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Fiber Optic Cables

Fiber Optic Cables

59


Fiber Optic Cables Identify models by numbers for search

Through-Beam type Fiber Optic Cables

Type

Tip appearance (typical)

(for specifications, dimensions, etc.)

Search ID (made-to-order models No. Model No.

Detecting distance (mm) (inapplicable combinations marked with-)

Prominent feature

marked with ●)

Long-distance Lens-integrated

Generalpurpose

Side-view

High-speed

F70R F70AR

F71R

F2R

1800

1000

1000

600

160

2000

1100

1100

660

120

FT105BC

1

M4 screw, detecting long-distance

FT7202BC

2

Long-distance with lens

FT8EBC

3

M3 screw, low-cost

470

260

260

150

60

FT8BC

4

M3 screw, smalldiameter

230

130

130

75

30

FT108BC

5

M3 threaded short head

860

480

480

280

100

FT5BC

6

M4 screw

830

460

460

270

80

FT7BC

7

M4 screw with M2.6 screw tip

830

460

460

270

80

FT81BC

8

φ1.5 unthreaded

230

130

130

75

30

FT3BC

9

φ2.9 unthreaded

830

460

460

270

80

FTV74BC

10 φ4 unthreaded

830

460

460

270

80

FTV7BC

11 M5 screw

830

460

460

270

80

FTV502YBC●

12 4-mm square head

470

260

260

160

50

180

100

100

60

20

135

75

75

48

15

φ1.5 unthreaded, allowable bending radius 4 mm M3 screw, allowable bending radius 1 mm M3 screw, allowable bending radius 3.5 mm M4 screw, allowable bending radius 1 mm

−0

−0

−0

−0

60

700

380

380

230

70

2300

1300

1300

750

350

2200

1200

1200

720

300

2200

1200

1200

720

300

FT91YBC●

13

FT19YBC

14

GTKシリーズ

15

FT5YBC

16

FTN5BC

17 M4 screw, long-distance

Flexible

Narrow-view

F80R Longdistance

φ4 unthreaded, longdistance

FTVN5BC

18

FTVN501BC

19 4-mm square head

FTS88BC

20 M3 screw, SUS 15 mm

230

130

130

75

30

FTS53BC

21 M4 screw, SUS 35 mm

230

130

130

75

30

FTS8BC

22 M3 screw, SUS 70 mm

230

130

130

75

30

FTS5BC

23 M4 screw, SUS 70 mm

230

130

130

75

30

FTSV82BC

24 φ2 unthreaded, SUS 20 mm

130

70

70

40

15

FTSV821BC●

25 φ2 unthreaded, SUS 20 mm

20

10

8

4

−0

FTSV73BC

26 φ3 unthreaded, SUS 20 mm

440

240

240

140

40

FTSV93BC

27 φ3 unthreaded, SUS 20 mm

40

20

19

11

−0

FTSV84BC●

28 M4 screw, SUS 20 mm

130

70

70

40

15

FTSV5BC

29 M4 screw, SUS 65 mm

500

280

280

160

60

Side-view

SUS tube

Side-view

60


Fiber Optic Cables Identify models by numbers for search

Through-Beam type Tip appearance (typical)

Search ID (made-to-order models No. Model No.

Detecting distance (mm) (inapplicable combinations marked with-)

Prominent feature

FU505BC

F80R Longdistance

marked with ●)

High-speed

F70R F70AR

F71R

F2R

07

30 No light axis alignment required

12

FU712BC

31

FU715BC

32 Vibration-resistant

15

FU725BC●

33

25

FU904BC●

34 4 light axes

12

FU916BC●

35 16 light axes

30

FTL706BC

36 Detecting width 1.75 mm

300

170

170

95

30

FTL716BC

37 Detecting width 5.5 mm

680

380

380

220

80

FTL7165BC

38 Detecting width 11.1 mm

680

380

380

220

80

FTL7166BC● 39 Detecting width 16 mm

680

380

380

220

80

FTL745BC●

40 Detecting width 45 mm

540

300

300

180

60

FTLV702BC●

41 Detecting width 5.5 mm

680

380

380

220

80

1800

1000

1000

−0

−0

680

380

380

220

80

Fiber Optic Cables

Type

(for specifications, dimensions, etc.)

U-shaped

Wide area

Side-view

Elbow

FTVW7YBC

42

FT704BC

43

FUH612BC● 44 FTH7BC Heat-resistant

45

GLT500J series 46 GT500J series

47

GTH500J series 48 Side-view

FTHV74BC● 49

Long-distance with detecting width 10 mm Depth space saving with φ2.5 U-shaped, heat resistance 130 ºC Low-cost, heat resistance 105 ºC M4 screw, heat resistance 200 ºC M4 screw, heat resistance 200 ºC M4 screw, heat resistance 350 ºC Low-cost, heat resistance 105 ºC

12 830

460

460

270

80

610

340

340

195

−0

610

340

340

195

−0

610

340

340

195

−0

830

460

460

270

80

Detecting distance depends on light source Detecting distances depend on the type of light source. The detecting distances for individual fiber optic cable models in the table above show the values for combinations with amplifiers using red (R) LED as the light source. Detecting distances for combinations with amplifiers using green (G), blue (B) or white (W) LEDs as the light sources are reduced to about 30%.

61


Fiber Optic Cables Identify models by numbers for search

Reflective Type Fiber Optic Cables

Type

Tip appearance (typical)

(for specifications, dimensions, etc.)

Search ID (made-to-order models No. Model No.

Detecting distance (mm) (inapplicable combinations marked with-)

Prominent feature

Long-distance

Generalpurpose

Flexible

Narrow Coaxial -view Extra narrow-view

F80R Longdistance

marked with ●)

High-speed

F70R F70AR

F71R

F2R

FR105BC

50 M6 screw, long-distance

570

320

320

190

50

FR83BC

51 φ3 unthreaded, small-diameter

90

50

50

30

9

FR1083BC

52 φ3 unthreaded

360

200

200

120

40

FR835BC●

53 φ3 unthreaded short head

190

110

110

65

20

FR8EBC

54 M3 screw, low-cost

190

110

110

65

20

FR8BC

55 M3 screw, small-diameter

90

50

50

30

9

FR84BC

56 M4 screw, small-diameter

90

50

50

30

9

FR108BC

57 M4 screw

360

200

200

120

40

FR7BC

58 φ2.5mm head, M6 screw

320

180

180

100

35

FR5BC

59 M6 screw, long-distance detection

320

180

180

100

35

FR91Y10

60 bending radius 4 mm

40

20

20

12

4

φ1.5 unthreaded, allowable

FR93BC

61

FR19YBC

62

FR8YBC

63

FR84YBC●

64

FR194YBC●

65

FR5YBC

66

FR7YBC

67

GXKシリーズ

68

FXN84BC

69

FXN841BC

70

FR707BC●

71

φ3 unthreaded short head, 60 30 30 18 allowable bending radius 4 mm M3 screw, allowable 40 20 13 8 bending radius 1 mm M3 screw, allowable 20 10 10 6 bending radius 4 mm M4 screw, allowable 60 30 30 16 bending radius 4 mm M4 screw, allowable 40 20 13 8 bending radius 1 mm M6, 1 mm-pitch screw, 220 120 120 70 allowable bending radius 1 mm M6, 0.75 mm-pitch screw, 220 120 120 70 allowable bending radius 1 mm M6 screw, allowable −0 −0 −0 −0 bending radius 3.5 mm M4 screw, coaxial 40 22 22 13 narrow-view M4 screw, coaxial narrow12 6 5.5 3 view with φ1.5 spot Narrow-view, angle of 30∼270 30∼150 30∼150 30∼110 aperture 10 degrees

6 3 2 7 3 25 25 20 5 −0 −0

Detecting distance depends on light source Detecting distances depend on the type of light source. The detecting distances for individual fiber optic cable models in the table above show the values for combinations with amplifiers using red (R) LED as the light source. Detecting distances for combinations with amplifiers using green (G), blue (B) or white (W) LEDs as the light sources are reduced to about 30%.

62


Fiber Optic Cables Identify models by numbers for search

Reflective Type Tip appearance (typical)

Search ID (made-to-order models No. Model No.

Detecting distance (mm) (inapplicable combinations marked with-)

Prominent feature

marked with ●)

SUS tube

High-speed

F70R F70AR

F71R

F2R

FRS83BC

72 φ3 unthreaded, φ1.3 head

90

50

50

30

9

FRS801BC●

73 φ4 unthreaded, SUS 22 mm

90

50

50

30

9

FRS806BC●

74 M3 screw, SUS 40 mm

90

50

50

30

9

FRS8BC

75 M3 screw, SUS 70 mm

90

50

50

30

9

FRS2003Jシリーズ 76 M4 screw, SUS 35 mm

23

13

13

7

−0

77 M4 screw, SUS 70 mm

90

50

50

30

9

FRS200Jシリーズ 78 M4 screw, SUS 70 mm

23

13

13

7

−0

FRS53BC

79 M6 screw, SUS 35 mm

90

50

50

30

9

FRS105BC●

80 M6 screw, SUS 40 mm

570

320

320

190

50

FRS5BC

81 M6 screw, SUS 70 mm

90

50

50

30

9

FRSV83BC

82 φ3 unthreaded, SUS 20 mm

40

20

20

12

4

FRSV55BC

83 φ5 unthreaded, SUS 70 mm

90

50

50

30

10

FRSV8BC

84 M3 screw, SUS 20 mm

40

20

19

10

4

FRSV84BC● 85 M4 screw, SUS 70 mm

90

50

50

30

10

FRSV5BC

86 M6 screw, SUS 70 mm

90

50

50

30

10

FX83BC

87 φ3 short head

90

50

44

25

7

FX801BC

88 M3 screw

110

60

55

33

10

FX84BC

89 M4 screw, φ2.5 head

90

50

44

25

7

FX8401BC

90 M4 screw, for use of lens

90

50

44

25

7

FX8404BC

91 M4 screw, small-diameter

110

60

55

33

10

FX200Jシリーズ

92 M4 screw, P = 0.7 mm

135

75

75

45

−0

FX7BC

93 M6 screw, φ2.5 head

230

130

130

75

25

FX716BC

94 M6 screw, P = 0.75 mm

300

170

170

100

30

FRS84BC

Side-view

F80R Longdistance

Fiber Optic Cables

Type

(for specifications, dimensions, etc.)

Coaxial

63


Fiber Optic Cables Identify models by numbers for search

Reflective Type Fiber Optic Cables

Type

Tip appearance (typical)

(for specifications, dimensions, etc.)

Search ID (made-to-order models No. Model No.

Detecting distance (mm) (inapplicable combinations marked with-)

Prominent feature

Limited reflection

High-speed

F70R F70AR

F71R

F2R

30

−0

0∼5

−0

FZ801BC

95 Ideal for PCB detection

FZ802BC

96 Thin body of 3 mm

FZ804BC●

97 Thin body of 3 mm

FZ1901YBC

98 bending radius 1 mm

50

−0

FZV8301BC

99 Fits in robot hand

0∼20※1

−0

FZV191YBC

Thin, side-view

F80R Longdistance

marked with ●)

5∼17

Limited reflection, allowable

Ideal for glass substrate detection 100 with allowable bending radius 1 mm

−0

0∼6

−0

−0

−0

FZV8203BC● 101 Thin body of 2 mm

0∼19

−0

FZV8202BC● 102 Thin body of 2 mm

0∼5

−0

0∼5

GXZV505BJ● 103 Heat resistance 250 ºC

−0

−0

GXZV605BJ● 104 Heat resistance 250 ºC

0∼5

−0

GXZV612BJ● 105 Heat resistance 250 ºC

1∼12

−0

FRL7W16BC 106 Detecting width 5.5 mm

170

95

95

55

25

FRL78BC●

107 Detecting width 14 mm

270

150

150

110

20

FRL732BC

108 Detecting width 11.1 mm

170

95

95

55

25

FRL702BC● 109 Detecting width 20.4 mm

170

95

95

55

25

45

25

25

22

10

FRLV732BC 111 Detecting width 11.1 mm

170

95

95

55

25

FX8403BC● 112 M4 screw, coaxial reflective

100

55

55

33

10

135

75

75

45

−0

135

75

75

45

−0

135

75

75

45

−0

90

50

50

30

−0

320

180

180

100

35

Wide area Detecting width 5.25

FRLV816BC 110 mm, cylindrical

Elbow

GLX500Jシリーズ 113 GXH500Jシリーズ 114 Heat-resistant

GX500Jシリーズ 115 GXSH5015J● 116 FRH7BC

117

M4 screw, heat resistance 200 ºC M4 screw, heat resistance 350 ºC M4 screw, heat resistance 230 ºC M4 screw, SUS 40 mm, heat resistance 350 ºC M6 screw, low-cost, heat resistance 105 ºC

*1: Reduce the sensitivity when using with F80R or F70R/AR.

Detecting distance depends on light source Detecting distances depend on the type of light source. The detecting distances for individual fiber optic cable models in the table above show the values for combinations with amplifiers using red (R) LED as the light source. Detecting distances for combinations with amplifiers using green (G), blue (B) or white (W) LEDs as the light sources are reduced to about 30%.

64


Fiber Optic Cables Identify models by numbers for search

Special Purpose Type Tip appearance (typical)

Search ID (made-to-order models No. Model No.

Detecting distance (mm) (inapplicable combinations marked with-)

Prominent feature

GTH705V● GTH710V● Fiber pin

Straight

Flange connection

Vacuum-proof, heat-resistant

connection

Curved

GTSH705V● 118

F80R Longdistance

marked with ●)

1 x 10-8 Pa vacuum resistance allowing work detection in highvacuum, high-temperature chambers, etc.

GTSH710V●

High-speed

F70R F70AR

F71R

F2R

680

380

380

220

−0

680

380

380

220

−0

680

380

380

220

−0

680

380

380

220

−0

FA7VP-M5●

Fiber pin

−0

−0

−0

−0

−0

FT7VBC-M5●

Atmosphere-side fiber

−0

−0

−0

−0

−0

480

270

270

230

−0

450

250

250

220

−0

430

240

240

200

−0

380

210

210

170

−0

480

270

270

230

−0

450

250

250

220

−0

430

240

240

200

−0

380

210

210

170

−0

480

270

270

230

−0

450

250

250

220

−0

430

240

240

200

−0

380

210

210

170

−0

Vacuum-side reflective φ4

60

35

35

30

−0

Vacuum-side reflective φ4

60

35

35

30

−0

Vacuum-side reflective M4

60

35

35

30

−0

Vacuum-side reflective M4

60

35

35

30

−0

−0

−0

−0

−0

−0

−0

−0

−0

−0

−0

−0

−0

−0

−0

−0

Vacuum-side through-beam GTHN605V● M4 screw with M2.6 tip Vacuum-side through-beam GTHN610V● M4 screw with M2.6 tip 119 Vacuum-side through-beam GTHN615V● M4 screw with M2.6 tip Vacuum-side through-beam GTHN620V● M4 screw with M2.6 tip Vacuum-side throughGTHN705V● beam M4 screw Vacuum-side throughGTHN710V● beam M4 screw 120 Vacuum-side throughGTHN715V● beam M4 screw Vacuum-side throughGTHN720V● beam M4 screw Vacuum-side throughGTSHN705V● beam M4 screw Vacuum-side throughGTSHN710V● beam M4 screw 121 Vacuum-side throughGTSHN715V● beam M4 screw Vacuum-side throughGTSHN720V● beam M4 screw

GXHN405V● 122 GXHN410V●

Fiber Optic Cables

Type

(for specifications, dimensions, etc.)

Straight GXHN705V● 123 GXHN710V●

Relay flange 3-ch VG-

Flange

FA7VG702● 124 typeφ70 FA7VG703●

Atmosphere side

FT7VGBC●

Relay flange 3-ch VG125 typeφ70 Free cutting on 126 atmosphere side

65


Fiber Optic Cables Identify models by numbers for search

Special Purpose Type Fiber Optic Cables

Type

(for specifications, dimensions, etc.)

Tip appearance (typical)

Search ID (made-to-order models No. Model No.

Detecting distance (mm) (inapplicable combinations marked with-)

Prominent feature

F80R Longdistance

marked with ●)

High-speed

F70R F70AR

F71R

F2R

FL-6BC FL-7013 FL-7013-02 FL-7013-05 FL-7013-1 FL-7161 FL-7161-05 FL-7161-1

Liquid level detection

FL-7161-2

Covered with PFA tube for detection of virtually any type 127 of liquid including water, oil, chemicals, etc.

Detection occurs when sensor is immersed in liquid

FL-7314 FL-7326 FLH-6BC FLH-7013 FLH-7013-02 FLH-7013-05 FLH-7013-1

Chemicalresistant

Through-Beam type

Detection of level of liquid in pipe

Mountable on translucent or transparent pipes of glass, PFA, etc. of 6~26 mm in diameter

FU901BC

128

FTH7FEBC

129 long-distance detection

Excellent oil/chemical resistance,

GTH510FEJ GTH540FEJ

Covered with PFA tube,

130 heat resistance 200 ºC

FTV7FEBC● 131 Through-beam side-view

Reflective Type FRH7FEBC

Excellent oil /

132 chemical resistance

FU1001BC

133

FU1002BC

134 micro sensor, heat

2300

1300

1300

780

230

1000

1000

1800

1000

1000

−0

−0

990

550

550

400

100

130

70

70

70

35

50

−0

Replaceable with photo

U-shaped

5

resistance 115 ºC

Wafer detection

66

FU1004BC

135

FR706BC

136 reliable detection

2-ch fiber optic cable for

130

70

70


(in mm)

Fiber Optic Cables

Specifications/Dimensions

67


Fiber Optic Cables Model

FT105BC

Detection method

Through-beam

M4 screw allowing extra long distance detection

Search ID No.

1

Fiber Optic Cables

2000

15

φ2.2

φ3.1 M4 P=0.7(SUS)

Hex nut (7 mm across, 2.4 mm thick) φ1.5

Internal toothed washer (8.5 mm O.D., 0.9 mm thick)

The tightening torque for the threaded part should be up to 0.8 N・m.

Applicable amplifier

F80R SERIES Model

FT105BC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 2.2 1.5 R45 φ1.5 φ0.015 (excluding F71R, F2R)

Standard detection object diameter Smallest allowable detection object diameter

Model

FT7202BC

Detection method

Through-beam

F70 SERIES F71

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

1800 1000

High-speed

F70R/AR F71R F2R

1000 600 160

Long-distance lens-integrated

Search ID No.

2

2000

15 10

φ2.4

φ2.2

φ2.8 Lens diameter: 1.5 mm

Head (SUS)

Applicable amplifier

F80R SERIES Model

FT7202BC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 2.2 0.75 R20 φ1.0 φ0.015 (excluding F71R, F2R)

Standard detection object diameter Smallest allowable detection object diameter

68

F70 SERIES F71

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

2000 1100

High-speed

F70R/AR F71R F2R

1100 660 120


Fiber Optic Cables Model

FT8EBC

Detection method

Through-beam

Search ID No.

M3 screw, small-diameter, low-cost

3 Fiber Optic Cables

2000

10

φ1.25 M3 P=0.5(SUS303)

Hex nut (5.5 mm across, 1.8 mm thick) The tightening torque for the threaded part should be up to 0.8 N・m.

Internal toothed washer (6.5 mm O.D., 0.9 mm thick)

φ0.75

Applicable amplifier

F80R SERIES Model

FT8EBC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 1.25 0.75 R20 φ0.75 φ0.015 (excluding F71R, F2R)

Standard detection object diameter Smallest allowable detection object diameter

Model

FT8BC

Detection method

Through-beam

F70 SERIES F71

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

470 260

High-speed

F70R/AR F71R F2R

260 150 600

M3 screw, long-distance detection with small diameter 10

Search ID No.

4

2000

φ1.25 M3 P=0.5(SUS303)

Hex nut (5.5 mm across, 1.8 mm thick) φ0.5

The tightening torque for the threaded part should be up to 0.8 N・m.

Internal toothed washer (6.5 mm O.D., 0.9 mm thick) Applicable amplifier

F80R SERIES Model

FT8BC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 1.25 0.5 R15 φ0.5 φ0.015 (excluding F71R, F2R)

Standard detection object diameter Smallest allowable detection object diameter

F70 SERIES F71

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

230

High-speed

F70R/AR F71R F2R

130 130 750 300

69


Fiber Optic Cables Model

FT108BC

Detection method

Through-beam

Search ID No.

M3 screw, generic type

5

Fiber Optic Cables

2000

10

φ1.25 M3 P=0.5(SUS303)

Hex nut (5.5 mm across, 1.8 mm thick) The tightening torque for the threaded part should be up to 0.8 N・m.

Internal toothed washer (6.5 mm O.D., 0.9 mm thick)

φ1.0

Applicable amplifier

F80R SERIES Model

FT108BC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 1.25 1.0 R30 φ1 φ0.015 (excluding F71R, F2R)

Standard detection object diameter Smallest allowable detection object diameter

Model

FT5BC

Detection method

Through-beam

F70 SERIES F71

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

860

High-speed

F70R/AR F71R F2R

480 480 280 100

M4 screw, generic φ2.2 fiber optic cable 15

Search ID No.

6

2000

φ2.2

φ3.1

M4 P=0.7(SUS)

Hex nut (7 mm across, 2.4 mm thick) φ1.0

Internal toothed washer (8.5 mm O.D., 0.9 mm thick)

The tightening torque for the threaded part should be up to 0.8 N・m.

Applicable amplifier

F80R SERIES Model

FT5BC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 2.2 1.0 R30 φ1 φ0.015 (excluding F71R, F2R)

Standard detection object diameter Smallest allowable detection object diameter

70

F70 SERIES F71

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

830

High-speed

F70R/AR F71R F2R

460 460 270 800


Fiber Optic Cables Model

FT7BC

Detection method

Through-beam

Search ID No.

Two-tiered M4 screw with M2.6 tip

Fiber Optic Cables

15

7

2000

3

φ2.2 M4 P=0.7(SUS303)

Hex nut (7 mm across, 2.4 mm thick) φ1.0

Internal toothed washer (8.5 mm O.D., 0.9 mm thick) M2.6 P=0.45

The tightening torque for the threaded part should be up to 0.8 N・m.

Applicable amplifier

F80R SERIES Model

FT7BC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 2.2 1.0 R30 φ1 φ0.015 (excluding F71R, F2R)

Standard detection object diameter Smallest allowable detection object diameter

Model

FT81BC

Detection method

Through-beam

F70 SERIES F71

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

830

High-speed

F70R/AR F71R F2R

460 460 270 800

Search ID No.

φ1.5 unthreaded

8

2000

8 5

F2R SERIES

φ1.25

φ1.5

Head (SUS 303) φ0.5

* Clamping area Applicable amplifier

F80R SERIES Model

FT81BC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 1.25 0.5 R15 φ0.5 φ0.015 (excluding F71R, F2R)

Standard detection object diameter Smallest allowable detection object diameter

F70 SERIES F71

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

230

High-speed

F70R/AR F71R F2R

130 130 750 300

71


Fiber Optic Cables Model

FT3BC

Detection method

Through-beam

Search ID No.

Longest distance achievable with φ2.9 unthreaded type

Fiber Optic Cables

15

9

2000

φ2.2

φ2.9

Head (SUS 304)

φ1.0

ネジ部の締付けトルクは0.8N.m以下 Applicable amplifier

F80R SERIES Model

FT3BC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 2.2 1.0 R30 φ1 φ0.015 (excluding F71R, F2R)

Standard detection object diameter Smallest allowable detection object diameter

Model

FTV74BC

Detection method

Through-beam

F70 SERIES F71

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

830

High-speed

F70R/AR F71R F2R

460 460 270 800

Side-view, φ4 unthreaded with φ2.3 window 25

Search ID No.

10

2000

22

φ4.0

φ2.2

Light axis

Window side 2

Head (nickel-plated BsBM)

φ2.3 window

ネジ部の締付けトルクは0.8N.m以下 Applicable amplifier

F80R SERIES Model

FTV74BC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 2.2 1.0 R30 φ2 φ0.015 (excluding F71R, F2R)

Standard detection object diameter Smallest allowable detection object diameter

72

F70 SERIES F71

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

830

High-speed

F70R/AR F71R F2R

460 460 270 800


Fiber Optic Cables Model

FTV7BC

Detection method

Through-beam

φ4 head side-view with φ2.3 window and M5 screw

11 Fiber Optic Cables

20 12

5

Search ID No.

2000 3

2 φ2.3 window

Internal toothed washer (10 mm O.D., 1.2 mm thick) φ4.0

φ2.2

Hex nut (8 mm across, 3.2 mm thick) Light axis

M5 P=0.8(SUS)

Window side The tightening torque for the threaded part should be up to 0.8 N・m. Applicable amplifier

F80R SERIES Model

FTV7BC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 2.2 1.0 R30 φ2 φ0.015 (excluding F71R, F2R)

Standard detection object diameter Smallest allowable detection object diameter

F2R SERIES

F70 SERIES F71

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

830

High-speed

F70R/AR F71R F2R

460 460 270 800

FTV502YBC 4-mm square head, allowable bending radius 1

Model Detection method

mm

Through-beam

A

4

15

Search ID No.

12

2000

4 φ2.2 φ1

Light axis

1

Head: aluminum (black anodized aluminum)

Window side of A

ネジ部の締付けトルクは0.8N.m以下 Applicable amplifier

F80R SERIES Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius Standard detection object diameter Smallest allowable detection object diameter

FTV502YBC 2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 2.2 1.0 (multi-core) R1 φ1 φ0.015 (excluding F71R, F2R)

F70 SERIES F71

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

470 260

High-speed

F70R/AR F71R F2R

260 160 500

73


Fiber Optic Cables Model

FT91YBC

Detection method

Through-beam

φ1.5 unthreaded, allowable bending radius 4 mm

Fiber Optic Cables

10

Search ID No.

13

2000

φ1.5

φ1.0

φ0.265×4 End face detail Head (SUS)

ネジ部の締付けトルクは0.8N.m以下 Applicable amplifier

F80R SERIES Model

FT91YBC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 1.0 0.265 x 4 R4 φ0.5 φ0.015 (excluding F71R, F2R)

Standard detection object diameter Smallest allowable detection object diameter

Model

FT19YBC

Detection method

Through-beam

F70 SERIES F71

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

180

High-speed

F70R/AR F71R F2R

100 100 600 200

M3 screw short head, allowable minimum bending radius 1.0 mm 10

Search ID No.

14

2000

φ1.0 M3 P=0.5(SUS303)

Hex nut (5.5 mm across, 1.8 mm thick) φ0.5

Internal toothed washer (6.5 mm O.D., 0.9 mm thick)

The tightening torque for the threaded part should be up to 0.8 N・m.

Applicable amplifier

F80R SERIES Model

FT19YBC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 1.0 0.5 (multi-core) R1 φ0.5 φ0.015 (excluding F71R, F2R)

Standard detection object diameter Smallest allowable detection object diameter

74

F70 SERIES F71

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

135

High-speed

F70R/AR F71R F2R

750 750 480 150


Fiber Optic Cables Model

GTK Series

Detection method

Through-beam

M3 screw, glass fiber achieving allowable bending radius 3.5 mm

Search ID No.

15 Fiber Optic Cables

L

15 10

100 10

φ2.0

φ3.0

φ2.2

M3 P=0.5(SUS303)

Connector φ0.7

Hex nut (5.5 mm across, 1.8 mm thick) The tightening torque for the threaded part should be up to 0.8 N・m.

Internal toothed washer (6.5 mm O.D., 0.9 mm thick) Applicable amplifier

F2R SERIES Model

GTK905

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

0.5

Standard detection object diameter Smallest allowable detection object diameter

GTK910

1 – 30 ~ + 70 ºC Vinyl chloride Glass 2.0 Binding diameter: 0.7 mm R3.5 φ0.7 φ0.05

Model

FT5YBC

Detection method

Through-beam

Detecting distances for individual amplifier models (mm)

F2R

600

M4 screw, allowable minimum bending radius 1.0 mm 15

Search ID No.

16

2000

φ2.2

φ3.1 M4 P=0.7(SUS)

Hex nut (7 mm across, 2.4 mm thick) φ1.0

Internal toothed washer (8.5 mm O.D., 0.9 mm thick)

The tightening torque for the threaded part should be up to 0.8 N・m.

Applicable amplifier

F80R SERIES Model

FT5YBC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 2.2 1.0 (multi-core) R1 φ1 φ0.015 (excluding F71R, F2R)

Standard detection object diameter Smallest allowable detection object diameter

F70 SERIES F71

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

700 380

High-speed

F70R/AR F71R F2R

380 230 700

75


Fiber Optic Cables Model

FTN5BC

Detection method

Through-beam

Search ID No.

M4 screw, lens-integrated

Fiber Optic Cables

25

17

2000

φ2.2

φ3.1 M4 P=0.7(SUS303) Flat surfaces on both sides

Hex nut (7 mm across, 2.4 mm thick) Internal toothed washer (8.5 mm O.D., 0.9 mm thick)

Lens diameter: 2.0 mm

The tightening torque for the threaded part should be up to 0.8 N・m.

Applicable amplifier

F80R SERIES Model

FTN5BC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 2.2 0.5 R30 φ0.5 φ0.015 (excluding F71R, F2R)

Standard detection object diameter Smallest allowable detection object diameter

Model

FTVN5BC

Detection method

Through-beam

F70 SERIES F71

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

2300 1300

High-speed

F70R/AR F71R F2R

1300 750 350

Search ID No.

φ4 unthreaded side-view

18

2000

30

φ2.2

φ4.0 Light axis

3.6

1

3

Head (SUS 303)

Window side ネジ部の締付けトルクは0.8N.m以下

2.5 Applicable amplifier

F80R SERIES Model

FTVN5BC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 2.2 0.5 R30 φ0.5 φ0.015 (excluding F71R, F2R)

Standard detection object diameter Smallest allowable detection object diameter

76

F70 SERIES F71

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

2200 1200

High-speed

F70R/AR F71R F2R

1200 720 300


Fiber Optic Cables Model

FTVN501BC

Detection method

Through-beam

4-mm side-view allowing simple light axis alignment

19 Fiber Optic Cables

2000

30 2.5

4

Search ID No.

20 (Clamping area)

4 φ2.2

2 Head (SUS 303)

Light axis

2.5 Window side ネジ部の締付けトルクは0.8N.m以下

3 Applicable amplifier

F80R SERIES Model

FTVN501BC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 2.2 0.5 R30 φ0.5 φ0.015 (excluding F71R, F2R)

Standard detection object diameter Smallest allowable detection object diameter

Model

FTS88BC

Detection method

Through-beam

F70 SERIES F71

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

2200 1200

High-speed

F70R/AR F71R F2R

1200 720 300

Search ID No.

15 mm SUS tube with M3 screw 15*

F2R SERIES

15

20

2000

φ0.85

φ1.25 M3 P=0.5(SUS303)

Guide (SUS 304)

Hex nut (5.5 mm across, 1.8 mm thick) Internal toothed washer (6.5 mm O.D., 0.9 mm thick)

φ0.5

Do not bend the part marked with *. The tightening torque for the threaded part should be up to 0.8 N・m.

Applicable amplifier

F80R SERIES Model

FTS88BC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 1.25 0.5 R15 φ0.5 φ0.015 (excluding F71R, F2R)

Standard detection object diameter Smallest allowable detection object diameter

F70 SERIES F71

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

230

High-speed

F70R/AR F71R F2R

130 130 750 300

77


Fiber Optic Cables Model

FTS53BC

Detection method

Through-beam

Search ID No.

35 mm SUS tube with M4 screw

Fiber Optic Cables

35 10*

15

Bendable (allowable radius: 10 mm)

5 φ0.87

2000

10* 5

φ1.0

φ2.2

φ2.5 M4 P=0.7

Stainless tube

Drawn

21

Hex nut (7 mm across, 2.4 mm thick) Internal toothed washer (8.5 mm O.D., 0.9 mm thick)

φ0.5

Do not bend the part marked with *. The tightening torque for the threaded part should be up to 0.8 N・m.

Applicable amplifier

F80R SERIES

F70 SERIES F71

FTS53BC

Model

Fiber optic cable length(m) 2 (free-cutting) – 30 ~ + 70 ºC Ambient temperature Polyethylene Covering Material Plastic Core 2.2 Cable Diameter 0.5 Core Allowable bending radius SUS part: 10 mm / Fiber optic cable: 15 mm φ0.5 Standard detection object diameter φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter Model

FTS8BC

Detection method

Through-beam

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

230

High-speed

130

F70R/AR F71R F2R

130 750 300

φ1.25 fiber optic cable with 70 mm SUS tube 70

10

Bendable (allowable radius: 10 mm)

10* 5

φ0.87

φ1.0 Drawn

5

φ1.25

φ2.0 M3 P=0.5

Stainless tube

Hex nut (5.5 mm across, 1.8 mm thick) Do not bend the part marked with *. The tightening torque for the threaded part should be up to 0.8 N・m.

F80R SERIES

78

F70 SERIES F71

FTS8BC

Fiber optic cable length(m) 2 (free-cutting) – 30 ~ + 70 ºC Ambient temperature Polyethylene Covering Material Plastic Core 1.25 Cable Diameter 0.5 Core Allowable bending radius SUS part: 10 mm / Fiber optic cable: 15 mm φ0.5 Standard detection object diameter φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter

22

2000

Applicable amplifier

Model

Search ID No.

10*

Internal toothed washer (6.5 mm O.D., 0.9 mm thick)

φ0.5

F2R SERIES

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

230

High-speed

F70R/AR F71R F2R

130 130 750 300


Fiber Optic Cables Model

FTS5BC

Detection method

Through-beam

Search ID No.

70 mm SUS tube with M4 screw

10* 5

Fiber Optic Cables

15

70

23

2000

Bendable 10* (allowable radius: 10 mm) 5

φ0.87

φ1.0

φ2.2 φ2.5 M4 P=0.7

Stainless tube

Drawn

Hex nut (7 mm across, 2.4 mm thick) Internal toothed washer (8.5 mm O.D., 0.9 mm thick)

φ0.5

Applicable amplifier

Do not bend the part marked with *. The tightening torque for the threaded part should be up to 0.8 N・m.

F80R SERIES Fiber optic cable length(m) 2 (free-cutting) – 30 ~ + 70 ºC Ambient temperature Polyethylene Covering Material Plastic Core 2.2 Cable Diameter 0.5 Core Allowable bending radius SUS part: 10 mm / Fiber optic cable: 15 mm φ0.5 Standard detection object diameter φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter Model

FTSV82BC

Detection method

Through-beam

φ1.0 Light axis

0.9

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

230

High-speed

F70R/AR F71R F2R

130 130 750 300

φ1 head 20 mm SUS side-view with φ0.8 window 20*

F2R SERIES

F70 SERIES F71

FTS5BC

Model

15

Search ID No.

24

2000

φ1.25

φ2.0 A

φ0.8

Head (SUS 303)

Window side of A

Guide (SUS 304)

Do not bend the part marked with *

Applicable amplifier

F80R SERIES Model

FTSV82BC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 1.25 0.5 R15 φ0.5 φ0.015 (excluding F71R, F2R)

Standard detection object diameter Smallest allowable detection object diameter

F2R SERIES

F70 SERIES F71

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

130

High-speed

F70R/AR F71R F2R

700 700 400 150

79


Fiber Optic Cables Model

FTSV821BC

Detection method

Through-beam

Search ID No.

φ2 unthreaded SUS 20 mm

Fiber Optic Cables

φ2.0

20* φ0.63

15

25

2000

A

1.8 φ1.25 Light axis

0.7

Flat surface on opposite side of window

φ0.63 1

Do not bend the part marked with *

Window side of A Applicable amplifier

F80R SERIES Model

FTSV821BC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 1.25 0.25 R15 φ0.25 φ0.015 (excluding F71R, F2R)

Standard detection object diameter Smallest allowable detection object diameter

Model

FTSV73BC

Detection method

Through-beam

F70 SERIES F71

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

200

High-speed

100

F70R/AR F71R

800 400

Search ID No.

φ1.48 head 20 mm SUS tube side-view with φ1.1 window 20*

φ1.48

15

2000

φ2.2

φ3.0

Light axis 1.1

26

A

φ1.1 Window side of A Do not bend the part marked with * Applicable amplifier

F80R SERIES Model

FTSV73BC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 2.2 1.0 R30 φ1 φ0.015 (excluding F71R, F2R)

Standard detection object diameter Smallest allowable detection object diameter

80

F70 SERIES F71

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

440

High-speed

F70R/AR F71R F2R

240 240 140 400


Fiber Optic Cables Model

FTSV93BC

Detection method

Through-beam

φ0.88 head 20 mm SUS, allowable bending radius 4 mm

15

27 Fiber Optic Cables

20*

0.9

Search ID No.

2000

φ0.88 0.65 φ1.0

φ3.0

Light axis

1.0

A

Window side of A

Head (SUS 303) Guide (SUS 304) Do not bend the part marked with *. Applicable amplifier

F80R SERIES Model

FTSV93BC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 1.0 0.25 x 3 R4 φ0.5 φ0.015 (excluding F71R, F2R)

Standard detection object diameter Smallest allowable detection object diameter

Model

FTSV84BC

Detection method

Through-beam

F70 SERIES F71

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

400

High-speed

200

F70R/AR F71R

190 110

Search ID No.

M4 screw SUS 20 mm

20*

15

28

2000

0.9 M4,P=0.7(SUS303)

A φ1.0 0.8 Light axis

φ1.25 Hex nut (7 mm across, 2.4 mm thick) Internal toothed washer (8.5 mm O.D., 0.9 mm thick)

Window side of A Do not bend the part marked with *. The tightening torque for the threaded part should be up to 0.8 N・m.

Guide (SUS 304) Applicable amplifier

F80R SERIES Model

FTSV84BC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 1.25 0.5 R15 φ0.5 φ0.015 (excluding F71R, F2R)

Standard detection object diameter Smallest allowable detection object diameter

F2R SERIES

F70 SERIES F71

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

130

High-speed

F70R/AR F71R F2R

700 700 400 150

81


Fiber Optic Cables Model

FTSV5BC

Detection method

Through-beam

Side-view 65 mm SUS tube with M4 screw

Fiber Optic Cables

65* Unbendable

5

φ1.5

Light axis

Search ID No.

29

2000

15

φ2.2

φ2.5 M4 P=0.7

Stainless tube covering

Window side

Hex nut (7 mm across, 2.4 mm thick) 2.0

2.5

Internal toothed washer (8.5 mm O.D., 0.5 mm thick)

Side

Do not bend the part marked with *. The tightening torque for the threaded part should be up to 0.8 N・m.

0.6∼0.7 Applicable amplifier

F80R SERIES Model

FTSV5BC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 2.2 1.0 R30 φ1 φ0.015 (excluding F71R, F2R)

Standard detection object diameter Smallest allowable detection object diameter

Model

FU505BC

Detection method

Through-beam

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

500 280

High-speed

F70R/AR F71R F2R

280 160 600

U-shaped side-on head with fixed 7-mm detecting distance

4

F2R SERIES

F70 SERIES F71

Search ID No.

30

22 13 13

2.5 4

8.5 2

18

7

Light axis

7

φ2.7hole Aluminum (black anodized aluminum)

2000 ネジ部の締付けトルクは0.8N.m以下

φ1.25 Applicable amplifier

F80R SERIES Model

FU505BC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 1.25 0.5 R15 φ1 φ0.015 (excluding F71R, F2R)

Standard detection object diameter Smallest allowable detection object diameter

82

F70 SERIES F71

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance High-speed

F70R/AR F71R F2R

700 700 700 700 700


Fiber Optic Cables Model

FU712BC

Detection method

Through-beam

No light axis alignment required with U-shaped head with fixed 12-mm detecting distance

31 Fiber Optic Cables

2000

30 24

2

5

Search ID No.

6 φ2.2 24

12

7

Light axis

6 2-φ3.5hole

22

Aluminum (black anodized aluminum) ネジ部の締付けトルクは0.8N.m以下 Applicable amplifier

F80R SERIES Model

FU712BC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 2.2 1.0 R30 φ1 φ0.015 (excluding F71R, F2R)

Standard detection object diameter Smallest allowable detection object diameter

Model

FU715BC

Detection method

Through-beam

F70 SERIES F71

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

120 120

High-speed

F70R/AR F71R F2R

120 120 120

U-shaped head with fixed 15-mm detecting distance 22

Search ID No.

32

2000

5

6 φ2.2 Light axis

27

15

10

6 2-φ3.6 x 8 elongate hole

10 2

14

ネジ部の締付けトルクは0.8N.m以下 Aluminum (black anodized aluminum)

2.5

Applicable amplifier

F80R SERIES Model

FU715BC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 2.2 1.0 R30 φ1 φ0.015 (excluding F71R, F2R)

Standard detection object diameter Smallest allowable detection object diameter

F70 SERIES F71

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance High-speed

F70R/AR F71R F2R

150 150 150 150 150

83


Fiber Optic Cables MODEL

FU725BC

Detection method

Through-beam

No light axis alignment required, vibration-resistant

Search ID No.

33

Fiber Optic Cables

5 Light axis 5

2

2000

30 24

2-φ3.5hole

φ2.2

Light axis 37

20

25

22

Aluminum (black anodized aluminum) Applicable amplifier

F80R SERIES Model

FU725BC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 2.2 1.0 R30 φ1 φ0.015 (excluding F71R, F2R)

Standard detection object diameter Smallest allowable detection object diameter

MODEL

FU904BC

Detection method

Through-beam

F2R SERIES

F70 SERIES F71

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

250 250

High-speed

F70R/AR F71R F2R

250 250 250

Search ID No.

4-light-axis model 30

34

2000

22

5

A 6 Light axis 24 Light axis

2

4

4

7

12

4

6 φ2.2 26

Aluminum (black anodized aluminum)

Window side of A

2-φ3.5 hole

ネジ部の締付けトルクは0.8N.m以下

Applicable amplifier

F80R SERIES Model

FU904BC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyvinyl chloride Plastic 2.2 0.265 x 16 R30 – –

Standard detection object diameter Smallest allowable detection object diameter

84

F70 SERIES F71

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance High-speed

F70R/AR F71R F2R

120 120 120 120 120


Fiber Optic Cables MODEL

FU916BC

Detection method

Through-beam

No light axis alignment required, 16 light axes 2000 2-φ4.2 hole

10

φ2.2

1.5 A

A'

50 30 2

35 Fiber Optic Cables

44 34

6

Search ID No.

20

1.9×15=28.5 1.9

1.5

10 5

Light axis 1………………16 Aluminum (black anodized aluminum)

16-φ0.265 window A-A' Window side

Applicable amplifier

F80R SERIES Model

FU916BC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyvinyl chloride Plastic 2.2 0.265 x 16 R30 – –

Standard detection object diameter Smallest allowable detection object diameter

MODEL

FTL706BC

Detection method

Through-beam

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

300 300

High-speed

F70R/AR F71R F2R

300 300 300

Wide-area model with 1.75 mm detecting width 20

5 (2.65)

F2R SERIES

F70 SERIES F71

5

A

Search ID No.

36

2000

10 4

10 1.75

φ2.2 3

(2.65) 0.35

φ0.265×6

Head (BsBM) 2- M3 through hole, P = 0.5

Used as a pair

A detail Applicable amplifier

F80R SERIES Model

FTL706BC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 2.2 0.265 x 6 R30 φ1 φ0.05 (excluding F71R, F2R)

Standard detection object diameter Smallest allowable detection object diameter

F70 SERIES F71

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

300

High-speed

F70R/AR F71R F2R

170 170 950 300

85


Fiber Optic Cables MODEL

FTL716BC

Detection method

Through-beam

Wide-area head-on model with 5.5-mm detecting width

Fiber Optic Cables

20 5

5

A

Search ID No.

37

2000

10 4

1 5.5 10 φ2.2 3

Head (nickel-plated BsBM)

1 2- M3 through hole, P = 0.5

φ0.265 x 16 (in line)

Used as a pair A detail

ネジ部の締付けトルクは0.8N.m以下 Applicable amplifier

F80R SERIES Model

FTL716BC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 2.2 0.265 x 16 R30 φ1 φ0.05 (excluding F71R, F2R)

Standard detection object diameter Smallest allowable detection object diameter

MODEL

FTL7165BC

Detection method

Through-beam

F2R SERIES

F70 SERIES F71

Detecting distances for individual amplifier models (mm) Long-distance

F80R

680

High-speed

F70R/AR F71R F2R

380 380 220 800

Wide-area model with 11.1-mm detecting width 25

Search ID No.

38

2000

5 Light emitting

1

1

10

A

10

Dummy

(11.1)

(11.1)

φ2.2

19 4

φ0.265 x 16 (in line) A detail

2- M3 through hole, P = 0.5 ネジ部の締付けトルクは0.8N.m以下 Head (nickel-plated BsBM) Used as a pair Applicable amplifier

F80R SERIES Model

FTL7165BC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 2.2 0.265 x 16 R30 – φ0.15 (excluding F71R, F2R)

Standard detection object diameter Smallest allowable detection object diameter

86

F70 SERIES F71

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

680

High-speed

F70R/AR F71R F2R

380 380 220 800


Fiber Optic Cables MODEL

FTL7166BC

Detection method

Through-beam

2000

25

5 10

39 Fiber Optic Cables

φ0.265×16 Pitch: 1.066

10

1

1

Search ID No.

Detecting distance 16 mm

4

1,066 (16)

(16)

φ2.2

19

A

4 2- M3 through hole, P = 0.5

A detail Head (nickel-plated BsBM)

Used as a pair

Applicable amplifier

F80R SERIES Model

FTL7166BC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 2.2 0.265 x 16 R30 – –

Standard detection object diameter Smallest allowable detection object diameter

MODEL

FTL745BC

Detection method

Through-beam

F70 SERIES F71

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

680

High-speed

F70R/AR F71R F2R

380 380 220 800

Search ID No.

Detecting distance 45 mm 25

5 3

F2R SERIES

40

2000 4

(10) 4

φ3.5

3 45

51

43 φ2.2 Head: aluminum (white anodized aluminum) 4

16-φ0.265

2- M3 through hole, P = 0.5

2本で1組です Used as a pair

Applicable amplifier

F80R SERIES Model

FTL745BC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyvinyl chloride Plastic 2.2 0.265 x 16 R30 – –

Standard detection object diameter Smallest allowable detection object diameter

F70 SERIES F71

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

540

High-speed

F70R/AR F71R F2R

300 300 180 600

87


Fiber Optic Cables MODEL

FTLV702BC

Detection method

Through-beam

Search ID No.

Detecting distance 5.5 mm

41

Fiber Optic Cables

Fiber end face (detecting side) (φ0.265 x 16 core)

1

(5.5) 15

5

2000 (10)

(φ3.0) 8

15 φ2.2 3- M3 through hole

10

2.5

2.5

6.5 Used as a pair

Applicable amplifier

F80R SERIES Model

FTLV702BC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 2.2 0.265 x 16 R30 φ1 φ0.05 (excluding F71R, F2R)

Standard detection object diameter Smallest allowable detection object diameter

MODEL

FTVW7YBC

Detection method

Through-beam

F70 SERIES F71

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

680

High-speed

380

F70R/AR F71R F2R

380 220 800

Long-distance, wide-area model with 10-mm detecting width 32

Search ID No.

42

2000

7

4 8 15

4

φ2.2

8

2-φ3.2 hole, φ6.1 counterbores (on both sides)

19 27 10 2.8 13.5

(Detecting side)

The tightening torque for the threaded ネジ部の締付けトルクは0.8N.m以下 part should be up to 0.4 N・m.

Applicable amplifier

F80R SERIES Model

FTVW7YBC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 2.2 1.0 (multi-core) R1 – φ0.2 (excluding F71R, F2R)

Standard detection object diameter Smallest allowable detection object diameter

88

Used as a pair

F70 SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance High-speed

F70R/AR

1800 1000 1000


Fiber Optic Cables MODEL

FT704BC

Detection method

Through-beam

Search ID No.

Space saving elbow model

43

Fiber Optic Cables

2000

12

) R6 φ2.2

11 5

φ2.5 Head SUS

Light axis

ネジ部の締付けトルクは0.8N.m以下 Applicable amplifier

F80R SERIES Model

FT704BC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyvinyl chloride Plastic 2.2 φ0.265 x 16 R30 φ1 φ0.015 (excluding F71R, F2R)

Standard detection object diameter Smallest allowable detection object diameter

MODEL

FUH612BC

Detection method

Through-beam

F70 SERIES F71

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

680

High-speed

380

F70R/AR F71R F2R

380 220 800

Heat-resistance 130 ºC, U-shaped model with fixed 12-mm detecting distance

2

Search ID No.

44

2000

30 5

F2R SERIES

2-φ3.2 hole

24

6 φ2.2 24

12

7

6 Light axis

22

Aluminum (black anodized aluminum) Applicable amplifier

F80R SERIES Model

FUH612BC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Fluoroplastic Thermosetting acrylic 2.2 1.5 R45 φ1 φ0.015 (excluding F71R, F2R)

Standard detection object diameter Smallest allowable detection object diameter

F70 SERIES F71

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance High-speed

F70R/AR F71R F2R

120 120 120 120 120

89


Fiber Optic Cables MODEL

FTH7BC

Detection method

Through-beam

Search ID No.

Lowest-cost heat-resistant model

Fiber Optic Cables

15

45

2000

3

φ2.2 M4 P=0.7(SUS303)

Hex nut (7 mm across, 2.4 mm thick) φ1.0

Internal toothed washer (8.5 mm O.D., 0.9 mm thick) The tightening torque for the threaded part should be up to 0.8 N・m.

M2.6 P=0.45 Applicable amplifier

F80R SERIES Model

FTH7BC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 105 ºC Heat-resistant polyethylene Plastic 2.2 1.0 R30 φ1 φ0.015 (excluding F71R, F2R)

Standard detection object diameter Smallest allowable detection object diameter

MODEL

GLT500J series

Detection method

Through-beam

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

F70R/AR F71R F2R

460 270 800

Search ID No.

Heat resistance 200 ºC, covered with fluoroplastic tube 23

L

φ4.0

0.5∼0.8

46

23 10

φ3.1

φ2.8

13

φ4.0

φ2.2

M4 P=0.7(SUS303)

Hex nut (7 mm across, 2.4 mm thick) Internal toothed washer (8.5 mm O.D., 0.9 mm thick)

830 460

High-speed

15

φ1.0

F2R SERIES

F70 SERIES F71

式 GLT505J GLT510J GLT520J

The tightening torque for the threaded part should be up to 0.8 N・m.

Applicable amplifier

F80R SERIES Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius Standard detection object diameter Smallest allowable detection object diameter

90

GLT505J

GLT510J

GLT520J

0.5 1 2 Tip: – 60 ~ +200 ºC / Covering: 200 ºC Fluoroplastic Glass 2.8 Binding diameter: 1.0 mm R25 φ1 φ0.015 (excluding F71R, F2R)

F70 SERIES F71

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

610

High-speed

F70R/AR F71R

340 340 195


Fiber Optic Cables MODEL

GT500J series

Detection method

Through-beam 23 10

φ3.1

φ2.8 φ4.0 M4 P=0.7

0.5∼0.8

GT505J

GT510J

13

φ4.0

Hex nut (7 mm across, 2.4 mm thick) Internal toothed washer (8.5 mm O.D., 0.9 mm thick)

φ1.0

47 Fiber Optic Cables

L

23 15

Search ID No.

Heat resistance 200 ºC with M4 screw

φ2.2

The tightening torque for the threaded part should be up to 0.8 N・m.

GT520J Applicable amplifier

F80R SERIES

GT505J

Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius Standard detection object diameter Smallest allowable detection object diameter

MODEL

GT510J

GT520J

0.5 1 2 Tip: – 60 ~ +200 ºC / Covering: 200 ºC Silicon tube Glass 2.8 Binding diameter: 1.0 mm R25 φ1 φ0.015 (excluding F71R)

F70 SERIES F71

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

610

High-speed

340

F70R/AR F71R

340 195

GTH500J series Heat resistance 350 ºC with SS spiral tube cover

Detection method

Through-beam

23

L 10

φ4.0

0.5∼0.8

φ1.0

48

23

15

φ3.1

Search ID No.

φ2.8

13

φ4.0

φ2.2

M4 P=0.7

Hex nut (7 mm across, 2.4 mm thick) Internal toothed washer (8.5 mm O.D., 0.9 mm thick)

The tightening torque for the threaded part should be up to 0.8 N・m.

形      式 GTH505J GTH510J GTH520J Applicable amplifier

F80R SERIES Model

GTH505J

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

0.5

Standard detection object diameter Smallest allowable detection object diameter

GTH510J

GTH520J

1 2 – 60 ~ + 350 ºC SUS spiral Glass 2.8 Binding diameter: 1.0 mm R25 φ1 φ0.015 (excluding F71R)

F70 SERIES F71

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

610

High-speed

F70R/AR F71R

340 340 195

91


Fiber Optic Cables MODEL

FTHV74BC

Detection method

Through-beam

Low-cost, heat resistance 105 ºC

Fiber Optic Cables

25

Search ID No.

49

2000

22 φ4.0

φ2.2

Light axis

2

φ2.3 window

Window side Applicable amplifier

F80R SERIES Model

FTHV74BC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 105 ºC Heat-resistant polyethylene Plastic 2.2 1.0 R30 φ2 φ0.015 (excluding F71R, F2R)

Standard detection object diameter Smallest allowable detection object diameter

92

F70 SERIES F71

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

830 460

High-speed

F70R/AR F71R F2R

460 270 800


Fiber Optic Cables MODEL

FR105BC

Detection method

Reflective

Search ID No.

M6 screw, longest-distance model

Fiber Optic Cables

2000

23 15

50

8

1 φ2.2

φ4.8

φ6.0 M6 P=1

φ1.5×2

Hex nut (9.8 mm across, 3.6 mm thick) Internal toothed washer (11 mm O.D., 1.2 mm thick)

The tightening torque for the threaded part should be up to 0.8 N・m.

Applicable amplifier

F80R SERIES Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 2.2 1.5 R45 Standard detection object diameter 400 x 400mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter MODEL

FR83BC

Detection method

Reflective

F2R SERIES

F70 SERIES F71

FR105BC

Model

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

570 320

High-speed

F70R/AR F71R F2R

320 190 500

Search ID No.

φ3 unthreaded head, φ1.25 small-diameter fiber optic cable

15

51

2000

φ1.25

φ0.5×2

φ3.0 Head (SUS303)

ネジ部の締付けトルクは0.8N.m以下 Applicable amplifier

F80R SERIES Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 1.25 0.5 R15 Standard detection object diameter 50 x 50mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter

F2R SERIES

F70 SERIES F71

FR83BC

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

900

High-speed

F70R/AR F71R F2R

500 500 300 900

93


Fiber Optic Cables MODEL

FR1083BC

Detection method

Reflective

φ3 unthreaded head, φ1.25 small-diameter fiber optic cable

Fiber Optic Cables

15

Search ID No.

52

2000

φ1.25

φ3.0 φ1.0×2

Head (SUS303)

ネジ部の締付けトルクは0.8N.m以下 Applicable amplifier

F80R SERIES Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 1.25 1.0 R30 Standard detection object diameter 200 x 200mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter MODEL

FR835BC

Detection method

Reflective

F2R SERIES

F70 SERIES F71

FR1083BC

Model

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

360

High-speed

F70R/AR F71R F2R

200 200 120 400

Search ID No.

φ3 unthreaded short head 5

53

2000

φ3.0 φ1.25

End face detail

Head (SUS303) φ0.75×2

ネジ部の締付けトルクは0.8N.m以下 Applicable amplifier

F80R SERIES Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 1.25 0.75 R20 Standard detection object diameter 100 x 100mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter

94

F2R SERIES

F70 SERIES F71

FR835BC

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

190

High-speed

F70R/AR F71R F2R

110 110 650 200


Fiber Optic Cables MODEL

FR8EBC

Detection method

Reflective

Search ID No.

Low cost long distance detection

54 Fiber Optic Cables

2000

15

11

φ1.25

φ3.0 M3 P=0.5(SUS303) φ0.75×2

Hex nut (5.5 mm across, 1.8 mm thick) Internal toothed washer (6.5 mm O.D., 0.9 mm thick)

The tightening torque for the threaded part should be up to 0.8 N・m.

Applicable amplifier

F80R SERIES Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 1.25 0.75 R20 Standard detection object diameter 100 x 100mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter MODEL

FR8BC

Detection method

Reflective

F2R SERIES

F70 SERIES F71

FR8EBC

Model

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

190

High-speed

110

F70R/AR F71R F2R

110 650 200

Small-diameter fiber optic cable with M3 screw

Search ID No.

55

2000

15

11

φ1.25

φ3.0 M3 P=0.5(SUS303) φ0.5×2

Hex nut (5.5 mm across, 1.8 mm thick) Internal toothed washer (6.5 mm O.D., 0.9 mm thick)

The tightening torque for the threaded part should be up to 0.8 N・m.

Applicable amplifier

F80R SERIES Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

FR8BC

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 1.25 0.5 R15 Standard detection object diameter 50 x 50mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter

F70 SERIES F71

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

900

High-speed

F70R/AR F71R F2R

500 500 300 900

95


Fiber Optic Cables MODEL

FR84BC

Detection method

Reflective

φ1.25 small-diameter fiber optic cable with φ2.5 head with M4 screw

Search ID No.

56

Fiber Optic Cables

2000

15

3

φ1.25

φ2.5 M4 P=0.7(SUS303) φ0.5×2

Hex nut (7 mm across, 2.4 mm thick) Internal toothed washer (8.5 mm O.D., 0.9 mm thick)

The tightening torque for the threaded part should be up to 0.8 N・m.

Applicable amplifier

F80R SERIES

F70 SERIES F71

FR84BC

Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 1.25 0.5 R15 Standard detection object diameter 50 x 50mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter MODEL

FR108BC

Detection method

Reflective

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

900

High-speed

F70R/AR F71R F2R

500 500 300 900

Search ID No.

Generic model with M4 screw 15

57

2000

φ1.25

0.5∼0.8

φ3.1 M4 P=0.7(SUS303) φ1.0×2

Hex nut (7 mm across, 2.4 mm thick) The tightening torque for the threaded part should be up to 0.8 N・m.

Internal toothed washer (8.5 mm O.D., 0.9 mm thick) Applicable amplifier

F80R SERIES Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

FR108BC

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 1.25 1.0 R30 Standard detection object diameter 200 x 200mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter

96

F70 SERIES F71

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

360

High-speed

F70R/AR F71R F2R

200 200 120 400


Fiber Optic Cables MODEL

FR7BC

Detection method

Reflective

Low-cost, φ2.5mm head with M6 screw

58 Fiber Optic Cables

17

Search ID No.

2000

3

φ2.2

φ2.5 M6 P=0.75(SUS303) φ1.0×2

Hex nut (8 mm across, 1.5 mm thick) Internal toothed washer (11 mm O.D., 1.2 mm thick) The tightening torque for the threaded part should be up to 0.8 N・m. Applicable amplifier

F80R SERIES

F70 SERIES F71

FR7BC

Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 2.2 1.0 R30 Standard detection object diameter 200 x 200mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter MODEL

FR5BC

Detection method

Reflective

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

320

High-speed

180

F70R/AR F71R F2R

180 100 350

Search ID No.

M6 screw, long-distance detection

59

2000

23 15

F2R SERIES

(8)

1 φ2.2

φ4.8

φ6.0 M6 P=1 Hex nut (9.8 mm across, 3.6 mm thick)

φ1.0×2

Internal toothed washer (11 mm O.D., 1.2 mm thick)

The tightening torque for the threaded part should be up to 0.8 N・m.

Applicable amplifier

F80R SERIES Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

FR5BC

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 2.2 1.0 R30 Standard detection object diameter 200 x 200mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter

F70 SERIES F71

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

320

High-speed

F70R/AR F71R F2R

180 180 100 350

97


Fiber Optic Cables MODEL

FR91Y10

Detection method

Reflective

φ1.5 unthreaded, allowable bending radius 4 mm

Fiber Optic Cables

10

Search ID No.

60

1000 (20)

100 35

(3.7 mm across) φ5.3 R

L L

φ2.0

φ1.0

φ2.2

φ3.2

φ1.5

R

φ3.7 Head (SUS303)

φ0.265×4 End face detail

Applicable amplifier

F80R SERIES Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

1 – 30 ~ + 70 ºC Polyethylene Plastic 1.0 φ0265 x 4 R4 Standard detection object diameter 50 x 50mm white drawing paper (with F70R) φ0.015 (excluding F71R) Smallest allowable detection object diameter MODEL

FR93BC

Detection method

Reflective

F2R SERIES

F70 SERIES F71

FR91Y10

Model

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

400

High-speed

F70R/AR F71R F2R

200 200 120 400

φ3 unthreaded short head, allowable bending radius 4 mm

10

Search ID No.

61

2000

φ3.0 φ1.0

Head (SUS303)

φ0.25×8 End face detail

Applicable amplifier

F80R SERIES Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 1.0 0.25 x 8 R4 Standard detection object diameter 50 x 50mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter

98

F2R SERIES

F70 SERIES F71

FR93BC

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

600

High-speed

F70R/AR F71R F2R

300 300 180 600


Fiber Optic Cables MODEL

FR19YBC

Detection method

Reflective

M3 threaded short head, allowable minimum bending radius 1.0 mm

Search ID No.

62 Fiber Optic Cables

2000

10

φ1.0

M3 P=0.5(SUS303)

φ0.5×2

Hex nut (5.5 mm across, 1.8 mm thick) The tightening torque for the threaded part should be up to 0.8 N・m.

Internal toothed washer (6.5 mm O.D., 0.9 mm thick) Applicable amplifier

F80R SERIES

F70 SERIES F71

FR19YBC

Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 1.0 0.5 (multi-core) R1 Standard detection object diameter 25 x 25mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter MODEL

FR8YBC

Detection method

Reflective

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

400

High-speed

F70R/AR F71R F2R

200 130 800 300

M3 screw, allowable bending radius 4 mm

Search ID No.

63

2000

15

11

φ1.25

φ3.0 M3 P=0.5(SUS303) φ0.25×2

Hex nut (5.5 mm across, 1.8 mm thick) Internal toothed washer (6.5 mm O.D., 0.9 mm thick)

The tightening torque for the threaded part should be up to 0.8 N・m.

Applicable amplifier

F80R SERIES Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

F70 SERIES F71

FR8YBC

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 1.25 0.25 R4 Standard detection object diameter 25 x 25mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

200

High-speed

F70R/AR F71R F2R

100 100 600 200

99


Fiber Optic Cables MODEL

FR84YBC

Detection method

Reflective

M4 screw, allowable minimum bending radius 4 mm

Fiber Optic Cables

15 3

Search ID No.

64

2000 M4、P=0.7(SUS)

φ2.5

φ1.25

Hex nut (7 mm across, 2.4 mm thick)

φ0.25×8

Internal toothed washer (8.5 mm O.D., 0.9 mm thick)

End face detail

The tightening torque for the threaded part should be up to 0.8 N・m. Applicable amplifier

F80R SERIES Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 1.25 0.25 x 8 R4 Standard detection object diameter 50 x 50mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter

F2R SERIES

F70 SERIES F71

FR84YBC

Model

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

600

High-speed

300

F70R/AR F71R F2R

300 160 700

FR194YBC M4 screw, allowable minimum bending radius 1.0 mm Search ID

MODEL Detection method

Reflective

No.

15 0.5∼0.8

65

2000 M4、P=0.7(SUS) φ1.0

φ3.1

Hex nut (7 mm across, 2.4 mm thick) φ0.5×2

Internal toothed washer (8.5 mm O.D., 0.9 mm thick)

End face detail The tightening torque for the threaded part should be up to 0.8 N・m. Applicable amplifier

F80R SERIES Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 1.0 0.5 (multi-core) R1 Standard detection object diameter 25 x 25mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter

100

F70 SERIES F71

FR194YBC

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

400

High-speed

F70R/AR F71R F2R

200 130 800 300


Fiber Optic Cables MODEL

FR5YBC

Detection method

Reflective

M6 screw, allowable minimum bending radius 1.0 mm

15

66 Fiber Optic Cables

23

Search ID No.

2000 8

1 φ2.2

φ4.8

φ6.0 M6 P=1

φ1.0×2

Hex nut (9.8 mm across, 3.6 mm thick) Internal toothed washer (11 mm O.D., 1.2 mm thick) The tightening torque for the threaded part should be up to 0.8 N・m. Applicable amplifier

F80R SERIES

F70 SERIES F71

FR5YBC

Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 2.2 1.0 (multi-core) R1 Standard detection object diameter 200 x 200mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter MODEL

FR7YBC

Detection method

Reflective

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

220

High-speed

F70R/AR F71R F2R

120 120 700 250

Search ID No.

M6 screw short head, allowable minimum bending radius 1.0 mm

67

2000

15

3

φ2.2

φ2.5 M6 P=0.75(SUS303) Hex nut (8 mm across, 1.5 mm thick)

φ1.0×2

Internal toothed washer (11 mm O.D., 1.2 mm thick) The tightening torque for the threaded part should be up to 0.8 N・m. Applicable amplifier

F80R SERIES Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

F70 SERIES F71

FR7YBC

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 2.2 1.0 (multi-core) R1 Standard detection object diameter 200 x 200mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

220

High-speed

F70R/AR F71R F2R

120 120 700 250

101


Fiber Optic Cables MODEL

GXK series

Detection method

Reflective

Allowable bending radius 3.5 mm is achieved with glass fiber, excellent space saving

Search ID No.

68

Fiber Optic Cables

L

17

10 3

φ2.0

φ2.5

M6 P=0.75(SUS303) Hex nut (8 mm across, 1.5 mm thick)

Binding diameter:φ1.0

φ2.2 Internal toothed washer (11 mm O.D., 1.2 mm thick) The tightening torque for the threaded part should be up to 0.8 N・m.

形      式 GXK9605 GXK9610 Applicable amplifier

F2R SERIES Model

GXK9605

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

0.5

GXK9610

1 – 30 ~ + 70 ºC Vinyl chloride Glass 2.0 Binding diameter: 1.0 mm R3.5 25 x 25mm white drawing paper φ0.02

Standard detection object diameter Smallest allowable detection object diameter

MODEL

FXN84BC

Detection method

Coaxial reflective

Detecting distances for individual amplifier models (mm)

F2R

200

Narrow-view coaxial with 1 transmitting and 9 receiving fibers 15

Search ID No.

69

2000

3 φ1.25

End face

φ2.5 φ0.5×1 (transmission) φ0.25×9 (reception)

M4 P=0.7(SUS303) Hex nut (7 mm across, 2.4 mm thick) Internal toothed washer (8.5 mm O.D., 0.9 mm thick) The tightening torque for the threaded part should be up to 0.8 N・m. Applicable amplifier

F80R SERIES Model

Fiber optic cable length(m) 2 (free-cutting) – 30 ~ + 70 ºC Ambient temperature Polyethylene Covering Material Plastic Core 1.25 Cable Diameter Core Transmission: φ0.5 x 1 / Reception: φ0.25 x 9 R15 Allowable bending radius Standard detection object diameter 25 x 25mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter

102

F70 SERIES F71

FXN84BC

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

400

High-speed

F70R/AR F71R F2R

220 220 130 500


Fiber Optic Cables MODEL

FXN841BC

Detection method

Coaxial reflective

Search ID No.

Narrow-view, φ1.5 spot at 5 mm

Fiber Optic Cables

15

70

2000

3 φ1.25

φ2.5 End face detail

M4 P=0.7(SUS303)

φ0.5×1 (transmission) φ0.25×4 (reception)

Hex nut (7 mm across, 2.4 mm thick) Internal toothed washer (8.5 mm O.D., 0.9 mm thick)

(5 dummy cables)

The tightening torque for the threaded part should be up to 0.8 N・m. Applicable amplifier

F80R SERIES

F70 SERIES F71

FXN841BC

Model

Fiber optic cable length(m) 2 (free-cutting) – 30 ~ + 70 ºC Ambient temperature Polyethylene Covering Material Plastic Core 1.25 Cable Diameter Core Transmission: φ0.5 x 1 / Reception: φ0.25 x 4 R15 Allowable bending radius Standard detection object diameter 25 x 25mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter MODEL

FR707BC

Detection method

Reflective

F80R

Long-distance High-speed

F70R/AR F71R

120 600 5.5 300

Search ID No.

Narrow-view, angle of aperture 10゜

15

6.3

9.5

Detecting distances for individual amplifier models (mm)

71

2000

4.4 2-φ2.2 2-φ3.5 (lens diameter)

Head (black ABS)

Applicable amplifier

F80R SERIES Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

FR707BC

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 2.2 1.0 R30 Standard detection object diameter 200 x 200mm white drawing paper (with F70R) φ0.3 (excluding F71R, F2R) Smallest allowable detection object diameter

F70 SERIES F71

Detecting distances for individual amplifier models (mm)

F80R

Long-distance High-speed

F70R/AR F71R

30∼270 30∼150 30∼150 30∼110

103


Fiber Optic Cables MODEL

FRS83BC

Detection method

Reflective

φ1.3 head, φ1.25 fiber optic cable

Fiber Optic Cables

15

15*

72

2000

5

φ0.5×2

Search ID No.

φ1.25

φ1.3

φ3.0

φ1.48

Head (SUS303) Guide (SUS304) Do not bend the part marked with *. Applicable amplifier

F80R SERIES

F70 SERIES F71

FRS83BC

Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 1.25 0.5 R15 Standard detection object diameter 50 x 50mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter MODEL

FRS801BC

Detection method

Reflective

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

900

High-speed

F70R/AR F71R F2R

500 500 300 900

Search ID No.

φ4 unthreaded SS 22 mm

22*

F2R SERIES

15

73

2000

5 φ1.3 (Drawn)

φ1.48

φ4.0 φ1.25

φ0.5×2 End face detail Do not bend the part marked with *. Applicable amplifier

F80R SERIES Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

FRS801BC

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 1.25 0.5 R15 Standard detection object diameter 50 x 50mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter

104

F70 SERIES F71

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

900

High-speed

F70R/AR F71R F2R

500 500 300 900


Fiber Optic Cables MODEL

FRS806BC

Detection method

Reflective

Search ID No.

SS 40 mm with M3 screw

15

Fiber Optic Cables

40

74

2000

10* Bendable 10* (R10) 5

5 φ1.48

φ1.3

φ1.25 φ2.0 Hex nut (5.5 mm across, 1.8 mm thick)

φ0.5×2

φ3.0

Internal toothed washer (6.5 mm O.D., 0.9 mm thick)

End face detail

M3,P=0.5

Do not bend the part marked with *. The tightening torque for the threaded part should be up to 0.8 N・m.

Applicable amplifier

F80R SERIES

FRS806BC

Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 1.25 0.5 SUS part: R10 / Fiber optic cable: R15 Standard detection object diameter 50 x 50mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter MODEL

FRS8BC

Detection method

Reflective

Detecting distances for individual amplifier models (mm) Long-distance

F80R

900

High-speed

F70R/AR F71R F2R

500 500 300 900

Search ID No.

70 mm SS tube with M3 screw, φ1.25 fiber optic cable 15

70 10*

Bendable(R10)

F2R SERIES

F70 SERIES F71

10*

75

2000

11 5

5

φ1.25 φ1.3

φ1.48

φ2.0

φ3.0 M3 P=0.5(SUS303) Hex nut (5.5 mm across, 1.8 mm thick)

φ0.5×2

Internal toothed washer (6.5 mm O.D., 0.9 mm thick) Stainless tube (SUS 304)

Do not bend the part marked with *. The tightening torque should be up to 0.8 N・m. Applicable amplifier

F80R SERIES Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

FRS8BC

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 1.25 0.5 SUS part: R10 / Fiber optic cable: R15 Standard detection object diameter 50 x 50mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter

F70 SERIES F71

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

900

High-speed

F70R/AR F71R F2R

500 500 300 900

105


Fiber Optic Cables MODEL

FRS2003J series

Detection method

Reflective

φ0.9 head, 35 mm SS tube with M4 screw

Fiber Optic Cables

10*

Bendable (R10)

5

φ0.87

10* 5

Stainless tube (SUS 304)

φ2.1

φ1.0 φ2.5 Internal toothed washer (8.5 mm O.D., 0.9 mm thick)

φ0.25×2

FRS2053J

76

L

15

35

Search ID No.

FRS2103J

With special connector

M4 P=0.7 Hex nut (7 mm across, 2.4 mm thick)

Do not bend the part marked with *. The tightening torque for the threaded part should be up to 0.8 N・m.

専用コネクタ付き Applicable amplifier

F80R SERIES Model

FRS2053J

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

0.5

1 – 30 ~ + 70 ºC Polyethylene Plastic 2.1 0.25 SUS part: R10 / Fiber optic cable: R15 Standard detection object diameter 25 x 25mm white drawing paper (with F70R) φ0.015 Smallest allowable detection object diameter MODEL

FRS84BC

Detection method

Reflective

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

230

High-speed

130

F70R/AR F71R

130 700

Search ID No.

70 mm SS tube with M4 screw 70

10*

F70 SERIES F71

FRS2103J

15

Bendable(R10)

77

2000

10* 5

5

φ1.25 φ1.3

φ1.48

φ2.5 M4 P=0.7(SUS303)

φ0.5×2

Hex nut (7 mm across, 2.4 mm thick) Internal toothed washer (8.5 mm O.D., 0.9 mm thick) Stainless tube (SUS 304)

Do not bend the part marked with *. The tightening torque for the threaded part should be up to 0.8 N・m. Applicable amplifier

F80R SERIES Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

FRS84BC

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 1.25 0.5 SUS part: R10 / Fiber optic cable: R15 Standard detection object diameter 50 x 50mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter

106

F70 SERIES F71

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

900

High-speed

F70R/AR F71R F2R

500 500 300 900


Fiber Optic Cables MODEL

FRS200J series

Detection method

Reflective

φ0.87 head, 70 mm SS tube with M4 screw

Bendable(R10)

10* 5

5

φ0.87

φ1.0

φ2.1

φ2.5

With special connector

M4 P=0.7(SUS303)

φ0.25×2

Fiber Optic Cables

10*

78

L

15

70

Search ID No.

Internal toothed washer (8.5 mm O.D., 0.9 mm thick) Stainless tube

FRS205J

Hex nut (7 mm across, 2.4 mm thick) Do not bend the part marked with *. The tightening torque for the threaded part should be up to 0.8 N・m.

専用コネクタ付き

FRS210J

Applicable amplifier

F80R SERIES Model

FRS205J

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

0.5

1 – 30 ~ + 70 ºC Polyethylene Plastic 2.1 0.25 SUS part: R10 / Fiber optic cable: R15 Standard detection object diameter 25 x 25mm white drawing paper (with F70R) φ0.015 Smallest allowable detection object diameter MODEL

FRS53BC

Detection method

Reflective

F70 SERIES F71

FRS210J

Detecting distances for individual amplifier models (mm) Long-distance

F80R

230

High-speed

130

F70R/AR F71R

130 700

Search ID No.

35 mm SS tube with M6 screw 23

35 10* 5

Bendable (R10)

79

2000

15

10* 5

φ2.2 φ1.37

φ1.5

φ6.0 M6 P=1

φ2.5

φ0.5×2

Hex nut (9.8 mm across, 3.6 mm thick) Internal toothed washer (11 mm O.D., 1.2 mm thick)

Do not bend the part marked with *. The tightening torque for the threaded part should be up to 0.8 N・m.

Applicable amplifier

F80R SERIES Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

FRS53BC

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 2.2 0.5 SUS part: R10/ Fiber optic cable: R15 Standard detection object diameter 50 x 50mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter

F70 SERIES F71

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

900

High-speed

F70R/AR F71R F2R

500 500 300 900

107


Fiber Optic Cables MODEL

FRS105BC

Detection method

Reflective

Fiber Optic Cables

40

End face

φ1.5×2

Search ID No.

M6 screw SS 40 mm 17

80

2000

φ3.75

φ2.2

Hex nut (8 mm across, 1.5 mm thick) The tightening torque for the threaded part should be up to 0.8 N・m.

M6、P=0.75

Internal toothed washer (11 mm O.D., 1.2 mm thick)

Applicable amplifier

F80R SERIES Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 2.2 1.5 R45 Standard detection object diameter 400 x 400mm white drawing paper(with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter MODEL

FRS5BC

Detection method

Reflective

F2R SERIES

F70 SERIES F71

FRS105BC

Model

Detecting distances for individual amplifier models (mm) Long-distance

F80R

570 320

High-speed

F70R/AR F71R F2R

320 190 500

Search ID No.

70 mm SS tube with M6 screw 70

10* 5

Bendable(R10)

2000

23

10*

81

15 φ2.2

φ1.37

φ1.5

φ6.0 M6 P=1

φ2.5 φ0.5×2

Stainless tube (SUS 304)

Hex nut (9.8 mm across, 3.6 mm thick) Internal toothed washer (11 mm O.D., 1.2 mm thick) Do not bend the part marked with *. The tightening torque for the threaded part should be up to 0.8 N・m.

Applicable amplifier

F80R SERIES Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

FRS5BC

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 2.2 0.5 SUS part: R10 / Fiber optic cable: R15 Standard detection object diameter 50 x 50mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter

108

F70 SERIES F71

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

900

High-speed

F70R/AR F71R F2R

500 500 300 900


Fiber Optic Cables MODEL

FRSV83BC

Detection method

Reflective

Side-view φ1.48 head, 20 mm SS tube with φ3 unthreaded head-unit 15

82

2000

A φ1.25

0.8

Fiber Optic Cables

20*

Search ID No.

φ1.48

1.1

φ3.0

0.9 A detail

Head (SUS303)

Guide (SUS304) Do not bend the part marked with *. Applicable amplifier

F80R SERIES

F70 SERIES F71

FRSV83BC

Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 1.25 0.5 R15 Standard detection object diameter 25 x 25mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter MODEL

FRSV55BC

Detection method

Reflective

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

400

High-speed

F70R/AR F71R F2R

200 200 120 400

φ2.1 head, 70 mm SS tube with φ5 unthreaded part 70* Unbendable

F2R SERIES

Search ID No.

83

2000

20

3.5 φ5.0 φ2.2 φ2.1 2.5 Head (SUS303) Guide (SUS304) 1 Do not bend the part marked with *. Applicable amplifier

F80R SERIES Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

F70 SERIES F71

FRSV55BC

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 2.2 0.75 R30 Standard detection object diameter 50 x 50mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

900

High-speed

F70R/AR F71R F2R

500 500 300 100

109


Fiber Optic Cables MODEL

FRSV8BC

Detection method

Reflective

Side-view φ1.48 head, 20 mm SS tube with M3 screw

Fiber Optic Cables

20*

Search ID No.

84

2000

15

A 11

φ1.25

0.8 1.1 φ3.0 M3 P=0.5

φ1.48 0.9

Hex nut (5.5 mm across, 1.8 mm thick)

A detail

Internal toothed washer (6.5 mm O.D., 0.9 mm thick) Do not bend the part marked with *. The tightening torque for the threaded part should be up to 0.8 N・m. Applicable amplifier

F80R SERIES

F70 SERIES F71

FRSV8BC

Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 1.25 0.5 R15 Standard detection object diameter 25 x 25mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter MODEL

FRSV84BC

Detection method

Reflective

Detecting distances for individual amplifier models (mm)

F80R

400

High-speed

200

F70R/AR F71R F2R

70* (Unbendable) φ2.1

Long-distance

190 100 400

Search ID No.

M4 screw SS 70 mm

1.5

F2R SERIES

15

85

2000

A φ1.25

1 Guide (SUS 304)

3.5 Side detail of A

M4 P=0.7

Internal toothed washer (8.5 mm O.D., 0.9 mm thick)

Hex nut (7 mm across, 2.4 mm thick) Do not bend the part marked with *. The tightening torque for the threaded part should be up to 0.8 N・m.

Applicable amplifier

F80R SERIES Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 1.25 0.75 R20 Standard detection object diameter 50 x 50mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter

110

F70 SERIES F71

FRSV84BC

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

900

High-speed

F70R/AR F71R F2R

500 500 300 100


Fiber Optic Cables MODEL

FRSV5BC

Detection method

Reflective

φ2.1 head, 65 mm SS tube with M6 screw 2000

23 5

86 Fiber Optic Cables

65* (Unbendable)

Search ID No.

15

3.5 φ2.2

φ2.1 2.5

φ6.0 φ4.5

M6 P=1 Hex nut (9.8 mm across, 3.6 mm thick)

1

Internal toothed washer (11 mm O.D., 1.2 mm thick) Stainless tube (SUS 304)

Do not bend the part marked with *. The tightening torque for the threaded part should be up to 0.8 N・m. Applicable amplifier

F80R SERIES Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 2.2 0.75 R30 Standard detection object diameter 50 x 50mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter MODEL

FX83BC

Detection method

Coaxial reflective

F2R SERIES

F70 SERIES F71

FRSV5BC

Model

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

900

High-speed

F70R/AR F71R F2R

500 500 300 100

Search ID No.

Coaxial with 1 transmitting and 4 receiving fibers with φ3 unthreaded head-unit

87

2000

15

φ1.25

φ3.0 Head (SUS 303) φ0.5×1 φ0.265×4 ネジ部の締付けトルクは0.8N.m以下 Applicable amplifier

F80R SERIES Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 1.25 φ0.5 x 1 (transmission)/φ0.265 x 4 (receptopn) R15 Standard detection object diameter 50 x 50mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter

F2R SERIES

F70 SERIES F71

FX83BC

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

900

High-speed

F70R/AR F71R F2R

500 440 250 700

111


Fiber Optic Cables MODEL

FX801BC

Detection method

Coaxial reflective

Search ID No.

Coaxial with 1 transmitting and 9 receiving fibers with M3 screw

88

Fiber Optic Cables

2000

25

21

φ1.25

End face detail

φ3.0

φ0.5×1 φ0.25×9

M3 P=0.5(SUS303) Hex nut (5.5 mm across, 1.8 mm thick) The tightening torque for the threaded part should be up to 0.8 N・m.

Internal toothed washer (6.5 mm O.D., 0.9 mm thick) Applicable amplifier

F80R SERIES Fiber optic cable length(m) 2 (free-cutting) – 30 ~ + 70 ºC Ambient temperature Polyethylene Covering Material Plastic Core 1.25 Cable Diameter Core φ0.5 (transmission) / φ0.25 x 9 (reception) R15 Allowable bending radius Standard detection object diameter 50 x 50mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter MODEL

FX84BC

Detection method

Coaxial reflective

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

110

High-speed

F70R/AR F71R F2R

600 550 330 100

φ2.5mm coaxial cable with 1 transmitting and 4 receiving fibers with M4 screw

3

φ2.5 φ0.5×1 φ0.25×4 (5 dummy cables)

Search ID No.

89

2000

15

End face detail

F2R SERIES

F70 SERIES F71

FX801BC

Model

φ1.25

M4 P=0.7(SUS303) Hex nut (7 mm across, 2.4 mm thick) Internal toothed washer (8.5 mm O.D., 0.9 mm thick)

The tightening torque for the threaded part should be up to 0.8 N・m.

Applicable amplifier

F80R SERIES Model

Fiber optic cable length(m) 2 (free-cutting) – 30 ~ + 70 ºC Ambient temperature Polyethylene Covering Material Plastic Core 1.25 Cable Diameter Core φ0.5 x 1 (transmission) / φ0.25 x 4 (reception) R15 Allowable bending radius Standard detection object diameter 50 x 50mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter

112

F2R SERIES

F70 SERIES F71

FX84BC

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

900

High-speed

F70R/AR F71R F2R

500 440 250 700


Fiber Optic Cables MODEL

FX8401BC

Detection method

Coaxial reflective

Search ID No.

Coaxial cable minute light spot with lens

90 Fiber Optic Cables

2000

15 0.5∼0.8

End face detail

φ1.25

φ3.1

M4 P=0.7(SUS303)

(5 dummy cables) φ0.25×4 (reception)

Hex nut (7 mm across, 2.4 mm thick) Internal toothed washer (8.5 mm O.D., 0.9 mm thick) The tightening torque for the threaded part should be up to 0.8 N・m.

φ0.5×1(transmission) Applicable amplifier

F80R SERIES Fiber optic cable length(m) 2 (free-cutting) – 30 ~ + 70 ºC Ambient temperature Polyethylene Covering Material Plastic Core 1.25 Cable Diameter Core φ0.5 x 1 (transmission) / φ0.25 x 4 (reception) R15 Allowable bending radius Standard detection object diameter 50 x 50mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter MODEL

FX8404BC

Detection method

Coaxial reflective

F2R SERIES

F70 SERIES F71

FX8401BC

Model

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

900

High-speed

F70R/AR F71R F2R

500 440 250 700

Coaxial cable with 1 transmitting and 9 receiving fibers with M4 screw

Search ID No.

91

2000

15

0.5∼0.8

φ1.25

End face detail

φ3.1 φ0.5×1 φ0.25×9

M4 P=0.7(SUS303) Hex nut (7 mm across, 2.4 mm thick) Internal toothed washer (8.5 mm O.D., 0.9 mm thick)

The tightening torque for the threaded part should be up to 0.8 N・m.

Applicable amplifier

F80R SERIES Model

F70 SERIES F71

FX8404BC

Fiber optic cable length(m) 2 (free-cutting) – 30 ~ + 70 ºC Ambient temperature Polyethylene Covering Material Plastic Core 1.25 Cable Diameter Core φ0.5 x 1 (transmission) / φ0.25 x 9 (reception) R15 Allowable bending radius Standard detection object diameter 50 x 50mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

110

High-speed

F70R/AR F71R F2R

600 550 330 100

113


Fiber Optic Cables MODEL

FX200J series

Detection method

Coaxial reflective

Search ID No.

Coaxial cable with 1 transmitting and 9 receiving fibers with M4 screw

92

Fiber Optic Cables

15 0.5∼0.8

End face detail

φ3.1

φ2.2 M4 P=0.7(SUS303)

φ0.5×1 φ0.25×9

With special connector

Hex nut (7 mm across, 2.4 mm thick) Internal toothed washer (8.5 mm O.D., 0.9 mm thick) 専用コネクタ付 ネジ部の締付けトルクは0.8N・m以下

The tightening torque for the threaded part should be up to 0.8 N・m.

Applicable amplifier

F80R SERIES Model

FX205J

FX210J

Fiber optic cable length(m) 0.5 1 2 – 30 ~ + 70 ºC Ambient temperature Polyethylene Covering Material Plastic Core 2.2 Cable Diameter Core φ0.5 x 1 (transmission) /φ0.25 x 9 (reception) R30 Allowable bending radius Standard detection object diameter 100 x 100mm white drawing paper (with F70R) φ0.015 (excluding F71R) Smallest allowable detection object diameter MODEL

FX7BC

Detection method

Coaxial reflective

F70 SERIES F71

FX220J

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

135(120)

High-speed

F70R/AR F71R

75(65) 75(65) 45(35) Values in parentheses show detecting distances for combinations with FX220J.

Lowest-cost φ2.5 coaxial cable with 1 transmitting and 4 receiving fiber optic cables with M6 screw

3

φ0.75×1 φ0.5×4

93

2000

17

φ2.5

Search ID No.

φ2.2

M6 P=0.75(SUS303) Hex nut (8 mm across, 1.5 mm thick) Internal toothed washer (11 mm O.D., 1.2 mm thick) The tightening torque for the threaded part should be up to 0.8 N・m. Applicable amplifier

F80R SERIES Model

Fiber optic cable length(m) 2 (free-cutting) – 30 ~ + 70 ºC Ambient temperature Polyethylene Covering Material Plastic Core 2.2 Cable Diameter Core φ0.75 x 1 (transmission) /φ0.5 x 4 (reception) R30 Allowable bending radius Standard detection object diameter 200 x 200mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter

114

F2R SERIES

F70 SERIES F71

FX7BC

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

230

High-speed

F70R/AR F71R F2R

130 130 750 250


Fiber Optic Cables MODEL

FX716BC

Detection method

Coaxial reflective

Coaxial cable with longest detecting distance

94 Fiber Optic Cables

2000

17

3

End face detail

Search ID No.

φ2.2

φ2.5

M6 P=0.75(SUS303)

φ1.0×1 φ0.265×16

Hex nut (8 mm across, 1.5 mm thick) Internal toothed washer (11 mm O.D., 1.2 mm thick) The tightening torque for the threaded part should be up to 0.8 N・m. Applicable amplifier

F80R SERIES

FX716BC

Model

Fiber optic cable length(m) 2 (free-cutting) – 30 ~ + 70 ºC Ambient temperature Polyethylene Covering Material Plastic Core 2.2 Cable Diameter Core φ1.0 x 1 (transmission) /φ0.265 x 16 (reception) R30 Allowable bending radius Standard detection object diameter 200 x 200mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter MODEL

FZ801BC

Detection method

Limited reflection

F70 SERIES F71

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

300

High-speed

170

F70R/AR F71R F2R

170 100 300

Detection regardless of detected object color 20

Search ID No.

95

2000 。

8

8

φ1.25 20

16

8.4

8

4

2- M3 threaded hole Head: aluminum (black anodized aluminum)

ネジ部の締付けトルクは0.8N.m以下

Applicable amplifier

F80R SERIES Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

FZ801BC

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 1.25 1.0 R30 Standard detection object diameter 50 x 50mm white drawing paper (with F70R) φ0.015 (excluding F71R) Smallest allowable detection object diameter

F70 SERIES F71

Detecting distances for individual amplifier models (mm)

F80R

Long-distance High-speed

F70R/AR F71R

}300 300 300

115


Fiber Optic Cables MODEL

FZ802BC

Detection method

Limited reflection

Search ID No.

Thin body of 3 mm

Fiber Optic Cables

19

2-φ1.8 lens

96

2000 5

(1.85)

3

2-φ3.5×7.5 elongate hole

4

φ1.25

3.5 18

10

6.12

31°

16.5

Head: aluminum (black anodized aluminum) Applicable amplifier

F80R SERIES

F70 SERIES F71

FZ802BC

Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 1.25 0.5 R15 Standard detection object diameter 50 x 50mm white drawing paper (with F70R) φ0.015 (excluding F71R) Smallest allowable detection object diameter MODEL

FZ804BC

Detection method

Limited reflection

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

F70R/AR F71R

0∼5 0∼5

Search ID No.

Thin body of 3 mm

7

3

97

2000

18

3.6

0∼5 }

High-speed

2-φ3.5 hole

7

10

φ1.25

7

Head: aluminum (black anodized aluminum) 2-φ1.0

Applicable amplifier

F80R SERIES Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 1.25 0.5 R15 Standard detection object diameter 50 x 50mm transparent glass plate (with F70R) φ0.015 (excluding F71R) Smallest allowable detection object diameter

116

F70 SERIES

FZ804BC

Detecting distances for individual amplifier models (mm)

F80R

Long-distance High-speed

F70R/AR

}5∼17 5∼17


Fiber Optic Cables MODEL

FZ1901YBC Limited reflection, allowable bending radius 1.0 mm

Detection method

Limited reflection

Fiber Optic Cables

2-φ3.4 hole

20

98

2000

20 8

Search ID No.

4.7°

φ2.2

8.4

9.4°

7

4

Head: aluminum (black anodized aluminum) Applicable amplifier

F80R SERIES

FZ1901YBC

Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 2.2 1.0 (multi-core) R1 Standard detection object diameter 50 x 50mm white drawing paper (with F70R) φ0.015 (excluding F71R) Smallest allowable detection object diameter MODEL

FZV8301BC

Detection method

Limited reflection

Detecting distances for individual amplifier models (mm)

F80R

7

Long-distance High-speed

F70R/AR F71R

}50 50 50

Ideal for fitting into robot hand with a depth of only 3 mm 18

3

F70 SERIES F71

Search ID No.

99

2000

7

2

φ1.25

10 6 Window for transmitter and receiver

2- M3 through hole 0.7

Head: aluminum (black anodized aluminum)

1.5

Applicable amplifier

F80R SERIES Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

FZV8301BC

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 1.25 0.75 R20 Standard detection object diameter 50 x 50mm transparent glass plate (with F70R) φ0.015 (excluding F71R) Smallest allowable detection object diameter

F70 SERIES F71

Detecting distances for individual amplifier models (mm)

F80R

Long-distance High-speed

F70R/AR F71R

}0∼20 0∼20 0∼20

Use at a lower sensitivity for combination with F80R or F70R/AR.

117


Fiber Optic Cables MODEL

FZV191YBC

Detection method

Limited reflection

Ideal for glass substrate detection with allowable bending radius of only 1 mm

Fiber Optic Cables

20 5.5

Search ID No.

100

2000 2-φ3.2 hole, φ6.1 counterbores (on both sides)

7

φ1.0

20 (14)

Window for transmitter and receiver

3

2.5

5

4 The tightening torque for the threaded part should be up to 0.8 N・m.

Applicable amplifier

F80R SERIES Model

FZV191YBC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 1.0 0.75 (multi-core) R1 Transparent glass plate –

Standard detection object diameter Smallest allowable detection object diameter

MODEL

FZV8203BC

Detection method

Limited reflection

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

0∼6 }

High-speed

F70R/AR

0∼6

The sensor may be activated even without detection objects when the amplifier sensitivity is too high. Be sure to adjust the sensitivity before use.

Search ID No.

2-mm thin body

7

101

2000

18

2

F70 SERIES

7

2 M3 threaded through holes

2

10

φ1.25

6

6

Window for transmitter and receiver

0.7

Head: aluminum (black anodized aluminum)

1

Applicable amplifier

F80R SERIES Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

FZV8203BC

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 1.25 1.0 R30 Standard detection object diameter 50 x 50mm transparent glass plate (with F70R) φ0.015 (excluding F71R) Smallest allowable detection object diameter

118

F70 SERIES F71

Detecting distances for individual amplifier models (mm)

F80R

Long-distance High-speed

F70R/AR F71R

}0∼19 0∼19 0∼19


Fiber Optic Cables MODEL

FZV8202BC

Detection method

Limited reflection

102 Fiber Optic Cables

2000

18 7 2

Search ID No.

2-mm thin body

7

2- M3 through hole

2

10

φ1.25

6

6

Window for transmitter and receiver

Head: aluminum (black anodized aluminum)

0.7

1

Applicable amplifier

F80R SERIES

F70 SERIES F71

FZV8202BC

Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 1.25 0.5 R15 Standard detection object diameter 50 x 50mm transparent glass plate (with F70R) φ0.06 (excluding F71R) Smallest allowable detection object diameter MODEL

GXZV505BJ

Detection method

Reflective

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

0∼5 }

High-speed

F70R/AR F71R

0∼5 0∼5

(10)

20 9.5 4

5

7

1000

7

10

13

φ4

φ2.2

6

Window for transmitter and receiver 9.5

103

23

2ーM2 through hole φ2.8

18

Search ID No.

Heat resistance to 250 ºC

Head: aluminum (black anodized aluminum)

2

2ーφ3 countersink (90 degrees)

7

2.5 Locking screw Applicable amplifier

F80R SERIES Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

F70 SERIES

GXZV505BJ

1 – 30 ~ + 250 ºC SUS spiral Glass 2.8 Binding diameter: 1.1 mm R25 Standard detection object diameter Transparent glass plate: t = 0.5, 50 x 50mm (with F70R) – Smallest allowable detection object diameter

Detecting distances for individual amplifier models (mm)

F80R

Long-distance High-speed

F70R/AR

0∼5 } 0∼5

119


Fiber Optic Cables MODEL

GXZV605BJ

Detection method

Reflective

Fiber Optic Cables

(10)

20 7

9.5 4

6

18

7

1000 2- M2 through hole

10

φ2.8

φ4

104

23 13 φ2.2

6

Window for transmitter and receiver 9.5

Search ID No.

Heat resistance to 250 ºC

Head: aluminum (black anodized aluminum)

2

countersink (90 degrees)

7

3

Locking screw Applicable amplifier

F80R SERIES

F70 SERIES F71

GXZV605BJ

Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

1 – 30 ~ + 250 ºC SUS spiral Glass 2.8 Binding diameter: 1.1 mm R25 Standard detection object diameter 50 x 50mm transparent glass plate (with F70R) – Smallest allowable detection object diameter MODEL

GXZV612BJ

Detection method

Reflective

Long-distance

0∼5 }

High-speed

F70R/AR F71R

(10) 7

9.5 4

6

18

0∼5 0∼5

Search ID No.

1000 2- M2 through hole

10

φ2.8

φ4

105

23 13 φ2.2

6

Window for transmitter and receiver 7

F80R

Heat resistance to 250 ºC 20

9.5

Detecting distances for individual amplifier models (mm)

2-φ3 countersink (90 degrees)

Head: aluminum (black anodized aluminum)

2 7

3

Locking screw Applicable amplifier

F80R SERIES Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

GXZV612BJ

1 – 30 ~ + 250 ºC SUS spiral Glass 2.8 Binding diameter: 1.1 mm R25 Standard detection object diameter 50 x 50mm transparent glass plate (with F70R) – Smallest allowable detection object diameter

120

F70 SERIES F71

Detecting distances for individual amplifier models (mm)

F80R

Long-distance High-speed

F70R/AR F71R

}1∼12 1∼12 1∼12


Fiber Optic Cables MODEL

FRL7W16BC

Detection method

Reflective

10

10 1.8

φ2.2

3.8

(3.8) (5.5)

Fiber Optic Cables

A

5

106

2000

25 0.5

Search ID No.

Wide-area “head-on” model with 5.5-mm detecting width

R R R R R R

5.5

L L L L L L

A detail

19 8.5

2- M3 through hole, P = 0.5 φ0.265×16 (in 2 lines)

Head (nickel-plated BsBM) ネジ部の締付けトルクは0.8N.m以下 Applicable amplifier

F80R SERIES Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 2.2 0.265 x 16, in 2 lines R30 Standard detection object diameter 100 x 100mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter MODEL

FRL78BC

Detection method

Reflective

5

F2R SERIES

F70 SERIES F71

FRL7W16BC

Model

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

170

High-speed

950

F70R/AR F71R F2R

950 550 250

Search ID No.

Detecting width of 14 mm 2000

20

A

107

5

3 2

5 φ2.2

20 2 3

5 2-φ3.5 Head (nickel-plated BsBM)

3 (both sides) 2 A detail

L1 R1 L2 R2 L3

L (L1~L4) and R (R1~R4) alternately arranged

Applicable amplifier

F80R SERIES Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 2.2 0.5 x 4, 2?? R30 Standard detection object diameter 200 x 200mm white drawing paper (with F70R) φ0.3 (excluding F71R, F2R) Smallest allowable detection object diameter

F2R SERIES

F70 SERIES F71

FRL78BC

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

270

High-speed

F70R/AR F71R F2R

150 150 110 200

121


Fiber Optic Cables MODEL

FRL732BC

Detection method

Reflective

Wide-area “head-on” model with 11.1-mm detecting width

Fiber Optic Cables

Transmitter

25

Search ID No.

108

2000

Receiver A

5

1

10

10 φ2.2

1

(11.1)

(11.1) 4

19

4 A detail 2- M3 through hole, P = 0.5

φ0.265×16×2 (in 1 line)

ネジ部の締付けトルクは0.8N.m以下 Head (nickel-plated BsBM) Applicable amplifier

F80R SERIES

F70 SERIES F71

FRL732BC

Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 2.2 0.265 x 16 R30 Standard detection object diameter 100 x 100mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter MODEL

FRL702BC

Detection method

Reflective

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

170

High-speed

950

F70R/AR F71R F2R

950 550 250

Search ID No.

Detecting width of 20.4 mm

30 5

F2R SERIES

109

2000

25

A

Transmitter

Receiver (20.4)

A detail

30

φ2.2

22

(20.4)

2-φ3.5 hole φ0.265×16×2 (in 1 line)

Applicable amplifier

F80R SERIES Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 2.2 0.265 x 16 エ 2 R30 Standard detection object diameter 100 x 100mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter

122

F70 SERIES F71

FRL702BC

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

170

High-speed

F70R/AR F71R F2R

950 950 550 250


Fiber Optic Cables MODEL

FRLV816BC

Detection method

Reflective

110 Fiber Optic Cables

35 2

Search ID No.

Cylindrical “wide-area” model with 5.25-mm detecting width 2000

5.25

φ2.5 φ1.25 A Transmitter

φ0.265×8×2 (0.35 mm pitch, in line)

Receiver

0.35 2

5.25

A detail Applicable amplifier

F80R SERIES

F70 SERIES F71

FRLV816BC

Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 1.25 0.265 x 8 エ 2 R15 Standard detection object diameter 50 x 50mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter MODEL

FRLV732BC

Detection method

Reflective

1

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

450

High-speed

250

F70R/AR F71R F2R

250 220 100

Side-on model with 11.1-mm detecting width

Transmitter Receiver

10

A

4

F2R SERIES

Search ID No.

111

2.5

2.5

(11.1)

20

2- M3 through hole, P = 0.5 2.5 2000 3.5 4

A detail φ0.265×16×2 (in 1 line)

Head (nickel-plated BsBM) φ2.2 ネジ部の締付けトルクは0.8N.m以下 Applicable amplifier

F80R SERIES Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

F70 SERIES F71

FRLV732BC

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 2.2 0.265 x 16 R4 Standard detection object diameter 100 x 100mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

170

High-speed

F70R/AR F71R F2R

950 950 550 250

123


Fiber Optic Cables MODEL

FX8403BC

Detection method

Coaxial reflective

Fiber Optic Cables

5

(φ1.5)

φ0.25×9 (Receiver)

Search ID No.

M4 screw reflective model 2000

15

R5.0

112

φ3.0

φ1.25

5 15

φ0.5×1 (Transmitter)

Internal toothed washer (8.5 mm O.D., 0.9 mm thick) Hex nut (7 mm across, 2.4 mm thick)

0.5∼0.8

End face detail

φ3.1

M4 P=0.7

The tightening torque for the threaded part should be up to 0.8 N・m. Applicable amplifier

F80R SERIES

F70 SERIES F71

FX8403BC

Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 (free-cutting) – 30 ~ + 70 ºC Polyethylene Plastic 1.25 0.5 x 1 (transmission) / 0.25 x 9 (reception) R15 Standard detection object diameter 50 x 50mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter MODEL

GLX500J series

Detection method

Reflective

F2R SERIES

Detecting distances for individual amplifier models (mm) Long-distance

F80R

100

High-speed

F70R/AR F71R F2R

550 550 330 100

Heat resistance to 200 ºC, covered with fluoroplastic tube 23

Search ID No.

113

L

15

φ3.1 0.5∼0.8 φ1.1

φ2.8

φ4.0 M4 P=0.7

専用コネクタ付き

Hex nut (7 mm across, 2.4 mm thick) Internal toothed washer (8.5 mm O.D., 0.9 mm thick)

形      式 GLX505J GLX510J GLX520J

専用コネクタ付

The tightening torque for the threaded part should be up to 0.8 N・m.

Applicable amplifier

F80R SERIES Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

GLX505J

GLX510J

GLX520J

0.5 1 2 Tip: – 60 ~ +200 ºC / Covering: 200 ºC Fluoroplastic Glass 2.2 Binding diameter: 1.1 (2-section) R25 Standard detection object diameter 100 x 100mm white drawing paper (with F70R) φ0.015 (excluding F71R) Smallest allowable detection object diameter

124

F70 SERIES F71

Detecting distances for individual amplifier models (mm)

F80R

Long-distance High-speed

F70R/AR F71R

135(130) 75(70) 75(70) 45(40) Values in parentheses show detecting distances for combinations with GXL520J.


Fiber Optic Cables MODEL

GXH500J series

Detection method

Reflective

Search ID No.

Heat resistance to 350 ºC, covered with SS spiral tube

Fiber Optic Cables

23

114

L

15 0.5∼0.8

φ3.1

φ4.0

φ2.8

With special connector

M4 P=0.7 φ1.1

Hex nut (7 mm across, 2.4 mm thick) Internal toothed washer (8.5 mm O.D., 0.9 mm thick)

The tightening torque for the threaded part should be up to 0.8 N・m.

式 GXH505J GXH510J GXH520J Applicable amplifier

F80R SERIES Model

GXH505J

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

0.5

GXH510J

GXH520J

1 2 – 60 ~ + 350 ºC SUS spiral Glass 2.8 Binding diameter: 1.1 (2-section) R25 Standard detection object diameter 100 x 100mm white drawing paper (with F70R) φ0.015 (excluding F71R) Smallest allowable detection object diameter MODEL

GX500J series

Detection method

Reflective

F70 SERIES F71

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

135(130)

High-speed

F70R/AR F71R

75(70) 75(70) 45(40) Values in parentheses show detecting distances for combinations with GXL520J.

Search ID No.

Heat resistance to 230 ºC, M4 screw

23

115

L

15 0.5∼0.8

φ3.1 φ1.1

φ4.0 M4 P=0.7

φ2.8

With special connecto

Hex nut (7 mm across, 2.4 mm thick) Internal toothed washer (8.5 mm O.D., 0.9 mm thick)

形      式

GX505J

GX510J

GX520J

専用 ネクタ付

The tightening torque for the threaded part should be up to 0.8 N・m.

Applicable amplifier

F80R SERIES Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

GX505J

GX510J

GX520J

0.5 1 2 Tip: – 60 ~ +230 ºC / Covering: 200 ºC Silicon tube Glass 2.8 Binding diameter: 1.1 (2-section) R25 Standard detection object diameter 100 x 100mm white drawing paper (with F70R) φ0.015 (excluding F71R) Smallest allowable detection object diameter

F70 SERIES F71

Detecting distances for individual amplifier models (mm)

F80R

Long-distance High-speed

F70R/AR F71R

135(130) 75(70) 75(70) 45(40) Values in parentheses show detecting distances for combinations with GX510J/520J.

125


Fiber Optic Cables GXSH5015J M4 screw SS 40 mm, heat resistance to 350 ºC

MODEL Detection method

Reflective

Fiber Optic Cables

35 Double swaging (φ3+φ2.5)

23 5

116

(28)

150

15

Search ID No.

M4、P=0.7

15

13

A

φ3.0

5 11

φ4.0

(φ1.1)

A' M4 P=0.7(SUS303)

(R5.0)

φ2.11

φ2.8

φ4.0

φ2.2

Hex nut (7 mm across, 2.4 mm thick) 5

Internal toothed washer (8.5 mm O.D., 0.9 mm thick)

A

Do not bend the fiber guide. Bifurcated into semicircles (orientation required)

The tightening torque for the threaded part should be up to 0.8 N・m.

10

A end surface detail Applicable amplifier

F80R SERIES

GXSH5015J

Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

0.15 – 30 ~ + 350 ºC SUS spiral Glass 2.8 Binding diameter: 1.1 R25 Standard detection object diameter 100 x 100mm white drawing paper (with F70R) φ0.015 (excluding F71R) Smallest allowable detection object diameter MODEL

FRH7BC

Detection method

Reflective

F70 SERIES F71

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

900

High-speed

F70R/AR F71R

500 500 300

Lowest-cost heat-resistant fiber optic cable, heat resistance to 105 ºC

Search ID No.

117

2000

17

3

φ2.2

φ2.5

M6 P=0.75(SUS303) Hex nut (8 mm across, 1.5 mm thick)

φ1.0×2

Internal toothed washer (11 mm O.D., 1.2 mm thick)

The tightening torque for the threaded part should be up to 0.8 N・m.

Applicable amplifier

F80R SERIES Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

FRH7BC

2 (free-cutting) – 30 ~ + 105 ºC Heat-resistant polyethylene Plastic 2.2 1.0 R30 Standard detection object diameter 200 x 200mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter

126

F70 SERIES F71

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

320

High-speed

F70R/AR F71R F2R

180 180 100 350


Fiber Optic Cables GTSH series GTH

MODEL Detection method

1 x 10-8 Pa vacuum-proof + heat-resistance to 350 ºC

Through-beam

Type

GTH Series Type

L (㎜) L1 (㎜) L2 (㎜)

L (㎜) L1 (㎜) L2 (㎜)

GTSH705V

500

100

400

GTH705V

500

300

200

GTSH710V

1000

100

900

GTH710V

1000

800

200

12 17

118 Fiber Optic Cables

GTSH Series

Search ID No.

M4 P=0.7

R10

29.5

Clamping ring φ8

SUS spiral tube φ4.6

M4,P0.7

Clamping ring φ8/M5 φ3.5

SUS spiral tube

φ3.5 φ2.9

27

9

LO+10

15

20

2

8

φ2.9

9

15

2

L

L2(350°C)

L1(200°C)

Light-introducing fiber pin (FA7VP-M5)

Atmosphere side fiber optic cable (FT7VBC-M5)

Lens unit (optional) FA514

1.3 M5 P=0.8

5

8

M5 P=0.8

φ2.2 φ7.0 φ12.0 φ16.0

φ7.0 φ5.0 1

7 4

φ7.0 15 10

8 Clamping ring

42

14

2000

(Example of attaching)

Contact Takex for prices.

Specification Name

Vacuum-proof heat-resistant fiber optic cable Light-introducing fiber pin Atmosphere side fiber optic cable

Model

GTH705V GTSH705V FA7VP-M5 FT7VBC-M5 GTH710V GTSH710V

Detection method Smallest allowable detection object Fiber diameter Length Material Leakage Ambient temperature Mass

Through-beam − − Copper wire of about φ1 − − 1.2 mm (binding diameter) φ1.5 500mm, 1000mm 42mm Glass (SUS spiral tube) Glass rod 1 x 10-8Pa-m3/s(He) – 60 ~ 350 ºC – 30~230ºC 40 g max. 50 g max. 40 g max.

− − − − φ1.5 2 M (free-cutting) Plastic − − – 30~230ºC 25 g max.

Applicable amplifier

F80R SERIES

F70 SERIES F71

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

680

High-speed

F70R/AR F71R

380 380 220

127


Fiber Optic Cables MODEL

GTHN600 series Vacuum-side through-beam M4 screw with M2.6 tip Search ID

Detection method

(for flange connection)

Through-beam

No.

119

Fiber Optic Cables

L 8

4

16

8

15

25.5

φ2.9

φ3.5

φ10 M4/P0.7 Flange clamping ring with flat surfaces on both sides φ10/M8

SUS spiral tube

M2.6/P0.45

Applicable amplifier

F80R SERIES

GTHN605V GTHN610V GTHN615V GTHN620V

Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

0.5

Standard detection object diameter Smallest allowable detection object diameter

1 1.5 – 30 ~ + 350 ºC SUS spiral Glass 2.9 Binding diameter: 1.5 R30 φ1.2 φ1.0

MODEL

GTHN700 series

Detection method

Through-beam

F70 SERIES F71

2 Detecting distances for individual amplifier models (mm)

F80R

Long-distance

480(380)

High-speed

270(210)

F70R/AR F71R

270(210) 230(170) Values in parentheses show detecting distances for combinations with GTHN620V.

Search ID No.

Vacuum-side through-beam M4 screw (for flange connection)

120

L 8

20

8

15

25.5

φ2.9

φ3.5

φ10 M4/P0.7 Flange clamping ring with flat surfaces on both sides φ10/M8

SUS spiral tube

Applicable amplifier

F80R SERIES Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius Standard detection object diameter Smallest allowable detection object diameter

128

GTHN705V GTHN710V GTHN715V GTHN720V 0.5

1 1.5 – 30 ~ + 350 ºC SUS spiral Glass 2.9 Binding diameter: 1.5 R30 φ1.2 φ1.0

F70 SERIES F71

2 Detecting distances for individual amplifier models (mm)

F80R

Long-distance High-speed

F70R/AR F71R

480(380) 270(210) 270(210) 230(170) Values in parentheses show detecting distances for combinations with GTHN720V.


Fiber Optic Cables MODEL

GTSHN700 series

Detection method

Through-beam

Search ID No.

Vacuum-side through-beam elbow with M4 screw (for flange connection)

121 Fiber Optic Cables

M4 P=0.7

12 Detecting 29.5 head

Flange clamping ring with flat surfaces on both sides φ10/M8

SUS spiral tube

R10 φ4.6

φ2.9

φ3.5

7

27

15

25.5

L Applicable amplifier

F80R SERIES

F70 SERIES F71

GTSHN705V GTSHN710V GTSHN715V GTSHN720V

Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius Standard detection object diameter Smallest allowable detection object diameter

0.5

1 1.5 – 30 ~ + 350 ºC SUS spiral Glass 2.9 Binding diameter: 1.5 R30 φ1.2 φ1.0

MODEL

GXHN400 series

Detection method

Reflective

2 Detecting distances for individual amplifier models (mm) 480(380)

High-speed

270(210)

F70R/AR F71R

270(210) 230(170) Values in parentheses show detecting distances for combinations with GTSHN720V.

L

20 5

80 15

5

φ4

φ5

M4/P0.7

φ12

φ3.9

122

1.5 20 φ2.9

25

(OF φ2)

Search ID No.

Vacuum-side reflective φ4 (for flange connection)

33 SUS partition: 0.15 mm thick

Long-distance

F80R

φ4

φ3.5 Same specification for the branches

SUS spiral tube Flange clamping ring with flat surfaces on both sides φ10/M8

Detecting head

Flange side

8

Applicable amplifier

F80R SERIES Model

GXHN405V

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

0.5

GXHN410V

1 – 30 ~ + 350 ºC SUS spiral Glass 3.9 Binding diameter: 2.0 (2-section) R50 Standard detection object diameter 50 x 50mm white drawing paper (with F70R) φ1.0 Smallest allowable detection object diameter

F70 SERIES F71

Detecting distances for individual amplifier models (mm)

F80R

Long-distance High-speed

F70R/AR F71R

600 350 350 300

129


Fiber Optic Cables MODEL

GXHN700 series

Detection method

Reflective

Fiber Optic Cables

L

20

80 20 7

25 5

22 φ4

φ5

φ2.9

5 φ12

φ3.9

123

1.5

15

33 SUS partition: 0.15 mm thick

Search ID No.

Vacuum-side reflective with M4 screw (for flange connection)

φ4

φ3.5 Same specification for the branches

(OF φ2)

SUS spiral tube

M4/P0.7 Detecting head

Flange clamping ring with flat surfaces on both sides φ10/M8

Flange side

8

Applicable amplifier

F80R SERIES Model

GXHN705V

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

0.5

GXHN710V

1 – 30 ~ + 350 ºC SUS spiral Glass 5 Binding diameter: 2.0 R50 Standard detection object diameter 50 x 50mm white drawing paper (with F70R) φ1.0 Smallest allowable detection object diameter MODEL

FA7VG702

Detection method

−−−−−−−−−−−−

Detecting distances for individual amplifier models (mm)

F80R

Long-distance High-speed

F70R/AR F71R

600 350 350 300

Relay flange 2-ch VG-type φ70

3-φ6.7-hole 120 degrees apart PCD: 58.7 mm

10

(4.7)

33

40

70

(4.7) ※ Atmosphere-side fiber optic cable connection x 4 PCD: 20 mm

Model

FA7VG702

Flange No. of channels No. of relays Leakage Temperature variation Ambient temperature Material Mass

VG-type flange 2ch 4 1 x 10 –8 Pa・m3/s (He) max. 25 ºC/min max. – 30 ~ +250 ºC SUS 304, glass About 700 g

Search ID No.

124

※ Vacuum-side fiber optic cable connection x 4

20

130

F70 SERIES F71


Fiber Optic Cables MODEL

FA7VG703

Detection method

−−−−−−−−−−−−

Relay flange 3-ch VG-type φ70

125

Search ID No.

126

Fiber Optic Cables

3-φ6.7 hole 120 degrees apart

Search ID No.

※ Vacuum-side fiber optic cable connection x 6

30 10 20

PCD: 58.7 mm (4.7) ※ 37 40

70

(4.7) ※ Atmosphere-side fiber optic cable connection x 6 PCD: 24 mm

Model

FA7VG703

Flange No. of channels No. of relays Leakage Temperature variation Ambient temperature Material Mass

VG-type flange 3ch 6 1 x 10 –8 Pa・m3/s (He) max. 25 ºC/min max. – 30 ~ +230 ºC SUS 304, glass About 700 g

MODEL

FT7VGBC

Detection method

−−−−−−−−−−−−

8

5- h

ole 72

de g r e e s a

Atmosphere-side free-cutting (for flange connection)

28

t p ar

2000 15 φ2.2

φ3.5 φ10

Flange side

Model

FT7VGBC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 -35 ~ + 70 ºC Polyethylene Plastic 2.2 1.5 R30 – –

Standard detection object diameter Smallest allowable detection object diameter

Amplifier side Flange clamping ring with flat surfaces on both sides (φ10/M8)

131


Fiber Optic Cables FL(H) series Applicable to virtually any type of liquid including water, oil,

MODEL Detection method

chemicals, etc., heat resistance 200 ºC

Dioptric

Fiber Optic Cables

Dimensions (in mm)

Chemical resistance of PFA (fluoroplastic) Substance

φ0.5×5※2

Plastic fiber optic cable (free-cutting)

PFA tube

FL:φ1.25×2 FLH:φ1.0×2 ※1

50* X

L *Unbendable *2: Can be cut if unnecessary Model

FL series FL(H) series FL-7161

PFA diameter Fiber optic cable diameter Tapered section (*1) 6.35 1.25 7 6.35 1.0 7 4.0 1.0 5

Model PFA length: L Fiber optic cable length: X 200 800 FL(H)-7013 FL(H)-7013-02 200 2300 FL-7161 FL(H)-7013-05 500 2000 FL-7161-05 FL(H)-7013-1 1000 1500 FL-7161-1 FL(H)-6BC 2000 500 FL-7161-2

Heat-resistant φ0.5×5※2

(28)

PFA tube

※1

15 13

Connector

50*

Bunker A, B, C heavy oil Aniline Acrylic nitrile Asphalt Acetone Alcohol Ammonia Isooctane Isobutyl alcohol Isobutyl methyl ketone Ethanol (ethyl alcohol) Ether Ethylene glycol Enamel paint Ammonium chloride Calcium chloride Sodium chloride Barium chloride Chlorine Gasoline Glass raw material Dilute hydrochloric acid Dilute sodium hydroxide Dilute acetic acid Dilute nitric acid Dilute sulfuric acid Citric acid Glycerin Cresol Chloroform Light oil ●

○: applicable ×: inapplicable

Substance

PFA

○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○

Mineral oil Ethylene trichloride Bichromate of soda Barium nitrate Silicon oil Vegetable oil Thinner Barium hydroxide Phenol Turbine oil Sodium carbonate Turpentine Natural volatile oil Kerosene Trichloroethane Trichloroethylene Toluene Naphtha Lactic acid Nitrobenzene Fluorine Ferrosilicon Freon 11 Propyl alcohol Propylene glycol Benzene Methanol (methyl alcohol) Methyl violet Water Carbon tetrachloride Ammonium sulfate

○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ × ○ ○ ○ ○ ○ ○ ○ ○ ○ ○

Example of liquid level detection with 2

400

Amplifier for upper limit level

Fiber optic cable for liquid level detection

*Unbendable *2: Can be cut if unnecessary Model

127

PFA

liquid level detection fiber optic sensors

2000

Search ID No.

Liquid inlet

Amplifier for lowe limit level

PFA diameter Tapered section (*1)

FL-7326

4.0

5

FL-7314

6.35

7

Upper limit leve Lower limit leve Water trap

Specification Model

Liquid outlet (drain)

FL-7161 FL-7161-05 FL-7161-1 FL-7161-2 FL-7013 FL-7013-02 FL-7013-05 FL-7013-1 FL-6BC FL-7326 FLH-7013 FLH-7013-02 FLH-7013-05 FLH-7013-1 FLH-6BC FL-7314

Detection method Dioptric Liquid *1 Detection object 1 mm max. (for water) Repeatability – 0.1 MPa ~ +0.5 MPa Withstand pressure Ambient temperature *2 – 40 ~ +80 ºC (FL type) / – 40 ~ +100 ºC (FLH type) Allowable bending radius R40 mm (50 mm from tip unbendable) See “Dimensionsモ” above Fiber optic cable length PFA Covering Material Plastic Fiber optic cable 50g max. 80g max. Mass Applicable amplifier F80R、F70AR、F70R

– 40 ~ +200 ºC R50mm

Glass 150g max.

*1 : Chromatic or achromatic transparent material (be sure to test with a sample in advance for liquid with high viscosity or turbidity). *2 : Non-condensing in PFA tube.

132


Fiber Optic Cables MODEL

FU901BC

Detection method

Dioptric

Simple installation requiring no preparation and reliable detection

Search ID No.

128 Fiber Optic Cables

Mounting Transparent/translucent pipe

Fiber optic cable (transmitter/ receiver) Zip-tie band (provided)

φ6~26 mm, pipe wall thickness 3 mm max.

Specification

Samp

Detection object

Liquid *1

Applicable pipe

Transparent pipe of φ6-26 mm

●When two sets of sensors are used for upper and lower limit detection, etc., the minimum pitch is 15 mm.

Level control with adjacently mounted 2 sets Transparent or translucent pipe

Repeatability

1 mm max. Ambient temperature – 40 ~ +105 ºC Ambient humidity

Fiber optic cable (transmitter/receiver): A pair for each

35-85%RH Zip-tie band (provided)

Allowable bending radius R10 mm (fiber optic cable) Fiber optic cable length 2 m (free-cutting) Body: polycarbonate Fiber optic cable: Material

φ6~26 mm, pipe wall thickness 3 mm max

plastic (cross-linked polyethylene-covered) ●

Protective structure IP 50 Mass Applicable amplifier

Adjacent mounting allows the minimum pitch of 5 mm (M3 countersunk screws for assembly are separately required).

About 7 g F80R, F70R, F70AR, F71R, F2R

*1:Some types of liquid such as of milky white color may be undetectable.

Dimensions (in mm) 15

2000 2-φ1

15

20

12.6

0.5

5 5 5

133


Fiber Optic Cables MODEL

FTH7FEBC

Detection method

Through-beam

Search ID No.

Long-distance lens-integrated, heat resistance 115 ºC

Fiber Optic Cables

22

129

100

2000

φ5.0 φ2.2

φ4.0 PFA tube

Applicable amplifier

F80R SERIES Model

FTH7FEBC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2.1 – 30 ~ + 105 ºC Heat-resistant polyethylene Plastic 2.2 1.0 R40 min. φ4 φ0.03 (excluding F71R, F2R)

Standard detection object diameter Smallest allowable detection object diameter

MODEL

GTH500FEJ

Detection method

Through-beam

F70 SERIES F71

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

2300 1300

High-speed

F70R/AR F71R F2R

1300 780 230

PFA tube covering, heat resistance 200 ºC (L-100)

(31.5)

F2R SERIES

Search ID No.

130

(154.5) (23)

L

(21)

10

13 φ2.2

(φ9) PFA tube

φ6.35

φ4.0 A

A'

形      式 GTH510FEJ GTH540FEJ

Applicable amplifier

F80R SERIES Model

GTH510FEJ

GTH540FEJ

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

1

4

Standard detection object diameter Smallest allowable detection object diameter

134

– 40 ~ + 200 ºC SUS spiral Glass 2.8 Binding diameter: 1.1 R50 φ6 –

F70 SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance High-speed

F70R/AR

1800 1000 1000


Fiber Optic Cables MODEL

FTV7FEBC

Detection method

Through-beam

Search ID No.

Through-beam side-view

131 Fiber Optic Cables

Light axis 3

Detecting head: φ5.0

PFA tube φ4.0 φ2.2

30 2000

30

Note: The 50-mm section from the tip of the detecting head is unbendable.

Used as a pair ネジ部の締付けトルクは0.8N.m以下

Applicable amplifier

F80R SERIES Model

FTV7FEBC

Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2 – 30 ~ + 70 ºC Heat-resistant polyethylene Plastic 2.2 1.0 R40 min. φ1.0 φ0.015 (excluding F71R, F2R)

Standard detection object diameter Smallest allowable detection object diameter

MODEL

FRH7FEBC

Detection method

Reflective

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

990 550

High-speed

F70R/AR F71R F2R

550 400 100

Search ID No.

Excellent environment resistance

(16)

F2R SERIES

F70 SERIES F71

2000

132

100

φ6.0 φ2.2

(4.4) PFA tube

(5.4) Applicable amplifier

F80R SERIES Model Fiber optic cable length(m) Ambient temperature Covering Material Core Cable Diameter Core Allowable bending radius

2.1 – 30 ~ + 105 ºC Heat-resistant polyethylene Plastic 2.2 1.0 R40 Standard detection object diameter 100 x 100mm white drawing paper (with F70R) φ0.015 (excluding F71R, F2R) Smallest allowable detection object diameter

F2R SERIES

F70 SERIES F71

FRH7FEBC

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

130

High-speed

F70R/AR F71R F2R

700 700 700 350

Note) The sensor may stay activated with the maximum sensitivity setting. If this occurs, reduce the sensitivity.

135


Fiber Optic Cables MODEL

FU1001BC

Detection method

Through-beam

14.5

Fiber Optic Cables

15.5

6.5

9

6.5

Search ID No.

Heat resistance 115 ºC, replaceable with photo micro sensor

133

2000 8

10

6.5 Light axis

19

5

26 19

13

φ1.0

9

6.5 2-φ3.2

2-φ3.2

3.25 11.25

9

Head: aluminum (white anodized aluminum)

3.25

Applicable amplifier

F80R SERIES

FU1001BC

Model

Fiber optic cable length(m) 2 (free-cutting) Ambient temperature – 30 ~ 115 ºC (105 ºC max. for continuous use) Covering Heat-resistant polyethylene Material Plastic Core 1.0 Cable Diameter 0.5 Core R15 Allowable bending radius φ2 Standard detection object diameter φ0.03 (excluding F71R, F2R) Smallest allowable detection object diameter MODEL

FU1002BC

Detection method

Through-beam

F80R

Long-distance

}500

High-speed

F70R/AR F71R F2R

22

13

500 500 500

Search ID No.

19.3 12.7 6

Head: aluminum (white anodized aluminum)

134

2000 10

Light axis

5

F2R SERIES

Detecting distances for individual amplifier models (mm)

Heat resistance 115 ºC, replaceable with photo micro sensor 9

26

F70 SERIES F71

9

Fiber guide (fluoroplastic) 3.3

6.4 φ2.2

φ1.0

19 6.4

3

2-φ3.2 Applicable amplifier

F80R SERIES Model

FU1002BC

Fiber optic cable length(m) 2 (free-cutting) Ambient temperature – 30 ~ +115 ºC (105 ºC max. for continuous use) Covering Heat-resistant polyethylene Material Plastic Core 1.0 Cable Diameter 0.5 Core R15 Allowable bending radius φ2 Standard detection object diameter φ0.03 (excluding F71R, F2R) Smallest allowable detection object diameter

136

F70 SERIES F71

F2R SERIES

Detecting distances for individual amplifier models (mm)

F80R

Long-distance High-speed

F70R/AR F71R F2R

}500 500 500 500


Fiber Optic Cables MODEL

FU1004BC

Detection method

Through-beam

Light axis

2000

10.5

4.3 5

13.6

135 Fiber Optic Cables

26

15.5 12.6

Search ID No.

Heat resistance 115 ºC, replaceable with photo micro sensor 10 φ1.0

7

4.3 Fiber guide (fluoroplastic)

3.5

2-φ3.5 7

7

12

Head: aluminum (white anodized aluminum)

3 Applicable amplifier

F80R SERIES

F70 SERIES F71

FU1004BC

Model

Fiber optic cable length(m) 2 (free-cutting) Ambient temperature – 30 ~ +115 ºC (105 ºC max. for continuous use) Covering Heat-resistant polyethylene Material Plastic Core 1.0 Cable Diameter 0.5 Core R15 Allowable bending radius φ2 Standard detection object diameter φ0.03 (excluding F71R, F2R) Smallest allowable detection object diameter MODEL

FR706BC

Detection method

Reflective

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

}500

High-speed

F70R/AR F71R F2R

500 500 500

Fiber optic cables for 2 channels integrated for stable detection

8

25 15 10

3

F2R SERIES

Search ID No.

136

2000

Ch 2 receiver φ2.2 Ch 2 transmitter 44 38 20 6

30 Ch 1 transmitter Ch 1 receiver Head: aluminum (black anodized aluminum)

4-φ3.2 Applicable amplifier

F80R SERIES Model

FR706BC

Fiber optic cable length(m) 2 (free-cutting) – 30 ~ + 70 ºC Ambient temperature Polyethylene Covering Material Plastic Core 2.2 x 4 Cable Diameter Core Transmitter: φ1 / Receiver: φ1.5 (for channels 1 and 2) R30 Allowable bending radius 300 mm silicon wafers, etc. (with F70R) Standard detection object diameter φ0.03 (excluding F71R, F2R) Smallest allowable detection object diameter

F70 SERIES F71

Detecting distances for individual amplifier models (mm)

F80R

Long-distance

135

High-speed

F70R/AR F71R

700 700 500

137


ファイバユニット

Fiber Optic Cables

138


Attachments

Fiber Optic Cables

Characteristics Tables

139


Fiber Optic Cables â– Directional Characteristics (Typical Example) with F80R FT105BC

FT7202BC

FT8EBC

Distance (mm) 600 Long-distance

Distance (mm) 3000

Distance (mm)

FT8BC FT81BC FTS8BC FTS5BC FTS88BC FTS53BC mode

Fiber Optic Cables

200

400

2000

High-speed mode

High-speed mode

High-speed mode

Distance (mm) 300 Long-distance

mode

Long-distance mode

Long-distance 2000 mode

High-speed mode

1000 200

1000

0

1200 800 400

400 800 1200

120 80 40

Position (mm)

0

40

FT5BC FT7BC FT3BC FTH7BC

200 400 600

80 40

Distance (mm)

3 Long-distance mode High-speed mode

0

400

80

40

600 400 200 0

Position (mm)

FTVN5BC FTVN501BC

Distance (mm)

800 High-speed mode

100

Position (mm)

FTN5BC

Long-distance mode

200

600 400 200 0 200 400 600

FTV7BC FTV74BC

Distance (mm)

Longdistance High-speed mode mode

800

Distance (mm) 1500

Long-distance mode

Long-distance mode

600

2

2

1000

High-speed mode

High-speed mode

400

500

Y

1

200 Y

Y

Y

Y

X

Y

1

200 400 600

Position (mm)

FTSV5BC

3

80 120

Distance (mm) 1200

High-speed mode

500

Position (mm)

40

Long-distance mode

High-speed mode

500

0

40

Position (mm)

Distance (mm) 300

1000

High-speed mode

120 80

FT5YBC

Long-distance mode

Long-distance mode

1000

80 160

FT19YBC

Distance (mm) 1500

Distance (mm) 1500

0

Position (mm)

Position (mm)

FT108BC

600 400 200 0

80 40

80 120

100

X

X

X

X

X

100 80

50 100 150

Position (mm)

0

40

40

80 100

160 80

Position (mm)

FTSV82BC

80 160

FTSV93BC

Distance (mm)

800

Long-distance mode

Distance (mm) 600 Long-distance mode

600 40

200 High-speed mode

80 160

FTL706BC

Distance (mm) 60

Long-distance mode

Long-distance mode

0

Position (mm)

Position (mm)

FTSV73BC

Distance (mm) 300

0

160 80

400

High-speed mode

400

High-speed mode

High-speed mode

20

100

200

Y

0

150 100 50

X

X

X

X

X

80 40

0

40

160 80

80

Position (mm)

0

80 160

Y

400

200

400 200 0

200 400

Position (mm)

X

0

80 160

Position (mm)

Distance (mm)

Longdistance mode

2000

Distance (mm) 3 Long-distance mode

600

High-speed mode

1600 High-speed mode

1200

2 High-speed mode

400 Vertical direction

800 Horizontal direction Y

Y

1 200

400 0

200

X

High-speed mode

160 80

FTH7FEBC 800

Long-distance mode

X

600

FT704BC

2400

Long-distance mode

Detecting distance Y (mm)

800

20 16 12 8 4 0 4 8 12 16 20

Position (mm)

FTVW7YBC

Distance (mm)

X X

Position (mm)

FTL716BC FTL7165BC

140

Y Y

Y

Y

Y

Y

200

100

0

100

Position (mm)

200

600 400 200 0

200 400 600

Position (mm)

300 200 100

0 100 200 300

Position (mm)


Fiber Optic Cables â– Directional Characteristics (Typical Example) with F80R GLT500J series GTH500J series GT500J series Distance (mm)

800

FR105BC

FR8EBC

600

Long-distance mode

Long-distance mode

200 High-speed mode

400

High-speed mode

400

High-speed mode

100

High-speed mode

50

100 200

200

600 400 200

0 200 400 600

120 80

0

40

40 80 120

60 40

20

FR5BC FR7BC FRH7BC

FR108BC FR1083BC 400

400

100

0

10

10 20 30

Long-distance mode

60 40

0

20

20 40 60

6

4

FXN84BC

Long-distance 300 mode

20 High-speed mode

20

10

2

Long-distance mode

High-speed mode

Both modes (with optimum sensitivity setting)

15 10

0

5

5

10 15

sensitivity setting) Long-distance mode

30

High-speed mode

4

6

4

6

30

10

3

2

1

0

1

3

2

6

4

2

0

2

Position (mm)

FX200J series

Long-distance mode

150

Long-distance mode

150 Both modes (with optimum sensitivity setting)

Distance (mm) 100

Distance (mm) 100

100 High-speed mode

20

2

High-speed mode

Position (mm)

Distance (mm) 150 Both modes (with optimum X

0

Distance (mm) 20

FX801BC FX8404BC

Y

Long-distance mode

2

5

FRSV5BC FRSV55BC 40

4

Long-distance mode

15

Distance (mm) 10

Position (mm)

FRSV8BC FRSV83BC

6

Position (mm)

High-speed mode

20

20 40 60

6

4

60

High-speed mode

Position (mm)

2

FRS200J series FRS2003J series

Long-distance mode

40 100

0

FXN841BC

Distance (mm)

Distance (mm) 200

Distance (mm)

Long-distance mode

40

Position (mm)

Position (mm)

FR5YBC FR7YBC

0

20 30

100

Position (mm)

60 40 20

10

Distance (mm) 30

High-speed 200 mode

200

0

FR8YBC

High-speed mode

30 20

30 20 10

Position (mm)

Distance (mm) 60

Distance (mm) 300

Distance (mm) 300

20 40 60

FR19YBC

Long-distance mode

Long-distance mode

0

Position (mm)

Position (mm)

Position (mm)

High-speed mode

Fiber Optic Cables

600

Long-distance mode

FRS53BC FRS84BC FRS8BC FR83BC

Distance (mm) 150

Distance (mm) 300

Distance (mm) Long-distance mode

FR8BC FRS5BC FRS83BC FR84BC

High-speed mode

High-speed mode X

50

50

Y

50

Y

Y

Y

10 X X

X

15 10

5

0

5

10 15

30 20

10

0

10 20 30

60 40

Position (mm)

Position (mm)

FX83BC FX84BC FX8401BC

FX716BC

Distance (mm) 150

20

0

20 40 60

Position (mm)

60 40 20

0

20

40 60

Position (mm)

FX7BC

Distance (mm) 300

Distance (mm) 600

Long-distance mode

Long-distance mode

Long-distance mode

100

200 High-speed mode

High-speed mode

High-speed 50 mode

30 20 10

400

0

10 20

Position (mm)

30

120 80 40

200

0

40

Position (mm)

100

80 120

60 40

20

0

20

40 60

Position (mm)

141


Fiber Optic Cables â– Directional Characteristics (Typical Example) with F80R FZ801BC

FZV8301BC Distance (mm)

Distance (mm)

Fiber Optic Cables

Long-distance mode

Long-distance mode 60 High-speed mode Long-distance mode High-speed mode

60

High-speed mode Long-distance mode High-speed mode

White paper

60

40

High-speed mode

40

High-speed mode

White paper

20

20 Y

20

0

5

5

10 15

15 10

FZ802BC

5

0

5

0

10

20 30

Y

Distance (mm) 150

4

2

4

6

6

4

2

Y

0

4

80

2

Long-distance mode

0

2

6

4

Distance (mm)

6

4

2

X

60

0

200

200

100 Long-distance mode

Long-distance and high-speed modes (with optimum sensitivity setting)

20 Y

X

X

0

-0.8

-0.4

0

0.4

Position X (mm)

0.8

30 20

10

0

100

50

1

Y

3

6

Both modes (with optimum sensitivity setting)

High-speed mode

High-speed mode

2

4

Distance (mm) 300

150

40

2

GLX500J series GXH500J series GX500J series

4 High-speed mode

White paper

Position (mm)

Distance (mm)

Y

Y

Y Fiber

4

FRL732BC FRL702BC FRL7W16BC FRLV732BC

Long-distance mode

X

Black paper

Position (mm)

FRLV816BC

7

Detecting distance Y (mm)

6

6

Detection object: transparent glass substrate (t = 0.7 mm) X

White paper

X

Position (mm)

6

Long-distance mode High-speed mode Long-distance mode High-speed mode

50

50

2

X

100

100

X

FZV191YBC

142

X

Long-distance mode High-speed mode Long-distance mode Black paper High-speed mode

White paper High-speed 8 mode Long-distance mode Black paper High-speed 4 mode

Position (mm)

5

20 30

12

8

0

2

10

Long-distance mode

Y

4

0

FZ1901YBC

Distance (mm) 150

Distance (mm)

Y

6

X

Position (mm)

FZ1901YBC

12

Long-distance mode Black paper High-speed mode

30 20 10

Position (mm)

FZ802BC

Distance (mm)

30 20 10

10 15

Position (mm)

Position (mm)

Long-distance mode White paper High-speed mode

X

X

Y

15 10

Both modes (with optimum sensitivity setting)

60

Black paper

20

Distance (mm) Long-distance mode

X

40

40

Black paper

Both modes (with optimum sensitivity setting)

Long-distance mode Y

Distance (mm)

FZV8301BC

Y

FZ801BC

10

20 30

Position X (mm)

40 20

0

20

40

Position X (mm)

60 40 20

0

20

40 60

Position X (mm)


Fiber Optic Cables ■ Distance-Output Characteristics (Typical Example) with F80R

0.5 1 1.5 Distance (m)

Margin of light intensity

10 High-speed mode Long-distance mode Operation level

0

1000

2 Distance (m)

3

10

High-speed mode Long-distance mode Operation level

1

2 Distance (m)

High-speed mode Long-distance mode Operation level

250 500 750 Distance (mm)

4

200 400 600 Distance (mm)

Operation level

1

2 Distance (m)

10 High-speed mode Long-distance mode Operation level el

4

Margin of light intensity

Margin of light intensity

0

100 200 300 Distance (mm)

0

100 200 300 Distance (mm)

400

10 High-speed mode Long-distance mode

1 0

250 500 750 Distance (mm)

1000

FTV7BC FTV74BC

×1000

10

0

100

Operation level Oper

400

100

1 3

High-speed mode Long-distance mode

Operation level el

×1000

FTSV5BC

High-speed mode Long-distance mode

10

FT5YBC

100

1

100

1

800

×1000

10

0

0

1000

100

1 3

High-speed mode Long-distance mode Operation level el

×1000

×1000

100

10

FT19YBC

10

0

100

1

4

FTVN5BC FTVN501BC

×1000

Margin of light intensity

1

100

1

250 500 750 Distance (mm)

FTN5BC

0

0

×1000

100

1

High-speed mode Long-distance mode Operation level

FT5BC FT7BC FT3BC FTH7BC

×1000

1

10

1

2

FT108BC

100

Margin of light intensity

0

Margin of light intensity

1

High-speed mode Long-distance mode Operation level

×1000

×1000

Margin of light intensity

10

Margin of light intensity

100

Margin of light intensity

Margin of light intensity

×1000

FT8BC FT81BC FTS8BC FTS5BC FTS88BC FTS53BC

Fiber Optic Cables

×1000

FT8EBC

High-speed mode Long-distance mode Oper Operation level

200 400 600 Distance (mm)

800

Margin of light intensity

FT7202BC

Margin of light intensity

FT105BC

100

10

1 0

High-speed mode Long-distance mode Oper Operation level

250 500 750 Distance (mm)

1000

143


Fiber Optic Cables ■ Distance-Output Characteristics (Typical Example) with F80R

×1000

×1000

Margin of light intensity

100

10 Long-distance mode High-speed mode Operation level

0

250 500 750 Distance (mm)

1000

GLT500J series GT500J series GTH500J series

1

250 500 750 Distance (mm)

Margin of light intensity

100

10

Operation level

Long-distance mode High-speed mode

2 Distance (m)

4

3

200 300 100 Distance (mm)

400

400 600 200 Distance (mm)

10

Operation Oper level

Long-distance mode High-speed mode

200 300 100 Distance (mm)

400

10 High-speed mode Long-distance Operation level mode

200 300 100 Distance (mm)

400

10

1 0

High-speed mode Long-distance Operation level mode

High-speed mode Long-distance mode

20 40 60 Distance (mm)

80

200 300 100 Distance (mm)

Margin of light intensity

400

2 Distance (m)

4

3

FRS53BC FRS84BC FRS8BC FRS83BC

10 High-speed mode Long-distance mode

Oper Operation level

100 150 50 Distance (mm)

0

200

FR8YBC

×1000

10 High-speed mode Long-distance Operation level mode

0

50 Distance (mm)

100

10

1 100

0

High-speed mode Long-distance mode

Operation level el

10 20 30 Distance (mm)

40

FRS200J series FRS2003J series

×1000

100

10

0

1

High-speed mode

100

1

100

1

Oper Operation level

0

Operation level

×1000

Both modes (with optimum sensitivity setting)

1

×1000

FXN841BC

100

400

Long-distance mode

10

FR8BC FRS5BC FR83BC FR84BC

10

1

100 200 300 Distance (mm)

100

1000

×1000

×1000

100

250 500 750 Distance (mm)

FR19YBC

FXN84BC

×1000

High-speed mode Long-distance mode Operation level

100

0

800

100

0

10

1

0

FTH7FEBC

×1000

High-speed mode Long-distance mode

High-speed mode Long-distance mode Oper Operation level el

×1000

0

Operation level

10

1

200

FR8EBC

10

1

FR5YBC FR7YBC

Margin of light intensity

1

100

0

50 100 150 Distance (mm)

100

1

×1000

0

144

Operation level

FR108BC FR1083BC

×1000

0

10

1

1000

FR5BC FR7BC FRH7BC

1

Margin of light intensity

High-speed mode Long-distance mode Operation level

0

1

High-speed mode Long-distance mode

0

Margin of light intensity

Margin of light intensity

10

0

×1000

×1000

100

High-speed mode Long-distance Operation level mode

FT704BC

FR105BC

×1000

1

800

100

1

Margin of light intensity

1

200 400 600 Distance (mm)

FTVW7YBC

Margin of light intensity

FTL716BC FTL7165BC

0

10

100

Margin of light intensity

1 400

100

Margin of light intensity

100 200 300 Distance (mm)

High-speed mode Long-distance mode Operation level

×1000

Margin of light intensity

0

10

Margin of light intensity

High-speed mode Long-distance mode Operation level

Margin of light intensity

10

100

Margin of light intensity

100

FTL706BC

×1000

Margin of light intensity

Margin of light intensity

Margin of light intensity

Fiber Optic Cables

×1000

×1000

1

FTSV93BC

High-speed mode Long-distance Oper Operation level el mode

5 10 15 Distance (mm)

20

Margin of light intensity

FTSV73BC

Margin of light intensity

FTSV82BC

100

10

1 0

High-speed mode Long-distance mode

Operation level Oper el

10 20 30 Distance (mm)

40


Fiber Optic Cables ■ Distance-Output Characteristics (Typical Example) with F80R

10 High-speed mode Long-distance mode

Operation level

Both modes (with optimum sensitivity setting)

10

High-speed mode Operation level

1

100

50 Distance (mm)

100

0

High-speed mode

200 300 100 Distance (mm)

400

100

10 High-speed mode Long-distance mode Operation level

40 60 Distance (mm)

80

10 High-speed mode Long-distance mode Operation level

0

4 6 Distance (mm)

8

Long-distance mode

0

High-speed mode Operation level

20

40 60 Distance (mm)

80

20 40 60 Distance (mm)

80

Margin of light intensity

High-speed mode Long-distance mode

Operation level

80

100

FZ802BC

100

10 High-speed mode Long-distance mode

0

Detection object: white drawing paper

100

10

80

Long-distance mode

Operation level

0

2

4 6 Distance (mm)

8

10

FZV191YBC Detection object: transparent glass substrate (t = 0.7 mm)

Detection object: black drawing paper

×1000

100

10

0

High-speed mode

1

20 40 60 Distance (mm)

High-speed Operation level mode

20

40

60

Long-distance mode

100 Long-distance and high-speed modes (with optimum sensitivity setting)

10

1 80

100

Distance (mm)

0

Operation level Oper el

2

4 6 Distance (mm)

8

10

×1000

10 High-speed mode Long-distance mode

0

40 60 Distance (mm)

GLX500J series GXH500J series GX500J series

100

1

20

×1000

1

×1000

Both modes (with optimum sensitivity setting)

High-speed mode Long-distance mode Operation level Oper

0

Operation level 1 Oper

100

FRL7W16BC FRL702BC FRL732BC FRLV732BC

100

10

1

400

×1000

10

1

×1000

200 300 100 Distance (mm)

FZ1901YBC

100

10

FRLV816BC

0

200

100

Detection object: transparent glass substrate (t = 0.7 mm)

Detection object: white drawing paper

Margin of light intensity

High-speed Long-distance mode mode Operation level el

0

80

×1000

10

1

20 40 60 Distance (mm)

FZ1901YBC

100

High-speed mode Long-distance Operation level mode

FZV8301BC

100

Detection object: black drawing paper

×1000

10

×1000

1 100

FZ802BC

100

Detection object: white drawing paper

×1000

10

50 100 150 Distance (mm)

×1000

1

FZV8301BC

Margin of light intensity

Margin of light intensity

Long-distance mode

Oper Operation level

0

200

×1000

2

High-speed mode Long-distance mode

Operation level Oper

FZ801BC

Margin of light intensity

10

Detection object: black drawing paper

0

Both modes (with optimum sensitivity setting)

10

0

200

Margin of light intensity

100 150 50 Distance (mm)

100

1

FZ801BC

1

100 150 50 Distance (mm)

Margin of light intensity

High-speed mode Long-distance Operation level mode

20

100

1

×1000

Margin of light intensity

10

0

High-speed mode Long-distance mode

Oper Operation level

FX7BC

Margin of light intensity

Margin of light intensity

100

1

10

0

100

50 Distance (mm)

×1000

0

100

Detection object: white drawing paper

×1000

1

×1000

1

FX716BC

FX83BC FX84BC FX8401BC

Margin of light intensity

Long-distance mode

Margin of light intensity

0

×1000

Operation level

200 300 100 Distance (mm)

Margin of light intensity

1

Margin of light intensity

Margin of light intensity

Margin of light intensity

100

FX200J series

Fiber Optic Cables

×1000

×1000

Margin of light intensity

FX801BC FX8404BC

Margin of light intensity

FRSV5BC FRSV55BC

Margin of light intensity

FRSV8BC FRSV83BC

100 Both modes (with optimum sensitivity setting)

10

1 400

0

High-speed mode Long-distance mode

Operation level

100 150 50 Distance (mm)

200

145


Fiber Optic Cables â– Directional Characteristics (Typical Example) with F70R/F70AR FT105BC

FT7202BC

Distance (mm)

FT8EBC

FT8BC FT81BC FTS8BC FTS5BC FTS88BC FTS53BC

Fiber Optic Cables

Distance (mm) 1500

Distance (mm) 300

Distance (mm) 150

1000

200

100

500

100

50

1000

500

60

200 400 600

40

20

0

20 40 60

80

Position (mm)

Position (mm)

FT108BC

FT5BC FT7BC FT3BC FTH7BC

Distance (mm)

600

400

400

200

200

100 200 300

300 200 100 0

40

100 200 300

80 60

FTVN5BC FTVN501BC

2

2

150

20

20 40 60 80

Distance (mm) 600

100

400

50

200

0

20 40

300 200 100 0

100 200 300

Position (mm)

FTV7BC FTV74BC 400

Distance (mm)

Distance (mm)

Y

1

1

0

800

300

600

200

400

Y

Distance (mm) 3

20

Position (mm)

FTSV5BC

Distance (mm) 3

40

Position (mm)

Position (mm)

FTN5BC

40 80

FT5YBC

Distance (mm)

600

Position (mm)

0

FT19YBC

Distance (mm)

300 200 100 0

40

Position (mm)

100

200

X

X

Y

Y

Y

X

Y

600 400 200 0

X

150 100 50

0

X

100 80

50 100 150

X

40

0

40 80 100

80

Position (mm)

Position (mm)

FTSV82BC

FTSV73BC

Distance (mm) 150

40

0

40 80

80

Position (mm)

FTSV93BC

Distance (mm)

400

40

0

40 80

Position (mm)

FTL706BC

Distance (mm) 30

Distance (mm) 300

20

200

300 100 200 100 Y

Y

100

X

X

X

Y

Y

Y

X

Y

10

Y

50

X

X X

40

20

0

20 40

80

Position (mm)

40

0

40 80

10 8 6 4 2 0 2 4 6 8 10

Position (mm)

Position (mm)

FTL716BC FTL7165BC

FTVW7YBC

FT704BC

1200

Distance (mm) 500

80

40

0

40

80

Position (mm)

GLT500J series GTH500J series GT500J series

Distance (mm) 600

Distance (mm)

400

300

Y

200 100

200 100 0

100 200

Position (mm)

146

X

Detecting distance L (mm)

1000 400

300 800

400 Vertical direction

Horizontal direction

600 L

200

L

400

200 X

X

100

200 0

100

50

0

50

Position X (mm)

100

300 200 100 0

100 200 300

Position (mm)

300 200 100 0

100 200 300

Position (mm)


Fiber Optic Cables â– Directional Characteristics (Typical Example) with F70R/F70AR FR105BC

FR8EBC

FR8BC FRS5BC FRS83BC FR84BC

Distance (mm) 150

Distance (mm)

FR5BC FR7BC FRH7BC

FRS53BC FRS84BC FRS8BC FR83BC

Distance (mm)

Distance (mm) 300

300

Fiber Optic Cables

350 60

250

100

200

200

40

150 50

100

100

20

50 60 40

20

0

20

40

60

30 20

10

0

10

20

30

15 10

Position (mm)

Position (mm)

FR108BC FR1083BC

FR19YBC

Distance (mm) 300

5

0

5

10

15

60 40

Position (mm)

20

0

FR8YBC

20

30

20

30

FR7YBC FR5YBC

Distance (mm)

Distance (mm) 30

10

Position (mm)

150

Distance (mm)

30 20

10

200

20

10

100

100

10

5

50

0

10

20

30

3

2

Position (mm)

1

0

1

2

3

FXN84BC

2

80

1

0

1

2

3

30 20

Position (mm)

FXN841BC

Distance (mm)

3

Position (mm)

10

0

10

Position (mm)

FRSV83BC FRSV8BC

FRS200J series FRS2003J series

Distance (mm) 15

Distance (mm) 15

10

10

Distance (mm)

60

40

30

40

Y

20 5

5

X

20 Y

10

X

15 10

5

0

5

10

15

3

2

1

0

1

2

3

3

2

Position (mm)

Position (mm)

FRSV5BC FRSV55BC

FX801BC FX8404BC

Distance (mm) 150

1

0

1

2

3

6

4

Position (mm)

FX200J series

Distance (mm)

2

0

2

4

6

10

15

Position (mm)

FX83BC FX8401BC FX84BC

Distance (mm)

80

Distance (mm)

70 60 100

40

10 X

X

0

40

40

20

20

Y

Y

Y

20

10

60

30

50

30 20

60

50

10

20

X

30

30 20

10

0

10

20

30

30 20

Position (mm)

Position (mm)

FX716BC

FX7BC

Distance (mm) 300

10

0

10

20

White paper

100

70

60

60

50

50

40

40

20

X

Y

Y

Y

20

X

White paper

30

Black paper

50

5

Distance (mm) 70

30 100

0

FZV8301BC

Distance (mm)

Distance (mm) 150

5

Position (mm)

FZ801BC

200

15 10

30

Position (mm)

60 40

20

0

20

Position (mm)

40

60

30 20

10

0

10

Position (mm)

20

30

15 10

5

0

Y

10 5

Position (mm)

10

Black paper

X

15

60 40

20

X

10 0

10

20

30

Position (mm)

147


Fiber Optic Cables ■Directional Characteristics (Typical Example) with F70R/F70AR

Fiber Optic Cables

60

5

50 40

Black paper 4

Black paper

30

3 3

20

2 2 X

Y

10

X

Y

1 Y

Y

X

Distance (mm)

Y

70

6

FRLV816BC

7

White paper

Distance (mm)

White paper

7

Detecting distance Z (mm)

Distance (mm)

FZV191YBC

X

6

Z

30

Fiber

5 4

20

3 2

10

1

Y

FZ1901YBC

Y

FZ802BC

X

3

2

1

0

1

2

6

3

4

2

0

2

4

0

6

-0.8

Position (mm)

Position (mm)

FRL7W16BC

-0.4

0

0.4

5

0

5

10

Position (mm)

Detecting position Y (mm)

FRL732BC FRLV732BC

GLX500J series GXH500J series GX500J series

Distance (mm) 150

Distance (mm) 150

Distance (mm) 150

100

100

100

50

50 Y

Y

50 X Y

Y

X

X

X

25 20 1510 5 0 5 10 15 20 25

25 20 1510 5 0 5 10 15 20 25

Position (mm)

Position (mm)

30

20

10

0

10

20

30

Position (mm)

FT8BC FTS5BC FTS8BC FTS53BC FTS88BC FT81BC

■ Distance-Output Characteristics (Typical Example) with F70R/F70AR FT105BC

FT8EBC

×1000

×1000

×1000

Margin of light intensity

Margin of light intensity

Margin of light intensity

Margin of light intensity

FT7202BC

×1000

100

10

Operation level

1 0

200

400 600 800 Distance (mm)

100

10

100

10

Operation level

1

Oper Operation level

1

0

1000

500

1000 1500 Distance (mm)

2000

0

200 300 Distance (mm)

10

Oper Operation level el

1 0

400

×1000

×1000

×1000

×1000

Margin of light intensity

100

10

Operation level

1 0

200

400 600 Distance (mm)

100

10

Operation level

1 800

0

400 600 Distance (mm)

100

10

Operation level el

1 800

0

100 150 Distance (mm)

0

×1000

×1000

×1000

Margin of light intensity

10

1 0

Operation level

1

2 3 Distance (m)

10

1 4

0

Operation level

1

2 3 Distance (m)

100

10

1 4

0

Operation level

100

200 300 Distance (mm)

200

400 600 Distance (mm)

800

FTV7BC FTV74BC

Margin of light intensity

FTSV5BC

100

Operation level

1 200

×1000

100

200

10

Margin of light intensity

FTVN5BC FTVN501BC

50

100 150 Distance (mm)

100

Margin of light intensity

FTN5BC

200

50

FT5YBC

Margin of light intensity

FT19YBC

Margin of light intensity

FT5BC FT7BC FT3BC FTH7BC

100

100

Margin of light intensity

FT108BC

148

X

10

0.8

100

10

Operation level el

1 400

0

200

400 600 800 Distance (mm)

1000


Fiber Optic Cables ■ Distance-Output Characteristics (Typical Example) with F70R/F70AR

×1000

×1000

×1000

100

10

Operation level

1 0

50

100 150 Distance (mm)

100

10

Operation level el

1 200

0

200 300 Distance (mm)

10

Oper Operation level

1 400

100

10

50 Distance (mm)

100

0

×1000

×1000

×1000

×1000

Margin of light intensity

Operation level

0

200

400 600 Distance (mm)

Operation level

1 800

0

×1000

×1000

Margin of light intensity

100

10

Operation level

1 0

100

200 300 Distance (mm)

0

400 600 Distance (mm)

FR8BC FRS5BC FRS83BC FR84BC

100

10

Operation level

50

100 150 Distance (mm)

10

Oper Operation level el

0

FRS53BC FRS84BC FRS8BC FR83BC

Operation Oper level

0

50

100 150 Distance (mm)

0

×1000

Margin of light intensity

Margin of light intensity

Margin of light intensity

Margin of light intensity

Operation level

1 0

100

200 300 Distance (mm)

1 400

Operation level

0

100

10

Operation Oper level

1 40

0

FXN841BC

10

20 30 Distance (mm)

0

×1000

Margin of light intensity

Margin of light intensity

Margin of light intensity

1 0

Operation level

50 Distance (mm)

10

Operation level el

1 100

0

5

10 15 Distance (mm)

100

10

Operation level

1 0

10

20 30 Distance (mm)

50

100 150 Distance (mm)

200

FRSV8BC FRSV83BC

FRS200J series FRS2003J series

×1000

10

Oper Operation level el

1 40

×1000

100

400

10

×1000

100

200 300 Distance (mm)

100

Margin of light intensity

FXN84BC

10 20 30 Distance (mm)

100

FR7YBC FR5YBC

×1000

10

Operation Oper level

1 200

×1000

10

FRH7BC

10

FR8YBC

100

400

100

×1000

100

100 200 300 Distance (mm)

FR5BC FR7BC

10

FR19YBC

200

100

1 800

100

200

100 150 Distance (mm)

×1000

1

0

FR108BC FR1083BC

200

×1000

1 400

Operation level Oper el

1

FR8EBC

Margin of light intensity

FR105BC

10

500 1000 Distance (mm)

Margin of light intensity

1

10

100

Margin of light intensity

10

100

50

GLT500J series GT500J series GTH500J series

Margin of light intensity

FT704BC

Margin of light intensity

FTVW7YBC

100

Oper Operation level el

1

0

Margin of light intensity

FTL716BC FTL7165BC

100

100

Fiber Optic Cables

×1000

Margin of light intensity

FTL706BC

Margin of light intensity

FTSV93BC

Margin of light intensity

FTSV73BC

Margin of light intensity

FTSV82BC

100

10

1 40

0

Oper Operation level

10

20 30 40 Distance (mm)

50

149


Fiber Optic Cables ■ Distance-Output Characteristics (Typical Example) with F70R, F70AR

×1000

×1000

×1000

100

10

Operation level

1 0

50 Distance (mm)

100

10

0

Operation level

1

50 Distance (mm)

100

0

10

100

0

×1000

×1000

×1000

Margin of light intensity

10

Operation level

1 0

50

100 150 Distance (mm)

100

10

0

10

200

0

×1000

×1000

Margin of light intensity

100

10

Operation level

0

2

4 6 8 Distance (mm)

100

10

0

20

40

80

10

2

×1000

×1000

Margin of light intensity

Margin of light intensity

Margin of light intensity

1 0

Operation level

50

100 150 Distance (mm)

100

10

Operation level

1 200

0

50

4

10

Oper Operation level el

1 6

8

0

10

10

20 30 Distance (mm)

40

10

200

Operation level el

0

50

100 150 Distance (mm)

FT8EBC

200

FT8BC FT81BC FTS8BC FTS5BC FTS88BC FTS53BC

FT7202BC

Distance (mm)

100

100

1

100 150 Distance (mm)

■ Directional Characteristics (Typical Example) with F71R FT105BC

80

GLX500J series GXH500J series GX500J series

×1000

10

40 60 Distance (mm)

100

Distance (mm)

FRL732BC FRLV732BC

100

20

FRLV816BC

Operation Oper level

0

100

Operation level el

0

Transparent glass substrate (t = 0.7 mm)

Distance (mm)

FRL7W16BC

100

×1000

1

60

100

10

1

50 Distance (mm)

100

Operation level

1

10

40 60 80 Distance (mm)

100

FZV191YBC

Margin of light intensity

FZ1901YBC

×1000

1

Operation level

1

50 100 150 Distance (mm)

Margin of light intensity

FZ802BC

100

Operation level

1 200

20

FZV8301BC

Margin of light intensity

FZ801BC

×1000

100

Operation level

1

50 Distance (mm)

Margin of light intensity

FX7BC

100

Margin of light intensity

FX716BC

10

Operation level

1 100

100

Margin of light intensity

Fiber Optic Cables

×1000

Margin of light intensity

FX83BC FX8401BC FX84BC

Margin of light intensity

FX200J series

Margin of light intensity

FX801BC FX8404BC

Margin of light intensity

FRSV5BC FRSV55BC

Distance (mm) 1500

Distance (mm) 300

Distance (mm) 150

1000

200

100

500

100

50

1000 1000

500

600 400 200 0

200 400 600

Position (mm)

150

60

40

20

0

20

Position (mm)

40

60

80

40

0

40

Position (mm)

80

80

60

40

20

0

20

Position (mm)

40

60

80


Fiber Optic Cables â– Directional Characteristics (Typical Example) with F71R FT108BC

FT5BC FT7BC FT3BC FTH7BC 400

Distance (mm)

400

Distance (mm)

300

300

200

200

100

100

0

100 200 300

300 200 100

Position (mm)

0

100 200 300

40

20

Distance (mm) 600

100

400

50

200

0

20

40

300 200 100

Position (mm)

FTVN5BC FTVN501BC

0

100 200 300

Position (mm)

FTSV5BC

Distance (mm) 1.5

Distance (mm) 2

150

Distance (mm)

Position (mm)

FTN5BC

FT5YBC

Fiber Optic Cables

300 200 100

FT19YBC

FTV7BC FTV74BC 400

Distance (mm)

Distance (mm)

400

300

300

200

200

1

Y

Y

0.5

100

100

X

X

Y

Y

Y

X

Y

1

X

X X

100 50

25

0

25

50 100

60 40

Position (mm)

20

0

20

40 60

80

Position (mm)

FTSV82BC

FTSV73BC

0

40

80

40

20

0

20

40

Position (mm)

FTSV93BC

Distance (mm)

Distance (mm) 150

40

Position (mm)

FTL706BC

400

Distance (mm) 15

Distance (mm) 150

10

100

300 100 200

X

50

Y

100

X

X

Y

Y

Y

X

Y

5

Y

Y

50

X X

X

40

20

0

20

80

40

40

0

40

80

10 8 6 4 2 0 2 4 6 8 10

Position (mm)

Position (mm)

FTL716BC FTL7165BC

FT704BC

Distance (mm) 500

40

Position (mm)

20

0

20

40

Position (mm)

GLT500J series GT500J series GTH500J series

Distance (mm) 600

Distance (mm) 300

400

200

200

100

400 300

Y

200 X

100

200 100

0

100 200

300 200 100

Position (mm)

0

100 200 300

300 200 100

Position (mm)

FR105BC

FR8EBC

Distance (mm)

0

100 200 300

Position (mm) FR8BC FRS5BC FRS83BC FR84BC

FR5BC FR7BC

FRS53BC FRS84BC FRS8BC FR83BC

Distance (mm)

Distance (mm) 150

FRH7BC

Distance (mm) 300

350 300

60

250

200

100

200

40

150 50

100

100

20

50 60

40

20

0

20

Position (mm)

40

60

30

20

10

0

10

Position (mm)

20

30

15

10

5

0

5

Position (mm)

10

15

60

40

20

0

10

20

30

Position (mm)

151


Fiber Optic Cables â– Directional Characteristics (Typical Example) with F71R FR108BC FR1083BC

FR19YBC

FR8YBC

FR7YBC FR5YBC

Distance (mm) 30

200

20

10

100

100

10

5

50

Fiber Optic Cables

Distance (mm) 300

30

20

10

0

10

20

30

3

2

Position (mm)

1

0

1

2

3

3

2

Position (mm)

FXN84BC

Distance (mm) 150

Distance (mm)

1

0

1

2

3

30

20

Position (mm)

FXN841BC

FRS200J series FRS2003J series

Distance (mm) 30

Distance (mm) 15

Distance (mm) 15

20

10

10

10

0

10

20

30

Position (mm)

FRSV8BC FRSV83BC Distance (mm)

40

30

Y

20 5

10

5

X

Y

10 X

15

10

5

0

5

10

3

15

2

1

0

1

2

3

3

2

Position (mm)

Position (mm)

FRSV5BC FRSV55BC

FX801BC FX8404BC

0

1

2

3

6

80

60

60

50

50

40

40

30

30

20

20

0

2

4

6

10

15

Distance (mm)

60

60

40

40

20

20

10

10 X

X

30

Y

Y

Y

70

2

FX83BC FX8401BC FX84BC

Distance (mm)

70

4

Position (mm)

FX200J series

Distance (mm)

Distance (mm)

1

Position (mm)

20

10

0

10

X

20

30

30

20

0

10

20

30

30

20

Position (mm)

Position (mm)

FX716BC

10

FX7BC

Distance (mm) 150

10

0

10

20

30

10

0

5

FZV8301BC

Distance (mm)

Distance (mm) 150

5

Position (mm)

FZ801BC

100

15

Position (mm)

100

Distance (mm) 70

70

60

60

50

50

White paper

40

Black paper 30

White paper 30

50

60

40

20

0

20

40

60

30

20

Position (mm)

10

0

10

20

30

0

5

10

15

Black paper 10

60

40

20

0

10

20

X

30

Position (mm)

FRLV816BC

Distance (mm) White paper

White paper

5

20

X

X

Position (mm)

FZ1901YBC

7

10

Position (mm)

FZ802BC

Distance (mm)

15

Y

10

Y

20

X

Y

Y

50

40

FRL7W16BC

Distance (mm) 150

Distance (mm)

70

6

60

5

50

Black paper 4

40

30 100 20

Black paper

30

3

50 20

X

X

3

2

1

0

1

Position (mm)

152

2

3

6

4

2

0

2

Position (mm)

4

6

Y

X

Y

X

10

X

Y

10 Y

1

X

Y

Y

X

Y

Y

2

10

5

0

5

Position (mm)

10

X

25 2015 10 5 0 5 10 15 2025

Position (mm)


Fiber Optic Cables ■ Directional Characteristics (Typical Example) with F71R FRL732BC FRLV732BC

GLX500J series GXH500J series GX500J series

100

100

50

50 Y

Distance (mm) 150

Fiber Optic Cables

Distance (mm) 150

Y

X

XX

25 2015 10 5 0 5 10 15 2025

30

Position (mm)

20

10

0

10

20

30

Position (mm)

FT8EBC

■ Distance-Output Characteristics (Typical Example) with F71R FT105BC

10

Operation level

400 600 800 Distance (mm)

10

Operation level

1 1000

0

FT108BC

10

Operation level

400 600 Distance (mm)

0

FTN5BC

Operation level

1

2 3 Distance (m)

0

FTSV82BC

3

Oper Operation level

1 200

0

50

100 150 Distance (mm)

200 300 Distance (mm)

0

0

Oper Operation level el

100

100 300 400 Distance (mm)

500

100

10

1 400

800

×1000

100

100

400 600 Distance (mm)

FTL706BC

×1000

Operation level

200

10

1 200

FTSV93BC

10

Oper Operation level

FTV7BC FTV74BC

10

0

Margin of light intensity

Margin of light intensity Operation level

50 100 150 Distance (mm)

0

100

1 4

100

10

0

2 Distance (m)

×1000

100

1

Operation level

10

1 200

100

1

200

×1000

FTSV73BC

×1000

100 150 Distance (mm)

×1000

1 4

Operation level

50

FTSV5BC

10

100 150 Distance (mm)

100

0

Margin of light intensity

Margin of light intensity

Margin of light intensity

10

50

FT5YBC

10

400

Oper Operation level

0

×1000

1

200 300 Distance (mm)

100

0

Margin of light intensity

Operation level el

100

×1000

100

1 400

100

FTVN5BC FTVN501BC

×1000

200 300 Distance (mm)

×1000

10

1 800

100

10

FT19YBC

100

200

0

Margin of light intensity

Margin of light intensity

Margin of light intensity

100

1

1000

×1000

0

Operation level

1

400 600 800 Distance (mm)

FT5BC FT7BC FT3BC FTH7BC

×1000

1

200

10

Margin of light intensity

200

100

100

Margin of light intensity

0

Margin of light intensity

100

×1000

Margin of light intensity

100

×1000

Margin of light intensity

×1000

Margin of light intensity

Margin of light intensity

×1000

1

FT8BC FTS5BC FTS8BC FTS53BC FTS88BC FT81BC

FT7202BC

Operation level Oper

50 Distance (mm)

10

1 100

0

Operation level el

50

100 150 Distance (mm)

200

153


Fiber Optic Cables ■ Distance-Output Characteristics (Typical Example) with F71R FT704BC

100

0

200

400 600 Distance (mm)

1 800

0

FR105BC

0

100

200 300 Distance (mm)

Operation level

0

50

100 150 Distance (mm)

Operation level

0

50

100 150 Distance (mm)

1 0

FXN84BC

10

20 30 Distance (mm)

0

20

40 60 80 Distance (mm)

FRSV5BC FRSV55BC

0

Margin of light intensity Operation level

50 Distance (mm)

1 20

0

50 Distance (mm)

0

Oper Operation level el

10

20 30 Distance (mm)

0

50

100 150 Distance (mm)

200

10

Oper Operation level el

1 40

0

10

20 30 40 Distance (mm)

50

FX83BC FX8401BC FX84BC

×1000

100

10

1 100

Operation level Oper el

100

100

Operation level

200

FRSV8BC FRSV83BC

×1000

10

1 100

10 15 Distance (mm)

FX200J series

100

10

1

0

100 150 Distance (mm)

×1000

1

10 15 Distance (mm)

×1000

100

5

10

FX801BC FX8404BC

×1000

Oper Operation level

0

Operation level

5

50

10

FRS200J series FRS2003J series

10

Operation level Oper el

100

100

0

0

FR7YBC FR5YBC

×1000

1 100

1

×1000

1

Margin of light intensity

Margin of light intensity Operation level

1

10

100

10

40

100

10

40 60 80 Distance (mm)

100

×1000

100

20

×1000

FXN841BC

×1000

Operation level

0

Operation level

FRH7BC

100

FR8YBC

10

200

FR5BC FR7BC

×1000

1

100

10

FRS53BC FRS84BC FRS8BC FR83BC

10

200

Margin of light intensity

Margin of light intensity

Margin of light intensity

Margin of light intensity

10

×1000

100

400

100

FR19YBC

×1000

200 300 Distance (mm)

FR8BC FRS5BC FRS83BC FR84BC

1 400

100

×1000

FR108BC FR1083BC

1

0

Margin of light intensity

Margin of light intensity

Margin of light intensity Operation level

1

Margin of light intensity

800

100

10

Operation level Oper

1

400 600 Distance (mm)

×1000

100

Margin of light intensity

200

FR8EBC

×1000

154

Operation level

10

Margin of light intensity

Operation level

1

10

Margin of light intensity

10

100

Margin of light intensity

100

×1000

Margin of light intensity

×1000

Margin of light intensity

Margin of light intensity

Fiber Optic Cables

×1000

GLT500J series GT500J series GTH500J series

Margin of light intensity

FTL716BC FTL7165BC

Operation level

20

40 60 80 Distance (mm)

10

Operation level

1 100

0

20

40 60 80 Distance (mm)

100


Fiber Optic Cables ■ Distance-Output Characteristics (Typical Example) with F71R FX7BC

100

100

10

Operation level

1 0

50

100 150 Distance (mm)

10

Operation level

1 200

0

20

40 60 80 Distance (mm)

100

10

Operation level el

1 0

100

×1000

×1000

×1000

Margin of light intensity

100

10

1 0

100

10

Operation level

2

4 6 8 Distance (mm)

0

FRL732BC FRLV732BC

Margin of light intensity

Margin of light intensity

40 60 80 Distance (mm)

0

40 60 80 Distance (mm)

100

×1000

100

10

0

20

FRL7W16BC

100

1 100

Oper Operation level

1 100

Oper Operation level

10

20 30 Distance (mm)

10

1 40

0

Operation level el

50

100 150 Distance (mm)

200

×1000

100

100

10

0

20

10

GLX500J series GXH500J series GX500J series

×1000

1

Operation level

1 10

50 Distance (mm)

FRLV816BC

Margin of light intensity

FZ1901YBC

Margin of light intensity

FZ802BC

×1000

Margin of light intensity

100

×1000

Margin of light intensity

Margin of light intensity

Margin of light intensity

×1000

FZV8301BC

Fiber Optic Cables

×1000

FZ801BC

Margin of light intensity

FX716BC

Operation level

50

100 150 Distance (mm)

10

Operation level

1 200

0

50

100 150 Distance (mm)

200

155


Fiber Optic Cables â– Directional Characteristics (Typical Example) with F2R FT8BC FTS5BC FTS8BC FTS53BC FTS88BC

FT7BC FTH7BC FT5BC

FR8BC FR83BC FR84BC FRS8BC

FRS83BC FRS84BC FRS5BC FRS53BC

Fiber Optic Cables

45 16

16

35

140

14

14

30

120

12

25

100

10

20

80

8

40

Distance

15

10

5

(mm)

5 Position (mm)

10

15

FR7BC FR5BC

40

20

20 Position (mm)

40

45

2

30 25

45

180 160

5

5

0

5

10

10

5

Position (mm)

120

0

100

Vertical direction

80

Distance

60

(mm)

50

4

Distance

3

(mm)

2 1 0

10

6

(mm)

10

6

1

Position (mm)

2

3

4

40 30 20 10 0 10 20 30 40 Position (mm)

10

FTSV82BC

12

Distance

20 15 10 5 0 5 10 15 20 Position (mm)

5

5

25

Horizontal direction Vertical direction

20

8

20

7

20

30

40 30 20 10 0 10 20 30 40 Position (mm)

FRSV83BC

(mm)

16

50 30

Distance

14 Vertical direction Horizontal direction

20

40

Vertical direction Horizontal direction

40

FRSV5BC FRSV55BC

60

4

60

(mm)

Position (mm)

80 Horizontal direction

2

80

Distance

15

(mm)

70

1

100

20

Distance

FTSV73BC

2

25

5

140

3

140 120

5

FTSV5BC

4

35 30

10

10

0

Position (mm)

40

10

10

2

45

10

5

4

40

15

(mm)

0

4

FTV74BC FTV7BC

20

Distance

Position (mm)

2

2 Position (mm)

25

20

(mm)

4

0

35 30

35

5

4

Distance

6

(mm)

FX7BC

40

10

8

Distance

2

0

FRH7BC

15

10

4

20

0

12

6

40

5 15

Distance

60

(mm)

10

156

FX83BC FX84BC

15

Distance (mm)

Distance

10

(mm)

4 5

2 4

3 2 1 0 1 2 3 4 Position (mm)

8

6

4

2

0

2

Position (mm)

4

6

8


Fiber Optic Cables ■ Distance-Output Characteristics (Typical Example) with F2R FT8BC FTS5BC FTS8BC FTS53BC FTS88BC

FT7BC FTH7BC FT5BC

FR8BC FRS8BC FR83BC FRS83BC FR84BC FRS84BC

FRS5BC FRS53BC

FX83BC FX84BC

100

×100

50

50

50

20 10

20 10

20 10

20 10

2 Operation level

1 0

10

5 2

Operation level

1

20 30 40 50 Distance (mm)

0

FX7BC

20

5 2

0

40 60 80 100 120 140 Distance (mm)

FRH7BC

100

100

100

50

50

50

20

20

10

10

Margin of light intensity

5 2

Operation level

1

0

10

5 2

Operation level

1 0

20 30 40 50 Distance (mm)

FTSV5BC

10

Margin of light intensity

×400 300 200

Margin of light intensity

×400 300 200

10

20 30 40 50 Distance (mm)

4 6 8 10 Distance (mm)

12

Operation level

1 0

14

4 6 8 10 Distance (mm)

12

14

FTSV73BC

100 50 20 10

5 2

Operation level

1 10

20 30 40 50 Distance (mm)

5 2

Operation level

1

0

60

FRSV5BC FRSV55BC

20

40 60 80 100 120 140 Distance (mm)

FTSV83BC

×200 ×100

40

40

40

20

20

20

20

10

10

10

10

4 2

Operation level

1

0

20

40 60 80 100 120 140 Distance (mm)

4 2 1

Operation level

0

10

20 30 40 Distance (mm)

4 2 1

Operation level

0 2 4 6 8 10 12 14 16 18 20 Distance (mm)

Margin of light intensity

100

40

Margin of light intensity

×100

Margin of light intensity

100

Margin of light intensity

2

×200

0

FTSV82BC

×200

2

2

FR7BC

×400 300 200

20

Operation level

1

5

Margin of light intensity

5

Margin of light intensity

100

50

Margin of light intensity

100

Margin of light intensity

×400 300 200

Margin of light intensity

×400 300 200

Fiber Optic Cables

×400 300 200

4 2 1

Operation level

0

2

4 6 8 10 Distance (mm)

FTV74BC FTV7BC

×200 100 40 20

Margin of light intensity

10 4 2 1

Operation level

0

40

80 100 140 180 220 Distance (mm)

157


Fiber Optic Cables ■ Attachments Type/Model

Description

Dimensions (mm)

Remarks

Fiber Optic Cables

FA714

7.5

For fiber optic cable with two-tiered screw And M2.6 tip ● Does not apply to reflective types

M2.6×0.45 Effective depth 3.0

Detecting distance (mm) Amplifier

2.5 φ4

φ3.6

F70R F71R F70AR

Long-distance High-speed

FT7BC

3400 1900 1900 1150 500

FTH7BC

3400 1900 1900 1150 500

F2R

(With lens attached to transmitter and receiver)

Lens

Body (nickel-plated BS)

FA814

Detecting distance (mm) Amplifier

For fiber optic cables with M3, 0.5 mmpitch screw ● Does not apply to reflective types

F80R

Fiber optic cable

7.5

M3×0.5 2.5 Effective depth 3.5 φ3.6

φ4

Body (nickel-plated BS)

Lens

F80R

Fiber optic cable

Long-distance High-speed

F70R F70AR F71R

F2R

FT8EBC

3400 1900 1900 1200

500

FT8BC

3400 1900 1900 1200

500

FT19YBC

1000

350

120

FT108BC

3400 1900 1900 1200

500

GTKseries

570

570

450

(With lens attached to transmitter and receiver)

For through-beam fiber optic cables with M4, 0.7 mm-pitch screw ● Does not apply to reflective types ● Increases sensing distance by 10 times (with φ1.0 fiber optic cable core) ●

10

0.3

L FA510: 17.5 (With With FT500: 11.5)

Also applicable to fiber optic cables with φ0.5, 1.0 or 1.5 core.

φ6.7

Body

Fiber head φ7.0

FA205 For through-beam fiber optic cables with M4, 0.7 mm-pitch screw ● Increases sensing distance by 20 times (with φ1.0 fiber optic cable core) ●

20

Fiber head 5

Also applicable to fiber optic cables with φ0.5, 1.0 or 1.5 core.

φ14

Lens unit

形式・FA514

FA200 Folder head Fiber

For coaxial reflective fiber optic cables with M4, 0.7 mm-pitch screw

50 10 φ14

Applicable fiber optic cable: FX**BC and FX200J Series excluding FX801BC

Detecting distance: 10-11 mm / Spot diameter: 0.5-0.3 mm

FA240 (8∼12) Fiber

15 6

9

φ6 φ4

Lens

158

Body: aluminum Secure with nut and washer (black anodized aluminum) provided with fiber optic cable, etc.

Detecting distance: 7-16 mm Spot diameter: 0.6-1.7 mm


Fiber Optic Cables ■ Attachments Type/Model

Description

Dimensions (mm)

Remarks

45 (30)

(15)

φ10

Body: aluminum Lens (black anodized aluminum)

Detection distance: 18-25 mm Spot diameter: 0.4-0.7 mm

Set screw with hex hole, M2.6 x 3

7

Fiber head

Fiber Optic Cables

FA250

FA260

Lens unit

For coaxial reflective fiber optic cables with M4, 0.7 mm-pitch screw

Applicable fiber optic cable: Coaxial reflective FX**BC and FX200J Series excluding FX801BC

25

φ6

Detecting distance: 18 mm Spot diameter: approximately 0.5 mm

FA263 Detecting distance: 35 mm Spot diameter: approximately 1.5 mm

25

φ6

FA261

For coaxial reflective fiber optic cables with M3, 0.5 mm-pitch screw

25

Screw for fiber

Applicable fiber optic cable: FX801BC

φ6

Detecting distance: 18 mm Spot diameter: approximately 0.5 mm

FA712

Side-view

For through-beam fiber optic cable with two-tiered M4 screw with M2.6 tip

Applicable fiber optic cable: fiber optic cables with two-tiered screw with M2.6 tip (FTH7BC, FT7BC)

8.5

φ2.8

φ4

FA12F5

Detecting distance not affected

Body

φ5

Lens ●

Attachable to through-beam fiber optic cable with M4, 0.7 mm-pitch screw for side-on use

5.5

3

φ2.3

15

distance not

9.5 Locknut M6, 0.75 mmpitch fine thread

Detecting affected

Fiber optic cable head

159


Fiber Optic Cables ■ Attachments Type/Model

Description

Dimensions (mm)

Remarks

Side-view

Fiber Optic Cables

FA252 Attachable to reflective fiber optic cable with M4, 0.7 mm-pitch screw for side-on use

23 (17.9)

Fiber head

M4 thread 8 4

10 12 7.7

(3.9)

8

Detecting distances depend on the insertion length of fiber optic cables.

3

2.5 Secure with nut and washer 2-M3 thread provided with fiber optic cable, etc.

Heat-resistant fiber optic cable

FA6001FE ●

Relay connector

FA7CN

PFA-covered fiber optic cable allows use in hightemperature atmosphere of up to 130 ºC

10m

φ2.2 Fluoroplastic covering Heat resistance 130 °C

φ1.5 Plastic fiber

Convenient for extending fiber optic cables when they are broken, etc. (Use fiber optic cables with cores of the same diameter on both sides of the connector.)

Applicable to all amplifiers. Use the fiber optic cable attachment specified.

(34)

Applicable fiber optic cable Outer diameter: 2.2 mm Core diameter: 1.0, 1.5mm

φ7

φ14 M11 double-threaded screw (pitch: 1; lead: 2)

S-15B 30 22

For use of fiber optic sensors in combination with reflectors. ● Although reflectors increase detecting distances, the sensitivity must be reduced for preventing false detection due to diffuse reflection.

With base Mount by screwing or with adhesive

Reflector

S-15

24 2-φ3.5

φ15 t=1.4

φ15

Without base Mount with adhesive t=0.4

Adapter

Model FA191BC (gray): φ1 Model FA181BC (black): φ1.25

160

Adapters for smalldiameter fiber optic cables.

14

φ4.15

―――――――――― 5

20.5 25.5

φ2.2

Applicable amplifiers F2R Series F71 Series F70 Series F80R Series


Fiber Optic Cables ■ Attachments Type/Model

Description

Dimensions (mm)

Remarks

Fiber cutter

8

Cuts fiber optic cable to an arbitrary length according to the installation situation.

50.5 13

Be sure to cut one cable at a time and use one hole of cutter once only.

Fiber Optic Cables

FA500

Fiber insertion hole

Model・FA511 21.0

0.5

5.5

1

Fiber optic cable attachment

Lens unit for throughbeam fiber optic cables.

For longer detecting distances

Internal toothed washer (8.5 mm O.D., 0.9 mm thick) Hex nut (7 mm across, 2.4 mm thick)

M4 coarse thread

Model・FA510 21

5.5

1 ●

Head without lens for through-beam fiber optic cables.

M4 coarse thread

φ4.0

φ

5

Side-view unit for through-beam fiber optic cables.

Model

FA3SP10

FA4SP10

FA6SP10

φa

φ6.0

φ8.5

φb

φ4.8

φ7.0

φc

φ6.0

φ8.5

φd

φ3.0

φ5.0

Applicable fiber optic cable

Detecting distance not affected

6.4 Mounting nut Mounting screw φ5.0

■ Dimensions (in mm)

1000mm

Length:L㎜

Screw: M

2.3

23 12

M5.P=0.8

■ Fiber Protector

Applicable fiber optic cable Outer diameter: 2.2 mm Core diameter: 0.5, 1.0, 1.5mm

Body Lens

2 ●

φ5.0

(8.5 mm O.D., 0.9 mm thick) Hex nut (7 mm across, 2.4 mm thick)

Model・FA512

Dimensions

φ5.0

M3x0.5 Depth: 4 FT8BC FT8EBC FTS8BC FTS88BC

M4x0.7 Depth:4 FT5BC FT7BC FTH7BC FTS5BC FTS53BC FTSV5BC

L Screw: M

12

12

Inside diameter: φd

φb φa

φc

M6x0.75 Depth:4

FR84BC FR7BC FRS84BC FRH7BC FX84BC FX7BC

Allowable bending radius

R30 mm min.

Tensile strength (at normal temperature)

1.5 N・m between tube and head connector, end cap, tube (2.0 N・m)

Compressive load

Tube: 30 N

Head connector:

Spiral tube:

End cap:

nickel-plated brass

SUS 304

nickel-plated brass

161


Fiber Optic Cables ■ Attachments Type/Model

Description

Dimensions (mm)

Remarks

Fiber Optic Cables

FA515 Lens effective diameter: 10 mm

Round for M4 screw

Body: SUS304 Lens: Glass Upper temperature limit: 350°C

M4; depth: 5 mm

φ12

10 (15)

FA714H

Round for M2.6 screw

Lens effective diameter: 3.0 mm

M2.6; depth: 5 mm

φ4.0 (10)

Body: SUS304 Lens: Glass Upper temperature limit: 350°C

FA712H

Lens unit

φ2.8 optical window ●

Round side-view for M2.6 screw

Body: SUS304 Lens: Glass Upper temperature limit: 350°C

M2.6; depth: 4 mm

φ4.0 7 11

FA252M 24

M4 thread depth: 10 mm

(17.9) 10 (3.9) Lens φ6.3

4 10 M4 fiber head mounting nut

Light axis

8 2-φ3.1 8

7.7 ●

FA252H-□※

2.5

Body: SUS304 Lens: Glass Upper temperature limit: 200°C

4

Square side-view for M4 screw 24 (17)

M4 thread depth: 10 mm

10

7.5

162

M4 fiber head mounting nut 2-M3

Light axis

3 Lens φ6.3

8

4

4 10 2.5 8

Body: SUS304 Lens: Glass Upper temperature limit: 350°C * -B φ3.1

Fiber optics cable  

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