- 7 0 4 V- 7 0 4 B V- 7 0 5 V- 7 0 6 V- 7 0 6 B V- 7 0 7 V- 7 1 0 V- 7 1 1 V- 7 1 2 V- 7 1 3 V- 7 1 4 V- 7 1 5 V- 7 1 6 V- 7 1 7 V- 7 1 8 V- 7 1 9 V- 7 2 0 V- 7 2 1 V- 7 2 2 A V- 7 2 2 B V- 7 2 3 A V- 7 2 3 B V- 7 2 4 A V- 7 2 4 B V- 7 2 5 V- 7 2 6 V- 7 2 7

TAPE R BT30 BT40

BT50

BT30

BT40

C OLLET TYPE E R32 E R32 E R32 E R40 E R40 E R32 E R40 E R40 E R50 E R 11 E R 11 E R 11 M E R16 E R16 M E R20 E R20 E R20 M E R25 E R40 E R 11 E R 11 E R 11 M E R 11 M E R16 M E R16 M E R20 M E R20 M E R25 E R25 E R50

B T- 4 0- E R 2 0 M D1 M12 M 1 6 X 2. 0 P M 1 6 X 2. 0 P M 1 6 X 2. 0 P M 1 6 X 2. 0 P M 2 4 X 3. 0 P M 2 4 X 3. 0 P M 2 4 X 3. 0 P M 2 4 X 3. 0 P M12 M12 M12 M12 M12 M12 M12 M12 M12 M12 M16 M16 M16 M16 M16 M16 M16 M16 M16 M16 M16

D2 M 1 2 X 1. 7 5 P M 2 2 X 1. 5 P M 2 2 X 1. 5 P M 2 2 X 1. 5 P M 2 2 X 1. 5 P M 2 8 X 1. 5 P M 2 8 X 1. 5 P M 2 8 X 1. 5 P M 3 6 X 1. 5 P M 1 2 X 1. 7 5 P M 1 2 X 1. 7 5 P M 1 2 X 1. 7 5 P M 1 2 X 1. 7 5 P M 1 2 X 1. 7 5 P M 1 2 X 1. 7 5 P M 1 2 X 1. 7 5 P M 1 2 X 1. 7 5 P M 1 2 X 1. 7 5 P M 1 2 X 1. 7 5 P M 2 2 X 1. 5 P M 2 2 X 1. 5 P M 2 2 X 1. 5 P M 2 2 X 1. 5 P M 2 2 X 1. 5 P M 2 2 X 1. 5 P M 2 2 X 1. 5 P M 2 2 X 1. 5 P M 2 2 X 1. 5 P M 2 2 X 1. 5 P M 2 2 X 1. 5 P

D3 50 50 50 63 63 50 63 63 78 19 19 16 28 22 34 34 28 42 63 19 19 16 16 22 22 28 28 42 42 78

L 60 70 100 80 100 100 100 150 100 60 100 100 100 100 60 100 100 60 70 70 100 100 150 100 150 100 150 70 100 90

K GS 0. 7 1. 4 1. 7 1. 7 2 4. 5 4. 6 5. 7 5. 1 0. 5 0. 6 0. 9 0. 8 0. 7 0. 6 0. 9 0. 9 0. 7 1 1. 2 1. 5 1. 0 5 1. 3 1. 3 1. 5 1. 6 1. 6 1. 3 1. 6 2. 2

C O D E N O. 3 0 3 1- 3 0 3 3 0 3 2- 3 0 5 3 0 3 2- 3 0 6 3 0 3 2- 3 0 7 3 0 3 2- 4 2 1 3 0 3 3- 3 0 5 3 0 3 3- 3 0 6 3 0 3 3- 3 0 7 3 0 3 3- 3 0 8 3 0 3 3- 3 1 1 3 0 3 3- 3 1 2 3 0 3 3- 3 1 3 3 0 3 3- 3 1 4 3 0 3 3- 3 1 5 3 0 3 3- 3 1 6 3 0 3 3- 3 1 7 3 0 3 3- 3 1 8 3 0 3 3- 3 1 9 3 0 3 3- 3 2 0 3 0 3 3- 3 2 1 3 0 3 3- 3 2 2 3 0 3 3- 3 2 3 3 0 3 3- 3 2 3 A 3 0 3 3- 3 2 4 3 0 3 3- 3 3 0 3 0 3 3- 3 2 5 3 0 3 3- 3 3 1 3 0 3 3- 3 2 6 3 0 3 3- 3 2 7 3 0 3 3- 3 2 8

T O O LI N G S Y S T E M

C20

E R S pri n g C oll et C h u c k S y st e m

C oll et H ol d er s Wit h E xt e n si o n T y p e B T T a p er S h a n k E R- 1 6, E R- 2 0

E R

A C C U RA CY R U N O U T 0. 0 0 5 m m T A P E R S H A N K A T- 3 R. P. M. 7 0 0 0

B T- 4 0- E R 2 0

O R D E R N O. V- 7 7 0

TAPE R BT30

C OLLET TYPE E R16

V- 7 7 2 V- 7 7 3

BT40

E R16

V- 7 7 4 A

L 60

D1 M12

W EI G H T K G S 0. 6

C O D E N O. 3 0 3 1- 3 0 1

M16

1. 2

3 0 3 2- 3 0 1

100

M16

1. 4

3 0 3 2- 3 0 2

150

M16

1. 7

3 0 3 2- 3 0 8

V- 7 7 4

M16

1. 3

3 0 3 2- 3 0 3

V- 7 7 5

100

M16

1. 5

3 0 3 2- 3 0 4

135

M16

1. 6

3 0 3 2- 3 0 9

150

M16

1. 9

3 0 3 2- 3 1 0

V- 7 7 5 A

BT40

E R20

V- 7 7 5 B V- 7 7 5 C

BT40

E R25

150

M16

2. 1

3 0 3 2- 3 1 1

V- 7 3 3

BT40

E R32

150

M16

3 0 3 3- 3 5 4

100

M24

2. 3

3 0 3 3- 3 0 1

150

M24

4. 3

3 0 3 3- 3 0 2

200

M24

7. 5

3 0 3 3- 3 6 4

V- 7 7 6 V- 7 7 7

BT50

E R16

V- 7 4 3 A V- 7 7 8

100

M24

4. 1

3 0 3 3- 3 0 3

150

M24

4. 8

3 0 3 3- 3 0 4

V- 7 3 5

200

M24

3 0 3 3- 3 5 6

V- 7 3 6

100

M24

4. 3

3 0 3 3- 3 5 7

150

M24

4. 8

3 0 3 3- 3 5 8

200

M24

3 0 3 3- 3 6 5

V- 7 7 9

V- 7 3 7 A

BT50

E R20

E R25

V- 7 4 4 A V- 7 3 8 A

150

M24

5. 5

3 0 3 3- 3 5 9

200

M24

6. 5

3 0 3 3- 3 6 0

E R40

200

M24

7. 5

3 0 3 3- 3 6 2

E R50

150

M24

6. 7

3 0 3 3- 3 6 3

BT50

E R32

V- 7 4 1 A

BT50

V- 7 4 2 A

BT50

V- 7 3 9 A

C21

D3 28

T O O LI N G S Y S T E M

E R S pri n g C oll et C h u c k S y st e m

M A S 4 0 3 B T- S H A N K DI N 6 4 9 9

E R SYSTE M

E R

O R DE R N O. V- 7 8 0

BT TAPE R B T 3 0- 6 0 L

C OLLET TYPE E R16

SET R A N GE 1- 1 0

C OLLET P CS 10

W EI G H T K GS 1. 9

C O D E N O.

V- 7 8 0 A

B T 3 0- 1 0 0 L

E R16

1- 1 0

3 0 3 1- 4 0 6

V- 7 8 1

B T 4 0- 7 0 L

E R16

1- 1 0

2. 3

3 0 3 2- 4 0 1

V- 7 8 2

B T 4 0- 1 0 0 L

E R16

1- 1 0

2. 7

3 0 3 2- 4 0 2

V- 7 8 3

B T 3 0- 6 0 L

E R20

2- 1 3

2. 5

3 0 3 1- 4 0 2

V- 7 8 3 A

B T 3 0- 1 0 0 L

E R20

2- 1 3

2. 6

3 0 3 2- 4 1 3

V- 7 8 3 B

B T 3 0- 6 0 L

E R25

2- 1 6

2. 5

3 0 3 2- 4 1 4

V- 7 8 3 C

B T 3 0- 6 0 L

E R25

4- 1 6

2. 8

3 0 3 2- 4 1 5

V- 7 8 4

B T 4 0- 1 0 0 L

E R20

2- 1 3

3 0 3 2- 4 0 3

V- 7 8 4 A

B T 4 0- 7 0 L

E R20

2- 1 3

2. 8

3 0 3 2- 4 1 6

V- 7 8 4 B

B T 4 0- 7 0 L

E R25

2- 1 6

3. 2

3 0 3 2- 4 1 7

V- 7 8 4 C

B T 4 0- 1 0 0 L

E R25

4- 1 6

3 0 3 2- 4 1 8

V- 7 8 5

B T 3 0- 6 0 L

E R32

3- 2 0

4. 4

3 0 3 1- 4 0 3

V- 7 8 6

B T 3 0- 6 0 L

E R32

4- 2 0

3. 8

3 0 3 1- 4 0 4

V- 7 8 7

B T 3 0- 6 0 L

E R32

6- 2 0

3. 4

3 0 3 1- 4 0 5

V- 7 8 8

B T 4 0- 7 0 L

E R32

3- 2 0

5. 2

3 0 3 2- 4 0 4

V- 7 8 9

B T 4 0- 7 0 L

E R32

4- 2 0

4. 2

3 0 3 2- 4 0 5

V- 7 9 0

B T 4 0- 7 0 L

E R32

6- 2 0

3. 8

3 0 3 2- 4 0 6

V- 7 9 1

B T 4 0- 1 0 0 L

E R32

3- 2 0

5. 7

3 0 3 2- 4 0 7

V- 7 9 2

B T 4 0- 1 0 0 L

E R32

4- 2 0

4. 7

3 0 3 2- 4 0 8

V- 7 9 3

B T 4 0- 1 0 0 L

E R32

6- 2 0

4. 3

3 0 3 2- 4 0 9

V- 7 9 4

B T 4 0- 8 0 L

E R40

4- 2 6

8. 9

3 0 3 2- 4 1 0

V- 7 9 5

B T 4 0- 8 0 L

E R40

4- 2 6

7. 6

3 0 3 2- 4 1 1

V- 7 9 6

B T 4 0- 8 0 L

E R40

6- 2 5

3 0 3 2- 4 1 2

V- 7 9 7

B T 5 0- 1 0 0 L

E R40

4- 2 6

1 1. 3

3 0 3 3- 4 0 1

V- 7 9 8

B T 5 0- 1 0 0 L

E R40

4- 2 6

3 0 3 3- 4 0 2

V- 7 9 9

B T 5 0- 1 0 0 L

E R40

6- 2 6

8. 5

3 0 3 3- 4 0 3

V- 7 3 7

B T 5 0- 1 5 0 L

E R40

4- 2 6

1 2. 2

3 0 3 3- 4 0 4

V- 7 3 8

B T 5 0- 1 5 0 L

E R40

4- 2 6

3 0 3 3- 4 0 5

V- 7 3 9

B T 5 0- 1 5 0 L

E R40

6- 2 6

9. 5

3 0 3 3- 4 0 6

V- 7 4 0

B T 5 0- 1 0 0 L

E R50

1 2- 3 4

3 0 3 3- 4 0 7

V- 7 4 0 C

B T 4 0- 9 0 L

E R50

1 2- 3 4

3 0 3 3- 4 0 8

V- 7 4 0 B

B T 5 0- 1 0 0 L

E R32

3- 2 0

7. 5

3 0 3 3- 4 0 9

3 0 3 1- 4 0 1

T O O LI N G S Y S T E M

C22

S T/ E R Str ai g ht S h a n k Wit h D o u bl e H e a d S pi n dl e

M TYPE D O U BLE HE A D

F O R C N C L AT H E O N LY

E R

U M TYPE

M TYPE O R DE R N O. V- 8 3 0

V- 8 3 1 V- 8 3 2 V- 8 3 3 V- 8 3 4 V- 8 3 5 V- 8 3 6 V- 8 3 7

U M TYPE M TYPE

O R DE R N O. V- 8 5 5

V- 8 5 6

C OLLET TYPE E R 11 E R16 E R16 E R20

C OLLET TYPE E R 11

S H A N K ( Ø D 1- E R- L 1) ø 2 0- E R 1 1 M 2- 5 0

C O D E N O.

W EI G H T ( K G S) 0. 2

3 0 3 2- 4 3 0

ø 2 0- E R 1 1 M 2- 7 8

108

0. 3

3 0 3 2- 4 3 1

ø 2 0- E R 1 6 M 2- 5 0

0. 2

3 0 3 2- 4 3 2

ø 2 0- E R 1 6 M 2- 7 0

11 2

0. 3 2

3 0 3 2- 4 3 3

ø 2 5- E R 1 6 M 2- 5 0

0. 2 5

3 0 3 2- 4 3 4

ø 2 5- E R 1 6 M 2- 8 0

122

0. 3 5

3 0 3 2- 4 3 5

ø 2 5- E R 2 0 M 2- 5 0

0. 3

3 0 3 2- 4 3 6

ø 2 5- E R 2 0 M 2- 8 0

122

0. 3 5

3 0 3 2- 4 3 7

S H A N K ( Ø D 1- E R- L 1) ø 2 0- E R 1 1 U M 2- 5 0

C O D E N O.

W EI G H T ( K G S) 0. 1 5

3 0 3 2- 4 2 8

ø 2 0- E R 1 1 U M 2- 7 0

100

0. 1 9

3 0 3 2- 4 2 9

V- 8 5 9

E R16

ø 2 5- E R 1 6 U M 2- 8 0

124

0. 3 5

3 0 3 2- 4 3 9

V- 8 6 2

E R20

ø 2 5- E R 2 0 U M 2- 8 0

134

0. 3 8

3 0 3 2- 4 3 8

S T/ E R Str ai g ht S h a n k Wit h Si n gl e H e a d S pi n dl e

F O R C N C L AT H E O N LY

U M TYPE M T Y P E SI N G L E H E A D

E R

M T Y P E SI N G L E H E A D

U M TYPE O R DE R N O. V- 8 4 1

C OLLET TYPE

V- 8 4 2

E R16

C O D E N O.

W EI G H T ( K G S) 0. 2

3 0 3 2- 4 4 1

ø 2 5- E R 1 6 M- 7 0

0. 2 5

3 0 3 2- 4 4 2

ø 3/ 4 - E R 1 6 M- 7 0

0. 2

3 0 3 2- 4 4 3

V- 8 4 4

ø 2 0- E R 1 6 U M- 7 0

0. 2

3 0 3 2- 4 4 4

ø 2 5- E R 1 6 U M- 7 0

0. 2 5

3 0 3 2- 4 4 5

ø 3/ 4 - E R 1 6 U M- 7 0

0. 2

3 0 3 2- 4 4 6

ø 2 2- E R 2 0 U M- 7 0

0. 2 5

3 0 3 2- 4 4 7

ø 2 5- E R 2 0 U M- 7 0

0. 3

3 0 3 2- 4 4 8

E R16

V- 8 4 6 V- 8 4 7 V- 8 4 8

T O O LI N G S Y S T E M

V- 8 4 3 V- 8 4 5

C23

S H A N K ( Ø D 1- E R- L 1) ø 2 0- E R 1 6 M- 7 0

E R20

E R C oll et C h u c k S y st e m

M A S 4 0 3 B T 3 0/ 4 0/ 5 0 S H A N K

E R

Ø D

O R D E R N O.

Ø D

C OLLET

W EI G H T ( k g)

C O D E N O.

B T 3 0- E R 1 1- 6 0- B

E R 11

0. 5

3 0 3 3- 5 0 0

B T 3 0- E R 1 1- 1 0 0- B

100

E R 11

0. 5 5

3 0 3 3- 5 0 1

B T 3 0- E R 1 6- 6 0- B

E R16

0. 5

3 0 3 3- 5 0 2

B T 3 0- E R 1 6- 1 0 0- B

100

E R16

0. 7

3 0 3 3- 5 0 3

B T 3 0- E R 2 0- 6 0- B

E R20

0. 5 5

3 0 3 3- 5 0 4

B T 3 0- E R 2 0- 1 0 0- B

100

E R20

0. 8

3 0 3 3- 5 0 5

B T 3 0- E R 2 5- 6 0- B

E R25

0. 6

3 0 3 3- 5 0 6

B T 3 0- E R 3 2- 6 0- B

E R32

0. 6 5

3 0 3 3- 5 0 7

B T 4 0- E R 1 1- 7 0- B

E R 11

3 0 3 3- 5 0 9

B T 4 0- E R 1 1- 1 0 0- B

100

E R 11

1. 1

3 0 3 3- 5 1 0

B T 4 0- E R 1 6- 7 0- B

E R16

1. 1

3 0 3 3- 5 1 1

B T 4 0- E R 1 6- 1 0 0- B

100

E R16

1. 2

3 0 3 3- 5 1 2

B T 4 0- E R 2 0- 7 0- B

E R20

1. 2

3 0 3 3- 5 1 4

B T 4 0- E R 2 0- 1 0 0- B

100

E R20

1. 4

3 0 3 3- 5 1 5

B T 4 0- E R 2 5- 7 0- B

E R25

1. 2

3 0 3 3- 5 1 8

B T 4 0- E R 2 5- 1 0 0- B

100

E R25

1. 4 5

3 0 3 3- 5 1 9

B T 4 0- E R 3 2- 7 0- B

E R32

1. 3

3 0 3 3- 5 2 1

B T 4 0- E R 3 2- 1 0 0- B

100

E R32

1. 5

3 0 3 3- 5 2 2

B T 3 0- E R 1 1 M- 1 0 0- B

100

E R 11

0. 5

3 0 3 3- 5 2 3

B T 3 0- E R 1 6 M- 1 0 0- B

100

E R16

0. 5 5

3 0 3 3- 5 2 4

B T 3 0- E R 2 0 M- 1 0 0- B

100

E R20

0. 6 5

3 0 3 3- 5 2 5

B T 4 0- E R 1 1 M- 1 0 0- B

100

E R 11

1. 0 5

3 0 3 3- 5 2 6

B T 4 0- E R 1 6 M- 1 0 0- B

100

E R16

1. 1

3 0 3 3- 5 2 7

B T 4 0- E R 2 0 M- 1 0 0- B

100

E R20

1. 2

3 0 3 3- 5 2 8

T O O LI N G S Y S T E M

E R SYSTE M

U L T R A P R E CI SI O N T Y P E M A X. S P E E D: 1 5, 0 0 0 R P M; G 2. 5 D Y N A MI C B A L A N C E T E S T E D

C24

E R- S K T a p er S h a n k

C O L L E T H O L D E R WI T H S K- S H A N K DI N 6 9 8 7 1

E R

& C O L L E T C H U C K S E T DI N 6 9 8 7 1

Ø D

L1 L

O R DE R C OLLET TAPE R D N O. TYPE E R16 S K40 28 V- 7 4 1

100

W EI G H T C O DE K GS N O. M16 1. 5 3 0 2 9- 3 0 1

V- 7 4 1 K

E R16

S K30

M12

0. 4 5

3 0 2 9- 3 1 1

V- 7 4 1 B

E R16

S K50

100

M24

3. 5

3 0 2 9- 3 1 7

V- 7 4 2

E R20

S K40

100

M16

1. 5

3 0 2 9- 3 0 2

V- 7 4 2 C

E R16

S K40

M16

1. 1

3 0 2 9- 3 1 5

V- 7 4 2 D

E R20

S K40

M16

1. 2

3 0 2 9- 3 1 6

V- 7 4 2 E

E R20

S K50

100

M24

3. 5

3 0 2 9- 3 1 8

V- 7 4 4

E R20

S K50

150

M24

4. 8

3 0 3 0- 3 0 2

W EI G H T K GS 1. 2 0. 8 3. 7 1. 6 4. 2 1. 1 3. 4

C O DE N O. 3 0 2 9- 3 0 3 3 0 2 9- 3 1 4 3 0 2 9- 3 2 0 3 0 2 9- 3 0 4 3 0 3 0- 3 0 3 3 0 3 0- 3 0 4 3 0 2 9- 3 1 9

Ø D

O R DE R C OLLET TAPE R N O. TYPE E R32 S K40 V- 7 4 5 E R32 S K30 V- 7 4 5 A E R32 S K50 V- 7 4 5 B E R40 S K40 V- 7 4 6 E R40 S K50 V- 7 4 7 E R25 S K40 V- 7 4 9 E R25 S K50 V- 7 4 9 A

50 50 50 63 63 42 42

70 60 100 80 100 70 100

M16 M12 M24 M16 M24 M16 M24

O R DE R E R S K N O. TYPE TAPE R E R 1 6 S K 4 0- 7 0 L V- 7 5 1

SET S E T W EI G H T C O DE RAN GE P CS K GS N O. 1- 1 0 1 0 P C S 2. 3 3 0 2 9- 4 0 1

V- 7 5 1 A E R 1 6 S K 3 0- 6 0 L

1- 1 0

10 P C S

1. 8

3 0 2 9- 4 2 0

V- 7 5 2

E R 2 0 S K 4 0- 7 0 L

2- 1 3

12 P C S

3 0 2 9- 4 0 2

V- 7 5 3

E R 3 2 S K 4 0- 7 0 L

3- 2 0

18 P C S

5. 2

3 0 2 9- 4 0 3

V- 7 5 4

E R 3 2 S K 4 0- 7 0 L

4- 2 0

11 P C S

4. 2

3 0 2 9- 4 0 4

V- 7 5 4 A E R 3 2 S K 3 0- 6 0 L

3- 2 0

18 P C S

4. 2

3 0 2 9- 4 2 3

V- 7 5 4 B E R 3 2 S K 5 0- 1 0 0 L

3- 2 0

18 P C S

3 0 2 9- 4 2 4

V- 7 5 5

E R 3 2 S K 4 0- 7 0 L

6- 2 0

6P CS

3. 8

3 0 2 9- 4 0 5

V- 7 5 6

E R 4 0 S K 4 0- 8 0 L

4- 2 6

23 P C S

8. 9

3 0 2 9- 4 0 6

V- 7 5 7

E R 4 0 S K 4 0- 8 0 L

4- 2 6

15 P C S

7. 6

3 0 2 9- 4 0 7

V- 7 5 8

E R 4 0 S K 4 0- 8 0 L

6- 2 5

7P CS

3 0 2 9- 4 0 8

V- 7 5 9

E R 4 0 S K 5 0- 1 0 0 L

4- 2 6

23 P C S

1 1. 3

3 0 3 0- 4 0 1

V- 7 6 0

E R 4 0 S K 5 0- 1 0 0 L

4- 2 6

15 P C S

3 0 3 0- 4 0 2

V- 7 6 1

E R 4 0 S K 5 0- 1 0 0 L

6- 2 6

7P CS

8. 5

3 0 3 0- 4 0 3

V- 7 6 2

E R 2 5 S K 4 0- 7 0 L

2- 1 6

15 P C S

3. 5

3 0 2 9- 4 0 9

V- 7 6 3

E R 2 5 S K 4 0- 7 0 L

4- 2 6

7P CS

3. 2

3 0 2 9- 4 1 0

E R

E R 1 6, E R 2 0 P A C K E D I N W O O D E N C A S E E R 3 2, E R 4 0 P A C K E D I N P L A S TI C C A S E C25

T O O LI N G S Y S T E M

E R S pri n g C oll et C h u c k S y st e m

C O L L E T H O L D E R WI T H C A T- S H A N K

V- 8 7 0

C OLLET TYPE E R16

V- 8 7 1

E R16

V- 8 7 2

E R20

V- 8 7 3

E R25

V- 8 7 4 V- 8 7 5 V- 8 7 6

E R40

O R D E R N O.

TAPE R

C AT30

1/ 2”- 1 3

2- 1/ 2

E R32

E R40

63 63

3- 1/ 2

C AT40

C AT50

W EI G H T K GS 0. 8

C O D E N O.

1. 1

3 0 3 5- 3 0 1

3 0 3 4- 3 0 1

1. 2

3 0 3 5- 3 0 2

1. 2

3 0 3 5- 3 0 3

2- 1/ 2

1. 2

3 0 3 5- 3 0 4

1. 5

3 0 3 5- 3 0 5

3 0 3 6- 3 0 1

5/ 8”- 1 1

1/ 8”

C O L L E T C H U C K KI T WI T H C A T- S H A N K I N C L U DI N G S H A N K, F U L L S E T O F C O L L E T, W R E N C H A N D C A S E. 1. E R 1 6, E R 2 0, E R 2 5 P A C K E D I N W O O D E N B O X. 2. E R 3 2, E R 4 0, P A C K E D I N P L A S TI C B O X. 3. P A C K A G E I N C L U DI N G: C H U C K, C O L L E T, W R E N C H, B O X.

O R D E R N O.

C OLLET TYPE

V- 8 7 8

E R16

V- 8 7 9

E R20

V- 8 8 0 V- 8 8 1

E R25

V- 8 8 2 V- 8 8 3

E R32

V- 8 8 4 V- 8 8 5 V- 8 8 6

E R40

C AT T A P E R

SET R A N GE

SET P CS

W EI G H T K G S

C O D E N O.

C A T 4 0- 3 L

1. 0- 1 0

2. 3

3 0 3 5- 4 0 1

C A T 4 0- 3 L

2. 0- 1 3

2. 5

3 0 3 5- 4 0 2

C A T 4 0- 2 1/ 2 L

2. 0- 1 6

3 0 3 5- 4 0 3

C A T 4 0- 2 1/ 2 L

4. 0- 1 6

2. 8

3 0 3 5- 4 0 4

C A T 4 0- 2 1/ 2 L

3. 0- 2 0

5. 2

3 0 3 5- 4 0 5

C A T 4 0- 2 1/ 2 L

4. 0- 2 0

4. 2

3 0 3 5- 4 0 6

C A T 4 0- 2 1/ 2 L

6. 0- 2 0

3. 8

3 0 3 5- 4 0 7

C A T 4 0- 3 L

4. 0- 2 6

8. 9

3 0 3 5- 4 0 8

C A T 4 0- 3 L

4. 0- 2 6

7. 6

3 0 3 5- 4 0 9

V- 8 8 7

C A T 4 0- 3 L

6. 0- 2 5

3 0 3 5- 4 1 0

V- 8 8 8

C A T 5 0- 3 1/ 2 L

4. 0- 2 6

1 1. 2

3 0 3 6- 4 0 1

C A T 5 0- 3 1/ 2 L

4. 0- 2 6

9. 8

3 0 3 6- 4 0 2

C A T 5 0- 3 1/ 2 L

6. 0- 2 5

8. 3

3 0 3 6- 4 0 3

V- 8 8 9 V- 8 9 0

E R40

T O O LI N G S Y S T E M

C26

E R SYSTE M

E R

Milli n g C h u c k

DI N 6 3 8 8 # 2 5 S E RI E S DI N 2 0 8 0 N T- S H A N K

C O L L E T H O L D E R WI T H # 2 5 C O L L E T C H U C K DI N 6 3 8 8 T Y P E A O Z- 2 5

O Z - S E RI E S

1. B e st s el e ct e d q u alit y t o ol st e el h ar d e n e d & Pr e ci si o n gr o u n d. 2. A c c ur a c y of c o n c e ntri c t o wit hi n 0. 0 0 8” p er i n c h. ( 0. 0 2 m m p er 2 5 m m) 3. Hi g n ri gi dit y & Cl a m pi n g f or c e. 4. 1 s et i n cl u di n g : 1 c h u c k s h a n k h ol d er 1 wr e n c h ; 1 c a s e. 7 or 1 5 p c s of c oll et.

C H U C K S H A N K O NLY O R DE R N O.

C H U C K S H A N K

V B- M T- 2

MT2

D R A W B A R T H RE A DS M E T RI C S AE M 1 0 X 1. 5 P 3/ 8 - 1 6

V B- M T- 3

MT3

1/ 2 - 1 2

M 1 0 X 1. 5 P

1/ 2 - 1 3

M 1 2 X 1. 7 5 P

W EI G H T( k g) S AE M E T RI C

M E A S. CFT

C O DE N O.

0. 3

3 1 0 1- 0 0 1

1. 1

0. 3

3 1 0 1- 0 0 2

V B- M T- 4

MT4

5/ 8 - 1 1

M 1 6 X 2. 0 P

1. 4

0. 3

3 1 0 1- 0 0 3

V B- M T- 5

MT5

1 -8

M 2 4 X 3. 0 P

0. 5

3 1 0 1- 0 0 4

V B- R 8

R- 8

7/ 1 6 - 2 0

0. 3

3 1 0 1- 0 0 5

V B- N T 3 0

NT30

1. 3

1/ 2 - 1 2 M 1 2 X 1. 7 5 P

1. 1

0. 3

3 1 0 1- 0 0 6

1/ 2 - 1 3

V B- N T 4 0

NT40

5/ 8 - 1 1

M 1 6 X 2. 0 P

1. 5

0. 3

3 1 0 1- 0 0 7

V B- N T 5 0

NT50

1 -8

M 2 4 X 3. 0 P

3. 4

0. 5

3 1 0 1- 0 0 8

Pl e a s e N otif y t h e Dr a w B ar T hr e a d Si z e W h e n or d eri n g.

C27

T O O LI N G S Y S T E M

Milli n g C oll et C h u c k Kit

I N C L U DI N G S H A N K, F U L L S E T O F C O L L E T S, W R E N C H A N D C A S E, C O O L E T C H U C K KI T

DI N 6 3 8 8 O Z- 2 5 T Y P E

DI F F E R E N T S H A N K S T Y L E

F ULL SET

C O L L E T S SI Z E O Z- 2 5 C OLLETS TAPE R

O R DE R N O.

V B- 1 0 1

P CS

W EI G H T ( K G S)

C O DE N O.

3. 7

3 1 0 1- 1 0 1

5. 2

3 1 0 1- 1 0 2

3 1 0 1- 1 0 3

5. 5

3 1 0 1- 1 0 4

6. 5

3 1 0 1- 1 0 5

Inch 1/ 8 - 1 1 5 P C S 1/ 4 - 1 7 P C S

8. 5

3 1 0 1- 1 0 6

3. 3

3 1 0 1- 1 0 7

5. 2

3 1 0 1- 1 0 8

M etri c 3 m m- 2 5 m m 15pcs 6 m m- 2 5 m m 7 p c s

3. 9

3 1 0 1- 1 0 9

5. 4

3 1 0 1- 1 1 0

4. 7

3 1 0 1- 1 1 1

6. 2

3 1 0 1- 1 1 2

3. 7

3 1 0 1- 1 1 3

5. 2

3 1 0 1- 1 1 4

3. 6

3 1 0 1- 1 1 5

5. 1

3 1 0 1- 1 1 6

NT30

V B- 1 0 2 V B- 1 0 3

NT40

V B- 1 0 4 V B- 1 0 5

NT50

V B- 1 0 6 V B- 1 0 7

MT3

V B- 1 0 8 V B- 1 0 9

MT4

V B- 1 1 0 V B- 1 1 1

MT5

V B- 1 1 2 V B- 1 1 3

V B- 1 1 4 V B- 1 1 5

MT2

V B- 1 1 6

OZ SYSTE M

Pl e a s e N otif y t h e T y p e Si z e, C oll et T y p e, S et R a n g e, a n d S et N u m b er s W h e n Or d eri n g.

C O N T E N T C O L L E T S E T SI Z E 7 P C S/ S E T 15 P C S/ S E T

M M

6, 8, 1 0, 1 2, 1 6, 2 0, 2 5 M M

I N C H

1/ 4 , 5/ 1 6 , 3/ 8 , 1/ 2 , 5/ 8 , 3/ 4 , 1

M M

3, 4, 5, 6, 7, 8, 9, 1 0, 1 1, 1 2, 1 3, 1 6, 1 8, 2 0, 2 5 M M

I N C H

1/ 8 , 3/ 1 6 , 1/ 4 , 5/ 1 6 , 3/ 8 , 7/ 1 6 , 1/ 2 , 9/ 1 6 , 5/ 8 , 1 1/ 1 6 , 3/ 4 , 1 3/ 1 6 , 7/ 8 , 1 5/ 1 6 , 1

T O O LI N G S Y S T E M

C28

DI N 6 3 8 8 C oll et F or Milli n g C h u c k

C O L L E T DI N 6 3 8 8, T Y P E A

DI N 6 3 8 8 # 1 6, # 2 5, # 3 2 S E RI E S

C O L L E T M U S T B E A S S E M B L E D I N T O T H E C L A M PI N G N U T B E F O R E I N S E R TI N G I N T O T H E C H U C K D 1 D 2

2° 5 2’

M E T RI C O R DE R N O.

D 2 ( M M)

O Z- 2 5-

3 5. 0 5

3, 4, 5, 6, 7, 8, 9, 1 0, 1 1, 1 2, 1 3, 1 4, 1 5, 1 6, 1 8, 2 0, 2 5

O Z- 3 2-

6, 8, 1 0, 1 2, 1 6, 2 0, 2 5, 3 2

O R DE R N O.

D 2 (I N C H)

O Z- 2 5-

3 5. 0 5

O Z- 3 2-

4 3. 7

1/ 8 , 3/ 1 6 , 1/ 4 , 5/ 1 6 , 3/ 8 , 7/ 1 6 , 1/ 2 , 9/ 1 6 , 5/ 8 , 1 1/ 1 6 , 3/ 4 , 1 3/ 1 6 , 7/ 8 , 1 5/ 1 6 , 1 1/ 4 , 5/ 1 6 , 3/ 8 , 7/ 1 6 , 1/ 2 , 9/ 1 6 , 5/ 8 , 1 1/ 1 6 , 3/ 4 , 1 3/ 1 6 , 7/ 8 , 1 5/ 1 6 , 1 , 11 /8 , 11 /4

I N C H

O Z- 2 5

C29

R A N G E SI Z E: 3- 2 5( 1/ 8 - 1 ) D: 3 5. 0 5 L: 5 2 T A P E R: 1: 1 0

W EI G H T: 0. 1 8 K G S

O R D E R N O.

M M SI Z E

C O D E N O.

O R D E R N O.

I N C H SI Z E

C O D E N O.

O Z- 2 5 0 3

3. 0

3 1 0 0- 1 0 1

O Z- 2 5 2 6

1/ 8

3 1 0 0- 1 2 4

O Z- 2 5 0 4

4. 0

3 1 0 0- 1 0 2

O Z- 2 5 2 7

3/ 1 6

3 1 0 0- 1 2 5

O Z- 2 5 0 5

5. 0

3 1 0 0- 1 0 3

O Z- 2 5 2 8

1/ 4

3 1 0 0- 1 2 6

O Z- 2 5 0 6

6. 0

3 1 0 0- 1 0 4

O Z- 2 5 2 9

5/ 1 6

3 1 0 0- 1 2 7

O Z- 2 5 0 7

7. 0

3 1 0 0- 1 0 5

O Z- 2 5 3 0

3/ 8

3 1 0 0- 1 2 8

O Z- 2 5 0 8

8. 0

3 1 0 0- 1 0 6

O Z- 2 5 3 1

7/ 1 6

3 1 0 0- 1 2 9

O Z- 2 5 0 9

9. 0

3 1 0 0- 1 0 7

O Z- 2 5 3 2

1/ 2

3 1 0 0- 1 3 0

O Z- 2 5 1 0

3 1 0 0- 1 0 8

O Z- 2 5 3 3

9/ 1 6

3 1 0 0- 1 3 1

O Z- 2 5 1 1

3 1 0 0- 1 0 9

O Z- 2 5 3 4

5/ 8

3 1 0 0- 1 3 2

O Z- 2 5 1 2

3 1 0 0- 1 1 0

O Z- 2 5 3 5

1 1/ 1 6

3 1 0 0- 1 3 3

O Z- 2 5 1 3

3 1 0 0- 1 1 1

O Z- 2 5 3 6

3/ 4

3 1 0 0- 1 3 4

O Z- 2 5 1 4

3 1 0 0- 1 1 2

O Z- 2 5 3 7

1 3/ 1 6

3 1 0 0- 1 3 5

O Z- 2 5 1 5

3 1 0 0- 1 1 3

O Z- 2 5 3 8

7/ 8

3 1 0 0- 1 3 6

O Z- 2 5 1 6

3 1 0 0- 1 1 4

O Z- 2 5 3 9

1 5/ 1 6

3 1 0 0- 1 3 7

O Z- 2 5 1 7

3 1 0 0- 1 1 5

O Z- 2 5 4 0

3 1 0 0- 1 3 8

O Z- 2 5 1 8

3 1 0 0- 1 1 6

O Z- 2 5 1 9

3 1 0 0- 1 1 7

O Z- 2 5 2 0

3 1 0 0- 1 1 8

O Z- 2 5 2 1

3 1 0 0- 1 1 9

O Z- 2 5 2 2

3 1 0 0- 1 2 0

O Z- 2 5 2 3

3 1 0 0- 1 2 1

O Z- 2 5 2 4

3 1 0 0- 1 2 2

O Z- 2 5 2 5

3 1 0 0- 1 2 3

T O O LI N G S Y S T E M

DI N 6 3 8 8 C oll et F or Milli n g C h u c k

C O L L E T DI N 6 3 8 8, T Y P E A

DI N 6 3 8 8 # 1 6, # 2 5, # 3 2 S E RI E S

C O L L E T M U S T B E A S S E M B L E D I N T O T H E C L A M PI N G N U T B E F O R E I N S E R TI N G I N T O T H E C H U C K

DI N 6 3 8 8 3 2 # O Z- 3 2

OZ SYSTE M

R A N G E SI Z E: 6- 3 2( 1/ 4 - 1 1/ 4 ) D: 4 3. 7 L: 6 0 T A P E R: 1: 1 0 W EI G H T: 0. 2 5 K G S

O R D E R N O.

M M SI Z E

C O D E N O.

O R D E R N O.

I N C H SI Z E

C O D E N O.

O Z- 3 2 0 6

6. 0

3 1 0 0- 2 0 1

O Z- 3 2 2 7

3 1 0 0- 2 2 2

O Z- 3 2 0 7

7. 0

3 1 0 0- 2 0 2

O Z- 3 2 2 8

3 1 0 0- 2 2 3

O Z- 3 2 0 8

8. 0

3 1 0 0- 2 0 3

O Z- 3 2 2 9

3 1 0 0- 2 2 4

O Z- 3 2 0 9

9. 0

3 1 0 0- 2 0 4

O Z- 3 2 3 0

3 1 0 0- 2 2 5

O Z- 3 2 1 0

3 1 0 0- 2 0 5

O Z- 3 2 3 1

3 1 0 0- 2 2 6

O Z- 3 2 1 1

3 1 0 0- 2 0 6

O Z- 3 2 3 2

3 1 0 0- 2 2 7

O Z- 3 2 1 2

3 1 0 0- 2 0 7

O Z- 3 2 3 3

1/ 4

3 1 0 0- 2 2 8

O Z- 3 2 1 3

3 1 0 0- 2 0 8

O Z- 3 2 3 4

5/ 1 6

3 1 0 0- 2 2 9

O Z- 3 2 1 4

3 1 0 0- 2 0 9

O Z- 3 2 3 5

3/ 8

3 1 0 0- 2 3 0

O Z- 3 2 1 5

3 1 0 0- 2 1 0

O Z- 3 2 3 6

7/ 1 6

3 1 0 0- 2 3 1

O Z- 3 2 1 6

3 1 0 0- 2 1 1

O Z- 3 2 3 7

1/ 2

3 1 0 0- 2 3 2

O Z- 3 2 1 7

3 1 0 0- 2 1 2

O Z- 3 2 3 8

9/ 1 6

3 1 0 0- 2 3 3

O Z- 3 2 1 8

3 1 0 0- 2 1 3

O Z- 3 2 3 9

5/ 8

3 1 0 0- 2 3 4

O Z- 3 2 1 9

3 1 0 0- 2 1 4

O Z- 3 2 4 0

1 1/ 1 6

3 1 0 0- 2 3 5

O Z- 3 2 2 0

3 1 0 0- 2 1 5

O Z- 3 2 4 1

3/ 4

3 1 0 0- 2 3 6

O Z- 3 2 2 1

3 1 0 0- 2 1 6

O Z- 3 2 4 2

1 3/ 1 6

3 1 0 0- 2 3 7

O Z- 3 2 2 2

3 1 0 0- 2 1 7

O Z- 3 2 4 3

7/ 8

3 1 0 0- 2 3 8

O Z- 3 2 2 3

3 1 0 0- 2 1 8

O Z- 3 2 4 4

1 5/ 1 6

3 1 0 0- 2 3 9

O Z- 3 2 2 4

3 1 0 0- 2 1 9

O Z- 3 2 4 5

3 1 0 0- 2 4 0

O Z- 3 2 2 5

3 1 0 0- 2 2 0

O Z- 3 2 4 6

1- 1/ 8

3 1 0 0- 2 4 1

O Z- 3 2 2 6

3 1 0 0- 2 2 1

O Z- 3 2 4 7

1- 1/ 4

3 1 0 0- 2 4 2

DI N 6 3 8 8 N ut s & Wr e n c h

B A L L B E A RI N G, N U T S F O R C O L L E T S DI N 6 3 8 8, T Y P E A

W R E N C H F O R C O L L E T S DI N 6 3 8 8 T Y P E A

O R DE R N O.

O Z- 2 5 N

O Z- 3 2 N

O R DE R N O.

O Z- 2 5 W O Z- 3 2 W

U nit: m m

C OLLETS

W EI G H T kgs

C O DE N O.

M48 X2

O Z- 2 5

0. 3

3 1 0 0- 3 0 1

M 6 0 X 2. 5

O Z- 3 2

0. 7

3 1 0 0- 3 0 2

U nit: m m

C OLLETS

W EI G H T kgs

C O D E N O.

O Z- 2 5

0. 3 5

3 1 0 0- 3 1 0

O Z- 3 2

0. 4

3 1 0 0- 3 1 1

T O O LI N G S Y S T E M

C30

Milli n g C oll et C h u c k

O Z- 2 5 C O L L E T H O L D E R WI T H B T- S H A N K

DI N 6 3 8 8 # 2 5 S E RI E S M A S 4 0 3 B T- S H A N K OZ

O R DE R N O.

TAPE R

DI N 6 3 8 8

D R A W B A R

W EI G H T K GS

C O D E N O.

V B- B T 4 0

BT40

#25

M 1 6 X 2. 0 P

1. 7

3 1 0 1- 0 0 9

V B- B T 5 0

BT50

#25

100

M 2 4 X 3. 0 P

4. 6

3 1 0 1- 0 1 0

C O D E N O.

W EI G H T K GS 4. 4

5. 9

3 1 0 1- 1 1 8

Milli n g C oll et C h u c k Kit I n cl u di n g S h a n k, f ull s et of c oll et s, wr e n c h a n d c a s e.

M E T RI C C O L L E T S Y S T E M O R D E R N O.

V B- 2 4 1 V B- 2 4 2 V B- 2 5 1 V B- 2 5 2

TAPE R

P C S/ S E T

BT40 BT50

3 1 0 1- 1 1 7

7. 5

3 1 0 1- 1 1 9

9. 5

3 1 0 1- 1 2 0

C O N T E N T C O L L E T S E T SI Z E M E T RI C R A N G E S E T SI Z E 7 P C S: 6, 8, 1 0, 1 2, 1 6, 2 0, 2 5 m m 1 5 P C S: 3, 4, 5, 6, 7, 8, 9, 1 0, 1 1, 1 2, 1 3, 1 6, 1 8, 2 0, 2 5 m m

I N C H C O L L E T S E T SI Z E O R D E R N O.

V B- 2 3 1 V B- 2 3 2 V B- 2 3 3 V B- 2 3 4

TAPE R

C O D E N O.

W EI G H T K GS 4. 4

5. 9

3 1 0 1- 1 2 2

P C S/ S E T

BT40 BT50

7. 5

3 1 0 1- 1 2 3

9. 5

3 1 0 1- 1 2 4

I N C H R A N G E S E T SI Z E 7 P C S:1 /4 ,5 /1 6 ,3 /8 ,1 /2 ,5 /8 ,3 /4 , 1 1 5 P C S: 1 /8 ,3 /1 6 ,1 /4 ,5 /1 6 ,3 /8 ,7 /1 6 ,1 /2 ,9 /1 6 ,5 /8 , 11

/1 6 ,3 /4 ,1 3 /1 6 ,7 /8 ,1 5 /1 6 , 1

C31

T O O LI N G S Y S T E M

3 1 0 1- 1 2 1

Milli n g C oll et C h u c k

C O L L E T H O L D E R WI T H B T- S H A N K O Z- 3 2 M A S 4 0 3

DI N 6 3 8 8 # 3 2 S E RI E S

O R DE R N O.

TAPE R

DI N 6 3 8 8

D R A W B A R

W EI G H T K GS

C O D E N O.

V B- 2 2 6

B T 4 0- O Z- 3 2

#32

M 1 6 X 2. 0 P

2. 3

3 1 0 2- 0 0 3

B T 5 0- O Z- 3 2

#32

100

M 2 4 X 3. 0 P

5. 1

3 1 0 2- 0 0 4

150

M 2 4 X 3. 0 P

6. 8

3 1 0 2- 0 0 5

V B- 2 2 7 V B- 2 2 8

Milli n g C oll et C h u c k Kit I n cl u di n g S h a n k, f ull s et of c oll et s, wr e n c h a n d c a s e.

# 3 2 S E RI E S B T- T Y P E M A S 4 0 3 B T- S H A N K

M E T RI C C O L L E T S Y S T E M S E T O R D E R N O.

V B- 2 4 3 V B- 2 4 4 V B- 2 5 3 V B- 2 5 4

TAPE R

C O D E N O.

W EI G H T K GS 7. 4

9. 4

3 1 0 2- 1 1 0

3 1 0 2- 1 1 1

3 1 0 2- 1 1 2

P C S/ S E T

BT40 BT50

3 1 0 2- 1 0 9

C O N T E N T C O L L E T S E T SI Z E M E T RI C R A N G E S E T SI Z E 8 P C S: 6, 8, 1 0, 1 2, 1 6, 2 0, 2 5, 3 2 m m 1 5 P C S: 6, 8, 9, 1 0, 1 2, 1 3, 1 4, 1 5, 1 6, 1 8, 2 0, 2 2, 2 5, 2 6, 3 0, 3 2 m m

I N C H C OLLET SYSTE M SET O R D E R N O.

V B- 2 5 6 V B- 2 5 7 V B- 2 5 8 V B- 2 5 9

TAPE R BT40 BT50

C O D E N O.

W EI G H T K GS 7. 4

9. 4

3 1 0 2- 1 1 4

3 1 0 2- 1 1 5

3 1 0 2- 1 1 6

P C S/ S E T

3 1 0 2- 1 1 3

I N C H R A N G E S E T SI Z E 1 0 P C S: 1 /4 ,5 /1 6 ,3 /8 ,1 /2 ,5 /8 ,3 /4 ,7 /8 , 1 , 1-1 /8 , 1-1 /4 1 5 P C S: 1 /4 ,5 /1 6 ,3 /8 ,7 /1 6 ,1 /2 ,9 /1 6 ,5 /8 ,1 1 /1 6 ,3 /4 13

/1 6 ,7 /8 ,1 5 /1 6 , 1 , 1-1 /8 , 1-1 /4

T O O LI N G S Y S T E M

C32

OZ SYSTE M

Milli n g C oll et C h u c k

C O L L E T H O L D E R WI T H I S O- S H A N K O Z- 3 2

DI N 6 3 8 8 # 3 2 S E RI E S DI N 2 0 8 0 N T- S H A N K

O R DE R N O.

TAPE R

DI N 6 3 8 8

V B- 1 3 0

NT30

#32

D R A W B A R 1. M 1 2 X 1. 7 5 P

3 1 0 2- 0 0 6

NT40

#32

1. M 1 6 X 2. 0 P 2. /8 - 1 1 W

2. 2

3 1 0 2- 0 0 1

V B- 1 3 2

NT50

#32

1. M 2 4 X 3. 0 P 2. 1 - 8 W

3. 9

3 1 0 2- 0 0 2

C O D E N O.

Milli n g C oll et C h u c k Kit O Z- 3 2 DI N 6 3 8 8

C O D E N O.

V B- 1 3 1

M E T RI C C O L L E T S Y S T E M

l u di n g S h a n k, f ull s et of c oll et s, wr e n c h a n d c a s e.

W EI G H T K GS

O R D E R N O.

TAPE R

V B- 1 2 1

NT40

W EI G H T K GS 7. 5

V B- 1 2 1 B

NT40

9. 2

3 1 0 2- 1 0 2

V B- 1 2 2

NT50

9. 8

3 1 0 2- 1 0 3

V B- 1 2 2 B

NT50

1 1. 8

3 1 0 2- 1 0 4

V B- 1 2 3

NT30

3 1 0 2- 0 9 0

V B- 1 2 3 B

NT30

3 1 0 2- 0 9 1

V B- 1 2 4

MT B5

3 1 0 2- 0 9 2

V B- 1 2 4 B

MT B5

3 1 0 2- 0 9 3

P C S/ S E T

C O N T E N T C O L L E T S E T SI Z E M E T RI C R A N G E S E T SI Z E 8 P C S: 6, 8, 1 0, 1 2, 1 6, 2 0, 2 5, 3 2 m m 1 5 P C S: 6, 7, 8, 9, 1 0, 1 1, 1 2, 1 3, 1 6, 1 8, 2 0, 2 5, 2 6, 3 0, 3 2 m m

I N C H C OLLET SYSTE M

C O D E N O.

W EI G H T K GS 7

3 1 0 2- 0 9 5

NT40

7. 2

3 1 0 2- 1 0 5

NT40

9. 2

3 1 0 2- 1 0 6

V B- 1 6 5

NT50

9. 8

3 1 0 2- 1 0 7

V B- 1 6 6

NT50

1 1. 8

3 1 0 2- 1 0 8

V B- 1 6 7

MT B5

3 1 0 2- 0 9 6

V B- 1 6 7 B

MT B5

3 1 0 2- 0 9 7

O R D E R N O.

TAPE R

P C S/ S E T

V B- 1 6 2

NT30

V B- 1 6 2 B

NT30

V B- 1 6 3 V B- 1 6 4

I N C H R A N G E S E T SI Z E 1 0 P C S: 1 /4 ,5 /1 6 ,3 /8 ,1 /2 ,5 /8 ,3 /4 ,7 /8 , 1 , 1-1 /8 , 1-1 /4 1 5 P C S: 1 /4 ,5 /1 6 ,3 /8 ,7 /1 6 ,1 /2 ,9 /1 6 ,5 /8 ,1 1 /1 6 ,3 /4 , 13

/1 6 ,7 /8 ,1 5 /1 6 , 1 , 1-1 /8 , 1-1 /4

C33

T O O LI N G S Y S T E M

3 1 0 2- 1 0 1

3 1 0 2- 0 9 4

Milli n g C oll et C h u c k

DI N 6 3 8 8 # 2 5, # 3 2 S E RI E S

DI N 6 9 8 7 1 A & C A T S H A N K O R DE R N O.

TAPE R

V B- 2 6 1

S K 4 0- O Z 2 5- 8 0 L

V B- 2 6 2

S K 5 0- O Z 2 5- 1 0 0 L

V B- 2 6 3

C A T 4 0- O Z 2 5- 3 L

V B- 2 6 4

C A T 5 0- O Z 2 5- 3 /2 L

V B- 2 6 5

S K 4 0- O Z 3 2- 8 0 L

V B- 2 6 6

S K 5 0- O Z 3 2- 1 0 0 L

DI N 6 3 8 8

#25

#32

D R A W B A R W EIK GG SH T M 1 6 X 2. 0 P 1. 6

C O D E N O.

M 2 4 X 3. 0 P

4. 2

3 1 0 1- 0 1 2

5 /8 - 1 1 W

1. 9

3 1 0 1- 0 1 3

3 1 0 1- 0 1 1

1 -8 W

3 1 0 1- 0 1 4

M 1 6 X 2. 0 P

2. 3

3 1 0 2- 0 1 1

M 2 4 X 3. 0 P

3 1 0 2- 0 1 2

OZ SYSTE M

C O L L E T H O L D E R WI T H DI N 6 9 8 7 1 & C A T T P E

Milli n g C oll et C h u c k Kit I n cl u di n g S h a n k, f ull s et of c oll et s, wr e n c h a n d c a s e.

M E T RI C C O L L E T S Y S T E M S E T DI N 6 9 8 7 1 A S K- T Y P E WI T H O R DE R N O.

C OLLET H OL DE R

V B- 2 7 1

S K 4 0- O Z 2 5- 8 0 L

V B- 2 7 2

S K 4 0- O Z 2 5- 8 0 L

V B- 2 7 3

S K 4 0- O Z 3 2- 8 0 L

V B- 2 7 4

S K 4 0- O Z 3 2- 8 0 L

V B- 2 7 5

S K 5 0- O Z 2 5- 1 0 0 L

V B- 2 7 6

S K 5 0- O Z 2 5- 1 0 0 L

V B- 2 7 7

S K 5 0- O Z 3 2- 1 0 0 L

V B- 2 7 8

S K 5 0- O Z 3 2- 1 0 0 L

TYPE S K40 S K40 S K50 S K50

DI N 6 3 8 8

# 2 5, # 3 2

R A N GE

SET P CS

K GS

C O D E N O.

#25

3. 0- 2 5

15 P C S

5. 7

3 1 0 1- 1 2 5

#25

6. 0- 2 5

7P CS

4. 2

3 1 0 1- 1 2 6

#32

6. 0- 3 2

15 P C S

9. 2

3 1 0 1- 1 2 7

#32

6. 0- 3 2

8P CS

7. 2

3 1 0 1- 1 2 8

#25

3. 0- 2 5

15 P C S

9. 3

3 1 0 1- 1 2 9

#25

6. 0- 2 5

7P CS

7. 3

3 1 0 1- 1 3 0

#32

6. 0- 3 2

15 P C S

1 1. 8

3 1 0 2- 1 1 7

#32

6. 0- 3 2

8P CS

9. 8

3 1 0 2- 1 1 8

I N C H C O L L E T S Y S T E M S E T C A T- T Y P E WI T H # 2 5, # 3 2 O R DE R N O.

C OLLET H OL DE R

V B- 2 8 1

C A T 4 0- O Z 2 5- 3 L

V B- 2 8 2

C A T 4 0- O Z 2 5- 3 L

V B- 2 8 6

C A T 4 0- O Z 3 2- 3 L

V B- 2 8 7

C A T 4 0- O Z 3 2- 3 L

V B- 2 8 8

C A T 5 0- O Z 2 5- 3 1 /2 L

V B- 2 8 9

C A T 5 0- O Z 2 5- 3 1 /2 L

V B- 2 9 0

C A T 5 0- O Z 3 2- 3 1 /2 L

V B- 2 9 1

C A T 5 0- O Z 3 2- 3 1 /2 L

TYPE C AT40 C AT40 C AT50 C AT50

DI N 6 3 8 8

R A N GE

SET P CS

K GS

C O D E N O.

#25

1/ 8 - 1

15 P C S

5. 7

3 1 0 1- 1 3 1

#25

1/ 4 - 1

7P CS

4. 2

3 1 0 1- 1 3 2

#32

1/ 4 - 1 1/ 4

15 P C S

9. 2

3 1 0 2- 1 1 9

#32

1/ 4 - 1 1/ 4

10 P C S

7. 2

3 1 0 2- 1 2 0

#25

1/ 8 - 1

15 P C S

9. 3

3 1 0 1- 1 3 3

#25

1/ 4 - 1

7P CS

7. 3

3 1 0 1- 1 3 4

#32

1/ 4 - 1 1/ 4

15 P C S

1 1. 8

3 1 0 2- 1 2 1

#32

1/ 4 - 1 1/ 4

10 P C S

3 1 0 2- 1 2 2

T O O LI N G S Y S T E M

C34

M ulti- L o c k Milli n g C h u c k

C O L L E T H O L D E R WI T H I S O, B T & S K T A P E R S H A N K S T R AI G H T C O L L E T T Y P E C- 3 2 C- 4 2 DI N 2 0 8 0, M A S 4 0 3 DI N 6 9 8 7 1 A C- 2 0, 2 5, 3 2, 4 2 T Y P E

C TYPE

N T- 4 0 WI T H M A H O G A P

O R D E R N O.

V B- 4 3 1 V B- 4 3 2 V B- 4 3 3 V B- 4 3 4 V B- 4 3 5 A V B- 4 3 5 B V B- 4 3 6 V B- 4 3 7 V B- 4 3 8 V B- 4 3 9 V B- 4 4 0 V B- 4 4 1

TAPE R NT40 NT50 BT40 BT50 NT50 BT50

D R A W B A R

K GS

C O D E N O.

N T 4 0- M C 3 2- 9 5 L

5/ 8 - 1 1

3 2 0 2- 0 0 1

N T 4 0- M C 3 2- 9 5 L

M 1 6 x 2. 0 P

3. 1

3 2 0 2- 0 0 2

N T 5 0- M C 3 2- 1 0 0 L

100

1 -8

4. 8

3 2 0 2- 0 0 3

N T 5 0- M C 3 2- 1 0 0 L

100

M 2 4 x 3. 0 P

5. 1

3 2 0 2- 0 0 4

B T 4 0- M C 3 2- 1 0 5 L

105

M 1 6 x 2. 0 P

3. 2

3 2 0 2- 0 0 5

B T 4 0- M C 3 2- 1 5 0 L

150

M 1 6 x 2. 0 P

3. 5

3 2 0 2- 0 2 0

B T 5 0- M C 3 2- 1 1 0 L

11 0

M 2 4 x 3. 0 P

5. 2

3 2 0 2- 0 0 6

B T 5 0- M C 3 2- 1 5 0 L

135

M 2 4 x 3. 0 P

3 2 0 2- 0 0 7

N T 5 0- M C 4 2- 1 1 0 L

11 0

1 -8

3 2 0 2- 0 0 8

N T 5 0- M C 4 2- 1 1 0 L

11 0

M 2 4 x 3. 0 P

6. 1

3 2 0 2- 0 0 9

B T 5 0- M C 4 2- 1 1 5 L

11 5

M 2 4 x 3. 0 P

6. 1

3 2 0 2- 0 1 0

B T 5 0- M C 4 2- 1 5 0 L

140

M 2 4 x 3. 0 P

7. 8

3 2 0 2- 0 1 1

S K 4 0- M C 3 2- 1 0 0 L

100

M 1 6 x 2. 0 P

3. 1

3 2 0 2- 0 1 2

S K50

S K 5 0- M C 3 2- 1 0 5 L

105

M 2 4 x 3. 0 P

5. 3

3 2 0 2- 0 1 3

BT30

B T 3 0- M C 2 0- 9 5

M 1 2 x 1. 7 5 P

1. 3

3 2 0 2- 0 1 4

V B- 4 4 2

S K40

V B- 4 4 3 V B- 4 4 4 A V B- 4 4 6 A

B T 4 0- M C 2 0- 8 0

M 1 6 x 2. 0 P

3 2 0 2- 0 1 6

V B- 4 4 6 B

B T 4 0- M C 2 0- 1 2 0

120

M 1 6 x 2. 0 P

2. 7

3 2 0 2- 0 1 7

V B- 4 4 7 A

BT40

V B- 4 4 7 B V B- 4 4 8 A V B- 4 4 8 B V B- 4 5 1 A V B- 4 5 1 B V B- 4 5 2

C35

C H U C K

NT30

S K40 S K50

T O O LI N G S Y S T E M

B T 4 0- M C 2 5- 9 0

M 1 6 x 2. 0 P

4. 5

3 2 0 2- 0 1 8

B T 4 0- M C 2 5- 1 3 5

135

3. 2

3 2 0 2- 0 1 9

N T 3 0- M C 2 0- 8 0

1. 5

3 2 0 2- 0 3 0

N T 3 0- M C 2 5- 8 5

1. 5

3 2 0 2- 0 3 1

S K 4 0- M C 2 0- 8 0

M 1 6 x 2. 0 P 1. M 1 2 X 1. 7 5 P 2. 1/ 2 - 1 2 1. M 1 2 X 1. 7 5 P 2. 1/ 2 - 1 2 M 1 6 X 2. 0 P

3 2 0 2- 0 3 5

S K 4 0- M C 2 5- 9 0

M 1 6 X 2. 0 P

3 2 0 2- 0 3 6

S K 5 0- M C 4 2- 1 1 0

11 0

M 2 4 X 3. 0 P

5. 7

3 2 0 2- 0 3 7

M ulti- L o c k Milli n g C h u c k

M U L TI- L O C K MI L LI N G C H U C K KI T

I n cl u di n g s h a n k, f ull s et of c oll et s, wr e n c h a n d c a s e.

DI N 2 0 8 0 N T- S H A N K M A S 4 0 3 B T- S H A N K DI N 6 9 8 7 1 A S K- S H A N K

MI L LI N G C H U C K

C TYPE

O R D E R N O.

V B- 4 4 4 I V B- 4 4 4 V B- 4 5 4 I V B- 4 5 4 V B- 3 4 4 A V B- 3 4 4 B V B- 3 5 4 A V B- 3 5 4 B V B- 5 5 4 V B- 5 5 4 I V B- 5 6 4 A V B- 5 6 4 B V B- 5 6 5 V B- 5 6 6 V B- 5 6 7 V B- 5 6 9 A V B- 5 6 9 B V B- 5 7 0 A V B- 5 7 0 B V B- 5 7 1 V B- 5 7 2 V B- 5 7 4 V B- 5 7 6 V B- 5 7 7 V B- 5 7 8

TAPE R NT40 NT50 BT40 BT50 NT50 BT50 S K- 4 0 S K- 5 0 B T- 3 0 B T- 4 0

NT30 NT40 S K40 S K50

C H U C K

C OLLET

D R A W B A R

K GS

C O D E N O.

N T 4 0- M C 3 2- 9 5 L N T 4 0- M C 3 2- 9 5 L N T 5 0- M C 3 2- 1 0 0 L N T 5 0- M C 3 2- 1 0 0 L B T 4 0- M C 3 2- 1 0 5 L B T 4 0- M C 3 2- 1 5 0 L B T 5 0- M C 3 2- 1 1 0 L B T 5 0- M C 3 2- 1 5 0 L N T 5 0- M C 4 2- 1 1 0 L N T 5 0- M C 4 2- 1 1 0 L B T 5 0- M C 4 2- 1 1 5 L B T 5 0- M C 4 2- 1 5 0 L S K 4 0- M C 3 2- 1 0 0 L S K 5 0- M C 3 2- 1 0 5 L B T 3 0- M C 2 0- 9 5 B T 4 0- M C 2 0- 8 0 B T 4 0- M C 2 0- 1 2 0 B T 4 0- M C 2 5- 9 0 B T 4 0- M C 2 5- 1 3 5

7P CS 7P CS 7P CS 7P CS 7P CS 7P CS 7P CS 7P CS 8P CS 8P CS 8P CS 8P CS 7P CS 7P CS 6P CS 6P CS 6P CS 7P CS 7P CS

7 7 9 9 7 1 1. 5 9. 5 13 12 12 12 14 7 9. 5 6 7 8 9. 5 1 0. 5

3 2 0 2- 1 0 1 3 2 0 2- 1 0 2 3 2 0 2- 1 0 3 3 2 0 2- 1 0 4 3 2 0 2- 1 0 5 3 2 0 2- 1 1 8 3 2 0 2- 1 0 6 3 2 0 2- 1 1 9 3 2 0 2- 1 0 7 3 2 0 2- 1 0 8 3 2 0 2- 1 0 9 3 2 0 2- 1 0 9 B 3 2 0 2- 1 1 0 3 2 0 2- 1 1 1 3 2 0 2- 1 1 2 3 2 0 2- 1 1 4 3 2 0 2- 1 1 5 3 2 0 2- 1 1 6 3 2 0 2- 1 1 7

N T 3 0- M C 2 0- 8 0 L

6P CS

3 2 0 2- 1 2 0

N T 3 0- M C 2 5- 8 5 L

7P CS

3 2 0 2- 1 2 1

N T 4 0- M C 2 5- 8 5 L

7P CS

4. 5

3 2 0 2- 1 2 3

S K 4 0- M C 2 0- 8 0 L S K 4 0- M C 2 5- 9 0 L S K 5 0- M C 4 2- 1 1 0 L

6P CS 7P CS 8P CS

5/ 8 - 1 1 M 1 6 x 2. 0 P 1 -8 M 2 4 x 3. 0 P M 1 6 x 2. 0 P M 1 6 x 2. 0 P M 2 4 x 3. 0 P M 2 4 x 3. 0 P M 2 4 x 3. 0 P 1 -8 M 2 4 x 3. 0 P M 2 4 x 3. 0 P M 1 6 x 2. 0 P M 2 4 x 3. 0 P M 1 2 x 1. 7 5 P M 1 6 x 2. 0 P M 1 6 x 2. 0 P M 1 6 x 2. 0 P M 1 6 x 2. 0 P 1. M 1 2 X 1. 7 5 P 2. 1/ 2 - 1 2 1. M 1 2 X 1. 7 5 P 2. 1/ 2 - 1 2 1. M 1 6 X 2. 0 P 2. 5/ 8 - 1 1 M 1 6 X 2. 0 P M 1 6 X 2. 0 P M 2 4 X 3. 0 P

4. 5 4. 8 12

3 2 0 2- 1 2 5 3 2 0 2- 1 2 6 3 2 0 2- 1 2 7

T O O LI N G S Y S T E M

C36

C- 2 0, 2 5, 3 2, 4 2 C oll et

C- T Y P E C O L L E T

C TYPE

2 0, 2 5, 3 2, 4 2 S T R AI G H T C O L L E T O R DE R N O. C- 2 0- 6 P C- 2 5- 7 P C- 3 2- 7 P C- 4 2- 8 P

M E T RI C

C O L L E T S SI Z E d I N SI D E DI A M E T E R 4, 6, 8, 1 0, 1 2, 1 6 4, 6, 8, 1 0, 1 2, 1 6, 2 0 6, 8, 1 0, 1 2, 1 6, 2 0, 2 5 6, 8, 1 0, 1 2, 1 6, 2 0, 2 5, 3 2

C OLLET C- 2 0 C- 2 5 C- 3 2 C- 4 2

D1 O. D. 20 25 32 42

P C S/ S E T

25 31 37 48

52 60 73 80

6 7 7 8

2 0, 2 5, 3 2, 4 2 S T R AI G H T C O L L E T O R DE R C OLLET N O. C- 2 0 C- 2 0- 6 I C- 2 5 C- 2 5- 6 I C- 3 2 C- 3 2- 7 I C- 4 2 C- 4 2- 8 I

O R D E R N O. C- 2 0 C- 2 5 C- 3 2 C- 4 2

W EI G H T 0. 1 0. 1 8 0. 2 2 0. 3 5

O R D E R N O. C- 2 0- 4 C- 2 0- 6 C- 2 0- 8 C- 2 0- 1 0 C- 2 0- 1 2 C- 2 0- 1 6 C- 2 5- 4 C- 2 5- 6 C- 2 5- 8 C- 2 5- 1 0 C- 2 5- 1 2 C- 2 5- 1 6 C- 2 5- 2 0 C- 3 2- 6 C- 3 2- 8 C- 3 2- 1 0 C- 3 2- 1 2 C- 3 2- 1 6 C- 3 2- 2 0 C- 3 2- 2 5 C- 4 2- 6 C- 4 2- 8 C- 4 2- 1 0 C- 4 2- 1 2 C- 4 2- 1 6 C- 4 2- 2 0 C- 4 2- 2 5 C- 4 2- 3 2

I N C H

C O L L E T S SI Z E d D1 I N SI D E DI A M E T E R O. D. 1 /4 , 5 /1 6 , 3 /8 , 1 /2 , 5 /8 , 3 /1 6 20 1 5 3 1 5 3 /4 , /1 6 , /8 , /2 , /8 , /4 25 1 /4 , 5 /1 6 , 3 /8 , 1 /2 , 5 /8 , 3 /4 , 1 32 1 /4 , 5 /1 6 , 3 /8 , 1 /2 , 5 /8 , 3 /4 , 1 , 11 /4 4 2

M E T RI C

C O DE N O. 3 2 0 2- 1 8 0 3 2 0 2- 1 8 1 3 2 0 2- 1 8 2 3 2 0 2- 1 8 3 C O DE N O. 3 2 0 2- 1 8 4 3 2 0 2- 1 8 5 3 2 0 2- 1 8 6 3 2 0 2- 1 8 7

P C S/ S E T

25 31 37 48

52 60 73 80

6 7 7 8

d 3/ 1 6 1/ 4 5/ 1 6 3/ 8 1/ 2 5/ 8 1/ 4 5/ 1 6 3/ 8 1/ 2 5/ 8 3/ 4 3/ 1 6 1/ 4 5/ 1 6 3/ 8 1/ 2 5/ 8 3/ 4 7/ 8 1 1/ 4 5/ 1 6 3/ 8 1/ 2 5/ 8 3/ 4 7/ 8 1 1 1/ 4

C O D E N O. 3 2 0 2- 2 1 0 3 2 0 2- 2 1 1 3 2 0 2- 2 1 2 3 2 0 2- 2 1 3 3 2 0 2- 2 1 4 3 2 0 2- 2 1 5 3 2 0 2- 2 4 1 3 2 0 2- 2 4 2 3 2 0 2- 2 4 3 3 2 0 2- 2 4 4 3 2 0 2- 2 4 5 3 2 0 2- 2 4 6 3 2 0 2- 2 6 0 3 2 0 2- 2 6 1 3 2 0 2- 2 6 2 3 2 0 2- 2 6 3 3 2 0 2- 2 6 4 3 2 0 2- 2 6 5 3 2 0 2- 2 6 6 3 2 0 2- 2 6 7 3 2 0 2- 2 6 8 3 2 0 2- 2 9 0 3 2 0 2- 2 9 1 3 2 0 2- 2 9 2 3 2 0 2- 2 9 3 3 2 0 2- 2 9 4 3 2 0 2- 2 9 5 3 2 0 2- 2 9 6 3 2 0 2- 2 9 7 3 2 0 2- 2 9 8

I N C H

d 4 6 8 10 12 16 4 6 8 10 12 16 20 6 8 10 12 16 20 25 6 8 10 12 16 20 25 32

C O D E N O. 3 2 0 2- 2 0 0 3 2 0 2- 2 0 1 3 2 0 2- 2 0 2 3 2 0 2- 2 0 3 3 2 0 2- 2 0 4 3 2 0 2- 2 0 5 3 2 0 2- 2 2 9 3 2 0 2- 2 3 0 3 2 0 2- 2 3 1 3 2 0 2- 2 3 2 3 2 0 2- 2 3 3 3 2 0 2- 2 3 4 3 2 0 2- 2 3 5 3 2 0 2- 2 5 0 3 2 0 2- 2 5 1 3 2 0 2- 2 5 2 3 2 0 2- 2 5 3 3 2 0 2- 2 5 4 3 2 0 2- 2 5 5 3 2 0 2- 2 5 6 3 2 0 2- 2 8 0 3 2 0 2- 2 8 1 3 2 0 2- 2 8 2 3 2 0 2- 2 8 3 3 2 0 2- 2 8 4 3 2 0 2- 2 8 5 3 2 0 2- 2 8 6 3 2 0 2- 2 8 7

O R D E R N O. C- 2 0- 3/ 1 6 C- 2 0- 1/ 4 C- 2 0- 5/ 1 6 C- 2 0- 3/ 8 C- 2 0- 1/ 2 C- 2 0- 5/ 8 C- 2 5- 1/ 4 C- 2 5- 5/ 1 6 ” C- 2 5- 3/ 8 C- 2 5- 1/ 2 C- 2 5- 5/ 8 C- 2 5- 3/ 4 C- 3 2- 3/ 1 6 C- 3 2- 1/ 4 C- 3 2- 5/ 1 6 C- 3 2- 3/ 8 C- 3 2- 1/ 2 C- 3 2- 5/ 8 C- 3 2- 3/ 4 C- 3 2- 7/ 8 C- 3 2- 1 C- 4 2- 1/ 4 C- 4 2- 5/ 1 6 C- 4 2- 3/ 8 C- 4 2- 1/ 2 C- 4 2- 5/ 8 C- 4 2- 3/ 4 C- 4 2- 7/ 8 C- 4 2- 1 C- 4 2- 1 1/ 4

C- 2 0, 2 5, 3 2, 4 2 Wr e n c h s

C37

T O O LI N G S Y S T E M

O R D E R N O.

C- 2 0 W C- 2 5 W C- 3 2 W C- 4 2 W

227 227 260 270

52 58 75 87

W EI G H T K GS 0. 2 2 0. 2 2 0. 3 3 0. 3 5

C OLLETS

C O D E N O.

C- 2 0 C- 2 5 C- 3 2 C42

3 2 0 2- 3 1 1 3 2 0 2- 3 1 2 3 2 0 2- 3 1 3 3 2 0 2- 3 1 4

Q ui c k- C h a n g e T o oli n g S y st e m

MI L LI N G- Q UI C K C H A N G E H O L D E R

O Z DI N 6 3 8 8

Q UI C K- C H A N G E T O O LI N G

Q UI C K- C H A N G C H U C K T A P E R A C C O R DI N G T O DI N 2 0 8 0 S P E CI FI C A TI O N. E A S Y A N D F A S T C H A N GI N G MI L LI N G C H U C K( H O L D E R). C H U C K T A P E R P R E CI S E L Y M A C HI N E D S UI T A B L E F O R H E A V Y C U T TI N G. A L L T H E H O L D E R SI Z E A R E S P E CI A L F O R T HI S Q UI C K- C H A N G E T O O LI N G S Y S T E M O N L Y.

O R D E R N O.

TAPE R

S O C KET

W EI G H T K G S

C O D E N O.

V D- 1 0 3

NT40

181

2. 4

3 2 0 1- 0 0 3

V D- 1 0 5

NT50

NT40

175

3. 8

3 2 0 1- 0 0 4

MI L LI N G- Q UI C K C H A N G E S Y S T E M KI T

O R D E R N O.

TAPE R

S O C KET

V D- 1 1 3

NT40

V D- 1 1 5

NT50

NT40

F ULL SET 1. MI L LI N G Q UI C K- C H A N G E H O L D E R 2. D RI L L C H U C K H O L D E R 3. M O R S E T A P E R H O L D E R 4. F A C E MI L L H O L D E R 5. DI N 6 3 8 8 # 2 5 C O L L E T C H U C K H O L D E R 6. DI N 6 3 8 8 # 2 5 1 5 P C S C O L L E T 7. W R E N C H 8. W O O D E N B O X

W EI G H T K G S

C O D E N O.

3 2 0 1- 0 0 8

3 2 0 1- 0 0 9

T O O LI N G S Y S T E M

C38

T G 1 0 0 C oll et S y st e m

DI N 4 6 4 E

P R E CI SI O N T G 1 0 C O L L E T WI T HI N 2 0 MI C R O N

T G

T G- 1 0 0

C39

R A N G E SI Z E: 1/ 8 - 6 3/ 6 4

O R D E R N O.

I N C H

C O D E N O.

O R D E R N O.

I N C H

C O D E N O.

T G 1 0- 0 1

1/ 8

3 2 0 4- 0 0 1

T G 1 0- 3 0

9/ 6 4

3 2 0 4- 0 3 0

T G 1 0- 0 2

3/ 6

3 2 0 4- 0 0 2

T G 1 0- 3 1

1 1/ 6 4

3 2 0 4- 0 3 1

T G 1 0- 0 3

1/ 4

3 2 0 4- 0 0 3

T G 1 0- 3 2

1 3/ 6 4

3 2 0 4- 0 3 2

T G 1 0- 0 4

5/ 1 6

3 2 0 4- 0 0 4

T G 1 0- 3 3

1 5/ 6 4

3 2 0 4- 0 3 3

T G 1 0- 0 5

3/ 8

3 2 0 4- 0 0 5

T G 1 0- 3 4

1 7/ 6 4

3 2 0 4- 0 3 4

T G 1 0- 0 6

7/ 1 6

3 2 0 4- 0 0 6

T G 1 0- 3 5

1 9/ 6 4

3 2 0 4- 0 3 5

T G 1 0- 0 7

1/ 2

3 2 0 4- 0 0 7

T G 1 0- 3 6

2 1/ 6 4

3 2 0 4- 0 3 6

T G 1 0- 0 8

9/ 1 6

3 2 0 4- 0 0 8

T G 1 0- 3 7

2 3/ 6 4

3 2 0 4- 0 3 7

T G 1 0- 0 9

5/ 8

3 2 0 4- 0 0 9

T G 1 0- 3 8

2 5/ 6 4

3 2 0 4- 0 3 8

T G 1 0- 1 0

1 1/ 1 6

3 2 0 4- 0 1 0

T G 1 0- 3 9

2 7/ 6 4

3 2 0 4- 0 3 9

T G 1 0- 1 1

3/ 4

3 2 0 4- 0 1 1

T G 1 0- 4 0

2 9/ 6 4

3 2 0 4- 0 4 0

T G 1 0- 1 2

1 3/ 1 6

3 2 0 4- 0 1 2

T G 1 0- 4 1

3 1/ 6 4

3 2 0 4- 0 4 1

T G 1 0- 1 3

7/ 8

3 2 0 4- 0 1 3

T G 1 0- 4 2

3 3/ 6 4

3 2 0 4- 0 4 2

T G 1 0- 1 4

1 5/ 1 6

3 2 0 4- 0 1 4

T G 1 0- 4 3

3 5/ 6 4

3 2 0 4- 0 4 3

T G 1 0- 1 5

3 2 0 4- 0 1 5

T G 1 0- 4 4

3 7/ 6 4

3 2 0 4- 0 4 4

T G 1 0- 1 6

5/ 3 2

3 2 0 4- 0 1 6

T G 1 0- 4 5

3 9/ 6 4

3 2 0 4- 0 4 5

T G 1 0- 1 7

7/ 3 2

3 2 0 4- 0 1 7

T G 1 0- 4 6

4 1/ 6 4

3 2 0 4- 0 4 6

T G 1 0- 1 8

9/ 3 2

3 2 0 4- 0 1 8

T G 1 0- 4 7

4 3/ 6 4

3 2 0 4- 0 4 7

T G 1 0- 1 9

1 1/ 3 2

3 2 0 4- 0 1 9

T G 1 0- 4 8

4 5/ 6 4

3 2 0 4- 0 4 8

T G 1 0- 2 0

1 3/ 3 2

3 2 0 4- 0 2 0

T G 1 0- 4 9

4 7/ 6 4

3 2 0 4- 0 4 9

T G 1 0- 2 1

1 5/ 3 2

3 2 0 4- 0 2 1

T G 1 0- 5 0

4 9/ 6 4

3 2 0 4- 0 5 0

T G 1 0- 2 2

1 7/ 3 2

3 2 0 4- 0 2 2

T G 1 0- 5 1

5 1/ 6 4

3 2 0 4- 0 5 1

T G 1 0- 2 3

1 9/ 3 2

3 2 0 4- 0 2 3

T G 1 0- 5 2

5 3/ 6 4

3 2 0 4- 0 5 2

T G 1 0- 2 4

2 1/ 3 2

3 2 0 4- 0 2 4

T G 1 0- 5 3

5 5/ 6 4

3 2 0 4- 0 5 3

T G 1 0- 2 5

2 3/ 3 2

3 2 0 4- 0 2 5

T G 1 0- 5 4

5 7/ 6 4

3 2 0 4- 0 5 4

T G 1 0- 2 6

2 5/ 3 2

3 2 0 4- 0 2 6

T G 1 0- 5 5

5 9/ 6 4

3 2 0 4- 0 5 5

T G 1 0- 2 7

2 7/ 3 2

3 2 0 4- 0 2 7

T G 1 0- 5 6

6 1/ 6 4

3 2 0 4- 0 5 6

T G 1 0- 2 8

2 9/ 3 2

3 2 0 4- 0 2 8

T G 1 0- 5 7

6 3/ 6 4

3 2 0 4- 0 5 7

T G 1 0- 2 9

3 1/ 3 2

3 2 0 4- 0 2 9

T O O LI N G S Y S T E M

5 C C oll et S y st e m 5 C C oll et

L: 8 7 : 1 0°

D: 3 7. 5 G: 3 1. 7 5 W EI G H T: 0. 2 1 K G S

O R D E R N O.

A c c u r a c y: ± 0. 0 2 m m H a r d n e s s: H R C 4 7º

Q TY

5 C-

1 P C

5 C-

1 P C

R A N G E SI Z E Ø 3, 4, 5, 6, 7, 8, 9, 1 0, 1 1, 1 2, 1 3, 1 4, 1 5, 1 6, 1 7, 1 8, 1 9, 2 0, 2 1, 2 2, 2 3, 2 4, 2 5 M M Ø 1/ 8 , 3/ 1 6 , 1/ 4 , 5/ 1 6 , 3/ 8 , 7/ 1 6 , 1/ 2 , 9/ 1 6 , 5/ 8 , 1 1/ 1 6 , 3/ 4 , 1 3/ 1 6 , 7/ 8 , 1 5/ 1 6 , 1

C O M P L E T E S E T A V AI L A B L E SI Z E O R DE R N O.

Q TY

R A N G E SI Z E

P A C KI N G

V E- 1 0 2

7P CS

6, 8, 1 0, 1 2, 1 6, 2 0, 2 5

V E- 1 0 2I

7P CS

1/ 4 , 5/ 1 6 , 3/ 8 , 1/ 2 , 5/ 8 , 3/ 4 , 1

CA RT O N

W EI G H T K GS 1. 5

C O DE N O. 3 2 0 5- 1 0 0

CA RT O N

1. 5

3 2 0 5- 1 0 1

E ME R GE N CY TYPE S OFT C OLLET O R D E R N O.

M A T E RI A L k g s C O D E N O.

V E- 5 C S

ST E EL

V E- 5 C B

B RASS

V E- 5 C N

N YL O N

3 2 0 5- 2 0 1 0. 3 5

3 2 0 5- 2 0 2 3 2 0 5- 2 0 3

C A N B E M A C HI N E D F O R I N SI D E H O L E

R 8 C oll et S y st e m R 8 C oll et

G: 7/ 1 6 - 2 0 U N F O R D E R N O.

Q TY

R 8-

1 P C

R 8-

1 P C

: 8° 3 0

L: 1 0 1 D: 3 1. 7 5 W EI G H T: 0. 2 1 K G S

7/ 1 6 - 2 0 U N F

A c c u r a c y: ± 0. 0 2 m m H a r d n e s s: H R C 4 7º

R A N G E SI Z E Ø 3, 4, 5, 6, 7, 8, 9, 1 0, 1 1, 1 2, 1 3, 1 4, 1 5, 1 6, 1 7, 1 8, 1 9, 2 0 M M Ø 1/ 8 , 3/ 1 6 , 1/ 4 , 5/ 1 6 , 3/ 8 , 7/ 1 6 , 1/ 2 , 9/ 1 6 , 5/ 8 , 1 1/ 1 6 , 3/ 4

C O M P L E T E S E T A V AI L A B L E SI Z E O R DE R N O. V E- 1 1 0 V E- 1 1 4

Q TY

R A N G E SI Z E

6P CS 7P CS

6, 8, 1 0, 1 2, 1 6, 2 0 M M 6, 8, 1 0, 1 2, 1 4, 1 6, 2 0 M M

W EI G H T K GS 1. 5 1. 5

C O DE N O. 3 2 0 6- 1 0 0 3 2 0 6- 1 0 1

W EI G H T K GS 1. 1 1. 5 1. 5

C O DE N O. 3 2 0 6- 1 0 2 3 2 0 6- 1 0 3 3 2 0 6- 1 0 4

E ME R GE N CY TYPE S OFT C OLLET O R DE R Q TY R A N G E SI Z E N O. V E- 1 0 9 I 5 P C S 1/ 4 , 3/ 8 , 1/ 2 , 5/ 8 , 3/ 4 , V E- 1 1 0 I 6 P C S 1/ 4 , 5/ 1 6 , 3/ 8 , 1/ 2 , 5/ 8 , 3/ 4 V E- 1 1 4 I 7 P C S 3/ 1 6 , 1/ 4 , 5/ 1 6 , 3/ 8 , 1/ 2 , 5/ 8 , 3/ 4

m m

O R D E R N O. 5 C- 3 5 C- 4 5 C- 5 5 C- 6 5 C- 7 5 C- 8 5 C- 9 5 C- 1 0 5 C- 1 1 5 C- 1 2 5 C- 1 3 5 C- 1 4 5 C- 1 5 5 C- 1 6 5 C- 1 7 5 C- 1 8 5 C- 1 9 5 C- 2 0 5 C- 2 1 5 C- 2 2 5 C- 2 3 5 C- 2 4 5 C- 2 5

Ø d 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25

C O D E N O. 3 2 0 5- 0 0 1 3 2 0 5- 0 0 2 3 2 0 5- 0 0 3 3 2 0 5- 0 0 4 3 2 0 5- 0 0 5 3 2 0 5- 0 0 6 3 2 0 5- 0 0 7 3 2 0 5- 0 0 8 3 2 0 5- 0 0 9 3 2 0 5- 0 1 0 3 2 0 5- 0 1 1 3 2 0 5- 0 1 2 3 2 0 5- 0 1 3 3 2 0 5- 0 1 4 3 2 0 5- 0 1 5 3 2 0 5- 0 1 6 3 2 0 5- 0 1 7 3 2 0 5- 0 1 8 3 2 0 5- 0 1 9 3 2 0 5- 0 2 0 3 2 0 5- 0 2 1 3 2 0 5- 0 2 2 3 2 0 5- 0 2 3

O R D E R N O. 5 C- 1/ 8 5 C- 3/ 1 6 5 C- 1/ 4 5 C- 5/ 1 6 5 C- 3/ 8 5 C- 7/ 1 6 5 C- 1/ 2 5 C- 9/ 1 6 5 C- 5/ 8 5 C- 1 1/ 1 6 5 C- 3/ 4 5 C- 1 3/ 1 6 5 C- 7/ 8 5 C- 1 5/ 1 6 5 C- 1

Ø d 1/ 8 3/ 1 6 1/ 4 5/ 1 6 3/ 8 7/ 1 6 1/ 2 9/ 1 6 5/ 8 1 1/ 1 6 3/ 4 1 3/ 1 6 7/ 8 1 5/ 1 6 1

C O D E N O. 3 2 0 5- 0 2 4 3 2 0 5- 0 2 5 3 2 0 5- 0 2 6 3 2 0 5- 0 2 7 3 2 0 5- 0 2 8 3 2 0 5- 0 2 9 3 2 0 5- 0 3 0 3 2 0 5- 0 3 1 3 2 0 5- 0 3 2 3 2 0 5- 0 3 3 3 2 0 5- 0 3 4 3 2 0 5- 0 3 5 3 2 0 5- 0 3 6 3 2 0 5- 0 3 7 3 2 0 5- 0 3 8

O R D E R N O. R 8- 3 R 8- 4 R 8- 5 R 8- 6 R 8- 7 R 8- 8 R 8- 9 R 8- 1 0 R 8- 1 1 R 8- 1 2 R 8- 1 3 R 8- 1 4 R 8- 1 5 R 8- 1 6 R 8- 1 7 R 8- 1 8 R 8- 1 9 R 8- 2 0

Ø d 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20

C O D E N O. 3 2 0 6- 0 0 1 3 2 0 6- 0 0 2 3 2 0 6- 0 0 3 3 2 0 6- 0 0 4 3 2 0 6- 0 0 5 3 2 0 6- 0 0 6 3 2 0 6- 0 0 7 3 2 0 6- 0 0 8 3 2 0 6- 0 0 9 3 2 0 6- 0 1 0 3 2 0 6- 0 1 1 3 2 0 6- 0 1 2 3 2 0 6- 0 1 3 3 2 0 6- 0 1 4 3 2 0 6- 0 1 5 3 2 0 6- 0 1 6 3 2 0 6- 0 1 7 3 2 0 6- 0 1 8

O R D E R N O. R 8- 1/ 8 R 8- 3/ 1 6 R 8- 1/ 4 R 8- 5/ 1 6 R 8- 3/ 8 R 8- 7/ 1 6 R 8- 1/ 2 R 8- 9/ 1 6 R 8- 5/ 8 R 8- 1 1/ 1 6 R 8- 3/ 4

Ø d 1/ 8 3/ 1 6 1/ 4 5/ 1 6 3/ 8 7/ 1 6 1/ 2 9/ 1 6 5/ 8 1 1/ 1 6 3/ 4

C O D E N O. 3 2 0 6- 0 1 9 3 2 0 6- 0 2 0 3 2 0 6- 0 2 1 3 2 0 6- 0 2 2 3 2 0 6- 0 2 3 3 2 0 6- 0 2 4 3 2 0 6- 0 2 5 3 2 0 6- 0 2 6 3 2 0 6- 0 2 7 3 2 0 6- 0 2 8 3 2 0 6- 0 2 9

inch

m m

T O O LI N G S Y S T E M

inch

C40

C OLLET SYSTE M

5 C R A N GE

U 2 C oll et S y st e m

N O. 1 U 2 C O L L E T R A N G E SI Z E 3 ~ 1 6 m m N O. 2 U 2 C O L L E T R A N G E SI Z E 1 8 ~ 2 5 m m

N O. 2

N O. 1

L: 1 2 0 D: 2 8 d: 2 0 G: 2. 0 P : 1 7° 3 0 W EI G H T: 0. 1 8 K G S O R D E R N O.

A c c u r a c y: ± 0. 0 2 m m H a r d n e s s: H R C 4 7º

Q’ T Y

R A N G E SI Z E

V E- U 2-

1 P C

N O. 1 Ø 1. 5, 2, 3, 4, 5, 6, 7, 8, 9, 1 0, 1 1, 1 2, 1 3, 1 4, 1 5, 1 6 N O. 2 Ø 1 8, 2 0, 2 5 M M

V E- U 2-

1 P C

Ø 1/ 8 , 3/ 1 6 , 1/ 4 , 5/ 1 6 , 3/ 8 , 1/ 2 , 5/ 8

O R D E R N O. V E- U 2- 1. 5 V E- U 2- 2 V E- U 2- 3 V E- U 2- 4 V E- U 2- 5 V E- U 2- 6 V E- U 2- 7 V E- U 2- 8 V E- U 2- 9

d 1. 5 2 3 4 5 6 7 8 9

C O D E N O. 3 2 0 7- 0 2 6 3 2 0 7- 0 2 7 3 2 0 7- 0 0 1 3 2 0 7- 0 0 2 3 2 0 7- 0 0 3 3 2 0 7- 0 0 4 3 2 0 7- 0 0 5 3 2 0 7- 0 0 6 3 2 0 7- 0 0 7

inch

m m

O R D E R N O. V E- U 2- 1 0 V E- U 2- 1 1 V E- U 2- 1 2 V E- U 2- 1 3 V E- U 2- 1 4 V E- U 2- 1 5 V E- U 2- 1 6 V E- U 2- 1 8 V E- U 2- 2 0 V E- U 2- 2 5

d 10 11 12 13 14 15 16 18 20 25

C O D E N O. 3 2 0 7- 0 0 8 3 2 0 7- 0 0 9 3 2 0 7- 0 1 0 3 2 0 7- 0 1 1 3 2 0 7- 0 1 2 3 2 0 7- 0 1 3 3 2 0 7- 0 1 4 3 2 0 7- 0 1 5 3 2 0 7- 0 1 6 3 2 0 7- 0 1 7

O R D E R N O. V E- U 2- 1/ 8 V E- U 2- 3/ 1 6 V E- U 2- 1/ 4 V E- U 2- 5/ 1 6 V E- U 2- 3/ 8 V E- U 2- 1/ 2 V E- U 2- 5/ 8

d 1/ 8 3/ 1 6 1/ 4 5/ 1 6 3/ 8 1/ 2 5/ 8

C O D E N O. 3 2 0 7- 0 1 8 3 2 0 7- 0 1 9 3 2 0 7- 0 2 0 3 2 0 7- 0 2 1 3 2 0 7- 0 2 2 3 2 0 7- 0 2 3 3 2 0 7- 0 2 4

M T 3 C oll et S y st e m

D: 2 4. 1 L: 8 7 W EI G H T: 0. 1 8 K G S D R A W B A R SI Z E: G 1. M 1 2 X 1. 7 5 P

O R D E R N O.

Q TY

R A N G E SI Z E

D R A W B A R SI Z E

M T 3-

1 P C

Ø 4, 6, 8, 1 0, 1 2, 1 6, 2 0 M M

G1 m m

O R D E R N O. M T 3- 4 M T 3- 6 M T 3- 8 M T 3- 1 0 M T 3- 1 2 M T 3- 1 6 M T 3- 2 0

C41

T O O LI N G S Y S T E M

d 4 6 8 10 12 16 20

C O D E N O. 3 2 0 8- 1 0 0 3 2 0 8- 1 0 1 3 2 0 8- 1 0 2 3 2 0 8- 1 0 3 3 2 0 8- 1 0 4 3 2 0 8- 1 0 5 3 2 0 8- 1 0 6

Drill C h u c k s Ar b or O R DE R N O. V J- 1 2 0 V J- 1 2 1 V J- 1 2 2 V J- 1 2 3 V J- 1 2 4

O R DE R N O.

M T 3. 4. 5

V J- 1 2 6 V J- 1 2 6- 1 V J- 1 2 6- 3 V J- 1 3 0 V J- 1 3 0- 2 V J- 1 3 0- 4 V J- 1 3 7 V J- 1 3 1 V J- 1 3 1- 2 V J- 1 3 1- 4 V J- 1 3 4 V J- 1 3 4- 2 V J- 1 3 8 V J- 1 3 8- 1 V J- 1 3 8- 2 V J- 1 3 2 V J- 1 3 2- 1 V J- 1 3 2- 7 V J- 1 3 2- 4 V J- 1 3 2- 5 V J- 1 3 2- 6 V J- 1 3 2- 8 V J- 1 3 5 V J- 1 3 3 V J- 1 3 3- 1 V J- 1 3 3- 2 V J- 1 3 3- 3 V J- 1 3 3- 4 V J- 1 3 3- 5

W EI G H T ( k g) 0. 5 0. 5 0. 5 0. 5 0. 5

C O DE N O. 3 2 0 9- 0 0 0 3 2 0 9- 0 0 1 3 2 0 9- 0 0 2 3 2 0 9- 0 0 3 3 2 0 9- 0 0 4

TAPE R

J T N O.

JT3 JT1 JT2 JT6 B16

2 0. 6 0 9. 7 5 4 1 3. 9 4 1 7. 1 7 1 5. 7 3 3

34 18 20 26 24

TAPE R

JT N O.

W EI G H T ( k g)

C O DE N O.

JT3 B16 B18 JT6 JT5 JT4 JT2 JT6 JT5 JT33 B16 B18 JT2 JT3 JT4 JT6 JT3 JT4 JT5 JT2 JT33 B18 B16 JT6 JT3 JT4 JT5 JT2 JT33

2 0. 6 1 5. 7 3 3 1 7. 7 8 1 7. 1 7 3 5. 8 9 2 8. 5 5 1 4. 2 1 7. 1 7 3 5. 8 9 1 5. 8 5 1 5. 7 3 3 1 7. 7 8 1 4. 2 0 2 0. 6 0 2 8. 5 5 1 7. 1 7 2 0. 6 0 2 8. 5 5 3 5. 8 9 1 4. 2 1 5. 8 5 1 7. 7 8 1 5. 7 3 3 1 7. 1 7 2 0. 6 0 2 8. 5 5 3 5. 8 9 1 4. 2 1 5. 8 5

34 29 37 28 50 45 25 26 50 28 24 37 25 34 45 26 34 45 50 25 28 37 29 26 35 46 51 26 29

0. 2 4 0. 2 0. 2 1 0. 2 2 0. 5 0. 4 0. 2 0. 4 0. 7 0. 3 0. 3 0. 4 0. 3 0. 3 5 0. 5 0. 7 0. 7 0. 8 5 1 0. 6 4 0. 6 5 0. 7 0. 7 1. 6 1. 6 1. 8 2 1. 6 1. 6

3 2 0 9- 0 0 6 3 2 0 9- 0 0 6 A 3 2 0 9- 0 0 6 B 3 2 0 9- 0 2 9 3 2 0 9- 0 2 9 A 3 2 0 9- 0 2 9 B 3 2 0 9- 0 5 6 3 2 0 9- 0 3 0 3 2 0 9- 0 3 0 A 3 2 0 9- 0 3 0 B 3 2 0 9- 0 3 3 3 2 0 9- 0 3 3 A 3 2 0 9- 0 3 4 A 3 2 0 9- 0 3 4 3 2 0 9- 0 3 5 3 2 0 9- 0 3 1 3 2 0 9- 0 3 1 A 3 2 0 9- 0 3 1 B 3 2 0 9- 0 3 1 C 3 2 0 9- 0 3 1 D 3 2 0 9- 0 3 1 E 3 2 0 9- 0 3 1 F 3 2 0 9- 0 3 6 3 2 0 9- 0 3 2 3 2 0 9- 0 3 2 A 3 2 0 9- 0 3 2 B 3 2 0 9- 0 3 2 C 3 2 0 9- 0 3 2 D 3 2 0 9- 0 3 2 E

J T N O.

JT1 JT0 JT2 JT3 B10 JT6 B12 B16 B18 JT6 JT6

9. 7 5 4 6. 3 5 1 4. 2 0 2 0. 6 0 1 0. 2 5 1 7. 1 7 1 2. 1 1 5. 7 3 3 1 7. 7 8 0 1 7. 1 7 1 7. 1 7

19 9 25 35 21 26 2 2. 5 29 32 26 26

W EI G H T ( k g) 0. 2 0. 2 0. 2 0. 2 0. 1 5 0. 2 0. 2 0. 2

C O DE N O. 3 2 0 9- 0 5 8 3 2 0 9- 0 5 8 A 3 2 0 9- 0 5 9 3 2 0 9- 0 5 9 A 3 2 0 9- 0 5 9 B 3 2 0 9- 0 6 0 3 2 0 9- 0 6 0 A 3 2 0 9- 0 6 0 B 3 2 0 9- 0 6 0 C 3 2 0 9- 0 6 1 3 2 0 9- 0 6 2

MT2

MT3

MT4

MT5

C OLLET SYSTE M

C 2 0. 2 5. 3 2 O R DE R S H A N K N O. Ø D V J- 1 3 9 V J- 1 3 9- 1 V J- 1 4 0 V J- 1 4 0- 1 C20 V J- 1 4 0- 2 V J- 1 4 1 V J- 1 4 0- 3 V J- 1 4 0- 4 V J- 1 4 0- 5 C25 V J- 1 4 2 C32 V J- 1 4 3

0. 3 0. 5

T O O LI N G S Y S T E M

C42

M or s e T a p er Sl e e v e O R DE R N O. V Q- 1 0 1 V Q- 1 0 2 V Q- 1 0 3 V Q- 1 0 4 V Q- 1 0 5 V Q- 1 0 6 V Q- 1 0 7 V Q- 1 0 8 V Q- 1 0 9 V Q- 1 1 0 V Q- 1 0 0 V Q- 1 0 0- 1 V Q- 1 0 0- 2 V Q- 1 0 0- 3

I. D. x O. D.

M T2x M T3

2 3. 8 2 5

1 7. 7 8 0

11 2

M T2x M T4

3 1. 2 6 7

1 7. 7 8 0

124

M T2x M T5

4 4. 3 9 9

1 7. 7 8 0

156

M T3x M T4

3 1. 2 6 7

2 3. 8 2 5

140

M T3x M T5

4 4. 3 9 9

2 3. 8 2 5

156

M T3x M T6

6 3. 3 4 8

2 3. 8 2 5

218

M T4x M T5

4 4. 3 9 9

3 1. 2 6 7

171

M T4x M T6

6 3. 3 4 8

3 1. 2 6 7

218

M T5x M T6

6 3. 3 4 8

4 4. 3 9 9

218

M T1x M T3

2 3. 8 2 5

1 2. 0 6 5

100

M T1x M T2

1 7. 7 8 0

1 2. 0 6 5

M T1x M T4

3 1. 2 6 7

1 2. 0 6 5

124

M T1x M T5

4 4. 3 9 9

1 2. 0 6 5

156

M T2x M T6

I 2 W EI( kG g)H T 18 67 0. 2 6. 5 6 7 0. 5 6. 5 6 7 1. 4 4. 1 3 2 2. 5 8 4 0. 4 6. 5 8 4 1. 3 8 84 4 2 1. 5 1 0 7 1 8 107 3. 7 8 133 2. 9 6 55 0. 2 14 55 0. 2 2 6. 5 5 5 0. 8 9 7 55 1. 3 3 I1

C O DE N O. 3 2 1 0- 0 0 1 3 2 1 0- 0 0 2 3 2 1 0- 0 0 3 3 2 1 0- 0 0 4 3 2 1 0- 0 0 5 3 2 1 0- 0 0 6 3 2 1 0- 0 0 7 3 2 1 0- 0 0 8 3 2 1 0- 0 0 9 3 2 1 0- 0 1 0 3 2 1 0- 0 1 1 3 2 1 0- 0 1 2 3 2 1 0- 0 1 3 3 2 1 0- 0 1 4

M or s e T a p er E xt e n si o n S o c k et s M O R S E T A P E R E X T E N SI O N S O C K E T S F or a d a pti n g t o ol s wit h m or s e t a p er s h a n k s t o m a c hi n e h a vi n g s m all er m or s e t a p er s pi n dl e or f or a d a pti n g t o ol s wit h m or s e t a p er s h a n k s t o m a c hi n e h a vi n g t h e s a m e or l ar g er m or s e t a p er s pi n dl e. H ar d e n e d a n d gr o u n d t hr o u g h o ut.

O R DE R N O. V Q- 1 1 1- 3 V Q- 1 1 1- 1 V Q- 1 1 1- 2 V Q- 1 1 2 V Q- 1 1 2- 1 V Q- 1 1 2- 2 V Q- 1 1 2- 3 V Q- 1 1 3 V Q- 1 1 4 V Q- 1 1 5 V Q- 1 1 5- 1 V Q- 1 1 5- 2 V Q- 1 1 6 V Q- 1 1 7 V Q- 1 1 8 V Q- 1 1 9- 1 V Q- 1 1 9 V Q- 1 2 0

I. D. x O. D.

M T1x M T2 M T1x M T3 M T1x M T4 M T2x M T2 M T2x M T3 M T2x M T4 M T2x M T5 M T3x M T2 M T3x M T3 M T3x M T4 M T3x M T5 M T4x M T2 M T4x M T3 M T4x M T4 M T4x M T5 M T5x M T3 M T5x M T4 M T5x M T5

1 8. 2 2 0. 2 2 0. 2 2 4. 2 2 4. 2 2 4. 2 2 4. 2 3 2. 2 3 2. 2 3 2. 2 3 2. 2 4 5. 2 4 5. 2 4 5. 2 4 5. 2 6 3. 2 6 3. 2 6 3. 2

160 175 204 175 194 219 254 196 215 240 275 221 240 265 300 275 300 335

R 8 Wit h M or s e T a p er Sl e e v e

C43

T O O LI N G S Y S T E M

W EI G H T ( k g) 0. 2 8 0. 4 0. 3 5 0. 3 5 0. 5 0. 9 1. 8 5 0. 5 6 0. 7 1. 1 2. 1 1. 2 5 1. 4 1. 7 2. 7 3 3. 2 5 4. 2

C O DE N O. 3 2 1 0- 0 1 8 3 2 1 0- 0 1 9 3 2 1 0- 0 2 0 3 2 1 0- 0 2 1 3 2 1 0- 0 2 2 3 2 1 0- 0 2 2 A 3 2 1 0- 0 2 2 B 3 2 1 0- 0 2 3 3 2 1 0- 0 2 4 3 2 1 0- 0 2 5 3 2 1 0- 0 2 5 A 3 2 1 0- 0 2 6 A 3 2 1 0- 0 2 6 3 2 1 0- 0 2 7 3 2 1 0- 0 2 8 3 2 1 0- 0 2 9 A 3 2 1 0- 0 2 9 3 2 1 0- 0 3 0

O R DE R N O.

S H A N K

SI Z E

MT N O.

W EI G H T ( k g)

C O DE N O.

V Q- 1 2 1

R 8- M T 1

MT1

0. 3 6

3 2 1 1- 0 0 3

V Q- 1 2 2

R 8- M T 2

MT2

0. 4

3 2 1 1- 0 0 1

V Q- 1 2 3

R 8- M T 3

MT3

0. 5

3 2 1 1- 0 0 2

F a c e Mill Ar b or

N T 3 0, 4 0, 5 0, R 8, M T 3, 4

DI N 2 0 8 0/I S O S H A N K

M A T E RI A L: S C M- 2 1 H A R D N E S S: H R C 5 0°- 5 5° F A C E MI L L A R B O R

S q u ar e n e s s of m o u nti n g s urf a c e: L e s s t h a n 0. 0 0 0 2 ( 0. 0 0 5 m m) ( 0. 0 0 5 m m)

I N C H T H REA D

I N C H

F M A TYPE D 2 5. 4

H 20

W 9. 5 7

K 5

M O U N TI N G SI Z E C L 65 20

0. 7

3 2 1 2- 0 0 1

3 1. 7 5

1 2. 7 5

3 2 1 2- 0 0 2

V F- 1 0 3

3 8. 1

1 5. 9 0

1. 1

3 2 1 2- 0 0 3

V F- 1 0 4

2 5. 4

9. 5 7

1. 2

3 2 1 2- 0 0 4

3 1. 7 5

1 2. 7 5

1. 5

3 2 1 2- 0 0 5

V F- 1 0 6

3 8. 1

1 5. 9 0

1. 8

3 2 1 2- 0 0 6

V F- 1 0 9

2 5. 4

9. 5 7

3. 2

3 2 1 2- 0 0 9

3 1. 7 5

1 2. 7 5

3. 3

3 2 1 2- 0 1 0

3 8. 1

1 5. 9 0

3. 6

3 2 1 2- 0 1 1

O R DE R TAPE R N O.

V F- 1 0 1

N T 4 0 WI T H MA H O GAP

V F- 1 0 2

V F- 1 0 5

V F- 1 1 0 V F- 1 1 1

NT30

NT40

NT50

W EI G H T ( k g)

C O DE N O.

V F- 1 1 2

5 0. 8

1 9. 0 5

3 2 1 2- 0 1 2

V F- 1 1 4

2 5. 4

9. 5 7

0. 9

3 2 1 2- 0 1 4

V F- 1 1 5

3 1. 7 5

1 2. 7 5

1. 2

3 2 1 2- 0 1 5

V F- 1 1 6

M T- 3

2 5. 4

9. 5 7

0. 7

3 2 1 2- 0 1 6

V F- 1 1 7

M T- 4

2 5. 4

9. 5 7

3 2 1 2- 0 1 7

W EI G H T ( k g)

C O DE N O.

M E T RI C

F M B TYPE

M M T H REA D

D 22

H 18

W 9. 5 7

K 5

M O U N TI N G SI Z E C L 40 20

0. 7

3 2 1 2- 1 0 0

1 2. 7 5

0. 8

3 2 1 2- 1 0 1

V F- 1 2 2

1 5. 9 0

1. 1

3 2 1 2- 1 0 2

V F- 1 2 3

9. 5 7

1. 2

3 2 1 2- 1 0 3

V F- 1 2 3- 1

1 6. 4

1. 1 7

3 2 1 2- 1 0 3 A

1 2. 7 5

1. 3

3 2 1 2- 1 0 4

1 5. 9 0

1. 4

3 2 1 2- 1 0 5

V F- 1 2 6

1 9. 0 5

1. 9

3 2 1 2- 1 0 6

V F- 1 2 7

2 5. 4 0

128

3 2 1 2- 1 0 7

O R DE R N O.

TAPE R

V F- 1 2 0 V F- 1 2 1

NT30

S H A F T SI Z E

V F- 1 2 4 V F- 1 2 5

NT30

NT40

S H A F T SI Z E

V F- 1 2 8

9. 5 7

3. 1

3 2 1 2- 1 0 8

V F- 1 2 9

1 2. 7 5

3. 3

3 2 1 2- 1 0 9

1 5. 9 0

3. 5

3 2 1 2- 1 1 0

1 9. 0 5

3. 7

3 2 1 2- 1 1 1

V F- 1 3 0

NT50

V F- 1 3 1 V F- 1 3 2

2 5. 4 0

1 2 8. 5 7

5. 4

3 2 1 2- 1 1 2

V F- 1 3 4

9. 5 7

0. 9

3 2 1 2- 1 1 3

1 2. 7 5

3 2 1 2- 1 1 4

V F- 1 3 5

V F- 1 3 6

M T- 3

9. 5 7

0. 7

3 2 1 2- 1 1 5

V F- 1 3 7

MT4

9. 5 7

1. 1

3 2 1 2- 1 1 6

T O O LI N G S Y S T E M

C44

M or s e T a p er A d a pt er

N T- 3 0, 4 0, 5 0, R 8, M T 3, 4

DI N 2 0 8 0/I S O S H A N K

SI D E C U T T E R A R B O R

M O RSE TAPE R A D APTE R WI T H S T R AI G H T S H A N K

STA N D A R D TYPE O R D E R N O.

TAPE R

VI- 1 0 2 VI- 1 0 3 VI- 1 0 4 VI- 1 0 5 VI- 1 0 6 VI- 1 0 7 VI- 1 0 8 VI- 1 0 9 VI- 1 1 0 VI- 1 1 1

NT30 NT40

NT50

TYPE

MT2 MT3 MT1 MT2 MT3 MT4 MT2 MT3 MT4 MT5

32 35 25 32 40 50 32 40 50 65

50 65 30 30 70 90 30 30 45 105

O R D E R N O. R 8- S C A 1

C O D E N O. 3 2 1 1- 0 8 0

N T 3 0- S C A 1

3 2 1 1- 0 8 1

S T 4 0- S C A 1

3 2 1 1- 0 8 2

W EI G H T ( k g s) 0. 6 0. 7 0. 9 1 1. 2 1. 5 2. 8 2. 7 3. 2 3. 7

C O D E N O. 3 2 1 1- 0 3 1 3 2 1 1- 0 3 2 3 2 1 1- 0 3 3 3 2 1 1- 0 3 4 3 2 1 1- 0 3 5 3 2 1 1- 0 3 6 3 2 1 1- 0 3 7 3 2 1 1- 0 3 8 3 2 1 1- 0 3 9 3 2 1 1- 0 4 0

P L E A S E N O TI F Y T H E D R A W B A R T H R E A D SI Z E I S M M SI Z E O R I N C H SI Z E W H E N O R D E RI N G.

STA N D A R D TYPE O R DE R N O. VI- 1 3 1 VI- 1 3 2 VI- 1 3 3 VI- 1 3 4 VI- 1 3 5 VI- 1 3 6 VI- 1 3 7 VI- 1 3 8 VI- 1 3 8- 4

TAPE R C20 C25

C32

SI Z E

MT N O

C 2 0- M T 1 C 2 0- M T 2 C 2 5- M T 1 C 2 5- M T 2 C 2 5- M T 3 C 3 2- M T 1 C 3 2- M T 2 C 3 2- M T 3 C 3 2- M T 4

20 20 25 25 25 32 32 32 32

MT1 MT2 MT1 MT2 MT3 MT1 MT2 MT3 MT4

27 27 33 33 33 37 37 37 37

60 70 60 70 90 60 70 90 11 2

W EI G H T ( k g) 0. 2 0. 2 0. 3 0. 2 0. 2 0. 3 6 0. 3 7 0. 3 5 0. 3

C O DE N O. 3 2 1 1- 0 6 0 3 2 1 1- 0 6 1 3 2 1 1- 0 6 2 3 2 1 1- 0 6 3 3 2 1 1- 0 6 4 3 2 1 1- 0 6 5 3 2 1 1- 0 6 6 3 2 1 1- 0 6 7 3 2 1 1- 0 6 8

Si d e C utt er Ar b or V R A- N T 4 0

V R A- R 8

T H REA D

INCH

C45

M E T RI C

O R D E R N O.

T H RE A D

C O D E N O.

O R D E R N O.

T H RE A D

C O D E N O.

R 8- S C A 1 ”

7/ 1 6- 2 0 U N F

3 2 1 1- 0 8 0

R 8- S C B 2 2

7/ 1 6- 2 0 U N F

3 2 1 1- 0 8 6

N T 3 0- S C A 1 ”

1/ 2- 1 2 N C

3 2 1 1- 0 8 1

N T 3 0- S C B 2 7

M 1 2 x 1. 7 5 P

3 2 1 1- 0 8 7

N T 4 0- S C A 1 ”

5/ 8- 1 1 N C

3 2 1 1- 0 8 2

N T 4 0- S C B 2 7

M 1 6 x 2. 0 P

3 2 1 1- 0 8 8

T O O LI N G S Y S T E M

J a c o b s T a p er Drill C h u c k Ar b or

N T 3 0, 4 0, 5 0- J T & B

DI N 2 0 8 0/I S O S H A N K

TAPE R

JT N O

V J- 1 0 3 V J- 1 0 6 V J- 1 0 9 V J- 1 1 1 V J- 1 1 2

NT30

JT6

1 7. 1 7

NT40

JT6

1 7. 1 7

NT50

JT6

1 7. 1 7

NT30

B16

1 5. 7 3 3

NT40

B16

1 5. 7 3 3

W EI G H T ( k g s) 0. 6 1 3. 2 0. 5 1

C O D E N O. 3 2 0 9- 0 9 2

M O RSE TAPE R A D APTE R

O R D E R N O.

3 2 0 9- 0 9 5 3 2 0 9- 0 9 8 3 2 0 9- 0 9 9 3 2 0 9- 1 0 0

P L E A S E N O TI F Y T H E D R A W B A R T H R E A D SI Z E I S M M SI Z E O R I N C H SI Z E W H E N O R D E RI N G.

H ori z o nt al Milli n g Ar b or Wit h K e y W a y Wi d e 5/ 1 6 ”

O R D E R N O.

TAPE R

Ø D

Ø C

W EI G H T ( k g)

C O D E N O.

V L- 1 1 0

NT40 M 1 6 x 2. 0 P

M30 x P2

600

490

7. 5

3 2 0 9- 1 3 0

T a n g F or M or s e T a p er S h a n k

S U R F A C E T R E A T M E N T: B L A C K E NI N G

H R C 4 5º

T a n g f or dr a w b ar t hr e a d t y p e t o t a n g t y p e

O R D E R N O.

M or s e

W EI G H T

C O D E N O.

V M T S- 2

M 1 0 X 1. 5

0. 0 2

3 2 0 9- 2 0 1

V M T S- 3

M 1 2 X 1. 7 5

7. 5

0. 0 4

3 2 0 9- 2 0 2

V M T S- 4

M16 X2

1 1. 5

0. 0 9

3 2 0 9- 2 0 3

V M T S- 5

M24 X3

1 5. 5

0. 1 8

3 0 2 9- 2 0 4

T O O LI N G S Y S T E M

C46

N C Ri g ht A n gl e H e a d

Hi g h Pr e ci si o n

Mi ni m u m i nt erf er e n c e O R D E R N O.

Ø D

B T 4 0- R A E R 3 2- 1 8 5 B T 5 0- R A E R 3 2- 1 9 5 S K 4 0- R A E R 3 2- 1 7 6

Ø G

11 3 7 8. 2

6 3. 8

2- 2 0

S K 5 0- R A E R 3 2- 1 7 3

Ot h er a n gl e h e a d

11 3 11 3

VE RTEX A N GLE HE A D M O RE S M ALLE R I nt erf er e n c e si z e c o ntr a st Ot h er a n gl e h e a d M a x. cl a m pi n g di a m et er Ø 2 0 V E R T E X = A n gl e h e a d M a x. cl a m pi n g di a m et er Ø 2 0

11 3

Ø171

160

Ø156

140

V E R T E X a n gl e h e a d S M ALLE R

W EI G H T

185

C O DE N O. 3 2 1 4- 2 0 1

195

3 2 1 4- 2 0 2

176

8. 8

3 2 1 4- 2 0 3

173

3 2 1 4- 2 0 4

T ur n V erti c al M a c hi n e T o H ori z ot al Cl a m pi n g r a n g e Ø 2- 2 0 M a x. s p e e d : 3 0 0 0 P. P. M. Dri v e r ati o 1: 1 F or Li g ht C utti n g-f a ci n g, Drilli n g, T a p pi n g & I nt er n al S urf a c e M a c hi ni n g S uit a bl e F or A T C U s e St a n d ar d B T S h a n k & E R 3 2 C oll et s B uilt I nt er n al C oll et C h u c k S y st e m A s s ur e T h e Hi g h A c c ur a c y Hi g h Pr e ci si o n & Ri gi d- M a d e B o d y Fr e e A dj u st m e nt O F T h e Dri vi n g K e y & L o c ati o n PI N F or S p e ci al A n gl e C utti n g ( N C U ni v er s al A n g ul ar H e a d ) C o m p a ct D e si g n : L o w I n et erf er e n c e Wit h S p e ci al Wr e n c h C a uti o n s : C h e c k Wit h V E R T E X & M a c hi n e T o ol M a n uf a ct ur er Fir st F or T h e M a c hi n e M o u nti n g

T h e m a c hi n e t o ol’ s s pi n dl e a n d a n gl e h e a d s h o ul d R ot at e i n o p p o sit e dir e cti o n, w h e n u s e, pl e a s e m a k e s ur e m a c hi n e t o ol’ s s pi n dl e i s R ot ati n g i n R e v er s e dir e cti o n.

C47

T O O LI N G S Y S T E M

A N G UL A R HE A D

N C U ni v er s al A n g ul ar H e a d

J NEED T O CHECK

Cl a m pi n g R a n c e ø 2 - ø 1 6 M a x. s p e e d : 3 0 0 0 P. P. M. Dri v e r ati o 1: 1 O R D E R N O.

Ø D

Ø G

B T 4 0- U A E R 2 5- 1 8 2 B T 5 0- U A E R 2 5- 2 0 0 S K 4 0- U A E R 2 5- 1 7 3

138

S K 5 0- U A E R 2 5- 1 7 8

F or Li g ht C utti n g-f a ci n g, Drilli n g, T a p pi n g & I nt er n al S urf a c e M a c hi ni n g S uit a bl e F or A T C U s e St a n d ar d B T S h a n k & E R 3 2 C oll et s B uilt I nt er n al C oll et C h u c k S y st e m A s s ur e T h e Hi g h A c c ur a c y N o N e e d T o Hir e S p e ci al E n gi n e er s E a s y T o A c hi e v e Hi g h Pr e ci si o n T ur n V erti c al M a c hi n e T o H ori z o nt al

2- 1 6

W EI G H T

C O DE N O.

182

9. 2

3 2 1 4- 2 2 1

200

1 3. 6

3 2 1 4- 2 2 2

173

3 2 1 4- 2 2 3

178

1 2. 6

3 2 1 4- 2 2 4

Hi g h Pr e ci si o n & Ri gi d- M a d e B o d y Fr e e A dj u st m e nt Of T h e Dri vi n g K e y & L o c ati o n PI N F or S p e ci al A n gl e C utti n g ( N C U ni v er s al A n g ul ar H e a d ) C o m p a ct D e si g n : L o w I n et erf er e n c e Wit h S p e ci al Wr e n c h C a uti o n s : J C h e c k Wit h V E R T E X & M a c hi n e T o ol M a n uf a ct ur er Fir st F or T h e M a c hi n e

P att er n t a p er m a c hi ni n g

O bli q u e s urf a c e m a c hi ni n g

T O O LI N G S Y S T E M

C48

Oli- F e e d H ol d er / Sl o

C o ol a nt h ol e h ol d er f or str ai g ht s h a n k B T 4 0, B T 5 0 Di m e n si o n

( N ot e) H & X di m e n si o n s diff er d e p e n di n g o n m a c hi n e s e m pl o y e d.

P T 1/ 4

P O SI TI O NI N G B L O C K I n u si n g, OI L- F E E D h ol d er, p o siti o ni n g bl o c kill u str at e d h er e i s n e c e s s ar y. T h e p o siti o ni n g bl o c k c a n b e m o u nt e d t o t h e s pi n dl e g ui d e b ut it s h all b e m o u nt e d s o a s n ot t o i nt erf er e wit h A T C ar m, et c. of m a c hi n e. it i s n e c e s s ar y t o c o n s ult t h e m a c hi n e m a n uf a ct ur er a b o ut t h e pr o p er m o uti n g.

U nit: m m

O R D E R N O.

W EI G H T( k g s)

C O D E N O.

B T 4 0 S L O 3 2- 1 6 5

165

4K GS

3 2 1 4- 0 0 1

B T 5 0 S L O 3 2- 1 6 5

165

100

7. 1 K G S

3 2 1 4- 0 0 3

B T 5 0 S L O 4 0- 1 7 0

170

100

7. 8 K G S

3 2 1 4- 0 0 4

R e d u ci n g sl e e v e f or oil f e e d h ol d er.

O R D E R N O.

O C 3 2- 2 0 O C 3 2- 2 5 O C 4 0- 2 5 O C 4 0- 3 2

D2 20

25 25

W EI G H T( k g)

0. 4

3 2 1 4- 1 0 3

0. 3

3 2 1 4- 1 0 4

0. 6

3 2 1 4- 1 0 5

0. 5

3 2 1 4- 1 0 6

Si d el o c k E N D Mill H ol d er

DI N 2 0 8 0

IS O S H A N K

N T 3 0, 4 0, 5 0, R 8- S L A

O R D E R N O. T A P E R NT30 V N- 1 0 2 NT30 V N- 1 0 3 NT40 V N- 1 0 5 NT40 V N- 1 0 6 NT40 V N- 1 0 7 NT40 V N- 1 0 8 NT40 V N- 1 0 9 NT50 V N- 1 1 2 R8 V N- 1 1 8 R8 V N- 1 2 0 NT40 V N- 1 2 2 NT40 V N- 1 2 3 NT40 V N- 1 2 4

C49

T O O LI N G S Y S T E M

D 16 20 12 16 20 25 32 16 12 20 6 8 10

C 45 50 40 45 50 50 60 45 40 50

H 50 60 45 50 60 65 70 50 45 60

C O D E N O.

L 60 65 55 60 65 75 90 60 55 65

H1 22 25 20 22 25 25 30 22 20 25

H2 18 20 16 18 20 22 22 18 16 20

G M10 M12 M10 M10 M12 M12 M16 M10 M10 M12

W EI G H T( k g s) 0. 7 0. 8 1. 0 1. 2 1. 3 1. 5 1. 7 3. 1 0. 7

U nit: m m

C O D E N O. 3 2 1 3- 0 0 2 3 2 1 3- 0 0 3 3 2 1 3- 0 0 5 3 2 1 3- 0 0 6 3 2 1 3- 0 0 7 3 2 1 3- 0 0 8 3 2 1 3- 0 0 9 3 2 1 3- 0 1 2 3 2 1 3- 0 1 8 3 2 1 3- 0 2 0 3 2 1 3- 0 2 2 3 2 1 3- 0 2 3 3 2 1 3- 0 2 4

F a c e Mill Ar b or

B T 3 0, 4 0, 5 0

I N C H F M A TYPE O R D E R N O.

TAPE R

B T- 1 0 1

BT30

2 5. 4

9. 5

N. W. C O D E N O. ( K G) 1. 0 3 2 1 2- 2 0 1

2 5. 4

9. 5

1. 6

B T- 1 0 3 B T- 1 0 5

3 2 1 2- 2 0 3

2 5. 4

9. 5

1. 6

3 2 1 2- 2 0 5

3 1. 7 5

1 2. 7

1. 8

3 2 1 2- 2 0 6

B T- 1 0 8

3 1. 7 5

1 2. 7

2. 8

3 2 1 2- 2 0 8

B T- 1 0 9

3 8. 1

1 5. 9

2. 5

3 2 1 2- 2 0 9

B T- 1 1 1

2 5. 4

9. 5

4. 2

3 2 1 2- 2 1 1

B T- 1 1 2

2 5. 4

105

9. 5

4. 9

3 2 1 2- 2 1 2

B T- 1 1 3

2 5. 4

150

9. 5

6. 2

3 2 1 2- 2 1 3

B T- 1 1 4

3 1. 7 5

1 2. 7

4. 0

3 2 1 2- 2 1 4

B T- 1 0 6

B T- 1 1 5

BT40

3 1. 7 5

1 2. 7

4. 8

3 2 1 2- 2 1 5

3 1. 7 5

105

1 2. 7

5. 6

3 2 1 2- 2 1 6

B T- 1 1 7

3 8. 1

1 5. 9

4. 6

3 2 1 2- 2 1 7

B T- 1 1 8

3 8. 1

1 5. 9

5. 6

3 2 1 2- 2 1 8

B T- 1 1 9

5 0. 8

1 9. 0 5

4. 8

3 2 1 2- 2 1 9

B T- 1 2 1

4 7. 6 2 5

1 2 8. 5 7 2 5. 4

7. 9

3 2 1 2- 2 2 1

N. W. C O D E N O. ( K G) 2. 0 3 2 1 2- 2 6 7

2. 2

3 2 1 2- 2 6 8

B T- 1 5 2

1. 5

3 2 1 2- 2 6 9

B T- 1 5 3

2. 2

3 2 1 2- 2 7 0

1. 7

3 2 1 2- 2 7 1

2. 7

3 2 1 2- 2 7 2

1. 8

3 2 1 2- 2 7 3

B T- 1 1 6

BT50

M E T RI C F M B T Y P E O R D E R N O.

B T- 1 5 0 B T- 1 5 1

B T- 1 5 4 B T- 1 5 5

TAPE R BT30

BT40

B T- 1 5 6 B T- 1 5 7

2. 7

3 2 1 2- 2 7 4

B T- 1 5 8

4. 2

3 2 1 2- 2 7 5

B T- 1 5 9

4. 6

3 2 1 2- 2 7 6

B T- 1 6 0

4. 3

3 2 1 2- 2 7 7

B T- 1 6 1 B T- 1 6 2

BT50

F A C E MI L L A R B O E

B T- S H A N K M A S 4 0 3

4. 9

3 2 1 2- 2 7 8

105

5. 7

3 2 1 2- 2 7 9

B T- 1 6 3

5. 5

3 2 1 2- 2 8 0

B T- 1 6 4

105

6. 5

3 2 1 2- 2 8 1

B T- 1 6 5

150

8. 7

3 2 1 2- 2 8 2

B T- 1 6 6

3 2 1 2- 2 8 3

T O O LI N G S Y S T E M

C50

Drill C h u c k H ol d er / A P U

O R D E R N O. B T- 1 8 0 B T- 1 8 1 B T- 1 8 2 B T- 1 8 3 B T- 1 8 4 B T- 1 8 6 B T- 1 8 8

M or s e T a p er A d a pt or

B T 3 0, 4 0, 5 0- M T A, M T B

TAPE R B T 3 0- A P U 0 8 B T 3 0- A P U 1 3 B T 4 0- A P U 0 8 B T 4 0- A P U 1 3 B T 4 0- A P U 1 6 B T 5 0- A P U 1 3 B T 5 0- A P U 1 6

Ø D 37 50 37 50 58 50 58

P ull St u d F or M T A A d a pt or

P ull St u d F or M T B A d a pt or

K GS 1 1. 4 1. 5 2 2. 5 4. 7 4. 8

C O D E N O. 3 2 1 2- 3 0 1 3 2 1 2- 3 0 2 3 2 1 2- 3 0 3 3 2 1 2- 3 0 4 3 2 1 2- 3 0 5 3 2 1 2- 3 0 7 3 2 1 2- 3 0 9

M A S 4 0 3 B T- S H A N K

M T A. N O

M T A T Y P E ( S T A N D A R D T Y P E)

M or s e T a p er A d a pt or

O R D E R N O. B T- 2 0 4 B T- 2 0 7 B T- 2 0 9 B T- 2 1 2 B T- 2 1 3 B T- 2 1 5 B T- 2 1 6 B T- 2 1 8 B T- 2 1 9 B T- 2 2 0 B T- 2 2 3 B T- 2 2 4 B T- 2 2 6 B T- 2 2 7 B T- 2 2 9 B T- 2 3 0 B T- 2 3 1

TAPE R BT30

BT40

BT50

M T. N O. M T- 2 M T- 3 M T- 1 M T- 2 M T- 2 M T- 3 M T- 3 M T- 4 M T- 4 M T- 1 M T- 2 M T- 2 M T- 3 M T- 3 M T- 4 M T- 4 M T- 5

L1 60 80 50 50 120 75 135 95 165 45 50 135 65 150 75 180 105

M T B T Y P E ( S T A N D A R D T Y P E) O R D E R N O. B T- 2 3 6 B T- 2 3 7 B T- 2 3 8 B T- 2 3 9 B T- 2 4 1 B T- 2 4 2 B T- 2 4 3 B T- 2 4 4

C51

T O O LI N G S Y S T E M

TAPE R BT40

BT50

M T. N O. L MT B1 45 MT B2 45 MT B3 75 MT B4 75 MT B2 45 MT B3 60 MT B4 75 MT B5 120

C1 32 40 25 32 32 40 40 48 48 25 32 32 40 40 48 48 65

Ø D 25 32 40 48 32 40 48 65

W EI G H T( K G) 0. 6 1. 2 1. 1 1. 1 1. 4 1. 3 1. 7 1. 5 2. 3 3. 5 3. 5 4 3. 6 4. 4 3. 6 4. 9 4. 2

G M16 M10 M12 M16 M10 M12 M16 M20

W EI G H T( K G) 1 1 1. 2 1. 3 3. 6 3. 7 3. 7 5. 2

C O D E N O. 3 2 1 1- 0 9 1 3 2 1 1- 0 9 2 3 2 1 1- 0 9 4 3 2 1 1- 0 9 5 3 2 1 1- 0 9 5 A 3 2 1 1- 0 9 6 3 2 1 1- 0 9 6 A 3 2 1 1- 0 9 7 3 2 1 1- 0 9 7 A 3 2 1 1- 0 9 8 3 2 1 1- 0 9 9 3 2 1 1- 0 9 9 A 3 2 1 1- 1 0 0 3 2 1 1- 1 0 0 A 3 2 1 1- 1 0 1 3 2 1 1- 1 0 1 A 3 2 1 1- 1 0 2

C O D E N O. 3 2 1 1- 1 0 5 3 2 1 1- 1 0 6 3 2 1 1- 1 0 7 3 2 1 1- 1 0 8 3 2 1 1- 1 1 0 3 2 1 1- 1 1 1 3 2 1 1- 1 1 2 3 2 1 1- 1 1 3

O R D E R N O.

B T- 3 1 5 B T- 3 1 6 B T- 3 2 5 B T- 3 3 2 B T- 3 3 2- 1 B T- 3 3 3 B T- 3 3 3- 1

M A S 4 0 3 B T- S H A N K

TAPE R BT40 BT50 BT40 BT50

J T. N O.

W EI G H T ( K G)

C O D E N O.

J T- 6 J T- 6 J T- 6 B16 B18 B16 B18

45 90 45 45 45 45 45

30 30 30 30

4 4 4 4

1. 2 1. 4 4. 2 1. 4 5

5. 1

3 2 0 9- 1 4 7 3 2 0 9- 1 4 8 3 2 0 9- 1 5 1 3 2 0 9- 1 5 5 3 2 0 9- 1 5 5 A 3 2 0 9- 1 5 6 3 2 0 9- 1 5 6 A

L e v er C h e c ki n g H ol d er s M8 T H R E A D F O R C H E C KI N G A R M

O R D E R N O.

Ø D

kgs

C O D E N O.

B T 4 0- M 8 B T 5 0- M 8

47 58

30 30

M8 M8

1. 3

3 0 2 9- 1 6 0 3 0 2 9- 1 6 1

K GS

250

3. 9 2. 4

C O DE N O. 3 4 0 5- 4 1 2 3 4 0 5- 4 1 3 3 4 0 5- 4 1 4

T e st Ar b or O R DE R N O. A50 A40 A30

T A P E R C A N F O R PG U L L S T U D B T- 5 0 M 2 4 x P 3. 0 B T- 4 0 M 1 6 x P 2. 0 B T- 3 0 M 1 2 x P 1. 7 5

A 40 40 30

5. 3

T O O LI N G S Y S T E M

C52

J A C O BS TAPE R A R B O R

J a c o b s T a p er Ar b or

Si d el o c k E n d Mill H ol d er

B T 3 0, 4 0, 5 0- S L A

M A S 403

W EL D O N T Y P E B T- S H A N K

U nit: m m

O R D E R N O.

B T- 4 3 6 B T- 4 3 7 B T- 4 3 8 B T- 4 3 9 B T- 4 4 0 B T- 4 4 1 B T- 4 4 2 B T- 4 4 3 B T- 4 4 4 B T- 4 4 5 B T- 4 4 6 B T- 4 4 7 B T- 4 4 8 B T- 4 4 9 B T- 4 5 0 B T- 4 5 1 B T- 4 5 1- 1 B T- 4 5 2 B T- 4 5 3 B T- 4 5 4 B T- 4 5 5 B T- 4 5 6 B T- 4 5 7 B T- 4 5 8 B T- 4 5 9 B T- 4 6 0 B T- 4 6 1 B T- 4 6 2 B T- 4 6 3 B T- 4 6 4 B T- 4 6 5 B T- 4 6 6 B T- 4 6 7 B T- 4 6 8 B T- 4 7 0 B T- 4 7 1 B T- 4 7 2 B T- 4 7 4 B T- 4 7 7 B T- 4 7 8 B T- 4 7 9

C53

W EI G H T ( k g s)

SI Z E

Ø D

Ø D1

B T 3 0- S L A 6- 6 0

M 6 x 1. 0

0. 7

3 2 1 3- 1 2 6

B T 3 0- S L A 8- 6 0

M 8 x 1. 2 5

0. 7

3 2 1 3- 1 2 7

B T 3 0- S L A 1 0- 6 0

M 8 x 1. 2 5

0. 7

3 2 1 3- 1 2 8

B T 3 0- S L A 1 2- 6 0

M 1 2 x 1. 5

0. 8

3 2 1 3- 1 2 9

B T 3 0- S L A 1 6- 7 5

M 1 2 x 1. 5

0. 9

3 2 1 3- 1 3 0

B T 3 0- S L A 2 0- 7 5

M 1 2 x 1. 5

1. 2

3 2 1 3- 1 3 1

B T 4 0- S L A 6- 7 5

M 6 x 1. 0

1. 2

3 2 1 3- 1 3 2

B T 4 0- S L A 8- 7 5

M 8 x 1. 2 5

1. 3

3 2 1 3- 1 3 3

B T 4 0- S L A 1 0- 7 5

M 8 x 1. 2 5

1. 4

3 2 1 3- 1 3 4

B T 4 0- S L A 1 2- 7 5

M 1 2 x 1. 5

1. 5

3 2 1 3- 1 3 5

B T 4 0- S L A 1 4- 7 5

M 1 2 x 1. 5

1. 5

3 2 1 3- 1 3 6

B T 4 0- S L A 1 6- 7 5

M 1 2 x 1. 5

1. 6

3 2 1 3- 1 3 7

B T 4 0- S L A 1 8- 7 5

M 1 2 x 1. 5

1. 6

3 2 1 3- 1 3 8

B T 4 0- S L A 2 0- 9 0

M 1 2 x 1. 5

1. 9

3 2 1 3- 1 3 9

B T 4 0- S L A 2 5- 9 0

M 1 8 x 1. 5

2. 2

3 2 1 3- 1 4 0

B T 4 0- S L A 3 2- 9 0

M 2 0 x 1. 5

B T 4 0- S L A 3 2- 1 0 0

B T 4 0- S L A 4 0- 1 0 5

105

M 2 0 x 1. 5

3. 2

3 2 1 3- 1 4 2

B T 4 0- S L A 4 2- 1 0 5

105

M 2 0 x 1. 5

3. 1

3 2 1 3- 1 4 3

B T 5 0- S L A 6- 9 0

M 6 x 1. 0

3. 9

3 2 1 3- 1 4 4

B T 5 0- S L A 6- 1 5 0

150

M 6 x 1. 0

3 2 1 3- 1 4 5

B T 5 0- S L A 8- 9 0

M 8 x 1. 2 5

3. 7

3 2 1 3- 1 4 6 3 2 1 3- 1 4 7

M 2 0 x 1. 5

C O D E N O.

3 2 1 3- 1 4 1 3 2 1 3- 1 4 1 A

B T 5 0- S L A 8- 1 5 0

150

M 8 x 1. 2 5

4. 2

B T 5 0- S L A 1 0- 9 0

M 8 x 1. 2 5

4. 2

3 2 1 3- 1 4 8

B T 5 0- S L A 1 0- 1 5 0

150

M 8 x 1. 2 5

4. 3

3 2 1 3- 1 4 9

B T 5 0- S L A 1 2- 9 0

M 1 2 x 1. 5

4. 2

3 2 1 3- 1 5 0

B T 5 0- S L A 1 2- 1 5 0

150

M 1 2 x 1. 5

4. 9

3 2 1 3- 1 5 1

B T 5 0- S L A 1 4- 9 0

M 1 2 x 1. 5

4. 2

3 2 1 3- 1 5 2

B T 5 0- S L A 1 6- 9 0

M 1 2 x 1. 5

4. 3

3 2 1 3- 1 5 3

B T 5 0- S L A 1 6- 1 5 0

150

M 1 2 x 1. 5

3 2 1 3- 1 5 4

B T 5 0- S L A 1 8- 9 0

M 1 2 x 1. 5

4. 3

3 2 1 3- 1 5 5

B T 5 0- S L A 2 0- 1 0 5

105

M 1 2 x 1. 5 P

4. 5

3 2 1 3- 1 5 6

B T 5 0- S L A 2 0- 1 5 0

150

M 1 2 x 1. 5

4. 5

3 2 1 3- 1 5 7

B T 5 0- S L A 2 0- 2 0 0

200

M 1 2 x 1. 5

6. 4

3 2 1 3- 1 5 8

B T 5 0- S L A 2 5- 1 0 5

105

M 1 8 x 1. 5

3 2 1 3- 1 6 0

B T 5 0- S L A 2 5- 1 5 0

150

M 1 8 x 1. 5 P

6. 3

3 2 1 3- 1 6 1

B T 5 0- S L A 2 5- 2 0 0

200

M 1 8 x 1. 5 P

7. 6

3 2 1 3- 1 6 2

B T 5 0- S L A 3 2- 1 0 5

105

M 2 0 x 1. 5

5. 3

3 2 1 3- 1 6 4

B T 5 0- S L A 3 2- 2 5 0

250

M 2 0 x 1. 5

9. 8

3 2 1 3- 1 6 7

B T 5 0- S L A 4 0- 1 2 0

120

M 2 0 x 1. 5

6. 5

3 2 1 3- 1 6 8

B T 5 0- S L A 4 2- 1 2 0

120

M 2 0 x 1. 5

6. 7

3 2 1 3- 1 6 9

T O O LI N G S Y S T E M

P ull St u d s

B T 3 0, 4 0, 5 0

F O R M A S 403

T H REA D G R O U N D

P ULL ST U DS

• M A T E RI A L: S N C M 2 1 • H A R D N E S S: H R C 5 4º ± 2º • S H A N K B T- 3 0( P 3 0 T) • S H A N K B T- 4 0( P 4 0 T) • S H A N K B T- 5 0( P 5 0 T)

U nit: m m

O R D E R N O.

T A P E R N O.

a°

N OTE

B T- 5 1 0 B T- 5 0 1 B T- 5 0 2 B T- 5 1 1 B T- 5 0 3 B T- 5 0 4 B T- 5 1 2 B T- 5 0 5 B T- 5 0 6

B T 3 0 X 9 0° B T 3 0 X 4 5° B T 3 0 X 6 0° B T 4 0 X 9 0° B T 4 0 X 4 5° B T 4 0 X 6 0° B T 5 0 X 9 0° B T 5 0 X 4 5° B T 5 0 X 6 0°

90 45 60 90 45 60 90 45 60

43 43 43 60 60 60 85 85 85

23 23 23 35 35 35 45 45 45

18 18 18 28 28 28 35 35 35

1 6. 5 1 6. 5 1 6. 5 23 23 23 38 38 38

11 11 11 15 15 15 23 23 23

7 7 7 10 10 10 17 17 17

1 2. 5 1 2. 5 1 2. 5 17 17 17 25 25 25

M12 M12 M12 M16 M16 M16 M24 M24 M24

3 2 1 5- 0 0 7 3 2 1 5- 0 0 8 3 2 1 5- 0 0 9 3 2 1 5- 0 1 0 3 2 1 5- 0 1 1 3 2 1 5- 0 1 2 3 2 1 5- 0 1 3 3 2 1 5- 0 1 4 3 2 1 5- 0 1 5

P ull St u d s

M A S 403 B T- 4 0, 5 0

JI S B 6 3 3 9- 1 9 8 6

C O D E N O.

F O R M A S 403

• Wit h t hr o u g h h ol e f or i nt er n al c o ol a nt

U nit: m m

O R D E R N O.

T A P E R N O.

a°

C O D E N O.

B T- 5 1 6 B T- 5 1 7 B T- 5 1 8 B T- 5 1 9 B T- 5 2 0 B T- 5 2 1

B T 4 0 X 4 5° W B T 4 0 X 6 0° W B T 4 0 X 9 0° W B T 5 0 X 4 5° W B T 5 0 X 6 0° W B T 5 0 X 9 0° W

45 60 90 45 60 90

60 60 60 85 85 85

35 35 35 45 45 45

28 28 28 35 35 35

23 23 23 38 38 38

15 15 15 23 23 23

10 10 10 17 17 17

17 17 17 25 25 25

4 4 4 7 7 7

M16 M16 M16 M24 M24 M24

3 2 1 5- 0 6 0 3 2 1 5- 0 6 1 3 2 1 5- 0 6 2 3 2 1 5- 0 6 3 3 2 1 5- 0 6 4 3 2 1 5- 0 6 5

T O O LI N G S Y S T E M

C54

P ull St u d s

F O R DI N 6 9 8 7 2- 1 9 8 8

DI N 6 9 8 7 2, ( WI T H T H R O U G H H O L E)- A T Y P E O R DE R N O. B T- 5 2 2 B T- 5 2 3 B T- 5 2 4 B T- 5 2 5

T A P E R N O.

DI N 3 0- A DI N 4 0- A DI N 4 0- A- L DI N 5 0- A

44 54 54 74

24 26 29 34

19 20 23 25

17 23 23 36

13 19 19 28

9 14 14 21

13 17 17 25

3 7 7 1 1. 5

M12 M16 M16 M24

WI T H O U T O- RI N G O R DE R N O. B T- 5 2 6 B T- 5 2 7 B T- 5 2 8

I S O- A T Y P E

T O O LI N G S Y S T E M

C O D E N O. 3 2 1 5- 0 6 6 3 2 1 5- 0 6 7 3 2 1 5- 0 6 8 3 2 1 5- 0 6 9

DI N 6 9 8 7 2- B T Y P E

U nit: m m

C O D E N O.

DI N 3 0- B DI N 4 0- B DI N 5 0- B

44 54 74

24 26 34

19 20 25

1. 4 1. 9 3

27 37

17 23 36

13 19 28

9 14 21

13 17 25

7 1 1. 5

M12 M16 M24

3 2 1 5- 0 7 0 3 2 1 5- 0 7 1 3 2 1 5- 0 7 2

F O R I S O/ JI S 7 3 8 8/ 2/ A- 1 9 8 4 A

U nit: m m

T A P E R N O.

C O D E N O.

I S O 4 0- A I S O 5 0- A

54 74

26 34

20 25

23 36

29 28

24 21

27 25

7 1 1. 5

M16 M24

3 2 1 5- 0 7 3 3 2 1 5- 0 7 4

F O R I S O/ JI S 7 3 8 8/ 2/ B- 1 9 8 4 B

O R DE R N O. B T- 5 3 1 B T- 5 3 2

C55

T A P E R N O.

O R DE R N O. B T- 5 2 9 B T- 5 3 0

I S O- B T Y P E

U nit: m m

TAPE R N O. I S O 4 0- B I S O 5 0- B

U nit: m m

4 4. 5 6 5. 5

1 6. 4 1 1. 1 5 2 2. 5 1 8. 9 5 1 2. 9 5 2 5. 5 1 7. 9 5 3 7 2 9. 1 1 9. 6

C O D E N O.

17 25

7. 3 5 1 1. 5 5

M16 M24

3 2 1 5- 0 7 5 3 2 1 5- 0 7 6

P ull St u d s MAZAK

F O R M A Z A K M A C HI N E

MI T S UI

a° 45 45 45

6 5. 2 2 5. 2 1 7. 5 8 1. 8 3 7 2 8. 9 5 2 0. 8 3 2 5 4 4. 1 1 9. 1 14 2 2 1 8. 8 1 2. 4 5 1 7 4 4. 1 1 6. 1 11 2 2 1 8. 8 1 2. 4 5 1 7

C O DE d4 d5 M N O. 1 0 1 6 M 2 4 3 2 1 5- 0 7 7 7 M 1 6 3 2 1 5- 0 7 8 7 M 1 6 3 2 1 5- 0 7 9

F O R MI T S UI M A C HI N E

U nit: m m

O R DE R N O. B T- 5 3 6 B T- 5 3 7

C AT

T A P E R N O.

a°

C O D E N O.

MI T S UI B T 4 0 MI T S UI B T 5 0

90 90

50 71

25 31

18 23

23 36

15 24

10 18

17 25

M16 M24

3 2 1 5- 0 8 0 3 2 1 5- 0 8 1

F O R A N SI B 5- 5 0

U nit: m m

O R DE R N O. B T- 5 3 8 B T- 5 3 9

T A P E R N O.

a°

C AT40 C AT50

45 45

C O D E N O.

3 8. 1 1 6. 2 1 1. 2 2 3. 8 1 8. 8 1 2. 4 7. 1 5 8. 4 2 5. 4 1 7. 8 3 6 2 8. 9 2 0. 8 1 1. 8

5/ 8 1

3 2 1 5- 0 8 2 3 2 1 5- 0 8 3

T O O LI N G S Y S T E M

C56

P ULL ST U DS

U nit: m m

O R DE R T A P E R N O. N O. B T- 5 3 3 M A Z A K B T 5 0 B T- 5 3 4 M A Z A K B T 4 0 B T- 5 3 5 M A Z A K C A T 4 0

P ull St u d s C A T- B T

F O R B T M A C HI N E

U nit: m m

O R DE R N O.

T A P E R N O.

a°

B T- 5 4 0

C A T 4 0 X 4 5°

B T- 5 4 1

C A T 4 0 X 6 0°

B T- 5 4 2

C A T 4 0 X 9 0°

B T- 5 4 3

C A T 5 0 X 4 5°

7 8. 6

3 5. 2

B T- 5 4 4

C A T 5 0 X 6 0°

7 8. 6

B T- 5 4 5

C A T 5 0 X 9 0°

7 8. 6

B T- 5 4 6

C A T 4 0 X 4 5° M

B T- 5 4 7

C A T 4 0 X 6 0° M

B T- 5 4 8

C A T 4 0 X 9 0° M

C O D E N O.

5/ 8

3 2 1 5- 0 8 4

5/ 8

3 2 1 5- 0 8 5

5/ 8

3 2 1 5- 0 8 6

3 2 1 5- 0 8 7

3 5. 2

3 2 1 5- 0 8 8

3 5. 2

3 2 1 5- 0 8 9

M16

3 2 1 5- 0 9 0

M16

3 2 1 5- 0 9 1

M16

3 2 1 5- 0 9 2

P ull St u d s

F O R JI S 6 3 3 9 B- 4 0 P

O K U N M A JI S # 4 0

U nit: m m

O R D E R N O.

T A P E R N O.

a°

C O D E N O.

B T- 5 5 6

JI S

M16

3 2 1 5- 1 1 1

S T E E L: S N C M- 2 1 C57

T O O LI N G S Y S T E M

C o m pl et e N C T o oli n g S et W e r e c o m m e n d a c o m pl et e s et w hi c h i s i n cl u d e d t o ol h ol d er, c oll et c h u c k, c oll et s et, p ull s al e- mi x i n t h e m ar k et.

I T E M N O.

C O D E N O. 3 2 1 6- 0 0 1 B T- 3 0 WI T H 7 P C S. H O L D E R & E R- 2 0 C O L L E T

D e s cri pti o n s

Fi g ur e s

Q u a ntit y

E x pl a n ati o n

E R20 C OLL ET C H U C K B T 3 0- E R 2 0- 6 0

3 p c s.

F or s m all Di a. E n d mill a n d Drill s

M O RSE TAPE R A DAPT O R B T 3 0- M T A 1- 5 0

1 p c.

F or drill s wit h M or s e t a p er S h a n k N o. 1.

M O RSE TAPE R A DAPT O R B T 3 0- M T A 2- 6 0

1 p c.

F or drill s wit h M or s e t a p er S h a n k N o. 2.

E N D MI L L H O L D E R B T- 3 0- S L 1 2- 6 0

1 p c.

F or str ai g ht s h a n k e n d mill wit h Si d el o c k e d g e Di a. 1 2 m m( W E L D O N T y p e)

E N D MI L L H O L D E R B T 3 0- S L 1 6- 7 5

1 p c.

F or str ai g ht s h a n k e n d mill wit h Si d el o c k e d g e Di a. 1 6 m m( W E L D O N T y p e)

E R 2 0 S P RI N G C O L L E T E R 2 0- d Ø

1 1 p c s.

F or it e m 1. I n cl u di n g 1 1 c oll et s a s b el o w: Ø 3, 4, 5, 6, 7, 8, 9, 1 0, 1 1, 1 2, 1 3 m m

P ULL ST U D B T- 5 0 1, B T- 5 0 2

7 p c s.

B T- 5 0 1 B T- 5 0 2

T O O L H O L D E R L O C KI N G S T A N D V T S- B T- 3 0

1 p c.

F or l o c ki n g t h e p ull st u d s or pr e p ari n g C utti n g t o ol s of t o ol h ol d er s.

E L E C T R O NI C E D G E FI N D E R V P S- 2 0 B

1 p c.

F or s etti n g w or k c o or di n at e o n M a c hi n e C e nt er s.

O R D E R N O. V B T- 3 0- 1 5 2 0 I T E M N O.

T O O LI N G S E T

O R D E R N O. V B T- 3 0- 0 7 2 0

E R

= 4 5° = 6 0°

C O D E N O. 3 2 1 6- 0 1 1 B T- 3 0 WI T H 1 5 P C S. H O L D E R & E R- 2 0 C O L L E T

D e s cri pti o n s

Fi g ur e s

Q u a ntit y

E x pl a n ati o n

E R20 C OLL ET C H U C K B T 3 0- E R 2 0- 6 0

6 p c s.

F or s m all Di a. E n d mill a n d Drill s

M O RSE TAPE R A DAPT O R B T 3 0- M T A 1- 5 0

1 p c.

F or drill s wit h M or s e t a p er S h a n k N o. 1.

M O RSE TAPE R A DAPT O R B T 3 0- M T A 2- 6 0

1 p c.

F or drill s wit h M or s e t a p er S h a n k N o. 2.

F A C E MI L L A R B O R B T 3 0- F M B 2 2- 4 5

1 p c.

F or H ol di n g t h e f a c e milli n g C utt er Di a. 5 0, 6 3 m m

E N D MI L L H O L D E R B T- 3 0- S L 1 2- 6 0

2 p c s.

F or str ai g ht s h a n k e n d mill wit h Si d el o c k e d g e Di a. 1 2 m m( W E L D O N T y p e)

E N D MI L L H O L D E R B T 3 0- S L 1 6- 6 0

2 p c s.

F or str ai g ht s h a n k e n d mill wit h Si d el o c k e d g e Di a. 1 6 m m( W E L D O N T y p e)

E N D MI L L H O L D E R B T 3 0- S L 2 0- 7 5

2 p c s.

F or str ai g ht s h a n k e n d mill wit h Si d el o c k e d g e Di a. 2 0 m m( W E L D O N T y p e)

E R 2 0 S P RI N G C O L L E T E R 2 0- d Ø

1 1 p c s.

F or it e m 1. I n cl u di n g 1 1 c oll et s a s b el o w: Ø 3, 4, 5, 6, 7, 8, 9, 1 0, 1 1, 1 2, 1 3 m m

P ULL ST U D B T- 5 0 1, B T- 5 0 2

1 5 p c s.

B T- 5 0 1 B T- 5 0 2

T O O L H O L D E R L O C KI N G S T A N D V T S- B T- 3 0

1 p c.

F or l o c ki n g t h e p ull st u d s or pr e p ari n g C utti n g t o ol s of t o ol h ol d er s.

E L E C T R O NI C E D G E FI N D E R V P S- 2 0 B

1 p c.

F or s etti n g w or k c o or di n at e o n M a c hi n e C e nt er s.

= 4 5° = 6 0°

T O O LI N G S Y S T E M

C58

C o m pl et e N C T o oli n g S et

W e r e c o m m e n d a c o m pl et e s et w hi c h i s i n cl u d e d t o ol h ol d er, c oll et c h u c k, c oll et s et, p ull s al e- mi x i n t h e m ar k et.

E R

G. W.: 3 9. 6 k g s

O R D E R N O. V B T- 4 0- 1 5 3 2 I T E M N O.

C59

C O D E N O. 3 2 1 6- 0 0 2 B T- 4 0 WI T H 1 5 P C S. H O L D E R & E R- 3 2 C O L L E T

D e s cri pti o n s

Fi g ur e s

Q u a ntit y

E x pl a n ati o n

E R32 C OLL ET C H U C K V- 7 0 3 A B T 4 0- E R 3 2- 7 0

3 p c s.

F or s m all Di a. E n d mill a n d Drill s

E R32 C OLL ET C H U C K V- 7 0 3 B B T 4 0- E R 3 2- 1 0 0

3 p c s.

F or s m all Di a. E n d mill a n d Drill s

M O RSE TAPE R A DAPT O R B T- 2 0 9 B T 4 0- M T A 1- 5 0

1 p c.

F or drill s wit h M or s e t a p er S h a n k N o. 1.

M O RSE TAPE R A DAPT O R B T- 2 1 2 B T 4 0- M T A 2- 5 0

1 p c.

F or drill s wit h M or s e t a p er S h a n k N o. 2.

M O RSE TAPE R A DAPT O R B T- 2 1 5 B T 4 0- M T A 3- 7 5

1 p c.

F or drill s wit h M or s e t a p er S h a n k N o. 3.

F A C E MI L L A R B O R B T- 1 5 2 B T 4 0- F M B 2 2- 4 5

1 p c.

F or h ol di n g t h e f a c e milli n g C utt er Di a. 5 0, 6 3 m m

F A C E MI L L A R B O R B T- 1 5 4 B T 4 0- F M B 2 7- 4 5

1 p c.

F or h ol di n g t h e f a c e milli n g C utt er Di a. 8 0 m m

E N D MI L L H O L D E R B T- 4 4 7 B T 4 0- S L A 1 6- 7 5

1 p c.

F or str ai g ht s h a n k e n d mill wit h Si d el o c k e d g e Di a. 1 6 m m( W E L D O N T y p e)

E N D MI L L H O L D E R B T- 4 4 9 B T 4 0- S L A 2 0- 9 0

1 p c.

F or str ai g ht s h a n k e n d mill wit h Si d el o c k e d g e Di a. 2 0 m m( W E L D O N T y p e)

E N D MI L L H O L D E R B T- 4 5 0 B T 4 0- S L A 2 5- 9 0

1 p c.

F or str ai g ht s h a n k e n d mill wit h Si d el o c k e d g e Di a. 2 5 m m( W E L D O N T y p e)

E N D MI L L H O L D E R B T- 4 5 1 B T 4 0- S L A 3 2- 9 0

1 p c.

F or str ai g ht s h a n k e n d mill wit h Si d el o c k e d g e Di a. 3 2 m m( W E L D O N T y p e)

E R 3 2 S P RI N G C O L L E T V- 3 2 0 0 8 E R 3 2- d Ø

1 1 p c s./ s et

F or it e m 1. 2. I n cl u di n g 1 1 c oll et s a s b el o w: Ø 4, 5, 6, 8, 1 0, 1 2, 1 3, 1 5, 1 6, 1 8, 2 0 m m

P ULL ST U D B T- 5 0 3 O R B T- 5 0 4

T- 5 0 3 1 5 p c s./ s et BB T504

T O O L H O L D E R L O C KI N G S T A N D V T S- B T- 4 0

1 p c.

F or l o c ki n g t h e p ull st u d s or pr e p ari n g C utti n g t o ol s of t o ol h ol d er s.

E L E C T R O NI C E D G E FI N D E R V P S- 2 0 B

1 p c.

F or s etti n g w or k c o or di n at e o n M a c hi n e C e nt er s.

T O O LI N G S Y S T E M

= 4 5° = 6 0°

C o m pl et e N C T o oli n g S et

W e r e c o m m e n d a c o m pl et e s et w hi c h i s i n cl u d e d t o ol h ol d er, c oll et c h u c k, c oll et s et, p ull s al e- mi x i n t h e m ar k et.

I T E M N O.

C O D E N O. 3 2 1 6- 0 0 3 B T- 4 0 WI T H 2 3 P C S. H O L D E R & E R- 3 2 C O L L E T

D e s cri pti o n s

Fi g ur e s

Q u a ntit y

E x pl a n ati o n

E R32 C OLL ET C H U C K B T 4 0- E R 3 2- 7 0

4 p c s.

F or s m all Di a. E n d mill a n d Drill s

E R32 C OLL ET C H U C K B T 4 0- E R 3 2- 1 0 0

4 p c s.

F or s m all Di a. E n d mill a n d Drill s

M O RSE TAPE R A DAPT O R B T 4 0- M T A 1- 5 0

1 p c.

F or drill s wit h M or s e t a p er S h a n k N o. 1.

M O RSE TAPE R A DAPT O R B T 4 0- M T A 2- 5 0

2 p c.

F or drill s wit h M or s e t a p er S h a n k N o. 2.

M O RSE TAPE R A DAPT O R B T 4 0- M T A 3- 7 5

2 p c.

F or drill s wit h M or s e t a p er S h a n k N o. 3.

F A C E MI L L A R B O R B T 4 0- F M B 2 2- 4 5

1 p c.

F or h ol di n g t h e f a c e milli n g C utt er Di a. 5 0, 6 3 m m

F A C E MI L L A R B O R B T 4 0- F M B 2 7- 4 5

1 p c.

F or h ol di n g t h e f a c e milli n g C utt er Di a. 8 0 m m

E N D MI L L A R B O R B T 4 0- S L A 1 6- 7 5

2 p c.

F or str ai g ht s h a n k e n d mill wit h Si d el o c k e d g e Di a. 1 6 m m( W E L D O N T y p e)

E N D MI L L A R B O R B T 4 0- S L A 2 0- 9 0

2 p c.

F or str ai g ht s h a n k e n d mill wit h Si d el o c k e d g e Di a. 2 0 m m( W E L D O N T y p e)

E N D MI L L A R B O R B T 4 0- S L A 2 5- 9 0

2 p c.

F or str ai g ht s h a n k e n d mill wit h Si d el o c k e d g e Di a. 2 5 m m( W E L D O N T y p e)

E N D MI L L A R B O R B T 4 0- S L A 3 2- 9 0

2 p c.

F or str ai g ht s h a n k e n d mill wit h Si d el o c k e d g e Di a. 3 2 m m( W E L D O N T y p e)

E R 3 2 S P RI N G C O L L E T E R 3 2- d Ø

it e m 1. 2. I n cl u di n g 1 1 c oll et s a s 1 1 p c s./ s et Fb or el o w: Ø 4, 5, 6, 8, 1 0, 1 2, 1 3, 1 5, 1 6, 1 8, 2 0 m m

P ULL ST U D B T- 5 0 3 O R B T- 5 0 4

T- 5 0 3 2 3 p c s./ s et BB T504

T O O L H O L D E R L O C KI N G S T A N D V T S- B T- 4 0

1 p c.

F or l o c ki n g t h e p ull st u d s or pr e p ari n g C utti n g t o ol s of t o ol h ol d er s.

E L E C T R O NI C E D G E FI N D E R V P S- 2 0 B

1 p c.

F or s etti n g w or k c o or di n at e o n M a c hi n e C e nt er s.

T O O LI N G S E T

O R D E R N O. V B T- 4 0- 2 4 3 2

E R

= 4 5° = 6 0°

T O O LI N G S Y S T E M

C60

F a c e Mill H ol d er

H ol d er F or F a c e Mill C utt er. DI N 6 9 8 7 1 A

DI N 6 9 8 7 1 A

U nit: m m

O R D E R N O.

SI Z E

W EI G H T( k g)

C O D E N O.

S K- 1 1 2

S K 4 0- F M B 2 2- 5 0

M10

1. 5

3 2 1 1- 2 0 2

S K- 1 1 3

S K 4 0- F M B 2 7- 5 0

M12

1. 6

3 2 1 1- 2 0 3

S K- 1 1 4

S K 4 0- F M B 3 2- 5 0

M16

2. 1

3 2 1 1- 2 0 4

S K- 1 1 7

S K 5 0- F M B 2 2- 5 0

M10

3. 5

3 2 1 1- 2 0 5

S K- 1 1 8

S K 5 0- F M B 2 7- 5 0

M12

3. 5

3 2 1 1- 2 0 6

S K- 1 1 9

S K 5 0- F M B 3 2- 6 0

M16

3. 7

3 2 1 1- 2 0 7

S K- 1 2 0

S K 5 0- F M B 4 0- 6 0

M20

4. 7

3 2 1 1- 2 0 8

M or s e T a p er H ol d er- DI N 6 3 8 3

H ol d er F or M or s e T a p er S h a n k Wit h T a n g. DI N 6 9 8 7 1 A

DI N 6 9 8 7 1 A

U nit: m m

C61

T O O LI N G S Y S T E M

O R D E R N O.

SI Z E

M. T. #

W EI G H T( k g)

C O D E N O.

S K- 2 1 4

S K 4 0- M T 1- 4 5

3 2 1 1- 1 3 3

S K- 2 1 5

S K 4 0- M T 2- 5 0

3 2 1 1- 1 3 4

S K- 2 1 6

S K 4 0- M T 3- 7 0

1. 2

3 2 1 1- 1 3 5

S K- 2 1 7

S K 4 0- M T 4- 9 5

1. 3

3 2 1 1- 1 3 6

S K- 2 1 8

S K 5 0- M T 1- 4 5

3 2 1 1- 1 3 7

S K- 2 1 9

S K 5 0- M T 2- 6 0

2. 9

3 2 1 1- 1 3 8

S K- 2 2 0

S K 5 0- M T 3- 6 5

3 2 1 1- 1 3 9

Si d el o c k E n d Mill H ol d er WEL D O N TYPE

DI N 6 9 8 7 1 A

U nit: m m

O R D E R N O.

SI Z E

Fi g.

W EI G H T ( k g)

S K- 4 1 7

S K 4 0- E M 6- 5 0

3 2 1 3- 2 0 7

S K- 4 1 8

S K 4 0- E M 8- 5 0

1. 1

3 2 1 3- 2 0 8

S K- 4 1 9

S K 4 0- E M 1 0- 5 0

1. 1

3 2 1 3- 2 0 9

S K- 4 2 0

S K 4 0- E M 1 2- 5 0

2 2. 5

1. 2

3 2 1 3- 2 1 0

S K- 4 2 1

S K 4 0- E M 1 6- 6 3

1. 5

3 2 1 3- 2 1 1

S K- 4 2 2

S K 4 0- E M 2 0- 6 3

1. 4

3 2 1 3- 2 1 2

S K- 4 2 3

S K 4 0- E M 2 5- 1 0 0

100

2. 4

3 2 1 3- 2 1 3

S K- 4 2 7

S K 5 0- E M 1 0- 6 3

3. 4

3 2 1 3- 2 1 7

S K- 4 2 8

S K 5 0- E M 1 2- 6 3

2 2. 5

3. 4

3 2 1 3- 2 1 8

S K- 4 2 9

S K 5 0- E M 1 6- 6 3

3. 5

3 2 1 3- 2 1 9

S K- 4 3 0

S K 5 0- E M 2 0- 6 3

3. 5

3 2 1 3- 2 2 0

S K- 4 3 1

S K 5 0- E M 2 5- 8 0

3. 8

3 2 1 3- 2 2 1

Drill C h u c k H ol d er / A P U

C O D E N O.

DI N 6 9 8 7 1 A

U nit: m m

O R DE R N O.

SI Z E DI N 6 9 8 7 1 A

S A M E SI Z E

Cl a m pi n g range ( Ø m m)

S K- 5 1 1

S K 4 0- A P U 0 8

I N T- 8- S K 4 0

0. 5- 8

3 5. 6

S K- 5 1 2

S K 4 0- A P U 1 3 I N T- 1 3- S K 4 0

1- 1 3

S K- 5 1 4

S K 5 0- A P U 1 3 I N T- 1 3- S K 5 0

1- 1 3

S K- 5 0 9

S K 3 0- A P U 0 8

I N T- 8- S K 3 0

S K- 5 1 0

W EI G H T ( k g)

C O DE N O.

1. 4

3 3 0 1- 0 0 1

111

1. 9

3 3 0 1- 0 0 2

106

3. 9

3 3 0 1- 0 0 4

0. 5- 8

3 5. 6

0. 7

3 3 0 1- 0 0 5

S K 3 0- A P U 1 3 I N T- 1 3- S K 3 0

1- 1 3

104

1. 3 4

3 3 0 1- 0 0 6

S K- 5 1 5

S K 4 0- A P U 1 6 I N T- 1 6- S K 4 0

3- 1 6

5 6. 8

127

140

2. 4

3 3 0 1- 0 0 7

S K- 5 1 6

S K 5 0- A P U 1 6 I N T- 1 6- S K 5 0

3- 1 6

5 6. 8

111

3. 9

3 3 0 1- 0 0 8

Mi ni m u m M a xi m u m

T O O LI N G S Y S T E M

C62

MI L L H O L D E R

DI N 6 9 8 7 1 A

F a c e Mill H ol d er

C A T- F M A

O R D E R N O.

FI G 2

Ø D

C O D E N O.

9. 5

3 2 1 3- 2 3 0

C A T 4 0- F M A 2 5. 4- 2. 0

2. 0

C A T 4 0- F M A 3 1. 7 5- 2. 2 5

2. 2 5

3 1. 7 5

1 2. 7

3 2 1 3- 2 3 1

C A T 4 0- F M A 3 8. 1- 2. 4

2. 4

3 8. 1

1 5. 9

3 2 1 3- 2 3 2

C A T 5 0- F M A 2 5. 4- 2. 0

2. 0

2 5. 4

9. 5

3 2 1 3- 2 3 3

C A T 5 0- F M A 3 1. 7 5- 1. 5

1. 5

3 1. 7 5

1 2. 7

3 2 1 3- 2 3 4

C A T 5 0- F M A 3 8. 1- 2. 4

2. 4

3 8. 1

1 5. 9

3 2 1 3- 2 3 5

C A T 5 0- F M A 5 0. 8- 2. 4

2. 4

5 0. 8

100

1 5. 9

3 2 1 3- 2 3 6

Si d e L o c k H ol d er s

FI G 1

Ø d( h 6) 2 5. 4

C A T- S L

O R D E R N O.

FI G

C A T 4 0- S L 0 8- 2. 5 0

L 2. 5

C A T 4 0- S L 1 0- 2. 5 0

Ød

Ø D

2. 6 2

2 2. 5

C A T 4 0- S L 1 6- 2. 7 5

2. 7 5

C A T 4 0- S L 2 0- 3. 5 0

3. 5

C A T 4 0- S L 1 2- 2. 6 2

C A T 4 0- S L 2 5- 4. 0 0 C A T 4 0- S L 3 2- 4. 0 0

C A T 5 0- S L 0 8- 2. 5 0

4. 0

C O D E N O.

3 2 1 3- 2 4 0

M10

3 2 1 3- 2 4 1

M12

3 2 1 3- 2 4 2

M14

3 2 1 3- 2 4 3

M16

3 2 1 3- 2 4 4

M18

3 2 1 3- 2 4 5

M20

3 2 1 3- 2 4 6

3 2 1 3- 2 4 7

M10

3 2 1 3- 2 4 8

2. 6 2

2 2. 5

M12

3 2 1 3- 2 4 9

C A T 5 0- S L 1 6- 2. 7 5

2. 7 5

M14

3 2 1 3- 2 5 0

C A T 5 0- S L 2 0- 3. 5 0

3. 5

M16

3 2 1 3- 2 5 1

M18

3 2 1 3- 2 5 2

2. 5

C A T 5 0- S L 1 0- 2. 5 0 C A T 5 0- S L 1 2- 2. 6 2

C A T 5 0- S L 2 5- 4. 0 0 C A T 5 0- S L 3 2- 4. 0 0 C A T 5 0- S L 4 0- 4. 7 0

M or s e T a p er H ol d er s

4. 0 4. 7

24 30

25 28 32

M20

3 2 1 3- 2 5 3 3 2 1 3- 2 5 4

C A T- M T A

D L

C63

T O O LI N G S Y S T E M

O R D E R N O.

M T N O.

Ø D

C O D E N O.

C A T 4 0- M T A 2- 6 0

3 2 1 3- 2 6 2

C A T 4 0- M T A 3- 7 5

3 2 1 3- 2 6 3

C A T 4 0- M T A 4- 9 0

3 2 1 3- 2 6 4

C A T 5 0- M T A 2- 4 5

3 2 1 3- 2 6 5

C A T 5 0- M T A 3- 4 5

3 2 1 3- 2 6 6

C A T 5 0- M T A 4- 7 5

3 2 1 3- 2 6 7

C A T 5 0- M T A 5- 1 0 5

105

3 2 1 3- 2 6 8

D C Hi g h S p e e d Sli m C h u c k S y st e m D C C oll et S y st e m B a c k p ulli n g l o c k d e si g n. Hi g h cl a m pi n g f or c e. Ri gi d & hi g h st a bilit y. F or hi g h pr e ci si o n c utti n g. C oll et s wit h diff er e nt si z e s c a n b e u s e d o n all ki n d of e n d mill s, r e a m er s, drill s a n d t a p pi n g. R u n o ut: b el o w 0. 0 0 5 m m. S m all e st o ut er di a m et er. M a x s p e e d : 3 0. 0 0 0r p m; G 2. 5.

O R D E R N O. B T 4 0- D C 6- 6 0 B T 4 0- D C 6- 9 0 B T 4 0- D C 8- 9 0 B T 4 0- D C 8- 1 2 0 B T 4 0- D C 1 0- 9 0 B T 4 0- D C 1 0- 1 2 0 B T 4 0- D C 1 2- 9 0 B T 4 0- D C 1 2- 1 2 0

C OLLET TYPE D C6 D C6 D C8 D C8 D C10 D C10 D C12 D C12

L 60 90 90 120 90 120 90 120

Ø D 15 15 22 22 28 28 35 35

C L A M PI N G R A N G E

W RE N C H

B A C K S C RE W

4 m m

5 m m

6 m m

8 m m

M10

S m all C oll et Of Sli m C oll et C h u c k

D C 6 S eri e s : F or Cl a m pi n g E n d Mill s Drill s, R e a m er s A n d T a p s. M a x. Cl a m pi n g Di a m et er R u n o ut : B el o w 0. 0 0 5 m m

ø D

1: 1 0 L

4* D 1

W EI G H T ( k g) 1. 1 1. 2 1. 2 1. 4 1. 3 1. 5 1. 3 5 1. 6

C O D E N O. 3 2 1 8- 0 4 6 3 2 1 8- 0 4 7 3 2 1 8- 1 0 0 3 2 1 8- 1 0 1 3 2 1 8- 1 0 2 3 2 1 8- 1 0 3 3 2 1 8- 1 0 4 3 2 1 8- 1 0 5

D C C oll et S y st e m Di m e n si o n TYPE D C6 D C8 D C10 D C12

Ø D 9. 5 15 19 22

L 36 45 52 60

G M 5* 0. 8 P M 6* 1. 0 P M 8- 1. 2 5 P M 1 0* 1. 5 P

Pr e ci si o n D C C oll et wit hi n 5 mi cr o n O R D E R N O.

ø D

D C 6- 2 D C 6- 2. 5 D C 6- 3 D C 6- 3. 5 D C 6- 3. 1 7 5 D C 6- 4 D C 6- 4. 5 D C 6- 5 D C 6- 5. 5 D C 6- 6 D C 8- 3 D C 8- 3. 1 7 5 D C 8- 4 D C 8- 5 D C 8- 6 D C 8- 7 D C 1 0- 3 D C 1 0- 4 D C 1 0- 5 D C 1 0- 6 D C 1 0- 8 D C 1 0- 1 0 D C 1 2- 3 D C 1 2- 4 D C 1 2- 5 D C 1 2- 6 D C 1 2- 8 D C 1 2- 1 0 D C 1 2- 1 2

9. 5 9. 5 9. 5 9. 5 9. 5 9. 5 9. 5 9. 5 9. 5 9. 5 15 15 15 15 15 15 19 19 19 19 19 19 22 22 22 22 22 22 22

36 36 36 36 36 36 36 36 36 36 45 45 45 45 45 45 52 52 52 52 52 52 60 60 60 60 60 60 60

C L A M PI N G C A P A CI T Y F O R E N D MI L L D L A. 2 2. 5 3 3. 5 3. 1 7 5 4 4. 5 5 5. 5 6 3 3. 1 7 5 4 5 6 8 3 4 5 6 8 10 3 4 5 6 8 10 12

C L A M PI N G C A P A CI T Y F O R D RI L L R E A M E R. T A P 2. 0 0- 1. 7 5 2. 5 0- 2. 2 5 3. 0 0- 2. 7 5 3. 5 0- 3. 2 5 3. 5 0- 3. 1 7 5 4. 0 0- 3. 7 5 4. 5 0- 4. 2 5 5. 0 0- 4. 7 5 5. 5 0- 5. 2 5 6. 0 0- 5. 7 5 3. 0 0- 2. 7 5 3. 1 7 5- 2. 9 2 4. 0 0- 3. 7 5 5. 0 0- 4. 7 5 6. 0 0- 5. 7 5 8. 0 0- 7. 7 5 3. 0 0- 2. 7 5 4. 0 0- 3. 7 5 5. 0 0- 4. 7 5 6. 0 0- 5. 7 5 8. 0 0- 7. 7 5 1 0. 0 0- 9. 7 5 3. 0 0- 2. 7 5 4. 0 0- 3. 7 5 5. 0 0- 4. 7 5 6. 0 0- 5. 7 5 8. 0 0- 7. 7 5 1 0. 0 0- 9. 7 5 1 2. 0 0- 1 1. 7 5

W EI G H T( k g)

C O D E N O.

0. 0 2 0. 0 2 0. 0 2 0. 0 2 0. 0 2 0. 0 2 0. 0 2 0. 0 2 0. 0 2 0. 0 2 0. 0 3 7 0. 0 3 7 0. 0 3 6 0. 0 3 5 0. 0 3 4 0. 0 3 0. 0 7 4 0. 0 7 4 0. 0 7 4 0. 0 7 2 0. 0 6 8 0. 0 6 2 0. 1 1 0. 1 1 0. 1 0 8 0. 1 0 8 0. 1 0 4 0. 0 9 6 0. 0 8 4

3 2 1 8- 0 5 6 3 2 1 8- 0 5 8 3 2 1 8- 0 6 5 3 2 1 8- 0 6 7 3 2 1 8- 0 6 8 3 2 1 8- 0 6 9 3 2 1 8- 0 7 1 3 2 1 8- 0 7 3 3 2 1 8- 0 7 5 3 2 1 8- 0 7 7 3 2 1 8- 1 2 0 3 2 1 8- 1 2 1 3 2 1 8- 1 2 2 3 2 1 8- 1 2 3 3 2 1 8- 1 2 4 3 2 1 8- 1 2 5 3 2 1 8- 1 4 0 3 2 1 8- 1 4 1 3 2 1 8- 1 4 2 3 2 1 8- 1 4 3 3 2 1 8- 1 4 4 3 2 1 8- 1 4 5 3 2 1 8- 1 6 0 3 2 1 8- 1 6 1 3 2 1 8- 1 6 2 3 2 1 8- 1 6 3 3 2 1 8- 1 6 4 3 2 1 8- 1 6 5 3 2 1 8- 1 6 6

T O O LI N G S Y S T E M

C64

D C S LI M C H U C K

E X P.

D C

H S K- A 6 3, A 1 0 0( DI N- 6 9 8 9 3) T o ol H ol d er F or m A

C o m p ar e d t o t h e st e e p t a p er t h e H S K h a s t h e f oll o wi n g a d v a nt a g e s Hi g h r e p etiti o n a c c ur a c y w h e n cl a m pi n g t o ol s i nt o s pi n dl e S uit a bl e f or hi g h s p e e d c utti n g N o p ull st u d n e c e s s ar y

M at eri al

S p e ci al C a st- h ar d e ni n g st e el f or hi g hl y str e s s e d p art s S urf a c e h ar d n e s s 5 8- 2 H R C

SI Z E H S K 63

Ø D1 63

Ø D2 53

T e n sil e str e n gt h i n c or e mi n. 1 0 0 0 N / m m 2

Ø D3 4 6. 5 3

Ø D4 48

L1 58

L2 16

L3 26

L4 1 4. 7

L5 6. 3

DI N 6 9 8 9 3

H S K- A 6 3, A 1 0 0( DI N 6 9 8 9 3 A) E R C oll et C h u c k s

DI N 6 9 8 9 3 A

L6 1 2. 5 4

1 0 0 0 0 R. P. M. G 6. 3

C a uti o n: E x c e s si v e t or q u e will d a m a g e t h e c h u c k, n ut or c oll et. O R D E R N O.

H S K- A 6 3- E R 1 6- 1 0 0 H S K- A 6 3- E R 1 6- 1 5 0 H S K- A 6 3- E R 2 0- 1 0 0 H S K- A 6 3- E R 2 0- 1 5 0 H S K- A 6 3- E R 2 5- 1 0 0 H S K- A 6 3- E R 2 5- 1 5 0 H S K- A 6 3- E R 3 2- 1 0 0 H S K- A 6 3- E R 3 2- 1 5 0 H S K- A 6 3- E R 4 0- 1 0 0 H S K- A 6 3- E R 4 0- 1 5 0 H S K- A 1 0 0- E R 1 6- 1 0 0 H S K- A 1 0 0- E R 1 6- 1 5 0 H S K- A 1 0 0- E R 2 0- 1 0 0 H S K- A 1 0 0- E R 2 0- 1 5 0 H S K- A 1 0 0- E R 2 5- 1 0 0 H S K- A 1 0 0- E R 2 5- 1 5 0 H S K- A 1 0 0- E R 3 2- 1 0 0 H S K- A 1 0 0- E R 3 2- 1 5 0 H S K- A 1 0 0- E R 4 0- 1 0 0 H S K- A 1 0 0- E R 4 0- 1 5 0

100 150 100 150 100 150 100 150 100 150 100 150 100 150 100 150 100 150 100 150

Ø D

Ød R A N GE

W EI G H T ( k g s) 1. 0 7 1. 3 3 1. 0 7 1. 4 7 1. 2 9 1. 8 0 1. 4 8 2. 1 6 1. 5 6 2. 2 7 2. 3 2. 5 2. 4 2. 7 2. 6 4 3. 2 2. 8 3. 6 7 3. 1 4. 2

C O D E N O.

0. 5- 1 0

1. 0- 1 3

1. 0- 1 6

2. 0- 2 0

3. 0- 2 6

0. 5- 1 0

1. 0- 1 3

1. 0- 1 6

2. 0- 2 0

3. 0- 2 6

Ød W EI G H T R A N GE ( k g s) 2- 2 5 1. 6

C O DE N O. 3 2 1 7- 1 2 1

3 2 1 7- 1 0 0 3 2 1 7- 1 0 1 3 2 1 7- 1 0 2 3 2 1 7- 1 0 3 3 2 1 7- 1 0 4 3 2 1 7- 1 0 5 3 2 1 7- 1 0 6 3 2 1 7- 1 0 7 3 2 1 7- 1 0 8 3 2 1 7- 1 0 9 3 2 1 7- 1 1 0 3 2 1 7- 1 1 1 3 2 1 7- 1 1 2 3 2 1 7- 1 1 3 3 2 1 7- 1 1 4 3 2 1 7- 1 1 5 3 2 1 7- 1 1 6 3 2 1 7- 1 1 7 3 2 1 7- 1 1 8 3 2 1 7- 1 1 9

H S K- A 6 3, A 1 0 0( DI N 6 9 8 9 3 A) O Z C oll et C h u c k s

DI N 6 9 8 9 3 A

1 0 0 0 0 R. P. M. G 6. 3 D

O R D E R N O.

Ø D

H S K- A 6 3- O Z 2 5- 1 0 0

100

H S K- A 6 3- O Z 3 2- 1 2 0

120

4- 3 2

2. 3

3 2 1 7- 1 2 2

H S K- A 1 0 0- O Z 2 5- 1 0 0

100

2- 2 5

2. 9

3 2 1 7- 1 2 3

H S K- A 1 0 0- O Z 3 2- 1 2 0

120

4- 3 2

3. 6

3 2 1 7- 1 2 4

H S K- A 6 3, A 1 0 0 M or s e T a p er H ol d er s

DI N 6 9 8 9 2 A

1 0 0 0 0 R. P. M. G 6. 3 L

C65

T O O LI N G S Y S T E M

O R D E R N O. H S K- A 6 3- M T A 1- 1 0 0 H S K- A 6 3- M T A 2- 1 2 0 H S K- A 6 3- M T A 3- 1 4 0 H S K- A 6 3- M T A 4- 1 6 0 H S K- A 1 0 0- M T A 1- 1 1 0 H S K- A 1 0 0- M T A 2- 1 2 0 H S K- A 1 0 0- M T A 3- 1 5 0 H S K- A 1 0 0- M T A 4- 1 7 0 H S K- A 1 0 0- M T A 5- 2 0 0

M T N O. 1 2 3 4 1 2 3 4 5

DI N 6 9 8 9 2 A L 100 120 140 160 100 120 140 160 200

Ø D 25 35 40 50 25 35 40 50 65

kgs 1 1. 3 1. 6 2. 2 2. 2 2. 5 2. 9 3. 5 5. 3

C O D E N O. 3 2 1 7- 1 3 0 3 2 1 7- 1 3 1 3 2 1 7- 1 3 2 3 2 1 7- 1 3 3 3 2 1 7- 1 3 4 3 2 1 7- 1 3 5 3 2 1 7- 1 3 6 3 2 1 7- 1 3 7 3 2 1 7- 1 3 8

H S K- A 6 3, A 1 0 0 F a c e Mill H ol d er s 1 0 0 0 0 R. P. M. G 6. 3

O R D E R N O. H S K- A 6 3- F M A 2 5. 4- 6 0 H S K- A 6 3- F M A 2 5. 4- 1 2 0 H S K- A 6 3- F M A 3 1. 7 5- 6 0 H S K- A 6 3- F M A 3 1. 7 5- 1 2 0 H S K- A 6 3- F M A 3 8. 1- 6 0 H S K- A 6 3- F M A 3 8. 1- 1 2 0 H S K- A 1 0 0- F M A 2 5. 4- 6 0 H S K- A 1 0 0- F M A 2 5. 4- 1 2 0 H S K- A 1 0 0- F M A 3 1. 7 5- 6 0 H S K- A 1 0 0- F M A 3 1. 7 5- 1 2 0 H S K- A 1 0 0- F M A 3 8. 1- 6 0 H S K- A 1 0 0- F M A 3 8. 1- 1 2 0 H S K- A 1 0 0- F M A 5 0. 8- 6 0 H S K- A 1 0 0- F M A 5 0. 8- 1 2 0

D d H

DI N 6 9 8 9 3 A

L Ø d( h 6) Ø D 60 2 5. 4 50 120 60 3 1. 7 5 6 0 120 60 3 8. 1 80 120 60 2 5. 4 50 120 60 3 1. 7 5 6 0 120 60 3 8. 1 80 120 60 5 0. 8 1 0 0 120

H S K- A 6 3, A 1 0 0 F a c e Mill H ol d er s

DI N 6 9 8 9 3 A

1 0 0 0 0 R. P. M. G 6. 3 D d K

O R D E R N O. H S K- A 6 3- F M B 2 2- 5 0 H S K- A 6 3- F M B 2 2- 1 2 0 H S K- A 6 3- F M B 2 7- 6 0 H S K- A 6 3- F M B 2 7- 1 2 0 H S K- A 6 3- F M B 3 2- 6 0 H S K- A 6 3- F M B 3 2- 1 2 0 H S K- A 6 3- F M B 4 0- 6 0 H S K- A 6 3- F M B 4 0- 1 2 0 H S K- A 1 0 0- F M B 2 2- 5 0 H S K- A 1 0 0- F M B 2 2- 1 2 0 H S K- A 1 0 0- F M B 2 7- 6 0 H S K- A 1 0 0- F M B 2 7- 1 2 0 H S K- A 1 0 0- F M B 3 2- 6 0 H S K- A 1 0 0- F M B 3 2- 1 2 0 H S K- A 1 0 0- F M B 4 0- 6 0 H S K- A 1 0 0- F M B 4 0- 1 2 0

L 50 120 60 120 60 120 60 120 50 120 60 120 60 120 60 120

Ø d( h 6) Ø D

k g s C O D E N O. 1. 4 3 2 1 7- 1 4 0 5 9. 5 2. 4 3 2 1 7. 1 4 1 1. 6 3 2 1 7- 1 4 2 7 1 2. 7 2. 6 3 2 1 7- 1 4 3 2. 0 3 2 1 7- 1 4 4 9 1 5. 9 3. 0 3 2 1 7- 1 4 5 2. 7 3 2 1 7- 1 4 6 5 9. 5 3. 7 3 2 1 7- 1 4 7 2. 9 3 2 1 7- 1 4 8 7 1 2. 7 3. 9 3 2 1 7- 1 4 9 3. 3 3 2 1 7- 1 5 0 9 4. 3 3 2 1 7- 1 5 1 1 5. 9 4. 1 3 2 1 7- 1 5 2 12 5. 6 3 2 1 7- 1 5 3

20 22 25 20 22 25 28

DI N 6 9 8 9 3 A H

k g s C O D E N O. 1. 1 3 2 1 7- 1 5 6 2. 1 3 2 1 7- 1 5 7 1. 5 3 2 1 7- 1 5 8 2. 8 3 2 1 7- 1 5 9 1. 8 3 2 1 7- 1 6 0 3. 8 3 2 1 7- 1 6 1 2. 1 3 2 1 7- 1 6 2 3. 2 3 2 1 7- 1 6 3 2. 5 3 2 1 7- 1 6 4 3. 4 3 2 1 7- 1 6 5 2. 9 3 2 1 7- 1 6 6 4. 3 3 2 1 7- 1 6 7 3. 4 3 2 1 7- 1 6 8 5. 3 3 2 1 7- 1 6 9 3. 6 3 2 1 7- 1 7 0 6. 0 3 2 1 7- 1 7 1

H S K- A 6 3, A 1 0 0 Si d el o c k E n d Mill H ol d er

DI N 6 9 8 9 3 A

O R D E R N O.

Ød Ø D

H S K- A 6 3- S L A 6- 8 0 H S K- A 6 3- S L A 8- 8 0 H S K- A 6 3- S L A 1 0- 8 0 H S K- A 6 3- S L A 1 2- 9 0 H S K- A 6 3- S L A 1 4- 9 0 H S K- A 6 3- S L A 1 6- 1 0 0 H S K- A 6 3- S L A 1 8- 1 0 0 H S K- A 6 3- S L A 2 0- 1 0 0 H S K- A 6 3- S L A 2 5- 1 1 0 H S K- A 6 3- S L A 3 2- 1 1 0 H S K- A 1 0 0- S L A 1 0- 8 0 H S K- A 1 0 0- S L A 1 2- 9 0 H S K- A 1 0 0- S L A 1 6- 1 0 0 H S K- A 1 0 0- S L A 2 0- 1 0 0 H S K- A 1 0 0- S L A 2 5- 1 1 0 H S K- A 1 0 0- S L A 3 2- 1 1 0 H S K- A 1 0 0- S L A 4 0- 1 2 0

80 80 80 90 90 100 100 100 11 0 11 0 80 90 100 100 11 0 11 0 120

6 8 10 12 14 16 18 20 25 32 10 12 16 20 25 32 40

FI G W EI kGg H T

25 18 M 6 x 0. 7 5 28 18 M 8 x 1. 0 35 20 M 1 0 x 1. 0 4 2 2 2. 5 M 1 2 x 1. 5 45 23 48 24 M 1 4 x 1. 5 50 52 25 M 1 6 x 1. 5 62 2 5 M 1 8 x 2. 0 24 63 2 8 M 2 0 x 2. 0 35 20 M 1 0 x 1. 0 4 2 2 2. 5 M 1 2 x 1. 5 48 24 M 1 4 x 1. 5 52 25 M 1 6 x 1. 5 64 2 5 M 1 8 x 2. 0 24 72 28 M 2 0 x 2. 0 80 30 32

0. 8 0. 9 1. 0 1. 2 1. 3 1. 5 1. 6 1. 7 2. 2 2. 1 2. 4 2. 6 2. 9 3. 0 3. 6 4. 1 4. 7

C O DE N O. 3 2 1 7- 1 8 0 3 2 1 7- 1 8 1 3 2 1 7- 1 8 2 3 2 1 7- 1 8 3 3 2 1 7- 1 8 4 3 2 1 7- 1 8 5 3 2 1 7- 1 8 6 3 2 1 7- 1 8 7 3 2 1 7- 1 8 8 3 2 1 7- 1 8 9 3 2 1 7- 1 9 0 3 2 1 7- 1 9 1 3 2 1 7- 1 9 2 3 2 1 7- 1 9 3 3 2 1 7- 1 9 4 3 2 1 7- 1 9 5 3 2 1 7- 1 9 6

T O O LI N G S Y S T E M

C66

M O RSE TAPE R H OL DE RS

DI N 6 9 8 9 3 A

S K S pri n g C oll et S y st e m

JI S S T D. 1 5 0 0 0 R. P. M.

10 m

A G R A DE

S C M 440 T H E R U N O UT OF A C OLL ETI S 10 . T H E G RI P PI N G R A N G E O F DI A. O V E R 3 M M I S 0. 5 M M T H E G RI P PI N G R A N G E O F DI A. B E L O W 3 M M I S 0. 2 5 M M TYPE W EI G H T ( K G S)

S K- 6 A

S K- 1 0 A

S K- 1 3 A

0. 0 0 5

0. 0 2

0. 0 4 8

O R DE R N O.

Ø D

C A P. m m Ø

C O DE N O.

O R DE R N O.

Ø D

C A P. m m Ø

C O DE N O.

O R DE R N O.

Ø D

C A P. m m Ø

C O DE N O.

I N DI VI D U A L S K 0 6 0 1 A U NI T S K0602 A

2- 1. 7 5

3 2 1 8- 4 0 0

S K1001 A

2- 1. 7 5

3 2 1 8- 4 1 1 S K 1 3 0 1 A

3- 2. 7 5

3 2 1 8- 7 0 0

2. 5

2. 5- 2. 2 5 3 2 1 8- 4 0 1

S K1002 A

2. 5

2. 5- 2. 2 5 3 2 1 8- 4 1 2 S K 1 3 0 2 A

3. 5

3. 5- 3

3 2 1 8- 7 0 1

S K0603 A

3- 2. 7 5

3 2 1 8- 4 0 2

S K1003 A

3- 2. 7 5

3 2 1 8- 4 1 3 S K 1 3 0 3 A

4- 3. 5

3 2 1 8- 7 0 2

S K0604 A

3. 5

3. 5- 3

3 2 1 8- 4 0 3

S K1004 A

3. 1 7 5 3. 1 7 5- 2. 7 3 2 1 8- 4 1 4 S K 1 3 0 4 A

4. 5

4. 5- 4

3 2 1 8- 7 0 3

S K0605 A

4- 3. 5

3 2 1 8- 4 0 4

S K1005 A

3. 5

3. 5- 3

3 2 1 8- 4 1 5 S K 1 3 0 5 A

5- 4. 5

3 2 1 8- 7 0 4

S K0606 A

4. 5

4. 5- 4

3 2 1 8- 4 0 5

S K1006 A

4- 3. 5

3 2 1 8- 4 1 6 S K 1 3 0 6 A

5. 5

5. 5- 5

3 2 1 8- 7 0 5

S K0607 A

5- 4. 5

3 2 1 8- 4 0 6

S K1007 A

4. 5

4. 5- 4

3 2 1 8- 4 1 7 S K 1 3 0 7 A

6- 5. 5

3 2 1 8- 7 0 6

S K0608 A

5. 5

5. 5- 5

3 2 1 8- 4 0 7

S K1008 A

5- 4. 5

3 2 1 8- 4 1 8 S K 1 3 0 8 A

6. 5

6. 5- 6

3 2 1 8- 7 0 7

S K0609 A

6- 5. 5

3 2 1 8- 4 0 8

S K1009 A

5. 5

5. 5- 5

3 2 1 8- 4 1 9 S K 1 3 0 9 A

7- 6. 5

3 2 1 8- 7 0 8

S K1010 A

6- 5. 5

3 2 1 8- 4 2 0 S K 1 3 0 1 0 A

7. 5

7. 5- 7

3 2 1 8- 7 0 9

S K1011 A

6. 5

6. 5- 6

3 2 1 8- 4 2 1 S K 1 3 0 1 1 A

8- 7. 5

3 2 1 8- 7 1 0

S K1012 A

7- 6. 5

3 2 1 8- 4 2 2 S K 1 3 0 1 2 A

8. 5

8. 5- 8

3 2 1 8- 7 1 1

S K1013 A

7. 5

7. 5- 7

3 2 1 8- 4 2 3 S K 1 3 0 1 3 A

9- 8. 5

3 2 1 8- 7 1 2

S K1014 A

8- 7. 5

3 2 1 8- 4 2 4 S K 1 3 0 1 4 A

9. 5

9. 5- 9

3 2 1 8- 7 1 3

S K1015 A

8. 5

8. 5- 8

3 2 1 8- 4 2 5 S K 1 3 0 1 5 A

1 0- 9. 5

3 2 1 8- 7 1 4

S K1016 A

9- 8. 5

3 2 1 8- 4 2 6 S K 1 3 0 1 6 A

1 0. 5

1 0. 5- 1 0

3 2 1 8- 7 1 5

S K1017 A

9. 5

9. 5- 9

3 2 1 8- 4 2 7 S K 1 3 0 1 7 A

1 1- 1 0. 5

3 2 1 8- 7 1 6

S K1018 A

1 0- 9. 5

3 2 1 8- 4 2 8 S K 1 3 0 1 8 A

1 1. 5

1 1. 5- 1 1

3 2 1 8- 7 1 7

S K13019 A

1 2- 1 1. 5

3 2 1 8- 7 1 8

S K13020 A

1 2. 5

1 2. 5- 1 2

3 2 1 8- 7 1 9

S K13021 A

1 3- 1 2. 5

3 2 1 8- 7 2 0

C67

TYPE

W EI G H T ( k g s)

S K6

1 0. 5

0. 0 0 5

S K10

1 5. 5

3 0. 5

0. 0 2

S K13

0. 0 4 8

S K16

2 4. 5

0. 0 8

S K20

2 8. 5

0. 1 3 5

S K25

3 5. 5

0. 2 0 5

T O O LI N G S Y S T E M

S K S pri n g C oll et S y st e m 10 m

JI S S T D. 1 5 0 0 0 R. P. M.

A G R A DE

TYPE W EI G H T ( K G S)

S K- 1 6 A

S K- 2 0 A

S K- 2 5 A

0. 0 8

0. 1 3 5

0. 2 0 5

O R DE R N O.

Ø D

C A P. m m Ø

C O DE N O.

O R DE R N O.

Ø D

C A P. m m Ø

C O DE N O.

O R DE R N O.

Ø D

C A P. m m Ø

C O DE N O.

I N DI VI D U A L S K 1 6 0 1 A U NI T S K1602 A

3- 2. 7 5

3 2 1 8- 4 3 0

S K2001 A

3- 2. 7 5

3 2 1 8- 4 6 0

S K2501 A

6- 5. 5

3 2 1 8- 4 7 0

3. 1 7 5 3. 1 7 5- 2. 7 3 2 1 8- 4 3 1

S K2002 A

4- 3. 5

3 2 1 8- 4 6 1

S K2502 A

8- 7. 5

3 2 1 8- 4 7 1

S K1603 A

3. 5

3. 5- 3

3 2 1 8- 4 3 2

S K2003 A

6- 5. 5

3 2 1 8- 4 6 2

S K2503 A

1 0- 9. 5

3 2 1 8- 4 7 2

S K1604 A

4- 3. 5

3 2 1 8- 4 3 3

S K2004 A

8- 7. 5

3 2 1 8- 4 6 3

S K2504 A

1 2- 1 1. 5

3 2 1 8- 4 7 3

S K1605 A

4. 5

4. 5- 4

3 2 1 8- 4 3 4

S K2005 A

1 0- 9. 5

3 2 1 8- 4 6 4

S K2505 A

1 4- 1 3. 5

3 2 1 8- 4 7 4

S K1606 A

5- 4. 5

3 2 1 8- 4 3 5

S K2006 A

1 2- 1 1. 5

3 2 1 8- 4 6 5

S K2506 A

1 6- 1 5. 5

3 2 1 8- 4 7 5

S K1607 A

5. 5

5. 5- 5

3 2 1 8- 4 3 6

S K2007 A

1 6- 1 5. 5

3 2 1 8- 4 6 6

S K2507 A

1 8- 1 7. 5

3 2 1 8- 4 7 6

S K1608 A

6- 5. 5

3 2 1 8- 4 3 7

S K2008 A

2 0- 1 9. 5

3 2 1 8- 4 6 7

S K2508 A

2 0- 1 9. 5

3 2 1 8- 4 7 7

S K1609 A

6. 5

6. 5- 6

3 2 1 8- 4 3 8

S K2509 A

2 2- 2 1. 5

3 2 1 8- 4 7 8

S K1610 A

7- 6. 5

3 2 1 8- 4 3 9

S K2510 A

2 4- 2 3. 5

3 2 1 8- 4 7 9

S K1611 A

7. 5

7. 5- 7

3 2 1 8- 4 4 0

S K2511 A

2 5- 2 4. 5

3 2 1 8- 4 8 0

S K1612 A

8- 7. 5

3 2 1 8- 4 4 1

S K2512 A

2 5. 4

2 5. 4- 2 5

3 2 1 8- 4 8 1

S K1613 A

8. 5

8. 5- 8

3 2 1 8- 4 4 2

S K1614 A

9- 8. 5

3 2 1 8- 4 4 3

S K1615 A

9. 5

9. 5- 9

3 2 1 8- 4 4 4

S K1616 A

1 0- 9. 5

3 2 1 8- 4 4 5

S K1617 A

1 0. 5

1 0. 5- 1 0

3 2 1 8- 4 4 6

S K1618 A

1 1- 1 0. 5

3 2 1 8- 4 4 7

S K1619 A

1 1. 5

1 1. 5- 1 1

3 2 1 8- 4 4 8

S K1620 A

1 2- 1 1. 5

3 2 1 8- 4 4 9

S K1621 A

1 2. 5

1 2. 5- 1 2

3 2 1 8- 4 5 0

S K1622 A

1 3- 1 2. 5

3 2 1 8- 4 5 1

S K1623 A

1 3. 5

1 3. 5- 1 3

3 2 1 8- 4 5 2

S K1624 A

1 4- 1 3. 5

3 2 1 8- 4 5 3

S K1625 A

1 4. 5

1 4. 5- 1 4

3 2 1 8- 4 5 4

S K1626 A

1 5- 1 4. 5

3 2 1 8- 4 5 5

S K1627 A

1 5. 5

1 5. 5- 1 5

3 2 1 8- 4 5 6

S K1628 A

1 6- 1 5. 5

3 2 1 8- 4 5 7

T O O LI N G S Y S T E M

C68

S K CI L L E T

S C M 440 T H E R U N O UT OF A C OLL ETI S 10 . T H E G RI P PI N G R A N G E O F DI A. O V E R 3 M M I S 0. 5 M M T H E G RI P PI N G R A N G E O F DI A. B E L O W 3 M M I S 0. 2 5 M M

S K S pri n g C oll et S y st e m

JI S S T D. 1 5 0 0 0 R. P. M.

5 m

A A G R A DE

S C M 440 T H E R U N O U T O F A A C OLL E TI S 5 . T H E G RI P PI N G R A N G E O F DI A. O V E R 3 M M I S 0. 5 M M T H E G RI P PI N G R A N G E O F DI A. B E L O W 3 M M I S 0. 2 5 M M TYPE W EI G H T ( K G S) O R DE R N O.

S K- 6 A A

S K- 1 0 A A

S K- 1 3 A A

0. 0 0 5

0. 0 2

0. 0 4 8

Ø D

C A P. m m Ø

C O DE N O.

O R DE R N O.

Ø D

C A P. m m Ø

C O DE N O.

O R DE R N O.

Ø D

C A P. m m Ø

C O DE N O.

I N DI VI D U A L S K 0 6 0 1 A A U NI T S K0602 A A

2- 1. 7 5

3 2 1 8- 5 0 0 S K 1 0 0 1 A A

2- 1. 7 5

3 2 1 8- 5 1 1

S K1301 A A

3- 2. 7 5

3 2 1 8- 7 3 0

2. 5

2. 5- 2. 2 5

3 2 1 8- 5 0 1 S K 1 0 0 2 A A

2. 5

2. 5- 2. 2 5

3 2 1 8- 5 1 2

S K1302 A A

3. 5

3. 5- 3

3 2 1 8- 7 3 1

S K0603 A A

3- 2. 7 5

3 2 1 8- 5 0 2 S K 1 0 0 3 A A

3- 2. 7 5

3 2 1 8- 5 1 3 S K 1 3 0 3 A A

4- 3. 5

3 2 1 8- 7 3 2

S K0604 A A

3. 5

3. 5- 3

3 2 1 8- 5 0 3 S K 1 0 0 4 A A 3. 1 7 5 3. 1 7 5- 2. 7 3 2 1 8- 5 1 4 S K 1 3 0 4 A A

4. 5

4. 5- 4

3 2 1 8- 7 3 3

S K0605 A A

4- 3. 5

3 2 1 8- 5 0 4 S K 1 0 0 5 A A

3. 5

3. 5- 3

3 2 1 8- 5 1 5 S K 1 3 0 5 A A

5- 4. 5

3 2 1 8- 7 3 4

S K0606 A A

4. 5

4. 5- 4

3 2 1 8- 5 0 5 S K 1 0 0 6 A A

4- 3. 5

3 2 1 8- 5 1 6 S K 1 3 0 6 A A

5. 5

5. 5- 5

3 2 1 8- 7 3 5

S K0607 A A

5- 4. 5

3 2 1 8- 5 0 6 S K 1 0 0 7 A A

4. 5

4. 5- 4

3 2 1 8- 5 1 7 S K 1 3 0 7 A A

6- 5. 5

3 2 1 8- 7 3 6

S K0608 A A

5. 5

5. 5- 5

3 2 1 8- 5 0 7 S K 1 0 0 8 A A

5- 4. 5

3 2 1 8- 5 1 8 S K 1 3 0 8 A A

6. 5

6. 5- 6

3 2 1 8- 7 3 7

S K0609 A A

6- 5. 5

3 2 1 8- 5 0 8 S K 1 0 0 9 A A

5. 5

5. 5- 5

3 2 1 8- 5 1 9 S K 1 3 0 9 A A

7- 6. 5

3 2 1 8- 7 3 8

S K1010 A A

6- 5. 5

3 2 1 8- 5 2 0 S K 1 3 0 1 0 A A

7. 5

7. 5- 7

3 2 1 8- 7 3 9

S K1011 A A

6. 5

6. 5- 6

3 2 1 8- 5 2 1 S K 1 3 0 1 1 A A

8- 7. 5

3 2 1 8- 7 4 0

S K1012 A A

7- 6. 5

3 2 1 8- 5 2 2 S K 1 3 0 1 2 A A

8. 5

8. 5- 8

3 2 1 8- 7 4 1

S K1013 A A

7. 5

7. 5- 7

3 2 1 8- 5 2 3 S K 1 3 0 1 3 A A

9- 8. 5

3 2 1 8- 7 4 2

S K1014 A A

8- 7. 5

3 2 1 8- 5 2 4 S K 1 3 0 1 4 A A

9. 5

9. 5- 9

3 2 1 8- 7 4 3

S K1015 A A

8. 5

8. 5- 8

3 2 1 8- 5 2 5 S K 1 3 0 1 5 A A

1 0- 9. 5

3 2 1 8- 7 4 4

S K1016 A A

9- 8. 5

3 2 1 8- 5 2 6 S K 1 3 0 1 6 A A

1 0. 5

1 0. 5- 1 0

3 2 1 8- 7 4 5

S K1017 A A

9. 5

9. 5- 9

3 2 1 8- 5 2 7 S K 1 3 0 1 7 A A

1 1- 1 0. 5

3 2 1 8- 7 4 6

S K1018 A A

1 0- 9. 5

3 2 1 8- 5 2 8 S K 1 3 0 1 8 A A

1 1. 5

1 1. 5- 1 1

3 2 1 8- 7 4 7

S K13019 A A

1 2- 1 1. 5

3 2 1 8- 7 4 8

S K13020 A A

1 2. 5

1 2. 5- 1 2

3 2 1 8- 7 4 9

S K13021 A A

1 3- 1 2. 5

3 2 1 8- 7 5 0

C69

T O O LI N G S Y S T E M

S K S pri n g C oll et S y st e m 5 m

JI S S T D. 1 5 0 0 0 R. P. M.

A A G R A DE

TYPE W EI G H T ( K G S) O R DE R N O.

S K- 1 6 A A

S K- 2 0 A A

S K- 2 5 A A

0. 0 8

0. 1 3 5

0. 2 0 5

Ø D

C A P. m m Ø

C O DE N O.

O R DE R N O.

3 3- 2. 7 5 3 2 1 8- 5 3 0 S K 2 0 0 1 A A I N DI VI D U A L S K 1 6 0 1 A A U NI T S K 1 6 0 2 A A 3. 1 7 5 3. 1 7 5- 2. 7 3 2 1 8- 5 3 1 S K 2 0 0 2 A A

Ø D

C A P. m m Ø

C O DE N O.

Ø D

C A P. m m Ø

C O DE N O.

3- 2. 7 5

3 2 1 8- 5 6 0 S K 2 5 0 1 A A

6- 5. 5

3 2 1 8- 5 7 0

4- 3. 5

3 2 1 8- 5 6 1 S K 2 5 0 2 A A

8- 7. 5

3 2 1 8- 5 7 1

O R DE R N O.

S K1603 A A

3. 5

3. 5- 3

3 2 1 8- 5 3 2 S K 2 0 0 3 A A

6- 5. 5

3 2 1 8- 5 6 2 S K 2 5 0 3 A A

1 0- 9. 5

3 2 1 8- 5 7 2

S K1604 A A

4- 3. 5

3 2 1 8- 5 3 3 S K 2 0 0 4 A A

8- 7. 5

3 2 1 8- 5 6 3 S K 2 5 0 4 A A

1 2- 1 1. 5

3 2 1 8- 5 7 3

S K1605 A A

4. 5

4. 5- 4

3 2 1 8- 5 3 4 S K 2 0 0 5 A A

1 0- 9. 5

3 2 1 8- 5 6 4 S K 2 5 0 5 A A

1 4- 1 3. 5

3 2 1 8- 5 7 4

S K1606 A A

5- 4. 5

3 2 1 8- 5 3 5 S K 2 0 0 6 A A

1 2- 1 1. 5

3 2 1 8- 5 6 5 S K 2 5 0 6 A A

1 6- 1 5. 5

3 2 1 8- 5 7 5

S K1607 A A

5. 5

5. 5- 5

3 2 1 8- 5 3 6 S K 2 0 0 7 A A

1 6- 1 5. 5

3 2 1 8- 5 6 6 S K 2 5 0 7 A A

1 8- 1 7. 5

3 2 1 8- 5 7 6

S K1608 A A

6- 5. 5

3 2 1 8- 5 3 7 S K 2 0 0 8 A A

2 0- 1 9. 5

3 2 1 8- 5 6 7 S K 2 5 0 8 A A

2 0- 1 9. 5

3 2 1 8- 5 7 7

S K1609 A A

6. 5

6. 5- 6

3 2 1 8- 5 3 8

S K2509 A A

2 2- 2 1. 5

3 2 1 8- 5 7 8

S K1610 A A

7- 6. 5

3 2 1 8- 5 3 9

S K2510 A A

2 4- 2 3. 5

3 2 1 8- 5 7 9

S K1611 A A

7. 5

7. 5- 7

3 2 1 8- 5 4 0

S K2511 A A

2 5- 2 4. 5

3 2 1 8- 5 8 0

S K1612 A A

8- 7. 5

3 2 1 8- 5 4 1

S K2512 A A

2 5. 4

2 5. 4- 2 5

3 2 1 8- 5 8 1

S K1613 A A

8. 5

8. 5- 8

3 2 1 8- 5 4 2

S K1614 A A

9- 8. 5

3 2 1 8- 5 4 3

S K1615 A A

9. 5

9. 5- 9

3 2 1 8- 5 4 4

S K1616 A A

1 0- 9. 5

3 2 1 8- 5 4 5

S K1617 A A

1 0. 5

1 0. 5- 1 0

3 2 1 8- 5 4 6

S K1618 A A

1 1- 1 0. 5

3 2 1 8- 5 4 7

S K1619 A A

1 1. 5

1 1. 5- 1 1

3 2 1 8- 5 4 8

S K1620 A A

1 2- 1 1. 5

3 2 1 8- 5 4 9

S K1621 A A

1 2. 5

1 2. 5- 1 2

3 2 1 8- 5 5 0

S K1622 A A

1 3- 1 2. 5

3 2 1 8- 5 5 1

S K1623 A A

1 3. 5

1 3. 5- 1 3

3 2 1 8- 5 5 2

S K1624 A A

1 4- 1 3. 5

3 2 1 8- 5 5 3

S K1625 A A

1 4. 5

1 4. 5- 1 4

3 2 1 8- 5 5 4

S K1626 A A

1 5- 1 4. 5

3 2 1 8- 5 5 5

S K1627 A A

1 5. 5

1 5. 5- 1 5

3 2 1 8- 5 5 6

S K1628 A A

1 6- 1 5. 5

3 2 1 8- 5 5 7

T O O LI N G S Y S T E M

C70

S K CI L L E T

S C M 440 T H E R U N O U T O F A A C OLL E TI S 5 . T H E G RI P PI N G R A N G E O F DI A. O V E R 3 M M I S 0. 5 M M T H E G RI P PI N G R A N G E O F DI A. B E L O W 3 M M I S 0. 2 5 M M

B T- S K C oll et C h u c k S y st e m A A

JI S S T D.

T H E S K C H U C K I S A C C O R DI N G T O T H E D E SI G N O F A N G E L 8 WI T H HI G H A C C U R A C Y A N D HI G H G RI P PI N G R A N G E. T H E G RI P PI N G T O R Q U E I S HI G H E R T H A N S T A N D A R D E R C H U C K. T H E D Y N A MI C B A L A N C E O F S K C H U C K C A N B E R E A C H E D 1 5 0 0 0 R P M X 2. 5 G.

1 5 0 0 0 R. P. M. 2. 5 G

O R DE R N O. S K B- 2 0 1 S K B- 2 0 2 S K B- 2 0 3 S K B- 2 0 4 S K B- 2 0 5 S K B- 2 0 6 S K B- 2 0 7 S K B- 2 0 8 S K B- 2 0 9 S K B- 2 1 0 S K B- 2 1 1 S K B- 2 1 2 S K B- 2 1 3 S K B- 2 1 4 S K B- 2 1 5 S K B- 2 1 6 S K B- 2 1 7 S K B- 2 1 8 S K B- 2 1 9 S K B- 2 2 1 S K B- 2 2 2 S K B- 2 2 3 S K B- 2 2 4 S K B- 2 2 5 S K B- 2 2 6 S K B- 2 2 7 S K B- 2 2 8 S K B- 2 2 9 S K B- 2 3 0 S K B- 2 3 1 S K B- 2 3 2 S K B- 2 3 3 S K B- 2 3 4 S K B- 2 3 5 S K B- 2 3 6 S K B- 2 3 7

C OLLET C OLLET TYPE SI Z E B T- 3 0- S K 6- 6 0 S K6 2- 6 B T- 3 0- S K 6- 9 0 S K6 2- 6 B T- 3 0- S K 1 0- 6 0 S K10 2- 1 0 B T- 3 0- S K 1 0- 9 0 S K10 2- 1 0 B T- 3 0- S K 1 6- 6 0 S K16 3- 1 6 B T- 3 0- S K 1 6- 9 0 S K16 3- 1 6 B T- 4 0- S K 6- 6 0 S K6 2- 6 B T- 4 0- S K 6- 9 0 S K6 2- 6 B T- 4 0- S K 6- 1 2 0 S K6 2- 6 B T- 4 0- S K 1 0- 6 0 S K10 2- 1 0 B T- 4 0- S K 1 0- 9 0 S K10 2- 1 0 B T- 4 0- S K 1 0- 1 2 0 S K10 2- 1 0 B T- 4 0- S K 1 0- 1 5 0 S K10 2- 1 0 B T- 4 0- S K 1 6- 6 0 S K16 3- 1 6 B T- 4 0- S K 1 6- 9 0 S K16 3- 1 6 B T- 4 0- S K 1 6- 1 2 0 S K16 3- 1 6 B T- 4 0- S K 1 6- 1 5 0 S K16 3- 1 6 B T- 4 0- S K 2 0- 6 0 S K20 3- 2 0 B T- 4 0- S K 2 0- 9 0 S K20 3- 2 0 B T- 4 0- S K 2 0- 1 5 0 S K20 3- 2 0 B T- 4 0- S K 2 5- 8 0 S K25 6- 2 5 B T- 4 0- S K 2 5- 1 0 0 S K25 6- 2 5 B T- 5 0- S K 6- 1 0 0 S K6 2- 6 B T- 5 0- S K 6- 1 5 0 S K6 2- 6 B T- 5 0- S K 1 0- 1 0 0 S K10 2- 1 0 B T- 5 0- S K 1 0- 1 5 0 S K10 2- 1 0 B T- 5 0- S K 1 6- 1 0 0 S K16 3- 1 6 B T- 5 0- S K 1 6- 1 5 0 S K16 3- 1 6 B T- 5 0- S K 2 0- 1 0 0 S K20 3- 2 0 B T- 5 0- S K 2 0- 1 5 0 S K20 3- 2 0 B T- 5 0- S K 2 5- 1 0 0 S K25 6- 2 5 B T- 5 0- S K 2 5- 1 5 0 S K25 6- 2 5 B T- 4 0- S K 1 3- 6 0 L S K13 3- 1 3 B T- 4 0- S K 1 3- 9 0 L S K13 3- 1 3 B T- 4 0- S K 1 3- 1 2 0 L S K13 3- 1 3 B T- 4 0- S K 1 3- 1 5 0 L S K13 3- 1 3 BT TYPE

20 20 28 28 40 40 20 20 20 28 28 28 28 40 40 40 40 50 50 50 55 55 20 20 28 28 40 40 50 50 55 55 33 33 33 33

60 90 60 90 60 90 60 90 120 60 90 120 150 60 90 120 150 60 90 150 80 100 100 150 100 150 100 150 100 150 100 150 60 90 120 150

38 68 38 68 38 68 33 63 93 33 63 93 123 33 63 93 123 33 63 123 53 73 62 11 2 62 11 2 62 11 2 62 11 2 62 11 2 33 63 93 123

W EI G H T ( k g s) 0. 5 0. 5 5 0. 5 0. 7 0. 6 0. 7 0. 9 1 1. 2 1 1. 1 1. 2 1. 3 1. 2 1. 3 1. 4 1. 5 1. 2 1. 3 1. 5 1. 5 1. 6 5 3. 6 4 3. 6 4 4 4. 5 4. 3 5. 3 4. 5 5. 5 1. 1 1. 2 1. 3 1. 4

S et Of S K C oll et A n d M A S B T C h u c k D Y N A MI C B A L A N C E T E S T E D

JI S S T D.

C O D E N O. 3 2 1 8- 6 0 0 3 2 1 8- 6 0 1 3 2 1 8- 6 0 2 3 2 1 8- 6 0 3 3 2 1 8- 6 0 4 3 2 1 8- 6 0 5 3 2 1 8- 6 0 6 3 2 1 8- 6 0 7 3 2 1 8- 6 0 8 3 2 1 8- 6 0 9 3 2 1 8- 6 1 0 3 2 1 8- 6 1 1 3 2 1 8- 6 1 2 3 2 1 8- 6 1 3 3 2 1 8- 6 1 4 3 2 1 8- 6 1 5 3 2 1 8- 6 1 6 3 2 1 8- 6 1 7 3 2 1 8- 6 1 8 3 2 1 8- 6 2 0 3 2 1 8- 6 2 1 3 2 1 8- 6 2 2 3 2 1 8- 6 2 3 3 2 1 8- 6 2 4 3 2 1 8- 6 2 5 3 2 1 8- 6 2 6 3 2 1 8- 6 2 7 3 2 1 8- 6 2 8 3 2 1 8- 6 2 9 3 2 1 8- 6 3 0 3 2 1 8- 6 3 1 3 2 1 8- 6 3 2 3 2 1 8- 6 3 3 3 2 1 8- 6 3 4 3 2 1 8- 6 3 5 3 2 1 8- 6 3 6

1 5 0 0 0 R. P. M.

A A

S K C OLLET SET

M E T RI C R A N G E S E T SI Z E S K 0 6/ 5 p c s : Ø 2, 3, 4, 5, 6 S K 1 0/ 8 p c s : Ø 3, 4, 5, 6, 7, 8, 9, 1 0 S K 1 6/ 8 p c s : Ø 3, 4, 6, 8, 1 0, 1 2, 1 4, 1 6 S K 2 0/ 8 p c s : Ø 3, 4, 6, 8, 1 0, 1 2, 1 6, 2 0 S K 2 5/ 7 p c s : Ø 6, 8, 1 0, 1 2, 1 6, 2 0, 2 5

C71

T O O LI N G S Y S T E M

O R DE R N O. S K B- 3 0 1 S K B- 3 0 2 S K B- 3 0 3 S K B- 3 0 4 S K B- 3 0 5 S K B- 3 0 6 S K B- 3 0 7 S K B- 3 0 8 S K B- 3 0 9 S K B- 3 1 0 S K B- 3 1 1 S K B- 3 1 2 S K B- 3 1 3 S K B- 3 1 4 S K B- 3 1 5

BT TYPE B T- 3 0- S K 6- 6 0 L B T- 3 0- S K 6- 9 0 L B T- 3 0- S K 1 0- 6 0 L B T- 3 0- S K 1 0- 9 0 L B T- 3 0- S K 1 6- 6 0 L B T- 3 0- S K 1 6- 9 0 L B T- 4 0- S K 6- 6 0 L B T- 4 0- S K 6- 9 0 L B T- 4 0- S K 1 0- 6 0 L B T- 4 0- S K 1 0- 9 0 L B T- 4 0- S K 1 6- 6 0 L B T- 4 0- S K 1 6- 9 0 L B T- 4 0- S K 2 0- 6 0 L B T- 4 0- S K 2 0- 9 0 L B T- 4 0- S K 2 5- 8 0 L

C OLLET SET TYPE R A N GE S K6 2- 6 S K6 2- 6 S K10 3- 1 0 S K10 3- 1 0 S K16 3- 1 6 S K16 3- 1 6 S K6 2- 6 S K6 2- 6 S K10 3- 1 0 S K10 3- 1 0 S K16 3- 1 6 S K16 3- 1 6 S K20 4- 2 0 S K20 4- 2 0 S K25 6- 2 5

C O L L E T W EI G H T P CS ( k g) 5 1. 3 5 1. 4 5 8 1. 7 8 1. 9 8 2. 5 8 2. 8 5 2. 1 5 2. 3 8 2. 6 8 2. 8 8 3 8 3. 3 8 3. 8 8 4. 1 7 4. 5

C O D E N O. 3 2 1 8- 6 4 0 3 2 1 8- 6 4 1 3 2 1 8- 6 4 2 3 2 1 8- 6 4 3 3 2 1 8- 6 4 4 3 2 1 8- 6 4 5 3 2 1 8- 6 4 6 3 2 1 8- 6 4 7 3 2 1 8- 6 4 8 3 2 1 8- 6 4 9 3 2 1 8- 6 5 0 3 2 1 8- 6 5 1 3 2 1 8- 6 5 2 3 2 1 8- 6 5 3 3 2 1 8- 6 5 4

S T- S K Str ai g ht C h u c k

JI S S T D.

1 5 0 0 0 R. P. M.

O R D E R N O.

TYPE

C OLLET

W EI G H T( k g)

C O D E N O.

S K S- 2 1 0

S T- 2 0- S K 6- 1 0 0

S K6

100

0. 2 5

3 2 1 8- 6 6 0

S K S- 2 1 1

S T- 2 0- S K 6- 1 5 0

S K6

150

0. 3

3 2 1 8- 6 6 1

S K S- 2 1 2

S T- 2 0- S K 1 0- 1 0 0

S K10

100

0. 3

3 2 1 8- 6 6 2

S K S- 2 1 3

S T- 2 0- S K 1 0- 1 5 0

S K10

150

0. 4 5

3 2 1 8- 6 6 3

S K S- 2 1 4

S T- 2 0- S K 1 0- 2 0 0

S K10

200

0. 5 5

3 2 1 8- 6 6 4

S et Of S K C oll et A n d Str ai g ht C h u c k JI S S T D.

1 5 0 0 0 R. P. M.

S K C OLLET SET M E T RI C R A N G E S E T SI Z E S K 0 6/ 5 p c s : Ø 2, 3, 4, 5, 6 S K 1 0/ 8 p c s :

C O L L E T R AS NE TG E

Ø 3, 4, 5, 6, 7, 8, 9, 1 0

O R DE R N O.

ST TYPE

C O L L E T W EI G H T SET ( k g)

C O DE N O.

S K S- 2 3 1

S T- 2 0- S K 6- 1 0 0

S K6

2- 6

0. 7

3 2 1 8- 6 7 0

S K S- 2 3 2

S T- 2 0- S K 6- 1 5 0

S K6

2- 6

0. 8

3 2 1 8- 6 7 1

S K S- 2 3 3

S T- 2 0- S K 1 0- 1 0 0

S K10

3- 1 0

1. 1

3 2 1 8- 6 7 2

S K S- 2 3 4

S T- 2 0- S K 1 0- 1 5 0

S K10

3- 1 0

1. 3

3 2 1 8- 6 7 3

S K N ut A n d Wr e n c h S K N UT SK

O R DE R N O.

FI G C TO YL LP EE T

W EI G H T ( k g)

C O DE N O.

S K N- 6 0 1

S K06

1 9. 5

0. 0 5

3 2 1 8- 6 8 0

S K N- 1 0 1

S K10

0. 0 5

3 2 1 8- 6 8 1

S K N- 1 6 1

S K16

0. 0 8

3 2 1 8- 6 8 2

S K N- 2 0 1

S K20

0. 1

3 2 1 8- 6 8 3

S K N- 2 5 1

S K25

0. 1 2

3 2 1 8- 6 8 4

O R DE R N O.

FI G C TO YL LP EE T

W EI G H T ( k g)

C O DE N O.

S K W- 6 0 1

S K06

130

0. 0 8

3 2 1 8- 6 9 0

S K W- 1 0 1

S K10

140

0. 0 8

3 2 1 8- 6 9 1

S K W- 1 6 1

S K16

195

0. 2

3 2 1 8- 6 9 2

S K W- 2 0 1

S K20

228

0. 2 2

3 2 1 8- 6 9 3

S K W- 2 5 1

S K25

228

0. 2 2

3 2 1 8- 6 9 4

S K W RE N C H

T O O LI N G S Y S T E M

C72

S T- S K S T R AI G H T C H U C K

3 D- T a st er

O R D E R N O. V- 3 D

C O D E N O. 3 2 1 9- 0 0 1

Fi n d y o ur e x a ct z er o p oi nt s i n all t hr e e a x e s i n s e c o n d s wit h t h e n e w di st a n c e m e a s uri n g s c al e ( gr a d u at e d a n d a n al o g u e).

20 m m h5

L=123 m m Wit h St a n d ar d St yl u s

S etti n g of N C- pr o gr a m m e z er o p oi nt s i n s e c o n d s.

75m m

33m m

E a s y a n d pr e ci s e c h a n g e of st yl u s. W ei g ht: 0. 9 3 K G S

ø4m m

long

St a n d ar d- St yl u s ø8m m

STYL US

C h a n g e st yl u s i n s e c o n d s E a s y pr e ci si o n pl u g-i n m e c h a ni s m O R D E R N O.

TYPE

W EI G H T

C O D E N O.

V- 3 D- 0 5

ø 4 x 3 3 st a n d ar d st yl u s

10g

3 2 1 9- 0 0 5

TYPE

A C C U R A CY

V- 3 D- 0 6

ø 8 x 7 5 l o n g st yl u s

15g

3 2 1 9- 0 0 6

3 D- T a st er

0. 0 1 m m

K N T T y p e K e yl e s s Drill C h u c k s

F O R D RI L L O N L Y , N O T F O R E N D MI L L O R T A P

T hi s c h u c k f or C N C k e yl e s s drill c h u c k h ol d er s, b uilt b y t h e hi g h e st e n gi n e eri n g st a n d ar d. I nt e gr at e d drill c h u c k a n d h ol d er o n c e er c o m e off. S p e ci al d e si g n e n s ur e s hi g h ri gi dit y. Hi g h s er vi c e r eli a bilit y. E a s y t o o p er at e, l o n g s er vi c e lif e. s ur e t h e hi g h e st a c c ur a c y. 2 5 0 0 R. P. M O R D E R Cl a m pi n g F e F moral e Ø A Ø B N O. C a p a cit y T a p er

C73

T O O LI N G S Y S T E M

K N T- 8

0. 5- 8

K N T- 1 3

0. 5- 1 3

K N T- 1 6

3- 1 6

MT2

MT3

ITE M N O.

Ød m m 3 6 8 5 10 13 5 10 16

K N T- 8 K N T- 1 3 K N T- 1 6

L m m 35 50 55 75 55 80

Max R u n- o ut m m

T or q u e k gf- c m

0. 0 5

160

0. 0 5

320

0. 0 5

480

C ODE N O.

QTY P c s/ C u- Ft

N W/ G W Kgs

M 6 x 1. 0 0. 3

4 0/ 0. 6

1 5/ 1 6 3 0 3 3- 6 0 0

M 8 x 1. 2 5

3 0/ 0. 6

3 0/ 3 1

1 1 5 1 2 8 M 8 x 1. 2 5 1. 3

1 8/ 0. 6

2 4/ 2 5 3 0 3 3- 6 0 2

3 5 8 2. 5 9 0 56

A C C U R A CY

101

1 0 6 11 8

3 0 3 3- 6 0 1 3 0 3 3- 6 0 1 A

I nt e gr at e d T y p e K e yl e s s Drill C h u c k s

O R D E R N O.

Cl a m pi n g C a p a cit y m m inch

I N T- 8- C A T 3 0

0. 5- 8

1/ 6 4 - 1/ 8

I N T- 1 3- C A T 3 0

0. 5- 1 3

1/ 6 4 - 1/ 2

I N T- 8- C A T 4 0

0. 5- 8

1/ 6 4 - 1/ 8

I N T- 1 3- C A T 4 0

0. 5- 1 3

1/ 6 4 - 1/ 2

I N T- 1 6- C A T 4 0

3- 1 6

1/ 8 - 5/ 8

I N T- 1 3- C A T 5 0

0. 5- 1 3

1/ 6 4 - 1/ 2

I N T- 1 6- C A T 5 0

3- 1 6

1/ 8 - 5/ 8

A C C U R A CY T a p er C AT30

C AT40

C AT50

O UTE R Ø/ m m

W EI G H T ( k g s)

C O D E N O.

Ø35

0. 8

3 3 0 1- 0 7 3

Ø 5 1. 5

3 3 0 1- 0 7 4

Ø35

1. 3 2

3 3 0 1- 0 7 5

Ø 5 1. 5

2. 1

3 3 0 1- 0 7 6

Ø58

2. 2 6

3 3 0 1- 0 7 7

Ø 5 1. 5

3. 9 5

3 3 0 1- 0 7 8

Ø58

4. 2

3 3 0 1- 0 7 9

ITE M N O.

I N T- 8 I N T- 1 0 I N T- 1 3 I N T- 1 6

L m m

m m 3 6 8 3 6 10 5 10 13 5 10 16

Max T ol er a n c e m m

T or q u e k gf- c m

0. 0 5

160

0. 0 5

260

0. 0 5

400

0. 0 5

480

25 30 25 30 30 25 25 30

I nt e gr at e d T y p e K e yl e s s Drill C h u c k s

R L t y p e k e yl e s s drill c h u c k wit h B T S H A N K S K S H A N K NT S H A N K

CA N F O R TAP

c a p a cit y. Hi g h e st s p e e d 6 0 0 0r p m.

i m pr o v e s t h e t ot al ri gi dit y.

F O R H E X. W RE N C H

O R D E R N O.

Cl a m pi n g C a p a cit y m m/ d

C O D E N O.

B T 4 0- V R L 1 3 B T 4 0- V R L 1 6 S K 4 0- V R L 1 3 S K 4 0- V R L 1 6 N T 4 0- V R L 1 3 N T 4 0- V R L 1 6

0. 5- 1 3 3- 1 6 0. 5- 1 3 3- 1 6 0. 5- 1 3 3- 1 6

95 11 3 85 95 11 2 120

50 57 50 57 50 57

M16 M16 M16 M16

3 3 0 1- 0 9 0 3 3 0 1- 0 9 1 3 3 0 1- 0 9 2 3 3 0 1- 0 9 3 3 3 0 1- 0 9 4 3 3 0 1- 0 9 5

5/ 8 - 1 1 u n c M16

T O O LI N G S Y S T E M

C74

K E Y L E S S D RI L L C H U C K

C A T- T Y P E

F O R D RI L L O N L Y , N O T F O R E N D MI L L O R T A P

I nt e gr at e d T y p e K e yl e s s Drill C h u c k s

F O R D RI L L O N L Y , N O T F O R E N D MI L L O R T A P

I N T- S K 4 0 I N T- N T I N T- R 8

I N T- M T

I N T- J C

F O R S P E CI FI C A TI O N P L E A S E S E E P. C 7 4

I N T- B T

E xtr e m el y ri gi d c o n str u cti o n. A c c ur a c y i s s a m e a s p a g e C 6 6 T h e a c c u m ul ati v e t ol er a n c e s c a n b e r e d u c e d t o a mi ni m u m, S T A N D A R D A C C E S.

T h e I nt e gr at e d t y p e K e yl e s s Drill C h u c k i s d e si g n e d t o s ol v e t hi s pr o bl e m t ot all y. Pr e v e nt t h e Drill C h u c k s fr o m f alli n g o ut. E xtr e m el y s af e i n o p er ati o n. 2 5 0 0 R. P. M.

A C C U R A CY ITE M N O.

I N T- 8 I N T- 1 0 I N T- 1 3 I N T- 1 6

C75

m m 3 6 8 3 6 10 5 10 13 5 10 16

L m m 25 30 25 30 30 25 25 30

T O O LI N G S Y S T E M

Max T ol er a n c e m m

T or q u e k gf- c m

0. 0 5

160

0. 0 5

260

0. 0 5

400

0. 0 5

480

O R D E R N O.

Cl a m pi n g C a p a cit y

F e m al e T a p er DI N or J a c o b s

O UTE R Ø/ m m

Ø m m

Øinch

0. 5- 8 0. 5- 8 0. 5- 8 0. 5- 8 0. 5- 8 0. 5- 8 0. 5- 8

0- 5/ 1 6 0- 5/ 1 6 1/ 6 4 - 1/ 8 1/ 6 4 - 1/ 8 1/ 6 4 - 1/ 8 1/ 6 4 - 1/ 8

M T- 2 J C- 2 0 BT30 BT40 NT30 NT40 S K- 4 0

36 36 36 36 36 36 36

1- 1 3 1- 1 3 1- 1 3 1- 1 3 1- 1 3 1- 1 3 1- 1 3 1- 1 3 1- 1 3 1- 1 3 1- 1 3 1- 1 3 1- 1 3 1- 1 3 1- 1 3 1- 1 3

1/ 6 4 - 1/ 2 0- 1/ 2 0- 1/ 2 0- 1/ 2 0- 1/ 2 0- 1/ 2 0- 1/ 2 0- 1/ 2 0- 1/ 2 1/ 6 4 - 1/ 2 0- 1/ 2 0- 1/ 2 0- 1/ 2

R8 M T- 2 M T- 3 M T- 4 J C- 2 0 J C- 2 5 J C- 3 2 N T- 3 0 N T- 4 0 BT30 B T- 4 0 B T- 5 0 N T- 5 0 S K- 3 0 S K- 4 0 S K- 5 0

50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50

3- 1 6 3- 1 6 3- 1 6 3- 1 6 3- 1 6 3- 1 6 3- 1 6 3- 1 6 3- 1 6 3- 1 6 3- 1 6 3- 1 6

1/ 8 - 5/ 8 1/ 8 - 5/ 8 1/ 8 - 5/ 8 1/ 8 - 5/ 8 1/ 8 - 5/ 8 1/ 8 - 5/ 8 1/ 8 - 5/ 8 1/ 8 - 5/ 8 1/ 8 - 5/ 8 1/ 8 - 5/ 8 1/ 8 - 5/ 8 1/ 8 - 5/ 8

R8 MT3 MT4 J C- 2 0 J C- 2 5 J C- 3 2 N T- 4 0 B T- 4 0 B T- 5 0 N T- 5 0 S K- 4 0 S K- 5 0

57 57 57 57 57 57 57 57 57 57 57 57

O R D E R N O.

SI Z E DI N 6 9 8 7 1 A

I N T- 8- S K 4 0 I N T- 1 3- S K 4 0 I N T- 1 3- S K 5 0 I N T- 1 3- S K 3 0 I N T- 1 6- S K 4 0 I N T- 1 6- S K 5 0

S K 4 0- A P U 0 8 S K 4 0- A P U 1 3 S K 5 0- A P U 1 3 S K 3 0- A P U 1 3 S K 4 0- A P U 1 6 S K 5 0- A P U 1 6

Cl a m pi n g range ( Ø m m) 0. 5- 8 1- 1 3 1- 1 3 1- 1 3 3- 1 6 3- 1 6

I N T- 8- M T- 2 I N T- 8- J C- 2 0 I N T- 8- B T 3 0 I N T- 8- B T 4 0 I N T- 8- N T 3 0 I N T- 8- N T 4 0 I N T- 8- S K 4 0 I N T- 1 3- R 8 I N T- 1 3- M T 2 I N T- 1 3- M T 3 I N T- 1 3- M T 4 I N T- 1 3- J C- 2 0 I N T- 1 3- J C- 2 5 I N T- 1 3- J C- 3 2 I N T- 1 3- N T 3 0 I N T- 1 3- N T 4 0 I N T- 1 3- B T 3 0 I N T- 1 3- B T 4 0 I N T- 1 3- B T 5 0 I N T- 1 3- N T 5 0 I N T- 1 3- S K 3 0 I N T- 1 3- S K 4 0 I N T- 1 3- S K 5 0 I N T- 1 6- R 8 I N T- 1 6- M T 3 I N T- 1 6- M T 4 I N T- 1 6- J C- 2 0 I N T- 1 6- J C- 2 5 I N T- 1 6- J C- 3 2 I N T- 1 6- N T 4 0 I N T- 1 6- B T 4 0 I N T- 1 6- B T 5 0 I N T- 1 6- N T 5 0 I N T- 1 6- S K 4 0 I N T- 1 6- S K 5 0

O R D E R N O.

I N T- 8- C A T 3 0 I N T- 1 3- C A T 3 0 I N T- 8- C A T 4 0 I N T- 1 3- C A T 4 0 I N T- 1 6- C A T 4 0 I N T- 1 3- C A T 5 0 I N T- 1 6- C A T 5 0

Cl a m pi n g C a p a cit y m m inch 0. 5- 8 1/ 6 4 - 1/ 8 0. 5- 1 3 1/ 6 4 - 1/ 2 0. 5- 8 1/ 6 4 - 1/ 8 0. 5- 1 3 1/ 6 4 - 1/ 2 3- 1 6 1/ 8 - 5/ 8 0. 5- 1 3 1/ 6 4 - 1/ 2 3- 1 6 1/ 8 - 5/ 8

L e n gt h Open Cl o s e d B m m A m m 150 157 134 141 78 85 77 86 67 75 66 74 81 87 196 205 172 184 190 201 216 227 153 164 163 174 173 185 86 99 85 96 96 108 100 111 106 11 7 100 11 2 99 111 100 11 3 93 106 198 2 11 194 207 219 232 152 165 162 178 184 179 11 3 126 11 3 127 111 124 104 11 7 127 141 97 11 0 L

D 3 5. 6 52 52 52 5 6. 8 5 6. 8

T a p er C AT30 C AT40 C AT50

W EI G H T ( k g s)

C O D E N O.

0. 8 0. 8 1 1. 5 0. 8 1. 3 1. 4

3 3 0 1- 0 3 0 3 3 0 1- 0 3 1 3 3 0 1- 0 7 0 3 3 0 1- 0 7 2 3 3 0 1- 0 8 0 3 3 0 1- 0 8 1 3 3 0 1- 0 8 3

1. 5 1. 3 1. 4 1. 8 1. 4 1. 6 1. 8 1. 4 1. 8 1. 4 2 4. 7 4. 3 1. 3 4 1. 9 3. 9

3 3 0 1- 0 3 2 3 3 0 1- 0 8 2 3 3 0 1- 0 3 3 3 3 0 1- 0 3 4 3 3 0 1- 0 3 5 3 3 0 1- 0 3 6 3 3 0 1- 0 3 7 3 3 0 1- 0 3 8 3 3 0 1- 0 3 9 3 3 0 1- 0 7 1 3 3 0 1- 0 4 0 3 3 0 1- 0 4 1 3 3 0 1- 0 5 9 3 3 0 1- 0 8 4 3 3 0 1- 0 8 5 3 3 0 1- 0 8 7

1. 9 1. 9 2 1. 8 1. 7 2. 2 2. 6 2. 5 5 4. 5 2. 4 3. 9

3 3 0 1- 0 4 2 3 3 0 1- 0 4 3 3 3 0 1- 0 4 4 3 3 0 1- 0 4 5 3 3 0 1- 0 4 6 3 3 0 1- 0 4 7 3 3 0 1- 0 4 9 3 3 0 1- 0 5 0 3 3 0 1- 0 5 1 3 3 0 1- 0 5 6 3 3 0 1- 0 5 7 3 3 0 1- 0 5 8

Mi ni m u m

M a xi m u m

W EI G H T ( k g)

C O D E N O.

81 100 93 99 127 97

87 11 3 106 111 140 11 0

1. 4 1. 9 3. 9 1. 3 4 2. 4 3. 9

3 3 0 1- 0 0 1 3 3 0 1- 0 0 2 3 3 0 1- 0 0 4 3 3 0 1- 0 0 6 3 3 0 1- 0 0 7 3 3 0 1- 0 0 8

O UTE R Ø/ m m Ø36 Ø50 Ø36 Ø50 Ø57 Ø50 Ø57

W EI G H T ( k g s) 0. 8 1 1. 3 2 2. 1 2. 2 6 3. 9 5 4. 2

K E Y L E S S D RI L L C H U C K

I nt e gr at e d T y p e K e yl e s s Drill C h u c k s

C O D E N O. 3 3 0 1- 0 7 3 3 3 0 1- 0 7 4 3 3 0 1- 0 7 5 3 3 0 1- 0 7 6 3 3 0 1- 0 7 7 3 3 0 1- 0 7 8 3 3 0 1- 0 7 9

T O O LI N G S Y S T E M

C76

K e yl e s s Drill C h u c k s

T Y P E: X H S P

S P E CI A L H E A V Y D U T Y T Y P E

F O R D RI L L O N L Y , N O T F O R E N D MI L L O R T A P

S p e ci al d e si g n & m a n uf a ct ur e a g ai n st f or s u p er h e a v y t or q u e( Cl a m pi n g c a p a cit y) u s e. O wi n g t o i n s p e cti n g stri ctl y & wit h e x c ell e nt R U N O U T A c c ur a c y a n d q u alit y g u a nt e e d t h e gri p pi n g p o w er i s d o u bl e t h a n t h e g e n er al br a n d. A v oi d t h e drill dr o p p e d w h e n u s e d i n i n st a n e o u s c h a n g e of dir e cti o n a n d e q ui p p e d wit h s p a n n er h ol e f or ti g ht e ni n g p erf e ct s af et y. E s p e ci all y s uit a bl e f or C N C m a c hi ni n g c e nt er & milli n g m a c hi n e u s e. A c c ur a c y: 5 0 m m l e n gt h wit hi n 0. 0 5 m m T h e k e y i s o pti o n al

O P TI O N A L A C C E S. O R DE R N O.

11015 11016 11017 11018 11019 11020 11021 11025 11026 11027 11028 11029 11030 11035 17000 17002 17004 11031 11032 11033 11034

TYPE 8X HSP

10 X H S P

13 X H S P

16 X H S P

6X HSP

Key

L e n gt h F e m al e T a p er DI N OØ /U T mE mR O p e n Cl o s e d Ø m m Øinch or J a c o b s B m m A m m B10 3 4. 3 6 4. 8 7 2. 7 0. 5- 8 0- 5 / 1 6 J1 3 4. 3 6 4. 8 7 2. 7 B12 3 4. 3 6 4. 8 7 2. 7 J33 4 2. 4 8 0. 8 9 1. 1 J2 S 4 2. 4 8 0. 8 9 1. 1 1- 1 0 0- 3 / 8 B12 4 2. 4 8 0. 8 9 1. 1 B16 4 2. 4 8 0. 8 9 1. 1 J6 5 0. 3 9 3. 7 1 0 5. 3 1- 1 3 0- 1 / 2 J33 5 0. 3 9 3. 7 1 0 5. 3 B16 5 0. 3 9 3. 7 1 0 5. 3 J6 52 97 1 1 0. 3 B16 52 9 6. 1 1 1 0. 3 3- 1 6 1/ 8 - 5/ 8 B18 52 97 1 1 0. 4 J3 52 1 0 0. 5 1 0 5. 3 B12 34 6 4. 8 7 2. 7 0. 5- 6. 5 1/ 6 4 - 1/ 4 J1 34 6 4. 8 7 2. 7 B10 34 6 4. 8 7 2. 7 13 X H S P 16 X H S P O P TI O N A L A C C E E S. 8X HSP 10 X H S P

U nit: m m

Cl a m pi n g C a p a cit y

Wt g 320 320 320 700 700 700 700 1030 1035 1030 1450 1450 1450 1450 320 320 320

QTY P c s./ C u- Ft 4 0/ 0. 6 4 0/ 0. 6 4 0/ 0. 6 4 0/ 0. 6 4 0/ 0. 6 4 0/ 0. 6 4 0/ 0. 6 3 0/ 0. 6 3 0/ 0. 6 3 0/ 0. 6 2 4/ 0. 6 2 4/ 0. 6 2 4/ 0. 6 2 4/ 0. 6 4 0/ 0. 6 4 0/ 0. 6 4 0/ 0. 6

K e yl e s s Drill C h u c k s

T Y P E: H E

O R DE R N O.

I n d u stri al d e si g n e s p e ci all y f or lif e a n d s af et y w hil e i n o p er ati o n. All h ar d e n e d p art s e n s ur e l o n g t er m f or milli n g m a c hi n e s a n d drilli n g. A c c ur a c y: 3 5 m/ m l e n gt h wit hi n 0. 0 8 m/ m C77

T O O LI N G S Y S T E M

11061 11062 11063 11064 11065 11066 11067 11068 11070 11071 11072 11073 11074 11075

TYPE 6 HE

0- 6. 5

8 HE

0. 5- 8 0- 5 / 1 6

0- 1 / 4

1 0 H E 1- 1 0

0- 3 / 8

1 3 H E 1- 1 3

0- 1 / 2

1 6 H E 3- 1 6 1/ 8 - 5/ 8

C O D E N O.

1 3/ 1 4 1 3/ 1 4 1 3/ 1 4 2 8/ 2 9 2 8/ 2 9 2 8/ 2 9 2 8/ 2 9 3 1/ 3 2 3 1/ 3 2 3 1/ 3 2 3 5/ 3 6 3 5/ 3 6 3 5/ 3 6 3 5/ 3 6 1 3/ 1 4 1 3/ 1 4 1 3/ 1 4

3 3 0 2- 0 0 2 3 3 0 2- 0 0 3 3 3 0 2- 0 0 4 3 3 0 2- 0 0 5 3 3 0 2- 0 0 6 3 3 0 2- 0 0 7 3 3 0 2- 0 0 8 3 3 0 2- 0 0 9 3 3 0 2- 0 1 0 3 3 0 2- 0 1 1 3 3 0 2- 0 1 2 3 3 0 2- 0 1 3 3 3 0 2- 0 1 4 3 3 0 2- 0 1 5 3 3 0 4- 0 1 0 3 3 0 4- 0 1 1 3 3 0 4- 0 1 2 3 3 0 4- 0 0 1 3 3 0 4- 0 0 2 3 3 0 4- 0 0 3 3 3 0 4- 0 0 4

STA N D A R D TYPE

F O R D RI L L O N L Y , N O T F O R E N D MI L L O R T A P

Cl a m pi n g C a p a cit y Ø Ø m m inch

N. W/ G. W kgs

U nit: m m

F e m al e O U T E R T a p er DI N Ø or J a c o b s m m J1 B10 J1 B10 J2 S J33 B12 B16 J6 J33 B16 J6 B16 B18

34 34 34 34 4 2. 5 4 2. 5 4 2. 5 4 2. 5 5 0. 5 5 0. 5 5 0. 5 5 0. 5 5 0. 5 5 0. 5

L e n gt h O p e n Cl o s e d B m m A m m 6 4. 8 7 2. 7 6 4. 8 7 2. 7 6 4. 8 7 2. 7 6 4. 8 7 2. 7 8 0. 8 9 1. 1 8 0. 8 9 1. 1 8 0. 8 9 1. 1 8 0. 8 9 1. 1 9 3. 7 1 0 5. 3 9 3. 7 1 0 5. 3 9 3. 7 1 0 5. 3 9 3. 7 1 0 5. 8 9 3. 8 1 0 5. 9 9 7. 7 11 0

Wt g

C O DE N O.

4 1 0 3 3 0 2- 0 3 0 4 0 0 3 3 0 2- 0 3 1 4 0 0 3 3 0 2- 0 3 2 4 0 0 3 3 0 2- 0 3 3 7 2 0 3 3 0 2- 0 3 4 7 0 0 3 3 0 2- 0 3 5 7 2 0 3 3 0 2- 0 3 6 7 0 0 3 3 0 2- 0 3 7 1 0 7 0 3 3 0 2- 0 3 9 1 0 3 5 3 3 0 2- 0 4 0 1 0 8 0 3 3 0 2- 0 4 1 1 0 7 0 3 3 0 2- 0 4 2 1 0 8 0 3 3 0 2- 0 4 3 1 0 9 0 3 3 0 2- 0 4 4

K e yl e s s Drill C h u c k s

T Y P E: S

HE AVY D UTY TYPE S

F O R D RI L L O N L Y , N O T F O R E N D MI L L O R T A P

E xtr e m el y hi g h a c c ur a c y a n d pr e ci si o n d e si g n, s uit a bl e f or C N C m a c hi n e s a n d m a c hi n e c e nt er. All p art s ar e gr o u n d, h e at tr e at e d, s urf a c e tr e at e d a n d

Si z e

C a p a cit y m m

inch

1 2 2 0 1- 1 1 2 2 0 1- 2

T a p er M o u nt No DI N or J a c a b s JT1

L e n gt h( m/ m) O p e n Cl o s e d 68

O ut er W ei g ht Di a C O D E N O. ( m/ m) ( g) 38 460 3 3 0 2- 0 6 0

JT2 S

450

3 3 0 2- 0 6 1

B10

420

3 3 0 2- 0 6 2

1 2 2 0 1- 4

B12

450

3 3 0 2- 0 6 3

1 2 2 0 2- 1

JT2

660

3 3 0 2- 0 6 4

1 2 2 0 1- 3

1 2 2 0 2- 2

0. 5- 8 0- 5/ 1 6

JT33

630

3 3 0 2- 0 6 5

B10

640

3 3 0 2- 0 6 6

1 2 2 0 2- 4

B12

670

3 3 0 2- 0 6 7

1 2 2 0 3- 1

JT33

102

970

3 3 0 2- 0 6 8

10 S

1 2 2 0 2- 3

1 2 2 0 3- 2

13 S

1 2 2 0 3- 3

1- 1 0

1- 1 3

0- 3/ 8

0- 1/ 2

1 2 2 0 3- 4

JT6

102

1020

3 3 0 2- 0 6 9

B12

102

1040

3 3 0 2- 0 7 0

B16

102

1030

3 3 0 2- 0 7 1

1 2 2 0 5- 1

JT6

11 0

1330

3 3 0 2- 0 7 3

1 2 2 0 5- 2

JT3

11 0

1330

3 3 0 2- 0 7 4

B16

11 0

1340

3 3 0 2- 0 7 5

B18

11 0

1360

3 3 0 2- 0 7 6

16 S

1 2 2 0 5- 3

3- 1 6 1/ 8- 5/ 8

1 2 2 0 5- 4

K e y s St e el

N ot e

O R D E R N O.

Ty p e

D m m

L m m

W ei g ht( g)

P a c ki n g

14001

3. 2

3 3 0 4- 1 0 0

14002

3 3 0 4- 1 0 1

14003

5. 5

3 3 0 4- 1 0 2

14004

14005

6. 5

14007

3 3 0 4- 1 0 6

14008

9. 5

150

3 3 0 4- 1 0 7

14009

100

320

3 3 0 4- 1 0 8

Pl a sti c Bag

C O D E N O.

3 3 0 4- 1 0 3 3 3 0 4- 1 0 4

C A U TI O N S

T O O LI N G S Y S T E M

C78

K E Y L E S S D RI L L C H U C K

O R DE R N O.

K e y T y p e Drill C h u c k s

T Y P E: G

HI G H P R E CI SI O N

R e m ar k a bl e pr o d u ct s, s u p er pr e ci si o n d ur a bl e & ri git y Bi g o ut si d e di a m et er s uit f or h e a v y d ut y T h e n ut a n d j a w s a d o pt AI SI- 5 2 1 0 0 ( b e ari n g st e el) a n d h e at-tr e at e d, d ur a bilit y Pr e ci si o n c a n b e a s s ur e d. T h e t a p er i s pr e ci si o n gr o u n d. A c c ur a c y: 9 0 m m l e n gt h wit hi n 0. 0 8 m m Wit h k e y s

Cl a m pi n g C a p a cit y m m

inch

G- 6 H

0. 5- 6. 5

1/ 6 4 - 1/ 4

J1 J6

7 0. 5

800

3 6/ 0. 8 3

3 0/ 3 1

3 3 0 3- 0 0 6

G- 1 3 X H

0. 5- 1 3

1/ 6 4 - 1/ 2

B16

7 0. 5

800

3 6/ 0. 8 3

3 0/ 3 1

3 3 0 3- 0 0 7

J33

7 0. 5

800

3 6/ 0. 8 3

3 0/ 3 1

3 3 0 3- 0 0 8

TYPE

10006 10050 10051 10052 10068 10070 10074

C79

L e n gt h O p e n Cl o s e d B m m A m m 41 50

F e m al e T a p er DI N or J a c o b s

O R DE R N O.

G- 1 6 X H

1- 1 6

1/ 3 2 - 5/ 8

G- 1 9 X H

3- 1 9

1/ 8 - 3/ 4

T O O LI N G S Y S T E M

O UTE R Ø/ m m 32

Wt g

Key Si z e

QTY P c s./ C u- Ft

N. W/ G. W kgs

C O D E N O.

200

1 0 0/ 0. 8 2

2 0/ 2 1

3 3 0 3- 0 0 1

101

1000

2 4/ 0. 8 4

2 4/ 2 5

3 3 0 3- 0 0 9

B18

101

1000

2 4/ 0. 8 4

2 4/ 2 5

3 3 0 3- 0 1 0

9 9. 5

126

2150

1 8/ 0. 8 3

3 9/ 4 0

3 3 0 3- 0 1 1

K e y T y p e Drill C h u c k s S uit a bl e f or h e a v y d ut y & e xtr a h e a v y d ut y.

Cl a m pi n g C a p a cit y m m

inch

F e m al e T a p er DI N or J a c o b s

4 H

0. 5- 4

1/ 6 4 - 5/ 3 2

J O

6 H

0. 5- 6. 5

1/ 6 4 - 1/ 4

O R DE R N O.

TYPE

10001

F e m al e T hr e a d I n c h or m eti c

L e n gt h

Wt g

Key Si z e

C O D E N O.

120

3 3 0 3- 0 6 0

230

3 3 0 3- 0 6 2

190

3 3 0 3- 0 6 3

5 0. 5

320

3 3 0 3- 0 6 5

J2 S

5 0. 5

320

3 3 0 3- 0 6 6

10012

B12

5 0. 5

330

3 3 0 3- 0 6 7

10038

J2 S

520

3 3 0 3- 0 7 1

3/ 8- 2 4

520

3 3 0 3- 0 7 1- 2

1/ 2- 2 0

330

3 3 0 3- 0 7 1- 3

570

3 3 0 3- 0 7 2

10040

B16

580

3 3 0 3- 0 7 3

10041

J33

580

3 3 0 3- 0 7 4

10061

990

3 3 0 3- 0 7 7

960

3 3 0 3- 0 7 8

B16

990

3 3 0 3- 0 7 9

B18

970

3 3 0 3- 0 8 0

B22

6 7. 5

126

1660

3 3 0 3- 0 8 3

6 7. 5

126

1680

3 3 0 3- 0 8 4

770

3 3 0 3- 0 8 6

132

1720

3 3 0 3- 0 8 9

10003 10004 10010 10011

10 H

1- 1 0

1/ 3 2 - 3/ 8

Open B m m

Cl o s e d A m m

B10

1 0 0 3 8- 2 1 0 0 3 8- 3 10039

10062 10063

13 H

1- 1 3

16 H

1- 1 6

1/ 3 2 - 1/ 2

1/ 3 2 - 5/ 8

10064 10072

19 H

3- 1 9

1/ 8 - 3/ 4

10046

13 X H

1- 1 3

1/ 3 2 - 1/ 2

10079

19 X H

1- 1 9

10073

PA RT N A ME

1 2

4 H

5 H 6. 5 H 1 0 H 1 3 H 1 6 H 1 9 H 1 3 X H 1 9 X H

Ød m m

3. 5

4. 5

H R C 4 5- 4 8

L m m

11 0

140

150

140

150

JI S- 4 0 1 8 S A E 1 0 1 8

H R C 3 8- 4 0

L1 m m

11 0

120

11 0

120

JI S- 4 0 5 1 S A E 1 0 4 5

H R C52±2

M a x R u n- o ut

0. 1 5 0. 1 5 0. 1 5 0. 1 5 0. 1 5 0. 1 5 0. 1 5

0. 1 5

JI S- 4 0 5 1 S A E 1 0 4 5

H R C61±2

T or q u e k g- m

190

300

M A T E RI A L

Body

JI S- 4 0 5 1 S A E 1 0 4 5

Case N ut

1/ 2- 2 0

H E AT T R E AT E D

3 4

R u n- o ut A c c ur a c y & T or q u e I n s p e cti o n T a bl e

M at eri al A n al y si s T a bl e PA RT N O.

O UTE R Ø/ m m

Ty p e

250

300

T O O LI N G S Y S T E M

C80

D RI L L C H U C K

Wit h k e y s

K e y T y p e Drill C h u c k s St ai nl e s s

TAPE R & T H RE A D M O U NT

E nl ar g e d p h ot o F E A T U R E S:

St ai nl e s s - A nti - R u st G o o d R e si st a n c e - A ci d R e si st a n c e S m o ot h o p er ati o n S uit f or E D M, F o o d, m ari n e i n d u str y.

O R D E R N O. 1 0 0 9 0 Cl a m pi n g C a p a cit y

O R DE R N O.

TYPE

10090

4KST

0. 3- 4

10091

6KST

0. 3- 6. 5

1 0 0 9 2- 2 1 0 0 9 2- 3

10 K ST

m m

inch

0. 3- 1 0

Pit c h

Wt g

Key Si z e

C O D E N O.

L e n gt h Open Cl o s e d B m m A m m 28 35

5/ 1 6 - 2 4

T 0- 3 S

3 3 0 3- 1 0 0

3/ 8 - 2 4

125

T 1- 3 S

F e m al e T a p er DI N or J a c o b s

O UTE R Ø/ m m

JT0 JT1

2 8. 5

4 0. 5

Ø D13

Ø D15

250

3/ 8 - 2 4

250

T 2- 3 S

3 3 0 3- 1 0 1 3 3 0 3- 1 0 3 3 3 0 3- 1 0 4

K e yl e s s Drill C h u c k s St ai nl e s s

KEYLESS TAPE R & T H RE A D M O U NT

F E A T U R E S:

St ai nl e s s - A nti - R u st G o o d R e si st a n c e - A ci d R e si st a n c e S m o ot h o p er ati o n S uit f or E D M, F o o d, m ari n e i n d u str y.

E nl ar g e d p h ot o O R D E R N O. 1 6 0 0 1- 3 1 O R DE R N O.

1 6 0 0 1- 3 0 1 6 0 0 1- 3 1 1 6 0 0 1- 6 1

C a p a cit y

Si z e

m m

inch

3ST

0. 3- 3

1/ 6 4- 1/ 8

6ST

0. 3- 6. 5

1/ 6 4- 1/ 4

T a p er M o u nt No DI N or J a c a b s JT0

Open 44

JT1

W ei g ht ( g)

O ut er Di a ( m/ m) 30

11 0

3 3 0 3- 1 1 1

4 8. 5

11 0

3 3 0 3- 1 1 2

300

3 3 0 3- 1 1 3

L e n gt h( m/ m) Cl o s e d

C O D E N O.

K e y s F or St ai nl e s s K e y T y p e Drill C h u c k L

D C81

T O O LI N G S Y S T E M

3/ 8"

O R D E R N O.

Ty p e

D m m H m m L m m

W ei g ht( g)

P a c ki n g

C O D E N O.

15001

T 0- 3 S

3. 2

3 3 0 3- 1 2 1

15002

T 1- 3 S

4. 0

4 7. 6

3 3 0 3- 1 2 2

15003

T 2- 3 S

5. 5

4 8. 4

3 3 0 3- 1 2 3

T a p er S h a n k F or B ori n g H e a d s S eri e s B S 7 0, 1 0 0, 2 0 0, 3 0 0, 4 0 0 T a p er S h a n k F or B ori n g H e a d s S eri e s B 1 0 7 0 ~ B 6 2 3 0 B S 7 0 ~ 4 0 0 S E RI E S

B 1 0 7 0 ~ 6 2 3 0 S E RI E S

B1070~ B3260

O R D E R N O.

L e n gt h ( L)

E xt er n al Di a m et er ( D)

A p pli c a bl e B ori n g H e a d s

W ei g ht ( k g s)

C O D E N O.

V T- B T 3 0- B 1 0 7 0

F B B20

0. 5

3 3 2 0- 2 1 4

V T- B T 3 0- B 2 0 8 0

V R B25; F B B25

0. 6

3 3 2 0- 2 1 5

V T- B T 3 0- B 3 0 8 0

V R B32; F B B32

0. 7

3 3 2 0- 2 1 6

V T- B T 3 0- B 4 0 7 0

V R B40; F B B40; F B B44

0. 8

3 3 2 0- 2 1 7

V T- B T 3 0- B 5 0 6 0

V R B52; F B B52; F B B55

0. 8

3 3 2 0- 2 1 8

V T- B T 3 0- B 6 0 6 0

V R B68; V R B90; F B B68 F B B100; F B B150; F B B66

1. 0

3 3 2 0- 2 1 9

V T- B T 4 0- B 1 0 7 5

F B B20

1. 2

3 3 2 0- 2 2 0

V T- B T 4 0- B 2 0 8 5

V R B25; F B B25

1. 2

3 3 2 0- 2 2 1

V T- B T 4 0- B 3 0 9 5

V R B32; F B B32

1. 4 5

3 3 2 0- 2 2 2

V T- B T 4 0- B 4 0 8 5

V R B40; F B B40; F B B44

1. 5

3 3 2 0- 2 2 3

V T- B T 4 0- B 5 0 7 5

V R B52; F B B52; F B B55

1. 8

3 3 2 0- 2 2 5

V T- B T 4 0- B 6 0 6 5

2. 1 5

3 3 2 0- 2 2 7

V T- B T 4 0- B S 7 0

V R B68; V R B90; F B B68 F B B100; F B B150; F B B66 V R B120; F B B200 V R B 1 2 0 a n d a b o v e; F B B 2 0 0 a n d a b o v e

3. 2

3 3 2 0- 2 2 8

V T- B T 5 0- B 1 1 1 5

11 5

F B B20

3. 5

3 3 2 0- 2 2 9

V T- B T 5 0- B 2 1 1 0

125

V R B25; F B B25

3 3 2 0- 2 3 0

V T- B T 5 0- B 3 1 2 5

125

V R B 3 2; F B B 3 2

4. 4

3 3 2 0- 2 3 2

V T- B T 5 0- B 4 1 1 5

11 5

3 3 2 0- 2 3 4

175

V R B 4 0; F B B 4 0; F B B 4 4

4. 8

V T- B T 5 0- B 4 1 7 5

5. 2

3 3 2 0- 2 3 5

V T- B T 5 0- B 5 1 0 5

105

5. 4

3 3 2 0- 2 3 6

V T- B T 5 0- B 5 1 8 0

180

6. 2

3 3 2 0- 2 3 7

V T- B T 5 0- B 5 2 4 0

240

6. 4

3 3 2 0- 2 3 8

V T- B T 5 0- B 6 0 9 5

5. 9

3 3 2 0- 2 3 9

6. 5

3 3 2 0- 2 4 0

6. 9

3 3 2 0- 2 4 1

5. 7 1

3 3 2 0- 2 4 2

8. 7 9

3 3 2 0- 2 4 4

1 1. 2 5

3 3 2 0- 2 4 6

1 9. 3

3 3 2 0- 2 4 7

V T- B T 5 0- B 6 1 7 0

170

V T- B T 5 0- B 6 2 3 0

230

V T- B T 5 0- B S 1 0 0

100

V T- B T 5 0- B S 2 0 0

200

V T- B T 5 0- B S 3 0 0

300

V T- B T 5 0- B S 4 0 0

400

V R B 5 2; F B B 5 2; F B B 5 5

V R B68; V R B90; F B B68 F B B100; F B B150; F B B66

V R B120 V R B 1 2 0 a n d a b o v e; V R B 2 0 0 - 5 0 0; l ar g e di a m et er b ori n g h e a d s s eri e s F B B 2 0 0- 5 0 0

T O O LI N G S Y S T E M

C82

B O RI N G S Y S T E M

M o d ul ar B ori n g S y st e m s

L ar g e Di a m et er 2 I n s ert s R o u g h B ori n g

M o d ul ar St yl e F or Di a m et er O v er 2 0 0 m m B ori n g ø D r a n g e fr o m ø 2 0 0- ø 1, 2 5 0 m m

I n s ert N ot I n cl u d e d R B200 C12/ R B200T16/ R B200T22/ R B200 S12 A R E F O R V R B200 ~ V R B900 Ar b or i s n ot i n cl u d e d O R D E R N O.

B ori n g Head Ty p e

V R B200

V R B300

V R B400

V R B500

V R B600

V R B900

L e n gt h

130

150

( k g s) T ot al W ei g ht St e el/ All o y

9. 5

1 1. 5

1 3. 5

1 5. 5

D( m m) B ori n g Di a m et er R a n g e

2 0 0- 3 1 0

3 0 0- 4 1 0

4 0 0- 5 1 0

5 0 0- 6 1 0

6 0 0- 9 0 0

9 0 0- 1 2 0 0

T a p er S h a n k

B T 5 0- B S

Fl a n g e ( k g s) W ei g ht St e el/ All o y

B R200 2. 7

E xt e n si o n Sli d e ( k g) W ei g ht St e el/ All o y

M o d ul e

B R600

B R900

8. 8 k g

1 3. 5 k g

R ST200

R ST300

R ST400

R ST500

R ST300 x2pcs

R ST400 x2pcs

3. 4 k g

5. 4 k g

7. 4 k g

9. 4 k g

1 0. 8 k g

1 4. 8 k g

Cl a m p B a s e ( k g) W ei g ht H ei g ht S eti n g S hi m ( k g) W ei g ht

R S200 0. 9 8 k g R S201 0. 0 5 k g

I n s ert H ol d er

R B200 C12

R B200T16

R B200T22

R B200 S12

A p pli c a bl e I n s ert

C C MT120404

T C MT16T304

T C MT220404

S C MT120404

( k g) W ei g ht C O D E N O.

C83

B T 5 0- F M A- 4 7. 6 2 5

T O O LI N G S Y S T E M

0. 6 8 k g 3 3 2 0- 2 5 0

3 3 2 0- 2 5 1

3 3 2 0- 2 5 2

3 3 2 0- 2 5 3

3 3 2 0- 2 5 4

3 3 2 0- 2 5 5

E nl ar g e a bl e Fi ni s h B ori n g H e a d

B O RI N G S Y S T E M

M o d ul ar St yl e F or Di a m et er O v er 2 0 0 m m B ori n g ø D fr o m ø 2 0 0- ø 1, 2 5 0 m m

Ar b or i s n ot i n cl u d e d

B ori n g Head Ty p e

M o d ul e

O R D E R N O.

VF B200

VF B300

VF B400

VF B500

VF B600

VF B900

L e n gt h

130

150

( k g s) T ot al W ei g ht St e el/ All o y

7. 8

8. 6

9. 4

1 5. 8

2 2. 1

D( m m) B ori n g Di a m et er

2 0 0- 3 1 0

3 0 0- 4 1 0

4 0 0- 5 1 0

5 0 0- 6 1 0

6 0 0- 9 0 0

9 0 0- 1 2 0 0

T a p er S h a n k

B T 5 0- B S

Fl a n g e ( k g) W ei g ht St e el/ All o y

B R200 2. 7 k g

B T 5 0- F M A- 4 7. 6 2 5 B R600

B R900

8. 8 k g

1 3. 5 k g

E xt e n si o n Sli d e

R ST200

R ST300

R ST400

R ST500

R ST300 x2pcs

R ST400 x2pcs

( k g s) W ei g ht

1. 1 k g

1. 9 k g

2. 7 k g

3. 5 k g

3. 8 k g

5. 4 k g

B al a n c e W ei g ht ( k g) W ei g ht

R B N200 1. 6 k g

Fi ni s h H e a d ( k g s) W ei g ht

C B200 1. 6 k g

A p pli c a bl e I n s ert C O D E N O.

T P 0 8/ Ø 3. 2 x M 2/ T 6, T P 0 9/ M 2. 5/ T 8, T C 1 1/ M 2. 5/ T 8 3 3 2 0- 2 6 0

3 3 2 0- 2 6 1

3 3 2 0- 2 6 2

3 3 2 0- 2 6 3

3 3 2 0- 2 6 4

3 3 2 0- 2 6 5

T O O LI N G S Y S T E M

C84

I n s ert T y p e B ori n g B ar

O R D E R N O. B B A R- D 1 6

C O D E N O. 6 0 0 4- 0 7 1

B O RI N G B A R F O R B O RI N G H E A D B O RI N G B A R

S H A N K D.

B R B 1 6 0 8- 3 2 B R B 1 6 1 0- 4 0 B R B 1 6 1 2- 5 3 B R B 1 6 1 6- 6 8 B R B 1 6 2 0- 8 3 B R B 1 6 2 5- 9 0 B R B 1 6 3 0- 9 0 B R B 1 6 4 0- 9 0

16 16 16 16 16 16 16 16

R A N GE d~d1 8- 1 1 1 0- 1 3 1 2- 1 5 1 6- 2 1 2 0- 2 6 2 5- 3 1 3 0- 3 6 4 0- 4 6

DEPT H m 32 40 53 68 83 90 90 90

L1 32 32 32 32 32 32 32 32

S H A N K L. L 80 80 85 100 11 5 122 122 122

C o nt a ct u s b ef or e or d eri n g fr o m F 1 ~ F 4 9

8 P C S/ S E T

I NSE RT

FI XI N G U NI T

W RE N C H

T B GT060102L

T S2001

T P G H090204L

T S2504

W EI G H T ( k g)

2 T P G H 11 0 3 0 4 L

T S3005

T10

I NSE RT

W RE N C H

T B GT060102L

FI XI N G U NI T T S2001

T P G H090204L

T S2504

T P G H 11 0 3 0 4 L

T S3005

T10

I n s ert T y p e B ori n g B ar

O R D E R N O. B B A R- D 1 8 A C O D E N O. 6 0 0 4- 0 7 2 A

B O RI N G B A R F O R B O RI N G H E A D B O RI N G B A R

S H A N K D.

B R B 1 8 1 0- 4 0 B R B 1 8 1 2- 5 3 B R B 1 8 1 6- 6 8 B R B 1 8 2 0- 8 3

18 18 18 18

R A N GE d~d1 1 0- 1 3 1 2- 1 7 1 6- 2 1 2 0- 1 3 0

DEPT H m 40 53 68 83

L1 32 32 32 32

S H A N K L. L 80 88 104 11 8

4 P C S/ S E T T6

W EI G H T ( k g) 1. 0

I n s ert T y p e B ori n g B ar

O R D E R N O. B B A R- D 2 0

C O D E N O. 6 0 0 4- 0 7 3

8 P C S/ S E T

B O RI N G B A R F O R B O RI N G H E A D B O RI N G B A R

S H A N K D.

B R B 2 0 0 8- 3 2 B R B 2 0 1 0- 4 0 B R B 2 0 1 2- 5 3 B R B 2 0 1 6- 6 8 B R B 2 0 2 0- 8 3 B R B 2 0 2 5- 9 6 B R B 2 0 3 0- 1 1 5 B R B 2 0 3 5- 9 7- L

20 20 20 20 20 20 20 20

C85

T O O LI N G S Y S T E M

R A N GE d~d1 8- 1 1 1 0- 1 3 1 2- 1 7 1 6- 2 1 2 0- 1 3 0 2 5- 1 3 5 3 0- 1 4 0 1 2 0- 2 8 0

DEPT H m 23 40 53 68 83 96 11 5 14

L1 32 32 32 32 32 32 32

S H A N K L. L 80 80 85 100 11 5 135 154 99

I NSE RT

FI XI N G U NI T

W RE N C H

T B GT060102L

T S2001

T P G H090204L

T S2504

T P G H 11 0 3 0 4 L

T S3005

T10

W EI G H T ( k g)

2. 6 5

C h a n g e a bl e 2 I n s ert s R o u g h B ori n g H e a d V R B

V M H- S Y S T E M

B ori n g di a m et er fr o m ø 2 5- ø 3 5 0 m m

B O RI N G S Y S T E M

A dj u st a bl e

- C I N S E R T S T Y L E- T -S

O R D E R N O.

T o ol c o n n e cti o n

V R B 2 5- 3 3 C

B2080

B3080

B4070

V R B 3 2- 4 2 C V R B 3 2- 4 2 T

D( m m) L C B ori n g R a n g e ( m m) ( m m)

V R B 4 0- 5 5 C V R B 4 0- 5 5 T

I n s ert

W ei g ht ( g)

C O D E N O.

C C MT060204

0. 1 5

3 3 2 0- 2 7 0

C C MT060204 T C M T 11 0 2 0 4

0. 3

C C MT09T304 T C MT16T304

3 3 2 0- 2 7 1 3 3 2 0- 2 7 2 3 3 2 0- 2 7 3

0. 5

3 3 2 0- 2 7 4

V R B 4 0- 5 5 S

S C MT09T304

3 3 2 0- 2 7 5

V R B 5 2- 7 0 C

C C MT09T304

3 3 2 0- 2 7 6

V R B 5 2- 7 0 T

B5060

V R B 5 2- 7 0 S V R B 6 8- 9 2 C V R B 6 8- 9 2 T

T C MT16T304

3 3 2 0- 2 7 9 2

S C MT120404

V R B 9 0- 1 2 2 C 90

122

100

T C MT220408

3 3 2 0- 2 8 0 3 3 2 0- 2 8 1

C C MT120408 B6065

3 3 2 0- 2 7 7 3 3 2 0- 2 7 8

C C MT120408 B6065

V R B 6 8- 9 2 S V R B 9 0- 1 2 2 T

T C MT16T304 S C MT09T304

3 3 2 0- 2 8 2 2. 9

3 3 2 0- 2 8 3

V R B 9 0- 1 2 2 S

S C MT120404

3 3 2 0- 2 8 4

V R B 1 2 0- 1 6 4 C

C C MT120408

3 3 2 0- 2 8 5

V R B 1 2 0- 1 6 4 T

120

164

V R B 1 2 0- 1 6 4 S

V R B 1 6 0- 2 0 4 S V R B 2 0 0- 3 0 0 C V R B 2 0 0- 3 0 0 T

V T- B T 4 0- B S 7 0 V T- B T 5 0- B S 1 0 0 V T- B T 5 0- B S 2 0 0 V T- B T 5 0- B S 3 0 0 V T- B T 5 0- B S 4 0 0

160

200

204

V R B 2 0 0- 3 0 0 S V R B 3 0 0- 4 0 0 T V R B 3 0 0- 4 0 0 S

170 95

V R B 3 0 0- 4 0 0 C 300

400

3. 8

260

T C MT220408

3 3 2 0- 2 8 6 3 3 2 0- 2 8 7

C C MT120408 130

300

T C MT220408 S C MT120404

V R B 1 6 0- 2 0 4 C V R B 1 6 0- 2 0 4 T

100

3 3 2 0- 2 8 8 4. 8

3 3 2 0- 2 8 9

S C MT120404

3 3 2 0- 2 9 0

C C MT120408

3 3 2 0- 2 9 1 A

T C MT220408

6. 5

3 3 2 0- 2 9 2 A

S C MT120404

3 3 2 0- 2 9 3 A

C C MT120408

3 3 2 0- 2 9 7 A

T C MT220408 S C MT120404

3 3 2 0- 2 9 8 A 3 3 2 0- 2 9 9 A

T O O LI N G S Y S T E M

C86

T a p er S h a n k F or B ori n g H e a d s S eri e s

M o d ul ar B ori n g S y st e m s

V B K N O.

E xt e n si o n ( R e d u c e d) O R D E R N O.

V B Q 2- 1- 3 6 V B Q 3- 1- 4 1 V B Q 3- 2- 3 7 V B Q 4- 1- 5 8 V B Q 4- 2- 5 0 V B Q 4- 3- 5 0 V B Q 5- 1- 6 0 V B Q 5- 2- 5 4 V B Q 5- 2- 7 4 V B Q 5- 3- 4 7 V B Q 5- 3- 7 2 V B Q 5- 4- 4 2 V B Q 5- 4- 6 7 V B Q 6- 1- 7 0 V B Q 6- 2- 6 3 V B Q 6- 2- 9 3 V B Q 6- 3- 5 6 V B Q 6- 3- 9 6 V B Q 6- 4- 5 1 V B Q 6- 4- 1 0 1 V B Q 6- 5- 4 1 V B Q 6- 5- 9 1

14 11 14 18 11

24 19 24 31 19

L 36 41 37 58 50 50 60 54 74 47 72 42 67 70 63 93 56 96 51 101 41 91

30 30 25 40 36 37 40 35 55 29 54 25 50 40 45 75 39 79 35 85 25 75

A p pli c a bl e B ori n g Heads F B B20 F B B20 V R B25; F B B25 F B B20 V R B25; F B B25 V R B32; F B B32 F B B20 V R B25; F B B25 V R B25; F B B25 V R B32; F B B32 V R B32; F B B32 V R B40; F B B40 V R B40; F B B40 F B B20 V R B25; F B B25 V R B25; F B B25 V R B32; F B B32 V R B32; F B B32 V R B40; F B B40 V R B40; F B B40 V R B52; F B B52 V R B52; F B B52

W ei g ht ( k g)

C O D E N O.

0. 1 0. 1 5 0. 1 5 0. 3 0. 3 0. 3 5 0. 4 5 0. 4 5 0. 5 0. 5 0. 6 0. 5 0. 7 0. 9 0. 7 0. 8 0. 7 5 0. 9 5 0. 8 5 1. 3 0. 8 5 1. 4 5

3 3 2 0- 3 0 1 3 3 2 0- 3 0 2 3 3 2 0- 3 0 3 3 3 2 0- 3 0 4 3 3 2 0- 3 0 5 3 3 2 0- 3 0 6 3 3 2 0- 3 0 7 3 3 2 0- 3 0 8 3 3 2 0- 3 0 9 3 3 2 0- 3 1 0 3 3 2 0- 3 1 1 3 3 2 0- 3 1 2 3 3 2 0- 3 1 3 3 3 2 0- 3 1 4 3 3 2 0- 3 1 5 3 3 2 0- 3 1 6 3 3 2 0- 3 1 7 3 3 2 0- 3 1 8 3 3 2 0- 3 1 9 3 3 2 0- 3 2 0 3 3 2 0- 3 2 1 3 3 2 0- 3 2 2

W ei g ht ( k g) 0. 0 7 0. 1 0. 1 5 0. 4 0. 8

C O D E N O.

1. 4

3 3 2 0- 3 2 8

E xt e n si o n ( C o n st a nt Di a m et er)

C87

T O O LI N G S Y S T E M

O R DE R N O. V B Q 1- 1- 3 0 V B Q 2- 2- 3 0 V B Q 3- 3- 3 0 V B Q 4- 4- 4 5 V B Q 5- 5- 6 0

A p pli c a bl e B ori n g H e a d s

11 14 18 22 28

19 24 31 39 50

30 30 30 45 60

V B Q 6- 6- 6 0

F B B20 V R B25; F B B25 V R B32; F B B32 V R B40; F B B40; F B B44 V R B52; F B B52; F B B55 V R B 6 8/ V R B 9 0 ; F B B 6 8, 1 0 0, 1 5 0 ; F B B 6 6

3 3 2 0- 3 2 3 3 3 2 0- 3 2 4 3 3 2 0- 3 2 5 3 3 2 0- 3 2 6 3 3 2 0- 3 2 7

C h a n g e b al e 2 I n s ert s R o u g h B ori n g H e a d V R B- L A dj u st a bl e

O R D E R N O.

T o ol c o n n e cti o n

D( m m) L C B ori n g R a n g e ( m m) ( m m)

V R B 2 5- 3 5 L C V R B 3 2- 4 5 L C V R B 3 2- 4 5 L T V R B 4 0- 5 5 L C V R B 4 0- 5 5 L T V R B 4 0- 5 5 L S V R B 5 2- 7 5 L C V R B 5 2- 7 5 L T V R B 5 2- 7 5 L S V R B 6 8- 1 0 0 L C V R B 6 8- 1 0 0 L T V R B 6 8- 1 0 0 L S V R B 9 0- 1 3 0 L C V R B 9 0- 1 3 0 L T V R B 9 0- 1 3 0 L S V R B 1 2 0- 1 6 4 L C V R B 1 2 0- 1 6 4 L T V R B 1 2 0- 1 6 4 L S V R B 1 6 0- 2 0 4 L C V R B 1 6 0- 2 0 4 L T V R B 1 6 0- 2 0 4 L S V R B 2 0 0- 3 1 0 L V R B 3 0 0- 4 1 0 L V R B 4 0 0- 5 1 0 L V R B 5 0 0- 6 1 0 L V R B 6 0 0- 9 0 0 L V R B 9 0 0- 1 2 0 0 L

B2080

25~35

B3080

32~45

B4070

40~55

B5060

52~75

B6065

68~100

B6065

90~130

100

120~164 V T- B T 4 0- B S 7 0 V T- B T 5 0- B S 1 0 0 V T- B T 5 0- B S 2 0 0 V T- B T 5 0- B S 3 0 0 V T- B T 5 0- B S 4 0 0

F M A- 4 7. 6 2 5

100 95

160~204

130

200~310 300~410 400~510 500~610 600~900 900~1200

180 280 380 480 580 680

F B B Fi ni s h B ori n g H e a d

130

150

I n s ert

W ei g ht ( g)

C O DE N O.

C C MT060204 C C MT060204 T C M T 11 0 2 0 4 C C MT09T304 T C MT16T304 S C MT09T304 C C MT09T304 T C MT16T304 S C MT09T304 C C MT120408 T C MT16T304 S C MT120404 C C MT120408 T C MT16T304 S C MT120404 C C MT120408 T C MT220408 S C MT120404 C C MT120408 T C MT220408 S C MT120404

0. 1 5

3 3 2 0- 3 4 0 3 3 2 0- 3 4 1 3 3 2 0- 3 4 2 3 3 2 0- 3 4 3 3 3 2 0- 3 4 4 3 3 2 0- 3 4 5 3 3 2 0- 3 4 6 3 3 2 0- 3 4 7 3 3 2 0- 3 4 8 3 3 2 0- 3 4 9 3 3 2 0- 3 5 0 3 3 2 0- 3 5 1 3 3 2 0- 3 5 2 3 3 2 0- 3 5 3 3 3 2 0- 3 5 4 3 3 2 0- 3 5 5 3 3 2 0- 3 5 6 3 3 2 0- 3 5 7 3 3 2 0- 3 5 8 3 3 2 0- 3 5 9 3 3 2 0- 3 6 0 3 3 2 0- 3 6 1 3 3 2 0- 3 6 2 3 3 2 0- 3 6 3 3 3 2 0- 3 6 4 3 3 2 0- 3 6 5 3 3 2 0- 3 6 6

O pti o n al l n s ert s C C MT120408 T C MT16T304 T C MT220408 S C MT120404

0. 3 0. 6

2. 5

3. 1

3. 8

4. 8 9. 5 1 1. 5 1 3. 5 1 5. 5 23 32

B ori n g di a m et er fr o m ø 2 0- ø 1 2 5 0 m m

V B Q5

F E A T U R E S:

F B B fi ni s h b ori n g h e a d i s s uit a bl e f or Ø 2 0 m m t o Ø 1 2 5 0 m m o n di a m et er. T h e di al h a s b e e n gr a d u at e d i nt o 5 0

O R D E R N O.

Ø D T o ol W ei g ht B ori n g H e a d C o n n e cti o n B ori n g l e n gt h ( k g) R a n g e Ty p e B1070 2 0- 2 6 35 0. 1 F B B20 o n di a m et er. A v ail a bl e i s a s u b- di al f or B2080 2 5- 3 3 0. 2 F B B25 40 B3080 3 2- 4 2 0. 3 F B B32 B4070 4 0- 5 5 50 0. 5 F B B40 i n n er l u bri c ati o n i s fr e e fr o m t h e eff e ct s B5075 5 2- 7 5 60 1 F B B52 of c hi p, f e at uri n g hi g h d ur a bilit y. B 6 0 6 5 6 81 0 2 2 F B B 6 8 C o ol a nt n o z zl e e a sil y c o ol s t h e i n s ert 70 B6065 1 0 0- 1 5 2 2. 9 F B B100 B6065 1 5 0- 2 0 2 4. 2 F B B150

I n s ert/ Cl a m pi n g/ S cr e w

C O DE N O.

3 3 2 0- 3 7 0 3 3 2 0- 3 7 1 T P G H 0 8 0 2 0 4/ Ø 2. 7 x M 2/ T 6 3 3 2 0- 3 7 2 3 3 2 0- 3 7 3 3 3 2 0- 3 7 4 3 3 2 0- 3 7 5 T P G H 0 8 0 2 0 4/ Ø 3. 2 x M 2/ T 6 3 3 2 0- 3 7 6 3 3 2 0- 3 7 7

pr o vi n g hi g h st a bilit y a n d ri gi dit y.

T O O LI N G S Y S T E M

C88

B O RI N G S Y S T E M

B ori n g r o n g e fr o m ø 2 5 m m t o ø 1 2 5 0 m m; a v ari et y of t o ol h ol d er s a n d b ori n g h e a d s ar e f or y o ur s el e cti o n.

F B B Fi ni s h B ori n g H e a d

B ori n g di a m et er fr o m Ø 3 - Ø 4 0 m m F E A T U R E S:

B O RI N G C A P A CI T Y F B B 4 4 Ø 8 - Ø 2 0 m/ m F B B 5 5 Ø 1 2 - Ø 4 0 m/ m F B B 6 6 Ø 8 - Ø 4 0 m/ m

A v ail a bl e ar e t hr e e diff er e nt st yl e s e n a bli n g s m all di a met er b ori n g fr o m Ø 8 m m t o Ø 4 0 m m. B ori n g r a n g e c a n b e b ori n g b ar h a s b e e n e m pl o y e d. T h e di al h a s b e e n gr a d u at e d i nt o 5 0 di vi si o n s, e a c h of

i s fr e e fr o m t h e eff e ct s of c hi p, f e at uri n g hi g h d ur a bilit y. f a c e s u p p ort, pr o vi n g hi g h st a bilit y a n d ri gi dit y. O R D E R N O. B ori n g H e a d T y p e

T o ol C o n n e cti o n

Ød Ø D I nt er n al Di a m et er E xt er n al Di m et er

F B B44

B4070

F B B55

B5060

F B B66

B6065

B O RI N G B A R S L E E V E F O R F B B 6 6

m m W ei g ht feed ( k g)

L l e n gt h

Ø22x24L

0- 2

0. 4

3 3 2 0- 3 9 0

Ø 2 8 x 3 0 L 0- 3. 5

0. 8

3 3 2 0- 3 9 1

Ø36x40L

1. 4

3 3 2 0- 3 9 2

0- 5

C O D E N O.

O R DE R N O. E C1608

D m m 16

D1 m m 8

A p pli c a bl e C ar bi d e T o ol H ol d er

C O D E N O.

S T 0 8- 5 M

3 3 2 0- 3 9 3

E C1610

S T 1 0- 6 M

3 3 2 0- 3 9 4

E C1612

S T 1 2- 6 M

3 3 2 0- 3 9 5

S m all Di a m et er B ori n g H e a d F B B 4 4

F O R F B B 4 4 B O RI N G C A P A CI T Y F R O M Ø 8 - Ø 2 0 M M B R B 1 0 0 8- 3 2

Ød m m 8

L m m 64

L2 m m 32

B R B 1 0 1 0- 4 0

B R B 1 0 1 2- 4 5

O R D E R N O.

Ø D m m

B R B 1 0 1 6- 4 5

H m m

I n s ert

Cl a m p S cr e w

Wr e n c h

T B GT060104 KY O CE RA

T P G B090204 KY O CE RA

M 2. 5

T P G B090204 M 2. 5 20 77 27 B R B 1 0 2 0- 4 5 KY O CE RA B R B 1 0- 5 P C S/ S E T B R B 1 0 0 8- 3 2 B R B 1 0 1 0- 4 0 B R B 1 0 1 2- 4 5 B R B 1 0 1 6- 4 5 B R B 1 0 2 0- 4 5

C O D E N O. 3 3 2 0- 4 0 0 3 3 2 0- 4 0 1 3 3 2 0- 4 0 2 3 3 2 0- 4 0 3 3 3 2 0- 4 0 4 3 3 2 0- 4 0 5

F O R F B B 6 6 B O RI N G C A P A CI T Y F R O M Ø 8 - Ø 4 0 M M B R B 1 6 0 8- 3 2

Ød m m 8

L m m 74

L2 m m 32

B R B 1 6 1 0- 4 0

B R B 1 6 1 2- 5 3

B R B 1 6 1 6- 6 8

100

11 5

B R B 1 6 2 5- 9 0

122

B R B 1 6 3 0- 9 0

122

O R D E R N O.

Ø D m m

B R B 1 6 2 0- 8 3

B R B 1 6 4 0- 9 0

H m m

I n s ert

Cl a m p S cr e w

Wr e n c h

T B GT060104 KY O CE RA

T P G B090204 KY O CE RA

M 2. 5

T O O LI N G S Y S T E M

3 3 2 0- 4 0 6 3 3 2 0- 4 0 7 3 3 2 0- 4 0 8 3 3 2 0- 4 0 9 3 3 2 0- 4 1 0

T P G B090204 KY O CE RA

40 122 90 B R B 1 6 0 8- 3 2 B R B 1 6 1 0- 4 0 B R B 1 6 1 2- 5 3 B R B 1 6 1 6- 6 8 B R B 1 6- 8 P C S/ S E T B R B 1 6 2 0- 8 3 B R B 1 6 2 5- 9 0 B R B 1 6 3 0- 9 0 B R B 1 6 4 0- 9 0

C89

C O D E N O.

M 2. 5

3 3 2 0- 4 1 1 3 3 2 0- 4 1 2 3 3 2 0- 4 1 3 3 3 2 0- 4 1 4

C ar bi d e S h a n k H ol d er

O R D E R N O.

S T 0 8- 5 M- 1 0 0

L m m 100

D m m 8

S T 1 0- 6 M- 1 1 0

11 0

S T 1 2- 6 M- 1 2 0

120

S T 1 6- 1 0 M- 1 6 0

160

M m m M5

B ori n g di a m et er fr o m Ø8- Ø16 m m

A p pli c a bl e I n s ert H ol d er

A p pli c a bl e B u s hi n g

C O D E N O.

I H 0 9, I H 1 0. 5

E C1608

3 3 2 0- 4 2 0

I H12

E C1610

3 3 2 0- 4 2 1

I H 1 4, I H 1 6

E C1612

3 3 2 0- 4 2 4

I H 1 8,I H 2 0,I H 2 2,I H 2 4 I H 2 6,I H 2 8,I H 3 0,I H 3 2 I H 3 4,I H 3 6,I H 3 8,I H 4 0

---

3 3 2 0- 4 2 6

M6 M 1 0 x 1. 2 5 P

I n s ert H ol d er F or C ar bi d e S h a n k H ol d er B ori n g di a m et er fr o m Ø 9 -

O R D E R N O.

d( m m)

H( m m)

L( m m)

M( m m)

I H09 I H 1 0. 5 I H12 I H14 I H16 I H18 I H20 I H22 I H24 I H26 I H28 I H30 I H32 I H34 I H36 I H38 I H40

9 1 0. 5 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40

7 7 8 10 10 14 14 14 14 14 14 14 14 14 14 14 14

I n s ert

T P GT080204L S U MI T O M O 27

Ø40 m m

Cl a m pi n g S cr e w

Wr e n c h

C O D E N O.

Ø 3. 2 x M 2

3 3 2 0- 4 3 0 3 3 2 0- 4 3 1 3 3 2 0- 4 3 2 3 3 2 0- 4 3 3 3 3 2 0- 4 3 4 3 3 2 0- 4 3 5 3 3 2 0- 4 3 6 3 3 2 0- 4 3 7 3 3 2 0- 4 3 8 3 3 2 0- 4 3 9 3 3 2 0- 4 4 0 3 3 2 0- 4 4 1 3 3 2 0- 4 4 2 3 3 2 0- 4 4 3 3 3 2 0- 4 4 4 3 3 2 0- 4 4 5 3 3 2 0- 4 4 6

M 1 0 x 1. 2 5 P

V R B C h a n g e a bl e 2 I n s ert s R o u g h B ori n g H e a d

B ori n g di a m et er fr o m Ø 2 5 -

Ø500 m m

fr o m Ø 2 5 m m t o Ø 3 5 0 m m o n di a m et er. B ori n g h e a d c a n b e e a sil y a bj u st e d t o diff er e nt b ori n g n e e d s f or m a c hi ni n g o n d e m a n d. B ori n g d e pt h c a n b e e xt e n d e d b y t o ol c o n n e cti o n. M o st s uit a bl e f or b ori n g o n v ari o u s m a c hi n e c e nt er s or b ori n g mill s. U ni v er s al d e si g n a c c e pt s P at e nt e d st e p b ori n g d e si g n; s uit a bl e f or b ot h l e v el b ori n g a n d st e p b ori n g.

C h a n g e a bl e 2 I n s ert s R o u g h B ori n g H e a d V R B 2 0 0 ~ 9 0 0 B ori n g di a m et er fr o m Ø 2 5 -

Ø204 m m

P at e nt e d st e p b ori n g d e si g n; s uit a bl e f or b ot h l e v el b ori n g a n d st e p b ori n g.

E nl a g e a bl e M o d ul ar R o u g h B ori n g H e a d Wit h Di a m et er O v er Ø 2 0 0 m m B ori n g di a m et er fr o m Ø 2 0 0 -

Ø 2, 0 0 0 m m

O pti o n s of v ari o u s i n s ert s f or r o u g h b ori n g of diff er e nt m at eri al s a n d b ori n g st yl e s.

T O O LI N G S Y S T E M

C90

B O RI N G S Y S T E M

S m all Di m et er M o d ul ar B ori n g B ar

Pr e ci si o n Fi ni s h B ori n g H e a d S et s

B ori n g di a m et er Ø 6- 9 0 m m B ori n g B ar PA G E C85

1 S C A L E 0. 0 0 2 M M p er Ø

D48

Pr o c e s si n g r a n g e Ø d 6- 9 0 m m. Pl e a s e k e e p b ori n g h e a d cl e a n a n d l u bri c at e c o n st a ntl y.

SET TYPE V B H D- B T- 3 0

B T 3 0- V C K 4- 4 5

Head L 1 Di a. P C S/ S E T C O D E N O. Ø D 45 3 3 2 0- 4 5 0

V B H D- B T- 4 0

B T 4 0- V C K 4- 6 0

3 3 2 0- 4 5 1

V B H D- B T- 5 0

B T 5 0- V C K 4- 7 5

3 3 2 0- 4 5 2

V B H D- S K- 4 0

S K 4 0- V C K 4- 6 5

O R D E R N O.

V B H D- S K- 5 0

B ori n g Range Ø

6- 9 0

Shank

14 P C S/ S E T

3 3 2 0- 4 5 3

S K 5 0- V C K 4- 7 5

V B H D- N T- 4 0

N T 4 0- 4 0- V C K 4- 6 0

3 3 2 0- 4 5 4

V B H D- N T- 5 0

N T 5 0- 5 0- V C K 4- 6 0

3 3 2 0- 4 5 6

V B H D- H S K 6 3 A

H S K 6 3 A- V C K 4- 7 5

3 3 2 0- 4 5 7

V B H D- H S K 1 0 0 A

H S K 1 0 0 A- V C K 4- 7 5 7 5

3 3 2 0- 4 5 8

3 3 2 0- 4 5 5

V B H D S H A N K

O R D E R N O. B T 3 0- V C K 4- 4 5 B T 4 0- V C K 4- 6 0 B T 5 0- V C K 4- 7 5 S K 4 0- V C K 4- 6 5 S K 5 0- V C K 4- 7 5 N T 4 0- 4 0- V C K 4- 6 0 N T 5 0- 5 0- V C K 4- 6 0 H S K 6 3 A- V C K 4- 7 5 H S K 1 0 0 A- V C K 4- 7 5

A C C E S S O RI E S: B O RI N G B A R SI Z E F O R S E T T Y P E B R- 1 6 0 6- 2 0

Range d 6- 9

D e pt h m 20

W B GT060102L

B R- 1 6 0 8- 2 8

8- 1 1

T B GT060102L

B R- 1 6 1 0- 3 6

1 0- 1 3

T B GT060104L

B R- 1 6 1 2- 4 2

1 2- 1 5

B R- 1 6 1 4- 5 0

1 4- 1 7

B R- 1 6 1 6- 6 0

1 6- 2 0

B R- 1 6 2 0- 6 3

2 0- 2 4

B R- 1 6 2 4- 6 4

2 4- 2 8

B ori n g B ar

B M5

I n s ert

S RT P2838

2 8- 3 8

+10

S RT P3652

3 6- 5 2

+12

S RT P4470

4 4- 7 0

+12

C91

5 8- 9 0

T O O LI N G S Y S T E M

+20

Feed m m/ R E V. 0. 0 5- 0. 1

T S2

0. 0 5- 0. 1 0. 0 7- 0. 1 5 0. 0 5- 0. 1

T P GT090204L

0. 0 7- 0. 1 5 M5 X15 C A P

T S25

M8 X 15 C A P

T S25

0. 0 5- 0. 1

T P GT090204L

B M8 S R T P 5 8- 9 0

Wr e n c h

T S25

T P GT090202L

W EI G H T

S cr e w

T P GT090202L

6 0 + S R T P 2 8 3 8/ S R T P 3 6 5 2/ S R T P 4 4 7 0

L 45 60 75 65 75 60 60 75 75

T P GT090204L

0. 0 7- 0. 1 5

C O D E N O. 3 3 2 0- 4 5 0 S 3 3 2 0- 4 5 1 S 3 3 2 0- 4 5 2 S 3 3 2 0- 4 5 3 S 3 3 2 0- 4 5 4 S 3 3 2 0- 4 5 5 S 3 3 2 0- 4 5 6 S 3 3 2 0- 4 5 7 S 3 3 2 0- 4 5 8 S

Pr e ci si o n Fi ni s h B ori n g H e a d S et s

B ori n g di a m et er Ø 6- 1 5 0 m m B ori n g B ar PA G E C85

1 S C A L E 0. 0 0 2 M M p er Ø

B O RI N G H E A D S E T S

D60

Pr o c e s si n g r a n g e Ø d 6- 1 5 0 m m. Pl e a s e k e e p b ori n g h e a d cl e a n a n d l u bri c at e c o n st a ntl y.

SET TYPE

V B HE S H A N K

V B H E- N T- 5 0

N T 5 0- 5 0- V C K 5- 7 5

O R D E R N O. Head L 1 Di a. P C S/ S E T C O D E N O. B T 4 0- V C K 5- 6 0 Ø D B T 5 0- V C K 5- 7 5 60 3 3 2 0- 4 6 0 S K 4 0- V C K 5- 6 5 75 3 3 2 0- 4 6 1 S K 5 0- V C K 5- 7 5 65 3 3 2 0- 4 6 2 N T 4 0- 4 0- V C K 5- 6 0 75 3 3 2 0- 4 6 3 N T 5 0- 5 0- V C K 5- 7 5 15 60 H S K 6 3 A- V C K 5- 7 5 P C S/ S E T 60 3 3 2 0- 4 6 4 H S K 1 0 0 A- V C K 5- 7 5 75 3 3 2 0- 4 6 5

V B H E- H S K 6 3 A

H S K 6 3 A- V C K 5- 7 5

3 3 2 0- 4 6 6

V B H E- H S K 1 0 0 A

H S K 1 0 0 A- V C K 5- 7 5

3 3 2 0- 4 6 7

O R D E R N O.

B ori n g Range Ø

Shank

V B H E- B T- 4 0

B T 4 0- V C K 5- 6 0

V B H E- B T- 5 0

B T 5 0- V C K 5- 7 5

V B H E- S K- 4 0

S K 4 0- V C K 5- 6 5

V B H E- S K- 5 0 V B H E- N T- 4 0

6- 1 5 0

S K 5 0- V C K 5- 7 5 N T 4 0- 4 0- V C K 5- 6 0

A C C E S S O RI E S: B O RI N G B A R SI Z E F O R S E T T Y P E

L 60 75 95 75 60 75 75 75

W EI G H T

Range d 6- 9

D e pt h m 20

W B GT060102L

B R- 1 6 0 8- 2 8

8- 1 1

T B GT060102L

B R- 1 6 1 0- 3 6

1 0- 1 3

T B GT060104L

0. 0 7- 0. 1 5

B R- 1 6 1 2- 4 2

1 2- 1 5

B R- 1 6 1 4- 5 0

1 4- 1 7

T P GT090202L

0. 0 5- 0. 1

B R- 1 6 1 6- 6 0

1 6- 2 0

B R- 1 6 2 0- 6 3

2 0- 2 4

B R- 1 6 2 4- 6 4

2 4- 2 8

B ori n g B ar B R- 1 6 0 6- 2 0

B M5

I n s ert

S cr e w

Wr e n c h

T S2

T S25

6 0 + S R T P 2 8 3 8/ S R T P 3 6 5 2/ S R T P 4 4 7 0 2 8- 3 8

+10

S RT P3652

3 6- 5 2

+12

S RT P4470

4 4- 7 0

+12

T P GT090204L

S R T P 7 0 11 0

7 0- 1 1 0

+20

T P GT090202L

S R T P 11 0 1 5 0

1 1 0- 1 5 0

+20

T P GT090204L

T P GT090202L

B M8

Feed m m/ R E V. 0. 0 5- 0. 1 0. 0 5- 0. 1

T P GT090204L

S RT P2838

C O D E N O. 3 3 2 0- 4 6 0 S 3 3 2 0- 4 6 1 S 3 3 2 0- 4 6 2 S 3 3 2 0- 4 6 3 S 3 3 2 0- 4 6 4 S 3 3 2 0- 4 6 5 S 3 3 2 0- 4 6 6 S 3 3 2 0- 4 6 7 S

0. 0 7- 0. 1 5 M5 X15 C A P

4 0. 0 5- 0. 1

T S25

T8 0. 0 7- 0. 1 5

M8 X 15 C A P

T S25

0. 0 5- 0. 1 0. 0 7- 0. 1 5

T O O LI N G S Y S T E M

C92

Mi cr o B ori n g H e a d S et

I S c al e 0. 0 0 2 m m B ori n g di a m et er fr o m Ø 6 - Ø 1 5 4 m m B ori n g B ar PA G E C85

Pr o c e s si n g r a n g e Ø 6- 1 5 4 m m. Pr e ci s el y gr o u n d a n d h ar d e n e d s h a n k s m o ot h o p er ati o n. Pl e a s e k e e p b ori n g h e a d cl e a n a n d l u bri c at e d c o n st a ntl y. E a s y & Si m pl e o p er ati o n. C o m p el et e s et. Fi n e a dj u st m e nt. L u x ur y b o x. M at eri al : t o ol st e el

SET TYPE O R D E R N O.

B ori n g R a n g e Ø

V B H 5 5- B T 4 0 V B H 5 5- B T 5 0

6- 1 5 4

P c s/ S E T

B T 4 0- V B K 5- 7 5

3 3 2 0- 4 7 0

B T 5 0- V B K 5- 1 0 5

105

3 3 2 0- 4 7 1

I N C L U DI N G A C C E S S O RI E S : B O RI N G B A R SI Z E F O R S E T T Y P E

C93

B ori n g B ar B R 1 6 0 6 A- 2 1

Range Ø6- Ø9

B R 1 6 0 8 A- 2 8

Ø 8 - Ø 11

B R 1 6 1 0 A- 3 5

Ø10- Ø13

B R 1 6 1 2 A- 4 2

Ø12- Ø15

B R 1 6 1 4 A- 5 0

Ø14- Ø17

B R 1 6 1 6 A- 6 0

Ø16- Ø20

B R 1 6 2 0 A- 6 5

Ø20- Ø24

B R 1 6 2 4 A- 6 8

Ø24- Ø28

C 1 6- B R M- S P 2 7

Ø27- Ø40

C 1 6- B R M- S P 3 5

Ø35- Ø50

C 1 6- B R M- S P 4 5

Ø45- Ø68

C B- M 1 0- S P 5 5

Ø55- Ø80

C B- M 1 0- S P 6 8

Ø68- Ø104

C B- M 1 0- S P 1 0 0

Ø100- Ø154

T O O LI N G S Y S T E M

W ei g ht ( k g s)

Shank

C O D E N O.

I n s ert W B GT060102

S cr e w Ø3 x M2

Wr e n c h T6

T B GT060102

Ø 2. 7 x M 2

T P GT090204

M 2. 5

Mi cr o B ori n g H e a d S et

I S c al e 0. 0 0 2 m m B ori n g di a m et er fr o m Ø 6 - Ø 2 0 4 m m

B O RI N G H E A D S E T S

B ori n g B ar PA G E C85

Pr o c e s si n g r a n g e Ø 6- 2 0 4 m m. Pr e ci s el y gr o u n d a n d h ar d e n e d s h a n k s m o ot h o p er ati o n. Pl e a s e k e e p b ori n g h e a d cl e a n a n d l u bri c at e d c o n st a ntl y. E a s y & Si m pl e o p er ati o n. C o m p el et e s et. Fi n e a dj u st m e nt. L u x ur y b o x. M at eri al : t o ol st e el

SET TYPE O R D E R N O.

B ori n g R a n g e Ø

V B H 6 8- B T 4 0 V B H 6 8- B T 5 0

6- 2 0 4

W ei g ht ( k g s)

Shank

P c s/ S E T

B T 4 0- V B K 6- 6 5

3 3 2 0- 4 7 6

B T 5 0- V B K 6- 9 5

3 3 2 0- 4 7 7

I N C L U DI N G A C C E S S O RI E S : B O RI N G B A R SI Z E F O R S E T T Y P E B ori n g B ar B R 1 6 0 6 A- 2 1

Range Ø6- Ø9

B R 1 6 0 8 A- 2 8

Ø 8 - Ø 11

B R 1 6 1 0 A- 3 5

Ø10- Ø13

B R 1 6 1 2 A- 4 2

Ø12- Ø15

B R 1 6 1 4 A- 5 0

Ø14- Ø17

B R 1 6 1 6 A- 6 0

Ø16- Ø20

B R 1 6 2 0 A- 6 5

Ø20- Ø24

B R 1 6 2 4 A- 6 8

Ø24- Ø28

C 1 6- B R M- S P 2 7

Ø27- Ø40

C 1 6- B R M- S P 3 5

Ø35- Ø50

C 1 6- B R M- S P 4 5

Ø45- Ø68

C B- M 1 0- S P 6 8

Ø68- Ø104

C B- M 1 0- S P 1 0 0

Ø100- Ø154

C B 1 5 0- R C M 1 0 0- S P 1 0 0

Ø150- Ø204

C O D E N O.

I n s ert W B GT060102

S cr e w Ø3 x M2

Wr e n c h T6

T B GT060102

Ø 2. 7 x M 2

T P GT090204

M 2. 5

T O O LI N G S Y S T E M

C94

Hi g h Pr e ci si o n B ori n g H e a d S et

1 S C A L E 0. 0 0 5 m m 0. 0 1 m m p er Ø B O RI N G C A P A CI T Y Ø 8- Ø 4 6

B ori n g B ar PA G E C85

V B H 620 M a d e of t o ol st e el, hi g h ri gi dit y, n o d ef or m ati o n. E a c h di vi di n g s c al e i s 0. 0 0 5 m m, t ot al str o k e: 6 m m. F or Ø di a m et er i s 0. 0 1 m m

B ori n g B ar

I n cl u d e 8 b ori n g b ar s, r a n g e Ø 8 ~ Ø 4 6 m m. B ori n g b ar si z e = Ø 1 6 x 8 p c s Wr e n c h x 6 p c s

SET TYPE O R D E R N O.

S H A N K TYPE

D R A W B A R S. A. E

T H RE A D M E T RI C

W ei g ht ( k g s)

C O D E N O.

V B H 6 2 0- N T 4 0

N T- 4 0

5/ 8 - 1 1 W

M 1 6 X 2. 0 P

6. 5

3 3 2 0- 4 8 0

V B H 6 2 0- N T 5 0

N T- 5 0

1 -8 W

M 2 4 X 3. 0 P

7. 8

3 3 2 0- 4 8 1

V B H 6 2 0- B T 4 0

B T- 4 0

M 1 6 X 2. 0 P

6. 5

3 3 2 0- 4 8 2

V B H 6 2 0- B T 5 0

B T- 5 0

M 2 4 X 3. 0 P

3 3 2 0- 4 8 3

V B H 6 2 0- S K 4 0

S K- 4 0

M 1 6 X 2. 0 P

6. 5

3 3 2 0- 4 8 4

V B H 6 2 0- S K 5 0

S K- 5 0

M 2 4 X 3. 0 P

7. 8

3 3 2 0- 4 8 5

B O RI N G B A R F O R B O RI N G H E A D

C95

B O RI N G B A R

R A N GE d

DEPT H m

S H A N K L

B R B 1 6 0 8- 3 2

8- 1 1

B R B 1 6 1 0- 4 0

1 0- 1 3

B R B 1 6 1 2- 5 3

1 2- 1 5

B R B 1 6 1 6- 6 8

1 6- 2 1

100

B R B 1 6 2 0- 8 3

2 0- 2 6

11 5

B R B 1 6 2 5- 9 0

2 5- 3 1

122

B R B 1 6 3 0- 9 0

3 0- 3 6

122

B R B 1 6 4 0- 9 0

4 0- 4 6

122

T O O LI N G S Y S T E M

I NSE RT

S C RE W

W RE N C H

T B GT060102L

T S2001

T P G H090204L

T P G H 11 0 3 0 4 L

T S2504

T S3005

T10

Hi g h Pr e ci si o n B ori n g H e a d S et 1 S C A L E 0. 0 0 5 m m 0. 0 1 m m p er Ø B O RI N G C A P A CI T Y Ø 8- Ø 2 8 0

B O RI N G H E A D S E T S

B ori n g B ar PA G E C85

V B H 2084 M a d e of t o ol st e el, hi g h ri gi dit y, n o d ef or m ati o n. E a c h di vi di n g s c al e i s 0. 0 0 5 m m, t ot al str o k e: 2 7 m m. F or Ø di a m et er i s 0. 0 1 m m

B ori n g H e a d B ori n g B ar

I n cl u d e 8 b ori n g b ar s, r a n g e Ø 8 ~ Ø 2 8 0 m m. B ori n g b ar si z e = Ø 2 0 x 8 p c s Wr e n c h x 6 p c s

SET TYPE O R D E R N O.

S H A N K TYPE

V B H 2 0 8 4- R 8 V B H 2 0 8 4- N T 3 0 V B H 2 0 8 4- N T 4 0 V B H 2 0 8 4- N T 5 0 V B H 2 0 8 4- B T 4 0 V B H 2 0 8 4- B T 5 0 V B H 2 0 8 4- S K 4 0 V B H 2 0 8 4- S K 5 0 V B H 2 0 8 4- M T 3 V B H 2 0 8 4- M T 4 V B H 2 0 8 4- M T 5 V B H 2 0 8 4- C 2 5 V B H 2 0 8 4- C 3 2

R- 8 N T- 3 0 N T- 4 0 N T- 5 0 B T- 4 0 B T- 5 0 S K- 4 0 S K- 5 0 M T- 3 M T- 4 M T- 5 C25 C32

D R A W B A R S. A. E 7/ 1 6 - 2 0 U N F 1/ 2 - 1 2 W 5/ 8 - 1 1 W 1 -8 W

T H RE A D M E T RI C n/ a M 1 2 X 1. 7 5 P M 1 6 X 2. 0 P M 2 4 X 3. 0 P M 1 6 X 2. 0 P M 2 4 X 3. 0 P M 1 6 X 2. 0 P M 2 4 X 3. 0 P M 1 2 X 1. 5 P M 1 6 X 2. 0 P M 2 4 X 3. 0 P

W ei g ht ( k g s) 6. 6 6. 6 7 9 8 1 0. 4 8

C O D E N O. 3 3 2 0- 4 9 1 3 3 2 0- 4 9 2 3 3 2 0- 4 9 3 3 3 2 0- 4 9 4 3 3 2 0- 4 9 5 3 3 2 0- 4 9 6 3 3 2 0- 4 9 7 3 3 2 0- 5 0 1 3 3 2 0- 4 9 8 3 3 2 0- 4 9 9 3 3 2 0- 5 0 0 3 3 2 0- 5 0 2 3 3 2 0- 5 0 3

6. 6 7 8

B O RI N G B A R F O R B O RI N G H E A D B O RI N G B A R

R A N GE d

DEPT H m

S H A N K L

B R B 2 0 0 8- 3 2

8- 1 1

B R B 2 0 1 0- 4 0

1 0- 1 3

B R B 2 0 1 2- 5 3

1 2- 1 7

B R B 2 0 1 6- 6 8

1 6- 2 1

100

B R B 2 0 2 0- 8 3

2 0- 1 3 0

11 5

B R B 2 0 2 5- 9 6

2 5- 1 3 5

135

B R B 2 0 3 0- 1 1 5

3 0- 1 4 0

11 5

154

B R B 2 0 3 5- 9 7- L

1 2 0- 2 8 0

I NSE RT

S C RE W

W RE N C H

T B GT060102L S U MI T O M O

T S2001

T P G H090204L MI T S U BI S HI

T S2504

T P G H 11 0 3 0 4 L MI T S U BI S HI

T S3005

T10

T O O LI N G S Y S T E M

C96

U ni v er s al B ori n g A n d F a ci n g M a st er H e a d

B O RI N G C A P A CI T Y Ø 5- Ø 2 5 0 F O R V E R TI C A L H O L E B O RI N G I S Ø 1 1 0

1 S C A L E 0. 0 1 m m p er Ø

VB H U

B ori n g B ar PA G E C85 O R D E R N O.

S H A N K TYPE

V B H U- 2 0 2 V B H U- 2 0 3 V B H U- 2 0 4 V B H U- 2 0 5 V B H U- 2 0 6 V B H U- 2 0 7 V B H U- 2 0 8 V B H U- 2 0 9 V B H U- 2 1 0 V B H U- 2 1 1 V B H U- 2 1 2 V B H U- 2 1 3 V B H U- 2 1 4

M T- 3 M T- 4 M T- 5 R- 8 N T- 3 0 N T- 4 0 N T- 5 0 B T- 4 0 C- 2 5 S K- 4 0 S K- 5 0 B T- 5 0 C- 2 0

D R A W B A R T H RE A D S. A. E M E T RI C 1/ 2 - 1 2 W M 1 2 X 1. 5 P 5/ 8 1 1 W M 1 6 X 2. 0 P 1 -8 W M 2 4 X 3. 0 P 7/ 1 6 -” 2 0 U N F n/ a 1/ 2 - 1 2 W M 1 2 X 1. 7 5 P 5/ 8 - 1 1 W M 1 6 X 2. 0 P 1 -8 W M 2 4 X 3. 0 P M 1 6 X 2. 0 P

C97

C O D E N O.

6 6. 3 7 6. 2 6 6. 2 8. 5 6. 9 4. 5 5. 6 8. 3 9. 7 6

3 4 0 1- 0 0 1 3 4 0 1- 0 0 2 3 4 0 1- 0 0 3 3 4 0 1- 0 0 4 3 4 0 1- 0 0 5 3 4 0 1- 0 0 6 3 4 0 1- 0 0 7 3 4 0 1- 0 0 8 3 4 0 1- 0 0 9 3 4 0 1- 0 1 0 3 4 0 1- 0 1 1 3 4 0 1- 0 1 2 3 4 0 1- 0 1 3

M 1 6 X 2. 0 P M 2 4 X 3. 0 P M 2 4 X 3. 0 P

S P E CI FI C A TI O N V B H U A C T U A L SI Z E

W ei g ht ( k g)

O V E RI N G B A R H O L E SI Z E 100

T O O LI N G S Y S T E M

B O RI N G B A R H O L E SI Z E 18

C E N T E R DI S T B E T W E E N H O L E S. 23

U nit: m m

C R O S S H O L E DI A

OFFSET

I nt er c h a n g e a bl e S h a n k s S HA NK A M T. 4 M 1 6

I S O- 4 0 M 1 6

I S O- 4 0 S G 2 0 X 2

M T. 4 M 1 6 SI P

C- 2 0 C- 2 5 C- 3 2

I S O- 3 0

S H A N K C H A N G E A BL E

B O RI N G H E A D S E T S

M T. 3 M 1 2

B T- 4 0 B T- 5 0

I S O- 5 0 M 2 4

a c h a n g e i n di a m et er of b or e d h ol e b y . 0 0 0 5 .

D uri n g r e c e s si n g, t ur ni n g of fr o nt or r e ar f a ci n g s or si mil ar j o b s c alli n g f or a ut o m ati c tr a n s v er s e f e e d m o v e m e nt t o t h e t o ol sli d e, t h e pr e s el e ct e d f e e d

M e c h a ni s m of t h e b ori n g h e a d s h a s a l u bri c ati o n cir c uit d eli v eri n g oil fr o m

R e c e s si n g

O ut si d e t ur ni n g

F a ci n g of t h e r e v er s e si d e b y u si n g b ori n g b ar h ol d er s c o nt ai n e d i n att a c h m e nt.

h ol d er a n d a b or i n g b ar

S H A N K F O R V B H UM T- 3 M T- 4 M T- 5 N T- 3 0 N T- 4 0 N T- 5 0 R- 8 C- 2 0 C25 C- 3 2 B T- 4 0 B T- 5 0 S K- 4 0 S K- 5 0

i n g b ar h ol d e n r ei nf or c e d b y

diff er e nt bit s fr o m 5 Ø - 2 5 0 m m

b ori n g b ar a n d b ori n g b ar h ol d er

B e c a u s e of t h e s m all c o n str u cti o n of t h e f a ci n g a n d b ori n g h e a d s d e e p b or e s c a n b e m a d e. I n t hi s c a s e t h e b ori n g bit

T O O LI N G S Y S T E M

C98

B ori n g H e a d S et s

STA N D A R D TYPE

B ori n g B ar PA G E C85

I N S E R T N O. T B G T 0 6 0 1 0 2 L- W- T 1 2 0 0 A F O R S T E E L T B G T 0 6 0 1 0 2 L- W- G 1 1 F O R C A S TI N G “ S U MI T O M O” B R A N D

1 S C A L E 0. 0 0 5 m m, 0. 0 1 m m p er Ø Pr o c e s si n g R a n g e ø 1 0 ~ ø 2 4 0 m m

F ULL SET O R DE R N O.

S H A N K TYPE

Si m pl e, e xtr e m el y ri gi d c o n str u cti o n, Fi n e st m at eri al s a n d cr aft s m a n s hi p ar e e m pl o y e d t o c o m bi n e str e n gt h,

V B H- 1 0 2 V B H- 1 0 3 V B H- 1 0 4

M T- 3 M T- 4 M T- 5

v erti c al b ori n g t o ol h ol e s: o n e c e nt er e d a n d o n e off s et. O n e cr o s s h ol e f or gr e at er v er s atilit y a n d c a p a cit y. D e p e n d a bl e a dj u st m e nt --- f ar s pr e a d gr a d u ati o n f or cl o s er r e a di n g. P erf e ctl y b al a n c e d f or hi g h s p e e d o p er ati o n.

V B H- 1 0 5

R- 8

V B H- 1 0 6

N T- 3 0

V B H- 1 0 7 V B H- 1 0 8 V B H- 1 0 9 V B H- 1 1 0 V B H- 1 1 1 V B H- 1 1 2 V B H- 1 1 3 V B H- 1 1 4

N T- 4 0 N T- 5 0 B T- 4 0 S K- 4 0 C- 2 5 B T- 5 0 S K- 5 0 C- 3 2

t h e h e a d f or r o uti n g a n d s m o ot h er o p er ati o n.

D R A W B A R T H RE A D S. A. E M E T RI C M 1 2 X 1. 7 5 P M 1 6 X 2. 0 P M 2 0 X 3. 0 P 7/ 1 6 ~20 U NF 1/ 2 - 1 2 W or M 1 2 X 1. 7 5 P 1/ 2 - 1 3 W 5/ 8 - 1 1 W M 1 6 X 2. 0 P 1 -8 W M 2 4 X 3. 0 P M 1 6 X 2. 0 P M 1 6 X 2. 0 P M 2 4 X 3. 0 P M 2 4 X 3. 0 P

W ei g ht ( k g s)

C O DE N O.

5. 9 6. 1 7

3 4 0 1- 1 0 1 3 4 0 1- 1 0 2 3 4 0 1- 1 0 3

5. 9

3 4 0 1- 1 0 4

5. 8

3 4 0 1- 1 0 5

6 8. 9 7. 1 6. 8 5. 7 9. 4 5. 9 5. 9

3 4 0 1- 1 0 6 3 4 0 1- 1 0 7 3 4 0 1- 1 0 8 3 4 0 1- 1 0 9 3 4 0 1- 1 1 0 3 4 0 1- 1 1 1 3 4 0 1- 1 1 2 3 4 0 1- 1 1 3

S H A N K F O R B O RI N G H E A D

M T- 3, 4, 5 N T- 3 0, 4 0 , 5 0 B T- 4 0, 5 0 S K- 4 0, 5 0 C- 2 5, 3 2 C99

T O O LI N G S Y S T E M

O R D E R N O.

V B H- M T 3

V B H- M T 4

V B H- M T 5

V B H- R 8

W EI G H T ( K G)

0. 6

1. 2

2. 1

C O D E N O.

3 4 0 1- 1 2 0

3 4 0 1- 1 2 1

3 4 0 1- 1 2 2

3 4 0 1- 1 2 3

O R D E R N O.

V B H- N T 3 0

V B H- N T 4 0

V B H- N T 5 0

V B H- B T 4 0

W EI G H T ( K G)

1 .1

1 .2

3 .9

1 .9

C O D E N O.

3 4 0 1- 1 2 4

3 4 0 1- 1 2 5

3 4 0 1- 1 2 6

3 4 0 1- 1 2 7

O R D E R N O.

V B H- S K 4 0

V B H- C 2 5

V B H- B T 5 0

V B H- S K 5 0

W EI G H T ( K G)

1. 9

1. 5

3. 1

3. 9 8

C O D E N O.

3 4 0 1- 1 2 8

3 4 0 1- 1 2 9

3 4 0 1- 1 3 0

3 4 0 1- 1 3 1

B ori n g H e a d S et C- T y p e

1 S C A L E 0. 0 1 m m 0. 0 2 m m p er Ø

B ori n g B ar PA G E C85

H er e i s a st ur d y u nit of e xt e n d e d b ori n g r a n g e, c a p a bl e of p e eli n g off h e a v y r o u g hi n g c ut s a s s e c ur el y o n t h e b o d y, eli mi n at e s t h e n e e d f or a b e c o m e a n i nt e gr al p art of t h e b o d y.

a n d a dj u st m e nt s of 0. 0 1 or l e s s. All Crit eri o n B ori n g H e a d s h a v e t hr e a d e d b a c k s

V B H C- B C 2 S E T T Y P E

t a k e s a 1- 1/ 2”- 1 8 t hr e a d e d s h a n k. S H A N K SI Z E: N T- 3 0, 4 0, 5 0, M T- 3, 4, 5, R 8

M A X. B O RI N G D E P T H 5 0 m m

V B H C- B C 3 S E T T Y P E

B O RI N G C A P A CI T Y Ø 1 0 ~ Ø 1 1 0

B O RI N G C A P A CI T Y Ø 1 0 ~ Ø 2 2 0

O R D E R N O.

W EI G H T ( k g s)

C O D E N O.

V B H C- R- 8- B C- 2

O R D E R N O.

W EI G H T ( k g s)

C O D E N O.

3 4 0 1- 1 5 0

V B H C- R- 8- B C- 3

4. 2

3 4 0 1- 1 6 0

V B H C- M T- 2- B C- 2

1. 6 6

3 4 0 1- 1 4 9

V B H C- M T- 2- B C- 3

3 4 0 1- 1 4 8

V B H C- M T- 3- B C- 2

1. 9

3 4 0 1- 1 5 1

V B H C- M T- 3- B C- 3

3 4 0 1- 1 6 1

V B H C- M T- 4- B C- 2

2. 1

3 4 0 1- 1 5 2

V B H C- M T- 4- B C- 3

4. 3

3 4 0 1- 1 6 2

V B H C- N T- 3 0- B C- 2

2. 2

3 4 0 1- 1 5 3

V B H C- N T- 3 0- B C- 3

4. 1

3 4 0 1- 1 6 3

V B H C- N T- 4 0- B C- 2

2. 8

3 4 0 1- 1 5 4

V B H C- N T- 4 0- B C- 3

4. 7

3 4 0 1- 1 6 4

V B H C- B T- 3 0- B C- 2

2. 6 5

3 4 0 1- 1 5 5

V B H C- N T- 5 0- B C- 3

6. 9

3 4 0 1- 1 6 5

V B H C- B T- 4 0- B C- 2

2. 6 5

3 4 0 1- 1 5 6

V B H C- B T- 3 0- B C- 3

4. 3 4

3 4 0 1- 1 6 6

V B H C- B T- 5 0- B C- 2

5. 6 5

3 4 0 1- 1 5 7

V B H C- B T- 4 0- B C- 3

4. 7

3 4 0 1- 1 6 7

V B H C- C- 2 0- B C- 2

1. 7 5

3 4 0 1- 1 5 8

V B H C- B T- 5 0- B C- 3

7. 7

3 4 0 1- 1 6 8

V B H C- S K- 4 0- B C- 2

3 4 0 1- 1 7 4

V B H C- C- 2 0- B C- 3

3 4 0 1- 1 6 9

V B H C- S K- 5 0- B C- 2

3 4 0 1- 1 7 6

V B H C- S K- 4 0- B C- 3

3 4 0 1- 1 7 5

V B H C- S K- 5 0- B C- 3

3 4 0 1- 1 7 7

T O O LI N G S Y S T E M

C100

B O RI N G H E A D S E T S

aff er h ar d e ni n g a n d a pl ai nl y m ar k e d di al f a c e i n

B ori n g H e a d S h a n k C- T y p e F O R V B H C- T Y P E A N D B C- 2, B C- 3, B C- 4 B O RI N G H E A D

D: 1 1/ 2 - 1 8 U N C

T h e s h a n k s ar e m a d e t or f or C-t y p e b ori n g h e a d u s e. Al s o it c a n b e r e pl a c e d fr o m ti m e t o ti m e.

N T- 3 0 M1/122 x- 1.1 27 5U PN C N T- 4 0 B T- 4 0, 5 0

N T- 5 0

R- 8

M 1 0 x 1. 5 P 3/ 8- 1 6 N C M 1 2 x 1. 7 5 P 3/ 8 - 1 6 U N C M 1 6 x 2. 0 P 5/ 8 - 1 1 U N C M 2 4 x 3. 0 P 1 -8 U N C

M T- 2 M T- 3

M 1 6 x 2. 0 P 5/ 8 - 1 1 U N C M 2 4 x 3. 0 P 1 -8 U N C

M T- 4 M T- 5

O R DE R N O. W EI G H T ( K G)

V B C- R 8

V B C- N T 3 0

V B C- N T 4 0

V B C- M T 2

V B C- M T 3

V B C- M T 4

V B C- M T 5

0. 4

0. 7

1. 3

0. 3 9

0. 6

0. 9

1. 6

C O D E N O.

3 4 0 1- 2 1 0

3 4 0 1- 2 1 1

3 4 0- 2 1 2

3 4 0 1- 2 0 9

3 4 0 1- 2 1 3

3 4 0 1- 2 1 4

3 4 0 1- 2 1 5

O R DE R N O. W EI G H T ( K G)

V B C- B T 4 0

V B C- B T 5 0

V B C- C 2 0

V B C- S K 4 0

V B C- B T 3 0

V B C- S K 5 0

1. 4

3. 9 7

0. 4

1. 2 8

1. 1

1. 3

C O D E N O.

3 4 0 1- 2 1 6

3 4 0 1- 2 1 7

3 4 0 1- 2 1 9

3 4 0 1- 2 2 2

3 4 0 1- 2 2 3

3 4 0 1- 2 2 4

C101

T O O LI N G S Y S T E M

C- T y p e B ori n g H e a d 1 S C A L E 0. 0 1 m m 0. 0 2 m m p er Ø i n a n y s h o p.

Crit eri o n i n n o v ati o n t h at i n cr e a s e s b e ari n g s urf a c e s b y 5 0 % o v er t h e ol d er m o d el s.

O R D E R N O. V B C- 2

S P E CI FI C A TI O N

B O RI N G C A P A CI T Y Ø 1 0- Ø 1 0 0

O R DE R N O.

A CT U AL SI Z E

OVE R ALL LE N GT H

B O RI N G B A R H O L E SI Z E

C E N T E R DI S T B E T W E E N H O L E S.

C R OSS H O L E DI A

OFFSET

W EI G H T ( k g)

C O D E N O.

V B C- 2(I)

2 Di a.

2- 7/ 1 6

1/ 2

5/ 8

1/ 2

5/ 8

0. 7

3 4 0 1- 3 0 1

V B C- 2( m)

0. 8

3 4 0 1- 3 0 2

B ori n g B ar PA G E C85

1 S C A L E 0. 0 1 m m 0. 0 2 m m p er Ø H er e i s a st ur d y u nit of e xt e n d e d b ori n g r a n g e, c ah ol d er r e sti n g s e c ur el y o n t h e b o d y, eli mi n at e s t h e

h ar d e ni n g a n d a pl ai nl y m ar k e d di al f a c e i n n o nj u st m e n s of. 0 0 0 5 or l e s s. All Crit eri o n B ori n g H e a d s h a v e t hr e a d e d b a c k s f or

1 1/ 2 - 1 8 N C

O R D E R N O. V B C- 3

S P E CI FI C A TI O N

1- 1/ 2 - 1 8 N C t hr e a d e d s h a n k. B O RI N G C A P A CI T Y Ø 1 0- Ø 2 2 0

O R DE R N O.

A CT U AL SI Z E

OVE R ALL LE N GT H

B O RI N G B A R H O L E SI Z E

C E N T E R DI S T B E T W E E N H O L E S.

C R OSS H O L E DI A

OFFSET

W EI G H T ( k g)

C O D E N O.

V B C- 3(I)

3 Di a.

3. 5/ 3 2

3/ 4

1 5/ 1 6

3/ 4

3 4 0 1- 3 0 3

V B C- 3( m)

3 4 0 1- 3 0 4

1 S C A L E 0. 0 1 m m 0. 0 2 m m p er Ø p ut o n al ar g e m a c hi n e t o pr o c e s s m or e a s y o u a b o ut ø 4 0 0 m m l o n g b y a b ori n g b ar of 1 6 0 m m. All Crit eri o n B ori n g H e a d s h a v e t hr e a d e d b a c k s f or 1 1/ 2 - 1 8 N C

S P E CI FI C A TI O N

1- 1/ 2”- 1 8 N C t hr e a d e d s h a n k. B O RI N G C A P A CI T Y Ø 1 0- Ø 2 5 0

O R DE R N O.

A CT U AL SI Z E

OVE R ALL LE N GT H

B O RI N G B A R H O L E SI Z E

C E N T E R DI S T B E T W E E N H O L E S.

C R OSS H O L E DI A

OFFSET

W EI G H T ( k g)

C O D E N O.

V B C- 4(I)

4 Di a.

3- 1/ 2

1- 1/ 4

3 4 0 1- 3 0 5

V B C- 4( m)

100

3 4 0 1- 3 0 6

T O O LI N G S Y S T E M

C102

B O RI N G H E A D

A 1/ 2 cr o s s h ol e i s a v ail a bl e. T h e u nit h a s a 1 1/ 2 - 1 8 N C t hr e a d e d b a c k a n d al s o

1 1/ 2 - 1 8 N C

T o u c h P oi nt S e n s or

E d g e Fi n d er wit h B e e p er & O pti c al

BEEPE R O P TI C A L

N o n e e d t o r ot at e w hil e m e a s uri n g. T h e r e d li g ht w a s s e al e d wit h s etti n g r e d- gl u e; it c a n c o n c e ntr at e t h e li g ht a n d r e si st w at er. T h e s e n s or b e e p s w hil e t h e r e d li g ht i s o n. T h e s e n s or will b e e p w h e n t h e u s er c o ul d n’t s e e t h e r e v er s e si d e or g et a cl e ar si g ht. E x a m pl e. If s e n s or’ s li g ht i s w or ki n g, vi s u all y y o u c o ul d n’t s e e i n si d e of t h e i n n er h ol e, w hil e pr o bi n g t h e u s er c a n b e w ar n e d b y t h e b e e p er. W h e n pr o b e t h e d e e p h ol e, y o u c a n’t s e e t h e r e d li g ht, b ut y o u c a n h e ar t h e s o u n d fr o m b e e p er. A c c ur a c y: wit hi n 0. 0 0 5 m m. ※ N o n e e d t or ot at e.

O P TI C A L T Y P E WI T H B E E P E R O R DE R N O.

V P S- 2 0 B

Ø20

157 77

V P S- 3 2 B

Ø32

157 74

V P S- 3/ 4 B

Ø 3/ 4

157 74

l1 l2

B AT T E R Y TYPE U M- 5 #( S P) x 1 P C S/ 1 2 V

T o u c h P oi nt S e n s or

O pti c al T y p e

U nit: m m

W EI G H T ( k g) 0. 4

C O D E N O.

0. 7

3 4 0 2- 0 0 2

0. 7

3 4 0 2- 0 1 2

3 4 0 2- 0 0 1

Wit h o ut B e e p er

Hi g h s e n siti vit y p o siti o n s e n s or. R e d pil ot c a n b e s e e n cl e arl y. W h ol e tr a v el of r e d pil ot i s s p ar kli n g, d et e cti n g al s o c a n b e d o n e d uri n g t ur ni n g w hil e s pi n dl e st o p s. L o c ati o n of e n d s urf a c e, o utt er cir cl e di a.,i n n er cir cl e di a. of t h e w or kpi e c e f or pr o c e s si n g c a n b e d et e ct e d wit h f ull eff e ct. D e vi c e d wit h s af et y li n e e x c e s s, b all s u p p ort e d b y s pri n g, s o e v e n li n e T h e pr e ci si o n will r e a c h u p t o mi cr o m et er w hil e t h e b all r et ur n s t o c e nt er p o siti o n. E d g e Fi n d er A c c ur a c y: Wit hi n ± 0. 0 0 5 m m

O P TI C A L T Y P E

V P S- 2 0

V P S- 3 2

O R DE R N O.

V P S- 2 0

V P S- 3 2

U nit: m m

B AT T E R Y TYPE

W EI G H T ( k g)

C O D E N O.

157 76

0. 4

3 4 0 2- 0 0 3

157 74

U M- 5 #( S P) x 2 P/ R 1./ 1. 5 V

0. 7

3 4 0 2- 0 0 4

+ -

C: 5 m m C: C e nt er Di st a n c e

※ C103

N o n e e d t or ot at e. T O O LI N G S Y S T E M

T o u c h P oi nt S e n s or V P S- 2 0 1

E d g e Fi n d er

T hi s s eri e s i s a hi g h pr e ci si o n s etti n g d e vi c e f or p o siti o ni n g t h e a c c ur at e c e nt er b et w e e n t o ol s pi n dl e of m a c hi n e a n d r ef er e n c e s urf a c e of w or ki n g at l o w- c o st a n d s a vi n g ti m e. A c c ur a c y : wit hi n 0. 0 0 5 m m M a d e of t o ol st e el, h ar d e n e d a n d gr o u n d. S uit a bl e r ot ati o n s p e e d : V P S- 2 0 1 5 0 0 t o 7 0 0r p m.

C R E A MI C T Y P E V P S- 2 0 1 C

O R D E R N O.

V P S- 2 0 1

V P S- 2 0 1 C

W EI G H T ( K G)

0. 0 3

0. 0 6

C O D E N O.

3 4 0 2- 0 0 5

3 4 0 2- 0 0 7

T O U C H P OI N T S E N S O R

M E C H A NI C A L T Y P E

U N TI L T A S T E R C O N C E N T RI C

T o u c h P oi nt S e n s or

D el u x e T y p e F E A T U R E S:

M at eri al: hi g h- c ar b o n st e el. A c c ur a c y: wit hi n 0. 0 0 3 m m

R. P. M. Wit hi n 6 0 0- 9 0 0 S uit a bl e f or milli n g m a c hi n e. Drill m a c hi n e a n d b ori n g m a c hi n e. E d g e Fi n d er

V P S- 4 0 1 C E R A MI C ST E EL

V P S- 4 0 1 C

V P S- 4 0 1 ( 2 P C S/ S E T) V P S- 4 0 2 A( L O N G) SI N G L E V P S- 4 0 2 B( S H O R T) SI N G L E

O R D E R N O.

V P S- 4 0 1

V P S- 4 0 1 C

P C S/ S E T

2 P C S/ S E T

M A T E RI A L

ST E EL

C E R A MI C

W EI G H T ( K G)

0. 2 6

C O D E N O.

3 4 0 2- 0 0 6

3 4 0 2- 0 0 8

E X A M P L E S- A P P LI C A TI O N

U N TI L T A S T E R C O N C E N T RI C

T O O LI N G S Y S T E M

C104

T o u c h P oi nt S e n s or

M E C H A NI C A L T Y P E

V P S- 3 0 1 S T E E L

V P S- 3 0 1 S S T AI N L E S S

V P S- 3 0 2 S T E E L

V P S- 3 0 2 S S T AI N L E S S

V P S- 3 0 1 C C E R A MI C T Y P E

V P S- 3 0 2 C C E R A MI C T Y P E

V P S- 3 0 3 N O N- M A G N E TI C C O A TI N G

A c c ur a c y of z er o p oi nt t o p oi nt i s wit hi n ± 0. 0 0 3 m m R. P. M. wit hi n 5 0 0- 7 0 0. MI N.( 4 m m) c a n b e t e st mi ni h ol e f or y o ur w or k pi e c e. O R DE R N O.

V P S- 3 0 1 V P S- 3 0 2 S pi n dl e r u n s a b o ut 5 0 0r p m. m o v e s pi n dl e cl o s e d t o m e a s uri n g s urf a c e.

C105

W h e n m e a s uri n g pr o b e t o u c h e s w or k pi e c e, it l o o k s i n o n e p art.

T O O LI N G S Y S T E M

W h e n t h e pr o b e a n d s h a n k ar e i n ali g n m e nt, pr o b e will sli d e o ut of r ot ati n g c e nt er. N o w,t h e c e nt er s pi n dl e i s l o c at e d 5 m m a w a y fr o m m e a s uri n g s urf a c e

V P S- 3 0 1 S V P S- 3 0 2 S

M A T E RI A L ALL O Y ST E EL S T AI N L E S S

H A R D NESS

W EI G H T ( k g)

C O DE N O.

0. 0 6

3 4 0 2- 1 0 0

0. 0 5

3 4 0 2- 1 0 1

0. 0 6

3 4 0 2- 1 0 2

0. 0 6

3 4 0 2- 1 0 3

V P S- 3 0 1 C

C E R A MI C

0. 0 6

3 4 0 2- 1 0 4

V P S- 3 0 2 C

C E R A MI C

0. 0 6

3 4 0 2- 1 0 5

V P S- 3 0 3

N O N- M a g n eti c C o ati n g

0. 0 6

3 4 0 2- 1 0 6

H ei g ht Pr e s ett er

O P TI C A L T Y P E

H P- 5 0 Z H P- 5 0 Z B A T T E R Y L R4476 A G13 1 S E T/ 2 P C S H P- 5 0 Z M L R44 1 S E T/ 2 P C S

H EI G H T P R E S E T T E R

LI G H T O P TI C A L

M O D E L F or N E X T H ei g ht 5 0 m m a n d 1 0 0 m m. Wit h M a g n eti c b a s e. T h e r e d l a m p will b e li g ht e d u p w h e n t o u c h e d. A c c ur a c y 0. 0 0 5 m m. C o m bi n e d v erti c al a n d h ori z o nt al i n a u nit. W ei g ht: 0. 7 k g s

H P- 1 0 0 Z M

H P- 1 0 0 Z

EX A MPLE

T o u c h pl at e S et t h e t o ol & pr e s s t h e t o u c h pl at e u ntil y o u s e e t h e r e d li g ht .

LI G H T

W O R K TA BLE

O R DE R N O.

S TYLE

H P- 5 0 Z

50 m m

H P- 5 0 Z M

LI G H T

St a n d ar d h ei g ht 5 0 M M ± 0. 0 0 5 or 1 0 0 M M ± 0. 0 0 5

W O R K TA BLE

W EI G H T ( k g) N. W.

G. W.

C O DE N O.

STA N DA R D TYPE

0. 3 2

0. 7

3 4 0 3- 0 0 1

50 m m

WI T H M A G N E TI C B A S E

0. 3 2

0. 6

3 4 0 3- 0 0 2

H P- 1 0 0 Z

100 m m

STA N DA R D TYPE

1. 0

1. 2 5

3 4 0 3- 0 0 3

H P- 1 0 0 Z M

100 m m

WI T H M A G N E TI C B A S E

1. 0

1. 2 3

3 4 0 3- 0 0 4

T O O LI N G S Y S T E M

C106

El e ctr o ni c T o ol L e n gt h S ett er

S T AI N L E S S S T E E L B A S E WI T H M A G N E T

EX A MPLE

HI G H A C C U R A C Y E A S Y O P E R A TI O N B e s ur e t o r e m o v e all c hi p s a n d all fr o m t h e s e n s or pl at e a n d t h e b a s e of t h e H P- 5 0 E a s w ell a s fr o m t h e w or k pi e c e a n d t o ol. T o m o v e t h e t o ol a p pr o a c hi n g t h e s e n s or pl at e sl o wl y. W h e n t o u c hi n g, t h e “ L E D” t ur n s o n i m m e di at el y a n d “ H” i s j u st 5 0. 0 0 m m.( or 2 ) L E D will n ot f u n cti o n if b att eri e s ar e n ot s et i n c orr e ctl y. D e si g n e d t o b e u s e d o n f err o u s. O R DE R N O.

H P- 5 0 E M

50 m m

H P- 1 0 0 E M

100 m m

STYLE WI T H M A G N E TI C B A S E

St ai nl e s s St e el B a s e Wit h M a g n et T O O L P R E- S E T T E R F O R M A C HI NI N G C E N T E R S. C N C & S T A N D A R D MI L LI N G M A C HI N E S A N D C N C & S TA N D A R D L AT H E S C107

T O O LI N G S Y S T E M

W EI G H T( k g) N. W.

C O DE N O.

0. 6

3 4 0 3- 0 3 2

1. 2 5

3 4 0 3- 0 3 3

Z- Z er o- S ett er

H P- 5 0 A

H P- 1 0 0 A M

Z- Z E R O- S E T T E R

C O M P E N S A TI O N P L AI N S U R F A C E

C H E C KI N G B A R F O R 5 0 O R 1 0 0 M M P O SI TI O N A T Z E R O P OI N T

C H E C KI N G B A R

H P- 5 0 B

C H E C KI N G B A R F O R 5 0 O R 1 0 0 M M P O SI TI O N A T Z E R O P OI N T H a v e t h e c e ntr al m e a s uri n g p art of t h e z er o s ett er pr e s ett er a g ai n st a pl ai n s urf a c e a n d ali g n e d if wit h t h e o ut er r ef er e n c e s urf a c e. T ur n t h e di al g a u g e f or z er o s etti n g. H a v e t h e c utt er t o u c h e d a g ai n st t h e z z er o s ett er. O n c e t h e i n di c at or p o siti o n at z er o, t h e di st a n c e b et w e e n t h e t o ol ti p t o w or k pi e c e i s 5 0 m m, 0. 0 0 5, 1 0 0 m m,

O R DE R N O.

H P- 5 0 A H P- 5 0 B H P- 5 0 A M

H P- 1 0 0 A M

W EI G H T ( k g)

C O DE N O.

1. 1

3 4 0 3- 0 2 0

1. 7

3 4 0 3- 0 2 1

1. 2

3 4 0 3- 0 2 2

1. 7

3 4 0 3- 0 2 3

STA N DA R D TYPE

1. 7 8

3 4 0 3- 0 2 4

WI T H M A G N E TI C B A S E

1. 7 7

3 4 0 3- 0 2 5

STYLE STA N DA R D TYPE

50 m m WI T H M A G N E TI C B A S E

H P- 5 0 B M H P- 1 0 0 A

0. 0 0 5.

100 m m

T O O LI N G S Y S T E M

C108

H ei g ht Pr e s ett er ( F or M a c hi ni n g C e nt er)

O R D E R N O. H P- 1 0 0

C O D E N O. 3 4 0 3- 0 1 0

H ei g ht fr o m r ef er e n c e s urf a c e

W EI G H T( k g s)

100 m m

2. 6

WI T H C H E C KI N G G A U G E

L o c at e t h e h ei g ht pr e s ett er o n a pl a c e s uit a bl e f or a r ef er e n c e s urf a c e of w or k pi e c e. A p pl y t h e c utt er o n t h e m e a s uri n g s urf a c e a n d sl o wl y l o w er t h e Z- a xi s. T h e n, c utt er g et s n e ar t o t h e m e a s uri n g p o siti o n. A di st a n c e fr o m t h e r ef er e n c e s urf a c e t o t h e t o ol ti p c a n b e m e a s ur e d e a sil y a n d pr e ci s el y s o t h at t hi s pr e s ett er i s m o st s uit a bl e n ot o nl y f or m a c hi n ei n g c e nt er s b ut f or N C l at h e s a n d N C milli n g m a c hi n e s. * M a g n eti c b a s e f u n cti o n c a n b e u s e d i n v erti c al p o siti o n & h ori z o nt al p o siti o n. * H EI G H T: 1 0 0 m m ± 0. 0 0 5 , 1 s c al e 0. 0 1 m m

C e nt eri n g I n di c at or

O R D E R N O. V CI- 1 7 0

C O D E N O. 3 4 0 2- 1 3 0

( WI T H S T O P B A R F O R FI XI N G T H E H E A D)

R P M Wit hi n 8 0 0. U s e f or I nt er n al or E xt er n al. U s e f or V erti c al or H ori z o nt al. W hil e S pi n dl e R ot at e s, Wit h St o p b ar f or Fi xi n g T h e H e a d T h e C e nt eri n g I n di c at or Al w a y s f a c e s t h e o p er at or. S H A N K

ø10

m m

LE N GT H

170

m m

I NT E R N AL

ø4~ø108

m m

E XT E R N AL

ø0~ø108

m m

MI N. I N DI C A T O R

0. 0 1

m m

I N DI C A T O R R A N G E

0~6

m m

W EI G H T

C109

T O O LI N G S Y S T E M

0. 8 k g s

O R DE R N O.

T A P PI N G C A P A CI T Y

S H A N K

T O W O R K WI T H D RI L LI N G M A C HI N E

W EI G H T ( K G)

P A C KI N G m m

SPEE D

C O DE N O.

K 1- 1/ 2

Ø 3- 8 m m

1/ 2

D RI L LI N G M A C HI N E M U S T E Q UI P P E D WI T H D RI L L C H U C K C A P A CI T Y 1 3 M/ M

0. 8

90 X90 X190

1: 1

3 4 0 4- 0 0 1

K 1- M T- 2

Ø 3- 8 m m

M T- 2

D RI L LI N G M A C HI N E M U S T E Q UI P P E D WI T H M T- 2 H O L E

90 X90 X240

1: 1

3 4 0 4- 0 0 2

K 2- 1/ 2

Ø 5- 1 0 m m

1/ 2

D RI L LI N G M A C HI N E M U S T E Q UI P P E D WI T H D RI L L C H U C K C A P A CI T Y 1 3 M/ M

1. 5

100 X100 X210

1: 1

3 4 0 4- 0 0 3

K 2- M T- 2

Ø 5- 1 0 m m

M T- 2

1. 6

100 X100 X260

1: 1

3 4 0 4- 0 0 4

K 3- M T- 3

Ø 6- 1 4 m m

M T- 3

3. 1

125 X125 X300

1: 1

3 4 0 4- 0 0 5

K 4- M T- 3

Ø 1 2- 2 5 m m

M T- 3

D RI L LI N G M A C HI N E M U S T E Q UI P P E D WI T H M T 2 H O L E O T H E R S LI K E M T- 3 S H A N K B O RI N G H O L E D RI L LI N G M A C HI N E N. T. A V AI L A B L E O T H E R S LI K E M T- 3 S H A N K B O RI N G H O L E D RI L LI N G M A C HI N E N. T. A V AI L A B L E

5. 4

160 X160 X360

1: 1

3 4 0 4- 0 0 6

K 1 T Y P E U S E D C H U C K T O FI X T H E T A P K 2, K 3, K 4 T Y P E U S E D T H E S LI DI N G P L A T E O F T H E S Q U A R E S H A R P H O L E T O FI X T H E T A P.

T a p C h u c k S eri e s

VTA13

d o u bl e- h e a d s cr e w

lock a nti cl o c k wi s e ti g htl y, a n d o p e n w h e n it i s cl o c k wi s e.

l o c k cl o c k wi s e ti g htl y, a n d o p e n w h e n it i s a nti cl o c k wi s e. f or e sl e e v e

O R DE R N O.

V T A 1 6- 3 MT2

TAP C H U CK W RE N C H

T A P PI N G C A P A BI LI T Y m m inch

V T A 1 3- 1 I V T A 1 3- 2 I M 3- M 1 2 V T A 1 3- 3 II V T A 1 6- 2 I V T A 1 6- 3 II M 3- M 1 6 V T A 1 6- 4 II E xtr a P ur c h a s e W el c o m e. V T A 1 8- 2 II M 9- M 1 8 V T A 1 8- 3 III

Drill T a p p er

W 1/ 8” ~ W 1/ 2”

W 1/ 8” ~ W 5/ 8” W 3/ 8” ~ W 3/ 4”

T H E D E SI G N C A N P R E V E N T T HE TAPS C H U CK F R O M L O O S E NI N G A F T E R T A P PI N G. S UI T F O R V A RI O U S T A P S. L A R G E T A P PI N G C A P A CI T Y. HI G H P O W E R T O R SI O N. D

T a p er

N. W ( k g)

C O D E N O.

43 43 47 54 4 8. 5 4 8. 5 51 51

J6 B16 MT2 B18 MT2 MT3 MT2 MT3

0. 5 5 0. 7 6 0. 7 6 1 0. 9 1. 1 0. 9 2 4 1. 0 7 4

3 4 0 4- 0 0 0 3 4 0 4- 0 0 7 3 4 0 4- 0 0 8 3 4 0 4- 0 1 7 3 4 0 4- 0 1 8 3 4 0 4- 0 1 9 3 4 0 4- 0 1 9 A 3 4 0 4- 0 1 9 B

I n cl u di n g s h a n k, f ull s et of c oll et s, wr e n c h a n d c a s e. ( U s e d f or r a di al drilli n g, l at h e a n d t a p pi n g m a c hi n e s. 1 M ai n b o d y, 6 T a p C oll et, 1 Drill C h u c k H ol d er O pti o n al i n C oll et s & T a p p er Sl e e v e s.) 0. 6 C U F T.

U nit: m m

S T A N D A R D A S S E M B L Y S P E CI FI C A TI O N O R DE R G. W. M E A S. C O D E M AI N B O D Y TAP C OLLET T A P E R S L E E V E D RI L L C H U C K N O. kg CFT N O. 1 P C/ S E T 6 P C S/ S E T 2 P C S/ S E T H O L D E R 1 P C/ S E T 3 3- M T 1 M 8, 1 0, 1 2, 1 4, 1 6, 1 1. 9 3 4 0 4- 0 1 0 M T- 3 3 3- M T 2 1 8, 2 0, 2 2, 2 4, 2 7, M T- 4 12 3 4 0 4- 0 1 1 3 3- J T 6 Wit h 3 3- M T 3 3 0, 3 3( M M) 0. 6 1/ 2 Drill V D T- 3 3 1, 1- 1/ 8, 1- 1/ 4(I N C H) Chuck M T- 5 1 2. 8 3 4 0 4- 0 1 2 3 3- M T 4 P T 1/ 8, 1/ 4, 3/ 8, 1/ 2, 3/ 4, 1(I N C H)

T O O LI N G S Y S T E M

C 11 0

T A P PI N G A T T A C H M E N T

R e v e r si bl e T a p pi n g Att a c h m e nt f or Drilli n g & Milli n g M a c hi n e

R e v er si bl e T a p pi n g Att a c h m e nt s

R a di al Fl o at i s S E L F C E N T E RI N G t o c o m p e n s at e f or h ol e c e nt er mi s ali g n m e nt. U ni q u e D o u bl e S pri n g M e c h a ni s m pr o d u c e s A ut o m ati c F e e d a n d C u s hi o n Dri v e. T h er e ar e t w o s pri n g s f or t h e f e e d a n d t w o s pri n g s f or t h e r e v er s al. E a c h s et gi v e s y o u d o u bl e s m o ot h n e s s f or U L T R A a c c ur at e t a p pi n g a p pli c ati o n s( n ot p o s si bl e wit h t hi s t y p e of t a p pi n g h e a d i n t h e p a st). Pr e- s et T or q u e C o ntr ol P er mit s e a s y o p er ati o n of t a p br a k e t or q u e c o ntr ol J A C O B S R U B B E R F L E X C O L L E T S ar e st a n d ar d a c c e s s or y.

R e v er si n g T y p e

L E N G T H C O M P E N S A TI O N R. H. R O T A TI O N N O N R O T A T L H. R O T A T. C O MP E X P. E X P. E X P. A B C E

AT T A C H M E N T D E SI G N A TI O N S O R D E R N O.

F O R TAPS

S UI T A B L E A D A P T E R S R SE PC.E ME AD X SI Z E

V T A 7- J T 6

M 2- M 7

F C- 1 0/ F C- 1 1 1 5 0 0 R P M

3. 5

1. 5

V T A 1 2- J T 6

M 3- M 1 2 F C- 2 0/ F C- 2 1 1 0 0 0 R P M

4. 5

V T A 2 0- M 2 0

M 8- M 2 0 F C- 3 0/ F C- 3 1

5. 5

600 R P M

D DI A

D1 DI A

7. 0

1. 5

8. 5

7 3. 5

2. 0

9. 0

R u b b er Fl e x C oll et F or V T A T a p p er O R D E R N O.

C OLLETS C A P A CI T Y

C O D E N O.

F C- 1 0

Ø 2. 5 - Ø 4. 5

3 4 0 4- 0 3 0

F C- 1 1

Ø 4. 5 - Ø 6. 5

3 4 0 4- 0 3 1

F C- 2 0

Ø 4- Ø 7

2 1. 5

3 4 0 4- 0 3 2

F C- 2 1

Ø 7- Ø 10

2 1. 5

3 4 0 4- 0 3 3

F C- 3 0

Ø 5. 3 6 - Ø 9

2 6. 5

3 4 0 4- 0 3 4

F C- 3 1

Ø 1 0. 3 8 - Ø 1 4

2 6. 5

3 4 0 4- 0 3 5

C 111

T O O LI N G S Y S T E M

W EI G H T ( k g s)

C O DE N O.

1 2 5. 5 9 4. 5

1. 3

3 4 0 4- 0 2 0

169

122

3. 1

3 4 0 4- 0 2 1

190

128

5. 7

3 4 0 4- 0 2 2

C O N N E C TI N G A R B O R F O R V T A 2 0- M 2 0

M T 3- M 2 0

3 4 0 4- 0 3 6 A

M T 4- M 2 0

3 4 0 4- 0 3 7 A

A R B O R E X A M PL E: MT TYPE pl e a s e s e e p a g e C 4 6

VJ T Y P E

Ta p C h u c k ot h er br a n d s of t a p s c h u c k. T h e d e si g n c a n pr e v e nt t h e t a p s c h u c k fr o m l o o s e ni n g aft er t a p pi n g.

m m

inch

T a p er M o u nt N O. DI N or J a c o b s

L e n gt h ( m/ m)

1/ 2

M 3- M 1 2

1/ 8- 1/ 2

JT6

850

3 4 0 4- 0 5 6 A

1/ 2

M 4- M 1 2

1/ 8- 1/ 2

B16

585

3 4 0 4- 0 5 7 A

O R DE R N O.

SI Z E

V T A- 1 3- 1 1 V T A- 1 3- 1 2

E x p a n si bl e T a p pi n g H ol d er

W ei g ht ( g)

C O DE N O.

C o m pr e s si o n Di st a n c e 6 m m

E R20

E R32

H O L D E R- B T- T Y P E O R D E R N O.

C OLLET

H O L D E R ( D X L)

D 1

V E T- 2 7 1

E R20

BT40 20 X100

100

V E T- 2 7 2

E R20

BT50 20 X95

V E T- 2 7 3

E R32

B T 4 0 3 2 X 11 0

11 0

V E T- 2 7 4

E R32

B T 5 0 3 2 X 11 0

11 0

T A P PI N G R A N GE M 2- M 1 6 M 3- M 2 5

U nit: m m

W EI G H T ( K G S)

C O D E N O.

2. 2

3 4 0 4- 0 2 6

3 4 0 4- 0 2 7

2. 4

3 4 0 4- 0 2 8

4. 5

3 4 0 4- 0 2 9

WI T H S P A N N E R

H O L D E R- MI NI T Y P E O R D E R N O.

C OLLET

H O L D E R ( D X L)

L 1

D 1

T A P PI N G R A N GE

V E T- 2 6 0

E R16

E R16 M 20 X70

V E T- 2 6 1

E R16

E R16 M 25 X70

M 3- M 1 0 1/ 8 - 3/ 8

U nit: m m

W EI G H T ( K G)

C O D E N O.

0. 2

3 4 0 4- 0 3 6

0. 2

3 4 0 4- 0 3 7

T O O LI N G S Y S T E M

C 11 2

T A P PI N G H O L D E R

U nit: m m

O ut er Di a. ( m/ m)

T A P PI N G C A P A CI T Y

E x p a n si bl e T a p pi n g H ol d er Fl o ati n g a n d e x p a n si o n d e si g n will r e d u ct e t h e diff er e nti al of m ot or r ot ar y s p e e d a n d f e e di n g s p e e d s o will e xt e n d t h e lif e of t a p. U s e E R Hi g h S pri n g C oll et, y o u d o n’t n e e d t o w orr y t h e f e w si z e will d el a y w or ki n g, s o t h eir v al u e i s m or e t h a n a n y ot h er t a p pi n g s y st e m. Str o n g Vi s e cl a m pi n g f u n cti o n w hi c h i s c o ntr oll e d b y o n e s cr e w will k e e p t h e o utl et w hi c h h a v e b e e n c o ntr oll e d b y E R c oll et, s o it c a n a ut o- c e nt er a n d y o u o w n t h e d o u bl e l o c k a n d s a v e i n cl a m pi n g. S T R AI G H T S H A N K

D2 C O M P R E S SI O N T E N SI O N L1

C o m pr e s si o n Di st a n c e 6 m m

SI N G L E H O L D E R O R DE R N O.

V E T- 1 0 2

U nit: m m

C OLLET

H OL DE R ( D2 X L 2 )

E R16

20 X80

D 1

T A P PI N G R A N GE

W EI G H T ( K G)

C O D E N O.

M 3- M 1 0 ( 1/ 8 - 3/ 8 )

0. 4

3 4 0 4- 0 4 1

D2 C O M P R E S SI O N T E N SI O N L1

SI N G L E H O L D E R O R DE R N O.

C OLLET

H OL DE R ( D2 X L 2 )

V E T- 2 0 2

E R20

20 X80

V E T- 2 5 2

E R20

V E T- 3 0 3

E R32

D 1

W EI G H T ( K G)

C O D E N O.

3 4 0 4- 0 4 3

25 X80

M 3- M 1 6 ( 1/ 8- 5/ 8 )

1. 2

3 4 0 4- 0 4 4

32 X100

( M 3- M 2 5) ( 1/ 8- 1 )

3 4 0 4- 0 4 5

SETS TYPE

C 11 3

U nit: m m

T A P PI N G R A N GE

U nit: m m

O R D E R N O.

C OLLET

H O L D E R ( D 2X L 2)

S E T/ P C S

W EI G H T ( K G)

C O D E N O.

V E T- 1 0 5

E R16

20 X80

3 4 0 4- 0 4 6

V E T- 1 0 6

E R16

20 X80

1. 1

3 4 0 4- 0 4 7

V E T- 2 5 3

E R20

20 X80

1. 6

3 4 0 4- 0 4 8

V E T- 2 5 4

E R20

20 X80

1. 7

3 4 0 4- 0 4 9

T O O LI N G S Y S T E M

Q ui c k C h a n g e T a p pi n g C h u c k S P E CI A

E ur o p e a n T y p e

T A P PI N G C H U C K S

S AF E T Y! Q UI C K !

Q UI C K C H A N G E T A P PI N G C H U C K S ( wit h l e n gt h c o m p e n s ati o n) M A S- B T- 3 0, 4 0, 5 0 S h a n k / DI N 6 9 8 7 1 A S K- 4 0, 5 0 / S T- 2 0 , 3 2 / M T- 2 , 3 , 4 T e n si o n a n d c o m pr e s si o n f e at ur e all o w s t a p s t o f oll o w t h eir o w n t hr e a d l e a d. Wit h e xtr e m e li g ht c o m pr e s si o n c o m pr e s si o n a n d t e n si o n o p er at e d b y b all c a g e.

T O O LI N G S Y S T E M

C 11 4

Q ui c k C h a n g e T a p pi n g C h u c k s

S af et y C oll et T C- 3 1 2 T e n si o n a n d c o m pr e s si o n f e at ur e all o w s t a p s t o f oll o w t h eir o w n t hr e a d l e a d. Wit h e xtr e m e li g ht c o m p e n s ati o n c o m pr e s si o n a n d t e n si o n o p er at e d b y b all c a g e.

W F- B T 3 0/ B T 4 0/ S K 3 0/ S K 4 0

L E N G T H C O M P E N S A TI O N T Y P E

Ø D 1 Chuck C o n n e cti n g DI A.

Ø D 2

M 2- M 1 4

Ø 19

B T 4 0- W F 1 2 S K 4 0- W F 1 2

M 2- M 1 4

B T 3 0- W F 2 0

M 5- M 2 4

B T 4 0- W F 2 0 S K 4 0- W F 2 0

O R D E R N O.

T hr e a d Si z e

B T 3 0- W F 1 2

L e n gt h C o m p e n s ati o n

T a p pi n g C oll et s

W EI G H T ( k g)

C O D E N O.

7. 5

T C- 3 1 2

0. 8

3 4 0 4- 0 5 0 A

7. 5

T C- 3 1 2

1. 3

3 4 0 4- 0 5 0

1. 3

3 4 0 4- 0 5 1

1 2. 5

T C- 8 2 0

1. 3

3 4 0 4- 0 5 2 A

Ø 31

1 2. 5

T C- 8 2 0

1. 8

3 4 0 4- 0 5 2

Ø 32

1 2. 5

T C- 8 2 0

1. 8

3 4 0 4- 0 5 3

C o m pr e s si o n

T e n si o n

7. 5

Ø 19

Ø 31

M 5- M 2 4

T a p pi n g C oll et R e d u c er A d a pt er : T C 8 2 0 / T C 3 1 2- A D

Q ui c k C h a n g e T a p pi n g C h u c k s

E ur o p e a n T y p e

T C- 3 1 2 T e n si o n a n d c o m pr e s si o n f e at ur e all o w s t a p s t o f oll o w t h eir o w n t hr e a d l e a d. Wit h e xtr e m e li g ht c o m p e n s ati o n c o m pr e s si o n a n d t e n si o n o p er at e d b y b all c a g e.

W F- B T 5 0/ S K 5 0 O R D E R N O.

B T 5 0- W F 1 2 S K 5 0- W F 1 2 B T 5 0- W F 2 0 S K 5 0- W F 2 0 B T 5 0- W F 3 3

L E N G T H C O M P E N S A TI O N T Y P E Ø D 1 Chuck C o n n e cti n g Ø D 2 DI A.

T hr e a d Si z e

M 2- M 1 4

Ø 19

M 5- M 2 4

105

M 1 4- M 3 6

142

L e n gt h C o m p e n s ati o n C oll et s

C o m pr e s si o n

T e n si o n

7. 5

T C- 3 1 2

Ø 31

1 2. 5

T C- 8 2 0

Ø 48

T C- 1 4 3 3

T a p pi n g C oll et R e d u c er A d a pt er : T C 8 2 0 / T C 3 1 2- A D T C 1 4 3 3 / T C 8 2 0- A D C 11 5

T O O LI N G S Y S T E M

W EI G H T ( k g)

C O D E N O.

3 4 0 4- 0 6 0

3 4 0 4- 0 6 1

4. 1

3 4 0 4- 0 6 2

4. 1

3 4 0 4- 0 6 3

5. 8

3 4 0 4- 0 6 4

Q ui c k C h a n g e T a p pi n g C h u c k s

Q UI C K C H A N G E T A P PI N G C H U C K S ( wit h l e n gt h c o m p e n s ati o n) S T R AI G H T S H A N K

T e n si o n a n d c o m pr e s si o n f e at ur e all o w s t a p s t o f oll o w t h eir o w n t hr e a d l e a d. Wit h e xtr e m e li g ht c o m p e n s ati o n c o m pr e s si o n a n d t e n si o n o p er at e d b y b all c a g e.

W F- S T

L E N G T H C O M P E N S A TI O N T Y P E

O R D E R N O.

S T 2 0- W F 1 2 S T 3 2- W F 1 2 S T 2 0- W F 2 0

L e n gt h C o m p e n s ati o n

Ø D 1 Chuck C o n n e cti n g DI A.

Ø D 2

105

Ø 19

120

Ø31

T hr e a d Si z e

M 2- M 1 4 M 5- M 2 4

C oll et s

C o m pr e s si o n

T e n si o n

7. 5

T C- 3 1 2

1 2. 5

T C- 8 2 0

W EI G H T ( k g)

C O D E N O.

0. 4

3 4 0 4- 0 8 7

0. 6

3 4 0 4- 0 8 8

3 4 0 4- 0 8 9

T a p pi n g C oll et R e d u c er A d a pt er : T C 8 2 0 / T C 3 1 2- A D T C 1 4 3 3 / T C 8 2 0- A D

Q ui c k C h a n g e T a p pi n g C h u c k s

S oli d T y p e

W F- M T

L E N G T H C O M P E N S A TI O N T Y P E

O R D E R N O.

T hr e a d Si z e

M T 2- W F 1 2 M T 3- W F 1 2

M or s e. T a p er MT MT2

M 2- M 1 4

MT3

M T 4- W F 1 2

MT4

M T 2- W F 2 0

MT2

M T 3- W F 2 0

M 5- M 2 4

M T 4- W F 2 0 M T 4- W F 3 3

MT3

4 7. 5

Ø D 1 L e n g ht C o m p e n s ati o n Chuck Ø D 2 C o n n e cti n g C o m pr e s si o n T e n si o n DI A.

Ø19

7. 5

C oll et s

T C- 3 1 2

Ø31

1 2. 5

T C- 8 2 0

MT4 M 1 4- M 3 6

MT4

103

Ø48

T C- 1 4 3 3

W EI G H T ( k g)

C O D E N O.

0. 4

3 4 0 4- 1 2 3

0. 5 6

3 4 0 4- 1 2 3 A

0. 8 6

3 4 0 4- 1 2 3 B

0. 8

3 4 0 4- 1 2 4

0. 9 6

3 4 0 4- 1 2 4 A

1. 5

3 4 0 4- 1 2 4 B

2. 7 6

3 4 0 4- 1 2 5

T a p pi n g C oll et R e d u c er A d a pt er : T C 8 2 0 / T C 3 1 2- A D T C 1 4 3 3 / T C 8 2 0- A D T O O LI N G S Y S T E M

C 11 6

T A P PI N G C H U C K S

T C- 3 1 2

Q ui c k C h a n g e T a p pi n g C h u c k s

Q UI C K C H A N G E T A P PI N G C H U C K S ( wit h l e n gt h c o m p e n s ati o n) M A S- B T S H A N K / DI N 6 9 8 7 1 A S H A N K T e n si o n a n d c o m pr e s si o n f e at ur e all o w s t a p s t o f oll o w t h eir o w n t hr e a d l e a d.

T C- 3 1 2

W F E- B T 4 0

L E N G T H C O M P E N S A TI O N T Y P E T hr e a d Si z e

O R D E R N O.

B T 4 0- W F E 1 2- 1 3 5 B T 4 0- W F E 1 2- 1 6 5

M 2- M 1 4

L 135 165

Ø D 1 Chuck C o n n e cti n g DI A.

Ø D 2

Ø 19

L e n gt h C o m p e n s ati o n C o m pr e s si o n

T e n si o n

C oll et s

T C- 3 1 2

W EI G H T ( k g)

C O D E N O.

1. 5

3 4 0 4- 0 7 0

2. 4

3 4 0 4- 0 7 2

W EI G H T ( k g)

C O D E N O.

4. 5 4

3 4 0 4- 0 8 0

4. 9 4

3 4 0 4- 0 8 2

3 4 0 4- 0 8 4

T a p pi n g C oll et R e d u c er A d a pt er : T C 8 2 0 / T C 3 1 2- A D T C 1 4 3 3 / T C 8 2 0- A D

Q ui c k C h a n g e T a p pi n g C h u c k s

T C- 3 1 2

W F E- B T 5 0

L E N G T H C O M P E N S A TI O N T Y P E

O R D E R N O.

B T 5 0- W F E 1 2- 1 3 5 B T 5 0- W F E 1 2- 1 6 5 B T 5 0- W F E 2 0- 1 6 5

T hr e a d Si z e

M 2- M 1 4 M 5- M 2 4

L 135 165 165

L e n gt h C o m p e n s ati o n Ø D 1 Chuck C o n n e cti n g Ø D 2 C o m pr e s si o n T e n si o n DI A.

C oll et s

Ø19

T C- 3 1 2

Ø31

T C- 8 2 0

T a p pi n g C oll et R e d u c er A d a pt er : T C 8 2 0 / T C 3 1 2- A D T C 1 4 3 3 / T C 8 2 0- A D C 11 7

T O O LI N G S Y S T E M

Q ui c k C h a n g e T a p pi n g C h u c k s

S oli d T y p e

M S A- B T S H A N K & DI N 6 9 8 7 1 A S H A N K N o t e n si o n or c o m p e n s ati o n str o k e f or u s e i n s y n c hr o n o u s t a p pi n g(ri gi d t a p pi n g) c y cl e.

T C- 3 1 2

T C- 3 1 2 B

B T 4 0- S F- RI GI D T A P PI N G T Y P E , N O L E N G T H C O M P E N S A TI O N O R D E R N O.

T hr e a d Si z e

Ø D 1 Chuck C o n n e cti n g DI A.

B T 4 0- S F 1 2

M 2- M 1 4

Ø19

B T 4 0- S F 2 0

M 5- M 2 4

Ø31

B T 4 0- S F 3 3

M 1 4- M 3 6

130

Ø48

Ø D 2

C oll et s

W EI G H T ( k g)

C O D E N O.

3 4 0 4- 1 0 0

1. 4

3 4 0 4- 1 0 2

3. 5

3 4 0 4- 1 0 4

T C- 3 1 2 T C- 3 1 2 B T C- 8 2 0 T C- 8 2 0 B T C- 1 4 3 3 T C- 1 4 3 3 B

T a p pi n g C oll et R e d u c er A d a pt er : T C 8 2 0 / T C 3 1 2- A D T C 1 4 3 3 / T C 8 2 0- A D

Q ui c k C h a n g e T a p pi n g C h u c k s

M S A- B T S H A N K & DI N 6 9 8 7 1 A S H A N K

S oli d T y p e

N o t e n si o n or c o m p e n s ati o n str o k e f or u s e i n s y n c hr o n o u s t a p pi n g(ri gi d t a p pi n g) c y cl e.

T C- 3 1 2 or

T C- 3 1 2 B

B T 5 0- S F- RI GI D T A P PI N G T Y P E, N O L E N G T H C O M P E N S A TI O N O R D E R N O.

T hr e a d Si z e

Ø D 1 Chuck C o n n e cti n g DI A.

B T 5 0- S F 1 2

M 2- M 1 4

Ø19

B T 5 0- S F 2 0

M 5- M 2 4

Ø31

B T 5 0- S F 3 3

M 1 4- M 3 6

142

Ø48

Ø D 2

C oll et s T C- 3 1 2 T C- 3 1 2 B T C- 8 2 0 T C- 8 2 0 B T C- 1 4 3 3 T C- 1 4 3 3 B

W EI G H T ( k g)

C O D E N O.

3. 6

3 4 0 4- 1 1 0

3 4 0 4- 1 1 2

5. 6

3 4 0 4- 1 1 6

T a p pi n g C oll et R e d u c er A d a pt er : T C 8 2 0 / T C 3 1 2- A D T C 1 4 3 3 / T C 8 2 0- A D T O O LI N G S Y S T E M

C 11 8

T A P PI N G C H U C K S

Q ui c k C h a n g e T a p pi n g C h u c k s

S oli d T y p e Q UI C K C H A N G E T A P PI N G C H U C K S T e n si o n a n d c o m pr e s si o n f e at ur e all o w s t a p s t o f oll o w t h eir o w n t hr e a d l e a d. M O RSE TAPE R S H A N K

Wit h e xtr e m e li g ht c o m p e n s ati o n c o m pr e s si o n a n d t e n si o n o p er at e d b y b all c a g e.

T C- 3 1 2 or T C- 3 1 2 B

S T- S F- T Y P E S O LI D

RI GI D T A P PI N G T Y P E

O R D E R N O.

T hr e a d Si z e

L 1

S T 2 0- S F 1 2 S T 3 2- S F 1 2

M 2- M 1 4

104 106

S T 2 0- S F 2 0

M 5- M 2 4

105

S T 3 2- S F 3 3

M 1 4- M 3 6

169

Ø D 1 Chuck C o n n e cti n g DI A.

Ø D 2

C oll et s

W EI G H T ( k g)

C O D E N O.

Ø19 Ø19

T C- 3 1 2 T C- 3 1 2 B

0. 3 0. 6 6

3 4 0 4- 1 4 0 3 4 0 4- 1 4 0 A

Ø31

T C- 8 2 0 T C- 8 2 0 B

0. 7 4

3 4 0 4- 1 4 1

Ø48

T C- 1 4 3 3 T C- 1 4 3 3 B

2. 8 6

3 4 0 4- 1 4 2 A

T C- 3 1 2

T C- 3 1 2 B M T- S F- T Y P E S O LI D RI GI D T A P PI N G T Y P E, N O L E N G T H C O M P E N S A TI O N O R D E R N O.

M T 2- S F 1 2 M T 3- S F 1 2 M T 4- S F 1 2 M T 2- S F 2 0 M T 3- S F 2 0 M T 4- S F 2 0 M T 3- S F 3 3 M T 4- S F 3 3

M or s e. T a p er M T

T hr e a d Si z e

MT2 MT3 MT4 MT2 MT3 MT4 MT3 MT4

M 2- M 1 4 M 5- M 2 4 M 1 4- M 3 6

Ø D 1 C h u c k C o n n e cti n g DI A.

Ø D 2

C oll et s

Ø19

T C- 3 1 2 T C- 3 1 2 B

Ø31

T C- 8 2 0 T C- 8 2 0 B

Ø48

T C- 1 4 3 3 T C- 1 4 3 3 B

45 46 70 75 99 99

W EI G H T ( k g)

C O D E N O.

0. 3 0. 8 0. 8 0. 6 0. 8 1. 1 8 0. 8 4 2. 2

3 4 0 4- 1 2 0 3 4 0 4- 1 2 0 A 3 4 0 4- 1 2 0 B 3 4 0 4- 1 2 1 A 3 4 0 4- 1 2 1 3 4 0 4- 1 2 1 B 3 4 0 4- 1 2 2 A 3 4 0 4- 1 2 2

T C- 3 1 2

J T A - S F- B 1 6- S F O R D E R N O.

T hr e a d Si z e

J T A 6- S F 1 2 B 1 6- S F 1 2

M 2- M 1 4

B 1 2- S F 1 2

C 11 9

T C- 3 1 2 B RI GI D T A P PI N G T Y P E L 66 61

Ø D 1 C h u c k C o n n e cti n g DI A.

Ø D 2

d JT6

Ø19

B16 B12

C oll et s

W EI G H T ( k g)

C O D E N O.

0. 3

3 4 0 4- 1 3 0

0. 2 2

3 4 0 4- 1 3 0 A

0. 2

3 4 0 4- 1 3 0 B

T C- 3 1 2 T C- 3 1 2 B

T a p pi n g C oll et R e d u c er A d a pt er : T C 8 2 0 / T C 3 1 2- A D T C 1 4 3 3 / T C 8 2 0- A D T O O LI N G S Y S T E M

Q ui c k C h a n g e T a p pi n g C h u c k s S et

S h a n k wit h l e n gt h c o m p e n s ati o n

E ur o p e a n T y p e

T A P PI N G C H U C K S

C oll et s Si z e

S E T T Y P E B T- W F S H A N K WI T H 7 P C S/ S E T O V E R L O A D C L U T C H T A P PI N G C O L L E T DI N, I S O & JI S S Y S T E M S: P L E A S E S E E P A G E 1 2 1.

T C- 3 1 2

M 3, M 4, M 5, M 6, M 8, M 1 0, M 1 2

T C- 8 2 0

M 8, M 1 0, M 1 2, M 1 4, M 1 6, M 1 8, M 2 0

Pl e a s e i nf or m t h e c oll et si z e w h e n or d eri n g. Pl e a s e u s e f oll o wi n g p a g e a s r ef er e n c e f or c oll et si z e.

SETS

L e n gt h C o m p e n s ati o n C o m pr e s si o n T e n si o n 7. 5 7. 5

O R D E R N O.

Shank Si z e

T hr e a d Si z e

V Q T- 3 1 2

B T- 3 0- W F 1 2

M 3- M 1 2

V Q T- 3 2 0

B T- 3 0- W F 2 0

M 8- M 2 0

105

V Q T- 4 1 2

B T- 4 0- W F 1 2

M 3- M 1 2

7. 5

T C- 3 1 2

7P CS

3 4 0 4- 1 9 2

V Q T- 4 2 0

B T- 4 0- W F 2 0

M 8- M 2 0

1 2. 5

T C- 8 2 0

7P CS

3 4 0 4- 1 9 3

V Q T- 5 1 2

B T- 5 0- W F 1 2

M 3- M 1 2

7. 5

T C- 3 1 2

7P CS

3 4 0 4- 1 9 4

V Q T- 5 2 0

B T- 5 0- W F 2 0

M 8- M 2 0

105

1 2. 5

T C- 8 2 0

7P CS

3 4 0 4- 1 9 5

Ø D1

Ø D2

1 2. 5

P C S/ SET

C oll et s

C O D E N O.

T C- 3 1 2

7P CS

3 4 0 4- 1 9 0

T C- 8 2 0

7P CS

3 4 0 4- 1 9 1

Q ui c k C h a n g e M T T a p pi n g C h u c k S et

Wit h O v erl o a d Cl ut c h

S E T T Y P E M T- S F S H A N K WI T H 7 P C S/ S E T O V E R L O A D C L U T C H T A P PI N G C O L L E T DI N, I S O & JI S S Y S T E M S: P L E A S E S E E P A G E 1 2 1. C oll et s Si z e

T C- 3 1 2

M 3, M 4, M 5, M 6, M 8, M 1 0, M 1 2

T C- 8 2 0

M 8, M 1 0, M 1 2, M 1 4, M 1 6, M 1 8, M 2 0

Pl e a s e i nf or m t h e c oll et si z e w h e n or d eri n g. Pl e a s e u s e f oll o wi n g p a g e a s r ef er e n c e f or c oll et si z e.

SETS O R D E R N O.

V Q T- 7 1 2 V Q T- 8 1 2 V Q T- 7 2 0 V Q T- 8 2 0

Shank Si z e M T 3- S F 1 2 M T 4- S F 1 2 M T 3- S F 2 0 M T 4- S F 2 0

T hr e a d Si z e M 3- M 1 2 M 3- M 1 2 M 8- M 2 0 M 8- M 2 0

Ø D2

C oll et s

39 34 59 55

32 32 50 50

T C- 3 1 2 T C- 3 1 2 T C- 8 2 0 T C- 8 2 0

P C S/ SET 7P CS 7P CS 7P CS 7P CS

C O D E N O. 3 4 0 4- 1 9 6 3 4 0 4- 1 9 7 3 4 0 4- 1 9 8 3 4 0 4- 1 9 9

T O O LI N G S Y S T E M

C120

T a p pi n g C oll et R e d u c er A d a pt er A DAPTE R

E X A M PL E

T hi s a d a pt er i s f or tr a n sf or mi n g T hi s a d a pt er all o w s t h e t a p pi n g c h u c k t o u s e s m all er si z e. Tr a n sf or mi n g t h e bi g t a p pi n g si z e t o s m all er o n e. l ar g e r a n g e t y p e f or t a p M 3 ~ M 2 4, T C 3 1 2, T C 8 2 0, T C 1 4 3 3 C O S T S A VI N G!

SI Z E

C O NVE RTE R

O R D E R N O. T R A N S F O R MI N G SI Z E T C820 T O T C312 T C 8 2 0/ T C 3 1 2- A D T C1433 T O T C820 T C 1 4 3 3/ T C 8 2 0- A D

WI G H T 0. 2 0. 6

E v er y t a p n e e d s a m at c h si z e t a p pi n g c oll et.

C O D E N O. 3 4 0 4- 4 6 1 3 4 0 4- 4 6 2

A dj u st a bl e Wr e n c h e s

F or T a p pi n g C oll et’ s T or q u e F or c e A dj u st m e nt T o ol f or S etti n g Ti m e S a vi n g

Ø D

E X A M PL E

Ø D Ø D Ø D

O R D E R N O. SI Z E 7- 4 0 V W R- 4 0 1 1- 6 0 V W R- 6 0

Ø D 2. 5 4

C OLLETS T C- 8 2 0 T C- 1 4 3 3

W EI G H T C O D E N O. 0. 1 5 k g s 3 4 0 4- 1 5 0 0. 1 5 k g s 3 4 0 4- 1 5 1

Q ui c k C h a n g e T a p pi n g C oll et T C 3 1 2 8 P C S/ S E T

O R D E R N O. T C- 3 1 2- DI N 3 7 1- A

C O D E N O. 3 4 0 4- 1 7 5 Q UI C K C H A N G E T A P C O L L E T S ( wit h o v erl o a d s af et y c oll et) T C- 3 1 2 DI N 3 7 1 8 P C S/ S E T ( M 1, M 2, M 3, M 3. 5, M 4, M 4. 5, M 8, M 1 0) N O. 1 2 3 4 5 6 7 8

Ø D X SI Z E S A M E A S DI N 3 7 1 T C 3 1 2 M 1, M 1. 1 ~ M 1. 8 M 2, M 2. 5, M 2 ~ M 2. 5 M3 M 3. 5 M4 M 4. 5, M 5, M 6 M8 M10

Q ui c k C h a n g e T a p pi n g C oll et T C 3 1 2 8 P C S/ S E T

O R D E R N O. T C- 3 1 2- DI N 3 7 6- B

C O D E N O. 3 4 0 4- 1 7 6 Q UI C K C H A N G E T A P C O L L E T S ( wit h o v erl o a d s af et y c oll et) T C- 3 1 2 DI N 3 7 6 8 P C S/ S E T ( M 4, M 5, M 6, M 7, M 8, M 1 0, M 1 2 M 1 4) N O.

C121

T O O LI N G S Y S T E M

Ø D X

M 5, M 4. 5

M10

M12

M14

SI Z E S A M E A S DI N 3 7 6 T C 3 1 2

Q ui c k C h a n g e T a p pi n g C oll et T C 8 2 0 8 P C S/ S E T

O R D E R N O. T C 8 2 0- DI N 3 7 6- C

C O D E N O. 3 4 0 4- 1 7 7

Q UI C K C H A N G E T A P C O L L E T S ( wit h o v erl o a d s af et y c oll et) T C- 8 2 0 DI N 3 7 6 8 P C S/ S E T ( M 8, M 1 0, M 1 2, M 1 4, M 1 6, M 1 8, M 2 0, M 2 2) Ø D X

SI Z E S A M E A S DI N 3 7 6 T C 8 2 0

M10

M12

M14

M16

M18

M20

M 2 2, M 2 4

T A P PI N G C H U C K S

N O.

Q ui c k C h a n g e T a p pi n g C oll et T C 8 2 0 4 P C S/ S E T

O R D E R N O. T C 8 2 0- DI N 3 7 1- D

C O D E N O. 3 4 0 4- 1 7 8

Q UI C K C H A N G E T A P C O L L E T S ( wit h o v erl o a d s af et y c oll et) T C- 8 2 0 DI N 3 7 1 4 P C S/ S E T ( M 5, M 6, M 8, M 1 0) N O.

Ø D X

M 5, M 6

M 6, M 5

M10

SI Z E S A M E A S DI N 3 7 1 T C 8 2 0

Q ui c k C h a n g e T a p pi n g C oll et T C 8 2 0 8 P C S/ S E T

O R D E R N O. T C 8 2 0-I S O 2 2 8 3- E

C O D E N O. 3 4 0 4- 1 7 9

Q UI C K C H A N G E T A P C O L L E T S ( wit h o v erl o a d s af et y c oll et) T C- 8 2 0 I S O 2 2 8 3 8 P C S/ S E T ( M 8, M 1 0, M 1 2, M 1 4, M 1 6, M 1 8, M 2 2, M 2 4) N O.

Ø D X

M10

M12

M14

M16

M 1 8, M 2 0

M22

M24

SI Z E S A M E A S I S O 2 2 8 3 T C 8 2 0

T O O LI N G S Y S T E M

C122

Q ui c k C h a n g e T a p pi n g C oll et

Q UI C K C H A N G E T A P C O L L E T S ( wit h o v erl o a d s af et y c oll et)

C H U C K S UI T F O R DI A. Ø D 1 T C- 3 1 2, 3 1 2 B I S Ø 1 9 M M T C- 8 2 0, 8 2 0 B I S Ø 3 1 M M T C- 1 4 3 3, 1 4 3 3 B I S Ø 4 8 M M

T a p pi n g C oll et R e d u c er / A d a pt er T hi s a d a pt er i s f or tr a n sf or mi n g T hi s a d a pt er all o w s t h e V A T-t a p pi n g s pi n dl e t o u s e s m all er si z e. Tr a n sf or mi n g t h e bi g t a p pi n g si z e t o s m all er o n e. L ar g e r a n g e t y p e f or t a p M 3 ~ M 2 4, T C 3 1 2, T C 8 2 0, T C 1 4 3 3 C O S T S A VI N G!

T or q u e i s f a ct or y- s et t o pr ot e ct t h e t a p. S m all a dj u st m e nt s c a n b e m a d e b y a tr ai n e d u s er t o a c c o m o d at e t a p str e n gt h a n d m at eri al v ari ati o n s. C oll et st o p s dri vi n g w h e n s et t or q u e i s e x c e e d e d. E v er y t a p n e e d s a m at c h si z e t a p pi n g c oll et. Ø D 1 i s c h u c k s uit f or di a.

C o n n e cti n g Si z e Li st

Q UI C K C H A N G E T A P C O L L E T S ( wit h o v erl o a d s af et y c oll et)

JI S S Y S T E M SI Z E Si z e

T hr e a d

M2 M3 M4 M5 M6 M7 M8 M9 M10 M 11 T C 312 M12 ( # 1) •M 1 4 •M 1 5 U N C 1/ 4 U N C 5/ 1 6 U N C 3/ 8 U N C 7/ 1 6 U N C 1/ 2 • U N C 9/ 1 6 P T 1/ 8 P T 1/ 4

C123

O R D E R N O . S A M E C O L O R A R E I N T E R- C H A N G E A B L E

Ta p S h a n k Ø D 3 4 5 5. 5 6 6. 2 6. 2 7 7 8 8. 5 1 0. 5 1 0. 5 6 6. 1 7 8 9 1 0. 5 8 11

T O O LI N G S Y S T E M

2. 5 3. 2 4 4. 5 4. 5 5 5 5. 5 5. 5 6 6. 5 8 8 4. 5 5 5. 5 6 7 8 6 9

Ø D1

S uit f or DI A. 19

L 1

L 2 O R D E R N O.

C O D E N O.

3 1 2- 0 0 3 1 2- 0 1 3 1 2- 0 2 3 1 2- 0 3 3 1 2- 0 4 3 1 2- 0 5 3 1 2- 0 6 3 1 2- 0 7 3 1 2- 0 8 3 1 2- 0 9 3 1 2- 1 0 • 3 1 2- 1 1 • 3 1 2- 1 2 3 1 2- 1 3 3 1 2- 1 4 3 1 2- 1 5 3 1 2- 1 6 3 1 2- 1 7 • 3 1 2- 1 8 3 1 2- 1 9 3 1 2- 2 0

3 4 0 4- 2 0 0 A 3 4 0 4- 2 0 0 3 4 0 4- 2 0 1 3 4 0 4- 2 0 2 3 4 0 4- 2 0 3 3 4 0 4- 2 0 4 3 4 0 4- 2 0 5 3 4 0 4- 2 0 6 3 4 0 4- 2 0 7 3 4 0 4- 2 0 8 3 4 0 4- 2 0 9 3 4 0 4- 2 1 0 3 4 0 4- 2 1 1 3 4 0 4- 2 1 2 3 4 0 4- 2 1 3 3 4 0 4- 2 1 4 3 4 0 4- 2 1 5 3 4 0 4- 2 1 6 3 4 0 4- 2 1 7 3 4 0 4- 2 1 8 3 4 0 4- 2 1 9

1P C

0. 1 8 k g

Ø D x Si z e s a m e a s JI S i n c h or m m W 1/ 8’’ M 4. 5 M 5. 5, W 3/ 1 6’’ W 1/ 4’’, U N C 1/ 4’’ M8 M7 M 1 0, W 3/ 8’’, U N C 3/ 8’’ M 9, W 3/ 8’’, U N C 3/ 8’’ W 7/ 1 6’’, P T 1/ 8’’, P S 1/ 8’’, P F 1/ 8’’, U N C 7/ 1 6’’ M 1 5, W 9/ 1 6’’, U N C 9/ 1 6’’ M 1 4, W 9/ 1 6’’, U N C 9/ 1 6’’ M 6, W 1/ 4’’ M 9, M 1 0, W 3/ 8’’ M 1 1, W 7/ 1 6’’, P T 1/ 8’’ , P S 1/ 8’’ , P F 1/ 8’’ W 1/ 2’’ M 1 4, M 1 5, W 9/ 1 6’’ M 1 1, W 7/ 1 6, P S 1/ 8’’ , P F 1/ 8’’ , U N C 7/ 1 6’’ P S 1/ 4, P F 1/ 4

M at c hi n g Si z e Li st Si z e

T hr e a d

M6 M7 M8 M9 M10 M 11 M12 M14 M15 M16 M18 M20 T C820 M22 ( # 2) U N C 3 /8 U N C 7 /1 6 U N C 1 /2 U N C 9 /1 6 U N C 5 /8 U N C 3 /4 U N C 7 /8 P T 1 /8 P T 1 /4 P T 3 /8 P T 1 /2 M24

O R D E R N O . S A M E C O L O R A R E I N T E R- C H A N G E A B L E

Ta p S h a n k Ø D 6 4. 5 6. 2 5 6. 2 5 7 5. 5 7 5. 5 8 6 8. 5 6. 5 1 0. 5 8 1 0. 5 8 1 2. 5 10 14 11 15 12 17 13 7 5. 5 8 6 9 7 1 0. 5 8 12 9 14 11 17 13 8 6 11 9 14 11 18 14 19 15

Ø D1

S uit f or DI A. 31

L 1

L 2 O R D E R N O.

C O D E N O.

8 2 0- 0 0 A 8 2 0- 0 1 8 2 0- 0 2 8 2 0- 0 3 8 2 0- 0 4 8 2 0- 0 5 8 2 0- 0 6 8 2 0- 0 7 8 2 0- 0 8 8 2 0- 0 9 8 2 0- 1 1 8 2 0- 1 2 8 2 0- 1 3 8 2 0- 1 4 8 2 0- 1 5 8 2 0- 1 6 8 2 0- 1 7 8 2 0- 1 8 8 2 0- 1 9 8 2 0- 2 0 8 2 0- 2 1 8 2 0- 2 2 8 2 0- 2 3 8 2 0- 2 4 8 2 0- 2 5

3 4 0 4- 2 2 8 3 4 0 4- 2 3 0 3 4 0 4- 2 3 1 3 4 0 4- 2 3 2 3 4 0 4- 2 3 3 3 4 0 4- 2 3 4 3 4 0 4- 2 3 5 3 4 0 4- 2 2 6 3 4 0 4- 2 3 7 3 4 0 4- 2 3 8 3 4 0 4- 2 4 0 3 4 0 4- 2 4 1 3 4 0 4- 2 4 2 3 4 0 4- 2 4 3 3 4 0 4- 2 4 4 3 4 0 4- 2 4 5 3 4 0 4- 2 4 6 3 4 0 4- 2 4 7 3 4 0 4- 2 4 8 3 4 0 4- 2 4 9 3 4 0 4- 2 5 0 3 4 0 4- 2 5 1 3 4 0 4- 2 5 2 3 4 0 4- 2 5 3 3 4 0 4- 2 5 4

3 6 3 0. 5

1P C

M 1 5, W 9/ 1 6’’, U N C 9/ 1 6’’ M 1 4, W 9/ 1 6’’, U N C 9/ 1 6’’ W 3/ 4’’, P T 3/ 8’’, P S 3/ 8’’, P F 3/ 8’’, U N C 3/ 4’’ W 7/ 8’’, U N C 7/ 8’’ M 9, M 1 0 , W 3/ 8’’ M 1 1, W 7/ 1 6’’, P T 1/ 8’’, P S 1/ 8’’, P F 1/ 8’’ W 1/ 2’’ M 1 4, M 1 5, W 9/ 1 6’’ W 5/ 8’’ M 1 8, W 3/ 4’’, P T 3/ 8’’, P S 3/ 8’’, P F 3/ 8’’ M 2 2, W 7/ 8’’ M 1 1, W 7/ 1 6’’, U N C 7/ 1 6’’, P S 1/ 8’’, P F 1/ 8’’ P S 1/ 4’’, P F 1/ 4’’ M 1 8, W 3/ 4’’, P S 3/ 8’’, P F 3/ 8’’, U N C 3/ 4’’ P S 1/ 2’’, P F 1/ 2’’ M 2 5, P F 5/ 8’’

O R D E R N O . S A M E C O L O R A R E I N T E R- C H A N G E A B L E

JI S S Y S T E M SI Z E

1P C

Si z e

T hr e a d

T C 1433 ( # 3)

M14 M15 M16 M18 M20 M22 M24 M25 M26 M27 M28 M30 M32 M33 M34 M35 M36 U N C 9 /1 6 U N C 5 /8 U N C 3 /4 U N C 7 /8 U N C 1 U N C 1 1 /8 U N C 1 1 /4 U N C 1 3 /8 P T 1 /4 P T 3 /8 P T 1 /2 P T 3 /4 PT 1

Ta p S h a n k Ø D 1 0. 5 1 0. 5 1 2. 5 14 15 17 19 19 20 20 21 23 24 25 26 26 28 1 0. 5 12 14 17 20 22 24 26 11 14 18 23 26

0. 6 k g

Ø D x Si z e s a m e a s JI S i n c h or m m W 1/ 4’’, U N C 1/ 4’’ M8 M7 M 1 0, W 3/ 8’’, U N C 3/ 8’’ M 9, W 3/ 8’’, U N C 3/ 8’’ W 7/ 1 6’’, U N C 7/ 1 6’’, P T 1/ 8’’, P S 1/ 8’’, P F 1/ 8’’

T A P PI N G C H U C K S

JI S S Y S T E M SI Z E

8 8 10 11 12 13 15 15 15 15 17 17 19 19 21 21 21 8 9 11 13 15 17 19 21 9 11 14 17 21

Ø D1

S uit f or DI A. 48

L 1

L 2 O R D E R N O. C O D E N O.

1 4 3 3- 0 1 1 4 3 3- 0 2 1 4 3 3- 0 3 1 4 3 3- 0 5 1 4 3 3- 0 6 1 4 3 3- 0 7 1 4 3 3- 0 8 1 4 3 3- 0 9 1 4 3 3- 1 0 1 4 3 3- 1 1 1 4 3 3- 1 2 1 4 3 3- 1 3 1 4 3 3- 1 4 1 4 3 3- 1 5 1 4 3 3- 1 6 1 4 3 3- 1 7 1 4 3 3- 1 8 V 4 3 3- 1 9 1 4 3 3- 2 0 1 4 3 3- 2 1 1 4 3 3- 2 2 1 4 3 3- 2 3 1 4 3 3- 2 4 1 4 3 3- 2 5 1 4 3 3- 2 6 1 4 3 3- 2 7 1 4 3 3- 2 8 1 4 3 3- 2 9 1 4 3 3- 3 0 1 4 3 3- 3 1

3 4 0 4- 2 6 0 3 4 0 4- 2 6 1 3 4 0 4- 2 6 2 3 4 0 4- 2 6 4 3 4 0 4- 2 6 5 3 4 0 4- 2 6 6 3 4 0 4- 2 6 7 3 4 0 4- 2 6 8 3 4 0 4- 2 6 9 3 4 0 4- 2 7 0 3 4 0 4- 2 7 1 3 4 0 4- 2 7 2 3 4 0 4- 2 7 3 3 4 0 4- 2 7 4 3 4 0 4- 2 7 5 3 4 0 4- 2 7 6 3 4 0 4- 2 7 7 3 4 0 4- 2 7 8 3 4 0 4- 2 7 9 3 4 0 4- 2 8 0 3 4 0 4- 2 8 1 3 4 0 4- 2 8 2 3 4 0 4- 2 8 3 3 4 0 4- 2 8 4 3 4 0 4- 2 8 5 3 4 0 4- 2 8 6 3 4 0 4- 2 8 7 3 4 0 4- 2 8 8 3 4 0 4- 2 8 9 3 4 0 4- 2 9 0

1. 8 k g

Ø D x Si z e s a m e a s JI S i n c h or m m M 1 5, W 9/ 1 6’’, U N C 9/ 1 6’’ M 1 4, W 9/ 1 6’’, U N C 9/ 1 6’’ W 3/ 4’’, U N C 3/ 4’’, P T 3/ 8’’, P S 3/ 8’’, P F 3/ 8’’ W 7/ 8’’, U N C 7/ 8’’ M 2 5, P F 5/ 8’’ M 2 4, P F 5/ 8’’ M 2 7, W 1’’, U N C 1’’ M 2 6, W 1’’, U N C 1’’ P T 3/ 4’’, P S 3/ 4’’, P F 3/ 4’’ W 1- 1/ 4’’, P F 7/ 8’’, U N C 1- 1/ 4’’ M 3 5, W 1- 3/ 8’’, P T 1’’, P S 1’’, P F 1’’, U N C 1- 3/ 8’’ M 3 4, W 1- 3/ 8’’, P T 1’’, P S 1’’, P F 1’’, U N C 1- 3/ 8’’ M 1 4, M 1 5, W 9/ 1 6’’ M 1 8, W 3/ 4’’, P T 3/ 8’’, P S 3/ 8’’, P F 3/ 8’’ M 2 2, W 7/ 8’’ M 2 6, M 2 7, W 1’’ M 3 2, W 1- 1/ 4’’, P F 7/ 8’’ M 3 4, M 3 5, W 1- 3/ 8’’, P T 1’’, P S 1’’, P F 1’’ M 1 8, W 3/ 4’’, P T 3/ 8’’, P S 3/ 8’’, P F 3/ 8’’, U N C 3/ 4’’ M 3 0, P S 3/ 4’’, P F 3/ 4’’ M 3 4, M 3 5, W 1- 3/ 8’’, P S 1’’, P F 1’’, U N C 1- 3/ 8’’

T O O LI N G S Y S T E M

C124

Q ui c k C h a n g e T a p pi n g C oll et

O R D E R N O . S A M E C O L O R A R E I N T E R- C H A N G E A B L E

Ø D 1 i s c h u c k s uit f or di a.

Wit h O v erl o a d S af et y C oll et

DI N 3 7 1 T y p e O R DE R N O. 3 1 2- 0 1 D 3 1 2- 0 2 D 3 1 2- 0 2 D A 3 1 2- 0 2 D B 3 1 2- 0 3 D 3 1 2- 0 4 D 3 1 2- 0 5 D 3 1 2- 0 6 D 3 1 2- 0 7 D 3 1 2- 0 8 D 3 1 2- 0 9 D 3 1 2- 1 0 D O R DE R N O. 8 2 0- 0 1 D 8 2 0- 0 2 D 8 2 0- 0 3 D 8 2 0- 0 4 D

Si z e

T C 312 DI N 3 7 1

Si z e T C 820 DI N 3 7 1

DI N 3 7 6 T y p e O R DE R N O. 3 1 2- 2 1 D 3 1 2- 2 2 D 3 1 2- 2 3 D 3 1 2- 2 4 D 3 1 2- 2 5 D 3 1 2- 2 6 D 3 1 2- 2 7 D 3 1 2- 2 8 D 3 1 2- 2 9 D 3 1 2- 3 0 D O R DE R N O. 8 2 0- 2 1 D 8 2 0- 2 2 D 8 2 0- 2 3 D 8 2 0- 2 4 D 8 2 0- 2 5 D 8 2 0- 2 6 D 8 2 0- 2 7 D 8 2 0- 2 8 D 8 2 0- 2 9 D O R DE R N O. 1 4 3 3- 0 1 D 1 4 3 3- 0 2 D 1 4 3 3- 0 3 D 1 4 3 3- 0 4 D 1 4 3 3- 0 5 D 1 4 3 3- 0 6 D 1 4 3 3- 0 7 D 1 4 3 3- 0 8 D 1 4 3 3- 0 9 D 1 4 3 3- 1 0 D

C125

Si z e

T C 312 DI N 3 7 6

Si z e

T C 820 DI N 3 7 6

Si z e

T C 1433 DI N 3 7 6

T or q u e i s f a ct or y- s et t o pr ot e ct t h e t a p f or w hi c h a p arti c ul ar c oll et i s d e si g n e d. S m all a dj u st m e nt s c a n b e m a d e b y a tr ai n e d u s er t o a c c o m o d at e t a p str e n gt h a n d m at eri al v ari ati o n s. C oll et st o p s dri vi n g w h e n s et t or q u e i s e x c e e d e d. E v er y t a p n e e d s a m at c h si z e t a p pi n g c oll et.

Ta p S h a n k C a p a cit y ( Lm/1 m) ( Lm/2 m) ( Ø m/D 1 m) ( Ø m/D 2 m) C O D E N O. Ø D 3 4 0 4- 5 0 1 2. 5 2. 1 2. 8 2. 1 3 4 0 4- 5 0 2 2. 8 2. 1 3 4 0 4- 5 0 2 A 2. 8 2. 1 3 4 0 4- 5 0 2 B 3. 5 2. 7 3 4 0 4- 5 0 3 S uit 4. 0 3. 0 3 4 0 4- 5 0 4 f or M1~ M14 2 2. 5 25 32 DI A. 4. 5 3. 4 3 4 0 4- 5 0 5 19 6. 0 4. 9 3 4 0 4- 5 0 6 6. 0 4. 9 3 4 0 4- 5 0 7 6. 0 4. 9 3 4 0 4- 5 0 8 8. 0 6. 2 3 4 0 4- 5 0 9 1 0. 0 8. 0 3 4 0 4- 5 1 0 Ta p S h a n k T C820 C a p a cit y ( Lm/1 m) ( Lm/2 m) ( Ø m/D 1 m) ( Ø m/D 2 m) C O D E N O. DI N 3 7 1 T a p Ø D M5 6. 0 4. 9 3 4 0 4- 5 2 1 S uit M6 6. 0 4. 9 3 4 0 4- 5 2 2 f or M5~ M24 35 3 0. 5 50 DI A. M8 8. 0 6. 2 3 4 0 4- 5 2 3 31 M10 1 0. 0 8. 0 3 4 0 4- 5 2 4

T C312 DI N 3 7 1 T a p M 1 ~ M 1. 8 M 2 ~ M 2. 5 M2 M 2. 5 M3 M 3. 5 M4 M 4. 5 M5 M6 M8 M10

L1 L2 Ø D1 Ø D2 ( m/ m) ( m/ m) ( m/ m) ( m/ m) C O D E N O. 3 4 0 4- 5 3 1 3 4 0 4- 5 3 2 3 4 0 4- 5 3 3 3 4 0 4- 5 3 4 S uit 3 4 0 4- 5 3 5 f or 32 2 2. 5 25 DI A. 3 4 0 4- 5 3 6 19 3 4 0 4- 5 3 7 3 4 0 4- 5 3 8 3 4 0 4- 5 3 9 3 4 0 4- 5 4 0

T C820 DI N 3 7 6 T a p M8 M10 M12 M14 M16 M18 M20 M22 M24

Ta p S h a n k C a p a cit y Ø D 6. 0 4. 9 7. 0 5. 5 9. 0 7. 0 1 1. 0 9. 0 M8~ M24 1 2. 0 9. 0 1 4. 0 1 1. 0 1 6. 0 1 2. 0 1 8. 0 1 4. 5 1 8. 0 1 4. 5

L1 L2 Ø D1 Ø D2 ( m/ m) ( m/ m) ( m/ m) ( m/ m) C O D E N O. 3 4 0 4- 5 5 1 3 4 0 4- 5 5 2 3 4 0 4- 5 5 3 S uit 3 4 0 4- 5 5 4 f or 35 3 0. 5 50 3 4 0 4- 5 5 5 DI A. 3 4 0 4- 5 5 6 31 3 4 0 4- 5 5 7 3 4 0 4- 5 5 8 3 4 0 4- 5 5 9

T C1433 DI N 3 7 6 T a p M14 M16 M18 M20 M22 M24 M27 M30 M33 M36

Ta p S h a n k Ø D 1 1. 0 9. 0 1 2. 0 9. 0 1 4. 0 1 1. 0 1 6. 0 1 2. 0 1 8. 0 1 4. 5 1 8. 0 1 4. 5 2 0. 0 1 6. 0 2 2. 0 1 8. 0 2 5. 0 2 0. 0 2 8. 0 2 2. 0

T O O LI N G S Y S T E M

M14~ M36

M 2, M 2. 5 M 2 ~ M 2. 5, M 2. 5 M 2, M 2 ~ M 2. 5

M 5, M 6 M 4. 5, M 6 M 4. 5, M 5

Ø D x Si z e s a m e a s DI N 3 7 1 M6 M5

* C u st o m- b uil d pr o d u ct s ar e a v ail a bl e o n r e q u e st.

Ta p S h a n k T C312 C a p a cit y DI N 3 7 6 T a p Ø D M 3. 5 2. 5 2. 1 M4 2. 8 2. 1 M 4. 5 3. 5 2. 7 M5 3. 5 2. 7 M6 4. 5 3. 4 M3~ M14 M7 5. 5 4. 3 M8 6. 0 4. 9 M10 7. 0 5. 5 M12 9. 0 7. 0 M14 1 1. 0 9. 0

C a p a cit y

Ø D x Si z e s a m e a s DI N 3 7 1

L1 L2 Ø D1 Ø D2 ( m/ m) ( m/ m) ( m/ m) ( m/ m)

5 5. 5

S uit f or DI A. 48

Ø D x Si z e s a m e a s DI N 3 7 6 M5 M 4. 5

Ø D x Si z e s a m e a s DI N 3 7 6

M24 M22

C O DE Ø D x N O. Si z e s a m e a s DI N 3 7 6 3 4 0 4- 5 7 1 3 4 0 4- 5 7 2 3 4 0 4- 5 7 3 3 4 0 4- 5 7 4 3 4 0 4- 5 7 5 M 2 4 3 4 0 4- 5 7 6 M 2 2 3 4 0 4- 5 7 7 3 4 0 4- 5 7 8 3 4 0 4- 5 7 9 3 4 0 4- 5 8 0

Q ui c k C h a n g e T a p pi n g C oll et

O R D E R N O . S A M E C O L O R A R E I N T E R- C H A N G E A B L E

3 1 2- 2 1 I 3 1 2- 2 2 I 3 1 2- 2 3 I 3 1 2- 2 4 I 3 1 2- 2 5 I 3 1 2- 2 6 I 3 1 2- 2 7 I 3 1 2- 2 8 I 3 1 2- 2 9 I 3 1 2- 3 0 I 3 1 2- 3 1 I 3 1 2- 3 2 I

Si z e

T C 312 IS O 5 2 9/ 2 2 8 3

O R DE R N O.

Si z e

8 2 0- 2 1 I 8 2 0- 2 2 I 8 2 0- 2 3 I 8 2 0- 2 4 I 8 2 0- 2 5 I 8 2 0- 2 6 I 8 2 0- 2 7 I 8 2 0- 2 9 I 8 2 0- 3 0 I 8 2 0- 3 1 I

T C 820 IS O 5 2 9/ 2 2 8 3

O R DE R N O.

Si z e

1 4 3 3- 0 1 I 1 4 3 3- 0 2 I 1 4 3 3- 0 3 I 1 4 3 3- 0 4 I 1 4 3 3- 0 5 I 1 4 3 3- 0 6 I 1 4 3 3- 0 7 I 1 4 3 3- 0 8 I 1 4 3 3- 0 9 I 1 4 3 3- 1 0 I

T C312I S O 5 2 9/ 2 2 8 3 T a p M3 M 3. 5 M4 M 4. 5 M5 M6 M7 M8 M9 M10 M12 M14

T C820I S O 5 2 9/ 2 2 8 3 Ta p M8 M9 M10 M12 M14 M16 M18 M20 M22 M24

T C 1433 IS O 5 2 9/ 2 2 8 3

Ta p S h a n k Ø D 6. 3 7. 1 8. 0 9. 0 1 1. 2 1 2. 5 1 4. 0 1 4. 0 1 6. 0 1 8. 0

* C u st o m- b uil d pr o d u ct s ar e a v ail a bl e o n r e q u e st.

Ta p S h a n k Ø D 2. 2 4 1. 8 2. 5 2. 0 3. 1 5 2. 5 3. 5 5 2. 8 4. 0 3. 1 5 4. 5 3. 5 5 5. 6 4. 5 6. 3 5. 0 7. 1 5. 6 8. 0 6. 3 9. 0 7. 1 1 1. 2 9. 0

5. 0 5. 6 6. 3 7. 1 9. 0 1 0. 0 1 1. 2 1 1. 2 1 2. 5 1 4. 0

L1 L2 Ø D1 Ø D2 ( m/ m) ( m/ m) ( m/ m) ( m/ m) C O D E N O. 3 4 0 4- 6 3 1 3 4 0 4- 6 3 2 3 4 0 4- 6 3 3 3 4 0 4- 6 3 4 3 4 0 4- 6 3 5 S uit 3 4 0 4- 6 3 6 f or 2 2. 5 25 32 DI A. 3 4 0 4- 6 3 7 19 3 4 0 4- 6 3 8 3 4 0 4- 6 3 9 3 4 0 4- 6 4 0 3 4 0 4- 6 4 1 3 4 0 4- 6 4 2

C a p a cit y

M3~ M14

C a p a cit y

L1 L2 Ø D1 Ø D2 ( m/ m) ( m/ m) ( m/ m) ( m/ m) C O D E N O.

M8~ M24

3 4 0 4- 6 5 1 3 4 0 4- 6 5 2 3 4 0 4- 6 5 3 3 4 0 4- 6 5 4 3 4 0 4- 6 5 5 3 4 0 4- 6 5 6 3 4 0 4- 6 5 7 3 4 0 4- 6 5 8 3 4 0 4- 6 5 9 3 4 0 4- 6 6 0

T C1433 Ta p S h a n k I S O 5 2 9/ 2 2 8 3 Ø D Ta p M14 1 1. 2 9. 0 M16 1 2. 5 1 0. 0 M18 1 4. 0 1 1. 2 M20 1 4. 0 1 1. 2 M22 1 6. 0 1 2. 5 M24 1 8. 0 1 4. 0 M27 2 0. 0 1 6. 0 M30 2 0. 0 1 6. 0 M33 2 2. 4 1 8. 0 M36 2 5. 0 2 0. 0

3 0. 5

S uit f or DI A. 31

Ø D x

Si z e s a m e asI S O 529

M 1 ~ M 2, M 2 M3 M 3. 5 M4 M 4. 5 M6 M7 M8 M9

Si z e Ø D x sa me asI S O 529/ 2283

Ø D x Si z e s a m e asI S O 529 M6 M7 M8 M9

M20 M18

L1 L2 Ø D1 Ø D 2 C O D E N O. Si z e sØa D m xe a s I S O ( m/ m) ( m/ m) ( m/ m) ( m/ m) 529/ 2283

C a p a cit y

M14~ M36

5 5. 5

S uit f or DI A. 48

3 4 0 4- 6 7 1 3 4 0 4- 6 7 2 3 4 0 4- 6 7 3 3 4 0 4- 6 7 4 3 4 0 4- 6 7 5 3 4 0 4- 6 7 6 3 4 0 4- 6 7 7 3 4 0 4- 6 7 8 3 4 0 4- 6 7 9 3 4 0 4- 6 8 0

M20 M18 M30 M27

I S O 5 2 9 Ty p e

Ta p S h a n k T C312 C a p a cit y I O S 5 2 9 Ta p Ø D

O R DE R N O.

Si z e

3 1 2- 0 1 I 3 1 2- 0 1 I A 3 1 2- 0 2 I 3 1 2- 0 2 I A 3 1 2- 0 3 I 3 1 2- 0 4 I 3 1 2- 0 5 I 3 1 2- 0 6 I 3 1 2- 0 7 I 3 1 2- 0 8 I 3 1 2- 0 9 I 3 1 2- 1 0 I 3 1 2- 1 1 I 3 1 2- 1 2 I

M1~ M2 M2 M 2. 2 ~ M 2. 5 M 2. 5 M3 M 3. 5 T C M4 312 IS O M 4. 5 529 M5 M6 M7 M8 M9 M10

O R D E R N O.

Si z e

8 2 0- 0 1 I 8 2 0- 0 2 I 8 2 0- 0 3 I 8 2 0- 0 4 I 8 2 0- 0 5 I

T C 820 I S O 529

2. 5 2. 5 2. 8 2. 8 3. 1 5 3. 5 5 4. 0 4. 5 5. 0 6. 3 7. 1 8. 0 9. 0 1 0. 0

2. 0 2. 0 2. 2 4 2. 2 4 2. 5 2. 8 3. 1 5 3. 5 5 4. 0 5. 0 5. 6 6. 3 7. 1 8. 0

M1~ M14

Ta p S h a n k T C820 I S O 5 2 9 Ta p Ø D M6 6. 3 5. 0 M7 7. 1 5. 6 M8 8. 0 6. 3 M9 9. 0 7. 1 M10 1 0. 0 8. 0

L1 L2 Ø D1 Ø D2 ( m/ m) ( m/ m) ( m/ m) ( m/ m) C O D E N O.

2 2. 5

C a p a cit y

M6~ M24

S uit f or DI A. 19

3 4 0 4- 6 0 1 3 4 0 4- 6 0 1 A 3 4 0 4- 6 0 2 3 4 0 4- 6 0 2 A 3 4 0 4- 6 0 3 3 4 0 4- 6 0 4 3 4 0 4- 6 0 5 3 4 0 4- 6 0 6 3 4 0 4- 6 0 7 3 4 0 4- 6 0 8 3 4 0 4- 6 0 9 3 4 0 4- 6 1 0 3 4 0 4- 6 1 1 3 4 0 4- 6 1 2

Ø D x Si z e sa me asI S O 529/ 2283 M 3. 5 M 3. 5 M4 M 4. 5 M5 M6

Ø D x Si z e s a m e a s I S O 529 M2 M1~ M2 M 2. 5 M 2. 2 ~ M 2. 5

M8 M9 M10 M12

Si z e s a m e a s L1 L2 Ø D1 Ø D2 Ø D x I S O 529/ 2283 ( m/ m) ( m/ m) ( m/ m) ( m/ m) C O D E N O. 3 4 0 4- 6 2 1 M 8 S uit 3 4 0 4- 6 2 2 M 9 f or 3 4 0 4- 6 2 3 M 1 0 35 3 0. 5 50 DI A. 3 4 0 4- 6 2 4 M 1 2 31 3 4 0 4- 6 2 5

T O O LI N G S Y S T E M

C126

T A P PI N G C H U C K S

I S O 5 2 9/ 2 2 8 3 T y p e O R D E R N O.

Wit h O v erl o a d S af et y C oll et

T C- 3 1 2

Q ui c k C h a n g e T a p pi n g C oll et

Q UI C K C H A N G E T A P C O L L E T S

Wit h O v erl o a d S af et y C oll et

A N SI T Y P E

Ta p S h a n k

T C312 A N SI Ta p

Ø D inch

m m

inch

m m

T C 3 1 2- # 5- A N SI

0. 1 4 1

3. 5 8 1

0. 1 1

2. 7 9 4

3 4 0 4- 7 0 1 U N C 1/ 8’’, M 3, M 3. 1 5

T C 3 1 2- # 6- A N SI

0. 1 4 1

3. 5 8 1

0. 1 1

2. 7 9 4

3 4 0 4- 7 0 2 M 3. 5

T C 3 1 2- # 8- A N SI

0. 1 6 8

4. 2 6 7

0. 1 3 1

3. 3 2 7

T C 3 1 2- # 1 0- A N SI

#10

0. 1 9 4

4. 9 2 8

0. 1 5 2

3. 8 6 1

T C 3 1 2- # 1 2- A N SI

#12

0. 2 2 0

5. 5 8 8

0. 1 6 5

4. 1 9 1

T C 3 1 2- # 1 4- A N SI

#14

0. 2 5 5

6. 4 7 7

0. 1 9 1

4. 8 5 1

3 4 0 4- 7 0 6 U N C 1/ 4’’, M 6, M 6. 3

T C 3 1 2- M 3- A N SI

0. 1 4 1

3. 5 8 1

0. 1 1

2. 7 9 4

3 4 0 4- 7 0 7 # 5, U N C 1/ 8’’, M 3. 1 5

T C 3 1 2- M 4- A N SI

0. 1 6 8

4. 2 6 7

0. 1 3 1

3. 3 2 7

3 4 0 4- 7 0 8 # 8, U N C 5/ 3 2’’

T C 3 1 2- M 5- A N SI

0. 1 9 4

4. 9 2 8

0. 5 2

3. 8 6 1

3 4 0 4- 7 0 9 # 1 0, U N C 3/ 1 6’’, M 4. 5

0. 2 5 5

6. 4 7 7

0. 1 9 1

4. 8 5 1

0. 3 1 8

8. 0 7 7

0. 2 3 8

6. 0 4 5

T C 3 1 2- M 1 0- A N SI

M10

0. 3 2 3

8. 2 0 4

0. 2 4 2

6. 1 4 7

3 4 0 4- 7 1 2 U N C 7/ 1 6’’

T C 3 1 2- M 1 2- A N SI

M12

0. 3 6 7

9. 3 2 2

0. 2 7 5

6. 9 8 5

3 4 0 4- 7 1 3 U N C 1/ 2’’, M 1 2. 5

T C 3 1 2- M 1 4- A N SI

M14

0. 4 2 9 1 0. 8 9 7 0. 3 2 2

8. 1 7 9

3 4 0 4- 7 1 4 U N C 9/ 1 6’’

O R D E R N O.

Si z e

T C 3 1 2- M 6- A N SI T C 3 1 2- M 8- A N SI

T C312 A N SI

C a p a cit y

#5~#14

L2 ( m m)

Ø D1

Ø D x Si z e s a m e a s A N SI

3 4 0 4- 7 0 3 U N C 5/ 3 2’’, M 4

S uit f or DI A. 1 9. 0

2 1. 5

C O DE N O.

Ø D2 ( m m)

3 4 0 4- 7 0 4 U N C 3/ 1 6’’, M 4. 5, M 5 3 4 0 4- 7 0 5

3 4 0 4- 7 1 0 # 1 4, U N C 1/ 4’’, M 6. 3

M3~ M14

3 4 0 4- 7 1 1 U N C 5/ 1 6’’, M 7

T C 3 1 2- U N C 1/ 8- A N SI

U N C 1/ 8

0. 1 4 1

3. 5 8 1

0. 1 1

2. 7 9 4

3 4 0 4- 7 1 5 # 5, M 3, M 3. 1 5

T C 3 1 2- U N C 3/ 1 6- A N SI

U N C 3/ 1 6 0. 1 9 4

4. 9 2 8

0. 1 5 2

3. 8 6 1

3 4 0 4- 7 1 6 # 1 0, M 4. 5, M 5

T C 3 1 2- U N C 1/ 4- A N SI

U N C 1/ 4

0. 2 5 5

6. 4 7 7

0. 1 9 1

4. 8 5 1

T C 3 1 2- U N C 5/ 1 6- A N SI

U N C 5/ 1 6 0. 3 1 8

8. 0 7 7

0. 2 3 8

6. 0 4 5

T C 3 1 2- U N C 7/ 1 6- A N SI

U N C 7/ 1 6 0. 3 2 3

8. 2 0 4

0. 2 4 2

6. 1 4 7

T C 3 1 2- U N C 1/ 2- A N SI

U N C 1/ 2

0. 3 6 7

9. 3 2 2

0. 2 7 5

6. 9 8 5

3 4 0 4- 7 2 0 M 1 2, M 1 2. 5

T C 3 1 2- U N C 3/ 8- A N SI

U N C 3/ 8

0. 3 8 1

9. 6 7 7

0. 2 8 6

7. 2 6 4

3 4 0 4- 7 2 1

A N SI T Y P E O R D E R N O.

Si z e

T C820 A N SI T a p

Ta p S h a n k C a p a cit y

Ø D inch

m m

inch

m m

T C 8 2 0- U N C 7/ 1 6- A N SI

U N C 7/ 1 6

0. 3 2 3

8. 2 0 4

0. 2 4 2

6. 1 4 7

T C 8 2 0- U N C 1/ 2- A N SI

U N C 1/ 2

0. 3 6 7

9. 3 2 2

0. 2 7 5

6. 9 8 5

T C 8 2 0- U N C 9/ 1 6- A N SI

U N C 1/ 8 ~ U N C 9/ 1 6

U N C 9/ 1 6

0. 4 2 9 1 0. 8 9 7 0. 3 2 2

8. 1 7 9

U N C 5/ 8

0. 4 8 0 1 2. 1 9 2

9. 1 4 4

T C 8 2 0- U N C 1 1/ 1 6- A N SI

U N 1 1/ 1 6

0. 5 4 2 1 3. 7 6 7 0. 4 0 6 1 0. 3 1 2

T C 8 2 0- U N C 1 3/ 1 6- A N SI

U N C 1 3/ 1 6

0. 6 5 2 1 6. 5 6 1 0. 4 8 9 1 2. 4 2 1

T C 8 2 0- U N C 5/ 8- A N SI

C127

T C820 A N SI

T O O LI N G S Y S T E M

0. 3 6

3 4 0 4- 7 1 7 # 1 4, M 6, M 6. 3 2 5. 0

L2 ( m m)

3 5. 0 U N C 7/ 1 6 ~ U N C 7/ 8

3 2. 0

3 4 0 4- 7 1 9 M 1 0

Ø D1 Ø D2 ( m m)

S uit f or DI A. 3 1. 0

M6~ M24

3 4. 0

3 4 0 4- 7 1 8 M 7, M 8

5 0. 0

C O DE N O.

Ø D x Si z e s a m e a s A N SI

3 4 0 4- 7 3 1

M10

3 4 0 4- 7 3 2

M 1 2, M 1 2. 5

3 4 0 4- 7 3 4

M14

3 4 0 4- 7 3 5

M16

3 4 0 4- 7 3 6

M18

3 4 0 4- 7 3 8

M20

Q ui c k C h a n g e T a p pi n g C oll et

JI S S Y S T E M SI Z E Si z e

T hr e a d

T C312 B ( # 1)

M3 M4 M5 M6 U N C 5/ 1 6 M 7/ M 8 M 9/ M 1 0 M 11 M12 U N C 1/ 2 M14 P T 1/ 4

Si z e

T hr e a d

T C820 B ( # 2)

M 7/ M 8 M 9/ M 1 0 M 11 M12 U N C 1/ 2 M14 P T 1/ 4 U N C 5/ 8 M16 M18 M20 M22 P T 1/ 2

Ta p S h a n k Ø D 4 3. 2 5 4 5. 5 4. 5 6 4. 5 6. 1 5 6. 2 5 7 5. 5 8 6 8. 5 6. 5 9 7 1 0. 5 8 11 9

Ta p S h a n k Ø D 6. 2 5 7 5. 5 8 6 8. 5 6. 5 9 7 1 0. 5 8 11 9 12 9 1 2. 5 10 14 11 15 12 17 13 18 14

1P C

Ø D1

S uit f or DI A. 19

L 1

2 1. 5

O R D E R N O.

C O D E N O.

3 1 2 B- 0 1 3 1 2 B- 0 2 3 1 2 B- 0 3 3 1 2 B- 0 4 3 1 2 B- 0 5 3 1 2 B- 0 6 3 1 2 B- 0 7 3 1 2 B- 0 8 3 1 2 B- 0 9 3 1 2 B- 1 0 3 1 2 B- 1 1 3 1 2 B- 1 2

3 4 0 4- 3 0 0 3 4 0 4- 3 0 1 3 4 0 4- 3 0 2 3 4 0 4- 3 0 3 3 4 0 4- 3 0 4 3 4 0 4- 3 0 5 3 4 0 4- 3 0 6 3 4 0 4- 3 0 7 3 4 0 4- 3 0 8 3 4 0 4- 3 0 9 3 4 0 4- 3 1 0 3 4 0 4- 3 1 1

Ø D x S a m e JI S i n c h or m m W 1/ 8’’ M 4. 5 M 5. 5, W 3/ 1 6’’ W 1/ 4’’, U N C 1/ 4’’ W 3/ 8’’, U N C 3/ 8’’ W 7/ 1 6’’, P T 1/ 8’’, P S 1/ 8’’, P F 1/ 8’’, U N C 7/ 1 6’’ W 1/ 2’’ M 1 5, W 9/ 1 6’’ P S 1/ 4’’, P F`/ 4’’ 1P C

Ø D1

S uit f or DI A. 31

L 1

O R D E R N O.

C O D E N O.

8 2 0 B- 0 1 8 2 0 B- 0 2 8 2 0 B- 0 3 8 2 0 B- 0 4 8 2 0 B- 0 5 8 2 0 B- 0 6 8 2 0 B- 0 7 8 2 0 B- 0 8 8 2 0 B- 0 9 8 2 0 B- 1 1 8 2 0 B- 1 2 8 2 0 B- 1 3 8 2 0 B- 1 4

3 4 0 4- 3 3 0 3 4 0 4- 3 3 1 3 4 0 4- 3 3 2 3 4 0 4- 3 3 3 3 4 0 4- 3 3 4 3 4 0 4- 3 3 5 3 4 0 4- 3 3 6 3 4 0 4- 3 3 7 3 4 0 4- 3 3 8 3 4 0 4- 3 4 0 3 4 0 4- 3 4 1 3 4 0 4- 3 4 2 3 4 0 4- 3 4 3

Si z e

T hr e a d

M 1 4/ M 1 5 P T 1/ 4 U N C 5/ 8 M16 M18 M20 M22 P T 1/ 2 T C 1 4 3 3 B M 2 4/ M 2 5 ( # 3) M 2 6/ M 2 7 M28 U N C 1 1 /8 M30 M32 M33 M 3 4/ M 3 5 M36

Ø D1

S uit f or DI A. 48

L 1

5 5. 5

O R D E R N O.

C O D E N O.

1 4 3 3 B- 0 1 1 4 3 3 B- 0 2 1 4 3 3 B- 0 3 1 4 3 3 B- 0 4 1 4 3 3 B- 0 6 1 4 3 3 B- 0 7 1 4 3 3 B- 0 8 1 4 3 3 B- 0 9 1 4 3 3 B- 1 0 1 4 3 3 B- 1 1 1 4 3 3 B- 1 2 1 4 3 3 B- 1 3 1 4 3 3 B- 1 4 1 4 3 3 B- 1 5 1 4 3 3 B- 1 6 1 4 3 3 B- 1 7 1 4 3 3 B- 1 8

3 4 0 4- 3 6 0 3 4 0 4- 3 6 1 3 4 0 4- 3 6 2 3 4 0 4- 3 6 3 3 4 0 4- 3 6 5 3 4 0 4- 3 6 6 3 4 0 4- 3 6 7 3 4 0 4- 3 6 8 3 4 0 4- 3 6 9 3 4 0 4- 3 7 0 3 4 0 4- 3 7 1 3 4 0 4- 3 7 2 3 4 0 4- 3 7 3 3 4 0 4- 3 7 4 3 4 0 4- 3 7 5 3 4 0 4- 3 7 6 3 4 0 4- 3 7 7

0. 2 8 k g

Ø D x S a m e JI S i n c h or m m W 3/ 8’’, U N C 3/ 8’’ W 7/ 1 6’’, U N C 7/ 1 6’’, P T 1/ 8’’, P S 1/ 8’’, P F 1/ 8’’ W 1/ 2’’ M 1 5, W 9/ 1 6’’, U N C 9/ 1 6’’ P S 1/ 4’’, P F 1/ 4’’ W 5/ 8’’ W 3/ 4’’, P T 3/ 8’’, P S 3/ 8’’, P F 3/ 8’’, U N C 3/ 4’’ W 7/ 8’’ U N C 7/ 8’’ P S 1/ 2’’, P F 1/ 2’’ 1P C

Ta p S h a n k Ø D 1 0. 5 8 11 9 12 9 1 2. 5 10 14 11 15 12 17 13 18 14 19 15 20 15 21 17 22 17 22 18 24 19 25 20 26 21 28 22

0. 0 8 k g

0. 8 k g

Ø D x S a m e JI S i n c h or m m W 9/ 1 6’’, U N C 9/ 1 6’’

W 3/ 4’’, U N C 3/ 4’’, P T 3/ 8’’, P S 3/ 8’’, P F 3/ 8’’ W 7/ 8’’, U N C 7/ 8’’ P F 5/ 8’’ W 1’’, U N C 1’’ P T 3/ 4’’, P S 3/ 4’’, P F 3/ 4’’ W 1- 1/ 4’’, P F 7/ 8’’, U N C 1- 1/ 4’’ W 1- 3/ 8’’, P T 1’’, P S 1’’, P F 1’’, U N C 1- 3/ 8’’ P S 1- 1/ 8’’, P F 1- 1/ 8’’

T O O LI N G S Y S T E M

C128

T A P PI N G C H U C K S

Q UI C K C H A N G E T A P C O L L E T S

T a p S h a n k Di m e n si o n s I N T. S T D

F or T a p pi n g C h u c k

JI S S T A N D A R D M E T RI C T H RE A D M3 M 4 M 4. 5 M 5 M 5. 5 M6

I N C H T H RE A D W 1/ 8 W 1/ 4 W 5/ 1 6

M8 M7 M10 M9 M 11 M12

W 3/ 8 W 7/ 1 6 W 1/ 2 W 9/ 1 6 W 5/ 8

M14 M15 M16 M17 M18 M20 M22 M24 M25 M27 M26 M28

W 3/ 4 W 7/ 8 W1 W 1- 1/ 8

M30 M32 M33 M35 M34 M36 M38 M39 M40 M42 M45 M48

F O R TAP T hr e a d W 1/ 8 W 3/ 1 6 W 1/ 4 W 5/ 1 6 W 3/ 8 W 7/ 1 6 W 1/ 2 W 5/ 8 W 3/ 4 W 7/ 8 W 1

W 1- 1/ 4 W 1- 3/ 8 W 1- 1/ 2 W 1- 5/ 8 W 1- 3/ 4 W 1- 7/ 8

Ød 4 5. 5 6 6. 1 7 8 9 12 14 17 20

JI S 3. 2 4. 5 4. 5 5 5. 5 6 7 9 11 13 15

Ød

IS O

Ød 4 5 5. 5 6 6. 1 6. 2 7 8 8. 5 9 1 0. 5 12 1 2. 5 13 14 15 17 19 20 21 22 23 24 25 26 28 30 32 35 38

DI N 3 7 1 Ød

JI S S T A N D A R D PI P E T H R E A D F or T a p St yl e PT 1/ 8 1/ 4 3/ 8 1/ 2

PS 1/ 8 1/ 4 3/ 8 1/ 2

3/ 4

1 1 - 1/ 8 1 - 1/ 4 1 - 3/ 8 1 - 1/ 2

1 - 1/ 4 1 - 3/ 8 1 - 1/ 2

C129

PF 1/ 8 1/ 4 3/ 8 1/ 2 5/ 8 3/ 4 7/ 8 1 1 - 1/ 8 1 - 1/ 4 1 - 3/ 8 1 - 1/ 2

T O O LI N G S Y S T E M

3. 2 4 4. 5 4. 5 5 5 5. 5 6 6. 5 7 8 9 10 10 11 12 13 15 15 17 17 17 19 19 21 21 23 26 26 29

DI N 3 7 6 Ød

T a p pi n g C h u c k T a p Si z e Ød 8 6 11 9 14 11 18 14 19 15 23 17 24 19 26 21 28 21 32 26 35 26 38 29

F O R TAP T hr e a d M3 M4 M5 M6 M8 M10 M12 M14 M16 M18 M20 M22 M24 M27 M30 P T 1/ 8 P T 1/ 4 P T 3/ 8 P T 1/ 2 P T 5/ 8 P T 3/ 4

Ød 4 5 5. 5 6 6. 2 7 8. 5 1 0. 5 1 2. 5 14 15 17 19 20 23 8 11 14 18 19 23

JI S

DI N S T A N D A R D

3. 2 4 4. 5 4. 5 5 5. 5 6. 5 8 10 11 12 13 15 15 17 6 9 11 14 15 17

IS O Ød 3. 1 5 2. 5 4 3. 1 5 5 4 6. 3 5 8 6. 3 10 8 9 7. 1 1 1. 2 9 1 2. 5 10 14 1 1. 2 14 1 1. 2 16 1 2. 5 18 14 20 16 20 16

F O R TAP T hr e a d M 1, M 1. 1, M 1. 2, M 1. 4, M 1. 6, M 1. 8 M 2, M 2. 2, M 2. 5 M3 M 3. 5 M4 M 5, M 6 M8 M8 M10 M10 M 12 M14 M16 M18 M20 M 2 2, M 2 4 M27 M30

DI N 3 7 1 Ød 3. 5 2. 7 4. 5 3. 4 6 4. 9 6 4. 9 8 6. 2 10 8

DI N 3 7 1 Ød 2. 5 2. 1 2. 8 2. 1 3. 5 2. 7 4 3 4. 5 3. 4 6 4. 9 8 6. 2 10

DI N 3 5 2 Ød 2. 5 2. 1 2. 8 2. 1 3. 5 2. 7 4 3 4. 5 3. 4 6 4. 9 6

4. 9

7 9 11 12 14 16 18 20 22

5. 5 7 9 9 11 12 1 4. 5 16 18

D RI L L H O L E SI Z E F O R T A P T H R E A D TAP T H RE A D M1 M 1. 1 M 1. 2 M 1. 4 M 1. 6 M 1. 8 M2 M 2. 2 M 2. 5 M3 M 3. 5 M4 M 4. 5 M5 M6 M7 M8 M9 M10 M 11 M12 M14 M16 M18 M20 M22 M24 M27 M30 M33 M36

PI T C H( P) 0. 2 5 0. 2 5 0. 2 5 0. 3 0. 3 5 0. 3 5 0. 4 0. 4 5 0. 4 5 0. 5 0. 6 0. 7 0. 7 5 0. 8 1 1 1. 2 5 1. 2 5 1. 5 1. 5 1. 7 5 2 2 2. 5 2. 5 2. 5 3 3 3. 5 3. 5 4

DI N 3 7 6 Ød 2. 2 2. 8 2. 1 3. 5 2. 7 4. 5 3. 4 6 4. 9 7 5. 5 9 7 11 9 12 9 14 11 16 12 18 1 4. 5 18 1 4. 5 20 16 22 18

DI N 3 7 6 Ød 2. 2

2. 8

2. 1

6 6 7 7 9 11 12 14 16 18 20 22

4. 9 4. 9 5. 5 5. 5 7 9 9 11 12 1 4. 5 16 18

D RI L L H O L E ( d m m) 0. 7 5 0. 8 5 0. 9 5 1. 1 1. 2 5 1. 4 5 1. 6 1. 7 5 2. 0 5 2. 5 2. 9 3. 3 3. 7 5 4. 2 5 6 6. 7 5 7. 7 5 8. 5 9. 5 1 0. 2 12 14 1 5. 5 1 7. 5 1 9. 5 21 24 2 6. 5 2 9. 5 32

Mi ni T y p e Ar m T y p e Air T a p pi n g U nit

HI G H T O R Q U E HI G H E F FI C E N C Y E A S Y O P E R A TI O N

A C C E S S O RI E S

Air t a p pi n g s pi n dl e P ar all el ar m & Air c o m bi n ati o n T a bl e m o u nti n g c ol u m n C h o o s e a n y si x s af et y cl ut c h t a p pi n g a d a pt er s R a di al ji b Air pr e s s ur e: 6 ~ 8 k g s/ c m 2 V A T- 0 8/ 1 2 s eri e s r e q uir e: 5 H P c o m pr e s s or V A T- 1 6/ 2 0 s eri e s r e q uir e: 1 0 H P c o m pr e s s or

V A T- 7 0 8

V A T- 7 1 2

V A T- 7 1 6

V A T- 7 2 0

V A T- 7 2 2

V A T- 7 2 4

M3~ M8

M5~ M12

M8~ M16

M10~ M20

M12~ M22

M14~ M24

T C- 3 1 2

T C- 8 2 0

S p e e d (r p m)

6 3 0/ 7 0 0

3 5 0/ 4 0 0

250

200

100

W ei g ht ( k g s)

1 3. 2

1 3. 1

1 7. 3

2 0. 6

2 2. 1

3 4 0 4- 4 1 3 A

3 4 0 4- 4 1 3 B

O R D E R N O. F or T a p

B a s e n ot i n cl u d e d

W or k R a n g e C O D E N O.

R max 700 m m 3 4 0 4- 4 1 0

3 4 0 4- 4 1 1

3 4 0 4- 4 1 2

3 4 0 4- 4 1 3

S m all Ar m T y p e Air T a p pi n g U nit

HI G H T O R Q U E HI G H E F FI C E N C Y E A S Y O P E R A TI O N

B a s e n ot i n cl u d e d

A C C E S S O RI E S

Air t a p pi n g s pi n dl e P ar all el ar m & Air c o m bi n ati o n T a bl e m o u nti n g c ol u m n C h o o s e a n y si x s af et y cl ut c h t a p pi n g a d a pt er s R a di al ji b, i n cr e a s e s ar m r e a c h b y 5 0 0 m m

O R D E R N O. F or T a p S p e e d (r p m) W ei g ht ( k g s)

V A T- 1 4 0 8 M3~ M8 T C- 3 1 2 700 1 8. 2

V A T- 1 4 1 2 M5~ M12 T C- 3 1 2 400 1 8. 2

3 4 0 4- 4 1 5

3 4 0 4- 4 1 6

W or k R a n g e C O D E N O.

Wit h o ut st a n d pl at e Air pr e s s ur e: 6 ~ 8 k g s / c m 2 V A T- 0 8/ 1 2 s eri e s r e q uir e: 5 H P c o m pr e s s or V A T- 1 6/ 2 0 s eri e s r e q uir e: 1 0 H P c o m pr e s s or

G U A R N T E E D F O R 3 M O N T H S. M U STI N STALL O N A STA BL E/ H A R D S U RF A C E F O R P A R A L L E L W O R K. V A T- 1 4 1 6 V A T- 1 4 2 0 M8~ M16 M10~ M20 T C- 8 2 0 T C- 8 2 0 250 200 2 4. 6 2 5. 6 R max 1400 m m R mi n 2 0 0 m m 3 4 0 4- 4 1 7 3 4 0 4- 4 1 8

V A T- 1 4 2 2 M12~ M22 T C- 8 2 0 200 2 5. 6

V A T- 1 4 2 4 M14~ M24 T C- 8 2 0 100 2 7. 1

3 4 0 4- 4 1 8 A

3 4 0 4- 4 1 8 B

V A T- 1 4 2 4 c a n b e r e pl a c e d b y V A T- 1 6 2 4 T O O LI N G S Y S T E M C130

AI R T A P PI N G U NI T

G U A R N T E E D F O R 3 M O N T H S. M U STI N STALL O N A STA BL E/ H A R D S U R F A C E F O R P A R A L L E L W O R K.

Ar m T y p e Air T a p pi n g U nit

HI G H T O R Q U E HI G H E F FI C E N C Y E A S Y O P E R A TI O N

W ORK RAN GE 1 6 0 0 X 5 0 0 m/ m R M A X. X MI N. T o s ol v e all t a p pi n g pr o bl e m s

R a pi d p o sit o ni n g a n d hi g h m a c hi ni n g s p e e d i n cr e a s e pr o d u cti vit y. L o w er t a p d a m a g e r at e, hi g h t hr e a d a c c ur a c y. T a p s h all n e v er br e a k f or t a p pi n g t hr o u g h- h ol e or bli n d- h ol e. T a p pi n g f or h e a vi er w or k pi e c e r e q uir e s n eit h er p o siti o ni n g e q ui p m e nt s n or m o v e m e nt or l ar g e w or k ar e a. L o w er m a c hi ni n g c o st t h a n t h at b y C N C m a g hi n e, drilli n g m a c hi n e or m a n u al t a p pi n g o p er ati o n. Drilli n g t o m a x: 6 m m di a m et er E a s y o p er ati o n, n o e x p eri e n c e or str e n gt h r e q uir e d. Wit h o ut st a n d pl at e. Air pr e s s ur e: 6 ~ 8 k g s/ c m² V A T- 0 8/ 1 2 s eri e s r e q uir e: 5 H P c o m pr e s s or V A T- 1 6/ 2 0 s eri e s r e q uir e: 1 0 H P c o m pr e s s or G U A R N T E E D F O R 3 M O N T H S. M U STI N STALL O N A STA BL E/ H A R D S U RF A C E F O R P A R A L L E L W O R K.

B a s e n ot i n cl u d e d

V A T- 1 6 0 8/ 1 6 1 2/ 1 6 1 6 V A T- 1 6 2 0/ 1 6 2 2/ 1 6 2 4

S u g g e st c oll et si z e f or st a n d ar d a c c e s

0 8 C O L L E T SI Z E T C 3 1 2- M 3, M 4, M 5, M 6* 2, M 8 1 2 C O L L E T SI Z E T C 3 1 2- M 5, M 6, M 8* 2, M 1 0, M 1 2 1 6 C O L L E T SI Z E T C 3 1 2/ T C 8 2 0 T C 3 1 2- M 8, M 1 0 T C 8 2 0- M 1 0, M 1 2, M 1 4, M 1 6 2 0 C O L L E T SI Z E T C 8 2 0- M 1 0, M 1 2, M 1 4, M 1 6, M 1 8, M 2 0 2 2 C O L L E T SI Z E T C 8 2 0- M 1 2, M 1 4, M 1 6, M 1 8, M 2 0, M 2 2 2 4 C O L L E T SI Z E T C 8 2 0- M 1 4, M 1 6, M 1 8, M 2 0, M 2 2, M 2 4

V A TV A TV A TV A TV A TV A T-

JI S & DI N 3 7 6 M o st P o p ul ar e d V A T- 1 6 0 8

V A T- 1 6 1 2

V A T- 1 6 1 6

V A T- 1 6 2 0

V A T- 1 6 2 2

V A T- 1 6 2 4

M3~ M8

M5~ M12

M8~ M16

M10~ M20

M12~ M22

M14~ M24

T C- 3 1 2

T C- 8 2 0

S p e e d (r p m)

700

400

250

200

100

W ei g ht ( k g s)

1 6. 9

2 1. 1

2 4. 6

2 6. 1 0

3 4 0 4- 4 2 8 A

3 4 0 4- 4 2 8 B

O R D E R N O. F or T a p

R max 1600 m m

W or k R a n g e

R mi n 5 0 0 m m

C O D E N O.

3 4 0 4- 4 2 0

3 4 0 4- 4 2 1

3 4 0 4- 4 2 2

3 4 0 4- 4 2 8

V A T- 1 6 0 8, 1 6 1 2, 1 6 1 6, 1 6 2 0, 1 6 2 2, 1 6 2 4 S T A N D A R D A C C E S S O RI E S Air t a p pi n g s pi n dl e P ar all el ar m T a bl e

C131

m o u nti n g c ol u m n

T O O LI N G S Y S T E M

Air c o m bi n ati o n C h o o s e a n y si x s af et y cl ut c h t a p pi n g a d a pt er s

Air T a p pi n g U nit

S T A N D A R D A C C E S S O RI E S:

V A T- 1 9 0 8

V A T- 1 9 1 2

V A T- 1 9 1 6

V A T- 1 9 2 0

V A T- 1 9 2 2

V A T- 1 9 2 4

M3~ M8

M5~ M12

M8~ M16

M10~ M20

M12~ M22

M14~ M24

T C- 3 1 2

T C- 8 2 0

S p e e d (r p m)

700

400

250

1 8 0/ 2 0 0

1 8 5/ 2 0 5

9 0/ 1 0 0

W ei g ht ( k g s)

1 9. 7

2 3. 9

2 3. 5

3 4 0 4- 4 3 1

3 4 0 4- 4 3 1 A

O R D E R N O. F or T a p

R max 1900 m m

W or k R a n g e

B a s e n ot i n cl u d e d

C O D E N O.

R mi n 2 0 0 m m 3 4 0 4- 4 2 5

3 4 0 4- 4 2 6

3 4 0 4- 4 2 7

3 4 0 4- 4 3 0

V A T- 1 9 2 4 c a n b e r e pl a c e d b y V A T- 1 6 2 4 G U A R N T E E D F O R 3 M O N T H S.

Air T a p pi n g S pi n dl e

r e q uir e m e nt. Li g ht a n d h a n d y m ai n s h aft d e si g n, e a s y o p er ati o n.

T h e r e q uir e d pr e s s ur e i s 6. 3 k g/ c m 2 = 9 0 P SI. S P 0 8 & S P 1 2 R e q uir e d 5 H P c o m pr e s s or a n d m or e. S P 1 6 & S P 2 0 R e q uir e d 1 0 H P c o m pr e s s or a n d m or e. ( m u st k e e p t h e air pr e s s ur e at 6. 3 k g/ c m 2 ) G U A R N T E E D F O R 3 M O N T H S.

O R DE R N O. V A T- S P 0 8 V A T- S P 1 2 V A T- S P 1 6 V A T- S P 2 0 V A T- S P 2 2 V A T- S P 2 4 O R DE R N O. V A T- S P 0 8 V A T- S P 1 2 V A T- S P 1 6 V A T- S P 2 0 V A T- S P 2 2 V A T- S P 2 4

T A P PI N G C A P A CI T Y M 3- M 8 M 5- M 1 2 M 8- M 1 6 M 1 0- M 2 0 M 1 2- M 2 2 M 1 4- M 2 4

SPEE D (r p m) 6 3 0/ 7 0 0 3 5 0/ 4 0 0 2 3 0/ 2 5 0 1 8 0/ 2 0 0 1 8 5/ 2 0 5 9 0/ 1 0 0

M O U N TI N G DI A. ø 3 8. 5 ( 1 1 /2 ) ø 3 8. 5 ( 1 1 /2 ) ø 6 1. 3 ( 2 1 3 /3 2 ) ø 6 1. 3 ( 2 1 3 /3 2 ) ø 6 1. 3 ( 2 1 3 /3 2 ) ø 6 1. 3 ( 2 1 3 /3 2 )

W EI G H T ( k g s) 1. 5 1. 5 3. 9 3. 9 3. 9 4. 3

C O D E N O. 3 4 0 4- 4 3 2 3 4 0 4- 4 3 3 3 4 0 4- 4 3 4 3 4 0 4- 4 3 5 3 4 0 4- 4 3 5 A 3 4 0 4- 4 3 5 B

C O D E N O.

19 19 31 31 31 31

30 30 48 48 48 48

22 22 27 27 27 27

46 46 65 65 65 65

32 32 50 50 50 50

263 263 360 360 360 395

3 4 0 4- 4 3 2 3 4 0 4- 4 3 3 3 4 0 4- 4 3 4 3 4 0 4- 4 3 5 3 4 0 4- 4 3 5 A 3 4 0 4- 4 3 5 B

P ar all el Ar m F or Air T a p pi n g U nit 14 19

Ty p e

Ty p e Ty p e

PA R ALLEL A R M O R D E R N O.

W EI G H T S P- 0 8

F O R T H E AI R T A P PI N G U NI T W EI G H T W EI G H T C O D E N O. S P- 1 2 S P- 1 6

V A T- A R M 7 0 0- S P 0 8 , 1 2 , 1 6

12kgs

1 2 kgs

1 4 kgs

3 4 0 4- 4 3 6

V A T- A R M 1 4 0 0 x 2 0 0- S P 0 8 , 1 2 , 1 6

17kgs

1 7 kgs

1 8 kgs

3 4 0 4- 4 3 7

V A T- A R M 1 6 0 0 x 5 0 0- S P 0 8 , 1 2 , 1 6

17kgs

1 7 kgs

1 8 kgs

3 4 0 4- 4 3 8

V A T- A R M 1 9 0 0 x 2 0 0- S P 0 8 , 1 2 , 1 6

19kgs

1 9 kgs

2 0 kgs

3 4 0 4- 4 3 9

M U S T I N S T A L L O N A S T A B L E / H A R D S U R F A C E F O R P A R A L L E W O R K. T O O LI N G S Y S T E M

C132

AI R T A P PI N G U NI T

Air t a p pi n g s pi n dl e P ar all el ar m & Air c o m bi n ati o n T a bl e m o u nti n g c ol u m n C h o o s e a n y si x s af et y cl ut c h t a pi n g a d a pt er s R a di al ji b, i n cr e a s e s ar m r e a c h b y 500 m m Air pr e s s ur e: 6 ~ 8 k g s / c m 2 V A T- 0 8/ 1 2 s e ri e s r e q ui r e: 5 H P c o m pr e s s or V A T- 1 6/ 2 0 s eri e s r e q uir e: 1 0 H P c o m pr e s s or

A dj u st a bl e A n gl e H e a d F or Air T a p pi n g U nit

O R DE R N O.

F O R V A T- T Y P E V A T- 1 4 0 8 V A T- 1 6 0 8 V A T- 1 9 0 8 V A T- 1 4 1 2 V A T- 1 9 1 2

V A T- 1 6 1 2

F O R V A T- T Y P E V A T- 1 4 1 6 V A T- 1 6 1 6 V A T- 1 9 1 6

W EI G H T ( k g)

C O DE N O.

1. 5

3 4 0 4- 4 4 2

W EI G H T ( k g)

C O DE N O.

V A T- 1 9 2 0

1. 5

3 4 0 4- 4 4 3

1. 1

3 4 0 4- 4 4 0

V A T- 1 9 2 2

1. 5

3 4 0 4- 4 4 4

1. 1

3 4 0 4- 4 4 1

V A T- 1 9 2 4

1. 5

3 4 0 4- 4 4 6

M a g n eti c B a s e F or Air T a p pi n g U nit

P O R T A B L E & M O V E A B L E AI R T A P PI N G A R M

S p e ci al A c c e s s or y f or V A T- S eri e s

M U S T I N S T A L L O N A S T A B L E / H A R D S U R F A C E F O R P A R A L L E L W O R K.

O R DE R N O.

M A G N E TI C B A S E

M a g n eti c B a s e H ol di n g Di m e n si o n P o w er L X W X H( m m)

V L M- 3 0 0 A

300kg

155x90x93

V L M- 6 0 0 A

600kg

2 2 4x 11 5x 1 2 0

Mi st C o ol a nt S y st e m F or Air T a p pi n g U nit

O R D E R N O. V A C- 0 8 C O D E N O. 3 4 0 4- 4 5 2 Wit h o ut Oil

E N L A R G E T H E T A P P E R LI F E 5 0 % C133

T O O LI N G S Y S T E M

s uit F or V A T- T y p e V A T- 7 0 8, 7 1 2, 7 1 6 V A T- 1 4 0 8, 1 4 1 2, 1 4 1 6 V A T- 1 6 0 8, 1 6 1 2, 1 6 1 6 V A T- 1 9 0 8, 1 9 1 2, 1 9 1 6 V A T- 7 2 0, 7 2 2, 7 2 4 V A T- 1 4 2 0, 1 4 2 2, 1 4 2 4 V A T- 1 6 2 0, 1 6 2 2, 1 6 2 4 V A T- 1 9 2 0, 1 9 2 2, 1 9 2 4

W ei g ht ( k g s)

C O DE N O.

9. 4

3 4 0 4- 4 5 0

2 1. 9

3 4 0 4- 4 5 1

C oll et R a c k F or Air T a p pi n g U nit

O R D E R N O. V C R- 0 8 C O D E N O. 3 4 0 4- 4 5 3 C OLL ET RA CK

P ort a bl e Air T a p p er

JI S S T A N D A R D T A P

V A T- 3 0 8 P

AI R T A P PI N G U NI T

R e v er s e

V A T- 6 1 2 P Air c o n s u m pti o n i s 0. 2 5 l /mi n . R e q uir e d i n st all air c o m bi n ati o n. L u br u c at e air i nl et c o n n e ct or wit h 3 c. c. oil. Al w a y s b ef or e a n d aft er u si n g.

Li g ht w ei g ht. S uitf ul bi g w or k pi e c e. P o w erf ul. E a s y o p er ati o n. R e q uir e d air pr e s s ur e 6 k g/ c m 2

SET TYPE T A P PI N G O R D E R N O. C A P A CI T Y

C O L L E T W O R KI N G SET SPEED ( p c s/ s et) ( Y. P. M.)

S PI N D L E H OSE OVE R ALL S P E E D C O N NE CT L E N GT H ( R. P. M.) SI Z E ( m m)

N. W. ( k g s)

C UFT

C O D E N O.

V A T- 3 0 8 P

M3~ M8

5 pcs

350

8500

P T 1/ 4”

158 m m

0. 9

0. 1 3

3 4 0 4- 4 7 1

V A T- 6 1 2 P

M6~ M12

4 pcs

280

8000

P T 1/ 4”

168 m m

1. 1

0. 1 3

3 4 0 4- 4 7 2

pcs/ s et

N. W. ( k g s)

C O D E N O.

5 p c s/ s et

0. 2

3 4 0 4- 4 8 1

4 p c s/ s et

0. 3

3 4 0 4- 4 8 2

A C C E S S O RI E S C O L L E T SI Z E O R DE R N O.

Ø D x

V A T- 3 0 8 P C

M3( M4( M5(

V A T- 6 1 2 P C

M 6 ( Ø 6 x 4. 5 ) M 8 ( Ø 6. 2 x 5 )

Ø Ø Ø

p c s / s et JI S S T D. F O R T A P SI Z E

4 x 3. 2 ) x 1 p c s 5 x 4) x 1pcs 5. 5 x 4. 5 ) x 1 p c s x 1pcs x 1pcs

M6( M8(

Ø Ø

6 x 4. 5 ) 6. 2 x 5 )

x 1pcs x 1pcs

M 1 0 ( Ø 7 x 5. 5 ) x 1 p c s M 1 2 ( Ø 8. 5 x 6. 5 ) x 1 p c s

N ot e F or V A T- S eri e s / V A G- S eri e s

C A U TI O N S

: 1. AI R C O M P R E S S O R P R E S S U R E 6 ~ 8 k g / c m 2 , D R Y AI R. 2. Al w a y s c h e c k oil l e v el of t h e 3 i n 1 air c o m bi n ati o n. 3. T a p pi n g A R M h a s t o b e m o u nt e d o n t h e s a m e h ar d e n e d w or k pl at e. 4. S E T T H E W O R K PI E C E S U R F A C E T O B E P A R A L L E L E D WI T H T A P PI N G A R M S T A N D.

5. Al w a y s s u p pl y c utti n g oil w hil e t a p pi n g. 6. W or k e v er y 1 h o ur r e st 1 0 t o 1 5 mi n ut e s, 8 h o ur s p er d a y. E v er y 3 m o ut h s n e e d s er vi c e. 7. Aft er u s e, dr o p s o m e # 6 0 oil / l u bri c ati o n i nt o air i nl et. Air h o s e & c o n n e ct or m u st b e cl e a n e d b ef or e u s e!

T O O LI N G S Y S T E M

C134

D el u x e T y p e T o ol S etti n g St a n d

T hi s t o ol s etti n g st a n d i s o n e ki n d of s u b si di z e t o ol f or

a n d d o e s n’t eff e ct t h e pr e ci si o n of m a c hi n e’ s s pi n dl e. It’ s b e st f or u si n g o n h ori z o nt al or v erti c al li n e s, si m pl e & q ui c k o p er ati o n s. A m ulti-f u n cti o n t o ol, it i s c h a n g e a bl e, h a s t w o ki n d s of c o ul d b e u s e d a s t w o s et s m a c hi n e s. A d diti o n al s p e ci al a c c e s s ori e s t o m a k e y o ur o p er ati n g m or e c o n v e ni e nt. C A T & S K s h ar e s a m e m o d el.

V T D- 1

S H A N K TAPE RS T O OL A D APTE R P OST H O L DI N G B T- # 4 0 x 1 B T- # 4 0 x 2

V T D- 2

B T- # 5 0 x 1

B T- # 5 0 x 2

3 4 0 5- 0 0 2

V T D- 3

B T- # 5 0 x 1

B T- # 5 0 x 1 B T- # 4 0 x 1

3 4 0 5- 0 0 3

V T D- 4

B T- # 4 0 x 1

B T- # 5 0 x 1 B T- # 4 0 x 1

3 4 0 5- 0 0 4

V T D- 5

S K- 4 0 x 1

S K- 4 0 x 2

3 4 0 5- 0 0 5

V T D- 6

S K- 5 0 x 1

S K- 5 0 x 2

3 4 0 5- 0 0 6

V T D- 7

S K- 5 0 x 1

S K- 5 0 x 1 S K- 4 0 x 1

3 4 0 5- 0 0 7

V T D- 8

S K- 4 0 x 1

S K- 5 0 x 1 S K- 4 0 x 1

3 4 0 5- 0 0 8

V T D- 9

B T- 3 0 x 1

B T- 3 0 x 2

3 4 0 5- 0 0 9

V T D- 1 0

S K- 3 0 x 1

S K- 3 0 x 2

3 4 0 5- 0 0 9 A

W EI G H T ( k g) 1 1. 9

C O D E N O.

O R DE R N O.

Si m pl e T y p e T o ol S etti n g St a n d

T hi s t o ol s etti n g st a n d i s o n e ki n d of s u b si di z e t o ol f or

It i s s af e, a n d d o e s n’t eff e ct t h e pr e ci si o n of m a c hi n e’ s s pi n dl e. a b o v e a n d h ol d t h e p ull st u d s o n t h e b el o w of it. T hi s i s t h e e x c ell e nt h el pi n g t o ol s f or si m pl e, r a pi d a n d s af e.

C135

T O O LI N G S Y S T E M

O R DE R N O. V T S- B T- 3 0

S H A N K TAPE RS

V T S- B T- 4 0

V T S- B T- 5 0

V T S- S K- 3 0

V T S- S K- 4 0

V T S- S K- 5 0

ST D BT IS O NT C AT DI N 69871 A

W EI G H T ( k g s)

C O DE N O.

2 2. 4

3 4 0 5- 0 0 1

3 4 0 5- 0 1 0

1 2. 4

3 4 0 5- 0 1 1

1 1. 9

3 4 0 5- 0 1 2

1 1. 9

3 4 0 5- 0 1 3

1 2. 4

3 4 0 5- 0 1 4

1 1. 9

3 4 0 5- 0 1 5

O R D E R N O. B

ST D

V T G- B T 3 0

O R D E R N O.

C O D E N O.

V T G- B T 3 0

205 99 127 124 15

3 4 0 5- 0 2 0

V T G- B T 4 0

205 99 127 124 16

3 4 0 5- 0 2 1

V T G- S K 4 0

V T G- B T 5 0

282 152 203 162 25

2 2 1 0 8 2 5 11 5

11 5

3 4 0 5- 0 2 2

V T G- S K 5 0

IS O BT

V T G- B T 4 0 V T G- B T 5 0

W EI G H T ( K G S) 4. 1

C O D E N O.

4. 2

3 4 0 5- 0 2 1

1 1. 8

3 4 0 5- 0 2 2

3 4 0 5- 0 2 4

1 2. 3

3 4 0 5- 0 2 5

C AT S K DI N 6 9 8 7 1 A

T o ol H ol d er L o c ki n g D e vi c e

3 4 0 5- 0 2 0

TI L TI N G T Y P E

E x a m pl e S h a n k N ot I n cl u d e d O R D E R N O. V T L- B T 3 0 V T L- B T 4 0 V T L- B T 5 0 V T L- S K 3 0 V T L- S K 4 0 V T L- S K 5 0 V T L- N T 3 0 V T L- N T 4 0 V T L- N T 5 0

ST D IS O BT DI N 6 9 8 7 1 A NT

W EI G H T ( K G S) 4. 2 4. 3 9. 8 4 4 8 4. 2 4. 3 9. 8

C O D E N O. 3 4 0 5- 0 3 0 3 4 0 5- 0 3 1 3 4 0 5- 0 3 2 3 4 0 5- 0 3 3 3 4 0 5- 0 3 4 3 4 0 5- 0 3 5 3 4 0 5- 0 3 6 3 4 0 5- 0 3 7 3 4 0 5- 0 3 8

O R D E R N O.

C O D E N O.

V T L- B T 3 0

11 6 9 1 1 2 6 1 6

3 4 0 5- 0 3 0

V T L- B T 4 0

11 7 9 1 1 3 6 1 6

3 4 0 5- 0 3 1

V T L- B T 5 0

149 121 189 25

3 4 0 5- 0 3 2

T O O LI N G S Y S T E M

C136

T O O L H O L D E R L O C KI N G

T o ol H ol d er L o c ki n g D e vi c e

T o ol H ol d er L o c ki n g Fi xt ur e s

HS K TYPE

O R D E R N O. V T L- H S K 4 0 V T L- H S K 5 0 V T L- H S K 6 3

ST D

W EI G H T ( K G S) 2. 5 3. 5 4. 5

DI N 6 9 8 9 3 HSK

C O D E N O. 3 4 0 5- 0 4 6 3 4 0 5- 0 4 7 3 4 0 5- 0 4 8

R o u n d T o ol L o c ki n g D e vi c e

F e at ur e: Li g ht w ei g ht & c o m p a ct d e si g h Q ui c k s et u p ti m e F or t o ol h ol d er l o c ki n g S p a c e s a vi n g

E x a m pl e

O R D E R N O. V T O- B T 3 0 V T O- B T 4 0 V T O- B T 5 0

S H A N K TAPE R 30 40 50

Ø D Ø d 3 H O L E P. C. D. 90 50 70 105 65 85 135 95 11 5

H A ø14x9x ø9 108 ø14x9x ø9 130 ø14x9x ø9 188

B 20 20 24

C 48 50 82

F a st T o ol S etti n g St a n d

D 30 50 70

E 10 10 12

F 16 16 2 5. 4

W EI G H T ( k g) 1. 2 2. 2 5

C O D E N O. 3 4 0 5- 1 9 0 3 4 0 5- 1 9 1 3 4 0 5- 1 9 2

HS K TYPE

L E V E R F O R C L A M PI N G & U N C L A N PI N G S E T TI N G I N SI D E F O R C L A M PI N G

M O V E A B L E K E Y F O R F L E XI B L E P U R P O S E F L E XI B L E

E x a m pl e O R D E R N O. V T S- H S K 6 3 V T S- H S K 1 0 0

C137

T O O LI N G S Y S T E M

ST D DI N 6 9 8 9 3 H S K

W EI G H T ( k g) 1 0. 5 1 1. 5

C O D E N O. 3 4 0 5- 1 9 3 3 4 0 5- 1 9 4

S pi n dl e T a p er Wi p er E a sil y a n d q ui c kl y f or cl e a ni n g s pi n dl e h ol e. Pl a sti c b o d y, t h e t a p er wi p er i s m a d e of s p e ci al c ott o n m at eri al, will n ot d a m a g e t h e s pi n dl e. T h e B T & DI N of t a p er ar e s a m e T A P E R T O T A L W EI G H T N O. LE N GT H ( k g)

C O DE N O.

V T W- 3 0

#30

169 m m

0. 0 7

3 4 0 5- 0 6 0

V T W- 4 0

#40

187 m m

0. 0 8

3 4 0 5- 0 6 1

V T W- 5 0

#50

241 m m

0. 0 2

3 4 0 5- 0 6 2

E a sil y a n d q ui c kl y f or cl e a ni n g s pi n dl e h ol e. Pl a sti c b o d y, t h e t a p er wi p er i s m a d e of s p e ci al c ott o n m at eri al, will n ot d a m a g e t h e s pi n dl e. T h e B T & DI N of t a p er ar e s a m e R e pl a c e a bl e Wi p er. E a s y t o r e pl a c e n e w wi p er s. I n cl u d e d 2 s et s x di s p o s a bl e wi p er s E C O Fri e n dl y O R DE R TAPE R T OTAL W EI G H T N O. N O. LE N GT H ( k g) #30 162 m m 0. 0 8 V T W- 3 0 R #40 180 m m 0. 0 9 V T W- 4 0 R #50 230 m m 0. 1 8 V T W- 5 0 R

C O DE N O. 3 4 0 5- 0 6 5 3 4 0 5- 0 6 6 3 4 0 5- 0 6 7

O R DE R N O. V T W- 3 0 R- WI P E R V T W- 4 0 R- WI P E R V T W- 5 0 R- WI P E R

S pi n dl e T a p er Wi p er

WI T H R E P L A C E WI P E R

S pi n dl e T a p er Wi p er

C O N T AI N S SPA RE 20pcs/ box 20pcs/ box 25pcs/ box

W EI G H T ( k g) 0. 0 1 0. 0 2 0. 0 4

C O DE N O. 3 4 0 5- 5 3 0 3 4 0 5- 5 3 1 3 4 0 5- 5 3 2

W EI G H T ( k g)

C O D E N O.

O R D E R N O.

T A P E R N O.

T OTAL LE N GT H

V T W- 4 0 H

H S K40

147 m m

V T W- 5 0 H

H S K50

159 m m

0. 1

3 4 0 5- 0 7 1

V T W- 6 3 H

H S K63

167 m m

0. 1 2

3 4 0 5- 0 7 2

V T W- 1 0 0 H

H S K100

191 m m

3 4 0 5- 0 7 3

3 4 0 5- 0 7 4

H Ty p e

T O O LI N G S Y S T E M

C138

T O O LI N G C A R T

O R DE R N O.

T o oli n g R a c k St a n d V T T- 3 0

V T T- 3 1 C o m p a ct d e si g n Cl e ar St or a g e E a s y t o cl e a n P ort a bl e d e si g n L ar g e t o oli n g st or a g e V T T- 3 0 wit h R u b b er m at e Bi g si z e v ari et y

V T T- 3 0 FL AT TA BL E

R UBBE R

V T T- 3 0- 3 0

T O O LI N G C O DE S H E AT H N O. C A P A CI T Y B T- 3 0, DI N 6 9 8 7 1 A 1 6 p c s/ s et 3 4 0 5- 2 1 1

V T T- 3 0- 4 0

B T- 4 0, DI N 6 9 8 7 1 A 1 4 p c s/ s et

3 4 0 5- 2 1 2

V T T- 3 0- 5 0

B T- 5 0, DI N 6 9 8 7 1 A 1 0 p c s/ s et

3 4 0 5- 2 1 3

O R D E R N O.

Lx Wx H: 550x430x360 m m C A P A CI T Y V T T- 3 0 WI T H B T- 3 0 1 6 S H E A T H, 1 F L A T T A B L E B T- 4 0 1 4 S H E A T H, 1 F L A T T A B L E B T- 5 0 1 0 S H E A T H, 1 F L A T T A B L E H S K 6 3 1 2 S H E A T H, 1 F L A T T A B L E

Lx Wx H: 550x430x360 m m V T T- 3 1 WI T H B T- 3 0 2 4 S H E A T H B T- 4 0 2 1 S H E A T H B T- 5 0 1 5 S H E A T H H S K63 18 S H E AT H

ST D

V T T- 3 0- H S K 6 3

H S K63

1 2 p c s/ s et

3 4 0 5- 2 1 4

V T T- 3 1- 3 0

B T- 3 0, DI N 6 9 8 7 1 A 2 4 p c s/ s et

3 4 0 5- 2 1 5

V T T- 3 1- 4 0

B T- 4 0, DI N 6 9 8 7 1 A 2 1 p c s/ s et

3 4 0 5- 2 1 6

V T T- 3 1- 5 0

B T- 5 0, DI N 6 9 8 7 1 A 1 5 p c s/ s et

V T T- 3 1- H S K 6 3

H S K63

1 8 p c s/ s et

3 4 0 5- 2 1 7 3 4 0 5- 2 1 8

T o oli n g C art

º º

O V E R A L L SI Z E: 6 2 6 X 6 5 5 X 9 8 0 m m

O R D E R N O.

F O R ST D

T O O L L O C KI N G D E VI C E

V T T- 2 1- 3 0

V T T- 2 1- 5 0

B T- 3 0 DI N 6 9 8 7 1 A S K 3 0, C A T 3 0, I S O 3 0 B T- 4 0 DI N 6 9 8 7 1 A S K 4 0, C A T 4 0, I S O 4 0 B T- 5 0 DI N 6 9 8 7 1 A S K 5 0, C A T 5 0, I S O 5 0

V T T- 2 1- H S K 6 3

H S K63

V T T- 2 1- 4 0

C139

T O O LI N G S Y S T E M

W EI G H T: 4 3 K G S

T O O LI N G S H E A T H C A P A CI T Y

C O D E N O.

3 2 P C S/ S E T

3 4 0 5- 0 8 0

2 8 P C S/ S E T

3 4 0 5- 0 8 1

2 0 P C S/ S E T

3 4 0 5- 0 8 2

2 4 P C S/ S E T

3 4 0 5- 0 8 3

T O O LI N G C A R T

T o oli n g C art

O R D E R N O. V T T- 1 1

O R D E R N O. V T T- 1 2

T O O LI N G S H E A T H T Y P E

T O O LI N G S H E A T H WI T H 1 D R A W E R S

O R D E R N O.

F O R ST D

T O O LI N G S H E AT H C A P A CI T Y

C O D E N O.

O R D E R N O.

F O R ST D

T O O LI N G S H E AT H C A P A CI T Y

C O D E N O.

V T T- 1 1- 3 0

B T- 3 0, S K 3 0, C A T 3 0, I S O 3 0 DI N 6 9 8 7 1 A

64 P C S/ S E T

3 4 0 5- 2 3 0

V T T- 1 2- 3 0

B T- 3 0, S K 3 0, C A T 3 0, I S O 3 0 DI N 6 9 8 7 1 A

48 P C S/ S E T

3 4 0 5- 2 4 0

V T T- 1 1- 4 0

B T- 4 0, S K 4 0, C A T 4 0, I S O 4 0 DI N 6 9 8 7 1 A

56 P C S/ S E T

3 4 0 5- 2 3 1

V T T- 1 2- 4 0

B T- 4 0, S K 4 0, C A T 4 0, I S O 4 0 DI N 6 9 8 7 1 A

42 P C S/ S E T

3 4 0 5- 2 4 1

V T T- 1 1- 5 0

B T- 5 0, S K 5 0, C A T 5 0, I S O 5 0 DI N 6 9 8 7 1 A

40 P C S/ S E T

3 4 0 5- 2 3 2

V T T- 1 2- 5 0

B T- 5 0, S K 5 0, C A T 5 0, I S O 5 0 DI N 6 9 8 7 1 A

30 P C S/ S E T

3 4 0 5- 2 4 2

V T T- 1 1- H S K 6 3

H S K63

48 P C S/ S E T

3 4 0 5- 2 3 3

V T T- 1 2- H S K 6 3

H S K63

36 P C S/ S E T

3 4 0 5- 2 4 3

O V E R A L L SI Z E: 6 2 6 X 9 6 0 X 1 0 0 0 M M, W EI G H T: 6 3 K G S

O V E R A L L SI Z E: 6 2 6 X 9 6 0 X 1 0 0 0 M M, W EI G H T: 6 5 K G S

T O O LI N G S Y S T E M

C140

T o oli n g Tr oll e y s C OL O R M AY VA RY

V T T- 2

P A C KI N G S E T/ 1 PA P E R B O X

T O O LI N G S H E AT H PL AT F O R M

O R D E R N O.: V T T- 2 W EI G H T: 5 1 k g s

B T- 3 0 DI N 6 9 8 7 1 A

T O O LI N G S H E AT H C A P A CI T Y 32 P C S/ S E T

3 4 0 5- 1 0 0

V T T- 2- 4 0

B T- 4 0 DI N 6 9 8 7 1 A

28 P C S/ S E T

3 4 0 5- 1 0 1

V T T- 2- 5 0

B T- 5 0 DI N 6 9 8 7 1 A

20 P C S/ S E T

3 4 0 5- 1 0 2

H S K63

24 P C S/ S E T

3 4 0 5- 1 0 3

C O DE N O. 3 4 0 5- 1 1 0

O R D E R N O.

ST D

V T T- 2- 3 0

V T T- 2- H S K 6 3

V T T- 5

P A C KI N G S E T/ 3 PA P E R B O X E S ( 2 D R A W E R S/ B O X E S)

C O DE N O.

O v er all Si z e : 1 0 0 2 x 6 5 0 x 8 1 0 m m Gr a y c ol or

O R D E R N O.: V T T- 5 W EI G H T: 6 4 k g s WI T H 2 D R A W E R S O R D E R N O.

ST D

V T T- 5- 3 0

B T- 3 0 DI N 6 9 8 7 1 A

T O O LI N G S H E AT H C A P A CI T Y 32 P C S/ S E T

V T T- 5- 4 0

B T- 4 0 DI N 6 9 8 7 1 A

28 P C S/ S E T

3 4 0 5- 1 1 1

V T T- 5- 5 0

B T- 5 0 DI N 6 9 8 7 1 A

20 P C S/ S E T

3 4 0 5- 1 1 2

H S K63

24 P C S/ S E T

3 4 0 5- 1 1 3

C O DE N O. 3 4 0 5- 1 0 5

V T T- 5- H S K 6 3

O v er all Si z e : 1 0 0 2 x 6 5 0 x 8 1 0 m m Gr a y c ol or

V T T- 6

P A C KI N G S E T/ 2 PA P E R B O X E S

O R D E R N O.: V T T- 6 W EI G H T: 5 3 k g s WI T H 1 D R A W E R S O R D E R N O.

ST D

V T T- 6- 3 0

B T- 3 0 DI N 6 9 8 7 1 A

T O O LI N G S H E AT H C A P A CI T Y 32 P C S/ S E T

V T T- 6- 4 0

B T- 4 0 DI N 6 9 8 7 1 A

28 P C S/ S E T

3 4 0 5- 1 0 6

V T T- 6- 5 0

B T- 5 0 DI N 6 9 8 7 1 A

20 P C S/ S E T

3 4 0 5- 1 0 7

H S K63

24 P C S/ S E T

3 4 0 5- 1 0 8

V T T- 6- H S K 6 3

O v er all Si z e : 1 0 0 2 x 6 5 0 x 8 1 0 m m Gr a y c ol or

C141

T O O LI N G S Y S T E M

T o oli n g R a c k

T o oli n g S h e at h C OL O R M AY VA RY

O R D E R N O.

F O R ST D

T O O LI N G S H E AT H C A P A CI T Y

W EI G H T ( k g s)

C O D E N O.

V T T R- 3 0 T R

B T 3 0, S K 3 0, C A T 3 0,I S O 3 0

8 P CS

4. 0

3 4 0 5- 2 5 0

V T T R- 4 0 T R

B T 4 0, S K 4 0, C A T 4 0,I S O 4 0 B T 5 0, S K 5 0, C A T 5 0,I S O 5 0

7 P CS

4. 0

3 4 0 5- 2 5 1

5 P CS

4. 0

3 4 0 5- 2 5 2

V T T R- 5 0 T R

T O O LI N G T R O L L E Y S

T H E B T & DI N O F T A P E R A R E S A M E. O R D E R N O.: V T T S- B T- 3 0 W EI G H T: 0. 0 7 7 k g C O D E N O. 3 4 0 5- 1 3 0 SI Z E: 4 8 X 1 3 8 X 6 5 m m O R D E R N O.: V T T S- B T- 4 0 W EI G H T: 0. 0 8 5 k g C O D E N O. 3 4 0 5- 1 3 1 SI Z E: 6 3 X 1 3 8 X 7 4 m m O R D E R N O.: V T T S- B T- 5 0 W EI G H T: 0. 1 2 3 k g C O D E N O. 3 4 0 5- 1 3 2 SI Z E: 9 3 X 1 3 8 X 1 0 4 m m

E n d Mill S h e at h R a c k

O R D E R N O. V M S- 2

C O D E N O. 3 4 0 5- 0 5 0

M at eri al: A B S wit h 6 2 s h e at h s.

C utti n g T o ol S h e at h R a c k

O R D E R N O. V M S- 3

C O D E N O. 3 4 0 5- 0 5 1

T o oli n g R a c k St a n d

O R D E R N O. V T C- 2 0

C O D E N O. 3 4 0 5- 2 2 1

C A P A CI T Y R A N GE Ø6~ Ø42

U nit: m m

W EI G H T ( k g) 0. 4

SI Z E 205x205x80

M M

Ø 1. 0 ~ Ø 1 0. 0( Ø 1. 0, 1. 1 ~ 9. 9, 1 0. 0) E A C H 0. 1 O N E P O SI TI O N Ø 1 0. 5, 1 0. 9, 1 1. 0, 1 1. 5, 1 1. 9, 1 2. 0, 1 2. 5, 1 2. 9, 1 3. 0 T O T A L 1 0 0 P O SI TI O N F O R D RI L L & E N D MI L L 3 6 0º R O T A TI O N U nit: m m

C A P A CI T Y R A N GE Ø 1. 0 ~ Ø 1 3. 0

SI Z E Ø 1 7 4 x 9 0 m /m

W EI G H T ( k g) 0. 2 1

S uit f or diff er e nt ki n d s m all m a c hi n e P o w erf ul d e si n g C o m p a ct & wit h bi g c a p a cit y Wit h r u b b er m at e 3 si z e dr a w er c o ul d st or e Diff er e nt si z e t o ol s Lx Wx H: 460x370x860 m m V T C- 2 0 3 D R A W E R S 1 FL AT TA BL E C A N U SI N G F O R V D G-, V E G, U 2, V C F- 5 0 0 E T C. ST R O N G TYPE W EI G H T: 3 0. 2 5 K G S

D R A W E R: W x L x H: 3 3 0 x 3 1 5 x 1 3 0 m m W x L x H: 3 3 0 x 3 1 5 x 2 8 0 m m

E x a m pl e

T O O LI N G S Y S T E M

C142

T o ol C a bi n et

A L L T H E O V E R A L L SI Z E I S WI T H W H E E L S H EI G H T. C OL O R M AY VA RY 5 Dr a w er s R oll C a bi n et C uft: 6. 9 N et W ei g ht: 3 1. 3 k g s Gr o s s W ei g ht: 3 4 k g s B all b e ari n g sli d e wit h Q ui c k Di s c o n n e ct H e a v y D ut y 4 x 1 C a st er D o u bl e w all c o n str u cti o n El e ctr o - P o w d er C o ati n g t o R e si st S cr at c h & s ol v e nt m ar ki n g s 1 0 m m T o p M at All dr a w er s a p p e n d e d t o Dr a w er Li n er s R e d c ol or C OL O R M AY VA R Y O R D E R N O.

C O D E N O.

V T C- 2 3

3 4 0 5- 1 4 4

m m

D RA WE RS

480

292

D RA WE RS

480

292

154

570 W X345 D X769 H m m

7 Dr a w er s R oll C a bi n et C uft: 1 3 N et W ei g ht: 6 7. 9 k g s Gr o s s W ei g ht: 7 7. 5 k g s Er g o n o mi c L ar g e Dr a w er D e si g n B all b e ari n g sli d e wit h Q ui c k Di s c o n n e ct H e a v y D ut y 5 x 2 C a st er D o u bl e w all c o n str u cti o n El e ctr o - P o w d er C o ati n g t o R e si st S cr at c h & s ol v e nt m ar ki n g s 1 0 m m T o p M at All dr a w er s a p p e n d e d t o Dr a w er Li n er s Gr a y c ol or C OL O R M AY VA R Y m m O R D E R N O.

C O D E N O.

V T C- 2 5

3 4 0 5- 1 4 9

680 W X460 D X995 H m m

D RA WE RS

308

395

D RA WE RS

308

395

154

T o oli n g Tr oll e y s

O R D E R N O. V T C- 1 0 0 C OL O R M AY VA RY

C O D E N O. 3 4 0 5- 1 5 4

Wx Dx H

873x500x880 m m

Package

1 P C/ 1 C T N/ 2. 7 3 C U F T

N. W.

2 3. 9 1 K G S

G. W.

2 5. 9 0 K G S

Gr e y c ol or

C143

T O O LI N G S Y S T E M

W or k b e n c h

O R D E R N O. V W B- 1 5 8 0

C O D E N O. 3 4 0 5- 1 5 8 SI Z E : 1 5 0 0 W x 7 5 0 D x 8 0 0 H m m

C OL O R M AY VA RY D E S C RI P TI O N

N. W.

G. W.

C UFT

O V E R ALL

1500

750

800

6 9. 7

7 4. 0 4

4. 6 8

T O O L C A BI N E T

H y dr o Lift T a bl e C OL O R M AY VA RY P A C KI N G WI T H O U T W O O D E N C A S E

O R DE R N O. V L T- 3 0 0

M A X. Hi g h Fr o m T h e Fl o or 900

B MI N. L o w W or kt a bl e Fr o m T h e L e n gt h Fl o or 270 815

C W or kt a bl e Wi dt h 500

E Br a k e H a n dl e B O v er all Hi g h Fr o arm O v er all W h e el W h e el L e n gt h T h e Fl o or Wi dt h 500 127 × 38 1 1020 960

Load C a p a cit y W ei g ht kgs 300

C O DE N O. 3 4 0 5- 1 7 0

H y dr o P all et Tr oll e y s C OL O R M AY VA RY P A C KI N G WI T H O U T W O O D E N C A S E

O R D E R N O.

H P T- 2 0 N S H P T- 2 0 N M H P T- 2 0 W L

O v er all O v er all B o d y( N ot T h e F or k F or k F or k F or k M A X. L e n gt h H ei g ht I n cl u d e S urf a c e wi dt h L e n gt h Wi d e F or k F or k) wi dt h H ei g ht A A+ B E F C B G 1300 1200 390 160 520 910 200 200 1460 1200 390 160 520 1070 200 200 1610 1200 390 160 685 1220 365 200

MI N. F or k Hi g h Fr o m T h e Fl o or H 85 85 85

W ei g ht Load C a p a cit y kgs 2000 2000 2000

Kgs

C O DE N O. 3 4 0 5- 1 8 1 3 4 0 5- 1 8 2 3 4 0 5- 1 8 3

T O O LI N G S Y S T E M

C144

P art s C a bi n et C OL O R M AY VA RY

G R AY C OL O R

T H E SI Z E O F D R A W E R 2 4 5 D x 1 4 3 W x 8 3 H ( m/ m)

O R D E R N O. V A 6- 2 1 2 H

O R D E R N O. V A 6- 3 3 0 H

O R D E R N O.

SI Z E ( m m) W x D x H

D R A WE R SI Z E( m m)

V A 6- 2 1 2 H

362 x 265 x 571

245 x 143 x 83

V A 6- 3 3 0 H

533 x 264 x 937

245 x 143 x 83

V A 7- 3 2 4 P

440 x 222 x 642

218 x 120 x 70

V A 7- 4 4 8 P

586 x 222 x 937

218 x 120 x 70

V A 1- 5 2 5

586 x 222 x 350

218 x 90 x 55

V A 1- 5 7 5

586 x 222 x 937

218 x 90 x 55

T H E SI Z E O F D R A W E R 2 1 8 D x 1 2 0 W x 7 0 H ( m/ m)

O R D E R N O. V A 7- 3 2 4 P METAL

D R A WE R N U M BE RS

W EI G H T( k g s)

C O D E N O.

12 P C S

1 0. 8

3 4 0 5- 2 0 0

30 P C S

2 5. 3

3 4 0 5- 2 0 1

24 P C S

1 5. 5

3 4 0 5- 2 0 2

48 P C S

2 7. 5

3 4 0 5- 2 0 3

25 P C S

3 4 0 5- 2 0 4

75 P C S

3 2. 3

3 4 0 5- 2 0 5

S T E EL PL AT E C O V E R WI T H ZI N C. Dr a w er m at eri al: GPS

T o ol B o x

C O M E S I N DI F F E R E N T C O L O R

C OL O R M AY VA RY

O R D E R N O. V T B- 1 0 2 O R D E R N O.

O R D E R N O. V A 7- 4 4 8 P

O R D E R N O. V T B- 9 0 1 SI Z E ( m m)

M A T E RI A L

W x D x H

V T B- 1 0 2

420 x 235 x 180

V T B- 9 0 1

378 x 182 x 144

ABS

P art s St or a g e

W EI G H T( k g)

C O D E N O.

1. 9

3 4 0 5- 3 0 0

0. 9

3 4 0 5- 3 0 1

C O L O R: R E D, B L U E, Y E L L O W E a s y p art s st or a g e Or g a ni z e

C145

T O O LI N G S Y S T E M

O R D E R N O.

SI Z E

PA C KE D

E A C H W EI G H T ( k g)

C O D E N O.

V H B- 1 2 1 8

120 Wx180 Dx80 H m m

6 0 P C S/ C A S E

8. 6

1 0 2 1- 1 0 0

V H B- 1 5 2 5

1 5 0 W x 2 5 0 D x 1 2 0 H m m 3 6 P C S/ C A S E

9. 6

1 0 2 1- 1 0 1

V H B- 2 0 3 5

2 0 0 W x 3 5 0 D x 1 5 0 H m m 1 8 P C S/ C A S E

0. 5 8 5

1 0 2 1- 1 0 2

V H B- 2 0 4 5

2 0 0 W x 4 5 0 D x 1 7 7 H m m 1 2 P C S/ C A S E

0. 8

1 0 2 1- 1 0 3

V H B- 3 0 4 5

300 Wx450 Dx177 H m m

1. 8 8 2 5

1 0 2 1- 1 0 4

8 P C S/ C A S E

P A C K A G E 5 P C S/ S E T

P A R T S C A BI N E T

E c o n o mi c al P all et

Zi n c C o ati n g F or Tr a n s p ort Li g ht W ei g ht D ut y R e c y cl a bl e Di s p o s a bl e: 1 Ti m e U s e L o a d: 5 0 0 K g s O R D E R N O.

SI Z E

W EI G H T ( k g s / 5 s et s)

C O D E N O.

V E P T- 0 1

11 0 0 x 1 4 0 0 x 1 2 0 m m

85 kgs

3 4 0 5- 6 0 1

V E P T- 0 2

1 0 0 0 x 11 0 0 x 1 2 0 m m

55 kgs

3 4 0 5- 6 0 2

H e a v y D ut y P all et

P A C K A G E 5 P C S/ S E T

H e a v y D ut y Zi n c C o ati n g M at eri al: St e el F or Tr a n s p ort M ulti pl e U s e L o a d: 1 8 0 0 K g s O R D E R N O.

SI Z E

W EI G H T ( k g s / 5 s et s)

C O D E N O.

V H P T- H 0 1

11 0 0 x 1 4 0 0 x 1 2 0 m m

215 kgs

3 4 0 5- 6 1 1

T O O LI N G S Y S T E M

C146

N C- R ot ar y T a bl e

HI G H A C C U R A C Y A N D HI G H RI GI DI T Y A d o pti o n of n e w d o u bl e-l e a d w or m g e ar-- e n g a g e m e nt b et w e e n

C OL O R M AY VA RY

S L E E V E T Y P E C L A M PI N G M E C H A NI S M

D O U BLE LE A D W O R M GE A RS SYSTE M N e w d e si g n/ s p e ci al m at eri al

P R O G R A M M A BLE SE RV O M OT O R C O NT R OLLE R D1

M A C HI N E C E N T E R A C C E S S O RI E S

S P E CI FI C A TI O N S

U nit: m m

O R D E R N O.

V N C M- 1 5 0 L R

V N C M- 2 2 0 L R

V N C M- 2 5 0 L R

V N C M- 3 2 0 L R

V N C M- 4 0 0 L R

O O Ø160

O O

160

O O Ø320 220 210

Ri g ht- h a n d t y p e L eft- h a n d t y p e T ur nt a bl e di a m et er T a bl e h ei g ht( H ori z o nt al p o s.) T a bl e c e nt er h ei g ht( V erti c al p o s.) C e nt er b or e di a m et er T- sl ot si z e G ui d e- bl o c k si z e N u m b er of w or m w h e el t e et h S er v o m ot or t y p e S p e e d r e d u cti o n r ati o T a bl e gr a d u ati o n a n gl e p er 1 p ul s e

3 1/ 9 0

6 1/ 1 8 0

12 1/ 1 8 0

6 1/ 3 6 0

12 1/ 1 8 0

T a bl e r ot ati o n s p e e d 8/

L o a d c a p a cit y, h ori z o nt al( k g) L o a d c a p a cit y, v erti c al( k g) I n erti a f or c e ( k g- c m- s e c2 ) M a x.t o r q u e c a p a cit y of w o r m g e a r ( k g- m) M a x. w or k pi e c e di a m et er C u m ul ati v e i n d e xi n g a c c ur a c y s e c. R e p e at a bilit y s e c. I n erti a f or c e( c o n v ert i nt o m ot or s h aft) k g- c m- s e c 2 X 1 0 - 2 N et w ei g ht ( k g) C O D E N O.

1 8 0/ 2

100

200

160 20

320

200

300

A C C U R A CY STA N D A R D N O.

N C- R O T A R Y T A B L E

Cl a m p m et h o d & Cl a m p t or q u e ( k g- m)

U nit: m m

I n s p e cti o n It e m

P er o v er all l e n gt h

2 3

P ar all eli s m of t a bl e t o p a n d fr a m e b ott o m

P er o v er all l e n gt h

4 5

H ol e e n d

C e nt er b or e r u n o ut

P er 1 0 0 m m

P er o v er all l e n gt h

8 9

P er 3 0 0 m m

8 s h o ul d b e u s e d f o r i n d e xi n g

M A C HI N E C E N T E R A C C E S S O RI E S

N C- R ot ar y T a bl e V N C M- 1 5 0 R

V N C M- 1 5 0 R

V N C M- 2 2 0 R V N C M- 2 2 0 R

V N C M- 2 5 0 R V N C M- 2 5 0 R

V N C M- 3 2 0 R V N C M- 3 2 0 R

V N C M- 4 0 0 R V N C M- 4 0 0 R

M A C HI N E C E N T E R A C C E S S O RI E S

N C- R ot ar y T a bl e

Di m e n si o n s

C O D E N O. 4 0 0 1- 0 1 0

U nit: m m

lt e m

A C C U R A CY STA N D A R D N O

U nit: m m

l n s p e cti o n lt m e

T ol er a n c e P er o v er all l e n gt h

1 C e nt er h ei g ht

160

C e nt er h ol e di a m et er

2 P er o v er all l e n gt h

3 P ar all eli s m of t a bl e t o p a n d fr a m e b ott o m 4

18 20

All o w a bl e w ei g ht

H ori z o nt al s et u p

200 100

H ol e e n d

5 C e nt er b or e r u n o ut

P er 1 0 0 m m

P er o v er all l e n gt h

8 1: 9 0

P er 3 0 0 m m

V N C X- 1 0

8 i n str u m e nt s h o ul d b e u s e d f or i n d e xi n g

M A C HI N E C E N T E R A C C E S S O RI E S

N C- R O T A R Y T A B L E

O R D E R N O. V N C X- 1 0

T ail st o c k F or N C R ot ar y T a bl e

D e a d C e nt er

M T- 3 F or Li v e C e nt er

M ai n di m e n si o n O R DE R N O.

F or

U nit: m m

C e nt er h ei g ht A

C e nt er di a m et er B

St or k e C

p oi nt e d end di a m et er D

H a n dl e Base di a m et er di m e n si o n s E FX M

T S- 1 3 5

332

T S- 1 3 5- M T 3 T S- 1 6 0

160

T S- 1 6 0- M T 3

109

230x130

193

ø18

T S- 2 1 0

129

210

T S- 2 1 0- M T 3

U nit: m m

M ai n di m e n si o n O R DE R N O.

F or

G ui d e - bl o c k si z e M

T S- 1 3 5

T S- 1 6 0- M T 3

T S- 1 3 5- M T 3 T S- 1 6 0

T S- 2 1 0 T S- 2 1 0- M T 3

N et w ei g ht ( k g s)

C O D E N O.

Li st e d i n t h e a b o v e t a bl e ar e e x a m pl e s of a p pli c a bl e m o d el s. T h o s e n ot li st e d a b o v e s h o ul d b e s el e ct e d s o t h at t h e c e nt er h ei g ht of t h e r ot ar y t a bl e a n d di vi di n g h e a d s i s t h e s a m e a s t h at of t h e t ail st o c k.

M A C HI N E C E N T E R A C C E S S O RI E S

M C P o w er Vi s e 4 0 0 5 ~ S E RI E S

M C P O W E R VI S E

P L E A S E S E E A S Y S T E M F O R M P A G E A S E RI E S

M A C HI N E C E N T E R A C C E S S O RI E S

M C P o w er Vi s e

S A M E H EI G H T G U A R A N T E E

T O G G L E J OI N T M E C H A NI S M D E SI G N F O R H E A V Y D U T Y W O R KI N G

F e at ur e s

I N S P E C TI O N S P E CI FI C A TI O N 1

G u ar a nt e e d

1 3

C L A M PI N G C A P A CI T Y O R D E R N O.

J A W J

V Q C- 1 0 0 V Q C- 1 2 5 V Q C- 1 6 0 V Q C- 1 6 0 L V Q C- 2 0 0 L

O R D E R N O.

V Q C- 1 0 0 V Q C- 1 2 5 V Q C- 1 6 0 V Q C- 1 6 0 L V Q C- 2 0 0 L

616

O R D E R N O.

V Q C- 1 0 0 V Q C- 1 2 5 V Q C- 1 6 0 V Q C- 1 6 0 L V Q C- 2 0 0 L

120

180

126 161 162 202

160 200

M A C HI N E C E N T E R A C C E S S O RI E S

M A X. Cl a m pi n g F or c e ( K N) 120 30 B

190

60 60 60

G. W. kg

108

39 86 86 102

11 0 21 21 21 21

J A W Open C 128

18 18 18 18

100 120 120 120

86 86 98

C OPE N 128

f 20 20 20 20 20

86 98 98

n 11 2 139

286 286 386

169

C O D E N O.

M C P o w er Vi s e C L A M PI N G F O R C E C H A R T

S C ALE O R DE R K N N O. V Q C- 1 0 0 V Q C- 1 2 5 V Q C- 1 6 0 V Q C- 1 6 0 L V Q C- 2 0 0 L

O P TI O N A L: FJ

S O F T FI X E D J A W A

V Q C- 1 0 0 F J

Fi x e d si d e

V Q C- 1 2 5 F J

V Q C- 1 6 0 F J

102 60

V Q C- 1 6 0 L- F J

102 60

V Q C- 2 0 0 L- F J

200

122

C O D E N O.

100

S OFT M OVE A BLE J A W O R D E R N O.

V Q C- 1 0 0 M J

6 18

V Q C- 1 2 5 M J

V Q C- 1 6 0 M J

102 60

9 28

V Q C- 1 6 0 L- M J

102 60

9 28

V Q C- 2 0 0 L- M J

O P TI O N A L:

200

C O D E N O.

9 28

L T Y P E FI X E D J A W O R D E R N O.

V Q C- 1 0 0 F J L V Q C- 1 2 5 F J L

20 39

V Q C- 1 6 0 F J L

V Q C- 1 6 0 L- F J L

V Q C- 1 0 0 M J L

V Q C- 1 2 5 M J L

V Q C- 2 0 0 L- F J L

200

102

L TYPE M OVE A BLE J A W O R D E R N O.

V Q C- 1 6 0 M J L

V Q C- 1 6 0 L- M J L

V Q C- 2 0 0 L- M J L

200

C O D E N O.

M A C HI N E C E N T E R A C C E S S O RI E S

M C P O W E R VI S E

O R D E R N O.

B a s e Pl at e S eri e s

O R D E R N O. T B P- 6 0 4 0 T B P- 6 0 5 0 T B P- 6 0 6 0 T B P- 8 0 4 0 T B P- 9 0 4 5 T B P- 1 0 0 5 0 T B P- 6 0 4 0 D T B P- 6 0 5 0 D T B P- 6 0 6 0 D T B P- 8 0 4 0 D T B P- 9 0 4 5 D T B P- 1 0 0 5 0 D

mi ni mi z e l o s s of o p er ati n g ti m e of e x p e n si v e

S Q U A RE TYPE O R D E R N O. S B P- 4 0 4 0 S B P- 5 0 5 0 S B P- 6 3 6 3 S B P- 8 0 8 0 S B P- 4 0 4 0 A S B P- 5 0 5 0 A S B P- 6 3 6 3 A S B P- 8 0 8 0 A

A( ± 0. 0 2) 60 60 60 60

C 320

630 800

D( H 7)

320

18 18 18 18

630 800

600 H B P- 4 0 6 0 600 H B P- 5 0 6 0 600 600 H B P- 6 0 6 0 800 H B P- 4 0 8 0 900 H B P- 4 5 9 0 1000 H B P- 5 0 1 0 0 600 H B P- 4 0 6 0 T 600 H B P- 5 0 6 0 T 600 600 H B P- 6 0 6 0 T 800 H B P- 4 0 8 0 T 900 H B P- 4 5 9 0 T 1000 H B P- 5 0 1 0 0 T S p e ci al di m e n si o n’ s or d er w el c o m e.

F Ø18 Ø18 Ø18 Ø18 Ø18 Ø18 Ø18 Ø18

100

S U B TA BLE T HE R A D TYPE O R D E R N O.

A B C( ± 0. 0 2) 600 60 600 60 600 600 60 800 60 900 60 1000 60 600 600 600 600 800 900 1000

M A C HI N E C E N T E R A C C E S S O RI E S

D Ø18 Ø18 Ø18 Ø18 Ø18 Ø18 Ø18 Ø18 Ø18 Ø18 Ø18 Ø18

( F 7) Ø12 Ø12 Ø12 Ø12 Ø12 Ø12 Ø16 Ø16 Ø16 Ø16 Ø16 Ø16

18 18 18 18 18 18

F( ± 0. 0 2) 100 100 100 100 100 100 100 100 100 100 100 100

G Ø18 Ø18 Ø18 Ø18 Ø18 Ø18 Ø18 Ø18 Ø18 Ø18 Ø18 Ø18

U nit: m m

k g C O D E N O. 120 160 100 133 169

G( ± 0. 0 2) 160 200

H( ± 0. 0 2) 80 100

320 160 200

160 80 100

230

320

160

298

B A S E P L A T E S E RI E S

S U B T A B L E T- S L O T T Y P E

U nit: m m

C O DE N O

11 8

U nit: m m

TAP

N O. O F M T P h ol s e 96 120 128 162 200 96 120 128 162 200

K GS 90 11 2 11 9

108 129

180

C O D E N O.

M/ C A n gl e Pl at e 9 0º

B P 2 0- 3 0

300

220

100

280

160

B P 2 0- 4 0 B P 2 0- 5 0

320

200

B P 2 0- 6 0

630

B P 2 0- 8 0

800

kgs

90 100

302

M/ C A n gl e Pl at e 9 0º

O R D E R N O.

B P 2 2- 3 0

300

220

100

280

160

B P 2 2- 4 0 B P 2 2- 5 0 630

630

B P 2 2- 8 0

800

B P 2 2- 8 3 0

300

B P 2 2- 8 4 0 B P 2 2- 8 5 0 B P 2 2- 8 6 0

E 320

200

B P 2 2- 6 0

630

T- S L O T T Y P E

ø18

K ( + 0. 0 2) 100

ø18

100

ø18

100

ø18

320 220

100

300

160 200

630

C O D E N O.

M/ C A N G L E P L A T E

O R D E R N O.

C O D E N O.

100

ø18

100

ø18

100

ø18

100

ø18

100

K GS

316

ø18 320

M A C HI N E C E N T E R A C C E S S O RI E S

D10

M C C L A M PI N G C U B E

M/ C Cl a m pi n g C u b e

S P E CI A L D E SI G N W E L C O M O R D E R N O.

B P 0 7- 1 0 B P 0 7- 2 0

600

B P 0 7- 3 0 B P 0 7- 4 0

D 11

320

200

300 630

800

M A C HI N E C E N T E R A C C E S S O RI E S

N O. of M o u nti n g h ol e s

8 100

8 8

390

C O D E N O.

M at eri al : C a st lr o n F C- 3 0 0 G G- 3 0

O R D E R N O.

B C 4 5- 1 5

100

B C 4 5- 3 0

100

B C 4 5- 1 5 1

200

B C 4 5- 3 0 1

200

kgs

10 300

300

A n g ul ar H oll o w Bl o c k 3 0º

M at eri al: C a st lr o n F C- 3 0 0 G G- 3 0

O R D E R N O.

B C 3 0- 1 5

100

B C 3 0- 3 0

100

B C 3 0- 1 5 1

200

B C 3 0- 3 0 1

200

C O D E N O.

300 300

T- S L O T T Y P E

108

222

kgs

C O D E N O.

M A C HI N E C E N T E R A C C E S S O RI E S

D12

A N G UL A R H OLL O W BL O C K

A n g ul ar H oll o w Bl o c k 4 5º

Fl e xi bl e Li n e U p Vi c e

O R D E R N O.

V F S- 5 0 3 0 V F S- 5 0 3 0 G

A 300

B ± 0. 0 1

80 100

V F S- 5 0 4 0

V F S- 5 0 4 0 G

100

V F S- 5 0 5 0

V F S- 5 0 5 0 G

100

V F S- 5 0 6 0 V F S- 5 0 6 0 G

600

80 100

P 160

100

80 100

200

320

100

300

100

Q 60

V F S- 5 0 7 0 G

100

V F S- 7 2 4 0

100

11 0

100

V F S- 7 2 5 0

100

11 0

100

11 0

100

11 0

100

V F S- 7 2 7 0

600

Cl a m pi n g f or c e M A X. Cl a m p f or c e ( k g s) V F S- 5 0 : 1000 kgs V F S- 7 2 : 2000 kgs

D13

M A C HI N E C E N T E R A C C E S S O RI E S

V F S- 5 0 7 0

V F S- 7 2 6 0

K G

11 0

200

300

100

M at eri al t o ol st e el H ar d n e s s o v er H R C 5 5

C O D E N O.

F L E XI B L E LI N E U P VI C E

STA N D A R D STYLE 4 P O SI TI O N F O R E A C H I T E M.

M a xi m u m wi dt h of t h e w or k pi e c e s c a n b e cl a m p e d O n e w or k pi e c e

T w o w or k pi e c e s

T hr e e w or k pi e c e s

F o ur w or k pi e c e s

O R D E R N O.

V F S- 5 0 3 0

203

V F S- 5 0 4 0

303

-121

V F S- 5 0 5 0 V F S- 5 0 6 0

221

V F S- 5 0 7 0

603

V F S- 7 2 4 0

269

V F S- 7 2 5 0

369

80 160

-68

V F S- 7 2 6 0

193

101

V F S- 7 2 7 0

Fi v e w or k pi e c e

Si x w or k pi e c e

S e v e n w or k pi e c e

Ei g ht w or k pi e c e

Ni n e w or k pi e c e

V F S- 5 0 3 0

V F S- 5 0 4 0

V F S- 5 0 5 0

O R D E R N O.

V F S- 5 0 6 0 V F S- 5 0 7 0 V F S- 7 2 4 0

V F S- 7 2 5 0

V F S- 7 2 6 0

V F S- 7 2 7 0

M A C HI N E C E N T E R A C C E S S O RI E S

F L E XI B L E LI N E U P VI C E

Fl e xi bl e Li n e U P Vi c e

O R D E R N O.

V F L- 5 0 3 0 V F L- 5 0 3 0 G

A 300

100

V F L- 5 0 4 0

V F L- 5 0 4 0 G

100

V F L- 5 0 5 0

V F L- 5 0 5 0 G

100

V F L- 5 0 6 0 V F L- 5 0 6 0 G

600

100

80 100

10 10

P 160 100 200 320

R 12 12 12

12 19

300

V F L- 5 0 7 0

11 0

V F L- 5 0 7 0 G

100

V F L- 7 2 4 0

100

11 0

200

V F L- 7 2 5 0

100

11 0

300

100

11 0

100

11 0

V F L- 7 2 6 0 V F L- 7 2 7 0

600

M at eri al:t o ol st e el H ar d n e s s: o v er H R C 5 5

M A C HI N E C E N T E R A C C E S S O RI E S

K G

C O D E N O.

F L E XI B L E L U N E U P VI C E

STA N D A R D STYLE 4 P O SI TI O N F O R E A C H I T E M.

F L E XI B L E LI N E U P VI C E

Fl e xi bl e Li n e U P Vi c e

M a xi m u m wi dt h of t h e w or k pi e c e s c a n b e cl a m p e d O n e w or k pi e c e

T w o w or k pi e c e s

T hr e e w or k pi e c e s

F o ur w or k pi e c e s

Fi v e w or k pi e c e s

V F L- 5 0 3 0

V F L- 5 0 4 0

132

V F L- 5 0 5 0

182

V F L- 5 0 6 0

232

132

V F L- 7 2 4 0

100

O R D E R N O.

V F L- 7 2 5 0

V F L- 7 2 6 0

200

100

V F L- 7 2 7 0

133

Si x w or k pi e c e

Seven w or k pi e c e s

V F L- 5 0 4 0

V F L- 5 0 5 0

V F L- 5 0 6 0

O R D E R N O.

V F L- 5 0 3 0

T e n w or k pi e c e s

El e v e n w or k pi e c e s

Ei g ht w or k pi e c e s Ni n e w or k pi e c e s

V F L- 7 2 4 0

V F L- 7 2 5 0

V F L- 7 2 6 0

V F L- 7 2 7 0

M A C HI N E C E N T E R A C C E S S O RI E S

D16

O R D E R N O. V F N- 6 0 3 0

300

208

V F N- 6 0 4 0

V F N- 6 0 5 0 V F N- 6 0 6 0

600

V F N- 6 0 7 0

100

V F N- 8 5 4 0

608

162

108 12

V F N- 8 5 5 0 V F N- 8 5 6 0

C O D E N O.

9 12 22 26

600

200

800

300

108

V F N- 8 5 7 0 V F N- 8 5 8 0

S C RE W

129 100

K GS

30 33

102

M a xi m u m wi dt h of t h e w or k pi e c e s c a n b e cl a m p e d O n e w or k pi e c e O R D E R N O.

V F N- 6 0 3 0

T w o w or k pi e c e s 2P

T hr e e w or k pi e c e s 3P

208

F o ur w or k pi e c e s 4P

V F N- 6 0 4 0

8 33

V F N- 6 0 5 0

V F N- 6 0 6 0

129

162

108

V F N- 6 0 7 0

608

V F N- 8 5 4 0

100

V F N- 8 5 5 0 V F N- 8 5 6 0

200

108

V F N- 8 5 7 0 V F N- 8 5 8 0

M A C HI N E C E N T E R A C C E S S O RI E S

300

102

F L E XI B L E LI N E U P VI C E

Fl e xi bl e Li n e U P Vi c e

Li g ht D ut y Li v e C e nt er C e nt er i s m a d e of S C M 4 2 0 all o y st e el b y h e at tr e at m e nt t o pr o vi d e hi g h er ri gi dit y w e ar-r e si st a n c e. C e nt er i s c o n stit ut e d b y b all b e ari n g s a s s e m bl y. A p pli c a bl e t o mi d dl e- s p e e d & hi g h- s p e e d l at h e wit h li g ht l o a d. F O R V P C- T Y P E

S u g g e st e d t ail st o c k pr e s s ur e u n d er 6 k g/ c m 2

U nit: m m

P A C KI N G Lx Wx H 11 5 x 1 3 6 x 3 8

C O D E N O.

6 0º

G. W. w ei g ht k g s 0. 3

O R D E R N O.

A c c ur a c y

V P C- M T 1

108

0. 0 0 5

Speed Max R. P. M. 3200

V P C- M T 2

132

0. 0 0 5

2800

6 0º

0. 5

140 x 45 x 45

5 0 0 1- 0 0 2

V P C- M T 3

164

0. 0 0 5

2000

6 0º

0. 9

170 x 50 x 52

5 0 0 1- 0 0 3

V P C- M T 4

108

188

0. 0 0 5

1800

6 0º

1. 3

195 x 58 x 56

5 0 0 1- 0 0 4

V P C- M T 5

136

248

0. 0 0 5

1500

6 0º

3. 2

268 x 86 x 77

5 0 0 1- 0 0 5

Li v e L at h e C e nt er

5 0 0 1- 0 0 1

C e nt er s h aft & m ai n b o d y i s m a d e of S C M 4 2 0 all o y st e el b y h e at tr e at m e nt t o pr o vi d e hi g h er ri gi dit y w e ar- r e si st a n c e. C e nt er i s c o n stit ut e d b y t hr u st b all b e ari n g, n e e dl e r oll er b e ari n g s & b all b e ari n g s a s s e m bl y. A p pli c a bl e t o mi d dl e- s p e e d & hi g h- s p e e d l at h e wit h h e a v y l o a d. B T Y P E S UI T A B L E F O R S M A L L - W O R K PI E C E M A C HI NI N G.

A TYPE

B TYPE S u g g e st e d t ail st o c k pr e s s ur e u n d er 6 k g/ c m 2

U nit: m m

O R D E R N O.

TYPE

A c c ur a c y

V L C- 2 1 2

MT2 A

132

0. 0 0 5

Speed Max R. P. M. 4000

V L C- 2 1 3

MT3 A

166

0. 0 0 5

V L C- 2 1 4

MT4 A

108

200

V L C- 2 1 5

MT5 A

136

262

V L C- 2 1 3 B

MT3 B

176

0. 0 0 5

3000

6 0º

0. 9

198 x 67 x 51

5 0 0 1- 0 1 4

V L C- 2 1 4 B

MT4 B

108

214

0. 0 0 5

2500

6 0º

1. 5

240 x 70 x 61

5 0 0 1- 0 1 5

G. W. w ei g ht k g s

P A C KI N G Lx Wx H

C O D E N O.

6 0º

0. 3

173 x 43 x 40

5 0 0 1- 0 1 0

3000

6 0º

0. 9

198 x 67 x 51

5 0 0 1- 0 1 1

0. 0 0 5

2500

6 0º

1. 5

240 x 70 x 61

5 0 0 1- 0 1 2

0. 0 0 5

2000

6 0º

3. 8

290 x 92 x 80

5 0 0 1- 0 1 3

T H E C H A R T F O R L O A DI N G W EI G H T WI T H R. P. M.

F O R V L C- T Y P E

L A T H E M A C HI N E A C C E S S O RI E S

F O R V C F/ V C P- T Y P E

F O R V C S- T Y P E

Hi g h- S p e e d N C Li v e C e nt er W A T E R- P R O O F T Y P E C e nt er s h aft i s m a d e of S U J 2 m at eri al u n d er v a c u u m h e at tr e at m e nt t o pr o vi d e hi g h er ri gi dit y A TYPE

w e ar-r e si st a n c e. C e nt er i s c o n stit ut e d b y d u al b all b e ari n g. T hr u st b e ari n g & n e e dl e r oll er b e ari n g a s s e m bl y. A p pli c a bl e t o hi g h- s p e e d l at h e & N C l at h e wit h h e a v y l o a d w at er- pr o of. B T y p e i s a p pli c a bl e i n t h e m et al w or ki n g s o n s m all di a m et er w or k pi e c e s.

B TYPE S u g g e st e d t ail st o c k pr e s s ur e u n d er 6 k g/ c m 2

O R D E R N O.

TYPE

A c c ur a c y

V L C- M T 3 A

MT3 A

176

0. 0 0 5

Speed Max R. P. M. 4000

V L C- M T 4 A

MT4 A

108

212

0. 0 0 5

V L C- M T 5 A

MT5 A

136

264

V L C- M T 6 A

MT6 A

111 1 8 9 1 2 8

V L C- M T 3 B

MT3 B

V L C- M T 4 B

MT4 B

108

V L C- M T 5 B

MT5 B

136

U nit: m m

P A C KI N G Lx Wx H

C O D E N O.

6 0º

1. 3

240 x 70 x 61

5 0 0 1- 0 2 0

3000

6 0º

2. 2

253 x 92 x 80

5 0 0 1- 0 2 1

0. 0 0 5

2500

6 0º

4. 5

303 x 108 x 101

5 0 0 1- 0 2 2

380

0. 0 0 8

1500

6 0º

1 5. 6

410 x 177 x 168

5 0 0 1- 0 2 3

186

0. 0 0 5

4000

6 0º

1. 4

240 x 70 x 61

5 0 0 1- 0 2 4

218

0. 0 0 5

3000

6 0º

2. 2

253 x 92 x 80

5 0 0 1- 0 2 5

274

0. 0 0 5

2500

6 0º

4. 5

303 x 108 x 101

5 0 0 1- 0 2 6

LI V E C E N T E R

G. W. w ei g ht k g s

Hi g h- L o a d N C Li v e C e nt er S h aft u s e s m at eri al S U J 2: t hr o u g h v a c u u m h e at tr e at m e nt, it i s e v e n m or e d ur al e, h ar d n e s s i s a s hi g h a s ( H R C 6 0º ± Fr o nt e n d i s c o n stit ut e d b y a n g ul ar c o nt a ct b all b e ari n g & t hr u st b all b e ari n g. mi d dl e & r e ar e n d s ar e c o m pri s e d of n e e dl e r oll er b e ari n g a s s e m bl y. T h e s e c e nt er s ar e s uit a bl e f or N C l at h e at hi g h- s p e e d & h e a v y-l o a d o p er ati o n, w at er- pr o of. B T y p e i s a p pli c a bl e i n t h e m et al w or ki n g s o n s m all w or k pi e c e s.

A TYPE

B TYPE S u g g e st e d t ail st o c k pr e s s ur e u n d er 6 k g/ c m 2

U nit: m m

G. W. w ei g ht k g s

P A C KI N G Lx Wx H

C O D E N O.

O R D E R N O.

A c c ur a c y

Speed Max R. P. M.

V C F- M T 3 A

174

0. 0 0 3

5000

6 0º

1. 3

240 x 70 x 61

5 0 0 1- 0 3 0

V C F- M T 4 A

108

213

0. 0 0 3

4500

6 0º

2. 4

253 x 92 x 80

5 0 0 1- 0 3 1

V C F- M T 5 A

136

258

0. 0 0 3

3000

6 0º

303 x 108 x 101

5 0 0 1- 0 3 2

V C F- M T 3 B

188

0. 0 0 3

5000

6 0º

1. 3

240 x 70 x 61

5 0 0 1- 0 3 3

V C F- M T 4 B

108

223

0. 0 0 3

4500

6 0º

2. 4

253 x 92 x 80

5 0 0 1- 0 3 4

V C F- M T 5 B

136

273

0. 0 0 3

3000

6 0º

303 x 108 x 101

5 0 0 1- 0 3 5

L A T H E M A C HI N E A C C E S S O RI E S

I nt er- c h a n g e a bl e P oi nt s Li v e C e nt er

C o m pl et e s et wit h 7 I nt er c h a n g e a bl e P oi nt s f or v ari o u s pr o c e s si n g. P a c k e d i n c a s e. Hi g h a c c ur a n c y a n d d ur a bilit y a s w ell a s c o m pl et e r u st- pr o of p erf or m a n c e C e nt er m a b e of S C M 4 2 0 s p e ci al t o ol st e el h ar d e n e d a n d gr o u n d c a n b e u s e d f or h e a v y d ut y w or k.

G230 ø32

G212 ø 1 2. 6

ø 11

G210

G208

G206

ø10

ø8

ø6

G205

ø 6. 5

ø8

ø52

ø19

ø32

G200

ø39

S u g g e st e d t ail st o c k pr e s s ur e u n d er 6 k g/ c m 2

U nit: m m

G. W. w ei g ht k g s

P A C KI N G Lx Wx H

C O D E N O.

O R D E R N O.

TYPE

A c c ur a c y

S p e e d M a x. R. P. M.

V L C- 3 1 2

MT2

127

0. 0 0 8

4000

6 0º

0. 9

166 x 105 x 63

5 0 0 1- 0 4 0

V L C- 3 1 3

MT3

153

0. 0 0 8

3000

6 0º

1. 4

255 x 138 x 100

5 0 0 1- 0 4 1

V L C- 3 1 4

MT4

108

182

0. 0 0 8

2500

6 0º

255 x 138 x 100

5 0 0 1- 0 4 2

Hi g h S p e e d N C I nt er c h a n g e a bl e P oi nt s Li v e C e nt er

V C S- M T 3, M T 4 G230 ø32

V C S- M T 4 P, M T 5 P

G212 ø 1 2. 6

ø 11

G210

G208

G206

ø10

ø8

ø6

G205

G200

ø10

ø 6. 5

ø45

G316

G312

G310

G308

G306

ø 1 5. 5

ø20

ø47

ø52

ø19

ø32

ø8

G345

ø52

ø39

C e nt er s h aft i s m a d e of S U J 2 m at eri al u n d er v a c u u m h e at tr e at m e nt t o pr o vi d e hi g h er ri gi dit y ( H R C 6 0º ± 2º) a n d C e nt er i s c o n stit ut e d b y d u al b all b e ari n g. T hr u st b e ari n g & n e e dl e r oll er b e ari n g a s s e m bl y. S uit f or t o hi g h- s p e e d l at h e & N C l e at h e wit h h e a v y l o a d, w at er- pr o of.

S u g g e st e d t ail st o c k pr e s s ur e u n d er 6 k g/ c m 2

U nit: m m

G. W. w ei g ht k g s

P A C KI N G Lx Wx H

C O D E N O.

O R D E R N O.

A c c ur a c y

S p e e d M a x. R. P. M.

V C S- M T 3

165

0. 0 0 8

4000

6 0º

1. 8

255 x 138 x 100

5 0 0 1- 0 5 0

V C S- M T 4

108

196

0. 0 0 8

3500

6 0º

2. 5

255 x 138 x 100

5 0 0 1- 0 5 1

V C S- M T 4 P

108

196

0. 0 0 8

3500

6 0º

2. 7

235 x 130 x 80

5 0 0 1- 0 5 2

V C S- M T 5 P

136

237

0. 0 0 8

2500

6 0º

5. 1

275 x 147 x 97

5 0 0 1- 0 5 3

L A T H E M A C HI N E A C C E S S O RI E S

Hi g h L o a d I nt er c h a n g e a bl e P oi nt s Li v e C e nt er

S h aft u s e s m at eri al S U J 2:t hr o u g h v a c u u m h e at tr e at m e nt, it i s e v e n m or e d ur a bl e, h ar d n e s s i s a s hi g h a s Fr o nt e n d i s c o n stit ut e d b y S K F a n g ul ar c o nt a ct b all b e ari n g & t hr u st b all b e ari n g. mi d dl e & r e ar e n d s ar e c o m pri s e d of n e e dl e r oll er b e ari n g a s s e m bl y. T h e s e c e nt er s ar e s uit a bl e f or N C l at h e at hi g h- s p e e d & h e a v y-l o a d o p er ati o n, w at er- pr o of. S u g g e st e d t ail st o c k pr e s s ur e u n d er 6 k g/ c m 2

G. W. w ei g ht k g s

P A C KI N G Lx Wx H

U nit: m m

O R D E R N O.

A c c ur a c y

S p e e d M a x. R. P. M.

V C P- M T 3

170

0. 0 0 5

5000

6 0º

1. 7 2

V C P- M T 4

108

202

0. 0 0 5

4500

6 0º

253 x 130 x 80

5 0 0 1- 0 6 0

V C P- M T 5

136

243

0. 0 0 5

3000

6 0º

5. 5

275 x 147 x 97

5 0 0 1- 0 6 1

C O D E N O.

LI V E C E N T E R

5 0 0 1- 0 5 9

Hi g h S p e e d Li v e C e nt er E U R O STYLE

A TYPE

B TYPE S uit f or t o C N C l at h e s, c a n b e u s e d at hi g h s p e e d t ur ni n g a n d wit h w at er pr o of d e si g n. T h e c e nt er u s e s t h e c o m bi n ati o n of r oll er b e ari n g, t hr u st b all b e ari n g a n d b all b e ari n g. B T y p e i s a p pli c a bl e i n t h e m et al w or ki n g s o n s m all w or k pi e c e s. S u g g e st e d t ail st o c k pr e s s ur e u n d er 6 k g/ c m 2

U nit: m m

O R DE R N O.

TYPE

A c c ur a c y

V L C- 5 1 2

MT2 A

135

0. 0 0 3

Speed M a x. R. P. M 6000

V L C- 5 1 3

MT3 A

181

0. 0 0 3

5200

1. 8

253x92x80

5 0 0 1- 0 6 3

V L C- 5 1 4

MT4 A

11 4

225

0. 0 0 3

5000

3. 2

290x92x80

5 0 0 1- 0 6 4

V L C- 5 1 5

MT5 A

142

285

0. 0 0 3

3500

5. 6

303x108x101

5 0 0 1- 0 6 5

V L C- 5 1 3 B

MT3 B

192

0. 0 0 3

5200

1. 8

290x92x80

5 0 0 1- 0 6 7

V L C- 5 1 4 B

MT4 B

11 4

236

0. 0 0 3

5000

3. 2

253x92x80

5 0 0 1- 0 6 8

V L C- 5 1 5 B

MT5 B

142

297

0. 0 0 3

3500

6. 0

303x108x101

5 0 0 1- 0 6 9

G. W. w ei g ht

P A C KI N G L x W x H

C O DE N O.

0. 8

240x70x61

5 0 0 1- 0 6 2

L A T H E M A C HI N E A C C E S S O RI E S

B ull N o s e Pi p e C e nt er

Pi p e Li v e C e nt er

H A R D E N P R O C E S S : H R C 5 0º C O N C E N T RI CI T Y : 0. 0 0 5 m m R O U N D N E S S : 0. 0 0 5 m m M A T E RI A L : S T E E L

S u g g e st e d t ail st o c k pr e s s ur e u n d er 6 k g/ c m

U nit: m m

R. P. M. 1 0 0 L O A D W EI G H T ( K G S)

G. W. w ei g ht ( K G S)

C O D E N O.

O R DE R N O.

SI Z E MTx D

S p e e d M a x. R. P. M.

V L C- 4 2 2

M T 2 × 2 1/ 2”

6 3. 5

128

3000

6 0°

200

0. 9

5 0 0 1- 0 7 0 A

V L C- 4 2 3

M T 2 × 3”

138

2500

6 0°

400

1. 3

5 0 0 1- 0 7 0 B

V L C- 4 2 4

M T 2 × 4”

106

141

2000

7 0°

640

2. 3

5 0 0 1- 0 7 0 C

V L C- 4 3 3

M T 3 × 3”

156

3300

6 0°

400

1. 6

5 0 0 1- 0 7 0

V L C- 4 3 4

M T 3 × 4”

106

161

3000

7 0°

500

2. 8

5 0 0 1- 0 7 1

V L C- 4 3 5

M T 3 × 5”

128

173

1900

7 0°

960

4. 2

5 0 0 1- 0 7 1 A

V L C- 4 3 6

M T 3 × 6”

156

183

1900

7 0°

1200

7. 3

5 0 0 1- 0 7 1 B

V L C- 4 4 3

M T4x3

108

178

3300

6 0º

400

1. 8

5 0 0 1- 0 7 2

V L C- 4 4 4

M T4x4

108

106

183

3000

7 0º

500

3. 1

5 0 0 1- 0 7 3

V L C- 4 4 5

M T4x5

108

128

193

2000

7 0º

650

4. 9

5 0 0 1- 0 7 4

V L C- 4 4 6

M T4x6

108

156

208

1900

7 0º

800

7. 7

5 0 0 1- 0 7 5

V L C- 4 4 8

M T4x8

108

206

218

1500

7 5º

1300

1 5. 4

5 0 0 1- 0 7 6

V L C- 4 4 1 0

M T 4 × 1 0”

107

11 0

258

236

1000

8 0°

2000

5 0 0 1- 0 7 6 A

V L C- 4 5 4

M T 5 × 4”

143

106

214

2000

7 0°

640

5 0 0 1- 0 7 7 A

V L C- 4 5 5

M T 5 × 5”

136

128

221

2000

7 0°

650

5. 8

5 0 0 1- 0 7 7

V L C- 4 5 6

M T 5 × 6”

136

156

236

1900

7 0°

800

8. 6

5 0 0 1- 0 7 8

V L C- 4 5 8

M T 5 × 8”

136

206

246

1500

7 5°

1600

1 5. 7

5 0 0 1- 0 7 9

V L C- 4 5 1 0

M T 5 × 1 0”

107

143

258

264

1000

8 0°

2200

2 5. 5

5 0 0 1- 0 7 9 A

V L C- 4 5 1 2

M T 5 × 1 2”

11 0

143

306

120

281

1000

9 0°

3000

3 7. 5

5 0 0 1- 0 7 9 B

V L C- 4 6 6

M T 6 × 6”

185

156

281

1900

7 0°

1200

5 0 0 1- 0 8 0 A

V L C- 4 6 8

M T 6 × 8”

103

185

206

298

1500

7 5°

2000

1 5. 8

5 0 0 1- 0 8 0

V L C- 4 6 1 0

M T 6 × 1 0”

107

185

258

306

1000

8 0°

2500

5 0 0 1- 0 8 1

V L C- 4 6 1 2

M T 6 × 1 2”

11 0

185

306

120

323

1000

9 0°

3000

5 0 0 1- 0 8 2

L A T H E M A C HI N E A C C E S S O RI E S

L at h e C e nt er

H alf di a m et er Hi g h pr e ci si o n C ar bi d e ti p DI N 8 0 6

S u g g e st e d t ail st o c k pr e s s ur e u n d er 6 k g/ c m 2

O R D E R N O.

SI Z E

A 2

Ø D

Ø d

V L C- 1 1 7 V L C- 1 1 8 V L C- 1 1 9

MT3 MT4 MT5

41 54 69

3 4 4. 5

24 3 1. 3 4 4. 5

9 1 1. 5 13

124 158 198

C O DE N O 5 0 0 1- 0 8 6 5 0 0 1- 0 8 7 5 0 0 1- 0 8 8

K 2 0 C ar bi d e ti p p e d- H R C 7 0º H ar d e n e d & pr e ci si o n gr o u n d. C o n c e ntri cit y wit hi n. 0 0 0 2 ( 0. 0 0 5 m m) DI N 8 0 6 L AT H E C E N T E R

L at h e C e nt er

W ei g ht ( k g s) 0. 3 3 0. 7 2 1. 7 3

S u g g e st e d t ail st o c k pr e s s ur e u n d er 6 k g/ c m

O R DE R N O. V L C- 1 1 2 V L C- 1 1 3 V L C- 1 1 4 V L C- 1 1 5 V L C- 1 1 6

U nit: m m

SI Z E

M T- 2 M T- 3 M T- 4 M T- 5 M T- 6

69 89 109 136 190

67 81 1 0 2. 5 1 2 9. 5 182

31 39 46 64 80

8 10 14 18 30

100 125 165 200 270

1 7. 7 8 0 2 3. 8 2 5 3 1. 2 6 7 4 4. 3 9 9 6 3. 6 4 8

1 8. 0 2 4. 1 3 1. 6 4 4. 7 6 3. 8

6 8 10 14 18

W ei g ht ( k g s) 0. 2 0. 4 0. 8 2. 1 5. 7

C O DE N O. 5 0 0 1- 0 9 0 5 0 0 1- 0 9 1 5 0 0 1- 0 9 2 5 0 0 1- 0 9 3 5 0 0 1- 0 9 4

D e a d C e nt er S uit f or l at h e & gri n di n g m a c hi n e H ar d e n e d & pr e ci si o n gr o u n d DI N 8 0 6

S u g g e st e d t ail st o c k pr e s s ur e u n d er 6 k g/ c m 2

O R D E R N O. V L C- 1 2 6 V L C- 1 2 7 V L C- 1 2 8 V L C- 1 2 9 V L C- 1 3 0

SI Z E MT2 MT3 MT4 MT5 MT6

A 18 24 30 39 54

B 7 10 11 16 29

C 75 91 11 4 145 187

D 19 25 32 46 64

L 100 125 155 200 270

W ei g ht ( k g s) 0. 1 6 0. 3 4 0. 7 3 1. 9 5. 1 2

C O D E N O. 5 0 0 1- 1 1 1 5 0 0 1- 1 1 2 5 0 0 1- 1 1 3 5 0 0 1- 1 1 4 5 0 0 1- 1 1 5

L A T H E M A C HI N E A C C E S S O RI E S

W or k- Dri vi n g C e nt er O P TI O N A L :

V D K- 1 5

75L

V D K- 2 3 MT4

T A P E R S L E E V E C 4 0- M T 4 V D K- 3 2

T hi s Cl a m p-fr e e c e nt er i s c o m pri s e d of e x c ell e nt m e c h a ni c al str u ct ur e, n e arl y fr e e of br e a k d o w n. m ai n b o d y & c e nt er s h aft ar e m a d e of S L D m at eri al b y h e at tr e at m e nt( H R C 6 2º). Dri vi n g i s r e q uir e d f or tr a diti o n al l at h e m a c hi ni n g t o pr e v e nt w or k pi e c e fr o m st o p. T hi s cl a m p-fr e e c e nt er wit h 6 T & 8 T d e si g n o n e n d s urf a c e i s a bl e t o s e c ur el y s u p p ort w or k pi e c e s urf a c e t o S u g g e st e d t ail st o c k pr e s s ur e u n d er 6 k g/ c m

O R DE R N O. V D K- 1 5- M T 4 V D K- 2 3- M T 4 V D K- 3 2- M T 4

O P TI O N A L:

C e nt er S h aft Si z e

O ut er Di a

W or ki n g R a n g e

6ø 8ø 8ø

16ø 23ø 32ø

1 6 ø- 2 5 ø 2 3 ø- 3 2 ø 3 2 ø- 4 5 ø

U nit: m m

W ei g ht ( K G S) 0. 6 0. 7 0. 7

C O D E N O. 5 0 0 1- 1 0 0 5 0 0 1- 1 0 1 5 0 0 1- 1 0 2 U nit: m m

O R D E R N O.

S uit F or It e m

Si z e

C O D E N O.

V D K- S L E E V E

V D K- 1 5- M T 4 V D K- 2 3- M T 4 V D K- 3 2- M T 4

C 4 0- M T 4

5 0 0 1- 1 0 5

W or k- Dri vi n g C e nt er- C h a n g a bl e Ti p s 75L

MT4

S ET ST YL E

ST OPPE R

T A P E R S L E E V E C 4 0- M T 4

CE NTE R

S u g g e st e d t ail st o c k pr e s s ur e u n d er 6 k g/ c m 2

O R D E R N O.

C e nt er S h aft Si z e

V D C- 3 0- M T 4

6 ø, 8 ø, 1 0 ø

L A T H E M A C HI N E A C C E S S O RI E S

St o p p er O ut er Di a 1 6 ø, 2 3 ø, 3 0 ø

W or ki n g R a n g e 1 5 ø- 4 5 ø

W ei g ht ( K G S) 2. 6 3

C O D E N O. 5 0 0 1- 1 0 6

I nt er- C h a n g e a bl e P oi nt R olli n g C e nt er

E c o n o mi c al T y p e

7 p oi nt s / s et C o n c e ntri cit y : ± 0. 0 0 8 m m Wit h hi g h gr a d e b e ari n g

O R DE R N O.

TYPE

V L C- 6 1 2 V L C- 6 1 3 V L C- 6 1 4 V L C- 6 1 5

MT2 MT3 MT4 MT5

24 24 24 25

39 43 44 64

69 91 107 138

40 46 48 6 3. 5

29 30 32 35

132 158 175 227

Li v e L at h e C e nt er

A c c ur a c y

G. W. W ei g ht K g s

C O DE N O.

0. 0 0 5 0. 0 0 5 0. 0 0 5 0. 0 0 5

1800 1600 1600 1000

0. 8 5 1. 1 1. 4 3. 8

5 0 0 1- 1 2 1 5 0 0 1- 1 2 2 5 0 0 1- 1 2 3 5 0 0 1- 1 2 4

H ar d e n e d & pri ci si o n gr o u n d C o n c e ntri cit y : 0. 0 0 0 2” ( ± 0. 0 0 5 m m)

S u g g e st e d t ail st o c k pr e s s ur e u n d er 6 k g/ c m 2

O R D E R N O.

TYPE

V L C- 1 7 2 V L C- 1 7 3 V L C- 1 7 4 V L C- 1 7 5

MT2 MT3 MT4 MT5

32 34 34 50

40 45 45 61

72 88 109 134

41 45 45 68

25 30 30 45

144 167 188 245

S P E E D M A X. R. P. M. 2300 2000 1800 1500

Drill C h u c k s Ar b or M T 3. 4. 5 - J T-

SL E E V E O R DE R N O. V Q- 1 0 1 V Q- 1 0 2 V Q- 1 0 3 V Q- 1 0 4 V Q- 1 0 5 V Q- 1 0 6 V Q- 1 0 7 V Q- 1 0 8 V Q- 1 0 9 V Q- 1 1 0 V Q- 1 0 0 V Q- 1 0 0- 1 V Q- 1 0 0- 2 V Q- 1 0 0- 3

Pl e a s e s e e p a g e C 4 3, C 4 4, C 5 6, C 5 7 I. D. x O. D. M T2x M T3 M T2x M T4 M T2x M T5 M T2x M T6 M T3x M T4 M T3x M T5 M T3x M T6 M T4x M T5 M T4x M T6 M T5x M T6 M T1x M T3 M T1x M T2 M T1x M T4 M T1x M T5

2 3. 8 2 5 1 7. 7 8 0 3 1. 2 6 7 1 7. 7 8 0 4 4. 3 9 9 1 7. 7 8 0 3 1. 2 6 7 4 4. 3 9 9 6 3. 3 4 8 4 4. 3 9 9 6 3. 3 4 8 6 3. 3 4 8 2 3. 8 2 5 1 7. 7 8 0 3 1. 2 6 7 4 4. 3 9 9

2 3. 8 2 5 2 3. 8 2 5 2 3. 8 2 5 3 1. 2 6 7 3 1. 2 6 7 4 4. 3 9 9 1 2. 0 6 5 1 2. 0 6 5 1 2. 0 6 5 1 2. 0 6 5

U nit: m m

Speed Max R. P. M.

C O DE N O. 1 1 2 1 8 6 7 0. 2 3 2 1 0- 0 0 1 1 2 4 6. 5 6 7 0. 5 3 2 1 0- 0 0 2 1 5 6 6. 5 6 7 1. 4 3 2 1 0- 0 0 3 4. 1 3 3 2 1 0- 0 0 4 1 4 0 2 2. 5 8 4 0. 4 3 2 1 0- 0 0 5 1 5 6 6. 5 8 4 1. 3 3 2 1 0- 0 0 6 218 8 84 4 3 2 1 0- 0 0 7 1 7 1 2 1. 5 1 0 7 1 3 2 1 0- 0 0 8 2 1 8 8 1 0 7 3. 7 3 2 1 0- 0 0 9 2 1 8 8 1 3 3 2. 9 3 2 1 0- 0 1 0 100 6 5 5 0. 2 3 2 1 0- 0 1 1 8 9 1 4 5 5 0. 2 2 3 2 1 0- 0 1 2 1 2 4 6. 5 5 5 0. 8 9 3 2 1 0- 0 1 3 156 7 5 5 1. 3 3 3 2 1 0- 0 1 4 L

O R DE R N O. V J- 1 2 6 V J- 1 2 6- 1 V J- 1 2 6- 3 V J- 1 3 0 V J- 1 3 0- 2 V J- 1 3 0- 4 V J- 1 3 7 V J- 1 3 1 V J- 1 3 1- 2 V J- 1 3 1- 4 V J- 1 3 4 V J- 1 3 4- 2 V J- 1 3 8- 1 V J- 1 3 1- 2 V J- 1 3 8- 2 V J- 1 3 2 V J- 1 3 2- 1 V J- 1 3 2- 7 V J- 1 3 2- 4 V J- 1 3 2- 5 V J- 1 3 2- 6 V J- 1 3 2- 8 V J- 1 3 5 V J- 1 3 3 V J- 1 3 3- 1 V J- 1 3 3- 2 V J- 1 3 3- 3 V J- 1 3 3- 4 V J- 1 3 3- 5

W O R K L O A DI N G- K G S 60 160 300 800 TAPE R MT2 MT2 MT2 MT2 MT2 MT2 MT2 MT3 MT3 MT3 MT3 MT3 MT3 MT3 MT3 MT4 MT4 MT4 MT4 MT4 MT4 MT4 MT4 MT5 MT5 MT5 MT5 MT5 MT5

JT N O. JT3 B16 B18 JT6 JT5 JT4 JT2 JT6 JT5 JT33 B16 B18 JT3 JT5 JT4 JT6 JT3 JT4 JT5 JT2 JT33 B18 B16 JT6 JT3 JT4 JT5 JT2 JT33

G. W. w ei g ht k g s 0. 5 5 0. 8 4 1. 1 5 3. 3

2 0. 6 1 5. 7 3 3 1 7. 7 8 1 7. 1 7 3 5. 8 9 2 8. 5 5 1 4. 2 1 7. 1 7 3 5. 8 9 1 5. 8 5 1 5. 7 3 3 1 7. 7 8 2 0. 6 0 3 5. 8 9 2 8. 5 5 1 7. 1 7 2 0. 6 0 2 8. 5 5 3 5. 8 9 1 4. 2 1 5. 8 5 1 7. 7 8 1 5. 7 3 3 1 7. 1 7 2 0. 6 0 2 8. 5 5 3 5. 8 9 1 4. 2 1 5. 8 5

34 29 37 28 50 45 25 26 50 28 24 37 34 50 45 26 34 45 50 25 28 37 29 26 35 46 51 26 29

0. 2 4 0. 2 0. 2 1 0. 2 2 0. 5 0. 4 0. 2 0. 4 0. 7 0. 3 0. 3 0. 4 0. 3 5 0. 7 0. 5 0. 7 0. 7 0. 8 5 1 0. 6 4 0. 6 5 0. 7 0. 7 1. 6 1. 6 1. 8 2 1. 6 1. 6

C O DE N O 5 0 0 1- 1 3 1 5 0 0 1- 1 3 2 5 0 0 1- 1 3 3 5 0 0 1- 1 3 4

C O DE N O. 3 2 0 9- 0 0 6 3 2 0 9- 0 0 6 A 3 2 0 9- 0 0 6 B 3 2 0 9- 0 2 9 3 2 0 9- 0 2 9 A 3 2 0 9- 0 2 9 B 3 2 0 9- 0 5 6 3 2 0 9- 0 3 0 3 2 0 9- 0 3 0 A 3 2 0 9- 0 3 0 B 3 2 0 9- 0 3 3 3 2 0 9- 0 3 3 A 3 2 0 9- 0 3 4 3 2 0 9- 0 3 0 A 3 2 0 9- 0 3 5 3 2 0 9- 0 3 1 3 2 0 9- 0 3 1 A 3 2 0 9- 0 3 1 B 3 2 0 9- 0 3 1 C 3 2 0 9- 0 3 1 D 3 2 0 9- 0 3 1 E 3 2 0 9- 0 3 1 F 3 2 0 9- 0 3 6 3 2 0 9- 0 3 2 3 2 0 9- 0 3 2 A 3 2 0 9- 0 3 2 B 3 2 0 9- 0 3 2 C 3 2 0 9- 0 3 2 D 3 2 0 9- 0 3 2 E

L A T H E M A C HI N E A C C E S S O RI E S

L AT H E C E N T E R

S u g g e st e d t ail st o c k pr e s s ur e u n d er 6 k g/ c m 2

3 J a w S elf C e nt eri n g C h u c k

2 S et of S oli d J a w. Pl ai n B a c k

N or m al T y p e

S P E CI FI C A TI O N S O R D E R N O.

D- Si z e

V S C- 3 A V S C- 4 A V S C- 5 A V S C- 6 A V S C- 7 A V S C- 8 A V S C- 9 A V S C- 1 0 A V S C- 1 2 A V S C- 1 6 A V S C- 2 0 A V S C- 2 5 A

8 0 m m( 3 ) 1 0 0 m m( 4 ) 1 3 0 m m( 5 ) 1 6 0 m m( 6 ) 1 9 0 m m( 7 1 /2 ) 2 0 0 m m( 8 ) 2 4 0 m m( 9 1 /2 ) 2 5 0 m m( 1 0 ) 3 1 5 m m( 1 2 ) 4 0 0 m m( 1 6 ) 5 0 0 m m( 2 0 ) 6 3 0 m m( 2 5 )

66 84 11 5 142 172 180 215 226 285 368 465 595

55 72 100 130 155 165 195 206 260 340 440 560

16 22 30 45 55 70 70 80 100 130 210 260

66 7 4. 5 78 95 105 109 1 2 2. 5 120 1 4 7. 5 1 7 3. 5 202 194

50 55 55 65 75 75 80 80 90 100 11 5 130

G RI P PI N G R A N G E W EI G H T h T H RE A D ( k g s) O. D. R A N G E I. D. R A N G E 3. 5 3- M 6 Ø 2- Ø 7 0 Ø 2 4- Ø 6 4 2 3. 5 3- M 8 Ø 3- Ø 9 0 Ø 3 2- Ø 8 4 3. 3 3. 5 3- M 8 Ø 3- Ø 1 1 0 Ø 3 5- Ø 1 0 0 5. 8 5 3- M 8 Ø 3- Ø 1 6 0 Ø 4 8- Ø 1 5 0 9 5 3- M 1 0 Ø 4- Ø 1 8 0 Ø 5 6- Ø 1 7 0 1 5. 1 5 3- M 1 0 Ø 4- Ø 1 8 0 Ø 5 6- Ø 1 7 0 1 5. 6 5 3- M 1 2 Ø 5- Ø 2 2 0 Ø 6 2- Ø 2 1 0 26 5 3- M 1 2 Ø 6- Ø 2 2 0 Ø 7 0- Ø 2 5 0 2 6. 5 6 3- M 1 6 Ø 1 0- Ø 3 0 0 Ø 8 6- Ø 2 9 0 47 6 3- M 1 6 Ø 1 4- Ø 4 0 0 Ø 1 0 0- Ø 3 8 0 73 6 3- M 1 6 Ø 2 5- Ø 5 0 0 Ø 1 5 0- Ø 5 0 0 131 6 3- M 1 6 Ø 5 0- Ø 6 3 0 Ø 1 7 0- Ø 6 3 0 200

U nit: m m

C O D E N O. 5 0 0 2- 0 2 0 A 5 0 0 2- 0 2 1 A 5 0 0 2- 0 2 2 A 5 0 0 2- 0 2 3 A 5 0 0 2- 0 2 4 A 5 0 0 2- 0 2 5 A 5 0 0 2- 0 2 6 A 5 0 0 2- 0 2 7 A 5 0 0 2- 0 2 8 A 5 0 0 2- 0 2 9 A 5 0 0 2- 0 3 0 A 5 0 0 2- 0 3 1 A

3 J a w P o w erf ul S elf C e nt eri n g C h u c k

N or m al T y p e

R e v er si bl e T o p J a w s. Pl ai n B a c k

3 J A W S E L F C E N T E RI N G C H U C K R E V E R SI B L E T O P J A W S. P L AI N B A C K

S P E CI FI C A TI O N S O R D E R N O.

D- Si z e

V S K- 6 A V S K- 8 A V S K- 1 0 A V S K- 1 2 A V S K- 1 3 A V S K- 1 5 A V S K- 1 6 A

1 6 0 m m( 6 ) 2 0 0 m m( 8 ) 2 5 0 m m( 1 0 ) 3 1 5 m m( 1 2 ) 3 2 5 m m( 1 3 ) 3 8 0 m m( 1 5 ) 4 0 0 m m( 1 6 )

142 180 226 285 296 350 368

130 165 206 260 272 325 340

45 65 80 100 100 130 130

95 109 120 1 5 6. 5 1 5 4. 5 1 5 6. 5 1 8 1. 5

71 78 84 1 0 2. 5 1 0 2. 5 1 0 4. 5 1 2 9. 5

L A T H E M A C HI N E A C C E S S O RI E S

T H RE A D 5 5 5 6 6 6 6

3- M 8 3- M 1 2 3- M 1 2 3- M 1 6 3- M 1 6 3- M 1 6 3- M 1 6

G RI P PI N G R A N G E O. D. R A N G E I. D. R A N G E Ø 8- Ø 1 6 0 Ø 5 5- Ø 1 5 0 Ø 8- Ø 1 8 0 Ø 6 2- Ø 1 7 0 Ø 1 2- Ø 2 6 0 Ø 8 0- Ø 2 5 0 Ø 1 5- Ø 3 0 0 Ø 9 0- Ø 2 9 0 Ø 1 1. 5- Ø 3 5 0 Ø 1 1 0- Ø 3 4 0 Ø 1 1. 5- Ø 4 0 0 Ø 1 1 0- Ø 4 0 0 Ø 3 0- Ø 4 7 0 Ø 1 1 0- Ø 3 8 0

U nit: m m

W EI G H T ( k g s)

C O D E N O.

8. 3 16 2 1. 7 41 4 5. 8 6 4. 7 7 5. 5

5 0 0 2- 0 4 0 A 5 0 0 2- 0 4 2 A 5 0 0 2- 0 4 3 A 5 0 0 2- 0 4 3 B 5 0 0 2- 0 4 4 A 5 0 0 2- 0 4 5 A 5 0 0 2- 0 4 6 A

4 J a w S elf C e nt eri n g C h u c k s N or m al T y p e

S P E CI FI C A TI O N S

U nit: m m

T H RE A D

W EI G H T ( k g s)

O R D E R N O.

V P S- 6 A

165

130

145

3- M 8

Ø 4- Ø 1 6 5

Ø 5 5- Ø 1 5 0

9. 3

5 0 0 2- 0 5 0

V P S- 8 A

200

165

180

109

3- M 1 0

Ø 4- Ø 2 0 0

Ø 6 5- Ø 2 0 0

1 6. 6

5 0 0 2- 0 5 2

V P S- 1 0 A

250

206

226

120

3- M 1 2

Ø 6- Ø 2 5 0

Ø 9 0- Ø 2 5 0

5 0 0 2- 0 5 3

V P S- 1 2 A

315

260

285

100

1 4 7. 5

3- M 1 6

Ø 1 0- Ø 3 1 5

Ø 1 0 0- Ø 3 1 5

5 0 0 2- 0 5 4

O. D. R A N G E I. D. R A N G E

C O D E N O.

4- J a w P o w erf ul S elf C e nt eri n g C h u c k s N or m al T y p e

S P E CI FI C A TI O N S

U nit: m m

G RI P PI N G R A N G E

W EI G H T ( k g s)

C O D E N O.

Ø 5 5- Ø 1 5 0

9. 5

5 0 0 2- 0 5 5

Ø 4- Ø 2 0 0

Ø 6 5- Ø 2 0 0

1 4. 8

5 0 0 2- 0 5 7

3- M 1 2

Ø 6- Ø 2 5 0

Ø 9 0- Ø 2 5 0

2 4. 7

5 0 0 2- 0 5 8

3- M 1 6

Ø 1 0- Ø 3 1 5

Ø 1 0 0- Ø 3 1 5

4 5. 7

5 0 0 2- 0 5 9

O R D E R N O.

T H RE A D

V P S- 6 A K

165

130

145

109

3- M 8

Ø 4- Ø 1 6 5

V P S- 8 A K

200

165

180

122

3- M 1 0

V P S- 1 0 A K

250

206

226

136

V P S- 1 2 A K

315

260

285

100

1 5 6. 5

O. D. R A N G E I. D. R A N G E

L A T H E M A C HI N E A C C E S S O RI E S

E10

C E N T E RI N G C H U C K

G RI P PI N G R A N G E

3- J a w S cr oll C h u c k s D 1 C a ml o c k Dir e ct M o u nti n g N or m al T y p e

B A C K S A M PL E ( A S A s pi n dl e n o s e D 1- 4, D 1- 5, D 1- 6, D 1- 8) A m eri c a n st a n d ar d c a ml o c k t y p e wit h 2- pi e c e r e v er si bl e h ar d t o p j a w s. Gri p pi n g a c c ur a c y of 0. 0 3 m m( 0. 0 0 2i n c h) T.I. R. St a n d ar d a c c e s s ori e s A c h u c k wr e n c h a n d h e x. k e y O n e s et of m o u nti n g b olt s.( U N C- b olt s)

S P E CI FI C A TI O N S O R D E R S pi n dl e C h u c k A B C H J N O. Si z e Si z e

K D 5- 8 ” K D 6- 8 ”

D 1- 5 D 1- 6

200 200

M o u nti n g Di m e n si o n s F1

F2 F3

Gri p pi n g R a n g e O. D. Range

W ei g ht ( k g)

I. D. Range

7 7 4 6 1 1 8 2 2 8 4 2 8 2. 5 6 3 1 4. 3 1 9 1 0 4. 7 8 Ø 8- Ø 1 8 0 Ø 6 2- Ø 1 7 0 7 7 5 8 1 1 8 2 2 8 4 2 1 0 6. 3 7 5 1 6 2 2 1 3 3. 3 5 Ø 8- Ø 1 8 0 Ø 6 2- Ø 1 7 0

All o w a bl e Gri p pi n g M a x. H a n dl e F or c e ( k gf.I M 2 ) S p e e d C NO O.D E T or q u e ( k gf) (r. p. m.) ( k gf. m)

18 17

1 1. 5 17

3600 3600

0. 0 7 0. 0 7

3200 3200

5 0 0 2- 0 6 1 5 0 0 2- 0 6 3

3- J a w P o w erf ul C a ml o c k T y p e S elf- C e nt eri n g C h u c k N or m al T y p e

Ød4

D 160 200 250 315

M O U N TI N G TYPE D5 D6 D6 D6

8 2. 5 6 3

D 1- 6

1 0 6. 3 7 5

D 1- 8

1 0 6. 3 7 5

D 1- 1 1

1 0 6. 3 5 7

W EI G H T ( k g s) 10 17 32 49

C O D E N O.

V S C- W 1 6

V S C- W 2 0

S A M PL E

S P E CI FI C A TI O N S O R DE R N O. V S K C- 6 A V S K C- 8 A V S K C- 1 0 A V S K C- 1 2 A

D 1- 5

T H RE A D

40 50 70 100

1 0 4. 8 1 3 3. 4 1 3 3. 4 1 3 3. 4

146 181 181 181

8 2. 5 6 3 1 0 6. 3 7 5 1 0 6. 3 7 5 1 0 6. 3 7 5

12 13 13 13

73 86 98 1 0 3. 5

15 16 16 16

6- M 1 2 x 1. 0 P 6- M 1 6 x 1. 5 P 6- M 1 6 x 1. 5 P 6- M 1 6 x 1. 5 P

5 0 0 2- 1 1 1 5 0 0 2- 1 1 2 5 0 0 2- 1 1 3 5 0 0 2- 1 1 4

3- J a w Wr e n c h N or m al T y p e

O R D E R V S C- W 3 N O.

V S C- W 5

V S C- W 6

I II C O DE N O.

E 11

L A T H E M A C HI N E A C C E S S O RI E S

V S C- W 8

V S C- W 1 0

V S C- W 1 2

DI N- T y p e 3- J a w S elf- C e nt eri n g C h u c k s

SI MI L A R DI N 6 3 5 0

It h a v e fr o nt m o u nti n g t y p e a s w ell.

S P E CI FI C A TI O N S

G RI P PI N G R A N G E

O R D E R N O.

T H RE A D

R. P. M. M AX SPEE D

W EI G H T ( k g s)

C O D E N O.

V S C- 3 D

6 6. 5

3- M 6

4000

Ø 2- Ø 7 0

Ø 2 2- Ø 6 3

1. 9

5 0 0 2- 2 1 5

V S C- 4 D

100

7 4. 5

3- M 8

3500

Ø 2- Ø 9 0

Ø 3 0- Ø 8 0

3. 3

5 0 0 2- 2 1 6

V S C- 5 D

125

108

8 4. 5

3- M 8

3000

Ø 2. 5- Ø 1 2 5

Ø 3 8- Ø 1 1 0

5. 2

5 0 0 2- 2 1 7

V S C- 6 D

160

125

140

6- M 1 0

2500

Ø 3- Ø 1 6 0

Ø 5 5- Ø 1 4 5

9. 1

5 0 0 2- 2 1 8

V S C- 8 D

200

160

176

109

6- M 1 0

2500

Ø 4- Ø 2 0 0

Ø 6 5- Ø 2 0 0

5 0 0 2- 2 1 9

V S C- 1 0 D

250

200

224

120

6- M 1 2

1600

Ø 6- Ø 2 5 0

Ø 9 0- Ø 2 5 0

2 7. 5

5 0 0 2- 2 1 9 A

O. D. R A N G E I. D. R A N G E

4- J a w I n d e p e n d e nt C h u c k Pl ai n B a c k

S P E CI FI C A TI O N S O R DE R N O. V K C- 4

D- si z e

1 0 0 m m( 4 )

V K C- 5

1 2 5 m m( 5 )

108

G RI P PI N G R A N G E L 1 h T H R E A D M A XR. SP. P M.E E D O. D. R A N G E I. D. R A N G E 5 4 3. 5 2300 Ø 6- Ø 4 5 Ø 4 0- Ø 1 0 0 4- M 8 5 6 4. 5 1900 Ø 7- Ø 5 7 Ø 4 8- Ø 1 2 5

V K C- 6

1 6 0 m m( 6 )

4- M 1 0

V K C- 8

2 0 0 m m( 8 )

11 2

107

V K C- 1 0

2 5 0 m m( 1 0 )

11 0

130

120

V K C- 1 2 B

3 2 0 m m( 1 2 )

140

165

V K C- 1 4

3 5 0 m m( 1 4 )

130

168

11 0

134

V K C- 1 6

4 0 0 m m( 1 6 )

160

185

125

143

V K C- 2 0

5 0 0 m m( 2 1 )

200

236

160

161 106

V K C- 2 5

6 3 0 m m( 2 5 )

220

258

180

1 7 5 11 8 1 0

V K C- 3 2

8 0 0 m m( 3 2 )

250

300

210

202 132 12

V K C- 4 0

1 0 0 0 m m( 4 0 ) 3 2 0

370

305

259 170 15

V K C- 5 0

1 2 5 0 m m( 5 0 ) 4 0 0

500

385

273 185 15

8- M 2 0

4- M 1 2 4- M 1 6

U nit: m m

W EI G H T ( k g s) 3. 5

C O D E N O. 5 0 0 2- 2 2 0

5. 1

5 0 0 2- 2 2 1

1500

Ø 8- Ø 8 0

Ø 5 0- Ø 1 6 0

8. 3

5 0 0 2- 2 2 2

1350

Ø 1 0- Ø 1 0 0

Ø 6 3- Ø 2 0 0

1 5. 9

5 0 0 2- 2 2 3

11 0 0

Ø 1 5- Ø 1 3 0

Ø 8 0- Ø 2 5 0

2 1. 8

5 0 0 2- 2 2 4

850

Ø 2 0- Ø 1 7 6

Ø 1 0 0- Ø 3 1 5

5 0 0 2- 2 2 6

550

Ø 2 0- Ø 2 0 6

Ø 1 0 0- Ø 3 5 0

5 3. 6

5 0 0 2- 2 2 7

550

Ø 2 5- Ø 2 5 0

Ø 1 1 8- Ø 4 0 0

5 0 0 2- 2 2 8

350

Ø 3 5- Ø 3 0 0

Ø 1 2 5- Ø 5 0 0

105

5 0 0 2- 2 2 9

280

Ø 5 0- Ø 4 0 0

Ø 1 6 0- Ø 6 3 0

162

5 0 0 2- 2 3 0

8- M 2 0

200

Ø 7 0- Ø 5 4 0

Ø 2 0 0- Ø 8 0 0

265

5 0 0 2- 2 3 1

8- M 2 0

150

Ø 1 0 0- 6 8 0

Ø 2 5 0- 1 0 0 0

536

5 0 0 2- 2 3 2

150

Ø 1 7 0- 9 0 0

Ø 2 5 0- 1 2 5 0

905

5 0 0 2- 2 3 3

4- M 2 0

L A T H E M A C HI N E A C C E S S O RI E S

E12

S C R OLL C H U C K

U nit: m m

3- J a w S cr oll C h u c k Ø B2

Ø A1

Ø B1

O. D. M A X.

Ø A2

Ø A3

Ø A4

I. D. M A X.

S P E CI FI C A TI O N S O R DE R N O.

Ø A1 2- 3 0 3- 4 0 3- 5 3 4- 7 4 4- 8 8 4- 8 8 5- 1 1 4 6- 1 4 3 1 0- 1 6 7 1 2- 2 0 1 1 4- 2 3 1

V S C- 3 V S C- 4 V S C- 5 V S C- 6 V S C- 7 V S C- 8 V S C- 9 V S C- 1 0 V S C- 1 2 V S C- 1 4 V S C- 1 6

I nt er c h a n g a bl e utili z ati o n of i nt er n al a n d e xt er n al h ar d j a w s. V S C t y p e s f e at ur e e c o n o mi c al a n d d ur a bl e, s uit a bl e f or m a s s pr o d u cti o n. Gri p pi n g a c c ur a c y of 0. 0 3 m m ( 0. 0 1 2i n c h) T.I. R.. T h e b o d y i s m a d e of M E E H A NI T E. It i s s uit a bl y u s e d f or hi g h s p e e d r e v ol uti o n a n d 3 ti m e s m or e d ur a bl e t h a n r e g ul ar c h u c k s.

S P E CI FI C A TI O N S Di m

U nit: m m

I nt er n al Gri p pi n g Ø B1 Ø B2 4 4- 6 4 2 4- 4 9 3 2- 6 3 5 3- 8 4 3 5- 8 3 6 2- 1 0 0 4 8- 1 1 4 8 6- 1 5 0 5 6- 1 3 3 9 8- 1 7 0 5 6- 1 3 3 9 8- 1 7 0 6 2- 1 6 5 1 1 1- 2 1 0 7 0- 2 0 3 1 3 0- 2 5 0 8 6- 2 3 5 1 4 2- 2 9 0 9 6- 2 8 1 1 6 8- 3 2 0 1 0 0- 3 1 9 1 9 4- 3 8 0

Gri p pi n g All o w a bl e Gri p pi n g M a x. Range H a n dl e I W ei g ht C O DE F or c e ( k gf. m) ( k g s) S p e e d T or q u e N O. O. D. I. D. ( k gf) (r. p. m.) ( k gf. m) Range Range

V S C- 3

3- M 6

3. 0

900

1. 9

2500

Ø 2Ø70

Ø 2 464 Ø

5 0 0 2001

V S C- 4

11 2 5 9

2 4 4. 5 3- M 8

4. 5

1200

3. 9

2500

Ø 3Ø90

Ø 3 2Ø84

5 0 0 2002

V S C- 5

1 3 2 6 0 1 0 0 1 1 5 3 2 4. 5 3- M 8

6. 5

1500

0. 0 1

4. 6

2500

Ø 3Ø 11 0

Ø 3 5Ø100

5 0 0 2003

V S C- 6

165 67 130 147 45

5 3- M 1 0 6 3

9. 0

3300

0. 0 3

7. 6

2000

Ø 4Ø160

Ø 4 8Ø150

5 0 0 2004

V S C- 7

1 9 2 7 6. 5 1 5 5 1 7 2 5 8

5 3- M 1 0 7 7 2 1. 5 2 8

1 1. 0

3600

0. 0 6

2000

Ø 4Ø180

Ø 5 6Ø170

5 0 0 2005

V S C- 8

2 0 0 7 6. 5 1 6 0 1 7 6 5 8

5 3- M 1 0 7 7 2 1. 5 2 8

1 1. 0

3600

0. 0 7

1 3. 3

2000

Ø 4Ø180

Ø 5 6Ø170

5 0 0 2006

V S C- 9

232 84 190 210 70

6 3- M 1 2 8 7

2 4 3 4. 5 1 2

1 5. 0

3900

0. 1 5

1 9. 3

2000

Ø 5Ø220

Ø 6 2Ø210

5 0 0 2007

V S C- 1 0

2 7 3 8 7 2 3 0 2 5 0 8 7 8. 5 3- M 1 2 9 8

1 9. 5

4800

0. 2 5

2 6. 2

1800

Ø 6Ø260

Ø 7 0Ø250

5 0 0 2008

V S C- 1 2

3 1 0 9 6 2 6 0 2 8 5 1 0 5 7 3- M 1 2 1 1 0 3 0

2 1. 0

5700

0. 5 8

3 7. 6

1800

Ø 1 0Ø300

Ø 8 6Ø290

5 0 0 2009

V S C- 1 4

3 5 5 1 1 2 3 0 0 3 2 8 1 2 7 7 6- M 1 2 1 3 2 3 5

2 3. 0

4500

5 7. 2

1500

Ø 1 2Ø350

Ø 9 6Ø230

5 0 0 2009 A

V S C- 1 6

4 0 5 1 2 2 3 4 5 3 7 5 1 6 0 8. 5 3- M 1 4 1 4 6 4 2

2 3. 0

4500

1. 7 5

8 0. 7

1500

Ø 1 4Ø400

Ø 1 0 0Ø380

5 0 0 2010

O R DE R N O.

E13

Gri p pi n g R a n g e E xt er n al Gri p pi n g Ø A2 Ø A3 Ø A4 2 9- 5 5 4 9- 7 0 2- 3 0 3 8- 7 4 6 4- 9 0 3- 4 0 4 3- 9 4 7 3- 1 1 0 3- 5 3 4 7- 1 2 0 9 1- 1 6 0 4- 7 4 6 0- 1 4 6 1 1 1- 1 8 0 4- 8 8 6 0- 1 4 6 1 1 1- 1 8 0 4- 8 8 6 4- 1 7 5 1 2 0- 2 2 0 5- 1 1 4 7 9- 2 1 9 1 4 5- 2 6 0 6- 1 4 3 8 8- 2 5 2 1 5 8- 3 0 0 1 0- 1 6 7 1 0 6- 3 0 3 1 8 9- 3 5 0 1 2- 2 0 1 1 1 1- 3 3 9 2 1 1- 4 0 0 1 4- 2 3 1

L A T H E M A C HI N E A C C E S S O RI E S

3- J a w P o w erf ul S cr oll C h u c k Ø B2

Ø A1

Ø B1

O. D. M A X.

Ø A2

Ø A3

I. D. M A X.

S P E CI FI C A TI O N S

V S K- 4 V S K- 5 V S K- 6 V S K- 7 V S K- 8 V S K- 9 V S K- 1 0 V S K- 1 2 V S K- 1 4 V S K- 1 6 V S K- 2 0

V S K t y p e s c h u c k s h a v e wi d er u nili z ati o n r a n g e; h ar d j a w s s uit a bl ef or h e a v y c utti n g; o pti o n al s oft j a w s s uit a bl e f or li g ht a n d pr e ci si o n c utti n g. H ar d j a w s c o ul d b e u s e d a s i nt er n al j a w s a n d e xt er n al j a w s. Gri p pi n g a c c ur a c y of 0. 0 3 m m( 0. 0 1 2i n c h) T.I. R. T h e b o d y i s m a d e of M E E H A NI T E. It i s s uit a bl y u s e d f or hi g h s p e e d r e v ol uti o n a n d 3 ti m e s m or e d ur a bl e t h a n r e g ul ar c h u c k s.

S P E CI FI C A TI O N S Di m

V S K r e v er si bl e t y p e

V S K- 4

11 2

2 4 4. 5 3- M 8

V S K- 5

132

1 0 0 1 1 5 3 2 4. 5 3- M 8

V S K- 6

165

O R DE R N O.

Ø A1 3- 3 6 3- 4 7 8- 7 4 8- 8 8 8- 8 8 1 1- 1 1 8 1 2- 1 4 2 1 5- 1 6 6 2 5- 2 0 2 3 0- 2 3 8 2 5- 3 6 6

All o w a bl e Gri p pi n g H a n dl e I W ei g ht S Mp ae x.e d L F or c e T or q u e ( k gf) ( k gf. m) ( k g s) (r. p. m.) ( k gf. m)

S C R OLL C H U C K

O R DE R N O.

U nit: m m

Gri p pi n g R a n g e E xt er n al I nt er n al Gri p pi n g Gri p pi n g Ø A2 Ø A3 Ø B1 Ø B2 4 2- 7 3 6 9- 1 0 0 6 0- 9 3 3 5- 6 6 4 5- 8 7 8 4- 1 2 3 4 3- 8 4 7 9- 1 2 2 5 9- 1 2 4 1 0 7- 1 6 0 5 5- 1 1 3 9 5- 1 5 0 7 0- 1 5 0 1 2 5- 1 8 0 6 2- 1 3 4 1 1 0- 1 7 0 7 0- 1 5 0 1 2 5- 1 8 0 6 2- 1 3 4 1 1 0- 1 7 0 8 0- 1 8 7 1 4 4- 2 2 0 7 0- 1 6 9 1 2 5- 2 1 0 8 8- 2 1 9 1 5 2- 2 6 0 8 0- 2 0 3 1 3 4- 2 5 0 1 0 3- 2 5 7 1 8 4- 3 0 0 9 0- 2 3 0 1 5 7- 2 9 0 1 2 0- 3 0 7 2 1 2- 3 5 0 1 1 0- 2 8 1 1 8 6- 3 2 0 1 2 7- 3 4 9 2 2 8- 4 0 0 1 1 0- 3 2 6 2 0 5- 3 8 0 1 2 3- 4 7 1 2 0 7- 4 8 0 1 2 5- 4 5 6 1 9 2- 4 6 0

Gri p pi n g Range C O DE N O. O. D. I. D. Range Range

4 7 1 9 3 1. 5 8

4. 5

1200

3. 4 5

2500

Ø 3Ø100

Ø 3 5Ø93

5 0 0 2028

57 24 36

6. 5

1500

2500

Ø 3Ø123

Ø 4 3122

5 0 0 2029

130 147 45

5 3- M 1 0 7 2 2 6 3 9 1 0

9. 0

3300

0. 0 3

9. 5

2000

Ø 8Ø160

Ø 5 5Ø150

5 0 0 2030

V S K- 7

1 9 2 7 6. 5 1 5 5 1 7 2 5 8

5 3- M 1 0 8 2 2 8 4 3 1 1

1 1. 0

3600

0. 0 6

1 2. 8

2000

Ø 8Ø180

Ø 6 2Ø170

5 0 0 2031

V S K- 8

2 0 0 7 6. 5 1 6 0 1 7 6 5 8

5 3- M 1 0 8 2 2 8 4 3 1 1

1 1. 0

3600

0. 0 7

1 4. 7

2000

Ø 8Ø180

Ø 6 2Ø170

5 0 0 2032

V S K- 9

232

1 9 0 2 1 0 7 0 5. 5 3- M 1 2 9 6 3 2 5 0 1 2

1 5. 0

3900

0. 1 6

2 0. 4

2000

Ø 1 1Ø220

Ø 7 0Ø210

5 0 0 2033

V S K- 1 0

273

2 3 0 2 5 0 8 7 5. 5 3- M 1 2 1 0 0 3 5 5 4. 5 1 2

1 9. 5

4800

0. 2 6

2 6. 7

1800

Ø 1 2Ø260

Ø 8 0Ø250

5 0 0 2034

V S K- 1 2

310

2 6 0 2 8 5 1 0 5 7 3- M 1 2 1 1 4 4 0 5 6 1 4

2 1. 0

5700

0. 5 8

3 9. 3

1800

Ø 1 5Ø300

Ø 9 0Ø290

5 0 0 2035

V S K- 1 4

3 5 5 1 1 2 3 0 0 3 2 8 1 2 7 7 6- M 1 2 1 3 9 4 5 7 0. 5 1 5

2 3. 0

4500

6 0. 7

1500

Ø 2 5Ø350

Ø 1 1 0Ø320

5 0 0 2035 A

V S K- 1 6

4 0 5 1 2 2 3 4 5 3 7 5 1 6 0 8 6- M 1 4 1 5 0 5 0 7 5 1 5

2 3. 0

4500

1. 7 2

8 2. 3

1500

Ø 3 0Ø400

Ø 1 1 0Ø380

5 0 0 2037

V S K- 2 0

5 0 0 1 4 0 4 2 0 4 5 8 2 0 5 5. 5 6 M- 1 4 1 4 0 5 5 8 4 1 9

1 4 5. 5

1000

Ø 2 5Ø480

Ø 1 2 5Ø460

5 0 0 2038

L A T H E M A C HI N E A C C E S S O RI E S

E14

C o m p a ct, S m all A n d Li g ht W ei g ht N o Wr e n c h R e q uir e d, T ur n T o L o o s e & L o c k B y Fi xi n g Ri n g St e el M a d e B o d y R e v er si bl e J a w s V L B K- S eri e s I s L at e st V erti c al Cl a m pi n g D e si g n F or C N C, Milli n g M a c hi n e A n d M a c hi ni n g C e nt er.

DI M E N SI O N S Gri p pi n g R a n g e

W ei g ht ( k g s)

C O D E N O.

ø23~ø58

1. 2

5 0 0 2- 1 3 0

ø1~ø81

ø31~ø70

2. 9

5 0 0 2- 1 3 1

ø1~ø100

ø36~ø90

4. 6

5 0 0 2- 1 3 2

1 1. 5 ø 1. 5 ~ ø 1 1 6

ø43~ø106

6. 2

5 0 0 2- 1 3 3

ø52~ø148

5 0 0 2- 1 3 4

O R D E R N O.

V L B K- 2

11 8

100

4- M 5 X 0. 8 P

V L B K- 3

143

11 6

4- M 6 X 1. 0 P

V L B K- 4

168

11 0 1 4 0

4- M 6 X 1. 0 P

V L B K- 5

202

130 168

4- M 8 X 1. 2 5 P

V L B K- 6

248

160 208

4- M 1 0 X 1. 5 P

O. D. Range

I. D. Range

ø 0. 8 ~ ø 6 3

1 5 1 0. 5

ø 1. 5 ~ ø 1 6 0

6- J a w A wl T y p e C h u c k s

S P E CI FI C A TI O N S

M a x. Gri p pi n g Di a m et er

U nit: m m

O R D E R N O.

Gr o s s W ei g ht ( k g s)

M a x. S p e e d (r. p. m.)

V A S- 4

11 2

4. 5

3- M 8

4. 2

1200

Ø 2- 3 2

5 0 0 5- 0 1 1

V A S- 6

167

130 147

3- M 1 0 6 6

9. 2

1200

Ø 3- 6 0

5 0 0 5- 0 1 2

Q u alit y st a n d ar d F or L at h e C h u c k A c c ur a c y O R D E R N O.

T E STIT E M R A DI A L R U N O U T

E15

L A T H E M A C HI N E A C C E S S O RI E S

O. D. Cl a m pi n g

C O DE N O.

M a c hi ni n g J a w C h u c k

(j a w l o c k s) t o f or m t h e s oft-j a w s. A bl e t o gri p s q u ar e w or k s b y u si n g t hi s c h u c k a s a t w o- w a y j a w u nit L o n git u di n al w or k s c a n al s e b e gri p p e d b y u si n g t h e b or e of t hi s c h u c k. A d u st c o v er i s pr o vi d e d a n d t hi s k e e p s t h e s h a vi n g s fr o m e nt eri n g t h e m a c hi n e. T h e h a n dl e i s s et o n t h e f a c e a n d d o e s n ot i nt erf er e wit h t h e t a bl e. A n u m b er of c h u c k s c a n b e u s e d t o g et h er . M A X. G RI P PI N G DI A M E T E R

Gri p pi n g F or c e ( k gf)

W EI G H T ( k g s)

C O D E N O.

Ø 5 5- Ø 1 2 8

900

1 3. 5

5 0 0 2- 2 4 0

Ø 5- Ø 1 6 2

Ø 6 2- Ø 1 6 2

1620

2 1. 5

5 0 0 2- 2 4 1

7 2 1 2 2 5 0 4- M 1 4

Ø 6- Ø 2 0 0

Ø 7 2- Ø 2 0 0

1800

3 6. 1

5 0 0 2- 2 4 2

8 5 1 4 1 5 6 4- M 1 6

Ø 1 0- Ø 2 6 5

Ø 9 0- Ø 2 6 5

2250

6 2. 8

5 0 0 2- 2 4 3

O R DE R N O.

V M J- 6

165 215 144 18

26 130 40

3 9 4- M 1 0

Ø 4- Ø 1 2 8

V M J- 8

200 250 174 18

28 160 55

6 5 1 0 8 4 3 4- M 1 2

V M J- 1 0

250 310 218 18

32 200 70

V M J- 1 2

310 380 274 22

40 260 100 25

C L A M PI N G DI A P R O PI N G DI A

S u p er T hi n C h u c k s

T h e a n gl e b et w e e n H A N D L E A N D B A S E O F C H U C K i s 3 0º d e gr e e, T h er e F or e, it i s m u c h m or e c o n v e ni e nt f or H A N D L E r ot ati o n. T hi s P O W E R S U P E R T HI N d e si g n of c h u c k m a y i n cr e a s e t h e all o w a bl e l e n gt h of m a c hi ni g o p er ati o n. P O W E RF UL T Y P E

d e si g n.

S P E CI FI C A TI O N S

U nit: m m

Di m

Gri p pi n g F or c e ( k gf)

W ei g ht ( k g s)

6 3- M 1 0 6 8

26 40 10 13

1800

1 2. 4

6 3- M 1 0 8 2

2 8 4 3 11 1 3

2250

6 3- M 1 2 9 3

32 52 12 16

3150

2 8 5 1 0 5 5 3- M 1 2 1 1 8 4 0 5 9 1 4 1 8

3670

O R DE R N O. V N B K- 6

B1 B2

220 170 58 18

130

147

V N B K- 8

270 210 65 20

155

172

V N B K- 1 0

315 255 73 20

190

210

V N B K- 1 2

370 305 80 22

250

Gri p pi n g R a n g e O. D. R a n g e I. D. R a n g e

C O D E N O.

Ø 8- 1 6 0

Ø 4 8- 1 5 0

5 0 0 2- 0 7 0

2 0. 2

Ø 1 1- 2 0 0

Ø 6 2- 1 9 0

5 0 0 2- 0 7 1

3 0. 5

Ø 1 2- 2 5 0

Ø 7 2- 2 4 0

5 0 0 2- 0 7 2

4 6. 8

Ø 1 5- 3 0 0

Ø 8 6- 2 9 0

5 0 0 2- 0 7 3

L A T H E M A C HI N E A C C E S S O RI E S

E16

T HI N C H U C K

S P E CI FI C A TI O N S

V erti c al M a c hi ni n g C h u c k s

C o n v ert 3/ 4 J a w s c h u c k i nt o cl a m pi n g c h u c k. V erti c al c utti n g / l o c ki n g.

wit h p o w erf ul 4 J a w c h u c k

vi s e b o d y. 3 J a w s c a n f or r o u n d w or k pi e c e. 4 J a w s c a n f or s q u ar e w or k pi e c e & r o u n d w or k pi e c e. T h e h a n dl e i s s et o n t h e f a c e a n d d o e s n ot i nt erf er e wit h t h e t a bl e. A n u m b er of c h u c k s c a n b e u s e d t o g et h er. S uit f or M C c e nt er, Milli n g & B ori n g m a c hi n e. E a s y t o e x c h a n g e 3/ 4 J a w s c h u c k.

O R D E R N O.

C O D E N O.

V M J- S 1 2

5 0 0 2- 2 6 7

wit h V P S- A K( s e e P a g e E 1 0) O R D E R N O.

C O D E N O.

V M J- S 1 2 A K

5 0 0 2- 2 7 3

VS K TYPE O R D E R N O.

V M J- 1 5 0

219 83

U nit: m m

G n p pi n g R a n g e

W ei g ht C O D E N O. ( k g s)

90 147 45

72 150 26

39 215 18 200 165 175 67

Ø 8- Ø 1 6 0

Ø 5 5- Ø 1 5 0

1 7. 7

5 0 0 2- 2 6 0

V M J- 2 0 0

254 83 120 176 58

82 150 28

4 3 2 5 0 1 8 2 0 0 2 0 0 2 0 0 7 6. 5

Ø 8- Ø 1 8 0

Ø 6 2- Ø 1 7 0

2 4. 4

5 0 0 2- 2 6 1

V M J- 2 5 0

327 83 190 250 87

24 100 150 35

50 324 18 200 273 283 87

Ø 1 2- Ø 2 6 0

Ø 8 0- Ø 2 5 0

4 8. 7

5 0 0 2- 2 6 2

V M J- 3 0 0

3 6 4 8 3 2 2 0 2 8 5 1 0 5 2 4 11 4 1 5 0 4 0

56 360 18 200 310 320 96

Ø 1 5- Ø 3 0 0

Ø 9 0- Ø 2 9 0

6 3. 7

5 0 0 2- 2 6 3

O. D R a n g e I. D R a n g e

S P E CI FI C A TI O N S O R D E R N O.

V M J- B 1 5 0

219 83

W ei g ht C O D E N O. ( k g s)

90 147 45

72 150 19

39 215 18 200 165 175 67

Ø 3- Ø 1 6 0

Ø 4 8- Ø 1 5 0

1 8. 5

5 0 0 2- 2 7 5

V M J- B 2 0 0

254 83 120 176 58

8 2 1 5 0 2 1. 5 4 3 2 5 0 1 8 2 0 0 2 0 0 2 0 0 7 6. 5

Ø 4- Ø 1 8 0

Ø 5 6- Ø 1 7 0

2 4. 9

5 0 0 2- 2 7 6

V M J- B 2 5 0

327 83 190 250 87

24 100 150 28

50 324 18 200 273 283 87

Ø 6- Ø 2 6 0

Ø 7 0- Ø 2 5 0

5 0 0 2- 2 7 7

V M J- B 3 0 0

3 6 4 8 3 2 2 0 2 8 5 1 0 5 2 4 11 4 1 5 0 3 0

56 360 18 200 310 320 96

Ø 1 0- Ø 3 0 0

Ø 8 6- Ø 2 9 0

6 6. 5

5 0 0 2- 2 7 8

L A T H E M A C HI N E A C C E S S O RI E S

G n p pi n g R a n g e

E17

U nit: m m

O. D R a n g e I. D R a n g e

S oft J a w F or S K- T y p e C h u c k C a n f or j a p a n e s e br a n d 3 j a w c h u c k KI T A G A W A, H O W A , VI C T O R

3 P C S/ S E T Di m

C- 1

C- 2

C- 3

C- 4

C- 5

C- 6

C- 7

C- 8

C- 9

C- 1 0

C- 1 1

C- 1 2

C- 1 3

W ei g ht ( k g s)

C O DE N O.

V S J- 4

9. 5 3

7. 9 4

2. 5

0. 4 5

5 0 0 2- 2 9 8

V S J- 5

1 2. 6 8

7. 9 4

3. 5

0. 9

5 0 0 2- 2 9 9

V S J- 6

3 8. 1

8. 5

1 2. 6 8

7. 9 4

3. 5

1. 3

5 0 0 2- 3 0 0

V S J- 7

4 4. 4 5

M10

1 2. 6 8

7. 9 4

3. 5

3. 4

5 0 0 2- 3 0 1

V S J- 8

4 4. 4 5

M10

1 2. 6 8

7. 9 4

3. 5

2. 7

5 0 0 2- 3 0 2

V S J- 9

11 0

5 3. 9 8

M12

1 9. 0 3

1 2. 7

3. 5

3. 7

5 0 0 2- 3 0 3

V S J- 1 0

11 0

5 3. 9 8

M12

1 9. 0 3

1 2. 7

3. 5

3. 7

5 0 0 2- 3 0 4

V S J- 1 2

125

6 3. 5

4 0. 5

M12

1 9. 0 3

1 2. 7

3. 5

5. 3

5 0 0 2- 3 0 5

V S J- 1 6

160

7 6. 2

M16

1 9. 0 3

1 2. 7

5. 5

1 0. 6

5 0 0 2- 3 0 6

ORDER N O.

T H E S P E CI A L O F H EI G H T ( C- 3) F O R V S J- T Y P E I S A V AI L A B L E O R D E R N O.

M O DEL

H EI G H T

C O D E N O.

O R D E R N O.

M O DEL

H EI G H T

C O D E N O.

V S J- 6- 5

V S J- 6

50 H

5 0 0 2- 3 0 0 5

V S J- 1 0- 5

V S J- 1 0

50 H

5 0 0 2- 3 0 4 5

V S J- 6- 6

V S J- 6

60 H

5 0 0 2- 3 0 0 6

V S J- 1 0- 6

V S J- 1 0

60 H

5 0 0 2- 3 0 4 6

V S J- 6- 7

V S J- 6

70 H

5 0 0 2- 3 0 0 7

V S J- 1 0- 7

V S J- 1 0

70 H

5 0 0 2- 3 0 4 7

V S J- 6- 8

V S J- 6

80 H

5 0 0 2- 3 0 0 8

V S J- 1 0- 8

V S J- 1 0

80 H

5 0 0 2- 3 0 4 8

V S J- 6- 9

V S J- 6

90 H

5 0 0 2- 3 0 0 9

V S J- 1 0- 9

V S J- 1 0

90 H

5 0 0 2- 3 0 4 9

V S J- 8- 5

50 H

5 0 0 2- 3 0 2 5

V S J- 1 0- 1 0

V S J- 1 0

100 H

5 0 0 2- 3 0 4 1 0

60 H

5 0 0 2- 3 0 2 6

V S J- 1 0- 1 2

V S J- 1 0

120 H

5 0 0 2- 3 0 4 1 2

70 H

5 0 0 2- 3 0 2 7

V S J- 1 0- 1 3

V S J- 1 0

130 H

5 0 0 2- 3 0 4 1 3

60 H

5 0 0 2- 3 0 5 6

5 0 0 2- 3 0 2 8

V S J- 1 2- 6

V S J- 1 2

80 H

V S J- 1 2- 7

V S J- 1 2

70 H

5 0 0 2- 3 0 5 7

V S J- 8- 9

V S J- 7 V S J- 8 V S J- 7 V S J- 8 V S J- 7 V S J- 8 V S J- 7 V S J- 8 V S J- 7 V S J- 8

90 H

5 0 0 2- 3 0 2 9

V S J- 1 2- 8

V S J- 1 2

80 H

5 0 0 2- 3 0 5 8

V S J- 9- 5

V S J- 9

50 H

5 0 0 2- 3 0 3 5

V S J- 1 2- 9

V S J- 1 2

90 H

5 0 0 2- 3 0 5 9

V S J- 9- 6

V S J- 9

60 H

5 0 0 2- 3 0 3 6

V S J- 1 2- 1 0

V S J- 1 2

100 H

5 0 0 2- 3 0 5 1 0

V S J- 9- 7

V S J- 9

70 H

5 0 0 2- 3 0 3 7

V S J- 1 2- 1 2

V S J- 1 2

120 H

5 0 0 2- 3 0 5 1 2

V S J- 9- 8

V S J- 9

80 H

5 0 0 2- 3 0 3 8

V S J- 1 2- 1 3

V S J- 1 2

130 H

5 0 0 2- 3 0 5 1 3

V S J- 9- 9

V S J- 9

90 H

5 0 0 2- 3 0 3 9

V S J- 1 2- 1 5

V S J- 1 2

150 H

5 0 0 2- 3 0 5 1 5

V S J- 9- 1 0

V S J- 9

100 H

5 0 0 2- 3 0 3 1 0

V S J- 1 6- 1 0

V S J- 1 6

100 H

5 0 0 2- 3 0 6 1 0

V S J- 9- 1 2

V S J- 9

120 H

5 0 0 2- 3 0 3 1 2

V S J- 1 6- 1 2

V S J- 1 6

120 H

5 0 0 2- 3 0 6 1 2

V S J- 8- 6 V S J- 8- 7 V S J- 8- 8

L A T H E M A C HI N E A C C E S S O RI E S

E18

P O WE R C H U C K

U nit: m m

S oft J a w F or H y dr a uli c P o w er C h u c k s

F or J a p a n e s e br a n d JI S & KI T A G A W A

STA N DA R D 3 P C S/ S E T

A L U MI NI U M

S T E EL:

V H C- 0 5 ~ 1 5 PI T C H 1. 5 V H C- 2 4 PI T C H 3. 0

M A T E RI A L: S T E E L

U nit: m m

C- 1

C- 2

C- 3

C- 4

C- 5

C- 6

C- 7

C- 8

C- 9

C- 1 0

C- 1 1

C- 1 2

C- 1 3

V H C- 0 5

1 3. 5

W ei g ht ( k g s) 0. 9

V H C- 0 6

M10

1. 6

5 0 0 2- 3 3 1

V H C- 0 8

M12

2. 4

5 0 0 2- 3 3 2

V H C- 1 0

11 0

M12

3. 7

5 0 0 2- 3 3 3

V H C- 1 2

130

M16

6. 4

5 0 0 2- 3 3 4

V H C- 1 5

165

M20

1 2. 7

5 0 0 2- 3 3 5

V H C- 1 2- 1

130

M14

6. 2 5

5 0 0 2- 3 3 6

V H C- 1 5- 1

165

2 5. 5

M20

5 0 0 2- 3 3 7

V H C- 2 4

180

M20

5 0 0 2- 3 3 8

W ei g ht ( k g s)

C O DE N O. 5 0 0 2- 2 4 5 A

Or d er N o.

Di m

M A T E RI A L : A L U MI NI U M Di m

C- 1

C- 2

C- 3

C- 4

C- 5

C- 6

C- 7

C- 8

C- 9

C- 1 0

C- 1 1

C- 1 2

C- 1 3

V H C- 5 A L

Or d er N o.

C O DE N O. 5 0 0 2- 3 3 0

V H C- 6 A L

M10

V H C- 8 A L

M12

0. 8 4

5 0 0 2- 2 5 0 A

V H C- 1 0 A L

11 0

M12

1. 3 1

5 0 0 2- 2 5 1 A

V H C- 1 2 A L

130

M16

5 0 0 2- 2 4 7 A

V H C- 1 5 A L

165

M20

5 0 0 2- 2 4 8 A

V H C- 2 4 A L

180

M20

5 0 0 2- 2 4 9 A

E19

L A T H E M A C HI N E A C C E S S O RI E S

5 0 0 2- 2 4 6 A

S oft J a w F or H y dr a uli c P o w er C h u c k s

F or J a p a n e s e br a n d JI S & KI T A G A W A

T H E S P E CI A L O F H EI G H T ( C- 3) F O R V H C- T Y P E I S A V AI L A B L E M A T E RI A L : A L U MI NI U M H EI G H T

C O DE N O.

O R DE R N O.

TYPE

H EI G H T

V H C- 1 0

120 H

5 0 0 2- 3 3 3 1 2

V H C- 0 5- 5- A L

V H C- 0 5 A L

50 H

5 0 0 2- 2 4 8 5

V H C- 1 0- 1 3

V H C- 1 0

130 H

5 0 0 2- 3 3 3 1 3

V H C- 0 5- 6- A L

V H C- 0 5 A L

60 H

5 0 0 2- 2 4 8 6

5 0 0 2- 3 3 0 7

V H C- 1 0- 1 4

V H C- 1 0

140 H

5 0 0 2- 3 3 3 1 4

V H C- 0 5- 7- A L

V H C- 0 5 A L

70 H

5 0 0 2- 2 4 8 7

80 H

5 0 0 2- 3 3 0 8

V H C- 1 0- 1 5

V H C- 1 0

150 H

5 0 0 2- 3 3 3 1 5

V H C- 0 5- 8- A L

V H C- 0 5 A L

80 H

5 0 0 2- 2 4 8 8

V H C- 0 6

50 H

5 0 0 2- 3 3 1 5

V H C- 1 0- 1 6

V H C- 1 0

160 H

5 0 0 2- 3 3 3 1 6

V H C- 0 6- 5- A L

V H C- 0 6 A L

50 H

5 0 0 2- 2 4 9 5

V H C- 0 6- 6

V H C- 0 6

60 H

5 0 0 2- 3 3 1 6

V H C- 1 0- 1 8

V H C- 1 0

180 H

5 0 0 2- 3 3 3 1 8

V H C- 0 6- 7

V H C- 0 6

70 H

5 0 0 2- 3 3 1 7

V H C- 0 6- 6- A L

V H C- 0 6 A L

60 H

5 0 0 2- 2 4 9 6

V H C- 1 0- 2 0

V H C- 1 0

200 H

5 0 0 2- 3 3 3 2 0

V H C- 0 6- 8

V H C- 0 6

80 H

5 0 0 2- 3 3 1 8

V H C- 0 6- 7- A L

V H C- 0 6 A L

70 H

5 0 0 2- 2 4 9 7

V H C- 1 0- 2 2

V H C- 1 0

220 H

5 0 0 2- 3 3 3 2 2

V H C- 0 6- 9

V H C- 0 6

90 H

5 0 0 2- 3 3 1 9

80 H

5 0 0 2- 2 4 9 8

V H C- 1 2 1 8 S L O T

60 H

5 0 0 2- 3 3 6 6

V H C- 0 6- 8- A L

V H C- 0 6 A L

V H C- 1 2- 6 A

V H C- 0 6- 1 0

V H C- 0 6

100 H

5 0 0 2- 3 3 2 0

V H C- 1 2- 7 A

50 H

5 0 0 2- 2 5 0 5

70 H

5 0 0 2- 3 3 6 7

V H C- 0 8- 5- A L

V H C- 0 8 A L

V H C- 1 2 1 8 S L O T

V H C- 0 6- 1 1

V H C- 0 6

11 0 H

5 0 0 2- 3 3 2 1

V H C- 1 2- 8 A

V H C- 1 2 1 8 S L O T

80 H

5 0 0 2- 3 3 6 8

V H C- 0 8- 6- A L

V H C- 0 8 A L

60 H

5 0 0 2- 2 5 0 6

V H C- 0 6- 1 2

V H C- 0 6

120 H

5 0 0 2- 3 3 2 2

V H C- 1 2- 9 A

V H C- 1 2 1 8 S L O T

90 H

5 0 0 2- 3 3 6 9

V H C- 0 8- 7- A L

V H C- 0 8 A L

70 H

5 0 0 2- 2 5 0 7

V H C- 0 6- 1 3

V H C- 0 6

130 H

5 0 0 2- 3 3 2 3

100 H

5 0 0 2- 3 3 6 1 0

V H C- 0 8- 8- A L

V H C- 0 8 A L

80 H

5 0 0 2- 2 5 0 8

V H C- 0 6- 1 5

V H C- 1 2- 1 0 A V H C- 1 2 1 8 S L O T

V H C- 0 6

150 H

5 0 0 2- 3 3 2 4

V H C- 0 8- 5

V H C- 0 8

50 H

5 0 0 2- 3 3 2 5

V H C- 0 8- 6

V H C- 0 8

60 H

5 0 0 2- 3 3 2 6

V H C- 0 8- 7

V H C- 0 8

70 H

5 0 0 2- 3 3 2 7

V H C- 0 8- 8

V H C- 0 8

80 H

5 0 0 2- 3 3 2 8

V H C- 0 8- 9

V H C- 0 8

90 H

5 0 0 2- 3 3 2 9

V H C- 0 8- 1 0

V H C- 0 8

100 H

5 0 0 2- 3 3 3 0

V H C- 0 8- 1 1

V H C- 0 8

11 0 H

5 0 0 2- 3 3 3 1

V H C- 0 8- 1 2

V H C- 0 8

120 H

5 0 0 2- 3 3 3 2

V H C- 0 8- 1 3

V H C- 0 8

130 H

5 0 0 2- 3 3 3 3

V H C- 0 8- 1 4

V H C- 0 8

140 H

5 0 0 2- 3 3 3 4

O R DE R N O.

H EI G H T

C O DE N O.

O R DE R N O.

TYPE

V H C- 0 5- 5

V H C- 0 5

50 H

5 0 0 2- 3 3 0 5

V H C- 1 0- 1 2

V H C- 0 5- 6

V H C- 0 5

60 H

5 0 0 2- 3 3 0 6

V H C- 0 5- 7

V H C- 0 5

70 H

V H C- 0 5- 8

V H C- 0 5

V H C- 0 6- 5

V H C- 0 8- 1 5 V H C- 0 8- 1 6 V H C- 0 8- 1 8 V H C- 0 8- 2 0

V H C- 0 8 V H C- 0 8 V H C- 0 8 V H C- 0 8

150 H 160 H 180 H 200 H

C O DE N O.

V H C- 1 2- 6

V H C- 1 2 2 1 S L O T

60 H

5 0 0 2- 3 3 4 6

V H C- 1 0- 5- A L

V H C- 1 0 A L

50 H

5 0 0 2- 2 5 1 5

V H C- 1 2- 8

V H C- 1 2 2 1 S L O T

80 H

5 0 0 2- 3 3 4 8

V H C- 1 0- 6- A L

V H C- 1 0 A L

60 H

5 0 0 2- 2 5 1 6

V H C- 1 2- 1 0

V H C- 1 2 2 1 S L O T

100 H

5 0 0 2- 3 3 4 1 0

V H C- 1 0- 7- A L

V H C- 1 0 A L

70 H

5 0 0 2- 2 5 1 7

V H C- 1 2- 1 1

V H C- 1 2 2 1 S L O T

11 0 H

5 0 0 2- 3 3 4 1 1

V H C- 1 0- 8- A L

V H C- 1 0 A L

80 H

5 0 0 2- 2 5 1 8

V H C- 1 2- 1 2

V H C- 1 2 2 1 S L O T

120 H

5 0 0 2- 3 3 4 1 2

V H C- 1 0- 9- A L

V H C- 1 0 A L

90 H

5 0 0 2- 2 5 1 9

V H C- 1 2- 1 3

V H C- 1 2 2 1 S L O T

130 H

5 0 0 2- 3 3 4 1 3

V H C- 1 0- 1 0- A L

V H C- 1 0 A L

100 H

5 0 0 2- 2 5 1 1 0

V H C- 1 2- 1 4

V H C- 1 2 2 1 S L O T

140 H

5 0 0 2- 3 3 4 1 4

V H C- 1 2- 6 A- A L

V H C- 1 2 A L 18 SL OT

60 H

5 0 0 2- 2 4 5 6 A

V H C- 1 2- 1 5

V H C- 1 2 2 1 S L O T

150 H

5 0 0 2- 3 3 4 1 5

V H C- 1 2- 7 A- A L

V H C- 1 2 A L 18 SL OT

70 H

5 0 0 2- 2 4 5 7 A

V H C- 1 2- 1 6

V H C- 1 2 2 1 S L O T

160 H

5 0 0 2- 3 3 4 1 6

V H C- 1 2- 8 A- A L

80 H

5 0 0 2- 2 4 5 8 A

V H C- 1 2- 1 7

V H C- 1 2 A L 18 SL OT

V H C- 1 2 2 1 S L O T

170 H

5 0 0 2- 3 3 4 1 7

V H C- 1 2- 9 A- A L

90 H

5 0 0 2- 2 4 5 9 A

V H C- 1 2- 1 8

V H C- 1 2 2 1 S L O T

180 H

5 0 0 2- 3 3 4 1 8

V H C- 1 2 A L 18 SL OT

5 0 0 2- 2 4 5 1 0 A

V H C- 1 2 2 1 S L O T

190 H

5 0 0 2- 3 3 4 1 9

V H C- 1 2 A L 18 SL OT

100 H

V H C- 1 2- 1 9

V H C- 1 2- 1 0 A- A L

60 H

5 0 0 2- 2 4 5 6

V H C- 1 2 2 1 S L O T

200 H

5 0 0 2- 3 3 4 2 0

V H C- 1 2 A L 21 SL OT

5 0 0 2- 3 3 3 4 C

V H C- 1 2- 2 0

V H C- 1 2- 6- A L

V H C- 1 5

70 H

5 0 0 2- 3 3 5 7

V H C- 1 2 A L 21 SL OT

70 H

5 0 0 2- 2 4 5 7

5 0 0 2- 3 3 3 4 D

V H C- 1 5- 7

V H C- 1 2- 7- A L

80 H

5 0 0 2- 3 3 5 8

V H C- 1 2- 8- A L

V H C- 1 2 A L 21 SL OT

80 H

5 0 0 2- 2 4 5 8

V H C- 1 2- 9- A L

V H C- 1 2 A L 21 SL OT

90 H

5 0 0 2- 2 4 5 9

V H C- 1 2- 1 0- A L

V H C- 1 2 A L 21 SL OT

100 H

5 0 0 2- 2 4 5 1 0

5 0 0 2- 3 3 3 4 A 5 0 0 2- 3 3 3 4 B

V H C- 1 0- 5

V H C- 1 0

50 H

5 0 0 2- 3 3 3 5

V H C- 1 5- 8

V H C- 1 5

V H C- 1 0- 6

V H C- 1 0

60 H

5 0 0 2- 3 3 3 6

V H C- 1 5- 9

V H C- 1 5

90 H

5 0 0 2- 3 3 5 9

V H C- 1 0- 7

V H C- 1 0

70 H

5 0 0 2- 3 3 3 7

V H C- 1 5- 1 0

V H C- 1 5

100 H

5 0 0 2- 3 3 5 1 0

V H C- 1 0- 8

V H C- 1 0

80 H

5 0 0 2- 3 3 3 8

V H C- 1 5- 1 2

V H C- 1 5

120 H

5 0 0 2- 3 3 5 1 2

V H C- 1 5- 7- A L

V H C- 1 5 A L

70 H

5 0 0 2- 2 4 6 7

V H C- 1 0- 9

V H C- 1 0

90 H

5 0 0 2- 3 3 3 9

V H C- 1 5- 1 5

V H C- 1 5

150 H

5 0 0 2- 3 3 5 1 5

V H C- 1 5- 8- A L

V H C- 1 5 A L

80 H

5 0 0 2- 2 4 6 8

V H C- 1 0- 1 0

V H C- 1 0

100 H

5 0 0 2- 3 3 3 1 0

V H C- 1 5- 1 8

V H C- 1 5

180 H

5 0 0 2- 3 3 5 1 8

V H C- 1 5- 9- A L

V H C- 1 5 A L

90 H

5 0 0 2- 2 4 6 9

V H C- 1 0- 1 1

V H C- 1 0

11 0 H

5 0 0 2- 3 3 3 1 1

V H C- 1 5- 2 0

V H C- 1 5

200 H

5 0 0 2- 3 3 5 2 0

V H C- 1 5- 1 0- A L

V H C- 1 5 A L

100 H

5 0 0 2- 2 4 6 1 0

L A T H E M A C HI N E A C C E S S O RI E S

E20

P O WE R C H U C K

M A T E RI A L: S T E E L

S oft J a w F or mi n g Ri n g T h e si z e c a n b e a dj u st e d a g ai n st t h e h eli c al sl ot.

Bi a s pi n c a n b e r ot at e d 1 8 0 d e g r e e f o r diff er e nt si z e t o e xt e n d a cl a m pi n g r a n g e. D o n’t n e e d t o drill n e w h ol e. T h e h ol e o n t h e s oft j a w s c a n b e u s e d dir e ctl y f or bi a s pi n. T h e m at eri al,i s h ar d e n e d a n d gr o u n d, c a n l a st f or a l o n g ti m e.

FAET U RES

C H U C K N OTI N CL U D E D

F or mi n g ri n g i s a v ail a bl e f or 5 , 6 , 8 , 1 0 & 1 2 p o w er c h u c k. T h e cl a m pi n g f or c e i s i n cr e a si n g. t h e r o u n d n e s s a n d vi br ati o n c a u s e d b y e c c e ntri cit y c a n b e i m pr o v e d. T h e c utti n g e a s y a n d e n d ur a bl e. M or e i m pr o v e m e nt f or u s e d c h u c k t o h a v e b ett er a c c ur a c y & str o n g cl a m pi n g f or c e . F or C N C L at h e.

I N S T R U C TI O N

B e c a u s e t h e f or mi n g ri n g i s u s e d f or c utti n g s oft j a w s b y cl a m pi n g a n d wit h e xt e n di n g. t hr o u g h- h ol e c o ul d i n cr e a s e t h e a c c ur a c y of cl a m pi n g

O R D E R N O. S UI T T O S K- C H U C K SI Z E 5 V F R- 0 5 6 V F R- 0 6 8 V F R- 0 8 10 V F R- 1 0 12 V F R- 1 2 15 V F R- 1 5

ri n g. C a u s e b a d a c c ur a c y. T h e cl a m pi n g f or c e i s n ot st a bl e & vi br ati o n will o c c ur.

H 12 12 12 12 15 20

D1 140 168 218 258 316 380

D2 60 80 11 5 150 188 230

S1 12 12 17 15 21 23

S2 28 32 36 40 50 52

G 10 10 10 10 10 12

R o u n d Di s c S oft J a w

K GS 1 1. 5 2. 4 3 5 1 0. 1

C O D E N O. 5 0 0 2- 3 6 0 5 0 0 2- 3 6 1 5 0 0 2- 3 6 2 5 0 0 2- 3 6 3 5 0 0 2- 3 6 4 5 0 0 2- 3 6 5

Pi e J a w ar e s uit a bl e f or e xtr a bi g g er o ut er di a. (t hi n w all) T o s uit kit a g a w a a n d ot h er f a m o u s c h u c k s. Pi e s h s p e s oft j a w

T hi s t y p e of s oft j a w c a n c o v er t h e o ut er di e of w or k pi e c e t o d e cr e a s e d ef or m ati o n a n d i n cr e a s e t h e a c c ur a c y. F or e x a m pl e : V F R D- 8 c a n h ol d p art s wit h o ut er di a. of 2 0 0 m m.

U nit: m m

O R D E R N O.

T H RE A D

V F R D- 6 V F R D- 8 V F R D- 9 V F R D- 1 0 V F R D- 1 2

169 200 200 250 300

12 14 14 16 21

20 25 25 30 30

4 9. 5 51 51 65 81

36 40 50 50 50

M10 M12 M12 M12 M16

L A T H E M A C HI N E A C C E S S O RI E S

O 1 3. 5 1 6. 5 1 8. 5 1 8. 5 2 1. 5 31

M A T E RI A L : S T E E L S 4 5 C

FAET U RES

E21

H1 9 9 9 9 9 16

T H R U H OLE 25

S E R R A TI O N PI T C H

W EI G H T ( k g) 6. 1 2 9. 6 4 1 3. 2 1 8. 1 2 5. 8

C O D E N O. 5 0 0 2- 3 8 1 5 0 0 2- 3 8 2 5 0 0 2- 3 8 3 5 0 0 2- 3 8 4 5 0 0 2- 3 8 5

T N ut F or H y dr a uli c C h u c k F or J a p a n e s e br a n d J Z S & KI T A G A W A

F or Kit a g a w a B- 2 0 0 S eri e s & T ai w a n e s e P o w er C h u c k O R D E R N O.

C H U C K SI Z E

W EI G H T ( k g)

C O D E N O.

B- 2 0 5 T

5”

9. 5

0. 1

5 0 0 2- 3 9 0

B- 2 0 6 T

6”

1 7. 5

7. 5

M10

0. 1

5 0 0 2- 3 9 1

B- 2 0 8 T

8”

2 0. 5

8. 5

M12

0. 2

5 0 0 2- 3 9 2

B- 2 1 0 T

1 0”

2 2. 5

8. 5

M12

0. 3

5 0 0 2- 3 9 3

B- 2 1 2 T

1 2”

1 6. 5

1 1. 5

M16

0. 6

5 0 0 2- 3 9 4

B- 2 1 5 T

1 5”

3 3. 5

1 6. 5

M20

H Y D R A U LI C C H U C K

F or c o n n e ct p o w er c h u c k a n d s oft j a w s, s uit f or J A P A N E S E & T AI W A N E S E br a n d s c h u c k.

5 0 0 2- 3 9 5

H ar d J a w s F or H y dr a uli c P o w er C h u c k s F or J a p a n e s e br a n d J Z S & KI T A G A W A

3 P C S/ S ET

DI M E N SI O N S O R DE R N O. HJ05

Di m

U nit: m m

ati o n H- 1 H- 2 H- 3 H- 4 H- 5 H- 6 H- 7 H- 8 H- 9 H- 1 0 H- 1 1 H- 1 2 H- 1 3 S err Pit c h 53

2 3 2 7. 5 1 0

M at c hi n g Chuck

3 0. 5 1 4 2 2. 5 1 3. 5 8. 5

1. 5 x 6 0º

Fi g- 2

N- 2 0 5

3- J a w C O DE W ei g ht N O. ( k g s) 0. 4 5 0 0 2- 4 0 1

HJ06

6 7. 5 3 1

3 9. 5 2 0 2 7. 5 1 7

M10

1. 5 x 6 0º

Fi g- 2 N- 2 0 6. V- 2 0 6

1. 0

5 0 0 2- 4 0 2

HJ08

M12

1. 5 x 6 0º

Fi g- 1 N- 2 0 8. V- 2 0 8

1. 9

5 0 0 2- 4 0 3

HJ10

9 9. 5 4 0

M12

1. 5 x 6 0º

Fi g- 1 N- 2 1 0. V- 2 1 0

2. 9

5 0 0 2- 4 0 4

HJ12

103

6 2. 5 3 0 4 0. 5 2 5

M16

1. 5 x 6 0º

Fi g- 2

N- 2 1 2

2. 6 5

5 0 0 2- 4 0 5

H J 1 2- 1

103

6 2. 5 3 0 4 0. 5 2 2

M14

1. 5 x 6 0º

Fi g- 2

V- 2 1 2

2. 7

5 0 0 2- 4 0 6

HJ15

149

M20

1. 5 x 6 0º

Fi g- 1

N- 2 1 5

9. 6

5 0 0 2- 4 0 7

H J 1 5- 1

149

8 6 2 5. 5

M20

1. 5 x 6 0º

Fi g- 1

V- 2 1 5

9. 5

5 0 0 2- 4 0 8

L A T H E M A C HI N E A C C E S S O RI E S

E22

3- J a w W e d g e T y p e T hr o u g h- h ol e P o w er C h u c k ( Wit h A d a pt or)

M or e l ar g e b or e: H a vi n g t h e l ar g e st b or e i n w e d e t y p e p o w er o p er at e d c h u c k s. 2 0 % l ar g e b or e: A p pr o xi m at el y 2 0 % hi g h er s p e e d, hi g h er gri p pi n g f or c e a n d l ar g er b or e c o m p ar e d wit h u s u al c h u c k s. M o d el N- 2 0 0 A c h u c k s ar e a s s e m bl e d wit h a d a pt or f or A S A B 5. 9 t y p e A s pi n dl e s. M o d el N- 2 0 0 A c h u c k s ar e m a n uf a ct ur e d f or m hi g h gr a b e all o y st e el, All sli di n g s urf a c e s ar e h ar d e n e d a n d gr o u n d f or a c c ur at e a ct u al r u n ni n g a n d l o n g s er vi c e r e p e at a bilit y.

S P E CI FI C A TI O N S

O R D E R N O. N- 2 0 5 A 4 Di m ø33 T hr o u g h- H ol e ( m m) 10 Pl u n g er Str o k e ( m m) 5. 4 J a w Str o k e ( m m) 1700 M a x. Dr a w B ar P ull F or c e ( k gf) 3600 M a x. Gri p pi n g F or c e ( k gf) Ø10~135 Gri p pi n g R a n g e M a x. O p er ati n g Pr e s s ur e ( k gt/ 2 9. 6 c m) 7000 M a x. S p e e d (r. p. m.) 6. 9 W ei g ht ( k g s) M1036 M at c hi n g C yli n d er V H C05 M at c hi n g S oft J a w HJ05 M at c hi n g H ar d J a w 5 0 0 2- 0 8 0 C O D E N O.

DI M E N SI O N S Di m A B G D E F C H J K L M N m a x. N mi n. O m a x. O mi n. P m a x. P mi n. Q R S T U m a x. V W R E F E R FI G.

E23

O R D E R N O. N- 2 0 5 A 4 135 71 96 14 15 6 5. 5 1 3 11 0 8 2. 5 5 1 5. 5 3x M10 33 4 2 6. 5 2 3. 8 1 9. 7 5 7. 7 5 16 6 2 10 20 23 M 4 0 x 1. 5 3x M6 45 Fi g- 1

N- 2 0 6 A 5 ø45 12 5. 5 2200 5700 Ø13~169

N- 2 0 8 A 5 ø52 16 7. 4 3400 8800 Ø13~210

N- 2 0 8 A 6 ø52 16 7. 4 3400 8800 Ø13~210

N- 2 1 0 A 6 ø75 19 8. 8 4300 11 0 0 0 Ø30~254

N- 2 1 0 A 8 ø75 19 8. 8 4300 11 0 0 0 Ø30~254

N- 2 1 2 A 8 ø91 23 1 0. 6 5500 14300 Ø35~304

N- 2 1 5 A 8 ø 1 1 7. 5 23 1 0. 6 7240 18355 Ø35~381

N- 2 1 5 A 1 1 ø 1 1 7. 5 23 1 0. 6 7240 18355 Ø35~381

2 8. 5

2 6. 5

2 7. 5

2 3. 5

6000 1 4. 2 M1246 V H C06 HJ06 5 0 0 2- 0 8 1

4900 2 5. 8 M1552 V H C08 HJ08 5 0 0 2- 0 8 2

4900 2 4. 0 5 M1552 V H C08 HJ08 5 0 0 2- 0 8 3

4200 4 0. 9 M1875 V H C10 HJ10 5 0 0 2- 0 8 4

4200 3 7. 4 M1875 V H C10 HJ10 5 0 0 2- 0 8 5

3300 6 3. 2 M2091 V H C12 HJ12 5 0 0 2- 0 8 6

2500 134 M 2 5 11 V H C15 HJ15 5 0 0 2- 0 8 7

2500 127 M 2 5 11 V H C15 HJ15 5 0 0 2- 0 8 8

N- 2 0 6 A 5 169 91 11 6 20 15 8 2. 5 6 3 140 1 0 4. 7 8 16 6x M10 45 5 32 2 9. 2 5 2 2. 7 5 9. 2 5 26 14 2 12 19 32 M 5 5 x 2. 0 3x M6 60 Fi g- 1

N- 2 0 8 A 5 210 109 1 3 3. 3 5 25 23 8 2. 5 6 3 170 1 0 4. 7 8 13 6x M12 52 5 3 8. 7 35 2 9. 7 5 1 4. 7 5 3 7. 5 2 1. 5 2 14 2 0. 5 37 M 6 0 x 2. 0 6x M10 66 Fi g- 2

N- 2 0 8 A 6 210 103 150 25 17 1 0 6. 3 7 5 170 1 3 3. 3 5 18 6x M12 52 5 3 8. 7 35 2 9. 7 5 1 4. 7 5 3 1. 5 1 5. 5 2 14 2 0. 5 37 M 6 0 x 2. 0 3x M6 66 Fi g- 1

N- 2 1 0 A 6 254 120 1 7 1. 4 5 30 25 1 0 6. 3 7 5 220 1 3 3. 3 5 18 6x M16 75 5 51 4 6. 6 3 3. 7 5 1 4. 2 5 3 3. 5 1 4. 5 2 16 25 42 M 8 5 x 2. 0 6x M12 94 Fi g- 2

N- 2 1 0 A 8 254 11 3 190 30 18 1 3 9. 7 1 9 220 1 7 1. 4 5 24 6x M16 75 5 51 4 6. 6 3 3. 7 5 1 4. 2 5 2 6. 5 7. 5 2 16 25 42 M 8 5 x 2. 0 3x M8 94 Fi g- 1

N- 2 1 2 A 8 304 122 190 30 18 1 3 9. 7 1 9 220 1 7 1. 4 5 25 6x M16 91 6 6 1. 3 56 4 5. 7 5 1 5. 7 5 26 3 2 21 28 52 M 1 0 0 x 2. 0 3x M8 108 Fi g- 1

N- 2 1 5 A 8 381 160 235 43 33 1 3 9. 7 1 9 300 1 7 1. 4 5 24 6x M20 1 1 7. 5 6 82 7 6. 7 4 6. 7 5 1 3. 7 5 40 17 5 24 43 62 M 1 3 0 x 2. 0 6x M16 139 Fi g- 2

N- 2 1 5 A 1 1 381 149 260 43 22 1 9 6. 8 6 9 300 235 28 6x M20 1 1 7. 5 6 82 7 6. 7 4 6. 7 5 1 3. 7 5 29 6 5 24 43 62 M 1 3 0 x 2. 0 3x M20 139 Fi g- 1

U nit: m m

L A T H E M A C HI N E A C C E S S O RI E S

2- J a w W e d g e T y p e T hr o u g h- h ol e P o w er C h u c k ( Wit h A d a pt or)

All sli di n g s urf a c e s ar e h ar d e n e d a n d gr o u n d f or a c c ur at e a ct u al r u n ni n g a n d l o n g s er vi c e r e p e at a bilit y. L u bri c ati o n ni p pl e i n e a c h b a s e j a w. B a s e j a w: 1. 5 m m x 6 0º s errti o n. M o u nti n g:

Di m T hr o u g h- H ol e ( m m) Pl u n g er Str o k e ( m m) J a w Str o k e ( m m) M a x. Dr a w B ar P ull F or c e ( k gf) M a x. Gri p pi n g F or c e ( k gf) M a x. S p e e d (r. p. m.) W ei g ht ( k g s) M at c hi n g C yli n d er M a x. O p er ati n g Pr e s s ur e ( k gt/ c m 2) M at c hi n g S oft J a w M at c hi n g H ar d J a w C O D E N O.

DI M E N SI O N S Di m A B C ( H 6) D E M G H J K L F N m a x. N mi n. O m a x. O mi n. P m a x. P mi n. S T U m a x. W

O R D E R N O.

U nit: m m

P O WE R C H U C K

O R D E R N O.

NT205 Ø33 10 5. 4 11 8 9 2447 7000 5. 9 M1036

NT206 Ø45 12 5. 5 1479 3875 6000 13 M1246

NT208 Ø52 16 7. 4 2294 5710 4800 2 2. 1 M1552

NT210 Ø75 19 8. 8 2906 7546 4200 3 3. 2 M1875

NT212 Ø91 23 1 0. 6 3739 9789 3300 6 1. 9 M2091

NT215 Ø 1 1 7. 5 23 1 0. 6 4793 12236 2500 11 5 M 2 5 11

1 9. 5

1 8. 9

1 7. 3

1 8. 4

1 5. 3

V H C05 HJ05 5 0 0 2- 2 5 0

V H C06 HJ06 5 0 0 2- 2 5 1

V H C08 HJ08 5 0 0 2- 2 5 2

V H C10 HJ10 5 0 0 2- 2 5 3

V H C12 HJ12 5 0 0 2- 2 5 4

V H C15 HJ15 5 0 0 2- 2 5 5

NT205 135 60 11 0 20 8 2. 5 5 4 23 10 33 3- M 1 0 2 45 2 6. 5 2 3. 8 1 9. 7 5 7. 7 5 1 -9 12 1 5 .5 M 4 0 x 1. 5 14

NT206 169 81 140 19 1 0 4. 7 8 5 32 12 45 6- M 1 0 2 60 32 2 9. 2 5 2 2. 7 5 9. 2 5 11 -1 20 16 M55x2 20

NT208 210 91 170 2 0. 5 1 3 3. 3 5 5 37 14 52 6- M 1 2 2 66 3 8. 7 35 2 9. 7 5 1 4. 7 5 1 4 .5 - 1. 5 30 20 M60x2 25

NT210 254 100 220 25 1 7 1. 4 5 5 42 16 75 6- M 1 6 2 94 51 4 6. 6 3 3. 7 5 1 4. 2 5 8 .5 - 1 0. 5 45 22 M85x2 30

NT212 304 11 0 220 28 1 7 1. 4 5 6 52 21 91 6- M 1 6 2 108 6 1. 3 56 4 5. 7 5 1 5. 7 5 8 -15 50 23 M100x2 30

NT215 381 133 300 43 235 6 62 24 1 1 7. 5 6- M 2 0 5 139 82 7 6. 7 4 6. 7 5 1 3. 7 5 7 -16 60 30 M130x2 43

U nit: m m

L A T H E M A C HI N E A C C E S S O RI E S

E24

3- J a w W e d g e T y p e N o n T hr o u g h- h ol e P o w er C h u c k ( Wit h A d a pt or)

Dir e ct m o u nti n g: Dir e ct m o u nt f or V A s eri e s c h u c k s o nt o s h ort t a p er s pi n dl e of A S A a n d JI S st a n d ar d s. Hi g h p erf or m a n c e: Si mil ar hi g h p erf or m a n c e t o V s eri e s. C h u c k m o u nti n g s cr e w s: M etri c or U N C s o c k et h e a d c a p s cr e w s ar e s u p pli e d f or b olti n g t h e c h u c k t o t h e s pi n dl e.

O R D E R N O.

Di m J a w Str o k e ( m m) Pl u n g er Str o k e ( m m) M a x. P ull F or c e ( k gf) M a x. Gri p pi n g F or c e ( k gf) M a x. O p er ati n g Pr e s s ur e ( k gt/ c m 2) M a x. S p e e d (r. p. m.) W ei g ht ( k g s) M o m e nt of I n erti a I ( k gf. m 2 ) M at c hi n g C yli n d er M at c hi n g S oft J a w M at c hi n g H ar d J a w C O D E N O.

DI M E N SI O N S Di m A B C F K L M N P T V U E m a x. E mi n. G H m a x. H mi n. I J O Q m a x. Q mi n. R S W R E F E R FI G.

E25

U nit: m m

V- 2 0 6 A 5 9. 2 20 1835 5253

V- 2 0 8 A 6 9. 7 21 2549 7548

V- 2 1 0 A 6 8. 8 25 2957 10013

V- 2 1 0 A 8 8. 8 25 2957 10013

V- 2 1 2 A 8 1 0. 5 30 4181 15807

V- 2 1 5 A 8 16 35 8362 25391

V- 2 1 5 A 1 1 16 35 8362 25391

2 5. 5

2 4. 5

2 8. 6

2 7. 5

3 0. 6

5000 1 2. 5 0. 0 4 5 M S105 M H100 V H C06 HJ06 5 0 0 2- 0 9 0

4000 2 4. 4 0. 3 1 7 M S125 M H125 V H C08 HJ08 5 0 0 2- 0 9 1

3500 4 0. 6 5 0. 3 M S125 M H125 V H C10 HJ10 5 0 0 2- 0 9 2

3500 3 7. 1 5 0. 3 M S125 M H125 V H C10 HJ10 5 0 0 2- 0 9 3

3000 6 1. 7 5 0. 7 2 5 M S150 M H150 V H C 1 2- 1 H J 1 2- 1 5 0 0 2- 0 9 4

2800 105 1. 8 M S150 M H150 V H C 1 5- 1 H J 1 5- 1 5 0 0 2- 0 9 5

2800 103 1. 8 M S200 M H200 V H C 1 5- 1 H J 1 5- 1 5 0 0 2- 0 9 6

V- 2 1 5 A 8 381 141 1 7 1. 4 5 43 300 6- M 1 6 6 24 33 1 3 9. 7 1 9 235 5 0. 2 5 2 3. 2 5 2 71 36 55 M 3 0 x 3. 5 60 7 7. 5 6 9. 5 50 2 5. 5 6- M 1 6 Fi g- 2

V- 2 1 5 A 1 1 381 130 235 43 300 6- M 2 0 6 32 22 1 9 6. 8 6 9 260 5 0. 2 5 2 3. 2 5 2 82 47 55 M 3 0 x 3. 5 60 7 7. 5 6 9. 5 50 2 5. 5 3- M 1 0 Fi g- 1

O R D E R N O. V- 2 0 6 A 5 165 84 1 0 4. 7 8 20 140 6- M 1 0 5 14 21 15 8 2. 5 6 3 11 6 1 5. 2 5 9. 2 5 4 8 9. 6 6 9. 6 36 M 1 6 x 2. 0 34 3 8. 7 3 4. 1 31 12 3- M 6 Fi g- 1

L A T H E M A C HI N E A C C E S S O RI E S

U nit: m m

V- 2 0 8 A 5 210 103 1 0 4. 7 8 25 170 6- M 1 2 5 13 21 23 8 2. 5 6 3 1 3 3. 3 5 2 2. 2 5 1 1. 7 5 5 109 88 36 M 2 0 x 2. 5 38 4 6. 7 5 4 1. 9 35 14 6- M 1 0 Fi g- 2

V- 2 0 8 A 6 210 97 1 3 3. 3 5 25 170 6- M 1 2 5 18 25 17 1 0 6. 3 7 5 150 2 2. 2 5 1 1. 7 5 5 11 5 94 36 M 2 0 x 2. 5 38 4 6. 3 4 1. 9 35 14 3- M 6 Fi g- 1

V- 2 1 0 A 6 254 109 1 3 3. 3 5 30 220 6- M 1 6 5 18 34 25 1 0 6. 3 7 5 1 7 1. 4 5 3 0. 7 5 1 1. 2 5 5 133 108 36 M 2 0 x 2. 5 45 5 1. 1 4 6. 7 40 16 6- M 1 2 Fi g- 2

V- 2 1 0 A 8 254 102 1 7 1. 4 5 30 220 6- M 1 6 5 25 34 18 1 3 9. 7 1 9 190 3 0. 7 5 1 1. 2 5 5 140 11 5 36 M 2 0 x 2. 5 45 5 1. 1 4 6. 7 40 16 6- M 8 Fi g- 1

V- 2 1 2 A 8 304 11 8 1 7 1. 4 5 30 220 6- M 1 6 6 25 34 18 1 3 9. 7 1 9 190 4 8. 7 5 1 2. 7 5 5 145 11 5 36 M 2 0 x 2. 5 50 61 5 5. 7 5 50 18 6- M 8 Fi g- 1

4- J a w W e d g e T y p e T hr o u g h H ol e P o w er C h u c k ( Wit h A d a pt or)

O R D E R N O.

V NI T- 2 0 8 V NI T- 2 1 0 V NI T- 2 1 2 V NI T- 2 1 5

210 254 304 381

C E ( H 6) D 9 1 1 7 0 2 0. 5 1 3 3. 3 5 1 0 0 2 2 0 2 5 1 7 1. 4 5 1 1 0 2 2 0 2 8 1 7 1. 4 5 133 300 43 235 B

5 5 6 6

37 42 52 62

14 16 21 24

S P E CI FI C A TI O N S O R D E R N O.

T hr o u g h- H ol e PlStru no gk er e ( m m) ( m m)

V NI T- 2 0 8 V NI T- 2 1 0 V NI T- 2 1 2 V NI T- 2 1 5

Ø52 Ø75 Ø91 Ø 1 1 7. 5

16 19 23 23

N N O M a x. Mi n. M a x. 6 6 3 8. 7 3 5 2 9. 7 5 94 5 1 4 6. 6 3 3. 7 5 1 0 8 6 1. 3 5 6 4 5. 7 5 1 3 9 8 2 7 6. 7 4 6. 7 5

5 2 4- M 1 2 7 5 4- M 1 6 9 1 4- M 1 6 1 1 7. 5 4- M 2 0

2 2 2 5

M a x. Dr a w GriMpa pix. n g B ar P ull F or c e F or c e ( k gf) ( k gf) 2294 5716 2906 7546 3739 9789 6828 12236

Ja w Str o k e ( m m) 7. 4 8. 8 1 0. 6 1 0. 6

O P P Mi n. M a x. Mi n. 1 4. 7 5 1 4. 5 1. 5 1 4. 7 5 8. 5 - 1 0. 5 1 5. 7 5 8 -15 1 3. 7 5 7 -16

M a x. Speed (r. p. m.)

W ei g ht ( k g s)

4900 4200 3300 2500

24 36 5 8. 5 11 4

30 45 50 60

20 22 23 30

M60x2 M85x2 M100x2 M130x2

25 30 30 43

M at c hi n g M a x.Pr eO sp seruratie n g C O D E N O. C yli n d er ( k gf/ c m 2 ) M1552 M1875 M2091 M 2 5 11

1 7. 3 1 8. 4 1 8. 4 1 5. 3

5 0 0 3- 0 5 0 5 0 0 3- 0 5 1 5 0 0 3- 0 5 2 5 0 0 3- 0 5 3

N o n T hr o u g h H ol e R ot ar y H y dr a uli c C yli n d er ( Wit h V al v e s) K

2- M 5 X 1 0

Ø30 40

ØF

Ø C

A: B or e B: St o k e

2- P T 3/ 8

2- M 5 X 1 0

P 5

Ø Eh7

P T 1/ 4

A B

DI M E N SI O N S Di m ORDER N O.

M S105 M S125 M S150 M S200

P P M a x. Mi n.

105 125 150 200

20 25 30 35

135 160 190 245

100 130 130 145

80 11 0 11 0 120

30 35 45 55

21 25 31 37

M 2 0 x 2. 5 M 2 4 x 3. 0 M 3 0 x 3. 5 M 3 6 x 4. 0

35 44 45 60

197 205 214 228

108 108 108 108

89 97 106 122

152 160 169 183

45 51 56 69

25 26 26 34

C O D E N O.

6- M 1 0 x 2 0 6- M 1 2 x 2 4 1 2- M 1 2 x 2 4 1 2- M 1 6 x 3 0

158 166 175 189

5 0 0 3- 0 3 0 5 0 0 3- 0 3 1 5 0 0 3- 0 3 2 5 0 0 3- 0 3 3

T ot al Leakage (l/ mi n)

M o m e nt W ei g ht I n erti a I ( k gf. m 2 ) ( k g s)

S P E CI FI C A TI O N S Di m ORDER N O.

M S105 M S125 M S150 M S200

Pi st o n Ar e a P u s h Si d e P ull Si d e ( c m2 ) ( c m2 )

86 122 176 314

79 11 3 160 290

M a x. Dr a w B ar P ull P ull Si d e K N ( k gf)

Pi st o n Str o k e ( m m)

2 9( 2 9 5 7) 4 2( 4 2 8 3) 6 0( 6 1 1 8) 1 0 8( 1 1 0 1 3)

20 25 30 35

M a x. S p e e d M a x.Pr eO sp seruratie n g (r. p. m.) ( k gf/ c m 2 )

6000 6000 5500 5500

4. 0( 4 0. 8) 4. 0( 4 0. 8) 4. 0( 4 0. 8) 4. 0( 4 0. 8)

0. 8 0. 8 0. 8 0. 8

0. 0 1 2 5 0. 0 2 2 5 0. 0 4 7 5 0. 0 9 7 5

L A T H E M A C HI N E A C C E S S O RI E S

7. 1 10 1 3. 5 22

E26

H Y D R A U LI C C Y LI N D E R

DI M E N SI O N S

S u p er Hi g h S p e e d T hr o u g h H ol e R ot ar y H y dr a uli c C yli n d er

S m all- si z e d li g ht w ei g ht: C o m p ari n g wit h t h e tr a diti o n al pr o d u ct, it i s s m all- si z e d (r e d u c e d t o M A X 9 5 m m) a n d a li g ht w ei g ht ( w ei g ht e d M A X 4. 5 k g s). M a k e it s c a p a cit y m or e sl a bl e t o r e d u c e t h e b ur d e n of t h e m a c hi n er y at hi g h s p e e d t ur ni n g. T h e m o st l ar g e st b or e: C o m p ari n g wit h t h e ol d pr o d u ct, it h a s a b o ut 2 0 % m or e b or e f ull di a m et er f or utili zi n g t h e c a p a cit y of m a c hi n er y. T h e s af et y m e c h a ni s m: It c a n r et ai n t h e gri p pi n g f or c e wit h a c h e c k v al v e.

S P E CI FI C A TI O N S Di m

ORDER N O. M1036 M1236 M1246 M1546 M1552 M1868 M1875 M2091 M2511

M a x. Dr a w B ar P ull F or c e Pi st o n Str o k e P ull Si d e ( m m) P u s h Si d e P ull Si d e K N ( k g s) K N ( k g s) ( c m2 )

Pi st o n Ar e a

Pi st o n Di a. ( m m)

Push Si d e ( c m2 ) 71 100 100 161 161 198 198 252 348

105 125 125 155 155 180 180 205 250

6 8. 5 89 89 150 150 183 183 234 336

15 15 15 22 22 25 25 30 23

M a x. T ot al e nt W ei g ht O p er ati n g S Mp ae x.e d M Io n merti eakage Pr e s s ur e (r. p. m.) I ( k gf. ma2 ) ( k g s) L (l/ mi n) ( k gf/ c m 2 )

2 4. 8( 2 5 2 9) 2 4( 2 4 4 7) 3 8( 3 8 7 5) 3 3( 3 3 6 5) 3 8( 3 8 7 5) 3 3( 3 3 6 5) 6 0( 6 1 1 8) 5 6( 5 7 1 0) 6 0( 6 1 1 8) 5 6( 5 7 1 0) 7 5( 7 5 4 6) 6 9( 7 0 3 6) 7 5( 7 5 4 6) 6 9( 7 0 3 6) 9 4( 9 5 8 5) 8 8( 8 9 7 3) 1 2 4( 1 2 6 4 4) 1 2 0( 1 2 2 3 6)

4 0. 8 4 0. 8 4 0. 8 4 0. 8 4 0. 8 4 0. 8 4 0. 8 4 0. 8 4 0. 8

8000 7000 7000 6200 6200 4700 4700 3800 2800

0. 0 1 1 0. 0 1 9 0. 0 1 9 0. 0 5 2 0. 0 5 2 0. 0 9 5 0. 0 9 5 0. 1 5 0. 4 5

C O DE N O.

8. 6 1 3. 0 1 2. 0 18 1 6. 8 2 8. 0 2 6. 0 3 7. 0 57

3. 0 3. 0 3. 0 3. 9 3. 9 4. 2 4. 2 4. 5 7. 0

5 0 0 3- 0 0 1 5 0 0 3- 0 0 2 5 0 0 3- 0 0 3 5 0 0 3- 0 0 4 5 0 0 3- 0 0 5 5 0 0 3- 0 0 6 5 0 0 3- 0 0 7 5 0 0 3- 0 0 8 5 0 0 3- 0 0 9

DI M E N SI O N S Di m

ORDER N O. M1036 M1236 M1246 M1546 M1552 M1868 M1875 M2091 M2511

K1 L1

O1 P1

25 30 30 30 30 35 35 35 45

M 5 x 0. 8 M 1 0 x 1. 5 1 2 6 8 8 M 6 x 1. 0 M 1 0 x 1. 5 1 3 5 9 8 M 6 x 1. 0 M 1 0 x 1. 5 1 3 5 9 8 M 6 x 1. 0 M 1 0 x 1. 5 1 4 5 1 1 0 M 6 x 1. 0 M 1 0 x 1. 5 1 4 5 1 1 0 M 6 x 1. 0 M 1 0 x 1. 5 1 6 6. 5 1 5 5 M 6 x 1. 0 M 1 0 x 1. 5 1 6 6. 5 1 5 5 M 6 x 1. 0 M 1 2 x 1. 7 5 1 8 3 1 6 5 M 6 x 1. 0 M 1 6 x 2. 0 1 9 7 2 0 6

68 76 76 86 86 101 101 11 0 129

53 47 47 47 47 47 47 47 55

15 38 15 38 15 50 15 50 15 55 15 70 15 80 15 95 20 123

64 76 76 85 85 108 108 120 160

14 14 14 14 14 16 16 16 18

4 4 4 4 4 4 4 4 4

M 5 x 0. 8 M 5 x 0. 8 M 5 x 0. 8 M 6 x 1. 0 M 6 x 1. 0 M 6 x 1. 0 M 6 x 1. 0 M 6 x 1. 0 M 6 x 1. 0

4 6 6 7 7 7 7 7 7

P T 3/ 8 P T 1/ 2 P T 1/ 2 P T 1/ 2 P T 1/ 2 P T 1/ 2 P T 1/ 2 P T 1/ 2 P T 1/ 2

6 6 6 6 6 6 6 6 6

136 169 169 1 8 7. 5 1 8 7. 5 220 220 267 294

M 4 4 x 1. 5 M 5 2 x 1. 5 M 5 2 x 1. 5 M 5 8 x 1. 5 M 5 8 x 1. 5 M84x2 M84x2 M99x2

32 36 36 36 36 36 36 36 36

6 2 4 4. 6 5 4 6 7 5 2. 6 6 4 6 7 5 2. 6 6 4 7 5 5 9. 6 7 3 7 5 5 9. 6 7 3 8 4 8 4. 6 9 8 8 4 8 4. 6 9 8 9 3 9 9. 6 1 0 8 8 9 1 3 4. 6 1 4 8

126 166 166 184 184 215 215 264 362

73 85 85 96 96 121 121 138 178

80 90 90 102 102 131 131 148

104 11 8 11 8 137 137 166 166 182 232

1 1 5 1 7 9. 5 11 4 1 8 4 11 4 1 8 4 130 196 130 196 160 230 160 230 185 253 215 296

42 101 136 50 9 9 1 5 4. 5 50 9 9 1 5 4. 5 56 103 190 56 103 190 81 126 215 81 126 215 96 141 240 1 3 4. 6 1 8 6 3 1 0

Di m ORDER N O. M1036 M1236 M1246 M1546 M1552 M1868 M1875 M2091 M2511

E27

11 5 130 130 170 170 190 190 215 275

100 100 100 130 130 160 160 180 230

65 48 80 65 80 65 85 70 85 70 120 95 120 95 1 4 0 11 0 166 140

M 4 2 x 1. 5 3 6 M 4 2 x 1. 5 3 6 M55x2 46 M55x2 46 M60x2 52 M75x2 68 M85x2 75 M100x2 91 M 1 3 0 x 2 1 1 7. 5

L A T H E M A C HI N E A C C E S S O RI E S

V V W W m a x mi x m a x mi x 10 10 10 17 17 20 20 25 18

-5 -5 -5 -5 -5 -5 -5 -5 -5

39 40 40 47 47 50 50 55 38

2 4 2. 5 5 1 1 2 5 4 5 11 2 5 4 5 11 2 5 4 5 11 2 5 4 5 11 2 5 4 5 1 7. 5 2 5 4 5 1 7. 5 25 3 5 21 15 3 6 27

1 2 0. 5 1 2 6. 5 1 2 6. 5 136 136 1 5 3. 5 1 5 3. 5 168 1 8 4. 5

L at h e C oll et C h u c k s

L at h e C oll et s Pl e a s e S e e E 2 9

Pl e a s e u s e DI N 6 3 4 3 c oll et s

S pri n g C oll et

L AT H E C O L L E T C H U C K S

c oll et ill u str ati o n

M ulti- B or e C oll et

H ol di n g R a n g e P u s h t h e c o v er

C H U C K

Ti g ht e n t h e c o v er a nti r ot ati o n s cr e w s

T ur n t h e c o v er

DI M E N SI O N S

M U L TI B O R E

S P RI N G C O L L E T

N O.

C A T N O.

C R42

M- 6 7 3

3 0 1 7 3 E/ 4 7 2 8 4 2

C R60

M- 6 7 7

4 2 1 8 5 E/ 4 2 9 1 6 0

C A T N O.

O R D E R N O.

J M a x.

C R42 A5

135

124

100

1 0 4. 7 8

8 2. 5 6 3

M 6 6 x P 1. 5

M55x P20

6 2. 5

2 7. 4

1 9. 4

M10

C R42 A6

170

124

100

1 3 3. 3 5

1 0 6. 3 7 5

M 6 6 x P 1. 5

M60x P20

6 2. 5

2 7. 4

1 9. 4

M12

C R60 A6

170

145

130

1 3 3. 3 5

1 0 6. 3 7 5

M 9 0 x P 1. 5 6 7. 5

M60x P20

2 9. 9

2 1. 9

M12

3 9. 5

S P E CI FI C A TI O N S O R D E R N O.

Di a m et er of S h a nlt

M at eri al Di a m et er ( m m)

C oll et Tr a v el Di st a n c e ( m m)

W ei g ht ( k g s)

M a xi m u m B e ari n g K N ( k gf)

M a xi m u m H ol di n g P o w er K N ( k gf)

M a xi m u m Speed (r. p. m.)

C O D E N O.

C R42 A5

A 2- 5

6. 2

2 5( 2 5 4 9)

5 5( 5 6 0 8)

6, 0 0 0

5 0 0 3- 0 4 0

C R42 A6

A 2- 6

8. 2

2 5( 2 5 4 9)

5 5( 5 6 0 8)

6, 0 0 0

5 0 0 3- 0 4 1

C R60 A6

A 2- 6

3 3( 3 3 6 5)

5 9( 6 0 1 6)

5, 0 0 0

5 0 0 3- 0 4 2

L A T H E M A C HI N E A C C E S S O RI E S

E28

L at h e C oll et DI N 6 3 4 3

T e st B ar

0. 2 ~ 1. 0 1. 0 ~ 1. 6 1. 6 ~ 3. 0 3. 0 ~ 6. 0 6. 0 ~ 1 0. 0 1 0. 0 ~ 1 8. 0 1 8. 0 ~ 2 4. 0 2 4. 0 ~ 3 0. 0 3 0. 0 ~ 5 0. 0 5 0. 0 ~ 6 0. 0

DI N 6 3 4 3

C O N E SI Z E R O U N D S H A P E / M E T RI C C 2 6- D Ø O R D E R N O. C 2 6- D 6 C 2 6- D 8 C 2 6- D 9 C 2 6- D 1 0 C 2 6- D 1 1 C 2 6- D 1 2 C 2 6- D 1 3 C 2 6- D 1 4 C 2 6- D 1 5 C 2 6- D 1 6 C 2 6- D 1 7 C 2 6- D 1 8 C 2 6- D 1 9 C 2 6- D 2 0 C 2 6- D 2 1 C 2 6- D 2 2 C 2 6- D 2 3 C 2 6- D 2 4 C 2 6- D 2 5

E29

C O D E N O. 5 0 0 3- 1 0 1 5 0 0 3- 1 0 2 5 0 0 3- 1 0 3 5 0 0 3- 1 0 4 5 0 0 3- 1 0 5 5 0 0 3- 1 0 6 5 0 0 3- 1 0 7 5 0 0 3- 1 0 8 5 0 0 3- 1 0 9 5 0 0 3- 1 1 0 5 0 0 3- 1 1 1 5 0 0 3- 1 1 2 5 0 0 3- 1 1 3 5 0 0 3- 1 1 4 5 0 0 3- 1 1 5 5 0 0 3- 1 1 6 5 0 0 3- 1 1 7 5 0 0 3- 1 1 8 5 0 0 3- 1 1 9

L ( m m) 3 6 10 16 25 40 50 60 80 100

D ( S, H)

Cl a s s 1

Cl a s s 2 0. 0 1 5

0. 0 1 5

0. 0 2 0

0. 0 3 0

0. 0 4 0

K O N US W N KEL D2 D3 L C OLL ET ST A N D A R D D1 S PI N D L E C O N E ( m m) ( m m) ( m m) ( m m) TYPE N O. A N GLE

C O L L E T R A N G E( m m)

32 45 34 C- 2 6 161 E 42 55 42 C- 3 6 171 E 48 60 50 C- 4 2 173 E 58 70 60 C- 5 2 177 E 66 84 73 C- 6 0 185 E 90 107 92 C- 8 0 193 E C 8 0: H e x./ S q u ar e s h a p e or d er t o m a k e.

Ø 3- Ø 2 6 Ø 6- Ø 2 2 Ø36 Ø32 Ø 3- Ø 4 2 Ø 6- Ø 3 6 Ø52 Ø45 Ø 3- Ø 6 0 Ø 6- Ø 5 0 Ø 3- Ø 8 0 Ø 6- Ø 7 0

C 4 2- D Ø

O R D E R N O. C 4 2- D 6 C 4 2- D 8 C 4 2- D 9 C 4 2- D 1 0 C 4 2- D 1 1 C 4 2- D 1 2 C 4 2- D 1 3 C 4 2- D 1 4 C 4 2- D 1 5 C 4 2- D 1 6 C 4 2- D 1 7 C 4 2- D 1 8 C 4 2- D 1 9 C 4 2- D 2 0 C 4 2- D 2 1 C 4 2- D 2 2 C 4 2- D 2 3 C 4 2- D 2 4 C 4 2- D 2 5 C 4 2- D 2 7 C 4 2- D 2 8 C 4 2- D 3 0 C 4 2- D 3 2 C 4 2- D 3 4 C 4 2- D 3 6 C 4 2- D 3 8 C 4 2- D 4 0 C 4 2- D 4 2

L A T H E M A C HI N E A C C E S S O RI E S

M E T RI C SI Z E

C O D E N O. 5 0 0 3- 1 3 1 5 0 0 3- 1 3 2 5 0 0 3- 1 3 3 5 0 0 3- 1 3 4 5 0 0 3- 1 3 5 5 0 0 3- 1 3 6 5 0 0 3- 1 3 7 5 0 0 3- 1 3 8 5 0 0 3- 1 3 9 5 0 0 3- 1 4 0 5 0 0 3- 1 4 1 5 0 0 3- 1 4 2 5 0 0 3- 1 4 3 5 0 0 3- 1 4 4 5 0 0 3- 1 4 5 5 0 0 3- 1 4 6 5 0 0 3- 1 4 7 5 0 0 3- 1 4 8 5 0 0 3- 1 4 9 5 0 0 3- 1 5 0 5 0 0 3- 1 5 1 5 0 0 3- 1 5 2 5 0 0 3- 1 5 3 5 0 0 3- 1 5 4 5 0 0 3- 1 5 5 5 0 0 3- 1 5 6 5 0 0 3- 1 5 7 5 0 0 3- 1 5 8

75 94 94 94 11 0 130

1 5º 1 5º 1 5º 1 5º 1 5º 1 5º

C 6 0- D Ø

O R D E R N O. C 6 0- D 8 C 6 0- D 9 C 6 0- D 1 0 C 6 0- D 1 1 C 6 0- D 1 2 C 6 0- D 1 3 C 6 0- D 1 4 C 6 0- D 1 5 C 6 0- D 1 6 C 6 0- D 1 7 C 6 0- D 1 8 C 6 0- D 1 9 C 6 0- D 2 0 C 6 0- D 2 1 C 6 0- D 2 2 C 6 0- D 2 3 C 6 0- D 2 4 C 6 0- D 2 5 C 6 0- D 2 7 C 6 0- D 2 8 C 6 0- D 3 0 C 6 0- D 3 2 C 6 0- D 3 4 C 6 0- D 3 6 C 6 0- D 3 8 C 6 0- D 4 0 C 6 0- D 4 2 C 6 0- D 4 5 C 6 0- D 4 7 C 6 0- D 4 8 C 6 0- D 5 0

C O D E N O. 5 0 0 3- 1 7 1 5 0 0 3- 1 7 2 5 0 0 3- 1 7 3 5 0 0 3- 1 7 4 5 0 0 3- 1 7 5 5 0 0 3- 1 7 6 5 0 0 3- 1 7 7 5 0 0 3- 1 7 8 5 0 0 3- 1 7 9 5 0 0 3- 1 8 0 5 0 0 3- 1 8 1 5 0 0 3- 1 8 2 5 0 0 3- 1 8 3 5 0 0 3- 1 8 4 5 0 0 3- 1 8 5 5 0 0 3- 1 8 6 5 0 0 3- 1 8 7 5 0 0 3- 1 8 8 5 0 0 3- 1 8 9 5 0 0 3- 1 9 0 5 0 0 3- 1 9 1 5 0 0 3- 1 9 2 5 0 0 3- 1 9 3 5 0 0 3- 1 9 4 5 0 0 3- 1 9 5 5 0 0 3- 1 9 6 5 0 0 3- 1 9 7 5 0 0 3- 1 9 8 5 0 0 3- 1 9 9 5 0 0 3- 2 0 0 5 0 0 3- 2 0 1

Ø 5- Ø 1 8 Ø26 Ø 5- Ø 3 0 Ø36 Ø 5- Ø 4 0 Ø 5- Ø 5 7

C 8 0- D Ø O R D E R N O. C 8 0- D 1 8 C 8 0- D 2 0 C 8 0- D 2 5 C 8 0- D 2 8 C 8 0- D 3 0 C 8 0- D 3 2 C 8 0- D 3 5 C 8 0- D 3 8 C 8 0- D 4 0 C 8 0- D 4 2 C 8 0- D 4 5 C 8 0- D 4 8 C 8 0- D 5 0 C 8 0- D 5 2

C O D E N O. 5 0 0 3- 2 1 1 5 0 0 3- 2 1 2 5 0 0 3- 2 1 3 5 0 0 3- 2 1 4 5 0 0 3- 2 1 5 5 0 0 3- 2 1 6 5 0 0 3- 2 1 7 5 0 0 3- 2 1 8 5 0 0 3- 2 1 9 5 0 0 3- 2 2 0 5 0 0 3- 2 2 1 5 0 0 3- 2 2 2 5 0 0 3- 2 2 3 5 0 0 3- 2 2 4

O R D E R N O. C 2 6- H 8 C 2 6- H 1 0 C 2 6- H 1 2 C 2 6- H 1 3 C 2 6- H 1 5 C 2 6- H 1 6 C 2 6- H 1 7 C 2 6- H 1 9 C 2 6- H 2 0 C 2 6- H 2 1

C O D E N O. 5 0 0 3- 2 4 1 5 0 0 3- 2 4 2 5 0 0 3- 2 4 3 5 0 0 3- 2 4 4 5 0 0 3- 2 4 5 5 0 0 3- 2 4 6 5 0 0 3- 2 4 7 5 0 0 3- 2 4 8 5 0 0 3- 2 4 9 5 0 0 3- 2 5 0

M E T RI C SI Z E C 4 2- H O R D E R N O. C 4 2- H 8 C 4 2- H 1 0 C 4 2- H 1 2 C 4 2- H 1 3 C 4 2- H 1 5 C 4 2- H 1 6 C 4 2- H 1 7 C 4 2- H 1 9 C 4 2- H 2 0 C 4 2- H 2 1 C 4 2- H 2 2 C 4 2- H 2 4 C 4 2- H 2 5 C 4 2- H 2 7 C 4 2- H 3 0

R O U N D S H A P E/I N C H C 2 6- D Ø O R D E R N O. C 2 6- D 1 /4 C 2 6- D 3 /8 C 2 6- D 1 /2 C 2 6- D 5 /8 C 2 6- D 3 /4 C 2 6- D 7 /8 C 2 6- D 1

C O D E N O. 5 0 0 3- 3 0 1 5 0 0 3- 3 0 2 5 0 0 3- 3 0 3 5 0 0 3- 3 0 4 5 0 0 3- 3 0 5 5 0 0 3- 3 0 6 5 0 0 3- 3 0 7

H E X. S H A P E / I N C H C 2 6- H O R D E R N O. C 2 6- H 1 /4 C 2 6- H 3 /8 C 2 6- H 1 /2 C 2 6- H 5 /8 C 2 6- H 3 /4 C 2 6- H 7 /8

C O D E N O. 5 0 0 3- 4 1 1 5 0 0 3- 4 1 2 5 0 0 3- 4 1 3 5 0 0 3- 4 1 4 5 0 0 3- 4 1 5 5 0 0 3- 4 1 6

S Q U A R E S H A P E/I N C H C 2 6- S O R D E R N O. C 2 6- S 1 /4 C 2 6- S 3 /8 C 2 6- S 1 /2 C 2 6- S 5 /8

C O D E N O. 5 0 0 3- 4 7 1 5 0 0 3- 4 7 2 5 0 0 3- 4 7 3 5 0 0 3- 4 7 4

C O D E N O. 5 0 0 3- 2 6 1 5 0 0 3- 2 6 2 5 0 0 3- 2 6 3 5 0 0 3- 2 6 4 5 0 0 3- 2 6 5 5 0 0 3- 2 6 6 5 0 0 3- 2 6 7 5 0 0 3- 2 6 8 5 0 0 3- 2 6 9 5 0 0 3- 2 7 0 5 0 0 3- 2 7 1 5 0 0 3- 2 7 2 5 0 0 3- 2 7 3 5 0 0 3- 2 7 4 5 0 0 3- 2 7 5

C 6 0- H O R D E R N O. C 6 0- H 8 C 6 0- H 1 0 C 6 0- H 1 2 C 6 0- H 1 3 C 6 0- H 1 5 C 6 0- H 1 6 C 6 0- H 1 7 C 6 0- H 1 9 C 6 0- H 2 0 C 6 0- H 2 1 C 6 0- H 2 2 C 6 0- H 2 4 C 6 0- H 2 5 C 6 0- H 2 7 C 6 0- H 3 0

C O D E N O. 5 0 0 3- 2 8 1 5 0 0 3- 2 8 2 5 0 0 3- 2 8 3 5 0 0 3- 2 8 4 5 0 0 3- 2 8 5 5 0 0 3- 2 8 6 5 0 0 3- 2 8 7 5 0 0 3- 2 8 8 5 0 0 3- 2 8 9 5 0 0 3- 2 9 0 5 0 0 3- 2 9 1 5 0 0 3- 2 9 2 5 0 0 3- 2 9 3 5 0 0 3- 2 9 4 5 0 0 3- 2 9 5

DI N 6 3 4 3 C OLLET STA N D A R D TYPE N O.

C- 2 6 C- 4 2 C- 6 0 C- 8 0

161 E 173 E 185 E 193 E

I N C H SI Z E C 4 2- D Ø O R D E R N O. C 4 2- D 1 /4 C 4 2- D 3 /8 C 4 2- D 1 /2 C 4 2- D 5 /8 C 4 2- D 3 /4 C 4 2- D 7 /8 C 4 2- D 1 C 4 2- D 1 1 /8 C 4 2- D 1 1 /4 C 4 2- D 1 3 /8 C 4 2- D 1 1 /2 C 4 2- D 1 5 /8

C O D E N O. 5 0 0 3- 3 2 1 5 0 0 3- 3 2 2 5 0 0 3- 3 2 3 5 0 0 3- 3 2 4 5 0 0 3- 3 2 5 5 0 0 3- 3 2 6 5 0 0 3- 3 2 7 5 0 0 3- 3 2 8 5 0 0 3- 3 2 9 5 0 0 3- 3 3 0 5 0 0 3- 3 3 1 5 0 0 3- 3 3 2

I N C H SI Z E C 4 2- H O R D E R N O. C 4 2- H 3 /8 C 4 2- H 1 /2 C 4 2- H 5 /8 C 4 2- H 3 /4 C 4 2- H 7 /8 C 4 2- H 1 C 4 2- H 1 1 /8 C 4 2- H 1 1 /4

C O D E N O. 5 0 0 3- 4 3 1 5 0 0 3- 4 3 2 5 0 0 3- 4 3 3 5 0 0 3- 4 3 4 5 0 0 3- 4 3 5 5 0 0 3- 4 3 6 5 0 0 3- 4 3 7 5 0 0 3- 4 3 8

I N C H SI Z E C 4 2- S O R D E R N O. C 4 2- S 3 /8 C 4 2- S 1 /2 C 4 2- S 5 /8 C 4 2- S 3 /4 C 4 2- S 7 /8

C O D E N O. 5 0 0 3- 4 9 1 5 0 0 3- 4 9 2 5 0 0 3- 4 9 3 5 0 0 3- 4 9 4 5 0 0 3- 4 9 5

C 6 0- D Ø O R D E R N O. C 6 0- D 3 /8 C 6 0- D 1 /2 C 6 0- D 5 /8 C 6 0- D 3 /4 C 6 0- D 7 /8 C 6 0- D 1 C 6 0- D 1 1 /8 C 6 0- D 1 1 /4 C 6 0- D 1 3 /8 C 6 0- D 1 1 /2 C 6 0- D 1 5 /8 C 6 0- D 1 3 /4 C 6 0- D 1 7 /8 C 6 0- D 2

C O D E N O. 5 0 0 3- 3 5 1 5 0 0 3- 3 5 2 5 0 0 3- 3 5 3 5 0 0 3- 3 5 4 5 0 0 3- 3 5 5 5 0 0 3- 3 5 6 5 0 0 3- 3 5 7 5 0 0 3- 3 5 8 5 0 0 3- 3 5 9 5 0 0 3- 3 6 0 5 0 0 3- 3 6 1 5 0 0 3- 3 6 2 5 0 0 3- 3 6 3 5 0 0 3- 3 6 4

C 8 0- Ø O R D E R N O. C 8 0- D 3 /4 C 8 0- D 7 /8 C 8 0- D 1 C 8 0- D 1 1 /8 C 8 0- D 1 1 /4 C 8 0- D 1 3 /8 C 8 0- D 1 1 /2 C 8 0- D 1 5 /8 C 8 0- D 1 3 /4 C 8 0- D 1 7 /8 C 8 0- D 2 C 8 0- D 2 1 /8 C 8 0- D 2 1 /4 C 8 0- D 2 3 /8 C 8 0- D 2 1 /2 C 8 0- D 2 5 /8 C 8 0- D 2 7 /8 C 8 0- D 3

C O D E N O. 5 0 0 3- 3 8 1 5 0 0 3- 3 8 2 5 0 0 3- 3 8 3 5 0 0 3- 3 8 4 5 0 0 3- 3 8 5 5 0 0 3- 3 8 6 5 0 0 3- 3 8 7 5 0 0 3- 3 8 8 5 0 0 3- 3 8 9 5 0 0 3- 3 9 0 5 0 0 3- 3 9 1 5 0 0 3- 3 9 2 5 0 0 3- 3 9 3 5 0 0 3- 3 9 4 5 0 0 3- 3 9 5 5 0 0 3- 3 9 6 5 0 0 3- 3 9 7 5 0 0 3- 3 9 8

L AT H E C O L L E T

H E X. S H A P E / M E T RI C C 2 6- H

C 6 0- H O R D E R N O. C 6 0- H 3 /8 C 6 0- H 1 /2 C 6 0- H 5 /8 C 6 0- H 3 /4 C 6 0- H 7 /8 C 6 0- H 1 C 6 0- H 1 1 /8 C 6 0- H 1 1 /4 C 6 0- H 1 3 /8

C O D E N O. 5 0 0 3- 4 5 1 5 0 0 3- 4 5 2 5 0 0 3- 4 5 3 5 0 0 3- 4 5 4 5 0 0 3- 4 5 5 5 0 0 3- 4 5 6 5 0 0 3- 4 5 7 5 0 0 3- 4 5 8 5 0 0 3- 4 5 9

C 6 0- S O R D E R N O. C 6 0- S 3 /8 C 6 0- S 1 /2 C 6 0- S 5 /8 C 6 0- S 3 /4 C 6 0- S 7 /8 C 6 0- S 1 C 6 0- S 1 1 /8

C O D E N O. 5 0 0 3- 5 0 1 5 0 0 3- 5 0 2 5 0 0 3- 5 0 3 5 0 0 3- 5 0 4 5 0 0 3- 5 0 5 5 0 0 3- 5 0 6 5 0 0 3- 5 0 7

L A T H E M A C HI N E A C C E S S O RI E S

E30

T o ol P o st Gri n d er O N L at h e W/ O C E

Li g ht D ut y

F or I nt er n al Gri n di n g

O R D E R N O. V G R- 1 5 0

St a n d ar d A c c e s s ori e s 4.

1.I nt er n al S pi n dl e ....................................................... 1 2. P ull e y f or I nt er n al Gri n di n g .................................... 2 3. Fl at B elt ................................................................... 1 4. Di a m o n d t o ol .......................................................... 1 5. H ol d er f or Di a m o n d T o ol ......................................... 1 6. k e y F ol d s ( 8, 5, 3, 2 m m) ......................................... 4 E C O N O MI C A L T Y P E F O R LI G H T D U T Y O N L Y 2 2 0 V/ 3 P H, 3 8 0 V/ 3 P H C O L O R & S H A P E M A Y V A R Y.

C h ar a ct eri sti c F e at ur e s w hi c h ar e m a d e of all o y st e el h e at-tr e at e d f or hi g h w e ar r e si st a n c e, pr e ci si o n, a s w ell a s m ai nt ai ni n g t o t h e l o w e st t e m p er at ur e f or d ur a bilit y a n d st a bilit y. T h e m ot or b a s e a n d t h e s pi n dl e b u s hi n g ar e a dj u st a bl e. T h e m ot or i s w ell d e si g n e d wit h a s p e ci al a n d ni c e a p p e ar a n c e, T h e R. P. M. of t hi s m ot or v ari e d d e p e n di n g o n t h e si z e of t h e w or k pi e c e. T hi s gri n d er i s c a p a bl e of gri n di n g t h e w or k pi e c e t o a mi ni m u m of 3 m m i n o ut er di a m et er a n d fr o m 2 m m u p i n i n n er T h e s pi n dl e b u s hi n g i s m a d e of c a st ir o n, a n d s u p p ort e d b y t hr e e s urf a c e s. T h er ef or e, it i s d ur a bl e a n d el a sti c. M at eri al s s u c h a s st e el, ir o n, c o p p er ( br a s s), al u mi n u m, c a st ir o n, pl a sti c s, pr o c el ai n, m ar bl e, r e g ar dl e s s of b ei n g h e at tr e at e d or n ot, c a n b e gr o u n d o n t hi s m a c hi n e w hi c h f u n cti o n s li e a c yli n dri c al gri n d er. S o it m a y l o w er t h e c o st of t h e pr o d u cti o n. W e a s s ur e y o u of hi g h q u alit y pr o d u ct s.

T y p e s of Gri n di n g F or W or k Pi e c e s

E31

L A T H E M A C HI N E A C C E S S O RI E S

T O O L P O S T G RI N D E R O N L A T H E

T o ol P o st Gri n d er O N L at h e

CL O C R M AY VA R Y N O T F O R HI G H P R E CI SI O N G RI N DI N G

M ai n Di m e n si o n. ( m m) A

N et W ei g ht ( k g s)

V G R- 1 6 5

280

275

2 6 0- 3 1 0

160

11 0

230

4 0- 6 5

105

520x430x350

V G R- 1 5 0

280

275

2 5 0- 3 0 0

160

11 0

150

4 0- 6 5

105

520x430x350

V G R- 1 2 5

270

230

2 3 0- 2 8 0

11 0

150

3 4- 5 8

520x430x350

V G R- 1 0 0

235

200

170

11 0

150

450x320x340

O R DE R N O.

E xt er n al S pi n dl e

P a c ki n g Si z e ( m m)

Gri n d er o n L at h e ( L e n gt h of S Fwiorn g Gri n di n g B e d of m/ m D e pt h L at h e) ( m m) Ft.

I nt er n al S pi n dl e

C O DE N O.

O R DE R N O.

H P Si z e of W h e el di a x wi dt hh ol e

V G R- 1 6 5

5 x 5/ 8 x 5/ 8

3000 3700

2490 3070

2 5- 5 0

1 x 3 /8 x 1 /4

20000 16800 1 3 5 0 0 11 5 0 0

8- 1 0

6 5 0- 1 6 0 0 5 0 0 4- 0 0 3

V G R- 1 5 0

5 x 5/ 8 x 5/ 8

4500 6000

3750 5000

1 9- 4 0

1 x 3 /8 x 1 /4

20000 16800 1 3 5 0 0 11 5 0 0

6- 8

5 5 0- 9 0 0

5 0 0 4- 0 0 4

( R. P. M.) N o n-l o a d Speed

Di a m et er Si z e of W h e el to be di a x wi dt h x gr o u n d h ol e

( R. P. M.) N o n-l o a d Speed

V G R- 1 2 5

5 x 5/ 8 x 5/ 8

4500 6000

3750 5000

1 9- 4 0

1 x 3 /8 x 1 /4

20000 16800 1 3 5 0 0 11 5 0 0

4- 6

4 3 0- 8 5 0

5 0 0 4- 0 0 5

V G R- 1 0 0

5 x 5/ 8 x 5/ 8

4500 6000

3750 5000

1 9- 4 0

1 x 3 /8 x 1 /4

20000 16800 1 3 5 0 0 11 5 0 0

u n d er 4

3 2 0- 4 0 0

5 0 0 4- 0 0 6

L A T H E M A C HI N E A C C E S S O RI E S

E32

V DI T o ol H ol d er s

C o u pli n g T y p e S y st e m

DI N 6 9 8 8 0

A DI N 1 8 0 9 ( F or D U P L O M A TI C)

B DI N 5 4 8 0 ( F or S A U T E R/ D U P L O M A TI C)

C DI N 5 4 8 2 ( F or S A U T E R/ D U P L O M A TI C)

C o u pli n g t o DI N 1 8 0 9

C o u pli n g t o DI N 5 4 8 0

C o u pli n g t o DI N 5 4 8 2

D M T ( F or B A R U F F A L DI)

E I T ( F or D U P L O M A TI C)

S p ur C o u pli n g

V DI T o ol H ol d er s

T o ol H ol d er s Dir e cti o n S y st e m A: A xi al Dir e cti o n

E33

L A T H E M A C HI N E A C C E S S O RI E S

DI N 6 9 8 8 0 B: R a di al Dir e cti o n ( St ar T urr et)

M o d el D A Stri g ht Dir e ct Dri v e

V DI 2 0

V DI 3 0

V DI 4 0

V DI 5 0

S H A F T DI A.

B: b a c k w ar d R: ri g ht h a n d

B: b a c k w ar d L: l eft h a n d

F R

F: f or w ar d R: ri g ht h a n d

F: f or w ar d L: l eft h a n d

V DI

B R

TXX T: T a p pi n g

E X: B R 4 0 1 8 0 9 3 2 9 0 it’ s V DI 4 0, ri g ht h a n d, c o u pli n g t y p e 1 8 0 9, b a c k w ar d c o m e wit h E R 3 2 n ut. P. C. D. i s 9 0 m m F L 3 0 5 4 8 2 2 5 5 5 it’ s V DI 3 0 l eft h a n d c o u pli n g t y p e 5 4 8 2 ( B 1 5 x 1 2) f or w ar d, c o m e wit h E R 2 5 n ut. P. C. D. i s 5 5 m m O R D E R M A D E, N O T R E F U N D A B L E. L A T H E M A C HI N E A C C E S S O RI E S

E34

A xi al Drilli n g A n d Milli n g H e a d s

DI N 1 8 0 9

O R D E R M A D E, N O T R E F U N D A B L E.

P o w er Tr a n s mi s si o n A c c or di n g T o DI N 1 8 0 9

DI M E N SI O N S O R D E R N O.

D DI N 6 9 8 8 0

D A20180916

D A30180925

D A40180932

D A50180940

D A60180950

X C a p a cit y 1- 1 0 E R16 1- 1 6 E R25 2- 2 0 E R32 3- 2 6 E R40 1 0- 3 4 E R50

E xt er n al c o ol a nt s u p pl y C oll et i s n ot i n cl u d e d T o b e u s e d f or c oll et DI N 6 4 9 9

M a xi m u m R. P. M.

C O D E N O.

6000

1: 1

5 0 0 6- 0 0 1

6000

1: 1

101

5 0 0 6- 0 0 2

6000

1: 1

111

7 3. 5

5 0 0 6- 0 0 3

6000

1: 1

120

8 1. 5

5 0 0 6- 0 0 4

6000

1: 1

140

8 8. 5

11 6

5 0 0 6- 0 0 5

A xi al T a p pi n g H e a d s DI M E N SI O N S O R D E R N O.

D DI N 6 9 8 8 0

T D A30180916

T D A40180920

T D A50180925

T D A60180932

X C a p a cit y 1- 1 0 E R16 1- 1 3 E R20 1- 1 6 E R25 2- 2 0 E R32

M a xi m u m R. P. M.

C O D E N O.

3000

1: 1

108

7 1. 5

5 0 0 6- 0 0 6

3000

1: 1

9 5. 5

5 0 0 6- 0 0 7

3000

1: 1

123

8 1. 5

5 0 0 6- 0 0 8

3000

1: 1

1 5 8. 5

8 8. 5

11 6

5 0 0 6- 0 0 9

A xi al Milli n g H e a d s

DI N 1 8 0 9

E xt er n al c o ol a nt a n d i nt er m e di at e ri n g s s u p pl y T o b e u s e d f or c utt er ar b or a c c or di n g t o DI N 6 3 5 8

DI M E N SI O N S O R D E R N O.

D DI N 6 9 8 8 0

X C a p a cit y

M a xi m u m R. P. M.

C O D E N O.

D A30180916 C

3000

1: 1

9 1. 5

5 0 0 6- 0 1 0

D A40180922 C

3000

1: 1

8 6. 5

7 3. 5

5 0 0 6- 0 1 2

D A50180922 C

3000

1: 1

11 7

8 1. 5

5 0 0 6- 0 1 3

D A50180927 C

3000

1: 1

11 7

8 1. 5

5 0 0 6- 0 1 4

E35

L A T H E M A C HI N E A C C E S S O RI E S

R a di al Drilli n g A n d Milli n g H e a d s- B a c k W ar d T y p e M O D E: B L

M O D E: B R

L E F T- H A N D

RI G H T- H A N D

DI N 1 8 0 9

E xt er n al c o ol a nt s u p pl y C oll et i s n ot i n cl u d e d T o b e u s e d f or c oll et DI N 6 4 9 9 O R D E R N O.

B R2018091660 BL2018091660 B R3018092572 BL3018092572 B R4018093290 BL4018093290 B R5018094090 BL5018094090 B R60180950106 BL60180950106

D DI N 6 9 8 8 0 20 30 40 50 60

X C a p a cit y 1- 1 0 E R16 1- 1 6 E R25 2- 2 0 E R32 3- 2 6 E R40 1 0- 3 4 E R50

M a xi m u m R. P. M.

C O D E N O.

5000

1: 1

5 0 0 6- 0 1 5 A

5000

1: 1

4 1. 5

7 5. 5

3 1. 5

5 0 0 6- 0 1 6 A

5000

1: 1

124

11 0

5 0 0 6- 0 1 7

5000

1: 1

129

11 2

5 0 0 6- 0 1 8

5000

1: 1

154

104

7 4. 5

123

106

5 0 0 6- 0 1 9 A

R a di al T a p pi n g H e a d s- B a c k W ar d T y p e

DI M E N SI O N S O R D E R N O.

T B R3018091672 T BL3018091672 T B R4018092090 T BL4018092090 T B R5018092590 T BL5018092590 T B R60180932106 T BL60180932106

D DI N 6 9 8 8 0 30 40 50 60

X C a p a cit y 1- 1 0 E R16 1- 1 3 E R20 1- 1 6 E R25 2- 2 0 E R32

DI N 1 8 0 9

M a xi m u m R. P. M.

C O D E N O.

3000

1: 1

7 5. 5

3 1. 5

5 0 0 6- 0 2 0 A

3000

1: 1

124

5 9. 5

11 0

4 9. 5

5 0 0 6- 0 2 1

3000

1: 1

129

11 2

5 0 0 6- 0 2 2

3000

1: 1

154

104

105

123

8 2. 5

106

5 0 0 6- 0 2 3 A

R a di al Drilli n g A n d Milli n g H e a d s

DI N 1 8 0 9

O R D E R M A D E, N O T R E F U N D A B L E.

M O D E: F L

M O D E: F R

L E F T- H A N D

RI G H T- H A N D

T o b e u s e d f or c oll et DI N 6 4 9 9 C oll et i s n ot i n cl u d e d E xt er n al c o ol a nt s u p pl y

DI M E N SI O N S O R D E R N O.

F R3018092555 FL3018092555 F R4018093265 FL4018093265 F R5018094075 FL5018094075

D DI N 6 9 8 8 0 30 40 50

X C a p a cit y 1- 1 6 E R25 2- 2 0 E R32 3- 2 6 E R40

M a xi m u m R. P. M.

C O D E N O.

5000

1: 1

7 4. 5

5 0 0 6- 0 2 4

5000

1: 1

5 0 0 6- 0 2 5

5000

1: 1

11 5

101

5 0 0 6- 0 2 6

R a di al T a p pi n g H e a d s DI M E N SI O N S O R D E R N O.

TF R3018091655 TFL3018091655 TF R4018092065 TFL4018092065 TF R5018092575 TFL5018092575

D DI N 6 9 8 8 0 30 40 50

X C a p a cit y 1- 1 0 E R16 1- 1 3 E R20 1- 1 6 E R25

DI N 1 8 0 9

M a xi m u m R. P. M.

C O D E N O.

3000

1: 1

5 0 0 6- 0 2 7

3000

1: 1

9 3. 5

5 0 0 6- 0 2 8

3000

1: 1

11 5

103

5 0 0 6- 0 2 9

L A T H E M A C HI N E A C C E S S O RI E S

E36

V DI

DI M E N SI O N S

A xi al Drilli n g A n d Milli n g H e a d s

OFFSET

DI N 1 8 0 9

C oll et i s n ot i n cl u d e d T o b e u s e d f or c oll et DI N 6 4 9 9 E xt er n al c o ol a nt s u p pl y

DI M E N SI O N S

i i s s p e e d r ati o e x a m pl e: 1: 2. It’ s 2 ti m e s of s p e e d

O R D E R N O.

D DI N 6 9 8 8 0

D A2018091629

D A3018092529

D A 3 0 1 8 0 9 2 5 2 9/ 1

D A4018093250

D A5018094065

X C a p a cit y 1- 1 0 E R16 1- 1 6 E R25 1- 1 6 E R25 2- 2 0 E R32 3- 2 6 E R40

M a xi m u m R. P. M.

C O D E N O.

4000

1: 1

9 3. 5

5 0 0 6- 0 3 0

4000

1: 1

100

5 0 0 6- 0 3 1

8000

1: 2

100

5 0 0 6- 0 3 2

4000

1: 1

1 2 5. 5

5 0 0 6- 0 3 3

3000

1: 1

124

5 0 0 6- 0 3 4

R a di al Milli n g H e a d s

DI S K C U T T E R U NI T S

DI N 1 8 0 9

O R D E R M A D E, N O T R E F U N D A B L E.

E xt er n al c o ol a nt s u p pl y

DI M E N SI O N S O R D E R N O.

B R 3 0 1 8 0 9 1 6 C/ 3 B L 3 0 1 8 0 9 1 6 C/ 3

i;( 3: 1),It’ s 3 ti m e s of s p e e d d e cr e a s e D DI N 6 9 8 8 0

X C a p a cit y

M a xi m u m R. P. M.

3000

3: 1

133

7 7. 5

G 5

C O D E N O.

1 0 7. 5

5 0 0 6- 0 3 5

A n g ul ar H e a d s

T H E A N GL EI S A DJ U ST E D

DI N 1 8 0 9

T o b e u s e d f or c oll et DI N 6 4 9 9 E xt er n al c o ol a nt s u p pl y C oll et i s n ot i n cl u d e d

DI M E N SI O N S O R D E R N O.

D DI N 6 9 8 8 0

D A30180920 B

E37

X C a p a cit y 1- 1 3 E R20

L A T H E M A C HI N E A C C E S S O RI E S

M a xi m u m R. P. M.

C O D E N O.

4000

1: 1

± 9 0º

5 0 0 6- 0 3 6 A

A xi al Drilli n g A n d Milli n g H e a d s

DI N 5 4 8 0

O R D E R M A D E, N O T R E F U N D A B L E.

P o w er Tr a n s mi s si o n A c c or di n g T o DI N 5 4 8 0

DI M E N SI O N S

E xt er n al c o ol a nt s u p pl y T o b e u s e d f or c oll et DI N 6 4 9 9 C oll et i s n ot i n cl u d e d

D DI N 6 9 8 8 0

X C a p a cit y

M a xi m u m R. P. M.

P DI N 5 4 8 0

C O D E N O.

D A30548025

1- 1 6 E R25

6000

1: 1

101

W 1 6 X 0. 8

5 0 0 6- 0 3 7

D A40548032

2- 2 0 E R32

6000

1: 1

111

W 2 0 X 0. 8

5 0 0 6- 0 3 8

D A50548040

3- 2 6 E R40

6000

1: 1

122

W 2 4 X 1. 2 5

5 0 0 6- 0 3 8 A

V DI

O R D E R N O.

A xi al T a p pi n g H e a d s DI M E N SI O N S

DI N 5 4 8 0

O R D E R N O.

D DI N 6 9 8 8 0

X C a p a cit y

M a xi m u m R. P. M.

P DI N 5 4 8 0

C O D E N O.

T D A30548016

1- 1 0 E R16

3000

1: 1

108

7 1. 5

W 1 6 X 0. 8

5 0 0 6- 0 3 9 A

T D A40548020

1- 1 3 E R20

3000

1: 1

9 5. 5

W 2 0 X 0. 8

5 0 0 6- 0 4 0 A

A xi al Milli n g H e a d s

DI N 5 4 8 0

T o b e u s e d f or c utt er ar b or a c c or di n g t o DI N 6 3 5 8 E xt er n al c o ol a nt a n d i nt er m e di at e ri n g s s u p pl y

DI M E N SI O N S O R D E R N O.

D DI N 6 9 8 8 0

X C a p a cit y

M a xi m u m R. P. M.

P DI N 5 4 8 0

C O D E N O.

D A30548016 C

3000

1: 1

9 1. 5

W 1 6 X 0. 8

5 0 0 6- 0 4 1

D A40548016 C

3000

1: 1

6 8. 5

W 2 0 X 0. 8

5 0 0 6- 0 4 2

D A40548022 C

3000

1: 1

6 8. 5

W 2 0 X 0. 8

5 0 0 6- 0 4 3

L A T H E M A C HI N E A C C E S S O RI E S

E38

R a di al Drilli n g A n d Milli n g H e a d s- B a c k w ar d T y p e M O D E: B L

M O D E: B R

L E F T- H A N D

RI G H T- H A N D

O R D E R M A D E, N O T R E F U N D A B L E.

T o b e u s e d f or c oll et DI N 6 4 9 9 C oll et i s n ot i n cl u d e d E xt er n al c o ol a nt s u p pl y

DI M E N SI O N S O R D E R N O.

B R3054802572 BL3054802572 B R4054803290 BL4054803290 B R5054804090 BL5054804090

D X DI N 6 9 8 8 0 C a p a cit y 1- 1 6 30 E R25 2- 2 0 40 E R32 3- 2 6 50 E R40

M a xi m u m R. P. M.

P DI N 5 4 8 0

C O D E N O.

5000

1: 1

4 1. 5

7 5. 5

3 1. 5

2 8. 5

W 1 6 X 0. 8

5 0 0 6- 0 4 4 A

5000

1: 1

124

11 0

W 2 0 X 0. 8

5 0 0 6- 0 4 5

5000

1: 1

129

11 2

W 2 4 X 1. 2 5

5 0 0 6- 0 4 5 A

R a di al T a p pi n g H e a d s- S et B a c k DI M E N SI O N S O R D E R N O.

T B R3054801672 T BL3054801672 T B R4054802090 T BL4054802090

D X DI N 6 9 8 8 0 C a p a cit y 1- 1 0 30 E R16 1- 1 3 40 E R20

DI N 5 4 8 0

M a xi m u m R. P. M.

P DI N 5 4 8 0

C O D E N O.

3000

1: 1

7 5. 5

3 1. 5

W 1 6 X 0. 8

5 0 0 6- 0 4 6 A

3000

1: 1

124

5 9. 5

11 0

4 9. 5

W 2 0 X 0. 8

5 0 0 6- 0 4 7

R a di al Drilli n g A n d Milli n g H e a d s M O D E: F L

M O D E: F R

L E F T- H A N D

RI G H T- H A N D

DI N 5 4 8 0

T o b e u s e d f or c oll et DI N 6 4 9 9 C oll et i s n ot i n cl u d e d E xt er n al c o ol a nt s u p pl y

DI M E N SI O N S O R D E R N O.

F R3054802555 FL3054802555 F R3054802585 FL3054802585 F R4054803265 FL4054803265 F R4054803285 FL4054803285 F R40548032100 FL40548032100

D DI N 6 9 8 8 0 30 30 40 40 40

X C a p a cit y 1- 1 6 E R25 1- 1 6 E R25 2- 2 0 E R32 2- 2 0 E R32 2- 2 0 E R32

M a xi m u m R. P. M.

P DI N 5 4 8 0

C O D E N O.

5000

1: 1

7 4. 5

W 1 6 X 0. 8

5 0 0 6- 0 4 8

5000

1: 1

11 7

7 4. 5

W 1 6 X 0. 8

5 0 0 6- 0 4 9

5000

1: 1

W 2 0 X 0. 8

5 0 0 6- 0 5 0

5000

1: 1

11 9

W 2 0 X 0. 8

5 0 0 6- 0 5 1

5000

1: 1

134

100

W 2 0 X 0. 8

5 0 0 6- 0 5 2

R a di al T a p pi n g H e a d s DI M E N SI O N S O R D E R N O.

TF R3054801655 TFL3054801655 TF R3054801685 TFL3054801685 TF R4054802065 TFL4054802065 TF R4054802085 TFL4054802085

E39

D DI N 6 9 8 8 0 30 30 40 40

X C a p a cit y 1- 1 0 E R16 1- 1 0 E R16 1- 1 3 E R20 1- 1 3 E R20

L A T H E M A C HI N E A C C E S S O RI E S

M a xi m u m R. P. M.

P DI N 5 4 8 0

C O D E N O.

3000

1: 1

W 1 6 X 0. 8

5 0 0 6- 0 5 3 A

3000

1: 1

11 7

W 1 6 X 0. 8

5 0 0 6- 0 5 4

3000

1: 1

W 2 0 X 0. 8

5 0 0 6- 0 5 5

3000

1: 1

11 9

W 2 0 X 0. 8

5 0 0 6- 0 5 6

A xi al Drilli n g A n d Milli n g H e a d s- Off s et O R D E R M A D E, N O T R E F U N D A B L E.

OFFSET

DI N 5 4 8 0

C oll et i s n ot i n cl u d e d T o b e u s e d f or c oll et DI N 6 4 9 9 E xt er n al c o ol a nt s u p pl y

DI M E N SI O N S O R D E R N O.

D DI N 6 9 8 8 0

D A3054802529

D A 3 0 5 4 8 0 2 5 2 9/ 1

※

D A4054803250

X C a p a cit y 1- 1 6 E R25 1- 1 6 E R25 2- 2 0 E R32

30 40

M a xi m u m R. P. M.

P DI N 5 4 8 0

C O D E N O.

4000

1: 1

100

W 1 6 X 0. 8

5 0 0 6- 0 5 7

8000

1: 2

100

W 1 6 X 0. 8

5 0 0 6- 0 5 8

4000

1: 1

125

W 2 0 X 0. 8

5 0 0 6- 0 5 9

R a di al Drilli n g A n d Milli n g H e a d s

DI N 5 4 8 0 V DI

DI S K C U T T E R U NI T S

E xt er n al c o ol a nt s u p pl y

DI M E N SI O N S O R D E R N O.

B R 3 0 5 4 8 0 1 6 C/ 3 B L 3 0 5 4 8 0 1 6 C/ 3

D DI N 6 9 8 8 0

X C a p a cit y

M a xi m u m R. P. M.

3000

3: 1 133

7 7. 5

P DI N 5 4 8 0

C O D E N O.

1 6 1 0 8. 5

W 1 6 X 0. 8

5 0 0 6- 0 6 0

G 5

A n g ul ar H e a d s

A N GL EI S A DJ U ST E D

DI N 5 4 8 0

C oll et i s n ot i n cl u d e d T o b e u s e d f or c oll et DI N 6 4 9 9 E xt er n al c o ol a nt s u p pl y

DI M E N SI O N S O R D E R N O.

D DI N 6 9 8 8 0

D A30548020 B

X C a p a cit y 1- 1 3 E R20

M a xi m u m R. P. M.

P DI N 5 4 8 0 C O D E N O.

4000

1: 1

± 9 0º

W 1 6 X 0. 8 5 0 0 6- 0 6 1 A

L A T H E M A C HI N E A C C E S S O RI E S

E40

R a di al D o u bl e Drilli n g A n d Milli n g H e a d s

DI N 5 4 8 0

O R D E R M A D E, N O T R E F U N D A B L E.

C oll et i s n ot i n cl u d e d E xt er n al c o ol a nt s u p pl y T o b e u s e d f or c oll et DI N 6 4 9 9

DI M E N SI O N S O R D E R N O.

D DI N 6 9 8 8 0

DF3054802585 D

DF4054803285 D

DF40548032100 D

X C a p a cit y 1- 1 6 E R25 2- 2 0 E R32 2- 2 0 E R32

M a xi m u m R. P. M.

P DI N 5 4 8 0

C O D E N O.

4000

1: 1

11 2

2 6. 5

W 1 6 X 0. 8

5 0 0 6- 0 6 2

4000

1: 1

11 9

W 2 0 X 0. 8

5 0 0 6- 0 6 3

4000

1: 1

134

100

W 2 0 X 0. 8

5 0 0 6- 0 6 4

A xi al D o u bl e Drilli n g A n d Milli n g H e a d s

D O U B L E C O L L E T S, Y O F F S E T

DI N 5 4 8 0

C oll et i s n ot i n cl u d e d E xt er n al c o ol a nt s u p pl y T o b e u s e d f or c oll et DI N 6 4 9 9

DI M E N SI O N S O R D E R N O.

D DI N 6 9 8 8 0

D A30548016 D Y

E41

X C a p a cit y 1- 1 0 E R16

M a xi m u m R. P. M.

P DI N 5 4 8 0 C O D E N O.

4000

1: 1

2 4. 5

W 1 6 X 0. 8

L A T H E M A C HI N E A C C E S S O RI E S

5 0 0 6- 0 6 5

A xi al Drilli n g A n d Milli n g H e a d s

F O R DI N 5 4 8 2 M A C HI N E U SI N G

DI N 5 4 8 2

E xt er n al c o ol a nt s u p pl y T o b e u s e d f or c oll et DI N 6 4 9 9 C oll et i s n ot i n cl u d e d

P o w er Tr a n s mi s si o n A c c or di n g T o DI N 5 4 8 2

DI M E N SI O N S

D DI N 6 9 8 8 0

X C a p a cit y

M a xi m u m R. P. M.

P DI N 5 4 8 2

C O D E N O.

D A30548225

1- 1 6 E R25

6000

1: 1

101

B15 X12

5 0 0 6- 0 6 6

D A40548232

2- 2 0 E R32

6000

1: 1

11 0

7 3. 5

B17 X14

5 0 0 6- 0 6 7

D A50548240

3- 2 6 E R40

6000

1: 1

120

8 1. 5

B20 X17

5 0 0 6- 0 6 8

D A60548250

1 0- 3 4 E R50

6000

1: 1

140

8 8. 5

11 6

B25 X22

5 0 0 6- 0 6 9

V DI

O R D E R N O.

A xi al T a p pi n g H e a d s DI M E N SI O N S O R D E R N O.

D DI N 6 9 8 8 0

T D A30548216

T D A40548220

T D A50548225

T D A60548232

X C a p a cit y 1- 1 0 E R16 1- 1 3 E R20 1- 1 6 E R25 2- 2 0 E R32

DI N 5 4 8 2

M a xi m u m R. P. M.

P DI N 5 4 8 2

C O D E N O.

3000

1: 1

108

7 1. 5

B15 X12

5 0 0 6- 0 7 0

3000

1: 1

9 5. 5

B17 X14

5 0 0 6- 0 7 1

3000

1: 1

123

8 1. 5

B20 X17

5 0 0 6- 0 7 2

3000

1: 1

1 5 8. 5

8 8. 5

11 6

B25 X22

5 0 0 6- 0 7 3

A xi al Milli n g H e a d s

DI N 5 4 8 0

O R D E R M A D E, N O T R E F U N D A B L E.

E xt er n al c o ol a nt a n d i nt er m e di at e ri n g s s u p pl y T o b e u s e d f or c utt er ar b or a c c or di n g t o DI N 6 3 5 8

DI M E N SI O N S O R D E R N O.

D DI N 6 9 8 8 0

X C a p a cit y

M a xi m u m R. P. M.

P DI N 5 4 8 2

C O D E N O.

D A30548216 C

3000

1: 1

9 1. 5

B15 X12

5 0 0 6- 0 7 4

D A40548216 C

3000

1: 1

6 8. 5

B17 X14

5 0 0 6- 0 7 5

D A40548222 C

3000

1: 1

6 8. 5

B17 X14

5 0 0 6- 0 7 6

D A50548222 C

3000

1: 1

11 7

8 1. 5

B20 X17

5 0 0 6- 0 7 7

D A50548227 C

3000

1: 1

11 7

8 8. 5

B20 X17

5 0 0 6- 0 7 8

L A T H E M A C HI N E A C C E S S O RI E S

E42

R a di al Drilli n g A n d Milli n g H e a d s

B A C K WA R DS

DI N 5 4 8 2

M O D E: B L

M O D E: B R

L E F T- H A N D

RI G H T- H A N D

T o b e u s e d f or c oll et DI N 6 4 9 9 C oll et i s n ot i n cl u d e d E xt er n al c o ol a nt s u p pl y

DI M E N SI O N S

D X DI N 6 9 8 8 0 C a p a cit y 1- 1 6 B R3054822572 30 E R25 BL3054822572 2- 2 0 B R4054823290 40 E R32 BL4054823290 3- 2 6 B R5054824090 50 E R40 BL5054824090 1 0- 3 4 B R60548250106 60 E R50 BL60548250106 O R D E R N O.

M a xi m u m R. P. M.

M DI N P5 4 8 2

5000

1: 1

7 5. 5

3 1. 5

2 8. 5

B15 X12

5 0 0 6- 0 7 9 A

5000

1: 1

124

11 0

B17 X14

5 0 0 6- 0 8 0

5000

1: 1

129

11 2

B20 X17

5 0 0 6- 0 8 1

5000

1: 1

147

104

11 8

106

B25 X22

5 0 0 6- 0 8 2 A

C O D E N O.

R a di al T a p pi n g H e a d s- B a c k w ar d s

DI M E N SI O N S

D X DI N 6 9 8 8 0 C a p a cit y 1- 1 0 T B R3054821672 30 E R16 T BL3054821672 1- 1 3 T B R4054822090 40 E R20 T BL4054822090 2- 1 6 T B R5054822590 50 E R25 T BL5054822590 2- 2 0 T B R60548232106 60 E R32 T BL60548232106 O R D E R N O.

M a xi m u m R. P. M.

P DI N 5 4 8 2

C O D E N O.

3000

1: 1

7 5. 5

3 1. 5

B15 X12

5 0 0 6- 0 8 3 A

3000

1: 1

11 0

B17 X14

5 0 0 6- 0 8 4

3000

1: 1

129

11 2

B20 X17

5 0 0 6- 0 8 5

3000

1: 1

147

104

11 8

106

B25 X22

5 0 0 6- 0 8 6 A

R a di al Drilli n g A n d Milli n g H e a d s

DI N 5 4 8 2

O R D E R M A D E, N O T R E F U N D A B L E.

M O D E: F L

M O D E: F R

L E F T- H A N D

RI G H T- H A N D

T o b e u s e d f or c oll et DI N 6 4 9 9 C oll et i s n ot i n cl u d e d E xt er n al c o ol a nt s u p pl y

DI M E N SI O N S O R D E R N O.

F R3054822565 FL3054822565 F R3054822585 FL3054822585 F R4054823265 FL4054823265 F R4054823285 FL4054823285

D DI N 6 9 8 8 0 30 30 40 40

X C a p a cit y 1- 1 6 E R25 1- 1 6 E R25 2- 2 0 E R32 2- 2 0 E R32

M a xi m u m R. P. M.

P DI N 5 4 8 2

C O D E N O.

5000

1: 1

7 4. 5

B15 X12

5 0 0 6- 0 8 7

5000

1: 1

11 7

7 4. 5

B15 X12

5 0 0 6- 0 8 8

5000

1: 1

B17 X14

5 0 0 6- 0 8 9

5000

1: 1

11 9

B17 X14

5 0 0 6- 0 9 0

R a di al T a p pi n g H e a d s

DI M E N SI O N S O R D E R N O.

TF R3054821665 TFL3054821665 TF R3054821685 TFL3054821685 TF R4054822065 TFL4054822065 TF R4054822085 TFL4054822085

E43

D DI N 6 9 8 8 0 30 30 40 40

X C a p a cit y 1- 1 0 E R16 1- 1 0 E R16 1- 1 3 E R20 1- 1 3 E R20

L A T H E M A C HI N E A C C E S S O RI E S

M a xi m u m R. P. M.

P DI N 5 4 8 2

C O D E N O.

3000

1: 1

B15 X12

5 0 0 6- 0 9 2

3000

1: 1

11 7

B15 X12

5 0 0 6- 0 9 3

3000

1: 1

B17 X14

5 0 0 6- 0 9 4

3000

1: 1

11 9

B17 X14

5 0 0 6- 0 9 5

A xi al Drilli n g A n d Milli n g H e a d s

OFFSET TYPE

DI N 5 4 8 2

O R D E R M A D E, N O T R E F U N D A B L E.

DI M E N SI O N S O R D E R N O.

D DI N 6 9 8 8 0

D A3054822529

D A 3 0 5 4 8 2 2 5 2 9/ 1

※ 30

D A4054823250

D A5054824065

X C a p a cit y 1- 1 6 E R25 1- 1 6 E R25 2- 2 0 E R32 3- 2 6 E R40

M a xi m u m R. P. M.

P DI N 5 4 8 2

C O D E N O.

4000

1: 1

100

B15 X12

5 0 0 6- 0 9 7

8000

1: 2

100

B15 X12

5 0 0 6- 0 9 8

4000

1: 1

125

B17 X14

5 0 0 6- 0 9 9

3000

1: 1

124

B20 X17

5 0 0 6- 1 0 0

R a di al Milli n g H e a d s

DI S K C U T T E R U NI T S

DI N 5 4 8 2

E xt er n al c o ol a nt s u p pl y

DI M E N SI O N S O R D E R N O.

B R 3 0 5 4 8 2 1 6 C/ 3 B L 3 0 5 4 8 2 1 6 C/ 3

D X M a xi m u m DI N 6 9 8 8 0 C a p a cit y R. P. M. 30

3000

3: 1 133

7 7. 5

P DI N 5 4 8 2

C O D E N O.

1 6 1 0 7. 5

B15 X12

5 0 0 6- 1 0 1

G 5

A n g ul ar H e a d s

DI N 5 4 8 2

T o b e u s e d f or c oll et DI N 6 4 9 9 C oll et i s n ot i n cl u d e d E xt er n al c o ol a nt s u p pl y

DI M E N SI O N S O R D E R N O.

D DI N 6 9 8 8 0

D A30548220 B

X C a p a cit y 1- 1 3 E R20

M a xi m u m R. P. M.

4000

1: 1

± 9 0º

P DI N 5 4 8 2 C O D E N O. B15 X12

5 0 0 6- 1 0 2 A

L A T H E M A C HI N E A C C E S S O RI E S

E44

V DI

T o b e u s e d f or c oll et DI N 6 4 9 9 C oll et i s n ot i n cl u d e d E xt er n al c o ol a nt s u p pl y

A xi al Drilli n g A n d Milli n g H e a d sF or B ar uff al di T y p e S PO UR RD E CR O MUA PD LIE, NN G-O T MR TE FT UYN PD EA B L E.

P o w er Tr a n s mi s si o n A c c or di n g T o B A R U F F A L DI M T: Fr o nt al Tr a n s mi s si o n C o u pli n g G e ar i s Fi x e d V er si o n DI M E N SI O N S O R D E R N O.

D DI N 6 9 8 8 0

D A20 MT16

D A30 MT25

D A40 MT32

D A50 MT40

X C a p a cit y 1- 1 0 E R16 1- 1 6 E R25 2- 2 0 E R32 3- 2 6 E R40

T o b e u s e d f or c oll et DI N 6 4 9 9 E xt er n al c o ol a nt s u p pl y C oll et i s n ot i n cl u d e d

M a xi m u m R. P. M.

C O D E N O.

6000

1: 1

5 0 0 6- 1 0 3

6000

1: 1

5 0 0 6- 1 0 4

6000

1: 1

11 2

5 0 0 6- 1 0 5

6000

1: 1

11 8

8 1. 5

5 0 0 6- 1 0 6

A xi al T a p pi n g H e a d s DI M E N SI O N S O R D E R N O.

D DI N 6 9 8 8 0

T D A30 MT16

T D A40 MT20

T D A50 MT25

X C a p a cit y 1- 1 0 E R16 1- 1 3 E R20 1- 1 6 E R25

M a xi m u m R. P. M.

C O D E N O.

3000

1: 1

108

7 1. 5

5 0 0 6- 1 0 7

3000

1: 1

9 5. 5

5 0 0 6- 1 0 8

3000

1: 1

123

8 1. 5

5 0 0 6- 1 0 9

A xi al Milli n g H e a d s

S P U R C O U P LI N G- M T T Y P E

E xt er n al c o ol a nt a n d i nt er m e di at e ri n g s s u p pl y T o b e u s e d f or c utt er ar b or a c c or di n g t o DI N 6 3 5 8

DI M E N SI O N S O R D E R N O.

D DI N 6 9 8 8 0

X C a p a cit y

M a xi m u m R. P. M.

C O D E N O.

D A30 MT16 C

3000

1: 1

9 1. 5

5 0 0 6- 1 1 0

D A40 MT16 C

3000

1: 1

6 8. 5

5 0 0 6- 1 1 1

D A40 MT22 C

3000

1: 1

6 8. 5

5 0 0 6- 1 1 2

D A50 MT22 C

3000

1: 1

11 7

8 1. 5

5 0 0 6- 1 1 3

D A50 MT27 C

3000

1: 1

11 7

8 1. 5

5 0 0 6- 1 1 4

E45

L A T H E M A C HI N E A C C E S S O RI E S

R a di al Drilli n g A n d Milli n g H e a d s- B a c k w ar d s M O D E: B L

O R D E R M A D E, N O T R E F U N D A B L E.

M O D E: B R

L E F T- H A N D

RI G H T- H A N D

E xt er n al c o ol a nt s u p pl y T o b e u s e d f or c oll et DI N 6 4 9 9 C oll et i s n ot i n cl u d e d

DI M E N SI O N S O R D E R N O.

B R20 MT1660 BL20 MT1660 B R30 MT2572 BL30 MT2572 B R40 MT3290 BL40 MT3290 B R50 MT4090 BL50 MT4090

S P U R C O U P LI N G- M T T Y P E

D DI N 6 9 8 8 0 20 30 40 50

X C a p a cit y 1- 1 0 E R16 1- 1 6 E R25 2- 2 0 E R32 3- 2 6 E R40

M a xi m u m R. P. M.

C O D E N O.

5000

1: 1

5 0 0 6- 1 1 5 A

5000

1: 1

5 0 0 6- 1 1 6 A

5000

1: 1

124

11 0

5 0 0 6- 1 1 7

5000

1: 1

129

11 2

5 0 0 6- 1 1 8

R a di al T a p pi n g H e a d s- B a c k w ar d s

O R D E R N O.

T B R30 MT1672 T BL30 MT1672 T B R40 MT2090 T BL40 MT2090 T B R50 MT2590 T BL50 MT2590

D DI N 6 9 8 8 0 30 40 50

X C a p a cit y 1- 1 0 E R16 1- 1 3 E R20 1- 1 6 E R25

M a xi m u m R. P. M.

C O D E N O.

3000

1: 1

5 0 0 6- 1 1 9 A

3000

1: 1

124

11 0

5 0 0 6- 1 2 0

3000

1: 1

129

11 2

5 0 0 6- 1 2 1

V DI

DI M E N SI O N S

R a di al Drilli n g A n d Milli n g H e a d s M O D E: F L

M O D E: F R

L E F T- H A N D

RI G H T- H A N D

S P U R C O U P LI N G- M T T Y P E

E xt er n al c o ol a nt s u p pl y T o b e u s e d f or c oll et DI N 6 4 9 9 C oll et i s n ot i n cl u d e d

DI M E N SI O N S

D DI N 6 9 8 8 0

O R D E R N O.

F R30 MT2565 FL30 MT2565 F R30 MT2585 FL30 MT2585 F R40 MT3265 FL40 MT3265 F R40 MT3285 FL40 MT3285 F R40 MT32100 FL40 MT32100

30 30 40 40 40

X C a p a cit y 1- 1 6 E R25 1- 1 6 E R25 2- 2 0 E R32 2- 2 0 E R32 2- 2 0 E R32

M a xi m u m R. P. M.

C O D E N O.

5000

1: 1

7 4. 5

5 0 0 6- 1 2 2

5000

1: 1

11 7

7 4. 5

5 0 0 6- 1 2 3

5000

1: 1

5 0 0 6- 1 2 4

5000

1: 1

11 9

5 0 0 6- 1 2 5

5000

1: 1

134

100

5 0 0 6- 1 2 6

R a di al T a p pi n g H e a d s DI M E N SI O N S O R D E R N O.

TF R30 MT1665 TFL30 MT1665 TF R30 MT1685 TFL30 MT1685 TF R40 MT2065 TFL40 MT2065 TF R40 MT2085 TFL40 MT2085 TF R50 MT2575 TFL50 MT2575

D DI N 6 9 8 8 0 30 30 40 40 50

X C a p a cit y 1- 1 0 E R16 1- 1 0 E R16 1- 1 3 E R20 1- 1 3 E R20 1- 1 6 E R25

M a xi m u m R. P. M.

C O D E N O.

3000

1: 1

5 0 0 6- 1 2 8

3000

1: 1

11 7

5 0 0 6- 1 2 9

3000

1: 1

5 0 0 6- 1 3 0

3000

1: 1

11 9

5 0 0 6- 1 3 1

3000

1: 1

11 5

103

5 0 0 6- 1 3 2

L A T H E M A C HI N E A C C E S S O RI E S

E46

A xi al Drilli n g A n d Milli n g H e a d s

OFFSET TYPE

S P U R C O U P LI N G- M T T Y P E

C oll et i s n ot i n cl u d e d E xt er n al c o ol a nt s u p pl y T o b e u s e d f or c oll et DI N 6 4 9 9

DI M E N SI O N S O R D E R N O.

D DI N 6 9 8 8 0

D A20 MT1629

D A30 MT2529

D A 3 0 M T 2 5 2 9/ 1

※ 30

D A40 MT3250

D A50 MT4065

X C a p a cit y 1- 1 0 E R16 1- 1 6 E R25 2- 2 0 E R32 2- 2 0 E R32 3- 2 6 E R40

M a xi m u m R. P. M.

C O D E N O.

4000

1: 1

9 3. 5

5 0 0 6- 1 3 3

4000

1: 1

100

5 0 0 6- 1 3 4

8000

1: 2

100

5 0 0 6- 1 3 5

4000

1: 1

125

5 0 0 6- 1 3 6

3000

1: 1

124

5 0 0 6- 1 3 7

R a di al Milli n g H e a d s

S P U R C O U P LI N G- M T T Y P E

O R D E R M A D E, N O T R E F U N D A B L E

E xt er n al c o ol a nt s u p pl y

DI M E N SI O N S O R D E R N O.

B R 3 0 M T 1 6 C/ 3 B L 3 0 M T 1 6 C/ 3

E47

D DI N 6 9 8 8 0

X C a p a cit y

M a xi m u m R. P. M.

3000

3: 1

133

7 7. 5

L A T H E M A C HI N E A C C E S S O RI E S

G 5

C O D E N O.

1 0 7. 5

5 0 0 6- 1 3 8

A n g ul ar H e a d s

O R D E R M A D E, N O T R E F U N D A B L E

S P U R C O U P LI N G- M T T Y P E

DI M E N SI O N S O R D E R N O.

D DI N 6 9 8 8 0

D A30 MT20 B

X C a p a cit y 1- 1 3 E R20

M a xi m u m R. P. M.

C O D E N O.

4000

1: 1

± 9 0º

5 0 0 6- 1 3 9 A

R a di al Drilli n g A n d Milli n g H e a d s

D O U BLE HE A D TYPE

S P U R C O U P LI N G- M T T Y P E

T o b e u s e d f or c oll et DI N 6 4 9 9 E xt er n al c o ol a nt s u p pl y C oll et i s n ot i n cl u d e d

DI M E N SI O N S O R D E R N O.

D DI N 6 9 8 8 0

DF30 MT2585 D

DF40 MT3285 D

DF40 MT32100 D

X C a p a cit y 1- 1 6 E R25 2- 2 0 E R32 2- 2 0 E R32

M a xi m u m R. P. M.

C O D E N O.

4000

1: 1

11 2

5 0 0 6- 1 4 0

4000

1: 1

11 9

5 0 0 6- 1 4 1

4000

1: 1

134

100

5 0 0 6- 1 4 2

L A T H E M A C HI N E A C C E S S O RI E S

E48

V DI

T o b e u s e d f or c oll et DI N 6 4 9 9 E xt er n al c o ol a nt s u p pl y C oll et i s n ot i n cl u d e d

A xi al Drilli n g A n d Milli n g H e a d sF or D u pl o m ati c T y p e S P OU R RD EC R O MU APDLIE, N N G-IO T TR TE FY UP NED A B L E.

P o w er Tr a n s mi s si o n A c c or di n g T o D U P L O M A TI C I T: Fr o n- si d e C o u pli n g i s El a sti c Str o k e

DI M E N SI O N S O R D E R N O.

D DI N 6 9 8 8 0

D A 3 0I T 2 5

X C a p a cit y 1- 1 6 E R25

E xt er n al c o ol a nt s u p pl y T o b e u s e d f or c oll et DI N 6 4 9 9 C oll et i s n ot i n cl u d e d

M a xi m u m R. P. M.

C O D E N O.

6000

1: 1

5 0 0 6- 1 4 3

A xi al T a p pi n g H e a d s DI M E N SI O N S O R D E R N O.

D DI N 6 9 8 8 0

T D A 3 0I T 1 6

T D A 4 0I T 2 0

X C a p a cit y 1- 1 0 E R16 1- 1 3 E R20

M a xi m u m R. P. M.

C O D E N O.

3000

1: 1

5 0 0 6- 1 4 6

3000

1: 1

102

5 0 0 6- 1 4 7

A xi al Milli n g H e a d s

S P U R C O U P LI N G-I T T Y P E

T o b e u s e d f or c utt er ar b or a c c or di n g t o DI N 6 3 5 8 E xt er n al c o ol a nt a n d i nt er m e di at e ri n g s s u p pl y

DI M E N SI O N S O R D E R N O.

D DI N 6 9 8 8 0

X DI N 6 3 5 8

M a xi m u m R. P. M.

C O D E N O.

D A 3 0I T 1 6 C

3000

1: 1

9 1. 5

5 0 0 6- 1 4 9

D A 4 0I T 1 6 C

3000

1: 1

6 8. 5

5 0 0 6- 1 5 0

D A 4 0I T 2 2 C

3000

1: 1

6 8. 5

5 0 0 6- 1 5 1

E49

L A T H E M A C HI N E A C C E S S O RI E S

R a di al Drilli n g A n d Milli n g H e a d s O R D E R M A D E, N O T R E F U N D A B L E.

M O D E: F L

M O D E: F R

L E F T- H A N D

RI G H T- H A N D

S P U R C O U P LI N G-I T T Y P E

E xt er n al c o ol a nt s u p pl y T o b e u s e d f or c oll et DI N 6 4 9 9 C oll et i s n ot i n cl u d e d

DI M E N SI O N S O R D E R N O.

D DI N 6 9 8 8 0

F L 3 0I T 2 5 6 5 F R 3 0I T 2 5 8 5 F L 3 0I T 2 5 8 5 F L 4 0I T 3 2 6 5

F L 4 0I T 3 2 1 0 0

30 40

X C a p a cit y 1- 1 6 E R25 1- 1 6 E R25 2- 2 0 E R32 2- 2 0 E R32

M a xi m u m R. P. M.

C O D E N O.

5000

1: 1

7 4. 5

5 0 0 6- 1 5 4

5000

1: 1

11 7

7 4. 5

5 0 0 6- 1 5 5

5000

1: 1

5 0 0 6- 1 5 6

5000

1: 1

134

100

5 0 0 6- 1 5 8

V DI

R a di al T a p pi n g H e a d s DI M E N SI O N S O R D E R N O.

T F R 3 0I T 1 6 6 5 T F L 3 0I T 1 6 6 5 T F R 3 0I T 1 6 8 5 T F L 3 0I T 1 6 8 5 T F R 4 0I T 2 0 6 5 T F R 4 0I T 2 0 8 5 T F L 4 0I T 2 0 8 5

D DI N 6 9 8 8 0 30 30 40 40

X C a p a cit y 1- 1 0 E R16 1- 1 0 E R16 1- 1 3 E R20 1- 1 3 E R20

M a xi m u m R. P. M.

C O D E N O.

3000

1: 1

5 0 0 6- 1 6 0

3000

1: 1

11 7

5 0 0 6- 1 6 1

3000

1: 1

5 0 0 6- 1 6 2

3000

1: 1

11 9

5 0 0 6- 1 6 3

A n g ul ar H e a d s

E xt er n al c o ol a nt s u p pl y T o b e u s e d f or c oll et DI N 6 4 9 9 C oll et i s n ot i n cl u d e d

DI M E N SI O N S O R D E R N O.

D DI N 6 9 8 8 0

D A 3 0I T 2 0 B

X C a p a cit y 1- 1 3 E R20

M a xi m u m R. P. M.

C O D E N O.

4000

1: 1

± 9 0º

5 0 0 6- 1 6 5 A

Ot h er s h a n k di m e n si o n s u n d er d e v el o p m e nt L A T H E M A C HI N E A C C E S S O RI E S

E50

R a di al Drilli n g A n d Milli n g H e a d s

D O U BLE C OLLETS

S P U R C O U P LI N G-I T T Y P E

O R D E R M A D E, N O T R E F U N D A B L E.

C oll et i s n ot i n cl u d e d E xt er n al c o ol a nt s u p pl y T o b e u s e d f or c oll et DI N 6 4 9 9

DI M E N SI O N S O R D E R N O.

D DI N 6 9 8 8 0

D F 3 0I T 2 5 8 5 D

D F 4 0I T 3 2 8 5 D

D F 4 0I T 3 2 1 0 0 D

X C a p a cit y 1- 1 6 E R25 2- 2 0 E R32 2- 2 0 E R32

M a xi m u m R. P. M.

C O D E N O.

4000

1: 1

11 2

2 6. 5

5 0 0 6- 1 6 6

4000

1: 1

11 9

5 0 0 6- 1 6 7

4000

1: 1

134

100

5 0 0 6- 1 6 8

Ot h er s h a n k di m e n si o n s u n d er d e v el o p m e nt

DI M E N SI O N S

E51

d1 h6

l1 ± 0. 3

h1 max

h2 ± 0. 1

l2 ± 0. 0 5

l3 mi n

l4 +1

r4 ± 0. 0 2

2 1. 7

2 9. 7

3 5. 7

123

4 3. 7

L A T H E M A C HI N E A C C E S S O RI E S

R a di al St ati c H ol d er s

B1 B2 T Y P E

DI N 6 9 8 8 0

O R D E R M A D E, N O T R E F U N D A B L E.

S h ort E xt er n al C o ol a nt S u p pl y Ri g ht- h a n d

B1 DI M E N SI O N S O R D E R N O.

C O D E N O.

B 1- 2 0 x 1 6

5 0 0 6- 1 8 0

B 1- 3 0 x 2 0

5 0 0 6- 1 8 1

B 1- 4 0 x 2 5

4 2. 5

1 2. 5

3 2. 5

5 0 0 6- 1 8 2

B 1- 5 0 x 3 2

100

5 0 0 6- 1 8 3

B 1- 6 0 x 3 2

125

6 2. 5

4 2. 5

5 0 0 6- 1 8 4

L eft- h a n d E xt er n al C o ol a nt S u p pl y S h ort

B2 O R D E R N O.

C O D E N O.

B 2- 2 0 x 1 6

5 0 0 6- 1 8 5

B 2- 3 0 x 2 0

5 0 0 6- 1 8 6

B 2- 4 0 x 2 5

4 2. 5

1 2. 5

3 2. 5

5 0 0 6- 1 8 7

B 2- 5 0 x 3 2

100

5 0 0 6- 1 8 8

B 2- 6 0 x 3 2

125

6 2. 5

4 2. 5

5 0 0 6- 1 8 9

R a di al St ati c H ol d er s

B3 B4 T Y P E

DI N 6 9 8 8 0 S h ort E xt er n al C o ol a nt S u p pl y Ri g ht- h a n d

B3 DI M E N SI O N S O R D E R N O.

C O D E N O.

B 3- 2 0 x 1 6

5 0 0 6- 1 9 0

B 3- 3 0 x 2 0

5 0 0 6- 1 9 1

B 3- 4 0 x 2 5

4 2. 5

1 2. 5

4 2. 5

5 0 0 6- 1 9 2

B 3- 5 0 x 3 2

100

5 0 0 6- 1 9 3

B 3- 6 0 x 3 2

125

6 2. 5

4 2. 5

6 2. 5

4 2. 5

5 0 0 6- 1 9 4

L eft- h a n d E xt er n al C o ol a nt S u p pl y S h ort

B4 DI M E N SI O N S O R D E R N O.

C O D E N O.

B 4- 2 0 x 1 6

5 0 0 6- 1 9 5

B 4- 3 0 x 2 0

5 0 0 6- 1 9 6

B 4- 4 0 x 2 5

4 2. 5

1 2. 5

4 2. 5

5 0 0 6- 1 9 7

B 4- 5 0 x 3 2

100

5 0 0 6- 1 9 8

B 4- 6 0 x 3 2

125

6 2. 5

4 2. 5

6 2. 5

4 2. 5

5 0 0 6- 1 9 9

L A T H E M A C HI N E A C C E S S O RI E S

E52

V DI

DI M E N SI O N S

R a di al St ati c H ol d er s

B5 B6 T Y P E

DI N 6 9 8 8 0

O R D E R M A D E, N O T R E F U N D A B L E.

E xt er n al C o ol a nt S u p pl y Ri g ht- h a n d Long

B5 DI M E N SI O N S O R D E R N O.

C O D E N O.

B 5- 2 0 x 1 6

5 0 0 6- 2 0 0

B 5- 3 0 x 2 0

100

5 0 0 6- 2 0 1

B 5- 4 0 x 2 5

11 8

1 2. 5

3 2. 5

5 0 0 6- 2 0 2

B 5- 5 0 x 3 2

130

5 0 0 6- 2 0 3

B 5- 6 0 x 3 2

145

6 2. 5

4 2. 5

5 0 0 6- 2 0 4

L eft- h a n d E xt er n al C o ol a nt S u p pl y Long

B6 DI M E N SI O N S O R D E R N O.

C O D E N O.

B 6- 2 0 x 1 6

5 0 0 6- 2 0 5

B 6- 3 0 x 2 0

100

5 0 0 6- 2 0 6

B 6- 4 0 x 2 5

11 8

1 2. 5

3 2. 5

5 0 0 6- 2 0 7

B 6- 5 0 x 3 2

130

5 0 0 6- 2 0 8

B 6- 6 0 x 3 2

145

6 2. 5

4 2. 5

5 0 0 6- 2 0 9

R a di al St ati c H ol d er s

B7 B8 T Y P E

DI N 6 9 8 8 0 E xt er n al C o ol a nt S u p pl y Ri g ht- h a n d Long

B7 DI M E N SI O N S O R D E R N O.

C O D E N O.

B 7- 2 0 x 1 6

5 0 0 6- 2 1 0

B 7- 3 0 x 2 0

100

5 0 0 6- 2 1 1

B 7- 4 0 x 2 5

11 8

7 5. 5

1 2. 5

4 2. 5

5 0 0 6- 2 1 2

B 7- 5 0 x 3 2

130

5 0 0 6- 2 1 3

B 7- 6 0 x 3 2

145

8 2. 5

4 2. 5

6 2. 5

4 2. 5

5 0 0 6- 2 1 4

L eft- h a n d E xt er n al C o ol a nt S u p pl y Long

B8 DI M E N SI O N S

E53

L A T H E M A C HI N E A C C E S S O RI E S

O R D E R N O.

C O D E N O.

B 8- 2 0 x 1 6

5 0 0 6- 2 1 5

B 8- 3 0 x 2 0

100

5 0 0 6- 2 1 6

B 8- 4 0 x 2 5

11 8

7 5. 5

1 2. 5

4 2. 5

5 0 0 6- 2 1 7

B 8- 5 0 x 3 2

130

5 0 0 6- 2 1 8

B 8- 6 0 x 3 2

145

8 2. 5

4 2. 5

6 2. 5

4 2. 5

5 0 0 6- 2 1 9

A xi al St ati c H ol d er s

C1 C2 T Y P E

O R D E R M A D E, N O T R E F U N D A B L E.

DI N 6 9 8 8 0 Ri g ht- h a n d E xt er n al C o ol a nt S u p pl y

C1 DI M E N SI O N S O R D E R N O.

C O D E N O.

C 1- 2 0 x 1 6

5 0 0 6- 2 2 0

C 1- 3 0 x 2 0

5 0 0 6- 2 2 1

C 1- 4 0 x 2 5

4 2. 5

3 2. 5

1 2. 5

5 0 0 6- 2 2 2

C 1- 5 0 x 3 2

100

5 0 0 6- 2 2 3

C 1- 6 0 x 3 2

1 2 5 6 2. 5

6 2. 5 4 2. 5 1 2 5

5 0 0 6- 2 2 4

E xt er n al C o ol a nt S u p pl y L eft- h a n d

C2 O R D E R N O.

L 3

C O D E N O.

C 2- 2 0 x 1 6

5 0 0 6- 2 2 5

C 2- 3 0 x 2 0

5 0 0 6- 2 2 6

C 2- 4 0 x 2 5

4 7. 5 2 5. 5

3 2. 5

1 2. 5

5 0 0 6- 2 2 7

C 2- 5 0 x 3 2

105

3 0. 5

100

5 0 0 6- 2 2 8

C 2- 6 0 x 3 2

1 2 5 6 2. 5

6 2. 5 4 2. 5 1 2 5

5 0 0 6- 2 2 9

A xi al St ati c H ol d er s

C3 C4 T Y P E

DI N 6 9 8 8 0 Ri g ht- h a n d E xt er n al C o ol a nt S u p pl y

C3 DI M E N SI O N S O R D E R N O.

C O D E N O.

C 3- 2 0 x 1 6

5 0 0 6- 2 3 0

C 3- 3 0 x 2 0

5 0 0 6- 2 3 1

C 3- 4 0 x 2 5

4 2. 5

1 2. 5

5 0 0 6- 2 3 2

C 3- 5 0 x 3 2

100

5 0 0 6- 2 3 3

C 3- 6 0 x 3 2

1 2 5 6 2. 5

6 2. 5 6 2. 5 1 2 5

5 0 0 6- 2 3 4

E xt er n al C o ol a nt S u p pl y L eft- h a n d

C4 DI M E N SI O N S O R D E R N O.

C O D E N O.

C 4- 2 0 x 1 6

5 0 0 6- 2 3 5

C 4- 3 0 x 2 0

5 0 0 6- 2 3 6

C 4- 4 0 x 2 5

4 7. 5 2 5. 5

4 2. 5

1 2. 5

5 0 0 6- 2 3 7

C 4- 5 0 x 3 2

105

3 0. 5

100

5 0 0 6- 2 3 8

C 4- 6 0 x 3 2

1 2 5 6 2. 5

6 2. 5 6 2. 5 1 2 5

5 0 0 6- 2 3 9

L A T H E M A C HI N E A C C E S S O RI E S

E54

V DI

DI M E N SI O N S

C o m bi n e d St ati c H ol d er s

C B1 C B2 T Y P E

DI N 6 9 8 8 0

O R D E R M A D E, N O T R E F U N D A B L E.

E xt er n al C o ol a nt S u p pl y Ri g ht- h a n d

C B1 DI M E N SI O N S O R D E R N O.

C O D E N O.

C B 1- 2 0 x 1 6

5 0 0 6- 2 4 0

C B 1- 3 0 x 2 0

5 0 0 6- 2 4 1

C B 1- 4 0 x 2 5

3 2. 5

100

5 0 0 6- 2 4 2

C B 1- 5 0 x 3 2

105

120

5 0 0 6- 2 4 3

C B 1- 6 0 x 3 2

125

6 2. 5

4 2. 5

135

5 0 0 6- 2 4 4

L eft- h a n d E xt er n al C o ol a nt S u p pl y

C B2 DI M E N SI O N S O R D E R N O.

C O D E N O.

C B 2- 2 0 x 1 6

5 0 0 6- 2 4 5

C B 2- 3 0 x 2 0

5 0 0 6- 2 4 6

C B 2- 4 0 x 2 5

3 2. 5

100

5 0 0 6- 2 4 7

C B 2- 5 0 x 3 2

105

120

5 0 0 6- 2 4 8

C B 2- 6 0 x 3 2

125

6 2. 5

4 2. 5

135

5 0 0 6- 2 4 9

C o m bi n e d St ati c H ol d er s

C B3 C B4 T Y P E

DI N 6 9 8 8 0 E xt er n al C o ol a nt S u p pl y Ri g ht- h a n d

C B3 DI M E N SI O N S O R D E R N O.

C O D E N O.

C B 3- 2 0 x 1 6

5 0 0 6- 2 5 0

C B 3- 3 0 x 2 0

5 0 0 6- 2 5 1

C B 3- 4 0 x 2 5

3 2. 5

100

5 0 0 6- 2 5 2

C B 3- 5 0 x 3 2

105

120

5 0 0 6- 2 5 3

C B 3- 6 0 x 3 2

125

6 2. 5

4 2. 5

6 2. 5

135

5 0 0 6- 2 5 4

L eft- h a n d E xt er n al C o ol a nt S u p pl y

C B4 DI M E N SI O N S

E55

L A T H E M A C HI N E A C C E S S O RI E S

O R D E R N O.

C O D E N O.

C B 4- 2 0 x 1 6

5 0 0 6- 2 5 5

C B 4- 3 0 x 2 0

5 0 0 6- 2 5 6

C B 4- 4 0 x 2 5

3 2. 5

100

5 0 0 6- 2 5 7

C B 4- 5 0 x 3 2

105

120

5 0 0 6- 2 5 8

C B 4- 6 0 x 3 2

125

6 2. 5

4 2. 5

6 2. 5

135

5 0 0 6- 2 5 9

C o m bi n e d St ati c H ol d er s

DI N 6 9 8 8 0

O R D E R M A D E, N O T R E F U N D A B L E.

Ri g ht- h a n d E xt er n al C o ol a nt S u p pl y

D1 DI M E N SI O N S O R DE R N O.

C O DE N O.

D 1- 3 0 x 2 0

2 5º

5 0 0 6- 2 6 0

D 1- 4 0 x 2 5

4 2. 5

4 7. 5 2 5. 5

4 2. 5

2 5º

5 0 0 6- 2 6 1

D 1- 5 0 x 3 2

3 0. 5

5 0 0 6- 2 6 2

D 1- 6 0 x 3 2

5 7. 5

6 2. 5 6 2. 5

11 0

5 0 0 6- 2 6 3

L eft- h a n d E xt er n al C o ol a nt S u p pl y

D2 DI M E N SI O N S O R DE R N O.

D 2- 3 0 x 2 0

2 5º

5 0 0 6- 2 6 4

D 2- 4 0 x 2 5

4 2. 5

4 7. 5 2 5. 5

4 2. 5

2 5º

5 0 0 6- 2 6 5

D 2- 5 0 x 3 2

3 0. 5

5 0 0 6- 2 6 6

D 2- 6 0 x 3 2

5 7. 5

6 2. 5 6 2. 5

11 0

5 0 0 6- 2 6 7

St ati c H ol d er s

E1 T Y P E

C O DE N O.

DI N 6 9 8 8 0

E1 I nt er n al C o ol a nt S u p pl y U Drill s

DI M E N SI O N S O R D E R N O.

C O D E N O.

E 1- 2 0 x 2 0

5 0 0 6- 2 6 8

E 1- 2 0 x 2 5

5 0 0 6- 2 6 9

E 1- 3 0 x 2 0

5 0 0 6- 2 7 0

E 1- 3 0 x 2 5

5 0 0 6- 2 7 1

E 1- 3 0 x 3 2

5 0 0 6- 2 7 2

E 1- 4 0 x 2 0

3 2. 5

5 0 0 6- 2 7 3

E 1- 4 0 x 2 5

3 2. 5

5 0 0 6- 2 7 4

E 1- 4 0 x 3 2

3 2. 5

5 0 0 6- 2 7 5

E 1- 4 0 x 4 0

3 2. 5

5 0 0 6- 2 7 6

E 1- 5 0 x 2 0

5 0 0 6- 2 7 7

E 1- 5 0 x 2 5

5 0 0 6- 2 7 8

E 1- 5 0 x 3 2

5 0 0 6- 2 7 9

E 1- 5 0 x 4 0

5 0 0 6- 2 8 0

E 1- 5 0 x 5 0

100

5 0 0 6- 2 8 1

L A T H E M A C HI N E A C C E S S O RI E S

E56

V DI

D1 D2 T Y P E

St ati c H ol d er s

E2 T Y P E

O R D E R M A D E, N O T R E F U N D A B L E.

DI N 6 9 8 8 0

E2 B ori n g B ar H ol d er E xt er n al C o ol a nt S u p pl y

DI M E N SI O N S O R D E R N O. E 2- 2 0 x 8 E 2- 2 0 x 1 0 E 2- 2 0 x 1 2 E 2- 2 0 x 1 6 E 2- 2 0 x 2 0 E 2- 2 0 x 2 5 E 2- 3 0 x 8 E 2- 3 0 x 1 0 E 2- 3 0 x 1 2 E 2- 3 0 x 1 6 E 2- 3 0 x 2 0 E 2- 3 0 x 2 5 E 2- 3 0 x 3 2 E 2- 4 0 x 1 0 E 2- 4 0 x 1 2 E 2- 4 0 x 1 6 E 2- 4 0 x 2 0 E 2- 4 0 x 2 5 E 2- 4 0 x 3 2 E 2- 4 0 x 4 0 E 2- 5 0 x 1 0 E 2- 5 0 x 1 2 E 2- 5 0 x 1 6 E 2- 5 0 x 2 0 E 2- 5 0 x 2 5 E 2- 5 0 x 3 2 E 2- 5 0 x 4 0 E 2- 5 0 x 5 0 E 2- 6 0 x 1 0 E 2- 6 0 x 1 2 E 2- 6 0 x 1 6 E 2- 6 0 x 2 0 E 2- 6 0 x 2 5 E 2- 6 0 x 3 2 E 2- 6 0 x 4 0 E 2- 6 0 x 5 0

D 20 20 20 20 20 20 30 30 30 30 30 30 30 40 40 40 40 40 40 40 50 50 50 50 50 50 50 50 60 60 60 60 60 60 60 60

D1 8 10 12 16 20 25 8 10 12 16 20 25 32 10 12 16 20 25 32 40 10 12 16 20 25 32 40 50 10 12 16 20 25 32 40 50

D2 40 40 40 40 50 50 50 50 50 55 58 62 68 50 50 56 56 62 72 83 50 56 56 62 72 72 80 90 68 68 68 68 68 68 98 98

D3 50 50 50 50 50 50 68 68 68 68 68 68 68 83 83 83 83 83 83 83 98 98 98 98 98 98 98 98 123 123 123 123 123 123 123 123

H 28 28 28 28 28 28 28 3 2. 5 3 2. 5 3 2. 5 3 2. 5 3 2. 5 3 2. 5 3 2. 5 35 35 35 35 35 35 35 35 4 2. 5 4 2. 5 4 2. 5 4 2. 5 4 2. 5 4 2. 5 4 2. 5 4 2. 5

L1 50 50 50 50 50 60 60 60 60 60 60 60 75 75 75 75 75 75 75 85 90 90 90 90 90 90 90 95 90 90 90 90 90 90 90 95

L2 41 41 41 41 41 41 51 51 51 51 51 51 61 61 61 61 61 61 61 76 76 76 76 76 76 76 76 86 76 76 76 76 76 76 76 86

L3 18 18 18 18 22 22 22 22 22 22 22 22 22 22 22 22 30 30 30 30 30 30 30 30 35 35 35 35 35 35 35 35

St ati c H ol d er s

E 2- X 2 T Y P E

C O D E N O. 5 0 0 6- 2 8 2 5 0 0 6- 2 8 3 5 0 0 6- 2 8 4 5 0 0 6- 2 8 5 5 0 0 6- 2 8 6 5 0 0 6- 2 8 7 5 0 0 6- 2 8 8 5 0 0 6- 2 8 9 5 0 0 6- 2 9 0 5 0 0 6- 2 9 1 5 0 0 6- 2 9 2 5 0 0 6- 2 9 3 5 0 0 6- 2 9 4 5 0 0 6- 2 9 5 5 0 0 6- 2 9 6 5 0 0 6- 2 9 7 5 0 0 6- 2 9 8 5 0 0 6- 2 9 9 5 0 0 6- 3 0 0 5 0 0 6- 3 0 1 5 0 0 6- 3 0 2 5 0 0 6- 3 0 3 5 0 0 6- 3 0 4 5 0 0 6- 3 0 5 5 0 0 6- 3 0 6 5 0 0 6- 3 0 7 5 0 0 6- 3 0 8 5 0 0 6- 3 0 9 5 0 0 6- 3 1 0 5 0 0 6- 3 1 1 5 0 0 6- 3 1 2 5 0 0 6- 3 1 3 5 0 0 6- 3 1 4 5 0 0 6- 3 1 5 5 0 0 6- 3 1 6 5 0 0 6- 3 1 7

DI N 6 9 8 8 0

E xt er n al, i nt er n al c o ol a nt s u p pl y

DI M E N SI O N S O R D E R N O.

D DI N 6 9 8 8 0

C O D E N O.

E 2- 3 0- 2 X 2 5- 3 5

5 6. 5

5 0 0 6- 3 1 8

E 2- 4 0- 2 X 4 0- 6 5

9 1. 5

5 0 0 6- 3 1 9

E57

L A T H E M A C HI N E A C C E S S O RI E S

St ati c H ol d er s

E3 E4 T Y P E

DI N 6 9 8 8 0

O R D E R M A D E, N O T R E F U N D A B L E.

F or C oll et DI N 6 3 8 8 E xt er n al C o ol a nt S u p pl y

E3 DI M E N SI O N S O R D E R N O.

C O D E N O.

E 3- 3 0- O Z 2 5

2- 2 5

5 0 0 6- 3 2 0

E 3- 4 0- O Z 2 5

2- 2 5

3 2. 5

5 0 0 6- 3 2 1

E 3- 4 0- O Z 3 2

4- 3 2

3 2. 5

5 0 0 6- 3 2 2

E 3- 5 0- O Z 2 5

2- 2 5

5 0 0 6- 3 2 3

E 3- 5 0- O Z 3 2

4- 3 2

5 0 0 6- 3 2 4

C O D E N O.

E xt er n al C o ol a nt S u p pl y F or C oll et DI N 6 4 9 9

E4 O R D E R N O.

E 4- 2 0- E R 2 5

1- 1 6

5 0 0 6- 3 2 5

E 4- 3 0- E R 2 5

1- 1 6

5 0 0 6- 3 2 6

E 4- 3 0- E R 3 2

2- 2 0

5 0 0 6- 3 2 7

E 4- 4 0- E R 3 2

2- 2 0

3 2. 5

5 0 0 6- 3 2 8

E 4- 4 0- E R 4 0

3- 2 6

3 2. 5

5 0 0 6- 3 2 9

E 4- 5 0- E R 4 0

3- 2 6

5 0 0 6- 3 3 0

E 4- 6 0- E R 4 0

3- 2 6

123

4 2. 5

5 0 0 6- 3 3 1

E 4- 6 0- E R 5 0

1 0- 3 4

123

4 2. 5

5 0 0 6- 3 3 2

St ati c H ol d er s

T A P P E R, C H U C K T Y P E

DI N 6 9 8 8 0

T A P P E R

E xt er n al C o ol a nt S u p pl y F or C oll et DI N 6 4 9 9

DI M E N SI O N S O R D E R N O.

C O D E N O.

T A P- 2 0- E R 2 0

1- 1 3

5 0 0 6- 3 3 3

T A P- 3 0- E R 2 5

1- 1 6

5 0 0 6- 3 3 4

T A P- 4 0- E R 2 5

1- 1 6

3 2. 5

5 0 0 6- 3 3 5

T A P- 5 0- E R 3 2

2- 2 0

5 0 0 6- 3 3 6

T A P- 6 0- E R 3 2

2- 2 0

123

4 2. 5

5 0 0 6- 3 3 7

K E Y L E S S D RI L L C H U C K E xt er n al C o ol a nt S u p pl y

DI M E N SI O N S O R D E R N O.

C O D E N O.

C H U C K- 3 0- 1 3

1- 1 3

5 0 0 6- 3 3 8

C H U C K- 4 0- 1 3

1- 1 3

3 2. 5

5 0 0 6- 3 3 9

C H U C K- 4 0- 1 6

3- 1 6

3 2. 5

5 0 0 6- 3 4 0

C H U C K- 5 0- 1 3

1- 1 3

5 0 0 6- 3 4 1

C H U C K- 5 0- 1 6

3- 1 6

5 0 0 6- 3 4 2

L A T H E M A C HI N E A C C E S S O RI E S

E58

V DI

DI M E N SI O N S

St ati c H ol d er s

F TYPE

DI N 6 9 8 8 0

O R D E R M A D E, N O T R E F U N D A B L E.

T o ol h ol d er s wit h m or s e t a p er a c c or di n g DI N 2 2 8 E xt er n al C o ol a nt S u p pl y

DI M E N SI O N S O R D E R N O.

F 2 0- M T 1

MT1

5 0 0 6- 3 4 3

F 3 0- M T 1

MT1

5 0 0 6 -3 4 4

F 3 0- M T 2

MT2

5 0 0 6 -3 4 5

F 3 0- M T 3

MT3

5 0 0 6 -3 4 6

F 4 0- M T 2

MT2

3 2. 5

5 0 0 6- 3 4 7

F 4 0- M T 3

MT3

3 2. 5

5 0 0 6- 3 4 8

F 4 0- M T 4

MT4

3 2. 5

5 0 0 6- 3 4 9

F 5 0- M T 2

MT2

5 0 0 6 -3 5 0

F 5 0- M T 3

MT3

5 0 0 6 -3 5 1

F 5 0- M T 4

MT4

5 0 0 6 -3 5 2

F 6 0- M T 3

MT3

123

4 2. 5

5 0 0 6- 3 5 3

F 6 0- M T 4

MT4

123

4 2. 5

5 0 0 6- 3 5 4

A xi al St ati c H ol d er s

T1 T Y P E

C O D E N O.

DI N 6 9 8 8 0

E xt er n al, i nt er n al c o ol a nt s u p pl y

DI M E N SI O N S O R D E R N O.

T 1- 3 0- 3 2- 6 5

5 0 0 6- 3 5 5

T 1- 3 0- 3 2- 8 5

108

5 0 0 6- 3 5 6

T 1- 3 0- 3 2- 1 0 0

100

123

5 0 0 6- 3 5 7

T 1- 3 0- 3 2- 1 2 0

120

143

5 0 0 6- 3 5 8

T 1- 4 0- 3 2- 8 5

11 2

5 0 0 6- 3 5 9

T 1- 4 0- 4 0- 8 5

11 2

5 0 0 6- 3 6 0

T 1- 4 0- 4 0- 1 0 0

100

127

5 0 0 6- 3 6 1

A xi al St ati c H ol d er s

T 1- X 3 T Y P E

C O D E N O.

DI N 6 9 8 8 0

E xt er n al c o ol a nt s u p pl y

DI M E N SI O N S

E59

O R D E R N O.

C O D E N O.

T 1- 3 0- 3 X 2 5

128

148

5 0 0 6- 3 6 2

L A T H E M A C HI N E A C C E S S O RI E S

R e d u ci n g Sl e e v e s

R S- W E xt er n al C o ol a nt S u p pl y F or B ori n g B ar H ol d er

O R D E R M A D E, N O T R E F U N D A B L E.

DI M E N SI O N S D1

R S F or B ori n g B ar H ol d er

O R D E R N O. D2

C O D E N O.

E 2 0- 6

5 0 0 6- 3 6 9

E 2 0- 8

5 0 0 6- 3 7 0

E 2 0- 1 0

5 0 0 6- 3 7 1

E 2 5- 6

5 0 0 6- 3 7 2

E 2 5- 8

5 0 0 6- 3 7 3

E 2 5- 1 0

5 0 0 6- 3 7 4

E 2 5- 1 2

5 0 0 6- 3 7 5

E 3 2- 6

5 0 0 6- 3 7 6

E 3 2- 8

5 0 0 6- 3 7 7

E 3 2- 1 0

5 0 0 6- 3 7 8

E 3 2- 1 2

5 0 0 6- 3 7 9

E 4 0- 6

5 0 0 6- 3 8 1

E 4 0- 8

5 0 0 6- 3 8 2

E 4 0- 1 0

5 0 0 6- 3 8 3

E 4 0- 1 2

5 0 0 6- 3 8 4

E 5 0- 8

5 0 0 6- 3 8 8

E 5 0- 1 0

5 0 0 6- 3 8 9

E 5 0- 1 2

5 0 0 6- 3 9 0

E 5 0- 1 6

5 0 0 6- 3 9 1

E 5 0- 2 0

5 0 0 6- 3 9 2

E 5 0- 2 5

5 0 0 6- 3 9 3

O R D E R N O. D2

C O D E N O.

E 2 0- 1 2- K

5 0 0 6- 3 9 9

E 2 0- 1 6- K

5 0 0 6- 4 0 0

E 2 5- 1 6- K

5 0 0 6- 4 0 1 A

E 2 5- 2 0- K

5 0 0 6- 4 0 1

E 3 2- 1 6- K

5 0 0 6- 4 0 2 A

E 3 2- 2 0- K

5 0 0 6- 4 0 2 B

E 3 2- 2 5- K

5 0 0 6- 4 0 2

E 4 0- 1 6- K

5 0 0 6- 4 0 3 A

E 4 0- 2 0- K

5 0 0 6- 4 0 3 B

E 4 0- 2 5- K

5 0 0 6- 4 0 3 C

E 4 0- 3 2- K

5 0 0 6- 4 0 3

E 5 0- 3 2- K

5 0 0 6- 4 0 4 A

E 5 0- 4 0- K

5 0 0 6- 4 0 4

V DI

R S- W, R S T Y P E

DI M E N SI O N S D1

L A T H E M A C HI N E A C C E S S O RI E S

E60

R e d u ci n g Sl e e v e s

R S- M T, T E T Y P E

O R D E R M A D E, N O T R E F U N D A B L E.

R S- M T T o ol h ol d er s wit h m or s e t a p er a c c or di n g t o DI N 2 2 8

DI M E N SI O N S D1

MT 1

E 3 2- M T 1

E 3 2- M T 2

E 3 2- M T 3

O R D E R N O.

5 0 0 6- 4 1 0

5 0 0 6- 4 1 1

5 0 0 6- 4 1 2

C O D E N O.

E 4 0- M T 1

E 4 0- M T 2

E 4 0- M T 3

E 4 0- M T 4

5 0 0 6- 4 1 4

5 0 0 6- 4 1 5

5 0 0 6- 4 1 6

5 0 0 6- 4 1 7

C O D E N O.

E 5 0- M T 1

E 5 0- M T 2

E 5 0- M T 3

E 5 0- M T 4

O R D E R N O.

5 0 0 6- 4 1 8

5 0 0 6- 4 1 9

5 0 0 6- 4 2 0

5 0 0 6- 4 2 1

C O D E N O.

O R D E R N O.

T E A ut o t a p er wit h c yli n dri c s h aft T o b e u s e d f or c oll et DI N 6 4 9 9

DI M E N SI O N S O R D E R N O.

C O D E N O.

T E 2 5- E R 1 6

1- 1 0

M 3- M 1 2

E R16 32

7 0. 5

5 0 0 6- 4 3 0

T E 3 2- E R 2 0

2- 1 3

M 3- M 1 6

E R20 35

5 0 0 6- 4 3 1

T E 4 0- E R 2 5

2- 1 6

M 4- M 2 0

E R25 42

5 0 0 6- 4 3 2

T E 5 0- E R 3 2

3- 2 0

M 6- M 2 4

E R32 50

5 0 0 6- 4 3 3

T e st M a n dr el

T B1 T Y P E

DI M E N SI O N S

E61

DI N 6 9 8 8 0

O R D E R N O.

D DI N 6 9 8 8 0

C O D E N O.

T B 1- 3 0

11 5

5 0 0 6- 4 3 4

T B 1- 4 0

11 5

5 0 0 6- 4 3 5

T B 1- 5 0

11 5

5 0 0 6- 4 3 6

L A T H E M A C HI N E A C C E S S O RI E S

H T y p e Milli n g & Drilli n g H e a d

M A Z A K S U P E R Q UI C K T U R N T Y P E

F O R 1 S T S PI N D L E

E xt er n al c o ol a nt s u p pl y C oll et i s n ot i n cl u d e d T o b e u s e d f or c oll et DI N 6 4 9 9

DI M E N SI O N S O R D E R N O.

M a c hi n e T y p e

X C a p a cit y

M a xi m u m R. P. M.

C O D E N O.

S Q T 1 0- H M D 2 5

S Q T 1 0 M- 1 2 D 1 5 M- 1 6 D S Q T 2 0 0 M- 1 6 D 2 5 0 M- 1 6 D

1- 1 6 E R25

5000

135

100

5 0 0 6- 4 4 0

1- 1 6 E R25

5000

165

130

5 0 0 6- 4 4 1

2- 2 0 E R32

5000

165

130

5 0 0 6- 4 4 2

S Q T 1 5/ 1 8- H M D 2 5 S Q T 1 5/ 1 8- H M D 3 2

S Q T 1 5 M- 1 2 D 1 8 M- 1 2 D S Q T 2 0 0 M- 1 2 D 2 5 0 M- 1 2 D

H T y p e T a p pi n g H e a d

O R D E R M A D E, N O T R E F U N D A B L E.

O R D E R N O.

M a c hi n e T y p e

X C a p a cit y

M a xi m u m R. P. M.

C O D E N O.

S Q T 1 0- H T 1 6

S Q T 1 0 M- 1 2 D 1 5 M- 1 6 D S Q T 2 0 0 M- 1 6 D 2 5 0 M- 1 6 D

1- 1 0 E R16

3000

135

100

5 0 0 6- 4 4 3

S Q T 1 5/ 1 8- H T 2 0

S Q T 1 5 M- 1 2 D 1 8 M- 1 2 D S Q T 2 0 0 M- 1 2 D 2 5 0 M- 1 2 D

1- 1 3 E R20

3000

165

108

130

5 0 0 6- 4 4 4

V DI

DI M E N SI O N S

H T y p e B a c k Milli n g & Drilli n g H e a d

M A Z A K S U P E R Q UI C K T U R N T Y P E

F O R 2 N D S PI N D L E

E xt er n al c o ol a nt s u p pl y C oll et i s n ot i n cl u d e d T o b e u s e d f or c oll et DI N 6 4 9 9

DI M E N SI O N S O R D E R N O.

S Q T 1 0- H B M D 2 5 S Q T 1 5/ 1 8- H B M D 2 5 S Q T 1 5/ 1 8- H B M D 3 2

M a c hi n e T y p e

X C a p a cit y

M a xi m u m R. P. M.

C O D E N O.

S Q T 1 0 M- 1 2 D 1 5 M- 1 6 D S Q T 2 0 0 M- 1 6 D 2 5 0 M- 1 6 D

1- 1 6 E R25

5000

135

100

5 0 0 6- 4 5 0

1- 1 6 E R25

5000

165

130

5 0 0 6- 4 5 1

2- 2 0 E R32

5000

165

130

5 0 0 6- 4 5 2

S Q T 1 5 M- 1 2 D 1 8 M- 1 2 D S Q T 2 0 0 M- 1 2 D 2 5 0 M- 1 2 D

H T y p e T a p pi n g H e a d DI M E N SI O N S M a c hi n e T y p e

X C a p a cit y

M a xi m u m R. P. M.

C O D E N O.

S Q T 1 0- H B T 1 6

S Q T 1 0 M- 1 2 D 1 5 M- 1 6 D S Q T 2 0 0 M- 1 6 D 2 5 0 M- 1 6 D

1- 1 0 E R16

3000

135

100

5 0 0 6- 4 5 4

S Q T 1 5/ 1 8- H B T 2 0

S Q T 1 5 M- 1 2 D 1 8 M- 1 2 D S Q T 2 0 0 M- 1 2 D 2 5 0 M- 1 2 D

1- 1 3 E R20

3000

165

130

5 0 0 6- 4 5 5

O R D E R N O.

L A T H E M A C HI N E A C C E S S O RI E S

E62

H T y p e Milli n g & Drilli n g H e a d

M A Z A K S U P E R Q UI C K T U R N T Y P E

F O R 1 S T A N D 2 N D S PI N D L E

E xt er n al c o ol a nt s u p pl y C oll et i s n ot i n cl u d e d T o b e u s e d f or c oll et DI N 6 4 9 9

DI M E N SI O N S O R D E R N O.

M a c hi n e T y p e

X C a p a cit y

M a xi m u m R. P. M.

C O D E N O.

S Q T 1 0- H M D 2 0 2 5

S Q T 1 0 M- 1 2 D 1 5 M- 1 6 D S Q T 2 0 0 M- 1 6 D 2 5 0 M- 1 6 D

1 st- E R 2 5 2 n d- E R 2 0

42 35

4000

135

9 6 7 7. 5 5 9

100

5 0 0 6- 4 5 6

S Q T 1 5/ 1 8- H M D 2 3 2

S Q T 1 5 M- 1 2 D 1 8 M- 1 2 D S Q T 2 0 0 M- 1 2 D 2 5 0 M- 1 2 D

2- 2 0 E R32

4000

167

128

130

5 0 0 6- 4 5 7

V T y p e Milli n g & Drilli n g H e a d

M A Z A K S U P E R Q UI C K T U R N T Y P E

OFFSET

O R D E R M A D E, N O T R E F U N D A B L E.

E xt er n al c o ol a nt s u p pl y C oll et i s n ot i n cl u d e d T o b e u s e d f or c oll et DI N 6 4 9 9

DI M E N SI O N S O R D E R N O.

S Q T 1 0- V M D 2 5

1: 2 S p e e d b o o st

M a c hi n e T y p e

X C a p a cit y

M a xi m u m R. P. M.

C O D E N O.

S Q T 1 0 M- 1 2 D 1 5 M- 1 6 D S Q T 2 0 0 M- 1 6 D 2 5 0 M- 1 6 D

1- 1 6 E R25

5000

120

5 0 0 6- 4 6 0

1- 1 6 E R25

5000

122

5 0 0 6- 4 6 1

1- 1 6 E R25

( 1: 2) 7000

11 8

2- 2 0 E R32

5000

1 2 5. 5

5 0 0 6- 4 6 3

S Q T 1 5/ 1 8- V M D 2 5 F S Q T 1 5/ 1 8- V M D 2 5 F- 1

※

S Q T 1 5 M- 1 2 D 1 8 M- 1 2 D S Q T 2 0 0 M- 1 2 D 2 5 0 M- 1 2 D

S Q T 1 5/ 1 8- V M D 3 2

※

5 0 0 6- 4 6 2

V T y p e T a p pi n g H e a d DI M E N SI O N S

E63

O R D E R N O.

M a c hi n e T y p e

X C a p a cit y

M a xi m u m R. P. M.

C O D E N O.

S Q T 1 0- V T 1 6 F

S Q T 1 0 M- 1 2 D 1 5 M- 1 6 D S Q T 2 0 0 M- 1 6 D 2 5 0 M- 1 6 D

1- 1 0 E R16

4000

11 9

8 1. 5

5 0 0 6- 4 6 4

S Q T 1 5/ 1 8- V T 2 0 F

S Q T 1 5 M- 1 2 D 1 8 M- 1 2 D S Q T 2 0 0 M- 1 2 D 2 5 0 M- 1 2 D

1- 1 3 E R20

4000

123

5 0 0 6- 4 6 5

L A T H E M A C HI N E A C C E S S O RI E S

V T y p e Milli n g & Drilli n g H e a d

M A Z A K S U P E R Q UI C K T U R N T Y P E

D A- S E RI E S

E xt er n al c o ol a nt s u p pl y C oll et i s n ot i n cl u d e d T o b e u s e d f or c oll et DI N 6 4 9 9

DI M E N SI O N S M a c hi n e T y p e

X C a p a cit y

M a xi m u m R. P. M.

C O D E N O.

S Q T 1 0- V M D 2 5 D A

S Q T 1 0 M- 1 2 D 1 5 M- 1 6 D S Q T 2 0 0 M- 1 6 D 2 5 0 M- 1 6 D

1- 1 6 E R25

6000

6 2. 5

5 0 0 6- 4 6 6

S Q T 1 5/ 1 8- V M D 3 2 D A

S Q T 1 5 M- 1 2 D 1 8 M- 1 2 D S Q T 2 0 0 M- 1 2 D 2 5 0 M- 1 2 D

2- 2 0 E R32

6000

1 1 9. 5

8 2. 5

5 0 0 6- 4 6 7

V T y p e T a p pi n g H e a d DI M E N SI O N S

V DI

O R D E R N O.

O R D E R M A D E, N O T R E F U N D A B L E.

M a c hi n e T y p e

X C a p a cit y

M a xi m u m R. P. M.

C O D E N O.

S Q T 1 0- V T 1 6 D A

S Q T 1 0 M- 1 2 D 1 5 M- 1 6 D S Q T 2 0 0 M- 1 6 D 2 5 0 M- 1 6 D

1- 1 0 E R16

4000

100

6 2. 5

5 0 0 6- 4 6 8

S Q T 1 5/ 1 8- V T 2 0 D A

S Q T 1 5 M- 1 2 D 1 8 M- 1 2 D S Q T 2 0 0 M- 1 2 D 2 5 0 M- 1 2 D

1- 1 3 E R20

4000

127

8 2. 5

5 0 0 6- 4 6 9

O R D E R N O.

V T y p e Milli n g & Drilli n g H e a d

M A Z A K S U P E R Q UI C K T U R N T Y P E

D A- S E RI E S, L O N G

E xt er n al c o ol a nt s u p pl y C oll et i s n ot i n cl u d e d T o b e u s e d f or c oll et DI N 6 4 9 9

DI M E N SI O N S O R D E R N O.

M a c hi n e T y p e

X C a p a cit y

M a xi m u m R. P. M.

S Q T 1 5/ 1 8- V M D 3 2 L

S Q T 1 5 M- 1 2 D 1 8 M- 1 2 D S Q T 2 0 0 M- 1 2 D 2 5 0 M- 1 2 D

2- 2 0 E R32

6000

C O D E N O.

1 1 9. 5

8 2. 5

5 0 0 6- 4 7 0

1 3 3. 5

9 8. 5

5 0 0 6- 4 7 1

L A T H E M A C HI N E A C C E S S O RI E S

E64

V T y p e Milli n g & Drilli n g H e a d

M A Z A K M U L TI P L E X T Y P E

O R D E R M A D E, N O T R E F U N D A B L E.

E xt er n al c o ol a nt s u p pl y C oll et i s n ot i n cl u d e d T o b e u s e d f or c oll et DI N 6 4 9 9

DI M E N SI O N S

※

1: 2 S p e e d b o o st

O R D E R N O.

M a c hi n e T y p e

X C a p a cit y

M a xi m u m R. P. M.

C O D E N O.

M P 6 1 0- H M D 2 5

M P 4 1 0 N- 1 2 D 4 1 5 N- 1 2 D M P 6 1 0- 1 2 D 6 2 0 0- 1 6 D

1- 1 6 E R25

5000

150

8 0. 5

11 5

5 0 0 6- 4 7 5

1- 1 6 E R25

5000

165

8 0. 5

130

5 0 0 6- 4 7 6

2- 2 0 E R32

5000

165

8 2. 5

130

5 0 0 6- 4 7 7

2- 2 0 E R32

( 1: 2) 7000

169

103

130

M P 6 2 0- H M D 2 5 M P 6 2 0- H M D 3 2

M P 4 2 0 N- 1 2 D 6 2 0 N- 1 2 D M P 6 2 0- 1 2 D 6 2 0 0- 1 6 D

M P 6 2 0- H M D 3 2- 2

H T y p e T a p pi n g H e a d DI M E N SI O N S

※

5 0 0 6- 4 7 8

O R D E R N O.

M a c hi n e T y p e

X C a p a cit y

M a xi m u m R. P. M.

C O D E N O.

M P 6 1 0- H T 1 6

M P 4 1 0 N- 1 2 D 4 1 5 N- 1 2 D M P 6 1 0- 1 2 D 6 2 0 0- 1 6 D

1- 1 0 E R16

3000

150

8 7. 5

11 5

5 0 0 6- 4 7 9

M P 6 2 0- H T 2 0

M P 4 2 0 N- 1 2 D 6 2 0 N- 1 2 D M P 6 2 0- 1 2 D 6 2 0 0- 1 6 D

1- 1 3 E R20

3000

165

1 1 5. 5

130

5 0 0 6- 4 8 0

V T y p e Milli n g & Drilli n g H e a d

M A Z A K M U L TI P L E X T Y P E

OFFSET

E xt er n al c o ol a nt s u p pl y C oll et i s n ot i n cl u d e d T o b e u s e d f or c oll et DI N 6 4 9 9

DI M E N SI O N S O R D E R N O.

M a c hi n e T y p e

X C a p a cit y

M a xi m u m R. P. M.

C O D E N O.

M P 6 1 0- V M D 2 5 F

M P 4 1 0 N- 1 2 D 4 1 5 N- 1 2 D M P 6 1 0- 1 2 D 6 2 0 0- 1 6 D

1- 1 6 E R25

5000

122

5 0 0 6- 4 8 1

1- 1 6 E R25

5000

122

5 0 0 6- 4 8 2

2- 2 0 E R32

5000

1 2 5. 5

5 0 0 6- 4 8 3

M P 6 2 0- V M D 1 6 F M P 6 2 0- V M D 3 2 F

M P 4 2 0 N- 1 2 D 6 2 0 N- 1 2 D M P 6 2 0- 1 2 D 6 2 0 0- 1 6 D

V T y p e T a p pi n g H e a d DI M E N SI O N S

E65

O R D E R N O.

M a c hi n e T y p e

X C a p a cit y

M a xi m u m R. P. M.

C O D E N O.

M P 6 1 0- V T 1 6 F

M P 4 1 0 N- 1 2 D 4 1 5 N- 1 2 D M P 6 1 0- 1 2 D 6 2 0 0- 1 6 D

1- 1 0 E R16

4000

122

8 2. 5

5 0 0 6- 4 8 4

M P 6 2 0- V T 2 0 F

M P 4 2 0 N- 1 2 D 6 2 0 N- 1 2 D M P 6 2 0- 1 2 D 6 2 0 0- 1 6 D

1- 1 3 E R20

4000

1 2 3. 5

5 0 0 6- 4 8 5

L A T H E M A C HI N E A C C E S S O RI E S

V T y p e Milli n g & Drilli n g H e a d

M A Z A K M U L TI P L E X T Y P E

D A- S E RI E S

E xt er n al c o ol a nt s u p pl y C oll et i s n ot i n cl u d e d T o b e u s e d f or c oll et DI N 6 4 9 9

DI M E N SI O N S O R D E R N O.

M a c hi n e T y p e

X C a p a cit y

M a xi m u m R. P. M.

C O D E N O.

M P 6 1 0- V M D 2 5 D A

M P 4 1 0 N- 1 2 D 4 1 5 N- 1 2 D M P 6 1 0- 1 2 D 6 2 0 0- 1 6 D

1- 1 6 E R25

6000

108

5 0 0 6- 4 8 6

1- 1 6 E R25

6000

11 9

8 2. 6

5 0 0 6- 4 8 7

2- 2 0 E R32

6000

120

8 2. 6

5 0 0 6- 4 8 8

M P 6 2 0- V M D 2 5 D A

V DI

M P 6 2 0- V M D 3 2 D A

M P 4 2 0 N- 1 2 D 6 2 0 N- 1 2 D M P 6 2 0- 1 2 D 6 2 0 0- 1 6 D

F or w ar d T ur ni n g H ol d er - R H

M A Z A K S U P E R Q UI C K T U R N & M U L TI P L E X T Y P E

O R D E R M A D E, N O T R E F U N D A B L E.

DI M E N SI O N S O R D E R N O.

S Q T 1 0 M/ 1 5 A M- F T R H- M S Q T 1 0 M/ 1 5 A M- F T R H-I S Q T 1 5 M/ 1 8 M- F T R H- M S Q T 1 5 M/ 1 8 M- F T R H-I

M a c hi n e T y p e

S Q T- 1 0 M/ 1 5 A M

S Q T- 1 5 M/ 1 8 M

M P 6 1 0 N/ 6 1 5 N- F T R H- M

M P- 6 1 0 N/ 6 1 5 N

M P 4 1 0 N/ 4 1 5 N- F T R H-I

M P- 4 1 0 N/ 4 1 5 N

M P 6 2 0 N/ 6 2 5 N- F T R H- M

M P- 6 2 0 N/ 6 2 5 N

M P 4 2 0 N- F T R H-I

M P- 4 2 0 N

40 40

C O D E N O.

m m

100

5 0 0 6- 4 9 0

inch

0. 7 5

2. 6

3. 1

3. 9 3 7

5 0 0 6- 4 9 1

m m

120

5 0 0 6- 4 9 2

inch

3. 0 7 1

3. 6 2 2

4. 7 2 4

5 0 0 6- 4 9 3

m m

100

5 0 0 6- 4 9 6

inch

0. 7 5

3. 3 4 7

3. 9 3 7

5 0 0 6- 4 9 7

m m

120

5 0 0 6- 4 9 8

inch

3. 2 6 8

3. 6 2 2

4. 7 2 4

5 0 0 6- 4 9 9

L A T H E M A C HI N E A C C E S S O RI E S

E66

R e v er s e T ur ni n g H ol d er - L H

M A Z A K S U P E R Q UI C K T U R N & M U L TI P L E X T Y P E

O R D E R M A D E, N O T R E F U N D A B L E.

DI M E N SI O N S O R D E R N O.

S Q T 1 0 M/ 1 5 A M- R T L H- M S Q T 1 0 M/ 1 5 A M- R T L H-I S Q T 1 5 M/ 1 8 M- R T L H- M S Q T 1 5 M/ 1 8 M- R T L H-I S Q T 2 8 M/ 3 0 M- R T L H- M S Q T 2 8 M/ 3 0 M- R T L H-I

※

M a c hi n e T y p e

S Q T- 1 0 M/ 1 5 A M

S Q T- 1 5 M/ 1 8 M

S Q T- 2 8 M/ 3 0 M

M P 6 1 0 N/ 6 1 5 N- R T L H- M

M P- 6 1 0 N/ 6 1 5 N

M P 4 1 0 N/ 4 1 5 N- R T L H-I

M P- 4 1 0 N/ 4 1 5 N

M P 6 2 0 N/ 6 2 5 N- R T L H- M

M P- 6 2 0 N/ 6 2 5 N

M P 4 2 0 N- R T L H-I

M P- 4 2 0 N

40 40

C O D E N O.

m m

100

5 0 0 6- 5 0 2

inch

0. 7 5

2. 6

3. 9 3 7

5 0 0 6- 5 0 3

m m

120

5 0 0 6- 5 0 4

inch

3. 0 7 1

3. 6 2 2

4. 7 2 4

5 0 0 6- 5 0 5

m m

160

5 0 0 6- 5 0 6

inch

3. 1 5

3. 7

6. 3

5 0 0 6- 5 0 7

m m

100

5 0 0 6- 5 0 8

inch

0. 7 5

3. 3 4 7

3. 9 3 7

5 0 0 6- 5 0 9

m m

120

5 0 0 6- 5 1 0

inch

3. 2 6 8

3. 6 2 2

4. 7 2 4

5 0 0 6- 5 1 1

O N RE Q UEST

D o u bl e T ur ni n g H ol d er

M A Z A K S U P E R Q UI C K T U R N T Y P E

DI M E N SI O N S O R D E R N O.

S Q T 1 0 M/ 1 5 A M- D T- M S Q T 1 0 M/ 1 5 A M- D T-I S Q T 1 5 M/ 1 8 M- D T- M S Q T 1 5 M/ 1 8 M- D T-I

E67

M a c hi n e T y p e

S Q T- 1 0 M/ 1 5 A M

S Q T- 1 5 M/ 1 8 M

L A T H E M A C HI N E A C C E S S O RI E S

C O D E N O.

m m

103

5 0 0 6- 5 1 4

inch

0. 7 5

3. 3 4 7

2. 5 5 9

4. 0 5 5

3. 1 8 9

5 0 0 6- 5 1 5

m m

136

100

5 0 0 6- 5 1 6

inch

3. 4 6 5

3. 0 7 1

5. 3 5 4

3. 9 3 7

5 0 0 6- 5 1 7

B ori n g B ar H ol d er

M A Z A K S U P E R Q UI C K T U R N T Y P E

O R D E R M A D E, N O T R E F U N D A B L E.

DI M E N SI O N S X

C O D E N O.

m m

5 5. 5

11 0

5 0 0 6- 5 2 0

inch

1. 2 5

2. 1 8 5

2. 9 9 2

4. 3 3 1

5 0 0 6- 5 2 1

m m

140

5 0 0 6- 5 2 2

inch

1. 5

2. 7 9 5

3. 2 2 8

5. 5 1 2

5 0 0 6- 5 2 3

m m

175

5 0 0 6- 5 2 4

inch

2. 5 5 9

3. 7

6. 8 9 0

5 0 0 6- 5 2 5

C O D E N O.

m m

5 5. 5

120

5 0 0 6- 5 2 6

inch

0. 1 9 7

2. 9 9 7

4. 7 2 4

5 0 0 6- 5 2 7

m m

120

5 0 0 6- 5 2 8

M P- 6 1 0 N- B- D

inch

1. 2 5

0. 3 9 4

2. 9 9 7

4. 7 2 4

5 0 0 6- 5 2 9

M P- 6 1 5 N- B- A

m m

130

5 0 0 6- 5 3 0

inch

0. 3 9 4

2. 9 9 7

5. 1 1 8

5 0 0 6- 5 3 1

m m

130

5 0 0 6- 5 3 2

M P- 6 1 5 N- B- D

inch

1. 2 5

0. 3 9 4

2. 9 9 7

5. 1 1 8

5 0 0 6- 5 3 3

M P- 6 2 0 N- B- A

m m

140

5 0 0 6- 5 3 4

inch

0. 1 9 7

3. 2 2 8

5. 5 1 2

5 0 0 6- 5 3 5

m m

140

5 0 0 6- 5 3 6

inch

1. 5

0. 3 9 4

3. 2 2 8

5. 5 1 2

5 0 0 6- 5 3 7

S Q T 1 0 M/ 1 5 A M- B- M S Q T 1 0 M/ 1 5 A M- B-I S Q T 1 5 M/ 1 8 M- B- M S Q T 1 5 M/ 1 8 M- B-I S Q T 2 8 M/ 3 0 M- B- M S Q T 2 8 M/ 3 0 A M- B-I

M a c hi n e T y p e

S Q T- 1 0 M/ 1 5 A M

S Q T- 1 5 M/ 1 8 M

S Q T- 2 8 M/ 3 0 M

V DI

O R D E R N O.

B ori n g B ar H ol d er

M A Z A K M U L TI P L E X T Y P E

DI M E N SI O N S O R D E R N O.

M a c hi n e T y p e

M P- 6 1 0 N- B- A M P- 6 1 0 N- B- B M P- 6 1 0 N- B- C

M P- 6 1 5 N- B- B M P- 6 1 5 N- B- C

M P- 6 2 0 N- B- B M P- 6 2 0 N- B- C M P- 6 2 0 N- B- D

M P- 6 1 0 N

M P- 6 1 5 N

M P- 6 2 0 N

L A T H E M A C HI N E A C C E S S O RI E S

E68

D o u bl e B ori n g B ar H ol d er

M A Z A K S U P E R Q UI C K T U R N T Y P E

O R D E R M A D E, N O T R E F U N D A B L E.

DI M E N SI O N S O R D E R N O.

S Q T 1 0 M/ 1 5 A M- D B- M S Q T 1 0 M/ 1 5 A M- D B-I S Q T 1 5 M/ 1 8 M- D B- M S Q T 1 5 M/ 1 8 M- D B-I S Q T 2 8 M/ 3 0 M- D B- M S Q T 2 8 M/ 3 0 M- D B-I

M a c hi n e T y p e

S Q T- 1 0 M/ 1 5 A M

S Q T- 1 5 M/ 1 8 M

S Q T- 2 8 M/ 3 0 M

C O D E N O.

m m

5 5. 5

11 0

1 4. 5

5 0 0 6- 5 4 0

inch

0. 7 5

2. 1 8 5

4. 3 3 1

0. 5 7

5 0 0 6- 5 4 1

m m

140

5 0 0 6- 5 4 2

inch

3. 3 4 6

3. 2 2 8

5. 5 1 2

0. 6 2 9

5 0 0 6- 5 4 3

m m

175

5 0 0 6- 5 4 4

inch

1. 2 5

2. 9 5 3

3. 5 4 3

7. 0 8 7

1. 3 7 8

5 0 0 6- 5 4 5

U Drill H ol d er

M A Z A K S U P E R Q UI C K T U R N T Y P E

E xt er n al, i nt er n al c o ol a nt s u p pl y

DI M E N SI O N S O R D E R N O.

S Q T 1 0 M/ 1 5 A M- U D- M S Q T 1 0 M/ 1 5 A M- U D-I S Q T 1 5 M/ 1 8 M- U D- M S Q T 1 5 M/ 1 8 M- U D-I

E69

M a c hi n e T y p e

S Q T- 1 0 M/ 1 5 A M

S Q T- 1 5 M/ 1 8 M

L A T H E M A C HI N E A C C E S S O RI E S

C O D E N O.

m m

11 0

5 0 0 6- 5 5 0

inch

1. 2 5

1. 8 9 0

2. 9 9 2

4. 3 3 1

5 0 0 6- 5 5 1

m m

140

5 0 0 6- 5 5 2

inch

1. 5

2. 4 8 0

3. 2 2 8

5. 5 1 2

5 0 0 6- 5 5 3

U Drill H ol d er

M A Z A K M U L TI P L E X T Y P E

O R D E R M A D E, N O T R E F U N D A B L E.

E xt er n al, i nt er n al c o ol a nt s u p pl y

DI M E N SI O N S M P- 6 1 0- U D- M M P- 6 1 0- U D-I M P- 6 2 0- U D- M M P- 6 2 0- U D-I

M a c hi n e T y p e

M P- 6 1 0

M P- 6 2 0

C O D E N O.

m m

120

5 0 0 6- 5 6 0

inch

0. 3 9 4

2. 9 9 2

4. 7 2 4

5 0 0 6- 5 6 1

m m

140

5 0 0 6- 5 6 2

inch

0. 3 9 4

3. 2 2 8

5. 5 1 2

5 0 0 6- 5 6 3

C O D E N O.

m m

11 0

5 0 0 6- 5 7 0

inch

0. 7 5

2. 5 5 9

2. 9 9 2

4. 3 3 1

5 0 0 6- 5 7 1

m m

143

5 0 0 6- 5 7 2

inch

2. 3 6 2

3. 2 2 8

5. 6 3 0

5 0 0 6- 5 7 3

m m

163

5 0 0 6- 5 7 4

inch

2. 2 4 4

3. 5 4 3

6. 4 1 7

5 0 0 6- 5 7 5

m m

11 0

5 0 0 6- 5 7 6

inch

0. 7 5

2. 5 5 9

2. 9 9 2

4. 3 3 1

5 0 0 6- 5 7 7

m m

143

5 0 0 6- 5 7 8

inch

2. 1 6 5

3. 2 2 8

5. 6 3 0

5 0 0 6- 5 7 9

V DI

O R D E R N O.

F a ci n g H ol d er - R H

M A Z A K S U P E R Q UI C K T U R N & M U L TI P L E X T Y P E

DI M E N SI O N S O R D E R N O.

S Q T 1 0 M/ 1 5 A M- F R H- M S Q T 1 0 M/ 1 5 A M- F R H-I S Q T 1 5 M/ 1 8 M- F R H- M S Q T 1 5 M/ 1 8 M- F R H-I S Q T 2 8 M/ 3 0 M- F R H- M S Q T 2 8 M/ 3 0 M- F R H-I

M a c hi n e T y p e

S Q T- 1 0 M/ 1 5 A M

S Q T- 1 5 M/ 1 8 M

S Q T- 2 8 M/ 3 0 M

M P 6 1 0 N/ 6 1 5 N- F R H- M

M P- 6 1 0 N/ 6 1 5 N

M P 4 1 0 N/ 4 1 5 N- F R H-I

M P- 4 1 0 N/ 4 1 5 N

M P 6 2 0 N/ 6 2 5 N- F R H- M

M P- 6 2 0 N/ 6 2 5 N

M P 4 2 0 N- F R H-I

M P- 4 2 0 N

40 40

L A T H E M A C HI N E A C C E S S O RI E S

E70

R a di al Drilli n g A n d Milli n g H e a d s

TYPE H A AS

1. E xt er n al c o ol a nt s u p pl y 2. T o b e u s e d f or c oll et DI N 6 4 9 9 3. C oll et i s n ot i n cl u d e d

DI M E N SI O N S O R D E R N O.

X c a p a cit y

V DI- 4 0- F L 4 0- 3 2- 1 0 4 V DI- 4 0- F L 4 0- 3 2- 1 1 7

2- 2 0 E R 3 2

M a ximu m R. P. M.

4000

106

M O DELS

C O D E N O.

1 0 4. 8 5

S L- 2 0/ T L- 1 5 S L- 3 0/ T L- 2 5 S L- 4 0 S L- 4 0

5 0 0 6- 6 0 0

1 1 7. 5 5

V DI- 4 0- F L 4 0- 3 2- 1 3 0

1 3 0. 3 5

A xi al Milli n g A n d Drilli n g H e a d s

5 0 0 6- 6 0 1 5 0 0 6- 6 0 2

O R D E R M A D E, N O T R E F U N D A B L E.

1. E xt er n al c o ol a nt s u p pl y 2. T o b e u s e d f or c oll et DI N 6 4 9 9 3. C oll et i s n ot i n cl u d e d

DI M E N SI O N S O R D E R N O.

X c a p a cit y

M O DELS

C O D E N O.

V DI- 4 0- D A 4 0- 3 2 1 0 4 V DI- 4 0- D A 4 0- 3 2 1 1 7 V DI- 4 0- D A 4 0- 3 2 1 3 0

M a xi m u m R. P. M.

2- 2 0 E R 3 2

6000

109

1 0 4. 8 5 1 1 7. 5 5 1 3 0. 2 5

S L- 2 0/ T L- 1 5 S L- 3 0/ T L- 2 5

5 0 0 6- 6 1 0 5 0 0 6- 6 1 1 5 0 0 6- 6 1 2

S L- 4 0

R e d u ci n g Sl e e v e s

R S- W, R S T Y P E DI M E N SI O N S

R S- W E xt er n al C o ol a nt S u p pl y F or B ori n g B ar H ol d er

E71

L A T H E M A C HI N E A C C E S S O RI E S

O R D E R N O. D2 E 2 0- 6 E 2 0- 8 E 2 0- 1 0 E 2 5- 6 E 2 5- 8 E 2 5- 1 0 E 2 5- 1 2 E 3 2- 6 E 3 2- 8 E 3 2- 1 0 E 3 2- 1 2 E 4 0- 6 E 4 0- 8 E 4 0- 1 0 E 4 0- 1 2 E 5 0- 8 E 5 0- 1 0 E 5 0- 1 2 E 5 0- 1 6 E 5 0- 2 0 E 5 0- 2 5

C O D E N O. 5 0 0 6- 3 6 9 5 0 0 6- 3 7 0 5 0 0 6- 3 7 1 5 0 0 6- 3 7 2 5 0 0 6- 3 7 3 5 0 0 6- 3 7 4 5 0 0 6- 3 7 5 5 0 0 6- 3 7 6 5 0 0 6- 3 7 7 5 0 0 6- 3 7 8 5 0 0 6- 3 7 9 5 0 0 6- 3 8 1 5 0 0 6- 3 8 2 5 0 0 6- 3 8 3 5 0 0 6- 3 8 4 5 0 0 6- 3 8 8 5 0 0 6- 3 8 9 5 0 0 6- 3 9 0 5 0 0 6- 3 9 1 5 0 0 6- 3 9 2 5 0 0 6- 3 9 3

R S F or B ori n g B ar H ol d er

DI M E N SI O N S D1

O R D E R N O. D2 E 2 0- 1 2- K E 2 0- 1 6- K E 2 5- 1 6- K E 2 5- 2 0- K E 3 2- 1 6- K E 3 2- 2 0- K E 3 2- 2 5- K E 4 0- 1 6- K E 4 0- 2 0- K E 4 0- 2 5- K E 4 0- 3 2- K E 5 0- 3 2- K E 5 0- 4 0- K

C O D E N O. 5 0 0 6- 3 9 9 5 0 0 6- 4 0 0 5 0 0 6- 4 0 1 A 5 0 0 6- 4 0 1 5 0 0 6- 4 0 2 A 5 0 0 6- 4 0 2 B 5 0 0 6- 4 0 2 5 0 0 6- 4 0 3 A 5 0 0 6- 4 0 3 B 5 0 0 6- 4 0 3 C 5 0 0 6- 4 0 3 5 0 0 6- 4 0 4 A 5 0 0 6- 4 0 4

A n g ul ar H e a d s

TYPE H A AS 1. E xt er n al c o ol a nt s u p pl y 2. T o b e u s e d f or c oll et DI N 6 4 9 9 3. C oll et i s n ot i n cl u d e d

DI M E N SI O N S O R D E R N O.

D DI N 69880

X c a p a cit y

V DI- 4 0- D A 4 0- 2 5 B- 1 1 7 V DI- 4 0- D A 4 0- 3 2 B- 1 1 7

2- 1 6 E R 2 5 2- 2 0 E R 3 2

M a ximu m R. P. M. 4000

C O D E N O.

42 50

± 9 0°

6 5. 5 8 8. 5

2 9. 5 5 2. 5

5 0 0 6- 6 2 1 5 0 0 6- 6 2 2

A xi al Drilli n g A n d Milli n g H e a d s

O R D E R M A D E, N O T R E F U N D A B L E.

1. E xt er n al c o ol a nt a n d i nt er m e di at e ri n g s s u p pl y 2. T o b e u s e d f or c utt er ar b or a c c or di n g t o DI N 6 3 5 8

V DI- 4 0- T D A 4 0- 2 0- 1 0 4. 8 5

D DI N 69880 40

X c a p a cit y 1- 1 3 E R 2 0

M a xi m u m R. P. M. 3000

C O D E N O.

1: 1

1 1 4. 5

7 4. 5

5 0 0 6- 6 3 1

R e d u ci n g Sl e e v e s

R S- W, R S T Y P E

R S- M T

T o ol h ol d er s wit h m or s e t a p er a c c or di n g t o DI N 2 2 8

T E

DI M E N SI O N S D1

E 3 2- M T 1 5 0 0 6- 4 1 0 E 4 0- M T 1 5 0 0 6- 4 1 4 E 5 0- M T 1 5 0 0 6- 4 1 8

E 3 2- M T 2 5 0 0 6- 4 1 1 E 4 0- M T 2 5 0 0 6- 4 1 5 E 5 0- M T 2 5 0 0 6- 4 1 9

3 E 3 2- M T 3 5 0 0 6- 4 1 2 E 4 0- M T 3 5 0 0 6- 4 1 6 E 5 0- M T 3 5 0 0 6- 4 2 0

O R D E R N O. C O D E N O. O R D E R N O. C O D E N O. O R D E R N O. C O D E N O.

E 4 0- M T 4 5 0 0 6- 4 1 7 E 5 0- M T 4 5 0 0 6- 4 2 1

DI M E N SI O N S

A ut o t a p er wit h c yli n dri c s h aft T o b e u s e d f or c oll et DI N 6 4 9 9

O R DE R N O.

T E 2 5- E R 1 6

1- 1 0

T E 3 2- E R 2 0

T E 4 0- E R 2 5 T E 5 0- E R 3 2

C O D E N O.

M 3- M 1 2

E R16 32

7 0. 5

5 0 0 6- 4 3 0

2- 1 3

M 3- M 1 6

E R20 35

5 0 0 6- 4 3 1

2- 1 6

M 4- M 2 0

E R25 42

5 0 0 6- 4 3 2

3- 2 0

M 6- M 2 4

E R32 50

5 0 0 6- 4 3 3

T e st M a n dr el

T B1 T Y P E

DI N 6 9 8 8 0

DI M E N SI O N S O R D E R N O.

D DI N 6 9 8 8 0

C O D E N O.

T B 1- 3 0

11 5

5 0 0 6- 4 3 4

T B 1- 4 0

11 5

5 0 0 6- 4 3 5

T B 1- 5 0

11 5

5 0 0 6- 4 3 6

L A T H E M A C HI N E A C C E S S O RI E S

E72

V DI

O R D E R N O.

V DI

DI M E N SI O N S

R a di al Milli n g A n d Drilli n g H e a d

O K U M A TYPE

9 0°

E xt er n al C o ol a nt S u p pl y C oll et i s n ot i n cl u d e d T o b e u s e d f or c oll et DI N 6 4 9 9

DI M E N SI O N S O R D E R N O.

O K U M A TYPE

X c a p a cit y

M a xi m u m R. P. M.

C O D E N O.

O K M- F L 4 0- 3 2- 7 0

L300 M

2- 2 0 E R 3 2

5000

106

5 0 0 6- 6 5 0

A xi al Milli n g A n d Drilli n g H e a d 0° E xt er n al C o ol a nt S u p pl y C oll et i s n ot i n cl u d e d T o b e u s e d f or c oll et DI N 6 4 9 9

DI M E N SI O N S O R D E R N O.

O K U M A TYPE

X c a p a cit y

M a xi m u m R. P. M.

C O D E N O.

O K M- D A 3 0- E R 2 0

L200 M

1- 1 3 E R 2 0

6000

8 4. 5

5 0 0 6- 6 5 6

O K M- D A 3 0- E R 2 5

L200 M

1- 1 6 E R 2 5

6000

5 0 0 6- 6 5 7

O K M- D A 4 0- E R 3 2

L300 M

2- 2 0 E R 3 2

6000

106

5 0 0 6- 6 5 8

E73

L A T H E M A C HI N E A C C E S S O RI E S

R a di al Milli n g A n d Drilli n g H e a d O K U M A TYPE

9 0°

E xt er n al C o ol a nt S u p pl y C oll et i s n ot i n cl u d e d T o b e u s e d f or c oll et DI N 6 4 9 9

O R D E R N O.

O K U M A TYPE

X c a p a cit y

M a xi m u m R. P. M.

C O D E N O.

O K M- B L 3 0- 2 0- 6 9- N

L200 M

1- 1 3 E R 2 0

5000

5 0 0 6- 6 6 5

O K M- B L 3 0- 2 5- 6 9- N

L200 M

1- 1 6 E R 2 5

5000

4 2. 5

5 0 0 6- 6 6 6

O K M- B L 4 0- 3 2- 9 0

L300 M

2- 2 0 E R 3 2

5000

124

4 2. 5

5 0 0 6- 6 6 7

A n g ul ar H e a d s E xt er n al C o ol a nt S u p pl y C oll et i s n ot i n cl u d e d T o b e u s e d f or c oll et DI N 6 4 9 9

DI M E N SI O N S O R D E R N O.

O K U M A TYPE

X c a p a cit y

M a xi m u m R. P. M.

C O D E N O.

O K M- D A 3 0- 2 0 B

L200 M

1- 1 3 E R 2 0

4000

± 9 0°

5 0 0 6- 6 7 1

O K M- D A 4 0- 2 5 B

L300 M

1- 1 6 E R 2 5

4000

± 9 0°

5 0 0 6- 6 7 2

L A T H E M A C HI N E A C C E S S O RI E S

E74

V DI

DI M E N SI O N S

R a di al Milli n g A n d Drilli n g H e a d O K U M A TYPE

9 0°

I nt er n al c oll a nt s u p pl y C oll et i s n ot i n cl u d e d T o b e u s e d f or c oll et DI N 6 4 9 9

DI M E N SI O N S O R D E R N O.

O K U M A TYPE

X c a p a cit y

M a xi m u m R. P. M.

C O D E N O.

O K M- C WB L 3 0- 2 5- 6 9

L200 M

1- 1 6 E R 2 5

5000

4 3. 5

5 0 0 6- 6 7 5

A xi al Milli n g A n d Drilli n g H e a d 0°

I nt er n al c oll a nt s u p pl y C oll et i s n ot i n cl u d e d T o b e u s e d f or c oll et DI N 6 4 9 9

DI M E N SI O N S O R D E R N O.

O K U M A TYPE

X c a p a cit y

M a xi m u m R. P. M.

C O D E N O.

O K M- C W- D A 3 0E R25

L200 M

1- 1 6 E R 2 5

6000

104

7 4. 5

5 0 0 6- 6 7 8

A n g ul ar H e a d s O K U M A TYPE

E xt er n al C o ol a nt S u p pl y C oll et i s n ot i n cl u d e d T o b e u s e d f or c oll et DI N 6 4 9 9

DI M E N SI O N S O R D E R N O.

O K U M A TYPE

X c a p a cit y

M a xi m u m R. P. M.

C O D E N O.

O K M- L T- D A 3 0- 2 0 B

L T 2 0 0- M Y

1- 1 3 E R 2 0

4000

± 9 0°

5 0 0 6- 6 8 2

E75

L A T H E M A C HI N E A C C E S S O RI E S

B ori n g B ar H ol d er O K U M A TYPE I nt er n al C o ol a nt s u p pl y

O R D E R N O.

O K U M A TYPE

C O D E N O.

O K M- 4 1 6 2- 2 7 0 7- 1 0

L200 M

3 2( M M)

5 6. 5

3 0. 5

5 0 0 6- 6 8 6

1. 5 (I N C H)

3 4. 5

5 0 0 6- 6 8 7

4 0( M M)

3 4. 5

5 0 0 6- 6 8 8

O K M- 4 1 6 3- 2 7 8 5- 1 0 O K M- 4 1 6 3- 2 7 2 3- 1 0

L300 M

V DI

DI M E N SI O N S

B ori n g B ar H ol d er E xt er n al C o ol a nt S u p pl y

DI M E N SI O N S O R D E R N O.

O K U M A TYPE

O K M- 4 1 6 7- 2 6 1 0- 1 0

C O D E N O.

1. 2 5 (I N C H)

3 0. 5

5 0 0 6- 6 9 2

3 2( M M)

3 0. 5

5 0 0 6- 6 9 3

1. 5 (I N C H)

3 4. 5

5 0 0 6- 6 9 4

4 0( M M)

3 4. 5

5 0 0 6- 6 9 5

L200 M O K M- 4 1 6 7- 2 6 0 4- 1 0 O K M- 4 1 6 3- 2 7 6 9- 1 1 L300 M O K M- 4 1 6 3- 2 7 0 4- 1 2

L A T H E M A C HI N E A C C E S S O RI E S

E76

T ur ni n g H ol d er

O K U M A TYPE

DI M E N SI O N S O R D E R N O.

O K M- A 4 1 6 7- 2 6 0 7- 1 0 O K M- A 4 1 6 7- 2 6 0 1- 1 0 O K M- B 4 1 6 7- 2 6 0 8- 1 0 O K M- B 4 1 6 7- 2 6 0 2- 1 0 O K M- A 4 1 6 3- 2 7 6 6- 1 1 O K M- A 4 1 6 3- 2 7 0 1- 1 1 O K M- B 4 1 6 3- 2 6 7 6- 1 1 O K M- B 4 1 6 3- 2 7 0 2- 1 1

O K U M A TYPE L200 M L200 M L300 M L300 M

0. 7 5 (I N C H)

2 0 ( M M)

C O D E N O.

0. 7 5

5 0 0 6- 7 0 0

2 0 ( M M)

5 0 0 6- 7 0 1

0. 7 5 (I N C H)

0. 7 5

5 0 0 6- 7 0 2

2 0 ( M M)

5 0 0 6- 7 0 3

1 (I N C H)

5 0 0 6- 7 0 4

2 5 ( M M)

5 0 0 6- 7 0 5

5 0 0 6- 7 0 6

2 5 ( M M)

5 0 0 6- 7 0 7

F a ci n g H ol d er

DI M E N SI O N S O R D E R N O.

O K M- C 4 1 6 7- 2 6 0 9- 1 0 O K M- C 4 1 6 7- 2 6 0 3- 1 0 O K M- C 4 1 6 3- 2 7 6 8- 1 1 O K M- C 4 1 6 3- 2 7 0 3- 1 1

E77

O K U M A TYPE L200 M L300 M

L A T H E M A C HI N E A C C E S S O RI E S

0. 7 5 (I N C H)

2 0 ( M M)

40 40

C O D E N O.

0. 7 5

5 0 0 6- 7 1 1

2 0 ( M M)

5 0 0 6- 7 1 2

1 (I N C H)

5 0 0 6- 7 1 3

2 5 ( M M)

5 0 0 6- 7 1 4

B ori n g B ar H ol d er O K U M A TYPE

E xt er n al C o ol a nt S u p pl y

O R D E R N O.

O K U M A TYPE

C O D E N O.

O K M- 4 1 6 7- 2 6 1 1- 1 0

L200 M

3 2 ( M M)

5 0 0 6- 7 2 0

1. 5

135

-10

11 0

5 0 0 6- 7 2 1

4 0 ( M M)

135

-10

11 0

5 0 0 6- 7 2 2

O K M- 4 1 7 6- 2 5 6 6- 1 0

V DI

DI M E N SI O N S

L300 M O K M- 4 1 6 3- 2 7 0 7- 1 0

B ori n g B ar H ol d er E xt er n al C o ol a nt S u p pl y

DI M E N SI O N S O R D E R N O.

O K U M A TYPE

C O D E N O.

O K M- 4 1 6 7- 2 6 1 2- 1 0

L200 M

5 0 0 6- 7 2 6

L A T H E M A C HI N E A C C E S S O RI E S

E78

Q ui c k C h a n g e T o ol P o st & H ol d er s-It ali a n St yl e

It ali a n St yl e

T h e m ai n bl o c k i s a s s e m bl e d wit h c a st- h ar d e n e d st e el, s e c ur e d ri gi dl y b y t h e l at c h c arri a g e m a c hi n e st e el b olt. T h e m ai n bl o c k h a s 4 sli d e o p e ni n g s f or i n s erti n g t h e pr o p er t o olh ol d er; t h e s e c a n b e s e c ur el y f a st e n e d b y a si m pl e a n d s af e e c c e ntri c d e vi c e, w hi c h al s o a dj u st s t h e h ei g ht f or e a c h t o ol h ol d er. T h e t o ol s h a n k i s s e c ur el y h el d b y 4 h ar d e n e d s cr e w s. T h e si m pli cit y a n d f a st t o ol c h a n gi n g i n cr e a s e t h e pr o d u cti o n of l at h e t ur ni n g. N o c h att er or vi br ati o n s. T hi s st yl e i s i nt er c h a n g e a bl e wit h R a pi d u e a n d S T M.

C o m pl et e s et i n cl u d e s: 1 pi e c e s T o ol p o st 3 pi e c e s of t ur ni n g h ol d er s 1 pi e c e of R o u n d s h a n k s St a n d ar d s p a n n er s

M AI N B O D Y DI M E N SI O N S B

D H7

V T P- M

L at h e s wi n g 1 8 0- 2 5 0

5 7. 7

Mi n 24

V T P- A R- A P

2 5 0- 3 0 0

6 4. 5

V T P- A

2 5 0- 3 5 0

8 2. 0

V T P- B R- B P

3 0 0- 3 8 0

9 1. 6

V T P- B

3 5 0- 5 0 0

1 0 0. 0

V T P- C

5 0 0- 6 5 0

1 1 5. 3

O R D E R N O.

V m a x Ø m a x M Nor O.s e 10 14 1

Max 34

T max

100

11 5

100

4 8. 2

127

108

5 8. 2

145

SET TYPE

E79

Ø D

C O D E N O.

1 x F 0 1- M, 3 x F 0 2- M A N D 1 x F 0 3- M

G. W. kgs 3. 1

1 x F 0 1- A R- A P, 3 x F 0 2- A R- A P A N D 1 x F 0 3- A R- A P

4. 5

5 0 0 6- 8 9 1

O R D E R N O.

5- PI E C E S E T S E A C H S E T I N C L U D E S

V T P- M V T P- A R- A P V T P- A

1 x F 0 1- A, 3 x F 0 2- A A N D 1 x F 0 3- A

9. 3

5 0 0 6- 8 9 2

V T P- B R- B P

1 x F 0 1- B R- B P, 3 x F 0 2- B R- B P A N D 1 x F 0 3- B R- B P

1 3. 2

5 0 0 6- 8 9 3

V T P- B

1 x F 0 1- B, 3 x F 0 2- B A N D 1 x F 0 3- B

1 7. 5

5 0 0 6- 8 9 4

V T P- C

1 x F 0 1- C, 3 x F 0 2- C A N D 1 x F 0 3- C

2 3. 0

5 0 0 6- 8 9 5

L A T H E M A C HI N E A C C E S S O RI E S

5 0 0 6- 8 9 0

I n di vi d u all y Pi e c e It ali a n St yl e C e ntr e H ei g ht ( m m) 120

L at h e S wi n g ( m m) 240

C O D E N O.

V T P- F 0 1- A R- A P

140

280

5 0 0 6- 9 0 1

V T P- F 0 1- A

170

340

5 0 0 6- 9 0 2

V T P- F 0 1- B R- B P

200

400

5 0 0 6- 9 0 3

V T P- F 0 1- B

230

460

5 0 0 6- 9 0 4

V T P- F 0 1- C

280

560

5 0 0 6- 9 0 5

C e ntr e H ei g ht ( m m) 120

M a x. S q u ar e & R e ct a n g ul ar T o ol ( m m) 16

C O D E N O.

V T P- F 0 2- A R- A P

140

5 0 0 6- 9 0 7

V T P- F 0 2- A

170

5 0 0 6- 9 0 8

V T P- F 0 2- B R- B P

200

5 0 0 6- 9 0 9

V T P- F 0 2- B

230

5 0 0 6- 9 1 0

V T P- F 0 2- C

280

5 0 0 6- 9 1 1

C e ntr e H ei g ht ( m m) 120

M a x. H ol di n g Di a ( m m) 14

C O D E N O.

V T P- F 0 3- A R- A P

140

5 0 0 6- 9 1 3

V T P- F 0 3- A

170

5 0 0 6- 9 1 4

V T P- F 0 3- B R- B P

200

5 0 0 6- 9 1 5

V T P- F 0 3- B

230

5 0 0 6- 9 1 6

V T P- F 0 3- C

280

5 0 0 6- 9 1 7

C e ntr e H ei g ht ( m m) 120

M or s e T a p er H ol e

C O D E N O.

M T N o. 1

5 0 0 6- 9 1 8

V T P- F 0 4- A R- A P

140

M T N o. 2

5 0 0 6- 9 1 9

V T P- F 0 4- A

170

M T N o. 2

5 0 0 6- 9 2 0

V T P- F 0 4- B R- B P

200

M T N o. 3

5 0 0 6- 9 2 1

V T P- F 0 4- B

230

M T N o. 3

5 0 0 6- 9 2 2

V T P- F 0 4- C

280

M T N o. 4

5 0 0 6- 9 2 3

O R D E R N O.

V T P- F 0 1- M

T ur ni n g H ol d er O R D E R N O.

V T P- F 0 2- M

T ur ni n g H ol d er s

Round Shanks O R D E R N O.

V T P- F 0 3- M

Round Shanks

M or s e H ol d er O R D E R N O.

V T P- F 0 4- M

M or s e H ol d er

5 0 0 6- 9 0 0

5 0 0 6- 9 0 6

5 0 0 6- 9 1 2

L A T H E M A C HI N E A C C E S S O RI E S

E80

T O OL P OST

T o ol P o st

Q ui c k C h a n g e T o ol P o st & H ol d er s- 4 0 P o siti o ni n g E ur o p e a n St yl e E ur o p e a n St yl e

T o ol p o st a n d t o ol h ol d er s ar e pr e ci s el y gr o u n d e d wit h 4 0 t o ol- bit p o siti o n s. E a s y diff er e nt t o ol- h ol d er s. L o c ki n g a n d l o o s e ni n g of a n y t o ol- h ol d er s ar e p erf or m e d b y a si m pl e e c c e ntri c cl a m pi n g. T h e si m pli cit y a n d f a st t o ol c h a n gi n g i n cr e a s e s t h e l at h e t ur ni n g pr o d u cti o n. A h ei g ht a dj u st m e nt f or t o ol bit s i s c o ntr oll e d b y a k n url e d h e a d- s cr e w, wit h o ut t h e n e e d f or p a c ki n g pl at e s or s hi m s. T hi s st yl e i s i nt er c h a n g e a bl e wit h H a s s e.

C o m pl et e s et i n cl u d e s:

1 Pi e c e s T o ol p o st 3 pi e c e s T ur ni n g & F a ci n g H ol d er- D 1 pi e c e B ori n g B ar H ol d er- B

O R D E R N O.

5- PI E C E S E T S E A C H S E T I N C L U D E S ( 5 p c s/ s et)

G. W. kgs

C O D E N O.

V T P- V- A 0

1 x t o ol p o st F 4 0- 0( A 0), 2 x F 4 0- 0 1 0( A 0 D 1 2 x 5 0) a n d 1 x F 4 0- 0 2 0( A 0 B 1 2 x 5 0) a n d 1 x F 4 0- 0 4 0( A 0 A 2. 7 x 1 0 x 5 0)

1. 5

5 0 0 6- 9 5 5 A

V T P- V- A 1

1 x t o ol p o st F 4 0- 1( A 1), 2 x F 4 0- 1 1 1( A 1 D 1 6 x 7 5) a n d 1 x F 4 0- 1 4 0( A 1 A 2. 7 x 1 0 x 7 5) a n d 1 x F 4 0- 1 2 1( A 1 B 1 6 x 8 0)

4. 0

5 0 0 6- 9 5 6 A

V T P- V- E 5

1 x t o ol p o st F 4 0- 2( B 5), 2 x F 4 0- 2 1 1( E 5 D 2 0 x 1 0 0) a n d 1 x F 4 0- 2 2 0( E 5 B 3 0 x 1 0 0) a n d 1 x F 4 0- 2 4 0( E 5 A 2. 7 x 1 0 x 1 0 0)

8. 0

5 0 0 6- 9 5 7 A

V T P- B 2

1 x t o ol p o st F 4 0- 3( B 2), 3 x F 4 0- 3 1 1( B 2 D 2 5 x 1 2 0) a n d 1 x F 4 0- 3 2 0( B 2 B 3 2 x 1 3 0)

1 2. 3

5 0 0 6- 9 5 8

V T P- C 3

1 x t o ol p o st F 4 0- 4( C 3), 3 x F 4 0- 4 1 1( C 3 D 3 2 x 1 5 0) a n d 1 x F 4 0- 4 2 2( C 3 B 4 0 x 1 6 0)

2 4. 3

5 0 0 6- 9 5 9

S et St yl e F or L at h e

O R D E R V T P- F 4 0- 0 V T P- F 4 0- 1 V T P- F 4 0- 2 V T P- F 4 0- 3 V T P- F 4 0- 4 N O. D12 D16 D20 D20 D25 D25 D32 D32 D40 D45 PA R A METE R Dri vi n g P o w er ( k w) 1. 2 2 4. 5 7 13 L at h e S wi n g ( m m)

4 0 P o siti o n T o ol P o st B o d y

1 2 0- 2 2 0

2 0 0- 4 0 0

3 0 0- 5 0 0

4 0 0- 7 0 0

H mi n. ( m m)

1 8. 5

2 5. 5 2 9. 5

4 7. 5 5 5. 5 6 1

H m a x. ( m m)

2 6. 5

3 6. 5 4 0. 5

8 7. 5 9 1. 5 9 1

1 5. 5 1 5. 5 1 6

y ( m m)

6. 5

h ( m m)

M ( m m)

6. 8

104

132

150

192 201 202

L ( m m)

107

N ( m m)

93 102 103

ø d ( m m)

9. 5

12 20

O R D E R N O.

Ø D

V T P- F 4 0- 0

V T P- F 4 0- 1

V T P- F 4 0- 2

Ø A

Ø B

Ø C

5 5. 3

5. 6

6. 8

1 8º

6 7. 3

5. 6

6. 8

1 5º

V T P- F 4 0- 3

6. 9

3 0º

V T P- F 4 0- 4

2 4. 5

107

9. 5

1 8º

4 0 P o siti o n T o ol P o st

yl e O R D E R N O. L at h( e m s m)wi n g F orN St O.

E81

1 5 0- 3 0 0

V T P- F 4 0- 0

1 2 0- 2 2 0

V T P- A 0

H ei g ht of c utti n g e d g e r a n g e ( m m) D 1 2/ 1 8. 5 ~ 2 6. 5

V T P- F 4 0- 1

1 5 0- 3 0 0

V T P- A 1

D 1 6/ 2 5. 5 ~ 3 6. 5 or D 2 0/ 2 9. 5 ~ 4 0. 5

5 0 0 6- 9 3 1

V T P- F 4 0- 2

2 0 0- 4 0 0

V T P- E 5

D 2 0/ 3 2 ~ 4 9 or D 2 5/ 3 7 ~ 5 2

5 0 0 6- 9 3 2

V T P- F 4 0- 3

3 0 0- 5 0 0

V T P- B 2

D 2 5/ 3 8 ~ 5 8 or D 3 2/ 4 6 ~ 5 7

5 0 0 6- 9 3 3

V T P- F 4 0- 4

4 0 0- 7 0 0

V T P- C 3

D 3 2/ 4 7. 5 ~ 8 7. 5 or D 4 0/ 5 5. 5 ~ 9 1. 5 or D 4 5/ 6 1 ~ 9 1 5 0 0 6- 9 3 4

L A T H E M A C HI N E A C C E S S O RI E S

C O DE N O. 5 0 0 6- 9 3 0

Q ui c k C h a n g e T o ol P o st & H ol d er s- 4 0 P o siti o ni n g E ur o p e a n St yl e O R D E R N O.

S eri e s N O.

V T P- F 4 0- 0 1 0 V T P- F 4 0- 1 1 1 V T P- F 4 0- 1 1 2 V T P- F 4 0- 1 1 3 V T P- F 4 0- 1 1 4 V T P- F 4 0- 1 1 0 V T P- F 4 0- 1 1 5 V T P- F 4 0- 2 1 1 V T P- F 4 0- 2 1 2 V T P- F 4 0- 3 1 1 V T P- F 4 0- 3 1 2 V T P- F 4 0- 3 1 3 V T P- F 4 0- 3 1 4 V T P- F 4 0- 4 1 1 V T P- F 4 0- 4 1 2 V T P- F 4 0- 4 1 3 V T P- F 4 0- 4 1 4 V T P- F 4 0- 4 1 5

A0 D A1 D A1 D A1 D A1 D A1 D A1 D E5 D E5 D B2 D B2 D B2 D B2 D C3 D C3 D C3 D C3 D C3 D

B ori n g B ar H ol d er O R D E R N O.

S eri e s N O.

V T P- F 4 0- 0 2 0 V T P- F 4 0- 1 2 1 V T P- F 4 0- 1 2 0 V T P- F 4 0- 1 2 2 V T P- F 4 0- 2 2 0 V T P- F 4 0- 3 2 0 V T P- F 4 0- 4 2 1 V T P- F 4 0- 4 2 2

A0 B A1 B A1 B A1 B E5 B B2 B C3 B C3 B

Drilli n g & B ori n g B ar H ol d er O R D E R N O.

S eri e s N O.

V T P- F 4 0- 0 3 0 V T P- F 4 0- 1 3 0 V T P- F 4 0- 1 3 1 V T P- F 4 0- 2 3 1 V T P- F 4 0- 2 3 2 V T P- F 4 0- 3 3 0 V T P- F 4 0- 4 3 1 V T P- F 4 0- 4 3 2

A0 S A1 S A1 S E5 S E5 S B2 S C3 S C3 S

M a x. H ei g ht ( m m) 12 16 16 16 20 20 20 20 25 25 25 32 32 32 32 40 40 45

M a x. L e n gt h ( m m) 50 75 80 90 75 80 90 100 100 120 140 120 140 150 170 150 170 170

C O D E N O.

M a x. Di a ( m m) 12 16 18 20 30 32 32 40

L e n gt h ( m m) 50 80 80 90 100 130 160 160

C O D E N O.

M a x. Di a ( m m) 15 30 20 30 40 40 40 50

L e n gt h ( m m) 50 80 90 100 100 120 150 150

C O D E N O.

L e n gt h ( m m) 50 75 100 120 150

C O D E N O.

C ut- Off T o ol H ol d er O R D E R N O.

S eri e s N O.

Bl a d e- T x W

V T P- F 4 0- 0 4 0 V T P- F 4 0- 1 4 0 V T P- F 4 0- 2 4 0 V T P- F 4 0- 3 4 0 V T P- F 4 0- 4 4 0

A0 A A1 A E5 A B2 A C3 A

2. 7 x 1 0 2. 7 x 1 0 2. 7 x 1 0 4 x 16 5 x 1 8. 5

M or s e T a p er B u s hi n g

M O RSE

O R D E R N O.

S eri e s N O.

V T P- F 4 0- 1 5 1 V T P- F 4 0- 1 5 2 V T P- F 4 0- 2 5 1 V T P- F 4 0- 2 5 2 V T P- F 4 0- 3 5 0 V T P- F 4 0- 3 5 1 V T P- F 4 0- 4 5 1 V T P- F 4 0- 4 5 2 V T P- F 4 0- 4 5 3

A1L A1L E5L E5L E5L E5L C3L C3L C3L

Di a m et er ( m m) 30 30 30 40 40 40 40 40 50

L e n gt h ( m m) 80 90 96 11 4 120 120 140 150 150

5 0 0 6- 9 3 5 5 0 0 6- 9 3 6 5 0 0 6- 9 3 7 5 0 0 6- 9 3 8 5 0 0 6- 9 3 9 5 0 0 6- 9 4 0 5 0 0 6- 9 4 1 5 0 0 6- 9 4 2 5 0 0 6- 9 4 3 5 0 0 6- 9 4 4 5 0 0 6- 9 4 5 5 0 0 6- 9 4 6 5 0 0 6- 9 4 7 5 0 0 6- 9 4 8 5 0 0 6- 9 4 9 5 0 0 6- 9 5 0 5 0 0 6- 9 5 1 5 0 0 6- 9 5 2

5 0 0 6- 9 6 0 5 0 0 6- 9 6 1 5 0 0 6- 9 6 2 5 0 0 6- 9 6 3 5 0 0 6- 9 6 4 5 0 0 6- 9 6 5 5 0 0 6- 9 6 6 5 0 0 6- 9 6 7

5 0 0 6- 9 6 8 5 0 0 6- 9 6 9 5 0 0 6- 9 7 0 5 0 0 6- 9 7 1 5 0 0 6- 9 7 2 5 0 0 6- 9 7 3 5 0 0 6- 9 7 4 5 0 0 6- 9 7 5

5 0 0 6- 9 7 6 5 0 0 6- 9 7 7 5 0 0 6- 9 7 8 5 0 0 6- 9 7 9 5 0 0 6- 9 8 0

M or s e T a p er C O D E N O. N O. 1 N O. 2 N O. 2 N O. 3 N O. 2 N O. 3 N O. 3 N O. 4 N O. 4

5 0 0 6- 9 8 1 5 0 0 6- 9 8 2 5 0 0 6- 9 8 3 5 0 0 6- 9 8 4 5 0 0 6- 9 8 5 5 0 0 6- 9 8 6 5 0 0 6- 9 8 7 5 0 0 6- 9 8 8 5 0 0 6- 9 8 9

L A T H E M A C HI N E A C C E S S O RI E S

E82

T O OL P OST

T ur ni n g & F a ci n g H ol d er

F a c e Milli n g C utt er 4 5º

4 5º

O R DE R N O.

d Ø I N C H M E T RI C

S E 5 4 5- 3

S E 5 4 5- 4

100

S E 5 4 5- 5

125

S E 5 4 5- 6

160

S E 5 4 5- 8

200

2 5. 4 27 3 1. 7 5 32 3 8. 1 40 5 0. 8 40 4 7. 6 2 5 60 4 7. 6 2 5 60 4 7. 6 2 5 60 2 5. 4 27 3 1. 7 5 32 3 8. 1 40 5 0. 8 40 4 7. 6 2 5 60 4 7. 6 2 5 60 4 7. 6 2 5 60

S E 5 4 5- 1 0 2 5 0 S E 5 4 5- 1 2 3 0 0 S E 4 4 5- 3

S E 4 4 5- 4

100

S E 4 4 5- 5

125

S E 4 4 5- 6

160

S E 4 4 5- 8

200

S E 4 4 5- 1 0 2 5 0 S E 4 4 5- 1 2 3 0 0

PA RTS

B L A D E W EI G H T( k g) C O D E N O.

2. 1

3. 5

5. 1

7. 1

1 0. 4

1 6. 8

2. 1

3. 2

4. 7

7. 3

9. 6

1 6. 7

2 5. 8

I NSE RT 545 HEAVY D UTY

S C R- C L 5/ 1 6

C L- S

S C R- S T- S 4

S T- S

445 LI G H T D U T Y

S E K N- 1 5 0 4

W R N- M 4 T

6 0 0 1- 0 0 1 I 6 0 0 1- 0 0 1 M 6 0 0 1- 0 0 2 I 6 0 0 1- 0 0 2 M 6 0 0 1- 0 0 3 I 6 0 0 1- 0 0 3 M 6 0 0 1- 0 0 4 I 6 0 0 1- 0 0 4 M 6 0 0 1- 0 0 5 I 6 0 0 1- 0 0 5 M 6 0 0 1- 0 0 6 I 6 0 0 1- 0 0 6 M 6 0 0 1- 0 0 7 I 6 0 0 1- 0 0 7 M 6 0 0 1- 0 2 0 I 6 0 0 1- 0 2 0 M 6 0 0 1- 0 2 1 I 6 0 0 1- 0 2 1 M 6 0 0 1- 0 2 2 I 6 0 0 1- 0 2 2 M 6 0 0 1- 0 2 3 I 6 0 0 1- 0 2 3 M 6 0 0 1- 0 2 4 I 6 0 0 1- 0 2 4 M 6 0 0 1- 0 2 5 I 6 0 0 1- 0 2 5 M 6 0 0 1- 0 2 6 I 6 0 0 1- 0 2 6 M

3. 1 8

S E K N- 1 2 0 3

F a c e Milli n g C utt er 6 5º

6 5º

O R DE R N O.

S P 5 3 5- 3

S P 5 3 5- 4

100

S P 5 3 5- 5

125

S P 5 3 5- 6

160

S P 5 3 5- 8

200

S P 5 3 5- 1 0

250

S P 5 3 5- 1 2

300

S P 4 3 5- 3

S P 4 3 5- 4

100

S P 4 3 5- 5

125

S P 4 3 5- 6

160

S P 4 3 5- 8

200

S P 4 3 5- 1 0

250

S P 4 3 5- 1 2

300

PA RTS

I NSE RT

d Ø I N C H M E T RI C 2 5. 4 27 3 1. 7 5 32 3 8. 1 40 5 0. 8 40 4 7. 6 2 5 60 4 7. 6 2 5 60 4 7. 6 2 5 60 2 5. 4 27 3 1. 7 5 32 3 8. 1 40 5 0. 8 40 4 7. 6 2 5 60 4 7. 6 2 5 60 4 7. 6 2 5 60

535 HEAVY D UTY S C R- C L 5/ 1 6

C L- S

C U T TI N G T O O L

S C R- S T- S 4

S T- S

W R N- M 4 T

S P K N- 1 5 0 4

H 50 55 60 60 60 60 60 50 55 60 60 60 60 60

B L A D E W EI G H T( k g) C O D E N O. 6 0 0 1- 0 4 0 I 5 2. 1 6 0 0 1- 0 4 0 M 6 0 0 1- 0 4 1 I 5 3. 3 6 0 0 1- 0 4 1 M 6 0 0 1- 0 4 2 I 6 5. 6 6 0 0 1- 0 4 2 M 6 0 0 1- 0 4 3 I 8 7. 4 6 0 0 1- 0 4 3 M 6 0 0 1- 0 4 4 I 10 1 0. 2 6 0 0 1- 0 4 4 M 6 0 0 1- 0 4 5 I 12 1 7. 5 6 0 0 1- 0 4 5 M 6 0 0 1- 0 4 6 I 14 6 0 0 1- 0 4 6 M 6 0 0 1- 0 7 0 I 5 2. 1 6 0 0 1- 0 7 0 M 6 0 0 1- 0 7 1 I 5 3. 3 6 0 0 1- 0 7 1 M 6 0 0 1- 0 7 2 I 6 5. 5 6 0 0 1- 0 7 2 M 6 0 0 1- 0 7 3 I 8 7. 8 6 0 0 1- 0 7 3 M 6 0 0 1- 0 7 4 I 10 1 0. 1 6 0 0 1- 0 7 4 M 6 0 0 1- 0 7 5 I 12 1 7. 5 6 0 0 1- 0 7 5 M 6 0 0 1- 0 7 6 I 14 2 6. 8 6 0 0 1- 0 7 6 M 435 LI G H T D U T Y S P K N- 1 2 0 4

F a c e Milli n g C utt er 7 5º

7 5º

O R DE R N O.

d ØI N C H M E T RI C 2 5. 4 80 F P- 3 27 3 1. 7 5 F P- 4 1 0 0 32 3 8. 1 F P- 5 1 2 5 40 5 0. 8 F P- 6 1 6 0 40 4 7. 6 2 5 F P- 8 2 0 0 60 4 7. 6 2 5 F P- 1 0 2 5 0 60 4 7. 6 2 5 F P- 1 2 3 0 0 60 D

I NSE RT

H B L A D E W EI G H T( k g) C O D E N O. 50

3. 1

5. 3

6. 5

9. 6

1 7. 1

2 9. 3

6 0 0 1- 0 9 0 I 6 0 0 1- 0 9 0 M 6 0 0 1- 0 9 1 I 6 0 0 1- 0 9 1 M 6 0 0 1- 0 9 2 I 6 0 0 1- 0 9 2 M 6 0 0 1- 0 9 3 I 6 0 0 1- 0 9 3 M 6 0 0 1- 0 9 4 I 6 0 0 1- 0 9 4 M 6 0 0 1- 0 9 5 I 6 0 0 1- 0 9 5 M 6 0 0 1- 0 9 6 I 6 0 0 1- 0 9 6 M

PA RTS

S P U N120308 S P K N- 1 2 0 3 1203 E D R S C RC L 5/ 1 6

C L- S

S C RS T- S 4

W R NM4T

S T- S

MI L LI N G C U T T E R

F a c e Milli n g C utt er 9 0º

9 0º

O R DE R N O.

T P- 6 3

T P- 8 0

T P- 1 0 0

100

T P- 1 2 5

125

T P- 1 6 0

160

T P- 2 0 0

200

T P- 2 5 0

250

T P- 3 0 0

300

d Ø

I N C H M E T RI C 2 5. 4 27 2 5. 4 27 3 1. 7 5 32 3 8. 1 40 5 0. 8 40 4 7. 6 2 5 60 4 7. 6 2 5 60 4 7. 6 2 5 60

0. 7

S T- T

S C R- W 5/ 1 6

W R N- M 5 T S C R- S T- T 4

1. 1

S T- T

S C R- W 5/ 1 6

W R N- M 5 T S C R- S T- T 4

1. 9

B L A D E W EI G H T( k g) I N S E R T

C O D E N O.

S T- T

S C R- W 5/ 1 6

W R N- M 5 T S C R- S T- T 4

S T- T

S C R- W 5/ 1 6

W R N- M 5 T S C R- S T- T 4

S T- T

S C R- W 5/ 1 6

W R N- M 5 T S C R- S T- T 4

TP M N 2204

4. 9

TPK N 2204 P P R

8. 1

S T- T

S C R- W 5/ 1 6

W R N- M 5 T S C R- S T- T 4

1 5. 9

S T- T

S C R- W 5/ 1 6

W R N- M 5 T S C R- S T- T 4

S T- T

S C R- W 5/ 1 6

W R N- M 5 T S C R- S T- T 4

6 0 0 1- 1 1 0 I 6 0 0 1- 1 1 0 M 6 0 0 1- 1 1 1 I 6 0 0 1- 1 1 1 M 6 0 0 1- 1 1 2 I 6 0 0 1- 1 1 2 M 6 0 0 1- 1 1 3 I 6 0 0 1- 1 1 3 M 6 0 0 1- 1 1 4 I 6 0 0 1- 1 1 4 M 6 0 0 1- 1 1 5 I 6 0 0 1- 1 1 5 M 6 0 0 1- 1 1 6 I 6 0 0 1- 1 1 6 M 6 0 0 1- 1 1 7 I 6 0 0 1- 1 1 7 M

C U T TI N G T O O L

R o u n d I n s ert Milli n g C utt er

O R D E R N O.

R M- 5 R 5 0

R M- 5 R 6 3

R M- 8 R 5 0

R M- 8 R 6 3

d Ø

inch m etri c s 22 2 5. 4 22 22 2 5. 4 22

S C RE W F O R I NSE RT

FI XI N G U NI T CL A MP F O R CL A MP

BL A DE

HI T A C HI I NSE RT

R D MT10T3

S C R- C R S 4

R D MT10T3

S C R- C R S 4

R D MT1604

S C R- C R S 5

3, 4

R D MT1604

S C R- C R S 5

S C R- D M 3. 5

C O D E N O.

C L- 5 R

T15

6 0 0 1- 1 3 0 M

C L- 5 R

T15

6 0 0 1- 1 3 1 I 6 0 0 1- 1 3 1 M

T20

6 0 0 1- 1 3 3 M

T20

6 0 0 1- 1 3 4 I 6 0 0 1- 1 3 4 M

W EI G H T ( k g)

C O D E N O.

S C R- W 1/ 4 S

S h o ul d er E n d Mill s

O R D E R N O.

BL A DE

I NSE RT

S A E- 2 0

11 0

T P M N 11 0 3 0 8

S C R- W 3/ 1 6

W R N- M 3 L

0. 4

6 0 0 1- 1 5 0

S A E- 2 5

11 0

T P M N 11 0 3 0 8

S C R- W 3/ 1 6

W R N- M 3 L

0. 3

6 0 0 1- 1 5 1

S A E- 3 0

130

T P M N160308

S C R- W 1/ 4

W R N- M 4 L

0. 5

6 0 0 1- 1 5 2

S A E- 3 5

130

T P M N160308

S C R- W 1/ 4

W R N- M 4 L

0. 4

6 0 0 1- 1 5 3

S A E- 4 0

130

T P M N160308

S C R- W 1/ 4

W R N- M 4 L

0. 5

6 0 0 1- 1 5 4

S A E- 4 5

130

T P M N160308

S C R- W 1/ 4

W R N- M 4 L

0. 6

6 0 0 1- 1 5 5

S A E- 5 0

130

T P M N160308

S C R- W 1/ 4

W R N- M 4 L

0. 7

6 0 0 1- 1 5 6

S A E- 6 3

150

T P M N160308

S C R- W 1/ 4

W R N- M 4 L

1. 5

6 0 0 1- 1 5 7

C U T TI N G T O O L

4 5º

M at eri al : S N C M 4 3 9

O R D E R N O.

H C B- 5 0

H C B- 6 3

H C B- 8 0

H C B- 1 0 0

1 0 0 11 6

H C B- 1 2 5

125 141

H C B- 1 5 0

150 158

H C B- 2 0 0

200 212

d Ø

I N C H M E T RI C 22 2 5. 4 27 2 5. 4 27 3 1. 7 5 32 3 8. 1 40 5 0. 8 40 4 7. 6 2 5 60

BL A DE

W EI G H T( k g)

I NSE RT

FI XI N G U NI T

W RE N C H

C O D E N O.

0. 5 3

S E KT1204

S C R- S E 5

T20

6 0 0 1- 1 7 0 M

0. 8 3

S E KT1204

S C R- S E 5

T20

1. 2 4

S E KT1204

S C R- S E 5

T20

1. 8 3

S E KT1204

S C R- S E 5

T20

3. 0 9

S E KT1204

S C R- S E 5

T20

4. 0 6

S E KT1204

S C R- S E 5

T20

7. 6 8

S E KT1204

S C R- S E 5

T20

6 0 0 1- 1 7 1 I 6 0 0 1- 1 7 1 M 6 0 0 1- 1 7 2 I 6 0 0 1- 1 7 2 M 6 0 0 1- 1 7 3 I 6 0 0 1- 1 7 3 M 6 0 0 1- 1 7 4 I 6 0 0 1- 1 7 4 M 6 0 0 1- 1 7 5 I 6 0 0 1- 1 7 5 M 6 0 0 1- 1 7 6 I 6 0 0 1- 1 7 6 M

ZI N C C O A T E D

4 5º

M at eri al : S N C M 4 3 9

H C N- 6 3

63 175

H C N- 8 0

H C N- 1 0 0

1 0 0 11 6

H C N- 1 2 5

125 141

H C N- 1 5 0

160 158

H C N- 2 0 0

200 212

d Ø

I N C H M E T RI C 2 5. 4 22 2 5. 4 27 3 1. 7 5 32 3 8. 1 40 5 0. 8 40 4 7. 6 2 5 60

BL A DE

W EI G H T( k g) IM EN TC RIH C

I NSE RT

FI XI N G U NI T

W RE N C H

0. 8 7

S E MT13T3

S C R- S E 4

T15

1. 2 4

S E MT13T3

S C R- S E 4

T15

1. 8 3

S E MT13T3

S C R- S E 4

T15

S E MT13T3

S C R- S E 4

T15

3. 8 2

S E MT13T3

S C R- S E 4

T15

7. 8 8

S E MT13T3

S C R- S E 4

T15

Hi g h- S p e e d F a c e Milli n g C utt er

C O D E N O. 6 0 0 1- 1 9 0 I 6 0 0 1- 1 9 0 M 6 0 0 1- 1 9 1 I 6 0 0 1- 1 9 1 M 6 0 0 1- 1 9 2 I 6 0 0 1- 1 9 2 M 6 0 0 1- 1 9 3 I 6 0 0 1- 1 9 3 M 6 0 0 1- 1 9 4 I 6 0 0 1- 1 9 4 M 6 0 0 1- 1 9 5 I 6 0 0 1- 1 9 5 M

MI L LI N G C U T T E R

O R D E R N O.

M at eri al : S N C M 4 3 9

O R D E R N O.

F M C- 5 0

F M C- 6 3

F M C- 8 0

F M C- 1 0 0

100

F M C- 1 2 5

125

F M C- 1 6 0

160

d Ø

I N C H M E T RI C 2 5. 4 22 2 5. 4 22 2 5. 4 27 3 1. 7 5 32 3 8. 1 40 3 8. 1 40

BL A DE

W EI G H T( k g)

I NSE RT

FI XI N G U NI T

W RE N C H

0. 3 4

A P MT1604

S C R- C A P 4

T15

0. 5 7

A P MT1604

S C R- C A P 4

T15

1. 1 5

A P MT1604

S C R- C A P 4

T15

1. 8 3

A P MT1604

S C R- C A P 4

T15

2. 9 9

A P MT1604

S C R- C A P 4

T15

5. 0 7

A P MT1604

S C R- C A P 4

T15

C O D E N O. 6 0 0 1- 2 0 0 I 6 0 0 1- 2 0 0 M 6 0 0 1- 2 0 1 I 6 0 0 1- 2 0 1 M 6 0 0 1- 2 0 2 I 6 0 0 1- 2 0 2 M 6 0 0 1- 2 0 3 I 6 0 0 1- 2 0 3 M 6 0 0 1- 2 0 4 I 6 0 0 1- 2 0 4 M 6 0 0 1- 2 0 5 I 6 0 0 1- 2 0 5 M

C U T TI N G T O O L

R o u n d I n s ert E n d Mill s

FI XI N G U NI T F O R I NSE RT S C R- C R S 3

6 0 0 2- 0 0 1

R D MT10T3

C L- 5 R

S C R- C R S 4

T15

6 0 0 2- 0 0 2

R D MT10T3

C L- 5 R

S C R- C R S 4

T15

6 0 0 2- 0 0 3

R D MT10T3

C L- 5 R

S C R- C R S 4

T15

6 0 0 2- 0 0 4

R D MT10T3

C L- 5 R

S C R- C R S 4

T15

6 0 0 2- 0 0 5

150

R D MT10T3

C L- 5 R

S C R- C R S 4

T15

6 0 0 2- 0 0 6

200

120

R D MT10T3

C L- 5 R

S C R- C R S 4

T15

6 0 0 2- 0 0 7

150

R D MT10T3

C L- 5 R

S C R- C R S 4

T15

6 0 0 2- 0 0 8

C 3 2- 5 R 3 5 X 2 0 0

200

R D MT10T3

C L- 5 R

S C R- C R S 4

T15

6 0 0 2- 0 0 9

C 3 2- 5 R 4 0 X 1 5 0

150

R D MT10T3

C L- 5 R

S C R- C R S 4

T15

6 0 0 2- 0 1 0

C 3 2- 5 R 4 0 X 2 0 0

200

R D MT10T3

C L- 5 R

S C R- C R S 4

T15

6 0 0 2- 0 1 1

O R D E R N O.

BL A DE

HI T A C HI I NSE RT

CL A MP

C 2 0- 4 R 2 0- 1 5 0

150

R D MT0802

C 2 5- 5 R 2 5- 1 5 0

150

C 2 5- 5 R 2 5- 2 0 0

200

120

C 2 5- 5 R 3 0- 1 5 0

150

C 2 5- 5 R 3 0- 2 0 0

200

C 3 2- 5 R 3 2- 1 5 0

C 3 2- 5 R 3 2- 2 0 0

C 3 2- 5 R 3 5 X 1 5 0

FI XI N G U NI T F O R CL A MP

S C R- D M 3. 5

Drilli n g & Milli n g C utt er

C O D E N O.

S P E CI A L T Y P E

O R D E R N O.

BL A DE

I n s ert S m all

I n s ert Bi g

C 1 6- D M 1 6- 1 2 0

120

C C MT060204

C P MT080204Z

S C R- C J U 2. 5

6 0 0 2- 0 3 0

C 1 6- D M 1 6- 1 7 5

175

C C MT060204

C P MT080204Z

S C R- C J U 2. 5

6 0 0 2- 0 3 1

C 2 0- D M 2 0- 1 3 0

130

C C MT060204

C P MT090204Z

S C R- C J U 2. 5

S C R- C J U 3. 5

T 8. T 1 5

6 0 0 2- 0 3 2

C 2 0- D M 2 0- 1 8 5

185

C C MT060204

C P MT090204Z

S C R- C J U 2. 5

S C R- C J U 3. 5

T 8. T 1 5

6 0 0 2- 0 3 3

C 2 5- D M 2 5- 1 3 0

130

C P MT090308

C P MT120308Z

S C R- C J U 4

T15

6 0 0 2- 0 3 4

C 2 5- D M 2 5- 2 2 0

220

C P MT090308

C P MT120308Z

S C R- C J U 4

T15

6 0 0 2- 0 3 5

C 3 2- D M 3 2- 1 7 0

170

C P MT120408

C P MT160408Z

S C R- C J U 5

T20

6 0 0 2- 0 3 6

C 3 2- D M 3 2- 2 5 0

250

C P MT120408

C P MT160408Z

S C R- C J U 5

T20

6 0 0 2- 0 3 7

C U T TI N G T O O L

C O D E N O.

Hi g h S p e e d S h o ul d er Mill s

C 1 6- S S 1 6- 1 2 0 H

S H O U L D E R MI L L S

C 2 5- S S 2 5- 1 5 0 M

HI T A C HI / MI T S U BI S HI

O R D E R N O.

BL A DE

C 1 6- S S 1 6- 1 2 0 H

120

A P E T 1 2 0 2 0 4 HI T A C HI

S C R- C E X 3. 5

T15

6 0 0 2- 0 6 0

C 2 0- S S 2 0- 1 2 0 H

120

A P E T 1 2 0 2 0 4 HI T A C HI

S C R- C E X 3. 5

T15

6 0 0 2- 0 6 2

C 2 0- S S 2 0- 2 0 0 H

200

A P E T 1 2 0 2 0 4 HI T A C HI

S C R- C E X 4

T15

6 0 0 2- 0 6 3

C 2 5- S S 2 5- 1 3 0 H

130

A D E T 1 6 0 3 0 4 HI T A C HI

S C R- C E X 4

T15

6 0 0 2- 0 6 4

C 2 5- S S 2 5- 2 0 0 H

200

A D E T 1 6 0 3 0 4 HI T A C HI

S C R- C E X 4

T15

6 0 0 2- 0 6 5

C 3 2- S S 3 2- 1 5 0 H

150

A D E T 1 6 0 3 0 4 HI T A C HI

S C R- C E X 4

T15

6 0 0 2- 0 6 6

C 3 2- S S 3 2- 2 0 0 H

200

A D E T 1 6 0 3 0 4 HI T A C HI

S C R- C E X 4

T15

6 0 0 2- 0 6 7

C 2 5- S S 2 5- 1 5 0 M

150

S C R- C A P 4

T15

6 0 0 2- 0 6 9

C 2 5- S S 3 0- 1 5 0 M

150

S C R- C A P 4

T15

6 0 0 2- 0 7 0

C 3 2- S S 3 2- 1 5 0 M

150

S C R- C A P 4

T15

6 0 0 2- 0 8 0

C 3 2- S S 3 2- 2 5 0 M

250

S C R- C A P 4

T15

6 0 0 2- 0 8 1

C 3 2- S S 3 5- 1 5 0 M

150

S C R- C A P 4

T15

6 0 0 2- 0 8 2

C 3 2- S S 4 0- 1 5 0 M

150

S C R- C A P 4

T15

6 0 0 2- 0 8 3

C O D E N O.

C U T TI N G T O O L

Hi g h- S p e e d R o u g h E n d Mill s

Mit s u bi s hi i n s ert s r e c o m m e n d e d

I NSE RT

FI XI N G U NI T

O R D E R N O.

BL A DE

V A P X- 1 6 1 6

120

6 0 0 2- 1 5 0

V A P X- 1 7 1 6

150

6 0 0 2- 1 5 1

V A P X- 2 0 2 0

150

V A P X- 2 1 2 0

150

V A P X- 2 5 2 5

150

6 0 0 2- 1 5 4

V A P X- 2 6 2 5

200

6 0 0 2- 1 5 5

123608

S C RA P X 2. 5

W RE N C H

C O D E N O.

6 0 0 2- 1 5 2 6 0 0 2- 1 5 3

Hi g h- S p e e d R o u g h E n d Mill s

W EI G H T ( K G)

C O D E N O.

0. 0 7

6 0 0 2- 1 7 1

0. 0 7

6 0 0 2- 1 7 2

120

0. 1 1

6 0 0 2- 1 7 3

120

0. 1 1

6 0 0 2- 1 7 4

120

0. 1 1

6 0 0 2- 1 7 5

0. 3 4

6 0 0 2- 1 8 1

V H R E- 2 2 0 1 5

150

0. 3 6

6 0 0 2- 1 8 2

V H R E- 2 2 0 2 0

200

0. 4 9

6 0 0 2- 1 8 3

V H R E- 2 2 2 1 5

150

0. 3 7

6 0 0 2- 1 8 4

V H R E- 3 2 5 9 5

0. 3 4

6 0 0 2- 1 8 5

V H R E- 3 2 5 1 5

150

0. 5 4

6 0 0 2- 1 8 6

V H R E- 3 2 5 2 0

200

0. 7 5

6 0 0 2- 1 8 7

O R D E R N O.

BL A DE

V H R E- 2 1 0 1 0

100

V H R E- 2 1 1 1 0

100

V H R E- 2 1 2 1 2

V H R E- 2 1 3 1 2

V H R E- 3 1 4 1 2

V H R E- 2 2 0 8 5

C U T TI N G T O O L

W RE N C H

T10

C R T R o u n d I n s ert E n d Mill s

Mit s u bi s hi i n s ert s r e c o m m e n d e d

C O D E N O.

C L- C R T

W EI G H T ( k g) 0. 9

C L- C R T

1. 3

6 0 0 3- 0 5 2

S C R- C R T 4

C L- C R T

1. 1

6 0 0 3- 0 5 3

S C R- C R T 4

C L- C R T

1. 3

6 0 0 3- 0 5 4

W EI G H T ( k g)

C O D E N O.

O R D E R N O.

BL A DE

C R T- 6 R 3 2 X 1 5 0

150

S C R- M 3. 5

S C R- C R T 4

C R T- 6 R 3 2 X 2 0 0

200

S C R- M 3. 5

S C R- C R T 4

C R T- 6 R 3 5 X 1 5 0

150

S C R- M 3. 5

C R T- 6 R 3 5 X 2 0 0

200

S C R- M 3. 5

I NSE RT

CL A MP

6 0 0 3- 0 5 1

O R D E R N O.

L 1

BL A DE

I NSE RT

C- 3 2- S E 4 4 5- 5 0

150

S E K N1203

S C R- W 1/ 4 L

W R N- M 4 T

1. 2 5

6 0 0 3- 0 6 0

C- 3 2- S E 4 4 5- 6 3

150

S E K N1203

S C R- W 1/ 4 L

W R N- M 4 T

1. 3

6 0 0 3- 0 6 1

S h o ul d er F a c e Milli n g C utt er

BL A DE

I NSE RT

d M E T RI C 22

T P M N1603

S C R- W 1/ 4

W R N- M 4 L

6 0 0 3- 0 6 5

T P M N1603

S C R- W 1/ 4

W R N- M 4 L

6 0 0 3- 0 6 6

O R D E R N O.

T P S- 5 0 T P S- 6 3

C O D E N O.

C U T TI N G T O O L

I N S E R T E N D MI L L S

F a c e E n d Mill s

4 5º C h a mf eri n g E n d Mill s

O R DE R N O.

C utt er Di a.

T C12 T C40

25ø 40ø

S h a n k Di a.

L e n gt h

12ø 12ø

C a p a cit y

11 0 100

FI XI N G U NI T

Wr e n c h

M4 M4

T15 T15

I NSE RT

W EI G H T ( k g)

C O D E N O.

T C MT16T304 T C MT16T304

0. 2 0. 3 4

6 0 0 4- 0 0 2 6 0 0 4- 0 0 3

4 5º C h a mf eri n g E n d Mill s

O R D E R N O.

Aº

BL A DE

V C E- 4 5 2 1 V C E- 4 5 3 1 V C E- 4 5 5 0 V C E- 4 5 3 2 V C E- 4 5 6 3

45 45 45 45 45

5 10 20 6 35

21 31 50 32 63

16 20 25 32 25

120 120 130 150 150

1 2 3 1 3

IS O C O DE

I NSE RT

FI XI N G U NI T

W RE N C H

T P U N1603

S C R- W 1/ 4

W R N- M 4 L

T P U N 2 2 0 4 S C R- W 5/ 1 6

W R N- M 5 L

T- Sl ot E n d Mill s

BL A DE

I NSE RT

V T E- 2 4 1 1 V T E- 3 1 1 4 V T E- 3 9 1 8 V T E- 4 9 2 2

24 31 39 49

11 14 18 22

20 25 32 32

12 15 19 25

29 42 49 60

90 11 0 120 140

4 4 4 4

C C M T- 0 6 0 2 0 4 C P M T- 0 8 0 2 0 4 Z C P M T- 0 9 0 3 0 8 C P M T- 1 2 0 4 0 8

C U T TI N G T O O L

6 0 0 4- 0 0 5 6 0 0 4- 0 0 6 6 0 0 4- 0 0 7 6 0 0 4- 0 0 8 6 0 0 4- 0 0 9

IS O C O DE

O R D E R N O.

C O D E N O.

FI XI N G U NI T

W RE N C H

S C R- T S 2. 5

S C R- T S 4 S C R- T S 5

T15 T20

W EI G H T

C O D E N O.

0. 1 9 0. 3 6 0. 6 1 0. 8 2

6 0 0 4- 0 1 5 6 0 0 4- 0 1 6 6 0 0 4- 0 1 7 6 0 0 4- 0 1 8

C h a mf er T o ol

Hi g h S p e e d st e el 9 0º H. S. S.

D1 x D2

D2 4 5º

• M at eri al: H. S. S.

D1 5. 0 6. 3 8. 3 1 0. 4 1 2. 4 1 3. 4 1 6. 5 2 0. 5 2 5. 0 3 1. 0

D2 1. 5 1. 5 2 2. 5 2. 8 2. 9 3. 2 3. 5 3. 8 4. 2

S H A N K Ød 4 5 6 6 8 8 10 10 10 12

L m m

40 45 50 50 56 56 60 63 67 71

C h a mf er T o ol 6 P c s Kit s

C O D E N O. 6 0 0 4- 0 4 1 6 0 0 4- 0 4 2 6 0 0 4- 0 4 3 6 0 0 4- 0 4 4 6 0 0 4- 0 4 5 6 0 0 4- 0 4 6 6 0 0 4- 0 4 7 6 0 0 4- 0 4 8 6 0 0 4- 0 4 9 6 0 0 4- 0 5 0

Hi g h s p e e d st e el 9 0º H. S. S.

4 5º

• M at eri al: H. S. S.

C T H - A I N C L U DI N G Ø 6. 3, 8. 3, 1 0. 4, 1 2. 4, 1 6. 5, 2 0. 5 M M

6 P C S/ S E T

O R D E R N O.

P C S/ S E T

W EI G H T( K G)

C O D E N O.

C T H- A

6 P CS

0. 5

6 0 0 4- 0 5 5

C U T TI N G T O O L

F10

C H A MFE R T O OL

O R D E R N O. C T H- 5 1 C T H- 6 1 C T H- 8 2 C T H- 1 0 2 C T H- 1 2 2 C T H- 1 3 2 C T H- 1 6 3 C T H- 2 0 3 C T H- 2 5 3 C T H- 3 1 4

Si d e Milli n g C utt er

O R D E R N O.

BL A DE

V S M- 1 0 1 6 V S M- 1 2 1 6 V S M- 1 5 1 6 V S M- 2 0 1 6

100

125

150

200

IS O C O DE

I NSE RT

CL A MP

FI XI N G U NI T

W RE N C H

C O D E N O. 6 0 0 4- 0 2 0

SP U N 120304

C L- S C L- S L

S C RC L 5/ 1 6

W R N- M 4 T

6 0 0 4- 0 2 1 6 0 0 4- 0 2 2 6 0 0 4- 0 2 3

T- Si d e Milli n g C utt er

O R D E R N O.

BL A DE

V T S C- 4 1 6 V T S C- 5 1 6 V T S C- 5 2 0 V T S C- 6 1 6 V T S C- 6 2 0 V T S C- 8 2 0 V T S C- 8 2 5

10 14 14 16 16 20 20

100 125 125 150 150 200 200

2 5. 4 3 1. 7 5 3 1. 7 5 3 1. 7 5 3 1. 7 5 3 1. 7 5 3 1. 7 5

16 16 20 16 20 20 25

CL A MP

W RE N C H

S P U N- 1 2 0 3 S P U N- 1 5 0 4 S P U N- 1 2 0 3

C L- S C L- S L

S C RC L 5/ 1 6

W R NM4T

S P U N- 1 5 0 4

W EI G H T ( k g s) 0. 8 4 1. 6 4 1. 7 3 2. 2 0 2. 4 8 4. 3 8 5. 2 3

C O D E N O.

W EI G H T ( k g s) 1. 8 5 1. 8 5

C O D E N O.

6 0 0 4- 1 6 1 6 0 0 4- 1 6 2 6 0 0 4- 1 6 3 6 0 0 4- 1 6 4 6 0 0 4- 1 6 5 6 0 0 4- 1 6 6 6 0 0 4- 1 6 7

S h ell- T y p e R o u g h Milli n g C utt er

O R D E R N O.

FL UTE

V S R C- 3 V S R C- 8 0

F 11

C U T TI N G T O O L

dø

I N C H H h 1 I NSE RT M E T RI C 3 1. 7 5 8 0 6 7 L1 P5 0M 4T 32

I NSE RT 3

SP MT 1204

W RE N C H 18

S C RR G H5

T20

6 0 0 4- 1 7 1I 6 0 0 4- 1 7 1 M

P o w er S u p er Drill 2 L

D 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35

d 25 25 25 25 25 25 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32

L1 30 32 34 36 38 40 42 44 46 48 50 52 54 56 58 60 62 64 66 68 70

I NSE RT

FI XI N G U NI T

W RE N C H

W C M X030208

S C R- E X D 2. 5

W C M X040208

S C R- E X D 2. 5

W C M X050308

S C R- E X D 3

T10

W C M X06T308

S C R- E X D 3. 5

T15

P o w er S u p er Drill 3 L

O R D E R N O. V S D- 1 4 X 3 V S D- 1 5 X 3 V S D- 1 6 X 3 V S D- 1 7 X 3 V S D- 1 8 X 3 V S D- 1 9 X 3 V S D- 2 0 X 3 V S D- 2 1 X 3 V S D- 2 2 X 3 V S D- 2 3 X 3 V S D- 2 4 X 3 V S D- 2 5 X 3 V S D- 2 6 X 3 V S D- 2 7 X 3 V S D- 2 8 X 3 V S D- 2 9 X 3 V S D- 3 0 X 3 V S D- 3 1 X 3 V S D- 3 2 X 3 V S D- 3 3 X 3 V S D- 3 4 X 3 V S D- 3 5 X 3 V S D- 3 6 X 3 V S D- 3 7 X 3

D 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37

d 25 25 25 25 25 25 25 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32

L1 42 45 48 51 54 57 60 63 66 69 72 75 78 81 84 87 90 93 96 99 102 105 108 111

C O D E N O. 6 0 0 4- 1 0 0 6 0 0 4- 1 0 1 6 0 0 4- 1 0 2 6 0 0 4- 1 0 3 6 0 0 4- 1 0 4 6 0 0 4- 1 0 5 6 0 0 4- 1 0 6 6 0 0 4- 1 0 7 6 0 0 4- 1 0 8 6 0 0 4- 1 0 9 6 0 0 4- 1 1 0 6 0 0 4- 1 1 1 6 0 0 4- 1 1 2 6 0 0 4- 1 1 3 6 0 0 4- 1 1 4 6 0 0 4- 1 1 5 6 0 0 4- 1 1 6 6 0 0 4- 1 1 7 6 0 0 4- 1 1 8 6 0 0 4- 1 1 9 6 0 0 4- 1 2 0

IS O C O DE

I NSE RT

FI XI N G U NI T

W RE N C H

W C M X030208

S C R- E X D 2. 5

W C M X040208

S C R- E X D 2. 5

W C M X050308

S C R- E X D 3

T10

W C M X06T308

S C R- E X D 3. 5

T15

C O D E N O. 6 0 0 4- 1 3 1 6 0 0 4- 1 3 2 6 0 0 4- 1 3 3 6 0 0 4- 1 3 4 6 0 0 4- 1 3 5 6 0 0 4- 1 3 6 6 0 0 4- 1 3 7 6 0 0 4- 1 3 8 6 0 0 4- 1 3 9 6 0 0 4- 1 4 0 6 0 0 4- 1 4 1 6 0 0 4- 1 4 2 6 0 0 4- 1 4 3 6 0 0 4- 1 4 4 6 0 0 4- 1 4 5 6 0 0 4- 1 4 6 6 0 0 4- 1 4 7 6 0 0 4- 1 4 8 6 0 0 4- 1 4 9 6 0 0 4- 1 5 0 6 0 0 4- 1 5 1 6 0 0 4- 1 5 2 6 0 0 4- 1 5 3 6 0 0 4- 1 5 4

C U T TI N G T O O L

F12

P O W E R S U P E R D RI L L

O R D E R N O. V S D- 1 5 X 2 V S D- 1 6 X 2 V S D- 1 7 X 2 V S D- 1 8 X 2 V S D- 1 9 X 2 V S D- 2 0 X 2 V S D- 2 1 X 2 V S D- 2 2 X 2 V S D- 2 3 X 2 V S D- 2 4 X 2 V S D- 2 5 X 2 V S D- 2 6 X 2 V S D- 2 7 X 2 V S D- 2 8 X 2 V S D- 2 9 X 2 V S D- 3 0 X 2 V S D- 3 1 X 2 V S D- 3 2 X 2 V S D- 3 3 X 2 V S D- 3 4 X 2 V S D- 3 5 X 2

IS O C O DE

C utti n g H ol d er

IS O C O DE EX A MPLE O R D E R N O.

C O D E N O.

N GT N3

6 0 0 4- 0 3 6

S L- 1

6 0 0 4- 0 3 7

S L- 1 3 m m O R D E R N O.

W O R KI N G M A X. DI A.

C GI H 2 6- 3

2. 4

100

2 5. 4

C GI H 3 2- 3

100

2. 4

150

3 1. 3

I NSE RT

W EI G H T( k g)

C O D E N O.

0. 1

6 0 0 4- 0 3 0

0. 2

6 0 0 4- 0 3 1

C utti n g H ol d er s

W EI G H T( k g)

C O D E N O.

C GI H 2 6- 3

0. 8

6 0 0 4- 0 6 0

1. 1

6 0 0 4- 0 6 1

1. 2

6 0 0 4- 0 6 2

N GT N3

C utti n g Bl o c k s

EX A MPLE

F13

O R D E R N O.

h 1

S B U 2 0- 2 6

S B U 2 0- 3 2

1 3. 5

100

S B U 2 5- 3 2

8. 5

11 0

C U T TI N G T O O L

Cl a m p

FI XI N G U NI T

Wr e n c h L H050

C GI H 3 2- 3

I n s ert T y p e B ori n g B ar

Or d er N O. B B A R- D 1 6

C O D E N O. 6 0 0 4- 0 7 1

8 P C S/ S E T

B O RI N G B A R F O R B O RI N G H E A D B O RI N G B A R

S H A N K D.

B R B 1 6 0 8- 3 2 B R B 1 6 1 0- 4 0 B R B 1 6 1 2- 5 3 B R B 1 6 1 6- 6 8 B R B 1 6 2 0- 8 3 B R B 1 6 2 5- 9 0 B R B 1 6 3 0- 9 0 B R B 1 6 4 0- 9 0

16 16 16 16 16 16 16 16

R A N GE d~d1 8- 1 1 1 0- 1 3 1 2- 1 5 1 6- 2 1 2 0- 2 6 2 5- 3 1 3 0- 3 6 4 0- 4 6

DEPT H m 32 40 53 68 83 90 90 90

L1 32 32 32 32 32 32 32 32

S H A N K L. L 80 80 85 100 11 5 122 122 122

I NSE RT

T P G H090204L

FI XI N G U NI T

W RE N C H

T S2001

T S2504

W EI G H T ( k g)

2 T P G H 11 0 3 0 4 L

T S3005

T10

I NSE RT

FI XI N G U NI T T S2001

W RE N C H

T P G H090204L

T S2504

T P G H 11 0 3 0 4 L

T S3005

T10

I n s ert T y p e B ori n g B ar C O D E N O. 6 0 0 4- 0 7 2 A

4 P C S/ S E T

B O RI N G B A R F O R B O RI N G H E A D B O RI N G B A R

S H A N K D.

B R B 1 8 1 0- 4 0 B R B 1 8 1 2- 5 3 B R B 1 8 1 6- 6 8 B R B 1 8 2 0- 8 3

18 18 18 18

R A N GE d~d1 1 0- 1 3 1 2- 1 7 1 6- 2 1 2 0- 1 3 0

DEPT H m 40 53 68 83

L1 32 32 32 32

S H A N K L. L 80 88 104 11 8

W EI G H T ( k g) 1. 0

I n s ert T y p e B ori n g B ar

Or d er N O. B B A R- D 2 0

C O D E N O. 6 0 0 4- 0 7 3

8 P C S/ S E T

B O RI N G B A R F O R B O RI N G H E A D B O RI N G B A R

S H A N K D.

B R B 2 0 0 8- 3 2 B R B 2 0 1 0- 4 0 B R B 2 0 1 2- 5 3 B R B 2 0 1 6- 6 8 B R B 2 0 2 0- 8 3 B R B 2 0 2 5- 9 6 B R B 2 0 3 0- 1 1 5 B R B 2 0 3 5- 9 7- L

20 20 20 20 20 20 20 20

R A N GE d~d1 8- 1 1 1 0- 1 3 1 2- 1 7 1 6- 2 1 2 0- 1 3 0 2 5- 1 3 5 3 0- 1 4 0 1 2 0- 2 8 0

DEPT H m 23 40 53 68 83 96 11 5 14

L1 32 32 32 32 32 32 32

S H A N K L. L 80 80 85 100 11 5 135 154 99

FI XI N G U NI T

W RE N C H

T S2001

T P G H090204L

T S2504

T P G H 11 0 3 0 4 L

T S3005

T10

I NSE RT

W EI G H T ( k g)

C U T TI N G T O O L

2. 6 5

F14

I N S E R T T Y P E B O RI N G B A R

Or d er N O. B B A R- D 1 8 A

T o ol H ol d er s

IS O C O DE

M CL N 9 5º O R D E R N O.

Ri g ht h a n d

I NSE RT

DI M E N SI O N S

L eft h a n d

PA RTS

W EI G H T ( k g)

C O D E N O.

E F

M C L N R- 1 6 1 6 H 1 2 M C L N L- 1 6 1 6 H 1 2 C N M G 1 2 0 4 0 8 1 6 1 6 1 0 0 3 0 2 0 S M C- 4 3 2 L C S- 6 1 7 C P 5 0- 2 2 C S 7- 6 0 2 4 0. 2 5 0. 2 5 6 0 0 5- 0 0 1 6 0 0 5- 1 0 1 M C L N R- 2 0 2 0 K 1 2 M C L N L- 2 0 2 0 K 1 2 C N M G 1 2 0 4 0 8 2 0 2 0 1 2 5 3 4 2 5 S M C- 4 3 2 L C S- 6 1 7 C P 5 0- 2 2 C S 7- 6 0 3 0 0. 4 5 0. 4 5 6 0 0 5- 0 0 2 6 0 0 5- 1 0 2 M C L N R- 2 5 2 5 M 1 2 M C L N L- 2 5 2 5 M 1 2 C N M G 1 2 0 4 0 8 2 5 2 5 1 5 0 3 4 3 2 S M C- 4 3 2 L C S- 6 1 7 C P 5 0- 2 2 C S 7- 6 0 3 0 0. 8 0 0. 8 0 6 0 0 5- 0 0 3 6 0 0 5- 1 0 3 M C L N R- 3 2 2 5 P 1 2 M C L N L- 3 2 2 5 P 1 2 C N M G 1 2 0 4 0 8 3 2 2 5 1 7 0 3 4 3 2 S M C- 4 3 2 L C S- 6 1 7 C P 5 0- 2 2 C S 7- 6 0 3 0 1. 2 0 1. 2 0 6 0 0 5- 0 0 4 6 0 0 5- 1 0 4

M C R N 7 5º O R D E R N O.

Ri g ht h a n d

I NSE RT

DI M E N SI O N S

L eft h a n d

PA RTS

W EI G H T ( k g)

C O D E N O.

E F

M C R N R- 2 0 2 0 K 1 2 M C R N L- 2 0 2 0 K 1 2 C N M G 1 2 0 4 0 8 2 0 2 0 1 2 5 3 7 2 5 S M C- 4 3 2 L C S- 6 1 7 C P 5 0- 2 2 C S 7- 6 0 3 0 0. 4 5 0. 4 5 6 0 0 5- 0 3 0 6 0 0 5- 1 3 0 M C R N R- 2 5 2 5 M 1 2 M C R N L- 2 5 2 5 M 1 2 C N M G 1 2 0 4 0 8 2 5 2 5 1 5 0 3 4 3 2 S M C- 4 3 2 L C S- 6 1 7 C P 5 0- 2 2 C S 7- 6 0 3 0 0. 8 0 0. 8 0 6 0 0 5- 0 3 1 6 0 0 5- 1 3 1 M C R N R- 3 2 2 5 P 1 2

C N M G 1 2 0 4 0 8 3 2 2 5 1 7 0 3 4 3 2 S M C- 4 3 2 L C S- 6 1 7 C P 5 0- 2 2 C S 7- 6 0 3 0 1. 2 0

6 0 0 5- 0 3 2

M TJ N 9 3º O R D E R N O.

Ri g ht h a n d

I NSE RT

DI M E N SI O N S

L eft h a n d

PA RTS

W EI G H T ( k g)

C O D E N O.

E F

M T J N R- 2 0 2 0 K 1 6 M T J N L- 2 0 2 0 K 1 6 T N M G 1 6 0 4 0 8 2 0 2 0 1 2 5 3 3 2 5 S M T- 3 2 2 L C S- 5 1 3 C P 5 0- 2 2 C S 7- 6 0 2 4 0. 4 5 0. 4 5 6 0 0 5- 0 6 0 6 0 0 5- 1 6 0 M T J N R- 2 5 2 5 M 1 6 M T J N L- 2 5 2 5 M 1 6 T N M G 1 6 0 4 0 8 2 5 2 5 1 5 0 3 5 3 2 S M T- 3 2 2 L C S- 5 1 3 C P 5 0- 2 2 C S 7- 6 0 3 0 0. 8 0 0. 8 0 6 0 0 5- 0 6 1 6 0 0 5- 1 6 1

MTE N 6 0º O R D E R N O.

I NSE RT

Ri g ht h a n d

DI M E N SI O N S A

PA RTS

W EI G H T ( k g)

C O D E N O.

M T E N N- 2 0 2 0 K 1 6

T N M G 16 04 08

125

S M T- 3 2 2 L C S- 5 1 3

C P 5 0- 2 2 C S 7- 6 0 3 0

0. 4 5

6 0 0 5- 0 9 0

M T E N N- 2 5 2 5 M 1 6

T N M G 16 04 08

150

1 2. 5

S M T- 3 2 2 L C S- 5 1 3

C P 5 0- 2 2 C S 7- 6 0 3 0

0. 8 0

6 0 0 5- 0 9 1

F15

C U T TI N G T O O L

T o ol H ol d er s

IS O C O DE

MS D 4 5º O R D E R N O.

I NSE RT

DI M E N SI O N S

Ri g ht h a n d

PA RTS

W EI G H T ( k g)

C O D E N O.

M S D N N- 2 0 2 0 K 1 2

S N

1204

125

S M S- 4 3 2 L C S- 6 1 7

C P 5 0- 2 2 C S 7- 6 0 3 0

0. 4 5

6 0 0 5- 1 2 0

M S D N N- 2 5 2 5 M 1 2

S N

1204

150

1 2. 5

S M S- 4 3 2 L C S- 6 1 7

C P 5 0- 2 2 C S 7- 6 0 3 0

0. 8 0

6 0 0 5- 1 2 1

M S D N N- 3 2 2 5 P 1 2

S N

1204

170

1 2. 5

S M S- 4 3 2 L C S- 6 1 7

C P 5 0- 2 2 C S 7- 6 0 3 0

1. 2 0

6 0 0 5- 1 2 2

W EI G H T ( k g)

C O D E N O.

MVV N 7 2º 3 2’ O R D E R N O.

I NSE RT

DI M E N SI O N S

Ri g ht h a n d

PA RTS

M V V N N- 2 0 2 0 K 1 6 K

V N M G 16 04 08

20 20 125 45

S M V- 3 2 2 L C S- 5 1 3

C P 5 0- 2 5 C S 7- 6 0 3 0

0. 4 5

6 0 0 5- 1 5 0

M V V N N- 2 5 2 5 M 1 6 K

V N M G 16 04 08

2 5 2 5 1 5 0 4 5 1 2. 5

S M V- 3 2 2 L C S- 5 1 3

C P 5 0- 2 5 C S 7- 6 0 3 0

0. 8 0

6 0 0 5- 1 5 1

M V V N N- 3 2 2 5 P 1 6 K

V N M G 16 04 08

3 2 2 5 1 7 0 4 5 1 2. 5

S M V- 3 2 2 L C S- 5 1 3

C P 5 0- 2 5 C S 7- 6 0 3 0

1. 2 0

6 0 0 5- 1 5 2

W EI G H T ( k g)

C O D E N O.

T O OL H OL DE RS

M DJ N 9 3º O R D E R N O.

Ri g ht h a n d

I NSE RT

L eft h a n d

DI M E N SI O N S A

PA RTS

E F

M D J N R- 2 0 2 0 K 1 5 M D J N L- 2 0 2 0 K 1 5 D N M G 1 5 0 4 0 8 2 0 2 0 1 2 5 3 7 2 5 S M D- 4 6 3 L C S- 6 1 9 C P 5 0- 2 4 C S 7- 6 0 3 0 0. 4 5 0. 4 5 6 0 0 5- 1 8 0 6 0 0 5- 2 8 0 M D J N R- 2 5 2 5 M 1 5 M D J N L- 2 5 2 5 M 1 5 D N M G 1 5 0 4 0 8 2 5 2 5 1 5 0 3 7 3 2 S M D- 4 6 3 L C S- 6 1 9 C P 5 0- 2 4 C S 7- 6 0 3 0 0. 8 0 0. 8 0 6 0 0 5- 1 8 1 6 0 0 5- 2 8 1 M D J N R- 3 2 2 5 P 1 5 M D J N L- 3 2 2 5 P 1 5 D N M G 1 5 0 4 0 8 3 2 2 5 1 7 0 4 2 3 2 S M D- 4 6 3 L C S- 6 1 9 C P 5 0- 2 4 C S 7- 6 0 3 0 1. 2 0 1. 2 0 6 0 0 5- 1 8 2 6 0 0 5- 2 8 2

M VJ N 9 3º O R D E R N O.

Ri g ht h a n d

L eft h a n d

I NSE RT

DI M E N SI O N S A

PA RTS

W EI G H T ( k g)

C O D E N O.

E F

M V J N R- 2 0 2 0 K 1 6 M V J N L- 2 0 2 0 K 1 6 V N M G 1 6 0 4 0 8 2 0 2 0 1 2 5 3 9 2 5 S M V- 3 2 2 L C S- 5 1 3 C P 5 0- 2 5 C S 7- 6 0 3 0 0. 4 5 0. 4 5 6 0 0 5- 2 1 0 6 0 0 5- 3 1 0 M V J N R- 2 5 2 5 M 1 6 M V J N L- 2 5 2 5 M 1 6 V N M G 1 6 0 4 0 8 2 5 2 5 1 5 0 4 4 3 2 S M V- 3 2 2 L C S- 5 1 3 C P 5 0- 2 5 C S 7- 6 0 3 0 0. 8 0 0. 8 0 6 0 0 5- 2 1 1 6 0 0 5- 3 1 1 M V J N R- 3 2 2 5 P 1 6 M V J N L- 3 2 2 5 P 1 6 V N M G 1 6 0 4 0 8 3 2 2 5 1 7 0 4 4 3 2 S M V- 3 2 2 L C S- 5 1 3 C P 5 0- 2 5 C S 7- 6 0 3 0 1. 2 0 1. 2 0 6 0 0 5- 2 1 2 6 0 0 5- 3 1 2

C U T TI N G T O O L

F16

T o ol H ol d er s W TJ N 9 3º O R D E R N O.

Ri g ht h a n d

I NSE RT

DI M E N SI O N S

L eft h a n d

PA RTS

W EI G H T( k g)

C O D E N O.

E F

W T J N R- 2 0 2 0 K 1 6 W T J N L- 2 0 2 0 K 1 6 T N M G 1 6 0 4 0 8 2 0 2 0 1 2 5 3 2 2 5 S M T- 3 2 2 W T J N R- 2 5 2 5 M 1 6 W T J N L- 2 5 2 5 M 1 6 T N M G 1 6 0 4 0 8 2 5 2 5 1 5 0 3 2 3 2 S M T- 3 2 2

L C S420 N L C S420 N

M W W- 3 0 C S 7 0- 2 4 L W 0 3 0

0. 4 5

6 0 0 5- 2 4 0 6 0 0 5- 3 4 0

M W W- 3 0 C S 7 0- 2 4 L W 0 3 0

0. 8 0

6 0 0 5- 2 4 1 6 0 0 5- 3 4 1

WTE N 6 0º O R D E R N O.

I NSE RT

Ri g ht h a n d

DI M E N SI O N S A

PA RTS

W EI G H T ( k g) C O D E N O.

W T E N N- 2 0 2 0 K 1 6

T N M G 16 04 08 20 20 125 32

S M T- 3 2 2 L C S- 4 2 0 N

M W W- 3 0 C S 7 0- 2 4 L W 0 3 0

0. 4 5

6 0 0 5- 2 7 0

W T E N N- 2 5 2 5 M 1 6

T N M G 1 6 0 4 0 8 2 5 2 5 1 5 0 3 8 1 2. 5 S M T- 3 2 2 L C S- 4 2 0 N

M W W- 3 0 C S 7 0- 2 4 L W 0 3 0

0. 8 0

6 0 0 5- 2 7 1

W EI G H T( k g)

C O D E N O.

WTX N

O R D E R N O.

Ri g ht h a n d

I NSE RT

L eft h a n d

DI M E N SI O N S A

PA RTS

E F

W T X N R- 2 0 2 0 K 1 6 W T X N L- 2 0 2 0 K 1 6 T N M G 1 6 0 4 0 8 2 0 2 0 1 2 5 3 2 2 5 S M T- 3 2 2 L C S- 4 2 0 N

M W W- 3 0 C S 7 0- 2 4 L W 0 3 0

0. 4 5

6 0 0 5- 3 0 0 6 0 0 5- 4 0 0

W T X N R- 2 5 2 5 M 1 6 W T X N L- 2 5 2 5 M 1 6 T N M G 1 6 0 4 0 8 2 5 2 5 1 5 0 3 2 3 2 S M T- 3 2 2 L C S- 4 2 0 N

M W W- 3 0 C S 7 0- 2 4 L W 0 3 0

0. 8 0

6 0 0 5- 3 0 1 6 0 0 5- 4 0 1

W WL N 9 5º O R D E R N O.

PA RTS

W EI G H T( k g)

W W L N R- 2 0 2 0 K 0 8 W W L N L- 2 0 2 0 K 0 8 W N M G 0 8 0 4 0 8 2 0 2 0 1 2 5 3 2 2 5 S M W- 4 3 3 L C S- 5 2 0 N

M M W- 4 0 C S 7 0- 2 5

0. 4 5

0. 4 5 6 0 0 5- 3 3 0 6 0 0 5- 4 3 0

W W L N R- 2 5 2 5 M 0 8 W W L N L- 2 5 2 5 M 0 8 W N M G 0 8 0 4 0 8 2 5 2 5 1 5 0 3 2 3 2 S M W- 4 3 3 L C S- 5 2 0 N

M M W- 4 0 C S 7 0- 2 5

0. 8 0

0. 8 0 6 0 0 5- 3 3 1 6 0 0 5- 4 3 1

W W L N R- 3 2 2 5 P 0 8 W W L N L- 3 2 2 5 P 0 8 W N M G 0 8 0 4 0 8 3 2 2 5 1 7 0 3 2 3 2 S M W- 4 3 3 L C S- 5 2 0 N

M M W- 4 0 C S 7 0- 2 5

1. 2 0

1. 2 0 6 0 0 5- 3 3 2 6 0 0 5- 4 3 2

Ri g ht h a n d

F17

L eft h a n d

C U T TI N G T O O L

I NSE RT

DI M E N SI O N S A

C O D E N O.

E F

T o ol H ol d er s S CL C O R D E R N O.

I NSE RT

DI M E N SI O N S

PA RTS

W EI G H T ( k g)

C O D E N O.

Ri g ht h a n d

L eft h a n d

S C L C R- 0 8 0 8 H 0 6

S C L C L- 0 8 0 8 H 0 6

C C

0602

100

C S2560

F T- 7

0. 0 6

6 0 0 5- 3 6 0 6 0 0 5- 4 6 0

S C L C R- 1 0 1 0 H 0 6

S C L C L- 1 0 1 0 H 0 6

C C

0602

100

C S2560

F T- 7

0. 0 8

6 0 0 5- 3 6 1 6 0 0 5- 4 6 1

S C L C R- 1 2 1 2 H 0 9

S C L C L- 1 2 1 2 H 0 9

C C

09T3

100

C S3590

F T- 1 5

0. 1 2

6 0 0 5- 3 6 2 6 0 0 5- 4 6 2

S C L C R- 1 6 1 6 H 0 9

S C L C L- 1 6 1 6 H 0 9

C C

09T3

100

C S3590

F T- 1 5

0. 2 1

6 0 0 5- 3 6 3 6 0 0 5- 4 6 3

S DJ C

O R D E R N O.

I NSE RT

DI M E N SI O N S

PA RTS

W EI G H T ( k g)

C O D E N O.

Ri g ht h a n d

L eft h a n d

S D J C R- 0 8 0 8 H 0 7

S D J C L- 0 8 0 8 H 0 7

0702

100

C S2560

F T- 7

0. 0 6

6 0 0 5- 3 9 0 6 0 0 5- 4 9 0

S D J C R- 1 0 1 0 H 0 7

S D J C L- 1 0 1 0 H 0 7

0702

100

C S2560

F T- 7

0. 0 8

6 0 0 5- 3 9 1 6 0 0 5- 4 9 1

S D J C R- 1 2 1 2 H 1 1

S D J C L- 1 2 1 2 H 1 1

11 T 3

100

C S35095

F T- 1 5

0. 1 2

6 0 0 5- 3 9 2 6 0 0 5- 4 9 2

S D J C R- 1 6 1 6 H 1 1

S D J C L- 1 6 1 6 H 1 1

11 T 3

100

C S35095

F T- 1 5

0. 2 1

6 0 0 5- 3 9 3 6 0 0 5- 4 9 3

W EI G H T ( k g)

C O D E N O.

T O OL H OL DE RS

S VJ C O R D E R N O.

I NSE RT

DI M E N SI O N S

PA RTS

Ri g ht h a n d

L eft h a n d

S V J C R- 1 0 1 0 H 1 1

S V J C L- 1 0 1 0 H 1 1

11 0 3

1 0 1 0 1 0 0 1 0. 5

C S2560

F T- 7

0. 0 8 0. 0 8 6 0 0 5- 4 2 0 6 0 0 5- 5 2 0

S V J C R- 1 2 1 2 H 1 1

S V J C L- 1 2 1 2 H 1 1

11 0 3

1 2 1 2 1 0 0 1 2. 5

C S2560

F T- 7

0. 1 2 0. 1 2 6 0 0 5- 4 2 1 6 0 0 5- 5 2 1

S V J C R- 1 6 1 6 H 1 1

S V J C L- 1 6 1 6 H 1 1

11 0 3

1 6 1 6 1 0 0 1 6. 5

C S2560

F T- 7

0. 2 1 0. 2 1 6 0 0 5- 4 2 2 6 0 0 5- 5 2 2

S V J C R- 2 0 2 0 K 1 6

S V J C L- 2 0 2 0 K 1 6 V C

1604

20 20 125

S M V- 3 2 1 S N 5 3 5 C S 3 5 1 1 5 F T- 1 5 0. 4 0 0. 4 0 6 0 0 5- 4 2 3 6 0 0 5- 5 2 3

S V J C R- 2 5 2 5 M 1 6

S V J C L- 2 5 2 5 M 1 6 V C

1604

25 25 150

S M V- 3 2 1 S N 5 3 5 C S 3 5 1 1 5 F T- 1 5 0. 7 2 0. 7 2 6 0 0 5- 4 2 4 6 0 0 5- 5 2 4

SVV C O R D E R N O.

I NSE RT

DI M E N SI O N S A

PA RTS

W EI G H T ( k g)

C O D E N O.

S V V C N- 1 0 1 0 H 1 1

V C

11 0 3

10 100

C S2560

F T- 7

0. 0 8

6 0 0 5- 4 5 0

S V V C N- 1 2 1 2 H 1 1

V C

11 0 3

12 100

C S2560

F T- 7

0. 1 2

6 0 0 5- 4 5 1

S V V C N- 1 6 1 6 H 1 1

V C

11 0 3

16 100

C S2560

F T- 7

0. 2 1

6 0 0 5- 4 5 2

S V V C N- 2 0 2 0 K 1 6

V C

1604

20 125

S M V- 3 2 1 S N 5 3 5 C S 3 5 1 1 5

F T- 1 5

0. 4 0

6 0 0 5- 4 5 3

S V V C N- 2 5 2 5 M 1 6

V C

1604

2 5 1 5 0 1 2. 5 S M V- 3 2 1 S N 5 3 5 C S 3 5 1 1 5

F T- 1 5

0. 7 2

6 0 0 5- 4 5 4

C U T TI N G T O O L

F18

B ori n g B ar s M WL N 9 5º

O R D E R N O.

Ri g ht h a n d

I NSE RT

L eft h a n d

DI M E N SI O N S D

PA RTS

W EI G H T ( k g)

C O D E N O.

Kº

S 2 0 R- M W L N R 0 8 S 2 0 R- M W L N L 0 8 W N M G 0 8 0 4

2 0 1 3 2 0 0 2 5 1 7º

L C S- 5 1 1 C P 5 0- 2 6 C S 7- 5 0 1 8 0. 5 0 0. 5 0 6 0 0 5- 4 8 0 6 0 0 5- 5 8 0

S 2 5 R- M W L N R 0 8 S 2 5 R- M W L N L 0 8 W N M G 0 8 0 4

2 5 1 7 2 0 0 3 2 1 4º

L C S- 5 1 1 C P 5 0- 2 2 C S 7- 6 0 2 4 0. 9 5 0. 9 5 6 0 0 5- 4 8 1 6 0 0 5- 5 8 1

S 3 2 S- M W L N R 0 8 S 3 2 S- M W L N L 0 8 W N M G 0 8 0 4

3 2 2 2 2 5 0 4 0 1 4º S M W- 4 3 2 L C S- 6 1 7 C P 5 0- 2 2 C S 7- 6 0 3 0 1. 6 0 1. 6 0 6 0 0 5- 4 8 2 6 0 0 5- 5 8 2

S 4 0 T- M W L N R 0 8 S 4 0 T- M W L N L 0 8 W N M G 0 8 0 4

4 0 2 7 3 0 0 5 0 1 2º S M W- 4 3 2 L C S- 6 1 7 C P 5 0- 2 2 C S 7- 6 0 3 0 2. 9 0 2. 9 0 6 0 0 5- 4 8 3 6 0 0 5- 5 8 3

S 5 0 U- M W L N R 0 8 S 5 0 U- M W L N L 0 8 W N M G 0 8 0 4

5 0 3 5 3 5 0 6 3 1 2º S M W- 4 3 2 L C S- 6 1 7 C P 5 0- 2 2 C S 7- 6 0 3 0 5. 9 0 5. 9 0 6 0 0 5- 4 8 4 6 0 0 5- 5 8 4

M CL N 9 5º

O R D E R N O.

Ri g ht h a n d

I NSE RT

L eft h a n d

DI M E N SI O N S D

PA RTS

W EI G H T ( k g)

C O D E N O.

Kº

S 2 0 R- M C L N R 1 2 S 2 0 R- M C L N L 1 2 C N M G 1 2 0 4 0 8 2 0 1 3 2 0 0 2 5 1 7º

L C S- 5 1 1 C P 5 0- 2 6 C S 7- 5 0 1 8 0. 5 0 0. 5 0 6 0 0 5- 5 1 0 6 0 0 5- 6 1 0

S 2 5 R- M C L N R 1 2 S 2 5 R- M C L N L 1 2 C N M G 1 2 0 4 0 8 2 5 1 7 2 0 0 3 2 1 4º

L C S- 5 1 1 C P 5 0- 2 2 C S 7- 6 0 2 4 0. 9 5 0. 9 5 6 0 0 5- 5 1 1 6 0 0 5- 6 1 1

S 3 2 S- M C L N R 1 2 S 3 2 S- M C L N L 1 2 C N M G 1 2 0 4 0 8 3 2 2 2 2 5 0 4 0 1 4º S M C- 4 3 2 L C S- 6 1 7 C P 5 0- 2 2 C S 7- 6 0 3 0 1. 6 0 1. 6 0 6 0 0 5- 5 1 2 6 0 0 5- 6 1 2 S 4 0 T- M C L N R 1 2 S 4 0 T- M C L N L 1 2 C N M G 1 2 0 4 0 8 4 0 2 7 3 0 0 5 0 1 2º S M C- 4 3 2 L C S- 6 1 7 C P 5 0- 2 2 C S 7- 6 0 3 0 2. 9 0 2. 9 0 6 0 0 5- 5 1 3 6 0 0 5- 6 1 3 S 5 0 U- M C L N R 1 2 S 5 0 U- M C L N L 1 2 C N M G 1 2 0 4 0 8 5 0 3 5 3 5 0 6 3 1 2º S M C- 4 3 2 L C S- 6 1 7 C P 5 0- 2 2 C S 7- 6 0 3 0 5. 9 0 5. 9 0 6 0 0 5- 5 1 4 6 0 0 5- 6 1 4

M D U N 9 3º

O R D E R N O.

Ri g ht h a n d

L eft h a n d

I NSE RT

DI M E N SI O N S D

PA RTS

W EI G H T ( k g)

C O D E N O.

Kº

S 2 5 R- M D U N R 1 5 S 2 5 R- M D U N L 1 5 D N M G 1 5 0 4 0 8 2 5 1 7 2 0 0 3 2 1 2º S M D- 4 4 3 L C S- 6 1 7 C S 5 0- 2 4 C S 7- 6 0 2 4 0. 9 5 0. 9 5 6 0 0 5- 5 4 0 6 0 0 5- 6 4 0 S 3 2 S- M D U N R 1 5 S 3 2 S- M D U N L 1 5 D N M G 1 5 0 4 0 8 3 2 2 2 2 5 0 4 0 1 0º S M D- 4 4 3 L C S- 6 1 7 C S 5 0- 2 4 C S 7- 6 0 2 4 1. 6 0 1. 6 0 6 0 0 5- 5 4 1 6 0 0 5- 6 4 1 S 4 0 T- M D U N R 1 5 S 4 0 T- M D U N L 1 5 D N M G 1 5 0 4 0 8 4 0 2 7 3 0 0 5 0 1 0º S M D- 4 4 3 L C S- 6 1 7 C S 5 0- 2 4 C S 7- 6 0 3 0 2. 9 0 2. 9 0 6 0 0 5- 5 4 2 6 0 0 5- 6 4 2 S 5 0 U- M D U N R 1 5 S 5 0 U- M D U N L 1 5 D N M G 1 5 0 4 0 8 5 0 3 5 3 5 0 6 3 1 0º S M D- 4 4 3 L C S- 6 1 7 C S 5 0- 2 4 C S 7- 6 0 3 0 5. 9 0 5. 9 0 6 0 0 5- 5 4 3 6 0 0 5- 6 4 3

F19

C U T TI N G T O O L

B ori n g B ar s

S M A L L SI Z E

Ri g ht h a n d

L eft h a n d

DI M E N SI O N S D

S 1 2 M- S D U C R 0 7 S 1 2 M- S D U C L 0 7 1 2 9 1 5 0 1 6 8º S 1 6 Q- S D U C R 0 7 S 1 6 Q- S D U C L 0 7 1 6 1 1 1 8 0 2 0 6º S 2 0 R- S D U C R 1 1 S 2 0 R- S D U C L 1 1 2 0 1 3 2 0 0 2 5 8º S 2 5 R- S D U C R 1 1 S 2 5 R- S D U C L 1 1 2 5 1 7 2 0 0 3 2 4º S 1 0 M- S D Q C R 0 7 S 1 0 M- S D Q C L 0 7 1 0 7 1 5 0 1 3 1 0º S 1 2 M- S D Q C R 0 7 S 1 2 M- S D Q C L 0 7 1 2 9 1 5 0 1 6 8º S 1 6 Q- S D Q C R 0 7 S 1 6 Q- S D Q C L 0 7 1 6 1 1 1 8 0 2 0 6º S 2 0 R- S D Q C R 1 1 S 2 0 R- S D Q C L 1 1 2 0 1 3 2 0 0 2 5 8º S 2 5 R- S D Q C R 1 1 S 2 5 R- S D Q C L 1 1 2 5 1 7 2 0 0 3 2 4º

O R D E R N O.

L eft h a n d

DI M E N SI O N S

S 1 2 M- S D Z C R 0 7 S 1 2 M- S D Z C L 0 7 1 2 1 0. 5 1 5 0 1 7 1 0º S 1 6 Q- S D Z C R 0 7 S 1 6 Q- S D Z C L 0 7 1 6 1 2. 5 1 8 0 2 1 9º S 2 0 R- S D Z C R 1 1 S 2 0 R- S D Z C L 1 1 2 0 1 5. 5 2 0 0 2 6 8º S 2 5 R- S D Z C R 1 1 S 2 5 R- S D Z C L 1 1 2 5

O R D E R N O.

Ri g ht h a n d

L eft h a n d

1 8 2 0 0 3 3 6º

DI M E N SI O N S D

PA RTS

W EI G H T ( k g)

C O D E N O.

Kº

S 1 0 M- S D U C R 0 7 S 1 0 M- S D U C L 0 7 1 0 7 1 5 0 1 3 1 0º

Ri g ht h a n d

I NSE RT

D C MT 0702

C S2560

D C MT 11 T 3

C S35095

D C MT 0702 D C MT 11 T 3

F T- 7

C S2560

F T- 7

C S35095

I NSE RT

F T- 1 5

0. 1 5

6 0 0 5- 5 7 0 6 0 0 5- 6 7 0

0. 1 8

6 0 0 5- 5 7 1 6 0 0 5- 6 7 1

0. 2 8

6 0 0 5- 5 7 2 6 0 0 5- 6 7 2

0. 4 5

6 0 0 5- 5 7 3 6 0 0 5- 6 7 3

0. 6 0

6 0 0 5- 5 7 4 6 0 0 5- 6 7 4

0. 1 5

6 0 0 5- 6 0 0 6 0 0 5- 7 0 0

0. 1 8

6 0 0 5- 6 0 1 6 0 0 5- 7 0 1

0. 2 8

6 0 0 5- 6 0 2 6 0 0 5- 7 0 2

0. 4 5

6 0 0 5- 6 0 3 6 0 0 5- 7 0 3

0. 6 0

6 0 0 5- 6 0 4 6 0 0 5- 7 0 4

W EI G H T ( k g)

PA RTS

D C MT 0702

C S2560

F T- 7

D C MT 11 T 3

C S35095

F T- 1 5

I NSE RT

0. 1 5

PA RTS

C O D E N O.

0. 1 8

6 0 0 5- 6 3 0 6 0 0 5- 7 3 0

0. 2 8

6 0 0 5- 6 3 1 6 0 0 5- 7 3 1

0. 4 5

6 0 0 5- 6 3 2 6 0 0 5- 7 3 2

0. 6 0

6 0 0 5- 6 3 3 6 0 0 5- 7 3 3

W EI G H T ( k g)

C O D E N O.

Kº

S 1 6 Q- S V U C R 1 1 S 1 6 Q- S V U C L 1 1 1 6 1 3 1 8 0 2 2 7º S 2 0 R- S V U C R 1 1 S 2 0 R- S V U C L 1 1 2 0 1 5 2 0 0 2 7 6º

V C MT 11 0 3

C S2560

F T- 7

S 2 5 R- S V U C R 1 6 S 2 5 R- S V U C L 1 6 2 5 2 0. 5 2 0 0 3 3 4º

V C MT 1604

C S3590

F T- 1 5

S 1 6 Q- S V Q C R 1 1 S 1 6 Q- S V Q C L 1 1 1 6 1 3 1 8 0 2 2 7º S 2 0 R- S V Q C R 1 1 S 2 0 R- S V Q C L 1 1 2 0 1 5 2 0 0 2 7 6º

V C MT 11 0 3

C S2560

F T- 7

S 2 5 R- S V Q C R 1 6 S 2 5 R- S V Q C L 1 6 2 5 2 0. 5 2 0 0 3 3 4º

V C MT 1604

C S3590

F T- 1 5

0. 2 8

6 0 0 5- 6 6 0 6 0 0 5- 7 6 0

0. 4 5

6 0 0 5- 6 6 1 6 0 0 5- 7 6 1

0. 6 0

6 0 0 5- 6 6 2 6 0 0 5- 7 6 2

0. 2 8

6 0 0 5- 6 9 0 6 0 0 5- 7 9 0

0. 4 5

6 0 0 5- 6 9 1 6 0 0 5- 7 9 1

0. 6 0

6 0 0 5- 6 9 2 6 0 0 5- 7 9 2

C U T TI N G T O O L

F20

B O RI N G B A R

O R D E R N O.

T e c h ni c al D at a A

in in ± 0. 0 1 0 ± 0. 0 2 5 ± 0. 0 0 0 5 ± 0. 0 1 3 ± 0. 0 0 5 ± 0. 0 1 3 ± 0. 0 0 0 5 ± 0. 0 1 3 ± 0. 0 1 0 ± 0. 0 2 5 ± 0. 0 0 1 0 ± 0. 0 2 5 ± 0. 0 1 0 ± 0. 0 2 5 ± 0. 0 0 1 0 ± 0. 0 2 5

C H E G M U

in ± 0. 0 0 1 ± 0. 0 0 1 ± 0. 0 0 1 ± 0. 0 0 5 ± 0. 0 0 5 ± 0. 0 0 5

± 0. 0 2 5 ± 0. 0 2 5 ± 0. 0 2 5 ± 0. 1 3 ± 0. 1 3 ± 0. 1 3

A V

inch ( m etri c)

C C

N N

M M

G G

p o siti o n

4 3 2 12 04 08 5

5 Si z e

I C in 1. 2 ( 5) 5/ 2 2 3. 9 7 1. 5 ( 6) 3/ 1 6 4. 7 6 1. 8 ( 7) 7/ 2 2 5. 5 6 - 0. 2 3 6 6. 0 0 2 1/ 4 6. 3 5 2. 5 5/ 1 6 7. 9 4 - 0. 3 1 5 8. 0 0 3 3/ 8 9. 5 2 - 0. 3 9 4 1 0. 0 0 3. 5 1/ 1 6 1 1. 1 1 - 0. 4 7 2 1 2. 0 0 4 1/ 2 1 2. 7 0 4. 5 9/ 1 6 1 4. 2 9 5 5/ 8 1 5. 8 8 - 0. 6 3 0 1 6. 0 0 5. 5 1 1/ 1 6 1 7. 4 6 6 3/ 4 1 9. 0 5 - 0. 7 8 7 2 0. 0 0 7 7/ 8 2 2. 2 2 - 0. 9 8 4 2 5. 0 0 8 1 2 5. 4 0 1 0 1- 1/ 4 3 1. 7 5 - 1. 2 6 0 3 2. 0 0

F21

C 04 05 06 08 09 11 12 14 16 17 19 22 25 32 -

D 04 05 06 07 09 11 13 15 17 19 21 23 27 31 38 -

C U T TI N G T O O L

R 03 04 05 06 06 07 08 09 10 11 12 12 14 15 16 17 19 20 22 25 25 31 32

S 03 04 05 06 07 09 11 12 14 15 17 19 22 25 31 -

T 06 08 09 11 13 16 19 22 24 27 30 33 38 3 44 54 -

V 08 09 11 13 16 19 22 24 27 30 33 38 44 54 -

W 03 04 05 06 07 08 09 10 11 13 15 17 21 -

in 1/ 3 2 0. 7 9 0. 5( 1) 1/ 1 6 1. 5 9 1( 2) 5/ 6 4 1. 9 8 1. 2 3/ 3 2 2. 3 8 1. 5( 3) 1/ 8 3. 1 8 2 5/ 2 2 3. 9 7 2. 5 3/ 1 6 4. 7 6 3 7/ 3 2 5. 5 6 3. 5 1/ 4 6. 3 5 4 5/ 1 6 7. 9 4 5 3/ 8 9. 5 2 6 7/ 1 6 1 1. 1 1 7 1/ 2 1 2. 7 0 8

01 T1 02 03 T3 04 05 06 07 09 11 12

in .004 .008 1/ 6 4 1/ 3 2 3/ 6 4 1/ 1 6 5/ 6 4 3/ 3 2 7/ 6 4 1/ 8

0. 1 0. 2 0. 4 0. 8 1. 2 1. 6 2. 0 2. 4 2. 8 3. 2

0 0. 5 1 2 3 4 5 6 7 8 -

01 02 04 08 12 16 20 24 28 32 00 M0

EX A MPLE

IS O C O DE

P o siti v e A xi al R a k e R a di al R a k e

P o siti v e A xi al R a k e P o siti v e R a di al R a k e

P o siti v e A xi al R a k e R a di al R a k e

/8 x 3 /1 6 I n s ert S E C 53 S E C N 1504 S E K N 1504 F O R S E- 5 4 5

/2 x 1 /8 I n s ert S E C 42 S E C N 1203 S E K N 1203 F O R S E- 4 4 5

/8 x 3 /1 6 I n s ert S P U- 5 3, S P C N 1 5 0 4 S P G- 5 3, S P K N 1 5 0 4 F O R S P- T Y P E

/2 x 1 /8 I n s ert S P U- 4 2, S P K N 1 2 0 3 S P G- 4 2, S P M N 1 2 0 3 F O R F P- T Y P E

P o siti v e A xi al R a k e

P o siti v e A xi al R a k e R a di al R a k e

1 /4 x 3 /3 2 I n s ert T P G- 2 1 T P M N 11 0 2 F O R S A E- T Y P E

/8 x 1 /8 I n s ert T P U- 3 2 T P G- 3 2 T P M N 1603 T P C N 1603 F O R S A E- T Y P E

1 /2 x 3 /1 6 I n s ert T P K- 4 3 T P K N 2204 T P M N 2204 F O R T P- T Y P E

C U T TI N G T O O L

MI L L C U T T E R

I n s ert F or F a c e Mill C utt er

F22

U ni v er s al E n d Mill s C A R BI D E

W or k M at eri al / V el o cit y m/ mi n N o n all o y e d st e el s All o y e d St e el s

H ar d e n e d st e el s < 48 H R C

V E A72

4 0- 1 2 0

3 0- 5 0

4 0- 8 0

1 0 0- 2 0 0

1 0 0- 4 5 0

1 5 0- 1 8 0

V E A82

2 5- 7 0

2 0- 5 0

2 5- 6 0

6 0- 1 2 0

6 0- 3 0 0

8 0- 1 2 0

V E A85

2 5- 7 0

2 0- 5 0

2 5- 6 0

6 0- 1 2 0

6 0- 3 0 0

8 0- 1 2 0

O R D E R N O.

St a n d ar d L e n gt h( Or d er N o. V E A 7 2- Di a) O R DE R N O.

Dc h10

Lc m m

Ir o n

U nit: m m

L m m

d h6

C O DE N O.

V E A 7 2- 0. 3

6 0 0 8- 0 0 1

V E A 7 2- 0. 5

6 0 0 8- 0 0 3

V E A 7 2- 0. 6

6 0 0 8- 0 0 4

V E A 7 2- 1. 0

6 0 0 8- 0 0 8

V E A 7 2- 1. 5

6 0 0 8- 0 0 9

V E A 7 2- 2. 0

6 0 0 8- 0 1 0

V E A 7 2- 2. 5

V E A 7 2- 3. 0

V E A 7 2- 4. 0

Al u mi ni u m

Pl a sti c s

L o n g L e n gt h( Or d er N o. V E A 8 2- Di a)

U nit: m m

O R DE R N O.

Dc h10

Lc m m

L m m

d h6

C O DE N O.

V E A 8 2- 3

6 0 0 8- 0 4 0

V E A 8 2- 4

6 0 0 8- 0 4 1

V E A 8 2- 5

6 0 0 8- 0 4 2

V E A 8 2- 6

6 0 0 8- 0 4 3

V E A 8 2- 8

6 0 0 8- 0 4 4

6 0 0 8- 0 1 1

V E A 8 2- 1 0

6 0 0 8- 0 4 5

6 0 0 8- 0 1 2

V E A 8 2- 1 2

100

6 0 0 8- 0 4 6

6 0 0 8- 0 1 4

E xtr a L o n g L e n gt h( Or d er N o. V E A 8 5- Di a)

U nit: m m

V E A 7 2- 5. 0

6 0 0 8- 0 1 6

O R DE R N O.

V E A 7 2- 5. 5

6 0 0 8- 0 1 7

V E A 8 5- 3

6 0 0 8- 0 5 0

V E A 7 2- 6. 0

6 0 0 8- 0 1 8

V E A 8 5- 4

6 0 0 8- 0 5 1

V E A 7 2- 7. 0

6 0 0 8- 0 1 9

V E A 8 5- 5

6 0 0 8- 0 5 2

V E A 7 2- 8. 0

6 0 0 8- 0 2 0

V E A 8 5- 6

100

6 0 0 8- 0 5 3

V E A 7 2- 9. 0

6 0 0 8- 0 2 1

V E A 8 5- 8

100

6 0 0 8- 0 5 4

V E A 8 5- 1 0

100

6 0 0 8- 0 5 5

V E A 7 2- 1 0. 0

6 0 0 8- 0 2 2

V E A 8 5- 1 2

150

6 0 0 8- 0 5 6

V E A 7 2- 1 2. 0

6 0 0 8- 0 2 4

V E A 8 5- 1 4

150

6 0 0 8- 0 5 7

V E A 7 2- 1 6. 0

6 0 0 8- 0 2 6

V E A 8 5- 1 6

150

6 0 0 8- 0 5 8

V E A 7 2- 2 0. 0

100

6 0 0 8- 0 2 8

V E A 8 5- 2 0

150

6 0 0 8- 0 5 9

F23

C U T TI N G T O O L

Dc h10

Lc m m

L m m

d h6

C O DE N O.

Fi ni s hi n g E n d Mill s C A R BI D E

W or k M at eri al / V el o cit y m/ mi n N o n all o y e d st e el s All o y e d St e el s

H ar d e n e d st e el s < 48 H R C

Ir o n

Tit a ni u m

Ni c k el

Al u mi ni u m

V E A74

4 0- 1 2 0

3 0- 5 0

4 0- 8 0

2 5- 8 0

2 0- 6 0

1 0 0- 2 0 0

1 0 0- 4 5 0

V E A84

2 5- 7 0

2 0- 3 0

2 5- 6 0

1 5- 5 0

1 5- 3 5

6 0- 1 2 0

6 0- 3 0 0

V E A86

2 5- 7 0

2 0- 3 0

2 5- 6 0

1 5- 5 0

1 5- 3 5

6 0- 1 2 0

6 0- 3 0 0

St a n d ar d L e n gt h( Or d er N o. V E A 7 4- Di a) O R DE R N O.

Dc h10

U nit: m m

Lc m m

L m m

d h6

C O DE N O.

V E A 7 4- 1. 0

V E A 7 4- 1. 5

V E A 7 4- 2. 0

V E A 7 4- 2. 5

L o n g L e n gt h( Or d er N o. V E A 8 4- Di a)

U nit: m m

O R DE R N O.

Dc h10

Lc m m

L m m

d h6

C O DE N O.

6 0 0 8- 0 6 0

V E A 8 4- 3

6 0 0 8- 0 9 0

6 0 0 8- 0 6 1

V E A 8 4- 4

6 0 0 8- 0 9 1

6 0 0 8- 0 6 2

V E A 8 4- 5

6 0 0 8- 0 9 2

6 0 0 8- 0 6 3

V E A 8 4- 6

6 0 0 8- 0 9 3

V E A 7 4- 3. 0

6 0 0 8- 0 6 4

V E A 8 4- 8

6 0 0 8- 0 9 4

V E A 7 4- 3. 5

6 0 0 8- 0 6 5

V E A 8 4- 1 0

6 0 0 8- 0 9 5

V E A 7 4- 4. 0

6 0 0 8- 0 6 6

V E A 8 4- 1 2

100

6 0 0 8- 0 9 6

V E A 7 4- 4. 5

6 0 0 8- 0 6 7

V E A 8 4- 1 6

127

6 0 0 8- 0 9 8

V E A 7 4- 5. 0

6 0 0 8- 0 6 8

V E A 8 4- 2 0

127

6 0 0 8- 0 9 9

V E A 7 4- 5. 5

6 0 0 8- 0 6 9

E xtr a L o n g L e n gt h( Or d er N o. V E A 8 6- Di a)

U nit: m m

V E A 7 4- 6. 0

6 0 0 8- 0 7 0

O R DE R N O.

Dc h10

Lc m m

L m m

d h6

C O DE N O.

V E A 7 4- 7. 0

6 0 0 8- 0 7 1

V E A 8 6- 3

6 0 0 8- 0 8 1

V E A 7 4- 8. 0

6 0 0 8- 0 7 2

V E A 8 6- 4

6 0 0 8- 0 8 2

V E A 7 4- 9. 0

6 0 0 8- 0 7 3

V E A 8 6- 5

6 0 0 8- 0 8 3

V E A 7 4- 1 0. 0

6 0 0 8- 0 7 4

V E A 8 6- 6

100

6 0 0 8- 0 8 4

V E A 7 4- 1 1. 0

6 0 0 8- 0 7 5

V E A 8 6- 8

100

6 0 0 8- 0 8 5

V E A 7 4- 1 2. 0

6 0 0 8- 0 7 6

V E A 8 6- 1 0

100

6 0 0 8- 0 8 6

V E A 7 4- 1 4. 0

6 0 0 8- 0 7 7

V E A 8 6- 1 2

150

6 0 0 8- 0 8 7

V E A 7 4- 1 6. 0

6 0 0 8- 0 7 8

V E A 8 6- 1 4

150

6 0 0 8- 0 8 8

V E A 7 4- 1 8. 0

100

6 0 0 8- 0 7 9

V E A 8 6- 1 6

150

6 0 0 8- 0 8 9

V E A 7 4- 2 0. 0

100

6 0 0 8- 0 8 0

V E A 8 6- 2 0

150

6 0 0 8- 0 8 9 A

C U T TI N G T O O L

F24

FI NI S HI N G E N D MI L L S

O R D E R N O.

S oli d C ar bi d e E n d Mill s F or < 4 8 H R C

Mi cr o Gr ai n 1 0 % C o Gr a d e 2 Fl ut e

IS O C O DE

C A R BI D E

W or k M at eri al / V el o cit y m/ mi n O R DE R N O.

N o n all o y e d st e el s All o y e d St e el s

H e at r e si st a nt st e el s St ai nl e s s st e el s

H ar d e n e d st e el s < 48 H R C

Ir o n

Tit a ni u m

Ni c k el

V E122F

6 0- 2 5 0

3 0- 1 0 0

6 0- 8 0

3 0- 1 5 0

3 0- 1 8 0

4 0- 1 2 0

1 0 0- 4 5 0

V E125F

6 0- 1 8 0

2 0- 8 0

4 0- 8 0

3 0- 1 3 0

3 0- 1 2 0

4 0- 1 0 0

1 0 0- 3 0 0

V E127F

6 0- 1 8 0

2 0- 8 0

4 0- 8 0

3 0- 1 3 0

3 0- 1 2 0

4 0- 1 0 0

1 0 0- 3 0 0

St a n d ar d L e n gt h( Or d er N o. V E 1 2 2 F- Di a) O R DE R N O.

all Di a of Mill S h a n k Di a Fl ut e L e n gt h OL ve er n gt h T ol h 1 0 m m m m m m

L o n g L e n gt h( Or d er N o. V E 1 2 5 F- Di a) C O DE N O.

O R DE R N O.

Di a of Mill S h a n k Di a Fl ut e L e n gt h T ol h 1 0 m m m m

U nit: m m

O v er all L e n gt h m m

C O DE N O.

V E 1 2 2- 1. 0

6 0 0 7- 0 2 0

V E 1 2 5- 3

6 0 0 7- 0 5 0

V E 1 2 2- 1. 5

6 0 0 7- 0 2 1

V E 1 2 5- 4

6 0 0 7- 0 5 1

V E 1 2 2- 2. 0

6 0 0 7- 0 2 2

V E 1 2 5- 5

100

6 0 0 7- 0 5 2

V E 1 2 2- 2. 5

6 0 0 7- 0 2 3

V E 1 2 5- 6

100

6 0 0 7- 0 5 3

V E 1 2 2- 3. 0

6 0 0 7- 0 2 4

V E 1 2 5- 8

130

6 0 0 7- 0 5 5

V E 1 2 2- 3. 5

6 0 0 7- 0 2 5

V E 1 2 5- 1 0

160

6 0 0 7- 0 5 7

V E 1 2 2- 4. 0

6 0 0 7- 0 2 6

V E 1 2 5- 1 2

180

6 0 0 7- 0 5 9

V E 1 2 2- 4. 5

6 0 0 7- 0 2 7

V E 1 2 5- 1 6

210

6 0 0 7- 0 6 0

V E 1 2 2- 5. 0

6 0 0 7- 0 2 8

V E 1 2 5- 2 0

210

6 0 0 7- 0 6 1

V E 1 2 2- 5. 5

6 0 0 7- 0 2 9

V E 1 2 2- 6. 0

6 0 0 7- 0 3 0

E xtr a L o n g L e n gt h( Or d er N o. V E 1 2 7 F- Di a)

U nit: m m

V E 1 2 2- 7. 0

6 0 0 7- 0 3 1

V E 1 2 2- 8. 0

V E 1 2 2- 9. 0

V E 1 2 2- 1 0. 0

V E 1 2 2- 1 1. 0

O R DE R N O.

Di a of Mill T ol h 1 0

Shank Di a m m

Fl ut e L e n gt h m m

O v er all L e n gt h m m

C O DE N O.

6 0 0 7- 0 3 2

V E 1 2 7- 3

6 0 0 7- 0 7 0

6 0 0 7- 0 3 3

V E 1 2 7- 4

6 0 0 7- 0 7 1

6 0 0 7- 0 3 4

V E 1 2 7- 5

100

6 0 0 7- 0 7 2

6 0 0 7- 0 3 5

V E 1 2 7- 6

100

6 0 0 7- 0 7 3

V E 1 2 2- 1 2. 0

6 0 0 7- 0 3 6

V E 1 2 7- 8

130

6 0 0 7- 0 7 4

V E 1 2 2- 1 4. 0

6 0 0 7- 0 3 7

V E 1 2 7- 1 0

160

6 0 0 7- 0 7 5

V E 1 2 2- 1 6. 0

100

6 0 0 7- 0 3 8

V E 1 2 7- 1 2

180

6 0 0 7- 0 7 6

V E 1 2 2- 1 8. 0

100

6 0 0 7- 0 3 9

V E 1 2 7- 1 6

210

6 0 0 7- 0 7 7

V E 1 2 2- 2 0. 0

100

6 0 0 7- 0 4 0

V E 1 2 7- 2 0

210

6 0 0 7- 0 7 8

F25

C U T TI N G T O O L

S oli d C ar bi d e E n d Mill s F or < 4 8 H R C

Mi cr o Gr ai n 1 0 % C o Gr a d e 4 Fl ut e C A R BI D E

O R DE R N O.

V E 1 2 4- 1. 0 V E 1 2 4- 1. 5 V E 1 2 4- 2. 0 V E 1 2 4- 2. 5 V E 1 2 4- 3. 0 V E 1 2 4- 3. 5 V E 1 2 4- 4. 0 V E 1 2 4- 4. 5 V E 1 2 4- 5. 0 V E 1 2 4- 5. 5 V E 1 2 4- 6. 0 V E 1 2 4- 7. 0 V E 1 2 4- 8. 0 V E 1 2 4- 9. 0 V E 1 2 4- 1 0. 0 V E 1 2 4- 1 1. 0 V E 1 2 4- 1 2. 0 V E 1 2 4- 1 4. 0 V E 1 2 4- 1 6. 0 V E 1 2 4- 1 8. 0 V E 1 2 4- 2 0. 0

Di a of Mill T ol h 1 0

Shank Di a m m 4 4 4 4 6 6 6 6 6 6 6 8 8 10 10 12 12 16 16 20 20

Fl ut e L e n gt h m m 3 5 6 8 8 10 11 11 13 13 16 20 20 22 25 26 30 32 38 38 38

O v er all L e n gt h m m 50 50 50 50 50 50 50 50 50 50 50 60 60 72 72 75 75 90 100 100 100

U nit: m m

C O DE N O. 6 0 0 7- 1 0 0 6 0 0 7- 1 0 1 6 0 0 7- 1 0 2 6 0 0 7- 1 0 3 6 0 0 7- 1 0 4 6 0 0 7- 1 0 5 6 0 0 7- 1 0 6 6 0 0 7- 1 0 7 6 0 0 7- 1 0 8 6 0 0 7- 1 0 9 6 0 0 7- 1 1 0 6 0 0 7- 1 1 1 6 0 0 7- 1 1 2 6 0 0 7- 1 1 3 6 0 0 7- 1 1 4 6 0 0 7- 1 1 5 6 0 0 7- 1 1 6 6 0 0 7- 1 1 7 6 0 0 7- 1 1 8 6 0 0 7- 1 1 9 6 0 0 7- 1 2 0

W or k M at eri al / V el o cit y m/ mi n O R DE R N O.

N o n all o y e d st e el s All o y e d St e el s

H e at r e si st a nt st e el s St ai nl e s s st e el s

H ar d e n e d st e el s < 48 H R C

V E124F

6 0- 2 5 0 3 0- 1 0 0

6 0- 8 0

3 0- 1 5 0 3 0- 1 8 0 4 0- 1 2 0 1 0 0- 4 5 0

V E126F

6 0- 1 8 0

4 0- 8 0

3 0- 1 3 0 3 0- 1 2 0 4 0- 1 0 0 1 0 0- 3 0 0

2 0- 8 0

Ir o n

Tit a ni u m

Ni c k el

L o n g L e n gt h( Or d er N o. V E 1 2 6 F- Di a) O R DE R N O.

V E 1 2 6- 3 V E 1 2 6- 4 V E 1 2 6- 5 V E 1 2 6- 6 V E 1 2 6- 8 V E 1 2 6- 1 0 V E 1 2 6- 1 2 V E 1 2 6- 1 6 V E 1 2 6- 2 0

Di a of Mill T ol h 1 0 3 4 5 6 8 10 12 16 20

Shank Di a m m 6 6 6 6 8 10 12 16 20

Fl ut e L e n gt h m m 12 15 20 20 25 30 40 50 60

O v er all L e n gt h m m 70 70 80 80 100 100 11 0 140 160

U nit: m m

C O DE N O. 6 0 0 7- 1 3 0 6 0 0 7- 1 3 1 6 0 0 7- 1 3 2 6 0 0 7- 1 3 3 6 0 0 7- 1 3 5 6 0 0 7- 1 3 7 6 0 0 7- 1 3 9 6 0 0 7- 1 4 1 6 0 0 7- 1 4 2

Fi ni s hi n g E n d Mill s < 5 6 H R C C A R BI D E

St a n d ar d L e n gt h( Or d er N o. V E 1 6 4 X- D c) O R DE R N O. V E 1 6 4- 1. 0 V E 1 6 4- 1. 5 V E 1 6 4- 2. 0 V E 1 6 4- 2. 5 V E 1 6 4- 3. 0 V E 1 6 4- 4. 0 V E 1 6 4- 5. 0 V E 1 6 4- 6. 0 V E 1 6 4- 8. 0 V E 1 6 4- 1 0. 0 V E 1 6 4- 1 2. 0 V E 1 6 4- 1 4. 0 V E 1 6 4- 1 6. 0 V E 1 6 4- 1 8. 0 V E 1 6 4- 2 0. 0

Dc h10

Lc m m 3 5 6 8 8 11 13 16 20 25 30 32 40 40 40

L m m 50 50 50 50 50 50 50 50 60 72 75 90 100 100 100

d h6 4 4 4 4 6 6 6 6 8 10 12 16 16 20 20

U nit: m m

C O DE N O. 6 0 0 7- 3 0 0 6 0 0 7- 3 0 1 6 0 0 7- 3 0 2 6 0 0 7- 3 0 3 6 0 0 7- 3 0 4 6 0 0 7- 3 0 6 6 0 0 7- 3 0 8 6 0 0 7- 3 1 0 6 0 0 7- 3 1 2 6 0 0 7- 3 1 4 6 0 0 7- 3 1 6 6 0 0 7- 3 1 7 6 0 0 7- 3 1 8 6 0 0 7- 3 1 9 6 0 0 7- 3 2 0

W or k M at eri al / V el o cit y m/ mi n N o n all o y e d st e el s All o y e d St e el s

H e at r e si st a nt st e el s St ai nl e s s st e el s

H ar d e n e d st e el s < 48 H R C

H ar d e n e d st e el s 4 8- 5 6 H R C

Ir o n

Tit a ni u m

Ni c k el

6 0- 3 0 0

3 0- 1 2 0

6 0- 1 2 0

4 0- 1 0 0

4 0- 1 8 0

4 0- 1 2 0

L o n g L e n gt h( Or d er N o. V E 1 6 5 X- D c) O R DE R N O. V E 1 6 5- 3 V E 1 6 5- 4 V E 1 6 5- 5 V E 1 6 5- 6 V E 1 6 5- 8 V E 1 6 5- 1 0 V E 1 6 5- 1 2 V E 1 6 5- 1 6 V E 1 6 5- 2 0

Dc h10 3 4 5 6 8 10 12 16 20

Lc m m 12 15 20 20 25 30 40 50 60

L m m 70 70 80 80 100 100 11 0 140 160

d h6 6 6 6 6 8 10 12 16 20

U nit: m m

C O DE N O. 6 0 0 7- 3 3 0 6 0 0 7- 3 3 1 6 0 0 7- 3 3 2 6 0 0 7- 3 3 3 6 0 0 7- 3 3 5 6 0 0 7- 3 3 7 6 0 0 7- 3 3 9 6 0 0 7- 3 4 1 6 0 0 7- 3 4 2

C U T TI N G T O O L

F26

E N D MI L L S

St a n d ar d L e n gt h( Or d er N o. V E 1 2 4 F- Di a)

IS O C O DE

S oli d C ar bi d e E n d Mill s F or < 6 8 H R C

Ultr a Mi cr o Gr ai n 1 2 % C o Gr a d e 6 Fl ut e

IS O C O DE

C A R BI D E

W or k M at eri al / V el o cit y m/ mi n

St a n d ar d L e n gt h( Or d er N o. V E 1 6 6 X- Di a) O R DE R N O.

V E 1 6 6- 3 V E 1 6 6- 4 V E 1 6 6- 5 V E 1 6 6- 6 V E 1 6 6- 8 V E 1 6 6- 1 0 V E 1 6 6- 1 2 V E 1 6 6- 1 6 V E 1 6 6- 2 0

Di a of Mill T ol h 1 0 3 4 5 6 8 10 12 16 20

Shank Di a m m 6 6 6 6 8 10 12 16 20

Fl ut e L e n gt h m m 8 11 13 16 20 22 26 38 38

O v er all L e n gt h m m 50 50 50 50 60 72 75 100 100

U nit: m m

H ar d e n e d st e el s < 48 H R C

H ar d e n e d st e el s 4 8- 5 6 H R C

H ar d e n e d st e el s 5 6- 6 8 H R C

Ir o n

1 0 0- 2 0 0

6 0- 1 5 0

2 0- 5 0

1 2 0- 3 0 0

L o n g L e n gt h( Or d er N o. V E 1 6 7 X- Di a) Shank Di a m m 6

Fl ut e L e n gt h m m 26

O v er all L e n gt h m m 80

C O DE N O.

O R DE R N O.

6 0 0 7- 2 4 0 6 0 0 7- 2 4 1 6 0 0 7- 2 4 2 6 0 0 7- 2 4 3 6 0 0 7- 2 4 4 6 0 0 7- 2 4 5 6 0 0 7- 2 4 6 6 0 0 7- 2 4 7 6 0 0 7- 2 4 8

V E 1 6 7- 6

6 0 0 7- 2 5 0

V E 1 6 7- 8

100

6 0 0 7- 2 5 1

V E 1 6 7- 1 0

100

6 0 0 7- 2 5 2

V E 1 6 7- 1 2

11 0

6 0 0 7- 2 5 3

V E 1 6 7- 1 6

140

6 0 0 7- 2 5 4

V E 1 6 7- 2 0

160

6 0 0 7- 2 5 5

S oli d C ar bi d e E n d Mill s F or < 4 8 H R C

Ultr a Mi cr o Gr ai n 1 2 % C o Gr a d e 4 Fl ut e

St a n d ar d L e n gt h ( Or d er N o. V E C 4 0- Di a = V E 1 4 4- Di a) O R DE R N O.

Dc h10

Lc m m

L m m

d h6

V E C 4 0- 1. 0

6 0 0 8- 1 8 0

6 0 0 8- 1 8 1

6 0 0 8- 1 8 2

6 0 0 8- 1 8 3

V E C 4 0- 1. 5 V E C 4 0- 2. 0

V E C 4 0- 2. 5

R E F. N O.

U nit: m m

Di a of Mill T ol h 1 0 6

C O DE N O.

V E C 4 0- 3. 0 A

6 0 0 8- 1 8 4

V E C 4 0- 4. 0 A

6 0 0 8- 1 8 5

C O DE N O.

IS O C O DE

W or k M at eri al / V el o cit y m/ mi n C ar b o n St e el s

L o w ~ all o y e d St e el ( ~ 2 4 H R C)

Hi ~ all o y e d St e el ( ~ 3 0 H R C)

H ar d e n e d st e el s 3 0- 3 8 H R C

H ar d e n e d St e el 3 8- 4 8 H R C

St ai nl e s s St e el

C a st Ir o n

120

V E C 4 0- 3. 0

6 0 0 8- 1 8 6

V E C 4 0- 4. 0

6 0 0 8- 1 8 7

V E C 4 0- 5. 0

6 0 0 8- 1 8 8

O R DE R N O.

Dc h10

Lc m m

L m m

d h6

R E F. N O.

C O DE N O.

V E C 4 0- 6. 0

6 0 0 8- 1 8 9

V E D 4 0- 3

V E 1 4 4- 5 X- 3

6 0 0 8- 2 0 0

V E C 4 0- 7. 0

6 0 0 8- 1 9 0

V E D 4 0- 4

V E 1 4 4- 5 X- 4

6 0 0 8- 2 0 1

V E C 4 0- 8. 0

6 0 0 8- 1 9 1

V E D 4 0- 5

V E 1 4 4- 5 X- 5

6 0 0 8- 2 0 2

V E C 4 0- 9. 0

6 0 0 8- 1 9 2

V E D 4 0- 6

V E 1 4 4- 5 X- 6

6 0 0 8- 2 0 3

V E C 4 0- 1 0. 0

6 0 0 8- 1 9 3

V E D 4 0- 8

V E 1 4 4- 5 X- 8

6 0 0 8- 2 0 4

V E C 4 0- 1 2. 0

6 0 0 8- 1 9 4

V E D 4 0- 1 0

100

V E 1 4 4- 5 X- 1 0 6 0 0 8- 2 0 5

V E C 4 0- 1 4. 0

100

6 0 0 8- 1 9 5

V E D 4 0- 1 2

11 0

V E 1 4 4- 5 X- 1 2 6 0 0 8- 2 0 6

V E C 4 0- 1 6. 0

100

6 0 0 8- 1 9 6

V E D 4 0- 1 6

160

V E 1 4 4- 5 X- 1 6 6 0 0 8- 2 0 8

V E C 4 0- 2 0. 0

11 0

6 0 0 8- 1 9 7

V E D 4 0- 2 0

100

200

V E 1 4 4- 5 X- 2 0 6 0 0 8- 2 0 9

F27

C U T TI N G T O O L

L o n g L e n gt h ( Or d er N o. V E D 4 0- Di a = V E 1 4 4- 5 X- Di a)

R o u g hi n g E n d Mill s C ar bi d e

W or k M at eri al / V el o cit y m/ mi n N o n all o y e d st e el s All o y e d St e el s

H e at r e si st a nt st e el s St ai nl e s s st e el s

H ar d e n e d st e el s < 48 H R C

H ar d e n e d st e el s 4 8- 5 6 H R C

Ir o n

Tit a ni u m

Ni c k el

1 0 0- 1 8 0

4 0- 8 0

8 0- 1 4 0

6 0- 1 0 0

1 0 0- 1 8 0

2 0- 5 0

3 0- 5 0

St a n d ar d L e n gt h( Or d er N o. V F F 0 8- Di a) O R D E R N O. V F F 0 8- 6 V F F 0 8- 8 V F F 0 8- 1 0 V F F 0 8- 1 2 V F F 0 8- 1 4 V F F 0 8- 1 6 V F F 0 8- 1 8 V F F 0 8- 2 0

Dc h10 6 8 10 12 14 16 18 20

Lc m m 13 19 22 26 26 32 32 38

L m m 57 63 72 83 83 92 92 104

d h5 6 8 10 12 14 16 18 20

U nit: m m

C O D E N O. 6 0 0 8- 2 4 0 6 0 0 8- 2 4 1 6 0 0 8- 2 4 2 6 0 0 8- 2 4 3 6 0 0 8- 2 4 4 6 0 0 8- 2 4 5 6 0 0 8- 2 4 6 6 0 0 8- 2 4 7

V F F 0 8- 6, V F F 0 8- 8 V F F 0 9- 6, V F F 0 9- 8

L o n g L e n gt h( Or d er N o. V F F 0 9- Di a)

U nit: m m

O R D E R N O.

Dc h10

Lc m m

L m m

d h5

C O D E N O.

V F F 0 9- 6

6 0 0 8- 2 6 0

V F F 0 9- 8

6 0 0 8- 2 6 1

V F F 0 9- 1 0

6 0 0 8- 2 6 2

V F F 0 9- 1 2

6 0 0 8- 2 6 3

V F F 0 9- 1 6

108

6 0 0 8- 2 6 4

V F F 0 9- 2 0

122

6 0 0 8- 2 6 5

B all N o s e E n d Mill s

E N D MI L L S

C A R BI D E

W or k M at eri al / V el o cit y m/ mi n O R D E R N O. V B B12 V B B80

N o n all o y e d st e el s All o y e d St e el s

H ar d e n e d st e el s < 4 8 H R C

4 0- 1 2 0 2 5- 7 0

St a n d ar d L e n gt h( Or d er N o. V B B 1 2- Di a) O R DE R N O. V B B 1 2- 0. 3 V B B 1 2- 0. 5 V B B 1 2- 0. 8 V B B 1 2- 1. 0 V B B 1 2- 1. 5 V B B 1 2- 2. 0 V B B 1 2- 2. 5 V B B 1 2- 3. 0 V B B 1 2- 3. 5 V B B 1 2- 4. 0 V B B 1 2- 4. 5 V B B 1 2- 5. 0 V B B 1 2- 5. 5 V B B 1 2- 6. 0 V B B 1 2- 7. 0 V B B 1 2- 8. 0 V B B 1 2- 9. 0 V B B 1 2- 1 0. 0 V B B 1 2- 1 2. 0 V B B 1 2- 1 4. 0 V B B 1 2- 1 6. 0

Dc h10

R ± 0. 0 1

Lc m m

L m m 38 38 38 38 38 38 38 38 50 50 50 50 50 63 63 63 72 72 75 89 89

3 0- 5 0 2 0- 3 0

U nit: m m

d h6 3 3 3 3 3 3 3 3 4 4 5 5 6 6 8 8 10 10 12 14 16

C O DE N O. 6 0 0 8- 1 0 0 6 0 0 8- 1 0 2 6 0 0 8- 1 0 4 6 0 0 8- 1 0 7 6 0 0 8- 1 0 8 6 0 0 8- 1 0 9 6 0 0 8- 1 1 0 6 0 0 8- 1 1 1 6 0 0 8- 1 1 2 6 0 0 8- 1 1 3 6 0 0 8- 1 1 4 6 0 0 8- 1 1 5 6 0 0 8- 1 1 6 6 0 0 8- 1 1 7 6 0 0 8- 1 1 8 6 0 0 8- 1 1 9 6 0 0 8- 1 2 0 6 0 0 8- 1 2 1 6 0 0 8- 1 2 3 6 0 0 8- 1 2 4 6 0 0 8- 1 2 5

Ir o n

4 0- 8 0 2 5- 6 0

Al u mi ni u m

6 0- 1 2 0 6 0- 1 2 0

L o n g L e n gt h( Or d er N o. V B B 8 0- Di a) O R DE R N O. V B B 8 0- 3

Dc h10 3

V B B 8 0- 4

R ± 0. 0 1

Pl a sti c s

6 0- 3 0 0 6 0- 3 0 0

8 0- 1 2 0 8 0- 1 2 0 U nit: m m

Lc m m 20

L m m 57

d h6 3

C O DE N O. 6 0 0 8- 1 4 0

6 0 0 8- 1 4 1

V B B 8 0- 6

6 0 0 8- 1 4 3

V B B 8 0- 8

6 0 0 8- 1 4 4

V B B 8 0- 1 0

6 0 0 8- 1 4 5

V B B 8 0- 1 2

100

6 0 0 8- 1 4 6

E xtr a L o n g L e n gt h( Or d er N o. V B B 8 2- Di a) O R DE R N O. V B B 8 2- 3 V B B 8 2- 4 V B B 8 2- 5 V B B 8 2- 6 V B B 8 2- 8 V B B 8 2- 1 0 V B B 8 2- 1 2 V B B 8 2- 1 4 V B B 8 2- 1 6 V B B 8 2- 2 0

Dc h10 3 4 5 6 8 10 12 14 16 20

R ± 0. 0 1

Lc m m 25 28 32 38 42 45 75 80 80 80

L m m 75 75 75 100 100 100 150 150 150 150

d h6 3 4 5 6 8 10 12 14 16 20

U nit: m m

C O DE N O. 6 0 0 8- 1 3 0 6 0 0 8- 1 3 1 6 0 0 8- 1 3 2 6 0 0 8- 1 3 3 6 0 0 8- 1 3 4 6 0 0 8- 1 3 5 6 0 0 8- 1 3 6 6 0 0 8- 1 3 7 6 0 0 8- 1 3 8 6 0 0 8- 1 3 9

C U T TI N G T O O L

F28

S oli d C ar bi d e E n d Mill s F or < 4 8 H R C

Mi cr o Gr ai n 1 0 % C o Gr a d e 2 Fl ut e

IS O C O DE

C A R BI D E

V B242F

W or k M at eri al / V el o cit y m/ mi n O R DE R N O.

N o n all o y e d st e el s All o y e d St e el s

H e at r e si st a nt st e el s St ai nl e s s st e el s

H ar d e n e d st e el s < 48 H R C

Ir o n

Tit a ni u m

Ni c k el

V B222F

6 0- 2 5 0

3 0- 1 0 0

6 0- 8 0

3 0- 1 5 0

3 0- 1 8 0

4 0- 1 2 0

1 0 0- 4 5 0

V B232F

6 0- 1 8 0

2 0- 8 0

4 0- 8 0

3 0- 1 3 0

3 0- 1 2 0

4 0- 1 0 0

1 0 0- 3 0 0

V B242F

6 0- 1 8 0

2 0- 8 0

4 0- 8 0

3 0- 1 3 0

3 0- 1 2 0

4 0- 1 0 0

1 0 0- 3 0 0

St a n d ar d L e n gt h( Or d er N o. V B 2 2 2 F- Di a) O R DE R N O.

Di a of Mill T ol h 1 0

S h a n k Fl ut e L e n gt h Di a m m m m

U nit: m m

L o n g L e n gt h( Or d er N o. V B 2 3 2 F- Di a)

O v er all L e n gt h m m

C O DE N O.

O R DE R N O.

Di a of Mill T ol h 1 0

Shank Di a m m

U nit: m m

Fl ut e L e n gt h m m

O v er all L e n gt h m m

C O DE N O.

V B 2 2 2- 0. 3

6 0 0 7- 1 7 5

V B 2 3 2- 3

6 0 0 7- 2 1 0

V B 2 2 2- 0. 4

6 0 0 7- 1 7 6

V B 2 3 2- 4

6 0 0 7- 2 1 1

V B 2 2 2- 0. 5

6 0 0 7- 1 7 7

V B 2 3 2- 5

6 0 0 7- 2 1 2

V B 2 2 2- 0. 6

6 0 0 7- 1 7 8

V B 2 3 2- 6

6 0 0 7- 2 1 3

V B 2 2 2- 0. 8

6 0 0 7- 1 7 9

V B 2 3 2- 8

100

6 0 0 7- 2 1 5

V B 2 2 2- 1

6 0 0 7- 1 8 0

V B 2 3 2- 1 0

100

6 0 0 7- 2 1 7

V B 2 2 2- 1. 5

6 0 0 7- 1 8 1

V B 2 3 2- 1 2

11 0

6 0 0 7- 2 1 9

V B 2 2 2- 2

6 0 0 7- 1 8 2

V B 2 3 2- 1 6

140

6 0 0 7- 2 2 1

V B 2 2 2- 2. 5

6 0 0 7- 1 8 3

V B 2 3 2- 2 0

160

6 0 0 7- 2 2 2

V B 2 2 2- 3

6 0 0 7- 1 8 4

V B 2 2 2- 4

6 0 0 7- 1 8 6

E xtr a L o n g L e n gt h( Or d er N o. V B 2 4 2 F- Di a)

U nit: m m

Fl ut e L e n gt h m m

V B 2 4 2- 3

Shank Di a m m 6

V B 2 4 2- 4

O R DE R N O.

Di a of Mill T ol h 1 0

O v er all L e n gt h m m 80

6 0 0 7- 2 3 0

6 0 0 7- 2 3 1

C O DE N O.

V B 2 2 2- 5

6 0 0 7- 1 8 8

V B 2 2 2- 6

6 0 0 7- 1 9 0

V B 2 2 2- 7

6 0 0 7- 1 9 1

V B 2 2 2- 8

6 0 0 7- 1 9 2

V B 2 4 2- 5

100

6 0 0 7- 2 3 2

V B 2 2 2- 9

6 0 0 7- 1 9 3

V B 2 4 2- 6

100

6 0 0 7- 2 3 3

V B 2 2 2- 1 0

6 0 0 7- 1 9 4

V B 2 4 2- 8

130

6 0 0 7- 2 3 4

V B 2 2 2- 1 2

6 0 0 7- 1 9 6

V B 2 4 2- 1 0

160

6 0 0 7- 2 3 5

V B 2 2 2- 1 4

6 0 0 7- 1 9 7

V B 2 4 2- 1 2

180

6 0 0 7- 2 3 6

V B 2 2 2- 1 6

100

6 0 0 7- 1 9 8

V B 2 4 2- 1 6

210

6 0 0 7- 2 3 7

V B 2 2 2- 2 0

100

6 0 0 7- 2 0 0

V B 2 4 2- 2 0

210

6 0 0 7- 2 3 8

F29

C U T TI N G T O O L

B all N o s e E n d Mill s < 5 6 H R C C A R BI D E

O R DE R N O. V B 2 6 2- 0. 3 V B 2 6 2- 0. 4 V B 2 6 2- 0. 5 V B 2 6 2- 0. 6 V B 2 6 2- 0. 8 V B 2 6 2- 1. 0 V B 2 6 2- 1. 5 V B 2 6 2- 2. 0 V B 2 6 2- 2. 5 V B 2 6 2- 3. 0 V B 2 6 2- 4. 0 V B 2 6 2- 5. 0 V B 2 6 2- 6. 0 V B 2 6 2- 8. 0 V B 2 6 2- 1 0. 0 V B 2 6 2- 1 2. 0 V B 2 6 2- 1 4. 0 V B 2 6 2- 1 6. 0 V B 2 6 2- 2 0. 0

Dc h10

R ± 0. 0 1

L C m m

2 3 4 5 6 8 10 12 14 18 22 26 30 38

L m m 50 50 50 50 50 50 50 50 50 50 50 50 50 60 72 75 90 100 100

d h6 4 4 4 4 4 4 4 4 4 6 6 6 6 8 10 12 16 16 20

U nit: m m

C O DE N O. 6 0 0 7- 3 4 5 6 0 0 7- 3 4 6 6 0 0 7- 3 4 7 6 0 0 7- 3 4 8 6 0 0 7- 3 4 9 6 0 0 7- 3 5 0 6 0 0 7- 3 5 1 6 0 0 7- 3 5 2 6 0 0 7- 3 5 3 6 0 0 7- 3 5 4 6 0 0 7- 3 5 5 6 0 0 7- 3 5 6 6 0 0 7- 3 5 7 6 0 0 7- 3 5 9 6 0 0 7- 3 6 1 6 0 0 7- 3 6 2 6 0 0 7- 3 6 3 6 0 0 7- 3 6 4 6 0 0 7- 3 6 5

B all N o s e E n d Mill s

W or k M at eri al / V el o cit y m/ mi n O R DE R N O.

N o n all o y e d st e el s All o y e d St e el s

H ar d e n e d st e el s < 4 8 H R C

H ar d e n e d st e el s 4 8- 5 6 H R C

Ir o n

Tit a ni u m

Ni c k el

V B262 X

8 0- 3 5 0

6 0- 2 0 0

4 0- 1 5 0

5 0- 2 5 0

3 0- 1 8 0

4 0- 1 2 0

V B263 X

8 0- 2 5 0

6 0- 1 6 0

4 0- 1 2 0

5 0- 2 0 0

3 0- 1 5 0

4 0- 1 0 0

L o n g L e n gt h( Or d er N o. V B 2 6 3 X- D c) O R DE R N O.

Dc h10

V B 2 6 3- 3 V B 2 6 3- 4 V B 2 6 3- 5 V B 2 6 3- 6 V B 2 6 3- 8 V B 2 6 3- 1 0 V B 2 6 3- 1 2 V B 2 6 3- 1 6 V B 2 6 3- 2 0

3 4 5 6 8 10 12 16 20

R ± 0. 0 1

U nit: m m

L C m m

L m m

d h6

C O DE N O.

8 8 10 12 14 18 22 30 38

70 70 80 80 100 100 11 0 140 160

6 6 6 6 8 10 12 16 20

6 0 0 7- 3 7 4 6 0 0 7- 3 7 5 6 0 0 7- 3 7 6 6 0 0 7- 3 7 7 6 0 0 7- 3 7 9 6 0 0 7- 3 8 1 6 0 0 7- 3 8 2 6 0 0 7- 3 8 4 6 0 0 7- 3 8 5

C ar bi d e

W or k M at eri al / V el o cit y m/ mi n

L o n g L e n gt h( Or d er N o. V B B 6 1- Di a) O R DE R N O. V B B 6 1- 1. 0 V B B 6 1- 1. 5 V B B 6 1- 2. 0 V B B 6 1- 3. 0 V B B 6 1- 4. 0 V B B 6 1- 5. 0 V B B 6 1- 6. 0 V B B 6 1- 8. 0 V B B 6 1- 1 0. 0 V B B 6 1- 1 2. 0

Dc h10

R ± 0. 0 1

H ar d e n e d st e el s < 48 H R C

H ar d e n e d st e el s 4 8- 5 6 H R C

H ar d e n e d st e el s 5 6- 6 8 H R C

Ir o n

1 2 0- 3 5 0

1 0 0- 2 1 0

3 0- 1 2 0

8 0- 3 5 0

U nit: m m

Lc m m

L m m 50 50 60 70 70 80 80 100 100 11 0

d h6 4 4 6 6 6 6 6 8 10 12

L1 m m 2 3 4 6 8 10 12 16 20 24

C O DE N O. 6 0 0 8- 2 2 0 6 0 0 8- 2 2 1 6 0 0 8- 2 2 2 6 0 0 8- 2 2 3 6 0 0 8- 2 2 4 6 0 0 8- 2 2 5 6 0 0 8- 2 2 6 6 0 0 8- 2 2 7 6 0 0 8- 2 2 8 6 0 0 8- 2 2 9

C U T TI N G T O O L

F30

E N D MI L L S

St a n d ar d L e n gt h( Or d er N o. V B 2 6 2 X- D c)

E n d Mill s F or C h a mf eri n g

ST E EL < 48 H R C

2 FL UTE

W or k M at eri al / V el o cit y m/ mi n O R DE R N O.

C ar b o n St e el s

V B242F

L o w- all o y e d St e el

Hi- all o y e d St e el

H ar d e n e d St e el

4 8- 9 0

4 0- 7 5

4 8- 9 0

Al u mi ni u m

5 0- 1 2 0

St a n d ar d L e n gt h( Or d er N o. V E 1 0 7 X- Di a)

U nit: m m

O R D E R N O.

Dc h10

Lc m m

V E 1 0 7 X- 1. 0

V E 1 0 7 X- 1. 5 V E 1 0 7 X- 2. 0

V E 1 0 7 X- 2. 5

L m m

d h6

C O DE N O.

6 0 0 7- 6 0 1

6 0 0 7- 6 0 2

6 0 0 7- 6 0 3

6 0 0 7- 6 0 4

V E 1 0 7 X- 3. 0

6 0 0 7- 6 0 5

V E 1 0 7 X- 4. 0

6 0 0 7- 6 0 6

V E 1 0 7 X- 5. 0

6 0 0 7- 6 0 7

V E 1 0 7 X- 6. 0

6 0 0 7- 6 0 8

V E 1 0 7 X- 8. 0

6 0 0 7- 6 0 9

V E 1 0 7 X- 1 0

6 0 0 7- 6 1 0

V E 1 0 7 X- 1 2

6 0 0 7- 6 1 1

V E 1 0 7 X- 1 6

100

6 0 0 7- 6 1 2

V E 1 0 7 X- 2 0

100

6 0 0 7- 6 1 3

E N D Mill s f or St ai nl e s s

4 FL UTE

W or k M at eri al O R D E R N O.

St ai nl e s s St e el

Tit a ni u m

Ni c k el

H e at-r e si s St e el

VFF51 S X

St a n d ar d L e n gt h( Or d er N o. V F F 5 1 S X- Di a)

F31

U nit: m m

O R D E R N O.

Dc h10

Lc m m

L m m

d h6

C O D E N O.

V F F 5 1 S X- 3. 0 V F F 5 1 S X- 4. 0 V F F 5 1 S X- 5. 0 V F F 5 1 S X- 6. 0 V F F 5 1 S X- 8. 0 V F F 5 1 S X- 1 0 V F F 5 1 S X- 1 2 V F F 5 1 S X- 1 6 V F F 5 1 S X- 2 0

3 4 5 6 8 10 12 16 20

8 11 13 13 19 22 26 32 38

57 57 57 57 63 72 83 92 104

6 6 6 6 8 10 12 16 20

6 0 0 7- 6 3 1 6 0 0 7- 6 3 2 6 0 0 7- 6 3 3 6 0 0 7- 6 3 4 6 0 0 7- 6 3 5 6 0 0 7- 6 3 6 6 0 0 7- 6 3 7 6 0 0 7- 6 3 8 6 0 0 7- 6 3 9

C U T TI N G T O O L

E N D Mill s f or St ai nl e s s

4 FL UTE

W or k M at eri al O R D E R N O.

St ai nl e s s St e el

Tit a ni u m

Ni c k el

H e at-r e si s St e el

VFF52 S X

U nit: m m

St a n d ar d L e n gt h( Or d er N o. V F F 5 2 S X- Di a)

O R DE R N O.

Dc h10

R Lc ± 0. 0 1 m m

L m m

d h6

C O DE N O.

O R DE R N O.

Dc h10

V F F 5 2 S X- 3. 0* R 0. 2

6 0 0 7- 6 5 1

V F F 5 2 S X- 1 0* R 0. 5

V F F 5 2 S X- 3. 0* R 0. 5

6 0 0 7- 6 5 2

V F F 5 2 S X- 4. 0* R 0. 2

V F F 5 2 S X- 4. 0* R 0. 5

V F F 5 2 S X- 5. 0* R 0. 2

V F F 5 2 S X- 5. 0* R 0. 5

V F F 5 2 S X- 6. 0* R 0. 2

R ± 0. 0 1

U nit: m m

E N D MI L L S

St a n d ar d L e n gt h( Or d er N o. V F F 5 2 S X- Di a)

Lc m m

L m m

d h6

C O DE N O.

6 0 0 7- 6 6 6

V F F 5 2 S X- 1 0* R 1. 0

6 0 0 7- 6 6 7

6 0 0 7- 6 5 3

V F F 5 2 S X- 1 0* R 2. 0

6 0 0 7- 6 6 8

6 0 0 7- 6 5 4

V F F 5 2 S X- 1 2* R 0. 2

6 0 0 7- 6 6 9

6 0 0 7- 6 5 5

V F F 5 2 S X- 1 2* R 0. 5

6 0 0 7- 6 7 0

6 0 0 7- 6 5 6

V F F 5 2 S X- 1 2* R 1. 0

6 0 0 7- 6 7 1

6 0 0 7- 6 5 7

V F F 5 2 S X- 1 2* R 2. 0

6 0 0 7- 6 7 2

V F F 5 2 S X- 6. 0* R 0. 5

6 0 0 7- 6 5 8

V F F 5 2 S X- 1 6* R 0. 2

6 0 0 7- 6 7 3

V F F 5 2 S X- 6. 0* R 1. 0

6 0 0 7- 6 5 9

V F F 5 2 S X- 1 6* R 0. 5

6 0 0 7- 6 7 4

V F F 5 2 S X- 6. 0* R 2. 0

6 0 0 7- 6 6 0

V F F 5 2 S X- 1 6* R 1. 0

6 0 0 7- 6 7 5

V F F 5 2 S X- 8. 0* R 0. 2

6 0 0 7- 6 6 1

V F F 5 2 S X- 1 6* R 2. 0

6 0 0 7- 6 7 6

V F F 5 2 S X- 8. 0* R 0. 5

6 0 0 7- 6 6 2

V F F 5 2 S X- 2 0* R 0. 2

104

6 0 0 7- 6 7 7

V F F 5 2 S X- 8. 0* R 1. 0

6 0 0 7- 6 6 3

V F F 5 2 S X- 2 0* R 0. 5

104

6 0 0 7- 6 7 8

V F F 5 2 S X- 8. 0* R 2. 0

6 0 0 7- 6 6 4

V F F 5 2 S X- 2 0* R 1. 0

104

6 0 0 7- 6 7 9

V F F 5 2 S X- 1 0* R 0. 2

6 0 0 7- 6 6 5

V F F 5 2 S X- 2 0* R 2. 0

104

6 0 0 7- 6 8 0

C U T TI N G T O O L

F32

E n d Mill s F or Al u mi ni u m C A R BI D E

St a n d ar d L e n gt h( Or d er N o. V E A 9 2- Di a)

W or k M at eri al / V el o cit y m/ mi n O R DE R N O.

Al u mi ni u m

V E A92

1 0 0- 1 2 0 0

U nit: m m

O R DE R N O.

Dc h10

Lc m m

L m m

d h6

C O DE N O.

V E A 9 2- 3

6 0 0 8- 1 6 0

V E A 9 2- 4

6 0 0 8- 1 6 1

V E A 9 2- 5

6 0 0 8- 1 6 2

V E A 9 2- 6

6 0 0 8- 1 6 3

V E A 9 2- 8

6 0 0 8- 1 6 4

V E A 9 2- 1 0

6 0 0 8- 1 6 5

V E A 9 2- 1 2

6 0 0 8- 1 6 6

V E A 9 2- 1 6

100

6 0 0 8- 1 6 7

V E A 9 2- 2 0

100

6 0 0 8- 1 6 8

E n d Mill s F or Al u mi ni u m C A R BI D E

St a n d ar d L e n gt h( Or d er N o. V E A 9 3- Di a)

W or k M at eri al / V el o cit y m/ mi n

F33

O R DE R N O.

Al u mi ni u m

V E A93

200

C U T TI N G T O O L

U nit: m m

O R DE R N O.

Dc h10

Lc m m

L m m

d h6

C O DE N O.

V E A 9 3- 3

6 0 0 8- 1 7 1

V E A 9 3- 4

6 0 0 8- 1 7 2

V E A 9 3- 5

6 0 0 8- 1 7 3

V E A 9 3- 6

6 0 0 8- 1 7 4

V E A 9 3- 8

6 0 0 8- 1 7 5

V E A 9 3- 1 0

6 0 0 8- 1 7 6

V E A 9 3- 1 2

6 0 0 8- 1 7 7

V E A 9 3- 1 6

100

6 0 0 8- 1 7 8

V E A 9 3- 2 0

100

6 0 0 8- 1 7 9

U ni v er s al E n d Mill s

Pr of e s si o n al F or Al u mi ni u m, C o p p er, St e el s C A R BI D E

W or k M at eri al / V el o cit y m/ mi n N o n all o y e d st e el s All o y e d St e el s

H ar d e n e d st e el s < 48 H R C

Al u mi ni u m

Pl a sti c s

V E133

4 0- 1 2 0

3 0- 5 0

1 0 0- 2 0 0

1 0 0- 4 5 0

1 5 0- 2 0 0

V E135

2 5- 7 0

2 0- 3 0

6 0- 1 2 0

6 0- 3 0 0

8 0- 1 2 0

St a n d ar d L e n gt h( Or d er N o. V E 1 3 3- Di a) O R DE R N O.

Dc h10

U nit: m m

L o n g L e n gt h( Or d er N o. V E 1 3 5- Di a)

U nit: m m

Lc m m

L m m

d h6

C O DE N O.

O R DE R N O.

Dc h10

Lc m m

L m m

d h6

C O DE N O.

V E 1 3 3- 1. 0

6 0 0 7- 4 6 0

V E 1 3 5- 3

6 0 0 7- 4 8 0

V E 1 3 3- 1. 5

6 0 0 7- 4 6 1

V E 1 3 5- 4

6 0 0 7- 4 8 1

V E 1 3 5- 5

6 0 0 7- 4 8 2

V E 1 3 3- 2. 0

6 0 0 7- 4 6 2

V E 1 3 5- 6

6 0 0 7- 4 8 3

V E 1 3 3- 2. 5

6 0 0 7- 4 6 3

V E 1 3 5- 7

6 0 0 7- 4 8 4

V E 1 3 5- 8

6 0 0 7- 4 8 5

V E 1 3 3- 3. 0

6 0 0 7- 4 6 4

V E 1 3 5- 9

6 0 0 7- 4 8 6

V E 1 3 3- 4. 0

6 0 0 7- 4 6 5

V E 1 3 5- 1 0

6 0 0 7- 4 8 7

V E 1 3 3- 5. 0

6 0 0 7- 4 6 6

V E 1 3 5- 1 2

100

6 0 0 7- 4 8 8

V E 1 3 5- 1 4

127

6 0 0 7- 4 8 9

V E 1 3 5- 1 6

127

6 0 0 7- 4 9 0

V E 1 3 5- 2 0

127

6 0 0 7- 4 9 1

V E 1 3 3- 6. 0

6 0 0 7- 4 6 7

V E 1 3 3- 7. 0

6 0 0 7- 4 6 8

V E 1 3 3- 8. 0

6 0 0 7- 4 6 9

V E 1 3 3- 9. 0

6 0 0 7- 4 7 0

V E 1 3 3- 1 0. 0

6 0 0 7- 4 7 1

V E 1 3 3- 1 2. 0

6 0 0 7- 4 7 2

V E 1 3 3- 1 4. 0

V E 1 3 3- 1 6. 0

V E 1 3 3- 1 8. 0

V E 1 3 3- 2 0. 0

L o n g L e n gt h( Or d er N o. V E 1 3 6- Di a)

U nit: m m

O R DE R N O.

Dc h10

Lc m m

L m m

d h6

C O DE N O.

V E 1 3 6- 3

6 0 0 7- 4 9 2

V E 1 3 6- 4

6 0 0 7- 4 9 3

V E 1 3 6- 5

6 0 0 7- 4 9 4

V E 1 3 6- 6

100

6 0 0 7- 4 9 5

6 0 0 7- 4 7 3

V E 1 3 6- 8

100

6 0 0 7- 4 9 6

6 0 0 7- 4 7 4

V E 1 3 6- 1 0

100

6 0 0 7- 4 9 7

100

6 0 0 7- 4 7 5

V E 1 3 6- 1 2

150

6 0 0 7- 4 9 8

V E 1 3 6- 1 6

150

6 0 0 7- 4 9 9

100

6 0 0 7- 4 7 6

V E 1 3 6- 2 0

150

6 0 0 7- 5 0 0

C U T TI N G T O O L

F34

U NI V E R S A L E N D MI L L S

O R DE R N O.

B urr E n d C ut R o ut er s

C o m p o sit e M at eri al s

W or k M at eri al / V el o cit y m/ mi n O R D E R N O.

B urr E n d C ut O R D E R N O. V E 1 9 1- 6. 0 V E 1 9 1- 8. 0 V E 1 9 1- 1 0 V E 1 9 1- 1 2

V E191

Dc h10 6 8 10 12

m m 18 24 30 36

m m 70 75 80 80

188

d h6 6 8 10 12

U nit: m m

Z T 8 10 12 14

C O D E N O. 6 0 0 7- 7 0 1 6 0 0 7- 7 0 2 6 0 0 7- 7 0 3 6 0 0 7- 7 0 4

W or k M at eri al / V el o cit y m/ mi n O R D E R N O. V E197

B urr E n d C ut O R D E R N O. V E 1 9 7- 3. 0 V E 1 9 7- 4. 0 V E 1 9 7- 6. 0 V E 1 9 7- 8. 0 V E 1 9 7- 1 0 V E 1 9 7- 1 2

188 U nit: m m

Dc h10 3 4 6 8 10 12

m m 12 15 18 22 30 30

m m 38 50 50 60 72 75

d h6 3 4 6 8 10 12

E n d Mill s E n d C ut R o ut er s

C O D E N O. 6 0 0 7- 7 2 1 6 0 0 7- 7 2 2 6 0 0 7- 7 2 3 6 0 0 7- 7 2 4 6 0 0 7- 7 2 5 6 0 0 7- 7 2 6

C o m p o sit e M at eri al s

W or k M at eri al / V el o cit y m/ mi n O R D E R N O. V E198

E n d Mill s E n d C ut

188 U nit: m m

O R D E R N O.

Dc h10

V E 1 9 8- 3. 0 V E 1 9 8- 4. 0 V E 1 9 8- 6. 0 V E 1 9 8- 8. 0 V E 1 9 8- 1 0 V E 1 9 8- 1 2

3 4 6 8 10 12

m m

12 15 18 22 30 30

Drill P oi nt R o ut er s

m m

d h6

C O D E N O.

38 50 50 60 72 75

3 4 6 8 10 12

6 0 0 7- 7 4 1 6 0 0 7- 7 4 2 6 0 0 7- 7 4 3 6 0 0 7- 7 4 4 6 0 0 7- 7 4 5 6 0 0 7- 7 4 6

C o m p o sit e M at eri al s W or k M at eri al / V el o cit y m/ mi n O R D E R N O.

1 3 5°

1 3 5° Drill P oi nt

F35

Drill P oi nt

O R D E R N O.

Dc h10

V E 1 9 9- 3. 0 V E 1 9 9- 4. 0 V E 1 9 9- 6. 0 V E 1 9 9- 8. 0 V E 1 9 9- 1 0 V E 1 9 9- 1 2

3 4 6 8 10 12

C U T TI N G T O O L

m m 12 15 18 22 30 30

V E199

188 U nit: m m

m m

d h6

C O D E N O.

38 50 50 60 72 75

3 4 6 8 10 12

6 0 0 7- 7 6 1 6 0 0 7- 7 6 2 6 0 0 7- 7 6 3 6 0 0 7- 7 6 4 6 0 0 7- 7 6 5 6 0 0 7- 7 6 6

S oli d C ar bi d e N C/ C N C S p ot Drill s

Mi cr o Gr ai n 1 0 % C o Gr a d e C A R BI D E

W or k M at eri al / V el o cit y m/ mi n

St a n d ar d L e n gt h 9 0º A n gl e( Or d er N o. V D 9 0 3- Di a) O R DE R N O.

Di a of Mill T ol h 7

Shank Di a m m

V D 9 0 3- 3

V D 9 0 3- 4

U nit: m m

H e at r e si st a nt st e el s St ai nl e s s st e el s

H ar d e n e d st e el s < 48 H R C

H ar d e n e d st e el s 4 8- 5 6 H R C

Ir o n

3 0- 8 0

2 0- 6 0

1 5- 2 5

1 0- 2 0

4 0- 1 0 0

Tit a ni u m

Ni c k el

2 0- 4 0

1 5- 4 0

Al u mi ni u m

6 0- 3 0 0

8 0- 4 0 0

St a n d ar d L e n gt h 1 2 0º A n gl e( Or d er N o. V D 9 1 3- Di a)

U nit: m m

Fl ut e L e n gt h m m

O v er all L e n gt h m m

C O DE N O.

O R DE R N O.

Di a of Mill T ol h 7

Shank Di a m m

Fl ut e L e n gt h m m

O v er all L e n gt h m m

C O DE N O.

6 0 0 7- 2 6 0

V D 9 1 3- 3

6 0 0 7- 2 7 0

6 0 0 7- 2 6 1

V D 9 1 3- 4

6 0 0 7- 2 7 1

V D 9 0 3- 5

6 0 0 7- 2 6 2

V D 9 1 3- 5

6 0 0 7- 2 7 2

V D 9 0 3- 6

6 0 0 7- 2 6 3

V D 9 1 3- 6

6 0 0 7- 2 7 3

V D 9 0 3- 8

6 0 0 7- 2 6 4

V D 9 1 3- 8

6 0 0 7- 2 7 4

V D 9 0 3- 1 0

6 0 0 7- 2 6 5

V D 9 1 3- 1 0

6 0 0 7- 2 7 5

V D 9 0 3- 1 2

6 0 0 7- 2 6 6

V D 9 1 3- 1 2

6 0 0 7- 2 7 6

V D 9 0 3- 1 6

100

6 0 0 7- 2 6 7

V D 9 1 3- 1 6

100

6 0 0 7- 2 7 7

V D 9 0 3- 2 0

100

6 0 0 7- 2 6 8

V D 9 1 3- 2 0

100

6 0 0 7- 2 7 8

L o n g L e n gt h 9 0º A n gl e( Or d er N o. V D 9 0 4- Di a) O R DE R N O.

Di a of Mill T ol h 7

Shank Di a m m

V D 9 0 4- 6

V D 9 0 4- 8

U nit: m m

Fl ut e L e n gt h m m

O v er all L e n gt h m m

C O DE N O.

100

V D 9 0 4- 1 0

V D 9 0 4- 1 2

V D 9 0 4- 1 6 V D 9 0 4- 2 0

L o n g L e n gt h 1 2 0º A n gl e( Or d er N o. V D 9 1 4- Di a) O R DE R N O.

Di a of Mill T ol h 7

Shank Di a m m

6 0 0 7- 2 8 0

V D 9 1 4- 6

125

6 0 0 7- 2 8 1

V D 9 1 4- 8

150

6 0 0 7- 2 8 2

150

U nit: m m

Fl ut e L e n gt h m m

O v er all L e n gt h m m

C O DE N O.

100

6 0 0 7- 2 9 0

125

6 0 0 7- 2 9 1

V D 9 1 4- 1 0

150

6 0 0 7- 2 9 2

6 0 0 7- 2 8 3

V D 9 1 4- 1 2

150

6 0 0 7- 2 9 3

150

6 0 0 7- 2 8 4

V D 9 1 4- 1 6

150

6 0 0 7- 2 9 4

150

6 0 0 7- 2 8 5

V D 9 1 4- 2 0

150

6 0 0 7- 2 9 5

C U T TI N G T O O L

F36

S P O T D RI L L S

C U T TI N G TI P W E L D T Y P E F O R V D 9 0 3, V D 9 0 4:

N o n all o y e d st e el s All o y e d St e el s

C o m bi n e d Drill A n d C o u nt er si n k

C ar bi d e

St a n d ar d L e n gt h( Or d er N o. V D T 0 8- Di a)

O R DE R N O.

Lc L W or k M at eri al / V el o cit y m/ mi n N o n all o y e d st e el s All o y e d St e el s

H e at r e si st a nt st e el s St ai nl e s s st e el s

H ar d e n e d st e el s < 48 H R C

H ar d e n e d st e el s 4 8- 5 6 H R C

Ir o n

3 0- 8 0

2 0- 6 0

1 5- 2 5

1 0- 2 0

4 0- 1 0 0

Tit a ni u m

Ni c k el

2 0- 4 0

1 5- 4 0

Al u mi ni u m

6 0- 3 0 0

8 0- 4 0 0

Dc h7

Lc m m

U nit: m m

L m m

d h6

C O DE N O.

V D T 0 8- 0. 5 0

6 0 0 8- 8 0 0

V D T 0 8- 0. 8 0

6 0 0 8- 8 0 1

V D T 0 8- 1. 0 0

6 0 0 8- 8 0 2

V D T 0 8- 1. 2 5

6 0 0 8- 8 0 3

V D T 0 8- 1. 6 0

6 0 0 8- 8 0 4

V D T 0 8- 2. 0 0

6 0 0 8- 8 0 5

V D T 0 8- 2. 5 0

6 0 0 8- 8 0 6

V D T 0 8- 3. 1 5

6 0 0 8- 8 0 7

V D T 0 8- 4. 0 0

6 0 0 8- 8 0 8

V D T 0 8- 5. 0 0

6 0 0 8- 8 0 9

I N C H Si z e St a n d ar d L e n gt h( Or d er N o. V D T 0 8- Di a)

U nit: m m

C o m bi n e d Drill A n d C o u nt er si n k

C ar bi d e

d L

W or k M at eri al / V el o cit y m/ mi n

F37

N o n all o y e d st e el s All o y e d St e el s

H e at r e si st a nt st e el s St ai nl e s s st e el s

H ar d e n e d st e el s < 48 H R C

H ar d e n e d st e el s 4 8- 5 6 H R C

Ir o n

3 0- 8 0

2 0- 6 0

1 5- 2 5

1 0- 2 0

4 0- 1 0 0

Tit a ni u m

Ni c k el

2 0- 4 0

1 5- 4 0

C U T TI N G T O O L

Al u mi ni u m

6 0- 3 0 0

8 0- 4 0 0

O R DE R N O.

Si z e N O.

Dc h7

L I N C H

d h6

C O DE N O.

V D T 0 8- 1 /3 2

/3 2

1- 1 /4

6 0 0 8- 8 1 1

V D T 0 8- 3 /6 4

/6 4

1- 1 /4

6 0 0 8- 8 1 2

V D T 0 8- 5 /6 4

/6 4

1- 7 /8

/1 6

6 0 0 8- 8 1 3

V D T 0 8- 7 /6 4

/6 4

6 0 0 8- 8 1 4

V D T 0 8- 1 /8

2- 1 /2

/1 6

6 0 0 8- 8 1 5

V D T 0 8- 3 /1 6

/1 6

6 0 0 8- 8 1 6

V D T 0 8- 7 /3 2

/3 2

6 0 0 8- 8 1 7

V D T 0 8- 1 /4

3- 1 /4

6 0 0 8- 8 1 8

V D T 0 8- 5 /1 6

/1 6

3- 1 /2

6 0 0 8- 8 1 9

T wi st Drill s

C ar bi d e

d Lc

Str ai g ht S h a n k( Or d er N o. V D D 1 2- Di a) O R DE R N O. V D D 1 2- 1. 0 V D D 1 2- 1. 1 V D D 1 2- 1. 2 V D D 1 2- 1. 3 V D D 1 2- 1. 4 V D D 1 2- 1. 5 V D D 1 2- 1. 6 V D D 1 2- 1. 7 V D D 1 2- 1. 8 V D D 1 2- 1. 9 V D D 1 2- 2. 0 V D D 1 2- 2. 1 V D D 1 2- 2. 2 V D D 1 2- 2. 3 V D D 1 2- 2. 4 V D D 1 2- 2. 5 V D D 1 2- 2. 6 V D D 1 2- 2. 7 V D D 1 2- 2. 8 V D D 1 2- 2. 9 V D D 1 2- 3. 0 V D D 1 2- 3. 1 V D D 1 2- 3. 2 V D D 1 2- 3. 3 V D D 1 2- 3. 4 V D D 1 2- 3. 5 V D D 1 2- 3. 6 V D D 1 2- 3. 7 V D D 1 2- 3. 8 V D D 1 2- 3. 9 V D D 1 2- 4. 0 V D D 1 2- 4. 1 V D D 1 2- 4. 2 V D D 1 2- 4. 3 V D D 1 2- 4. 4 V D D 1 2- 4. 5 V D D 1 2- 4. 6 V D D 1 2- 4. 7 V D D 1 2- 4. 8 V D D 1 2- 4. 9 V D D 1 2- 5. 0 V D D 1 2- 5. 1 V D D 1 2- 5. 2 V D D 1 2- 5. 3 V D D 1 2- 5. 4 V D D 1 2- 5. 5 V D D 1 2- 5. 6 V D D 1 2- 5. 7 V D D 1 2- 5. 8 V D D 1 2- 5. 9

Dc h7

Lc m m 6 7 8 8 9 9 10 10 11 11 12 12 13 13 14 14 14 16 16 16 16 18 18 18 20 20 20 20 22 22 22 22 22 24 24 24 24 24 26 26 26 26 26 26 28 28 28 28 28 28

L m m 26 28 30 30 32 32 34 34 36 36 38 38 40 40 43 43 43 46 46 46 46 49 49 49 52 52 52 52 55 55 55 55 55 58 58 58 58 58 62 62 62 62 62 62 66 66 66 66 66 66

U nit: m m

m m

C O DE N O. 6 0 0 8- 2 8 0 6 0 0 8- 2 8 1 6 0 0 8- 2 8 2 6 0 0 8- 2 8 3 6 0 0 8- 2 8 4 6 0 0 8- 2 8 5 6 0 0 8- 2 8 6 6 0 0 8- 2 8 7 6 0 0 8- 2 8 8 6 0 0 8- 2 8 9 6 0 0 8- 2 9 0 6 0 0 8- 2 9 1 6 0 0 8- 2 9 2 6 0 0 8- 2 9 3 6 0 0 8- 2 9 4 6 0 0 8- 2 9 5 6 0 0 8- 2 9 6 6 0 0 8- 2 9 7 6 0 0 8- 2 9 8 6 0 0 8- 2 9 9 6 0 0 8- 3 0 0 6 0 0 8- 3 0 1 6 0 0 8- 3 0 2 6 0 0 8- 3 0 3 6 0 0 8- 3 0 4 6 0 0 8- 3 0 5 6 0 0 8- 3 0 6 6 0 0 8- 3 0 7 6 0 0 8- 3 0 8 6 0 0 8- 3 0 9 6 0 0 8- 3 1 0 6 0 0 8- 3 1 1 6 0 0 8- 3 1 2 6 0 0 8- 3 1 3 6 0 0 8- 3 1 4 6 0 0 8- 3 1 5 6 0 0 8- 3 1 6 6 0 0 8- 3 1 7 6 0 0 8- 3 1 8 6 0 0 8- 3 1 9 6 0 0 8- 3 2 0 6 0 0 8- 3 2 1 6 0 0 8- 3 2 2 6 0 0 8- 3 2 3 6 0 0 8- 3 2 4 6 0 0 8- 3 2 5 6 0 0 8- 3 2 6 6 0 0 8- 3 2 7 6 0 0 8- 3 2 8 6 0 0 8- 3 2 9

W or k M at eri al / V el o cit y m/ mi n N o n all o y e d st e el s All o y e d St e el s

Ir o n

5 0- 8 0

7 0- 1 0 0

O R DE R N O. V D D 1 2- 6. 0 V D D 1 2- 6. 1 V D D 1 2- 6. 2 V D D 1 2- 6. 3 V D D 1 2- 6. 4 V D D 1 2- 6. 5 V D D 1 2- 6. 6 V D D 1 2- 6. 7 V D D 1 2- 6. 8 V D D 1 2- 6. 9 V D D 1 2- 7. 0 V D D 1 2- 7. 1 V D D 1 2- 7. 2 V D D 1 2- 7. 3 V D D 1 2- 7. 4 V D D 1 2- 7. 5 V D D 1 2- 7. 6 V D D 1 2- 7. 7 V D D 1 2- 7. 8 V D D 1 2- 7. 9 V D D 1 2- 8. 0 V D D 1 2- 8. 1 V D D 1 2- 8. 2 V D D 1 2- 8. 3 V D D 1 2- 8. 4 V D D 1 2- 8. 5 V D D 1 2- 8. 6 V D D 1 2- 8. 7 V D D 1 2- 8. 8 V D D 1 2- 8. 9 V D D 1 2- 9. 0 V D D 1 2- 9. 1 V D D 1 2- 9. 2 V D D 1 2- 9. 3 V D D 1 2- 9. 4 V D D 1 2- 9. 5 V D D 1 2- 9. 6 V D D 1 2- 9. 7 V D D 1 2- 9. 8 V D D 1 2- 9. 9 V D D 1 2- 1 0. 0 V D D 1 2- 1 0. 2 V D D 1 2- 1 0. 5 V D D 1 2- 1 1. 0 V D D 1 2- 1 1. 5 V D D 1 2- 1 2. 0 V D D 1 2- 1 3. 0

Dc h7

1 0 0- 1 8 0

Lc m m 28 31 31 31 31 31 31 31 34 34 34 34 34 34 34 34 37 37 37 37 37 37 37 37 37 37 40 40 40 40 40 40 40 40 40 40 43 43 43 43 43 43 43 47 47 51 51

L m m 66 70 70 70 70 70 70 70 74 74 74 74 74 74 74 74 79 79 79 79 79 79 79 79 79 79 84 84 84 84 84 84 84 84 84 84 89 89 89 89 89 89 89 95 95 102 102

Al u mi ni u m

Pl a sti c s

1 0 0- 2 5 0

8 0- 2 0 0

d m m

C O DE N O. 6 0 0 8- 3 3 0 6 0 0 8- 3 3 1 6 0 0 8- 3 3 2 6 0 0 8- 3 3 3 6 0 0 8- 3 3 4 6 0 0 8- 3 3 5 6 0 0 8- 3 3 6 6 0 0 8- 3 3 7 6 0 0 8- 3 3 8 6 0 0 8- 3 3 9 6 0 0 8- 3 4 0 6 0 0 8- 3 4 1 6 0 0 8- 3 4 2 6 0 0 8- 3 4 3 6 0 0 8- 3 4 4 6 0 0 8- 3 4 5 6 0 0 8- 3 4 6 6 0 0 8- 3 4 7 6 0 0 8- 3 4 8 6 0 0 8- 3 4 9 6 0 0 8- 3 5 0 6 0 0 8- 3 5 1 6 0 0 8- 3 5 2 6 0 0 8- 3 5 3 6 0 0 8- 3 5 4 6 0 0 8- 3 5 5 6 0 0 8- 3 5 6 6 0 0 8- 3 5 7 6 0 0 8- 3 5 8 6 0 0 8- 3 5 9 6 0 0 8- 3 6 0 6 0 0 8- 3 6 1 6 0 0 8- 3 6 2 6 0 0 8- 3 6 3 6 0 0 8- 3 6 4 6 0 0 8- 3 6 5 6 0 0 8- 3 6 6 6 0 0 8- 3 6 7 6 0 0 8- 3 6 8 6 0 0 8- 3 6 9 6 0 0 8- 3 7 0 6 0 0 8- 3 7 1 6 0 0 8- 3 7 2 6 0 0 8- 3 7 3 6 0 0 8- 3 7 4 6 0 0 8- 3 7 5 6 0 0 8- 3 7 6

C U T TI N G T O O L

F38

T WI S T D RI L L S

T wi st Drill s

Str ai g ht S h a n k( Or d er N o. V D D 1 3- Di a) O R DE R N O. V D D 1 3- 1. 0 V D D 1 3- 1. 1 V D D 1 3- 1. 2 V D D 1 3- 1. 3 V D D 1 3- 1. 4 V D D 1 3- 1. 5 V D D 1 3- 1. 6 V D D 1 3- 1. 7 V D D 1 3- 1. 8 V D D 1 3- 1. 9 V D D 1 3- 2. 0 V D D 1 3- 2. 1 V D D 1 3- 2. 2 V D D 1 3- 2. 3 V D D 1 3- 2. 4 V D D 1 3- 2. 5 V D D 1 3- 2. 6 V D D 1 3- 2. 7 V D D 1 3- 2. 8 V D D 1 3- 2. 9 V D D 1 3- 3. 0 V D D 1 3- 3. 1 V D D 1 3- 3. 2 V D D 1 3- 3. 3 V D D 1 3- 3. 4 V D D 1 3- 3. 5 V D D 1 3- 3. 6 V D D 1 3- 3. 7 V D D 1 3- 3. 8 V D D 1 3- 3. 9 V D D 1 3- 4. 0 V D D 1 3- 4. 1 V D D 1 3- 4. 2 V D D 1 3- 4. 3 V D D 1 3- 4. 4 V D D 1 3- 4. 5 V D D 1 3- 4. 6 V D D 1 3- 4. 7 V D D 1 3- 4. 8 V D D 1 3- 4. 9 V D D 1 3- 5. 0 V D D 1 3- 5. 1 V D D 1 3- 5. 2 V D D 1 3- 5. 3 V D D 1 3- 5. 4 V D D 1 3- 5. 5 V D D 1 3- 5. 6 V D D 1 3- 5. 7 V D D 1 3- 5. 8 V D D 1 3- 5. 9

F39

Dc h7

C U T TI N G T O O L

Lc m m 12 14 16 16 18 18 20 20 22 22 24 24 27 27 30 30 30 33 33 33 33 36 36 36 39 39 39 39 43 43 43 43 43 47 47 47 47 47 52 52 52 52 52 52 57 57 57 57 57 57

L m m 34 36 38 38 40 40 43 43 46 46 49 49 53 53 57 57 57 61 61 61 61 65 65 65 70 70 70 70 75 75 75 75 75 80 80 80 80 80 86 86 86 86 86 86 93 93 93 93 93 93

C ar bi d e

U nit: m m

m m

C O DE N O. 6 0 0 8- 3 9 0 6 0 0 8- 3 9 1 6 0 0 8- 3 9 2 6 0 0 8- 3 9 3 6 0 0 8- 3 9 4 6 0 0 8- 3 9 5 6 0 0 8- 3 9 6 6 0 0 8- 3 9 7 6 0 0 8- 3 9 8 6 0 0 8- 3 9 9 6 0 0 8- 4 0 0 6 0 0 8- 4 0 1 6 0 0 8- 4 0 2 6 0 0 8- 4 0 3 6 0 0 8- 4 0 4 6 0 0 8- 4 0 5 6 0 0 8- 4 0 6 6 0 0 8- 4 0 7 6 0 0 8- 4 0 8 6 0 0 8- 4 0 9 6 0 0 8- 4 1 0 6 0 0 8- 4 1 1 6 0 0 8- 4 1 2 6 0 0 8- 4 1 3 6 0 0 8- 4 1 4 6 0 0 8- 4 1 5 6 0 0 8- 4 1 6 6 0 0 8- 4 1 7 6 0 0 8- 4 1 8 6 0 0 8- 4 1 9 6 0 0 8- 4 2 0 6 0 0 8- 4 2 1 6 0 0 8- 4 2 2 6 0 0 8- 4 2 3 6 0 0 8- 4 2 4 6 0 0 8- 4 2 5 6 0 0 8- 4 2 6 6 0 0 8- 4 2 7 6 0 0 8- 4 2 8 6 0 0 8- 4 2 9 6 0 0 8- 4 3 0 6 0 0 8- 4 3 1 6 0 0 8- 4 3 2 6 0 0 8- 4 3 3 6 0 0 8- 4 3 4 6 0 0 8- 4 3 5 6 0 0 8- 4 3 6 6 0 0 8- 4 3 7 6 0 0 8- 4 3 8 6 0 0 8- 4 3 9

W or k M at eri al / V el o cit y m/ mi n N o n all o y e d st e el s All o y e d St e el s

Ir o n

5 0- 8 0

7 0- 1 0 0

O R DE R N O. V D D 1 3- 6. 0 V D D 1 3- 6. 1 V D D 1 3- 6. 2 V D D 1 3- 6. 3 V D D 1 3- 6. 4 V D D 1 3- 6. 5 V D D 1 3- 6. 6 V D D 1 3- 6. 7 V D D 1 3- 6. 8 V D D 1 3- 6. 9 V D D 1 3- 7. 0 V D D 1 3- 7. 1 V D D 1 3- 7. 2 V D D 1 3- 7. 3 V D D 1 3- 7. 4 V D D 1 3- 7. 5 V D D 1 3- 7. 6 V D D 1 3- 7. 7 V D D 1 3- 7. 8 V D D 1 3- 7. 9 V D D 1 3- 8. 0 V D D 1 3- 8. 1 V D D 1 3- 8. 2 V D D 1 3- 8. 3 V D D 1 3- 8. 4 V D D 1 3- 8. 5 V D D 1 3- 8. 6 V D D 1 3- 8. 7 V D D 1 3- 8. 8 V D D 1 3- 8. 9 V D D 1 3- 9. 0 V D D 1 3- 9. 1 V D D 1 3- 9. 2 V D D 1 3- 9. 3 V D D 1 3- 9. 4 V D D 1 3- 9. 5 V D D 1 3- 9. 6 V D D 1 3- 9. 7 V D D 1 3- 9. 8 V D D 1 3- 9. 9 V D D 1 3- 1 0. 0 V D D 1 3- 1 0. 2 V D D 1 3- 1 0. 5 V D D 1 3- 1 1. 0 V D D 1 3- 1 1. 5 V D D 1 3- 1 2. 0 V D D 1 3- 1 3. 0

Dc h7

1 0 0- 1 8 0

Lc m m 57 63 63 63 63 63 63 63 69 69 69 69 69 69 69 69 75 75 75 75 75 75 75 75 75 75 81 81 81 81 81 81 81 81 81 81 87 87 87 87 87 87 87 94 94 101 101

L m m 93 101 101 101 101 101 101 101 109 109 109 109 109 109 109 109 11 7 11 7 11 7 11 7 11 7 11 7 11 7 11 7 11 7 11 7 125 125 125 125 125 125 125 125 125 125 133 133 133 133 133 133 133 142 142 151 151

Al u mi ni u m

Pl a sti c s

1 0 0- 2 5 0

8 0- 2 0 0

d m m

C O DE N O. 6 0 0 8- 4 4 0 6 0 0 8- 4 4 1 6 0 0 8- 4 4 2 6 0 0 8- 4 4 3 6 0 0 8- 4 4 4 6 0 0 8- 4 4 5 6 0 0 8- 4 4 6 6 0 0 8- 4 4 7 6 0 0 8- 4 4 8 6 0 0 8- 4 4 9 6 0 0 8- 4 5 0 6 0 0 8- 4 5 1 6 0 0 8- 4 5 2 6 0 0 8- 4 5 3 6 0 0 8- 4 5 4 6 0 0 8- 4 5 5 6 0 0 8- 4 5 6 6 0 0 8- 4 5 7 6 0 0 8- 4 5 8 6 0 0 8- 4 5 9 6 0 0 8- 4 6 0 6 0 0 8- 4 6 1 6 0 0 8- 4 6 2 6 0 0 8- 4 6 3 6 0 0 8- 4 6 4 6 0 0 8- 4 6 5 6 0 0 8- 4 6 6 6 0 0 8- 4 6 7 6 0 0 8- 4 6 8 6 0 0 8- 4 6 9 6 0 0 8- 4 7 0 6 0 0 8- 4 7 1 6 0 0 8- 4 7 2 6 0 0 8- 4 7 3 6 0 0 8- 4 7 4 6 0 0 8- 4 7 5 6 0 0 8- 4 7 6 6 0 0 8- 4 7 7 6 0 0 8- 4 7 8 6 0 0 8- 4 7 9 6 0 0 8- 4 8 0 6 0 0 8- 4 8 1 6 0 0 8- 4 8 2 6 0 0 8- 4 8 3 6 0 0 8- 4 8 4 6 0 0 8- 4 8 5 6 0 0 8- 4 8 6

Hi g h P erf or m a n c e Drill s

C ar bi d e

O R DE R N O. V D D 3 0- 2. 0 V D D 3 0- 2. 1 V D D 3 0- 2. 2 V D D 3 0- 2. 3 V D D 3 0- 2. 4 V D D 3 0- 2. 5 V D D 3 0- 2. 6 V D D 3 0- 2. 7 V D D 3 0- 2. 8 V D D 3 0- 2. 9 V D D 3 0- 3. 0 V D D 3 0- 3. 1 V D D 3 0- 3. 2 V D D 3 0- 3. 3 V D D 3 0- 3. 4 V D D 3 0- 3. 5 V D D 3 0- 3. 6 V D D 3 0- 3. 7 V D D 3 0- 3. 8 V D D 3 0- 3. 9 V D D 3 0- 4. 0 V D D 3 0- 4. 1 V D D 3 0- 4. 2 V D D 3 0- 4. 3 V D D 3 0- 4. 4 V D D 3 0- 4. 5 V D D 3 0- 4. 6 V D D 3 0- 4. 7 V D D 3 0- 4. 8 V D D 3 0- 4. 9 V D D 3 0- 5. 0 V D D 3 0- 5. 1 V D D 3 0- 5. 2 V D D 3 0- 5. 3 V D D 3 0- 5. 4 V D D 3 0- 5. 5 V D D 3 0- 5. 6 V D D 3 0- 5. 7 V D D 3 0- 5. 8 V D D 3 0- 5. 9 V D D 3 0- 6. 0 V D D 3 0- 6. 1 V D D 3 0- 6. 2 V D D 3 0- 6. 3 V D D 3 0- 6. 4 V D D 3 0- 6. 5 V D D 3 0- 6. 6 V D D 3 0- 6. 7 V D D 3 0- 6. 8 V D D 3 0- 6. 9

Dc h7

Lc m m 12 12 13 13 14 14 14 16 16 16 16 18 18 18 20 20 20 20 22 22 22 22 22 24 24 24 24 24 26 26 26 26 26 26 28 28 28 28 28 28 28 31 31 31 31 31 31 31 34 34

L m m 38 38 40 40 43 43 43 46 46 46 46 49 49 49 52 52 52 52 55 55 55 55 55 58 58 58 58 58 62 62 62 62 62 62 66 66 66 66 66 66 66 70 70 70 70 70 70 70 74 74

U nit: m m

d m m

C O DE N O. 6 0 0 8- 5 0 0 6 0 0 8- 5 0 1 6 0 0 8- 5 0 2 6 0 0 8- 5 0 3 6 0 0 8- 5 0 4 6 0 0 8- 5 0 5 6 0 0 8- 5 0 6 6 0 0 8- 5 0 7 6 0 0 8- 5 0 8 6 0 0 8- 5 0 9 6 0 0 8- 5 1 0 6 0 0 8- 5 1 1 6 0 0 8- 5 1 2 6 0 0 8- 5 1 3 6 0 0 8- 5 1 4 6 0 0 8- 5 1 5 6 0 0 8- 5 1 6 6 0 0 8- 5 1 7 6 0 0 8- 5 1 8 6 0 0 8- 5 1 9 6 0 0 8- 5 2 0 6 0 0 8- 5 2 1 6 0 0 8- 5 2 2 6 0 0 8- 5 2 3 6 0 0 8- 5 2 4 6 0 0 8- 5 2 5 6 0 0 8- 5 2 6 6 0 0 8- 5 2 7 6 0 0 8- 5 2 8 6 0 0 8- 5 2 9 6 0 0 8- 5 3 0 6 0 0 8- 5 3 1 6 0 0 8- 5 3 2 6 0 0 8- 5 3 3 6 0 0 8- 5 3 4 6 0 0 8- 5 3 5 6 0 0 8- 5 3 6 6 0 0 8- 5 3 7 6 0 0 8- 5 3 8 6 0 0 8- 5 3 9 6 0 0 8- 5 4 0 6 0 0 8- 5 4 1 6 0 0 8- 5 4 2 6 0 0 8- 5 4 3 6 0 0 8- 5 4 4 6 0 0 8- 5 4 5 6 0 0 8- 5 4 6 6 0 0 8- 5 4 7 6 0 0 8- 5 4 8 6 0 0 8- 5 4 9

L W or k M at eri al / V el o cit y m/ mi n N o n all o y e d st e el s All o y e d St e el s

H e at r e si st a nt st e el s St ai nl e s s st e el s

H ar d e n e d st e el s < 48 H R C

H ar d e n e d st e el s 4 8- 5 6 H R C

Ir o n

7 0- 1 0 0

3 0- 5 0

2 0- 3 0

1 0- 2 0

9 0- 1 3 0

Tit a ni u m

Ni c k el

2 5- 4 5

2 0- 4 5

O R DE R N O. V D D 3 0- 7. 0 V D D 3 0- 7. 1 V D D 3 0- 7. 2 V D D 3 0- 7. 3 V D D 3 0- 7. 4 V D D 3 0- 7. 5 V D D 3 0- 7. 6 V D D 3 0- 7. 7 V D D 3 0- 7. 8 V D D 3 0- 7. 9 V D D 3 0- 8. 0 V D D 3 0- 8. 1 V D D 3 0- 8. 2 V D D 3 0- 8. 3 V D D 3 0- 8. 4 V D D 3 0- 8. 5 V D D 3 0- 8. 6 V D D 3 0- 8. 7 V D D 3 0- 8. 8 V D D 3 0- 8. 9 V D D 3 0- 9. 0 V D D 3 0- 9. 1 V D D 3 0- 9. 2 V D D 3 0- 9. 3 V D D 3 0- 9. 4 V D D 3 0- 9. 5 V D D 3 0- 9. 6 V D D 3 0- 9. 7 V D D 3 0- 9. 8 V D D 3 0- 9. 9 V D D 3 0- 1 0. 0 V D D 3 0- 1 0. 2 V D D 3 0- 1 0. 5 V D D 3 0- 1 0. 8 V D D 3 0- 1 1. 0 V D D 3 0- 1 1. 5 V D D 3 0- 1 2. 0 V D D 3 0- 1 2. 5 V D D 3 0- 1 3. 0

Dc h7

Al u mi ni u m

1 3 0- 2 3 0

Lc m m 34 34 34 34 34 34 37 37 37 37 37 37 37 37 37 37 40 40 40 40 40 40 40 40 40 40 43 43 43 43 43 43 43 47 47 47 51 51 51

1 3 0- 3 0 0

L m m 74 74 74 74 74 74 79 79 79 79 79 79 79 79 79 79 84 84 84 84 84 84 84 84 84 84 89 89 89 89 89 89 89 95 95 95 102 102 102

d m m

C O DE N O. 6 0 0 8- 5 5 0 6 0 0 8- 5 5 1 6 0 0 8- 5 5 2 6 0 0 8- 5 5 3 6 0 0 8- 5 5 4 6 0 0 8- 5 5 5 6 0 0 8- 5 5 6 6 0 0 8- 5 5 7 6 0 0 8- 5 5 8 6 0 0 8- 5 5 9 6 0 0 8- 5 6 0 6 0 0 8- 5 6 1 6 0 0 8- 5 6 2 6 0 0 8- 5 6 3 6 0 0 8- 5 6 4 6 0 0 8- 5 6 5 6 0 0 8- 5 6 6 6 0 0 8- 5 6 7 6 0 0 8- 5 6 8 6 0 0 8- 5 6 9 6 0 0 8- 5 7 0 6 0 0 8- 5 7 1 6 0 0 8- 5 7 2 6 0 0 8- 5 7 3 6 0 0 8- 5 7 4 6 0 0 8- 5 7 5 6 0 0 8- 5 7 6 6 0 0 8- 5 7 7 6 0 0 8- 5 7 8 6 0 0 8- 5 7 9 6 0 0 8- 5 8 0 6 0 0 8- 5 8 1 6 0 0 8- 5 8 2 6 0 0 8- 5 8 3 6 0 0 8- 5 8 4 6 0 0 8- 5 8 5 6 0 0 8- 5 8 6 6 0 0 8- 5 8 7 6 0 0 8- 5 8 8

C U T TI N G T O O L

F40

P E R F O R M A N C E D RI L L S

Str ai g ht S h a n k( Or d er N o. V D D 3 0- Di a)

Hi g h P erf or m a n c e Drill s

Str ai g ht S h a n k( Or d er N o. V D D 3 3- Di a) O R DE R N O. V D D 3 3- 2. 0 V D D 3 3- 2. 1 V D D 3 3- 2. 2 V D D 3 3- 2. 3 V D D 3 3- 2. 4 V D D 3 3- 2. 5 V D D 3 3- 2. 6 V D D 3 3- 2. 7 V D D 3 3- 2. 8 V D D 3 3- 2. 9 V D D 3 3- 3. 0 V D D 3 3- 3. 1 V D D 3 3- 3. 2 V D D 3 3- 3. 3 V D D 3 3- 3. 4 V D D 3 3- 3. 5 V D D 3 3- 3. 6 V D D 3 3- 3. 7 V D D 3 3- 3. 8 V D D 3 3- 3. 9 V D D 3 3- 4. 0 V D D 3 3- 4. 1 V D D 3 3- 4. 2 V D D 3 3- 4. 3 V D D 3 3- 4. 4 V D D 3 3- 4. 5 V D D 3 3- 4. 6 V D D 3 3- 4. 7 V D D 3 3- 4. 8 V D D 3 3- 4. 9 V D D 3 3- 5. 0 V D D 3 3- 5. 1 V D D 3 3- 5. 2 V D D 3 3- 5. 3 V D D 3 3- 5. 4 V D D 3 3- 5. 5 V D D 3 3- 5. 6 V D D 3 3- 5. 7 V D D 3 3- 5. 8 V D D 3 3- 5. 9 V D D 3 3- 6. 0 V D D 3 3- 6. 1 V D D 3 3- 6. 2 V D D 3 3- 6. 3 V D D 3 3- 6. 4 V D D 3 3- 6. 5 V D D 3 3- 6. 6 V D D 3 3- 6. 7 V D D 3 3- 6. 8 V D D 3 3- 6. 9

F41

Dc h7

C U T TI N G T O O L

Lc m m 24 24 27 27 30 30 30 33 33 33 33 36 36 36 39 39 39 39 43 43 43 43 43 47 47 47 47 47 52 52 52 52 52 52 57 57 57 57 57 57 57 63 63 63 63 63 63 63 69 69

L m m 49 49 53 53 57 57 57 61 61 61 61 65 65 65 70 70 70 70 75 75 75 75 75 80 80 80 80 80 86 86 86 86 86 86 93 93 93 93 93 93 93 101 101 101 101 101 101 101 109 109

U nit: m m

m m

C O DE N O. 6 0 0 8- 9 0 1 6 0 0 8- 9 0 2 6 0 0 8- 9 0 3 6 0 0 8- 9 0 4 6 0 0 8- 9 0 5 6 0 0 8- 9 0 6 6 0 0 8- 9 0 7 6 0 0 8- 9 0 8 6 0 0 8- 9 0 9 6 0 0 8- 9 1 0 6 0 0 8- 9 1 1 6 0 0 8- 9 1 2 6 0 0 8- 9 1 3 6 0 0 8- 9 1 4 6 0 0 8- 9 1 5 6 0 0 8- 9 1 6 6 0 0 8- 9 1 7 6 0 0 8- 9 1 8 6 0 0 8- 9 1 9 6 0 0 8- 9 2 0 6 0 0 8- 9 2 1 6 0 0 8- 9 2 2 6 0 0 8- 9 2 3 6 0 0 8- 9 2 4 6 0 0 8- 9 2 5 6 0 0 8- 9 2 6 6 0 0 8- 9 2 7 6 0 0 8- 9 2 8 6 0 0 8- 9 2 9 6 0 0 8- 9 3 0 6 0 0 8- 9 3 1 6 0 0 8- 9 3 2 6 0 0 8- 9 3 3 6 0 0 8- 9 3 4 6 0 0 8- 9 3 5 6 0 0 8- 9 3 6 6 0 0 8- 9 3 7 6 0 0 8- 9 3 8 6 0 0 8- 9 3 9 6 0 0 8- 9 4 0 6 0 0 8- 9 4 1 6 0 0 8- 9 4 2 6 0 0 8- 9 4 3 6 0 0 8- 9 4 4 6 0 0 8- 9 4 5 6 0 0 8- 9 4 6 6 0 0 8- 9 4 7 6 0 0 8- 9 4 8 6 0 0 8- 9 4 9 6 0 0 8- 9 5 0

W or k M at eri al / V el o cit y m/ mi n C ar b o n Sr e el s

L o w- all o y e d St e el (- 2 4 H R C)

Hi- all o y e d St e el (- 3 0 H R C)

H ar d e n e d st e el s ( 3 0- 3 8 H R C)

6 0- 1 0 0

4 0- 6 5

H ar d e n d St e el ( 3 8- 4 8 H R C)

C a st Ir o n

3 0- 4 5

6 0- 1 0 0

O R DE R N O. V D D 3 3- 7. 0 V D D 3 3- 7. 1 V D D 3 3- 7. 2 V D D 3 3- 7. 3 V D D 3 3- 7. 4 V D D 3 3- 7. 5 V D D 3 3- 7. 6 V D D 3 3- 7. 7 V D D 3 3- 7. 8 V D D 3 3- 7. 9 V D D 3 3- 8. 0 V D D 3 3- 8. 1 V D D 3 3- 8. 2 V D D 3 3- 8. 3 V D D 3 3- 8. 4 V D D 3 3- 8. 5 V D D 3 3- 8. 6 V D D 3 3- 8. 7 V D D 3 3- 8. 8 V D D 3 3- 8. 9 V D D 3 3- 9. 0 V D D 3 3- 9. 1 V D D 3 3- 9. 2 V D D 3 3- 9. 3 V D D 3 3- 9. 4 V D D 3 3- 9. 5 V D D 3 3- 9. 6 V D D 3 3- 9. 7 V D D 3 3- 9. 8 V D D 3 3- 9. 9 V D D 3 3- 1 0. 0 V D D 3 3- 1 0. 2 V D D 3 3- 1 0. 5 V D D 3 3- 1 0. 8 V D D 3 3- 1 1. 0 V D D 3 3- 1 1. 5 V D D 3 3- 1 2. 5 V D D 3 3- 1 2. 5 V D D 3 3- 1 3. 0

Dc h7

Lc m m 69 69 69 69 69 69 75 75 75 75 75 75 75 75 75 75 81 81 81 81 81 81 81 81 81 81 87 87 87 87 87 87 87 94 94 94 101 101 101

L m m 109 109 109 109 109 109 11 7 11 7 11 7 11 7 11 7 11 7 11 7 11 7 11 7 11 7 125 125 125 125 125 125 125 125 125 125 133 133 133 133 133 133 133 142 142 142 151 151 151

d m m

C O DE N O. 6 0 0 8- 9 5 1 6 0 0 8- 9 5 2 6 0 0 8- 9 5 3 6 0 0 8- 9 5 4 6 0 0 8- 9 5 5 6 0 0 8- 9 5 6 6 0 0 8- 9 5 7 6 0 0 8- 9 5 8 6 0 0 8- 9 5 9 6 0 0 8- 9 6 0 6 0 0 8- 9 6 1 6 0 0 8- 9 6 2 6 0 0 8- 9 6 3 6 0 0 8- 9 6 4 6 0 0 8- 9 6 5 6 0 0 8- 9 6 6 6 0 0 8- 9 6 7 6 0 0 8- 9 6 8 6 0 0 8- 9 6 9 6 0 0 8- 9 7 0 6 0 0 8- 9 7 1 6 0 0 8- 9 7 2 6 0 0 8- 9 7 3 6 0 0 8- 9 7 4 6 0 0 8- 9 7 5 6 0 0 8- 9 7 6 6 0 0 8- 9 7 7 6 0 0 8- 9 7 8 6 0 0 8- 9 7 9 6 0 0 8- 9 8 0 6 0 0 8- 9 8 1 6 0 0 8- 9 8 2 6 0 0 8- 9 8 3 6 0 0 8- 9 8 4 6 0 0 8- 9 8 5 6 0 0 8- 9 8 6 6 0 0 8- 9 8 7 6 0 0 8- 9 8 8 6 0 0 8- 9 8 9

Hi g h P erf or m a n c e Drill s

C ar bi d e d

O R DE R N O. V D D 3 1- 3. 0 V D D 3 1- 3. 1 V D D 3 1- 3. 2 V D D 3 1- 3. 3 V D D 3 1- 3. 4 V D D 3 1- 3. 5 V D D 3 1- 3. 6 V D D 3 1- 3. 7 V D D 3 1- 3. 8 V D D 3 1- 3. 9 V D D 3 1- 4. 0 V D D 3 1- 4. 1 V D D 3 1- 4. 2 V D D 3 1- 4. 3 V D D 3 1- 4. 4 V D D 3 1- 4. 5 V D D 3 1- 4. 6 V D D 3 1- 4. 7 V D D 3 1- 4. 8 V D D 3 1- 4. 9 V D D 3 1- 5. 0 V D D 3 1- 5. 1 V D D 3 1- 5. 2 V D D 3 1- 5. 3 V D D 3 1- 5. 4 V D D 3 1- 5. 5 V D D 3 1- 5. 6 V D D 3 1- 5. 7 V D D 3 1- 5. 8 V D D 3 1- 5. 9 V D D 3 1- 6. 0 V D D 3 1- 6. 1 V D D 3 1- 6. 2 V D D 3 1- 6. 3 V D D 3 1- 6. 4 V D D 3 1- 6. 5 V D D 3 1- 6. 6 V D D 3 1- 6. 7 V D D 3 1- 6. 8 V D D 3 1- 6. 9 V D D 3 1- 7. 0 V D D 3 1- 7. 1 V D D 3 1- 7. 2 V D D 3 1- 7. 3 V D D 3 1- 7. 4 V D D 3 1- 7. 5 V D D 3 1- 7. 6 V D D 3 1- 7. 7 V D D 3 1- 7. 8 V D D 3 1- 7. 9

Dc m7

Lc m m 20 20 20 20 20 20 20 20 24 24 24 24 24 24 24 24 24 24 28 28 28 28 28 28 28 28 28 28 28 28 28 34 34 34 34 34 34 34 34 34 34 41 41 41 41 41 41 41 41 41

L m m 62 62 62 62 62 62 62 62 66 66 66 66 66 66 66 66 66 66 66 66 66 66 66 66 66 66 66 66 66 66 66 79 79 79 79 79 79 79 79 79 79 79 79 79 79 79 79 79 79 79

d h6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8

Lc U nit: m m

Ld m m 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36

C O DE N O. 6 0 0 8- 6 0 0 6 0 0 8- 6 0 1 6 0 0 8- 6 0 2 6 0 0 8- 6 0 3 6 0 0 8- 6 0 4 6 0 0 8- 6 0 5 6 0 0 8- 6 0 6 6 0 0 8- 6 0 7 6 0 0 8- 6 0 8 6 0 0 8- 6 0 9 6 0 0 8- 6 1 0 6 0 0 8- 6 1 1 6 0 0 8- 6 1 2 6 0 0 8- 6 1 3 6 0 0 8- 6 1 4 6 0 0 8- 6 1 5 6 0 0 8- 6 1 6 6 0 0 8- 6 1 7 6 0 0 8- 6 1 8 6 0 0 8- 6 1 9 6 0 0 8- 6 2 0 6 0 0 8- 6 2 1 6 0 0 8- 6 2 2 6 0 0 8- 6 2 3 6 0 0 8- 6 2 4 6 0 0 8- 6 2 5 6 0 0 8- 6 2 6 6 0 0 8- 6 2 7 6 0 0 8- 6 2 8 6 0 0 8- 6 2 9 6 0 0 8- 6 3 0 6 0 0 8- 6 3 1 6 0 0 8- 6 3 2 6 0 0 8- 6 3 3 6 0 0 8- 6 3 4 6 0 0 8- 6 3 5 6 0 0 8- 6 3 6 6 0 0 8- 6 3 7 6 0 0 8- 6 3 8 6 0 0 8- 6 3 9 6 0 0 8- 6 4 0 6 0 0 8- 6 4 1 6 0 0 8- 6 4 2 6 0 0 8- 6 4 3 6 0 0 8- 6 4 4 6 0 0 8- 6 4 5 6 0 0 8- 6 4 6 6 0 0 8- 6 4 7 6 0 0 8- 6 4 8 6 0 0 8- 6 4 9

L W or k M at eri al / V el o cit y m/ mi n N o n all o y e d st e el s All o y e d St e el s

H e at r e si st a nt st e el s St ai nl e s s st e el s

H ar d e n e d st e el s < 48 H R C

H ar d e n e d st e el s 4 8- 5 6 H R C

Ir o n

8 0- 1 8 0

4 5- 6 0

4 0- 6 0

1 5- 3 5

9 0- 1 3 0

Tit a ni u m

Ni c k el

3 5- 4 5

3 0- 4 5

O R DE R N O. V D D 3 1- 8. 0 V D D 3 1- 8. 1 V D D 3 1- 8. 2 V D D 3 1- 8. 3 V D D 3 1- 8. 4 V D D 3 1- 8. 5 V D D 3 1- 8. 6 V D D 3 1- 8. 7 V D D 3 1- 8. 8 V D D 3 1- 8. 9 V D D 3 1- 9. 0 V D D 3 1- 9. 1 V D D 3 1- 9. 2 V D D 3 1- 9. 3 V D D 3 1- 9. 4 V D D 3 1- 9. 5 V D D 3 1- 9. 6 V D D 3 1- 9. 7 V D D 3 1- 9. 8 V D D 3 1- 9. 9 V D D 3 1- 1 0. 0 V D D 3 1- 1 0. 2 V D D 3 1- 1 0. 5 V D D 3 1- 1 0. 8 V D D 3 1- 1 1. 0 V D D 3 1- 1 1. 5 V D D 3 1- 1 2. 0 V D D 3 1- 1 2. 5 V D D 3 1- 1 3. 0 V D D 3 1- 1 3. 5 V D D 3 1- 1 4. 0 V D D 3 1- 1 4. 5 V D D 3 1- 1 5. 0 V D D 3 1- 1 5. 5 V D D 3 1- 1 6. 0 V D D 3 1- 1 6. 5 V D D 3 1- 1 7. 0 V D D 3 1- 1 7. 5 V D D 3 1- 1 8. 0 V D D 3 1- 1 8. 5 V D D 3 1- 1 9. 0 V D D 3 1- 1 9. 5 V D D 3 1- 2 0. 0

Dc m7

Al u mi ni u m

1 3 0- 2 3 0

Lc m m 41 47 47 47 47 47 47 47 47 47 47 47 47 47 47 47 47 47 47 47 47 55 55 55 55 55 55 60 60 60 60 65 65 65 65 73 73 73 73 79 79 79 79

L m m 79 89 89 89 89 89 89 89 89 89 89 89 89 89 89 89 89 89 89 89 89 102 102 102 102 102 102 107 107 107 107 11 5 11 5 11 5 11 5 123 123 123 123 131 131 131 131

1 3 0- 3 0 0

d h6 8 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 12 12 12 12 12 12 14 14 14 14 16 16 16 16 18 18 18 18 20 20 20 20

Ld m m 36 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 45 45 45 45 45 45 45 45 45 45 48 48 48 48 48 48 48 48 50 50 50 50

C O DE N O. 6 0 0 8- 6 5 0 6 0 0 8- 6 5 1 6 0 0 8- 6 5 2 6 0 0 8- 6 5 3 6 0 0 8- 6 5 4 6 0 0 8- 6 5 5 6 0 0 8- 6 5 6 6 0 0 8- 6 5 7 6 0 0 8- 6 5 8 6 0 0 8- 6 5 9 6 0 0 8- 6 6 0 6 0 0 8- 6 6 1 6 0 0 8- 6 6 2 6 0 0 8- 6 6 3 6 0 0 8- 6 6 4 6 0 0 8- 6 6 5 6 0 0 8- 6 6 6 6 0 0 8- 6 6 7 6 0 0 8- 6 6 8 6 0 0 8- 6 6 9 6 0 0 8- 6 7 0 6 0 0 8- 6 7 1 6 0 0 8- 6 7 2 6 0 0 8- 6 7 3 6 0 0 8- 6 7 4 6 0 0 8- 6 7 5 6 0 0 8- 6 7 6 6 0 0 8- 6 7 7 6 0 0 8- 6 7 8 6 0 0 8- 6 7 9 6 0 0 8- 6 8 0 6 0 0 8- 6 8 1 6 0 0 8- 6 8 2 6 0 0 8- 6 8 3 6 0 0 8- 6 8 4 6 0 0 8- 6 8 5 6 0 0 8- 6 8 6 6 0 0 8- 6 8 7 6 0 0 8- 6 8 8 6 0 0 8- 6 8 9 6 0 0 8- 6 9 0 6 0 0 8- 6 9 1 6 0 0 8- 6 9 2

C U T TI N G T O O L

F42

P E R F O R M A N C E D RI L L S

St u d L e n gt h( Or d er N o. V D D 3 1- Di a)

Hi g h P erf or m a n c e Drill s

C ar bi d e

St a n d ar d L e n gt h( Or d er N o. V D D 3 2- Di a) O R DE R N O. V D D 3 2- 3. 0 V D D 3 2- 3. 1 V D D 3 2- 3. 2 V D D 3 2- 3. 3 V D D 3 2- 3. 4 V D D 3 2- 3. 5 V D D 3 2- 3. 6 V D D 3 2- 3. 7 V D D 3 2- 3. 8 V D D 3 2- 3. 9 V D D 3 2- 4. 0 V D D 3 2- 4. 1 V D D 3 2- 4. 2 V D D 3 2- 4. 3 V D D 3 2- 4. 4 V D D 3 2- 4. 5 V D D 3 2- 4. 6 V D D 3 2- 4. 7 V D D 3 2- 4. 8 V D D 3 2- 4. 9 V D D 3 2- 5. 0 V D D 3 2- 5. 1 V D D 3 2- 5. 2 V D D 3 2- 5. 3 V D D 3 2- 5. 4 V D D 3 2- 5. 5 V D D 3 2- 5. 6 V D D 3 2- 5. 7 V D D 3 2- 5. 8 V D D 3 2- 5. 9 V D D 3 2- 6. 0 V D D 3 2- 6. 1 V D D 3 2- 6. 2 V D D 3 2- 6. 3 V D D 3 1- 6. 4 V D D 3 2- 6. 5 V D D 3 2- 6. 6 V D D 3 2- 6. 7 V D D 3 2- 6. 8 V D D 3 2- 6. 9 V D D 3 2- 7. 0 V D D 3 2- 7. 1 V D D 3 2- 7. 2 V D D 3 2- 7. 3 V D D 3 2- 7. 4 V D D 3 2- 7. 5 V D D 3 2- 7. 6 V D D 3 2- 7. 7 V D D 3 2- 7. 8 V D D 3 2- 7. 9

F43

Dc m7

Lc m m 28 28 28 28 28 28 28 28 36 36 36 36 36 36 36 36 36 36 44 44 44 44 44 44 44 44 44 44 44 44 44 53 53 53 53 53 53 53 53 53 53 53 53 53 53 53 53 53 53 53

C U T TI N G T O O L

L m m 66 66 66 66 66 66 66 66 74 74 74 74 74 74 74 74 74 74 82 82 82 82 82 82 82 82 82 82 82 82 82 91 91 91 91 91 91 91 91 91 91 91 91 91 91 91 91 91 91 91

d h6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8

Ld m m 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36

U nit: m m

C O DE N O. 6 0 0 8- 7 0 0 6 0 0 8- 7 0 1 6 0 0 8- 7 0 2 6 0 0 8- 7 0 3 6 0 0 8- 7 0 4 6 0 0 8- 7 0 5 6 0 0 8- 7 0 6 6 0 0 8- 7 0 7 6 0 0 8- 7 0 8 6 0 0 8- 7 0 9 6 0 0 8- 7 1 0 6 0 0 8- 7 1 1 6 0 0 8- 7 1 2 6 0 0 8- 7 1 3 6 0 0 8- 7 1 4 6 0 0 8- 7 1 5 6 0 0 8- 7 1 6 6 0 0 8- 7 1 7 6 0 0 8- 7 1 8 6 0 0 8- 7 1 9 6 0 0 8- 7 2 0 6 0 0 8- 7 2 1 6 0 0 8- 7 2 2 6 0 0 8- 7 2 3 6 0 0 8- 7 2 4 6 0 0 8- 7 2 5 6 0 0 8- 7 2 6 6 0 0 8- 7 2 7 6 0 0 8- 7 2 8 6 0 0 8- 7 2 9 6 0 0 8- 7 3 0 6 0 0 8- 7 3 1 6 0 0 8- 7 3 2 6 0 0 8- 7 3 3 6 0 0 8- 7 3 4 6 0 0 8- 7 3 5 6 0 0 8- 7 3 6 6 0 0 8- 7 3 7 6 0 0 8- 7 3 8 6 0 0 8- 7 3 9 6 0 0 8- 7 4 0 6 0 0 8- 7 4 1 6 0 0 8- 7 4 2 6 0 0 8- 7 4 3 6 0 0 8- 7 4 4 6 0 0 8- 7 4 5 6 0 0 8- 7 4 6 6 0 0 8- 7 4 7 6 0 0 8- 7 4 8 6 0 0 8- 7 4 9

L W or k M at eri al / V el o cit y m/ mi n

N o n all o y e d st e el s All o y e d St e el s

H e at r e si st a nt st e el s St ai nl e s s st e el s

H ar d e n e d st e el s < 48 H R C

H ar d e n e d st e el s 4 8- 5 6 H R C

Ir o n

8 0- 1 8 0

4 5- 6 0

4 0- 6 0

1 5- 3 5

9 0- 1 3 0

Tit a ni u m

Ni c k el

3 5- 4 5

3 0- 4 5

O R DE R N O. V D D 3 2- 8. 0 V D D 3 2- 8. 1 V D D 3 2- 8. 2 V D D 3 2- 8. 3 V D D 3 2- 8. 4 V D D 3 2- 8. 5 V D D 3 2- 8. 6 V D D 3 2- 8. 7 V D D 3 2- 8. 8 V D D 3 2- 8. 9 V D D 3 2- 9. 0 V D D 3 2- 9. 1 V D D 3 2- 9. 2 V D D 3 2- 9. 3 V D D 3 2- 9. 4 V D D 3 2- 9. 5 V D D 3 2- 9. 6 V D D 3 2- 9. 7 V D D 3 2- 9. 8 V D D 3 2- 9. 9 V D D 3 2- 1 0. 0 V D D 3 2- 1 0. 2 V D D 3 2- 1 0. 5 V D D 3 2- 1 0. 8 V D D 3 2- 1 1. 0 V D D 3 2- 1 1. 5 V D D 3 2- 1 2. 0 V D D 3 2- 1 2. 5 V D D 3 2- 1 3. 0 V D D 3 2- 1 3. 5 V D D 3 2- 1 4. 0 V D D 3 2- 1 4. 5 V D D 3 2- 1 5. 0 V D D 3 2- 1 5. 5 V D D 3 2- 1 6. 0 V D D 3 2- 1 6. 5 V D D 3 2- 1 7. 0 V D D 3 2- 1 7. 5 V D D 3 2- 1 8. 0 V D D 3 2- 1 8. 5 V D D 3 2- 1 9. 0 V D D 3 2- 1 9. 5 V D D 3 2- 2 0. 0

Dc m7

Al u mi ni u m

1 3 0- 2 3 0

Lc m m 53 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 71 71 71 71 71 71 77 77 77 77 83 83 83 83 93 93 93 93 101 101 101 101

L m m 91 103 103 103 103 103 103 103 103 103 103 103 103 103 103 103 103 103 103 103 103 11 8 11 8 11 8 11 8 11 8 11 8 124 124 124 124 133 133 133 133 143 143 143 143 153 153 153 153

1 3 0- 3 0 0

d h6 8 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 12 12 12 12 12 12 14 14 14 14 16 16 16 16 18 18 18 18 20 20 20 20

Ld m m 36 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 45 45 45 45 45 45 45 45 45 45 48 48 48 48 48 48 48 48 50 50 50 50

C O DE N O. 6 0 0 8- 7 5 0 6 0 0 8- 7 5 1 6 0 0 8- 7 5 2 6 0 0 8- 7 5 3 6 0 0 8- 7 5 4 6 0 0 8- 7 5 5 6 0 0 8- 7 5 6 6 0 0 8- 7 5 7 6 0 0 8- 7 5 8 6 0 0 8- 7 5 9 6 0 0 8- 7 6 0 6 0 0 8- 7 6 1 6 0 0 8- 7 6 2 6 0 0 8- 7 6 3 6 0 0 8- 7 6 4 6 0 0 8- 7 6 5 6 0 0 8- 7 6 6 6 0 0 8- 7 6 7 6 0 0 8- 7 6 8 6 0 0 8- 7 6 9 6 0 0 8- 7 7 0 6 0 0 8- 7 7 1 6 0 0 8- 7 7 2 6 0 0 8- 7 7 3 6 0 0 8- 7 7 4 6 0 0 8- 7 7 5 6 0 0 8- 7 7 6 6 0 0 8- 7 7 7 6 0 0 8- 7 7 8 6 0 0 8- 7 7 9 6 0 0 8- 7 8 0 6 0 0 8- 7 8 1 6 0 0 8- 7 8 2 6 0 0 8- 7 8 3 6 0 0 8- 7 8 4 6 0 0 8- 7 8 5 6 0 0 8- 7 8 6 6 0 0 8- 7 8 7 6 0 0 8- 7 8 8 6 0 0 8- 7 8 9 6 0 0 8- 7 9 0 6 0 0 8- 7 9 1 6 0 0 8- 7 9 2

Oil- F e e d Hi g h P erf or m a n c e Drll s

O R DE R N O. V D D 3 5- 3. 0 V D D 3 5- 3. 1 V D D 3 5- 3. 2 V D D 3 5- 3. 3 V D D 3 5- 3. 4 V D D 3 5- 3. 5 V D D 3 5- 3. 6 V D D 3 5- 3. 7 V D D 3 5- 3. 8 V D D 3 5- 3. 9 V D D 3 5- 4. 0 V D D 3 5- 4. 1 V D D 3 5- 4. 2 V D D 3 5- 4. 3 V D D 3 5- 4. 4 V D D 3 5- 4. 5 V D D 3 5- 4. 6 V D D 3 5- 4. 7 V D D 3 5- 4. 8 V D D 3 5- 4. 9 V D D 3 5- 5. 0 V D D 3 5- 5. 1 V D D 3 5- 5. 2 V D D 3 5- 5. 3 V D D 3 5- 5. 4 V D D 3 5- 5. 5 V D D 3 5- 5. 6 V D D 3 5- 5. 7 V D D 3 5- 5. 8 V D D 3 5- 5. 9 V D D 3 5- 6. 0 V D D 3 5- 6. 1 V D D 3 5- 6. 2 V D D 3 5- 6. 3 V D D 3 5- 6. 4 V D D 3 5- 6. 5 V D D 3 5- 6. 6 V D D 3 5- 6. 7 V D D 3 5- 6. 8 V D D 3 5- 6. 9 V D D 3 5- 7. 0 V D D 3 5- 7. 1 V D D 3 5- 7. 2 V D D 3 5- 7. 3 V D D 3 5- 7. 4 V D D 3 5- 7. 5 V D D 3 5- 7. 6 V D D 3 5- 7. 7 V D D 3 5- 7. 8 V D D 3 5- 7. 9

Dc m7

Lc m m 20 20 20 20 20 20 20 20 24 24 24 24 24 24 24 24 24 24 28 28 28 28 28 28 28 28 28 28 28 28 28 34 34 34 34 34 34 34 34 34 34 41 41 41 41 41 41 41 41 41

L m m 62 62 62 62 62 62 62 62 66 66 66 66 66 66 66 66 66 66 66 66 66 66 66 66 66 66 66 66 66 66 66 79 79 79 79 79 79 79 79 79 79 79 79 79 79 79 79 79 79 79

U nit: m m

d h6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8

C O DE N O. 6 0 0 8- 1 0 0 1 6 0 0 8- 1 0 0 2 6 0 0 8- 1 0 0 3 6 0 0 8- 1 0 0 4 6 0 0 8- 1 0 0 5 6 0 0 8- 1 0 0 6 6 0 0 8- 1 0 0 7 6 0 0 8- 1 0 0 8 6 0 0 8- 1 0 0 9 6 0 0 8- 1 0 1 0 6 0 0 8- 1 0 1 1 6 0 0 8- 1 0 1 2 6 0 0 8- 1 0 1 3 6 0 0 8- 1 0 1 4 6 0 0 8- 1 0 1 5 6 0 0 8- 1 0 1 6 6 0 0 8- 1 0 1 7 6 0 0 8- 1 0 1 8 6 0 0 8- 1 0 1 9 6 0 0 8- 1 0 2 0 6 0 0 8- 1 0 2 1 6 0 0 8- 1 0 2 2 6 0 0 8- 1 0 2 3 6 0 0 8- 1 0 2 4 6 0 0 8- 1 0 2 5 6 0 0 8- 1 0 2 6 6 0 0 8- 1 0 2 7 6 0 0 8- 1 0 2 8 6 0 0 8- 1 0 2 9 6 0 0 8- 1 0 3 0 6 0 0 8- 1 0 3 1 6 0 0 8- 1 0 3 2 6 0 0 8- 1 0 3 3 6 0 0 8- 1 0 3 4 6 0 0 8- 1 0 3 5 6 0 0 8- 1 0 3 6 6 0 0 8- 1 0 3 7 6 0 0 8- 1 0 3 8 6 0 0 8- 1 0 3 9 6 0 0 8- 1 0 4 0 6 0 0 8- 1 0 4 1 6 0 0 8- 1 0 4 2 6 0 0 8- 1 0 4 3 6 0 0 8- 1 0 4 4 6 0 0 8- 1 0 4 5 6 0 0 8- 1 0 4 6 6 0 0 8- 1 0 4 7 6 0 0 8- 1 0 4 8 6 0 0 8- 1 0 4 9 6 0 0 8- 1 0 5 0

W or k M at eri al / V el o cit y m/ mi n C or bi n St e el s

L o w- all o y e d St e el (- 2 4 H R C)

Hi- all o y e d St e el (- 3 0 H R C)

H ar d e n e d st e el s ( 3 0- 3 8 H R C)

H ar d e n e d st e el s ( 3 8- 4 8 H R C)

8 0- 1 5 0

4 0- 7 0

3 2- 5 0

St ai nl e s s St e el

C a st Ir o n

5 0- 8 0

8 0- 1 5 0

O R DE R N O. V D D 3 5- 8. 0 V D D 3 5- 8. 1 V D D 3 5- 8. 2 V D D 3 5- 8. 3 V D D 3 5- 8. 4 V D D 3 5- 8. 5 V D D 3 5- 8. 6 V D D 3 5- 8. 7 V D D 3 5- 8. 8 V D D 3 5- 8. 9 V D D 3 5- 9. 0 V D D 3 5- 9. 1 V D D 3 5- 9. 2 V D D 3 5- 9. 3 V D D 3 5- 9. 4 V D D 3 5- 9. 5 V D D 3 5- 9. 6 V D D 3 5- 9. 7 V D D 3 5- 9. 8 V D D 3 5- 9. 9 V D D 3 5- 1 0. 0 V D D 3 5- 1 0. 2 V D D 3 5- 1 0. 5 V D D 3 5- 1 0. 8 V D D 3 5- 1 1. 0 V D D 3 5- 1 1. 5 V D D 3 5- 1 2. 0 V D D 3 5- 1 2. 5 V D D 3 5- 1 3. 0 V D D 3 5- 1 3. 5 V D D 3 5- 1 4. 0 V D D 3 5- 1 4. 5 V D D 3 5- 1 5. 0 V D D 3 5- 1 5. 5 V D D 3 5- 1 6. 0 V D D 3 5- 1 6. 5 V D D 3 5- 1 7. 0 V D D 3 5- 1 7. 5 V D D 3 5- 1 8. 0 V D D 3 5- 1 8. 5 V D D 3 5- 1 9. 0 V D D 3 5- 1 9. 5 V D D 3 5- 2 0. 0

Dc m7

Lc m m 41 47 47 47 47 47 47 47 47 47 47 47 47 47 47 47 47 47 47 47 47 55 55 55 55 55 55 60 60 60 60 65 65 65 65 73 73 73 73 79 79 79 79

L m m 79 89 89 89 89 89 89 89 89 89 89 89 89 89 89 89 89 89 89 89 89 102 102 102 102 102 102 107 107 107 107 11 5 11 5 11 5 11 5 123 123 123 123 131 131 131 131

d h6 8 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 12 12 12 12 12 12 14 14 14 14 16 16 16 16 18 18 18 18 20 20 20 20

C O DE N O. 6 0 0 8- 1 0 5 1 6 0 0 8- 1 0 5 2 6 0 0 8- 1 0 5 3 6 0 0 8- 1 0 5 4 6 0 0 8- 1 0 5 5 6 0 0 8- 1 0 5 6 6 0 0 8- 1 0 5 7 6 0 0 8- 1 0 5 8 6 0 0 8- 1 0 5 9 6 0 0 8- 1 0 6 0 6 0 0 8- 1 0 6 1 6 0 0 8- 1 0 6 2 6 0 0 8- 1 0 6 3 6 0 0 8- 1 0 6 4 6 0 0 8- 1 0 6 5 6 0 0 8- 1 0 6 6 6 0 0 8- 1 0 6 7 6 0 0 8- 1 0 6 8 6 0 0 8- 1 0 6 9 6 0 0 8- 1 0 7 0 6 0 0 8- 1 0 7 1 6 0 0 8- 1 0 7 2 6 0 0 8- 1 0 7 3 6 0 0 8- 1 0 7 4 6 0 0 8- 1 0 7 5 6 0 0 8- 1 0 7 6 6 0 0 8- 1 0 7 7 6 0 0 8- 1 0 7 8 6 0 0 8- 1 0 7 9 6 0 0 8- 1 0 8 0 6 0 0 8- 1 0 8 1 6 0 0 8- 1 0 8 2 6 0 0 8- 1 0 8 3 6 0 0 8- 1 0 8 4 6 0 0 8- 1 0 8 5 6 0 0 8- 1 0 8 6 6 0 0 8- 1 0 8 7 6 0 0 8- 1 0 8 8 6 0 0 8- 1 0 8 9 6 0 0 8- 1 0 9 0 6 0 0 8- 1 0 9 1 6 0 0 8- 1 0 9 2 6 0 0 8- 1 0 9 3

C U T TI N G T O O L

F44

P E R F O R M A N C E D RI L L S

Str ai g ht S h a n k( Or d er N o. V D D 3 5- Di a)

Oil- F e e d Hi g h P erf or m a n c e Drll s

Str ai g ht S h a n k ( Or d er N o. V D D 3 6- Di a) O R DE R N O. V D D 3 6- 3. 0 V D D 3 6- 3. 1 V D D 3 6- 3. 2 V D D 3 6- 3. 3 V D D 3 6- 3. 4 V D D 3 6- 3. 5 V D D 3 6- 3. 6 V D D 3 6- 3. 7 V D D 3 6- 3. 8 V D D 3 6- 3. 9 V D D 3 6- 4. 0 V D D 3 6- 4. 1 V D D 3 6- 4. 2 V D D 3 6- 4. 3 V D D 3 6- 4. 4 V D D 3 6- 4. 5 V D D 3 6- 4. 6 V D D 3 6- 4. 7 V D D 3 6- 4. 8 V D D 3 6- 4. 9 V D D 3 6- 5. 0 V D D 3 6- 5. 1 V D D 3 6- 5. 2 V D D 3 6- 5. 3 V D D 3 6- 5. 4 V D D 3 6- 5. 5 V D D 3 6- 5. 6 V D D 3 6- 5. 7 V D D 3 6- 5. 8 V D D 3 6- 5. 9 V D D 3 6- 6. 0 V D D 3 6- 6. 1 V D D 3 6- 6. 2 V D D 3 6- 6. 3 V D D 3 6- 6. 4 V D D 3 6- 6. 5 V D D 3 6- 6. 6 V D D 3 6- 6. 7 V D D 3 6- 6. 8 V D D 3 6- 6. 9 V D D 3 6- 7. 0 V D D 3 6- 7. 1 V D D 3 6- 7. 2 V D D 3 6- 7. 3 V D D 3 6- 7. 4 V D D 3 6- 7. 5 V D D 3 6- 7. 6 V D D 3 6- 7. 7 V D D 3 6- 7. 8 V D D 3 6- 7. 9

F45

Dc m7

C U T TI N G T O O L

Lc m m 28 28 28 28 28 28 28 28 36 36 36 36 36 36 36 36 36 36 44 44 44 44 44 44 44 44 44 44 44 44 44 53 53 53 53 53 53 53 53 53 53 53 53 53 53 53 53 53 53 53

L m m 66 66 66 66 66 66 66 66 74 74 74 74 74 74 74 74 74 74 82 82 82 82 82 82 82 82 82 82 82 82 82 91 91 91 91 91 91 91 91 91 91 91 91 91 91 91 91 91 91 53

U nit: m m

d h6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8

C O DE N O. 6 0 0 8- 1 1 0 1 6 0 0 8- 1 1 0 2 6 0 0 8- 1 1 0 3 6 0 0 8- 1 1 0 4 6 0 0 8- 1 1 0 5 6 0 0 8- 1 1 0 6 6 0 0 8- 1 1 0 7 6 0 0 8- 1 1 0 8 6 0 0 8- 1 1 0 9 6 0 0 8- 1 1 1 0 6 0 0 8- 1 1 1 1 6 0 0 8- 1 1 1 2 6 0 0 8- 1 1 1 3 6 0 0 8- 1 1 1 4 6 0 0 8- 1 1 1 5 6 0 0 8- 1 1 1 6 6 0 0 8- 1 1 1 7 6 0 0 8- 1 1 1 8 6 0 0 8- 1 1 1 9 6 0 0 8- 1 1 2 0 6 0 0 8- 1 1 2 1 6 0 0 8- 1 1 2 2 6 0 0 8- 1 1 2 3 6 0 0 8- 1 1 2 4 6 0 0 8- 1 1 2 5 6 0 0 8- 1 1 2 6 6 0 0 8- 1 1 2 7 6 0 0 8- 1 1 2 8 6 0 0 8- 1 1 2 9 6 0 0 8- 1 1 3 0 6 0 0 8- 1 1 3 1 6 0 0 8- 1 1 3 2 6 0 0 8- 1 1 3 3 6 0 0 8- 1 1 3 4 6 0 0 8- 1 1 3 5 6 0 0 8- 1 1 3 6 6 0 0 8- 1 1 3 7 6 0 0 8- 1 1 3 8 6 0 0 8- 1 1 3 9 6 0 0 8- 1 1 4 0 6 0 0 8- 1 1 4 1 6 0 0 8- 1 1 4 2 6 0 0 8- 1 1 4 3 6 0 0 8- 1 1 4 4 6 0 0 8- 1 1 4 5 6 0 0 8- 1 1 4 6 6 0 0 8- 1 1 4 7 6 0 0 8- 1 1 4 8 6 0 0 8- 1 1 4 9 6 0 0 8- 1 1 5 0

W or k M at eri al / V el o cit y m/ mi n C or bi n St e el

L o w- all o y e d St e el (- 2 4 H R C)

Hi- all o y e d St e el (- 3 0 H R C)

H ar d e n e d st e el s ( 3 0- 3 8 H R C)

H ar d e n e d st e el s ( 3 8- 4 8 H R C)

8 0- 1 5 0

4 0- 7 0

3 2- 5 0

St ai nl e s s St e el

C a st Ir o n

5 0- 8 0

8 0- 1 5 0

O R DE R N O. V D D 3 6- 8. 0 V D D 3 6- 8. 1 V D D 3 6- 8. 2 V D D 3 6- 8. 3 V D D 3 6- 8. 4 V D D 3 6- 8. 5 V D D 3 6- 8. 6 V D D 3 6- 8. 7 V D D 3 6- 8. 8 V D D 3 6- 8. 9 V D D 3 6- 9. 0 V D D 3 6- 9. 1 V D D 3 6- 9. 2 V D D 3 6- 9. 3 V D D 3 6- 9. 4 V D D 3 6- 9. 5 V D D 3 6- 9. 6 V D D 3 6- 9. 7 V D D 3 6- 9. 8 V D D 3 6- 9. 9 V D D 3 6- 1 0. 0 V D D 3 6- 1 0. 2 V D D 3 6- 1 0. 5 V D D 3 6- 1 0. 8 V D D 3 6- 1 1. 0 V D D 3 6- 1 1. 5 V D D 3 6- 1 2. 0 V D D 3 6- 1 2. 5 V D D 3 6- 1 3. 0 V D D 3 6- 1 3. 5 V D D 3 6- 1 4. 0 V D D 3 6- 1 4. 5 V D D 3 6- 1 5. 0 V D D 3 6- 1 5. 5 V D D 3 6- 1 6. 0 V D D 3 6- 1 6. 5 V D D 3 6- 1 7. 0 V D D 3 6- 1 7. 5 V D D 3 6- 1 8. 0 V D D 3 6- 1 8. 5 V D D 3 6- 1 9. 0 V D D 3 6- 1 9. 5 V D D 3 6- 2 0. 0

Dc m7

Lc m m 53 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 71 71 71 71 71 71 77 77 77 77 83 83 83 83 93 93 93 93 101 101 101 101

L m m 91 103 103 103 103 103 103 103 103 103 103 103 103 103 103 103 103 103 103 103 103 11 8 11 8 11 8 11 8 11 8 11 8 124 124 124 124 133 133 133 133 143 143 143 143 153 153 153 153

d h6 8 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 12 12 12 12 12 12 14 14 14 14 16 16 16 16 18 18 18 18 20 20 20 20

C O DE N O. 6 0 0 8- 1 1 5 1 6 0 0 8- 1 1 5 2 6 0 0 8- 1 1 5 3 6 0 0 8- 1 1 5 4 6 0 0 8- 1 1 5 5 6 0 0 8- 1 1 5 6 6 0 0 8- 1 1 5 7 6 0 0 8- 1 1 5 8 6 0 0 8- 1 1 5 9 6 0 0 8- 1 1 6 0 6 0 0 8- 1 1 6 1 6 0 0 8- 1 1 6 2 6 0 0 8- 1 1 6 3 6 0 0 8- 1 1 6 4 6 0 0 8- 1 1 6 5 6 0 0 8- 1 1 6 6 6 0 0 8- 1 1 6 7 6 0 0 8- 1 1 6 8 6 0 0 8- 1 1 6 9 6 0 0 8- 1 1 7 0 6 0 0 8- 1 1 7 1 6 0 0 8- 1 1 7 2 6 0 0 8- 1 1 7 3 6 0 0 8- 1 1 7 4 6 0 0 8- 1 1 7 5 6 0 0 8- 1 1 7 6 6 0 0 8- 1 1 7 7 6 0 0 8- 1 1 7 8 6 0 0 8- 1 1 7 9 6 0 0 8- 1 1 8 0 6 0 0 8- 1 1 8 1 6 0 0 8- 1 1 8 2 6 0 0 8- 1 1 8 3 6 0 0 8- 1 1 8 4 6 0 0 8- 1 1 8 5 6 0 0 8- 1 1 8 6 6 0 0 8- 1 1 8 7 6 0 0 8- 1 1 8 8 6 0 0 8- 1 1 8 9 6 0 0 8- 1 1 9 0 6 0 0 8- 1 1 9 1 6 0 0 8- 1 1 9 2 6 0 0 8- 1 1 9 3

Oil- F e e d Hi g h P erf or m a n c e Drll s

O R DE R N O. V D D 3 7- 3. 0 V D D 3 7- 3. 1 V D D 3 7- 3. 2 V D D 3 7- 3. 3 V D D 3 7- 3. 4 V D D 3 7- 3. 5 V D D 3 7- 3. 6 V D D 3 7- 3. 7 V D D 3 7- 3. 8 V D D 3 7- 3. 9 V D D 3 7- 4. 0 V D D 3 7- 4. 1 V D D 3 7- 4. 2 V D D 3 7- 4. 3 V D D 3 7- 4. 4 V D D 3 7- 4. 5 V D D 3 7- 4. 6 V D D 3 7- 4. 7 V D D 3 7- 4. 8 V D D 3 7- 4. 9 V D D 3 7- 5. 0 V D D 3 7- 5. 1 V D D 3 7- 5. 2 V D D 3 7- 5. 3 V D D 3 7- 5. 4 V D D 3 7- 5. 5 V D D 3 7- 5. 6 V D D 3 7- 5. 7 V D D 3 7- 5. 8 V D D 3 7- 5. 9 V D D 3 7- 6. 0 V D D 3 7- 6. 1 V D D 3 7- 6. 2 V D D 3 7- 6. 3 V D D 3 7- 6. 4 V D D 3 7- 6. 5 V D D 3 7- 6. 6 V D D 3 7- 6. 7 V D D 3 7- 6. 8 V D D 3 7- 6. 9 V D D 3 7- 7. 0 V D D 3 7- 7. 1 V D D 3 7- 7. 2 V D D 3 7- 7. 3 V D D 3 7- 7. 4 V D D 3 7- 7. 5 V D D 3 7- 7. 6 V D D 3 7- 7. 7 V D D 3 7- 7. 8 V D D 3 7- 7. 9

Dc m7

Lc m m 34 34 34 34 34 34 34 34 45 45 45 45 45 45 45 45 45 45 57 57 57 57 57 57 57 57 57 57 57 57 57 66 66 66 66 66 66 66 66 66 66 76 76 76 76 76 76 76 76 76

L m m 74 74 74 74 74 74 74 74 85 85 85 85 85 85 85 85 85 85 97 97 97 97 97 97 97 97 97 97 97 97 97 106 106 106 106 106 106 106 106 106 106 11 6 11 6 11 6 11 6 11 6 11 6 11 6 11 6 11 6

U nit: m m

d h6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8

C O DE N O. 6 0 0 8- 1 2 0 1 6 0 0 8- 1 2 0 2 6 0 0 8- 1 2 0 3 6 0 0 8- 1 2 0 4 6 0 0 8- 1 2 0 5 6 0 0 8- 1 2 0 6 6 0 0 8- 1 2 0 7 6 0 0 8- 1 2 0 8 6 0 0 8- 1 2 0 9 6 0 0 8- 1 2 1 0 6 0 0 8- 1 2 1 1 6 0 0 8- 1 2 1 2 6 0 0 8- 1 2 1 3 6 0 0 8- 1 2 1 4 6 0 0 8- 1 2 1 5 6 0 0 8- 1 2 1 6 6 0 0 8- 1 2 1 7 6 0 0 8- 1 2 1 8 6 0 0 8- 1 2 1 9 6 0 0 8- 1 2 2 0 6 0 0 8- 1 2 2 1 6 0 0 8- 1 2 2 2 6 0 0 8- 1 2 2 3 6 0 0 8- 1 2 2 4 6 0 0 8- 1 2 2 5 6 0 0 8- 1 2 2 6 6 0 0 8- 1 2 2 7 6 0 0 8- 1 2 2 8 6 0 0 8- 1 2 2 9 6 0 0 8- 1 2 3 0 6 0 0 8- 1 2 3 1 6 0 0 8- 1 2 3 2 6 0 0 8- 1 2 3 3 6 0 0 8- 1 2 3 4 6 0 0 8- 1 2 3 5 6 0 0 8- 1 2 3 6 6 0 0 8- 1 2 3 7 6 0 0 8- 1 2 3 8 6 0 0 8- 1 2 3 9 6 0 0 8- 1 2 4 0 6 0 0 8- 1 2 4 1 6 0 0 8- 1 2 4 2 6 0 0 8- 1 2 4 3 6 0 0 8- 1 2 4 4 6 0 0 8- 1 2 4 5 6 0 0 8- 1 2 4 6 6 0 0 8- 1 2 4 7 6 0 0 8- 1 2 4 8 6 0 0 8- 1 2 4 9 6 0 0 8- 1 2 5 0

W or k M at eri al / V el o cit y m/ mi n C or bi n St e el s

L o w- all o y e d St e el (- 2 4 H R C)

Hi- all o y e d St e el (- 3 0 H R C)

H ar d e n e d st e el s ( 3 0- 3 8 H R C)

H ar d e n e d st e el s ( 3 8- 4 8 H R C)

8 0- 1 5 0

4 0- 7 0

3 2- 5 0

St ai nl e s s St e el

C a st Ir o n

5 0- 8 0

8 0- 1 5 0

O R DE R N O. V D D 3 7- 8. 0 V D D 3 7- 8. 1 V D D 3 7- 8. 2 V D D 3 7- 8. 3 V D D 3 7- 8. 4 V D D 3 7- 8. 5 V D D 3 7- 8. 6 V D D 3 7- 8. 7 V D D 3 7- 8. 8 V D D 3 7- 8. 9 V D D 3 7- 9. 0 V D D 3 7- 9. 1 V D D 3 7- 9. 2 V D D 3 7- 9. 3 V D D 3 7- 9. 4 V D D 3 7- 9. 5 V D D 3 7- 9. 6 V D D 3 7- 9. 7 V D D 3 7- 9. 8 V D D 3 7- 9. 9 V D D 3 7- 1 0. 0 V D D 3 7- 1 0. 2 V D D 3 7- 1 0. 5 V D D 3 7- 1 0. 8 V D D 3 7- 1 1. 0 V D D 3 7- 1 1. 5 V D D 3 7- 1 2. 0 V D D 3 7- 1 2. 5 V D D 3 7- 1 3. 0 V D D 3 7- 1 3. 5 V D D 3 7- 1 4. 0 V D D 3 7- 1 4. 5 V D D 3 7- 1 5. 0 V D D 3 7- 1 5. 5 V D D 3 7- 1 6. 0 V D D 3 7- 1 6. 5 V D D 3 7- 1 7. 0 V D D 3 7- 1 7. 5 V D D 3 7- 1 8. 0 V D D 3 7- 1 8. 5 V D D 3 7- 1 9. 0 V D D 3 7- 1 9. 5 V D D 3 7- 2 0. 0

Dc m7

Lc m m 76 95 95 95 95 95 95 95 95 95 95 95 95 95 95 95 95 95 95 95 95 11 4 11 4 11 4 11 4 11 4 11 4 133 133 133 133 152 152 152 152 171 171 171 171 190 190 190 190

L m m 11 6 139 139 139 139 139 139 139 139 139 139 139 139 139 139 139 139 139 139 139 139 163 163 163 163 163 163 182 182 182 182 204 204 204 204 223 223 223 223 244 244 244 244

d h6 8 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 12 12 12 12 12 12 14 14 14 14 16 16 16 16 18 18 18 18 20 20 20 20

C O DE N O. 6 0 0 8- 1 2 5 1 6 0 0 8- 1 2 5 2 6 0 0 8- 1 2 5 3 6 0 0 8- 1 2 5 4 6 0 0 8- 1 2 5 5 6 0 0 8- 1 2 5 6 6 0 0 8- 1 2 5 7 6 0 0 8- 1 2 5 8 6 0 0 8- 1 2 5 9 6 0 0 8- 1 2 6 0 6 0 0 8- 1 2 6 1 6 0 0 8- 1 2 6 2 6 0 0 8- 1 2 6 3 6 0 0 8- 1 2 6 4 6 0 0 8- 1 2 6 5 6 0 0 8- 1 2 6 6 6 0 0 8- 1 2 6 7 6 0 0 8- 1 2 6 8 6 0 0 8- 1 2 6 9 6 0 0 8- 1 2 7 0 6 0 0 8- 1 2 7 1 6 0 0 8- 1 2 7 2 6 0 0 8- 1 2 7 3 6 0 0 8- 1 2 7 4 6 0 0 8- 1 2 7 5 6 0 0 8- 1 2 7 6 6 0 0 8- 1 2 7 7 6 0 0 8- 1 2 7 8 6 0 0 8- 1 2 7 9 6 0 0 8- 1 2 8 0 6 0 0 8- 1 2 8 1 6 0 0 8- 1 2 8 2 6 0 0 8- 1 2 8 3 6 0 0 8- 1 2 8 4 6 0 0 8- 1 2 8 5 6 0 0 8- 1 2 8 6 6 0 0 8- 1 2 8 7 6 0 0 8- 1 2 8 8 6 0 0 8- 1 2 8 9 6 0 0 8- 1 2 9 0 6 0 0 8- 1 2 9 1 6 0 0 8- 1 2 9 2 6 0 0 8- 1 2 9 3

C U T TI N G T O O L

F46

P E R F O R M A N C E D RI L L S

Str ai g ht S h a n k ( Or d er N o. V D D 3 7- Di a)

M a c hi n e R e a m er s

W or k M at eri al / V el o cit y m/ mi n C or bi n St e el

L o w- all o y e d St e el (- 2 4 H R C)

1 0- 2 0

Hi- all o y e d St e el (- 3 0 H R C)

1 0- 2 0

H ar d e n e d st e el s ( 3 0- 3 8 H R C)

8- 1 5

H ar d e n e d st e el s ( 3 8- 4 8 H R C)

5- 1 0

4- 1 0

St ai nl e s s St e el

C a st Ir o n

8- 1 5

Al u mi ni u m

8- 1 8

1 5- 3 0

1 0- 2 5

※ ※

Str ai g ht S h a n k ( Or d er N o. V R 3 0 0- Di a) O R DE R N O. V R 3 0 0- 3. 0 V R 3 0 0- 3. 5 V R 3 0 0- 4. 0 V R 3 0 0- 4. 5 V R 3 0 0- 5. 0 V R 3 0 0- 6. 0 V R 3 0 0- 7. 0 V R 3 0 0- 8. 0 V R 3 0 0- 9. 0 V R 3 0 0- 1 0. 0 V R 3 0 0- 1 1. 0

Dc H7

Lc m m 15 18 19 21 23 26 31 33 36 38 41

L m m 61 70 75 80 86 93 109 11 7 125 133 142

m m

U nit: m m

Z t e et h 4 4 4 4 6 6 6 6 6 6 6

C O DE N O. 6 0 0 7- 8 0 1 6 0 0 7- 8 0 2 6 0 0 7- 8 0 3 6 0 0 7- 8 0 4 6 0 0 7- 8 0 5 6 0 0 7- 8 0 6 6 0 0 7- 8 0 7 6 0 0 7- 8 0 8 6 0 0 7- 8 0 9 6 0 0 7- 8 1 0 6 0 0 7- 8 1 1

O R DE R N O. V R 3 0 0- 1 2. 0 V R 3 0 0- 1 3. 0 V R 3 0 0- 1 4. 0 V R 3 0 0- 1 5. 0 V R 3 0 0- 1 6. 0 V R 3 0 0- 1 8. 0 V R 3 0 0- 2 0. 0

Dc H7

Lc m m 44 44 47 50 52 56 60

L m m 151 151 160 162 170 182 195

d m m

M a c hi n e R e a m er s

Z t e et h 6 6 6 6 6 6 6

C O DE N O. 6 0 0 7- 8 1 2 6 0 0 7- 8 1 3 6 0 0 7- 8 1 4 6 0 0 7- 8 1 5 6 0 0 7- 8 1 6 6 0 0 7- 8 1 7 6 0 0 7- 8 1 8

C ar bi d e

I n St e p s of 0. 5 m m

W or k M at eri al / V el o cit y m/ mi n N o n all o y e d st e el s All o y e d St e el s

H e at r e si st a nt st e el s H ar d e n e d st e el s St ai nl e s s st e el s < 48 H R C

7- 2 5

7- 1 5

H ar d e n e d st e el s 4 8- 5 6 H R C

5- 1 0

Str ai g ht S h a n k( Or d er N o. V R 3 0 1- D c) O R DE R N O. V R 3 0 1- 3. 0 V R 3 0 1- 3. 5 V R 3 0 1- 4. 0 V R 3 0 1- 4. 5 V R 3 0 1- 5. 0 V R 3 0 1- 5. 5 V R 3 0 1- 6. 0 V R 3 0 1- 7. 0 V R 3 0 1- 8. 0 V R 3 0 1- 9. 0 V R 3 0 1- 1 0. 0

F47

Dc H7

Lc m m 15 18 19 21 23 26 26 31 33 36 38

C U T TI N G T O O L

L m m 61 70 75 80 86 93 93 109 11 7 125 133

m m

Z t e et h 4 4 4 4 6 6 6 6 6 6 6

Ir o n

Tit a ni u m

Ni c k el

1 0- 2 2

1 0- 2 5

5- 2 0

U nit: m m

C O DE N O. 6 0 0 7- 3 9 2 6 0 0 7- 3 9 3 6 0 0 7- 3 9 4 6 0 0 7- 3 9 5 6 0 0 7- 3 9 6 6 0 0 7- 3 9 7 6 0 0 7- 3 9 8 6 0 0 7- 4 0 0 6 0 0 7- 4 0 2 6 0 0 7- 4 0 4 6 0 0 7- 4 0 6

O R DE R N O. V R 3 0 1- 1 1. 0 V R 3 0 1- 1 2. 0 V R 3 0 1- 1 3. 0 V R 3 0 1- 1 4. 0 V R 3 0 1- 1 5. 0 V R 3 0 1- 1 6. 0 V R 3 0 1- 1 7. 0 V R 3 0 1- 1 8. 0 V R 3 0 1- 1 9. 0 V R 3 0 1- 2 0. 0

Dc H7

Lc m m 41 44 44 47 50 52 54 56 58 60

Al u mi ni u m

3 0- 4 5

L m m 142 151 151 160 162 170 175 182 189 195

d m m

2 0- 5 0

Z t e et h 6 6 6 6 6 6 6 6 6 6

C O DE N O. 6 0 0 7- 4 0 8 6 0 0 7- 4 1 0 6 0 0 7- 4 1 2 6 0 0 7- 4 1 4 6 0 0 7- 4 1 6 6 0 0 7- 4 1 8 6 0 0 7- 4 1 9 6 0 0 7- 4 2 0 6 0 0 7- 4 2 1 6 0 0 7- 4 2 2

M a c hi n e R e a m er s L o n g L e n gt h

W or k M at eri al / V el o cit y m/ mi n C or bi n St e el

L o w- all o y e d St e el (- 2 4 H R C)

1 0- 2 0

Hi- all o y e d St e el (- 3 0 H R C)

1 0- 2 0

H ar d e n e d st e el s ( 3 0- 3 8 H R C)

8- 1 5

H ar d e n e d st e el s ( 3 8- 4 8 H R C)

5- 1 0

St ai nl e s s St e el

4- 1 0

C a st Ir o n

8- 1 5

Al u mi ni u m

8- 1 8

1 5- 3 0

1 0- 2 5

※ ※

L o n g L e n gt h ( Or d er N o. V R C 0 2- Di a = V R 3 0 2- Di a) O R DE R N O. V R C 0 2- 3. 0 V R C 0 2- 3. 5 V R C 0 2- 4. 0 V R C 0 2- 4. 5 V R C 0 2- 5. 0 V R C 0 2- 6. 0 V R C 0 2- 7. 0 V R C 0 2- 8. 0

Dc H7

Lc m m 15 18 19 21 23 26 31 33

L d m m m m 100 11 2 11 9 126 132 139 156 165

Z t e et h 4 4 4 4 6 6 6 6

R E F. N O.

U nit: m m

C O DE N O. 6 0 0 8- 8 2 0 6 0 0 8- 8 2 1 6 0 0 8- 8 2 2 6 0 0 8- 8 2 3 6 0 0 8- 8 2 4 6 0 0 8- 8 2 5 6 0 0 8- 8 2 6 6 0 0 8- 8 2 7

O R DE R N O. V R C 0 2- 9. 0 V R C 0 2- 1 0. 0 V R C 0 2- 1 2. 0 V R C 0 2- 1 4. 0 V R C 0 2- 1 6. 0 V R C 0 2- 1 8. 0 V R C 0 2- 2 0. 0

Dc H7

Lc m m 36 38 44 47 52 56 60

L d m m m m 175 184 205 214 227 241 14 254 16

Z t e et h 6 6 6 6 6 6 6

C O DE N O. 6 0 0 8- 8 2 8 6 0 0 8- 8 2 9 6 0 0 8- 8 3 0 6 0 0 8- 8 3 1 6 0 0 8- 8 3 2 6 0 0 8- 8 3 3 6 0 0 8- 8 3 4

R E F. N O.

M A C HI N E R E A M E R S

M a c hi n e R e a m er s C ar bi d e Ti p p e d

W or k M at eri al / V el o cit y m/ mi n N o n all o y e d st e el s All o y e d St e el s

H e at r e si st a nt st e el s H ar d e n e d st e el s St ai nl e s s st e el s < 48 H R C

7- 2 5

7- 1 5

H ar d e n e d st e el s 4 8- 5 6 H R C

5- 1 0

T a p er S h a n k( Or d er N o. V R 3 0 3- D c) O R DE R N O. V R 3 0 3- 1 0. 0

Dc H7

Ir o n

Tit a ni u m

Ni c k el

1 0- 2 2

1 0- 2 5

5- 2 0

U nit: m m

Lc m m 38

L m m 168

d M T- # M T- 1

Z C O DE t e et h N O. 6 6 0 0 7- 4 3 0

V R 3 0 3- 1 1. 0

175

M T- 1

6 0 0 7- 4 3 1

V R 3 0 3- 1 2. 0

182

M T- 1

6 0 0 7- 4 3 2

V R 3 0 3- 1 3. 0

182

M T- 1

V R 3 0 3- 1 4. 0

189

M T- 1

V R 3 0 3- 1 5. 0

204

M T- 2

V R 3 0 3- 1 6. 0

210

V R 3 0 3- 1 7. 0

214

V R 3 0 3- 1 8. 0

V R 3 0 3- 1 9. 0

V R 3 0 3- 2 0. 0

O R DE R N O. V R 3 0 3- 2 2. 0

Dc H7

Al u mi ni u m

3 0- 4 5

2 0- 5 0

Z C O DE t e et h N O. 6 6 0 0 7- 4 4 1

Lc m m 64

L m m 237

d M T- # M T- 2

V R 3 0 3- 2 4. 0

268

M T- 3

6 0 0 7- 4 4 2

V R 3 0 3- 2 5. 0

268

M T- 3

6 0 0 7- 4 4 3

6 0 0 7- 4 3 3

V R 3 0 3- 2 6. 0

273

M T- 3

6 0 0 7- 4 4 4

6 0 0 7- 4 3 4

V R 3 0 3- 2 8. 0

277

M T- 3

6 0 0 7- 4 4 5

6 0 0 7- 4 3 5

V R 3 0 3- 3 0. 0

281

M T- 3

6 0 0 7- 4 4 6

M T- 2

6 0 0 7- 4 3 6

V R 3 0 3- 3 2. 0

317

M T- 4

6 0 0 7- 4 4 7

M T- 2

6 0 0 7- 4 3 7

V R 3 0 3- 3 5. 0

321

M T- 4

6 0 0 7- 4 4 8

219

M T- 2

6 0 0 7- 4 3 8

V R 3 0 3- 3 6. 0

325

M T- 4

6 0 0 7- 4 4 9

223

M T- 2

6 0 0 7- 4 3 9

V R 3 0 3- 3 8. 0

329

M T- 4

6 0 0 7- 4 5 0

228

M T- 2

6 0 0 7- 4 4 0

V R 3 0 3- 4 0. 0

329

M T- 4

6 0 0 7- 4 5 1

C U T TI N G T O O L

F48

M a c hi n e R e a m er s I n St e p s of 0. 1 m m

M a c hi n e R e a m er s ( Or d er N o. V R 0 3 0 8- Di a) O R DE R N O.

Dc H7

Lc m m

L m m

6 7 7 7 8 8 9 9 10 10 11 11 12 12 14 14 14 15 15 15 15 16 16 16 18 18 18 18 19 19 19 19 19 21 21 21 21 21 23 23 23 23 23 23 26 26 26 26 26 26 26 28 28 28 28 28 28 31 31 31

34 36 38 38 40 40 43 43 46 46 49 49 53 53 57 57 57 61 61 61 61 65 65 65 70 70 70 70 75 75 75 75 75 80 80 80 80 80 86 86 86 86 86 86 93 93 93 93 93 93 93 101 101 101 101 101 101 101 109 109

V R 3 0 8- 1. 0 V R 3 0 8- 1. 1 V R 3 0 8- 1. 2 V R 3 0 8- 1. 3 V R 3 0 8- 1. 4 V R 3 0 8- 1. 5 V R 3 0 8- 1. 6 V R 3 0 8- 1. 7 V R 3 0 8- 1. 8 V R 3 0 8- 1. 9 V R 3 0 8- 2. 0 V R 3 0 8- 2. 1 V R 3 0 8- 2. 2 V R 3 0 8- 2. 3 V R 3 0 8- 2. 4 V R 3 0 8- 2. 5 V R 3 0 8- 2. 6 V R 3 0 8- 2. 7 V R 3 0 8- 2. 8 V R 3 0 8- 2. 9 V R 3 0 8- 3. 0 V R 3 0 8- 3. 1 V R 3 0 8- 3. 2 V R 3 0 8- 3. 3 V R 3 0 8- 3. 4 V R 3 0 8- 3. 5 V R 3 0 8- 3. 6 V R 3 0 8- 3. 7 V R 3 0 8- 3. 8 V R 3 0 8- 3. 9 V R 3 0 8- 4. 0 V R 3 0 8- 4. 1 V R 3 0 8- 4. 2 V R 3 0 8- 4. 3 V R 3 0 8- 4. 4 V R 3 0 8- 4. 5 V R 3 0 8- 4. 6 V R 3 0 8- 4. 7 V R 3 0 8- 4. 8 V R 3 0 8- 4. 9 V R 3 0 8- 5. 0 V R 3 0 8- 5. 1 V R 3 0 8- 5. 2 V R 3 0 8- 5. 3 V R 3 0 8- 5. 4 V R 3 0 8- 5. 5 V R 3 0 8- 5. 6 V R 3 0 8- 5. 7 V R 3 0 8- 5. 8 V R 3 0 8- 5. 9 V R 3 0 8- 6. 0 V R 3 0 8- 6. 1 V R 3 0 8- 6. 2 V R 3 0 8- 6. 3 V R 3 0 8- 6. 4 V R 3 0 8- 6. 5 V R 3 0 8- 6. 6 V R 3 0 8- 6. 7 V R 3 0 8- 6. 8 V R 3 0 8- 6. 9

F49

C U T TI N G T O O L

d m m

U nit: m m

Z t e et h

C O DE N O.

4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6

6 0 0 7- 8 6 1 6 0 0 7- 8 6 2 6 0 0 7- 8 6 3 6 0 0 7- 8 6 4 6 0 0 7- 8 6 5 6 0 0 7- 8 6 6 6 0 0 7- 8 6 7 6 0 0 7- 8 6 8 6 0 0 7- 8 6 9 6 0 0 7- 8 7 0 6 0 0 7- 8 7 1 6 0 0 7- 8 7 2 6 0 0 7- 8 7 3 6 0 0 7- 8 7 4 6 0 0 7- 8 7 5 6 0 0 7- 8 7 6 6 0 0 7- 8 7 7 6 0 0 7- 8 7 8 6 0 0 7- 8 7 9 6 0 0 7- 8 8 0 6 0 0 7- 8 8 1 6 0 0 7- 8 8 2 6 0 0 7- 8 8 3 6 0 0 7- 8 8 4 6 0 0 7- 8 8 5 6 0 0 7- 8 8 6 6 0 0 7- 8 8 7 6 0 0 7- 8 8 8 6 0 0 7- 8 8 9 6 0 0 7- 8 9 0 6 0 0 7- 8 9 1 6 0 0 7- 8 9 2 6 0 0 7- 8 9 3 6 0 0 7- 8 9 4 6 0 0 7- 8 9 5 6 0 0 7- 8 9 6 6 0 0 7- 8 9 7 6 0 0 7- 8 9 8 6 0 0 7- 8 9 9 6 0 0 7- 9 0 0 6 0 0 7- 9 0 1 6 0 0 7- 9 0 2 6 0 0 7- 9 0 3 6 0 0 7- 9 0 4 6 0 0 7- 9 0 5 6 0 0 7- 9 0 6 6 0 0 7- 9 0 7 6 0 0 7- 9 0 8 6 0 0 7- 9 0 9 6 0 0 7- 9 1 0 6 0 0 7- 9 1 1 6 0 0 7- 9 1 2 6 0 0 7- 9 1 3 6 0 0 7- 9 1 4 6 0 0 7- 9 1 5 6 0 0 7- 9 1 6 6 0 0 7- 9 1 7 6 0 0 7- 9 1 8 6 0 0 7- 9 1 9 6 0 0 7- 9 2 0

W or k M at eri al / V el o cit y m/ mi n C or bi n St e el s

L o w- all o y e d St e el (- 2 4 H R C)

Hi- all o y e d St e el (- 3 0 H R C)

H ar d e n e d st e el s ( 3 0- 3 8 H R C)

H ar d e n e d st e el ( 3 8- 4 8 H R C)

1 0- 2 0

8- 1 5

5- 1 0

4- 1 0

St ai nl e s s St e el

C a st Ir o n

Al u mi ni u m

8- 1 5

8- 1 8

1 5- 3 0

O R DE R N O.

Dc H7

V R 3 0 8- 7. 0 V R 3 0 8- 7. 1 V R 3 0 8- 7. 2 V R 3 0 8- 7. 3 V R 3 0 8- 7. 4 V R 3 0 8- 7. 5 V R 3 0 8- 7. 6 V R 3 0 8- 7. 7 V R 3 0 8- 7. 8 V R 3 0 8- 7. 9 V R 3 0 8- 8. 0 V R 3 0 8- 8. 1 V R 3 0 8- 8. 2 V R 3 0 8- 8. 3 V R 3 0 8- 8. 4 V R 3 0 8- 8. 5 V R 3 0 8- 8. 6 V R 3 0 8- 8. 7 V R 3 0 8- 8. 8 V R 3 0 8- 8. 9 V R 3 0 8- 9. 0 V R 3 0 8- 9. 1 V R 3 0 8- 9. 2 V R 3 0 8- 9. 3 V R 3 0 8- 9. 4 V R 3 0 8- 9. 5 V R 3 0 8- 9. 6 V R 3 0 8- 9. 7 V R 3 0 8- 9. 8 V R 3 0 8- 9. 9 V R 3 0 8- 1 0. 0 V R 3 0 8- 1 0. 1 V R 3 0 8- 1 0. 2 V R 3 0 8- 1 0. 3 V R 3 0 8- 1 0. 4 V R 3 0 8- 1 0. 5 V R 3 0 8- 1 0. 6 V R 3 0 8- 1 0. 7 V R 3 0 8- 1 0. 8 V R 3 0 8- 1 0. 9 V R 3 0 8- 1 1. 0 V R 3 0 8- 1 1. 1 V R 3 0 8- 1 1. 2 V R 3 0 8- 1 1. 3 V R 3 0 8- 1 1. 4 V R 3 0 8- 1 1. 5 V R 3 0 8- 1 1. 6 V R 3 0 8- 1 1. 7 V R 3 0 8- 1 1. 8 V R 3 0 8- 1 1. 9 V R 3 0 8- 1 2. 0

Lc m m

L m m

31 31 31 31 31 31 33 33 33 33 33 33 33 33 33 33 36 36 36 36 36 36 36 36 36 36 38 38 38 38 38 38 38 38 38 38 38 41 41 41 41 41 41 41 41 41 41 41 41 44 44

109 109 109 109 109 109 11 7 11 7 11 7 11 7 11 7 11 7 11 7 11 7 11 7 11 7 125 125 125 125 125 125 125 125 125 125 133 133 133 133 133 133 133 133 133 133 133 142 142 142 142 142 142 142 142 142 142 142 142 151 151

1 0- 2 5

d m m

Z t e et h

C O DE N O.

6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6

6 0 0 7- 9 2 1 6 0 0 7- 9 2 2 6 0 0 7- 9 2 3 6 0 0 7- 9 2 4 6 0 0 7- 9 2 5 6 0 0 7- 9 2 6 6 0 0 7- 9 2 7 6 0 0 7- 9 2 8 6 0 0 7- 9 2 9 6 0 0 7- 9 3 0 6 0 0 7- 9 3 1 6 0 0 7- 9 3 2 6 0 0 7- 9 3 3 6 0 0 7- 9 3 4 6 0 0 7- 9 3 5 6 0 0 7- 9 3 6 6 0 0 7- 9 3 7 6 0 0 7- 9 3 8 6 0 0 7- 9 3 9 6 0 0 7- 9 4 0 6 0 0 7- 9 4 1 6 0 0 7- 9 4 2 6 0 0 7- 9 4 3 6 0 0 7- 9 4 4 6 0 0 7- 9 4 5 6 0 0 7- 9 4 6 6 0 0 7- 9 4 7 6 0 0 7- 9 4 8 6 0 0 7- 9 4 9 6 0 0 7- 9 5 0 6 0 0 7- 9 5 1 6 0 0 7- 9 5 2 6 0 0 7- 9 5 3 6 0 0 7- 9 5 4 6 0 0 7- 9 5 5 6 0 0 7- 9 5 6 6 0 0 7- 9 5 7 6 0 0 7- 9 5 8 6 0 0 7- 9 5 9 6 0 0 7- 9 6 0 6 0 0 7- 9 6 1 6 0 0 7- 9 6 2 6 0 0 7- 9 6 3 6 0 0 7- 9 6 4 6 0 0 7- 9 6 5 6 0 0 7- 9 6 6 6 0 0 7- 9 6 7 6 0 0 7- 9 6 8 6 0 0 7- 9 6 9 6 0 0 7- 9 7 0 6 0 0 7- 9 7 1

S oi d C ar bi d e E n d Mill s F or < 4 8 H R C

2 Fl ut e Mi cr o Gr ai n 1 0 % C o Gr a d e

IS O C O DE

C A R BI D E

W or k M at eri al / V el o cit y m/ mi n

V E112 F V E127F

N o n all o y e d st e el s All o y e d St e el s

H e at r e si st a nt st e el s St ai nl e s s st e el s

6 0- 2 5 0 6 0- 1 8 0

H ar d e n e d st e el s < 48 H R C

3 0- 1 0 0 2 0- 8 0

6 0- 8 0 4 0- 8 0

St u b L e n gt h( Or d er N o. V E 1 1 2 F- Di a) O R DE R N O.

Di a of Mill T ol h 1 0

Tit a ni u m

3 0- 1 5 0 3 0- 1 3 0

Ni c k el

3 0- 1 8 0 3 0- 1 2 0

4 0- 1 2 0 4 0- 1 0 0

1 0 0- 4 5 0 1 0 0- 3 0 0 U nit: m m

S h a n k Di a m m

V E 1 1 2- 1. 0 V E 1 1 2- 1. 5 V E 1 1 2- 2. 0 V E 1 1 2- 2. 5 V E 1 1 2- 3. 0 V E 1 1 2- 3. 5 V E 1 1 2- 4. 5 V E 1 1 2- 5. 0 V E 1 1 2- 5. 5 V E 1 1 2- 6. 0

Ir o n

Fl ut e L e n gt h m m

O v er all L e n gt h m m

C O DE N O.

38 38 38 38 38 50 50 50 50 50

6 0 0 7- 0 0 1 6 0 0 7- 0 0 2 6 0 0 7- 0 0 3 6 0 0 7- 0 0 4 6 0 0 7- 0 0 5 6 0 0 7- 0 0 6 6 0 0 7- 0 0 8 6 0 0 7- 0 0 9 6 0 0 7- 0 1 0 6 0 0 7- 0 1 1

3 3 3 3 3 4 5 5 6 6

S oi d C ar bi d e E n d Mill s F or < 4 8 H R C

4 Fl ut e Mi cr o Gr ai n 1 0 % C o Gr a d e

IS O C O DE

C A R BI D E

W or k M at eri al / V el o cit y m/ mi n O R DE R N O. V E114 F

N o n all o y e d st e el s All o y e d St e el s

H e at r e si st a nt st e el s St ai nl e s s st e el s

6 0- 2 5 0

H ar d e n e d st e el s < 48 H R C

3 0- 1 0 0

6 0- 8 0

Ir o n

Tit a ni u m

3 0- 1 5 0

Ni c k el

3 0- 1 8 0

4 0- 1 2 0

1 0 0- 4 5 0

St u b L e n gt h( Or d er N o. V E 1 1 4 F- Di a) O R DE R N O.

V E 1 1 4- 1. 0 V E 1 1 4- 1. 5 V E 1 1 4- 2. 0 V E 1 1 4- 2. 5 V E 1 1 4- 3. 0 V E 1 1 4- 3. 5 V E 1 1 4- 4. 5 V E 1 1 4- 5. 0 V E 1 1 4- 5. 5 V E 1 1 4- 6. 0

Di a of Mill T ol h 1 0

S h a n k Di a m m 3 3 3 3 3 4 5 5 6 6

Fl ut e L e n gt h m m

O v er all L e n gt h m m

C O DE N O.

38 38 38 38 38 50 50 50 50 50

6 0 0 7- 0 8 0 6 0 0 7- 0 8 1 6 0 0 7- 0 8 2 6 0 0 7- 0 8 3 6 0 0 7- 0 8 4 6 0 0 7- 0 8 5 6 0 0 7- 0 8 7 6 0 0 7- 0 8 8 6 0 0 7- 0 8 9 6 0 0 7- 0 9 0

C U T TI N G T O O L

F50

E N D MI L L S

O R DE R N O.

S oli d C ar bi d e E n d Mill s F or < 4 8 H R C

Mi cr o Gr ai n 1 0 % C o Gr a d e 2 Fl ut e

IS O C O DE

C A R BI D E

W or k M at eri al / V el o cit y m/ mi n O R DE R N O.

N o n all o y e d st e el s All o y e d St e el s

V B221F

6 0- 2 5 0

H e at r e si st a nt st e el s St ai nl e s s st e el s

H ar d e n e d st e el s < 48 H R C

3 0- 1 0 0

6 0- 8 0

Ir o n

Tit a ni u m

3 0- 1 5 0

Ni c k el

3 0- 1 8 0

4 0- 1 2 0

1 0 0- 4 5 0

St u b L e n gt h( Or d er N o. V B 2 2 1 F- Di a) O R DE R N O. V B 2 2 1- 1 V B 2 2 1- 1. 5 V B 2 2 1- 2 V B 2 2 1- 2. 5 V B 2 2 1- 3 V B 2 2 1- 3. 5 V B 2 2 1- 4 V B 2 2 1- 4. 5 V B 2 2 1- 5 V B 2 2 1- 5. 5 V B 2 2 1- 6

Di a of Mill T ol h 1 0

U nit: m m

S h a n k Di a m m 3 3 3 3 3 4 4 5 5 6 6

H. S. S. E N D MI L L S

F51

m m L

m m

C O D E N O.

V E S 2- 3. 0

6 0 0 9- 3 0 1

V E S 2- 4. 0

6 0 0 9- 3 0 3

V E S 2- 5. 0

6 0 0 9- 3 0 5

V E S 2- 6. 0

6 0 0 9- 3 0 7

V E S 2- 7. 0

6 0 0 9- 3 0 9

V E S 2- 8. 0

6 0 0 9- 3 1 1

V E S 2- 9. 0

6 0 0 9- 3 1 3

V E S 2- 1 0. 0

6 0 0 9- 3 1 5

V E S 2- 1 2. 0

6 0 0 9- 3 1 8

V E S 2- 1 4. 0

6 0 0 9- 3 2 0

V E S 2- 1 6. 0

105

6 0 0 9- 3 2 2

V E S 2- 1 8. 0

105

6 0 0 9- 3 2 4

V E S 2- 2 0. 0

11 5

6 0 0 9- 3 2 6

C U T TI N G T O O L

O v er all L e n gt h m m 38 38 38 38 38 50 50 50 50 50 50

C O DE N O. 6 0 0 7- 1 6 0 6 0 0 7- 1 6 1 6 0 0 7- 1 6 2 6 0 0 7- 1 6 3 6 0 0 7- 1 6 4 6 0 0 7- 1 6 5 6 0 0 7- 1 6 6 6 0 0 7- 1 6 7 6 0 0 7- 1 6 8 6 0 0 7- 1 6 9 6 0 0 7- 1 7 0

M A T E RI A L H. S. S. + C O

H. S. S. 4 F L U T E E N D MI L L

H. S. S. 2 F L U T E E N D MI L L O R D E R N O.

Fl ut e L e n gt h m m

O R D E R N O. V E S 4- 3. 0 V E S 4- 3. 5 V E S 4- 4. 0 V E S 4- 4. 5 V E S 4- 5. 0 V E S 4- 6. 0 V E S 4- 7. 0 V E S 4- 8. 0 V E S 4- 9. 0 V E S 4- 1 0. 0 V E S 4- 1 2. 0 V E S 4- 1 3. 0 V E S 4- 1 4. 0 V E S 4- 1 5. 0 V E S 4- 1 6. 0 V E S 4- 1 7. 0 V E S 4- 1 8. 0 V E S 4- 1 9. 0 V E S 4- 2 0. 0

m m L m m 10 55 12 60 12 60 15 60 15 60 15 60 20 70 20 70 25 80 25 80 30 90 35 95 35 95 40 105 40 105 40 105 40 105 45 11 5 45 11 5

d 6 8 8 8 8 8 8 8 10 10 12 12 12 16 16 16 16 20 20

C O D E N O. 6 0 0 9- 4 0 1 6 0 0 9- 4 0 2 6 0 0 9- 4 0 3 6 0 0 9- 4 0 4 6 0 0 9- 4 0 5 6 0 0 9- 4 0 7 6 0 0 9- 4 0 9 6 0 0 9- 4 1 1 6 0 0 9- 4 1 3 6 0 0 9- 4 1 5 6 0 0 9- 4 1 8 6 0 0 9- 4 1 9 6 0 0 9- 4 2 0 6 0 0 9- 4 2 1 6 0 0 9- 4 2 2 6 0 0 9- 4 2 3 6 0 0 9- 4 2 4 6 0 0 9- 4 2 5 6 0 0 9- 4 2 6

4 Fl ut e C ar bi d e E n d Mill S et V E 1 2 4- B 1 2 P C S/ S E T I n W o o d e n B o x

O R D E R N O. V E 1 2 4- B

C O D E N O. 6 0 0 7- 2 5 6

C A R BI D E

S E T I N C L U DI N G

4 Fl ut e C ar bi d e E n d Mill S et V E 1 2 4- A 1 8 P C S/ S E T I n W o o d e n B o x

O R D E R N O. V E 1 2 4- A

C O D E N O. 6 0 0 7- 2 5 7

S E T I N C L U DI N G

E N D MI L L S

C A R BI D E

2 Fl ut e C ar bi d e B all N o s e E n d Mill S et V B 2 2 2- A 9 P C S/ S E T I n W o o d e n B o x

O R D E R N O. V B 2 2 2- A

C O D E N O. 6 0 0 7- 2 5 8

C A R BI D E

S E T I N C L U DI N G V B 2 2 2- 4 X 3 P C S V B 2 2 2- 6 X 3 P C S V B 2 2 2- 8 X 3 P C S

C U T TI N G T O O L

F52

H a n d R e a m er s - H S S

H. S. S.

I D L

T ot al L e n gt h L 72

BL A DE I 40

BL A DE N 6

C O D E N O.

V H M- 0 3

BL A DE D 3

V H M- 0 4

6 0 0 9- 0 0 2

V H M- 0 5

6 0 0 9- 0 0 3

V H M- 0 6

100

6 0 0 9- 0 0 4

V H M- 0 7

105

6 0 0 9- 0 0 5

V H M- 0 8

11 5

6 0 0 9- 0 0 6

O R D E R N O.

6 0 0 9- 0 0 1

V H M- 0 9

125

6 0 0 9- 0 0 7

V H M- 1 0

130

6 0 0 9- 0 0 8

V H M- 1 1

140

6 0 0 9- 0 0 9

V H M- 1 2

150

6 0 0 9- 0 1 0

C o m bi n e d Drill A n d C o u nt er si n k

M at eri al: 6 5 4 2 A

HSS

DI N 3 3 3

d Dc

Lc L W or k M at eri al / V el o cit y m/ mi n N o n all o y e d st e el s All o y e d St e el s

H e at r e si st a nt st e el s H ar d e n e d st e el s St ai nl e s s st e el s < 48 H R C

3 0- 8 0

2 0- 6 0

O R D E R N O.

1 5- 2 5

V D S- 1. 6 V D S- 2. 0

1 0- 2 0

Ir o n

Tit a ni u m

Ni c k el

4 0- 1 0 0

2 0- 4 0

1 5- 4 0

2 2 0

Al u mi ni u m

6 0- 3 0 0

8 0- 4 0 0

C O D E N O.

6 0 0 8- 8 4 0

6 0 0 8- 8 4 1

V D S- 2. 5

V D S- 3. 1 5

6 0 0 8- 8 4 3

6 0 0 8- 8 4 4

V D S- 4. 0

F53

H ar d e n e d st e el s 4 8- 5 6 H R C

C U T TI N G T O O L

6 0 0 8- 8 4 2

A dj u st a bl e R e a m er s

U ni q u e Q u alit y, W orl d St a n d ar d

F e at ur e s A dj u st a bl e R e a m er s

O R D E R N O.

R a n g e of A dj u st m e nt ( m m)

O v er all L e n gt h ( m m)

Bl a d e L e n gt h ( m m)

W ei g ht ( k g s)

C O D E N O.

V A R- 6 3 5

6. 3 5 ~ 7. 1 5

0. 0 1 3

6 0 0 9- 0 2 1

V A R- 7 1 5

7. 1 5 ~ 7. 9 5

0. 0 1 7

6 0 0 9- 0 2 2

V A R- 7 9 5

7. 9 5 ~ 8. 7 0

107

0. 0 2 6

6 0 0 9- 0 2 3

V A R- 8 7 0

8. 7 0 ~ 9. 5 0

11 2

0. 0 3 0

6 0 0 9- 0 2 4

V A R- 1 6 7 5

1 6. 7 5 ~ 1 8. 2 5

172

0. 1 7 2

6 0 0 9- 0 3 1

V A R- 3 0 2 5

3 0. 2 5 ~ 3 4. 2 5

280

0. 9 4 5

6 0 0 9- 0 3 7

V A R- 7 0 0 0

70~85

509

135

9. 8 7

6 0 0 9- 0 4 2

O ut si d e R a di u s S h a p e E n d Mill s

M A T E RI A L: H. S. S.

S uit F or: Pl a sti c m ol d s a n d c utti n g r a di u s s h a p e w or k pi e c e.

O R D E R N O.

E n d D. A

O. D.

T ot al L

Shank d

Bl a d e N o. N

C O D E N O.

V C R- 0 1 0

6 0 0 9- 0 6 1

V C R- 0 2 0

6 0 0 9- 0 6 2

V C R- 0 3 0

6 0 0 9- 0 6 3

V C R- 0 4 0

6 0 0 9- 0 6 4

V C R- 0 5 0

6 0 0 9- 0 6 5

V C R- 0 6 0

6 0 0 9- 0 6 6

V C R- 0 7 0

6 0 0 9- 0 6 7

V C R- 0 8 0

6 0 0 9- 0 6 8

V C R- 0 9 0

6 0 0 9- 0 6 9

V C R- 1 0 0

6 0 0 9- 0 7 0

C U T TI N G T O O L

F54

A DJ U ST A BL E R E A M E R S

B e c a u s e of y o u c a n g et di a m et er a dj u st, o n e A dj u st a bl e r e a m er s f u n cti o n p o s si bl e a s d o z e n s of s oli d r e a m er s. T h e s p ar e bl a d e s s a v e y o u a l ot of e c o n o mi z ati o n

C o u nt er b or e E n d Mill s

M A T E RI A L: H. S. S.

G ui d e d

O R D E R N O.

Di m e n si o n m m

V C B- 0 3

G ui d e d

Bl a d e O. D.

Shank D

W ei g ht ( g)

C O D E N O.

6 0 0 9- 0 8 1

V C B- 0 4

6 0 0 9- 0 8 2

V C B- 0 5

6 0 0 9- 0 8 3

V C B- 0 6

6 0 0 9- 0 8 4

V C B- 0 8

6 0 0 9- 0 8 5

V C B- 1 0

6 0 0 9- 0 8 6

V C B- 1 2

120

6 0 0 9- 0 8 7

V C B- 1 4

165

6 0 0 9- 0 8 8

V C B- 1 6

186

6 0 0 9- 0 8 9

V C B- 1 8

195

6 0 0 9- 0 9 0

M et al Slitti n g S a w s

M A T E R A L: S K H- 9

I N SI D E DI A. 1” ( 2 5. 4 m m) O R D E R N O.

F55

T hi c k n e s s

Ø O. D.

C O D E N O.

O R D E R N O.

V S S- 7 5 0 5

6 0 0 9- 1 3 1

V S S- 7 5 0 8

V S S- 7 5 1 0

Ø O. D.

C O D E N O.

V S S- 1 0 0 5

100

6 0 0 9- 1 5 1

6 0 0 9- 1 3 2

V S S- 1 0 0 8

100

6 0 0 9- 1 5 2

6 0 0 9- 1 3 3

V S S- 1 0 1 0

100

6 0 0 9- 1 5 3

V S S- 7 5 1 2

6 0 0 9- 1 3 4

V S S- 1 0 1 2

100

6 0 0 9- 1 5 4

V S S- 7 5 1 5

6 0 0 9- 1 3 5

V S S- 1 0 1 5

100

6 0 0 9- 1 5 5

V S S- 7 5 1 8

6 0 0 9- 1 3 6

V S S- 1 0 1 8

100

6 0 0 9- 1 5 6

V S S- 7 5 2 0

6 0 0 9- 1 3 7

V S S- 1 0 2 0

100

6 0 0 9- 1 5 7

C U T TI N G T O O L

T hi c k n e s s

H. S. S. D RI L L

H S D- 1 0 Ø 1 ~ Ø 1 0 M M 1 9 P C S / S E T

H. S. S. D RI L L S

Wit h C o ati n g

H S D- 1 3 Ø 1 ~ Ø 1 3 M M 2 5 P C S / S E T

O R D E R N O.

P C S/ S ET

W EI G H T ( k g s)

C O D E N O.

H S D- 1 0

19 P C S

6 0 1 0- 0 0 1

H S D- 1 3

25 P C S

6 0 1 0- 0 0 2

C U T TI N G T O O L

F56

H a n d Ta p s

JI S S T A N D A R D

Ti s St a n d ar d

6 H

JI S S Q UA RE

O R D E R N O.

SI Z E x PI T C H

V H T- H 3 V H T- H 4 V H T- H 5 V H T- H 6 V H T- H 8 V H T- H 1 0 V H T- H 1 2 V H T- H 1 4 V H T- H 1 6 V H T- H 2 0

Ø D

4 5

6 5 7 8 10 12

46 52 60 62 70 75 82 88 95 105

18 20 22 24 30 32 38 42 45 50

S pir al Fl ut e d M a c hi n e T a p s

W EI G H T ( k g s)

C O D E N O. 6 0 1 1- 0 0 1 6 0 1 1- 0 0 2 6 0 1 1- 0 0 3 6 0 1 1- 0 0 4 6 0 1 1- 0 0 5 6 0 1 1- 0 0 6 6 0 1 1- 0 0 7 6 0 1 1- 0 0 8 6 0 1 1- 0 0 9 6 0 1 1- 0 1 0

L L1

6 H

JI S

S Q UA RE O R D E R N O. V M T- S 3 V M T- S 4 V M T- S 5 V M T- S 6 V M T- S 8 V M T- S 1 0 V M T- S 1 2 V M T- S 1 4 V M T- S 1 6 V M T- S 2 0

SI Z E x PI T C H

Ø D 4 5

L 46 52 60 62 70 75 82 88 95 105

6 5 7 8 10 12

L1 11 13 16 19 22 24 29 30 32 37

W EI G H T ( k g s)

C O D E N O. 6 0 1 1- 0 2 1 6 0 1 1- 0 2 2 6 0 1 1- 0 2 3 6 0 1 1- 0 2 4 6 0 1 1- 0 2 5 6 0 1 1- 0 2 6 6 0 1 1- 0 2 7 6 0 1 1- 0 2 8 6 0 1 1- 0 2 9 6 0 1 1- 0 3 0

S pir al Fl ut e d M a c hi n e T a p s L L1

6 H

JI S

S Q UA RE O R D E R N O. V M T- M 3 V M T- M 4 V M T- M 5 V M T- M 6 V M T- M 8 V M T- M 1 0 V M T- M 1 2 V M T- M 1 4 V M T- M 1 6 V M T- M 2 0

F57

SI Z E x PI T C H

C U T TI N G T O O L

Ø D 4 5

S 4

6 5 7

8 10 12

L 46 52 60 62 70 75 82 88 95 105

L1 11 13 16 19 22 24 29 30 32 37

W EI G H T ( k g s)

C O D E N O. 6 0 1 1- 0 4 1 6 0 1 1- 0 4 2 6 0 1 1- 0 4 3 6 0 1 1- 0 4 4 6 0 1 1- 0 4 5 6 0 1 1- 0 4 6 6 0 1 1- 0 4 7 6 0 1 1- 0 4 8 6 0 1 1- 0 4 9 6 0 1 1- 0 5 0

H a n d Ta p s

IS O STA N DA R D

IS O

5 2 9/ 2 2 8 3

S Q UA RE O R D E R N O.

SI Z E x PI T C H

Ø D

V H T- H 3-I S O V H T- H 4-I S O V H T- H 5-I S O V H T- H 6-I S O V H T- H 8-I S O V H T- H 1 0-I S O V H T- H 1 2-I S O V H T- H 1 4-I S O V H T- H 1 6-I S O V H T- H 2 0-I S O

STA N D A R D I S O529 I S O529 I S O529 I S O529 I S O529 I S O529

M3 I S O529 2283 M4 I S O529 2283 M5 M6 I S O529 2283 M8 I S O529 2283 M10 I S O529 2283 I S O529 2283 I S O529 2283 I S O529 2283

M4 M5 M8 M10 M12 M14 M16 M20

46 52 60 62 70 75 82 88 95 105

18 20 22 24 30 32 38 42 45 50

W EI G H T ( k g s)

C O D E N O. 6 0 1 1- 0 6 1 6 0 1 1- 0 6 2 6 0 1 1- 0 6 3 6 0 1 1- 0 6 4 6 0 1 1- 0 6 5 6 0 1 1- 0 6 6 6 0 1 1- 0 6 7 6 0 1 1- 0 6 8 6 0 1 1- 0 6 9 6 0 1 1- 0 7 0

S pir al Fl ut e d M a c hi n e T a p s L

IS O

5 2 9/ 2 2 8 3

S Q UA RE SI Z E x PI T C H

Ø D

V M T- S 3-I S O V M T- S 4-I S O V M T- S 5-I S O V M T- S 6-I S O V M T- S 8-I S O V M T- S 1 0-I S O V M T- S 1 2-I S O V M T- S 1 4-I S O V M T- S 1 6-I S O V M T- S 2 0-I S O

STA N D A R D I S O529 I S O529 I S O529 I S O529 I S O529 I S O529

M3 I S O529 2283 M4 I S O529 2283 M5 M6 I S O529 2283 M8 I S O529 2283 M10 I S O529 2283 I S O529 2283 I S O529 2283 I S O529 2283

M4 M5 M8 M10 M12 M14 M16 M20

46 52 60 62 70 75 82 88 95 105

11 13 16 19 22 24 29 30 32 37

W EI G H T ( k g s)

C O D E N O. 6 0 1 1- 0 8 1 6 0 1 1- 0 8 2 6 0 1 1- 0 8 3 6 0 1 1- 0 8 4 6 0 1 1- 0 8 5 6 0 1 1- 0 8 6 6 0 1 1- 0 8 7 6 0 1 1- 0 8 8 6 0 1 1- 0 8 9 6 0 1 1- 0 9 0

H E A N N D D MIT AL PL S

O R D E R N O.

S pir al Fl ut e d M a c hi n e T a p s L L1

IS O

5 2 9/ 2 2 8 3

S Q UA RE O R D E R N O.

V M T- M 3-I S O V M T- M 4-I S O V M T- M 5-I S O V M T- M 6-I S O V M T- M 8-I S O V M T- M 1 0-I S O V M T- M 1 2-I S O V M T- M 1 4-I S O V M T- M 1 6-I S O V M T- M 2 0-I S O

SI Z E x PI T C H

Ø D

STA N D A R D I S O529 I S O529 I S O529 I S O529 I S O529 I S O529

M3 I S O529 2283 M4 I S O529 2283 M5 M6 I S O529 2283 M8 I S O529 2283 M10 I S O529 2283 I S O529 2283 I S O529 2283 I S O529 2283

M4 M5 M8 M10 M12 M14 M16 M20

46 52 60 62 70 75 82 88 95 105

11 13 16 19 22 24 29 30 32 37

W EI G H T ( k g s)

C O D E N O. 6 0 1 1- 1 0 1 6 0 1 1- 1 0 2 6 0 1 1- 1 0 3 6 0 1 1- 1 0 4 6 0 1 1- 1 0 5 6 0 1 1- 1 0 6 6 0 1 1- 1 0 7 6 0 1 1- 1 0 8 6 0 1 1- 1 0 9 6 0 1 1- 1 1 0

C U T TI N G T O O L

F58

T a p Wr e n c h e s Wit h R at c h et

C L A M PI N G R A N G E

U nit : m m

O R D E R N O.

SI Z E

M E T RI C

M A X.

MI N.

W EI G H T ( k g s)

V P W- 3 1 0

M3~ M10

6 0 1 1- 8 0 1

V P W- 5 1 2

M5~ M12

100

6 0 1 1- 8 0 2

T a p Wr e n c h e s Wit h R at c h et

C O D E N O.

C L A M PI N G R A N G E

A = x 1. 4 1 4

T A P SI Z E

U nit : m m

O R D E R N O.

SI Z E

F O R M E T RI C

V P W- 1 1 8

V P W- 1 1 0

M A X. B

MI N. B

W EI G H T ( k g s)

C O D E N O.

PI P E P T/ P F-

M1~ M8

P T- 1/ 1 6

125

6 0 1 1- 8 1 1

M1~ M10

P T- 1/ 1 6

180

6 0 1 1- 8 1 2

V P W- 1 1 2

1- 1/ 2

M1~ M12

P T- 1/ 8

200

6 0 1 1- 8 1 3

V P W- 4 1 2

M4~ M15

P T- 1/ 8

280

6 0 1 1- 8 1 4

V P W- 5 2 0

M5~ M20

P T- 3/ 8

375

6 0 1 1- 8 1 5

V P W- 9 2 7

M9~ M27

P F- 5/ 8

500

6 0 1 1- 8 1 6

V P W- 1 3 3 2

M13~ M27

P F- 5/ 8

750

6 0 1 1- 8 1 7

M a g n eti c T a p p er C O S T HI G H E R

M a g n eti c f or c e 8 0 k gf P ort a bl e

E X A M PL E

U nit : m m

F59

O R D E R N O.

V T M- 1 3

122

C U T TI N G T O O L

W EI G H T ( k g s)

C O D E N O. 2 0 1 5- 7 3 1

S h o c k A b s or b er S p e ci al F e at ur e s

STA N DA R D TYPE

Pr e v e nti n g s h o c k & r e d u ci n g n oi s e. l o w b e d d e si g n. E a s y i n st all ati o n. Si m pl e a dj u st m e nt. Hi g h d ur a bilit y.

A p pli c ati o n V ari o u s g e n er al w or ki n g m a c hi n e s, m et al w or k pi e c e pr o c e s si n g m a c hi n e, pr o d u cti o n m a c hi n e, s p e ci al m a c hi n e, m e a s uri n g e q ui p m e nt, t e sti n g m a c hi n e. El e ctri c al g e n er at or, air c o m pr e s s or, et c. A D J U S T A B L E R A N G E 6- 1 2 m m

D EL U X E T Y P E

U nit: m m

A D J U S TI N G

M AI N B O D Y A D J U S T E D C L A M PI N G P L A T E A DJ U S T E D N U T R UBBE R SE D

O R DE R N O.

T K- 9 0

5 0 3 2 1 2 M- 1 0 0 5 0 0 k g

5 m m

0. 8

7 0 0 1- 0 0 0

T K- 1 2 0 1 2 0 9 0 3 5 1 2 M- 1 0 0 1 0 0 0 k g

5 m m

1. 4

7 0 0 1- 0 0 1

T K- 1 6 0 1 6 0 1 3 0 3 8 1 6 M- 1 1 0 1 5 0 0 k g

6 m m

2. 8

7 0 0 1- 0 0 2

T K- 2 0 0 2 0 0 1 7 0 4 5 2 0 M- 1 2 0 3 5 0 0 k g

6 m m

4. 4

7 0 0 1- 0 0 3

L O A D A dj u st a bl e W EI G H T K GS H EI G H K GS

Ø DxL

C O DE N O.

F e at ur e s : E a s y t o o p er at e. s h o c k- a b s or b e nt, r e d u c e s m a c hi n e n oi s e i n cl u d e s a dj u st m e nt, a n d a s s ur e s pr o d uti o n a c c ur a c y. D EL U X E T Y P E U nit: m m

O R DE R N O.

Ø dxL

L O A D K GS

A dj u st a bl e H EI G H

N. W. K GS

C O DE N O.

S B- 4

100

12x50

500

7 0 0 1- 0 3 1

S B- 6

150 135

1 6x 11 0

1000

7 0 0 1- 0 3 2

S B- 8

200 180 100 20x120

2500

7 0 0 1- 0 3 3

S B- 1 0

250 230 125 24x180

4000

7 0 0 1- 0 3 4

S UI T A B L E F O R : m a c hi n e t o ol s, m ol di n g m a c hi n e, pri nti n g m a c hi n e, C N C l at h e, gri n di n g m a c hi n e s, drilli n g m a c hi n e s, milli n g m a c hi n e s. F C D45

HEAVY D UTY TYPE

U nit: m m

O R D E R N O.

L O A D K GS

A dj u st a bl e H EI G H

N. W. K GS

C O DE N O.

S C- 1

130

700

4 M M

7 0 0 1- 0 6 0

S C- 2

174 143

1500

5 M M

8. 8

7 0 0 1- 0 6 1

S C- 3

217 165 101

2500

6 M M

7 0 0 1- 0 6 2

S UI T A B L E F O R : C N C l at h e, milli n g m a c hi n e s, c utti n g m a c hi n e s, gri n di n g m a c hi n e s. F C D45

LI G H T D U T Y T Y P E

U nit: m m

O R D E R N O.

L O A D K GS

S Y- 8

M 8 X 1. 2 5 P

100

0. 1

7 0 0 1- 0 8 0

S Y- 1 2

M 1 2 X 1. 2 5 P

200

0. 2 8

7 0 0 1- 0 8 1

S Y- 1 6

M 1 6 X 2. 0 P

100

300

0. 4 8

7 0 0 1- 0 8 2

S S41 G1

S P E CI A L U S A G E M A C HI N E

N. W. K GS

C O D E N O.

Ar b or Pr e s s

STA N D A R D TYPE

All m ai n p art s m a d e of d u ctil e c a st ir o n. A dj u st a bl e h a n dl e gi v e s c o n v e ni e nt h a n dl e p o sti o ni n g. 4- 9 0 d e gr e e e q u all y di vi d e d sl ott e d r o u n d t a bl e. C ol or m a y v ar y. ( Gr e e n)

V A R- 0 V A R- 1 V A R- 2 V A R- 3 V A R- 5

Base L x W( m m) 235x102 m m 270x127 m m 400x170 m m 470x200 m m 680x250 m m

H ei g ht H( m m) 254 320 445 570 800

M A X W or k H ei g ht A( m m) Str o k e 11 4 140 215 317 470

S wi n g B 85 105 135 135 245

T a bl e Di a m et er D 90 11 0 170 170 250

R a m Di m e n si o n Rx R 19x19 2 5. 4 x 2 5. 4 3 1. 7 x 3 1. 7 3 8. 1 x 3 8. 1 5 0. 8 x 5 0. 8

W ei g ht ( k g s) 8. 5 12 29 47 140

C O D E N O. 7 0 0 2- 1 0 0 7 0 0 2- 1 0 1 7 0 0 2- 1 0 2 7 0 0 2- 1 0 3 7 0 0 2- 1 0 4

S P E CI A L U S A G E M A C HI N E

O R D E R N O.

R AT C H E T L E V E R S T Y P E T hi s ar b or pr e s s wit h all st a n d ar d’ s f e at ur e. B ut o p er at e d wit h a r at c h et d e vi c e t h at will all o w y o u t o u s e t h e l e v er i n t h e m o st c o n v e ni e nt p o siti o n, t h e l e v er h a s a c o u nt er w ei g ht f or q ui c k r et ur n aft er w hi c h t h e d o w n str o k e h a n d w h e el will r et ur n t h e r a m t o t h e w or k q ui c kl y. R at c h et T y p e Ar b or Pr e s s a v ail a bl e- N o. 3/ 5 o nl y. T h e si z e i s s a m e a s V A R- 3, 5 C ol or m a y b e v ari e d. ( Gr e e n) O R D E R N O.

V A R R- 3

V A R R- 5

G. W. K G S

65 kgs

162 kgs

C O D E N O.

7 0 0 2- 1 3 1

7 0 0 2- 1 3 2

S P E CI A L U S A G E M A C HI N E

M at eri al : F C- 3 0 Pr e ci si o n : ± 0. 0 1 / 1 0 0 m m

S T- 7 5 S T- 1 0 0 S T- 1 2 5

M at eri al : F C- 3 0 Pr e ci si o n : ± 0. 0 1 / 1 0 0 m m F E A T U R E : T h e sli di n g s urf a c e s ar e tr e at e d b y h e at-tr e at m e nt & pr e ci si o n gr o u n d.

S T A- 1 6 0 S T A- 1 6 5 S T A- 2 0 0 S T A- 2 0 5 S T A- 3 0 0 S T A- 3 0 5

U nit: m m

O R D E R N O.

A x B

C x D

S T- 7 5 S T- 1 0 0 S T- 1 2 5 S T A- 1 6 0 S T A- 1 6 5 S T A- 2 0 0 S T A- 2 0 5 S T A- 3 0 0

75 x 180 100 x 235 125 x 300 160 x 200 160 x 200 200 x 300 200 x 300 300 x 350

105 x 157 140 x 160 165 x 255 160 x 300 160 x 400 200 x 400 200 x 600 300 x 500

75 100 125 100 200 100 300 150

60 70 80 90 90 120 120 188

W EI G H T

C O D E N O.

6. 5 9. 5 2 2. 9 20 2 3. 0 3 8. 0 5 0. 5 9 8. 0

7 0 0 2- 5 4 0 7 0 0 2- 5 4 1 7 0 0 2- 5 4 2 7 0 0 2- 5 4 3 7 0 0 2- 5 4 4 7 0 0 2- 5 4 5 7 0 0 2- 5 4 6 7 0 0 2- 5 4 7

2. 5 x 0. 0 2 2. 5 x 0. 0 2 4. 0 x 0. 0 2 4. 0 x 0. 0 2 4. 0 x 0. 0 2 4. 0 x 0. 0 2 4. 0 x 0. 0 2 4. 0 x 0. 0 2

M at eri al : F C- 3 0 Pr e ci si o n : ± 0. 0 1 / 1 0 0 m m F E A T U R E : T h e sli di n g s urf a c e s ar e tr e at e d b y h e at-tr e at m e nt & pr e ci si o n gr o u n d Di al gr a d u ati o n 4. 0 x 0. 0 2 m m

U nit: m m

O R DE R N O. S E- 1 0 0 S E- 1 5 0 S E- 2 0 0 S E- 2 5 0

100 150 200 250

255 385 510 600

150 200 250 300

35 40 60 60

130 185 240 280

70 11 0 160 200

60 90 140 160

120 120 135 140

30 20 20 25

15 20 20 25

26 35 40 40

Ø10 x 4 Ø13 x 4 Ø17 x 4 Ø17 x 4

S P E CI A L U S A G E M A C HI N E

C O D E N O. 15 35 67 11 5

7 0 0 2- 5 6 0 7 0 0 2- 5 6 1 7 0 0 2- 5 6 2 7 0 0 2- 5 6 3

Pr e ci si o n B ori n g/ Milli n g S pi n dl e H e a d

U nit: m m

O R DE R N O.

T a p er

M A X. R. P. M.

S H03

MT3

7000

Ø42

S H04 S H30 S H40 S H50

MT4 NT30 NT40 NT50

2500 3000 2500 2000

70 55 70 85

Ø 9- 4

90 160 75

270 Ø25 35 16x5

Ø 1 5- 4 1 4 5 1 5 0 2 8 0 9 4 Ø 1 1- 4 1 1 4 1 1 4 2 0 0 7 2 Ø 1 5- 4 1 7 0 1 8 4 2 8 0 1 0 6 Ø 1 5- 4 1 7 0 1 8 4 3 4 0 1 0 6

427 Ø35 45 16x5 317 Ø30 40 16x5 427 Ø35 45 16x5 500 Ø50 60

36 18 39 75

Ø 8 8. 8 8 2 190 90 Ø 6 9. 8 3 2 Ø 5 4 M 1 0 x P 1. 5- 4 1 2 0 9 0 Ø 8 8. 8 8 2 Ø 6 6. 7 M 1 2 x P 1. 7 5- 4 1 9 0 1 5 0 Ø 1 2 8. 5 7 Ø 1 0 1. 6 M 1 6 X P 2. 0- 4 2 2 0 1 5 0

W ei g ht kgs

B e ari n g O. D. Ø62 Ø55 Ø90 Ø75 Ø90 Ø 11 5

C O DE N O. 7 0 0 2- 6 0 0 7 0 0 2- 6 0 1 7 0 0 2- 6 0 3 7 0 0 2- 6 0 5 7 0 0 2- 6 0 7

S P E CI A L U S A G E M A C HI N E

Pr e ci si o n B ori n g/ Milli n g S pi n dl e H e a d

U nit: m m

O R DE R N O. S H30 A S H30 B S H40 A S H40 B

T a p er NT30 NT30 NT40 NT40

M A X. R. P. M. A 3000 77 9000 77 2500 77 8000 77

Ø 6 9. 8 3 2 Ø 6 9. 8 3 2 Ø 8 8. 8 8 2 Ø 8 8. 8 8 2

Ø54 Ø54 Ø 6 6. 7 Ø 6 6. 7

M 1 0 x P 1. 5- 4 1 6 0 1 4 0 M 1 0 x P 1. 5- 4 1 6 0 1 4 0 M 1 2 x P 1. 7 5- 4 1 8 0 1 7 0 M 1 2 x P 1. 7 5- 4 1 8 0 1 7 0

Ø 1 1- 6 1 3 3 1 7 6 2 0 0 Ø 1 1- 6 1 3 3 1 7 6 2 0 0 Ø 1 1- 6 1 4 7 2 0 0 2 2 0 Ø 1 1- 6 1 4 7 2 0 0 2 2 0

72 72 94 94

317 317 367 367

Ø30 10 16x5 Ø30 10 16x5 Ø35 20 16x5 Ø35 20 16x5

W ei g ht kgs 22 22 45 45

B e ari n g O. D. Ø75 Ø75 Ø90 Ø90

C O DE N O. 7 0 0 2- 6 2 0 7 0 0 2- 6 2 1 7 0 0 2- 6 2 2 7 0 0 2- 6 2 3

S P E CI A L U S A G E M A C HI N E

Fl at E n d M o v a bl e H a n dl e Fl at E n d M o v a bl e H a n dl e H a n dl e i s f o g g y pl ati n g tr e at e d. D et a c h a bl e n ut i s bl a c k e n e d. Fit t o c o m m o n m o v a bl e h a n d w h e el. R e a d y t o u s e. G o o d h a n di n g.

O R D E R N O.

D 1

L 1

C O D E N O.

V F E- 1 0

M 1 0 x 1. 5 P

7 0 0 3- 0 0 1

V F E- 8 3

3/ 8 x 1 6

7 0 0 3- 0 0 2

Elli p s e M o v a bl e H a n dl e Elli p s e M o v a bl e H a n dl e Brilli a nt or f o g g y pl ati n g s urf a c e. Fit t o c o m m o n m o v a bl e h a n d w h e el. E a s y t o i n st all S hi n e a n d g o o d l o o ki n g.

O R D E R N O.

D 1

L 1

C O D E N O.

V E M- 1 0

M 1 0 x 1. 5 P

7 0 0 3- 0 0 7

V E M- 8 3

3/ 8 x 1 6

7 0 0 3- 0 0 8

V E M- 8

M 8 x 1. 2 5 P

7 0 0 3- 0 0 9

V E M- 6

M 6 x 1. 0 P

7 0 0 3- 0 1 0

Na me

M at eri al

S urf a c e d pr o c e s s

Knob

B a k elit e ( K U)

Bl a c k

B all K n o b s

m m

O R D E R N O. ( K U)

C O D E N O.

V K B- 6 A A

M 6 x 1. 0 P

7 0 0 3- 1 2 0 A

V K B- 8 A

M 8 x 1. 2 5 P

7 0 0 3- 1 2 1 A

V K B- 8 B A

M 8 x 1. 2 5 P

7 0 0 3- 1 2 3 A

V K B- 1 0 A

M 1 0 x 1. 5 P

7 0 0 3- 1 2 4 A

V K B- 1 2 A A

M 1 2 x 1. 7 5 P

7 0 0 3- 1 2 7 A

V K B- 1 2 B A

M 1 2 x 1. 7 5 P

7 0 0 3- 1 2 8 A

S P E CI A L U S A G E M A C HI N E

Hand Knobs

T H REA D

Na me

M at eri al

S urf a c e d pr o c e s s

Knob

( K T)

Bl a c k

S pi n dl e

St e el ( S T)

Zi n ci n g ( ZI)

O R D E R N O. ( K T)

T H RE A D

K N O B

C O D E N O.

V K B- 8 K

M 8 x 1. 2 5 P x 2 1 L

Ø40x65L

7 0 0 3- 1 3 3

V K B- 8 K L

M 8 x 1. 2 5 P x 6 3 L

Ø40x65L

7 0 0 3- 1 3 4 A

A dj u st a bl e H a n d L e v er s

Na me

M at eri al

S urf a c e d pr o c e s s

H a n dl e

Pl a sti c ( K T)

S pi n dl e

St e el ( S T)

Bl a c k ( B K) a n d bl a c k h a n dl e ( O B) m m

O R D E R N O. ( K T)

H A N DLE L

T H RE A D

V A H- 6

7 0 0 3- 2 1 4 A

V A H- 8

7 0 0 3- 2 1 6 A

V A H- 1 0

M10

7 0 0 3- 2 1 7 A

S P E CI A L U S A G E M A C HI N E

C O D E N O.

A dj u st a bl e H a n d L e v er s Na me H a n dl e S pi n dl e

M at eri al Pl a sti c ( K T) St e el ( S T)

S urf a c e d pr o c e s s Bl a c k K n o b m m

O R D E R N O. ( K T)

T H RE A D L

H A N DLE L

C O D E N O.

V A H- 6 2 0

M 6 x 1. 0 P x 2 0 L

7 0 0 3- 2 2 0 A

V A H- 6 3 0

M 6 x 1. 0 P x 3 0 L

7 0 0 3- 2 2 0 B

V A H- 6 4 0

M 6 x 1. 0 P x 4 5 L

7 0 0 3- 2 2 0 C

V A H- 6 5 0

M 6 x 1. 0 P x 2 0 L

7 0 0 3- 2 2 0 D

V A H- 6 X L

M 6 x 1. 0 P x 3 0 L

7 0 0 3- 2 2 0 E

V A H- 8 D

M 8 x 1. 2 5 P x 3 0 L

7 0 0 3- 2 2 2 A

V A H- 8 1 5

M 8 x 1. 2 5 P x 1 5 L

7 0 0 3- 2 2 2 B

V A H- 8 4 0

M 8 x 1. 2 5 P x 4 0 L

7 0 0 3- 2 2 2 D

V A H- 1 0 2 0

M 1 0 x 1. 5 P x 2 0 L

7 0 0 3- 2 2 3 A

S P E CI A L U S A G E M A C HI N E

R e v ol vi n g H a n dl e s Na me H a n dl e S pi n dl e

M at eri al B a k elit e ( K U) St e el ( S T)

S urf a c e d pr o c e s s Bl a c k Zi n ci n g ( ZI)

m m

O R D E R N O.

T H RE A D L

C O D E N O.

V R L- 8 H

M 8 x 1. 2 5 P

7 0 0 3- 2 8 3 A

V R L- 8 H A

M 8 x 1. 2 5 P

7 0 0 3- 2 8 4 A

V R L- 1 0 H

M 1 0 x 1. 5 P

7 0 0 3- 2 8 5 A

V R L- 1 0 H A

M 1 0 x 1. 5 P

7 0 0 3- 2 8 7 A

V R L- 1 0 H B

M 1 0 x 1. 5 P

7 0 0 3- 2 8 8 A

3 6 0º S wi v elli n g L o c k H a n dl e 3 6 0º S wi v el H a n dl e W h e n p ull o ut, t hi s h a n dl e c a n s wi v el 3 6 0º fr e e. Al u mi ni u m h a n dl e, all w at er r e si st a n c e. T h e h a n dl e s h a p e f e at ur e s: c ur v e, b all, s q u ar e 3 t y p e s. O R D E R N O. A TYPE

B TYPE

SI Z E

C O D E N O.

V S A- 1

M 6 x 1. 0 P x 3 0 L

7 0 0 3- 3 0 0 A

V S A- 2

M 8 x 1. 2 5 P x 3 0 L

7 0 0 3- 3 0 1 A

V S A- 3

M 1 0 x 1. 5 P x 3 0 L

7 0 0 3- 3 0 2 A

V S A- 4

M 1 2 x 1. 7 5 P x 3 0 L

7 0 0 3- 3 0 2 B

V S B- 1

M 6 x 1. 0 P x 3 0 L

7 0 0 3- 3 0 3 A

V S B- 2

M 8 x 1. 2 5 P x 3 0 L

7 0 0 3- 3 0 4 A

V S B- 3

M 1 0 x 1. 5 P x 3 0 L

7 0 0 3- 3 0 5 A

V S B- 4

M 1 2 x 1. 7 5 P x 3 0 L

7 0 0 3- 3 0 5 B

Lifti n g E y e Ri n g E C

Ø D

S P E CI A L U S A G E M A C HI N E

ØA

S S400I R O N O R D E R N O.

SI Z E

V L E- 6 A V L E- 8 A V L E- 1 0 A V L E- 1 2 A V L E- 1 4 A V L E- 1 6 A V L E- 1 8 A V L E- 2 0 A V L E- 2 2 A V L E- 2 4 A

M 6 x 1. 0 P M 8 x 1. 2 5 P M 1 0 x 1. 5 P M 1 2 x 1. 7 5 P M 1 4 x 2. 0 P M 1 6 x 2. 0 P M 1 8 x 2. 5 P M 2 0 x 2. 5 P M 2 2 x 2. 5 P M 2 4 x 3. 0 P

ALL O WE D L O A D ( k g) 60 80 128 187 255 383 535 535 808 808

C O D E N O.

7 0 0 3- 3 2 1 A

7 0 0 3- 3 2 2 A

7 0 0 3- 3 2 3 A

7 0 0 3- 3 2 4 A

7 0 0 3- 3 2 5 A

7 0 0 3- 3 2 6 A

7 0 0 3- 3 2 7 A

7 0 0 3- 3 2 8 A

7 0 0 3- 3 2 9 A

7 0 0 3- 3 3 0 A

S h o ul d er L o c ati n g U nit M O Q: 1 B O X = 1 2 P C S O R D E R N O.

F or l at h e c h u c k

A ± 0. 0 5

V L S- 1 3 2 0 V L S- 1 3 2 5 V L S- 1 3 3 0 V L S- 1 3 3 5 V L S- 1 3 4 0 V L S- 1 6 2 0 V L S- 1 6 2 5 V L S- 1 6 3 0 V L S- 1 6 3 5 V L S- 1 6 4 0 V L S- 1 8 2 0 V L S- 1 8 2 5 V L S- 1 8 3 0 V L S- 1 8 3 5 V L S- 1 8 4 0

U nit : m m

B ± 0. 0 5

ø D

5. 5

M A X. 7. 9 5 1 MI N. 7. 9 8 7

7. 0

M A X. 9. 9 5 1 MI N. 9. 9 8 7

8. 0

M A X. 1 1. 9 4 1 MI N. 1 1. 9 8 4

L 20 25 30 35 40 20 25 30 35 40 20 25 30 35 40

W EI G H T K GS

M6 X 1. 0 P

M8 X 1. 2 5 P

M10 X 1. 5 P

C O DE N O. 7 0 0 3- 3 3 5 7 0 0 3- 3 3 6 7 0 0 3- 3 3 7 7 0 0 3- 3 3 8 7 0 0 3- 3 3 9 7 0 0 3- 3 4 0 7 0 0 3- 3 4 1 7 0 0 3- 3 4 2 7 0 0 3- 3 4 3 7 0 0 3- 3 4 4 7 0 0 3- 3 4 5 7 0 0 3- 3 4 6 7 0 0 3- 3 4 7 7 0 0 3- 3 4 8 7 0 0 3- 3 4 9

Ri n g Pl at e M O Q: 1 B O X = 5 0 P C S

U nit : m m

SI Z E D x d x T

B OX

V L E- W 2 2 6

Ø 2 2 X Ø 6. 5 X 4

V L E- W 2 2 1 0

Ø 2 2 X Ø 1 0. 7 X 4

V L E- W 2 5 1 1

W EI G H T K GS

C O D E N O.

50 P C S

7 0 0 3- 3 5 3

50 P C S

7 0 0 3- 3 5 4

Ø 2 5 X Ø 1 1. 5 X 4

50 P C S

7 0 0 3- 3 5 5

V L E- W 2 5 1 2

Ø 2 5 X Ø 1 2. 8 X 4

50 P C S

7 0 0 3- 3 5 6

V L E- W 3 2 1 2

Ø 3 2 X Ø 1 2. 8 X 4

50 P C S

7 0 0 3- 3 5 7

V L E- W 3 2 1 5

Ø 3 2 X Ø 1 5. 9 X 4

50 P C S

7 0 0 3- 3 5 8

V L E- W 3 5 1 5

Ø 3 5 X Ø 1 5. 9 X 4

50 P C S

7 0 0 3- 3 5 9

Cr a n k H a n dl e m m

W ei g ht kgs

C O D E N O.

O R D E R N O.

V A H- 2 1

147

0. 4 9

7 0 0 3- 4 6 0

V A H- 2 2

183

1 6. 5

0. 6 4

7 0 0 3- 4 6 1

V A H- 2 3

231

1. 0 8

7 0 0 3- 4 6 2

m m

W ei g ht kgs

C O D E N O.

O R D E R N O.

V A H- 3 1

180

0. 4 8

7 0 0 3- 4 7 0

V A H- 3 2

250

0. 6 2

7 0 0 3- 4 7 1

S P E CI A L U S A G E M A C HI N E

O R D E R N O.

B all Pl u g er S cr e w- S o c k et & Sl ott e d M at eri al : S C M 4 3 5 / 3 0 2 H Q H ar d n e s s : H R C 4 0º ± 3

I TYPE S C R E W D RI V E R S L

H TYPE H E X. S E T T Y P E

O R D E R N O.

pit c h

V B P- 0 3I

0. 5

1. 5

1. 0

V B P- 0 4I

0. 7

2. 5

V B P- 0 5I

0. 8

3. 0

V B P- 0 6I

1. 0

V B P- 0 8I

V B P- 1 0I

Li g ht

Heavy

C O D E N O.

mi n

Max

mi n

Max

1. 5

1. 0

2. 0

1. 5

2. 9

7 0 0 3- 4 0 0 A

1. 5

2. 0

4. 9

3. 9

9. 8

7 0 0 3- 4 0 1 A

2. 0

2. 5

2. 9

9. 8

4. 9

1 9. 6

7 0 0 3- 4 0 2 A

3. 5

2. 5

3. 0

4. 9

1 4. 7

9. 8

2 9. 4

7 0 0 3- 4 0 3 A

1. 2 5

5. 0

2. 5

4. 0

6. 9

1 9. 6

1 2. 7

3 9. 2

7 0 0 3- 4 0 4 A

M10

1. 5

6. 0

3. 0

5. 0

8. 8

2 4. 5

1 8. 6

4 9. 0

7 0 0 3- 4 0 5 A

V B P- 1 2I

M12

1. 7 5

8. 0

3. 0

6. 0

9. 8

2 9. 4

1 9. 6

5 8. 8

7 0 0 3- 4 0 6 A

V B P- 1 6I

M16

2. 0

3. 0

8. 0

1 5. 7

4 9. 0

2 9. 4

9 8. 0

7 0 0 3- 4 0 7 A

V B P- 0 3 H

0. 5

1. 5

1. 0

1. 5

1. 0

2. 0

1. 5

2. 9

7 0 0 3- 4 0 0 B

V B P- 0 4 H

0. 7

2. 5

1. 5

2. 0

4. 9

3. 9

9. 8

7 0 0 3- 4 0 1 B

V B P- 0 5 H

0. 8

3. 0

2. 0

2. 5

2. 9

9. 8

4. 9

1 9. 6

7 0 0 3- 4 0 2 B

V B P- 0 6 H

1. 0

3. 5

2. 5

3. 0

4. 9

1 4. 7

9. 8

2 9. 4

7 0 0 3- 4 0 3 B

V B P- 0 8 H

1. 2 5

5. 0

2. 5

4. 0

6. 9

1 9. 6

1 2. 7

3 9. 2

7 0 0 3- 4 0 4 B

V B P- 1 0 H

M10

1. 5

6. 0

3. 0

5. 0

8. 8

2 4. 5

1 8. 6

4 9. 0

7 0 0 3- 4 0 5 B

V B P- 1 2 H

M12

1. 7 5

8. 0

3. 0

6. 0

9. 8

2 9. 4

1 9. 6

5 8. 8

7 0 0 3- 4 0 6 B

V B P- 1 6 H

M16

2. 0

3. 0

8. 0

1 5. 7

4 9. 0

2 9. 4

9 8. 0

7 0 0 3- 4 0 7 B

S P E CI A L U S A G E M A C HI N E

P U- H a m m er S eri e s

B A SI C: St e el str u ct ur e a n d i n cl u d e st e el s h ot. M A T E RI A L S: M ai n of t h e a nti- p oll uti o n P U-li q ui d. T h e h ol d er u s e s oft q u alit y T P R. F E A T U R E: P U n ot m a k e wit h h e a v y- m et al a n d di o xi n w h e n b ur ni n g. H A R D N E S S: H ar d n e s s of h a m m er ( 9 0 A ~ 9 5 A) C ol or m a y b e v ari e d.

m m

O R D E R N O.

W ei g ht ( g)

C O D E N O.

V H M- 3 8

100

249

287

490

18oz

7 0 0 3- 3 6 7

V H M- 4 6

100

260

306

690

24oz

7 0 0 3- 3 6 8

V H M- 5 0

11 0

290

340

930

33oz

7 0 0 3- 3 6 9

V H M- 5 6

120

297

353

11 6 0

41oz

7 0 0 3- 3 7 0

V H M- 6 0

130

308

368

1370

49oz

7 0 0 3- 3 7 1

Stri k e f a c e u s e s U P E m at eri al s. R e c y cl a bl e T P V h ol d er. Stri k e f a c e O R D E R N O. V H M- 2 5 P E V H M- 3 0 P E V H M- 3 5 P E V H M- 4 0 P E V H M- 4 5 P E V H M- 5 0 P E V H M- 5 5 P E V H M-- 6 0 P E

H a m m er H e a d

A 25 30 35 40 45 50 55 60

B 11 0 11 0 11 0 120 120 125 135 140

C 250 250 245 260 260 265 265 265

D 275 280 280 300 305 315 320 320 P A R T S: O R D E R N O. V H M- 2 5 H V H M- 3 0 H V H M- 3 5 H V H M- 4 0 H V H M- 4 5 H V H M- 5 0 H V H M- 5 5 H V H M-- 6 0 H

W ei g ht ( g) 450 480 590 850 990 111 0 1316 1650

OZ 15oz 16oz 20oz 29oz 38oz 42oz 46oz 55oz

m m

C O D E N O. 7 0 0 3- 3 8 0 7 0 0 3- 3 8 1 7 0 0 3- 3 8 2 7 0 0 3- 3 8 3 7 0 0 3- 3 8 4 7 0 0 3- 3 8 5 7 0 0 3- 3 8 6 7 0 0 3- 3 8 7 u nit : m m

PI P E 25 30 35 40 45 50 55 60

C O D E N O. 7 0 0 3- 3 9 0 7 0 0 3- 3 9 1 7 0 0 3- 3 9 2 7 0 0 3- 3 9 3 7 0 0 3- 3 9 4 7 0 0 3- 3 9 5 7 0 0 3- 3 9 6 7 0 0 3- 3 9 7

S P E CI A L U S A G E M A C HI N E

G10

S P E CI A L U S A G E M A C HI N E

H a m m er

U ni v er s al Drill & C utt er Gri n d er

O R D E R N O. V D G- 3 2 N

C O D E N O. 8 0 0 1- 0 1 0

F E AT U R E S Gri n di n g c a p a cit y: Ø 1. 5 ~ Ø 3 2 m m ( Str ai g ht s h a n k & t a p er s h a n k) d o u bl e w h e el s. It o nl y n e e d t o r ot at e t h e m ot or w h e n w a nt t o gri n d t h e t o ol of diff er e nt m at eri al. It c a n i n cr e a s e t h e s af et y & s a v e t h e ti m e f or c h a n gi n g & r e p airi n g t h e gri n di n g w h e el. T h e ki n d s of gri n di n g t o ol i n cl u d e: drill s, st e p drill s, t a p s, li p s of e n d mill s, r o u n d b ar s, et c. A d o pt s pr e ci si o n 4 6 j a w s s elf- c e nt eri n g c h u c k, cli p pi n g o n e ti m e. It c a n gri n d t h e bl a d e of drill s a n d d o t h e p ari n g of drill s a b d o m e n. T h e a n gl e of drill s b ot h si d e s a n d t h e l e n gt h of t h e bl a d e ar e t h e s a m e aft er gri n di n g. It c a n k e e p t h e a c c ur a c y of t h e c e nt er of drill s wit h o ut off c e nt er. G u ar a nt e e d f or 3 m o nt h s C ol or m a y v ar y

D o u bl e c a m s: T h e c a m of gri n di n g drill s & T h e c a m of gri n di n g t a p s.

L o n git u di n al tr a v el of t a bl e Cr o s s tr a v el of s a d dl e R ot ar y a n gl e of w h e el h e a d P oi nt a n gl e Si z e of w h e el S p e e d of w h e el M ot or N. W. / G. W. Si z e of p a c ki n g ( L x W x H)

120 m m 135 m m 3 6 0º 9 0º- 1 8 0º 1 2 5 x 5 0 x 3 1. 7 5 m m 3600 R P M 3/ 4 H P, 1 1 0 V/ 2 2 0 V/ 3 8 0 V 9 0 k g s/ 1 2 0 k g s 800x550x670 m m

H ori z o nt al B a n d S a w

O R D E R N O. H B S- 7

C O D E N O. 8 0 0 1- 0 3 0

Pl e a s e n otif y t h e v olt a g e & p h a s e w h e n y o u or d eri n g. C ol or m a y v ar y

S P E CI FI C A TI O N C a p a cit y

H ori z o nt al B a n d S a w

O R D E R N O. H B S- 7 C E

180 m m(7 )

180x300 m m (7 x12 )

Bl a d e si z e

1 9 x 0. 9 x 2 3 6 0 m m ( 3/ 4 x 0. 3 2 x 7 9 )

M ot or

1 H P 4 p ol e 5 0 H Z/ 1 4 3 0r p m; 6 0 H Z/ 1 7 2 0r p m

Bl a d e s p e e d

2 2, 3 3, 4 5, 6 5 m p m ( 8 6- 1 3 2- 1 7 8- 2 6 0f p m)

M a c hi n e di m

L1470x W430 m m (L58 x W17 ) H 9 9 0 m m ( 3 9 ) h ori z o nt al p o siti o n.

N. W.

1 3 0 k g s ( 2 8 6 L B S)

G. W.

1 5 0 k g s ( 3 4 1 L B S)

V olt a g e

2 2 0 V/ 3 P H , 3 8 0 V/ 3 P H

C O D E N O. 8 0 0 1- 0 3 0 C E CE STA N DA R D Pl e a s e n otif y t h e v olt a g e & p h a s e w h e n y o u or d eri n g. C ol or m a y v ar y

S P E CI FI C A TI O N

G 11

S P E CI A L U S A G E M A C HI N E

C a p a cit y

9 0º 4 5º

180 m m 11 0 m m

Bl a d e si z e

1 9 x 0. 9 x 2 3 6 0 m m

M ot or

1 H P 4 p ol e 5 0 H Z/ 1 4 3 0r p m; 6 0 H Z/ 1 7 2 0r p m

Bl a d e s p e e d

St e p p ull e y 2 2, 3 3, 4 5, 6 5 m p m

P a c ki n g M e a s ur e m e nt

1295x457x1028 m m

N. W. / G. W.

1 3 0 k g s/ 1 5 0 k g s

Ty p e

V olt a g e

3 8 0 V/ 3 P H

St a n d ar d

1 8 0x 2 8 0 m m 1 8 0x 11 0 m m

6 5x 3 0 0 m m

S a w Bl a d e F O R V E R TI C A L G 1 4 & H B S- 7 B A N D S A W m m

O R D E R N O.

M A T E RI A L

T HI C K N E S S

L ( m m)

H B S- 1 0 6

C A R B O N ST E EL

0. 6 5

30000

H B S- 1 0 8

C A R B O N ST E EL

0. 6 5

30000

H B S- 1 1 0

C A R B O N ST E EL

0. 6 5

30000

Y- 3 1 0 Y- 3 6 0 Y- 4 0 0 Y- 5 0 0 ...... E T C.

O R D E R N O.

M A T E RI A L

T HI C K N E S S

M A C HI N E T Y P E

C O D E N O.

H B S- 1 2 6

HSS

0. 6 5

L ( m m) 15000

10/ 14

8 0 0 1- 7 1 0

H B S- 1 2 8

HSS

0. 6 5

15000

10/ 14

Y- 3 1 0 Y- 3 6 0 Y- 4 0 0 Y- 5 0 0 ...... E T C.

M A C HI N E T Y P E

C O D E N O.

1 0/ 1 4 4/ 6

U E- 1 0 0 S H B S- 9

8 0 0 1- 7 2 0 8 0 0 1- 7 2 1

O R D E R N O.

M A T E RI A L

T HI C K N E S S

H B S- 1 3 1 H B S- 1 3 2

HSS HSS

0. 6 5 0. 9

13 27

L ( m m) 1470 3035

M A C HI N E T Y P E

C O D E N O. 8 0 0 1- 7 0 0 8 0 0 1- 7 0 2

8 0 0 1- 7 0 1 m m

8 0 0 1- 7 1 1 m m

m m

O R D E R N O.

M A T E RI A L

T HI C K N E S S

H B S- 7- B L A D E- H S S H B S- 7- B L A D E- C A R BI D E

HSS C A R BI D E

0. 9 0. 9

19 19

L ( m m) 2365 2365

M A C HI N E T Y P E

C O D E N O.

5/ 8 P 8P

H B S- 7 H B S- 7

8 0 0 1- 7 3 0 8 0 0 1- 7 3 1

Air Di e T o ol S et s

C O D E N O. 8 0 0 1- 0 9 0 Cl e a n & Dr y Air N e e d e d. Fi x e d T y p e C oll et C h u c k: Ø 3. 0 m m I s St a n d ar d. 3/ 3 2 & 1/ 8 C oll et Ar e A v ail a bl e U p o n Y o ur R e q u e st. P ut Oil 1 0 C. C. I nt o T h e Air I nl et H ol e T wi c e D ail y. It’ s W ar m W h e n It’ s W or ki n g. R eli a bl e Q u alit y A n d E c o n o mi c Pri c e.

O R D E R N O. V A G- 4 0 7

C O D E N O. 8 0 0 1- 0 9 1

S P E CI FI C A TI O N C oll et Si z e

3 M M, 1/ 8”, 3/ 3 2”

Fr e e S p e e d

6 0, 0 0 0 R P M

O p er ati n g Air Pr e s s ur e

9 0 P SI, 6. 2 B A R

A v er a g e air c o n s u m pti o n

4. 6 C F M, 0. 1 3 M 3 / MI N

H o s e Si z e

1/ 4”, 6 M M

Air I nl et

1/ 4” P T, N P T

L e n gt h

1 3 5 M M, 5- 5/ 1 6”

N et W ei g ht

0. 4 K G, 0. 8 8 L B

Wr e n c h

2 Pcs

A br a si v e M o u nt P oi nt

10 Pcs

S P E CI FI C A TI O N C oll et Si z e

3 M M, 1/ 8”, 3/ 3 2”

Fr e e S p e e d

6 5, 0 0 0 R P M

O p er ati n g Air Pr e s s ur e

9 0 P SI, 6. 2 B A R

A v er a g e air c o n s u m pti o n

4. 7 C F M, 0. 4 M 3 / MI N

H o s e Si z e

1/ 4”, 6 M M

Air I nl et

1/ 4” P T, N P T

L e n gt h

1 3 5 M M, 5- 5/ 1 6”

N et W ei g ht

0. 4 K G, 0. 9 L B

Wr e n c h

2 Pcs

A br a si v e M o u nt P oi nt

10 Pcs

S P E CI A L U S A G E M A C HI N E

G12

S P E CI A L U S A G E M A C HI N E

O R D E R N O. V A G- 4 0 6

Air Di e T o ol

AI R I N L E T 1/ 4

DI Y t y p e E c o n o mi c t y p e

AI R P R E S S U R E 9 0 P SI

O R D E R N O. V A G- 5 0 0 O R D E R N O. V A G- 6 0 1 A

V A G- 5 0 0

V A G- 6 0 1 A

t ur bi n e oil # 6 0 G u ar a nt e e d f or 3 m o nt h s O R D E R N O. V A G- 5 0 0 V A G- 6 0 1 A

C O L L E T SI Z E 3 m m, 3/ 3 2 , 1/ 8 3 m m, 3/ 3 2 , 1/ 8

SPEE D 5 4, 0 0 0 R. P. M. 5 4, 0 0 0 R. P. M.

Cl e a n & Dr y Air N e e d e d. Fi x e d T y p e C oll et C h u c k: Ø 3. 0 m m I s St a n d ar d. 3/ 3 2 & 1/ 8 C oll et Ar e A v ail a bl e U p o n Y o ur R e q u e st. P ut Oil 1 0 C. C. I nt o T h e Air I nl et H ol e T wi c e D ail y. It’ s W ar m W h e n It’ s W or ki n g. R eli a bl e Q u alit y A n d E c o n o mi c Pri c e. O P TI O N A L O R D E R N O. V A G- 5 0 0- 3 M M V A G- 5 0 0- 3/ 3 2 V A G- 5 0 0- 1/ 8 V A G- 6 0 1 A- C O L L E T 3 M M V A G- 6 0 1 A- C O L L E T 3/ 3 2 V A G- 6 0 1 A- C O L L E T 1/ 8 W EI G H T ( g) 130 130

C OLLET 3 m m 3/ 3 2 1/ 8 3 m m 3/ 3 2 1/ 8

LE N GT H 150 m m 150 m m

C O D E N O. 8 0 0 1- 0 9 9 A 8 0 0 1- 0 9 9 B 8 0 0 1- 0 9 9 C 8 0 0 1- 1 0 0 A 8 0 0 1- 1 0 0 B 8 0 0 1- 1 0 0 C

C O D E N O. 8 0 0 1- 0 9 9 8 0 0 1- 1 0 0

R e pl a c e a bl e c oll et c h u c k: ø 3. 0 m m i s st a n d ar d. 3/ 3 2 a n d 1/ 8 c oll et ar e a v ail a bl e u p o n y o ur r e q u e st. Hi g h-t or q u e, q ui et-r u n ni n g a n d w ell b al a n c e.

Str o n g & sil e nt t y p e

O P TI O N A L O R D E R N O. V A G- 7 0 1- 3 M M V A G- 7 0 1- 3/ 3 2 V A G- 7 0 1- 1/ 8

t ur bi n e oil # 6 0 G u ar a nt e e d f or 3 m o nt h s

C OLLET 3 m m 3/ 3 2 1/ 8

C O D E N O. 8 0 0 1- 1 0 1 A 8 0 0 1- 1 0 1 B 8 0 0 1- 1 0 1 C

O R D E R N O.

C O L L E T SI Z E

SPEE D

W EI G H T ( g)

LE N GT H

C O D E N O.

V A G- 7 0 1

3 m m, 3/ 3 2 , 1/ 8

7 0, 0 0 0 R. P. M.

620

150 m m

8 0 0 1- 1 0 1

D u al c oll et c h u c k: ø 3. 0 m m a n d ø 6. 0 m m ar e st a n d ar d. 1/ 8 a n d 1/ 4 c oll et ar e a v ail a bl e u p o n y o ur r e q u e st. Hi g h t or q u e, h e a v y- d ut y, g e n er al- p ur p o s e a p pli c a bl e o n d e b urri n g, c h a mf eri n g, milli n g a n d

D u al- c oll et t y p e

O P TI O N A L O R D E R N O. V A G- 6 0 9- 3 M M V A G- 6 0 9- 6 M M V A G- 6 0 9- 1/ 4 V A G- 6 0 9- 1/ 8

t ur bi n e oil # 6 0 G u ar a nt e e d f or 3 m o nt h s O R D E R N O. V A G- 6 0 9

C O L L E T SI Z E 3 m m, 6 m m

SPEE D 3 5, 0 0 0 R. P. M.

W EI G H T ( g) 530

C OLLET 3 m m 6 m m 1/ 4 1/ 8 LE N GT H 175 m m

C O D E N O. 8 0 0 1- 1 1 5 A 8 0 0 1- 1 1 5 B 8 0 0 1- 1 1 5 C 8 0 0 1- 1 1 5 D C O D E N O. 8 0 0 1- 1 1 5

A n gl e 4 5º t y p e

t ur bi n e oil # 6 0 G u ar a nt e e d f or 3 m o nt h s

G13

O P TI O N A L O R D E R N O. M A T E RI A L PA D V A G- 8 2 4 1- W F- 3 0 P- P A D V A G- 8 2 4 1- W F- 3 0 S- S A N D- 4 0 G R A D E # 4 0, p c s/ 1 0 0/ B O X V A G- 8 2 4 1- W F- 3 0 S- S A N D- 6 0 G R A D E # 6 0, p c s/ 1 5 0/ B O X G R A D E #60 V A G- 8 2 4 1- W F- 3 0 C- W H E E L

C O D E N O. 8 0 0 1- 1 1 6 A 8 0 0 1- 1 1 6 B 8 0 0 1- 1 1 6 C 8 0 0 1- 1 1 6 D

O R D E R N O.

W H E E L SI Z E

SPEE D

W EI G H T ( g)

LE N GT H

C O D E N O.

V A G- 8 2 4 1

ø30 m m

2 3, 0 0 0 R. P. M.

300

160 m m

8 0 0 1- 1 1 6

S P E CI A L U S A G E M A C HI N E

Air Di e T o ol All air t o ol n e e d t o a d d air t o ol oil & m ai nt ai n c e e v er y 3 m o nt h s.

E c o n o mi c t y p e

Fi x e d t y p e c oll et c h u c k: ø 6. 0 m m i s st a n d ar d. 1/ 4 c oll et i s a v ail a bl e u p o n y o ur r e q u e st. R eli a bl e q u alit y a n d e c o n o mi c pri c e. O P TI O N A L

t ur bi n e oil # 6 0 G u ar a nt e e d f or 3 m o nt h s O R D E R N O.

C O L L E T SI Z E

SPEE D

O R D E R N O.

C OLLET

V A G- 6 0 4- 6 M M

6 m m

8 0 0 1- 1 1 7 A

V A G- 6 0 4- 1/ 4

1/ 4

8 0 0 1- 1 1 7 B

LE N GT H

C O D E N O.

W EI G H T ( g)

V A G- 6 0 4

C O D E N O.

8 0 0 1- 1 1 7

R e pl a c e a bl e c oll et c h u c k: ø 3 m m ø 6 m m ar e st a n d ar d. 1/ 4 c oll et i s a v ail a bl e u p o n y o ur r e q u e st. Hi g h-t or q u e, q uit e-r u n ni n g a n d w ell b al a n c e.

Str o n g & sil e nt t y p e

O P TI O N A L

t ur bi n e oil # 6 0 G u ar a nt e e d f or 3 m o nt h s

C OLLET

C O D E N O.

V A G- 6 0 5- 3 M M

3 m m

8 0 0 1- 1 1 8 A

V A G- 6 0 5- 6 M M

6 m m

8 0 0 1- 1 1 8 B

V A G- 6 0 5- 1/ 4

1/ 4

8 0 0 1- 1 1 8 C

O R D E R N O.

C O L L E T SI Z E

SPEE D

W EI G H T ( g)

LE N GT H

C O D E N O.

V A G- 6 0 5

6 m m, 3 m m

2 5, 0 0 0 R. P. M.

520

150 m m

8 0 0 1- 1 1 8

ø 1 1/ 2 or ø 2 r u b b er p a d wit h q ui c k c h a n g e a br a si v e ar e a d diti o n al o pti o n s. ( e xtr a c h ar g e) Hi g h t or q u e, h e a v y- d ut y, g e n er al- p ur p o s e a p pli c a bl e o n d e b urri n g, c h a mf eri n g, milli n g a n d

A n gl e 9 0º t y p e

w h e el i s st a n d ar d.

O P TI O N A L

ø2

ø 1 1/ 2

t ur bi n e oil # 6 0 G u ar a nt e e d f or 3 m o nt h s

O R D E R N O.

C OLLET

C O D E N O.

V A G- 8 2 4 2- P A D- 1- 1/ 2

1 1/ 2

8 0 0 1- 1 1 9 A

8 0 0 1- 1 1 9 B

V A G- 8 2 4 2- P A D- 2

O R D E R N O.

P A D SI Z E

SPEE D

W EI G H T ( g)

LE N GT H

C O D E N O.

V A G- 8 2 4 2

50 m m

1 6, 0 0 0 R. P. M.

520

175 m m

8 0 0 1- 1 1 9

O R D E R N O.

SI Z E

C O D E N O.

V A G- 9 3 2- W H E E L

8 0 0 1- 1 2 0 A

S P E CI A L U S A G E M A C HI N E

R u b b er Pad

O R D E R N O.

AI R T O O L

A n gl e t o ol

O P TI O N A L

t ur bi n e oil # 6 0 G u ar a nt e e d f or 3 m o nt h s O R D E R N O.

W H E E L SI Z E

SPEE D

W EI G H T ( g)

LE N GT H

C O D E N O.

V A G- 9 3 2

1 0 0 m m, ( 4 )

1 1, 0 0 0 R. P. M.

1350

175 m m

8 0 0 1- 1 2 0

S P E CI A L U S A G E M A C HI N E

G14

Air Di e T o ol All air t o ol n e e d t o a d d air t o ol oil & m ai nt ai n c e e v er y 3 m o nt h s. Al s o s uit a bl e f or s h o e s, m ol d s, a n d w o o d e n pr o c e s s e s. C a n gri n d m et al s. E s p e ci al s uit a bl e f or n arr o w p art s or gr o o v e b a s e s & si d e s. O P TI O N A L O R D E R N O.

Q U A N TI T Y

C O D E N O.

V A G- 3 1 8- FI L E S E T

4 p c s/ S E T

8 0 0 1- 1 2 1 A

t ur bi n e oil # 6 0 G u ar a nt e e d f or 3 m o nt h s O R D E R N O.

C O L L E T SI Z E

SPEE D

Str o k e

W EI G H T ( g)

LE N GT H

C O D E N O.

V A G- 3 1 8

6 m m

3, 7 0 0 c y cl e/ mi n

9 m m

1, 2 5 0

175 m m

8 0 0 1- 1 2 1

Fi n g er s a n d er

t h e c or n er s a n d c o m pli c at e d c ur v e s. C a n pr o vi d e t h e s m o ot h a n d hi g h- s p e e d e c c e ntri c r ot ati o n m o v e m e nt a n d e a s y r e pl a c e m e nt wit h o ut

O P TI O N A L O R D E R N O. V A G- F 3 0- P A D- T HI N V A G- F 3 0- VI S CI D- T HI C K V A G- F 3 0- VI S CI D- T HI N V A G- F 3 0- S T E E L- P L A T E

t ur bi n e oil # 6 0

G u ar a nt e e d f or 3 m o nt h s

M A T E RI A L T HI N T HI C K T HI N PL AT E

C O D E N O. 8 0 0 1- 1 2 2 A 8 0 0 1- 1 2 2 B 8 0 0 1- 1 2 2 C 8 0 0 1- 1 2 2 D

O R D E R N O.

SI Z E

SPEE D

W EI G H T ( g)

LE N GT H

C O D E N O.

V A G- F 3 0

A br a si v e: W 2 0 m m

1 3, 0 0 0 R. P. M.

830

200 m m

8 0 0 1- 1 2 2

B elt S a n d er F or r e m o vi n g s p ot w el di n g, s e mi & a ut o m ati c w el d s, a d h e si v e, p ai nt, a n d ot h er c o ati n g i n c o n c a v e pl a c e s. O P TI O N A L

t ur bi n e oil # 6 0 G u ar a nt e e d f or 3 m o nt h s

O R D E R N O.

G R A DE

C O D E N O.

V A G- 3 1 0- B E L T

#100

8 0 0 1- 1 2 3 A

O R D E R N O.

SI Z E

SPEE D

W EI G H T ( g)

LE N GT H

C O D E N O.

V A G- 3 1 0

10x330 m m

1 6, 0 0 0 R. P. M.

800

290 m m

8 0 0 1- 1 2 3

B elt S a n d er F or r e m o vi n g s p ot w el di n g, s e mi & a ut o m ati c w el d s, a d h e si v e, p ai nt, a n d ot h er c o ati n g i n c o n c a v e pl a c e s. O P TI O N A L

t ur bi n e oil # 6 0 G u ar a nt e e d f or 3 m o nt h s

G15

O R D E R N O.

G R A DE

C O D E N O.

V A G- 3 2 0- B E L T

#100

8 0 0 1- 1 2 4 A

O R D E R N O.

B E L T SI Z E

SPEE D

W EI G H T ( g)

LE N GT H

C O D E N O.

V A G- 3 2 0

20x520 m m

1 6, 0 0 0 R. P. M.

11 0 0

360 m m

8 0 0 1- 1 2 4

S P E CI A L U S A G E M A C HI N E

A br a si v e M o u nt e d P oi nt & W h e el F or Air T o ol

E m er y W h e el

A B R A SI V E M O U N T E D P OI N T S

F E LT B O B S

R U B B E RI Z E P OI N T S 1 2 0 G RI T

O R D E R N O.

W A- 3 0 3 A

W A- 3 0 4 A

W A- 3 0 5 A

Ø D C O D E N O.

3 m m 8 0 0 1- 1 3 1

4 m m 8 0 0 1- 1 3 2

5 m m 8 0 0 1- 1 3 3

O R D E R N O.

W A- 3 0 6 A

W A- 3 0 8 A

W A- 3 1 0 A

Ø D C O D E N O.

6 m m 8 0 0 1- 1 3 4

8 m m 8 0 0 1- 1 3 5

10 m m 8 0 0 1- 1 3 6

O R D E R N O.

W F- 3 0 4

W F- 3 0 5

W F- 3 0 6

Ø D C O D E N O.

4 m m 8 0 0 1- 1 3 7

5 m m 8 0 0 1- 1 3 8

6 m m 8 0 0 1- 1 3 9

O R D E R N O.

W F- 3 0 8

W F- 3 1 0

W F- 3 1 2

Ø D C O D E N O.

8 m m 8 0 0 1- 1 4 0

10 m m 8 0 0 1- 1 4 1

12 m m 8 0 0 1- 1 4 2

O R D E R N O.

W R- 3 0 4

W R- 3 0 5

Ø D C O D E N O.

4 m m 8 0 0 1- 1 4 4

5 m m 8 0 0 1- 1 4 5

O R D E R N O.

W R- 3 0 6

W R- 3 0 8

W R- 3 1 0

Ø D C O D E N O.

6 m m 8 0 0 1- 1 4 6

8 m m 8 0 0 1- 1 4 7

10 m m 8 0 0 1- 1 4 8

R E SI N OI D P OI N T S

O R D E R N O.

W E- 3 0 3

W E- 3 0 4

W E- 3 0 5

1 2 0 G RI T

Ø D C O D E N O.

3 m m 8 0 0 1- 1 4 9

4 m m 8 0 0 1- 1 5 0

5 m m 8 0 0 1- 1 5 1

O R D E R N O.

W E- 3 0 6

W E- 3 0 8

W E- 3 1 0

Ø D C O D E N O.

6 m m 8 0 0 1- 1 5 2

8 m m 8 0 0 1- 1 5 3

10 m m 8 0 0 1- 1 5 4

R U B B E RI P A D

P A P E R DI S C

C UP W HEEL

Ø30 m m

Ø30 m m G RI T 1 0 0 1 5 0 P C S/ B O X Packed

Ø30 m m G RI T 6 0 4 0 P C S/ B O X Packed

O R D E R N O. W F- 3 0 P C O D E N O. 8 0 0 1- 1 5 5

O R D E R N O. W F- 3 0 S C O D E N O. 8 0 0 1- 1 5 6

O R D E R N O. W F- 3 0 C C O D E N O. 8 0 0 1- 1 5 7

H a n d y S p o n g e S a n d er F e at ur e s:

V S S- 4 3 6

C o n v e ni e nt All p ur p o s e S q u ar e s h a p e : e a s y t o h a n dl e R e m o v e ir o n r u st or s cr at c h e s & unevenness G o o d f or r o u n d e d g e s a n d c or n er s

O R D E R N O.

V S S- 5 6 0

V S S- 4 3 6 V S S- 4 6 0 V S S- 4 1 0 0 V S S- 5 6 0 V S S- 5 1 0 0

Gr e at f or s a n di n g n arr o w s p a c e s & u n e v e n s urf a c e M O Q: 1 B O X=24 P C S

A v aili a bl e Grit DI M E N SI O N S ( m m) 3 6 c o ar s e 6 0 m e di m 100 x 70 x 25 36# 35 100 x 70 x 25 60# 35 100 x 70 x 25 100# 125 x 98 x 13 60# 35 125 x 98 x 13 36#

W EI G H T kgs 35 35

C O D E N O. 8 0 0 1- 2 2 0 8 0 0 1- 2 2 1 8 0 0 1- 2 2 2 8 0 0 1- 2 2 3 8 0 0 1- 2 2 4

S P E CI A L U S A G E M A C HI N E

G16

S P E CI A L U S A G E M A C HI N E

T h e s h a n k si z e i s ø 3. 0 T h e w h e el si z e i s ø D T h e mi ni m u m q u a ntit y i s 1 0 0 p c s / e a c h

Air Di e T o ol

AI R L A P P E R S F or Ø 3. 0 m m s h a n k. L o w n oi s e, l o w vi br ati o n a n d d ur a bl e t o ol lif e. Dr y air o nl y. T ur b o t y p e. Dri v e n b y t ur bi n e air m ot or.

G u ar a nt e e d f or 3 m o nt h s O R D E R N O. V A G- 0 3 0

ST R O KE 0. 3 m m

SPEE D 2 8, 0 0 0 r. p. m.

DI M E N SI O N S Ø28 x 200 m m

W EI G H( g) 220

C O D E N O. 8 0 0 1- 1 2 6

All c a s e b o x ar e n ot u n d er w arr a nt y.

Air Di e T o ol

AI R L A P P E R S F or Ø 3. 0 m m s h a n k.

Ultr a t y p e. Dr y air o nl y. G u ar a nt e e d f or 3 m o nt h s O R D E R N O. V A G- 0 5 0

ST R O KE 0. 5 m m

SPEE D 4 5, 0 0 0 r. p. m.

DI M E N SI O N S Ø23 x 185 m m

W EI G H( g) 220

C O D E N O. 8 0 0 1- 1 2 7

All c a s e b o x ar e n ot u n d er w arr a nt y.

Air Di e T o ol

AI R L A P P E R S F or Ø 3. 0 m m s h a n k. Si d e t o si d e str o k e.

Dr y air o nl y.

G u ar a nt e e d f or 3 m o nt h s O R D E R N O. V A G- 0 7 0

ST R O KE 0. 7 m m

SPEE D 1 5, 0 0 0 r. p. m.

DI M E N SI O N S Ø28 x 205 m m

W EI G H( g) 305

C O D E N O. 8 0 0 1- 1 2 8

All c a s e b o x ar e n ot u n d er w arr a nt y.

Air Di e T o ol

F or Ø 3. 0 m m s h a n k.

AI R L A P P E R S

pr o c e s s of m ol d a n d di e. L o w n oi s e, l o w vi br ati o n a n d d ur a bl e lif e. Dri v e n b y t ur bi n e air m ot or. T ur b o t y p e. Dr y air o nl y.

G u ar a nt e e d f or 3 m o nt h s O R D E R N O. V A G- 0 7 0 H

ST R O KE 0. 7 m m

SPEE D 2 8, 0 0 0 r. p. m.

DI M E N SI O N S Ø28 x 200 m m

W EI G H( g) 220

C O D E N O. 8 0 0 1- 1 2 9

All c a s e b o x ar e n ot u n d er w arr a nt y. G17

S P E CI A L U S A G E M A C HI N E

Di a m o n d T o ol s F or Air T o ol

O R D E R N O. W G- 3 0 D

C O D E N O. 8 0 0 1- 1 6 0

Di a m o n d m o u nt e d p oi nt s( 3. 0 s h a n k)

Grit si z e: ø 2. 0 ~ ø 5. 0 i s 1 2 0 # ø 1. 0 ~ ø 1. 5 i s 1 5 0 #, o n e s et i n cl u di n g all p oi nt e a c h o n e, t ot al i s 3 0 p c s/ s et

W G- 3 0 D: 3 0 P C S / s et ( s et i n ø 3. 0 m m s h a n k) W G- 3 0 D-I: 3 0 P C S / s et ( s et i n ø 1/ 8 s h a n k) W ei g ht: 0. 1 k g s S H A N K SI Z E

O R DE R N O. Ø D L C O DE N O.

U nit: m m

10 A

15 A

20 A

25 A

30 A

35 A

40 A

50 A

15 C

20 C

Ø1 8

Ø 1. 5 8

Ø2 8

Ø 2. 5 8

Ø3 10

Ø 3. 5 10

Ø4 10

Ø5 10

Ø 1. 5 8

Ø2 8

8 0 0 1- 1 6 1

8 0 0 1- 1 6 2

8 0 0 1- 1 6 3

8 0 0 1- 1 6 4

8 0 0 1- 1 6 5

8 0 0 1- 1 6 6

8 0 0 1- 1 6 7

8 0 0 1- 1 6 8

8 0 0 1- 1 6 9

8 0 0 1- 1 7 0

25 C

30 C

35 C

40 C

50 C

20 B

30 B

50 B

20T

30T

Ø 2. 5 8

Ø3 10

Ø 3. 5 10

Ø4 10

Ø5 10

Ø2 -

Ø3 -

Ø5 -

Ø2 10

Ø3 10

8 0 0 1- 1 7 1

8 0 0 1- 1 7 2

8 0 0 1- 1 7 3

8 0 0 1- 1 7 4

8 0 0 1- 1 7 5

8 0 0 1- 1 7 6

8 0 0 1- 1 7 7

8 0 0 1- 1 7 8

8 0 0 1- 1 7 9

8 0 0 1- 1 8 0

30 V

15 R

20 R

30 R

20 P

30 P

20F

30F

50F

30 S

Ø3 10

Ø 1. 5 10

Ø2 12

Ø3 14

Ø2 12

Ø3 15

Ø2 10

Ø3 10

Ø5 10

Ø3 6

8 0 0 1- 1 8 1

8 0 0 1- 1 8 2

8 0 0 1- 1 8 3

8 0 0 1- 1 8 4

8 0 0 1- 1 8 5

8 0 0 1- 1 8 6

8 0 0 1- 1 8 7

8 0 0 1- 1 8 8

8 0 0 1- 1 8 9

8 0 0 1- 1 9 0

S P E CI A L U S A G E M A C HI N E

G18

S P E CI A L U S A G E M A C HI N E

3 0 P C S A S S O R T M E N T S E T: C O N T AI N S O N E E A C H O F A B O V E P OI N T S.

C ar bi d e R ot ar y B urr s

C Y LI N D E R R O U N D N O S E

U nit : m m

O R D E R N O.

W EI G H T( g)

C O D E N O.

V R B- C 6

3. 0 R

0. 0 2

8 0 0 1- 3 0 1

V R B- C 8

4. 0 R

0. 0 3

8 0 0 1- 3 0 2

V R B- C 1 0

5. 0 R

0. 0 3

8 0 0 1- 3 0 3

V R B- C 1 2

6. 0 R

0. 0 4

8 0 0 1- 3 0 4

C ar bi d e R ot ar y B urr s

SP HE RE

U nit : m m

O R D E R N O.

W EI G H T( g)

C O D E N O.

V R B- S 6

0. 0 2

8 0 0 1- 3 1 1

V R B- S 8

0. 0 3

8 0 0 1- 3 1 2

V R B- S 1 0

0. 0 3

8 0 0 1- 3 1 3

V R B- S 1 2

0. 0 4

8 0 0 1- 3 1 4

C ar bi d e R ot ar y B urr s

A R C H R O U N D N OSE

U nit : m m

G19

O R D E R N O.

W EI G H T( g)

C O D E N O.

V R B- A 6

1. 5 R

0. 0 2

8 0 0 1- 3 2 1

V R B- A 8

2 R

0. 0 3

8 0 0 1- 3 2 2

V R B- A 1 0

2. 5 R

0. 0 3

8 0 0 1- 3 2 3

V R B- A 1 2

3 R

0. 0 4

8 0 0 1- 3 2 4

S P E CI A L U S A G E M A C HI N E

C ar bi d e R ot ar y B urr s

A R C H P OI N T N O S E

U nit : m m

O R D E R N O.

W EI G H T( g)

C O D E N O.

V R B- P 6

26 R

0. 0 2

8 0 0 1- 3 3 1

V R B- P 8

27 R

0. 0 3

8 0 0 1- 3 3 2

V R B- P 1 0

28 R

0. 0 3

8 0 0 1- 3 3 3

V R B- P 1 2

30 R

0. 0 4

8 0 0 1- 3 3 4

C ar bi d e R ot ar y B urr s

C O N E WI T H R O U N D N O S E

O R D E R N O.

L 1

W EI G H T( g)

C O D E N O.

V R B- C R 6

1. 2 R

0. 0 2

8 0 0 1- 3 4 1

V R B- C R 8

1. 4 R

0. 0 3

8 0 0 1- 3 4 2

V R B- C R 1 0

2. 2 R

0. 0 3

8 0 0 1- 3 4 3

V R B- C R 1 2

3. 0 R

0. 0 4

8 0 0 1- 3 4 4

C ar bi d e R ot ar y B urr s

C O N E WI T H R O U N D N O S E

U nit : m m

O R D E R N O.

W EI G H T( g)

C O D E N O.

V R B- P C 6

0. 0 2

8 0 0 1- 3 5 1

V R B- P C 8

0. 0 3

8 0 0 1- 3 5 2

V R B- P C 1 0

0. 0 3

8 0 0 1- 3 5 3

V R B- P C 1 2

0. 0 4

8 0 0 1- 3 5 4

S P E CI A L U S A G E M A C HI N E

G20

S P E CI A L U S A G E M A C HI N E

U nit : m m

S cr e w dri v er Bl a d e s & Ti p s

C hr o m e- V a n a di u m St e el ( Cr- V St e el) H ar d n e s s : H R C 5 0- 5 2 T or q u e : m e et DI N st a n d ar d S 2 St e el H ar d n e s s : H R C 5 8- 6 0 T or q u e : U p 1 0 % fr o m Cr- M o C hr o m e- M ol y b d e n u m St e el ( Cr- M o St e el) V E R T E X st a n d ar d H ar d n e s s : H R C 5 4- 5 6 ( Sl ott e d H R C 5 2- 5 4) T or q u e : U p 3 0 % fr o m Cr- V

H a n dl e si z e Li st ( m m) M o d el VE RTEX Bl a d e Ø St a n d ar d Pr o c e s s f or Ti p : St u b b y

Di a m o n d H e a d (f or S 2 o nl y) V S. B all P oi nt Di a m o n d H e a d

B all P oi nt

H A R D W A R D A C C E S S O RI E S

22 x 74 27 x 92 27 x 92 3 2 x 11 0 3 5 x 11 8 38 x 125 32 x 55

S cr e w dri v er Ø M at eri al : bl a d e : Cr- M o,( 4 m m u p st a m p e d m at eri al),

L M O Q: 1 Box = 12 P C S

SL OTTE D O R D E R N O.

B L A D E SI Z E ( ø m m x W x L )

G. W. kgs

Box

m m C O D E N O.

T S D- S 3

12 P C S

9 0 0 1- 0 0 1

T S D- S 4

12 P C S

9 0 0 1- 0 0 2

T S D- S 5

12 P C S

9 0 0 1- 0 0 3

T S D- S 6

12 P C S

9 0 0 1- 0 0 4

T S D- S 6 L

12 P C S

9 0 0 1- 0 0 5

T S D- S 8

12 P C S

9 0 0 1- 0 0 6

P HI L LI P S

G. W. kgs

m m

O R D E R N O.

B L A D E SI Z E ( ø m m x W x L )

Box

T S D- P 3

# 0( 3 m m) x 7 5

12 P C S

9 0 0 1- 0 2 1

T S D- P 6

# 2( 6 m m) x 3 8

12 P C S

9 0 0 1- 0 2 3

T S D- P 8

# 3( 8 m m) x 1 5 0

12 P C S

9 0 0 1- 0 2 5

S T A R T A M P E R R E SI S T A N T B L A D E SI Z E ( ø m m x W x L )

Box

G. W. kgs

C O D E N O.

m m

O R D E R N O.

Tr o x T y p e

C O D E N O.

T S P- T 9

12 P C S

9 0 0 1- 0 6 1

T S P- T 1 0

T10

12 P C S

9 0 0 1- 0 6 2

T S P- T 1 5

T15

12 P C S

9 0 0 1- 0 6 3

I n s ul at e d M O Q: 1 Box = 12 P C S

SL OTTE D O R D E R N O.

B L A D E SI Z E ( ø m m x W x L )

Box

G. W. kgs

m m C O D E N O.

TI S- S 3

12 P C S

9 0 0 1- 0 8 1

TI S- S 4

12 P C S

9 0 0 1- 0 8 2

TI S- S 5

12 P C S

9 0 0 1- 0 8 3

TI S- S 6

12 P C S

9 0 0 1- 0 8 4

TI S- S 8

12 P C S

9 0 0 1- 0 8 5

P HI L LI P S O R D E R N O.

B L A D E SI Z E ( ø m m x W x L )

Box

G. W. kgs

m m C O D E N O.

TI S- P 3

# 0( 3 m m) x 7 5

12 P C S

9 0 0 1- 1 0 1

TI S- P 5

# 1( 5 m m) x 1 0 0

12 P C S

9 0 0 1- 1 0 2

TI S- P 6

# 2( 6 m m) x 1 0 0

12 P C S

9 0 0 1- 1 0 3

TI S- P 8

# 3( 8 m m) x 1 5 0

12 P C S

9 0 0 1- 1 0 4

H A R D W A R D A C C E S S O RI E S

S C R E W D RI V E R

I n s ul at e d S cr e w dri v er

L T y p e K e y S et M at eri al : S 2 St e el Fi ni s h : C hr o m e Pl at e d S ati n Fi ni s h

M O Q: 1 Box = 12 S E T S O R D E R N O.

SI Z E

L e n g et h

T H B- 1

G. W. kgs

Box 12 S ET S

C O D E N O. 9 0 0 3- 0 0 1

9 P C S/ S ET

L T y p e K e y S et M at eri al: S 2 St e el St a n d ar d Fi ni s h: C hr o m e Pl at e d S ati n Fi ni s h M O Q: 1 Box = 12 S E T S

O R D E R N O.

SI Z E

L e n g et h

T H B- 1 1

G. W. kgs

Box 12 S ET S

C O D E N O. 9 0 0 3- 0 2 1

9 P C S/ S ET

Pli er s / I n s ul at e d Pli er s M at eri al: C hr o m e- V a n a di u m St e el H a n dl e M at eri al: T P R

L O N G N O S E P LI E R S

DI A G O N A L C U T TI N G P LI E R S

m m

O R D E R N O.

LE N GT H

T P L- D 1

160

G. W. kgs

m m

C O D E N O.

O R D E R N O.

LE N GT H

9 0 0 4- 0 0 1

T P L- L 1

200

C O M BI N A TI O N C U T TI N G P LI E R S

G. W. kgs

C O D E N O. 9 0 0 4- 0 1 0

C O M BI N A TI O N C U T TI N G P LI E R S

m m

O R D E R N O.

LE N GT H

T P L- C 1

180

G. W. kgs

H A R D W A R D A C C E S S O RI E S

m m

C O D E N O.

O R D E R N O.

LE N GT H

9 0 0 4- 0 0 5

T PI-I C

180

G. W. kgs

C O D E N O. 9 0 0 4- 0 4 0

T- B ar S et

T B ar L K e y S et - P a c k e d Wit h M et al St a n d

9 p c s / s et

St a n d C ol or: Bl a c k Bl a d e: S 2 St e el M O Q: 1 Box = 12 S E T S

O R D E R N O.

H a n dl e C ol or s

SI Z E

Box

G. W. kgs

T H B- 5 1

C O DE N O. 9 0 0 3- 2 0 1

St ar T a m p er R e si st a nt

12 S ET S

: T 9, T 1 0, T 1 5, T 2 0,

T H B- 5 2

9 0 0 3- 2 0 2

T- B ar N ut dr w er S et

T - B ar N ut dri v er S et - P a c k e d Wit h M et al St a n d

N ut dri v er M at eri al : C R- V st e el M O Q: 1 Box = 10 S E T S

O R D E R N O.

T H B- 5 3

SI Z E

G. W. kgs

Box

S h ort S o c k et: 5, 6, 7 m m

C O D E N O.

10 S ET S

9 0 0 3- 2 1 1

P A T E N T D E SI G N

T- B A R S E T

H e x- T K e y Bl a d e: S 2 St e el St a n d ar d Fi ni s h: C hr o m e Pl at e d S ati n Fi ni s h M O Q: 1 Box = 12 P C S O R DE R N O. T H B- 1. 5 T H B- 2. 0 T H B- 2. 5 T H B- 3 T H B- 4 T H B- 5 T H B- 6 T H B- 8 T H B- 1 0

TI P SI Z E ( m m)

H A N DLE SI Z E ( m m)

11 2 × 6 8 11 2 × 6 8 11 2 × 6 8 11 2 × 6 8

A ( M M) LE N GT H 12 12 12 12 15 15 15 20 20

L ( M M) LE N GT H 75 75 75 75 80 100 100 150 150

B OX

12 P C S

G. W. K G S

C O D E N O. 9 0 0 3- 2 2 1 9 0 0 3- 2 2 2 9 0 0 3- 2 2 3 9 0 0 3- 2 2 4 9 0 0 3- 2 2 5 9 0 0 3- 2 2 6 9 0 0 3- 2 2 7 9 0 0 3- 2 2 8 9 0 0 3- 2 2 9

H A R D W A R D A C C E S S O RI E S

J a w Cl a m p

STA N D A R D

E a s y t o u s e, m ulti p ur p o s e cl a m p All o y st e el : T h a n dl e

O R D E R N O.

S p a n x D e pt h Si z e ( m m)

H J C- V S 3 0

300 x 120

H J C- V S 4 0

400 x 120

H J C- V S 5 0

500 x 120

H J C- V S 6 0

600 x 120

9 1 0 1- 0 0 4

H J C- V S 8 0

800 x 120

9 1 0 1- 0 0 5

H J C- V S 1 0 0

1000 x 120

H J C- V S 1 2 5

1250 x 120

H J C- V S 1 5 0

1500 x 120

S pr e a di n g

W ei g ht ( k g s)

Cl a m pi n g F or c e ( k g s)

C O D E N O. 9 1 0 1- 0 0 1

750

1000

9 1 0 1- 0 0 2 9 1 0 1- 0 0 3

9 1 0 1- 0 0 6 9 1 0 1- 0 0 7 9 1 0 1- 0 0 8

J a w Cl a m p

HE AVY

E a s y t o u s e, m ulti p ur p o s e cl a m p All o y st e el : T h a n dl e

O R D E R N O.

S p a n x D e pt h Si z e ( m m)

H J C- H 2 5

250 x 120

9 1 0 1- 1 2 1

H J C- H 3 0

300 x 140

9 1 0 1- 1 2 2

H J C- H 4 0

400 x 120

9 1 0 1- 1 2 3

H J C- H 5 0

500 x 140

9 1 0 1- 1 2 4

H J C- H 6 0

600 x 120

H J C- H 8 0

800 x 140

9 1 0 1- 1 2 6

H J C- H 1 0 0

1000 x 120

9 1 0 1- 1 2 7

H J C- H 1 2 5

1250 x 120

9 1 0 1- 1 2 8

H J C- H 1 5 0

1500 x 120

9 1 0 1- 1 2 9

H A R D W A R D A C C E S S O RI E S

S pr e a di n g

W ei g ht ( k g s)

Cl a m pi n g F or c e ( k g s)

1200

C O D E N O.

9 1 0 1- 1 2 5

C ar b o n St e el P u n c h e s N U M BE R P U N C HES

O R D E R N O.

P U N C H E S SI Z E

N. W. ( k g)

C O D E N O.

V N P- 3 0

7 0 0 5- 1 0 1

V N P- 4 0

7 0 0 5- 1 0 2

V N P- 5 0

7 0 0 5- 1 0 3

V N P- 6 0

7 0 0 5- 1 0 4

V N P- 8 0

7 0 0 5- 1 0 5

V N P- 1 0 0

7 0 0 5- 1 0 6

LETTE R P U N C HES

O R D E R N O.

T K B

U L C

V M D

W N E

X O F

Y P G

Z Q H

N. W. ( k g)

C O D E N O.

V L P- 3 0

7 0 0 5- 1 2 1

V L P- 4 0

7 0 0 5- 1 2 2

V L P- 5 0

7 0 0 5- 1 2 3

V L P- 6 0

7 0 0 5- 1 2 4

V L P- 8 0

7 0 0 5- 1 2 5

V L P- 1 0 0

7 0 0 5- 1 2 6

M U L TI- F U N C TI O N S E T S

S J A

P U N C H E S SI Z E

H A R D W A R D A C C E S S O RI E S

F or Drill R e- s h ar p e ni n g

R e a s o n a bl e Pri c e

S P E CI A L U S A G E M A C HI N E

S P E CI A L U S A G E M A C HI N E S P E CI A L U S A G E M A C HI N E

S P E CI A L U S A G E M A C HI N E

SPEE D

S P E CI A L U S A G E M A C HI N E

S P E CI A L U S A G E M A C HI N E S P E CI A L U S A G E M A C HI N E

A T E

S Y

SPEE D

1P H

J 11

S P E CI A L U S A G E M A C HI N E

S P E CI A L U S A G E M A C HI N E S P E CI A L U S A G E M A C HI N E

J12