Omron - Fiber Sensors Best Selection Catalog

E32-series Fiber Units

Amplifier Units

OMRON's Fiber Sensors continue to support an increasing range of applications.

This catalog brings you the latest information on our Fiber Units.

Fiber Sensors Best Selection Catalog

E3X-DA-S/-MDA Series E3X-NA Series

CSM_E32series_DS_E_10_1

Choose the model that suits the installation space from a wide variety of shapes and sizes.

A Wide Variety of Shapes for Adapting to Different Installation Locations

Flexible, Pliable Fiber That Can Be Handled Like Wire

First, Our Standard LineupFirst, Our Standard LineupThese Fibers Units can be used in a variety of applications, such as detecting the presence of workpieces and positioning.

Flat model

You will certainly appreciate the ease of use that flexible fiber ensures.

Flexible fiberConventional fiber

Detect Workpieces in Tight SpacesCustom-produced Sleeves

Length Can Be Specified in 1-m UnitsSaving Energy and Work

Space Savings and Simple MountingFlat Models

Models with sleeves

Standard ModelsStandard Models P6 Detection with Increased ReliabilitySpecial-beam Models

Fiber Units for the Food-packaging,Semiconductor, and FPD Industries

High Resistance to ExternalConditions with FiberEnvironment-resistive Models

Application-corresponding Models

Flat models that allow simple screw mounting and straightforward wiring have been added to the lineup. Using these models eliminates the problem of fibers getting caught on surrounding objects.

Models with sleeves allow detection in tight spaces. We will perform the time-consuming task of fashioning the sleeve, with a length and bends to suit the space (except for ultrafine sleeves).

We have developed a broad range of fibers to meet a wide variety of needs. Multicore (flexible) fiber is a new type of standard fiber that can be used like wire without worrying about the bending radius. We have also produced fiber that will not break when used in moving parts and fiber that is not degraded by contact with oil.

We will produce fiber of the required length (in meter units). For large-scale installations, specifications of up to 20 m can be handled. (Specifications of 0.3 m and 0.5 m are also possible.)

Screw-shaped Cylindrical Flat Equipped with sleeveRight angle

First, Our Standard Lineup

Label-detection models E32-G14

Alignment-check models E32-L16

Liquid-level detection models E32-D36T

Heat-resistant models Chemical-resistant models

Small-spot models E32-C42+ E39-F3A

Area-sensing models E32-T16J

Limited-reflective models E32-L24L

High-power models E32-T17L

Standard Models Detection with Increased Reliability Detection with Increased Reliability A variety of heads incorporating the latest optical technology makes it possible to solve common problems related to detection and to increase reliability.

Special-beam Models Special-beam Models P10

Fiber Units for the Food-packaging, Fiber Units for the Food-packaging, Semiconductor, and FPD Industries Semiconductor, and FPD Industries

These models, which were developed for specific applications, offer top-quality detection performance.

P16

High Resistance to External High Resistance to External Conditions with Fiber Conditions with Fiber

We have developed model variations for adapting to a variety of environmental conditions. These models enable detection in high-temperature environments and vacuums.

Environment-resistive Models Environment-resistive Models P14

Application-corresponding Models Application-corresponding Models

Resistant to dust and dirt Capable of detecting small workpieces Resistant to workpiece vibration Use these models to handle unstable detection conditions.

High-temperature environments Environments subject to the splattering of chemicals Vacuums Use these models to handle applications in special environments.

Label detection Liquid-level detection Alignment and mapping of glass substrates Wafer mapping Use these models for specific applications.

Page Reference

Type

Page 6 Page 8 Page 19

Page 37 Page 40

Page 26 Page 48

Page 10 Page 22

Page 38 Page 43

Page 29 Page 51

Page 14 Page 24

Page 39 Page 46

Page 32 Page 56

Page 16 Page 33 Page 39 Page 57

Page 25 Page 47

Page 35 Page 60

Feature/ applications

Variations Type Ratings and

performance Dimensions

Standard models

Special-beam models

Environment resistant models

Application-corresponding models

Accessories --- ---

---

---

---

Through-beam

Reflective

Through-beam

Reflective

Through-beam

Reflective

(Vacuum-resisitant)

---

(Vacuum-resisitant)

Through-beam

Reflective

Through-beam

Reflective

Through-beam

Reflective

4

Selection Guide

Fiber Units

Amplifier Units

Detection conditions

Environmentalconditions

■ High-temperature environ-ments (up to 400ºC)

■ Environments subject to scat-tering of chemicals and oil

■ Vacuum environments

■ Workpiece presence ■ Positioning ■ Level differences and marks

Standard Models P.6 Environment-resistive Models P.14

■ Long-distance sensing, resistance to dust and dirt

■ Small beam, resistance to rattling■ Detection of transparent objects

Special-beam Models P.10

■ Labels ■ Liquid level ■ Alignment and mapping of glass sub-

strates■ Wafer mapping

Application-corresponding Models P.16

Type Digital Manual

Appearance

Response time

48 µs, 1 ms, or 4 ms (2-output models: 80 µs, 1 ms, or 4 ms)

100 μs, 1 ms, or 4 ms 200 µs (high-speed models: 20 µs)

Light source Red, green, blue, or infrared LED Red or green LED

Function

Dual display (including digital, bar, percent, and hold display functions)Threshold adjustment performed manually or by teachingOFF-delay, ON-delay, one-shot timer (adjustable from 1 ms to 5 s)

LED bar display (5 levels)8-turn sensitivity adjusterOFF delay timer (fixed at 40 ms)

Advanced-function models are available (2-output/input models).

Water-resistant models are available.

ModelsE3X-DA@-S E3X-DA@TW-S (2-output model)E3X-DA@RM-S (input model)

E3X-MDA@ E3X-NA@ E3X-NA@F (high-speed model)E3X-NA@V (water-resistant model)

Fiber Units

Amplifier Units

Standard environments Special environments

Standard detection

Workpiecepresence

Positioning Leveldifferences

MarksWorkpiecepresence

Positioning Leveldifference

Special-beam

High power Small spot Area sensing Retroreflectivesensing

Application-corresponding

Labels Liquid level Alignment Mapping

2-channel

models

We have developed

model variations for

handling a broad

range of applications.

5

CONTENTS

■ Selection Guide . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . P4

■ Overview of Features, Applications, and Variations

Standard Models Flexible (New Standard) . . . . . . . . . . . . . . . . . . P6

Standard . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . P6

Break-resistant . . . . . . . . . . . . . . . . . . . . . . . . . . . P6

Fluorine Coating . . . . . . . . . . . . . . . . . . . . . . . . . . P7

Special-beam Models Long Distance, High Power . . . . . . . . . . . . . . P10

Ultracompact, Ultrafine Sleeve . . . . . . . . . . . . . . P10

Coaxial, Small Spot . . . . . . . . . . . . . . . . . . . . . . . P11

Fine Beam (Narrow Vision Field) . . . . . . . . . . . . P12

Area Sensing. . . . . . . . . . . . . . . . . . . . . . . . . . . . P12

Retroreflective . . . . . . . . . . . . . . . . . . . . . . . . . . . P13

Limited-reflective . . . . . . . . . . . . . . . . . . . . . . . . . P13

Environment-resistive Models Heat-resistant . . . . . . . . . . . . . . . . . . . . . . . . . . P14

Chemical-resistant. . . . . . . . . . . . . . . . . . . . . . . . P14

Vacuum-resistant . . . . . . . . . . . . . . . . . . . . . . . . P15

Application-corresponding Models Label Detection. . . . . . . . . . . . . . . . . . . . . . . . . P16

Liquid-level Detection . . . . . . . . . . . . . . . . . . . . . P16

Glass-substrate Alignment . . . . . . . . . . . . . . . . . P17

Glass-substrate Mapping . . . . . . . . . . . . . . . . . . P17

Water Mapping . . . . . . . . . . . . . . . . . . . . . . . . . . P18

■ Ordering Information

Through-beam Fiber Units . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . P19

Fiber Units with Reflective Sensors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . P26

Application-corresponding Fiber Units . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . P33

■ Ratings/Characteristics. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . P37

■ Dimensions

Through-beam Fiber Units . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . P40

Fiber Units with Reflective Sensors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . P48

Application-corresponding Fiber Units . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . P57

■ Precautions. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . P63

6

Features/Applications

■ Feature: Multicore (Flexible) Fibers

A large number of ultrafine cores are all surrounded by cladding. As a result, the fiber is flexible and can be bent without significantly reducing the light intensity. This helps solve problems, such as fiber being broken by get-ting caught on other objects.

■ Ratings/Characteristics

■ Feature: Flat ModelsFlat models, which allow simple attachment and wiring, have been added to the lineup. Choose the model to suit the installation space from 3 sensing directions and 2 sizes, standard and small.


*Depends on the fiber diameter.

■ Feature: Bundle FibersThe Fiber Units contain a large number of independent fine fibers, ensuring a high degree of flexibility.


Standard Models

Flexible (New Standard) R

Fewer problemsLight intensity affected by bends in fiber Fiber broken by getting caught on sur-rounding objects

• Perform wiring without worrying about the bendingradius.

• Choose the model to suit the installation space froma variety of shapes.

Flexible fiber Conventional fiber

Cladding

Cores

Min. sensing ob-ject 0.005-mm dia.

Min. bending ra-dius 1 mm

Ambient temper-ature range −40°C to 70°C (no icing or condensation)

Fiber material Plastic

Standard

Equipped with sleeveCylindricalScrew-shaped Flat

• Choose the model to suit the installation spacefrom a variety of shapes.

• New flat models allow space savings and simpleinstallation.


Min. bending ra-dius 10 or 25 mm*



Break-resistant B

• Bundle-fiber models can be used for moving parts.• Capable of withstanding at least one million re-

peated bends (in typical applications).


Min. bending ra-dius 4 mm (withstands repeated bending)



7

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■ Feature: Fluorine Coating

Fluororesin is used as the sheath material to prevent fi-ber degradation resulting from oil adhesion.Note: The tip of the head is not chemical-resistant.


This customization/delivery service applies to standard models. It isaimed at reducing industrial waste and simplifying the installationprocedure.

■ Fiber Length vs. Sensing DistanceThrough-beam Fiber Units(Fiber length of 2 m corresponds to100%.)

Fiber Units with Reflective Sensors(Fiber length of 2 m corresponds to100%.)

■ Model Number Used When Changing Only the Sleeve Length

■ Model Number Used When Changing the Sleeve Length and Bends

Standard Models

Fluorine Coating U

• Fiber degradation due to oil is prevented using a fluo-roresin coating.

• Free cutting is possible with cutter provided.

Oil is blocked!

(Cross section)

Fluororesin coating


Min. bending ra-dius 4 mm

Ambient temper-ature range −40°C to 70°C (with no icing or condensation)


Fiber Customization Service(Fiber Length, Sleeve Length, and Bends)

Fiber Length

■Applicable ModelsStandard modelsFlexible Break-resistant Models

■Model Number Used for OrderingStandard model number + Fiber lengthFiber length: 0.3 m, 0.5 m, or any length from1 to 20 m (in 1-m units)

Sleeve Length and Bends

■Applicable ModelsE32-TC200B/E32-TC200FE32-DC200B/E32-DC200FThe E32-DC200B cannot be bent.

100

80

60

40

20

20 5 10 15 20

Fiber length (m)

100

80

60

40

20

20 5 10 15 20

Fiber length (m)

Sen

sing

dis

tanc

e (%

)

Sen

sing

dis

tanc

e (%

)

L

Model: E32- *1C200*2 -S*3

RL1 L2 R

Total length Total length

Model Numbers Incorporating the Bending Radius, R, and Dimensions L1 and L2

*1: Insert "T" for Through-beam Fiber Units and "D" for Fiber Units with Reflective Sensors.*2: Insert the "B" or "F" that appears at the end of the original model number.*3: Insert "50" if the total length is 50 mm. The total length must not exceed 120 mm.

Specifying L1 Only

R5

R7.5

R10

R12.5

Model numberL1 (±1)

10

15

12.5

17.5

15

20

17.5

22.5

E32- *1 C200 *2 -S *3 A1

E32- *1 C200 *2 -S *3 A2

E32- *1 C200 *2 -S *3 B1

E32- *1 C200 *2 -S *3 B2

E32- *1 C200 *2 -S *3 C1

E32- *1 C200 *2 -S *3 C2

E32- *1 C200 *2 -S *3 D1

E32- *1 C200 *2 -S *3 D2

(Units: mm) (Units: mm)Specifying L2 Only

R5

R7.5

R10

R12.5

Bendingradius

Bendingradius L2 (±1)

5

10

7.5

17.5

10

20

12.5

22.5

E32- *1 C200 *2 -S *3 A3

E32- *1 C200 *2 -S *3 A4

E32- *1 C200 *2 -S *3 B3

E32- *1 C200 *2 -S *3 B4

E32- *1 C200 *2 -S *3 C3

E32- *1 C200 *2 -S *3 C4

E32- *1 C200 *2 -S *3 D3

E32- *1 C200 *2 -S *3 D4

Model number

8


Overview of Model Variations

Note 1. The sensing distances apply for use in combination with the E3X-DA-S Amplifier Unit (general-purpose, standard mode).2. These symbols are defined as follows. : Flexible fiber, : Bendable fiber, : Fluorine-coated fiber.

Type(See note 2.)

Flexible (New Standard) Standard Break-resistant Fluorine coating

Shape of head [For dimensions, refer to page 40.]

Flexible and pliable Withstands repeated bending

Cable protected against oil

M4 530

E32-T11N

Screw-shaped (top-view)

M4 530 760 680 680

E32-T11R E32-TC200 E32-T11 E32-T11U

M3 130 220 200

E32-T21R E32-TC200E E32-T21

(with sleeve)M4(1.2-dia. sleeve)

530 760

E32-TC200BR E32-TC200B

M3(0.9-dia. sleeve)

130 220

E32-TC200FR E32-TC200F

Cylindrical (top-view)

3 dia. 530 760 680

E32-T12R E32-T12 E32-T12B

1.5 dia. 130 220 200

E32-T222R E32-T222 E32-T22B

(side-view)3 dia. 210 460

E32-T14LR E32-T14L

1 dia. 50 130

E32-T24R E32-T24

Flat (top-view)

15 × 8 × 3 530 760 680

E32-T15XR E32-T15X E32-T15XB

12 × 7 × 2 130 220 150

E32-T25XR E32-T25X E32-T25XB

(side-view)15 × 8 × 3 210 460

E32-T15YR E32-T15Y

12 × 7 × 2 50 130

E32-T25YR E32-T25Y

(flat-view)15 × 8 × 3 210 460

E32-T15ZR E32-T15Z

12 × 7 × 2 50 130

E32-T25ZR E32-T25Z

Standard ModelsSensing distance (mm)

(See note 1.)

ModelThrough-beam Fiber Units

R B(Cross section)

Fluororesin coating

U

R B U

9


Overview of Model Variations

Note 1. The sensing distances apply for use in combination with the E3X-DA-S Amplifier Unit (general-purpose, standard mode).2. These symbols are defined as follows. : Flexible fiber, : Bendable fiber, : Fluorine-coated fiber.

Type(See note 2.)

Flexible (New Standard) Standard Break-resistant Fluorine coating

Shape of head [For dimensions, refer to page 40.]

Flexible and pliable Withstands repeated bending

Cable protected against oil

M6 170

E32-D11N

M6 170

E32-C11N

M3 25

E32-C31N

Screw-shaped(top-view)

M6 170 300 170 170

E32-D11R E32-DC200 E32-D11 E32-D11U

M3 30 80 30

E32-D21R E32-DC200E E32-D21

(with sleeve)M6 (2.5-dia. sleeve)

170 300

E32-DC200BR E32-DC200B

M3 (1.2-dia. sleeve)

30 80

E32-DC200FR E32-DC200F

Cylindrical (top-view)

3 dia. 170 230 70

E32-D12R E32-D12 E32-D221B

3 dia. (1.5 dia.)

30 80 30

E32-D22R E32-D22 E32-D22B

(side-view)6 dia. 45 110

E32-D14LR E32-D14L

2 dia. 15 30

E32-D24R E32-D24

Flat (top-view)

15 × 10 × 3 170 300 170

E32-D15XR E32-D15X E32-D15XB

12 × 7 × 2 30 80 50

E32-D25X E32-D25X E32-D25XB

(side-view)15 × 10 × 3 40 100

E32-D15YR E32-D15Y

12 × 8 × 2 8 20

E32-D25YR E32-D25Y

(flat-view)15 × 10 × 3 40 100

E32-D15ZR E32-D15Z

12 × 8 × 2 8 20

E32-D25ZR E32-D25Z

Standard Models

Fiber Units with Reflective Sensors

R B(Cross section)

Fluororesin coating

U

R B U

Sensing distance (mm)(See note 1)

Model

10


■ Overview of Model Variations


*The sensing distances apply for use in combination with the E3X-DA-S Amplifier Unit (general-purpose, standard mode).

■ Applications


Type Features Shape, sensing distance (mm)* Model number

Equipped with large lens 20,000 E32-T17L

Side-view, screw mounting3,400 E32-T14

M4 screw 1,330 E32-T11L

Equipped with large lens 700 E32-D16

M6 screw 400 E32-D11L

■ Applications



1-dia. cylinder 130 E32-T223R

0.5-dia. sleeve (0.25-dia. opening) 44 E32-T33-S5

0.22-dia. sleeve (0.1-dia. opening) 5 E32-T334-S5

0.8-dia. sleeve 16 E32-D33

0.5-dia. sleeve 3 E32-D331

Special-beam Models

Long Distance, High Power

• Powerful beam reduces influence of dust and dirt.• Long sensing distance enables use in large-scale

installations.

E32-T14

E32-T11L E32-T17L

Detecting parts inside (trans-lucent) containers

Detecting workpieces in coating processes

Ambient tempera-ture range −40°C to 70°C (no icing or condensation)


Thr

ough

-bea

mR

efle

-ct

ive

Ultracompact, Ultrafine Sleeve

E32-T223R

E32-T334-S5

E32-D33

1 dia.

0.5 dia.

0.22 dia.

3 dia.

3 dia.

• Ultracompact head can be installed in tight spaces.• Ultrafine sleeve ensures reliable detection of small

objects, such as electronic components.

E32-D33E32-T33-S5

Alignmentinspections

Detection of terminals

Min. sensing object 0.005-mm dia.

Ambient temperature range

−40°C to 70°C (no icing or condensation)

Material Plastic

Thr

ough

-bea

mR

efle

-ct

ive

11




■ Applications



Coaxial, M6 screw 300 E32-CC200

Coaxial, 3-dia. cylinder 150 E32-D32L

Small spot 0.1-dia. spot at a distance of 7 mm E32-C41+E39-F3A-5

Small variable spotSpot diameter variable in the range 0.1 to 0.6 mm at distances in the range 6 to 15 mm

E32-C42+E39-F3A

Long distance, small spot 0.5-dia. spot at 17 mm E32-C31+E39-F3B

Long distance, parallel light Spot diameter of 4 mm max. at distances in the range 0 to 20 mm

E32-C31+E39-F3C

Special-beam Models

Coaxial, Small Spot

• Small spot diameter (0.1 mm min. in diameter) enablesthe reliable detection of small workpieces.

• Use of red light ensures easy visual recognition andsimple positioning.

E32-C42+E39-F3A

Detecting of CDs

E32-C31+E39-F3C




Coa

xial

, ref

lect

ive

E32-C41+E39-F3A-5

7 mm

0.1 mm dia. spot

Variable from 0.1 to 0.6 dia.

E32-C42+E39-F3A

6 mm15 mm

17 mm

0.5 mm dia.

E32-C31+E39-F3B

E32-C31+E39-F3C

4 mm dia.

20 mm

11 mm

12






■ Applications



Top view 1,900 E32-T22S

Side view 1,300 E32-T24S

■ Applications



Sensing width: 11 mm 840 E32-T16PR

Sensing width: 11 mmFlat-view 750 E32-T16JR

Sensing width: 30 mm 1,300 E32-T16WR

Beam width: 11 mm 150 E32-D36P1

Special-beam Models

Fine Beam (Narrow Vision Field)

Approx. 60° Approx. 4°

1300 mm

• Fine beam reduces unwanted light in surrounding ar-ea.

• Powerful beam allows use in applications requiring along sensing distance.

E32-T24S

E32-T22S

Alignment inspection

of orientation flats

Min. bending radius 10 mm



Thr

ough

-bea

m

Area Sensing

30 mm

11 mm

• These Fiber Units ensure greater reliability with the detection of position inconsistencies in passing work-pieces and the presence of workpieces with holes.

• Wide sensing bands of 11 and 30 mm (through-beam models) enable the detection of large position incon-sistencies.

E32-D36P1E32-T16WR

E32-T16WR E32-T16PR

Detecting passage of candies

Detecting chips on film

Ambient tempera-ture range

−40°C to 70°C (no icing or condensation)E32-T16W@ only: −25°C to 55°C


Thr

ough

-bea

mR

efle

-ct

ive

13






■ Applications



MSR function, M6 screw 250 E32-R21

MSR function, screw mounting, long distance

1,500 E32-R16

■ Applications



Ultracompact, flat-viewIdeal for checking stocks of glass sub-strates

0 to 4 E32-L24S

Heat-resistant up to 105°C, top-view

5.4 to 9 (center: 7.2) E32-L25L

Wide sensing range, flat-view 0 to 15 E32-A10

Heat-resistant up to 200°C, flat-view 4 to 10 E32-L86

Special-beam Models

Retroreflective

• The return optical path ensures that more light isinterrupted by transparent workpieces than withthrough-beam models.

• Equipped with MSR function to eliminate lightreflected directly from the workpiece.

E32-R16

E32-R21

Detecting translucent medicine


E32-R21: −40°C to 70°CE32-R16: −25°C to 55°C(with no icing or condensation)


Ret

rore

-fle

ctiv

e

Limited-reflective

Detection range

Non-detection range

• Limited-reflective models eliminate light reflectedfrom distant objects.

• Small level differences can be reliably detected.• The optical-axis direction can be selected according

to the installation space.

E32-L24L

E32-L25L E32-L24L

Detecting connector pins

Detecting wafers (glass substrates)


Fiber materialPlastic200°C models only: Glass

Lim

ited-

refle

ctiv

e

14



*1 The sensing distances apply for use in combination with the E3X-DA-S Amplifier Unit (general-purpose, standard mode).*2 Order the Fiber Unit based on the Amplifier Unit. Use the E32-D@-S if the E3X-DA@-S, E3X-MDA@, or E3X-DAC@-S is used.

Use the E32-D@ if any other Amplifier is used.



■ Applications


Type Ambient tem-perature range

Features Shape, sensing distance (mm)*1 Model number

−40°C to 150°C M4 screw 760 E32-T51

−40°C to 200°C L-shaped, long distance1,300 E32-T84S-S

−60°C to 350°C M4 screw 450 E32-T61-S

−60°C to 350°C M6 screw 90 E32-D61-S

−40°C to 400°C M6 screw, with sleeve 60 E32-D73-S

■ Applications



Water-resistant round head 2,000 E32-T11F

Built-in lens, high power 3,000 E32-T12F

Heat-resistant up to 200°C 700 E32-T81F-S

Built-in lens, high power 95 E32-D12F

Environment-resistant Models

Heat-resistant

• These Fiber Units can be used for various applica-tions in temperatures up to 400°C.

E32-T84S-S

E32-T61-S

Detecting wafers in high-temperature en-vironments

150°C models200°C and higher models

E32-T81RE32-D81R All other models

Min. bending radius 35 mm 10 mm 25 mm

Fiber materialPlastic (fluororesin coating)

Glass (fluo-roresin coating)

Glass (SUS spi-ral coating)

Thr

ough

-bea

mR

efle

-ct

ive

*2

Chemical-resistant

• Built-in lens and high-power beam reduce the influ-ence of dirt and drops of water.

• Round design prevents drops of water sticking to the head (E32-T11F).

E32-T14F

Detecting workpieces in cleaning processes

E32-T12F

All other models E32-T51F E32-T81F-S

Ambient tem-perature range

−40°C to 70°C −40°C to 150°C −40°C to 200°C

Fiber material Plastic (fluororesin coating)

Glass (fluororesin coating)

Thr

ough

-bea

mR

efle

-ct

ive

*2

15




Fiber Units on Atmospheric-pressure Side

Flanges


■ Applications (Configuration Example)



M4 screw, top-view, heat-resistant up to 120°C, long distance 1,000

E32-T51V+E39-F1V

L-shaped, heat-resistant up to 120°C 130E32-T54V1M

L-shaped, long distance, heat-resis-tant up to 200°C 480

E32-T84SV1M

Appearance Type Model number

Common E32-T10V 2M

Appearance Type Model number

4-channel flange E32-VF4

1-channel flange E32-VF1

Number of channels 4 channels 1 channels

Item Model E32-VF4 E32-VF1

Leakage rate 1×10-10 Pa·m3/s max.


Operating: −25°C to 55°CStorage: −25°C to 55°C

Material Aluminum (A5056) Stainless steel (SUS304)Aluminum (A5056)

Flange-seal material Fluorocarbon rubber (Viton)

Weight (packed state) Approx. 280 g Approx. 240 g


Vacuum-resistant

• These models can be used in high-vacuum environ-ments at pressures from 10-5 to 0.1 Pa.

• The 4-channel multi-flange, which has a maximumleakage rate of 1×10-10 Pa·m3/s, contributes to spacesavings.

Fiber Unit on vacuum side (set of 2)E32-T51VE32-T54VE32-T84SV

FlangeE32-VF4 (4 CH)E32-VF1 (1 CH)

Lens UnitE39-F1V

Vacuum chamber Atmospheric-pressure side

Fiber Units on atmospheric-pressure side (set of 2)E32-T10V

Amplifier UnitE3X-DA-SE3X-NA

Vacuum side

120°C models200°C models

Atmospheric-pressure side

Min. bend-ing radius

30 mm 25 mm

Fiber mate-rial

Glass (fluorores-in coating)

Glass (SUS spiral coating) Plastic

Thr

ough

-bea

m

16

Features/Application





■ Applications



Slot sensor, no adjustment of optical axis required 10 E32-G14

Screw mounting, side-view 3,400 E32-T14

■ Operating Principle

The presence/absence of liquid is detected using therefractive properties of light. More specifically, it utilizesthe fact that the difference in refractive index betweenthe air and the tip/tube is larger than the difference be-tween the liquid and the tip/tube.


Light ON when liquid is present (ideal for checking lower limits)

Applicable tube: Transparent tube with a diameter of 3.2, 6.4, or 9.5 mm and a rec-ommended wall thickness of 1 mm

E32-A01

Light ON when liquid is absent(ideal for checking for overflow)

Applicable tube: Transparent tube with a diameter in the range 6 to 13 mm and a recommended wall thickness of 1 mm

E32-A02

No restriction on tube diameter, resis-tant to bubbles and drops of water

Applicable tube: Transparent tube (no re-striction on diameter) E32-D36T

Heat-resistant up to 200°C, shape pre-vents liquid buildup Liquid-contact model E32-D82F1


Label Detection

10 mm

• Built-in lens and high-power beam enable the reliable detec-tion of labels through a mounting board.

• These Fiber Units can be washed with hydrogen peroxide, making them ideal for the food industry.

E32-G14

E32-G14

Detecting labels



Degree of protec-tion IP67

Thr

ough

-bea

m

Liquid-level Detection

• Area sensing is possible with minimal influence from bubbles and drops of water (E32-A01/A02/D36T).

• For safety when disconnections occur, two models have been developed, a light ON model for liquid pres-ence and a light ON model for liquid absence (E32-A01/A02).

E32-D36T E32-D82F1

Tube-mounting model Liquid-contact modelAir

LiquidNo liquid present

Liquidpresent

AirTube

Liquid

Liquid-contact modelTube-mounting

Tube

-mou

ntin

gLi

quid

-co

ntac

t

17






■ Engineering Data (E32-A07/A08/L16-N)


0 to 15 mm, wide-range sensing 0 to 15 E32-L16-N

Long-distance sensing

10 to 20 E32-A08

15 to 25 E32-A07E1E32-A07E2

Heat-resistant up to 300°C 5 to 18 E32-L66

■ Engineering Data (E32-A09)


Large-diameter lens ensures re-sistance to tilting

15 to 38 (center: 25)

E32-A09

Heat-resistant up to 150°C E32-A09H

Heat-resistant up to 300°C 20 to 30 (center: 25) E32-A09H2


Glass-substrate Alignment

• There is little variation of detection position within thedetection range (±0.1 mm max.)

• The different model variations can handle a variety ofsensing distances and temperature conditions.

E32-L16-N

Detection-Position Characteristic (Typical Examples)

Sen

sing

dis

tanc

e, Y

(m

m)

Sensing object: Raw glass (t = 0.7 mm, rounded edge)

2.5 0

5

10

15

20

25

3.0 3.5 4.5 5.0 6.0

E32-A07

E32-A08

E32-L16-N

Y

X

Lim

ited-

refle

ctiv

e

Glass-substrate Mapping

• These models can reliably detect thin glass-substrateend faces (t = 0.5 mm, beveled edge).

• Using a large-diameter lens makes it possible to copewith tilting of the glass substrates.

E32-A09

X mm

Angle Characteristics in Left and Right Directions(Typical Example)

Rat

e of

cha

nge

of d

igita

llig

ht-in

tens

ity v

alue

(%

)

Angle, θ (o)

Sensing object: Raw glass(t = 0.5 mm, beveled/rounded edge)

Sensing object: Raw glass (t = 0.5 mm, rounded edge)

−θ

+θ

25 mm

−10 −8 −6 −4 −2 0 2 4 6 8 100

100

75

25

50

Emission side

Reception side

Sensing distance, X (mm)

300

250

200

150

100

50

00 10 20 30 40 50 60 70

Digital Light-intensity Value vs Sensing Distance(Typical Examples)

Dig

ital l

ight

-inte

nsity

val

ue

Rounded edge

Beveled edge

Lim

ited-

refle

ctiv

e

18




■ Features

■ Engineering Data


Opening angle: 1.5° 890

E32-A03

With mounting flange E32-A03-1

Opening angle: 3° ultraslim340

E32-A04

With mounting flange E32-A04-1


Wafer Mapping

• Wafers are reliable detected with an ultrafine beam.• The optical axis is adjusted before delivery to allow

easy installation.E32-A03

E32-A03-1

Direction of rotation

Vertical rotation

Optical axis adjusted before delivery so that displacement is typically within 0.1°.

8-inch Wafer Mapping Characteristic (Typical Examples)

Rat

e of

cha

nge

of d

igita

l lig

ht-in

tens

ity

valu

e (%

)

Distance moved, X (mm)−10 −9 −8 −7 −6 −5 −4 −3 −2 −1 0 1 2 3 4

180

140

160

120

100

80

60

40

20

0

Wafer piles canalso be detected

170 mm

Fiber Fiber

6.35 mm

2-wafer pileSilicon wafer(t = 0.75 mm)

For 2 wafers

For1 wafer

X

Thr

ough

-bea

m

19

Ordering Information

*1. The values for the minimum sensing object are representative values that indicate values obtained in standard mode with the sensing distance and sensitivity setto optimum values.

*2. Indicates models that allow free cutting.

Type Appearance (mm) *2Dimen-sions page

Sensing distance (mm)Standard object (min. sensing

object) (mm) *1


(mm)Features Model number

40

1 dia. (0.005 dia.)

R1

M4 right angle E32-T11N

40 M4 screw E32-T11R

40 3-dia. cylinder E32-T12R

40 Flat shape E32-T15XR

40M4 screw, with sleeve

E32-TC200BRE32-TC200B4R

403-dia. cylinder, side-view

E32-T14LR

41Flat shape, side-view

E32-T15YR

41Flat shape, flat-view

E32-T15ZR

40

0.5 dia. (0.005 dia.)

M3 screw (small)

E32-T21R

402-dia. cylinder (small)

E32-T22R

401.5-dia. cylin-der (small)

E32-T222R

40Flat shape (small)

E32-T25XR

40M3 screw (small), with sleeve

E32-TC200FRE32-TC200F4R

411-dia. cylinder (small), side-view

E32-T24R

41Flat shape (small), side-view

E32-T25YR

41Flat shape (small), flat-view

E32-T25ZR

Through-beam Fiber Units Standard models

High-resolution mode High-speed mode *When used in combination with the E3X-DA-S Amplifier Unit (general-purpose).Standard modeSuper-high-speed mode)(

Fle

xibl

e (n

ew s

tand

ard)

Sta

ndar

d si

ze

M4

350 (140)530

700

R

M4

3 dia.

15 × 8 × 3

1.2 dia.M4

Min. bending radius of sleeve: 5

( ): E32-TC200B4R90 (40)

3 dia.

130 (50)210

270

15 × 8 × 3

15 × 8 × 3

Sm

all s

ize

M3

130160

75 (30)

2 dia.

1.5 dia.

12 × 7 × 2

M3 0.9 dia.

90 (40) ( ): E32-TC200F4R


1 dia.

6050

25 (10)12 × 7 × 2

12 × 7 × 2

Flexible Break-resistant Fluororesin coating

20





object) (mm) *1



40

1 dia. (0.005 dia.)

R25

M4 screw E32-TC200

40 3-dia. cylinder E32-T12

40 Flat shape E32-T15X


E32-TC200BE32-TC200B4


E32-T14L


E32-T15Y


E32-T15Z

40M3 screw (small)

E32-TC200A

40

0.5 dia. (0.005 dia.)

R10

E32-TC200E


E32-T22


E32-T222


E32-T25X


E32-TC200FE32-TC200F4


E32-T24


E32-T25Y


E32-T25Z

Through-beam Fiber Units Standard models


Sta

ndar

d

Sta

ndar

d si

ze

M4

7601,000

500 (200)

M4

15 × 8 × 3

1.2 dia.M4


( ): E32-TC200B4R90 (40)

3 dia.

300 (120)460

600

15 × 8 × 3

15 × 8 × 3

Sm

all s

ize

M3

680900

450 (180)

M3

125 (50)220

270

2 dia.

1.5 dia.

12 × 7 × 2

M3 0.9 dia.

90 (40) ( ): E32-TC200F4R


1 dia.

130160

75 (30)12 × 7 × 2

12 × 7 × 2


21





object) (mm) *1

Min. bending radius (mm)

Features Model number

42

1 dia (0.005 dia.)

R4

M4 screw E32-T11

42 3-dia. cylinder E32-T12B

42 Flat shape E32-T15XB

42

0.5 dia (0.005 dia.)

M3 screw (small)

E32-T21


E32-T221B


E32-T22B


E32-T25XB

421 dia. (0.005 dia.)

R4

M4 screw, fluorine coat-ing

E32-T11U

Standard models


Bre

ak-r

esis

tant

Sta

ndar

d si

ze M4

680900

450 (180)

B

3 dia.

15 × 8 × 3

Sm

all s

ize

M3

110 (45)200240

2 dia.

1.5 dia.

12 × 7 × 2

180150

85 (35)

Coa

ting

M4680

900

450 (180)U


22


*2. Indicates models that allow free cutting. *3. The optical fiber is 10 m long on each side, so the sensing distance is 20,000 mm.*4. The optical fiber is 2 m long on each side, so the sensing distance is 4,000 mm.



object) (mm) *1


FeaturesModel num-

ber

43 10 dia. R25Large built-in lens, M14 screw

E32-T17L

4060

4 dia. (0.1 dia.)

R1

M4 right angle E32-T11N+E39-F1

4060

R25 M4 screwE32-TC200+E39-F1

4060

R1

M4 screw, flexible fiber

E32-T11R+E39-F1

4260

R4

M4 screw, break-resistant

E32-T11+E39-F1

43

R25

Screw mount-ing, side-view

E32-T14

431.4 dia. (0.01 dia.)

M4 screw E32-T11L

43 3-dia. cylinder E32-T12L

4360

3 dia. (0.1 dia.)

R25M4 screw, side-view

E32-T11L+E39-F2

4060

R1

M4 screw, side-view, flex-ible fiber

E32-T11R+E39-F2

4260

R4

M4 screw, side-view, break-resistant

E32-T11+E39-F2

430.9 dia. (0.005 dia.)

R10

M3 screw (small)

E32-T21L


E32-T22L

Through-beam Fiber Units Special-beam modelsHigh-resolution mode High-speed mode *When used in combination with the E3X-DA-S Amplifier Unit (general-purpose).Standard mode

Super-high-speed mode)(

Long

-dis

tanc

e, h

igh-

pow

er

M14

20,000*320,000*310,000 (4,000)

M4

4,0003,7002,400(970)

R

M4

4,000*44,000*42,600 (1,500)

4,000*43,700 2,400 (970)

R

4,000*43,600 2,300 (930)

B

4,000*43,4002,250 (900)

M4 1,7001,330870 (350)

3 dia.

M4

500 (180)

910800

520400

250 (100)R

430 (160)660

820B

M3540

440250 (100)

2 dia.


23


*2. Indicates models that allow free cutting.*3. This is the value for which detection is possible within the sensing area, with the sensing distance set to 300 mm. (The sensing object is stationary.)*4. This is the value for which detection is possible within the sensing area, with the sensing distance set to give a digital value of 1,000. (The sensing object is sta-

tionary.)


Sensing distance (mm) Standard object (min. sensing

object) (mm)*1



440.5 dia. (0.005 dia.)

R1

1-dia. cylinder, flexible fiber

E32-T223R

440.25 dia. (0.005 dia.)

R10

0.5-dia. sleeve; 0.25-dia. opening

E32-T33-S5

440.125 dia. (0.005 dia.)

0.25-dia. sleeve, 0.125-dia. opening

E32-T333-S5

440.1 dia. (0.005 dia.)

0.22-dia. sleeve, 0.1-dia. opening

E32-T334-S5

441.7 dia. (0.1 dia.)

R10

3-dia. cylinder E32-T22S

44 2 dia. (0.1 dia.)3.5-dia. cylin-der, side-view

E32-T24S

45

(0.2 dia.) *3

R1 Area width: 11 mm

E32-T16PR

45 R10 E32-T16P

45

R1Area width: 11 mm; side-view

E32-T16JR

45 R10 E32-T16J

44

(0.3 dia.) *3 R1 Area width: 30 mm

E32-T16WR

44 R10 E32-T16W

45 (0.6 dia.) *4

R25

Area width: 10 mm; long distance

E32-T16

44 2 dia. (0.1 dia)Multi-point de-tection (4-head)

E32-M21

Special-beam models


Ultr

acom

pact

, thi

n-sl

eeve 1 dia.

130160

75 (30)R

Sleeve cannot be bent.

3 dia. 0.5 dia. 534425 (10)


3 dia. 0.25 dia. 12106 (4)


3 dia. 0.22 dia. 653 (2)

Fin

e-be

am 3 dia.

2,5001,9001,250 (500)

3.5 dia. 1,7501,300870 (350)

Are

a-se

nsin

g

11

1,100840

560 (220)R

1,5001,100

750 (300)

11

980750

480 (190)R

1,3001,000

650 (260)

30

1,7001,300850 (340)

R

2,3001,8001,150 (450)

10

3,7002,8001,850 (740)

M3

750610

350 (140)

24


*2. Indicates models that allow free cutting.*3. This is the value for which detection is possible within the sensing area, with the sensing distance set to 300 mm. (The sensing object is stationary.)*4. This is the value for which detection is possible within the sensing area, with the sensing distance set to give a digital value of 1,000. (The sensing object is sta-

tionary.)*5. For continuous operation, use the products within a temperature range of−40°C to 130°C.*6. The maximum temperature that can be withstood varies with the location. Refer to dimensions diagrams for details.*7. The optical fiber is 2 m long on each side, so the sensing distance is 4,000 mm.

Through-beam Fiber Units Environment-resistant models




object) (mm)*1



150°C*5

46

1.5 dia. (0.1 dia.)

R35

Heat-resis-tant up to 150°C

E32-T51

46

Heat-resis-tant up to 150°C; side-view

E32-T54

200°C*6

461 dia. (0.005 dia.)

R10Heat-resis-tant up to 200°C

E32-T81R-S

4660

3 dia. (0.1 dia.)

R25

Heat-resis-tant up to 200°C; side-view

E32-T61-S+E39-F2

4660

4 dia. (0.1 dia.)

Heat-resis-tant up to 200°C, long distance

E32-T61-S+E39-F1

461.7 dia. (0.1 dia)

Heat-resis-tant up to 200°C; L-shaped; long distance

E32-T84S-S

350°C*6

461 dia. (0.005 dia.)

Heat-resis-tant up to 350°C

E32-T61-S

46

4 dia. (0.1 dia.)

R4Fluororesin cover, round head

E32-T11F

46

R40

Fluororesin cover, long distance

E32-T12F

46 3 dia. (0.1 dia.)Fluororesin cover, side-view

E32-T14F

46 4 dia. (0.1 dia.)

Fluororesin cover, heat-resistant up to 150°C *5

E32-T51F

461 dia. (0.005 dia.)

R10

Fluororesin cover, heat-resistant up to 200°C *6

E32-T81F-S

Hea

t-re

sist

ant

M4

1,000760

500 (200)

2 dia.300

230150 (60)

M4

360280

180 (70)

M4

600450

300 (120)

M4

4,000*73,4002,200 (900)

3 dia.

1,7501,300870 (350)

M4

600450

300 (120)

Che

mic

al-r

esis

tant

7.2 dia.

2,5002,0001,300 (520)

5 dia.

4,000*73,0002,000 (800)

5 dia.500

400250 (100)

5 dia.

1,8001,400900 (350)

6 dia.

920700

460 (190)

25

* The values for the minimum sensing object are representative values that indicate values obtained in standard mode with the sensing distance and sensitivity set tooptimum values.

Flanges

Fiber Units for Atmospheric-pressure Side

* Indicates models that allow free cutting.

Lens Units

Mounting Brackets

Type Appearance (mm)Dimen-sions page

Sensing distance (mm)Standard object

(min. sensing ob-ject) (mm) *



47 1.2 dia. (0.01 dia.)

R30

M4 screw, heat-resistant up to 120°C

E32-T51V 1M

4747

4 dia. (0.1 dia.)

M4 screw, heat-resistant up to 120°C, long distance

E32-T51V 1M+E39-F1V

47 1.2 dia. (0.01 dia.)L-shaped, heat-resistant up to 120°C

E32-T54V 1M

4747

4 dia. (0.1 dia.)

L-shaped, heat-resistant up to 120°C, long distance

E32-T54V 1M+E39-F1V

47 2 dia. (0.1 dia.) R25

L-shaped, heat-resistant up to 200°C, long distance

E32-T84SV 1M

Environment-resistant models


Vac

uum

-res

ista

nt

260200

130 (50)

1,3501,000

680 (260)

130210

100 (35)

500660

330 (180)

480630

320 (130)

Appearance (mm)Dimensions

pageType

Model number

474-channel flange

E32-VF4

471-channel flange

E32-VF1

Appearance (mm)Dimen-sions page

Type Model number

47Amplifier-Flange Connection Fiber

E32-T10V 2M

Appear-ance (mm)

Dimen-sions page

TypeQuan-

tityRemarks

47 E39-F1V 2

Long-distance LensUnitCan be used for theE32-T51V and theE32-T54V.

Appear-ance (mm)

Dimen-sions page

TypeQuan-

tityRemarks

47 E39-L54V 2Can be used forthe E32-T54V.

26

*1. The sensing distances are for white paper.*2. The values for the minimum sensing object are representative values that indicate values obtained in standard mode with the sensing distance and sensitivity set

to optimum values.*3. Indicates models that allow free cutting.

Type Appearance (mm) *3Dimen-

sions pageSensing distance (mm) *1

(Min. sensing object) (mm) *2



48

(0.005 dia.)R1

M6 right an-gle

E32-D11N

48 M6 screw E32-D11R

483-dia. cylin-der

E32-D12R

48 Flat shape E32-D15XR


E32-DC200BRE32-DC200B4R

496-dia. cylin-der, side-view

E32-D14LR


E32-D15YR


E32-D15ZR

48M4 screw (small)

E32-D211R

48M3 screw (small)

E32-D21R

483-dia. cylin-der (small)

E32-D22R

48Flat panel (small)

E32-D25XR


E32-DC200FRE32-DC200F4R

492-dia. cylin-der (small), side-view

E32-D24R


E32-D25YR


E32-D25ZR

Fiber Units with Reflective Sensors Standard models


Fle

xibl

e (n

ew s

tand

ard)

Sta

ndar

d si

ze

M6

300170

120 (50)

R

M6

3 dia.

15 × 10 × 3

2.5 dia.M6Sleeve can-not be bent.

6 dia.80

4530 (14)

15 × 10 × 3 704026 (12)

15 × 10 × 3

Sm

all s

ize

M4

503020 (8)

M3

3 dia.

12 × 8 × 3

1.2 dia.M3Min. bending radius of sleeve: 5

2 dia.261510 (4)

12 × 8 × 2 1485 (2)

12 × 8 × 2


27




Sensing distance (mm) *1 (Min. sens-ing object) (mm) *2



48

(0.005 dia.)

R25

M6 screw E32-DC200

48 3-dia. cylinder E32-D12

48 Flat shape E32-D15X


E32-DC200BE32-DC200B4


E32-D14L


E32-D15Y


E32-D15Z

48

R10

M4 screw (small)

E32-D211

48M3 screw (small)

E32-DC200E


E32-D22


E32-D25X


E32-DC200FE32-DC200F4


E32-D24


E32-D25Y


E32-D25Z

Standard models


Sta

ndar

d

Sta

ndar

d si

ze

M6

500300

200 (90)

3 dia.

400230

160 (70)

15 × 10 × 3500

300200 (90)

2.5 dia.M6

90 (40)( ): E32-DC200B4


6 dia.200

11080 (36)

15 × 10 × 3

100170

65 (30)15 × 10 × 3

Sm

all s

ize

M4

13080

50 (22)

M3

3 dia.

12 × 8 × 2

1.2 dia.M3

90 (40)( ): E32-DC200F4

Min. bending ra-dius of sleeve: 5

2 dia. 503020 (8)

12 × 8 × 2352012 (6)

12 × 8 × 2


28



Type Appearance (mm) *3Dimen-

sions pageSensing distance (mm) *1

(Min. sensing object) (mm) *2



50

(0.005 dia.)

R4

M6 screw E32-D11

50 Flat shape E32-D15XB

50M4 screw (small)

E32-D21B


E32-D221B

50M3 screw (small)

E32-D21

501.5-dia. cylinder (small)

E32-D22B


E32-D25XB

50 (0.005 dia.)

R4

M6 screw, fluorine coating

E32-D11U

Fiber Units with Reflective Sensors Standard models


Bre

ak-r

esis

tant

Sta

ndar

d si

ze

M6 300170

120 (50)

B

15 × 10 × 3

Sm

all s

ize

M4 11070

45 (20)

3 dia.

M3 503020 (8)

1.5 dia.

12 × 8 × 25085

30 (15)

Coa

ting

M6

300170

120 (50)U


29




Sensing distance (mm) *1 (Min. sensing

object) (mm) *2


FeaturesModel num-

ber

51 ---

R4

Large built-in lens, screw mounting

E32-D16

51

(0.005 dia.)

R25 M6 screw E32-D11L

51

R10

M4 screw E32-D21L

51 3-dia. cylinder E32-D22L

51

R4

0.8-dia. sleeve E32-D33

51 0.5-dia. sleeve E32-D331

Special-beam models


Long

-dis

tanc

e, h

igh-

pow

er

17.5

40 to 70040 to 1,000

40 to 450 (40 to 240)B

M6

650400

260 (110)

M4 210130

80 (35)

3 dia.

Ultr

acom

pact

, thi

n-sl

eeve

Sleeve cannot be bent.3 dia. 0.8 dia.

251610 (4)

Sleeve cannot be bent.2 dia. 0.5 dia.

532 (0.8)

30




Sensing distance (mm) *1(Min. sens-ing object) (mm) *2



52

(0.005 dia.)

R4

M6 right angle E32-C11N

52 M3 right angle E32-C31N

52

M6 screw

E32-CC200R

52

R25

E32-CC200

52 3-dia. cylinder E32-D32L

52M3 screw (small)

E32-C31


E32-D32

5260

6 to 15 mm; spot diameter: 0.1 to 0.6 mm

Small spot (variable)

E32-C42+E39-F3A

5260

Spot diameter of 0.5 to 1 mm at distances in the range 6 to 15 mm

E32-D32+E39-F3A

5260

Spot diameter of 0.1 mm at 7 mm

Small spot

E32-C41+E39-F3A-5

5260


E32-C31+E39-F3A-5

5260

Spot diameter of 0.2 mm at 17 mmLong distance, small spot

E32-C41+E39-F3B

5260


E32-C31+E39-F3B

5260

Spot diameter of 4 mm max. at distanc-es in the range 0 to 20 mm

Long-dis-tance sensing, parallel light

E32-C31+E39-F3C

53 (0.005 dia.)

R4

Beam width: 11 mm

E32-D36P1

53 (0.1 dia.) R10 M6 screwE32-R21+E39-R3 (Attached)

53 (0.2 dia.) R25Screw mount-ing, long dis-tance

E32-R16+E39-R1(Attached)

Fiber Units with Reflective Sensors Special-beam models


Coa

xial

, sm

all-s

pot

M6

280170160 (50)

RM3

402523 (7)

M6

250150

100 (45)

500300

200 (90)

3 dia.

250150

100 (45)

M3 12075

50 (22)

2 dia.

4-dia. spot

Are

a-se

nsin

g

250150

100 (45)B

Ret

rore

flect

ive

E39-R3 Reflector

M6

10 to 25010 to 25010 to 250 (10 to 250)

E39-R3 Reflector

150 to 1,500150 to 1,500150 to 1,500(150 to 1,500)


31


to optimum values.*3. Indicates models that allow free cutting.*4. For continuous operation, use the products within a temperature range of −40°C to 90°C.


Sensing distance (mm) *1(Min. sensing

object) (mm) *2



54

(0.005 dia.)

R25

Small level dif-ferences, high power, side-view

E32-L25

54Small level dif-ferences, top-view

E32-L25A

54

R10

Ultracompact, flat-view

E32-L24S

54Heat resistant up to 105°C *4, top-view

E32-L24L

54Heat resistant up to 105°C *4, top-view

E32-L25L

55

R25

Heat resistant up to 200°C, flat-view

E32-L86

55Soda glass with reflection factor of 7%

Heat resistant up to 300°C E32-L64

55Ideal for detect-ing glass stock.

E32-A10

Special-beam models


Con

verg

ent-

refle

ctiv

e

3.33.33.3 (3.3)

0 to 40 to 40 to 4 (0 to 4)

2 to 6 (center: 4)2 to 6 (center: 4)2 to 6 (2 to 6) (center: 4)

5.4 to 9 (center: 7.2)5.4 to 9 (center: 7.2)5.4 to 9 (5.4 to 9) (center: 7.2)

4 to 104 to 104 to 10 (4 to 10)

1 to 51 to 51 to 5

0 to 80 to 80 to 60 to 4

32


to optimum values.*3. Indicates models that allow free cutting.*4. For continuous operation, use the products within a temperature range of −40°C to 90°C.*5. The maximum temperature that can be withstood varies with the location. Refer to dimensions diagrams for details.*6. Order the Fiber Unit based on the Amplifier Unit. Use the E32-D@-S if the E3X-DA@-S, E3X-MDA@, or E3X-DAC@-S is used. Use the E32-D@ if any other Amplifier

is used.


Sensing distance (mm) *1(Min. sensing

object) (mm) *2


FeaturesModel num-

ber

150°C*4

56

(0.005 dia.)

R35Heat resistant up to 150°C E32-D51

200°C*5

56 R10Heat resistant up to 200°C

E32-D81R-SE32-D81R*6

350°C*5

56

R25

Heat resistant up to 350°C

E32-D61-SE32-D61*6

400°C*5

56Heat resistant up to 400°C, with sleeve

E32-D73-SE32-D73*6

56

(0.005 dia.) R40

Fluororesin cover, long distance

E32-D12F

56Fluororesin cover, side-view

E32-D14F

Fiber Units with Reflective Sensors Environment-resistant models


Hea

t-re

sist

ant M6

400230

160 (72)

M6 15090

60 (27)

M6

M4 1.25 dia.Min. bending radius of sleeve: 10

1006040 (18)

Che

mic

al-r

esis

tant

6 dia.

16095

65 (30)

7 dia.70

4030 (10)


33

Ordering Information


*2. Indicates models that allow free cutting.*3. The maximum temperature that can be withstood varies with the location. Refer to dimensions diagrams for details.*4. These values are based on the assumption that there are no repeated sudden changes in temperature.*5. The characteristics for sensing object incline are different between the Attachments with model numbers ending in "E1" and "E2."

Refer to page 52 for installation precautions.



object) (mm)*1


(mm)Features

Model num-ber

57

4 dia. (0.1 dia.) R25

Slot sensor (no adjustment of op-tical axis required)

E32-G14

43Screw mounting, side-view

E32-T14

57Applicable tube: Transparent tube with a diameter in the range 8 to 10 mm and a recommended wall thickness of 1 mm

R10 Compact E32-L25T

57Applicable tube: Transparent tube (no restriction on diameter)

R4

No restriction on tube diameter, re-sistant to bubbles and drops of water

E32-D36T

58Applicable tube: Transparent tube with a diameter of 3.2, 6.4, or 9.5 mm and a recommended wall thickness of 1 mm

Light ON when fluid is present, resistant to bubbles and drops of water

E32-A01

58Applicable tube: Transparent tube with a diameter in the range 6 to 13 mm and a recommended wall thickness of 1 mm

Light ON when fluid is not present, re-sistant to bubbles and drops of water

E32-A02

58 Liquid-contact models R40Heat resistant up to 200°C, fluororesin cover

E32-D82F1E32-D82F2

54

Soda glass with reflection factor of 7%

R25

Variation of detec-tion position within the detection range: 0.1 mm

E32-L16-N

58 E32-A08

58

E32-A07E1 *5E32-A07E2 *5

58Heat resistant up to 300°C *3, *4

E32-L66

54Heat resistant up to 300°C E32-A08H2

Application-corresponding Fiber UnitsHigh-resolution mode High-speed mode *When used in combination with the E3X-DA-S Amplifier Unit (general-purpose).Standard mode

Super-high-speed mode)(

Labe

l-det

ectio

n 101010 (10)

4,5003,4002,250 (900)

Liqu

id-le

vel d

etec

tion

Gla

ss-s

ubst

rate

-alig

nmen

t

0 to 150 to 150 to 15 (0 to 12)

10 to 2010 to 2010 to 20 (-)

15 to 2515 to 2510 to 20 (-)

5 to 185 to 185 to 16 (-)

10 to 2010 to 2010 to 20

34


*2. Indicates models that allow free cutting.*3. For continuous operation, use the products within a temperature range of −40°C to 130°C.*4. The maximum temperature that can be withstood varies with the location. Refer to dimensions diagrams for details.*5. These values are based on the assumption that there are no repeated sudden changes in temperature.



object) (mm)*1


FeaturesModel

number

59Edge of soda glass with re-flection factor of 7% (t = 0.5 mm, rounded edge)

R25 Resistant to tilting E32-A09

59 R35Heat resistant up to 150°C *3

E32-A09H

59 R25Heat resistant up to 300°C *4, *5

E32-A09H2

59

2 dia. (0.1 dia.)

R1

Opening angle: 1.5°; optical axis adjusted before delivery

E32-A03

59

R10

Opening angle: 1.5°; with mounting flange; optical axis adjusted before de-livery

E32-A03-1

44Long distance; opening angle: 4° E32-T24S

59

1.2 dia. (0.1 dia.)

Ultraslim (t = 2 mm); opening angle: 3°; optical axis adjusted before delivery

E32-A04

59

Ultraslim (t = 2 mm); opening angle: 3°; with mounting flange; optical axis adjusted before de-livery

E32-A04-1

Application-corresponding Fiber Units


Gla

ss-s

ubst

rate

-map

ping

15 to 38 (center: 25)15 to 38 (center: 25)15 to 38 (center: 25)

(-)

20 to 30 (center: 25)20 to 30 (center: 25)20 to 30 (center: 25)

(-)

Waf

er-m

appi

ng

3 dia.

1,150890

600 (250)

R

3 dia.

3.5 dia. 1,7501,300870 (350)

2 dia.

460340

225 (100)2 dia.


35

Lens Units


*2. The optical fiber is 2 m long on each side, so the sensing distance is 4,000 mm.

Type AppearanceDimen-sions page

Applicable Fiber Units

Sensing distance (mm) Standard object (min.

sensing object) (mm)

*1

FeaturesModel

numberHigh-

resolution mode

Standard mode

High-speed mode

Super-high-speed mode

60

E32-T11L 4,000*2 3,200 2,100 840

4 dia. (0.1 dia.)

Long-dis-tance sensing; opening angle: 5° to 40° (heat resistant up to 200°C)

E39-F1

E32-TC200 4,000*2 4,000*2 2,600 1,500

E32-T11R 4,000*2 3,700 2,400 970

E32-T11 4,000*2 3,600 2,300 930

E32-T11U 4,000*2 3,600 2,300 930

E32-T81R-S 2,650 2,100 1,300 520

E32-T61-S 4,000*2 3,400 2,200 900

60

E32-T11L 910 800 500 180

3 dia. (0.1 dia.)

Side-view, space-sav-ing (heat resistant up to 200°C)

E39-F2

E32-TC200 840 700 450 160

E32-T11R 520 400 250 100

E32-T11 820 660 430 160

E32-T11U 820 660 430 160

E32-T81R-S 360 280 180 70

E32-T61-S 600 450 300 120

60

E32-T11LE32-TC200E32-T11RE32-T11E32-T11UE32-T81R-SE32-T61-S

--- ---

Long dis-tance re-flection (heat resis-tant up to 200°C)

E39-F3

60E32-C42

Spot diameter variable in the range 0.1 to 0.6 mm at dis-tances in the range 6 to 15 mm Small spot

(variable)E39-F3A

E32-D32Spot diameter variable in the range 0.5 to 1 mm at dis-tances in the range 6 to 15 mm

60E32-C41 0.1-dia. spot at a distance of 7 mm

Small spot E39-F3A-5E32-C31 0.5-dia. spot at a distance of 7 mm

60E32-C41 0.2-dia. spot at a distance of 17 mm Long dis-

tance, small spot

E39-F3BE32-C31 0.5-dia. spot at a distance of 17 mm

60E32-C31E32-C41

Spot diameter of 4 mm max. at distances in the range 0 to 20 mm

Long-dis-tance sensing, parallel light

E39-F3C

Accessories*When used in combination with the E3X-DA-S Amplifier Unit (general-purpose).

Thr

ough

-bea

m L

ens

Uni

ts Long

-dis

tanc

e Le

ns U

nits

Sid

e-vi

ew U

nits

Ref

lect

ion

Uni

ts

Ref

lect

ive

Lens

Uni

ts

Sm

all-s

pot L

ens

Uni

ts

36

Protective Spiral Tube

Note: Before using a Protective Spiral Tube, remove the protective tube that protects the area between the head and the optical fiber provided with some models.The Lens Unit and Spiral Tube cannot be used at the same time.

Other Accessories

AppearanceDimen-

sions pageApplication Applicable Fiber Units Tube length Model number

61

Fiber protection

M3-screw modelsE32-D21/E32-D21RE32-DC200EE32-DC200F@E32-C31

500 mm E39-F32A5

1 m E39-F32A

M3-screw modelsE32-T21@(Except the E32-T21R.)E32-TC200EE32-TC200F@

500 mm E39-F32B5

1 m E39-F32B

61

M4-screw modelsE32-T11@ (except the E32-T11N Right-angle Model)E32-TC200E32-TC200B@E32-T51E32-D21L/E32-D21B

500 mm E39-F32C5

1 m E39-F32C

61

M6-screw modelsE32-D11@ (except the E32-D11N Right-angle Model)E32-DC200E32-DC200BE32-CC200@E32-D51

500 mm E39-F32D5

1 m E39-F32D

AppearanceDimensions

pageApplication Name Applicable Fiber Units Remarks

Model number

62Used to cut the fi-ber.

CutterFiber Units that allow free cutting

Provided with applicable Fiber Units.

E39-F4

62Attachments for in-serting thin fibers into Amplifier Units

Thin-fiber Attach-ments

Fiber Units that allow free cutting and have a 1.0-dia. sheath

• 2 per set• Provided with applicable Fi-

ber Units.E39-F9

62Used to extend fi-bers.

Fiber Con-nectors

Fiber Units that allow free cutting and have a 2.2-dia. sheath

--- E39-F10

62Easy-to-use, one-touch relay con-nectors

Fiber Units that allow free cutting

E39-F13: Used for Fiber Units with a 2.2-dia. sheath.E39-F14: Used for Fiber Units with a 1.0-dia. sheath.E39-F15: Used to connect Fi-ber Units with different sheath diameters, 1.0 mm and 2.2 mm.

E39-F13E39-F14E39-F15

62Used to bends in sleeves.

Sleeve Bender

E32-TC200B(4)E32-TC200F(4)E32-DC200F(4)

--- E39-F11

62Used to secure the 3.5-dia. Fiber Head

Mounting Bracket

E32-T24SE32-A03

Provided with applicable Fiber Units.

E39-L83

Accessories

37

Ratings/Characteristics

Models Ambient operating temperature range

Ambient hu-midity range

Fiber core material (sheath material)

Permissible bend-ing radius

Tightening force (N·m)

Pulling force (N)

IEC standard de-gree of protection

E32-D11

−40 to +70°C 35% to 85%

Plastic (PVC coating) R4 0.98 29.4 IP67E32-D11N Plastic (PVC coating) R1 0.98 29.4 IP67E32-D11R Plastic (PVC coating) R1 0.98 29.4 IP67E32-D11U Plastic (fluororesin coating) R4 0.98 29.4 IP67E32-D12 Plastic (polyethylene coating) R25 0.29 29.4 IP67E32-D12R Plastic (PVC coating) R1 0.29 29.4 IP67E32-D14L Plastic (polyethylene coating) R25 0.98 29.4 IP67E32-D14LR Plastic (PVC coating) R1 0.98 29.4 IP67E32-D15X Plastic (polyethylene coating) R25 0.15 29.4 IP67E32-D15XB Plastic (PVC coating) R4 0.15 29.4 IP67E32-D15XR Plastic (PVC coating) R1 0.15 29.4 IP67E32-D15Y Plastic (polyethylene coating) R25 0.15 29.4 IP40E32-D15YR Plastic (PVC coating) R1 0.15 29.4 IP40E32-D15Z Plastic (polyethylene coating) R25 0.15 29.4 IP40E32-D15ZR Plastic (PVC coating) R1 0.15 29.4 IP40E32-D21 Plastic (PVC coating) R4 0.78 9.8 IP67E32-D211 Plastic (polyethylene coating) R10 0.78 9.8 IP67E32-D211R Plastic (polyethylene coating) R1 0.78 9.8 IP67E32-D21B Plastic (PVC coating) R4 0.78 9.8 IP67E32-D21R Plastic (polyethylene coating) R1 0.78 9.8 IP67E32-D22 Plastic (polyethylene coating) R10 0.29 9.8 IP67E32-D221B Plastic (PVC coating) R4 0.29 9.8 IP67E32-D22B Plastic (PVC coating) R4 0.20 9.8 IP67E32-D22R Plastic (polyethylene coating) R1 0.29 9.8 IP67E32-D24 Plastic (polyethylene coating) R10 0.29 9.8 IP67E32-D24R Plastic (polyethylene coating) R1 0.29 9.8 IP67E32-D25X Plastic (polyethylene coating) R10 0.15 9.8 IP67E32-D25XB Plastic (PVC coating) R4 0.15 9.8 IP67E32-D25XR Plastic (polyethylene coating) R1 0.15 9.8 IP67E32-D25Y Plastic (polyethylene coating) R10 0.15 9.8 IP40E32-D25YR Plastic (polyethylene coating) R1 0.15 9.8 IP40E32-D25Z Plastic (polyethylene coating) R10 0.15 9.8 IP40E32-D25ZR Plastic (polyethylene coating) R1 0.15 9.8 IP40E32-DC200 Plastic (polyethylene coating) R25 0.98 29.4 IP67E32-DC200B(B4) Plastic (polyethylene coating) R25 0.98 29.4 IP67E32-DC200BR(B4R) Plastic (PVC coating) R1 0.98 29.4 IP67E32-DC200E Plastic (polyethylene coating) R10 0.78 9.8 IP67E32-DC200F(F4) Plastic (polyethylene coating) R10 0.78 9.8 IP67E32-DC200FR(F4R) Plastic (polyethylene coating) R1 0.78 9.8 IP67E32-T11 Plastic (PVC coating) R4 0.78 29.4 IP67E32-T11N Plastic (PVC coating) R1 0.78 29.4 IP67E32-T11R Plastic (PVC coating) R1 0.78 29.4 IP67E32-T11U Plastic (fluororesin coating) R4 0.78 29.4 IP67E32-T12 Plastic (polyethylene coating) R25 0.29 29.4 IP67E32-T12B Plastic (PVC coating) R4 0.29 29.4 IP67E32-T12R Plastic (PVC coating) R1 0.29 29.4 IP67E32-T14L Plastic (polyethylene coating) R25 0.29 29.4 IP67E32-T14LR Plastic (PVC coating) R1 0.29 29.4 IP67E32-T15X Plastic (polyethylene coating) R25 0.15 29.4 IP67E32-T15XB Plastic (PVC coating) R4 0.15 29.4 IP67E32-T15XR Plastic (PVC coating) R1 0.15 29.4 IP67E32-T15Y Plastic (polyethylene coating) R25 0.15 29.4 IP40E32-T15YR Plastic (PVC coating) R1 0.15 29.4 IP40E32-T15Z Plastic (polyethylene coating) R25 0.15 29.4 IP40E32-T15ZR Plastic (PVC coating) R1 0.15 29.4 IP40E32-T21 Plastic (PVC coating) R4 0.78 9.8 IP67E32-T21R Plastic (polyethylene coating) R1 0.78 29.4 IP67E32-T22 Plastic (polyethylene coating) R10 0.29 9.8 IP67E32-T221B Plastic (PVC coating) R4 0.29 9.8 IP67E32-T222 Plastic (polyethylene coating) R10 0.20 9.8 IP67E32-T222R Plastic (polyethylene coating) R1 0.20 9.8 IP67E32-T22B Plastic (PVC coating) R4 0.20 9.8 IP67E32-T22R Plastic (polyethylene coating) R1 0.29 9.8 IP67

Standard models

38

*The strength depends on the section. Use 0.49 N•m max. to 5 mm from the tip and 0.78 N•m max. at a distance of more than 5 mm from the tip.






Pulling force (N)


E32-T24

−40 to +70°C 35% to 85%

Plastic (polyethylene coating) R10 0.29 9.8 IP67E32-T24R Plastic (polyethylene coating) R1 0.29 9.8 IP67E32-T25X Plastic (polyethylene coating) R10 0.15 9.8 IP67E32-T25XB Plastic (PVC coating) R4 0.15 9.8 IP67E32-T25XR Plastic (polyethylene coating) R1 0.15 9.8 IP67E32-T25Y Plastic (polyethylene coating) R10 0.15 9.8 IP40E32-T25YR Plastic (polyethylene coating) R1 0.15 9.8 IP40E32-T25Z Plastic (polyethylene coating) R10 0.15 9.8 IP40E32-T25ZR Plastic (polyethylene coating) R1 0.15 9.8 IP40E32-TC200 Plastic (polyethylene coating) R25 0.78 29.4 IP67E32-TC200A Plastic (polyethylene coating) R25 0.78 29.4 IP67E32-TC200B(B4) Plastic (polyethylene coating) R25 0.78 29.4 IP67E32-TC200BR(B4R) Plastic (PVC coating) R1 0.78 29.4 IP67E32-TC200E Plastic (polyethylene coating) R10 0.78 9.8 IP67E32-TC200F(F4) Plastic (polyethylene coating) R10 0.78 9.8 IP67E32-TC200FR(F4R) Plastic (polyethylene coating) R1 0.78 9.8 IP67






Pulling force (N)


E32-A10 −40 to +70°C

35% to 85%

Plastic (polyethylene coating) R25 0.53 29.4 IP30E32-C11N −40 to +70°C Plastic (combination of PVC and polyethylene) R4 0.98 29.4 IP67E32-C31 −40 to +70°C Plastic (polyethylene coating) R25 0.78 9.8 IP67E32-C31N −40 to +70°C Plastic (combination of PVC and polyethylene) R4 0.29 9.8 IP67E32-C41 −40 to +70°C Plastic (polyethylene coating) R25 0.78 9.8 IP67E32-C42 −40 to +70°C Plastic (polyethylene coating) R25 0.29 9.8 IP67E32-CC200 −40 to +70°C Plastic (polyethylene coating) R25 0.98 29.4 IP67E32-CC200R −40 to +70°C Plastic (polyethylene coating) R4 0.98 29.4 IP67E32-D11L −40 to +70°C Plastic (polyethylene coating) R25 0.98 29.4 IP67E32-D16 −40 to +70°C Plastic (PVC coating) R4 0.53 29.4 IP40E32-D21L −40 to +70°C Plastic (polyethylene coating) R10 0.78 9.8 IP67E32-D22L −40 to +70°C Plastic (polyethylene coating) R10 0.29 9.8 IP67E32-D32 −40 to +70°C Plastic (polyethylene coating) R25 0.29 9.8 IP67E32-D32L −40 to +70°C Plastic (polyethylene coating) R25 0.29 29.4 IP67E32-D33 −40 to +70°C Plastic (polyethylene coating) R4 0.29 9.8 IP67E32-D331 −40 to +70°C Plastic (polyethylene coating) R4 0.29 9.8 IP67E32-D36P1 −40 to +70°C Plastic (polyethylene coating) R4 0.78 29.4 IP67E32-L24L −40 to +105°C Plastic (polyethylene coating) R10 0.29 9.8 IP50E32-L24S −40 to +70°C Plastic (polyethylene coating) R10 0.29 9.8 IP40E32-L25 −40 to +70°C Plastic (polyethylene coating) R25 0.29 19.6 IP50E32-L25A −40 to +70°C Plastic (polyethylene coating) R25 0.29 19.6 IP50E32-L25L −40 to +105°C Plastic (polyethylene coating) R10 0.29 9.8 IP50E32-L64 −40 to +300°C Glass (SUS spiral coating) R25 0.54 9.8 IP50E32-L86 −40 to +200°C Glass (SUS spiral coating) R25 0.54 9.8 IP40E32-M21 −40 to +70°C Plastic (PVC coating) R25 0.49. 0.78* 9.8 IP50E32-R16 −25 to +55°C Plastic (polyethylene coating) R25 0.54 29.4 IP66E32-R21 −40 to +70°C Plastic (polyethylene coating) R10 0.39 9.8 IP67E32-T11L −40 to +70°C Plastic (polyethylene coating) R25 0.78 29.4 IP67E32-T12L −40 to +70°C Plastic (polyethylene coating) R25 0.29 29.4 IP67E32-T14 −40 to +70°C Plastic (polyethylene coating) R25 0.49 29.4 IP67E32-T16 −40 to +70°C Plastic (polyethylene coating) R25 0.49 29.4 IP67E32-T16J −40 to +70°C Plastic (PVC coating) R10 0.29 29.4 IP50E32-T16JR −40 to +70°C Plastic (PVC coating) R1 0.29 29.4 IP50E32-T16P −40 to +70°C Plastic (PVC coating) R10 0.29 29.4 IP50E32-T16PR −40 to +70°C Plastic (PVC coating) R1 0.29 29.4 IP50E32-T16W −25 to +55°C Plastic (PVC coating) R10 0.29 9.8 IP50E32-T16WR −25 to +55°C Plastic (PVC coating) R1 0.29 9.8 IP50E32-T17L −40 to +70°C Plastic (polyethylene coating) R25 0.78 29.4 IP67E32-T21L −40 to +70°C Plastic (polyethylene coating) R10 0.78 9.8 IP67E32-T223R −40 to +70°C Plastic (polyethylene coating) R1 0.20 9.8 IP67E32-T22L −40 to +70°C Plastic (polyethylene coating) R10 0.29 9.8 IP67E32-T22S −40 to +70°C Plastic (PVC coating) R10 0.29 29.4 IP50E32-T24S −40 to +70°C Plastic (PVC coating) R10 0.29 29.4 IP50E32-T333-S5 −40 to +70°C Plastic (polyethylene coating) R10 0.29 9.8 IP67E32-T334-S5 −40 to +70°C Plastic (polyethylene coating) R10 0.29 9.8 IP67E32-T33-S5 −40 to +70°C Plastic (PVC coating) R10 0.29 9.8 IP67

Standard models (continued)

Special-beam models

39






Pulling force (N)


E32-D12F −40 to +70°C

35% to 85%

Plastic (fluororesin coating) R40 0.78 29.4 IP67E32-D14F −40 to +70°C Plastic (fluororesin coating) R40 0.78 29.4 IP67E32-D51 −40 to +150°C Plastic (fluororesin coating) R35 0.98 29.4 IP67E32-D61 −60 to +350°C Glass (SUS spiral coating) R25 0.98 29.4 IP67E32-D61-S −60 to +350°C Glass (SUS spiral coating) R25 0.98 29.4 IP67E32-D73 −40 to +400°C Glass (SUS spiral coating) R25 0.78 29.4 IP67E32-D73-S −40 to +400°C Glass (SUS spiral coating) R25 0.78 29.4 IP67E32-D81R −40 to +200°C Glass (fluororesin coating) R10 0.78 9.8 IP67E32-D81R-S −40 to +200°C Glass (fluororesin coating) R10 0.78 9.8 IP67E32-T11F −40 to +70°C Plastic (fluororesin coating) R4 0.29 29.4 IP67E32-T12F −40 to +70°C Plastic (fluororesin coating) R40 0.78 29.4 IP67E32-T14F −40 to +70°C Plastic (fluororesin coating) R40 0.78 29.4 IP67E32-T51 −40 to +150°C Plastic (fluororesin coating) R35 0.78 29.4 IP67E32-T51F −40 to +150°C Plastic (fluororesin coating) R40 0.78 29.4 IP67E32-T51V −25 to +120°C Glass (fluororesin coating) R30 0.29 29.4 ---E32-T54 −40 to +150°C Plastic (fluororesin coating) R35 0.29 29.4 IP67E32-T54V −25 to +120°C Glass (fluororesin coating) R30 0.29 29.4 ---E32-T61-S −60 to +350°C Glass (SUS spiral coating) R25 0.78 29.4 IP67E32-T81F-S −40 to +200°C Glass (fluororesin coating) R10 0.78 9.8 IP67E32-T81R-S −40 to +200°C Glass (fluororesin coating) R10 0.78 9.8 IP67E32-T84S-S −40 to +200°C Glass (fluororesin coating) R25 0.29 9.8 IP67E32-T84SV −25 to +200°C Glass (SUS spiral coating) R25 0.29 29.4 ---






Pulling force (N)


E32-A01 −40 to +70°C

35% to 85%

Plastic (fluororesin coating) R4 --- 9.8 IP50E32-A02 −40 to +70°C Plastic (fluororesin coating) R4 --- 9.8 IP50E32-A03 −40 to +70°C Plastic (polyethylene coating) R1 0.29 9.8 IP50E32-A03-1 −40 to +70°C Plastic (polyethylene coating) R10 0.29 9.8 IP50E32-A04 −40 to +70°C Plastic (polyethylene coating) R10 0.29 9.8 IP50E32-A04-1 −40 to +70°C Plastic (polyethylene coating) R10 0.29 9.8 IP50E32-A07E1(E2) −40 to +70°C Plastic (polyethylene coating) R25 0.53 9.8 IP40E32-A08 −40 to +70°C Plastic (polyethylene coating) R25 0.53 9.8 IP40E32-A08H2 −40 to +300°C Glass (SUS spiral coating) R25 0.53 29.4 IP30E32-A09 −40 to +70°C Plastic (polyethylene coating) R25 0.53 9.8 IP40E32-A09H −40 to +150°C Plastic (fluororesin coating) R35 0.53 9.8 IP40E32-A09H2 −40 to +300°C Glass (SUS spiral coating) R25 0.53 9.8 IP40E32-D36T −40 to +70°C Plastic (polyethylene coating) R4 --- 29.4 IP67

E32-D82F1 −40 to +200°CTip: Glass and fluororesin coatingAmplifier insert: Plastic (fluororesin coat-ing)

R40 0.29 29.4 IP68

E32-D82F2 −40 to +200°C (Fluororesin coating) R40 0.29 29.4 IP68E32-G14 −40 to +70°C Plastic (polyethylene coating) R25 0.49 29.4 IP67E32-L16-N −40 to +70°C Plastic (polyethylene coating) R25 0.29 29.4 IP40E32-L25T −40 to +70°C Plastic (polyethylene coating) R10 --- 9.8 IP50E32-L66 −40 to +300°C Glass (SUS spiral coating) R25 0.53 9.8 IP40E32-T14 −40 to +70°C Plastic (polyethylene coating) R25 0.49 29.4 IP67

Environment-resistant models

Application-corresponding models

40

Dimensions

Standard/Flexible Models

(Unit: mm)Tolerance class IT16 applies to dimensions in this data sheet unless otherwise specified.

Through-beam Fiber Units Through-beam models consist of two parts: an emitter and a receiver.

Standard

Flexible Break-resistant Fluororesin coating StandardR@

Cutting free (Cutter provided)

M4 nuts (brass/nickel plating)Washer (nickel-plated iron) included (4 of each)

7

2,000

M2.6×0.45M4×0.7 M4×0.7 (brass/nickel plating)3

10 (45)

7

5.5

4.714.714.7

8.4 dia.8.4 dia.

Sensing surface: 1 dia.

2.2 dia.Model display tube

E32-T11N

M2.6×0.45


Width 7, thickness 2.4 (nickel-plated brass) Washer (nickel-plated iron)

2.2 dia.

3

1414 2,000

M4×0.7M4×0.7 (brass/nickel plating)

3.2

E32-TC200 E32-T11R

R25

E32-TC200E R10

2.5

1 dia.

1111 2,000

E39-F9: Included

Sensing surface: 0.5 dia.

M3×0.5 M3×0.5 (brass/nickel plating)

Width 5.5, thickness 1.8 (nickel-plated brass) Washer (nickel-plated brass)

2,000 9.5

13.513.5

3 dia.

2.2 dia.

*E32-T21R: 0.5 dia.

Sensing surface: 1 dia. *



E32-TC200A E32-T21R

R25


2 dia. 2 dia. (SUS303)

17

2222 2,000

12 E39-F9: Included

1 dia.1.4 dia.Heat-shrinkable tube

E32-T22 E32-T22R

R10


3

2.4 dia.

3 dia. 3 dia. (brass/nickel plating) 2.2 dia.

11

1414 2,000

E32-T12 E32-T12R

R25

1010 2,000

E39-F9: Included

1.5 dia. 1.5 dia. (brass/nickel plating)

Sensing surface: 0.5 dia. 1 dia.

E32-T222 E32-T222R

R10

2.2 dia.

Two, 2.2 dia. mounting holes with two, 4.4 dia. countersinks on both sides

(aluminum)

2,000

8

32.5

1.5


1515

7.5

5.5

E32-T15X E32-T15XR

R25

Note: 1. Set of two symmetrical parts.2. Mounting screws (countersunk screw M2 × 8 4 pcs)

included

1 dia.(aluminum)

Mounting holes Two 2.2 dia. Two, 4.4 dia. countersinks on one side

7 1


2,000

E39-F9: Included

21212

52.5

4.5

E32-T25X E32-T25XR

R10

Note: 1. Set of two symmetrical parts.2. Mounting screws (countersunk

screw M2 × 8 4 pcs) included 3.2

Stainless-steel tube 1.2 dia. max. (SUS304)

* ( ): E32-TC200B4/E32TC200B4R

2.2 dia.

11 11 90 90 (4040)*

2,000


M4×0.7 M4×0.7 (coarse thread) (brass/nickel plating)

Width 7, thickness 2.4 (nickel-plated brass)Washer (nickel-plated iron)

E32-TC200B E32-TC200B4 E32-TC200BR E32-TC200B4R

R25R25

2.5 2,000 1111


Stainless-steel tube0.9 dia. max. (SUS304)

Width 5.5, thickness 1.8 (nickel-plated brass)Washer (nickel-plated brass)

1 dia.

90 90 (4040)*

E39-F9: Included

* ( ):E32-TC200F4/E32TC200F4R


E32-TC200F E32-TC200F4 E32-TC200FR E32-TC200F4R

R10R10

3535

Sensing surface

30

2 3 dia.

2.8

3 dia. 3 dia. (SUS303) Heat-shrinkable tube 2.2 dia.

12

2,000

E32-T14L E32-T14LR

R25

41



Standard



35 2,000

1515

1.25

1515 12

E39-F9: Included

Stainless-steel tube1 dia. max.

Heat-shrinkable tube

1 dia.

2 dia.2 dia. (SUS304)

1.4 dia.

Sensing surface

E32-T24 E32-T24R

R10

88

(aluminum)

Sensing surface

33

4

2.2 dia.Two, 2.2 dia. mounting holes with two, 4.4 dia. countersinks on both sides

5.5

7.5

1515 2,000 2.5

E32-T15Y E32-T15YR

R25

Note: 1. Set of two symmetrical parts.2. Mounting screws (countersunk screw M2 × 8 4 pcs) included

Sensing surface

(aluminum)

22

3

1 dia.

E39-F9: Included77 4.5

5

12122.5

Two, 2.2 dia. mounting holes with two, 4.4 dia. countersinks on one side

2,000

E32-T25Y E32-T25YR

R10


8 8

(aluminum)

Sensing surface

4 3 3 2.2 dia.

2.5

1.5

7.5

15 15

5.5

2,000


E32-T15Z E32-T15ZR

R25


Sensing surface

(aluminum) 1 dia.

E39-F9: Included


77 4.5 1

3 22

5 2.5

1212 2,000

E32-T25Z E32-T25ZR

R10


Mounting hole dimensions (recommended)

<Screw-mounting Model> (Unit:mm)

Example: Head size of E32-TC200 is M4. Open the mounting holes with 4 to 4.5 dia.

<Cylindrical Model> (Unit:mm)

Example: Head size of E32-T22 is 2 dia.. Open the mounting holes with 2.2 to 2.4 dia.

Minimum bending radius

(Unit:mm)Outer diameter of fiber unit M3 M4 M6 M14

F dimensions 3 dia. 4 dia. 6 dia. 14 dia.

Outer diameter of fiber unit 1 dia. 1.5 dia. 2 dia. 3 dia.

F dimensions 1.2 dia. 1.7 dia. 2.2 dia. 3.2 dia.

Outer diameter of fiber unit 3.5 dia. 4 dia. 5 dia. 6 dia.

F dimensions 4 dia. 4.5 dia. 5.5 dia. 6.5 dia.

F

+0.50

+0.50

+0.50

+10

+0.20

+0.20

+0.20

+0.20

+0.50

+0.50

+0.50

+0.50

TypeA


Bunbendable

(except E32-C11N, E32-C31N and E32-CC200)

1 0

(E32-C11N, E32-C31N,E32-CC200R)

4 0

4 10

10 10

25 10

30 10

35 10

40 10

unbendableB

Minimum bending radiusA

Sensing head


R4

R10

R25

R30

R35

R40

42

Break-resistant/Coated ModelsStandard Models



15

14 14 2,000

2.2 dia.

Width 7, thickness 2.4 (nickel-plated brass) Washer (nickel-plated iron)

Protective tube

3.3

M2.6×0.45



3.2

E32-T11 E32-T11U

Protective tube 1 dia.

2,000 1111

15


M3×0.5M3×0.5(brass/nickel plating)

E39-F9: Included


2.5

E32-T21

E32-T12B

3

2.4 dia. 2.2 dia.

11

1414 2,000

Sensing surface: 1 dia.3 dia. 3 dia. (brass/nickel plating)

E32-T221B


17

2222 2,000

12

1 dia.

1.4 dia.



E39-F9: Included

E32-T22B

1010 2,000

1 dia.1.5 dia. 1.5 dia. (brass/nickel plating)Sensing surface: 0.5 dia.

E39-F9: Included

2.2 dia.

8

3

5.51.5

1515

7.5

Two, 2.2 dia. mounting holeswith two, 4.4 dia. countersinks on both sides

2.5

(aluminum)Sensing surface: 1 dia.

2,000

E32-T15XB


1 dia.(aluminum)

12122

7 4.5 1


E39-F9: Included

2,000


52.5

E32-T25XB


43

Long-distance/High-power Models


Special-beam Models



Sensing surface lens diameter: 10 dia. (PMMA)

Width 19, thickness 5 (aluminum)

2.2 dia.

2323

42

10,000

M14×1 M14×1 (ABS)

E32-T17L R25

10±0.2

9.2

78

2.5

10.510.5

R3.5 Two, 3.2 dia. mounting holes

Heat-resistant ABSSensing surfaceLens (PMMA)4.4 dia.

Nitrile rubber8.2

16

25.225.2

11.2 2,000

2.2 dia.

8

E32-T14 R25

M2.6×0.45 Width 7, thickness 2.4 (nickel-plated brass)Washer (nickel-plated iron) 2.2 dia.

3 11

2,000


14 14


3.2

E32-T11L R25 E32-T12L R25

3

2.4 dia. 2.2 dia.

11

2,000

3 dia. 3 dia. (brass/nickel plating)


14 14

E32-T21L R10

1111

(1.7)

2,000


1 dia.

M3×0.5M3×0.5 (brass/nickel plating)Sensing surface0.9 dia.

E39-F9: Included

2.5

E32-T22L R10

(2)

Sensing surface 0.9 dia.

1.8 dia.

17

2222 2,000

12

1 dia.Heat-shrinkable tube


E39-F9: Included













F

+0.50

+0.50

+0.50

+10

+0.20

+0.20

+0.20

+0.20

+0.50

+0.50

+0.50

+0.50

TypeA


Bunbendable


1 0

(E32-C11N, E32-C31N,E32-CC200R)

4 0

4 10

10 10

25 10

30 10

35 10

40 10

unbendableB


Sensing head


R4

R10

R25

R30

R35

R40

44

Ultracompact/Thin-sleeve Models

Fine-beam (narrow vision field) Models

Area-sensing Models


Special-beam Models



1010 2,000

Sensing surface 0.5 dia. 1 dia.

1 dia. 1 dia. (stainless steel)

E39-F9: Included

E32-T223R

5


Sensing surface0.25 dia.

0.5 dia.

1010 12

1 dia.

1,00020


E39-F9: Included

E32-T33-S5 R10


Fiber Attachment*


1 dia.

1,000

12

20

10105

0.25 dia.

3 dia.3 dia. (SUS303)

E32-T333-S5 R10

*The Fiber Attachment is attached with adhesive and cannot be removed.



1 dia.

1,000

12

20

10105

0.22 dia.


Fiber Attachment*

E32-T334-S5 R10

*The Fiber Attachment is attached with adhesive and cannot be removed.

Special-beam Models

1515

2.2 dia.

2,000

Sensing surface1.7 dia. 3 dia. 3 dia. (brass/nickel plating)

E32-T22S R10

3.2

10

E39-L83 Mounting Bracket (SUS) (provided)

2.2 dia.

1.8

20.520.5

2 dia.

2 Sensing surface

2,000

11

3

3.5 dia.3.5 dia.

0.4

17.6 3.2

(brass/nickel plating)

E32-T24S R10

Special-beam Models

Sensing surface(3×30)(PMMA)

18

69

Two, 3.2 dia. mounting holeswith two, 6 dia. countersinks

2.2 dia.

656545

2,000

12

2323

18.5

5

(ABS)

E32-T16W E32-T16WR

R10

28

23

1111 2,000


Silicon tube * Four, 1 dia.

*One set of silicon tubes is black and the other set is gray. Usethis difference to distinguish between the emission and reception sides.

M3×0.35M3×0.35 (SUS303)

E32-M21 R25

45

Area-sensing ModelsSpecial-beam Models



E32-T16P E32-T16PR

R10

Sensing surface (2×11) (PMMA)

*Provided with stickers with slits of width 0.5 and 1 mm (2 of each).

(Heat-resistant ABS)

19 2727

14.514.510.7

2,000

7 4

Two, 3.2 dia. mounting holeswith two, 6 dia. countersinks on both sides 4

2.2 dia.

2,000

43.2

58

32.5

6 dia.

2525

*Provided with stickers with slits of width 0.5 and 1 mm (2 of each).



Mounting bracket (Zinc-plated iron) provided

8.48.4

2.2 dia.

33

15.515.5

2-M3

8.85

3

2

2020

20

20

E32-T16 R25

43.3


Receiver

Emitter

2727

7

2 14.5 17.817.8

10.7

2,000

2.2 dia.

19

(ABS)

Two, 3.2 dia. mounting holeswith two, 6 dia. countersinks on both sides

4

E32-T16J E32-T16JR

R10













F

+0.50

+0.50

+0.50

+10

+0.20

+0.20

+0.20

+0.20

+0.50

+0.50

+0.50

+0.50

TypeA


Bunbendable


1 0

(E32-C11N, E32-C31N,E32-CC200R)

4 0

4 10

10 10

25 10

30 10

35 10

40 10

unbendableB


Sensing head


R4

R10

R25

R30

R35

R40

46

Heat-resistant Models

Chemical-resistant Models





15 2.85 dia.

1


1717 2,000

2.2 dia.


M4×0.7M4×0.7 (brass/nickel plating)E32-T51 R35

Note: The maximum allowable temperature is 150°C. The maximum al-lowable temperature for continuous operation is 130°C.

E32-T54 R35

Note: The maximum allowable temperature is 150°C. The maximumallowable temperature for continuous operation is 130°C.

2.45

2 dia.

45

Sensing surface

2525 2020

2.2 dia.

2,000



20203

4 dia.

10 2,000

30(B)

*

A

4 dia. Fluororesin tube 2 dia.

Protective tube

M2.6×0.45 2.2 dia.

(75)

M4×0.7M4×0.7 (SUS303)

Width 7, thickness 2.4 (SUS304) Washer (SUS)

Note: The maximum allowable temperatures for sec-tions A and B are 200°C and 110°C, respective-ly. The section inserted into the Amplifier Unit (indicated by *), however, must stay within the Amplifier Unit's operating temperature range.

E32-T81R-S R10

E32-T84S-S R25

Sensing surface Lens (2 dia.)

*

25(B)A

121214.214.2

630 max.30 max.

12

2,000

4 dia.4 dia.4 dia.3 dia.

3.5 dia.

R5

90°Flexible tube:2.9 dia.(stainless steel)

2.2 dia.


30

Note: The maximum allowable temperatures for sections A and B are 200°C and 110°C, respectively. The section in-serted into the Amplifier Unit (indicated by *), however, must stay within the Amplifier Unit's operating temperature range.

E32-T61-S R25

2020

3 4 dia.

*2

10 2,000

25(B)

*1

A

4 dia.

2.8 dia. flexible tubes (SUS304)

M2.6×0.45

*2 The diameter is 6 mm if the fiberlength exceeds 10 m.

2.2 dia.

M4×0.7 M4×0.7 (SUS303)Sensing surface 1 dia. Width 7, thickness 2.4 (SUS304)

Washer (SUS)

30

Note: The maximum allowable temperatures for sections A and B are 200°C and 110°C, respectively. The section inserted into the Amplifier Unit (in-dicated by *1), however, must stay within the Amplifier Unit's operating temperature range.


nut (PFA)2.2 dia. (Fluororesin)

lens diameter: 3.7 mm

1010

(10.7)3535

19.83

102,000

R3.6

7.2 dia. 7.2 dia. (PFA)

E32-T11F R4 E32-T12F R40

2020

2,000

5 dia. 5 dia. (Fluororesin) 4 dia. 2.2 dia.Sensing surfaceLens 4 dia.

100

21 21 2,000

5 dia. 5 dia. (Fluororesin) 4 dia. 2.2 dia.

100

4.5

E32-T14F R40

10020 20

2,000

Sensing surfacelens diameter: 3.7 dia.

2.2 dia.5 dia.5 dia. (Fluororesin)

E32-T51F R40

Sensing surface: 3.7 dia 3030

(0.8)

2,000

* (70)

30(B) A

4 dia. 2.2 dia. Protective tube 2 dia. (PFA tube)

PFA cover (R6)6 dia.6 dia.

E32-T81F-S R10

Note: The maximum allowable temperatures for sec-tions A and B are 200°C and 110°C, respective-ly. The section inserted into the Amplifier Unit(indicated by *), however, must stay within theAmplifier Unit's operating temperature range.

47

Vacuum-resistant ModelsEnvironment-resistant Models



E32-T51V R30

3

M2.6×0.45 4 dia. 3 dia. 4 dia.

Connected to flange (vacuum side)

2.2 dia.

2020

(30) 1,000 26

M4×0.7M4×0.7 (Aluminum)


Width 8 (SUS304) Washer (SUS304)

1818

4.5

3 1212M2.6×0.45


44

444 dia. 4 dia.

Connected to flange(vacuum side)

3 dia. 2.2 dia.

5 dia. R9

(3)

8

1,000

26

15 15


E32-T54V R30


12

R5

3 dia.

3.5 dia.

90° Flexible tube: (stainless steel) 2.9 dia.4 dia.4 dia. 4 dia. 2.2 dia.

Connected to flange(vacuum side)

30 max.30 max.

1212 1,000

26

6

14.214.23 dia. 3 dia. (SUS304)

E32-T84SV R25

8.9

0.5 dia. hole

6

M2.6×0.45 Effective depth: 3.8 Spot-facing depth: 0.9

4 dia.

E39-F1V

Material: Aluminum for body and optical glass for the lens itself.

36 dia.49 70 dia.

44 dia.

45°

90 dia.

80

80Four, 10 dia.

24

Flange

V40 O-ring Flange

8

E32-VF4

Note 1. Perform mounting so that the V40 O-ring is on the at-mospheric-pressure side of the vacuum chamber wall.

2. Mounting-hole cutout dimensions: 38 dia. ±0.5 mm

(96)

(63) 10 (23)

225 19

6 (33.53)

3020 dia.

22

One nut

M14×2

Two, connectorsOne spring washer

V15 O-ring

E32-VF1

Note 1. Perform mounting so that the V15 O-ring is on the atmospheric-pres-sure side of the vacuum chamber wall.

2. Mounting-hole cutout dimensions: 14.5 dia. ±0.2 mm

2.2 dia.

2,000

E32-T10V-2M R25

Material: Stainless steel (SUS304)

E39-L54V

0.5

4

4.5 8

23 15

4.1

4.1













F

+0.50

+0.50

+0.50

+10

+0.20

+0.20

+0.20

+0.20

+0.50

+0.50

+0.50

+0.50

TypeA


Bunbendable


1 0

(E32-C11N, E32-C31N,E32-CC200R)

4 0

4 10

10 10

25 10

30 10

35 10

40 10

unbendableB


Sensing head


R4

R10

R25

R30

R35

R40

48



Standard Models



M6 nuts (brass/nickel plating)Washer (nickel -plated iron) included (2 of each)

4.7

11 15.715.7

10

10

8

2,000(45)

12 dia.12 dia.

Sensing surface: Two, 1 dia. Model display tube Two, 2.2 dia.


E32-D11N

4 dia.

3

1717 2,000


Two, 2.2 dia.

Sensing surface: Two, 1 dia.

M6×0.75 M6×0.75 (ADC)

4.8

E32-DC200 E32-D11R

R25


Two, 1 dia.

3

1515 2,000

E39-F9: Included

M4×0.7M4×0.7 (SUS303)

Sensing surface Two, 0.5 dia.

3.2

E32-D211 E32-D211R

R10

1111 2,000

E39-F9: Included


Two, 1 dia.

M3×0.5M3×0.5 (SUS304)

Sensing surfaceTwo, 0.5 dia.

2.52.5

E32-DC200E E32-D21R

R10

Sensing surfaceTwo, 1 dia.

2,000 135

Heat-shrinkable tube Two, 2.2 dia.

1515


E32-D12 E32-D12R

R25

3

1515 2,000

2.7 dia.

Two, 1 dia.

E39-F9: Included



E32-D22 E32-D22R

R10


1010

3

2.5

7.5 2.5

2,000 1515

7.5

Two, 2.2 dia.

Two, 2.2 dia. mounting holes with two, 4.4 dia. countersinks on both sides (aluminum)

E32-D15X E32-D15XR

R25

Note: Mounting screws (countersunk screw M2 × 8 2 pcs) included

Two, 1 dia.Sensing surface 2-0.5 dia.

Two, 2.2 dia. mounting holes withtwo, 4.4 dia. countersinks on one side

5.5 1.5 8

5 2.5

1212

2

(aluminum)

E39-F9: Included

2,000

E32-D25X E32-D25XR

R10




Two, 2.2 dia.

2,000 1717 90 90 (4040)*

* ( ):E32-DC200B4/E32-DC200B4R


M6×0.75M6×0.75 (brass/nickel plating) (fine thread)

5.2 5.2

E32-DC200B E32-DC200B4 E32-DC200BR E32-DC200B4B

R25R25

2.5 2.5


11 11 2,000 E39-F9: Included



Two, 1 dia.

90 90 (4040)*

* ( ):E32-DC200F4/E32-DC200F4R

M3×0.5 M3×0.5 (SUS304)

E32-DC200F E32-DC200F4 E32-DC200FR E32-DC200F4R

R10R10

49



5.7 5.7

6 dia. 6 dia. 2

Sensing surface

Light baffle

Two, 2.2 dia.Heat-shrinkable tube (SUS304)

30

35 35

12

2,000

E32-D14L E32-D14LR

R25

35

121515 1515

1.25

2,000

E39-F9: Included

Heat-shrinkable tubeTwo, 1 dia.3 dia. 3 dia. (SUS304)

Stainless-steel tube2 dia. max.

Light baffle Sensing surface

E32-D24 E32-D24R

R10

Sensing surface

7.5 2.5

2,000 15 15

2.8

3 3

2.4

7.5

Two, 2.2 dia.Mounting holes Two, 2.2 dia.Two, 4.4 dia. countersinks on both sides

10 10

(aluminum)

E32-D15Y E32-D15YR

R25


Two, 2.2 dia. mounting holes withtwo, 4.4 dia. countersinks on one side Two, 1 dia.Sensing surface

2.55

2,000

1.42.3

2

1212

8E39-F9: Included5.5

(aluminum)

E32-D25Y E32-D25YR

R10


Sensing surface

7.5 2.5

4

2,000

1.4 2.2

7.5

Two, 2.2 dia.


3 3

15 15

10 10

(aluminum)

E32-D15Z E32-D15ZR

R25


Sensing surface


E39-F9: Included

Two, 1 dia.

2,000

3

52.5

0.91.2

5.5

2

8

1212

(aluminum)

E32-D25Z E32-D25ZR

R10














F

+0.50

+0.50

+0.50

+10

+0.20

+0.20

+0.20

+0.20

+0.50

+0.50

+0.50

+0.50

TypeA


Bunbendable


1 0

(E32-C11N, E32-C31N,E32-CC200R)

4 0

4 10

10 10

25 10

30 10

35 10

40 10

unbendableB


Sensing head


R4

R10

R25

R30

R35

R40

50

Break-resistant/Coated Models


Standard Models



Sensing surface Two, 1 dia. Width 10, thickness 2.4 (nickel-plated brass)

Washer (nickel-plated iron)

Protective tube

Two, 2.2 dia.

17 7

15 5.2

2,000


E32-D11 E32-D11U



Two, 1 dia.

3

15 15 2,000

E39-F9: Included

M4×0.7 M4×0.7 (SUS303)

3.2

E32-D21B Sensing surface Four, 0.25 dia.

Two 0.25 dia. emission fibers

Two, 0.25 dia. reception fibers


Two, 1 dia.

15 2.5

1111 2,000 E39-F9: Included

Protective tube


Enlarged illustration of sensing surface

E32-D21

2,000

Two, 1 dia.

E39-F9: Included

Sensing surface Two, 0.5 dia. 3 dia. 3 dia. (brass/nickel plating)

15 15

E32-D221B

1002,000

15

Sensing surfaceFour, 0.25 dia. 1 dia.

Brancher (ABS): 3.5 dia.

Fiber Attachment*

*The Attachment is attached with adhesive and cannot be removed.

1.5 dia. 1.5 dia. (SUS304)

1515

Two 0.25 dia. emission fibers

Two, 0.25 dia. reception fibers


E32-D22B

15

Sensing surface:Two, 1 dia.

2.5

7.5

7.5

2,0002.5

Two, 2.2 dia.

Two, 2.2 dia. mounting holeswith two, 4.4 dia. countersinks on both sides

3

1010

(aluminum)

E32-D15XB


Two, 1 dia.

E39-F9: Included



2.5

1.5

5

12

5.5

2,000

2 2

8 8

(aluminum)

E32-D25XB


51

Long-distance/High-power Models

Ultracompact/Thin-sleeve Models

Special-beam Models



Two, 3.2 dia. mounting holes Two, 6 dia. countersinks on both sides

Sensing surface Lens Two,5.8 dia lenses

8.5

11 6.5

Two, 2.2 dia.

2,000 22 22

17.5 17.5

9 9 (aluminum)

E32-D16

3 5.2

2,000


4 dia.


Two, 2.2 dia.

20 20


E32-D11L R25



Two, 1 dia.

3 3.2 2,000

E39-F9: Included


15 15

E32-D21L R10

3

2,000

2.7 dia.

E39-F9: Included

Sensing surfaceTwo, 0.9 dia. Two, 1 dia.

1515


E32-D22L R10

Special-beam Models

Stainless-steel tube 0.8 dia. max. Heat-shrinkable tube

Two, 1 dia.

35 2,000

12 E39-F9: Included


15 15 15 15


E32-D33 R4

1002,000

15

Stainless-steel tube0.5 dia. max.

Brancher: 3.5 dia.

Fiber Attachment*

*The Attachment is attached with adhesive and cannot be removed.

Irraxtube: 1.2 dia.Sensing surfaceTwo, 0.125 dia.

1515 1515


E32-D331 R4













F

+0.50

+0.50

+0.50

+10

+0.20

+0.20

+0.20

+0.20

+0.50

+0.50

+0.50

+0.50

TypeA


Bunbendable


1 0

(E32-C11N, E32-C31N,E32-CC200R)

4 0

4 10

10 10

25 10

30 10

35 10

40 10

unbendableB


Sensing head


R4

R10

R25

R30

R35

R40

52

Coaxial/Small-spot Models


Special-beam Models



Sixteen, 0.265 dia. reception fibers

2,000

3

6

18

10

10

8

(45)

1 dia. emission fibers

12 dia.12 dia.

Two, 2.2 dia.

M6 nuts (brass/nickel plating)Washer (nickel-plated iron) included (2 of each)

2424


Model display tube

E32-C11N

6.5 dia.6.5 dia.

13.520.520.5

75.5

5

Two, 1 dia.

M3×0.5 M3×0.5 (brass/nickel plating) E39-F9: Included

Model display tube

2,000

(45)

0.5 dia. emission fibers

Four, 0.25 dia.reception fibers

Note: The Emitter fiber is shown with a white line. M3 nuts (brass/nickel plating) Washer (brass/nickel plating) included (2 of each)

E32-C31N


2.5 dia. Two, 2.2 dia.


23233

5.2

2,000



Note: There is a white line on the fiber that is inserted in the emitter-side port.

E32-CC200 E32-CC200R

R25



Brancher (heat-resistant, ABS, black): 6 dia.

Two, 2.2 dia.

1515 400 15 1,570

2,000


Note: There is a yellow dotted line on the fiber that is inserted in the emitter-side port.

E32-D32L R25

E39-F9: Included

2525

12 20

2.5

Heat-shrinkable tube Two, 1 dia.


Four, 0.25 dia. reception fibers

M3×0.5 M3×0.5 (SUS303)

2,000


E32-C31 R25

Note: There is a white line on the cable fiber that is inserted in the emit-ter-side port.

E39-F9: Included15


Four, 0.25 dia. reception fibers

2222 2,000

122


Two, 1 dia.3 dia.


Note: There is a white line on the cable fiber that is inserted in the emitter-sideport.

E32-D32 R25

17

2222 1,000

15

Irraxtube: 2.6 dia.

Brancher (ABS resin):3.5 dia.

Two, 1.2 dia.

White markings:Emission side (heat-shrinkable tube) 0.175 dia.

emission fibers

(100)

M3×0.5M3×0.5 (SUS303)


Fiber Attachment*

Six, 0.175 dia. reception fibers

E32-C41 R25

* The Fiber Attachment is attached with adhesive and cannot be removed.

15


2

Irraxtube: 2.6 dia.Two, 1.2 dia.

Brancher(ABS resin):3.5 dia.

White markings:Emission side(heat-shrinkable tube)

3 dia.

1,000

15(100)

2222


Fiber Attachment*

Six, 0.175 dia. reception fibers

E32-C42 R25

* The Fiber Attachment is attached with adhesive and cannot be removed.

53

Area-sensing Models

Retroreflective Fiber Units

Special-beam Models



1515

10

2.5

5

5

2525

Two, 3.2 dia. mounting holes

2,000

10.85 2


Sensing surface: 32 × 0.265 dia. (emission and reception fibers in alternating arrangement)

Two, 2.2 dia.

………

E32-D36P1

Special-beam Models E32-R21 (An E39-R3 Reflector is provided as an accessory.)

R10

Width 10, thickness 3 (polyacetal) Washer (NBR)

Two, 1 dia.

Silicon tube

Sensing surface Lends (PMMA)

27.8

2.8 11 14

2,000

5 dia.

2.2

M6×0.75 M6×0.75 (ABS)

17.8 17.8

E39-F9: Included

15.2

13

Sensing surfaceLends (PMMA)7.2

15

7

16

(ABS)

Two, 2.2 dia.Standard length: 2 m

Two, M3 set screws (provided)

(6)

8

2727

1010

21.521.5

21 22.517

Mounting bracket E39-L4 (Zinc-plated iron) provided

E32-R16 (An E39-R1 Reflector is provided as an accessory.)

R25













F

+0.50

+0.50

+0.50

+10

+0.20

+0.20

+0.20

+0.20

+0.50

+0.50

+0.50

+0.50

TypeA


Bunbendable


1 0

(E32-C11N, E32-C31N,E32-CC200R)

4 0

4 10

10 10

25 10

30 10

35 10

40 10

unbendableB


Sensing head


R4

R10

R25

R30

R35

R40

54

Convergent-reflective Models


Special-beam Models



3.5 7

3.5 5.5

2

2,000

Two, 3.2 dia. mounting holes with two, 6 dia. Countersinks on one side

Two, 1 dia.

E39-F9: Included

(ABS)

1111

2.5 2.5

14 14

Sensing surface

E32-L24S R10

Two, 2.2 dia.

Model display tube

Two, 3.2 dia.mounting holes with two, 6 dia. Countersinks

7

2.7

10.6

6.8

0.95 (45)

2,000

14 14

20.5 20.5

3.8 3.8

Sensing surface

(PVC)

E32-L16-N R25

Sensing surface

Side-view prism (PC)

2,000

4

6

3.3

3.6 1.5

Sensing distance

6.5


Two, 1 dia.

18184

2020 E39-F9: Included

(Polycarbonate)

E32-L24L R10 E32-L25L R10

Sensing distance

Two, 1 dia.

2,000

6

6.5

(Polycarbonate)


4 18

16


E39-F9: Included

Two, 2.2 dia.

2,000

10

6.5

6.5

(Heat-resistant ABS)Two, 3.2 dia. mounting holes withtwo, 6 dia. countersinks on one side

Sensing distance5 5

2020

20 20

Sensing surface

E32-L25 R25

Note: There is a white line on the fiber that is inserted in the emitter-sideport.

E32-L25A R25

2,000

6.5

Sensing distance

6.5


Two, 2.2 dia.

10

Two, 3.2 dia. mounting holes with two, 6 dia. countersinks on one side

5 5

20 20

20 20

Sensing surface

Note: There is a white line onthe fiber that is insertedin the emitter-side port.

55

Convergent-reflective ModelsSpecial-beam Models



A

Two, 4 dia.

Sensing surface

Two, 3.2 dia. mounting holes with two, 6 dia. countersinks on one side 5.55.5

25(B) 33.533.5

27

22.5

19 7

5 (max.)

2,000

4 dia. 8.9 1818

* (SUS304)

Two, 2.8 dia. flexible tubes (SUS304)

E32-L86 R25Note: The maximum allowable temperatures

for sections A and B are 200°C and 110°C, respectively. The section inserted into the Amplifier Unit (indicated by *), however, must stay within the Amplifier Unit's operating temperature range.

Two, 4 dia. (SUS304)

Two, 2.9 dia. flexible tubes (stainless steel)

6.5±0.1 2-M3

10.7

14

6.5 5

8.9 2.2 dia.

4 dia.

Mounting holes1818

18

A

2525 2,000

30(B)

Sensing surface

Mounting holes Two, 3.4 dia.Two, 6.3 dia. countersinks

E32-L64 R25 Note: The maximum allowable temperatures are 300°C for section A and 110°C for section B (section inserted into the Amplifier Unit).

E32-A10 R25

(ABS)


Model display tube: 3.3 dia.

7±0.1 2-M3

4

8.4

4 6 7

2

6

3.5

Mounting holes 16.516.5 8

(45)

Two, 2.2 dia.

2,000 2121

Sensing surface













F

+0.50

+0.50

+0.50

+10

+0.20

+0.20

+0.20

+0.20

+0.50

+0.50

+0.50

+0.50

TypeA


Bunbendable


1 0

(E32-C11N, E32-C31N,E32-CC200R)

4 0

4 10

10 10

25 10

30 10

35 10

40 10

unbendableB


Sensing head


R4

R10

R25

R30

R35

R40

56

Heat-resistant Models

Chemical-resistant Models






4.9

Two 2.2 dia.

13 3 1717 2,000


3.1


E32-D51 R35

Note: The maximum allowable temperature is 150°C. The maximumallowable temperature for continuous operation is 130°C.


25(B)

2.2 dia. Fluororesin tube

*

4.5

5

8.5

SUS303

M4×0.7

2.2 dia.

6.4

3 2

8 15

* 2020 5

(70)

A 2,000

Protective tube

29.5(B)

M6×0.75 M6×0.75 (SUS303)


E32-D81R-S E32-D81R

R10R10

Note 1. The maximum allowable temperatures for sections A and B are 200°C and 110°C, respectively. The section in-serted into the Amplifier Unit (indicated by *), however, must stay within the Amplifier Unit's operating temperature range.

2. Order the Fiber Unit based on the Amplifier Unit. Use the E32-D81R-S if the E3X-DA@-S, E3X-MDA@, or E3X-DAC@-S is used. Use the E32-D81R if any other Amplifier is used.

Using the E32-D81R-S Using the E32-D81R

A 25(B)

20205 *3

2,000

2.2 dia.5 dia. *2 SUS flexible tube 3.5 dia.M4×0.7

*1

4.5

5

8.5

3 2

*2. The diameter is 6 dia. if the fiber length exceeds 10 m.*3. The diameter is 10 if the fiber length exceeds 10 m.

29.5(B)

Hexagonal caulking

SUS316L

*1

8

6.4

15

M6×0.75 M6×0.75 (SUS303)



E32-D61-S E32-D61

R25R25

Note 1. The maximum allowable temperatures for sections A and B are 350°C and 110°C, respectively. The section insert-ed into the Amplifier Unit (indicated by *1), however, must stay within the Ampli-fier Unit's operating temperature range.

2. Order the Fiber Unit based on the Amplifier Unit. Use the E32-D61-S if the E3X-DA@-S, E3X-MDA@, or E3X-DAC@-S is used. Use the E32-D61 if any other Amplifier is used.

Using the E32-D61-S Using the E32-D61

56060 2020 10 2,000 *

5

A B 29.5(C)

6.4

158

4 dia.

Hexagonal caulking

SUS316LSUS flexible tube 2.8 dia.2.5 dia.

1.65 dia.

Stainless-steel tube1.25 dia.

25(C)

2.2 dia.

*

4.5

5

8.5

Sensing surface1 dia.

M4×0.7 M4×0.7 (SUS303)

Width 7, thickness 2.4 (SUS304)Washer (SUS)

E32-D73-S E32-D73

R25R25

Note 1. The maximum allowable tempera-tures for sections A, B, and C are 400°C, 300°C, and 110°C, respec-tively. The section inserted into the Amplifier Unit (indicated by *), how-ever, must stay within the Amplifier Unit's operating temperature range.

2. Order the Fiber Unit based on the Amplifier Unit. Use the E32-D@-S if the E3X-DA@-S, E3X-MDA@, or E3XDAC@-S is used. Use the E32-D@ if any other Amplifier is used.

Using the E32-D73-S Using the E32-D73


2,000

1616

100

6 dia. 6 dia. (Fluororesin) 5 dia. Two, 2.2 dia.

E32-D12F R40

100 2,000

4.5 26 26

Optical axis confirmation mark (red)

7 dia. 7 dia. (fluororesin)Two, 2.2 dia.

E32-D14F R40

57

Label-detection Models

Liquid-level Detection Models




1.6 4

23.5 9.4

1.6

9.2

2424

R3.5 Lens (PMMA) 10 Optical axis

20 (ABS)

36.336.3 2,000

R1.6 R1.6

3.2 9

8.48.4

Two, 2.2 dia.

E32-G14 R25

Two, 2.2 dia.

Reception side: Sixteen, 0.265 dia.

Sensing surface

Emission side: Sixteen, 0.265 dia.

2,000

1515

13.25

4.4

Eight, R0.5

R10

5 2

4

5

11.4

23.4523.45

5

20.4


E32-D36T R4

6(PC)Mounting holes

15.2(13)

1.22.8

61010

1616

1818 2,000

E39-F9: Included

Two, 1 dia.

Sensing surface Lens two, 3.2 dia. (PC)E32-L25T R10













F

+0.50

+0.50

+0.50

+10

+0.20

+0.20

+0.20

+0.20

+0.50

+0.50

+0.50

+0.50

TypeA


Bunbendable


1 0

(E32-C11N, E32-C31N,E32-CC200R)

4 0

4 10

10 10

25 10

30 10

35 10

40 10

unbendableB


Sensing head


R4

R10

R25

R30

R35

R40

58

Liquid-level Detection Models

Models for Glass-substrate Alignment/Mapping





(PMMA)

(ABS)

Two, 2.2 dia.

Emitter

Receiver

(PBT) 20

27 4.2

5,000 31.2 31.2

19.9 19.9 Optical axis

E32-A01 R4

Sensing surface (2 × 11)(PMMA)

Optical axis

(ABS)

(ABS)

27 4.5

3 7

12

14.5

3.3 4.5

1.7

5,000

Two, 2.2 dia.

17.8 17.8

31.5 31.5

21.5 21.5

E32-A02 R4

2,000

7.2

6 dia. 6 dia. (Fluororesin)

Fiber connector 9 dia. (brass/nickel plating)

8 dia. Two, 2.2 dia. *2

To the Amplifier Unit

Length of unbendable section: 150150 (350350) *1

1,500 mm from the tip

2,000

A B

27

42

*1.( ): E32-D82F2 *2.The 2-m section of optical fiber on the Amplifier-unit side is plastic and therefore allows free cutting.

E32-D82F1 E32-D82F2

R40R40

Note: The maximum allowable temperatures for sections A and B are 200°C and 85°C, respectively.

1.1

2,000

Sensing surface Two, 3.2 dia. mounting holes with two, 6 dia. countersinks *2

Two, 2.2 dia. *1

12 14 4

24.5 24.5

5 5

3.8 10.7 6.5 (ABS)

E32-A08 E32-A07E1 E32-A07E2

R25R25R25

*1 The E32-A07E1/E32-A07E2 has a reception fiber and an emissionfiber. Use the fiber with a model display tube (fiber with blue dottedline) as light emitting side.

*2 E32-A08 : Countersinks on one sideE32-A07E1/E32-A07E2 : Countersinks on both sides


4 dia.

2.2 dia.

Two, 3.2 dia. mounting holes with6 dia. Countersinks on one side

(SUS303)

Sensing surface

36 36

5.5 5.5

18 18

* 1

7

3.3 21.7

A

5

2,000 25(B)

E32-L66 R25

Note: The maximum allowable temperatures for sections A and B are 300°C and 110°C, respectively. The section inserted into the Am-plifier Unit (indicated by *), however, must stay within the Amplifier Unit's operating temperature range.

Sensing surface

6.5±0.1 2-M3

1.5

4 dia. 8.6 (5)

4 10.7

6.5

Mounting holes

4 dia.

2.2 dia.

(SUS303) Flexible tube:Two, 2.9 dia (stainless steel)

Sleeve (Aluminum)

A 30(B)

3,000

18 8

5 5

26 26


E32-A08H2 R25Note: The maximum allowable temperatures for sections A

and B are 300°C and 110°C, respectively.

59

Wafer-mapping Models



2,000

Two, 2.2 dia.

12 7

Sensing surface Lends 5 dia.

Two, 3.2 dia. mounting holes with two, 6 dia. countersinks on one side

8.9

23 23

9 9

20 20

(aluminum)

E32-A09 E32-A09H

R25R35

28(B)

7 12

A

5

2,000

*

(SUS303)


Two, 3.2 dia. mounting holes with two, 6 dia. countersinks on both sides

Sensing surface Lends 5 dia.

4 dia. 2.2 dia. 8.9

30 30

9 9

24 24

E32-A09H2 R25

Note: The maximum allowable temperatures for sections A and B are 300°C and 110°C, respectively. The section inserted into the Amplifier Unit (indicated by *), however, must stay within the Amplifier Unit's operating temperature range.

E39-L83 Mounting Bracket (SUS) (provided)

2


E39-F9: Included


Stamp (1 dia.)

Two, R1.6

R1.6

2,0000.4 1.8

3.2

10

1117.6

3.2

3.4

4.3

3 dia.3 dia.

20.520.5

E32-A03

Note: Use the stamped surface and its opposing surface as installation (refer-ence) surfaces.

13

12.5 3

18.5

6.5

2,000

Mounting holesTwo, 3.4 dia

Stamp (1 dia.)

1 dia.

Sensing surface 2 dia.


3 dia.

4.5

3.5

10 10

3 3

24.5 24.5

E39-F9: Included

E32-A03-1 R10

Note 1. Use the stamped surface and its opposing surface as installation (ref-erence) surfaces.

2. Set of two symmetrical parts.

2

42,00020.520.5

2

2


2 dia. E39-F9: Included(SUS303) 1 dia.

Stamp (1 dia.)

E32-A04 R10

Note: Use the stamped surface and its opposing surface as installation (refer-ence) surfaces.

172121

3.5

2,000

1.2

4

10

2 (SUS303)

2-M2


installation (reference)

surfaces

2.5

2 dia.

9

E39-F9: Included

1 dia.2

2

1.21.2

E32-A04-1 R10

Note: Set of two symmetrical parts.













F

+0.50

+0.50

+0.50

+10

+0.20

+0.20

+0.20

+0.20

+0.50

+0.50

+0.50

+0.50

TypeA


Bunbendable


1 0

(E32-C11N, E32-C31N,E32-CC200R)

4 0

4 10

10 10

25 10

30 10

35 10

40 10

unbendableB


Sensing head


R4

R10

R25

R30

R35

R40

60

Lens UnitsAccessories

Lens UnitsE39-F1

Material:Brass for the body and optical glass for the lens itself.

Note: Two per set.

4 dia.

8.9

M2.6×0.45Effective depth: 3.Spot-facing depth

Side-view UnitsE39-F2

Material:Brass for the body and optical glass for the lens itself.

Note: Two per set.

4 dia.

2.8 dia.

9.2

5.7

M2.6Effective depth: 3.2Spot-facing depth: 0.9

3

18

8.5

3.6

12

8±0.2 6.5

6.4M3 × 6 angle-settingscrew

6.4

Two, 3.2 dia.M3 internally toothed washerTwo, 4 dia.

Two, M3×3slotted-head set screws*

20.7

Reflection Unit with LensE39-F3

Material: Brass for the body and aluminum for the base.

* Secure the fiber head with the slotted-head set screws. Do not insert alens (E39-F1).

Lens Unit for Reflective Fiber UnitsE39-F3A

Note: This is the Lens Unit for the E32-D32 and E32-C42.

Material: Aluminum for body and optical glass for lens.

23

13

3

M2×2 Allen-head set screw(for securing the fiber)

2.1 dia.

6 dia.4 dia.

Lens surface(lens diameter: 3.7 mm)

Lens Unit for Reflective Fiber UnitsE39-F3A-5

Material: Aluminum for body and optical glass for lens

Note: This is the Lens Unit for theE32-C31 and E32-C41.

6.516.5Lens surface

(lens diameter: 3.7 mm)

Straight knurling

5 dia.4 dia.

2.1 dia.

M3×0.5Effective screw length: 3

Lens Unit for Reflective Fiber UnitsE39-F3B



25.2Lens surface(lens diameter: 4.8 mm)

M3×0.5Depth: 4.424.1

5.5 dia.6 dia.

Lens Unit for Reflective Fiber UnitsE39-F3C



Straight knurling

Lens surface(lens diameter: 3.7 mm)

M3×0.5 Effective screw length: 310.9

5.8

4.3 dia. 5 dia.

61

Protective Spiral Tubes

E39-F32A/F32A5E39-F32B/F32B5

6 dia.

12

L

12

3 dia.End cap (brass/nickel plating)

tube 4.6 dia. (SUS304)

Head connector (brass/nickel plating)M3×0.5 Depth: 4

Note 1. The length L is 1,000 for the E39-F32A/-F32B and 500 for the E39-F32A5/-F32B5.2. The E39-F32B(5) consists of two E39-F32A(5)s.

E39-F32C/F32C5

12

7 dia.

L

12

End cap (brass/nickel plating)4 dia.

Head connector (brass/nickel plating)M6×0.7 Depth: 4

tube 5.6 dia. (SUS304)

Note: The length L is 1,000 for the E39-F32C and 500 for the E39-F32C5.

E39-F32D/F32D5

Note: The length L is 1,000 for the E39-F32D and 500 for the E39-F32D5.

12

8.5 dia.

L

12

5 dia.

End cap (brass/nickel plating)Head connector (brass/nickel plating)M6×0.75 Depth: 4

tube 7 dia. (SUS304)

62

Other AccessoriesAccessories

Fiber CutterE39-F4

8 45

Standard-fiber insertion hole

24.5

Thin-fiber insertion hole

Thin-fiber AttachmentsE39-F9

1.1 dia.

3.6 dia. 25

10 11.7

2.2 dia.

Material: ABS

Note: Two per set.*Provided with thin-fiber models.

Fiber ConnectorE39-F10

3.8 dia. 3 dia.

26 12.8

Optical fiber: 2.2. dia.Splice (Polyester)

Retention clip (Brass)Retention clip (Brass)

Optical fiber: 2.2. dia.

2

32.6 (48.6)

8

4-0.8

29.6

20.4 22.4

3.2

7.6

9.2

Four, R0.8

Four, 6 dia

Four, A (See note.)

27.4 33.8

Note: Dimension A varies with the model number as shown in the following table.

Dimension A Model E39-F13 E39-F14

2.4 1.2

E39-F15 2.4/1.2

Fiber ConnectorE39-F13E39-F14E39-F15

Sleeve BenderE39-F11

10.8

27

42.5

10 10

R5R7.5

R12.5R10

Mounting BracketE39-L83 1.8

17.6 11 3.5 4.3

0.4

Two, R1.6

Six, R1.2

R1.6

3.2

3.2 10

2.8

63

Safety Precautions

Refer to Warranty and Limitations of Liability.

This product is not designed or rated for ensuring safety of persons either directly or indirectly.Do not use it for such purposes.

Do not use the product in atmospheres or environments that exceed product ratings.

Fiber Units● MountingTightening Force

The tightening force used to mount the Fiber Unit must not bemore than the value given in Ratings/Characteristics.

Chemical-resistive ModelsThe following method is recommended to prevent the fluororesin case from cracking when the Sensor is being secured. Be especially careful not to crack the case when using screws to secure the Sensor.

Fiber Cutting Procedure

Cut a thin fiber as follows:

Connection

• Do not excessively pull or press the Fiber Unit. Use a pullingforce no higher than what is given in Ratings/Characteris-tics.

• Do not bend the Fiber Unit beyond the permissible bendingradius given under Ordering Information.

• Do not bend the edge of the Fiber Units (excluding the E32-T@R and E32-D@R).

• Do not apply excess force on the Fiber Units.

The Fiber Head could be broken by excessive vibration. Toprevent this, the following is effective:

WARNING

Precautions for Correct Use

Screw-mounting Model Cylindrical Model

Toothed washers

Spring mounting clip

Nuts(attachment)

Use a proper-sized wrench.

Retaining screw(flat head or sunken head)(M3 max.)

Fiber Sensing Head

(1)

The fiber is shipped loosely tightened as shown in the figure at the right.

(2)

Adjust the fiber to the desired length and then tighten it securely.

(3)

Insert the fiber to be cut into the E39-F4.

(4)

Finished state (proper cutting state)

Thin fiber attachment (E39-F9)

Temporarily fitted

Cutter(E39-F4)

Two holes forthin fiber

Three holes forstandard fiber(2.2-mm dia.)

Approx. 0.5 mm

Insertion direction

Note: Insert the fiber into the amplifier the direction indicated by the arrow.

Amplifier Unit Fiber Unit

10 mm min.

10 mm min.

Correct Incorrect

Fiber Unit

Nylon wireholder

Correct Incorrect

Tape

A one-turn loop canabsorb vibrations.

64

E39-F11 Sleeve Bender

• The bending radius of the stainless steel tube should be aslarge as possible. The smaller the bending radius becomes,the shorter the sensing distance will be.

• Insert the tip of the stain-less steel tube to theSleeve Bender and bendthe stainless steel tubeslowly along the curve ofthe Sleeve Bender.

Heat-resistant Fiber Units

(E32-D51 and E32-T51)

• The fibers of these Units cannot be extended using the E39-F10 Fiber Connector.

• The maximum allowable temperature for continuous opera-tion with these Units is 130°C. It is 150°C for short-term use.

E32-T14 and E32-G14

These Units may enter the light-ONstate if there are reflecting objects atthe ends of the lenses. In this case,attach the black stickers provided tothe ends of the lenses.

Wafer Sensors (E32-L25(A))

• To ensure correct performance, insert the fiber with a whiteline into the emitter-side port of the Amplifier Unit.

E32-T16 and E32-T16P

To use the slit provided, peel off thebacking sheet, align it with the edg-es of the sensing surface, and at-tach it to the sensing head. Use theslit in applications where saturationoccurs (i.e., changes in light inten-sity cannot be obtained) due toshort sensing distances.

E32-M21

Separate the 4 fibers by distances sufficient to prevent inter-ference.

Vacuum-resistant Fiber Units (E32-V)

Although Flanges, Fiber Units on the vacuum side, and LensUnits have been cleaned, as an extra precaution, clean theseproducts with alcohol before use in high-vacuum environ-ments to ensure that they are properly degreased.

Liquid-level Detection Sensors (E32-D82F)

• Secure the Fiber Unit using the unbendable section. Other-wise, the liquid-level detection position may be displaced.

• For applications in hazardous environments, install the Fi-ber Unit in the hazardous environment but install the Ampli-fier Unit in a safe environment.

Liquid-level Detection Sensors: Tube-mounting Models

• Ensure that the tube is not deformed when using a band tosecure the Fiber Unit.

• Drops of water, bubbles, or haze inside the tube may causemalfunctions.

E32-A07E1(E2)There is a difference in sensing object angle between E32-A07E1 and E32-A07E2. Select a model in accordance with the bending direction of a sensing object. Use the fiber with a model display tube as light emitting side.

● AdjustmentE32-G14

When a Digital Fiber Amplifier is used, the sensing distance isshort, making the incident light intensity large. This makes itimpossible to teach without a workpiece.

Liquid-level (E32-D82F) Detection Position

The liquid-level detection po-sition is at a distance of 5.2±2 mm from the end of the fluororesin section. (Refer to the diagram on the right.) The liquid-level detection po-sition varies with the surface tension of the liquid and the degree of wetness at the Fiber Unit's detection position.

● Other ConsiderationsLiquid Level (E32-D82F)

• Operation may become unstable in the following cases:A Bubbles stick to the cone of the sensing head.B Solute is deposited on the cone of the sensing head.C The liquid has a high viscosity.

• There are some liquids, such as milky white liquids, forwhich detection is not possible.

• Do not let the end of the fluororesin section bump into an-other object. Damage to, or deformation of, the sensinghead may result in unstable operation.

Heat-resistant Fiber Units (E32-D81R(-S), E32-D61(-S), and

E32-D73(-S))

The pitch of the emission-side and reception-side fiber-inser-tion ports varies with the Amplifier Unit. Be sure to use an ap-propriate Fiber Unit.

Chemical-resistant Fiber and Liquid Level (E32-D82F)Fluororesin has high chemical resistance. However, applications in the atmosphere of vaporized chemicals (gases) or steam may cause malfunction or damage inside sensors. Run a full check before using in such environments.

1.2 mm dia. max.

R12.5 mm

R7.5 mm

1.3 mm dia. min.

R10 mm

Fiber tip position mark

Stainlesssteel tube

R5 mm

90° max.

10 mm

10 mm

Do not bend here.

Stickers

Slit provided

E32-T16's sensing head

Example

Amplifier Unit Fiber UnitE3X-DA@-SE3X-MDA@ E32-D@-S

E3X-DA@-NE3X-NA@ E32-D@

View from the cable drawing side

Sensing object

Emission EmissionReception Reception

E32-A07E2 E32-A07E1

Liquid-level detection position

5.2±2 mm (from the end of the fluororesin section)

65

■ AccessoriesUse of E39-R3 Reflector

1. Use detergent, etc., to remove any dust or oil from the surfaces where tape is applied. Adhesive tape will not be attached properly if oil or dust remains on the surface.

2. The E39-R3 cannot be used in places where it is exposed to oil or chemicals.

E39-F32@ Protective Spiral Tubes

1. Insert a fiber to the Protective Spiral Tube from the head connector side (screwed) of the tube.

2. Push the fiber into the Protective Spiral Tube. The tube should be straight so that the fiber is not twisted when inserted. Then turn the end cap of the spiral tube.

3. Secure the Protective Spiral Tube on a suitable place with the attached nut.

4. Use the attached saddle to secure the end cap of the Protective Spiral Tube. To secure the Protective Spiral Tube at a position other than the end cap, apply tape to the tube so that the portion becomes thicker in diameter.

E39-F10 Fiber Connector

Mount the Fiber Connector as shown in the following illustrations.1. Insert the Fiber Unit into the retention clip. 2. Insert the retention clip into the splice.

• The Fiber Units should be as close as possible when they are connected.Sensing distance will be reduced by approximately 25% when fibers are connected.

• Only 2.2-mm dia. fibers can be connected.

Protective SpiralTube

Fiber Unit


Fiber Unit


Toothed washer

Fiber Unit

Hexagon clamping nutMounting panel

End cap

Tube

Saddle

Retention unit

Fiber UnitSplice

Retentionunit

Fiber Unit Fiber Unit

Fiber Unit

66

READ AND UNDERSTAND THIS DOCUMENTPlease read and understand this document before using the products. Please consult your OMRON representative if you have any questions orcomments.

WARRANTYOMRON’s exclusive warranty is that the products are free from defects in materials and workmanship for a period of one year (or other period ifspecified) from date of sale by OMRON.

OMRON MAKES NO WARRANTY OR REPRESENTATION, EXPRESS OR IMPLIED, REGARDING NON-INFRINGEMENT,MERCHANTABILITY, OR FITNESS FOR PARTICULAR PURPOSE OF THE PRODUCTS. ANY BUYER OR USER ACKNOWLEDGES THATTHE BUYER OR USER ALONE HAS DETERMINED THAT THE PRODUCTS WILL SUITABLY MEET THE REQUIREMENTS OF THEIRINTENDED USE. OMRON DISCLAIMS ALL OTHER WARRANTIES, EXPRESS OR IMPLIED.

LIMITATIONS OF LIABILITYOMRON SHALL NOT BE RESPONSIBLE FOR SPECIAL, INDIRECT, OR CONSEQUENTIAL DAMAGES, LOSS OF PROFITS ORCOMMERCIAL LOSS IN ANY WAY CONNECTED WITH THE PRODUCTS, WHETHER SUCH CLAIM IS BASED ON CONTRACT, WARRANTY,NEGLIGENCE, OR STRICT LIABILITY.

In no event shall responsibility of OMRON for any act exceed the individual price of the product on which liability is asserted.

IN NO EVENT SHALL OMRON BE RESPONSIBLE FOR WARRANTY, REPAIR, OR OTHER CLAIMS REGARDING THE PRODUCTS UNLESSOMRON’S ANALYSIS CONFIRMS THAT THE PRODUCTS WERE PROPERLY HANDLED, STORED, INSTALLED, AND MAINTAINED ANDNOT SUBJECT TO CONTAMINATION, ABUSE, MISUSE, OR INAPPROPRIATE MODIFICATION OR REPAIR.

SUITABILITY FOR USETHE PRODUCTS CONTAINED IN THIS DOCUMENT ARE NOT SAFETY RATED. THEY ARE NOT DESIGNED OR RATED FOR ENSURINGSAFETY OF PERSONS, AND SHOULD NOT BE RELIED UPON AS A SAFETY COMPONENT OR PROTECTIVE DEVICE FOR SUCHPURPOSES. Please refer to separate catalogs for OMRON's safety rated products.

OMRON shall not be responsible for conformity with any standards, codes, or regulations that apply to the combination of products in thecustomer’s application or use of the product.

At the customer’s request, OMRON will provide applicable third party certification documents identifying ratings and limitations of use that applyto the products. This information by itself is not sufficient for a complete determination of the suitability of the products in combination with the endproduct, machine, system, or other application or use.

The following are some examples of applications for which particular attention must be given. This is not intended to be an exhaustive list of allpossible uses of the products, nor is it intended to imply that the uses listed may be suitable for the products:• Outdoor use, uses involving potential chemical contamination or electrical interference, or conditions or uses not described in this document.• Nuclear energy control systems, combustion systems, railroad systems, aviation systems, medical equipment, amusement machines, vehicles,

safety equipment, and installations subject to separate industry or government regulations.• Systems, machines, and equipment that could present a risk to life or property.

Please know and observe all prohibitions of use applicable to the products.

NEVER USE THE PRODUCTS FOR AN APPLICATION INVOLVING SERIOUS RISK TO LIFE OR PROPERTY WITHOUT ENSURING THATTHE SYSTEM AS A WHOLE HAS BEEN DESIGNED TO ADDRESS THE RISKS, AND THAT THE OMRON PRODUCT IS PROPERLY RATEDAND INSTALLED FOR THE INTENDED USE WITHIN THE OVERALL EQUIPMENT OR SYSTEM.

PERFORMANCE DATAPerformance data given in this document is provided as a guide for the user in determining suitability and does not constitute a warranty. It mayrepresent the result of OMRON’s test conditions, and the users must correlate it to actual application requirements. Actual performance is subjectto the OMRON Warranty and Limitations of Liability.

CHANGE IN SPECIFICATIONSProduct specifications and accessories may be changed at any time based on improvements and other reasons.

It is our practice to change model numbers when published ratings or features are changed, or when significant construction changes are made.However, some specifications of the product may be changed without any notice. When in doubt, special model numbers may be assigned to fixor establish key specifications for your application on your request. Please consult with your OMRON representative at any time to confirm actualspecifications of purchased products.

DIMENSIONS AND WEIGHTSDimensions and weights are nominal and are not to be used for manufacturing purposes, even when tolerances are shown.

ERRORS AND OMISSIONSThe information in this document has been carefully checked and is believed to be accurate; however, no responsibility is assumed for clerical,typographical, or proofreading errors, or omissions.

PROGRAMMABLE PRODUCTSOMRON shall not be responsible for the user’s programming of a programmable product, or any consequence thereof.

COPYRIGHT AND COPY PERMISSIONThis document shall not be copied for sales or promotions without permission.

This document is protected by copyright and is intended solely for use in conjunction with the product. Please notify us before copying orreproducing this document in any manner, for any other purpose. If copying or transmitting this document to another, please copy or transmit it inits entirety.

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Omron - Fiber Sensors Best Selection Catalog