Page 1

Angle Pins Metric

N T

H

P-0.5

D

Material SAE52100 Induction Heat Treated Hardness 60+2RC Part No. P Prefix

MAP

L

N

T

H

12

140

33

10

17

16

100

28

12

21

16

120

28

12

21

16

140

33

12

21

16

160

33

12

21

16

180

38

12

21

20

120

32

15

25

20

140

37

15

25

20

160

37

15

25

20

200

42

15

25

20

220

42

15

25

25

160

52

15

30

25

180

52

15

30

25

200

52

15

30

25

260

57

15

30

30

200

50

20

35

30

260

60

20

35

30

300

60

20

35

D

+.012 +.001

Mould Actions

L

+.012 +.001

Tolerence on the “P” Dimensions is -.5

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33


Cad Insertion Point

L +2

Sprung Core

0.5

90º

0.5

C ±1

K ±0.2 D +0.1 6º

6.3

E

6.3 6.3

FP

CS

T

Mat. Bronze

6.3

øA g6

B +0.1 4

W

15xøG

Hard. 58

±2 HRC.

6.3

Cad Insertion Point

L +2

0.5

90º 0.5

C ±1

K ±0.2 D +0.1 6º

6.3

E

6.3 6.3

FP

CS

T

Mat. Bronze

6.3

øA g6

B +0.1 4

Mould Actions

W

15xøG

±2 HRC.

V +0.1

Min. 2º

Min. C

Max. N

R

Max. M

0.1 øA +0.1

6.3

Min. 1

IMPORTANT

øU

+0.2

øA+0.5

0.5

Max. C

TA Page 3.03

Min. Ref 2º

0.5 Minimum space required for installation, only needs the space of an ejector. No milling, grinding or hardening other than the machining of detail needed. All machining is made 90 to the parting line. No need for complex mechanical systems.

°

TA Page 3.03

A

B C D E G K

L

M N R

Max. N

0.1 R Mat.:1.8159 Hardened 45 ±Min. 3 CHRC. øA +0.1 Patented System

Max. M

Min. 1

øU +0.2

IMPORTANT

V +0.1

34

Hard. 58

T

U V

W

CS

PW.060622

6øA+0.5 6.2 22 9 3.5 - 3.5 125 16 18 1.25 M4x36 12 5 M4x16 (DIN7991)

-

PW.060630

6 6.2 30 10 3.5 12 4.5 175 20 26 1.25 M4x36 12 5 M4x16 (DIN7991)

PW.060822

6 8.2 22 9 3.5 - 3.5 125 16 18 1.25 M4x36 12 5 M4x16 (DIN7991)

-

PW.060830

6 8.2 30 10 3.5 12 4.5 175 20 26 1.25 M4x36 12 5 M4x16 (DIN7991)

PW.080825

8 8.2 25 11.5 4.5 - 4.5 140 18 21 2 M5x36 14 6 M5x16 (DIN7984)

-

Max. C

PW.081025

8 10.2 25 11.5 4.5 - 4.5 140 18 21 2 M5x36 14 6 M5x16 (DIN7984)

-

PW.081030

8 10.2 30 11.2 4.5 12 4.5 175 20 26 2 M5x36 14 6 M5x16 (DIN7984)

PW.081225

8 12.2 25 11.5 4.5 - 4.5 140 18 21 2 M5x36 14 6 M5x16 (DIN7984)

-

PW.081230

8 12.2 30 11.2 4.5 12 4.5 175 20 26 2 M5x36 14 6 M5x16 (DIN7984)

PW.101430

10 14.2 30 13.6 5.5 16 5.5 175 20 26 2.5 M6x36 18 8 M6x16 (DIN7984)

PW.101630

10 16.2 30 13.6 5.5 16 5.5 175 20 26 2.5 M6x36 18 8 M6x16 (DIN7984)

PW.101830

10 18.2 30 13.6 5.5 16 5.5 175 20 26 2.5 M6x36 18 8 M6x16 (DIN7984)

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Cad Insertion Point

6.3

2.5

4 R 0.15 øB -0.2

6.3

8 -0.05

200 ±2

Cad Insertion Point

30 6.3

6.3

A -0.02 6.3

2.5

4 R 0.15

6.3

øB -0.2

6.3

8 -0.05 6.3

4 H7 x A H7

R 0.1

IMPORTANT

200 ±2

2.5

Hard.

0.1 5º

30

200 ±2

6.3

30

A -0.02

6.3

6.3

A -0.02 Hard.

6.3 Hard.

R 0.1

4 H7 x A H7

R 0.1

H7 x A H7 Mat.:41.2101

IMPORTANT Hardened 45 ± 3 HRC.

IMPORTANT

Patented System 0.1

0.1

Minimum space required for installation, only needs the

°

5º space of an ejector. No milling, grinding or hardening Min. 36

other than the machining of detail needed. All drilling is 90 to the parting line. Available with and without Balinit C® coating.

Max. 16

Max. 12

øH +0.5

IMPORTANT

Min. 1

Mould Actions

Min. 36

øH +0.5

TA Page 3.03

H

Balinit C®

Hard

PF.064200

6

12

7

52 ± 2 HRC.

PF.0642WB

6

12

7

-

58 ± 2 HRC.

PF.084200

8

14

9

52 ± 2 HRC.

PF.0842WB

8

14

9

-

1 58 ±Min. 2 HRC.

PF.104200

10

16

11

52 ± 2 HRC.

PF.1042WB

10

16

11

PF.124200

12

18

13

PF.1242WB

12

18

13

www.hales.com.au

-

58 ± 2 HRC.

52 ± 2 HRC.

-

58 ± 2 HRC.

TA Page 3.03

Max. 16

Max. 12

B

Min. 1 Ref

IMPORTANT

A

Max. 16

Max. 12

Flexible Core

35


Double Ejector

1

Hard. 58

±2 HRC.

øD g6

4

Min. 1

A-0.02 øB g6 4

Max. 16 Max. 16

øE -0.2

Important

Mat. 1.3505

16 8

6.3

8

Max. 12 Max. 12

200 +2

Min. 1

R 0.15

Mould Actions

30 6-0.05

85

0.5

4

Hard. 52

øC -0.05

±2 HRC. 3

øG x M0.75

6.3

øD H7

Mat.: 1.2101 Hardened 45 ± 3 HRC. Patented System

R 0.1

IMPORTANT 0.1

Two separate movements in one component. Simple and easy to install. Minimum space required for installation, only needs the space of an ejector. No milling, grinding or hardening other than the machining of detail needed. No need for complex mechanical systems.

8+0.05 5º

øE +0.5 Min. 30

øH +0.5

TA Page 3.03

øG +1

Ref

A

B

C

D

E

G

H

ED.068200

6

12

14

10

14

6

10

ED.088200

8

14

16

12

16

8

12

ED.108200

10

16

18

14

18

8

14

ED.128200

12

16

18

16

20

8

15

Important Special lengths of 275 and 350mm. upon request.

36

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Tulip Ejector 175 +2 85

36

0.5

4

øA

øB g6

øE Max. 6 -0.05

10

175 +2

Hard. 52

4

øC -0.05

øD -0.2

øA x M0.75

85

±2 HRC. 36 2.5

0.5

6.3

4

±2 HRC.

Mat. 1.3505 Hard. 58

øE Max.

øA

øB g6

6 -0.05

10 øC -0.05

øD -0.2

øA x M0.75

Hard. 52

4

±2 HRC.

6.3

±2 HRC.

Mat. 1.3505 Hard. 58

Mat.: 1.2101 Hardened 45 ± 3 HRC. Patented System

R 0.1

øA H7

IMPORTANT 0.1

Four separte movements in one component. Minimum space required for installation, only needs the space of an ejector. No milling, grinding or hardening other than the machining of detail needed. Cilindrical machining and made 90 regarding the parting line.

°

Max. 15

10+0.05

øD +0.5

øH +0.5

R 0.1

Min. 30

øA H7

IMPORTANT

øH

+0.5

Mould Actions

2.5

0.1 Max. 15

TA Page 3.03

10+0.05

øA +1

øD +0.5

øH +0.5

Ref

A

B

C

D

E

H

EE.060175

6

10

12

12

-

9

EE.082175

8

12

14

14

2

11

EE.103175

10

14

16

16

3

13

EE.124175

12

16

18

18

4

15

Min. 30

øH+0.5

TA Page 3.03

Important Special lengths of 250 and 325mm. upon request.

øA +1

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37


Vertical Lifter Block Mat.1.2379 - 60+2HRC

15o

C Rz 6.3

36

EV 52 -0.05

Rz 6.3 M6x25 DIN912

Rz 6.3

L +2

Rz 6.3 Poscionar To Position

D E

R<0.15

10

85

0G 0.2

Cortar To shorten

A g6

0F x M0.75 Rz 6.3

B g6

Mould Actions

Rz 6.3

3

Remove profile block

<7 Max. 26

1 0F+1 Remove the safety stoppers "TM"

2

Push the ejector plates forward

Mat. 1.2344 – Hardened 52-54 HCR. Patented System

Ref

A

B

C

D

E

Vertical Lifter Block The Main characteristics of this item are its perpendicular movement with respect to the ejector plates and the ease of adjustment Important.

PV.341252

34

12

28

15.5

27

PV.361652

36

16

30

16.5

29

PV.382052

38

20

32

17.5

31

PV.402452

40

24

34

18.5

33

The EV reference must be ordered separately

Ref

F

G

L

EV.006…

6

12

150

225

EV.008…

8

14

150

225

EV.010…

10

16

150

225

EV.012…

12

18

150

225

Indicate the desired L dimension after the reference.

38

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Undercut Base Units ˚ Max 20

M

±2 Ø g6

D

9

Rz 4

B

Rz 4 Ø ±0.2 A ±0.2 C

±0.2 L

Ref

A

B

C

D

L

M

Ø

SD.3220GR

32

37

20

27

80

180

10

SD.3824GR

38

40

24

28

80

210

12

SD.4528GR

45

44

28

30

100

250

16

Mat. 1.2312 = 1080 N/mm Undercut Base Unit. Used for internal undercut movements, which require different angles of ejection. Its bronze guide bush with graphite inserts simplifies its movement.

-0.1 ØC

Mould Closed

E

Mould Open

-0.05 ØA g6

Rz 4

-0.2 B

Rz 6.3

G

5 -0.1

T DIN7991

Rz 6.3

ØD

ØH7 H

±0.1

Mould Actions

Angled Guide Bushes

Mat. 1.7242 = 50/60RC Angled Guide Bush. This Unit is a guide bush for angled undercut blocks, which requires only a straight drilled hole for fitting. It does not require oil grooves due to the graphite-bronze insert.

A

B

C

D

E

G

H

T

Ø

Xo

CI.3034GR-5

30

34

34

16

20

6

0

M.6x16

10

5o

CI.3438GR-5

34

38

38

10

24

8

0

M.8x20

12

5o

CI.4040GR-5

40

40

44

20

27

8

0

M.8x20

16

5o

Ref

A

B

C

D

E

G

H

T

Ø

Xo

Xo

Xo

CI.3034GR-..

30

34

34

16

20

6

7

180

10

10o

15o

20o

CI.3438GR-..

34

38

38

10

24

8

8.5

200

12

10

o

15

20o

CI.4040GR-..

40

40

44

20

27

8

8.5

220

16

10o

15o

20o

Ref

www.hales.com.au

o

39


UniLifters

U-Coupling permits the Core Blade to seat at any angle.

Mould Actions

T-Gibs are available in several sizes to accomodate various travels required.

Core Blades are available in a wide range of standard sizes, with specials also available.

Mould Open

UniLifter Travel = Ejector Plate Travel X Tan (Angle)

The UniLifterâ&#x20AC;&#x2122;s design eliminates the need for custom configerations with each design.

Angle

Angle is established in the core insert by the mould builder.

Clearance through support plate.

Mould Closed

UniLifter Travel = Ejector Plate Travel X Tan (Angle)

U-Coupling seats the core blade to the correct angle while travelling along the T-Gib.

Angle

Angle is established in the core insert by the mould builder.

Clearance through support plate.

U-Coupling seats the core blade to the correct angle while travelling along the T-Gib.

Undercut Release System

The Progressive UniLifter system is the most widely used standard product for moulding and releasing undercuts. Smooth performance is attained due to the U-Coupling design, eliminating wear and binding found in other fixed angle lifter designs. The UniLifter undercut release system incorporates a three piece set: Core Blade, U-Coupling, and T-Gib.

40

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UniLifters 1. General Installation

It is recommended that UniLifters be installed as shown at right, with the T-Gib mounted on the pin plate. The appropriate RC and Y dimensions are shown below. The RC dimensions refer to the distance from the bottom of the pin plate to the Radius Centre, and the Y dimension is the minimum distance needed to prevent interference between the U-Coupling and T-Gib screws.

R

Clearance pocket for U-Coupling

RC

Y

MiniLifters

.250

.469

.78

UniLifters

.406

.406

.37

XL Series

.875

.375

.71

10mm

12mm

11mm

Metric Series

RC To Radius Center

Y (MIN)

R Radius

R

UniLifter Series

Y (MIN)

Clearance pocket for U-Coupling

RC To Radius Center

2. Angles

Locking Angles

Non-Standards T2

3. Alignment

T2

Back angle Back Locking surface Locking

angle

Guided Ejection is recommended in all designs when using lifters. If less than 1/2 of the Core Blade is bearing in the core insert, lifter guide plates are recommended in the support plate.

surface

L

Angle

4. Fitting

L

Angle

T1

Recommenced clearance for the T and W dimensions is .001 .0015” total (.025 - .038) where permissable. Fitting stock of .005” per side over nominal is provided on rectangular core blades (i.e. CVS50x100 is T = .510, W = 1.010).

Angle Front angle

T1 Angle

Front angle

5. Additional Treatments

Although standard steel Core Blades are approximately 10 Rc above P-20 and 10 Rc below hardened tool steel, additional performance can be obtained by treating after machining is finished. Ion nitriding or a vhromium treatment will increase the surface hardness of the H-13 core blades to levels suitable for high production moulds. For solid bronze Core Blades, a cold-process Titanium Nitride Coating will bring the surface hardness into the 75-80 Rc range.

Mould Actions

Users report best results when the Core Blade is designed between 5˚ and 10˚ angles. However, users have also reported success at 15˚ or more when using guides in the support plate.

R

R

6. Locking Angles

Locking angles may be designed in to provide locking surface against moulding pressure.

7. Non-Standards

L-Shaped Core Blades may be machined by the mould maker or supplied pre-machined. When machining, it is recommended that the material form the heel area not be removed, and the T1 dimension should be on the centre of the radius. Specials to order.

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41


UniLifters Metric Series

W

D T

10 R

M

W

L

T T

5 heel thickness

10

5 heel thickness

D

25

25

6 (to RC)

Core Blades Material H-13, 38-42RC

18

Mould Actions

T

10

M

Round Core Blade

D +.000 -.025

L +2 -0

MT Min. Thk.

CBMM15DL250

15.00

250

10.0

18

8

6 (to RC)

22

8

22

Flat Core Blade

3.00

CBMM10X10L250

R5

13*

T W +.000 -.025 +.000 -.025 10.25

10.25

L +2 -0

MT Min. Thk.

250

10.0

CBMM15X15L250

15.25

15.25

250

15.0

CBMM20X20L250

20.25

20.25

400

15.0

U-Coupling 13

6*

Material H-13, 40-44RC Surface 60-65RC

TL

22 0. 02 5

R

All dimensions and tolerances are in millimeters for bases built to metric standards.

How to order

TS (2)

Catalogue No.

Description

UCMM22

Metric Universal Coupling

U-Coupling Material H-13, 40-44RC

A complete Metric UniLifter system includes: (1) Core Blade (CBMM) (1) U-Coupling (UCMM22) (1) T-Gib (TGMM)

Surface 60-65RC Catalogue No.

TL +.00 -.25

TS

Travel Allowed

TGMM10

33.00

10.00

10.00

TGMM30

52.00

15.00

30.00

M-5x20MM long SHCS included. * Fitting stock provided of +.25/-.00 on the bottom of the T-Gibs for height adjustment.

42

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Accelerated Ejectors 57

4

20

4 -0.05 4

4

ø2

ø16

(*) ø34

ø24 22 26 42

27 4

3 øA

ø14

ø30 g6

Mat. BRASS

15

44

Mould Actions

+2 35

Critical dimension

Ø18

±0.1 27

ø18

35 +2

Ø16

27 ±0.1

TM Page 3.03

BA-BE-BT Page 3.04

IMPORTANT 1.7220 Mat.:

Hardened 53 ± 1 HRC. Patented System TA Page 3.03

Enables 8mm. / 15mm. additional stroke on one ejector pin. ø16 Minimum space required for installation. Only round pockets needed to install the part. Possible to key. Enables quick eplacement of the ejector pin.

Ref

A

B

C

D

E

F

G

H

J

K

L

M

N

P

AE.031620

3

16

20

12.5

22

13

14

19

8

32

22

17

37

-

AE.041620

4

16

20

12.5

22

13

14

19

8

32

22

17

37

-

AE.052430

5

24

30

16

34

16

20

22

15

44

36

27

57

2

AE.062430

6

24

30

16

34

16

20

22

15

44

36

27

57

2

Important (*) Possibility to key for using a curved ejector pin. (AE.052430 & AE.062430)

www.hales.com.au

43


Compact Coring Unit

10 14

Rz 6.3

Rz 6.3

Rz 6.3

Rz 6.3

Rz 6.3 Mat. 1.2379 - 58±2HRC

8

ISO 10243 V

20

24

36 -0.5 10

4 14

Rz 6.3

R6

14 24

Rz 6.3

Rz 6.3

Rz 6.3

Rz 6.3 36-0.05

Mould Actions

24

Rz 6.3

Rz 6.3

16-0.05 ISO 10243 V

20 36 -0.5

0.5-0.1 Ejector pin 05 - DIN 1530 4

Rz 6.3 36-0.05

Rz 6.3

Rz 6.3

R6

14 24

5-0.1

Rz 6.3

8

Mat. 1.2379 - 58±2HRC

Rz 6.3 Rz 6.3

16-0.05

Optional keyway machining

6 x 010

0.5-0.1

Ejector pin 05 - DIN 1530

Rz 6.3

Rz 6.3

5-0.1

Optional keyway machining

6 x 010

20.5

20.5

M5 x 25 DIN 912

010.5+0.5

M5 x 25 DIN 912

010.5+0.5

Mat. 1.2510 – Hardened 55_+2HR C Patented System.

Compact Coring Unit. This unit uses the open and close movement of the mould to make lateral holes in wall sections of plastic parts. Easy to assemble and remove from the mould.

Reference UA.363616

44

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Plate Accelerator T Simple mechanical double ejection system. Minimum space required for installation. Avoids complex systems DIN like 912 others currently available in the market. Offers øB a standard solution to the molder.

H max.

L max. E P DIN 6325 F

M

6.3

G A D

Hard. 58

±2 HRC.

6.3

T DIN 912

C ±0.2 Max. N

4

øB

H max.

L max. E

6.3

P DIN 6325 F

Mould Actions

Mat. 1.0503

M

6.3

G A D

Hard. 58

±2 HRC.

6.3

4

C ±0.2 Max. N 6.3 Mat. 1.0503

Ref. A

B

C

D

E

F

G

H max. L max.

M

N

P

T

Max.

Force

EP.200813

20

8

13.2

25.8

9.4

11.4

6

13.6

5.5

5

15

Ø2.5x10 M3x12

75 kg.

EP.251016

25

10

16

32.3

11.8

14.3

7

17

6.8

6

18.5

Ø3x12 M4x16

125 Kg.

EP.371522

37.5

15

22

48.5

17.7

21.5

10.5

25.5

10.2

8

25

Ø4x16 M6x25

250Kg.

EP.502030

50

20

30

64.6

23.6

28.6

14

34

13.6

10

34

Ø5x20 M8x30

500Kg.

www.hales.com.au

45


Slide Retainer

Mat.: 1.8159 Hardened 45 Âą 3 HRC. Patented System

Mould Actions

Less machining for installation compared to similar products on the market. Minimum space required for installation. Reduces costs in tool downtime. Offers a standard solution to the molder.

Ref.

A

B

C

F

G

H

K

R

T

RC.123006

12

30

6x20

21

5

4

16

5 Kg.

6

M5x16

RC.164008

16

40

8x20

28

6

5

15

7 Kg.

8

M6x25

RC.205010

20

50

10x24

34

8

6

17

14 Kg.

10

M8x30

RC.246012

24

60

12x32

42

10

7

23

21 Kg.

12

M10x40

RC.328012

32

80

16x40

56

12

9

27

28 Kg.

16

M12x50

RC.328016

32

80

16x40

56

16

9

25

38 Kg.

16

M12x50

Optional Dowel Pin

1

Mat.: 1.3505 Hardened 60 Âą 2 HRC. Ref.

46

E

L

M

N

P

PO.120320

12

M3x20

7.5

6

PO.150425

15

M4x25

10

8

PO.200530

20

M5x30

13

10

PO.250635

25

M6x35

16

12

PO.340850

34

M8x50

23

16

1

1

2

2

1

2

2

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Modular Retainer

No pocket machining required as needed with other similar products on the market. Minimum space required for installation. Reduces costs compared to conventional mechanisms. Offers a standard solution to the molder.

Ref.

RM.651608

Mould Actions

Mat.: 1.8159 Hardened 45 Âą 3 HRC. Patented System

K

7.5 Kg.

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47


Mould Actions

Latch Locks

Mat.: 1.0503 Hardened 55 ± 3 HRC (friction area). Patented System More accurate first plate opening compared to other conventional systems. Scale lever indicates opening of the first plate. Reduces costs compared to conventional mechanisms.

48

Ref.

A

B

C

D

E

F

G

H

L

M

N

P(x2)

R(x4)

S(x2)

T

V

Scale

GS.226616

22

66

16

38

75

30

25

32

105

10

15

Ø6X20

Ø6X30

M6x30

M6x35

10

40

GS.368619

36

86

19

46

102

43

32

42.7

153

12

20

Ø8X24

Ø8X36

M8x35

M8x40

11.5

60

GS.421024

42

106

24

56

124

51

40

50.2

190

15

24.5 Ø10X30 Ø10X40 M10x40 M10x45

14

80

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Ejector Couplers

C

F

G

H

I

J

D

K

L

M

Mould Closed-Material Injected

Mould Open-Coupler Engages and Pushes Forward

Coupler and Bars Pull Back the Ejector Plate

Mould Actions

E

COUPLER Code

Thread

F

G

H

I

J

K

L

M

302M12COUP

12X1.75

34

32

32

39

43

9

15

42.5

402M16COUP

16X1.5

40

38

38

48

53

13

15

52

402M162COUP

16X2

40

38

38

48

53

13

15

52

402M20COUP

20X1.5

40

38

38

48

53

13

15

52

412M16COUP

16X1.5

58

56

52

65

70

17

18

68

Thread

C

D

E

301M12Barb

12x1.75

22.8

20

45.5

401M16Barb

16x2

25.8

20

55

401M20Barb

20x2.5

25.8

20

55

411M16Barb

16x2

35

35

68

BARBS Code

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49


Hydraulic Cylinders V160C Tie rod cylinders according to ISO60202 Norms. World wide known standards, bores from 25 to 200 mm. Strokes till 1500 mm. End stroke magnetic switches option (till bore 100 mm.).

V230T Tie rod cylinders heavy duty. High pressure, high speed and temperature. Perfect on die casting moulds or for large ejector plates. Bores from 32 to 160 mm. Strokes till 1000 mm. End stroke magnetic switches option.

Mould Actions

V250CBM The short stroke “Magnetic” cylinder. Compact, light and versatile aluminium cylinder. Manifold oil delivery option – with o-rings – Bores from 25 to 100 mm. Strokes 20 and 50 mm.

V220CBL Same philosophy as V250 but with strokes on demand till 500 mm. Bores from 32 to 100 mm.

V450CBX A heavy duty block cylinder. Short stroke. Bores: from 16 to 100 mm. Manifold oil delivery option and extremely compact mechanical end stroke switches option, on the side with parallel rod. Pressure till 450 bars!

V400CI The extreme concept of compactness: we supply rod, piston and seals; you build the body inside the mould according to our specifications. Range as V450.

V350CBR The double rod alternative for the block cylinder heavy duty. On the rear side we can install two mechanical end stroke switches. Bores from 32 to 100 mm. Strokes 30 and 50 mm.

V010 Compact Pneumatic cylinders. Bores from 25 to 100 mm. Strokes till 100 mm. Magnetic switches option.

50

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Hydraulic Cylinders V260LK The locking rod hydraulic cylinder. In the end stroke position, rod out, a mechanical lock provide a static force increase and permit to contrast the plastic injection force from 7 to 70 tons! Inductive end stroke option.

V450CBX + CUT System

V220CBL + SCREW An all-in-one solution for threaded cores for a compact and competitive unscrewing solution. All standard component applied on a V220 cylinder. Magnetic switches option. Bores 32, 40 and 50 mm. Strokes 300, 400 and 500 mm.

VR

Mould Actions

An â&#x20AC;&#x153;all in oneâ&#x20AC;? solution is also available for a Cutting device. This option is useful in the die casting molding for cleaning the molded parts. We supply the complete cylinder with end stroke switches and a kit of components to assemble and customize for the mounting on the mold and for the cutting core by the mold maker. The device is available for Bore 32, 40 and 50 mm. in different stroke versions.

A wide range of cylinder accessories: flanges, rod end accessories, non return valves, thermoisolating plates, flow limiters, switches controllers.

SIM08 A versatile and liable switches connection box for all type of end stroke switches. 8 plugs for connecting max. 8 switches and two clean contacts on exit, one for front position and one for back position.

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51

Mould Actions  

H D Hardness 60+2RC Part No. Prefix Material SAE52100 Induction Heat Treated 33 MAP Tolerence on the “P” Dimensions is -.5 +.012 +.001 +.012...

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