Smart Fiber Amplifier Units
NEW
Communications Units
NEW
E3X-HD
E3X-CRT
E3X-ECT
78 Page
60 Page
56
Page
46 Page
36 Page
32 Page
Easily select the most reliable Fiber Unit for your detection conditions.
18 Page
Beam Improvements
14 Page
Saving
Space
Start with Smart!
84 Page
Transparent
Objects
6 Page
Standard
Installation
Judgement
Environmental
Immunity
Measurement
Applications
Fiber Units
4 Page
Selection
Guide
Fiber Sensor
Best Selection
Catalog
Fiber Amplifiers,
Technical
Model Index Guide and Communications Installation
Information
Precautions Unit, and Accessories
2 Page
Fiber Sensor
Features
Best Selection
Presence
Measurement
Fiber Sensor
Features
Fiber Sensor
Judgement
Presence
Optimal Fiber Sensor for additional
Fiber Units for various Installation Conditions,
Ea s y
“Mounts Anywhere”
Wide Variety
Suitable for Harsh Environments
Fiber Units are available for various installation
conditions and can be installed as is, even in
harsh environments.
Variously-shaped, compact heads allow
installation in any small space.
“Easy and Optimum Settings for Anyone”
Universal Design
Anyone can easily set it regardless
of the language, the age or the skill
level.
Smart Tuning
Automatically find the optimum settings with the single
button.
Settings can be set
simultaneously.
With
Without
workpiece
workpiece
Just press twice.
9999
Incident level adjustment
with workpiece
5000
Set to intermediate value
between the incident levels
with and without a workpiece
0
Smart Fiber Amplifier Units
(Advanced Models)
E3X-HD
60, 64
Page
Incident level adjustment
without workpiece
“Smooth Wiring and Setting”
ing”
Joining Installation
No wiring is required to join Fiber Amplifier
Units together.
Simple Communications
Setting changes and read-out are easy with
the communications.
Co
m
m
un
ica
tio
ns
“Simplified Setup”
Minimum Required Settings Menu
A simplified menu specifically for detection
settings and one digital display eliminate
unnecessary settings and reduce the possibility
of setting errors.
Simple Fiber Amplifier Units
Easy operation
by ‘One button
= One function’
and the comfortable
‘Huge’ buttons.
No complication.
(Simple Models)
2
Simple
E3X-SD
61, 72
Page
Simple
02
1
Shows the
current digital
display and the
setting status.
Teaching, Operation Mode,
and Threshold Adjustment Only
Fiber
‘Easy’ and ‘Stable’ for
installation when starting production.
Fiber Sensor
Features
All in One Desk-top Navigation
Fiber Sensor Best Selection
Fiber Amolifier Units with easy optimum setting
S t a b le
Fiber Units
E32
06
Page
“Extremely Stable Detection, Essentially No Maintenance”
Highest Power in Its Class
Smart Power Control
More precise detection for low-reflective /
nal
large workpieces compare to the conventional
models.
Long-term stable detection with no maintenance.
Dirt
L
D
DPC
Vibration
LED
Aging
ST
9999
99
999 No Maintenance
500
00
0 999
5000
Compensated
Compen
nsated
O
U
T
Giga Power Lighting Element
Decreased
O
U
T
L
D
DPC
ST
5000 9000
Smart Power
Control
inside!
+
Light intensity Incident level
compensation compensation
Basic Features of Fiber Sensors
Communications Units
Co
E3X-CRT/ECT
E
The Amplifier Units can be installed
in one place together regardless of
the number of the detection parts.
61, 70
Page
Digital display achieves visual
control and quantitative control.
Conventional Photoelectric Sensor with Built-in Amplifier
Quantitative control over threshold settings
with a digital display.
MIN MAX
Set the threshold by a sensitivity
adjuster / Check the operation by
an indicator.
Fiber Sensor
• Ambiguous standard
(e.g., 3/4 turn of adjuster)
• Indicator does not show the present
value.
Giga Power Lighting Element
inside!
i
insid
e!
• The reference value can be set numerically for
easier specification.
• Easily perceivable present value.
Ideal for narrow spaces
or for detecting minute
objects.
Sensor
Minimal Cost Process.
03
Saving Space
Standard Installation
Fiber Units
Selection
Guide
Fiber Sensor
Features
04
Selection Guide
Select of new adoption product
Selection by
STEP
Category
1
STEP
Select a Fiber Unit.
Select a category.
Fiber Unit Index
Select a model.
Category Pages 06 to 59
05
Page
Beam Improvements
STEP
3
Select Accessories
of Fiber Amplifier
Unit
63
Page
Page
Page
Threaded
Cylindrical
Flat
Sleeved
Before Selecting Fiber Units
The Fiber Units specifications give the sensing
distance when the Fiber Unit and Fiber Amplifier
Unit is combined. Check the Fiber Amplifier Unit
series for easier selection.
gh-beam Fiber Units
Appearance (mm)
Sensing distance (mm)
Optical axis
Bending
diameter
Smart Fiber Amplifier Units
Simple Fiber
radius Amplifier Units
(minimum
(Advanced Models)
of cable (Simple Models)
E3X-HD
sensing
object)
E3X-SD
GIGA HS Other modes
530
M4
IP67
Narrow
view
Transparent Objects
Environmental Immunity
Chemicalresistant,
Oil-resistant
Limitedreflective
Area
Detection
Liquid-level
700
E32-T11R 2M
07
IP67
Simple Fiber Amplifier
fier Unit
E3X-SD Series
Digital displays
Incident level (1 display, threshold display when setting)
Incident level + threshold (2 displays)
Standard Models
Advanced Models
SPC (Automatic Compensation)
None
Provided
Timer
None
ON, OFF and One shot
Unsupported
Supported (CompoNet or EtherCAT)
5 Units
10 Units
Functions
Communications Unit
Mutual interference prevention
Response time
Page listings
Smart Fiber Amplifier Unit
E3X-HD Series
50μs (55μs)/250μs/1ms/16ms
200 µs (Fixed)
(Default: 250 µs)
62 Page
Ordering Information
Ratings and specifications
72 Page
64 Page (Communications Unit: 70 Page)
Dimensions
73 Page
64 and 65 Page (Communications Unit: 71 Page)
FPD,
Semi,
Solar
Installation
Information
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
280
07
Fiber Amplifier Unit Series
Vacuum
04
SHS:
E32-T11N 2M
ven under the sensing distances has the following modes and response times.
Bending
Heatresistant
07
Dime
N
1 dia.
(5 μm dia.)
560
M4
BGS
Retroreflective
2,000 ST : 1,000
Flexible,
R1
14
High Power
Models
14.7
Small Spot
Applications
2
Select a Fiber
Amplifier Unit and
Communications
Unit.
60
Selection by
STEP
Model
1
Search for the page
in the model index.
STEP
84
Page
2
Search for the model
on the corresponding
pages.
Each
Page
Fiber Unit Index
Cylindrical Models
Flat Models
Sleeve Models
(Close-range Detection)
06
Page
Ideal for installation in narrow
spaces.
The Fiber Unit is secured with
a set screw.
10
Page
Mount directly in limited
spaces without using special
mounting brackets.
14
Page
Suitable for close-range
detection.
Ideal for detecting minute objects
in areas with limited space.
16
Page
Beam Improvements
S ll S t Reflective
Small-Spot,
R fl ti
(Minute Object Detection)
Threaded
Cylindrical
High-power Beam
Narrow View
(Long-distance Installation, Dust-resistant)
Detection without
Background Interference
(Detection Across Clearance)
Flat
Sleeved
Saving Space
Standard screw-type installation.
The Fiber Units is mounted
into a drilled hole and secured
with nuts.
Standard Installation
Fiber Units
Threaded Models
Saving Space
Selection
Guide
Standard Installation
05
Fiber Sensor
Features
Selection Guide
22
Page
The Fiber Unit emit a
non-spreading beam to prevent
false detection of light reflected
off surrounding objects.
28
Page
Detect only objects in the
sensing range, and not in the
background.
30
Page
Transparent Object Detection
Narrow
view
BGS
Limited-reflective
Retro-reflective
High Power
(Glass Detection)
Retroreflective
Limitedreflective
Detect transparent objects reliably
because the beam passes
through the object twice, resulting
in greater light interruption.
32
Page
The limited-reflective optical
system provides stable
detection of specular reflective
glass.
Chemicalresistant,
Oil-resistant
34
Bending
Page
Heatresistant
Environmental Immunity
Chemical-resistant,
Oil-resistant
Bending-resistant,
Disconnection-resistant
Heat-resistant
Area
Detection
Liquid-level
Vacuum
36
Page
Resistant to repeated bending
on moving parts and breaking
from snagging or shock.
38
Page
Can be used in
high-temperature
environments at up to 400°C.
FPD,
Semi,
Solar
42
Page
Installation
Information
Special Applications
Area Beam
(Area Detection)
Detect across areas for
meandering materials or falling
workpieces whose position
vary.
46
Page
Liquid-level Detection
Vacuum-resistant
Detect only liquid when being
mounted on tubes or in liquid.
Can be used under high
vacuums of up to 10-5 Pa.
48
Page
FPD, Semiconductors,
Solar
Cells
aandd So
a Ce
50
Page
Designed specifically to
reliably detect glass substrates
and wafers.
52
Page
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Made from materials that are
resistant to various oils and
chemicals.
Transparent Objects
Suitable for detection on large
equipment, of large objects,
and in environments with
airborne particles.
Environmental Immunity
18
Page
Applications
Small-spot to accurately detect
small objects.
Beam Improvements
Small Spot
05
Standard Installation
Threaded Models
Through-beam → This Page
Fiber Sensor
Features
06
Saving Space
Standard Installation
Fiber Units
Selection
Guide
• Standard configuration. These Fiber Units are mounted into a hole drilled in a
bracket and secured with nuts.
• The Right-angle Model prevents snagging on the cable because the cable runs
along the mounting surface.
Straight Type
Threaded
Right-Angle Type
Cylindrical
Flat
Sleeved
Specifications
Through-beam Fiber Units
Beam Improvements
Small Spot
High Power
Narrow
view
Sensing
direction
Transparent Objects
Retroreflective
Environmental Immunity
Chemicalresistant,
Oil-resistant
Limitedreflective
Bending
Heatresistant
Area
Detection
Liquid-level
Vacuum
FPD,
Semi,
Solar
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Installation
Information
06
Size
Appearance (mm)
Sensing distance (mm)
Optical axis
Bending
diameter
Smart Fiber Amplifier Units
Simple Fiber
radius Amplifier Units
(minimum
(Advanced Models)
of cable (Simple Models)
E3X-HD
sensing
object)
E3X-SD
GIGA HS Other modes
Models
07 Page
Dimensions
No.
E32-T11N 2M
07-A
E32-T11R 2M
07-B
14.7
Right-Angle
BGS
Applications
Reflective → 08 Page
IP67
M4
Straight
530
M4
14
2,000 ST : 1,000
Flexible,
R1
700
560
M4
SHS:
280
1 dia.
(5 μm dia.)
IP67
Note 1. The mode of E3X-HD that is given under the sensing distances has the following mode names and response times.
GIGA: GIGA Power Mode (16 ms), HS: High-speed Mode (250 µs), ST: Standard Mode (1 ms), and SHS: Super-high-speed Mode (NPN output and E3X-HD0: 50 µs, PNP output: 55 µs)
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 the optimum values.
Threaded Models
Dimensions
Installation Information → 58 Page
Through-beam Fiber Units (Set of 2)
2.2 dia.
7
5.5
2,000
3
M4×0.7 (Nickel-plated brass)
M2.6×0.45
Sensing surface
1 dia.
Fiber Units
(45)
M4 nuts (Nickel-plated brass)
and washers (Nickel-plated iron)
provided (4 of each).
07-B E32-T11R 2M (Free Cutting)
Opposite side: 7, Thickness: 2.4 (Nickel-plated brass)
Washers (Nickel-plated iron)
Sensing surface
1 dia.
3.2
3
Threaded
M4×0.7 (Nickel-plated brass)
M2.6×0.45
14
Cylindrical
2.2 dia.
Flat
2,000
Sleeved
Standard Installation
4.7
14.7 10
Saving Space
Model display tube
7
8.4 dia.
Selection
Guide
07-A E32-T11N 2M (Free Cutting)
07
Fiber Sensor
Features
Standard Installation
High Power
Narrow
view
Beam Improvements
Small Spot
Limitedreflective
Chemicalresistant,
Oil-resistant
Bending
Heatresistant
Environmental Immunity
Retroreflective
Transparent Objects
BGS
Liquid-level
- Reference Information for Model Selection -
Vacuum
• Cable is less prone to snagging.
• Cable runs along the mounting surface for less space compared with straight Fiber Units.
• The nut is attached to the Fiber Unit to reduce installation work.
What Is “Flexible” Fiber?
The flexible fiber has a small bending radius for easy routing without easily breaking.
It is easy to use because the cable can be bent without significantly reducing light intensity.
Cores
Cladding
And
Long-distance Sensing Applications
A separate Lens Unit can be attached to extend
the sensing distance.
→ 24 Page
Structure which has a cladding around
a large number of ultrafine cores.
Breaking Due to Snagging or Shock
The Fiber Unit can be protected from breaking with stainless
steel spiral tube.
→ 38 Page (Only E32-T11R 2M)
FPD,
Semi,
Solar
Installation
Information
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Features of the Right-angle Type
Applications
Area
Detection
07
Standard Installation
Threaded Models
Through-beam → 06 Page
Fiber Sensor
Features
08
Saving Space
Standard Installation
Fiber Units
Selection
Guide
• Standard configuration. These Fiber Units are mounted into a hole drilled in
a bracket and secured with nuts.
• The Right-angle Model prevents snagging on the cable because the cable runs
along the mounting surface.
Straight Type
Threaded
Right-Angle Type
Cylindrical
Flat
Sleeved
Specifications
Reflective Fiber Units
Beam Improvements
Small Spot
High Power
Sensing
direction
Narrow
view
Transparent Objects
Retroreflective
Environmental Immunity
BGS
Chemicalresistant,
Oil-resistant
Size
Coaxial
25
M3
Coaxial 24
M6
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
50
SHS:
14
Flexible,
R4
M6
11
M3
Coaxial
780
ST : 350
320
SHS: 100
09 Page
Dimensions
No.
E32-C31N 2M
09-A
E32-C11N 2M
09-B
M3
Flexible,
R1
30
R25
80
140
40
25
M3
330
E32-D21R 2M
09-C
SHS:
E32-C31 2M
09-D
80
ST : 150
330
100
SHS:
44
E32-C31M 1M
09-E
140
ST :
60
SHS:
16
E32-D211R 2M
09-F
E32-D11R 2M
09-G
E32-CC200 2M
09-H
IP67
15
30
IP67
17
M6
Coaxial
44
(5 μm dia.)
R10
M3
M6
16
IP67
11
M4
60
SHS:
ST : 150
100
Coaxial
Straight
ST :
IP67
Vacuum
08
ST :
170
M4
Installation
Information
110
46
Models
IP67
Heatresistant
FPD,
Semi,
Solar
Sensing distance (mm)
Optical axis
Bending
diameter
Smart Fiber Amplifier Units
Simple Fiber
(Advanced Models)
radius Amplifier Units
(minimum
E3X-HD
of cable (Simple Models)
sensing
object)
E3X-SD
GIGA HS Other modes
20.5
IP67
Right-Angle
Bending
Liquid-level
Appearance (mm)
M3
Limitedreflective
Area
Detection
Applications
Reflective → This Page
40
Flexible,
R1
180
840
ST : 350
240
SHS: 100
IP67
23
R25
M6
300
1,400
400
ST : 600
SHS: 180
IP67
Note 1. The mode of E3X-HD that is given under the sensing distances has the following mode names and response times.
GIGA: GIGA Power Mode (16 ms), HS: High-speed Mode (250 µs), ST: Standard Mode (1 ms), and SHS: Super-high-speed Mode (NPN output and E3X-HD0: 50 µs, PNP output: 55 µs)
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 the optimum values.
3. The sensing distances for Reflective Fiber Units are for white paper.
09-E E32-C31M 1M (Free Cutting)
09-A E32-C31N 2M (Free Cutting)
E39-F9: Provided
13.5
0.5 dia.
emitter fiber
Nine, 0.25 dia.
receiver fibers
(45)
2.5
7
11
5
* The Fiber Attachments that are provided were specially designed
for this Fiber Unit.
E39-F9 cannot be attached.
Note: There is a white line on the emitter fiber.
M3 nuts (Nickel-plated brass)
Washer (Nickel-plated brass) provided (2 of each)
09-B E32-C11N 2M (Free Cutting)
1 dia. emitter fiber
E32-D211R 2M (Free Cutting)
09-F
M4×0.7 (SUS303)
Flat
15
10
10
Small Spot
Note: There is a white line on the emitter fiber.
09-G E32-D11R 2M (Free Cutting)
09-C E32-D21R 2M (Free Cutting)
Opposite side 5.5, thickness 1.8 (Nickel-plated brass)
Washer (Nickel-plated brass)
Sensing surface
Two, 0.5 dia.
4 dia.
3
4.8
M3×0.5 (SUS304)
25
Retroreflective
Limitedreflective
Opposite side 10, thickness 2.4 (Nickel-plated brass)
Washer (Nickel-plated iron)
1 dia.
emitter fiber
Two, 2.2 dia.
2.5 dia.
3
2.5
2,000
M6×0.75 (Nickel-plated brass)
Opposite side 5.5, thickness 1.8 (Nickel-plated brass)
Washer (Nickel-plated brass)
Heat-shrinkable tube
Two, 1 dia.
12
17
09-H E32-CC200 2M (Free Cutting)
09-D E32-C31 2M (Free Cutting)
20
E39-F9: Provided
2,000
5.2
2,000
Sixteen, 0.265 dia. receiver fibers
Note: There is a white line on the emitter fiber.
Note: There is a white line on the emitter fiber.
Liquid-level
And
These Fiber Units offer better detection of small objects at close distances
(of 2 mm or less) than Standard Reflective Fiber Units.
They also detect glossy surfaces more reliably than Standard Reflective
Fiber Units, even if the surface is tilted.
The receiver fibers are arranged around the emitter fiber as shown below.
Breaking Due to Snagging or Shock
The Fiber Unit can be protected from breaking with stainless
steel spiral tube.
→ 40 Page
Receiver Fibers
Features of the Right-angle Type
• Cable is less prone to snagging.
• Cable runs along the mounting surface for less space compared with straight Fiber Units.
• The nut is attached to the Fiber Unit to reduce installation work.
What Is “Flexible” Fiber?
The flexible fiber has a small bending radius for easy routing without easily breaking.
It is easy to use because the cable can be bent without significantly reducing light intensity.
Cores
Heatresistant
Area
Detection
Features of Coaxial Reflective Type
Cladding
Chemicalresistant,
Oil-resistant
Bending
23
- Reference Information for Model Selection -
Emitter Fiber
Narrow
view
BGS
E39-F9: Provided
2,000
11
Opposite side 10, thickness 2.4 (Nickel-plated brass)
Washer (Nickel-plated brass)
Two, 2.2 dia.
Sensing surface
Two, 1 dia.
Two, 1 dia.
0.5 dia.
emitter fiber
High Power
M6×0.75 (ADC)
M3×0.5 (SUS304)
Four, 0.25 dia.
receiver fibers
Sleeved
2,000
M6 nuts (Nickel-plated brass)
Washer (Nickel-plated iron)
provided (2 of each)
8
2.5
E39-F9: Provided
3
3.2
6
12 dia.
Cylindrical
Two, 1 dia.
2,000
M6×0.75 (Nickel-plated brass)
24 18
Opposite side 7, thickness 2.4 (Nickel-plated brass)
Washer (Nickel-plated iron)
Sensing surface
Two, 0.5 dia.
(45)
3
Threaded
Two, 2.2 dia.
Model display tube
Sixteen, 0.265 dia.
receiver fibers
Fiber attachment *
1,000
Note: There is a white line on the emitter fiber.
5.5
6.5 dia.
1.25 dia. reception fibers
Model display tube
Beam Improvements
2,000
Transparent Objects
20.5
(45)
M3×0.5 (Nickel-plated brass)
Environmental Immunity
Four, 0.25 dia. receiver fibers
Sensing head M3×0.5 (SUS303)
Opposite side 5.5, thickness 1.8 (Nickel-plated brass)
Washer (Nickel-plated brass) 1 dia. emission fibers
Structure which has a cladding around
a large number of ultrafine cores.
Vacuum
Applications
Model display tube
FPD,
Semi,
Solar
Installation
Information
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
0.5 dia. emitter fiber
Two, 1 dia.
Standard Installation
Reflective Fiber Units
Saving Space
Installation Information → 56 Page
Fiber Sensor
Features
Dimensions
09
Selection
Guide
Threaded Models
Fiber Units
Standard Installation
09
Standard Installation
Cylindrical Models
Fiber Sensor
Features
10
Through-beam → This Page
• Inserted where space is limited.
(Secured using a set screw.)
• Ultramate space-saving by micro-fiber head. (1 dia. × 10 mm)
Selection
Guide
secured with a
set screw
Saving Space
Standard Installation
Fiber Units
1 dia.
E32-T223R
Beam Improvements
10
Threaded
Cylindrical
Flat
Sleeved
Specifications
Through-beam Fiber Units
Small Spot
High Power
Narrow
view
Size
Sensing
direction
1 dia.
Appearance (mm)
1 dia.
Transparent Objects
Retroreflective
Environmental Immunity
Chemicalresistant,
Oil-resistant
1.5 dia. Top-View
Heatresistant
Area
Detection
Liquid-level
Vacuum
FPD,
Semi,
Solar
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Installation
Information
10
450
120
150
ST :
250
SHS:
60
ST :
400
SHS:
90
IP67
Bendresistant,
R4
10
1.5 dia.
680
200
220
Models
11 Page
Dimensions
No.
E32-T223R 2M
11-A
E32-T22B 2M
11-B
E32-T12R 2M
11-C
E32-T14LR 2M
11-D
0.5 dia.
(5 μm dia.)
IP67
Limitedreflective
Bending
Sensing distance (mm)
Optical axis
Bending
diameter
Smart Fiber Amplifier Units
Simple Fiber
radius Amplifier Units
(minimum
(Advanced Models)
of cable (Simple Models)
E3X-HD
sensing
object)
E3X-SD
GIGA HS Other modes
Flexible,
R1
10
BGS
Applications
Reflective → 12 Page
14
3 dia.
3 dia.
IP67
35
Side-View
2,000
560
3 dia.
SHS:
280
750
ST :
450
SHS:
100
Flexible,
R1
220
260
ST : 1,000
700
1 dia.
(5 μm dia.)
IP67
Note 1. The mode of E3X-HD that is given under the sensing distances has the following mode names and response times.
GIGA: GIGA Power Mode (16 ms), HS: High-speed Mode (250 µs), ST: Standard Mode (1 ms), and SHS: Super-high-speed Mode (NPN output and E3X-HD0: 50 µs, PNP output: 55 µs)
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 the optimum values.
Cylindrical Models
Dimensions
Through-beam Fiber Units (Set of 2)
1 dia.
E39-F9: Provided
11-B E32-T22B 2M (Free Cutting)
Sensing surface
0.5 dia.
1.5 dia. (Nickel-plated brass)
1 dia.
Threaded
E39-F9: Provided
10
2,000
Cylindrical
11-C E32-T12R 2M (Free Cutting)
Sensing surface
1 dia.
2.4 dia.
2.2 dia.
Sleeved
11
3
Flat
3 dia. (Nickel-plated brass)
14
Standard Installation
2,000
Fiber Units
10
Saving Space
1 dia. (Stainless steel)
Sensing surface
0.5 dia.
Selection
Guide
11-A E32-T223R 2M (Free Cutting)
Installation Information → 58 Page
11
Fiber Sensor
Features
Standard Installation
2,000
11-D E32-T14LR 2M (Free Cutting)
High Power
Heat-shrinkable tube
2.2 dia.
2.8
2
BGS
12
30
35
2,000
Retroreflective
Sensing surface
Limitedreflective
Chemicalresistant,
Oil-resistant
Bending
Heatresistant
Transparent Objects
3 dia.
Narrow
view
Environmental Immunity
3 dia. (SUS303)
Beam Improvements
Small Spot
Liquid-level
Vacuum
Applications
Area
Detection
FPD,
Semi,
Solar
- Reference Information for Model Selection Recommended Mounting Hole Dimensions
The recommended mounting-hole dimensions for Cylindrical Fiber Units are given below.
F
(Unit: mm)
Outer diameter of Fiber Unit
Dimension F
1 dia.
1.5 dia.
3 dia.
+0.5
0
+0.5
0
+0.5
0
1.2
dia. 1.7
dia. 3.2
dia.
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Installation
Information
11
Standard Installation
Cylindrical Models
Through-beam → 10 Page
Fiber Sensor
Features
12
Reflective → This Page
• Inserted where space is limited.
(Secured using a set screw.)
Saving Space
Standard Installation
Fiber Units
Selection
Guide
secured with a
set screw
Threaded
Cylindrical
Flat
Sleeved
Specifications
Reflective Fiber Units
Beam Improvements
Small Spot
High Power
Narrow
view
Size
Sensing
direction
Appearance (mm)
1.5 dia.
Transparent Objects
Retroreflective
Environmental Immunity
Chemicalresistant,
Oil-resistant
1.5 dia.
1.5 dia.
+
0.5 dia.
3
Limitedreflective
Bending
15
1.5 dia.
0.5 dia.
3 dia.
Top-View
3 dia.
Applications
FPD,
Semi,
Solar
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Installation
Information
12
ST :
SHS: 16
28
ST :
12
8
SHS:
4
ST :
60
3 dia.
+
0.8 dia.
15
6
Flexible,
R1
140
30
40
SHS: 16
IP67
E32-D22B 2M
13-A
E32-D43M 1M
13-B
E32-D22R 2M
13-C
E32-D221B 2M
13-D
E32-D32L 2M
13-E
E32-D33 2M
13-F
(5 μm dia.)
Bendresistant,
R4
70
300
ST : 140
90
SHS: 40
IP67
R25
700
160
200
ST : 300
SHS: 90
IP67
20
3 dia.
0.8 dia.
13 Page
Dimensions
No.
IP67
15
3 dia.
60
40
Coaxial
Area
Detection
Vacuum
R4
15
3 dia.
140
30
Models
IP67
15
Heatresistant
Liquid-level
Bendresistant,
R4
15
BGS
Sensing distance (mm)
Optical axis
Bending
diameter
Smart Fiber Amplifier Units
Simple Fiber
radius Amplifier Units
(minimum
(Advanced Models)
of cable (Simple Models)
E3X-HD
sensing
object)
E3X-SD
GIGA HS Other modes
R4
16
70
20
ST :
30
SHS:
8
IP67
Note 1. The mode of E3X-HD that is given under the sensing distances has the following mode names and response times.
GIGA: GIGA Power Mode (16 ms), HS: High-speed Mode (250 µs), ST: Standard Mode (1 ms), and SHS: Super-high-speed Mode (NPN output and E3X-HD0: 50 µs, PNP output: 55 µs)
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 the optimum values.
3. The sensing distances for Reflective Fiber Units are for white paper.
Cylindrical Models
Installation Information → 57 Page
1 dia.
15
Fiber Attachment*
15
2,000
Sensing surface
Two, 0.5 dia.
Brancher (ABS): 3.5 dia.
3 dia. (Nickel-plated brass)
*Attached with adhesive and cannot be removed.
Two, 1 dia.
E39-F9: Provided
2,000
15
100
Selection
Guide
1.5 dia. (SUS304)
Fiber Units
Sensing surface
Four, 0.25 dia.
13-D E32-D221B 2M (Free Cutting)
Enlarged View of Sensing Surface
Emitter fiber:
two, 0.25 dia.
Receiber fibers:
two, 0.25 dia.
Threaded
13-B E32-D43M 1M (No Cutting)
13-E E32-D32L 2M (Free Cutting)
Brancher (heat-resistant,
ABS, black): 6 dia.
Stainless-steel tube 0.5 dia.
1.5 dia. (SUS303) 0.9 dia.
Sensing surface
Two, 0.25 dia.
Protective tube
2.1 dia.
Brancher 3.5: dia.
Model display tube
5
3
15
15
Emitter fiber:
1 dia.
15
1,000
Receiver fibers:
Sixteen, 0.265 dia.
13-C E32-D22R 2M (Free Cutting)
3
13-F
3 dia. (Nickel-plated brass) Two, 1 dia.
E39-F9: Provided
2,000
15
400
1,570
15
2,000
Sleeved
Note: There is a yellow dotted line on the Emitter fiber.
* Attached with adhesive and cannot be removed.
Sensing surface
2.7 dia.
Two, 0.5 dia.
Flat
15
Fiber Attachment*
125
Small Spot
E32-D33 2M (Free Cutting)
Stainless-steel tube
0.8 dia.
3 dia. (SUS303)
Sensing surface
Two, 0.25 dia.
15
Cylindrical
Two, 2.2 dia.
3 dia. (SUS304)
15
Standard Installation
13-A E32-D22B 2M (No Cutting)
Saving Space
Reflective Fiber Units
High Power
Heat-shrinkable tube
Two, 1 dia.
12
E39-F9: Provided
Narrow
view
2,000
35
Beam Improvements
Dimensions
13
Fiber Sensor
Features
Standard Installation
Limitedreflective
Chemicalresistant,
Oil-resistant
Bending
Heatresistant
Environmental Immunity
Retroreflective
Transparent Objects
BGS
Liquid-level
Vacuum
Applications
Area
Detection
FPD,
Semi,
Solar
- Reference Information for Model Selection -
These Fiber Units offer better detection of small objects at close distances
(of 2 mm or less) than Standard Reflective Fiber Units.
They also detect glossy surfaces more reliably than Standard Reflective
Fiber Units, even if the surface is tilted.
The receiver fibers are arranged around the emitter fiber as shown below.
Emitter fiber
Receiver fibers
Recommended Mounting Hole Dimensions
The recommended mounting-hole dimensions for
Cylindrical Fiber Units are given below.
F
Outer diameter of Fiber Unit
Dimension F
(Unit: mm)
1.5 dia.
3 dia.
+0.5
0
+0.5
0
1.7
dia. 3.2
dia.
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Features of Coaxial Reflective Type
Installation
Information
13
Saving Space
Flat Models
• Thin profile for mounting in limited spaces.
• Mounts directly without using special mounting brackets.
Flat-View Type
Saving Space
Standard Installation
Fiber Units
Selection
Guide
Fiber Sensor
Features
14
Top-View Type
Threaded
Cylindrical
Side-View Type
Flat
Sleeved
Specifications
Through-beam Fiber Units
Beam Improvements
Small Spot
High Power
Narrow
view
Transparent Objects
Retroreflective
Environmental Immunity
BGS
Chemicalresistant,
Oil-resistant
Appearance (mm)
15
Side-View
3
15
Flexible,
R1
8
750
220
8
Flat-View
SHS: 280
E32-T15XR 2M
15-A
260
ST :
450
SHS: 100
1 dia.
(5 μm dia.)
E32-T15YR 2M
15-B
750
220
3
260
ST :
450
SHS: 100
E32-T15ZR 2M
15-C
Models
15 Page
Dimensions
No.
E32-D15XR 2M
15-D
E32-D15YR 2M
15-E
E32-D15ZR 2M
15-F
IP67
Reflective Fiber Units
Sensing
direction
Appearance (mm)
Flat-View
15
Flexible,
R1
ST : 350
SHS: 100
40
200
52
ST : 100
SHS:
24
(5 μm dia.)
IP67
15
40
10
3
240
Optical axis
diameter
(minimum
sensing
object)
IP67
3
10
840
180
3
10
Side-View
Sensing distance (mm)
Bending
Smart Fiber Amplifier Units
Simple Fiber
radius Amplifier Units
(Advanced Models)
of cable (Simple Models)
E3X-HD
E3X-SD
GIGA HS
Other modes
15
Top-View
Installation
Information
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
ST : 1,000
15 Page
Dimensions
No.
IP67
Liquid-level
14
700
Models
IP67
Heatresistant
FPD,
Semi,
Solar
2,000
560
3
15
Bending
Vacuum
Sensing distance (mm)
Optical axis
Bending Simple Fiber
diameter
Smart Fiber Amplifier Units
radius Amplifier Units
(minimum
(Advanced Models)
of cable (Simple Models)
sensing
E3X-HD
object)
E3X-SD
GIGA HS
Other modes
8
Top-View
Limitedreflective
Area
Detection
Applications
Sensing
direction
200
52
ST : 100
SHS:
24
IP67
Note 1. The mode of E3X-HD that is given under the sensing distances has the following mode names and response times.
GIGA: GIGA Power Mode (16 ms), HS: High-speed Mode (250 µs), ST: Standard Mode (1 ms), and SHS: Super-high-speed Mode (NPN output and E3X-HD0: 50 µs, PNP output: 55 µs)
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 the optimum values.
3. The sensing distances for Reflective Fiber Units are for white paper.
Reflective Fiber Units
15-A E32-T15XR 2M (Free Cutting)
15-D E32-D15XR 2M (Free Cutting)
15
2,000
3
Note: 1. Set of two symmetrically shaped Fiber Units.
2. Four, M2 × 8 stainless steel countersunk mounting screws are provided.
15-B E32-T15YR 2M (Free Cutting)
4
15
2,000
Note: Two, M2 × 8 stainless steel countersunk mounting screws are provided.
2.8
Two, 2.2 dia. mounting holes with
two, 4.4 dia. countersinks on both sides
Sensing surface
7.5
2.5
15-E E32-D15YR 2M (Free Cutting)
(Aluminum)
3
7.5
10 2.5
7.5
2.5
3
2.2 dia.
(Aluminum)
Sensing surface
Two, 2.2 dia. mounting holes with
two, 4.4 dia. countersinks on both sides
Two, 2.2 dia.
7.5
2.5
15
2,000
10
Note: 1.Set of two symmetrically shaped Fiber Units.
2. Four, M2 × 8 stainless steel countersunk mounting screws are provided.
15-C E32-T15ZR 2M (Free Cutting)
3
Sensing surface
Two, 2.2 dia. mounting holes with
two, 4.4 dia. countersinks on both sides
1.5 4
(Aluminum)
15-F
15
2,000
E32-D15ZR 2M (Free Cutting)
5.5
2.5
Sleeved
7.5
Note: Two, M2 × 8 stainless steel countersunk mounting screws are provided.
2.2 dia.
(Aluminum)
15
Two, 2.2 dia. mounting holes with
two, 4.4 dia. countersinks on both sides
Sensing surface
7.5
3
2,000
Note: 1. Set of two symmetrically shaped Fiber Units.
2. Four, M2 × 8 stainless steel countersunk mounting screws are provided.
2.2
1.4
7.5
Small Spot
High Power
Two, 2.2 dia.
Narrow
view
4
10
2.5
Cylindrical
Flat
7.5
2.5
8
Threaded
2.4
3
5.5
8
Two, 2.2 dia.
7.5
15
2,000
Note: Two, M2 × 8 stainless steel countersunk mounting screws are provided.
Beam Improvements
5.5
8 1.5
Two, 2.2 dia. mounting holes with
two, 4.4 dia. countersinks on both sides
(Aluminum)
BGS
Retroreflective
Limitedreflective
Chemicalresistant,
Oil-resistant
Bending
Heatresistant
Transparent Objects
Sensing surface
Two, 1 dia.
2.2 dia.
Environmental Immunity
(Aluminum)
Area
Detection
Liquid-level
Vacuum
Applications
Two, 2.2 dia. mounting holes with
two, 4.4 dia. countersinks on both sides
Sensing surface
1 dia.
Standard Installation
Through-beam Fiber Units (Set of 2)
Saving Space
Installation Information → 56 Page
Fiber Sensor
Features
Installation Information → 58 Page
FPD,
Semi,
Solar
Installation
Information
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Dimensions
15
Selection
Guide
Flat Models
Fiber Units
Saving Space
15
Saving Space
Sleeve Models (Close-range Detection)
Fiber Sensor
Features
16
Saving Space
Standard Installation
Fiber Units
Selection
Guide
• Sleeve Fiber Units allow detection away from
the point of installation for stable close-range
detection of small objects.
• The shape of sleeve can be changed freely.
Threaded
Cylindrical
Flat
Sleeved
Specifications
Through-beam Fiber Units
Beam Improvements
Small Spot
High Power
Narrow
view
Transparent Objects
Environmental Immunity
Appearance (mm)
20
15
Side-View
0.8 dia.
2.5 dia.
0.5 dia.
3 dia.
Top-View
40
Flexible,
R1
M4
1.2 dia.
ST :
250
SHS:
60
150
ST :
90
SHS:
20
2,000
560
700
IP67
Sensing
direction
Appearance (mm)
Liquid-level
E32-T24R 2M
17-A
E32-T24E 2M
17-B
0.25 dia.
(5 μm dia.)
E32-T33 1M
17-C
1 dia.
(5 μm dia.)
E32-TC200BR 2M
17-D
Models
17 Page
Dimensions
No.
0.5 dia.
(5 μm dia.)
ST : 1,000
SHS: 280
6
1.5 dia.
0.5 dia.
IP67
15
2 dia.
0.5 dia.
R4
3
IP67
20
15
70
14
IP67
15
15
Top-View
Sensing distance (mm)
Optical axis
Bending Simple Fiber
diameter
Smart Fiber Amplifier Units
radius Amplifier Units
(minimum
(Advanced Models)
of cable (Simple Models)
sensing
E3X-HD
object)
E3X-SD
GIGA HS Other modes
Flexible,
R1
3 dia.
2 dia.
3
Installation
Information
20
15
Side-View
FPD,
Semi,
Solar
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
20
17 Page
Dimensions
No.
Reflective Fiber Units
Heatresistant
16
100
SHS:
150
50
IP67
90
11
ST :
Models
R10
40
15
450
180
IP67
Bending
Vacuum
50
15
15
Limitedreflective
Area
Detection
170
60
IP67
Retroreflective
Chemicalresistant,
Oil-resistant
Flexible,
R1
2 dia.
1 dia.
BGS
Applications
Sensing
direction
Sensing distance (mm)
Optical axis
Bending Simple Fiber
diameter
Smart Fiber Amplifier Units
radius Amplifier Units
(minimum
(Advanced Models)
of cable (Simple Models)
sensing
E3X-HD
object)
E3X-SD
GIGA HS Other modes
16
3 dia.
0.8 dia.
IP67
11
40
1.2 dia.
IP67
17
90
2.5 dia.
IP67
8
28
ST :
12
8
SHS:
4
14
ST :
6
4
SHS:
2
70
ST :
30
20
SHS:
8
ST :
60
SHS:
16
ST :
350
40
Flexible,
R1
180
M6
30
SHS:
140
30
M3
ST :
20
840
240
SHS: 100
E32-D24R 2M
17-E
E32-D43M 1M
17-F
E32-D331 2M
17-G
E32-D33 2M
17-H
E32-DC200F4R 2M
17-I
E32-DC200BR 2M
17-J
(5 μm dia.)
Note 1. The mode of E3X-HD that is given under the sensing distances has the following mode names and response times.
GIGA: GIGA Power Mode (16 ms), HS: High-speed Mode (250 µs), ST: Standard Mode (1 ms), and SHS: Super-high-speed Mode (NPN output and E3X-HD0: 50 µs, PNP output: 55 µs)
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 the optimum values.
3. The sensing distances for Reflective Fiber Units are for white paper.
Sleeve Models (Close-range Detection)
Installation Information → 57 Page
1.25
E39-F9: Provided
E39-F9: Provided
15
2,000
Light baffle
15
35
Sensing surface
12
2,000
17-B E32-T24E 2M (Free Cutting)
Stainless-steel tube
0.81 dia. max.
2.5 dia. (SUS304)
2.3
Sensing
surface
2.5 dia
0.6
15
17-F E32-D43M 1M (No Cutting)
Model display tube
15
1.5 dia. (SUS303)
Sensing surface
Two, 0.25 dia.
E39-F9: Provided
(45)
3
15
15
Fiber Attachment *
1,000
1 dia.
12
Stainless-steel tube
0.5 dia.
Sensing surface
Two, 0.125 dia.
E39-F9: Provided
55
Brancher: 3.5 dia.
High Power
15
17-D E32-TC200BR 2M (Free Cutting)
90
15
15
2,000
2.2 dia.
Stainless-steel tube
0.8 dia.
3 dia. (SUS303)
Sensing surface
Two, 0.25
2,000
15
15
Heat-shrinkable tube
Two, 1 dia.
12
E39-F9: Provided
2,000
M3×0.5 (SUS304)
Stainless-steel tube
1.2 dia. max. (SUS304)
Opposite side 5.5, thickness 1.8 (Nickel-plated brass)
Washer (Nickel-plated brass)
Sensing surface
Two, 0.5 dia.
2.5
17-J
2,000
Stainless-steel tube
2.5 dia. max.
(SUS304)
90
17
Limitedreflective
Bending
Heatresistant
Area
Detection
M6×0.75
(Nickel-plated brass) (fine thread)
Opposite side 10,
thickness 2.4 (Nickel-plated brass)
Washer (Nickel-plated iron)
Two, 2.2 dia.
2,000
Liquid-level
Vacuum
FPD,
Semi,
Solar
Installation
Information
- Reference Information for Model Selection And
In case of bending sleeve
The E32-TC200BR and E32-DC200F4R have bendable sleeves.
Use the Sleeve Bender to bend them.
Sleeve Bender (sold separately)
Uses for the bending
of the sleeve.
E39-F9: Provided
11
E32-DC200BR 2M (Free Cutting)
Sensing surface
Two, 1 dia.
5.2
Two, 1 dia.
40
Retroreflective
Chemicalresistant,
Oil-resistant
E32-DC200F4R 2M (Free Cutting)
17-I
Narrow
view
BGS
17-H E32-D33 2M (Free Cutting)
Opposite side 7,
thickness 2.4 (Nickel-plated brass)
Washer (Nickel-plated iron)
35
Appearance
100
Fiber Attachment *
*Attached with adhesive and cannot be removed.
M4×0.7 (coarse thread)
(Nickel-plated brass)
11
Sleeved
Small Spot
1.2 dia. Irrax tube
2 dia. (SUS303)
1,000
Sensing surface
1 dia.
Stainless-steel tube
1.2 dia. max.
(SUS304)
Flat
125
17-G E32-D331 2M (No Cutting)
Heat-shrinkable tube
3.2
5 15
*Attached with adhesive and cannot be removed.
3 dia. (SUS303)
10
Cylindrical
Model display tube
2,000
0.5 dia.
40
0.9 dia.
Brancher: 3.5 dia.
Protective tube
2.1 dia.
17-C E32-T33 1M (Free Cutting)
Sensing surface
0.25 dia.
Threaded
Stainless-steel tube
0.5 dia.
1 dia.
Beam Improvements
12
Transparent Objects
35
15
Environmental Immunity
15
Heat-shrinkable tube
Two, 1 dia.
3 dia. (SUS304)
1 dia.
1.4 dia.
Sensing
surface
1.25
Stainless-steel tube
2 dia. max.
Heat-shrinkable tube
Applications
2 dia. (SUS304)
Selection
Guide
17-E E32-D24R 2M (Free Cutting)
Stainless-steel tube
1 dia. max.
Standard Installation
17-A E32-T24R 2M (Free Cutting)
Reflective Fiber Units
Saving Space
Through-beam Fiber Units (Set of 2)
Fiber Units
Installation Information → 58 and 59 Page
Applicable Fiber Units
Model
E32-TC200BR
E32-DC200F4R
E39-F11
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Dimensions
17
Fiber Sensor
Features
Saving Space
17
Beam Improvements
Small-Spot, Reflective (Minute Object Detection)
Fiber Sensor
Features
Selection
Guide
Saving Space
E39-F3A +
E32-C42
Withdrew
length: Short
Withdrew
length: Long
Focal distance:
Short
Cylindrical
Spot: Small
16
12
0.22
0.17
0.13
10
8
6
2
Withdrew
length: Short
0.08
Withdrew
length: Long
d
I: Withdrew length
d: Focal distance
Fiber
0
Spot: Large
0.10
l
4
Focal distance:
Long
E39-F17 +
E32-C42
: Spot diameter (mm)
14
4
8
12
16
20
Withdrew length “I ” (mm)
Focal distance d (mm)
Standard Installation
Fiber Units
• Available with a variable-spot Lens Unit to change the spot diameter without
replacing the fiber. The spot diameter can be adjusted according to the size of
the workpiece by changing the withdrew length and sensing distance.
Refer to the following graph, which shows the relation between the withdrew
length, focal distance, and spot diameter.
40
35
30
: Spot diameter (mm)
1.6
25
0.6
20
15
l
10
Focal distance:
Long
Focal distance:
Short
Spot: Small
Spot: Large
0.9
5
0
0
0.3
d
Fiber I: Withdrew length
d: Focal distance
2
4
6
8
Withdrew length I (mm)
* Withdrew length: Approx. 1.3 to 5.8 mm
Flat
Sleeved
High Power
Narrow
view
Specifications
Reflective Fiber Units
Variable-spot types
Lens Units + Fiber Unit
Type
Transparent Objects
Retroreflective
Environmental Immunity
BGS
Chemicalresistant,
Oil-resistant
Heatresistant
Center
distance
(mm)
Lens Units
Lens Units + Fiber Units
Models
Appearance
0.1 to 0.6 dia.
6 to 15
E39-F3A
23
Liquid-level
10 to 30
E39-F17
Center
distance
(mm)
Lens Unit
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Installation
Information
18
19 Page
Dimensions
No.
19-A
E32-C42 1M
R25
0.3 to 1.6 dia.
Model
22.2
19-B
2 dia
6 dia
Parallel-light-spot types
Lens Unit + Fiber Units
Type
Spot diameter
Lens Units + Fiber Units
Model
10.9
Parallel light
4 dia.
0 to 20
Models
19 Page
Dimensions
No.
E32-C31 2M
19-C
Pliable, R4
E32-C31N 2M
19-D
Bending
radius of cable
Models
19 Page
Dimensions
No.
E32-C42S 1M
19-E
E32-L15 2M
19-F
R25
M3
5 dia.
E39-F3C
Fiber Units
Bending
radius of cable
Appearance
10.9
M3
5 dia.
Vacuum
FPD,
Semi,
Solar
Fiber Unit
Bending
radius of cable
2 dia
6 dia
Variable spot
Limitedreflective
Bending
Spot diameter
Area
Detection
Applications
Small-spot Lens Unit → 20 Page
• Small-spot is ideal for detecting minute objects.
Select the Fiber Unit that is best suited for the workpiece size and installation
distance.
(Refer to Reference Information for Model Selection)
Threaded
Small Spot
Beam Improvements
Variable-spot, Parallel-light-spot,
Integrated lens → This Page
Focal distance d (mm)
18
Small-spot types
Integrated Lens
Type
Short-distance,
Small-spot
Long-distance,
Small-spot
Spot diameter
Center
distance
(mm)
0.1 dia.
5
Appearance
18
3 dia.
Lens: unnecessary
6 dia.
50
IP50
11.6
Lens: unnecessary
25.6
* The spot diameter and the center distance are same when using with E3X-HD series or E3X-SD series.
29
IP50
R25
Small-Spot, Reflective (Minute Object Detection)
Installation Information → 56, 57 and 58 Page
13
6 dia.
0 to 9
Fiber Attachment*
1,000
Lens surface
(lens diameter: 3.7 dia.)
* Attached with adhesive and cannot be removed.
23
Material:
Aluminum for body and
optical glass for lens.
Note: There is a white tube on the emitter fiber.
2 dia. (SUS303)
2.1 dia.
Note: This is the Lens Unit for the E32-C42.
6 dia.
Two, 1.2 dia.
2.6 dia.
6 dia.
14
Threaded
5 dia.
Lens surface
(lens diameter: 5.4 dia.)
7.3
13.5
22.2
Fiber Attachment*
22
3
13
E39-F17
19-B E32-C42 1M (No Cutting) + E39-F17
9.5 to 14
4 dia.
Cylindrical
Material:
Aluminum for body and
optical glass for lens.
1,000
* Attached with adhesive and cannot be removed.
Flat
Note: There is a white tube on the emitter fiber.
E39-F3C
19-C E32-C31 2M (Free Cutting) + E39-F3C
M3×0.5 (SUS303)
5 dia.
4.3 dia.
5 dia.
5.8
10.9
27
32
10.9
Material:
Aluminum for body and
optical glass for lens.
2,000
Note: There is a white line on the emitter fiber.
M3×0.5
Effective screw
length: 3
5.8
Lens surface
(lens diameter: 3.7 dia.)
E39-F9: Provided
Sleeved
Straight knurling
Two, 1 dia.
Small Spot
High Power
Note: This is the Lens Unit for the
E32-C31 and E32-C31N.
Narrow
view
19-D E32-C31N 2M (Free Cutting) + E39-F3C
Two, 1 dia.
7
20.5
10.9
BGS
E39-F9: Provided
M3×0.5 (Nickel-plated brass)
5.8
Retroreflective
5 dia.
2,000
Limitedreflective
Note: There is a white line on the emitter fiber.
19-E E32-C42S 1M (No Cutting)
Sensing surface
Lens: 2.4 dia.
19-F E32-L15 2M (Free Cutting)
Brancher
(ABS resin): 3.5 dia.
3 dia.
(Aluminum)
White marks:
Emitter side
(heat-shrinkable tube)
Two, 1.2 dia.
1.5 dia.
15
Fiber Attachment*
11.5±0.1
11.6
1,000
10.9
* Attached with adhesive and cannot be removed.
Chemicalresistant,
Oil-resistant
Mounting hole dimensions
Sensing
surface
(10×24.5)
(100)
18
Emitter
Optic
axis
6.9
Note: There is a white tube on the emitter fiber.
Sensing surface
Two, 9 dia.
lenses.
5.6
14
29
Two, M3
Bending
11.5
Model display tube
13.6
Two,
2.2 dia.
25.6
Receiver
Two, 3.2 dia.,
mounting holes
Sensing head (Polyarylate)
Heatresistant
Area
Detection
Liquid-level
Note: There is a white tube on the emitter fiber.
Vacuum
(Unit: mm)
Model Selection Tips
*
Select the best model by following these steps.
1. Select the model based on the spot diameter
suitable for the workpiece size.
* The Variable-spot Type is useful if there are
different sensing object sizes.
Spot diameter
Center distance
Optical axis diameter
Models
Installation
Information
Optical
axis
diameter
Center
distance
Spot diameter
2. Select the model based on the allowable
installation distance and center distance.
*
*
*
0.1 dia.
5
2.4
0.1 dia.
7
3.7
E32-C42S
E39-F3A-5
+
E32-C41
*
0.2 dia.
17
4.8
E39-F3B
+
E32-C41
FPD,
Semi,
Solar
0.5 dia.
7
3.7
0.5 dia.
17
4.8
3 dia.
50
9.4
4 dia.
0 to 20
3.7
6 dia.
50
10
E39-F3A-5
+
E32-C31 (N)
E39-F3B
+
E32-C31 (N)
E39-F18
+
E32-CC200
E32-C11N
E39-F3C
+
E32-C31 (N)
E32-L15
* Refer to page 20 for details.
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
- Reference Information for Model Selection -
Standard Installation
23
Transparent Objects
6 dia.
M2×2 Allen-head set screw
(for securing the fiber)
Environmental Immunity
2.6 dia.
Saving Space
Two, 1.2 dia.
Applications
2 dia. (SUS303)
Selection
Guide
E39-F3A
19-A E32-C42 1M (No Cutting) + E39-F3A
Beam Improvements
Reflective Fiber Units
Fiber Units
Dimensions
19
Fiber Sensor
Features
Beam Improvements
19
Beam Improvements
Small-Spot, Reflective (Minute Object Detection)
Fiber Sensor
Features
20
Variable-spot, Parallel-light-spot,
Integrated lens → 18 Page
Small-spot Lens Unit → This Page
Saving Space
Standard Installation
Fiber Units
Selection
Guide
• Small-spot is ideal for detecting minute objects.
Select the Fiber Unit that is best suited for the workpiece size and installation
distance.
(Refer to Reference Information for Model Selection)
Threaded
Cylindrical
Flat
Sleeved
Beam Improvements
Small Spot
High Power
Narrow
view
Specifications
Reflective Fiber Units
Small-spot Models
Lens Units + Fiber Units
Type
Transparent Objects
Retroreflective
Environmental Immunity
BGS
Chemicalresistant,
Oil-resistant
Limitedreflective
Lens Units
Lens Units + Fiber Units
Models
Appearance
M3
5 dia.
Short-distance,
small-spot
7
E39-F3A-5
16.5
5 dia.
0.5 dia.
M3
5 dia.
Flexible, R4
25.2
0.2 dia.
6 dia.
M3
E32-C41 1M
21-A
E32-C31 2M
21-B
E32-C31N 2M
21-C
E32-C41 1M
21-D
E32-C31 2M
21-E
E32-C31N 2M
21-F
E32-CC200 2M
21-G
E32-C11N 2M
21-H
R25
Medium-distance,
small-spot
17
E39-F3B
25.2
6 dia.
0.5 dia.
M3
25.2
6 dia.
Vacuum
FPD,
Semi,
Solar
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
M3
16.5
Liquid-level
20
Models
21 Page
Dimensions
No.
R25
Heatresistant
Installation
Information
Fiber Units
Bending
radius of cable
16.5
0.1 dia.
Bending
Area
Detection
Applications
Center
Spot diameter distance
(mm)
M3
Flexible, R4
M6
R25
30
Long-distance,
small-spot
10 dia.
3 dia.
50
E39-F18
30
M6
10 dia.
* The spot diameter and the center distance are same when using with E3X-HD series or E3X-SD series.
Flexible, R4
6.5
16.5
29
Two, 1.2 dia.
Lens surface
(lens diameter: 3.7 dia.)
M3×0.5
Effective screw
length: 3
6.5
Note: This is a Lens Unit for the E32-C41, E32-C31 and E32-C31N.
1,000
* Attached with adhesive and cannot be removed.
Note: There is a white tube on the emitter fiber.
21-B E32-C31 2M (Free Cutting) + E39-F3A-5
5 dia.
21-C E32-C31N 2M (Free Cutting) + E39-F3A-5
Two, 1 dia.
7
M3×0.5 (SUS303) Two, 1 dia.
M3×0.5 (Nickel-plated brass)
E39-F9: Provided
6.5
16.5
E39-F9: Provided
37
2,000
37.8
42.8
Note: There is a white line on the emitter fiber.
6 dia. 5.5 dia.
White marks:
Emitter side
Material:
Aluminum for body and optical
glass for lens
Note: There is a white tube on the emitter fiber.
21-F E32-C31N 2M (Free Cutting) + E39-F3B
Two, 1 dia.
21-E E32-C31 2M (Free Cutting) + E39-F3B
7
M3×0.5 (SUS303)
E39-F9: Provided
M3×0.5 (Nickel-plated brass)
Two, 1 dia.
45.8
Note: There is a white line on the emitter fiber.
21-G E32-CC200 2M (Free Cutting) + E39-F18
6 dia.
Note: There is a white line on the emitter fiber.
Two, 2.2 dia.
8
10 dia.
10 dia.
8
Lens surface
(lens diameter: 9.4 dia.)
30
Material:
Aluminum for body and optical
glass for lens
2,000
Note: There is a white line on the emitter fiber.
21-H E32-C11N 2M (Free Cutting) + E39-F18
Retroreflective
2,000
E39-F18
M6×0.75 (Nickel-plated brass)
46.1
Narrow
view
25.2
E39-F9: Provided
2,000
High Power
BGS
34.3
25.2
40.8
30
Small Spot
Note: This is a Lens Unit for the E32-C41, E32-C31 and E32-C31N.
* Attached with adhesive and cannot be removed.
6 dia.
25.2
Flat
Sleeved
M3×0.5
Depth: 4.4
24.1
Lens surface
(lens diameter: 4.8 dia.)
Fiber Attachment*
1,000
2,000
E39-F3B
Brancher
M3×0.5 (SUS303)
(ABS resin):
Opposite side 5.5,
3.5 dia.
thickness 1.8 (Nickel-plated brass)
Washer (Nickel-plated brass)
Two, 1.2 dia.
Irrax tube: 2.6 dia.
6 dia.
Cylindrical
5 dia.
Note: There is a white line on the emitter fiber.
21-D E32-C41 1M (No Cutting) + E39-F3B
5.5
M6×0.75
Depth: 3.9
Note: This is a Lens Unit for the E32-C11N and E32-CC200.
Two, 2.2 dia.
6
Limitedreflective
Chemicalresistant,
Oil-resistant
Bending
Heatresistant
Area
Detection
M6×0.75 (Nickel-plated brass)
30
Liquid-level
10 dia.
Vacuum
2,000
Note: There is a white line on the emitter fiber.
- Reference Information for Model Selection -
(Unit: mm)
*
Model Selection Tips
Select the best model by following these steps.
1. Select the model based on the spot diameter
suitable for the workpiece size.
* The Variable-spot Type is useful if there are
different sensing object sizes.
2. Select the model based on the allowable
installation distance and center distance.
Spot diameter
Center distance
Optical axis diameter
Models
Optical
axis
diameter
Center
distance
*
Spot diameter
*
0.1 dia.
5
2.4
0.1 dia.
7
3.7
E32-C42S
E39-F3A-5
+
E32-C41
0.2 dia.
17
4.8
E39-F3B
+
E32-C41
0.5 dia.
7
3.7
0.5 dia.
17
4.8
3 dia.
50
9.4
4 dia.
0 to 20
3.7
6 dia.
50
10
E39-F3A-5
+
E32-C31 (N)
E39-F3B
+
E32-C31 (N)
E39-F18
+
E32-CC200
E32-C11N
E39-F3C
+
E32-C31 (N)
E32-L15
* Refer to page 18 for details.
FPD,
Semi,
Solar
Installation
Information
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
41.1
Threaded
25.5
6.5
16.5
32
25.2
16.5
Material:
Aluminum for body and optical
glass for lens
Fiber Attachment*
34
2.1 dia.
5 dia.
4 dia.
White marks:
Emitter side
Transparent Objects
5 dia.
Straight knurling
Environmental Immunity
Opposite side 5.5,
thickness 1.8 (Nickel-plated brass)
Washer (Nickel-plated brass)
Irrax tube: 2.6 dia.
Brancher
(ABS resin): 3.5 dia.
Applications
M3×0.5 (SUS303)
Standard Installation
E39-F3A-5
21-A E32-C41 1M (No Cutting) + E39-F3A-5
Beam Improvements
Reflective Fiber Units
Saving Space
Installation Information → 56 and 59 Page
Fiber Sensor
Features
Dimensions
21
Selection
Guide
Small-Spot, Reflective (Minute Object Detection)
Fiber Units
Beam Improvements
21
Beam Improvements
High-power Beam (Long-distance Installation, Dust-resistant)
Fiber Sensor
Features
22
Fiber only → This Page
Lens ( to 70°C) → 24 Page
Saving Space
Standard Installation
Fiber Units
Selection
Guide
• Maximum sensing distance without attaching a Lens: 20 m (E32-T17L)
Suitable for detection of large objects and for use in large-scale installations.
• Powerful enough to resist the influences of dust and dirt.
• In addition to the products listed on this page, Lenses are available to extend
the sensing distance. (→ 24 to 27 pages)
Threaded
Cylindrical
Flat
Sleeved
Specifications
Through-beam Fiber Units
Beam Improvements
Small Spot
High Power
Narrow
view
Sensing Aperture
direction angle
Top-View
10°
Appearance (mm)
M14
Transparent Objects
Environmental Immunity
Chemicalresistant,
Oil-resistant
Limitedreflective
Applications
Area
Detection
Liquid-level
Vacuum
FPD,
Semi,
Solar
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Installation
Information
22
E3X-SD
IP67
20,000 *1
20,000 *1
R25
3,600
36.4
8
Optical axis
diameter
(minimum
(Advanced Models)
E3X-HD
sensing
object)
GIGA HS
Other modes
ST : 20,000 *1
SHS: 8,000
4,000 *2
ST : 4,000*2
4,000 *2
SHS: 1,800
10 dia.
4 dia.
(0.1 dia.)
Models
23 Page
Dimensions
No.
E32-T17L 10M
23-A
E32-T14 2M
23-B
IP67
*1 The optical fiber is 10 m long on each side, so the sensing distance is 20,000 mm.
*2 The optical fiber is 2 m long on each side, so the sensing distance is 4,000 mm.
Reflective Fiber Units
Bending
Heatresistant
30°
(Simple Models)
20,000 *1
10.5
Side-View
Sensing distance (mm)
Smart Fiber Amplifier Units
Simple Fiber
Amplifier Units
42
BGS
Retroreflective
Bending
radius
of cable
Sensing Aperture
direction angle
Appearance (mm)
22
Top-View
4°
Bendresistant,
R4
9
17.5
Bending
radius
of cable
Sensing distance (mm)
Smart Fiber Amplifier Units
Simple Fiber
Amplifier Units
(Simple Models)
E3X-SD
800
Optical axis
diameter
(minimum
(Advanced Models)
E3X-HD
sensing
object)
GIGA HS
Other modes
40 to 2,800 ST : 40 to 1,400
40 to 900
SHS: 40 to 480
−
Model
E32-D16 2M
23 Page
Dimensions
No.
23-C
IP40
Note 1. The mode of E3X-HD that is given under the sensing distances has the following mode names and response times.
GIGA: GIGA Power Mode (16 ms), HS: High-speed Mode (250 µs), ST: Standard Mode (1 ms), and SHS: Super-high-speed Mode (NPN output and E3X-HD0: 50 µs, PNP output: 55 µs)
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 the optimum values.
3. The sensing distances for Reflective Fiber Units are for white paper.
High-power Beam (Long-distance Installation, Dust-resistant)
Lens ( to 200°C) → 26 Page
Dimensions
Installation Information → 58 Page
Through-beam Fiber Units (Set of 2)
Selection
Guide
23-A E32-T17L 10M (Free Cutting)
M14×1 (ABS)
Sensing surface
lens diameter:
10 dia. (PMMA)
23
Fiber Sensor
Features
Beam Improvements
Opposite side 19, thickness 5 (Aluminum)
10,000
Threaded
23-B E32-T14 2M (Free Cutting)
Sensing surface
Lens (PMMA)
4.4 dia.
Cylindrical
Heat-resistant ABS
8.2
Nitrile rubber
8
Flat
Two, 3.2 dia.
mounting holes
R3.5
2.2 dia.
Sleeved
7
10±0.2
25.2
16
11.2
Small Spot
2,000
Installation Information → 56 Page
Reflective Fiber Units
23-C E32-D16 2M (Free Cutting)
Sensing surface Lens
Two, 5.8 dia lenses
Two, 3.2 dia. mounting holes
Two, 6 dia. countersinks on both sides
Retroreflective
Two, 2.2 dia.
Limitedreflective
17.5
8.5
Narrow
view
BGS
(Aluminum)
9
High Power
Beam Improvements
9.2
11
22
6.5
Chemicalresistant,
Oil-resistant
2,000
Bending
Heatresistant
Transparent Objects
2.5
Environmental Immunity
10.5 8
Standard Installation
42
Saving Space
23
Fiber Units
2.2 dia.
Liquid-level
Vacuum
Applications
Area
Detection
FPD,
Semi,
Solar
- Reference Information for Model Selection Comparisons of incident level
Select the model based on the comparisons of incident level against Standard Fiber Units.
Comparisons of incident level (Through-beam)
E32-T17L 10M
Comparisons of incident level (Reflective)
×1,700
E32-T11R + E39-F16
→ 24 page
×160
E32-T11R + E39-F1
→ 24 page
E32-D16 2M
×17
×50
E32-T14 2M
×40
E32-T11R + E39-F2
→ 24 page
×0.8
E32-T11R 2M
(Reference)
Reference (×1)
E32-D11R 2M
(Reference)
Reference (×1)
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Installation
Information
23
Beam Improvements
Fiber Sensor
Features
Specifications
Saving Space
Standard Installation
Fiber Units
Selection
Guide
24
Type
Lens Units
Flat
High-power (incident level: 50 times)
24-C
Approx. 6°
4 dia. (0.1 dia.)
Approx. 60°
7.2 dia.
3 dia. (0.1 dia.)
Sensing distance (mm)
Appearance (mm)
Simple Fiber Smart Fiber Amplifier Units Simple Fiber Smart Fiber Amplifier Units Simple Fiber Smart Fiber Amplifier Units
Amplifier
Amplifier
Amplifier
E3X-HD
E3X-HD
E3X-HD
Units
Units
Units
GIGA HS Other modes
GIGA HS Other modes
GIGA HS Other modes
E3X-SD
E3X-SD
E3X-SD
14.7
E32-T11N 2M
3,700
M4
14
E32-T11R 2M
4,000 *
M4
14
E32-T11 2M
4,000 *
M4
Narrow
view
24-B
Approx. 12°
Optical axis diameter
(minimum sensing object)
Fiber Units
E39-F2
24-A
Aperture angle
Side-View (incident level: 0.8 times)
E39-F16
Appearance
Sleeved
High Power
Lens ( to 70°C) → This Page
Ultra-high-power (incident level: 160 times)
E39-F1
Models
Models
Cylindrical
Fiber only → 22 Page
Through-beam Fiber Units
Threaded
Small Spot
Beam Improvements
High-power Beam (Long-distance Installation, Dust-resistant)
4,000 *
4,000 *
4,000 *
4,000 *
ST : 4,000 *
SHS: 2,000
4,000 *
25-A
ST : 4,000 *
SHS: 2,000
4,000 *
25-B
4,000 * ST : 4,000 *
1,860
4,000 * SHS:
25-C
4,000 *
4,000 *
4,000 *
4,000 *
4,000 *
ST : 4,000 *
SHS: 3,600
25-D
ST : 4,000 *
SHS: 3,600
440
25-E
4,000 *
ST : 4,000 *
4,000 *
SHS: 4,000 *
720
25-F
1,450
500
2,300
860
800
ST :
200
SHS:
25-G
ST : 1,320
SHS:
320
25-H
* The optical fiber is 2 m long on each side, so the sensing distance is 4,000 mm.
Note 1. The mode of E3X-HD that is given under the sensing distances has the following mode names and response times.
GIGA: GIGA Power Mode (16 ms), HS: High-speed Mode (250 µs), ST: Standard Mode (1 ms), and SHS: Super-high-speed Mode (NPN output and E3X-HD0: 50 µs, PNP output: 55 µs)
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 the optimum values.
Transparent Objects
Retroreflective
Environmental Immunity
BGS
Chemicalresistant,
Oil-resistant
Limitedreflective
Bending
Heatresistant
Applications
Area
Detection
Liquid-level
Vacuum
FPD,
Semi,
Solar
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Installation
Information
24
Dimensions
Installation Information → 59 Page
Lens Units (Set of 2)
24-A E39-F1
M2.6×0.45
Effective depth: 3.8
countersinking depth: 0.9
4 dia.
8.9
24-C E39-F2
Material:
Brass for the body and optical
glass for the lens itself.
Note: Two per set.
24-B E39-F16
7.8 dia.
22.5
5
M4×0.7
Depth: 6
Material:
SUS303 for the body and
optical glass for the
lens itself.
Note: Two per set.
2.8 dia.
4 dia.
5.7
9.2
M2.6×0.45
Effective depth: 3.2
countersinking depth: 0.9
Material:
Brass for the body and optical
glass for the lens itself.
Note: Two per set.
Through-beam Fiber Units (Set of 2)
25-G E32-T11R 2M (Free Cutting) + E39-F2
25-A E32-T11N 2M (Free Cutting) + E39-F1
4.7
4 dia.
M4×0.7 (Nickel-plated brass)
2.2 dia.
M4×0.7 (Nickel-plated brass)
8.9
5.7
9.2
2,000
4 dia.
20.2
2,000
25-B E32-T11R 2M (Free Cutting) + E39-F1
M4×0.7 (Nickel-plated brass)
4 dia.
25-H E32-T11 2M (Free Cutting) + E39-F2
2.2 dia.
M4×0.7 (Nickel-plated brass)
4 dia.
8.9
19.9
Threaded
5.7
25-C E32-T11 2M (Free Cutting) + E39-F1
9.2
20
M4×0.7 (Nickel-plated brass)
4 dia.
2.2 dia.
2,000
2,000
Cylindrical
2.2 dia.
Flat
8.9
19.6
2,000
Sleeved
Saving Space
15.9
2.2 dia.
Standard Installation
Installation Information → 58 and 59 Page
Fiber Sensor
Features
Dimensions
25
Selection
Guide
High-power Beam (Long-distance Installation, Dust-resistant)
Lens ( to 200°C) → 26 Page
Fiber Units
Beam Improvements
25-D E32-T11N 2M (Free Cutting) + E39-F16
2.2 dia.
Small Spot
M4×0.7 (Nickel-plated brass)
High Power
22.5
7.8 dia.
Narrow
view
2,000
25-E E32-T11R 2M (Free Cutting) + E39-F16
2.2 dia.
22.5
30.5
Retroreflective
Limitedreflective
2,000
E32-T11 2M (Free Cutting) + E39-F16
7.8 dia.
Chemicalresistant,
Oil-resistant
M4×0.7 (Nickel-plated brass)
2.2 dia.
22.5
30.5
Bending
2,000
Heatresistant
Transparent Objects
7.8 dia.
25-F
BGS
M4×0.7 (Nickel-plated brass)
Environmental Immunity
26.5
Beam Improvements
4.7
Liquid-level
Vacuum
Applications
Area
Detection
FPD,
Semi,
Solar
- Reference Information for Model Selection Comparisons of incident level
Select the model based on the comparisons of incident level against Standard Fiber Units.
Comparisons of incident level (Through-beam)
E32-T17L 10M
→ 22 page
×1,700
E32-T11R + E39-F16
×160
E32-T11R + E39-F1
×50
E32-T14 2M
→ 22 page
×40
E32-T11R + E39-F2
×0.8
E32-T11R 2M
(Reference)
Reference (×1)
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Installation
Information
25
Beam Improvements
Fiber Sensor
Features
Specifications
Standard Installation
Fiber Units
Selection
Guide
26
High-power Beam (Long-distance Installation, Dust-resistant)
Type
Lens Units
High-power (incident level: 50 times) Ultra-high-power (incident level: 160 times)
E39-F1
Models
Saving Space
26-C
Approx. 6°
4 dia. (0.1 dia.)
Approx. 60°
7.2 dia. (0.1 dia.)
3 dia. (0.1 dia.)
Sensing distance (mm)
Appearance (mm)
Heat-resistant up to 100°C
14
E32-T51R 2M
Simple Fiber Smart Fiber Amplifier Units Simple Fiber Smart Fiber Amplifier Units Simple Fiber Smart Fiber Amplifier Units
Amplifier
Amplifier
Amplifier
E3X-HD
E3X-HD
E3X-HD
Units
Units
Units
GIGA HS Other modes
GIGA HS Other modes
GIGA HS Other modes
E3X-SD
E3X-SD
E3X-SD
2,000
M4
Beam Improvements
26-B
Approx. 12°
Optical axis diameter
(minimum sensing object)
Fiber Units
E39-F2
26-A
Aperture angle
Side-View (incident level: 0.8 times)
E39-F16
Appearance
Models
4,000 *
ST : 4,000 *
3,900
SHS: 1,500
30
E32-T81R-S 2M
20
1,800
4,000 *
ST : 4,000 *
Sleeved
Heat-resistant up to 350°C
(200°C)
30
20
E32-T61-S
SHS: 1,000
2,700
M4
4,000 *
M4
4,000 *
27-A
Heat-resistant up to 200°C
Flat
Small Spot
Lens ( to 70°C) → 24 Page
Through-beam Fiber Units
Threaded
Cylindrical
Fiber only → 22 Page
4,000 *
27-B
4,000 *
ST : 4,000 *
4,000 *
SHS: 1,800
4,000 *
ST : 4,000 *
4,000 *
SHS: 4,000 *
4,000 *
ST : 4,000 *
4,000 *
SHS: 1,800
27-D
4,000 * SHS: 3,100
27-F
27-C
280
27-E
4,000 * ST : 4,000 *
4,000 *
360
780
1,400
ST :
500
SHS:
1,000
ST :
360
SHS:
1,680
600
720
200
27-G
550
140
27-H
ST :
900
SHS:
240
27-I
High Power
* The optical fiber is 2 m long on each side, so the sensing distance is 4,000 mm.
Narrow
view
Note 1. The mode of E3X-HD that is given under the sensing distances has the following mode names and response times.
GIGA: GIGA Power Mode (16 ms), HS: High-speed Mode (250 µs), ST: Standard Mode (1 ms), and SHS: Super-high-speed Mode (NPN output and E3X-HD0: 50 µs, PNP output: 55 µs)
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 the optimum values.
3. The ambient temperature of E32-T61-S must be between −40 to 200°C when using it with E39-F1 or E39-F2 Lens Unit.
The ambient temperature of E32-T61-S must be between −40 to 350°C when using it with E39-F16 Lens Unit.
Environmental Immunity
Transparent Objects
BGS
Retroreflective
Type
Chemicalresistant,
Oil-resistant
Liquid-level
Vacuum
FPD,
Semi,
Solar
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Installation
Information
26
E39-F1-33
E39-F16
Appearance
26-D
Aperture angle
Fiber Units
26-B
Approx. 12°
Optical axis diameter
(minimum sensing object)
Approx. 6°
4 dia. (0.1 dia.)
7.2 dia. (0.1 dia.)
Appearance (mm)
Bending
Heatresistant
High-power (incident level: 50 times) Ultra-high-power (incident level: 160 times)
Models
Limitedreflective
Area
Detection
Applications
Lens Units
Model
Appearance (mm)
Simple Fiber Smart Fiber Amplifier Units Simple Fiber Smart Fiber Amplifier Units
Amplifier
Amplifier
E3X-HD
E3X-HD
Units
Units
Other
modes
GIGA
HS
GIGA
HS Other modes
E3X-SD
E3X-SD
Heat-resistant up to 150°C
E32-T51 2M
17
2,400
M4
4,000 *
2,300
ST : 4,000 *
SHS: 1,400
27-J
4,000 *
4,000 *
4,000 *
ST : 4,000 *
SHS: 4,000 *
27-K
* The optical fiber is 2 m long on each side, so the sensing distance is 4,000 mm.
Note 1. The mode of E3X-HD that is given under the sensing distances has the following mode names and response times.
GIGA: GIGA Power Mode (16 ms), HS: High-speed Mode (250 µs), ST: Standard Mode (1 ms), and SHS: Super-high-speed Mode (NPN output and E3X-HD0: 50 µs, PNP output: 55 µs)
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 the optimum values.
Dimensions
Installation Information → 59 Page
Lens Units (Set of 2)
26-A E39-F1
M2.6×0.45
Effective depth: 3.8
countersinking depth: 0.9
4 dia.
8.9
26-C E39-F2
Material:
Brass for the body and optical
glass for the lens itself.
2.8 dia.
4 dia.
Note: Two per set.
26-B E39-F16
M2.6×0.45
Effective depth: 3.2
countersinking depth: 0.9
5.7
Material:
Brass for the body and optical
glass for the lens itself.
Note: Two per set.
9.2
26-D E39-F1-33
7.8 dia.
22.5
5
M4×0.7
Depth: 6
Material:
SUS303 for the body and
optical glass for the
lens itself.
Note: Two per set.
6 dia.
4 dia.
11
5
M4×0.7
Effective screw
length: 3.1
Material:
Brass for the body and optical
glass for the lens itself.
Note 1: Two per set.
Note 2: This is the Lens Unit for the E32-T51.
High-power Beam (Long-distance Installation, Dust-resistant)
Installation Information → 58 and 59 Page
Through-beam Fiber Units (Set of 2)
27-A E32-T51R 2M (Free Cutting) + E39-F1
4 dia.
M4×0.7 (SUS303)
2.2 dia.
5.7
2,000
9.2
20.2
27-B E32-T81R-S 2M (No Cutting) + E39-F1
(75)
25.9
2,000
10
27-C E32-T61-S 2M (No Cutting) + E39-F1
27-I
M4×0.7 (SUS303)
26.2
10
2,000
4 dia.
M4×0.7 (SUS303)
Cylindrical
Flat
2.8 dia.
Sleeved
5.7
25.9
9.2
2,000
10
7.8 dia.
27-J
M4×0.7 (SUS303)
30.5
10
6 dia.
2,000
27-E E32-T81R-S 2M (No Cutting) + E39-F16
2 dia.
7.8 dia.
(75)
36.5
10
33.5
2.8 dia.
M4×0.7 (Nickel-plated brass)
2.2 dia.
2,000
Retroreflective
Limitedreflective
Bending
22.5
10
BGS
Chemicalresistant,
Oil-resistant
M4×0.7 (SUS303)
36.5
2,000
22.5
2,000
E32-T61-S 2M (No Cutting) + E39-F16
7.8 dia.
2.2 dia.
27-K E32-T51 2M (Free Cutting) + E39-F16
M4×0.7 (SUS303)
22.5
High Power
M4×0.7 (Nickel-plated brass)
Narrow
view
5
11
22.9
7.8 dia.
2,000
E32-T51 2M (Free Cutting) + E39-F1-33
2.2 dia.
22.5
26.2
Small Spot
27-D E32-T51R 2M (Free Cutting) + E39-F16
27-F
Threaded
E32-T61-S 2M (No Cutting) + E39-F2
2.8 dia.
8.9
2 dia.
(75)
5.7
9.2
4 dia.
M4×0.7 (SUS303)
4 dia.
Heatresistant
2,000
Beam Improvements
8.9
27-H E32-T81R-S 2M (No Cutting) + E39-F2
2 dia.
Transparent Objects
M4×0.7 (SUS303)
4 dia.
2,000
Environmental Immunity
19.9
2.2 dia.
Fiber Units
8.9
Selection
Guide
27-G E32-T51R 2M (Free Cutting) + E39-F2
M4×0.7 (SUS303)
4 dia.
Standard Installation
Dimensions
27
Saving Space
Lens ( to 200°C) → This Page
Fiber Sensor
Features
Beam Improvements
Liquid-level
Vacuum
Applications
Area
Detection
FPD,
Semi,
Solar
- Reference Information for Model Selection Comparisons of incident level
Select the model based on the comparisons of incident level against Standard Fiber Units.
Comparisons of incident level (Through-beam)
E32-T17L 10M
→ 22 page
×1,700
E32-T11R + E39-F16
×160
E32-T11R + E39-F1
×50
E32-T14 2M
→ 22 page
×40
E32-T11R + E39-F2
×0.8
E32-T11R 2M
(Reference)
Reference (×1)
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Installation
Information
27
Beam Improvements
Narrow View (Detection Across clearance)
Fiber Sensor
Features
28
Selection
Guide
• The fine beam prevents false detection of light that is reflected off
surrounding objects.
Saving Space
Standard Installation
Fiber Units
2600 mm
E32-T24S
Threaded
Cylindrical
Flat
Sleeved
Specifications
Through-beam Fiber Units
Beam Improvements
Small Spot
High Power
Sensing Aperture
direction angle
Narrow
view
Transparent Objects
Retroreflective
Environmental Immunity
Chemicalresistant,
Oil-resistant
Appearance (mm)
1.5°
Thickness: 3 mm
24.5
Thickness: 3 mm
20.5
Side-View
Thickness: 2 mm
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
28
IP50
3,220
1,200
ST : 1,780
SHS: 500
Flexible,
R1
1,280
ST :
450
1,170
4°
1,400
IP50
E32-A03 2M
29-A
E32-A03-1 2M
29-B
E32-A04 2M
29-C
E32-T24SR 2M
29-D
E32-T24S 2M
29-E
E32-T22S 2M
29-F
2 dia.
(0.1 dia.)
680
SHS: 200
1.2 dia.
(0.1 dia.)
4,000 *
1,460
ST : 2,200
SHS: 580
4,000 *
1,740
2 dia.
(0.1 dia.)
ST : 2,600
SHS: 700
R10
2,000
15
3 dia
29 Page
Dimensions
No.
R10
3.5 dia.
Top-View
Models
IP50
20.5
Area
Detection
Installation
Information
890
340
Heatresistant
FPD,
Semi,
Solar
IP50
10
3.4°
Bending
Vacuum
Sensing distance (mm)
Optical axis
diameter
Simple Fiber Smart Fiber Amplifier Units
(Advanced Models)
(minimum
Amplifier Units
E3X-HD
sensing
(Simple Models)
object)
E3X-SD
GIGA HS Other modes
Flexible,
R1
Limitedreflective
Liquid-level
Bending
radius
of cable
20.5
BGS
Applications
Approx. 4°
Approx. 60°
(standard)
4,000 *
2,500
ST : 3,800
SHS: 1,000
1.7 dia.
(0.1 dia.)
IP50
* The optical fiber is 2 m long on each side, so the sensing distance is 4,000 mm.
Note 1. The mode of E3X-HD that is given under the sensing distances has the following mode names and response times.
GIGA: GIGA Power Mode (16 ms), HS: High-speed Mode (250 µs), ST: Standard Mode (1 ms), and SHS: Super-high-speed Mode (NPN output and E3X-HD0: 50 µs, PNP output: 55 µs)
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 the optimum values.
Installation Information → 56 and 58 Page
6
3.5 dia.
E39-F9:
Provided
3.5 dia.
4.3 11 2.95 dia.
3.4
(SUS303)
3.4
3.2
10
2
(SUS303)
2.2 dia.
11 3.2
17.6
3.2
Mounting Brackets: E39-L83
(SUS) / provided
Mounting Brackets: E39-L83
(SUS) / provided
10
20.5
2,000
1.5
Sensing surface 1.7 dia.
2
Sensing surface 1.7 dia.
Threaded
Note: Use the engraved surface and its opposing surface as
installation (reference) surfaces.
29-B E32-A03-1 2M (Free Cutting)
10
3.5
3
Sensing surface
1.7 dia.
6.5 3
12.5
Engraved mark: 1 dia.
Two, 3.4 dia.
mounting holes
24.5
13
E39-F9:
Provided
3.5 dia.
3.4
2,000
2
4
2
20.5
3.2
(SUS303)
1 dia.
2.2 dia.
E39-L83 Mounting Brackets: E39-L83
(SUS) / provided
10
20.5
(SUS303)
29-C E32-A04 2M (Free Cutting)
2
(SUS303)
11 3.2
17.6
1.5
Note 1: Use the engraved surface and its opposing surface as
installation (reference) surfaces.
Note 2: Set of two symmetrically shaped Fiber Units.
2 dia.
1.8
0.4
1 dia.
2.95 dia.
4.5
Cylindrical
29-E E32-T24S 2M (Free Cutting)
2
29-F
E39-F9: Provided
2,000
Sensing surface 1.7 dia.
3 dia.
(Nickel-plated brass)
15
2,000
Engraved mark: 1 dia.
Sleeved
Small Spot
High Power
Narrow
view
E32-T22S 2M (Free Cutting)
Sensing surface
1.7 dia.
Flat
2.2 dia.
2,000
BGS
Retroreflective
Limitedreflective
Sensing surface
1.2 dia.
Note: Use the engraved surface and its opposing surface as
installation (reference) surfaces.
Standard Installation
Engraved
mark:
3.2 1 dia.
1.8
0.4
2,000
Saving Space
1.8
Beam Improvements
20.5
0.4
17.6
29-D E32-T24SR 2M (Free Cutting)
Chemicalresistant,
Oil-resistant
Bending
Heatresistant
Transparent Objects
29-A E32-A03 2M (Free Cutting)
Environmental Immunity
Through-beam Fiber Units (Set of 2)
Fiber Sensor
Features
Dimensions
29
Selection
Guide
Narrow View (Detection Across clearance)
Fiber Units
Beam Improvements
Liquid-level
Vacuum
Applications
Area
Detection
FPD,
Semi,
Solar
- Reference Information for Model Selection Aperture angle and Optical Axis Diameter
The Aperture angle is the output angle of the emitted beam, and the
optical axis diameter is the core diameter of the emitter fiber.
A fiber with a narrow view has a larger optical axis diameter than
standard fibers, but the aperture angle is smaller so it is not
influenced by surrounding objects.
Optical axis
diameter
Aperture angle
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Installation
Information
29
Beam Improvements
Detection without Background Interference
Fiber Sensor
Features
30
Selection
Guide
• These Fiber Units detect only objects in the sensing range. Objects in the
background that are located beyond a certain point are not detected.
They are not easily affected by the material or color of the sensing object.
Stable
detection
Background is not detected
Saving Space
Digital incident level
Standard Installation
Fiber Units
Sensing
range
Threaded
Beam Improvements
8000
E32-L25L+E3X-HD11
6000
White paper
Black paper
Glass, t = 0.7
SUS304
4000
2000
0
Cylindrical
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20
Distance (mm)
Flat
Sleeved
Specifications
Reflective Fiber Units
Small Spot
High Power
Sensing
direction
Transparent Objects
Retroreflective
Environmental Immunity
Chemicalresistant,
Oil-resistant
Appearance (mm)
(Simple Models)
20.5
14
Flat-View
2.5
Heatresistant
Area
Detection
Liquid-level
Vacuum
FPD,
Semi,
Solar
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Installation
Information
30
Side-View
4
16
HS
0 to 4
IP50
18
R10
ST : 0 to 15
0 to 15
SHS: 0 to 12
5.4 to 9
IP50
0 to 4
ST : 0 to 4
0 to 4
SHS: 0 to 4
5.4 to 9
(Cente: 7.2)
Standard
sensing object
(minimum
sensing
object)
Other modes
0 to 15
IP40
14
11
GIGA
0 to 15
R25
3.8
Limitedreflective
Bending
Sensing distance (mm)
Bending
Smart Fiber Amplifier Units
Simple
Fiber
radius
(Advanced Models)
Amplifier
Units
of cable
E3X-HD
E3X-SD
Narrow
view
BGS
Applications
9999
5.4 to 9
(Center altogether: 7.2)
ST : 5.4 to 9
SHS: 5.4 to 9
Soda glass with
reflection factor
of 7%
Models
31 Page
Dimensions
No.
E32-L16-N 2M
31-A
E32-L24S 2M
31-B
E32-L25L 2M
31-C
(5 μm dia.)
(Center altogether: 7.2)
Note 1. If operation is affected by the background, perform power tuning or use the ECO Mode to decrease the incident light level.
2. The mode of E3X-HD that is given under the sensing distances has the following mode names and response times.
GIGA: GIGA Power Mode (16 ms), HS: High-speed Mode (250 µs), ST: Standard Mode (1 ms), and SHS: Super-high-speed Mode (NPN output and E3X-HD0: 50 µs, PNP output: 55 µs)
3. 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 the optimum values.
4. The sensing distances for Reflective Fiber Units are for white paper.
Detection without Background Interference
Dimensions
Installation Information → 57 Page
Reflective Fiber Units
Two, 3.2 dia.mounting holes with
two, 6 dia. countersinks
(45)
7
6.8
20.5
2,000
(PVC)
Threaded
31-B E32-L24S 2M (Free Cutting)
Two, 3.2 dia. mounting holes
with two, 6 dia. countersinks
on one side
Cylindrical
(ABS)
Flat
Two, 1 dia.
3.5
11
2
Sensing surface
3.5
2
7
14
2,000
Sleeved
E39-F9: Provided
2.5
Small Spot
High Power
31-C E32-L25L 2M (Free Cutting)
Narrow
view
Sensing surface Two, 3.2 dia.
Sensing distance
18
4
6
16
Two, 1 dia.
6.5
BGS
E39-F9: Provided
Retroreflective
(Polycarbonate)
Two, 3.2 dia. mounting holes
with two, 6 dia. countersinks
on both sides
Beam Improvements
3.8
2,000
Limitedreflective
Chemicalresistant,
Oil-resistant
Bending
Heatresistant
Transparent Objects
2.7
Environmental Immunity
0.95
Fiber Units
Model display tube
Standard Installation
14 10.6
Two, 2.2 dia.
Saving Space
Sensing
surface
Selection
Guide
31-A E32-L16-N 2M (Free Cutting)
31
Fiber Sensor
Features
Beam Improvements
Liquid-level
Vacuum
- Reference Information for Model Selection -
FPD,
Semi,
Solar
Sensing Distance vs. Digital Value
E32-L16-N
8000
6000
4000
9999
Digital value
Digital value
Digital value
E32-L25L
Sensing range
9999
9999
8000
6000
4000
2000
2000
0
0
E32-L24S
Sensing range
5
10
15
20
Distance (mm)
25
30
0
Installation
Information
White paper
Black paper
Glass, t = 0.7
SUS304
8000
6000
4000
2000
0
5
10
Distance (mm)
15
0
0
5
Distance (mm)
10
15
* E3X-HD11 used in High-speed (HS) Mode.
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
The following graphs show how the digital value is high within the sensing range and small outside.
This explains why false detection does not occur outside the sensing range, even against common metal
backgrounds, such as stainless steel.
Sensing range
Applications
Area
Detection
31
Transparent Object Detection
Retro-reflective
Fiber Sensor
Features
32
• Retro-reflective Fiber Units are ideal for detecting transparent objects.
The light beam passes through the object twice, this model interrupts light more
than Through-beam model.
Selection
Guide
Attenuation 11%
High Attenuation
Attenuation 20%
• Excellent detection performance with transparent films.
(E32-C31 2M + E39-F3R)
The specially designed filter eliminates undesirable light, which allows
significantly more light to be interrupted for stable detection of films.
Fiber Units
Standard Installation
Saving Space
Beam Improvements
Before
Interrupted
light level
90%
Interrupted
light level
18%
Threaded
Before
Cylindrical
Low Attenuation
Using E39-F3R
High Attenuation
Dramatically increases attenuation by cutting
distorted light caused by double refraction.
Fiber
Using E39-F3R
Film
Reflector
E39-F3R+
Fiber
Film
Special polarizing
filters
Reflector
Flat
Sleeved
Small Spot
High Power
Specifications
Retro-reflective Fiber Units
Sensing distance (mm)
Type
Features
Size
Film
detection
*
M3
Appearance (mm)
Narrow
view
Transparent Objects
Retroreflective
Environmental Immunity
BGS
Chemicalresistant,
Oil-resistant
Limitedreflective
Bending Simple Fiber
radius Amplifier Units
of cable (Simple Models)
E3X-SD
13.7
5 dia.
M3
23
200
Threaded
Models
--
M6
59.9
42
21.5
10
M6
ST : 250
---
150 to 1,500 ST : 150 to 1,500
1,500
---
E32-C31 2M
+
E39-F3R
+
E39-RP37
33-A
150 to 1,500 SHS: 150 to 1,500
(0.2dia.)
E32-R16 5M
33-B
(0.1dia.)
E32-R21 2M
33-C
IP66
22.5
38
27.8
33 Page
Dimensions
No.
R25
40.3
Square
Models
(Advanced Models)
250
220
11.4
Optical axis
diameter
(minimum
E3X-HD
sensing
object)
GIGA HS Other modes
Smart Fiber Amplifier Units
R10
IP67
10 to 250
10 to 250
ST : 10 to 250
10 to 250
SHS: 10 to 250
Bending
* This effect may not be as strong for some films. Detection may be unstable if the object is placed directly in front of the Lens Unit. Check suitability beforehand.
Heatresistant
Note 1. Objects with a high reflection factor may cause the Fiber Sensor to detect reflected light as incident light.
2. The mode of E3X-HD that is given under the sensing distances has the following mode names and response times.
GIGA: GIGA Power Mode (16 ms), HS: High-speed Mode (250 µs), ST: Standard Mode (1 ms), and SHS: Super-high-speed Mode (NPN output and E3X-HD0: 50 µs, PNP output: 55 µs)
3. 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 the optimum values.
Area
Detection
Applications
Retro-reflective → This page Limited-reflective → 34 page
Liquid-level
Vacuum
FPD,
Semi,
Solar
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Installation
Information
32
Retro-reflective
Installation Information → 56, 58 and 59 Page
Note: There is a white line on the emitter fiber.
M3×0.5
Effective screw length: 3
5.8
11.4
Material:
Aluminum/Brass for the body
E39-RP37
Mounting plate Reflector
13.7
13.7
8.7
23 13.8 10.2
18.3
Two,
R1.55
Stainless steel (SUS301)
Methacrylic resin
Two, 3.1 dia.
Material:
Threaded
Eight, R1
(1.1)
Cylindrical
23
Mounting
plate, t0.5
Reflector, t0.5
(adhesive tape side)
Flat
Sleeved
Note: Set includes one Reflector and one Mounting Plate.
33-B
E32-R16 5M (Free Cutting)
E39-R1 (Provided)
27
15
34
10
7.2
21.5
15.2
59.9
Mounting bracket E39-L4
(Zinc-plated iron) provided
2.7
1.6
E39-R3 (Provided)
Washer (NBR)
Silicon tube
Two, 1 dia.
7
22.9
5 dia.
2.2
2.8
11
17.8
27.8
14
E39-F9: Provided
2,000
6
4.5
3.4
M6×0.75 Opposite side 10, thickness 3 (Polyacetal)
(ABS)
Material:
8
E32-R21 2M (Free Cutting)
Sensing
surface
Lens (PMMA)
BGS
52
Two, 2.2 dia.
Standard length: 5 m
Two, M3 set screws:
(Nickel-plated zinc) (provided)
22.5
21
Narrow
view
16
(ABS)
8
17
33-C
(6)
High Power
7.5
7
13
Sensing surface
Lens (PMMA)
Small Spot
40.3
Two, 3.5 dia.
7
Two, M3 set screws:
(Nickel-plated iron)
(provided)
41.8
25.4
10.1
Standard Installation
2,000
Saving Space
32.5
5 dia.
4.4 dia.
E39-F9: Provided
27.5
Straight knurling
29
14° 13.7
18.45
20
22.5
34.8
38
3.2
1.2
2.6
0.2
Heatresistant
Two, 3.2 dia.
R25.4
1.2
Limitedreflective
Bending
0.2
Adhesive tape side
16
19.3
Retroreflective
Chemicalresistant,
Oil-resistant
3.4
R20
11
Methacrylic resin
ABS
34
Material:
Methacrylic resin
ABS
Mounting bracket:
10° Stainless steel (SUS304)
Transparent Objects
Two, 1 dia.
5.8
11.4
Lens surface
(lens diameter:
3.7 dia.)
M3×0.5 (SUS303)
Environmental Immunity
5 dia.
E39-F3R
Area
Detection
Liquid-level
Vacuum
Applications
E32-C31 2M (Free Cutting) + E39-F3R
Selection
Guide
33-A
Beam Improvements
Retro-reflective Fiber Units
Fiber Units
Dimensions
33
Fiber Sensor
Features
Transparent Object Detection
FPD,
Semi,
Solar
Performance Comparison of Transparent Object Detection
For detecting transparent objects, consider using following products together: E32-C31, E39-F3R and E39-RP37.
• This configuration features a special built-in optical filter that ensures stable detection of double-refractive materials,
such as films and PET bottles.
• The retro-reflective model is suitable for detecting glass.
We also offer two models with an integrated lens for detecting glass to prevent lens loss.
Models
Sensing object Film wrapper
on cigarette PET bottles
packs
E32-C31 2M + E39-F3R + E39-RP37
E32-R16 5M
E32-R21 2M
Glass
bottles
Plate glass,
t: 0.7
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Installation
Information
- Reference Information for Model Selection -
33
Transparent Object Detection
Limited-reflective
(Glass Detection)
Fiber Sensor
Features
34
Retro-reflective → 32 page Limited-reflective → This page
Selection
Guide
• These Fiber Units are based on a limited-reflective optical system where
the emitting light and receiving light axes intersect at the same angle.
This allows for stable detection of glass because the Fiber Units receives
the specular reflection of the glass when the glass is in the sensing range.
Stable Detection of Glass
Background is not detected.
Saving Space
Digital incident level
Standard Installation
Fiber Units
Sensing
range
Threaded
Cylindrical
Sleeved
Beam Improvements
High Power
Narrow
view
Transparent Objects
E32-L25L+E3X-HD11
6000
Glass, t = 0.7
SUS304
4000
2000
0
0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20
Distance (mm)
Specifications
Limited-reflective Fiber Units
Type
Features
Detection
direction
Sensing distance (mm)
Appearance (mm)
Small
size
14
2.5
11
Retroreflective
Standard
3.8
Limitedreflective
Glasssubstrate
alignment,
70°C
BGS
Environmental Immunity
8000
Flat
Small Spot
Chemicalresistant,
Oil-resistant
Bending
Heatresistant
Area
Detection
Applications
9999
Liquid-level
Vacuum
FPD,
Semi,
Solar
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Installation
Information
34
Glasssubstrate
Mapping,
70°C
R10
Flat-View
14
0 to 15
14
R25
Side-View
14
R10
23
9
20
SHS: 0 to 4
0 to 15
ST : 0 to 15
0 to 15
SHS: 0 to 12
10 to 20
10 to 20
(5 μm dia.)
ST : 10 to 20 Soda glass with
reflection factor
SHS: --of 7%
12 to 30
ST : 12 to 30
12 to 30
SHS: ---
Models
35 Page
Dimensions
No.
E32-L24S 2M
35-A
E32-L16-N 2M
35-B
E32-A08 2M
*
35-C
E32-A12 2M
35-D
E32-L25L 2M
35-E
IP40
IP50
Top-View
10 to 20
12 to 30
18
4
16
ST : 0 to 4
IP40
24.5
5
0 to 4
0 to 4
IP40
24.5
5
0 to 4
Standard
sensing
object
(Advanced Models)
(minimum
E3X-HD
sensing
object)
GIGA HS
Other modes
Smart Fiber Amplifier Units
IP50
20.5
Standard
long
distance
Side
View
form
Bending Simple Fiber
radius Amplifier Units
of cable (Simple Models)
E3X-SD
R25
IP40
5.4 to 9
(Center 7.2)
15 to 38
(Center 25)
5.4 to 9
(Center 7.2)
5.4 to 9
(Center 7.2)
ST : 5.4 to 9
(Center 7.2)
SHS: 5.4 to 9
(Center 7.2)
(5 μm dia.)
End surface of
soda glass with
15 to 38
ST : 15 to 38 reflection factor
(Center 25)
(Center 25)
E32-A09 2M
of 7%
SHS: --15 to 38
(t = 0.7 mm,
(Center 25)
rounded edges)
35-F
* If the background influences the sensing accuracy, perform power tuning or use the ECO Mode to decrease the incident light level.
Note 1. The mode of E3X-HD that is given under the sensing distances has the following mode names and response times.
GIGA: GIGA Power Mode (16 ms), HS: High-speed Mode (250 µs), ST: Standard Mode (1 ms), and SHS: Super-high-speed Mode (NPN output and E3X-HD0: 50 µs, PNP output: 55 µs)
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 the optimum values.
3. The sensing distances for Reflective Fiber Units are for white paper.
Limited-reflective (Glass Detection)
Installation Information → 56 and 57 Page
Limited-reflective Fiber Units
35-A E32-L24S 2M (Free Cutting)
(ABS)
24.5
7
14
2,000
35-E E32-L25L 2M (Free Cutting)
35-B E32-L16-N 2M (Free Cutting)
Sensing surface Two, 3.2 dia.
Two, 3.2 dia.mounting holes with
two, 6 dia. Countersinks
6.8
3.8
E39-F9: Provided
2,000
Two, 3.2 dia. mounting holes
with two, 6 dia. countersinks
on both sides
2,000
20.5
Two, 1 dia.
6.5
Flat
Sleeved
(PVC)
35-F
35-C E32-A08 2M (Free Cutting)
10.7 6.5
3.8
E32-A09 2M (Free Cutting)
Two, 2.2 dia.
(ABS)
1.1
24.5
Two, 3.2 dia. mounting holes with
two, 6 dia. Countersinks on one side
20
Small Spot
Sensing surface (Aluminum)
5.8 dia. Lenses
9
14 12
Sensing surface
Cylindrical
(Polycarbonate)
(45)
7
2.7
6
16
Model display tube
8.9
2,000
High Power
Two, 2.2 dia.
12
5
Narrow
view
Two, 3.2 dia. mounting holes with
two, 6 dia. countersinks on one side
7
23
Saving Space
14 10.6
Threaded
Sensing distance
18
4
Two, 2.2 dia.
2,000
Beam Improvements
Sensing surface
2,000
5
E39-F9: Provided
2.5
0.95
Two, 3.2 dia. mounting holes with
two, 6 dia. Countersinks on one side
Two, 2.2 dia.
Fiber Units
2
3.5
1.1
Sensing surface
2
Sensing surface
(ABS)
14 12
Two, 1 dia.
3.5
11
10.7 6.5
Selection
Guide
35-D E32-A12 2M (Free Cutting)
3.8
Two, 3.2 dia. mounting holes
with two, 6 dia. Countersinks
on one side
Standard Installation
Dimensions
35
Fiber Sensor
Features
Transparent Object Detection
Limitedreflective
Chemicalresistant,
Oil-resistant
Bending
Heatresistant
Sensing Distance vs. Digital Value
Limited-reflective Fiber Unit can keep high digital value within the sensing area for glass.
The digital value gets lower out of the sensing area for metals, including SUS (common as background).
E32-L24S
E32-A08
4000
2000
Digital value
Digital value
6000
4000
5
10
Distance (mm)
15
0
20
0
E32-L16-N
Digital value
Digital value
10
20
Distance (mm)
30
0
40
6000
4000
2000
Distance (mm)
30
40
10
Distance (mm)
15
20
9999
8000
6000
4000
0
0
5
E32-A09
2000
20
0
Sensing range
9999
8000
10
4000
Sensing range
9999
0
FPD,
Semi,
Solar
6000
E32-A12
Sensing range
0
Vacuum
8000
2000
2000
Digital value
Digital value
6000
8000
8000
6000
4000
2000
10
20
30
40
Distance (mm)
50
60
0
Area
Detection
Liquid-level
9999
9999
8000
0
0
E32-L25L
Sensing range
Sensing range
9999
SUS304
0
20
40
60
Distance (mm)
80
100
* E3X-HD11 used in High-speed (HS) Mode.
Installation
Information
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Sensing range
Glass, t = 0.7
Applications
- Reference Information for Model Selection -
Environmental Immunity
Retroreflective
Transparent Objects
BGS
35
Environmental Immunity
Chemical-resistant, Oil-resistant
Fiber Sensor
Features
36
• These Fiber Units are made from fluororesin for resistance to chemicals.
Chemical-resistant Data for Fluororesin (Reference)
Selection
Guide
Chemical
Acryl
ABS
Polycarbonate Polyethylene
PVC
Sulfuric acid
Sodium hydroxide
Methyl alcohol
Fiber Units
Standard Installation
Saving Space
Beam Improvements
Fluororesin
Hydrochloric acid
Acetone
Toluene
Benzene
Note: Results depend on concentration.
Threaded
Cylindrical
Flat
Sleeved
Specifications
Through-beam Fiber Units
Sensing distance (mm)
Optical axis
Bending Simple Fiber
diameter
Smart Fiber Amplifier Units
radius Amplifier Units
(Advanced Models)
(minimum
of cable (Simple Models)
E3X-HD
sensing
object)
E3X-SD
GIGA HS
Other modes
Small Spot
High Power
Narrow
view
Transparent Objects
Retroreflective
Environmental Immunity
BGS
Chemicalresistant,
Oil-resistant
Limitedreflective
Sensing
direction
Type
Rightangle
Oilresistant
Heatresistant
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
36
Flexible,
F
R1
M8
4,000 *1
R40
5 dia.
Top-view
Chemical/
oil
resistant
IP67
SHS: 2,200
4,000 *1
ST : 4,000 *1
4,000 *1
SHS: 1,600
4,000 *1
ST : 4,000 *1
500
800
SHS:
200
37 Page
Dimensions
No.
E32-T11NF 2M
37-A
E32-T12F 2M
37-B
E32-T11F 2M
37-C
3 dia.
(0.1 dia.)
E32-T14F 2M
37-D
4 dia.
(0.1 dia.)
E32-T51F 2M
37-E
4 dia.
(0.1 dia.)
SHS: 1,000
ST :
Models
R40
20
1,400
5 dia.
ST : 4,000 *1
4,000 *1
1,400
400
5 dia.
4,000 *1
2,600
IP67
21
Chemical/
oil
Top-view
resistant
150°C *2
2,100
R4
7.2 dia.
Side-view
3,200
IP67
35
IP67
4,000 *1
1,800
ST : 2,800
SHS:
700
*1 The optical fiber is 2 m long on each side, so the sensing distance is 4,000 mm.
*2 For continuous operation, use the Fiber Unit between −40 and 130°C.
Reflective Fiber Units
Vacuum
Installation
Information
19.1
20
Liquid-level
FPD,
Semi,
Solar
Appearance (mm)
IP68
Bending
Area
Detection
Applications
Material
Type
Sensing
direction
Semiconductors:
Cleaning,
developing,
and etching,
60°C
Semiconductors:
Resist
stripping,
85°C
Chemical/oil
resistant
Only cable:
chemical
resistant
Appearance (mm)
14
8 to 20 mm from tip of Lens
(Recommended sensing distance: 11 mm)
19 to 31 mm from center of mounting hole A
(Recommended sensing distance: 22 mm)
Mounting
holes
A
20
40
IP67
Mounting
holes
A
Top-view
Sensing distance (mm)
Bending Simple Fiber
Smart Fiber Amplifier Units
radius Amplifier Units
(Advanced Models)
of cable (Simple Models)
E3X-HD
E3X-SD
GIGA HS
Other modes
38.5
17.5
IP67
16
100
6 dia.
IP67
R4
IP67
130
ST : 190
SHS:
37 Page
Dimensions
No.
E32-L11FP 5M
37-F
E32-L11FS 5M
37-G
60
E32-D12F 2M
37-H
E32-D11U 2M
37-I
(5 μm dia.)
17
M6
GIGA −
Models
Glass
(t=0.7 mm)
8 to 20 mm from tip of Lens
(Recommended sensing distance: 11 mm)
32 to 44 mm from center of mounting hole A
(Recommended sensing distance: 35 mm)
R40
Standard
sensing
object
(minimum
sensing
object)
180
840
240
ST : 350
SHS: 100
Note 1. The mode of E3X-HD that is given under the sensing distances has the following mode names and response times.
GIGA: GIGA Power Mode (16 ms), HS: High-speed Mode (250 µs), ST: Standard Mode (1 ms), and SHS: Super-high-speed Mode (NPN output and E3X-HD0: 50 µs, PNP output: 55 µs)
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 the optimum values.
3. The sensing distances for Reflective Fiber Units are for white paper.
Installation Information → 56 and 57 Page
Through-beam Fiber Units (Set of 2)
Reflective Fiber Units
37-F E32-L11FP 5M (Free Cutting)
37-A E32-T11NF 2M (Free Cutting)
Sensing object
(Glass)
40
14
(PFA)
10
13
12
2,000
(23)
(MAX6.4)
Mounting hole:
Two, 4.2 dia.
(PFA)
7.5
8.7
Threaded
Two, 4 dia. (t=0.5)
(PTFE)
length: 5 m
(45)
M8×1
Cylindrical
Two, 2.2 dia.
37-B E32-T12F 2M (Free Cutting)
Sensing surface
Lens 4 dia.
Flat
5 dia. (Fluororesin)
4 dia.
2.2 dia.
37-G E32-L11FS 5M (Free Cutting)
100
2,000
10
Small Spot
(PFA)
35
37-C E32-T11F 2M (Free Cutting)
Lens 3.7 dia.
Nut (PFA)
7.2 dia. (PFA)
R3.6
.7)
19.8
35
3
2.2 dia.
(Fluororesin)
4.5
10
Narrow
view
BGS
(PFA)
2,000
Mounting hole:
Two, 4.2 dia.
Two, 4 dia. (t=0.5)
(PTFE)
length: 5 m
Retroreflective
Limitedreflective
Two, 2.2 dia.
4 dia.
2.2 dia.
Chemicalresistant,
Oil-resistant
37-H E32-D12F 2M (Free Cutting)
21
6 dia. (Fluororesin)
100
2,000
16
37-E E32-T51F 2M (Free Cutting)
Sensing surface
Lens 3.7 dia.
High Power
12
37-D E32-T14F 2M (Free Cutting)
5 dia. (Fluororesin)
SUS316L
39
10
(10
Sleeved
Sensing object
(Glass)
38.5
17.5
20
5 dia. (Fluororesin)
20
4 dia.
2.2 dia.
37-I
5 dia.
2,000
Two, 2.2 dia.
100
(Nickel-plated brass)
100
Opposite side 10, thickness 2.4 (Nickel-plated brass)
Washer (Nickel-plated iron)
Two, 2.2 dia.
Sensing surface
Two, 1 dia.
Bending
Heatresistant
Area
Detection
E32-D11U 2M (Free Cutting)
M6×0.75
2,000
Liquid-level
Vacuum
5.2
17
15
Protective tube
2,000
FPD,
Semi,
Solar
Oil-resistance performance of the E32-T11NF
No danger of shorting since
no electrical circuits are used.
Vacuum resin
filling to prevent
oils from entering.
IP68g protection
(See. Note)
A fluororesin cable
prevents water or
oils from entering.
Note: Equivalent to IP68g of JIS C0920 Annex 1.
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Installation
Information
- Reference Information for Model Selection -
This diagram explains why the new E32-T11NF is oil resistant.
Saving Space
10.7
Sensing surface
4 dia. (Glass)
Beam Improvements
7
Transparent Objects
19.1
27
Environmental Immunity
Sensing head
(SUS303)
(Heat-resistant PVC)
22
2.2 dia.
(Fluororesin)
Applications
13
Model display tube
Standard Installation
Installation Information → 58 Page
Fiber Units
Dimensions
37
Fiber Sensor
Features
Chemical-resistant, Oil-resistant
Selection
Guide
Environmental Immunity
37
Environmental Immunity
Bending-resistant, Disconnection-resistant
Fiber Sensor
Features
38
Through-beam → This page
Selection
Guide
• Capable of withstanding one million repeated bends.
Degree of bend:
Bending radius:
Weight:
Bending rate:
Fiber Units
Standard Installation
Saving Space
Beam Improvements
±180°
4 mm
50 g
30 times/minute
Weight
• A large number of independent fine fibers
ensures good flexibility. Suitable for use on
moving parts without easily breaking.
Threaded
• Protective Stainless Spiral Tube is available for covering the fiber cable
to protect it from accidental breaking due to snagging or shock.
Cylindrical
Flat
Sleeved
Specifications
Through-beam Fiber Units
Small Spot
High Power
Narrow
view
Size
1.5 dia.
Appearance (mm)
Transparent Objects
Retroreflective
Environmental Immunity
Chemicalresistant,
Oil-resistant
1.5 dia.
M3
Limitedreflective
Bending
Heatresistant
Area
Detection
Liquid-level
Vacuum
FPD,
Semi,
Solar
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Installation
Information
38
Optical axis
diameter
(minimum
sensing
object)
Models
39 Page
Dimensions
No.
IP67
680
200
220
ST :
400
E32-T22B 2M
39-A
SHS:
90
E32-T21 2M
39-B
1 dia.
(5 μm dia.)
E32-T11 2M
39-C
0.5 dia.
(5 μm dia.)
E32-T25XB 2M
39-D
0.5 dia.
(5 μm dia.)
11
M3
M4
Sensing distance (mm)
Bending Simple Fiber
Smart Fiber Amplifier Units
radius Amplifier Units
(Advanced Models)
of cable (Simple Models)
E3X-HD
E3X-SD
GIGA HS
Other modes
10
BGS
Applications
Reflective → 40 page
BendIP67
resistant,
R4
14
M4
Square
2,500
720
7
12
900
ST : 1,350
SHS:
360
ST :
300
SHS:
70
IP67
500
150
2
170
IP67
Note 1. The mode of E3X-HD that is given under the sensing distances has the following mode names and response times.
GIGA: GIGA Power Mode (16 ms), HS: High-speed Mode (250 µs), ST: Standard Mode (1 ms), and SHS: Super-high-speed Mode (NPN output and E3X-HD0: 50 µs, PNP output: 55 µs)
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 the optimum values.
Protective Stainless Spiral Tube (Sold separately)
Insert the fiber cable into the protective tube to prevent breaking by snagging or shock.
Applicable Fiber Units
E32-T11R 2M/E32-T11 2M/
E32-T51R 2M/E32-T51 2M
Model
E39-F32C
* This Tube cannot be used if a Lens Unit is being used.
Quantity
2 pieces
39 Page
Dimensions
No.
39-E
Installation Information → 58 and 59 Page
7 1
2
2.5
E39-F9: Provided
5
12
2,000
Note 1: Set of two symmetrically shaped Fiber Units.
Note 2: Four, M2 × 8 stainless steel countersunk mounting screws are provided.
39-E E39-F32C
39-B E32-T21 2M (Free Cutting)
Opposite side 5.5, thickness 1.8 (Nickel-plated brass)
Washer (Nickel-plated brass)
M3×0.5
(Nickel-plated brass)
Protective tube
11
2.5
1 dia.
2,000
Sensing surface: 0.5 dia.
Protective tube
M2.6×0.45
3.2
3.3
14
15
Sensing surface: 1 dia.
Tube 5.6 dia. (SUS304)
1,000
12
Cylindrical
Sleeved
Opposite side 7, thickness 2.4 (Nickel-plated brass)
Washer (Nickel-plated iron)
M4×0.7
12
Threaded
Flat
39-C E32-T11 2M (Free Cutting)
(Nickel-plated brass)
End cap (Nickel-plated brass)
4 dia.
7 dia.
E39-F9: Provided
15
Head connector
(Nickel-plated brass)
M4×0.7 Depth: 4
2.2 dia.
Small Spot
High Power
2,000
Standard Installation
2,000
1dia.
4.5
Saving Space
E39-F9: Provided
10
Two, 2.2 dia. mounting holes with
two, 4.4 dia. countersinks on one side
(Aluminum)
Narrow
view
Beam Improvements
Sensing surface
0.5 dia.
1 dia.
BGS
Retroreflective
Limitedreflective
Chemicalresistant,
Oil-resistant
Bending
Heatresistant
Transparent Objects
1.5 dia. (Nickel-plated brass)
Area
Detection
Liquid-level
Vacuum
FPD,
Semi,
Solar
Installation
Information
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Sensing surface:
0.5 dia.
39-D E32-T25XB 2M (Free Cutting)
Environmental Immunity
39-A E32-T22B 2M (Free Cutting)
Applications
Through-beam Fiber Units (Set of 2)
Fiber Units
Dimensions
39
Fiber Sensor
Features
Bending-resistant, Disconnection-resistant
Selection
Guide
Environmental Immunity
39
Environmental Immunity
Bending-resistant, Disconnection-resistant
Fiber Sensor
Features
40
Through-beam → 38 page
Selection
Guide
• Capable of withstanding one million repeated bends.
Degree of bend:
Bending radius:
Weight:
Bending rate:
Fiber Units
Standard Installation
Saving Space
Beam Improvements
±180°
4 mm
50 g
30 times/minute
Weight
• A large number of independent fine fibers
ensures good flexibility. Suitable for use on
moving parts without easily breaking.
Threaded
• Protective Stainless Spiral Tube is available for covering the fiber cable
to protect it from accidental breaking due to snagging or shock.
Cylindrical
Flat
Sleeved
Specifications
Reflective Fiber Units
Small Spot
High Power
Narrow
view
Size
Appearance (mm)
1.5 dia.
Transparent Objects
Retroreflective
Environmental Immunity
Chemicalresistant,
Oil-resistant
1.5 dia.
M3
M3
3 dia.
Liquid-level
Vacuum
FPD,
Semi,
Solar
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Installation
Information
40
30
40
ST :
60
SHS:
16
IP67
15
M4
M4
Bendresistant,
R4
41 Page
Dimensions
No.
E32-D22B 2M
41-A
E32-D21 2M
41-B
E32-D221B 2M
41-C
SHS:
40
E32-D21B 2M
41-D
E32-D11 2M
41-E
E32-D25XB 2M
41-F
(5 μm dia.)
IP67
840
50
ST : 350
240
SHS: 100
240
ST : 100
IP67
12
8
ST : 140
90
180
M6
2
300
70
17
M6
Models
IP67
3 dia.
Square
Optical axis
diameter
(minimum
sensing
object)
15
Heatresistant
Area
Detection
IP67
140
11
Limitedreflective
Bending
Sensing distance (mm)
Bending Simple Fiber
Smart Fiber Amplifier Units
radius Amplifier Units
(Advanced Models)
of cable (Simple Models)
E3X-HD
E3X-SD
GIGA HS
Other modes
15
BGS
Applications
Reflective → This page
60
SHS:
30
IP67
Note 1. The mode of E3X-HD that is given under the sensing distances has the following mode names and response times.
GIGA: GIGA Power Mode (16 ms), HS: High-speed Mode (250 µs), ST: Standard Mode (1 ms), and SHS: Super-high-speed Mode (NPN output and E3X-HD0: 50 µs, PNP output: 55 µs)
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 the optimum values.
3. The sensing distances for Reflective Fiber Units are for white paper.
Protective Stainless Spiral Tube (Sold separately)
Insert the fiber cable into the protective tube to prevent breaking by snagging or shock.
Applicable Fiber Units
Models
Quantity
E32-D21R 2M/E32-C31 2M/
E32-D21 2M
E39-F32A
1 piece
E32-D211R 2M/E32-D21B 2M
E39-F32C
2 pieces
E32-D11R 2M/E32-CC200 2M/
E32-D11 2M/E32-D51R 2M/
E32-D51 2M
E39-F32D
1 piece
* This Tube cannot be used if a Lens Unit is being used.
41 Page
Dimensions
No.
41-G
Bending-resistant, Disconnection-resistant
Installation Information → 56, 57 and 59 Page
Two, 2.2 dia.
Fiber Attachment*
100
5.2
Two 0.25 dia.
emitter fibers
Two, 0.25 dia.
receiver fibers
41-F
(Aluminum)
(Nickel-plated brass)
Opposite side 5.5, thickness 1.8 (Nickel-plated brass)
Washer (Nickel-plated brass)
Two, 1 dia.
Protective tube
11
2
E39-F9: Provided
Two 0.25 dia.
emitter fibers
2.5
2,000
12
End cap (Nickel-plated brass)
B
High Power
C
41-C E32-D221B 2M (Free Cutting)
3 dia. (Nickel-plated brass)
Two, 1 dia.
E39-F9: Provided
2,000
Tube D (SUS304)
1,000
Sleeved
Small Spot
Head connector (Nickel-plated brass)
12
15
Flat
5
41-G E39-F32A/E39-F32C/E39-F32D
A
Two, 0.25 dia.
receiver fibers
Cylindrical
E39-F9: Provided
Note: Two, M2×8 stainless steel countersunk mounting screws are provided.
2,000
Enlarged View of Sensing Surface
Sensing surface
Two, 0.5 dia.
Two, 1 dia.
5.5
8 1.5
Threaded
Two, 2.2 dia. mounting holes with
two, 4.4 dia. countersinks on one side
Sensing surface
Two, 1 dia.
M3×0.5
15
2,000
E32-D25XB 2M (Free Cutting)
41-B E32-D21 2M (Free Cutting)
Sensing surface
Four, 0.25 dia.
Protective tube
15
17
12
Models
A
B
C
D
E39-F32A
M3×0.5 Depth: 4
3 dia.
6 dia.
(4.6 dia.)
E39-F32C
M4×0.7 Depth: 4
4 dia.
7 dia.
(5.6 dia.)
E39-F32D
M6×0.75 Depth: 4
5 dia.
8.5 dia.
(7 dia.)
Narrow
view
BGS
Retroreflective
Limitedreflective
M4×0.7 (SUS303)
Opposite side 7, thickness 2.4 (Nickel-plated brass)
Washer (Nickel-plated iron)
Two, 1 dia.
Sensing surface
Two, 0.5 dia.
3.2
3
E39-F9: Provided
15
2,000
Chemicalresistant,
Oil-resistant
Bending
Heatresistant
Area
Detection
Liquid-level
Vacuum
FPD,
Semi,
Solar
Installation
Information
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
41-D E32-D21B 2M (Free Cutting)
Standard Installation
* Attached with adhesive and cannot be removed.
Enlarged View of Sensing Surface
2.5
Opposite side 10, thickness 2.4 (Nickel-plated brass)
Washer (Nickel-plated iron)
Saving Space
15
2,000
(Nickel-plated brass)
Sensing surface
Two, 1 dia.
Beam Improvements
15
M6×0.75
Brancher (ABS): 3.5 dia.
Transparent Objects
1 dia.
Fiber Units
1.5 dia. (SUS304)
Sensing surface
Four, 0.25 dia.
41-E E32-D11 2M (Free Cutting)
Selection
Guide
41-A E32-D22B 2M (No Cutting)
Environmental Immunity
Reflective Fiber Units
Applications
Dimensions
41
Fiber Sensor
Features
Environmental Immunity
41
Environmental Immunity
Heat-resistant
Fiber Sensor
Features
42
Through-beam → This page
Reflective → 44 page
Saving Space
Standard Installation
Fiber Units
Selection
Guide
• Wide product variety for temperatures from 100 to 350°C.
Select the model according to heat-resistant temperature.
Threaded
Cylindrical
Flat
Sleeved
Specifications
Through-beam Fiber Units
Beam Improvements
Small Spot
High Power
Heat-resistant
temperature
Narrow
view
Appearance (mm)
Transparent Objects
Environmental Immunity
BGS
Retroreflective
Chemicalresistant,
Oil-resistant
M4
150°C *2
200°C *3
350°C *4
Heatresistant
Applications
FPD,
Semi,
Solar
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Installation
Information
42
30
1,600
ST :
560
800
2,800
R10
SHS: 400
1,000
ST :
360
R25
600
*1
*2
*3
*4
550
SHS: 140
IP67
20
M4
360
ST : 1,500
1,000
IP67
20
800
SHS: 225
1,680
600
IP67
70°C
Area
Detection
Vacuum
R35
M4
Bending
Liquid-level
30
400
IP50
17
M4
Limitedreflective
Flexible,
R2
14
100°C *1
Sensing distance (mm)
Bending Simple Fiber
Smart Fiber Amplifier Units
(Advanced Models)
radius Amplifier Units
E3X-HD
of cable (Simple Models)
E3X-SD
GIGA HS
Other modes
ST :
900
SHS: 240
Optical axis
diameter
(minimum
sensing
object)
Models
43 Page
Dimensions
No.
1 dia.
(0.1 dia.)
E32-T51R 2M
43-A
1.5 dia.
(0.1 dia.)
E32-T51 2M
43-B
0.7 dia.
(5 μm dia.)
E32-T81R-S 2M
43-C
1 dia.
(5 μm dia.)
E32-T61-S 2M
43-D
Standard Fiber Units
can be used.
---
For continuous operation, use the Fiber Unit between −40 to 90°C.
For continuous operation, use the Fiber Unit between −40 to 130°C.
The heat-resistant rating is not the same for all parts of the Fiber Unit. Refer to the dimensions diagrams for details.
The ambient operating temperature for the E32-T61-S 2M is −60 to 350°C.
Note 1. The mode of E3X-HD that is given under the sensing distances has the following mode names and response times.
GIGA: GIGA Power Mode (16 ms), HS: High-speed Mode (250 µs), ST: Standard Mode (1 ms), and SHS: Super-high-speed Mode (NPN output and E3X-HD0: 50 µs, PNP output: 55 µs)
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 the optimum values.
M2.6×0.45
3
M4×0.7 (SUS303)
Opposite side 7, thickness 2.4 (Nickel-plated brass)
Washer (Nickel-plated iron)
Sensing surface
1 dia.
3.2
43-C E32-T81R-S 2M (No Cutting)
M4×0.7 (SUS303)
2.2 dia.
14
Sensing
surface
0.7 dia.
2,000
Opposite side 7,
thickness 2.4 (SUS304)
Washer (SUS)
M2.6×0.45
3
20
10
(75)
4 dia.
A
Protective tube
Fluororesin tube 2 dia.
4 dia. 2.2 dia.
*
2,000
30 (B)
Note: 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 *) must be maintained within the
Amplifier Unit's operating temperature range.
43-D E32-T61-S 2M (No Cutting)
43-B E32-T51 2M (Free Cutting)
M4×0.7 (Nickel-plated brass)
Opposite side 7, thickness 2.4 (Nickel-plated brass)
Washer (Nickel-plated iron)
Sensing surface
1.5 dia.
2.85 dia.
1
2.2 dia.
15
17
Cylindrical
M4×0.7 (SUS303)
M2.6×0.45
Sensing
surface
0.7 dia.
Opposite side 7,
thickness 2.4 (SUS304)
Washer (SUS)
Fluororesin tube 2.8 dia. (SUS304)
20
10
A
2,000
30
Flat
2.2 dia.
4 dia.
4 dia.
3
2,000
Threaded
*
25 (B)
Note: The maximum allowable temperatures for sections A and B are 350°C and
110°C, respectively. The section inserted into the Amplifier Unit (indicated
by *) must be maintained within the Amplifier Unit's operating temperature
range.
Sleeved
Standard Installation
43-A E32-T51R 2M (Free Cutting)
Saving Space
Through-beam Fiber Units (Set of 2)
Small Spot
High Power
Narrow
view
Beam Improvements
Installation Information → 58 and 59 Page
Fiber Sensor
Features
Dimensions
43
Selection
Guide
Heat-resistant
Fiber Units
Environmental Immunity
Limitedreflective
Chemicalresistant,
Oil-resistant
Bending
Heatresistant
Environmental Immunity
Retroreflective
Transparent Objects
BGS
Liquid-level
Vacuum
Applications
Area
Detection
FPD,
Semi,
Solar
And
Long-distance Sensing Applications
A separate Lens Unit can be attached to extend the sensing distance.
→ 26 page
Installation
Information
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
- Reference Information for Model Selection -
43
Environmental Immunity
Heat-resistant
Fiber Sensor
Features
44
Through-beam → 42 page
Reflective → This page
Saving Space
Standard Installation
Fiber Units
Selection
Guide
• Wide product variety for temperatures from 100 to 400°C.
Select the model according to heat-resistant temperature.
Threaded
Cylindrical
Flat
Sleeved
Specifications
Reflective Fiber Units
Beam Improvements
Small Spot
High Power
Heat-resistant
temperature
Narrow
view
Appearance (mm)
17.5
100°C *1
Transparent Objects
Retroreflective
Environmental Immunity
Chemicalresistant,
Oil-resistant
300°C
Heatresistant
Applications
670
18
80
1,120 ST :
450
SHS:
144
ST :
180
SHS:
54
120
30
20 to 30
IP40
R25
M4
IP67
10 to 20
10 to 20
30
60
1.65 dia.
280
M4
80
70°C
*1
*2
*3
E32-D51R 2M
45-A
E32-D51 2M
45-B
E32-D81R-S 2M
45-C
45-E
SHS: −
420
45 Page
Dimensions
No.
End surface of
soda glass with
eflection factor
E32-A09H2 2M
of 7%
(t = 0.7 mm,
rounded edges)
20 to 30
120
(5 μm dia.)
Models
45-D
ST : 20 to 30
420
Standard
sensing
object
(minimum
sensing
object)
ST : 10 to 20 Soda glass with
reflection factor E32-A08H2 3M
SHS: −
of 7%
20 to 30
120
M6
Installation
Information
SHS:
320
25
400°C *3
280
IP30
350°C *3
FPD,
Semi,
Solar
ST :
190
28
Vacuum
Other modes
420
10 to 20
24
Liquid-level
HS
IP67
9
Area
Detection
GIGA
240
R10
26
5
E3X-HD
IP67
25
M6
Bending
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
R35
M6
200°C *3
140
(Advanced Models)
IP50
17
150°C *2
Limitedreflective
44
Flexible,
R2
M6
BGS
Sensing distance (mm)
Smart Fiber Amplifier Units
Simple Fiber
Bending
radius Amplifier Units
(Simple
Models)
of cable
E3X-SD
ST :
180
SHS:
54
ST :
180
SHS:
54
ST :
120
SHS:
36
(5 μm dia.)
E32-D611-S 2M
45-F
E32-D61-S 2M
45-G
E32-D73-S 2M
45-H
Standard Fiber Units
can be used.
---
For continuous operation, use the Fiber Unit between −40 to 90°C.
For continuous operation, use the Fiber Unit between −40 to 130°C.
The heat-resistant rating is not the same for all parts of the Fiber Unit. Refer to the dimensions diagrams for details.
Note 1. The mode of E3X-HD that is given under the sensing distances has the following mode names and response times.
GIGA: GIGA Power Mode (16 ms), HS: High-speed Mode (250 µs), ST: Standard Mode (1 ms), and SHS: Super-high-speed Mode (NPN output and E3X-HD0: 50 µs, PNP output: 55 µs)
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 the optimum values.
3. The sensing distances for Reflective Fiber Units are for white paper.
Heat-resistant
Installation Information → 56 and 57 Page
Two, 2.8 dia. flexible tubes
(SUS304)
4 dia.
12 7
17.5
2,000
2,000
A
28 (B)
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 *) must be maintained within
the Amplifier Unit's operating temperature range.
45-B E32-D51 2M (Free Cutting)
45-F
E32-D611-S 2M (No Cutting)
Opposite side 10, thickness 2.4 (Nickel-plated brass)
Washer (Nickel-plated iron)
Two, 2.2 dia.
Cylindrical
Opposite side 7,
thickness 2.4 (SUS)
Washer (SUS)
Sensing surface
1 dia.
SUS flexible tube 2.9 dia.
Flat
2.2 dia.
4.9
8.5
3
3.1
2.4
13
17
Threaded
M4×0.7 (SUS304)
M6×0.75 (Nickel-plated brass)
Sensing surface
Two, 1.5 dia.
*
5
30
2.2 dia.
2,000
20
4.5
4 dia.
28
5
500
A
25 (B)
Note: The maximum allowable temperatures for sections
A and B are 300°C and 110°C, respectively.
M6×0.75 (SUS303)
Protective tube
Sensing surface
1.4 dia.
Fluororesin tube
2.2 dia.
4.5 8.5
4.5 8.5
3
2
20
5
(70)
A
2,000
3
5
*
25 (B)
Note: 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 *) must be maintained within the Amplifier Unit's operating temperature
range.
Sleeve (Aluminum)
4 dia.
2.2 dia.
Flexible tube:
Two, 2.9 dia
(Stainless steel)
(SUS303)
10.7
6.5
26
5 *3
*1
2,000
A
5
25 (B)
Note: The maximum allowable temperatures
for sections A and B are 350°C and
110°C, respectively. The section inserted
into the Amplifier Unit (indicated by
*1) must be maintained within the Amplifier
Unit's operating temperature range.
Sensing surface
1 dia.
5
3,000
A
Note: The maximum allowable temperatures for
sections A and B are 300°C and 110°C,
respectively.
30 (B)
Two, M3
6.5±0.1
Mounting holes
Opposite side 7, thickness 2.4 (SUS304)
Washer (SUS)
SUS flexible tube 2.8 dia.
2.2 dia.
4 dia.
Stainless-steel tube
1.25 dia.
2.5
1.65 dia. dia.
60
5
A
BGS
Retroreflective
Limitedreflective
Chemicalresistant,
Oil-resistant
Bending
M4×0.7 (SUS303)
Two, 3.4 dia. mounting holes
with two, 6.3 dia. countersinks
1.5
(5)
4 dia. 8.6
4
20
*2. The diameter is 6 dia. if the fiber
length exceeds 10 m.
*3. The length is 10 if the fiber length
exceeds 10 m.
18
Sensing surface
2
45-H E32-D73-S 2M (No Cutting)
45-D E32-A08H2 3M (No Cutting)
5
Opposite side 10, thickness 2.4 (SUS303)
Washer (SUS)
SUS flexible tube 3.5 dia.
2.2 dia.
5 dia. *2
M4× 0.7
Opposite side 10, thickness 2.4 (SUS303)
Washer (SUS)
Sensing
surface
1.2 dia.
Narrow
view
M6×0.75 (SUS303)
M4×0.7
Small Spot
High Power
45-G E32-D61-S 2M (No Cutting)
45-C E32-D81R-S 2M (No Cutting)
Sleeved
Standard Installation
24 8.9
3.5
5.2
Two, 3.2 dia. mounting holes
with two, 6 dia. countersinks
on both sides
(SUS303)
Saving Space
9
Beam Improvements
Two, 2.2 dia.
4 dia.
Sensing
surface
Lends 5 dia.
Heatresistant
Transparent Objects
Opposite side 10, thickness 2.4 (Nickel-plated brass)
Washer (Nickel-plated iron)
Environmental Immunity
M6×0.75 (SUS303)
Sensing surface
Two, 1 dia.
Selection
Guide
45-E E32-A09H2 2M (No Cutting)
Fiber Units
45-A E32-D51R 2M (Free Cutting)
4.5 8.5
20
10
2,000
B
*
5
25 (C)
Note: The maximum allowable temperatures for sections A, B, and C are
400°C, 300°C, and 110°C, respectively.
The section inserted into the Amplifier Unit (indicated by *) must be
maintained within the Amplifier Unit's operating temperature range.
Area
Detection
Liquid-level
Vacuum
Applications
Reflective Fiber Units
FPD,
Semi,
Solar
Installation
Information
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Dimensions
45
Fiber Sensor
Features
Environmental Immunity
45
Special Applications
Area Beam (Area Detection)
Detection of falling workpieces
• Area beams are optimum for detecting workpieces presented in inconsistent
positions, such as falling workpieces, or for meander detection, or for detecting
workpieces with holes.
Fiber Units
Standard Installation
Saving Space
Beam Improvements
• This Fiber Unit is ideal for meander
detectin because it outputs the
digital value in a linear relation to the
interrupted light distance.
9999
Sensing distance: 300 mm
Passing distance of workpiece
7500
Light interruption
distance
5000
2500
0
1
2
3
4
5
6
7
8
9
10
11
Light interruption distance (mm)
E32-T16PR+E3X-HD11
Threaded
Cylindrical
Detection of workpieces with holes
Flat
Sleeved
Specifications
Through-beam Fiber Units
Small Spot
High Power
Type
Sensing
width
Appearance (mm)
Sensing distance (mm)
Bending
Smart Fiber Amplifier Units
Simple Fiber
radius
(Advanced Models)
Amplifier Units
of cable (Simple Models)
E3X-HD
E3X-SD
Narrow
view
800
27
Transparent Objects
Retroreflective
Environmental Immunity
Chemicalresistant,
Oil-resistant
11 mm
Area
30 mm
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
46
1,120
ST : 1,700
SHS:
440
47 Page
Dimensions
No.
E32-T16PR 2M
47-A
E32-T16JR 2M
47-B
E32-T16WR 2M
47-C
(0.2 dia.) *2
Flexible,
R1
700
2,750
ST : 1,500
960
SHS:
380
IP50
23
4,000 *1
1,380
69
5
1,700
ST : 2,600
SHS:
680
(0.3 dia.) *2
IP50
Reflective Fiber Units
Type
Sensing
width
Appearance (mm)
Sensing distance (mm)
Bending
Smart Fiber Amplifier Units
Simple Fiber
radius
(Advanced Models)
Amplifier Units
of cable (Simple Models)
E3X-HD
E3X-SD
Vacuum
Installation
Information
3,100
Models
*1 The optical fiber is 2 m long on each side, so the sensing distance is 4,000 mm.
*2 The values for the minimum sensing object were obtained for detection in the sensing area with the sensing distance set to 300 mm.
(The values are for a stationary sensing object.)
Area
Detection
FPD,
Semi,
Solar
HS
Optical axis
diameter
(minimum
sensing
object)
Other modes
IP50
4
17.8
Heatresistant
Liquid-level
4
27
Limitedreflective
Bending
GIGA
14.5
BGS
Applications
Characteristics of Light Interruption (Typical)
Digital lincident level
Meander detection
Selection
Guide
Fiber Sensor
Features
46
15
Array
11 mm
5
Bendresistant,
R4
25
150
GIGA
700
200
HS
Optical axis
diameter
(minimum
sensing
object)
Other modes
ST :
300
SHS:
90
(5 μm dia.)
Models
E32-D36P1 2M
47 Page
Dimensions
No.
47-D
IP67
Note 1. The mode of E3X-HD that is given under the sensing distances has the following mode names and response times.
GIGA: GIGA Power Mode (16 ms), HS: High-speed Mode (250 µs), ST: Standard Mode (1 ms), and SHS: Super-high-speed Mode (NPN output and E3X-HD0: 50 µs, PNP output: 55 µs)
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 the optimum values.
47-A E32-T16PR 2M (Free Cutting)
Two, 3.2 dia. mounting holes
with two, 6 dia. countersinks
on both sides
Reflective Fiber Units
47-D E32-D36P1 2M (Free Cutting)
14.5
25
4
10.7
4
7
Sensing surface
(2×11) (PMMA)
27 19
(Heat-resistant ABS)
* Stickers with slits of widths 0.5 and
1 mm (2 of each) provided.
47-B E32-T16JR 2M (Free Cutting)
Receiver
2
10.85
2.5
Two, 3.2 dia. mounting holes
Sensing surface: 32 × 0.265 dia. array
(emitter and receiver fibers
in alternating arrangement)
Emitter
3.3
2
4
(Nickel-plated brass)
Threaded
Cylindrical
Sensing surface
(2×11)
(PMMA)
17.8
Two, 2.2 dia.
5
2.2 dia.
14.5
10.7
2,000
10
15
………
2,000
5
Flat
Sleeved
4
Standard Installation
Through-beam Fiber Units (Set of 2)
Installation Information → 57 Page
Saving Space
Installation Information → 58 Page
Fiber Units
7
Small Spot
27 19
High Power
(ABS)
Two, 3.2 dia. mounting holes
with two, 6 dia. countersinks
on both sides
2.2 dia.
Narrow
view
2,000
Beam Improvements
Dimensions
47
Fiber Sensor
Features
Area Beam (Area Detection)
Selection
Guide
Special Applications
(3×30)
(PMMA)
Limitedreflective
12
45
65
69
Chemicalresistant,
Oil-resistant
Bending
(ABS)
2.2 dia.
2,000
Two, 3.2 dia. mounting holes
with two, 6 dia. countersinks
Heatresistant
Environmental Immunity
18
Area
Detection
Liquid-level
Vacuum
FPD,
Semi,
Solar
Installation
Information
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
18.5
Retroreflective
23
5 Sensing surface
Applications
47-C E32-T16WR 2M (Free Cutting)
Transparent Objects
BGS
47
Special Applications
Liquid-level Detection
Fiber Sensor
Features
48
• Fiber Units for detecting liquid levels are available in two types: for tube
mounting and liquid contact.
Tube-mounting Types
Saving Space
Standard Installation
Fiber Units
Selection
Guide
Detect the liquid level inside transparent tubes.
Strap the Fiber Unit to a tube with band.
Detect the liquid level by direct contact with
the liquid.
This model has excellent chemical-resistance
because the Fiber Unit is covered in fluororesin.
Threaded
Reflective=
Light incident
Air
Liquid
Radiation
Cylindrical
Flat
Sleeved
Small Spot
Beam Improvements
Liquid-contact Type
Specifications
Detection
scheme
Tube
diameter
Transparent Objects
Environmental Immunity
Chemicalresistant,
Oil-resistant
8 to
10 dia.
Tubemounting
Heatresistant
Ideal for mounting at
multilevels
• Usable on large
No
diameter tubes
restrictions • Resistant to bubbles
and droplets
Limitedreflective
Bending
19.9
3.2, 6.4
and droplets
and
• Residual quantity
9.5 dia.
detection
Narrow
view
Retroreflective
Appearance (mm)
• Resistant to bubbles
High Power
BGS
Features
Liquid contact
(heat-resistant
up to 200°C)
−
Bending
radius
of cable
27
IP50
16
23.45
15
−
49 Page
Dimensions
No.
E32-A01 5M
49-A
R10
Applicable tube: Transparent
tube with a diameter of 8 to 10
dia. and a recommended wall
thickness of 1 mm
---
E32-L25T 2M
49-B
R4
Applicable tube: Transparent
tube
(no restrictions on diameter)
---
E32-D36T 5M
49-C
R40
R25
*3
Liquid-contact Type *1
---
E32-D82F1 4M
49-D
IP67
6 dia.
Models
---
IP50
5
Applicable range
Applicable tube: Transparent
tube with a diameter of 3.2, 6.4,
or 9.5 dia. and a recommended
wall thickness of 1 mm
Bendresistant,
R4
18
10
Optical axis
diameter
(minimum
sensing
object)
IP68
*1 If the incident light level is too high, perform power tuning or use the ECO Mode to decrease the incident level.
*2 The applicable range is the same whether an E3X-HD series or E3X-SD series is used.
When using an E3X-HD Fiber Amplifier Unit in GIGA Power Mode, level detection may not work depending on the tube diameter. Make sure to confirm operation with the actual tube.
*3 The bending radius of the sensing section (except for the unbendable section) is 40 mm, and the bending radius of the fiber is 25 mm.
Applications
Area
Detection
Liquid-level
Vacuum
FPD,
Semi,
Solar
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Installation
Information
48
- Reference Information for Model Selection Determining the Best Model for Tube-mounted Types
Mounting and conditions
Recommended Unit
When bubbles and the water
droplets are generated
E32-A01
Multilevel installation in limited space
E32-L25T
Features
This is a Through-beam Model, so the incident light will differ greatly between with and without
of liquid.
It also uses an area beam, which is less prone to false detection by bubbles and droplets.
With liquid
Without liquid
Light interrupted
Light incident
This model is suitable for mounting at multilevels because of the thin type (height: 10 mm).
This model has no restrictions on the tube diameter, so it can be mounted on many different
tube sizes.
It also uses an area beam, which is less prone to false detection by bubbles and droplets.
Without liquid
With liquid
Mounting on large diameter tubes
E32-D36T
Air
Reflective=
Light incident
Tube
Liquid
Radiation
(Heat-resistant ABS)
M3×8
Band holes
20
19.9
3
4.2
27
5,000
* Mount the holder at the appropriate position based on the
actual tube diameter (1/8, 1/4, 3/8 inch).
Receiver
3
Note: Two nylon bands are provided.
Threaded
49-B E32-L25T 2M (Free Cutting)
Cylindrical
Sensing surface Lens two, 3.2 dia. (PC)
1.2
E39-F9: Provided
(13)
15.2
Band hole
6
10
Two, 1 dia.
Sleeved
6
(PC)
18
2,000
Note: Two nylon bands and one anti-reflector are provided.
49-C E32-D36T 5M (Free Cutting)
R10
15
Enlarged View of Sensing Surface
4
2
Emitter: Sixteen, 0.265 dia.
5
BGS
20.4
23.45
5,000
Receiver: Sixteen, 0.265 dia.
13.25
5
Sensing surface
Fiber connector 9 dia.
(Nickel-plated brass)
6 dia. (Fluororesin)
Chemicalresistant,
Oil-resistant
Two, 2.2 dia. *
8 dia.
To the Amplifier Unit
Length of unbendable
section: 150
A
1,500 mm from the tip
Retroreflective
Limitedreflective
49-D E32-D82F1 4M (Free Cutting)
7.2
Narrow
view
Eight, R0.5
5
11.4
4.4
Small Spot
High Power
Two, 2.2 dia.
Two, Band holes
(ABS)
Flat
Bending
27
2,000
42
B
Heatresistant
2,000
* The 2-m section of optical fiber on the Amplifier unit side is plastic and therefore allows free cutting.
Note: The maximum allowable temperature is 200°C for section A and 85°C for
section B.
Area
Detection
Liquid-level
And
Vacuum
The E32-A01 Fiber Unit is designed to default to the same output
as for liquid absent in the event of a failure, such as when the fiber
breaks. This makes it suitable for residual quantity detection.
Trouble (disconnection)
Light interrupted
With liquid
Light interrupted
Without liquid
Light incident
If the failure goes unnoticed, this failsafe design will prevent false
detection of liquid when there is no liquid present.
FPD,
Semi,
Solar
Installation
Information
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Designed for Safe Residual quantity detection (E32-A01 only)
Transparent Objects
16
Environmental Immunity
2.8
Applications
Emitter
14
Sensing surface
(2 × 11) (PMMA)
Two, 2.2 dia.
(45)
1.3
Optical axis
Tube holder
(PBT)
Tube-mounting Examples
Model display tube
Beam Improvements
*
Standard Installation
49-A E32-A01 5M (Free Cutting)
Saving Space
Installation Information → 56 and 57 Page
Fiber Sensor
Features
Dimensions
49
Selection
Guide
Liquid-level Detection
Fiber Units
Special Applications
49
Special Applications
Vacuum-resistant
Fiber Sensor
Features
50
• Can be used under high vacuums of up to 10-5 Pa.
• Available in models with heat resistant up to 120 or 200°C.
Selection
Guide
Configuration Example for using under vacuum
Saving Space
Standard Installation
Fiber Units
(Lens Units)
Fiber Units on vacuum side
Beam Improvements
Transparent Objects
Fiber Amplifier unit
Fiber Units on atmospheric pressure side
Cylindrical
Flat
Sleeved
Specifications
Through-beam Fiber Units
High Power
Type
Heatresistant
temperature
Narrow
view
Retroreflective
Appearance (mm)
120°C
Vacuum
side
Area
Detection
Liquid-level
Vacuum
FPD,
Semi,
Solar
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Installation
Information
50
260
ST :
400
SHS:
100
1.2 dia.
(10 μm dia.)
Models
51 Page
Dimensions
No.
E32-T51V 1M
51-A
E32-T51V 1M
+
E39-F1V
51-B
E32-T84SV 1M
51-C
E32-T10V 2M
51-D
R30
35.9
1,200
4 dia.
3,780
1,360
30
200°C
Chemicalresistant,
Oil-resistant
Heatresistant
720
200
M4
Limitedreflective
Bending
Sensing distance (mm)
Optical axis
Bending Simple Fiber
Smart Fiber Amplifier Units
diameter
(Advanced Models)
radius Amplifier Units
(minimum
E3X-HD
of cable (Simple Models)
sensing
object)
E3X-SD
GIGA HS Other modes
30
BGS
Environmental Immunity
Flange
Atmospheric pressure side
Threaded
Small Spot
Applications
Vacuum chamber Vacuum side
500
3 dia.
1,760
640
ST : 2,000
SHS:
520
ST :
950
SHS:
260
4 dia.
(0.1 dia.)
2 dia.
(0.1 dia.)
R25
Atmospheric
pressure
side
ST : −
70°C
SHS: −
Note 1. The mode of E3X-HD that is given under the sensing distances has the following mode names and response times.
GIGA: GIGA Power Mode (16 ms), HS: High-speed Mode (250 µs), ST: Standard Mode (1 ms), and SHS: Super-high-speed Mode (NPN output and E3X-HD0: 50 µs, PNP output: 55 µs)
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 the optimum values.
Flange
Appearance
Type
Models
51 Page
Dimensions
No.
4-channel flange
E32-VF4
51-E
1-channel flange
E32-VF1
51-F
Vacuum-resistant
Dimensions
Installation Information → 58 and 59 Page
Through-beam Fiber Units (Set of 2)
3
20
2.2 dia.
Connected to flange
(vacuum side)
26
(30)
1,000
E39-F1V
51-B E32-T51V 1M (No Cutting) + E39-F1V
4 dia. M4×0.7
0.5 dia. hole
3 dia.
8.9
4 dia.
6
25.9
1,000
(35.9)
Flat
51-C E32-T84SV 1M (No Cutting)
Sensing surface: 2 dia.
1,000
3.5 dia.
3 dia.
Flexible tube:
(Stainless steel) 2.9 dia.
90°
Small Spot
Connected to flange
(vacuum side)
4 dia.
4 dia.
2.2 dia.
High Power
26
Narrow
view
R5
51-D E32-T10V 2M (Free Cutting)
BGS
2.2 dia.
Retroreflective
2,000
51-E E32-VF4
36 dia.
24
Four,
10 dia.
49
8
Limitedreflective
80
70 dia.
44 dia.
Chemicalresistant,
Oil-resistant
45°
80
Bending
Flange
Flange
V40 O-ring
Beam Improvements
12
max.30 6
Sleeved
12
14.2
90 dia.
Note 1. Mount the Flange so that the V40 O-Ring is on the atmospheric-pressure
side of the vacuum chamber wall.
2. Mounting-hole dimensions: 38 dia. ±0.5 mm
3. The maximum tightening torque is 9.8 N·m.
Heatresistant
Area
Detection
51-F E32-VF1
(63)
22
(96)
M14×2
5
10
(23)
22
30
19
Liquid-level
20 dia.
Vacuum
6 (33.53)
One nut
Two, connectors
One spring washer
V15 O-ring
Note 1. Mount the Flange so that the V15 O-Ring is on the atmospheric-pressure
side of the vacuum chamber wall.
2. Mounting-hole dimensions: 14.5 dia. ±0.2 mm
3. The maximum tightening torque is 14.7 N·m for the clamp nut and 1.5 N·m
for the connector.
- Reference Information for Model Selection What Is a Vacuum-resistant Fiber Unit?
• The Flange is designed to create an air-tight seal on the vacuum side.
• The fibers and Flange on the vacuum side are made of non-outgassing materials.
These parts are inspected, cleaned, and sealed in an air-tight package in a clean room prior to shipment.
Glass Stainles steel
No outgassing
Fluoro-resin
Applications
(SUS304)
FPD,
Semi,
Solar
Installation
Information
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
3 dia.
Cylindrical
Transparent Objects
8.9
Threaded
M2.6×0.45
Effective depth: 3.8
countersinking depth: 0.9
Environmental Immunity
Sensing surface
1.15 dia.
4 dia.
3 dia.
Standard Installation
4 dia.
M2.6×0.45
Saving Space
Opposite side 8 (SUS304)
Washer (SUS304)
Fiber Units
M4×0.7
(Aluminum)
Selection
Guide
51-A E32-T51V 1M (No Cutting)
51
Fiber Sensor
Features
Special Applications
51
Special Applications
FPD, Semiconductors, and Solar Cells
10 to 20mm
Selection
Guide
• Glass-substrate Mapping
Digital value
Stable detection is possible even for difficult-todetect curved surfaces.
Fiber Units
Standard Installation
Saving Space
Beam Improvements
Detection position
accuracy: 0.2 mm max.
Detection position accuracy: 0.2 mm max.
No variation in detection positions even if the
sensing distance changes.
Tilting workpiece does not affect detection.
2500
2250
2000
1750
1500
1250
1000
750
500
250
0
Glass-substrate
Alignment
E32-A08
E32-A08H2
Distance Raw glass
(t = 0.7 mm, rounded edges)
E32-A09
Stable detection
5 10 15 20 25 30 35 40 45 50 55 60
Distance (mm)
• Glass Presence Detection in Wet
Processes
Threaded
Spherical heads eliminate
liquid build up.
Cylindrical
Liquid builds up on flat
head.
Water droplet
Stable non-contact detection even with
warped glass.
The spherical heads ensure stable detection
without being influenced by liquid.
Flat
Sleeved
Specifications
Limited-reflective Fiber Units
Small Spot
High Power
Narrow
view
Transparent Objects
Retroreflective
Environmental Immunity
BGS
Chemicalresistant,
Oil-resistant
Limitedreflective
Application Ambient
temperature
Appearance (mm)
Glass
presence
detection
20.5
3.8
Vacuum
FPD,
Semi,
Solar
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Installation
Information
52
0 to 15
14
70°C
GIGA
HS
Standard
sensing
object
(minimum
sensing
object)
Other modes
0 to 15
ST : 0 to 15
0 to 15
SHS: 0 to 12
Glasssubstrate
Alignment
300°C
14
IP40
10 to 20
IP30
12 to 30
14
20
Wet
processes
(Cleaning,
Resist
developing,
and etching)
60°C
Wet
processes
(Resist
stripping)
85°C
*1
*2
15 to 38
(Center 25)
9
300°C
*2
10 to 20
ST : 10 to 20
10 to 20
SHS: −
Soda glass
with reflection
factor of 7%
E32-A08 2M
53-B
E32-A08H2 3M
53-C
E32-A12 2M
53-D
*1
12 to 30
ST : 12 to 30
12 to 30
SHS: −
IP40
23
Mapping of
glass
substrates
53-A
R25
24.5
70°C
E32-L16-N 2M
*1
18
5
53 Page
Dimensions
No.
IP40
26
5
Models
*1
24.5
5
Heatresistant
Liquid-level
Sensing distance (mm)
Bending
Smart Fiber Amplifier Units
Simple Fiber
radius
(Advanced Models)
Amplifier Units
of cable (Simple Models)
E3X-HD
E3X-SD
Bending
Area
Detection
Applications
Limited-reflective → This page Through-beam → 54 page
• Glass-substrate Alignment
Fiber Sensor
Features
52
IP40
30
20 to 30
(Center 25)
9
24
IP40
14
40
IP67
Mounting
hole A
38.5
17.5
IP67
ST : 15 to 38
End surface E32-A09 2M
of soda glass
with reflection
factor of 7%
(t = 0.7 mm,
rounded
ST : 20 to 30
edges)
E32-A09H2 2M
SHS: −
(Center 25)
15 to 38 SHS: −
(Center 25)
20 to 30
20 to 30
(Center 25)
8 to 20 mm from tip of Lens
(Recommended sensing distance: 11 mm)
19 to 31 mm from center of mounting hole A
(Recommended sensing distance: 22 mm)
Mounting
hole A
20
15 to 38
R40
8 to 20 mm from tip of Lens
(Recommended sensing distance: 11 mm)
32 to 44 mm from center of mounting hole A
(Recommended sensing distance: 35 mm)
53-E
53-F
E32-L11FP 5M
53-G
E32-L11FS 5M
53-H
Glass
(t=0.7mm)
If operation is affected by the background, perform power tuning or use the ECO Mode to decrease the incident level.
The maximum allowable temperature is not the same for all parts of the Fiber Unit. Refer to the dimensions diagrams for details.
Must not be repeatedly subject to rapid temperature changes.
Note 1. The mode of E3X-HD that is given under the sensing distances has the following mode names and response times.
GIGA: GIGA Power Mode (16 ms), HS: High-speed Mode (250 µs), ST: Standard Mode (1 ms), and SHS: Super-high-speed Mode (NPN output and E3X-HD0: 50 µs, PNP output: 55 µs)
FPD, Semiconductors, and Solar Cells
Installation Information → 56 and 57 Page
(45)
6.8
20.5
3.8
12
23
53-F
9
Two, 2.8 dia.
flexible tubes
(SUS304)
Two, 3.2 dia. mounting holes
with two, 6 dia. countersinks
on both sides
(SUS303)
24 8.9
Two, 2.2 dia.
(ABS)
2,000
E32-A09H2 2M (No Cutting)
Sensing surface
Lends 5.8 dia.
53-B E32-A08 2M (Free Cutting)
10.7 6.5
Two, 3.2 dia. mounting holes with
two, 6 dia. countersinks on one side
7
2,000
(PVC)
3.8
Two, 2.2 dia.
4 dia.
12 7
14 12
Sensing surface
1.1
24.5
A
2,000
28 (B)
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 *) must be maintained within
the Amplifier Unit's operating temperature range.
2,000
5
53-G E32-L11FP 5M (Free Cutting)
53-C E32-A08H2 3M (No Cutting)
Mounting holes
Two, 3.4 dia.
Two, 6.3 dia.
countersinks
1.5
5
Sensing object (Glass)
40
14
(PFA)
Sleeve (Aluminum)
4 dia. 8.6
2.2 dia.
4 dia.
12
18
Sensing surface
4
(SUS303)
10.7
(PFA)
30 (B)
Two, M3
Model display tube
Optical axis
Mounting holes
10.7
24.5
Limitedreflective
Chemicalresistant,
Oil-resistant
53-H E32-L11FS 5M (Free Cutting)
17.5
Optical fiber
Two, 2.2 dia.
38.5
10
Sensing object (Glass)
(PFA)
35
6.5±0.2
Two, M3
1.1
High Power
Retroreflective
Two, 2.2 dia.
Mounting holes
14 12
Small Spot
Two, 4.2 dia. mounting holes
Two, 4 dia, (t=0.5)
(PTFE) 5 m
6.5±0.1
53-D E32-A12 2M (Free Cutting)
Mounting holes Two, 3.2 dia.
Four, 6 dia. countersinks
Sleeved
Narrow
view
27
3,000
A
Note: The maximum allowable temperatures is 300°C for
sections A and 110°C for section B (section inserted
into Amplifier Unit).
Flat
BGS
Flexible tube: Two, 2.9 dia.
(Stainless steel)
6.5
26
3.8
(Heat-resistant PVC)
22
(5)
Cylindrical
*
5
30
Two, 3.2 dia. mounting holes with
two, 6 dia. countersinks on one side *2
2.2 dia.
Threaded
6.5
Heatresistant
SUS316L
39
2,000
12
5
Two, 2.2 dia.
Area
Detection
Liquid-level
(PFA)
Two, 4 dia, (t=0.5)
(PTFE) 5 m
Bending
Transparent Objects
7
2.7
8.9
Environmental Immunity
0.95
20
Standard Installation
Model display tube
(Aluminum)
Two, 4.2 dia. mounting holes
Vacuum
Applications
14 10.6
Sensing surface
Lenses 5.8 dia.
9
Two, 2.2 dia.
Selection
Guide
53-E E32-A09 2M (Free Cutting)
Two, 3.2 dia.mounting holes with
two, 6 dia. Countersinks
FPD,
Semi,
Solar
Installation
Information
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Sensing
surface
Fiber Units
53-A E32-L16-N 2M (Free Cutting)
Saving Space
Limited-reflective Fiber Units
Beam Improvements
Dimensions
53
Fiber Sensor
Features
Special Applications
53
Special Applications
FPD, Semiconductors, and Solar Cells
Fiber Sensor
Features
• Wafer Mapping
Selection
Guide
(E32-A04, High-speed Mode)
10 mm
E32-A04+E3X-HD11
Mapping Characteristics
−10
−5
Detection
0
Detection
5
150 mm
Fiber Units
Standard Installation
Saving Space
Beam Improvements
2 wafers
12-inch silicon wafer
10
Wafer Mapping
Threaded
0
2500 5000 7500 9999
Digital value
Thin-profile design enables easy mounting on robot arms.
Easy to adjust optical axis.
(Typical alignment error between mechanical and optical axes is only ±0.1°.)
Reliably wafer detection, even when stacked closely together.
Cylindrical
Flat
Sleeved
Specifications
Through-beam Fiber Units
Small Spot
High Power
Application Ambient Aperture
temperature angle
Narrow
view
Transparent Objects
Retroreflective
Environmental Immunity
Chemicalresistant,
Oil-resistant
Limitedreflective
Appearance (mm)
Flexible,
R1
1.5°
IP50
Thickness: 3 mm
24.5
Thickness: 3 mm
IP50
20.5
Wafer
Mapping
70°C
Area
Detection
Liquid-level
Vacuum
FPD,
Semi,
Solar
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Installation
Information
54
890
10
Models
55 Page
Dimensions
No.
340
Thickness: 2 mm
1,200
ST : 1,780
SHS: 500
E32-A03 2M
55-A
E32-A03-1 2M
55-B
E32-A04 2M
55-C
E32-T24SR 2M
55-D
E32-T24S 2M
55-E
2 dia.
(0.1 dia.)
1,280
ST :
450
680
SHS: 200
1.2 dia.
(0.1 dia.)
IP50
Flexible,
R1
20.5
4°
3,220
R10
3.4°
Bending
Heatresistant
Sensing distance (mm)
Optical axis
Bending
Simple Fiber Smart Fiber Amplifier Units diameter
radius
(minimum
(Advanced Models)
Amplifier Units
of cable (Simple Models)
E3X-HD
sensing
E3X-SD
GIGA HS Other modes object)
20.5
BGS
Applications
Limited-reflective → 52 page Through-beam → This page
Detection positions (mm)
54
1,170
4,000 *
1,460
ST : 2,200
SHS: 580
3.5 dia.
R10
1,400
4,000 *
1,740
ST : 2,600
SHS: 700
2 dia.
(0.1 dia.)
IP50
* The optical fiber is 2 m long on each side, so the sensing distance is 4,000 mm.
Note 1. The mode of E3X-HD that is given under the sensing distances has the following mode names and response times.
GIGA: GIGA Power Mode (16 ms), HS: High-speed Mode (250 µs), ST: Standard Mode (1 ms), and SHS: Super-high-speed Mode (NPN output and E3X-HD0: 50 µs, PNP output: 55 µs)
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 the optimum values.
Dimensions
Through-beam Fiber Units (Set of 2)
55-A E32-A03 2M (Free Cutting)
20.5
0.4
2,000
1.8
2.95 dia.
3.5 dia.
Engraved mark: E39-F9:
3.2 1 dia.
Provided
6
Installation Information → 56 and 58 Page
55
Fiber Sensor
Features
FPD, Semiconductors, and Solar Cells
Selection
Guide
Special Applications
Sensing surface: 1.7 dia.
Note: Use the engraved surface and its opposing surface as
installation (reference) surfaces.
55-B E32-A03-1 2M (Free Cutting)
Cylindrical
1 dia.
2.95 dia.
10
4.5
3.5
3
Engraved mark:
1 dia.
6.5 3
E39-F9:
Provided
Mounting holes
Two, 3.4 dia
12.5
24.5
Sensing surface:
1.7 dia.
(SUS303)
13
55-C E32-A04 2M (Free Cutting)
(SUS303)
2 dia.
1 dia.
E39-F9: Provided
High Power
Narrow
view
Sensing surface: 1.2 dia.
Chemicalresistant,
Oil-resistant
55-D E32-T24SR 2M (Free Cutting)
1.8
0.4
(SUS303)
3.5 dia.
11
2.2 dia.
3.2
3.4
E39-L83 Mounting Bracket
(SUS) (provided)
3.2
10
20.5
1.5
Vacuum
1.8
(SUS303)
3.5 dia.
11
2.2 dia.
3.2
3.4
3.2
E39-L83 Mounting Bracket
(SUS) (provided)
10
20.5
1.5
2
Heatresistant
Liquid-level
55-E E32-T24S 2M (Free Cutting)
0.4
Bending
Area
Detection
2,000
Sensing surface: 1.7 dia.
2
Limitedreflective
Sensing surface: 1.7 dia.
2,000
Transparent Objects
Retroreflective
Environmental Immunity
2,000
Engraved mark: 1 dia.
Applications
20.5
FPD,
Semi,
Solar
Installation
Information
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
2
17.6
Small Spot
BGS
4
2
Note: Use the engraved surface and its opposing surface as
installation (reference) surfaces.
17.6
Flat
Sleeved
2,000
Note1: Use the engraved surface and its opposing surface as
installation (reference) surfaces.
2. Set of two symmetrical parts.
2
Threaded
Standard Installation
3.2
10
2
Saving Space
3.4
Beam Improvements
(SUS303)
E39-L83 Mounting Bracket
(SUS) (provided)
Fiber Units
4.3 11
17.6
55
Selection
Guide
Fiber Sensor
Features
56
Installation Information
Models
E32-A01 5M
Installation
Cable
Sheath
Ambient
Tightening Mounting Bending Unbendable Tensile
length
strength material
temperature
torque
hole
radius
−40 to 70°C
0.03N • m
−
R4
10
9.8N
Fluororesin
Core
Emitter/receiver
material differentiation
Plastic
None
Weight
(packed
state) (g)
200
Demensions
Page
No.
49 Page
49-A
29 Page
E32-A03 2M
−40 to 70°C
0.29N • m
−
R1
0
9.8N
Polyethylene
Plastic
None
40
29-A
55 Page
55-A
Saving Space
Standard Installation
Fiber Units
29 Page
Beam Improvements
−40 to 70°C
0.29N • m
−
R10
10
9.8N
Polyethylene
Plastic
None
50
Cylindrical
Flat
29-B
55 Page
55-B
29 Page
E32-A04 2M
−40 to 70°C
0.29N • m
2.2+0.5
0 dia.
R10
10
9.8N
Polyethylene
Plastic
None
40
29-C
55 Page
55-C
Threaded
35 Page
E32-A08 2M
−40 to 70°C
*1
0.53N • m
−
R25
10
9.8N
Polyethylene
Plastic
None
60
35-C
53 Page
53-B
45 Page
E32-A08H2 3M
−40 to 300°C
0.53N • m
−
R25
10
29.4N
SUS
Glass
None
240
45-D
53 Page
53-C
Sleeved
Small Spot
35 Page
E32-A09 2M
−40 to 70°C
*1, *2
0.53N • m
−
R25
10
9.8N
Polyethylene
Plastic
None
60
35-F
53 Page
53-E
45 Page
High Power
E32-A09H2 2M
−40 to 300°C
0.53N • m
−
R25
10
9.8N
SUS
Glass
None
230
Transparent Objects
Retroreflective
Environmental Immunity
Chemicalresistant,
Oil-resistant
Limitedreflective
Bending
Heatresistant
Area
Detection
Liquid-level
Vacuum
FPD,
Semi,
Solar
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Installation
Information
56
45-E
53 Page
53-F
Narrow
view
BGS
Applications
E32-A03-1 2M
35 Page
E32-A12 2M
−40 to 70°C
0.53N • m
E32-C11N 2M
−40 to 70°C
0.98N • m
−
R25
10
9.8N
Polyethylene
29.4N
PVC and
Polyethylene
Plastic
None
Plastic
White line on
emitter cable
60
35-D
53 Page
53-D
E32-C31 2M
−40 to 70°C
0.78N • m
6.2
+0.5
0
dia.
3.2+0.5
0 dia.
R4
R25
0
10
9.8N
Polyethylene
70
Plastic
White line on
emitter cable
Plastic
White line on
emitter cable
Plastic
White line on
emitter cable
30
40
E32-C31M 1M
−40 to 70°C
0.78N • m
3.2+0.5
0 dia.
E32-C31N 2M
−40 to 70°C
0.29N • m
3.2
E32-C41 1M
−40 to 70°C
0.78N • m
3.2
dia.
R25
10
9.8N
Polyethylene
Plastic
White tube on
emitter cable
E32-C42 1M
−40 to 70°C
0.29N • m
2.2+0.5
0 dia.
R25
10
9.8N
Polyethylene
Plastic
White tube on
emitter cable
30
E32-C42S 1M
−40 to 70°C
0.29N • m
3.2+0.5
0 dia.
R25
10
4N
Polyolefin
Plastic
White tube on
emitter cable
30
Plastic
White line on
emitter cable
+0.5
0
+0.5
0
dia.
E32-CC200 2M
−40 to 70°C
0.98N • m
6.2+0.5
0 dia.
E32-D11 2M
−40 to 70°C
0.98N • m
6.2
E32-D11R 2M
−40 to 70°C
0.98N • m
6.2
E32-D11U 2M
−40 to 70°C
0.98N • m
6.2
E32-D12F 2M
E32-D15XR 2M
E32-D15YR 2M
E32-D15ZR 2M
−40 to 70°C
−40 to 70°C
−40 to 70°C
−40 to 70°C
0.78N • m
+0.5
0
E32-D21 2M
−40 to 70°C
0.78N • m
0.78N • m
dia.
dia.
−
dia.
E32-D21B 2M
−40 to 70°C
0.78N • m
4.2+0.5
0 dia.
E32-D21R 2M
−40 to 70°C
0.78N • m
3.2
*1
*2
R1
R4
R40
R4
4.2+0.5
0 dia.
+0.5
0
R4
R1
−
3.2
R25
R1
−
+0.5
0
R4
R1
−
0.15N • m
0.53N • m
dia.
6.5+0.5
0 dia.
0.15N • m
−40 to 70°C
−40 to 70°C
+0.5
0
0.15N • m
E32-D16 2M
E32-D211R 2M
+0.5
0
R10
dia.
R4
R1
R4
R1
10
0
10
10
0
10
10
0
0
0
10
10
0
10
0
9.8N
Polyethylene
9.8N
PVC and
Polyethylene
29.4N
29.4N
29.4N
29.4N
29.4N
29.4N
29.4N
29.4N
29.4N
9.8N
9.8N
9.8N
9.8N
Polyethylene
PVC
PVC
Fluororesin
Fluororesin
PVC
PVC
PVC
PVC
PVC
Polyethylene
PVC
Polyethylene
Plastic
Plastic
Plastic
Plastic
Plastic
Plastic
Plastic
Plastic
Plastic
Plastic
Plastic
Plastic
The heat-resistant rating is not the same for all parts of the Fiber Unit. Refer to the dimensions diagrams for details.
Avoid rapid temperature changes.
None
None
None
None
None
None
None
None
None
None
None
None
40
40
40
50
50
60
190
60
60
60
70
20
40
40
20
09 Page
09-B
09 Page
09-D
09 Page
09-E
09 Page
09-A
21 Page
21-A , 21-D
19 Page
, 19-B
19-A
19 Page
19-E
09 Page
09-H
41 Page
41-E
09 Page
09-G
37 Page
37-I
37 Page
37-H
15 Page
15-D
15 Page
15-E
15 Page
15-F
23 Page
23-C
41 Page
41-B
09 Page
09-F
41 Page
41-D
09 Page
09-C
10
9.8N
PVC
Plastic
None
40
41-C
13 Page
E32-D22B 2M
−40 to 70°C
0.2N • m
1.7+0.5
0 dia.
E32-D22R 2M
−40 to 70°C
0.29N • m
3.2
E32-D24R 2M
−40 to 70°C
0.29N • m
3.2
R4
10
9.8N
PVC
Plastic
None
30
13-A
41 Page
41-A
E32-D25XB 2M
E32-D32L 2M
E32-D33 2M
−40 to 70°C
−40 to 70°C
−40 to 70°C
+0.5
0
+0.5
0
0.15N • m
0.29N • m
0.29N • m
dia.
dia.
−
3.2
+0.5
0
R1
R1
R4
dia.
3.2+0.5
0 dia.
R25
R4
0
0
10
10
10
9.8N
9.8N
9.8N
29.4N
9.8N
Polyethylene
Polyethylene
PVC
Polyethylene
Polyethylene
Plastic
Plastic
None
None
Plastic
None
Plastic
Yellow dotted
line on emitter
cable
Plastic
None
40
40
40
50
13 Page
13-C
17 Page
17-E
41 Page
41-F
13-E
E32-D36P1 2M
−40 to 70°C
−40 to 70°C
0.29N • m
2.2+0.5
0 dia.
0.78N • m
−
R4
R4
10
10
9.8N
29.4N
Polyethylene
Polyethylene
Plastic
Plastic
None
None
30
60
E32-D36T 5M
−40 to 70°C
−
−
R4
10
29.4N
Polyethylene
Plastic
None
190
E32-D43M 1M
−40 to 70°C
0.29N • m
1.7+0.5
0 dia.
R4
10
9.8N
Polyethylene
Plastic
None
30
17 Page
17 Page
17-G
0.98N • m
6.2+0.5
0 dia.
E32-D51R 2M
−40 to 100°C
*2
0.98N • m
6.2
dia.
R2
0
29.4N
Polyurethane
Plastic
None
60
E32-D61-S 2M
−60 to 350°C
*3
0.98N • m
6.2+0.5
0 dia.
R25
10
29.4N
SUS
Glass
None
190
E32-D611-S 2M
−60 to 350°C
*3
0.98N • m
4.2+0.5
0 dia.
R25
10
29.4N
SUS
Glass
None
170
+0.5
0
E32-D73-S 2M
−40 to 400°C
*3
E32-D81R-S 2M
−40 to 200°C
*3
0.78N • m
6.2+0.5
0 dia.
E32-D82F1 4M
−40 to 200°C
0.29N • m
6.5
E32-DC200BR 2M
−40 to 70°C
0.98N • m
6.2
E32-DC200F4R 2M −40 to 70°C
0.78N • m
3.2
0.78N • m
4.2+0.5
0 dia.
+0.5
0
+0.5
0
+0.5
0
dia.
dia.
dia.
R35
R25
R10
R25
R1
R1
10
10
10
10
0
0
29.4N
29.4N
9.8N
29.4N
29.4N
9.8N
Fluororesin
Plastic
SUS
Glass
Fluororesin
Fluororesin
PVC
Polyethylene
Glass
Plastic
Plastic
Plastic
None
None
None
None
None
None
60
170
70
450
60
40
49-C
13-B
17 Page
45 Page
45-B
45 Page
−10 to 60°C
0.78N • m
−
R40
10
9.8N
Fluororesin
Plastic
None
310
Small Spot
High Power
Narrow
view
BGS
45-A
45 Page
45-G
45 Page
45-F
45 Page
45-H
45 Page
45-C
49 Page
49-D
17 Page
17-J
17 Page
17-I
37 Page
E32-L11FP 5M
Sleeved
47-D
49 Page
17-F
E32-D51 2M
Flat
47 Page
13 Page
−40 to 150°C
*1
Cylindrical
13-F
17-H
E32-D331 2M
Threaded
13 Page
13 Page
40
Fiber Sensor
Features
13-D
41 Page
37-F
53 Page
53-G
Retroreflective
Limitedreflective
Chemicalresistant,
Oil-resistant
Bending
Heatresistant
Area
Detection
Liquid-level
37 Page
−10 to 85°C
0.78N • m
−
R40
10
9.8N
Fluororesin
Plastic
None
310
37-G
53 Page
53-H
E32-L15 2M
−40 to 70°C
0.53N • m
−
R25
10
29.4N
Polyethylene
Plastic
White tube on
emitter cable
60
19 Page
19-F
31 Page
31-A
E32-L16-N 2M
−40 to 70°C
0.29N • m
−
R25
10
29.4N
Polyethylene
Plastic
None
60
35 Page
35-B
53 Page
53-A
31 Page
E32-L24S 2M
−40 to 70°C
0.29N • m
−
R10
10
9.8N
Polyethylene
Plastic
None
40
31-B
35 Page
35-A
31 Page
E32-L25L 2M
E32-L25T 2M
*1
*2
*3
−40 to 105°C
*2
−40 to 70°C
0.29N • m
−
R10
10
9.8N
Polyethylene
Plastic
None
40
31-C
35 Page
35-E
−
−
R10
10
9.8N
Polyethylene
Plastic
For continuous operation, use the Fiber Unit between −40 to 130°C.
For continuous operation, use the Fiber Unit between −40 to 90°C.
The heat-resistant rating is not the same for all parts of the Fiber Unit. Refer to the dimensions diagrams for details.
None
40
49 Page
49-B
Vacuum
FPD,
Semi,
Solar
Installation
Information
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
E32-L11FS 5M
Standard Installation
R4
Saving Space
dia.
13 Page
Beam Improvements
3.2
Demensions
Page
No.
Transparent Objects
0.29N • m
Weight
(packed
state) (g)
Environmental Immunity
−40 to 70°C
+0.5
0
Core
Emitter/receiver
material differentiation
Applications
E32-D221B 2M
Installation
Cable
Sheath
Ambient
Tightening Mounting Bending Unbendable Tensile
length
strength material
temperature
torque
hole
radius
Selection
Guide
Models
57
Fiber Units
Installation Information
57
Saving Space
Standard Installation
Fiber Units
Selection
Guide
Fiber Sensor
Features
58
Threaded
Cylindrical
Flat
Sleeved
Beam Improvements
Small Spot
High Power
Narrow
view
Environmental Immunity
Transparent Objects
BGS
Models
Limitedreflective
Chemicalresistant,
Oil-resistant
Bending
Heatresistant
Liquid-level
Vacuum
FPD,
Semi,
Solar
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Installation
Information
58
Installation
Cable
Sheath
Ambient
Tightening Mounting Bending Unbendable Tensile
length
strength material
temperature
torque
hole
radius
Core
Emitter/receiver
material differentiation
E32-R16 5M
−25 to 55°C
0.54N • m
−
R25
10
29.4N
Polyethylene
Plastic
None
E32-R21 2M
−40 to 70°C
0.39N • m
6.2+0.5
0 dia.
R10
10
9.8N
Polyethylene
Plastic
None
E32-T10V 2M
−25 to 70°C
0.3N • m
−
R25
10
29.4N
Fluororesin
Plastic
None
E32-T11 2M
−40 to 70°C
0.78N • m
E32-T11F 2M
−40 to 70°C
4.2
+0.5
0
0.29N • m
−40 to 70°C
0.78N • m
E32-T11NF 2M
−25 to 70°C
12N • m
8.5
E32-T11R 2M
−40 to 70°C
0.78N • m
4.2
E32-T12F 2M
−40 to 70°C
0.78N • m
5.5
E32-T12R 2M
−40 to 70°C
0.29N • m
+0.5
0
+0.5
0
+0.5
0
0.49N • m
E32-T14F 2M
−40 to 70°C
0.78N • m
5.5
E32-T14LR 2M
−40 to 70°C
0.29N • m
3.2
E32-T15YR 2M
E32-T15ZR 2M
E32-T16PR 2M
−40 to 70°C
−40 to 70°C
−40 to 70°C
−40 to 70°C
−40 to 70°C
0.78N • m
E32-T223R 2M
−40 to 70°C
0.78N • m
0.20N • m
dia.
dia.
R1
R40
R1
R40
R1
R1
R1
−
R1
−
R1
−
14.5
R1
R1
−
+1
0
R1
R25
−
0.29N • m
−40 to 70°C
dia.
−
0.29N • m
E32-T17L 10M
−40 to 70°C
+0.5
0
0.15N • m
0.29N • m
E32-T21 2M
+0.5
0
0.15N • m
−25 to 55°C
dia.
−
0.15N • m
E32-T16WR 2M
dia.
3.2+0.5
0 dia.
−40 to 70°C
R4
R4
4.2+0.5
0 dia.
E32-T14 2M
E32-T15XR 2M
dia.
−
E32-T11N 2M
E32-T16JR 2M
Retroreflective
Area
Detection
Applications
Installation Information
R1
dia.
3.2+0.5
0 dia.
1.2+0.5
0 dia.
R25
R4
R1
10
10
0
0
0
10
0
10
10
0
0
0
0
0
0
0
10
10
10
29.4N
29.4N
29.4N
29.4N
29.4N
29.4N
29.4N
29.4N
29.4N
29.4N
29.4N
29.4N
29.4N
29.4N
29.4N
9.8N
29.4N
9.8N
9.8N
PVC
Fluororesin
PVC
Fluororesin
PVC
Fluororesin
PVC
Polyethylene
Fluororesin
PVC
PVC
PVC
PVC
PVC
PVC
PVC
Polyethylene
PVC
Polyethylene
Plastic
Plastic
Plastic
Plastic
Plastic
Plastic
Plastic
Plastic
Plastic
Plastic
Plastic
Plastic
Plastic
Plastic
Plastic
Plastic
Plastic
Plastic
Plastic
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
None
Weight
(packed
state) (g)
220
(E39-R1
included.)
70
(E39-R3
included.)
170
40
60
70
80
50
210
60
60
220
60
60
60
60
60
60
60
240
30
40
Demensions
Page
No.
33 Page
33-B
33 Page
33-C
51 Page
51-D
39 Page
39-C
37 Page
37-C
07 Page
07-A
37 Page
37-A
07 Page
07-B
37 Page
37-B
11 Page
11-C
23 Page
23-B
37 Page
37-D
11 Page
11-D
15 Page
15-A
15 Page
15-B
15 Page
15-C
47 Page
47-B
47 Page
47-A
47 Page
47-C
23 Page
23-A
39 Page
39-B
11 Page
11-A
11 Page
E32-T22B 2M
−40 to 70°C
0.20N • m
1.7+0.5
0 dia.
R4
10
9.8N
PVC
Plastic
None
40
11-B
39 Page
39-A
E32-T22S 2M
−40 to 70°C
0.29N • m
3.2+0.5
0 dia.
E32-T24E 2M
−40 to 70°C
0.29N • m
2.7+0.5
0 dia.
E32-T24R 2M
−40 to 70°C
0.29N • m
2.2
+0.5
0
dia.
R10
R10
R1
10
10
0
29.4N
9.8N
9.8N
PVC
Polyethylene
Polyethylene
Plastic
Plastic
Plastic
None
None
None
60
40
40
29 Page
29-F
17 Page
17-B
17 Page
17-A
29 Page
E32-T24S 2M
−40 to 70°C
0.29N • m
−
R10
10
29.4N
PVC
Plastic
None
60
29-E
55 Page
55-E
29 Page
E32-T24SR 2M
−40 to 70°C
0.29N • m
−
R1
0
9.8N
PVC
Plastic
None
60
29-D
55 Page
55-D
E32-T25XB 2M
−40 to 70°C
0.15N • m
−
R4
E32-T33 1M
−40 to 70°C
0.29N • m
3.2+0.5
0 dia.
E32-T51 2M
−40 to 150°C
*1
0.78N • m
4.2
E32-T51F 2M
−40 to 150°C
*1
0.78N • m
5.5
E32-T51R 2M
−40 to 100°C
*2
0.78N • m
4.2
E32-T51V 1M
*1
*2
−25 to 120°C
0.29N • m
+0.5
0
+0.5
0
+0.5
0
dia.
dia.
dia.
4.2+0.5
0 dia.
R10
R35
R40
R2
R30
For continuous operation, use the Fiber Unit between −40 to 130°C.
For continuous operation, use the Fiber Unit between −40 to 90°C.
10
10
10
10
0
10
9.8N
9.8N
29.4N
29.4N
29.4N
29.4N
PVC
Polyethylene
Fluororesin
Fluororesin
Polyurethane
Fluororesin
Plastic
Plastic
Plastic
Plastic
Plastic
Glass
None
None
None
None
None
None
40
40
70
220
60
160
39 Page
39-D
17 Page
17-C
43 Page
43-B
37 Page
37-E
43 Page
43-A
51 Page
51-A
E32-T81R-S 2M
−40 to 200°C
*1
0.78N • m
4.2+0.5
0 dia.
E32-T84SV 1M
−25 to 200°C
0.29N • m
4.5
E32-TC200BR 2M
−40 to 70°C
0.78N • m
4.2
E32-VF1
E32-VF4
−25 to 70°C
−25 to 70°C
0.78N • m
−
−
4.2+0.5
0 dia.
+0.5
0
+0.5
0
−
−
dia.
dia.
R25
R10
R25
R1
−
−
10
10
10
0
−
−
29.4N
9.8N
29.4N
29.4N
−
−
SUS
Glass
Fluororesin
Glass
SUS
PVC
Glass
Plastic
−
−
−
−
None
None
None
None
−
−
200
60
190
60
240
280
Demensions
Page
No.
43 Page
43-D
43 Page
43-C
51 Page
51-C
17 Page
17-D
51 Page
51-F
51 Page
51-E
24 Page
24-A
Threaded
25 Page
E39-F1
−40 to 200°C
−
−
−
−
−
−
−
−
2
to 25-C
25-A
26 Page
Cylindrical
26-A
27 Page
to 27-C
27-A
Flat
26 Page
E39-F1-33
−40 to 200°C
−
−
−
−
−
−
−
−
3
26-D
27 Page
Sleeved
Standard Installation
−60 to 350°C
*1
Weight
(packed
state) (g)
Saving Space
E32-T61-S 2M
Core
Emitter/receiver
material differentiation
Fiber Sensor
Features
Installation
Cable
Sheath
Ambient
Tightening Mounting Bending Unbendable Tensile
length
strength material
temperature
torque
hole
radius
Fiber Units
Models
59
Selection
Guide
Installation Information
27-J
−
−
−
−
−
−
−
30
24 Page
24-B
25 Page
to 25-F
25-D
E39-F16
−60 to 350°C
−
−
−
−
−
−
−
−
15
26 Page
26-B
27 Page
to 27-F ,
27-D
27-K
E39-F17
−25 to 70°C
−
−
−
−
−
−
−
−
10
E39-F18
−40 to 70°C
−
−
−
−
−
−
−
−
5
E39-F1V
−25 to 120°C
−
−
−
−
−
−
−
−
3
19 Page
19-B
21 Page
, 21-H
21-G
51 Page
51-B
24 Page
24-C
E39-F2
−40 to 200°C
−
−
−
−
−
−
−
−
2
25 Page
to 25-H
25-G
26 Page
26-C
27 Page
to 27-I
27-G
E39-F32A
−40 to 150°C
−
−
R30
−
−
−
−
−
70
E39-F32C
−40 to 150°C
−
−
R30
−
−
−
−
−
110
41 Page
41-G
39 Page
39-E
41 Page
Small Spot
High Power
Narrow
view
BGS
Retroreflective
Limitedreflective
Chemicalresistant,
Oil-resistant
Bending
Heatresistant
Area
Detection
Liquid-level
41-G
−40 to 150°C
−
−
R30
−
−
−
−
−
80
E39-F3A
−40 to 70°C
−
−
−
−
−
−
−
−
2
E39-F3A-5
−40 to 70°C
−
−
−
−
−
−
−
−
1
E39-F3B
−40 to 70°C
−
−
−
−
−
−
−
−
2
E39-F3C
−40 to 70°C
−
−
−
−
−
−
−
−
1
E39-F3R
−40 to 70°C
−
−
−
−
−
−
−
−
1
E39-R1
E39-R3
E39-RP37
*1
−25 to 55°C
−40 to 70°C
−25 to 55°C
−
−
−
−
−
−
−
−
−
−
−
−
−
−
−
−
−
−
The heat-resistant rating is not the same for all parts of the Fiber Unit. Refer to the dimensions diagrams for details.
−
−
−
−
−
−
20
20
4
41 Page
Vacuum
19 Page
FPD,
Semi,
Solar
41-G
19-A
21 Page
, 21-B ,
21-A
21-C
21 Page
, 21-E ,
21-D
21-F
19 Page
, 19-D
19-C
33 Page
33-A
33 Page
33-B
33 Page
33-C
33 Page
33-A
Installation
Information
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
E39-F32D
Beam Improvements
−
Transparent Objects
−
Environmental Immunity
−
Applications
E39-F11
59
Saving Space
Standard Installation
Fiber Units
Selection
Guide
Fiber Sensor
Features
60
Threaded
Cylindrical
Main Features
Smart Fiber Amplifier Units (Advanced Models)
E3X-HD
Access the advanced functions with the tip of your finger.
Fiber Amplifier Units for long-term, stable detections
• Advanced functions are easily accessible throngh user-friendly design.
• Detects light intensity reduction caused by dirt, vibration,
or aging LED performance, and automatically compensates
the light intensity and incident level.
Long-term stable detection with no maintenance.
64
Page
Intuitive Operation and Visibility
Flat
Universal Design
Sleeved
Small Spot
Beam Improvements
Fiber Amplifiers / Communications Unit / Accessories
Operation
Button symbols make operation easy to learn regardless
of operator skill level and language barriers.
High Power
Narrow
view
UP DOWN
TUNE
MODE
L/D
User-friendly buttons with error prevention functions.
Transparent Objects
Retroreflective
Environmental Immunity
BGS
Chemicalresistant,
Oil-resistant
Limitedreflective
Bending
Heatresistant
Applications
Area
Detection
Liquid-level
Buttons are
arranged in a
straight line.
Pleasing operation even with gloves on.
Hard to
operate
Finger gets
caught
Conventional Models
Sliding switches
Indicators
E3X-HD
Enhanced visibility with new digital display
and instructional indicators.
Pushbutton switches
(no sliding switches)
New Concept: Visible indicators
Smart Tuning
L
Smart tuning for the optimum settings with
just one button.
Arc Design
A strong accent line gives a
compact look to improve
equipment design.
Vacuum
FPD,
Semi,
Solar
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Installation
Information
60
D
DPC
Operation mode
indicators to prevent
incorrect settings.
Output
indicator
O
U
T
Flashing indicator
enables preventive
maintenance.
L
D
DPC
ST
Indicates that the
optimum settings
have been made.
ST
8888 8888
Threshold
(Green)
Incident level
(Red)
Long-term stable detection with No Maintenance.
Smart Power Control
Vibration
Dirt
Maintenance-free operation by
double compensation of light
intensity and incident level.
L
D
DPC
C
LED
Aging
Decreased
ST
9999
999 No Maintenance
5000 9
C
Compensated
O
U
T
Smart Power
Control
+
Light intensity Incident level
compensation compensation
O
U
T
L
D
DPC
ST
5000 9000
Fiber Amplifiers / Communications Unit / Accessories
Selection
Guide
Communications Units
* Compatible with E3X-HD0
70
Page
Threaded
Cylindrical
Flat
Simple Fiber Amplifier Units (Simple
mple Models)
Sleeved
E3X-SD
High Power
Retroreflective
Easy
operation by ‘One
button = One fanction’
and the comfortable
‘Huge’ buttons.
No complication.
Easy-to-use simple functions
BGS
Limitedreflective
2
Chemicalresistant,
Oil-resistant
Simple
Bending
Simple
1
Heatresistant
Shows the
current digital
display and setting
status.
Area
Detection
Teaching, Operation Mode,
and Threshold Adjustment Only
Liquid-level
Vacuum
• These Fiber Amplifier Units use GIGA RAY power lighting elements, which offer the
highest level of power in this class and allow the use of Reflective Fiber Units for
reliable detection of low-reflective workpieces and long-distance detection in
large-scale equipment.
• The E3X-HD features GIGA RAY II for greater long-term stability and energy savings.
E3X-HD
E3X-SD
Giga Power Lighting Element
inside!
i side!
in
×4
GIGA RAY non-installing *
* In Standard Mode.
Light intensity
Photograph of Emitted Beam
FPD,
Semi,
Solar
Installation
Information
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
E3X-HD / E3X-SD
Featuring the Unparalleled Power of GIGA RAY
Transparent Objects
72
Page
Narrow
view
Environmental Immunity
• The settings menu contains only the settings that are
absolutely necessary for using the Fiber Sensor,
and each setting is assigned to its own button.
• A single digital display eliminates reading the wrong value.
• Quick tuning to automatically set the incident level and
threshold with a single button.
Beam Improvements
Small Spot
Simple and Affordable Fiber Amplifier Units
ts
with Minimum Required Settings Menu
No more menus for confusing advanced settings
Saving Space
• No wiring is roquired to join Fiber Amplifier Units together.
ther.
• Setting change and read-out are easy.
• Many Fiber Amplifier Units can be connected.
(E3X-CRT: 16 Amplifiers, E3X-ECT: 30 Amplifiers)
Standard Installation
Fiber Units
Communications Units for CompoNet
and EtherCAT
Applications
E3X-CRT/E3X-ECT
61
Fiber Sensor
Features
Main Features
61
Fiber Amplifiers / Communications Unit / Accessories
Fiber Sensor
Features
Smart Fiber Amplifier Units (Advanced Models) E3X-HD Series
Ordering Information
Fiber Amplifier Units (Standard)
Appearance
Standard Installation
Saving Space
NPN output
PNP output
E3X-HD11 2M
E3X-HD41 2M
Ratings and
Specifications
Dimensions
Page 64
64-A
Page 64
Wire-saving connector
Threaded
Page 65
E3X-HD8
E3X-HD6
65-A
Cylindrical
Flat
Sleeved
Fiber Amplifier Unit (For CompoNet/EtherCAT Communications Unit)
Appearance
Ratings and
Specifications
Model
Small Spot
Beam Improvements
Model
Connection method
Pre-wired (2 m)
Fiber Units
Selection
Guide
62
Dimensions
Page 65
Page 64
E3X-HD0
65-B
High Power
Narrow
view
Transparent Objects
Retroreflective
Environmental Immunity
BGS
Chemicalresistant,
Oil-resistant
Limitedreflective
Communications Units
Communication
method
Appearance
Applicable Fiber
Amplifier Model
CompoNet
Ratings and
Specifications
Dimensions
Page 71
E3X-CRT
71-A
E3X-HD0
E3X-MDA0
E3X-DA0-S
Bending
Heatresistant
Model
Page 70
EtherCAT
Page 71
E3X-ECT
71-B
Applications
Area
Detection
Liquid-level
Vacuum
FPD,
Semi,
Solar
Simple Fiber Amplifier Units (Simple Models) E3X-SD Series
Appearance
Connection method
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Installation
Information
62
Pre-wired (2 m)
Model
NPN output
PNP output
E3X-SD21 2M
E3X-SD51 2M
Ratings and
Specifications
Dimensions
Page 73
73-A
Page 72
Wire-saving connector
E3X-SD7
E3X-SD9
Page 73
73-B
Fiber Amplifiers / Communications Unit / Accessories
Ordering Information
Dimensions
Page 76
E3X-CN11
2m
Slave Connector
Ratings and
Specifications
76-A
Page 76
1
E3X-CN12
Page 76
76-B
Threaded
Cylindrical
Mounting Bracket
Mounting Bracket is not provided with the Fiber Amplifier Unit and must be ordered separately as required.
Appearance
Model
E39-L143
Quantity
1
Dimensions
Page 77
Flat
Sleeved
Small Spot
77-A
High Power
Narrow
view
DIN Track
Din Track is not provided with the Fiber Amplifier Unit and must be ordered separately as required.
Model
Quantity
PFP-100N
PFP-50N
Dimensions
Page 77
1
PFP-100N2
77-B
Page 77
77-C
Retroreflective
Limitedreflective
Chemicalresistant,
Oil-resistant
Bending
End Plate
Two End Plates are provided with the Communications Unit.
End Plate is not provided with the Fiber Amplifier Unit and must be ordered separately as required.
Appearance
BGS
Model
PFP-M
Quantity
1
Dimensions
Page 77
77-D
Heatresistant
Area
Detection
Liquid-level
Vacuum
FPD,
Semi,
Solar
Installation
Information
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Appearance
Standard Installation
3
Model
Saving Space
Master Connector
Number of
conductors
Beam Improvements
Cable length
Transparent Objects
Appearance
Environmental Immunity
Type
Applications
Connectors are not provided with the Fiber Amplifier Unit and must be ordered separately. * Protective stickers: provided.
Fiber Units
Wire-saving connectors (Required for wire-saving connector models.)
Selection
Guide
Fiber Sensor
Features
Accessories (sold separately)
63
63
Fiber Amplifiers / Communications Unit / Accessories
Fiber Sensor
Features
Ratings and Specifications
Saving Space
Standard Installation
Fiber Units
Selection
Guide
64
Threaded
Cylindrical
Flat
Sleeved
E3X-HD
Standard
Type
E3X-HD11
Model
Connection method
Item
Beam Improvements
Narrow
view
Transparent Objects
Retroreflective
Environmental Immunity
BGS
Chemicalresistant,
Oil-resistant
Limitedreflective
Bending
Heatresistant
Applications
Area
Detection
Liquid-level
Control output
NPN output
PNP output
E3X-HD0
Communications Unit Connector
Power supply voltage
12 to 24 VDC ±10%, ripple (P-P) 10% max.
-
PNP output
NPN output
Red, 4-element LED (625 nm)
Normal Mode: 720 mW max. (Current consumption: 30 mA max. at 24 VDC, 60 mA max. at 12 DVC)
Power Saving Eco Mode: 530 mW max. (Current consumption: 22 mA max. at 24 VDC, 44 mA max. at 12 VDC)
Load power supply voltage: 26.4 VDC max., open-collector output
(Differs for NPN and PNP outputs.)
Load current: 50 mA max. (residual voltage: 2 V max.), OFF current: 0.5 mA max.
Power consumption
Control output
Protection circuits
Power supply reverse polarity protection, output short-circuit protection and output reverse polarity protection
Super-high-speed Mode (SHS) *3 Operate or reset: 50 μs Operate or reset: 55 μs Operate or reset: 50 μs Operate or reset: 55 μs Operate or reset: 50 μs
Response High-speed Mode (HS)
time
Standard Mode (Stnd)
Operate or reset: 250 μs (default setting)
Operate or reset: 1 ms
Giga-power Mode (GIGA)
Operate or reset: 16 ms
Mutual interference prevention
Possible for up to 10 units (optical communications sync) *3
Auto power control (APC)
Other functions
Always ON
Power tuning, differential detection, DPC, timer (OFF-delay, ON-delay, or one-shot), zero reset,
resetting settings, and Eco Mode
Ambient Illumination (Receiver side)
Incandescent lamp: 20,000 lx max., Sunlight: 30,000 lx max.
Maximum connectable Units
16 units
with E3X-CRT: 16 units
with E3X-ECT: 30 units
Operating: Groups of 1 to 2 Amplifers: −25 to 55°C,
Groups of 3 to 10 Amplifers: −25 to 50°C,
Groups of 11 to 16 Amplifers: −25 to 45°C,
Groups of 17 to 30 Amplifers: −25 to 40°C
Storage: −30 to 70°C
(with no icing or condensation)
Operating: Groups of 1 to 2 Amplifers: −25 to 55°C,
Groups of 3 to 10 Amplifers: −25 to 50°C,
Groups of 11 to 16 Amplifers: −25 to 45°C
Storage: −30 to 70°C
(with no icing or condensation)
Ambient temperature range
Ambient humidity range
Operating and storage: 35% to 85% (with no condensation)
Insulation resistance
20 MΩ min. (at 500 VDC)
Dielectric strength
1,000 VAC at 50/60 Hz for 1 minute
Vibration resistance
Destruction: 10 to 55 Hz with a 1.5-mm double amplitude for 2 hours each in X, Y, and Z directions
Shock resistance
Destruction: 500 m/s2, for 3 times each in X, Y, and Z directions
Degree of protection
Approx. 60 g/Approx. 20 g
Approx. 105 g/Approx. 65 g
Case
Materials
-
IEC 60529 IP50 (with Protective Cover attached)
Weight (packed state/unit only)
Approx. 65 g/Approx. 25 g
Heat-resistant ABS (connector: PBT)
Heat-resistant ABS
Cover
Polycabonate (PC)
Accessories
Instruction Manual
*1. The E3X-ECT EtherCAT Communications Unit and the E3X-CRT CompoNet Communications Unit can be used.
*2. Use either the E3X-CN11 (master connector, 3 conductors) or the E3X-CN12 (slave connector, 1 conductor).
*3. The communications function and matual interference prevention function are disabled when the detection mode is set to Super-high-speed mode (SHS).
When including E3X-DA-S with activated power tuning the maximum number of mutual interference prevention is up to 6.
When including E3X-MDA with activated power tuning the maximum number of mutual interference prevention is up to 5.
(Unit: mm)
Tolerance class IT16 applies to demmensions in this date sheet unless otherwise specified.
Dimensions
Pre-wired Models
64-A
E3X-HD11
E3X-HD41
DPC indicator
21.7
Vacuum
FPD,
Semi,
Solar
ST indicator
27.1
OUT indicator
10
Installation
Information
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
E3X-HD8
Wire-saving connector *2
Light source (wavelength)
L/D indicator
64
For Communications Unit *1
E3X-HD6
Pre-wired
Small Spot
High Power
E3X-HD41
Vinyl-insulated round cable, 4 dia., 3 conductors
(conductor cross-section: 0.2 mm2, insulation diameter: 1.1 mm),
standard cable length: 2 m
Unbendable length at connection to the Amplifier Unit: 10 mm
Minimum bending radius: 12 mm
Incident level
red digital display
Threshold level
green digital display
DIN track mounting
With Mounting Braket Attached
Note: When using E39-L143 Mounting
Brackets, there will be small gaps
between the Amplifier Units if they
are mounted side by side.
146.9
5.1
170° (max. value with cover open)
104.75
5.1
(max. value
with cover open)
4.5
Two,
2.4 dia. 33.45
3.4
5.65
49.2
33.45
(9)
3.4
12.67
20.5
(37.9)
71.8
(20.5)
Fiber Attachment mounted (E39-F9)
Two, 3.2 dia. Holes
Optical communications
PFP- N DIN Track
(sold separately)
(9)
12.67
20.5
Mounting Holes
Two-M3
16
(9.4)
4.3
16
71.8
3.4
Optical
communications
E39-L143 Mounting Bracket
(sold separately, SUS304)
4.4
10.3
29.9
16
Fiber Amplifiers / Communications Unit / Accessories
E3X-HD
ST indicator
27.1
Note: When using E39-L143 Mounting
Brackets, there will be small gaps
between the Amplifier Units if they
are mounted side by side.
170° (max. value with cover open)
104.75
5.1
(max. value
with cover open)
Two,
2.4 dia.
4.5
33.45
3.4
49.2
A*
(9)
33.45
3.4
12.95
5.65
20.5
(37.9)
12.95
Two, 3.2 dia.
Holes
(20.5)
71.8
A*
(9)
(9.4)
20.5
Mouting Holes
E39-L143 Mounting Bracket
(sold separately, SUS304)
10.3
29.9
16
16
* The cable diameters are as follows:
E3X-CN11 (3 conductors)
4.0 dia.
E3X-CN21 (1 conductor)
2.6 dia.
Communications Unit Connector Models
65-B
L/D indicator
ST indicator
BGS
Retroreflective
Heatresistant
Incident level
red digital display
Threshold level
green digital display
DIN track mounting
Area
Detection
With Mounting Braket Attached
Liquid-level
11.5
10
Note: When using E39-L143 Mounting
Brackets, there will be small gaps
between the Amplifier Units if they
are mounted side by side.
100° (max. value with cover open)
103.5
104.8
5.1
(max. value
with cover open)
Two,
2.4 dia.
33.45
3.4
5.65
Narrow
view
Bending
27.1
OUT indicator
4.5
Small Spot
Chemicalresistant,
Oil-resistant
DPC indicator
13.8
Sleeved
Limitedreflective
E3X-HD0
21.7
Flat
High Power
3.4 4.4
Two-M3
Cylindrical
Optical
communications
16
71.8
PFP- N DIN Track
(sold separately)
Fiber Attachment Mounted (E39-F9)
4.3
Threaded
33.45
(9)
3.4
9.9
20.5
(37.9)
90.8
90.8
5.1
71.8
(39.5)
71.8
(9)
9.9
20.5
(9.4)
4.3
Optical
communications
16
3.4
E39-L143 Mounting Bracket
(sold separately, SUS304)
Fiber Attachment Mounted (E39-F9)
3.4
Mouting Holes
Two-M3
16
Vacuum
FPD,
Semi,
Solar
Installation
Information
Two, 3.2 dia.
Holes
3.4
Optical communications
PFP- N DIN Track
(sold separately)
Standard Installation
With Mounting Braket Attached
146.9
Saving Space
DIN track mounting
5.1
Beam Improvements
10
Transparent Objects
Incident level
red digital display
Threshold level
green digital display
Environmental Immunity
OUT indicator
Fiber Units
21.7
Applications
DPC indicator
L/D indicator
Selection
Guide
E3X-HD6
E3X-HD8
29.9
16
4.4
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
65-A
Fiber Sensor
Features
Wire-saving connector Models
65
65
Fiber Amplifiers / Communications Unit / Accessories
Fiber Sensor
Features
I/O Circuit Diagrams
Saving Space
Standard Installation
Fiber Units
Selection
Guide
66
Beam Improvements
NPN Output
Model
Operation
mode
Timing chart
Light-ON
Incident light
No incident light
Lit
OUT indicator
(orange)
Not lit
ON
Output
transistor
OFF
Set
Load
(e.g., relay)
Reset
(between brown and black)
E3X-HD11
E3X-HD6
L/D
indicators
L lit.
Dark-ON
Cylindrical
Output circuit
OUT indicator (orange)
Display
Brown
Load
Black
Control output
Photoelectric
Sensor
main
circuit
Incident light
No incident light
OUT indicator
Lit
(orange)
Not lit
Output
ON
transistor
OFF
Load
Set
(e.g., relay)
Reset
(between brown and black)
Threaded
12 to 24 VDC
Blue
D lit.
Flat
Sleeved
Small Spot
PNP Output
Model
Operation
mode
Timing chart
Light-ON
Incident light
No incident light
Lit
OUT indicator
(orange)
Not lit
ON
Output
transistor
OFF
Set
Load
(e.g., relay)
Reset
(between blue and black)
High Power
Narrow
view
Transparent Objects
Retroreflective
Environmental Immunity
BGS
Chemicalresistant,
Oil-resistant
E3X-HD41
E3X-HD8
ON delay
Bending
Heatresistant
Liquid-level
Light-ON
Dark-ON
ON
ON
Light-ON
T
Dark-ON
OFF
ON
Display OUT indicator (orange)
Photoelectric
Sensor
main
circuit
Incident light
Light-ON
T
Dark-ON
OFF
ON
T
OFF
ON
T
OFF
Note: Timing Charts for Timer Settings (T: Set Time)
Vacuum
FPD,
Semi,
Solar
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Installation
Information
66
Nomenclature
[L/D Indicator]
Indicate the setting status:
Light-ON or Dark-ON.
[OUT Indicator]
Turns ON when
Output is ON.
[DPC Indicator]
Turns ON when Dynamic Power Control
is effective.
[
[
[ST Indicator]
Turns ON when Smart Tuning
is in progress.
Threshold Level
Green Digital Display
Incident Level
Red Digital Display
TUNE Button]
Automatically sets the emitter
power and set values.
Brown
Black
[
L/D Button]
Use to switch between
Light-ON and Dark-ON.
MODE Button]
Use to switch between Detection
Mode and Setting Mode.
[±UP/DOWN Button]
Fine-tunes the threshold,
and changes set values.
Control output
Load
Blue
D lit.
No incident light
T
ON
OFF
Output circuit
One-shot
Incident light
No incident light
T
OFF
L lit.
OFF delay
Incident light
No incident light
L/D
indicators
Incident light
No incident light
Lit
OUT indicator
(orange)
Not lit
ON
Output
transistor
OFF
Set
Load
(e.g., relay)
Reset
(between blue and black)
Dark-ON
Limitedreflective
Area
Detection
Applications
E3X-HD
12 to 24 VDC
Fiber Amplifiers / Communications Unit / Accessories
E3X-HD
Workpiece
button without the presence of a workpiece, and
pass the workpiece through while [1pnt]
→ [ full] → [ aut,] is displayed in red
digital.
(Keep holding the
button while the
TUNE
Smart Tuning [Easy Sensitivity Setting]
Workpiece
(1) Detect for Workpiece Presence/Absence
workpiece passes through, and hold 7
seconds or longer until [ aut,] is
displayed in red digital. After the
workpiece passes through, release your
finger from the
button.)
Cylindrical
• 2-point Tuning
1.
Press
TUNE
button with a workpiece in the detection area.
Hold for 7 seconds or longer
Setting is Completed
2.
Press
area.
Incident light level setting:
Adjust the max. incident light level on Step 1 as the power
tuning level.
Threshold setting:
Set to the middle between max. and min. incident light levels
on Step 1.
button again without a workpiece in the detection
TUNE
(4) Determine Workpiece Position
Setting is Completed
Incident light level setting:
The larger incident level of the Step 1 and 2 values is adjusted
to the power tuning level.
Threshold setting:
Set to the middle between the Step 1 and 2 incident light levels.
1.
Press
TUNE
button without a workpiece in the area.
Place the workpiece at the desired position and hold
st
• Maximum Sensitivity Tuning
1.
Hold
as shown below.
Release the button when [ st full] is displayed.
p,5
Setting is Completed
Through-beam: Workpiece is present
Workpiece
TUNE
button.
The red digital display changes
[2pnt] → [p,s].
TUNE
Incident light level setting:
The Step 2 incident level is adjusted to half the power
tuning level.
Threshold setting:
Set to the same value as the Step 2 incident level.
Hold for 3 seconds or longer
The red digital display changes
[1pnt] →[ full]
Reflective: Workpiece is absent
(5) Detect Transparent or Small Workpiece
(Set Threshold by incident light level percentage)
• Percentage Tuning
1.
Setting is Completed
Incident light level setting:
The incident level in Step 1 is adjusted to "0".
Threshold setting:
The value is set to approx. 7% of the incident light level of 1.
If the incident light level of 1 is smaller during long distance
detection, the minimum value by which an output is correctly
turned ON will be set.
2.
Turn ON Percentage Tuning in SET mode.
Refer to "Detailed Settings".
Press
Small Spot
High Power
Retroreflective
Hold for 3 seconds or longer
button for 3 seconds or longer with/without workpiece
Sleeved
BGS
st1pnt
(2) Detect for Workpiece Presence/Absence
Flat
Narrow
view
• Position Tuning
2.
Step 1 and Step 2 can be reversed.
Threaded
TUNE
button without a workpiece in the area.
TUNE
st
Standard Installation
TUNE
Saving Space
Reflective:
Set to “Light ON" to turn the output ON
with a workpiece in the detection area.
[L/D Indicator] turns L ON.
1. Hold the
per
Setting is Completed
Incident light level setting:
The Step 2 incident light level is adjusted to the power tuning
level.
Threshold setting:
Set to the value obtained by [Incident Level at Step 2 ×
Percentage Tuning Level + Incident Level at Step 2].
No Smart Tuning other than Power Tuning can be used
if Percentage Tuning is set.
Limitedreflective
Chemicalresistant,
Oil-resistant
Bending
Heatresistant
Transparent Objects
Workpiece
Beam Improvements
• Full Auto Tuning
Through-beam:
Set to “Dark ON" to turn the output ON
with a workpiece in the detection area.
[L/D Indicator] turns D ON.
Environmental Immunity
L/D
(3) Adjust for Moving Workpiece without Stopping Line
button.
Area
Detection
Liquid-level
Vacuum
Applications
1.
Press
FPD,
Semi,
Solar
Installation
Information
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Switching Control Output
Fiber Units
Basic Settings
Selection
Guide
Fiber Sensor
Features
Operating Procedures
67
67
Fiber Amplifiers / Communications Unit / Accessories
E3X-HD
• Smart Tuning Error
Error / Display / Cause Error Origin Tuning Type
Near Error
The light level difference
between Points 1 and 2
are extremely small.
Selection
Guide
Fiber Sensor
Features
68
Over Error
Fiber Units
Standard Installation
Saving Space
Low Error
Beam Improvements
Narrow
view
Transparent Objects
Retroreflective
Environmental Immunity
BGS
Chemicalresistant,
Oil-resistant
The threshold level becomes higher.
The threshold level becomes lower.
1.
Hold
TUNE
and
in the area.
MODE
buttons for 1 second or longer without a workpiece
st ptun
Setting is Completed
Incident light level setting:
The Step 1 incident level is adjusted to the power tuning level.
Threshold setting:
Not changed. If the value is low, it will be set to the minimum value
in which an output is turned ON/OFF correctly.
Area
Detection
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Installation
Information
68
3.
Select [ rst
UP/DOWN
] in
•
Refer to “ Smart Tuning Error" for error displays.
(2) Stable Detection Regardless of Incident Level
Change due to Dust and Dirt
• DPC Function
1.
2.
Perform Smart Tuning.
Refer to "Smart Tuning"
Refer to "Power Tuning"
The DPC indicator turns ON
when the DPC function is
effective.
• Steps 1 and 2 can be reversed.
• The DPC function will be disabled when a smart tuning error
occurs, differential function with maximum sensitivity tuning
is performed, or the first incident light level of the positioning
tuning is low.
• The incident light level is corrected to the power tuning level
to maintain stable threshold and incident light levels. This
provides stable detection regardless of the incident level
changes caused by dirty sensor head, position error, or
temperature changes.
Threshold
Level
and press
button.
MODE
Item
Initial Value
Control Output
L-ON
55
* Settings for other functions are returned to
the detailed setting initial values.
User-saved settings are retained.
Smart Tuning is canceled.
Caution is required; the output is inverted if
pressed first.
L/D
button is
(4) Save or Read Settings
Hold
TUNE
button and then hold
button for 3 seconds or longer.
L/D
3.
Select [ save] in
press
MODE
button.
UP/DOWN
Select [ save yes] in
and press
• User Reset Function
MODE
button.
Reads out the saved settings.
2.
and
3.
UP/DOWN
Select [ rst] in
press
MODE
and
UP/DOWN
button.
Select [ rst user] in
and press
Caution is required; the output is inverted if
pressed first.
MODE
L/D
button.
UP/DOWN
button is
(5) Prevent Mistake-operation
• Key Lock Function
Disables all button operations. [
button is pressed.
] is displayed when the
Enable/Cancel
(This procedure)
Hold both for 3 sec. or
longer
* Press either of UP/DOWN.
(6) Reset Incident Light Level to "0"
• Zero Reset Function
Changes the incident light level to "0". The threshold level is also
shifted accordingly.
Enable
Cancel
Refer to “Detailed Settings”.
Displayed incident Light Level
button.
MODE
1999
0
Hold both for
3 sec. or longer
Set the DPC function ON in SET mode.
Incident Light
Level
and press
UP/DOWN
Threshold Value
Perform the procedure with a workpiece in the area for reflective
model setting.
If the setting is made after position tuning, set both the
through-beam model and reflective model with a workpiece.
Heatresistant
FPD,
Semi,
Solar
Select [ rst] in
2.
Hold both for
1 sec. or longer
Bending
Vacuum
2.
Saves the current settings.
(1) Restore from the Incident Level Changed due to
Dust and Dirt
button for 3 seconds or longer.
L/D
• User Save Function
Convenient Setting Features
• Power Tuning
button and then hold
TUNE
rst
1.
Hold the key for high-speed level adjustment.
Hold
Hold both for 3 sec. or
longer
Minute Adjustment of Threshold Level
button to adjust the threshold level.
1. Press
Limitedreflective
Liquid-level
1.
Refer to "Detailed Settings" to change the power tuning level.
UP/DOWN
High Power
Initializes all the settings by returning them to the factory defaults.
The adjustment range of smart tuning is approx. 20 to 1/100
times.
When selecting giga mode as detection function, the range
will be approx. 2 to 1/100 times due to the large initial value.
Cylindrical
Sleeved
• Setting Reset
• Decrease the power tuning level.
Tuning other than
• Narrow the emitter and receiver
Maximum Sensitivity
distance (Through-beam)
Tuning
• Locate the sensor closer to the
workpiece (Reflective)
Incident light level is
too low.
Small Spot
Applications
• Change the detection function mode
to a slower response time mode.
• Narrow the emitter and receiver
distance (Through-beam)
• Mount the sensor closer to the
workpiece (Reflective)
(3) Reset Settings
• Enhance the power tuning level.
• Use a thin-diameter fiber.
• Widen the emitter and receiver distance
(Through-beam)
• Distance the sensor from the workpiece
(Reflective)
All
Incident light level is
too high.
Threaded
Flat
2-point Tuning
Full Auto Tuning
Positioning Tuning
Remedy
Stabilizes the displayed
incident level by correcting
internal incident level changes.
Internal Incident Light Level
Time
The displayed incident level
decreases and the DPC
indicator starts blinking when
incident level correction is not
possible.
2000 4000
Hold both for
3 sec. or longer
The zero reset function is canceled when either of the DPC
function/differential function/Smart Tuning is performed.
Detailed Settings
dflt
Changing Functions to Set in
SET Mode
UP/DOWN
per
MODE
Press
UP/DOWN
,n
(a)
(Incident Light Level Example)
500
hs
(b)
MODE
(c)
(d)
Detection
Function
UP/DOWN
500
6000
shs 125
stnd
HS
(a) High-speed Mode
Response
Time
Light
Level
250 μs
1
(Standard)
STND
(b) Standard Mode
GIGA
(c) Giga Mode
SHS
NPN
(d) Super High-
1 ms
1 time
16ms
12 times
50 μs
55 μs
speed Mode* PNP
7. Differential
Function
,ff
Detecting Incident Light Level
Change
Detects if the absolute value of the
incident light level change of the set
response time is larger than the
threshold value. The display shows the
change of the incident light level of the
set response time in red.
UP/DOWN
MODE
1
2
3
4
5
0.25 times
* The communication and mutual
interference prevention functions are
disabled when the detection mode is
set to Super High-speed Mode.
,ff
Refer to
“Convenient Setting Features”
UP/DOWN
,n
MODE
4. Timer
Function
t,ff ---(a)
MODE
(b)
,ffd
,n-d
n-d
(c)
UP/DOWN
10
10
10
Off-delay Timer
Holds the output
ON for detection
(a) by PLC when the
detection time is
too short.
On-delay Timer
Delays the
(b) output ON after
detection.
L-ON
D-ON
ON
OFF
Incident light
No incident light
L-ON ON
OFF
D-ON
One-shot Timer
Keeps the output
for a specified
(c) ON
time regardless of
the workpiece
size variations.
ON
OFF
L-ON ON
OFF
D-ON
(b)
T
(c)
T
(d)
T
(a)
(b)
ON
OFF
(c)
T
(d)
button to set the time.
(1 to 9999 ms in 1 ms steps; the
initial value: 10 ms)
Use
p-lv 9999
button to set the power
tuning level.
[100 to 9999 in 1 steps; the initial
value: 9999]
Refer to
“Convenient Setting Features”
MODE
A
UP/DOWN
Function Selection: [ dflt]
Function Selection: [,pt]
10 ms
5
100 ms
UP/DOWN
button to specify the
Cylindrical
Flat
Sleeved
Small Spot
High Power
Narrow
view
BGS
Changing Digital Display in
RUN Mode for Specific Purpose
Retroreflective
Checking a Margin Against Threshold
Limitedreflective
Threshold Light Level The ratio of the incident
Ratio
light level to the threshold
2000 150p
is displayed in red digital
figures.
Peak Light Bottom
minimum value of the
Level
Light Level peak of the light incident
8000 2000
and the maximum value
of the bottom of the light
interruption.
120%
Threshold
Displays the current
100% 80% level in the 80 to 120%
range against the
threshold value (100%).
Peak Light Light Level
Holds the peak incident
Level
3500 3000
light level and displays
it in green digital figures.
Checking the Channel No. in Group
Mounting
Changing the Target Incident
Light Level (Power Tuning Level)
5. Power
Tuning
Level
1ms
4
Threaded
Chemicalresistant,
Oil-resistant
Bending
Heatresistant
Area
Detection
Liquid-level
Adjusting Optical Axis
button when a timer menu (other
UP/DOWN
3
Setting for Intuitive Analog Display
T
display than “----”) is displayed.
Use
500 μs
Holds and displays the
A timer value can be set after pressing
MODE
250 μs
2
Setting Threshold using a Small or
Fast Moving Workpiece
(e)
T
ON
OFF
Incident light
No incident light
per
p-b
bar
(a)
Incident light
No incident light
1
UP/DOWN
MODE
Setting Output Timer
Response
Time
response time.
When the differential function is
enabled, the detection function setting
is disabled.
Smart tunings except power tuning
are disabled.
The adjustment range of power tuning
is approx. 1 to 1/100 times.
8. Digital
Display
std
Differential
Setting
Use
The incident light level in setting
mode is a reference value.
It may be changed when
switched to detection mode.
Stable Detection Regardless
of Incident Light Level Change
button to set the
Refer to “Smart Tuning”
Smart Tuning is canceled if the
detection mode is changed.
3. DPC
Function
UP/DOWN
(−99% to 99% in 1% steps; the initial
value: −10%)
[dflt]: Functions 1. to 5. can be set
[,pt]: Functions 1. to 10. can be set.
Changing Light Level and
Response Time
button in [per ,n] menu,
percentage tuning level.
MODE
2. Detection
Function
MODE
then use
(e)
9. Inverted
Display
rev ,ff
10. Eco
Function
,ff
B
UP/DOWN
A
Checking the Channel
No. in Group Mounting.
Inverts the display upside down.
The digital display shows the threshold
value in red, and light incident level in
green.
Saving Power Consumption
UP/DOWN
,n
MODE
3000
Mounting Amplifier in Inverted
Direction
v,
MODE
Ch. No. Light Level
Indicators (Green and Red digital displays)
turn OFF in approx. 10 seconds after a
key operation.
Standard Installation
,ff
per
A
Detecting Transparent or
Small Workpiece
Saving Space
6. Percentage
Tuning
Beam Improvements
1. Function
Selection
Description
Transparent Objects
Function Setting
B
Environmental Immunity
SET mode provides the function settings described hereafter. The initial
display shown after transition from one function to another represents the
factory default.
Description
Vacuum
Applications
Function Setting
button for 3 seconds or longer to enter SET mode.
Fiber Units
MODE
FPD,
Semi,
Solar
Installation
Information
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Hold
69
Fiber Sensor
Features
E3X-HD
Selection
Guide
Fiber Amplifiers / Communications Unit / Accessories
69
Fiber Amplifiers / Communications Unit / Accessories
Fiber Sensor
Features
Ratings and Specifications
Saving Space
Standard Installation
Fiber Units
Selection
Guide
70
Threaded
Cylindrical
Flat
Sleeved
Beam Improvements
Small Spot
High Power
Narrow
view
Communications Unit
E3X-CRT
Item
CompoNet Communications
Connectable Sensors
Fiber Sensors:
E3X-HD0, E3X-MDA0 and E3X-DA0-S
Laser Sensor Head with Separate Digital Amplifier: E3C-LDA0
Proximity Sensor with Separate Amplifier:
E2C-EDA0
Communications power supply voltage
14 to 26.4 VDC (Communications Unit draws power from the communications power supply.)
Power and current consumption
2.4 W max. (Not including power the supplied to Sensor.)
100 mA max. at 24 VDC (Not including the current supplied to Sensor.)
Functions
I/O communications, message communications, and Sensor error output
Indicators
Transparent Objects
Environmental Immunity
Chemicalresistant,
Oil-resistant
10 to 150 Hz with double amplitude of 0.7 mm, or 50 m/s2
1.5 h each in X, Y, and Z directions
Shock resistance
150 m/s2
3 times each in X, Y, and Z directions
Dielectric strength
500 VAC 50/60Hz 1 minute
Insulation resistance
20MΩ min.
Ambient operating temperature
0 to 55°C (with no icing or condensation)
* The temperature is limited by the number of connected Fiber Amplifier Units.
Ambient operating humidity
25% to 85% (with no icing or condensation)
Storage temperature
Heatresistant
Applications
Area
Detection
Liquid-level
−30 to 70°C (with no icing or condensation)
Storage humidity
25% to 85% (with no condensation)
Mounting method
Weight (packed state/unit only)
Accessories
35-mm DIN track-mounting
Approx. 220 g/Approx. 95 g
Connector cover and DIN track End Plates
Note. The E3X-CRT has two operating modes: I/O mode 1 and I/O mode 2.
The following table gives the differences between these modes.
I/O
classification
I/O Mode 1
I/O Mode 2
Number of
allocated points
Read the User’s Manual for precautions
on using this Unit. (E412)
Maximum number
of interconnected
Input Unit
Input: 32
15
I/O Unit
Input: 64
Output: 64
16
* Temperature Limitations Based on Number of Connected Fiber Amplifier Units:
Groups of 1 to 2 Amplifiers:
0 to 55°C,
Groups of 3 to 10 Amplifiers: 0 to 50°C,
Groups of 11 to 16 Amplifiers: 0 to 45°C
Limitedreflective
Bending
MS Indicator (Green/Red), NS indicator (Green/Red), and SS (Sensor Status) indicator (Green/Red)
Vibration resistance
BGS
Retroreflective
Specifications
Communication method
E3X-ECT
Item
Specifications
Communication method
EtherCAT
Connectable Sensors
Fiber Sensor
E3X-HD0, E3X-MDA0 and E3X-DA0-S
Laser Sensor Head with Separate Digital Amplifier: E3C-LDA0
Proximity Sensor with Separate Amplifier:
E2C-EDA0
Power supply voltage
20.4 to 26.4 VDC
Power and current consumption
2.4 W max. (Not including power the supplied to Sensor.)
100 mA max. at 24 VDC (Not including the current supplied to Sensor.)
Functions
DC (synchronous) Mode, Free Run Mode, PDO communications,*1 SDO communications, Sensor error output
Indicators
L/A IN indicator (Yellow), L/A OUT indicator (Yellow), PWR indicator (Green), RUN indicator (Green),
ERROR indicator (Red), and SS (Sensor Status) indicator (Green/Red)
Vacuum
Vibration resistance
10 to 150 Hz with double amplitude of 0.7 mm, or 50 m/s2
1.5 h each in X, Y, and Z directions
FPD,
Semi,
Solar
Shock resistance
150 m/s2
3 times each in X, Y, and Z directions
Insulation resistance
500 VAC 50/60 Hz 1 minute
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Installation
Information
70
Dielectric strength
20MΩ min.
Ambient operating temperature
0 to 55°C (with no icing or condensation)
* The temperature is limited by the number of connected Fiber Amplifier Units.
Ambient operating humidity
25% to 85% (with no condensation)
Storage temperature
Storage humidity
Mounting method
Weight (packed state/unit only)
Accessories
*1.
*2.
−30 to 70°C (with no icing or condensation)
25% to 85% (with no condensation)
35-mm DIN track-mounting
Approx. 220 g/Approx. 95 g
Power supply connector, connector cover, and DIN track End Plates
Data Size Assignable to the PDO (Process Data Object):
There is a maximum data size that can be assigned. The maximum size is 36 bytes.
Temperature Limitations Based on Number of Connected Fiber Amplifier Units:
Groups of 1 to 2 Amplifiers:
0 to 55°C,
Groups of 3 to 10 Amplifiers: 0 to 50°C,
Groups of 11 to 16 Amplifiers: 0 to 45°C,
Groups of 17 to 30 Amplifiers: 0 to 40°C
Read the User’s Manual for precautions
on using this Unit. (E413)
(Unit: mm)
Tolerance class IT16 applies to demmensions in this date sheet unless otherwise specified.
Dimensions
71-A
E3X-CRT
3.4
41
31.9
(49.5)
76.4
71
Fiber Sensor
Features
Communications Unit
Selection
Guide
Fiber Amplifiers / Communications Unit / Accessories
(24)
DIN Track (sold separately)
(PFP- N)
32.4
10.5
(36.3)
Threaded
Cylindrical
18.8
Flat
E3X-ECT
Sleeved
Communications
Connector
(IN)
41
18
Communications
Connector
(OUT)
(36.3)
(30.7)
26.8
Small Spot
12.8
High Power
31.9
(49.5)
Narrow
view
102.5
BGS
(31.7)
32.4
DIN Track (sold separately)
(PFP- N)
Limitedreflective
Chemicalresistant,
Oil-resistant
Bending
Heatresistant
Area
Detection
Liquid-level
Vacuum
Applications
Power supply connector: Provided.
(FK-MCP 1.52-STF-3.5)
Environmental Immunity
Retroreflective
Transparent Objects
(53)
FPD,
Semi,
Solar
Installation
Information
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
71-B
Beam Improvements
Communications
Connector
Saving Space
(53)
Standard Installation
Fiber Units
102.5
71
Fiber Amplifiers / Communications Unit / Accessories
Fiber Sensor
Features
Ratings and Specifications
Threaded
Cylindrical
Model
E3X-SD21
Item
Control output
E3X-SD51
E3X-SD7
Pre-wired
Connection method
NPN output
E3X-SD9
Wire-saving connector
PNP output
NPN output
PNP output
Light source (wavelength)
Red, 4-element LED (625 nm)
Power supply voltage
12 to 24 VDC ±10%, ripple (p-p): 10% max.
Power consumption
960 mW max. (Power supply voltage: 24 V, Current consumption: 40 mA max.)
(Power supply voltage: 12 V, Current consumption: 80 mA max.)
Control output
Open-collector output (NPN or PNP) Load power supply: 26.4 V max.,
Load current: 50 mA max. (Residual voltage: 1.5 V max.)
Light-ON/Dark-ON mode selector
Response time
Operate or reset: 200 μs max.
Sensitivity adjustment
UP/DOWN direct key setting, teaching with/without a workpiece, automatic teaching
Protection circuits
Power supply reverse polarity protection, output short-circuit protection, output reverse polarity protection
Mutual interference prevention
Up to 5 Amplifiers (optically synchronized) *
Ambient illumination
Receiver side
Incandescent lamp: 10,000 lx max.
Sunlight: 20,000 lx max.
Number of gang-mounted Amplifiers
16 max. (The ambient temperature specification depends on the number of gang-mounted Amplifiers.)
Ambient temperature range
Operating: Groups of 1 to 3 Amplifiers: −25°C to 55°C
Groups of 4 to 11 Amplifiers: −25°C to 50°C
Groups of 12 to 16 Amplifiers: −25°C to 45°C
Storage: −30°C to 70°C
(with no icing or condensation)
Ambient humidity range
Operating and storage: 35% to 85% (with no condensation)
Insulation resistance
20 MΩ. min. (at 500 VDC)
Narrow
view
Dielectric strength
1,000 VAC at 50/60 Hz for 1 minute
Vibration resistance
Destruction: 10 to 55 Hz with a 1.5-mm double amplitude for 2 hours each in X, Y and Z directions
BGS
Shock resistance
Destruction: 500 m/s2, for 3 times each in X, Y and Z directions
Degree of protection
IEC 60529 IP50 (with Protective Cover attached)
Transparent Objects
Flat
E3X-SD
Retroreflective
Weight (packed state)
Approx. 100 g
Environmental Immunity
Saving Space
Standard Installation
Fiber Units
Selection
Guide
72
Chemicalresistant,
Oil-resistant
Sleeved
Beam Improvements
Small Spot
High Power
Limitedreflective
Bending
Heatresistant
Applications
Area
Detection
Liquid-level
Vacuum
FPD,
Semi,
Solar
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Installation
Information
72
Material
Accessories
Case
Polybutylene terephthalate (PBT)
Cover
Polycarbonate (PC)
Approx. 55 g
Instruction manual
∗ Mutual interference prevention is effective when E3X-SD series or E3X-NA serie Amplifiers are gang-mounted without other E3X series Amplifiers.
E3X-SD
(Unit: mm)
Tolerance class IT16 applies to demmensions in this date sheet unless otherwise specified.
Dimensions
Pre-wired Models
Selection
Guide
E3X-SD21
E3X-SD51
Operation indicator
Cylindrical
With Mounting Braket Attached
DIN track mounting
3
128.95
Optical communications section
(for mutual interference prevention)
180°
10.7
Two,
2.4 dia.
31.5
10.75
3.4
13
2.4
30.4
64.3
(20.5)
(9)
10.75
3.4
Two, 3.2
dia. holes
4
(9.4)
13
DIN track
(sold separately)
PFP- N
64.3
Mounting Holes
Fiber Attachment mounted (E39-F9)
4.3
16
3.4
Two, M3
4
2.4
High Power
Mounting Bracket (E39-L143)
SUS304 stainless steel
(sold separately)
4.4
10.3
16
22.4
16
Note: When using E39-L143 Mounting Brackets, there will be
small gaps between the Amplifier Units if they are
mounted side by side.
Wire-saving connector Models
73-B
Small Spot
Narrow
view
BGS
Retroreflective
Limitedreflective
Chemicalresistant,
Oil-resistant
E3X-SD7
E3X-SD9
Beam Improvements
31.5
8
Sleeved
Optical communications section
(for mutual interference prevention)
(9)
Bending
Heatresistant
Transparent Objects
93.75
Flat
Environmental Immunity
3
Standard Installation
Threaded
Saving Space
Vinyl-insulated round cable, 4 dia., 3 conductors
(conductor cross-section: 0.2 mm2, insulation diameter: 1.1 mm),
standard cable length: 2 m
Unbendable length at connection to the Amplifier Unit: 10 mm
Minimum bending radius: 12 mm
15
10
Fiber Units
73-A
73
Fiber Sensor
Features
Fiber Amplifiers / Communications Unit / Accessories
15
Liquid-level
10
DIN track mounting
3
3
128.95
Optical communications section
(for mutual interference prevention)
180°
93.75
31.5
10.7
Two,
2.4 dia.
Optical communications section
(for mutual interference prevention)
(9)
8
31.5
A dia.* 12.95
3.4
13
30.4
64.3
Fiber Attachment mounted (E39-F9)
Vacuum
With Mounting Braket Attached
A dia.*
(9)
12.95
3.4
Two, 3.2
dia. holes
(20.5)
(9.4)
13
DIN track
(sold separately)
PFP- N
Mounting Holes
Two, M3
16
64.3
3.4
4.4
4.3
Mounting Bracket (E39-L143)
SUS304 stainless steel
(sold separately)
10.3
16
22.4
∗ Cable Diameters
E3X-CN11 (3 conductors)
4.0 dia.
E3X-CN12 (1 conductors)
2.6 dia.
16
Note: When using E39-L143 Mounting Brackets, there will be
small gaps between the Amplifier Units if they are
mounted side by side.
FPD,
Semi,
Solar
Installation
Information
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Operation indicator
Applications
Area
Detection
73
Fiber Amplifiers / Communications Unit / Accessories
Fiber Sensor
Features
I/O Circuit Diagrams
Saving Space
Standard Installation
Fiber Units
Selection
Guide
74
NPN Output
Model
Operation
mode
Light-ON
OUT indicator
(orange)
OFF
E3X-SD21
E3X-SD7
Transparent Objects
Environmental Immunity
Heatresistant
Area
Detection
Liquid-level
Vacuum
FPD,
Semi,
Solar
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Installation
Information
74
Load
Photoelectric
Sensor
main
circuit
Incident light
Dark-ON
Black
Control output
OUT indicator
(orange)
ON
Output
transistor
Blue
Lit
Not lit
OFF
12 to 24
VDC
D
lit.
Set
Reset
(between brown and black)
PNP Output
Model
Operation
mode
Timing chart
L/D
indicators
Output circuit
Incident light
No incident light
Narrow
view
Bending
Brown
OUT indicator
(orange)
No incident light
High Power
Chemicalresistant,
Oil-resistant
lit.
Set
Flat
Limitedreflective
L
Reset
(between brown and black)
Load
(e.g., relay)
Retroreflective
Output circuit
Lit
Not lit
ON
Output
transistor
Load
(e.g., relay)
Cylindrical
Sleeved
L/D
indicators
Incident light
Light-ON
OUT indicator
(orange)
Lit
Not lit
ON
Output
transistor
OFF
E3X-SD51
E3X-SD9
L
lit.
Set
Load
(e.g., relay)
BGS
Applications
Timing chart
No incident light
Threaded
Small Spot
Beam Improvements
E3X-SD
Reset
(between Blue and black)
Photoelectric
Sensor
main
circuit
Incident light
No incident light
Dark-ON
OUT indicator
(orange)
Output
transistor
Load
(e.g., relay)
ON
OFF
Set
Reset
(between Blue and black)
Brown
Black
D
lit.
Control output
Load
Blue
Lit
Not lit
OUT indicator
(orange)
12 to 24
VDC
Fiber Amplifiers / Communications Unit / Accessories
E3X-SD
[Operation Indicator (Orange)]
Turns ON when Output is ON. [L/D Indicator]
Indicate the setting status:
Light-ON or Dark-ON
[Teaching Button]
The sensitivity and threshold
value can be set automatically.
Threaded
Cylindrical
Flat
Sleeved
Operating Procedures
Sensitivity Setting
Narrow
view
Light level is also automatically set to the optimal value.
Press the TEACH button without the workpiece.
Button/Key
TEACH
TEACH
BGS
Retroreflective
Limitedreflective
Chemicalresistant,
Oil-resistant
Bending
Changes within a time are detected, and the operating level is set to
the midpoint between the maximum and the minimum values of the
changes. This setting is optimal for when the workpieces cannot be
stopped. Execute automatic teaching again if the incident light level is
not automatically set to the optimal value.
Operation description
Press the TEACH button for 3 s min.
Let the workpiece pass while the button is pressed.
Button/Key
TEACH
Heatresistant
Area
Detection
Liquid-level
Vacuum
FPD,
Semi,
Solar
Installation
Information
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Automatic Teaching
Transparent Objects
Two points (one with the workpiece and the other without) are
detected, and the operating level is set to the midpoint.
Environmental Immunity
Teaching with/without a Workpiece
Press the TEACH button with the workpiece.
High Power
Applications
the following two teaching functions.
Beam Improvements
Small Spot
The sensitivity can be set with the UP and DOWN Keys similar to
using an adjuster knob. The sensitivity can also be easily set by using
Operation description
Standard Installation
[Operation Selector Button]
Use to switch between
Light-ON and Dark-ON.
Saving Space
[Teaching status Indicator (orange)]
Selection
Guide
[UP/DOWN Button]
Digital threshold value adjustment.
Fiber Units
[Digital Display (Red)]
Digital incident level display or
digital threshold value display
Display of contents of functions
during operation.
Fiber Sensor
Features
Nomenclature
75
75
Fiber Amplifiers / Communications Unit / Accessories
Fiber Sensor
Features
Ratings and Specifications
Saving Space
Standard Installation
Fiber Units
Selection
Guide
76
Threaded
Cylindrical
Wire-saving Connectors
Item
Type
Master Connector
Slave Connector
Model
E3X-CN11
E3X-CN12
Number of conductors
3
1
Diameter of cable
4 dia.
2.6 dia.
Rated current
2.5 A
Rated voltage
50 VDC
Contact resistance
20 mΩ max. (20 mVDC max., 100 mA max.)
(The above figure is for connection to the Amplifier Unit and the adjacent Connector.
It does not include the conductor resistance of the cable.)
Number of insertions
Destruction: 50 times (for connection to the Amplifier Unit and the adjacent Connector)
Material
Housing
Polybutylene terephthalate (PBT)
Contact
Phosphor bronze/gold-plated nickel
Weight (packed state)
Approx. 55 g
Approx. 25 g
Flat
Sleeved
Small Spot
Beam Improvements
Accessories (sold separately)
High Power
(Unit: mm)
Tolerance class IT16 applies to demmensions in this date sheet unless otherwise specified.
Dimensions
Wire-saving Connectors
Master Connector
76-A
E3X-CN11
Edge of amplifier
Narrow
view
2,000
+50
0
(7)
BGS
Transparent Objects
Environmental Immunity
See note
Retroreflective
Chemicalresistant,
Oil-resistant
Limitedreflective
Bending
Heatresistant
Note: 4 dia. cable / 3 conductors / Standard length: 2 m (Conductor cross section: 0.2 mm2 (AWG24), Insulator diameter: 1.1 mm)
Slave Connector
76-B
E3X-CN12
Edge of amplifier
2,000 +500
(7)
Applications
Area
Detection
Liquid-level
See note
Vacuum
FPD,
Semi,
Solar
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Installation
Information
76
Note: 2.6 dia. cable / 1 conductor / Standard length: 2 m (Conductor cross section: 0.2 mm2 (AWG24), Insulator diameter: 1.1 mm)
Fiber Amplifiers / Communications Unit / Accessories
Accessories (sold separately)
34.8
22
16
2.5
3
Mounting Holes
7.3
Two-M3
26.8
Two-3.2 dia.
3
16
7
16±0.1
3
Four-R1.7
3.4
10.3 10 max. 7
Material: Stainless steel (SUS304)
3.4
Threaded
1
1
Cylindrical
DIN track
77-B
Flat
PFP-100N
PFP-50N
Sleeved
7.3±0.15
Standard Installation
5.3
Saving Space
(10.3)
Selection
Guide
E39-L143
Fiber Units
77-A
Fiber Sensor
Features
Mounting Brackets
77
4.5
1,000 (500)
(See note)
25
10
15 (5)
(See note)
1
High Power
Note: The figures in parenthesses are for the PFP-50N.
Material: Aluminum
77-C
25
PFP-100N2
BGS
16
29.2
Retroreflective
1.5
Limitedreflective
4.5
35±0.3 27
15
25
10
25
1,000
25
10
15
1
Chemicalresistant,
Oil-resistant
Material: Aluminum
Bending
End Plate
77-D
25
24
Narrow
view
PFP-M
11.5
Heatresistant
50
M4 × 8
panhead screw
Area
Detection
10
Liquid-level
M4 spring washer
Vacuum
6.2
Material: Iron, galvanization
1
1.8
35.5
35.3
1.8
10
FPD,
Semi,
Solar
Installation
Information
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
4.8
1.3
Transparent Objects
25
10
Environmental Immunity
25
Applications
15
Small Spot
Beam Improvements
27±0.15
35±0.3
77
Beam Improvements
Influence of Fiber Cable Length
The sensing distance listed in the Fiber Units specifications are based on the fiber cable lengths found in the suffix of the model
number.
The sensing distance will change if the fiber cable is cut or extended.
The following graph shows the percentage change of the various fiber cable length, where 100% is the sensing distance for a fiber
cable with a length of 2 m.
Use this as a guideline for installation distances.
Keep in mind that extending the cable with a fiber connector will result in even shorter sensing distances than the value given in the graph.
Cylindrical
Sleeved
High Power
Narrow
view
Transparent Objects
Retroreflective
Environmental Immunity
BGS
Chemicalresistant,
Oil-resistant
Limitedreflective
Bending
Heatresistant
Area
Detection
Liquid-level
120
100
80
60
40
20
Flat
Small Spot
Applications
Reference Information for Fiber Units
Sensing distance (%)
Threaded
Technical Guide
0
0
1
2
3
4
5
6
7
8
Fiber Cable Length (m)
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Installation
Information
78
10
11
* The 100% value is for a fiber cable with a length of 2 m
(same for Through-beam and Reflective Models).
The following graph shows the percentage change of the various workpieces, where 100% is the sensing distance for white paper,
the standard sensing object.
Refer to the value of the material that looks like your workpiece.
120
100
80
60
40
20
0
White
paper
Glass
t0.7
SUS304 Bakelite
Material
Green Anodized
rubber mat aluminum
(black)
* White paper is 100%.
Types of Fiber Cables
This section describes the features of different types of fiber cables.
(This is given in the Fiber Unit specifications as either Flexible or Bend-resistant for the cable bending radius, and Coaxial for the
appearance.
If no difinition is given, a standard cable is used.)
• Flexible Fibers
The flexible fiber has a small bending radius for easy routing
without easily breaking.
It is easy to use because the cable can be bent without
significantly reducing light intensity.
Vacuum
FPD,
Semi,
Solar
9
Reflective Models: Sensing Distance Ratios by Workpiece Materials
Sensing distance (%)
Saving Space
Standard Installation
Fiber Units
Selection
Guide
Fiber Sensor
Features
78
Structure which has a
cladding around a large
number of ultrafine
cores.
Core
Cladding
• Standard Fibers
This fiber have a large bending radius compared with
bend-resistant or flexible fiber.
Use this fiber where the bending radius is large, or on
non-moving parts.
Structure only of one fiber
• Coaxial Reflective Fibers
These fibers are suitable for sensing small objects at close range.
Emitter fiber
Receiver fibers
The receiver fibers are arranged
around the emitter fiber.
• Break-resistant Fibers
This fiber is resistant to repeated bends for use on moving
parts.
Structure where the multiple
fine fibers has been independent.
Fiber Units
Are there any differences between the Fiber
Units that are used for emitter and receiver?
Sleeved
High Power
Narrow
view
Refer to the recommended mounting hole dimensions given on
pages 56 to 59.
Are Fiber Cables available in different lengths?
Some models are available with either 5-m or 10-m cable.
Ask your OMRON representative for details.
BGS
The aperture angle is the angle at which the emitter beam
spreads out.
Retroreflective
Aperture angle
Are these Fiber Units CE certified?
Fiber Units do not have any electrical components and
therefore are exempt from CE certification.
Can these Fiber Units be used in explosionproof areas?
The Fiber Units can be used in an explosion-proof area. Install
only the Fiber Unit in the explosion-proof area and install the
Fiber Amplifier Unit outside the explosion-proof area.
What is the difference between the E3X-HD
Series and E3X-SD Series?
The E3X-HD Series provides Advanced Models with two displays.
The E3X-SD Series provides only the minimum required
features with a single display.
Can the Fiber Amplifier Units be connected with
other models?
The E3X-HD Series can be connected only with the E3X-DA-S
and MDA Series.
The E3X-SD Series can be connected only with the E3X-NA
Series.
Can the Fiber Amplifier Unit be operated from a
mobile console?
Mobile consoles cannot be used with either the E3X-HD Series
or the E3X-SD Series.
Can the Fiber Amplifier Unit be used with a
Communications Unit?
If you use E3X-HD0 Amplifier Units, you can use either the
E3X-CRT or E3X-ECT.
The E3X-SD Series cannot be used with a Communications
Unit.
Standard Installation
Small Spot
What size must the hole be to mount a
Threaded or Cylindrical Fiber Unit?
What is the aperture angle?
Fiber Amplifier
Units
Flat
Saving Space
With Through-beam Fiber Units, there is no difference between
emitter fibers and receiver fibers.
With Reflective Fiber Units, the emitter fibers and receiver
fibers are different on Coaxial Reflective Models.
Emitter fiber cables have identification marks. Refer to the
individual dimensions diagrams for details.
Cylindrical
Limitedreflective
Chemicalresistant,
Oil-resistant
Bending
Heatresistant
Beam Improvements
Optical
axis
diameter
Transparent Objects
Beam spread
of 60°
Threaded
Environmental Immunity
The optical axis diameter is the beam size that the
Through-beam Fiber Unit uses for detection.
If you are detecting objects larger than the optical axis
diameter, you can expect stable detection performance
because the object will block all of the beams of light that are
used for detection.
The incident level may fluctuate, however, if the workpiece
passes the beam at high speed.
In this case, it is best to select a Fiber Unit with a smaller
optical axis diameter, or change the response time of the
Fiber Amplifier Unit (E3X-HD Series) to High-speed mode or
to Super-high-speed mode setting.
Area
Detection
Liquid-level
Vacuum
Applications
How do I interpret the optical axis diameter in
the Fiber Unit specifications?
Answer
Fiber Sensor
Features
Question
FPD,
Semi,
Solar
Installation
Information
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Category
Selection
Guide
Q&A
79
Fiber Units
Technical Guide
79
Safety Precautions
Fiber Sensor
Features
Fiber Amplifier Unit
Selection
Guide
This product is not designed or rated for
ensuring safety of persons either directly
or indirectly.
Do not use it for such purposes.
Saving Space
Standard Installation
Fiber Units
80
Threaded
Cylindrical
Flat
Beam Improvements
Caution
Do not use the product with voltage in
excess of the rated voltage.
Excess voltage may result in malfunction
or fire.
Never use the product with AC power supply.
Using an AC power supply may result in
rupturing.
Sleeved
Small Spot
High Power
Narrow
view
Transparent Objects
Retroreflective
Environmental Immunity
BGS
Chemicalresistant,
Oil-resistant
Limitedreflective
Bending
Heatresistant
Area
Detection
Applications
Warning
Liquid-level
Vacuum
FPD,
Semi,
Solar
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Installation
Information
80
Precautions for Safe Use
The following precautions must be observed to ensure safe
operation of the Sensor.
(1) Do not use the Sensor in environments subject to flammable
or explosive gases.
(2) Do not use the Sensor in environments subject to exposure
to water, oil, chemicals, etc.
(3) Do not install the Sensor in environments subject to intense
electric field or ferromagnetic field.
(4) Do not attempt to disassemble, repair, or modify the Sensor
Unit in any way.
(5) Do not apply voltages or currents that exceed the rated
ranges.
(6) Do not use the Sensor in any atmosphere or environment
that exceeds the ratings.
(7) Do not miswire such as the polarity of the power supply.
(8) Connect the load correctly.
(9) Do not short both ends of the load.
(10) Do not use the Sensor if the case is damaged.
(11) When disposing of the Sensor, treat it as industrial waste.
(12) High-Voltage lines and power lines must be wired separately
from this Sensor. Wiring them together or placing them in the
same duct may cause induction, resulting in malfunction or
damage.
(13) When setting the Sensor, be sure to check safety such as by
stopping the equipment.
Precautions for Correct Use
• Do not install the Sensor in the following locations.
(1) Locations subject to direct sunlight
(2) Locations subject to condensation due to high humidity
(3) Locations subject to corrosive gas
(4) Locations subject to vibration or mechanical shocks exceeding
the rated values
• Use an extension cable with a minimum thickness of 0.3 mm 2
and less than 100 m long.
• Do not apply the forces on the cord exceeding the following limits:
Pull: 40 N; torque: 0.1 N·m; pressure: 20 N; bending: 3 kg
• The Sensor is ready to operate 200 ms after the power supply
is turned ON. If the Sensor and load are connected to power
supplies separately, turn ON the power supply to the Sensor
first.
• When using the wire-saving connector type, attach the protective
sticker (provided with E3X-CN series connectors) on the
unused power pins to prevent electrical shock and short
circuiting.
When using the connector type for the communications unit,
attach the protective cap.
Protective Sticker
Power Supply
Connecting Terminal
Protective Cap
• Output pulses may occur when the power supply is turned
OFF. Turn OFF the power supply to the load or load line first.
• Excessive incident light cannot be sufficiently handled by the
mutual interference prevention function and may cause
malfunction. To prevent this, set a higher threshold level.
• Make sure that the power supply is turned OFF before
connecting, separating or adding Amplifier Units.
• Do not pull or apply excessive pressure or force (exceeding 9.8
N) on the Fiber Unit when it is mounted on the Amplifier Unit.
• The E3X-MC11, E3X-MC11-SV2 and E3X-MC11-S Mobile
Consoles cannot be used.
• Mutual interference prevention on the E3X-HD Series does
not function among the E3X-DA-N, E3X-SD, or E3X-NA
Fiber Amplifier Units.
Mutual interference prevention on the E3X-HD Series does
function among the E3X-DA-S and E3X-MDA Fiber Amplifier
Units.
Mutual interference prevention works only when all of the
Fiber Amplifier Units are from the E3X-SD Series or the
E3X-NA Series.
• The E3X-HD0 can be used with E3X-CRT or E3X-ECT
Communications Unit, but the E3X-DRT21-S cannot.
The E3X-SD Series and the E3X-HD Standard Models
(E3X-HD11, E3X-HD41, E3X-HD6, and E3X-HD8) cannot be
used with either of the Communications Units.
• If the output short-circuit protection is activated by an
overload or short circuit in a control output, ur ,ver will
flash on the display. Check the connection of the load.
• If a write error occurs due to noise caused by a power
interruption or static electricity (eep err will flash on the
display), use the setting keys on the Fiber Amplifier Unit to
initialize it.
• Always keep the protective cover in place when using the
Amplifier Unit.
• Do not use thinner, benzine, acetone, and lamp oil for cleaning.
Refer to “I/O Circuit Diagrams” or
check the side of the unit for wire
color and role indications.
(2)
Mounting Amplifier Units in Group
(Connector Type Models)
1. Mount the Fiber Amplifier units
(3)
DIN Track
one at a time onto the DIN track
Loosely tighten.
Adjust the fiber
to the desired
length and fully
tighten.
Threaded
Cylindrical
Fiber Cutter
E39-F4
Insert the Fiber
Unit into E39-F4
and cut it.
2
and push them until they click.
Use E3X-CN11 (Master connector)
for the master Fiber Amplifier unit
(4)
2. Slide the Fiber Amplifier units in
the direction 2.
3. Use End Plates (PFP-M: separately
4. Tighten the screw on the End
4
3
sold) at the both ends of the
grouped Fiber Amplifier units to
Insertion direction
Note: The insertion direction into the Fiber
Amplifier Unit is shown in the above figure.
Mount Fiber Unit
1.
2. Raise the lock lever.
3. Insert the Fiber Unit in the
Open the protective cover.
Tighten the screw while pressing the
End Plate.
Plates using a driver.
• Under environments such as vibration, use an end plates
even with a single Fiber Amplifier Unit.
• The maximum numbers of connectable Amplifier Units are
given in the following table.
E3X-HD series Standard type
(E3X-HD11/HD41/HD6/HD8)
With E3X-ECT
E3X-HD0
With E3X-CRT
E3X-SD series
(E3X-SD21/SD51/SD7/SD9)
Finished state.
(Correctly cut end)
Maximum
Maximum
number of mutual
number of
interference
interconnected
prevention
16
10
30
10
16
10
16
5
• If Units are to be connected, the ambient temperature will change
with the number of Units that are connected. Check the Ratings
and Characteristics specifications.
• Always turn OFF the power before connecting or disconnecting
Units.
fiber unit hole to the bottom.
4. Return the lock lever to the
original position and fix the
Fiber Unit.
Sleeved
Small Spot
About 0.5 mm
and E3X-CN12 (Slave connector) for
the slave Fiber Amplifier units.
prevent them from separating due
to vibration or other cause.
Thin-diameter
Fiber Unit Hole × 2
Standard Fiber
Unit Hole
(dia. 2.2 mm) × 3
Flat
Standard Installation
1
High Power
Narrow
view
Beam Improvements
(1)
2
Thin Fiber Attachment
(E39-F9)
BGS
Lock Lever
4
Lock
Release
2
Protective Cover
1
3
Fiber Unit
• When mounting a coaxial
reflective Fiber Unit, insert
the single-core Fiber Unit
Single Core
to the upper hole (Emitter
Multi Core
side) and the multi-core
Fiber Unit to the lower hole (Receiver side).
• When removing the Fiber Unit, follow the above steps in reverse
order.
To maintain the characteristics of the Fiber Unit, make sure the
lock is released before removing the Fiber Unit.
Retroreflective
Limitedreflective
Chemicalresistant,
Oil-resistant
Bending
Heatresistant
Transparent Objects
Removing from DIN Track
1. Push the unit in the direction 1.
2. Lift it up in the direction 2.
The fiber is
shipped loosely
tightened as
shown in the
figure at the
right
Environmental Immunity
Fiber Unit Connection Side Hook
Area
Detection
Liquid-level
Vacuum
Applications
catch the track and push the unit
until it clicks.
Saving Space
Cut a thin fiber as follows.
For standard fibers, insert to the desired cutting position and cut.
Unit's Fiber Unit connection side
Selection
Guide
Use Fiber Cutter
1. Let the hook on the Amplifier
Fiber Units
Mounting Fiber Units
Mounting on DIN Track
FPD,
Semi,
Solar
Installation
Information
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Mounting the Fiber Amplifier Units
81
Fiber Sensor
Features
Safety Precautions
81
82
Safety Precautions
Fiber Sensor
Features
Fiber Units
Selection
Guide
This product is not designed or rated for
ensuring safety of persons either directly
or indirectly.
Do not use it for such purposes.
Saving Space
Standard Installation
Fiber Units
Warning
Threaded
Do not use the Fiber Unit in atmospheres or environments that
exceed product ratings.
Cylindrical
• Mounting
Flat
Refer to pages 56 to 59 for the tightening torque to apply when
mounting a Fiber Unit.
Sleeved
Beam Improvements
Small Spot
High Power
Narrow
view
Transparent Objects
Retroreflective
Environmental Immunity
BGS
Chemicalresistant,
Oil-resistant
Limitedreflective
Tightening Force
Mounting
panel
Set screw
(flat head or sunken head)
(M3 max.)
Toothed washer
Use a proper-sized wrench
for the nut.
Nuts
(Provided.)
Heatresistant
Liquid-level
Vacuum
FPD,
Semi,
Solar
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
Installation
Information
82
90° max.
10 mm
Stainless steel tube
10 mm
Do not bend here.
Heat-resistant Fiber Units (E32-D51(R) and E32-T51(R))
The fibers of these Units cannot be extended using the E39-F10
Fiber Connector.
E32-T14
These Units may enter the light-ON state if there are reflective
objects at the end of the lenses.
If reflection is a problem, attach the black stickers provided to the
ends of the lenses.
E32-T16PR
Sensing head
The following method is recommended for mounting Fiber Units
with fluororesin-covered sensing heads (E32-T F and E32-D F) to
prevent from cracking the fluororesin case.
If you use a set screw to secure the Fiber Unit, tighten it with care
to prevent from cracking the case.
Sensing head of Fiber Unit
Provided slit
To use the provided slit, peel off the
backing sheet, align the slit with the
edges of the sensing surface, and
attach it to the sensing head.
Use the slit in applications where
saturation occurs (i.e., changes in
incident level cannot be detected)
due to short sensing distances.
Vacuum-resistant Fiber Units (E32-□V)
Although the Flanges, the Fiber Units on the vacuum side, and
the Lens Units have been cleaned, as an extra precaution,
clean these with alcohol before using them in high-vacuum
environments to ensure that they are properly degreased.
Bending
Area
Detection
Applications
Precautions for Correct Use
Sleeve Bender (E39-F11)
• The bending radius of the stainless steel tube should be as large
as possible. The smaller the bending radius is, the shorter the
1.2 mm dia. max.
sensing distance will be.
1.3 mm dia.min.
• Insert the tip of the stainless
R10 mm
steel tube in the Sleeve Bender R12.5 mm
R5 mm
and slowly bend the tube
R7.5 mm
along the curve of the Sleeve
Fiber tip
position mark
Bender.
Connections
• Do not subject the Fiber Unit to excessive force, such as tension
or compression.
Refer to pages 56 to 59 for tensile strengths.
• Make sure any bend in the Fiber Unit is larger than the allowable
bending radius.
Refer to pages 56 to 59 for bending radius ratings and length of
unbendable sections at the base of the Fiber Unit.
• Do not compress or place heavy loads on the fibers.
Fiber Units
Nylon wireholder
• The method shown below is an effective way to prevent the
Fiber Unit from breaking due to vibration.
Forming one-turn
loop will reduce
vibration
Tape
Liquid-level Detection Fiber Unit (E32-D82F1)
• Secure the Fiber Unit using the unbendable section.
Otherwise, the liquid-level detection position may be displaced.
• For applications in hazardous environments, install the Fiber
Unit in the hazardous environment but install the Amplifier Unit
in a safe environment.
Liquid-level Detection Fiber Units (Tube-mounting Models)
• Make sure that the tube is not deformed when using a band to
secure the Fiber Unit.
Chemical and Oil-resistant, Liquid-level Detection Fiber Unit
(E32-D82F1)
Fluororesin shows strong chemical-resistant properties but is
permeable if exposed to atmospheres with gaseous chemicals or
water vapors, resulting in failure or damage.
Confirm applicability sufficiently before using the Fiber Unit in
these environments.
Fiber Unit
Fiber Sensor
Features
Threaded
Cylindrical
Protective
Spiral Tube
Standard Installation
Protective
Spiral Tube
Fiber Unit
Flat
Mounting
panel
Hexagonal nuts
Sleeved
Saving Space
• Operation may become unstable in the following cases:
1. Bubbles stick to the cone of the sensing head.
2. Solute deposits on the cone of the sensing head.
3. The liquid has a high viscosity.
• There are some liquids, such as milky white liquids, for which
detection is not possible.
• Do not let the end of the fluororesin section bump into other
objects.
Damage to or deformation of the sensing head may cause
unstable operation.
1. I n s e r t t h e F i b e r U n i t i n t o t h e
Protective Spiral Tube from the
head connector (threaded).
2. Push the fiber into the Protective
Spiral Tube. The tube must be
straight so that the fiber enters
without twisting. Turn the Protective
Spiral Tube, not the fiber.
3. Secure the Protective Spiral Tube
to the mounting panel with the
provided nuts.
Small Spot
Fiber Unit
Toothed washers
Protective
Spiral Tube
4. Use the provided 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.)
Narrow
view
Saddle
Tube
BGS
End cap
Attach the Fiber Connecter as shown in the following figures.
1. Insert the Fiber Unit in the retention clip.
2. Insert the retention clip into the splice.
2
Fiber Unit
Splice
Fiber Unit
Retention clip
Retention clip
Fiber Unit
Retroreflective
Limitedreflective
Attaching the E39-F10 Fiber Connector
1
High Power
Beam Improvements
Other Precautions
Liquid-level Detection Fiber Unit (E32-D82F1)
Mounting method of Protective Spiral Tubes
Chemicalresistant,
Oil-resistant
Bending
Heatresistant
Transparent Objects
5.2 ±2 mm
(from the end of the
fluororesin section)
1. Use detergent 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 areas that are exposed to oil
or chemicals.
Environmental Immunity
•
Liquid-level detection
position
Use of E39-R3 Reflector Provided with E32-R21
Area
Detection
Fiber Unit
• The Fiber Units should be as close as possible when they are
connected.
The sensing distance is reduced by approximately 25% when
Fiber Units are extended by the connector.
• Only 2.2-mm-diameter fibers can be connected.
Liquid-level
Vacuum
Applications
The liquid-level detection position
is 5.2 ±2 mm from the end of the
fluororesin section. (Refer to the
diagram on the right.)
The liquid-level detection position
varies with the surface tension of
the liquid and the degree of
w e t n e s s a t t h e F i b e r U n i t ’s
detection position.
Accessories
Selection
Guide
Adjustment
Detection Position for Liquid-level Detection Fiber Unit
(E32-D82F1)
FPD,
Semi,
Solar
Installation
Information
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
•
83
Fiber Units
Safety Precautions
83
Saving Space
Standard Installation
Fiber Units
Selection
Guide
Fiber Sensor
Features
84
Beam Improvements
Selection by Model
Models
E32-A
E32-A01 5M
E32-A03 2M
E32-A03-1 2M
E32-A04 2M
E32-A08 2M
E32-A08H2 3M
Threaded
E32-A09 2M
Cylindrical
E32-A09H2 2M
Flat
Sleeved
Small Spot
High Power
Narrow
view
BGS
E32-A12 2M
Specifications
Dimensions
P.48
P.49 49-A
P.54
P.55 55-A
P.28
P.28
P.54
P.28
P.54
P.34
P.52
P.44
P.52
P.34
P.52
P.44
P.29 29-A
P.29 29-B
P.55 55-B
P.29 29-C
E32-C31 2M
E32-C31N 2M
E32-DC200BR 2M
E32-DC200F4R 2M
E32-L
Transparent Objects
Environmental Immunity
Chemicalresistant,
Oil-resistant
Limitedreflective
E32-C42S 1M
E32-CC200 2M
E32-D
E32-L15 2M
P.35 35-F
P.53 53-E
P.45 45-E
E32-L16-N 2M
P.08
P.09 09-D
E32-R16 5M
P.08
P.09 09-E
E32-T
P.08
P.09 09-A
P.35 35-D
(P.21)
(P.19, 21)
P.21 21-A
P.19 19-A
E32-R
E32-R21 2M
E32-T10V 2M
E32-T11 2M
P.37 37-I
E32-D15XR 2M
E32-D15ZR 2M
E32-D16 2M
E32-D21 2M
E32-D211R 2M
Liquid-level
E32-D21B 2M
Vacuum
E32-D221B 2M
FPD,
Semi,
Solar
E32-D22B 2M
E32-D21R 2M
E32-D22R 2M
E32-D24R 2M
E32-D25XB 2M
E32-D32L 2M
E32-D33 2M
E32-D331 2M
E32-D36P1 2M
E32-D36T 5M
E32-D43M 1M
E32-D51 2M
E32-D51R 2M
E32-D61-S 2M
P.08
P.36
P.14
P.14
P.14
P.22
P.40
P.08
P.40
P.08
P.12
P.40
P.12
P.40
P.12
P.16
P.40
P.12
P.12
P.16
P.16
P.46
P.48
P.12
P.16
P.44
P.44
P.44
P.09 09-G
P.37 37-H
P.15 15-D
P.15 15-E
P.15 15-F
P.23 23-C
P.41 41-B
P.09 09-F
P.41 41-D
P.09 09-C
P.13 13-D
P.41 41-C
P.13 13-A
E32-T11F 2M
E32-T11N 2M
E32-T11NF 2M
E32-T11R 2M
P.45 45-B
P.45 45-A
P.45 45-G
P.30
P.34
P.48
P.32
P.32
E32-T14F 2M
E32-T14LR 2M
E32-T15XR 2M
E32-T15YR 2M
E32-T15ZR 2M
E32-T16JR 2M
E32-T16PR 2M
E32-T16WR 2M
E32-T17L 10M
E32-T21 2M
E32-T223R 2M
E32-T22B 2M
E32-T24E 2M
E32-T24S 2M
E32-T33 1M
E32-T51 2M
E32-T51R 2M
E32-TC200BR 2M
E32-V
E32-VF1
E32-VF4
E39-F
P.35 35-B
P.53 53-A
P.31 31-B
P.35 35-A
E39-F32A
P.33 33-B
P.07 07-A
P.36
P.37 37-A
E39-F2
E39-F32C
P.46
P.46
P.22
P.38
P.10
P.10
P.38
P.28
P.16
P.16
P.28
P.54
P.28
P.54
P.38
P.16
E39-F3A
P.51 51-B
P.40
P.41 41-G
P.24, 26
P.38
P.40
P.40
P.18
P.20
P.07 07-B
P.20
E39-F3R
P.32
P.33 33-A
19-D
E39-R
E39-R3
P.32
E39-L143
E3X-CN
E3X-CRT
P.11 11-A
P.33 33-B
E39-L
P.47 47-A
P.39 39-B
P.21 21-D
21-F
E3X-CN11
P.23 23-A
P.21 21-A
P.19 19-C
P.15 15-C
P.47 47-C
P.19 19-A
P.18
E39-RP37
P.47 47-B
P.41 41-G
E39-F3C
P.37 37-D
P.15 15-B
P.41 41-G
21-E
E39-R1
P.15 15-A
P.39 39-E
21-C
E39-F3B
P.11 11-C
P.11 11-D
P.24 24-C
21-B
(P.25)
(P.25, 26)
P.19 19-B
P.50
(P.25, 26)
P.06
P.46
P.18
21-H
P.49 49-B
P.35 35-E
P.26 26-D
P.21 21-G
E39-F1V
P.37 37-C
P.14
P.24 24-A
P.26
P.51 51-E
P.20
P.31 31-C
P.36
P.14
P.51 51-F
P.50
P.17 17-D
E39-F18
P.39 39-C
P.14
P.50
P.16
(P.27)
P.24 24-B
P.38
P.10
P.51 51-C
P.24, 26
E39-F17
E39-F3A-5
P.36
P.50
(P.27)
E39-F16
P.51 51-D
P.10
P.43 43-C
P.17
E39-F1-33
P.50
E3X-CN12
E3X-CRT
E3X-ECT
E3X-ECT
E3X-HD
P.33 33-C
P.33 33-A
P.77 77-A
P.76
P.76 76-A
P.70
P.71 71-A
P.70
P.71 71-B
P.76
P.76 76-B
P.11 11-B
E3X-HD0
P.64
P.65 65-B
P.29 29-F
E3X-HD41 2M
P.64
P.64 64-A
P.39 39-A
P.17 17-B
P.17 17-A
P.29 29-E
E3X-HD11 2M
E3X-HD6
E3X-HD8
E3X-SD
P.64
P.64
P.64
P.64 64-A
P.65 65-A
P.65 65-A
P.55 55-E
E3X-SD21 2M
P.72
P.73 73-A
P.55 55-D
E3X-SD7
P.72
P.73 73-B
P.29 29-D
P.39 39-D
P.17 17-C
E3X-SD51 2M
E3X-SD9
PFP
P.72
P.72
P.73 73-A
P.73 73-B
P.42
P.43 43-B
PFP-100N
P.77 77-B
P.36
P.37 37-E
PFP-50N
P.77 77-B
P.42
P.43 43-A
P.50
P.51 51-A
(P.26)
E32-T51V 1M
E32-T84SV 1M
E39-F32D
P.06
P.42
(P.26)
P.33 33-C
(P.26)
E32-T51F 2M
E32-T81R-S 2M
E39-F11
P.23 23-B
E32-T25XB 2M
P.17 17-F
P.34
P.43 43-D
(P.26)
P.31 31-A
P.22
P.17 17-G
P.13 13-B
P.30
Dimensions
P.42
P.24, 26
P.19 19-F
E32-T14 2M
E32-T24SR 2M
P.49 49-C
P.52
Specifications
E39-F1
P.37 37-B
P.13 13-F
P.47 47-D
P.34
Models
E32-T61-S 2M
P.53 53-H
P.36
E32-T12R 2M
E32-T24R 2M
P.17 17-H
P.30
P.53 53-G
E32-T12F 2M
P.17 17-E
P.13 13-E
P.18
(P.24)
E32-T22S 2M
P.41 41-F
P.52
(P.24)
P.41 41-A
P.13 13-C
P.52
(P.24)
(P.21)
P.36
E32-D15YR 2M
Fiber Amplifiers,
Technical
Communications
Model Index Guide and
Unit, and
Precautions Accessories
P.09 09-H
E32-D11U 2M
Heatresistant
84
P.08
P.41 41-E
Bending
Installation
Information
P.19 19-E
P.40
E32-D12F 2M
Area
Detection
P.18
E32-D11 2M
E32-D11R 2M
P.17 17-I
P.53 53-C
P.45 45-D
E32-L25T 2M
(P.20)
P.17 17-J
P.37 37-G
P.09 09-B
P.18
P.16
P.49 49-D
P.36
P.08
P.20
P.16
P.45 45-C
E32-L11FS 5M
E32-L25L 2M
(P.20)
P.48
P.45 45-H
P.53 53-B
P.53 53-D
P.52
P.44
P.45 45-F
P.37 37-F
E32-L24S 2M
P.34
P.44
Dimensions
P.36
21-D
E32-C42 1M
E32-D82F1 4M
P.53 53-F
P.52
(P.18, 20)
E32-C41 1M
E32-D81R-S 2M
P.44
E32-L11FP 5M
P.35 35-C
(P.18, 20, 32) (P.19, 21, 33)
E32-C31M 1M
E32-D73-S 2M
Specifications
P.55 55-C
E32-C
E32-C11N 2M
Models
E32-D611-S 2M
19-B
Retroreflective
Applications
Model Index
(P.27)
(P.27)
PFP-100N2
PFP-M
P.77 77-C
P.77 77-D
READ AND UNDERSTAND THIS DOCUMENT
Please read and understand this document before using the products. Please consult your OMRON representative if you have any questions or
comments.
WARRANTY
OMRON’s exclusive warranty is that the products are free from defects in materials and workmanship for a period of one year (or other period if
specified) 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 THAT
THE BUYER OR USER ALONE HAS DETERMINED THAT THE PRODUCTS WILL SUITABLY MEET THE REQUIREMENTS OF THEIR
INTENDED USE. OMRON DISCLAIMS ALL OTHER WARRANTIES, EXPRESS OR IMPLIED.
LIMITATIONS OF LIABILITY
OMRON SHALL NOT BE RESPONSIBLE FOR SPECIAL, INDIRECT, OR CONSEQUENTIAL DAMAGES, LOSS OF PROFITS OR
COMMERCIAL 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 UNLESS
OMRON’S ANALYSIS CONFIRMS THAT THE PRODUCTS WERE PROPERLY HANDLED, STORED, INSTALLED, AND MAINTAINED AND
NOT SUBJECT TO CONTAMINATION, ABUSE, MISUSE, OR INAPPROPRIATE MODIFICATION OR REPAIR.
SUITABILITY FOR USE
THE PRODUCTS CONTAINED IN THIS DOCUMENT ARE NOT SAFETY RATED. THEY ARE NOT DESIGNED OR RATED FOR ENSURING
SAFETY OF PERSONS, AND SHOULD NOT BE RELIED UPON AS A SAFETY COMPONENT OR PROTECTIVE DEVICE FOR SUCH
PURPOSES. 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 the
customer’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 apply
to the products. This information by itself is not sufficient for a complete determination of the suitability of the products in combination with the end
product, 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 all
possible 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 THAT
THE SYSTEM AS A WHOLE HAS BEEN DESIGNED TO ADDRESS THE RISKS, AND THAT THE OMRON PRODUCT IS PROPERLY RATED
AND INSTALLED FOR THE INTENDED USE WITHIN THE OVERALL EQUIPMENT OR SYSTEM.
PERFORMANCE DATA
Performance data given in this document is provided as a guide for the user in determining suitability and does not constitute a warranty. It may
represent the result of OMRON’s test conditions, and the users must correlate it to actual application requirements. Actual performance is subject
to the OMRON Warranty and Limitations of Liability.
CHANGE IN SPECIFICATIONS
Product 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 fix
or establish key specifications for your application on your request. Please consult with your OMRON representative at any time to confirm actual
specifications of purchased products.
DIMENSIONS AND WEIGHTS
Dimensions and weights are nominal and are not to be used for manufacturing purposes, even when tolerances are shown.
ERRORS AND OMISSIONS
The 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 PRODUCTS
OMRON shall not be responsible for the user’s programming of a programmable product, or any consequence thereof.
COPYRIGHT AND COPY PERMISSION
This 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 or
reproducing this document in any manner, for any other purpose. If copying or transmitting this document to another, please copy or transmit it in
its entirety.
OMRON Corporation
Industrial Automation Company
Authorized Distributor:
Tokyo, JAPAN
Contact: www.ia.omron.com
Regional Headquarters
OMRON EUROPE B.V.
Sensor Business Unit
Carl-Benz-Str. 4, D-71154 Nufringen, Germany
Tel: (49) 7032-811-0/Fax: (49) 7032-811-199
OMRON ELECTRONICS LLC
One Commerce Drive Schaumburg,
IL 60173-5302 U.S.A.
Tel: (1) 847-843-7900/Fax: (1) 847-843-7787
OMRON ASIA PACIFIC PTE. LTD.
No. 438A Alexandra Road # 05-05/08 (Lobby 2),
Alexandra Technopark,
Singapore 119967
Tel: (65) 6835-3011/Fax: (65) 6835-2711
OMRON (CHINA) CO., LTD.
Room 2211, Bank of China Tower,
200 Yin Cheng Zhong Road,
PuDong New Area, Shanghai, 200120, China
Tel: (86) 21-5037-2222/Fax: (86) 21-5037-2200
© OMRON Corporation 2012 All Rights Reserved.
In the interest of product improvement,
specifications are subject to change without notice.
Cat. No. E418-E1-01
CSM_1_1_0212 0212 (0212) (W)
Mouser Electronics
Authorized Distributor
Click to View Pricing, Inventory, Delivery & Lifecycle Information:
Omron:
E32T84S E32-T61 E32-A015M E32-A02 5M E32-A04-6 2M E32-CC1000 E32-CC500 E32-D33-38 2M E32-D36F
E32-D73-19 0.5M E32-D81R E32-DB50 E32-DB8 E32-DC100F-33 E32-DC200-45 E32-DC200-49 E32-DC200D
E32-DC200D4 E32-DC200F-S20 E32-DC300E E32-DC50 E32-DC500E 5M E32-DC500F E32-DC9G E32-DC9G4
E32-J1R 20M E32-J2R 10M E32-L16 E32-L25T-1 2M E32-L56-2 2M E32-S15-1 0.5M E32-S15-2 1M E32-S15L-1
0.5M E32-S15L-2 1M E32-T12F-6 E32-T31-5 E32-TB50 E32-TC1500 E32-TC2000 E32-TC200D E32-TC200D4
E32-TC400 E32-TC4000-02 E32-TC50 E32-UDAT1-3F E32-UDAT1-6F E32-UDBT1-3F E32-UDBT1-6F E32UTAT1-3F E32-UTBT1-6F E32-T12L 5M E32-J1F-1 20M E32-T16J-1 E32-TC200-U1-1 E32-T84S
工商网监
湘ICP备2023018690号
