2011.10 panasonic-electric-works.net/sunx
New Product
Communication Unit for Open Network
Applicable
Digital Sensor
Digital Fiber Sensor Digital Laser Sensor Digital Pressure Sensor
The digital sensor can be connected directly
to the 3 types of open network!
Other types of analog input sensors can also be connected!
On sale soon
Scattered digital sensors can be centrally managed and set through an open network.
Fiber Sensor Guide Book
Fiber Sensor Guide Book
All Rights Reserved Panasonic Electric Works SUNX Co., Ltd. 2011
No. CE-FIBERGUIDE-7 October, 2011 Specifications are subject to change without notice. Printed in Japan
Please contact ..........
2431-1 Ushiyama-cho, Kasugai-shi, Aichi, 486-0901, Japan
■ Telephone: +81-568-33-7211 ■ Facsimile: +81-568-33-2631
Global Sales & Marketing Division
■ Telephone: +81-568-33-7861 ■ Facsimile: +81-568-33-8591
panasonic-electric-works.net/sunx
Panasonic Electric Works SUNX Co., Ltd.
Please read this document carefully with respect to our product warranty policy before using our Panasonic Electric Works SUNX
products (“Products”). If you have any questions or comments regarding do’s and don’ts of the Products, please consult your
local Panasonic Electric Works SUNX authorized dealer for the correct use and application of the Products.
1. PRODUCT MODIFICATION & DISCONTINUANCE:
Panasonic Electric Works SUNX expressly reserves the right to modify, including the right to discontinue, any of the
Products, prior to their order, from time to time without notice.
2. WARRANTIES:
(1) Subject to the exclusions stated in 3 (EXCLUSIONS) herein below, Panasonic Electric Works SUNX warrants the
Products to be free of defects in material and workmanship for a period of one (1) year from the date of shipment under
normal usage in environments commonly found in manufacturing industry.
(2) Any Products found to be defective must be shipped to Panasonic Electric Works SUNX with all shipping costs paid by
Purchaser or offered to Panasonic Electric Works SUNX for inspection and examination. Upon examination by
Panasonic Electric Works SUNX, Panasonic Electric Works SUNX will, at its sole discretion, repair or replace at no
charge, or refund the purchase price of, any Products found to be defective.
3. EXCLUSIONS
(1) This warranty does not apply to defects resulting from any cause:
(i)
which was due to abuse, misuse, mishandling, improper installation, improper interfacing, or improper repair by Purchaser;
(ii)
which was due to unauthorized modification by Purchaser, in part or in whole, whether in structure, performance or specification;
(iii)
which was not discoverable by a person with the state-of-the-art scientific and technical knowledge at the time of manufacture;
(iv)
which was due to an operation or use by Purchaser outside of the limits of operation or environment specified by
Panasonic Electric Works SUNX;
(v) which was due to Force Majeure; and
(vi)
which was due to any use or application expressly discouraged by Panasonic Electric Works SUNX in 5 (CAUTIONS
FOR SAFE USE) hereunder.
(2) This warranty extends only to the first purchaser for application, and is not transferable to any person or entity which
purchased from such purchaser for application.
(3) The performance data presented in this catalogue is only for guidance and shall not constitute any performance warranty
by Panasonic Electric Works SUNX.
4. DISCLAIMERS
(1) Panasonic Electric Works SUNX’s sole obligation and liability under this warranty is limited to the repair or replacement,
or refund of the purchase price, of a defective Product, at Panasonic Electric Works SUNX’s option.
(2) THE REPAIR, REPLACEMENT, OR REFUND IS THE EXCLUSIVE REMEDY OF THE PURCHASER, AND ALL OTHER
WARRANTIES, EXPRESS OR IMPLIED, INCLUDING, WITHOUT LIMITATION, THE WARRANTIES OF
MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE, AND NON-INFRINGEMENT OF PROPRIETARY
RIGHTS, ARE HEREBY EXPRESSLY DISCLAIMED. IN NO EVENT SHALL PANASONIC ELECTRIC WORKS SUNX
AND ITS AFFILIATED ENTITIES BE LIABLE FOR DAMAGES IN EXCESS OF THE PURCHASE PRICE OF THE
PRODUCTS, OR FOR ANY INDIRECT, INCIDENTAL, SPECIAL OR CONSEQUENTIAL DAMAGES OF ANY KIND, OR
ANY DAMANGES RESULTING FROM LOSS OF USE, BUSINESS INTERRUPTION, LOSS OF INFORMATION, LOSS
OR INACCURACY OF DATA, LOSS OF PROFITS, LOSS OF SAVINGS, THE COST OF PROCUREMENT OF
SUBSTITUTED GOODS, SERVICES OR TECHNOLOGIES, OR FOR ANY MATTER ARISING OUT OF OR IN
CONNECTION WITH THE USE OR INABILITY TO USE THE PRODUCTS.
5. CAUTIONS FOR SAFE USE
(1) The applications shown in this catalogue are only suggestions, and it is Purchaser’s sole responsibility to ascertain the
fitness and suitability of the Products for any particular application, as well as to abide by Purchaser’s applicable local
laws and regulations, if any.
(2) Never use the Products NOT rated or designated as “SAFETY SENSOR” in any application involving risk to life or
property. When such a use is made by Purchaser, such Purchaser shall indemnify and hold harmless
Panasonic Electric Works SUNX from any liability or damage whatsoever arising out of or in relation to such use.
(3) In incorporating the Products to any equipment, facilities or systems, it is highly recommended to employ fail-safe
designs, including but not limited to a redundant design, flame propagation prevention design, and malfunction
prevention design so as not to cause any risk of bodily injury, fire accident, or social damage due to any failure of such
equipment, facilities or systems.
(4) The Products are each intended for use only in environments commonly found in manufacturing industry, and, unless
expressly allowed in this catalogue, specification or otherwise, shall not be used in, or incorporated into, any equipment,
facilities or systems, such as those:
(a) which are used for the protection of human life or body parts;
(b) which are used outdoors or in environments subject to any likelihood of chemical contamination or electromagnetic
influence;
(c) which are likely to be used beyond the limits of operations or environments specified by
Panasonic Electric Works SUNX in this catalogue or otherwise;
(d) which may cause risk to life or property, such as nuclear energy control equipment, transportation equipment
(whether on rail or land, or in air or at sea), and medical equipment;
(e) which are operated continuously each day for 24 hours; and
(f) which otherwise require a high level of safety performance similar to that required in those equipment, facilities or
systems as listed in (a) through (e) above.
6. EXPORT CONTROL LAWS
In some jurisdictions, the Products may be subject to local export laws and regulations. If any diversion or re-export is to be
made, Purchaser is advised to abide by such local export laws and regulations, if any, at its own responsibility.
7. PURCHASER’S TRASFER OBLIGATIONS
If Purchaser resell or deliver the Products to a third party, Purchaser must provide such third party with a copy of this
document, all specifications, manuals, catalogs, leaflets and written information of any kind provided to Purchaser by
Panasonic Electric Works SUNX or its authorized local representative from time to time regarding the Products.
GENERAL TERMS AND CONDITIONS
INDEX
Fiber Selection Guide Choose by model 2
Choose by shape/application 3
Viewing new models 4
New Product Introduction
Tough Fiber 6
Fibers Super Quality 8
Threaded Type 10
Cylindrical Type 12
Sleeve 14
Flat Type 16
Small Spot 18
Narrow Beam 19
Wide Beam 20
Convergent Reective Type 21
Retroreective Type 22
Chemical-resistant 23
Heat-resistant 24
Vacuum-resistant 26
Liquid Leak / Liquid Detection 28
Fiber Options 30
Fiber Dimensions Thru-beam Type 34
Retroreective Type 41
Reective Type 42
Others 51
Ampliers FX-500 series 56
FX-100 series 66
INDEX 76
Earlier Models Comparison Table 80
Fiber Selection Guide
Choose by model
Model No.
Page
Sensing range
Specications
Dimensions
FT-140 P.10
P.34
FT-30 P. 9
FT-31 P.10
FT-31S P.15
FT-31W P.10
FT-40 P. 9
FT-42 P.10
FT-42S P.15
FT-42W
P.10
FT-43
FT-45X
P.35
FT-A11
P.20
FT-A11W
FT-A32
FT-A32W
FT-AL05
FT-E13 P.12/P.15
FT-E23
FT-F93 P.28
FT-H13-FM2
P.24
FT-H20-J20-S
P.36
FT-H20-J30-S
FT-H20-J50-S
FT-H20-M1
FT-H20-VJ50-S
FT-H20-VJ80-S
FT-H20W-M1
FT-H30-M1V-S P.26
FT-H35-M2 P.24
FT-H35-M2S6
FT-HL80Y P.23
FT-KS40
P.19
P.37
FT-KV26
FT-KV40
FT-KV40W
FT-L80Y P.23
FT-R40
P.10
FT-R41W
FT-R42W
FT-S11 P.12
FT-S20 P. 9
P.38
FT-S21 P.12
FT-S21W
FT-S30 P. 9
FT-S31W P.12
FT-S32
FT-V23
P.15
FT-V24W
FT-V25
FT-V30
FT-V40 P.12
P.39
FT-V80Y P.23
FT-WZ4
P.16
FT-WZ7
FT-Z20HBW
FT-Z30
FT-Z30E
Model No.
Page
Sensing range
Specications
Dimensions
FT-Z30EW
P.16
P.39
FT-Z30H
FT-Z30HW
P.40
FT-Z30W
FT-Z40HBW
FT-Z802Y P.23
Model No.
Page
Sensing range
Specications
Dimensions
FD-30 P. 9
P.42
FD-31 P. 11
FD-31W
FD-32G P.11/P.18
FD-32GX
FD-40 P. 9
FD-41 P. 11
FD-41S P.15
FD-41SW
FD-41W P. 11
FD-42G P.11/P.18
P.43
FD-42GW
FD-60 P. 9
FD-61 P. 11
FD-61G
FD-61S P.15
FD-61W
P. 11
FD-62
FD-64X
P.44
FD-A16 P.20
FD-AL11
FD-E13 P.13/P.15
FD-E23
FD-EG30 P.11/P.18
FD-EG30S P.15
P.45
FD-EG31 P.11/P.18
FD-F4
P.28
FD-F41
FD-F41Y
FD-F71
FD-F8Y
FD-FA93
FD-H13-FM2
P.25 P.46
FD-H18-L31
FD-H20-21
FD-H20-M1
Model No.
Page
Sensing range
Specications
Dimensions
FD-H25-L43 P.25 P.46
FD-H25-L45
FD-H30-KZ1V-S P.26
P.47
FD-H30-L32 P.25
FD-H30-L32V-S P.26
FD-H35-20S
P.25
FD-H35-M2
FD-H35-M2S6
FD-HF40Y P.28
FD-L10
P.21 P.48
FD-L11
FD-L12W
FD-L20H
FD-L21
FD-L21W
FD-L22A
FD-L23
FD-L30A
FD-L31A
FD-L32H
P.49
FD-R60 P. 11
FD-S21 P.13
FD-S30 P. 9
FD-S31
P.13
FD-S32
FD-S32W
FD-S33GW
FD-V30
P.15
P.50
FD-V30W
FD-V50
FD-WZ4
P.17
FD-WZ7
FD-Z20HBW
FD-Z40HBW
FD-Z50HW P.19
Model No.
Page
Sensing range
Specications
Dimensions
FR-KZ22E
P.19/P.22 P.41
FR-KZ50E
FR-KZ50H
FR-Z50HW
Thru-beam type
Reective type
Retroreective type
2
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
Amplifiers
FX-500
series
FX-100
series
INDEX
Fiber
Options
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
New product
introduction
Tough
Fiber
Earlier models
comparison
table
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
The variance of
beam intensity and
beam axis is
extremely small.
P. 8
Super Quality
Various kinds of liquids
can be detected due to
the uorine contained
resin case
P.23
Chemical-resistant
Usable in high-
temperatures of
300 °C 572 °F and
vacuum
P.26
Vacuum-resistant
Corresponds to
various liquid
events.
P.28
Liquid Leak /
Liquid Detection
Senses minute
objects using a spot
lens.
P.18
Small Spot
Not easily affected
by surrounding
obstacles.
P.19
Narrow Beam
Senses in the beam
band without missing
a work.
P.20
Wide Beam
Senses in the limited
range only.
P.21
Convergent
Reflective Type
Ideal for sensing
transparent objects
P.22
Retroreflective Type
Standard type which
is mounted using
nuts.
P.10
Threaded Type
Has a slender shape
that is mounted
using set screws.
P.12
Cylindrical Type
Suitable for sensing
in narrow locations
and sensing minute
objects.
P.14
Sleeve
Thin and rectangular
shape. Installed directly
in narrow locations with
screws.
P.16
Flat Type
Digital fiber sensor
FX-500 series
P.56
At the industry's
leading edge
Digital fiber sensor
FX-100 series
Super functionality,
yet, economical price
P.66
Withstands at -60 °C
-76 °F to 350 °C 662 °F
P.24
Heat-resistant
Fiber Selection Guide
Choose by shape
Choose by beam shape
Choose by environment/performance
Fiber ampliers guidance
Choose by quality
3
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
Fiber
Options
New product
introduction
Tough
Fiber
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
Amplifiers
FX-500
series
FX-100
series
INDEX
Earlier models
comparison
table
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
Symbol
Details Lead
No. Details
None
Treaded type
3M3
4M4
6M6
14 M14
RElbow or square head 4M4
6M6
SCylindrical type
1ø1 mm
2ø1.5 mm
3ø2.5 or ø3 mm
KS Narrow beam 4ø3.7 mm
VSide-view
2ø2 mm
3ø2.5 or ø3 mm
4ø4 mm
5ø5 mm
KV
Narrow beam / Side-view
4ø4 mm
21.5 × 2 mm
EUltra small diameter 1Fiber ø0.125 mm
2Fiber ø0.25 mm
EG Coaxial 3M3
ZFlat type
2Thickness 2 mm
3Thickness 3 mm
4Thickness 3.5 mm
5Thickness 5.2 mm
KZ Narrow beam 2Thickness 2.2 mm
5Thickness 5.2 mm
AWide beam 3Sensing width 32 mm
1Sensing width 10 to 19 mm
AL Array 1Sensing width 11.1 mm
0Sensing width 5.5 mm
LConvergent reective type
1Sensing range 0 to 10 mm (STD)
2Sensing range 11 to 30 mm (STD)
3Sensing range 31mm or more (STD)
FLiquid leak / Liquid detection 9Mountable on pipe
7Liquid leak
Fiber Selection Guide
Viewing new models
Symbol
Details
TThru-beam type
DReective type
RRetroreective type
Symbol
Details
None
General-purpose
GCoaxial reective
SSleeve
HTop sensing *
ESide sensing *
HB Top sensing + Bent *
AAlignment
* is for Flat type (Z and KZ)
only
Symbol
Details
None
General-purpose
WSharp bending
XStainless-jacketed
YChemical-resistant
Applies to the ber marked in the model name eld (P.8~P.29)
Functions/FeaturesShape, etc.
FSeries Name Type
-*1
*1: Excluding liquid leak / liquid detection ber
4
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
Amplifiers
FX-500
series
FX-100
series
INDEX
Fiber
Options
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
New product
introduction
Tough
Fiber
Earlier models
comparison
table
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
5
Conventional 3 types rolled into 1 !!
New standard fiber
M3 M4
For Designers For Buyers
Low Price
High-quality
Ø1 mm
Ø0.039 in Ø0.087 in
Ø2.2 mm
R4mm
R0.157 in
R2mm
R0.079 in
R
R
Flexible fiber
Sharp bending fiber
million
times
Flexible durability
Bending radius
1
General purpose fiber
Bending radius
R2
R25mm
Tough Fiber
More flexible
Bending radius
Break-free
Flexible durability 10 million times (Typical)
Bending conditions Bending radius: R10 mm
Stainless steel fittings are used
for the fiber head of all models.
Clearly conforms to RoHS
Can be used for secondary battery
Improved mounting strength
Break-free
More flexible R2 to R4 mm R0.079 to R0.157 in
Flexible durability
10 million times (Typical)
Bending conditions
Bending radius: R10 mm R0.394 in, Reciprocating bending: 180°
Ex) FT-31 Ex) FT-42
Reduced the time for selecting fiber and registration numbers
● High-quality in whichever
tough fiber you choose!
● Easy selection!
●
Reduced risk of breaking and
bending during installation!
● Cost savings!
●
Reduced registration numbers!
● Reduced frequency of
maintenance stockpiling
and replacement!
~R1
mm
R2~R4
mm
Reciprocating bending: 180°
Tough Fiber
Introducing a tough ber that
transcends common knowledge!
It has toughness that can be used in moving parts, toughness that can be bent with precision,
and high-quality for all purposes. It changes common knowledge about bers.
6
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
Amplifiers
FX-500
series
FX-100
series
INDEX
Fiber
Options
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
New product
introduction
Tough
Fiber
Earlier models
comparison
table
Conventional 3 types rolled into 1 !!
New standard fiber
M3 M4
For Designers For Buyers
Low Price
High-quality
Ø1 mm
Ø0.039 in Ø0.087 in
Ø2.2 mm
R4mm
R0.157 in
R2mm
R0.079 in
R
R
Flexible fiber
Sharp bending fiber
million
times
Flexible durability
Bending radius
1
General purpose fiber
Bending radius
R2
R25mm
Tough Fiber
More flexible
Bending radius
Break-free
Flexible durability 10 million times (Typical)
Bending conditions Bending radius: R10 mm
Stainless steel fittings are used
for the fiber head of all models.
Clearly conforms to RoHS
Can be used for secondary battery
Improved mounting strength
Break-free
More flexible R2 to R4 mm R0.079 to R0.157 in
Flexible durability
10 million times (Typical)
Bending conditions
Bending radius: R10 mm R0.394 in, Reciprocating bending: 180°
Ex) FT-31 Ex) FT-42
Reduced the time for selecting fiber and registration numbers
● High-quality in whichever
tough fiber you choose!
● Easy selection!
●
Reduced risk of breaking and
bending during installation!
● Cost savings!
●
Reduced registration numbers!
● Reduced frequency of
maintenance stockpiling
and replacement!
~R1
mm
R2~R4
mm
Reciprocating bending: 180°
Reduced variation in sensing
Beams at the ber aperture are uniform, leading to stable sensing.
Generally exible bers and
sharp bending bers are
composed of multiple ber
cores, often resulting in large
variations in light intensity.
The new standard ber is
composed of a single ber
core, achieving uniform light
intensity.
●
Uniform and highly accurate sensing
●
Stable sensing even if the ber is bent
Previous
exible ber New ber
Previous sharp
bending ber
7
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
Fiber
Options
New product
introduction
Tough
Fiber
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
Amplifiers
FX-500
series
FX-100
series
INDEX
Earlier models
comparison
table
It is a ber with superior light intensity stability and
simple digital management when combined with the
FX-500 series amplier.
It offers stable sensing with an extremely small beam
axis curvature and gap.
When combined with the FX-500 series ampliers, it has up to 4
times improved stability of incident light intensity compared with
traditional bers. Management is simple even when replacing
ampliers because the digital display shows the approximate
value.
Digital management is simple due to small
differences in body.
FT-40
Super Quality
Super quality fiber FX-500 series
“Stabilized incident light intensities”
even in multiple units
● Centering precision: within ±40 µm
Expanded temperature range
Ambient temperature [–40 to +70 °C –40 to +158 °F in previous]
–55 to +80 °C
–67 to +176 °F
Integrated high-precision plug
The centering precision of
the ber core attached to the
inserting plug is doubled.
As the insertion precision is
increased, the variation among
units can be greatly suppressed.
more than
previous
1.2
times
ø2.2 mm ø0.087 in standard ber
Single core standard ber
with high exibility
In general, high-exibility
types adopt a multi-ber core
which may result in large
variation in light emission.
New material
Previous
Variation in emission intensity of the ber core is
controlled down to less than ±10 %, achieving a
stable detection.
● Beam axis deviation: Thru-beam type within ±2°,
Reective type within ±3°
● Beam axis centering precision: within ±150 µm
Stable emission intensity within ±10 %
Emitter intensity is also stable due to few curvatures and gaps
in the beam axis.
More exible! R4
More bendable!
Bending durability [Previous is 1,000 times]
10 million times
more than previous
10,000 times
Bending radius [Previous is R25 mm R0.984 in]
R4 mm
R0.157
in
of that of
previous
1/6
* Bending conditions
Bending radius: R10 mm R0.39 in,
Reciprocating bending 180°
8
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
Amplifiers
FX-500
series
FX-100
series
INDEX
Earlier models
comparison
table
Fiber
Options
New product
introduction
Tough
Fiber
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
Thru-beam type (one pair set)
Type Shape of ber head
(mm) Model No.
Bending
radius
(mm)
Fiber
cable
length
:
Free-cut
Sensing range (mm in)
Beam
axis dia.
(mm)
Beam axis
position/
Inclination
of beam
axis
Optical
transmission
loss
Protection
Ambient
temp.
FX-500 series
FX-101
(Upper value)
FX-102
(Lower value)
U-LG
LONG
FAST
H-SP
Threaded
M3
FT-30
R2
Bending
durability
2 m
STD
400 15.748
HYPR 1,350 53.150
810 31.890
650 25.591
210 8.268
75 2.953
135 5.315
400 15.748 ø0.5
150 μm
/±2° ±10 % IP67 –55 to
+80 °C
M4
FT-40
R4
Bending
durability
STD 1,200 47.244
HYPR
3,600 141.732
(Note)
2,200 86.614
1,700 66.929
530 20.866
190 7.480
320 12.598
870 34.252 ø1
Cylindrical
ø1·5
FT-S20
R2
Bending
durability
STD
400 15.748
HYPR 1,350 53.150
810 31.890
650 25.591
210 8.268
75 2.953
135 5.315
400 15.748 ø0.5
ø3
FT-S30
R4
Bending
durability
STD 1,200 47.244
HYPR
3,600 141.732
(Note)
2,200 86.614
1,700 66.929
530 20.866
190 7.480
320 12.598
870 34.252 ø1
Note: The ber cable length practically limits the sensing range.
Reective type
Type Shape of ber head
(mm) Model No.
Bending
radius
(mm)
Fiber
cable
length
:
Free-cut
Sensing range (mm in) (Note)
Beam axis
position/
Inclination of
beam axis
Optical
transmission
loss
Protection
Ambient
temp.
FX-500 series
FX-101
(Upper value)
FX-102
(Lower value)
U-LG
LONG
FAST
H-SP
Threaded
M3
FD-30
R2
Bending
durability
2 m
STD
160 6.299
HYPR 600 23.622
330 12.992
250 9.843
80 3.150
25 0.984
45 1.772
155 6.102
150 μm
/±3° ±10 % IP67 –55 to
+80 °C
M4
FD-40
M6
FD-60
R4
Bending
durability
STD 520 20.472
HYPR
1,550 61.024
900 35.433
740 29.134
260 10.236
90 3.543
140 5.512
420 16.535
Cylindrical
ø3
FD-S30
STD
160 6.299
HYPR 600 23.622
330 12.992
250 9.843
80 3.150
25 0.984
45 1.772
155 6.102
Note: The sensing range is specied for white non-glossy paper.
M3
12
7RXJK
15
M4
7RXJK
10
ø1.5
7RXJK
ø3
10
7RXJK
M3
12
7RXJK
M4
14
7RXJK
17
M6
7RXJK
10
ø3
7RXJK
:
It is a ber which possesses both unbreakable (bending radius: R10 mm, reciprocating bending: 180°) and bendable (bending radius: R4 mm or less) features.
7RXJK
9
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
Fiber
Options
New product
introduction
Tough
Fiber
Amplifiers
FX-500
series
FX-100
series
INDEX
Earlier models
comparison
table
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
Metal-free ber
FT-41, FD-G60, FD-G40
●Made of resin
● Metallic particulate production
ratio: ZERO
●
Effect on magnetic
elds: ZERO
* For details, please see
our website.
Stainless steel fittings are used for the fiber
head of all models.
●Clearly conforms to RoHS
●Can be used for secondary battery
●Improved mounting strength
SUS
It is a standard ber which is mounted using nuts. It
has reasonable pricing while drastically improving
exing performance.
With the lens installable type, long distance sensing and
microscopic object sensing is possible by installing a lens.
A protective tube and a sturdy stainless jacket type that
prevents disconnection are also prepared.
<Thru-beam type> FT-31/31W/43/42/42W
FT-45X/R40
<Reective type> FD-31/41/62/61/R60
More user-friendly, high quality ber
Thru-beam type (one pair set)
Type Shape of ber head
(mm) Model No.
Bending
radius
(mm)
Fiber
cable
length
:
Free-cut
Sensing range (mm in) (Note 1)
Beam
axis dia.
(mm)
Beam axis
position/
Inclination
of beam
axis
Protection
Ambient
temp.
FX-500 series
FX-101
(Upper value)
FX-102
(Lower value)
U-LG
LONG
FAST
H-SP
Threaded
M3
FT-31
R2
Bending
durability
2 m
STD
315 12.402
HYPR 1,350 53.150
770 30.315
550 21.654
210 8.268
70 2.756
130 5.118
340 13.386
ø0.5
150 μm
/±2°
IP67
–55 to
+80 °C
FT-31W
R1
STD
260 10.236
HYPR 990 38.976
590 23.228
440 17.323
150 5.906
53 2.087
80 3.150
240 9.449
150 μm
/±3°
–40 to
+60 °C
M4
FT-43
R4
Bending
durability
STD
1,400 55.118
HYPR
3,600 141.732
(Note 2)
2,800 110.236
2,100 82.677
770 30.315
240 9.449
350 13.780
970 38.189 ø1.5
150 μm
/±2°
–55 to
+80 °C
FT-42
STD 1,130 44.488
HYPR
3,600 141.732
(Note 2)
2,050 80.709
1,600 62.992
530 20.866
190 7.480
300 11.811
800 31.496
ø1
FT-42W R1
STD 800 31.496
HYPR
3,300 129.921
1,900 74.803
1,400 55.118
490 19.291
160 6.299
260 10.236
720 28.346
150 μm
/±3°
–40 to
+60 °C
FT-45X
R4
1 m
STD 1,200 47.244
HYPR
1,600 62.992
(Note 2)
1,600 62.992(Note 2)
1,600 62.992(Note 2)
630 24.803
200 7.874
340 13.386
920 36.220
150 μm
/±2°
–55 to
+80 °C
Elbow
FT-R40
R4
Bending
durability
2 m
STD 930 36.614
HYPR
3,600 141.732
(Note 2)
1,750 68.898
1,500 59.055
500 19.685
160 6.299
270 10.630
740 29.134
Square head
FT-R41W
R1
STD 800 31.496
HYPR
3,200 125.984
1,800 70.866
1,400 55.118
460 18.110
150 5.906
250 9.843
710 27.953 ―
IP40 –40 to
+60 °C
FT-R42W
STD
2,200 86.614
HYPR
3,600 141.732
(Note 2)
3,600 141.732(Note 2)
3,500 137.795
1,300 51.181
460 18.110
510 20.079
2,000 78.740
ø2.2 ―
M14
Long range
FT-140
R4
Bending
durability
10 m
STD
19,600 771.654
HYPR
19,600 771.654
(Note 2)
(Note 2)
19,600 771.654(Note 2)
19,600 771.654(Note 2)
16,000 629.921
6,300 248.031
14,000 551.181
19,600 771.654
(Note 2)
ø10 ― IP67 –40 to
+70 °C
Notes: 1) Note that the sensing range of the free-cut type ber may be reduced by 20 % max. depending upon how the ber is cut.
2) The ber cable length practically limits the sensing range.
M3
12
7RXJK
M3
12
Lens mountable
15
M4
15
M4
Lens mountable
7RXJK
15
M4
Lens mountable
20
M4
Lens mountable, Stainless-jacketed
15
M4
Lens mountable
7RXJK
M4
W7 × H9 × D13.9
M4
W7 × H9 × D14.4
With expansion lens
With expansion lens
40
M14
7RXJK
Improved centering accuracy
The beam axis deviation of each unit is kept
within ±3º and the beam axis centering accuracy
is kept within ±150 μm.
(Within ±5º and ±90 μm for ultra small diameter bers)
●Makes beam axis adjustment easier
●
Improves mounting hole machining accuracy
●Improves sensing accuracy
Improved
specularity
High precision polishing is accomplished by
using the PCTC polishing technique.
The specularity of the end face of the ber is
5 times greater.
●
Light intensity is increased, enabling stable sensing.
Application
FT-42
FD-32G
Sensing the presence of
workpiece
FT-R41W
Threaded Type
* Some models not included (FT-R41W, FT-R42W, FT-140)
10
Fiber
Selection
Guide
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by model
Choose
by shape/
application
Viewing
new models
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
Amplifiers
FX-500
series
FX-100
series
INDEX
Earlier models
comparison
table
Fiber
Options
New product
introduction
Tough
Fiber
:
It is a ber which possesses both unbreakable (bending radius: R10 mm, reciprocating bending: 180°) and bendable (bending radius: R4 mm or less) features.
7RXJK
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
Fiber options
Lens
(For thru-beam type ber)
▲
P.30~
Protective tube
▲
P.33
·FTP-□
·FDP-□
Lens
(For reective type ber)
▲
P.32
Coaxial type FD-□G□ in which high-precision
positioning can be achieved.
It is a coaxial ber that encloses the circumference of the
emitter ber at the center with the receiver ber. This is
suitable for high-precision positioning. It can perform
sensing without affecting the approach direction of the work.
Reective type
Type Shape of ber head
(mm) Model No.
Bending
radius
(mm)
Fiber
cable
length
:
Free-cut
Sensing range (mm in) (Note 1, 2)
Beam axis
position/
Inclination of
beam axis
Protection
Ambient
temp.
FX-500 series
FX-101
(Upper value)
FX-102
(Lower value)
U-LG
LONG
FAST
H-SP
Threaded
M3
FD-31
R2
Bending
durability
2 m
STD
125 4.921
HYPR 515 20.276
290 11.417
220 8.661
80 3.150
25 0.984
35 1.378
140 5.512
150 μm
/±3°
IP67
–55 to
+80 °C
FD-31W
R1
STD
80 3.150
HYPR
330 12.992
180 7.087
140 5.512
45 1.772
12 0.472
15 0.591
60 2.362 ―–40 to
+60 °C
FD-32G
R2
Bending
durability
STD
200 7.874
HYPR 650 25.591
380 14.961
270 10.630
95 3.740
27 1.063
70 2.756
190 7.480 ―
IP40
–55 to
+80 °C
FD-32GX
R2
1 m
(Note 3)
STD
200 7.874
HYPR 630 24.803
410 16.142
360 14.173
100 3.937
30 1.181
75 2.953
210 8.268 ―
Ultra-small diameter
FD-EG30
R4
500 mm
STD
48 1.890
HYPR
170 6.693
130 5.118
110 4.331
30 1.181
9 0.354
20 0.787
70 2.756 ―–40 to
+70 °C
FD-EG31
STD
20 0.787
HYPR
85 3.346
45 1.772
35 1.378
12 0.472
3.5 0.138
7 0.276
25 0.984 ―–20 to
+60 °C
M4
FD-41
R2
Bending
durability
2 m
STD
125 4.921
HYPR 515 20.276
290 11.417
220 8.661
80 3.150
25 0.984
35 1.378
140 5.512
150 μm
/±3°
IP67
–55 to
+80 °C
FD-41W R1
STD
270 10.630
HYPR
900 35.433
630 24.803
430 16.929
150 5.906
45 1.772
80 3.150
230 9.055 ―–40 to
+60 °C
FD-42G
R2
Bending
durability
STD
200 7.874
HYPR 650 25.591
380 14.961
270 10.630
95 3.740
27 1.063
70 2.756
190 7.480 ―
IP40
–55 to
+80 °C
FD-42GW R1
STD
150 5.906
HYPR 670 26.378
340 13.386
280 11.024
90 3.543
25 0.984
45 1.772
140 5.512 ―–40 to
+60 °C
M6
FD-62
R4
Bending
durability
STD 520 20.472
HYPR
1,500 59.055
1,000 39.370
940 37.008
340 13.386
110 4.331
170 6.693
450 17.717
150 μm
/±3°
IP67
–55 to
+80 °C
FD-61
STD 450 17.717
HYPR
1,400 55.118
840 33.071
670 26.378
200 7.874
70 2.756
120 4.724
410 16.142
FD-61W
R1
STD
270 10.630
HYPR
900 35.433
630 24.803
430 16.929
150 5.906
45 1.772
80 3.150
230 9.055 ―–40 to
+60 °C
FD-61G
R4
Bending
durability
STD 420 16.535
HYPR
1,100 43.307
800 31.496
650 25.591
200 7.874
60 2.362
120 4.724
350 13.780 ―
IP40
–55 to
+80 °C
FD-64X
R4
1 m
STD280 11.024
HYPR 670 26.378
500 19.685
410 16.142
160 6.299
50 1.969
75 2.953
220 8.661 ―
Elbow
FD-R60
R4
Bending
durability
2 m
STD290 11.417
HYPR
1,100 43.307
600 23.622
550 21.654
190 7.480
65 2.559
110 4.331
240 9.449
150 μm
/±3° IP67
Notes: 1) Note that the sensing range of the free-cut type ber may be reduced by 20 % max. depending upon how the ber is cut.
2) The sensing range is specied for white non-glossy paper.
3) The allowable cutting range is 700 mm 27.559 in from the end that the amplier inserted.
M3
12
7RXJK
M3
12
Coaxial, Lens mountable
M3
17
7RXJK
Coaxial, Lens mountable,
Stainless-jacketed
M3
18
M3
16
Coaxial, Lens mountable
Coaxial, Lens mountable
M3
16
M4
14
7RXJK
M4
14
Coaxial, Lens mountable
M4
25
7RXJK
Coaxial, Lens mountable
M4
25
17
M6
17
M6
7RXJK
17
M6
Coaxial M6
17
7RXJK
Stainless-jacketed
22
M6
15
M6
7RXJK
Supports spot
lenses and zoom
lenses!
:
It is a ber which possesses both unbreakable (bending radius: R10 mm, reciprocating bending: 180°) and bendable (bending radius: R4 mm or less) features.
7RXJK
11
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
Fiber
Options
New product
introduction
Tough
Fiber
Amplifiers
FX-500
series
FX-100
series
INDEX
Earlier models
comparison
table
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
Has a slender shape which can be mounted in narrow
locations using set screws.
Line up that includes ultra-thin bers with ø0.25 mm tips.
Thru-beam type (one pair set)
Type Shape of ber head
(mm) Model No.
Bending
radius
(mm)
Fiber
cable
length
:
Free-cut
Sensing range (mm in) (Note 1)
Beam
axis dia.
(mm)
Beam axis
position/
Inclination
of beam
axis
Protection
Ambient
temp.
FX-500 series
FX-101
(Upper value)
FX-102
(Lower value)
U-LG
LONG
FAST
H-SP
Cylindrical
ø1
FT-S11 R2
Bending
durability
500 mm
STD
90 3.543
HYPR
350 13.780
210 8.268
160 6.299
60 2.362
19 0.748
40 1.575
90 3.543 ø0.25 ―
IP67
–55 to
+80 °C
ø1·5
FT-S21
2 m
STD
315 12.402
HYPR 1,350 53.150
770 30.315
550 21.654
210 8.268
70 2.756
130 5.118
340 13.386
ø0.5
150 μm
/±2°
FT-S21W R1
STD
260 10.236
HYPR 990 38.976
590 23.228
440 17.323
150 5.906
53 2.087
80 3.150
240 9.449
150 μm
/±3°
–40 to
+60 °C
ø2·5
FT-S32
R10
Bending
durability
STD
3,100 122.047
HYPR
3,600 141.732
(Note 2)
3,600 141.732(Note 2)
3,600 141.732(Note 2)
1,800 70.866
600 23.622
1,100 43.307
3,000 118.110
ø2 ― IP40 –40 to
+70 °C
ø3
FT-S31W
R1
STD 800 31.496
HYPR
3,300 129.921
1,900 74.803
1,400 55.118
490 19.291
160 6.299
260 10.236
720 28.346 ø1 150 μm
/±3°
IP67
–40 to
+60 °C
Ultra-small diameter
ø3
FT-E13 R2
Bending
durability
1 m
STD
15 0.591
HYPR
52 2.047
30 1.181
24 0.945
8 0.315
2 0.079
6 0.236
19 0.748 ø0.125 ―
–40 to
+70 °C
FT-E23
STD
75 2.953
HYPR
270 10.630
160 6.299
125 4.921
42 1.654
13 0.512
22 0.866
80 3.150 ø0.25 ―
Side-view
ø4
FT-V40
R4
Bending
durability
2 m
STD
3,500 137.795
HYPR
3,600 141.732
(Note 2)
3,600 141.732(Note 2)
3,600 141.732(Note 2)
2,400 94.488
850 33.465
1,000 39.370
3,100 122.047
ø2.5 ― IP50 –40 to
+60 °C
Notes: 1) Note that the sensing range of the free-cut type ber may be reduced by 20 % max. depending upon how the ber is cut.
2) The ber cable length practically limits the sensing range.
6
ø1
7RXJK
10
ø1.5
7RXJK
10
ø1.5
8
ø2.5
With lens, Long sensing range
10
ø3
ø3ø0.25
15
5
Narrow beam ø0.125mm
Sleeve part
cannot be bent.
7RXJK
ø3ø0.4
15
5
Narrow beam ø0.25mm
Sleeve part
cannot be bent.
7RXJK
25
ø4
3
7RXJK
<Thru-beam type> FT-S21/S21W/S31W
<Reective type> FD-S32/S31
●User-friendly, high quality ber
●Improved centering accuracy and specularity
Stainless steel fittings are used for the fiber
head of all models.
●Clearly conforms to RoHS
●Can be used for secondary battery
●Improved mounting strength
FT-S32 FD-S31
Cylindrical Type
12
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
Amplifiers
FX-500
series
FX-100
series
INDEX
Earlier models
comparison
table
Fiber
Options
New product
introduction
Tough
Fiber
:
It is a ber which possesses both unbreakable (bending radius: R10 mm, reciprocating bending: 180°) and bendable (bending radius: R4 mm or less) features.
7RXJK
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
Reective type
Type Shape of ber head
(mm) Model No.
Bending
radius
(mm)
Fiber
cable
length
:
Free-cut
Sensing range (mm in) (Note 1, 2)
Beam axis
position/
Inclination of
beam axis
Protection
Ambient
temp.
FX-500 series
FX-101
(Upper value)
FX-102
(Lower value)
U-LG
LONG
FAST
H-SP
Cylindrical
ø1·5
FD-S21
R2
Bending
durability
1 m
STD
80 3.150
HYPR
190 7.480
130 5.118
110 4.331
37 1.457
11 0.433
25 0.984
70 2.756 ― IP40
–55 to
+80 °C
ø3
FD-S32
R4
Bending
durability
2 m
STD 420 16.535
HYPR
1,200 47.244
790 31.102
660 25.984
220 8.661
75 2.953
120 4.724
345 13.583
150 μm
/±3°
IP67
FD-S32W
R1
STD270 10.630
HYPR
900 35.433
630 24.803
430 16.929
150 5.906
45 1.772
80 3.150
230 9.055 ―–40 to
+60 °C
FD-S31
R2
Bending
durability
STD
125 4.921
HYPR 515 20.276
290 11.417
220 8.661
80 3.150
25 0.984
35 1.378
140 5.512
150 μm
/±3°
–55 to
+80 °C
FD-S33GW R1
STD
150 5.906
HYPR 670 26.378
340 13.386
280 11.024
90 3.543
25 0.984
45 1.772
140 5.512 ―
IP40
–40 to
+60 °C
Ultra-small diameter
ø1·5
FD-E13
R4
1 m
STD
12 0.472
HYPR
50 1.969
29 1.142
25 0.984
7 0.276
2 0.079
5 0.197
15 0.591 ―
ø3
FD-E23
STD
55 2.165
HYPR
170 6.693
120 4.724
80 3.150
30 1.181
9 0.354
20 0.787
70 2.756 ―–40 to
+70 °C
Notes: 1) Note that the sensing range of the free-cut type ber may be reduced by 20 % max. depending upon how the ber is cut.
2) The sensing range is specied for white non-glossy paper.
ø1.5
10
7RXJK
ø3
15
7RXJK
ø3
15
ø3
10
7RXJK
ø3
15
Coaxial
15
3
ø1.5 ø0.48
Sleeve part cannot be bent.
15 5
ø3 ø0.63
Sleeve part cannot be bent.
:
It is a ber which possesses both unbreakable (bending radius: R10 mm, reciprocating bending: 180°) and bendable (bending radius: R4 mm or less) features.
7RXJK
13
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
Fiber
Options
New product
introduction
Tough
Fiber
Amplifiers
FX-500
series
FX-100
series
INDEX
Earlier models
comparison
table
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
It is suitable for sensing in narrow locations and sensing
minute objects because the ber tip is a thin sleeve.
The 40 mm sleeve type can be bent in any direction.
Application
Minute sensing only possible with ultra small ber
●Detection of tiny chips
Ultra-small diameter ber
with ø0.125 mm ø0.005 in
beam axis is able to detect
the insertion or bending of
ne-pitch connector pins.
Fiber can be installed with
only the ø0.25 mm ø0.010
in sleeve close to the minute
section.
<Thru-beam type> FT-E13/FT-E23 Ultra-small diameter ber
Centering of 1/10 mm or less
Ultra-small diameter bers with a compact head ensure precision centering accuracy* to stably detect minute parts.
FT-E13
FT-E13
●Detection of ne-pitch connector pins
Stainless steel fittings are used for the fiber
head of all models.
●Clearly conforms to RoHS
●Can be used for secondary battery
●Improved mounting strength
·FB-1 The ber bender bends the
sleeve part of the ber head
at the proper radius.
Note: Do not bend the sleeve part of any side-view type ber or ultra-
small diameter head type ber.
Fiber bender
Fiber options
FT-42S
FD-41S
Sleeve
AB
C
Dimensions CLEARDimensions UNCLEAR
Extra clearance needs to be added when
designing and machining the mounting hole
due to unclear dimensions.
As a result, mounting variation increases
and the beam axis deviates, resulting in a
decrease in sensing accuracy or causing the
sleeve to bend or break.
Highly accurate design and machining are
possible due to clear mounting hole dimensions.
As a result, mounting variation is minimal,
improving sensing accuracy. In addition to this, as
the beam axis alignment is not affected when the
fiber is changed, readjustment is not necessary.
Previous
general
fiber
New
standard
fiber
Screw
Ex.) FT-E13
Dimensions clear
ø0.020 in
ø0.5 mm+0.05
0
+0.002
ø3 mm+0.05
0
ø0.118 in
+0.002
Dimensions unclear Dimensions unclear
Screw
*Tolerance of A + Tolerance of B + Tolerance of C = ±0.09 mm
14
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Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
Amplifiers
FX-500
series
FX-100
series
INDEX
Earlier models
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table
Fiber
Options
New product
introduction
Tough
Fiber
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
Thru-beam type (one pair set)
Type Shape of ber head
(mm) Model No.
Bending
radius
(mm)
Fiber
cable
length
:
Free-cut
Sensing range (mm in) (Note 1, 2)
Beam
axis dia.
(mm)
Protection
Ambient
temp.
FX-500 series
FX-101
(Upper value)
FX-102
(Lower value)
U-LG
LONG
FAST
H-SP
Threaded
M3
FT-31S
R2
2 m
STD
315 12.402
HYPR 1,220 48.031
740 29.134
550 21.654
195 7.677
63 2.480
130 5.118
340 13.386 ø0.5
IP67
–55 to
+80 °C
M4
FT-42S
R4
STD 1,130 44.488
HYPR
3,600 141.732
(Note 2)
2,050 80.709
1,600 62.992
530 20.866
190 7.480
300 11.811
800 31.496 ø1
Cylindrical
Ultra-small diameter
ø3
FT-E13 R2
Bending
durability
1 m
STD
15 0.591
HYPR
52 2.047
30 1.181
24 0.945
8 0.315
2 0.079
6 0.236
19 0.748 ø0.125
–40 to
+70 °C
FT-E23
STD
75 2.953
HYPR
270 10.630
160 6.299
125 4.921
42 1.654
13 0.512
22 0.866
80 3.150 ø0.25
Side-view
ø2
FT-V23
R4
Bending
durability
2 m
STD
450 17.717
HYPR
1,800 70.866
1,000 39.370
880 34.646
280 11.024
90 3.543
160 6.299
400 15.748 ø0.75
IP30
–55 to
+80 °C
FT-V25
R2
Bending
durability
STD
240 9.449
HYPR 900 35.433
550 21.654
480 18.898
140 5.512
45 1.772
95 3.740
260 10.236
ø0.5
FT-V24W
R1
STD
110 4.331
HYPR
380 14.961
230 9.055
200 7.874
60 2.362
20 0.787
35 1.378
90 3.543
–40 to
+60 °C
ø2·5
FT-V30
R4
Bending
durability
STD 680 26.772
HYPR
2,200 86.614
1,200 47.244
1,000 39.370
340 13.386
100 3.937
180 7.087
480 18.898 ø1.0 –55 to
+80 °C
Notes: 1) Note that the sensing range of the free-cut type ber may be reduced by 20 % max. depending upon how the ber is cut.
2) The ber cable length practically limits the sensing range.
3) Bending radius of sleeve part is R10 mm or more.
Reective type
Type Shape of ber head
(mm) Model No.
Bending
radius
(mm)
Fiber
cable
length
:
Free-cut
Sensing range (mm in) (Note 1, 2)
Protection Ambient
temp.
FX-500 series
FX-101
(Upper value)
FX-102
(Lower value)
U-LG
LONG
FAST
H-SP
Threaded
Ultra-small
diameter
M3
FD-EG30S
R4
1 m
STD
50 1.969
HYPR
170 6.693
110 4.331
80 3.150
30 1.181
9 0.354
20 0.787
70 2.756 IP40 –40 to
+70 °C
M4
FD-41S
R2
2 m
STD
125 4.921
HYPR 515 20.276
290 11.417
220 8.661
80 3.150
25 0.984
35 1.378
140 5.512
IP67
–55 to
+80 °C
FD-41SW
R1
(Note 3)
STD
80 3.150
HYPR
330 12.992
180 7.087
140 5.512
45 1.772
12 0.472
15 0.591
60 2.362
–40 to
+60 °C
M6
FD-61S
R4
STD 420 16.535
HYPR
1,200 47.244
790 31.102
660 25.984
220 8.661
75 2.953
130 5.118
360 14.173
–55 to
+80 °C
Cylindrical
Ultra-small diameter
ø1·5
FD-E13
R4
1 m
STD
12 0.472
HYPR
50 1.969
29 1.142
25 0.984
7 0.276
2 0.079
5 0.197
15 0.591
IP40
–40 to
+60 °C
ø3
FD-E23
STD
55 2.165
HYPR
170 6.693
120 4.724
80 3.150
30 1.181
9 0.354
20 0.787
70 2.756
–40 to
+70 °C
Side-view
ø3
FD-V30
R2
Bending
durability
2 m
STD
65 2.559
HYPR
240 9.449
130 5.118
120 4.724
35 1.378
14 0.551
25 0.984
75 2.953
IP30
–55 to
+80 °C
FD-V30W
R1
STD
20 0.787
HYPR
80 3.150
40 1.575
30 1.181
10 0.394
2 0.079
6 0.236
20 0.787
–40 to
+60 °C
ø5
FD-V50
R4
Bending
durability
STD
120 4.724
HYPR
370 14.567
220 8.661
210 8.268
75 2.953
25 0.984
40 1.575
100 3.937
–55 to
+80 °C
Notes: 1) Note that the sensing range of the free-cut type ber may be reduced by 20 % max. depending upon how the ber is cut.
2) The sensing range is specied for white non-glossy paper.
3) Bending radius of sleeve part is R10 mm R0.394 in or more.
Sleeve 40mm M3
ø0.88 10
7RXJK
Bending
durability
(Note 3)
Sleeve 40mm M4
ø1.48 12
7RXJK
Bending
durability
(Note 3)
ø3ø0.25
15
5
Narrow beam ø0.125mm
Sleeve part
cannot be bent.
7RXJK
ø3ø0.4
15
5
Narrow beam ø0.25mm
Sleeve part
cannot be bent.
7RXJK
ø1 ø2
1.1
1520
Sleeve part
cannot be bent.
7RXJK
ø1 ø2
1
1515
Sleeve part
cannot be bent.
7RXJK
ø1
ø2
1
1515
Sleeve part
cannot be bent.
ø1.5 ø2.5
1.3
1520
Sleeve part
cannot be bent.
7RXJK
Sleeve 15 mm
Sleeve part cannot be bent.
M3 ø0.8
15
Sleeve 40 mm
M4
12 ø1.48
7RXJK
Bending
durability
(Note 3)
M4
12 ø1.48
Sleeve 40 mm
Sleeve 40 mm
M6
15 ø2.5
7RXJK
Bending
durability
(Note 3)
15
3
ø1.5 ø0.48
Sleeve part cannot be bent.
15 5
ø3 ø0.63
Sleeve part cannot be bent.
Small diameter
Sleeve part cannot be bent.
ø1.5
ø3
1515
2
7RXJK
Sleeve part cannot be bent.
ø1.5
ø3
1515
2
Sleeve part cannot be bent.
ø2
ø5
2015
2.3
7RXJK
:
It is a ber which possesses both unbreakable (bending radius: R10 mm, reciprocating bending: 180°) and bendable (bending radius: R4 mm or less) features.
7RXJK
15
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Type
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Type
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Type
Others
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Options
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Fiber
Amplifiers
FX-500
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FX-100
series
INDEX
Earlier models
comparison
table
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
2 mm
0.079 in
10 mm
0.394 in
Boss
FD-Z20HBW
M2 screw
Space-saving
installation
Thru-beam type (one pair set)
Type Shape of ber head
(mm) Model No.
Bending
radius
(mm)
Fiber
cable
length
:
Free-cut
Sensing range (mm in) (Note 1)
Beam
axis dia.
(mm)
Protection
Ambient
temp.
FX-500 series
FX-101
(Upper value)
FX-102
(Lower value)
U-LG
LONG
FAST
H-SP
Flat
FT-Z30H
R2
Bending
durability
2 m
STD
3,500 137.795
HYPR
3,600 141.732
(Note 2)
3,600 141.732(Note 2)
3,600 141.732(Note 2)
2,600 102.362
810 31.890
1,400 55.118
3,200 125.984
2 × 3
IP40
–40 to
+60 °C
FT-Z30HW
R1
FT-Z30E
R2
Bending
durability
STD
3,500 137.795
HYPR
3,600 141.732
(Note 2)
3,600 141.732(Note 2)
3,600 141.732(Note 2)
2,400 94.488
740 29.134
1,200 47.244
3,200 125.984
FT-Z30EW R1
STD
3,400 133.858
HYPR
3,600 141.732
(Note 2)
3,600 141.732(Note 2)
3,600 141.732(Note 2)
2,000 78.740
630 24.803
1,400 55.118
2,600 102.362
FT-Z30
R2
Bending
durability
STD
2,100 82.677
HYPR
3,600 141.732
(Note 2)
3,600 141.732(Note 2)
3,600 141.732(Note 2)
1,200 47.244
410 16.142
710 27.953
2,300 90.551
ø2
FT-Z30W
R1
STD
1,500 59.055
HYPR
3,600 141.732
(Note 2)
3,300 129.921
3,200 125.984
1,000 39.370
280 11.024
540 21.260
1,800 70.866
With boss
FT-WZ4
1 m
STD
530 20.866
HYPR
1,600 62.992
(Note 2)
1,100 43.307
900 35.433
330 12.992
100 3.937
230 9.055
670 26.378 ø1.5 ―
FT-Z20HBW
STD
260 10.236
HYPR 1,100 43.307
670 26.378
570 22.441
180 7.087
55 2.165
100 3.937
320 12.598 ø0.5 IP67
FT-WZ7
2 m
STD
1,400 55.118
HYPR
3,500 137.795
3,300 129.921
2,300 90.551
890 35.039
290 11.417
330 12.992
1,000 39.370 ø1.5 ―
FT-Z40HBW
STD 800 31.496
HYPR
3,300 129.921
1,900 74.803
1,400 55.118
490 19.291
160 6.299
260 10.236
720 28.346 ø1 IP67
Notes: 1) Note that the sensing range of the free-cut type ber may be reduced by 20 % max. depending upon how the ber is cut.
2) The ber cable length practically limits the sensing range.
Top sensing W3 × H8 × D12
7RXJK
Top sensing W3 × H8 × D12
W3 × H12 × D8
Side sensing
7RXJK
Side sensing W3 × H12 × D8
Front sensing
W8.5 × H12 × D3
7RXJK
Front sensing
W8.5 × H12 × D3
Front sensing
W10 × H7 × D2
Fiber bending type
W2 × H10 × D10
Front sensing
W14 × H7 × D3.5
Fiber bending type
W3.5 × H14 × D11
Since it has a thin, rectangular shape, it can be installed
in narrow locations. It is also a ber with good workability
and can be mounted directly with screws.
Mounting with M2 or M3 screw
We offer; FT-WZ4/Z20HBW, FD-WZ4/Z20HBW, 1 point
mounting with M2 screw and FT-WZ7/Z40HBW,
FD-WZ7/Z40HBW, 1 point mounting with M3 screw.
The built-in ber guide allows for multiple
installation angles.
FT/FD-WZ□HBW is equipped with a ber guide feature.
Front sensing and side sensing can be selected with one
head.
FT-Z30E FT-Z30FT-Z30H
Flat Type
Top Sensing Side Sensing
The metal sleeve ensures
tightening strength
16
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application
Viewing
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Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
Amplifiers
FX-500
series
FX-100
series
INDEX
Earlier models
comparison
table
Fiber
Options
New product
introduction
Tough
Fiber
:
It is a ber which possesses both unbreakable (bending radius: R10 mm, reciprocating bending: 180°) and bendable (bending radius: R4 mm or less) features.
7RXJK
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
Reective type
Type Shape of ber head
(mm) Model No.
Bending
radius
(mm)
Fiber
cable
length
:
Free-cut
Sensing range (mm in) (Note 1, 2)
Protection
Ambient
temp.
FX-500 series
FX-101
(Upper value)
FX-102
(Lower value)
U-LG
LONG
FAST
H-SP
Flat
With boss
FD-WZ4
R1
1 m
STD
2 to 65 0.079 to 2.559
HYPR
1 to 230 0.039 to 9.055
1 to 110 0.039 to 4.331
1 to 85 0.039 to 3.346
3 to 35 0.118 to 1.378
5 to 13 0.197 to 0.512
2 to 20
0.079 to 0.787
1 to 70
0.039 to 2.756
―
–40 to
+60 °C
FD-Z20HBW
1 to 210 0.039 to 8.268
1 to 180 0.039 to 7.087
2 to 55 0.079 to 2.165
3 to 15 0.118 to 0.591
2 to 30
0.079 to 1.181
1 to 90
0.039 to 3.543
IP67
FD-WZ7
2 m
STD
110 4.331
HYPR 430 16.929
230 9.055
180 7.087
1.5 to 65 0.059 to 2.559
3 to 25 0.118 to 0.984
1 to 55
0.039 to 2.165
160
6.299
―
FD-Z40HBW
STD
260 10.236
HYPR 760 29.921
540 21.260
470 18.504
1 to 160 0.039 to 6.299
2 to 50 0.079 to 1.969
1 to 90
0.039 to 3.543
0.5 to 240
0.020 to 9.449
IP67
Notes: 1) Note that the sensing range of the free-cut type ber may be reduced by 20 % max. depending upon how the ber is cut.
2) The sensing range is specied for white non-glossy paper.
Front sensing
W10 × H7 × D2
Fiber bending type
W2 × H10 × D10
Front sensing
W14 × H7 × D3.5
Fiber bending type
W3.5 × H14 × D11
STD
2 to 85 0.079 to 3.346
HYPR
1 to 340 0.039 to 13.386
17
Fiber
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application
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Fiber
Dimensions
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Type
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Type
Reective
Type
Others
Fiber
Options
New product
introduction
Tough
Fiber
Amplifiers
FX-500
series
FX-100
series
INDEX
Earlier models
comparison
table
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
Sensing of minute objects can be performed by
combining the ber and spot lens. The spot diameter
can also be changed.
FX-MR6 (lens)
+
FD-EG31 (fiber)
Discrimination of 0603 chip direction
FD-EG31
FX-MR3
IC
Number of IC pins checkingPacking detection
Small spot ber lineup (High precision ber & Spot lens)
Designation Shape of head
(mm)
Spot diameter
(mm in) (Note)
Distance to
focal point
(mm in) (Note)
Lens Applicable bers
Model No.
Ambient
temp.
Model No.
Fiber cable
length
: Free-cut
Bending
radius
(mm)
Protection
Ambient
temp.
Finest spot
lens
ø0.1 ø0.004
7±0.5
0.276±0.020 FX-MR6 –20 to
+60 °C
FD-EG31
500 mm
R4
IP40
–20 to
+60 °C
ø0.2 ø0.008 FD-EG30 –40 to
+70 °C
ø0.4 ø0.016
FD-42G
2 m
R2
Bending
durability
–55 to
+80 °C
FD-42GW
R1
–40 to
+60 °C
FD-32G
R2
Bending
durability
–55 to
+80 °C
FD-32GX 1 m
R2
ø0.15 ø0.006
7.5±0.5
0.295±0.020 FX-MR3 –40 to
+70 °C
FD-EG31
500 mm
R4
–20 to
+60 °C
ø0.3 ø0.012 FD-EG30 –40 to
+70 °C
ø0.5 ø0.020
FD-42G
2 m
R2
Bending
durability
–55 to
+80 °C
FD-42GW R1 –40 to
+60 °C
FD-32G
R2
Bending
durability
–55 to
+80 °C
FD-32GX 1 m
R2
Pinpoint spot
lens
ø0.5 ø0.020 6±1
0.236±0.039 FX-MR1 –40 to
+70 °C
FD-42G
FD-42GW
2 m
R2
–55 to
+80 °C
R1 –40 to
+60 °C
Zoom lens
ø0.7 to ø2.0
ø0.028 to ø0.079
Approx.18.5 to 43
Approx. 0.728 to 1.693
FX-MR2 –40 to
+70 °C
FD-42G
FD-42GW
R2 –55 to
+80 °C
R1
–40 to
+60 °C
Zoom lens
(Side-view type)
ø0.5 to ø3.0
ø0.020 to ø0.118
Approx.13 to 30
Approx. 0.512 to 1.181
FX-MR5 –40 to
+70 °C
FD-42G
FD-42GW
R2 –55 to
+80 °C
R1
–40 to
+60 °C
Note: Spot diameter and distance to focal point are specied for FX-500/FX-100 series.
ø4
16
7RXJK
7RXJK
ø4
15
7RXJK
7RXJK
ø4
20.2
7RXJK
ø7.1
27.1
7RXJK
W6.3 × H20.3
× D10.3
7RXJK
Applications
FD-42G/42GW
FX-MR5
Small Spot
Because it’s a side-view type, it can
be mounted even in narrow spaces.
18
Fiber
Selection
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by shape/
application
Viewing
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Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
Amplifiers
FX-500
series
FX-100
series
INDEX
Earlier models
comparison
table
Fiber
Options
New product
introduction
Tough
Fiber
:
It is a ber which possesses both unbreakable (bending radius: R10 mm, reciprocating bending: 180°) and bendable (bending radius: R4 mm or less) features.
7RXJK
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
Since the beam is narrow, it has a feature by which it is
not easily affected by surrounding obstacles even in
long distances.
Thru-beam type (one pair set)
Type Shape of ber head
(mm) Model No.
Bending
radius
(mm)
Fiber
cable
length
:
Free-cut
Sensing range (mm in) (Note 1)
Beam
axis dia.
(mm)
Beam axis
position/
Inclination
of beam
axis
Protection
Ambient
temp.
FX-500 series
FX-101
(Upper value)
FX-102
(Lower value)
U-LG
LONG
FAST
H-SP
Narrow beam
FT-KS40
R2
Bending
durability
2 m
STD
3,600 141.732
HYPR
3,600 141.732
(Note 2)
(Note 2)
3,600 141.732(Note 2)
3,600 141.732(Note 2)
3,600 141.732(Note 2)
1,200 47.244
2,200 86.614
3,600 141.732
(Note 2)
ø2.2 ― IP40
–40 to
+60 °C
FT-KV40
STD
3,600 141.732
HYPR
3,600 141.732
(Note 2)
(Note 2)
3,600 141.732(Note 2)
3,600 141.732(Note 2)
3,600 141.732(Note 2)
1,200 47.244
2,200 86.614
3,600 141.732
(Note 2)
ø2.5 ±0.8°
IP30
FT-KV40W
R1
STD
3,600 141.732
HYPR
3,600 141.732
(Note 2)
(Note 2)
3,600 141.732(Note 2)
3,600 141.732(Note 2)
3,100 122.047
940 37.008
FT-KV26
R2
Bending
durability
STD
710 27.953
HYPR
2,500 98.425
1,600 62.992
1,200 47.244
440 17.323
160 6.299
135 5.315
560 22.047 ø1 X±1°
Z±0.5°
Retroreective type
Type Shape of ber head
(mm) Model No.
Bending
radius
(mm)
Fiber cable
length
: Free-cut
Sensing range (mm in) (Note 1, 3)
Protection
Ambient
temp.
FX-500 series
FX-101
(Upper value)
FX-102
(Lower value)
U-LG
LONG
FAST
H-SP
With
polarizing
lters
FR-Z50HW R1
2 m
STD
100 to 990 3.937 to 38.976
HYPR
100 to 1,900 3.937 to 74.803
100 to 1,400 3.937 to 55.118
100 to 1,200 3.937 to 47.244
100 to 780 3.937 to 30.709
100 to 490 3.937 to 19.291
100 to 550
3.937 to 21.654
100 to 830
3.937 to 32.677
IP40 –25 to
+55 °C
Wafer mapping
FR-KZ22E
R2
Bending
durability
STD
15 to 310 0.591 to 12.205
HYPR
15 to 570 0.591 to 22.441
15 to 460 0.591 to 18.110
15 to 410 0.591 to 16.142
15 to 220 0.591 to 8.661
15 to 100 0.591 to 3.937
15 to 200
0.591 to 7.874
15 to 360
0.591 to 14.173
IP30 –40 to
+60 °C
Narrow beam
Top sensing
FR-KZ50H STD
20 to 300 0.787 to 11.811
HYPR
20 to 1,000 0.787 to 39.370
20 to 800 0.787 to 31.496
20 to 400 0.787 to 15.748
20 to 200 0.787 to 7.874
20 to 200 0.787 to 7.874
20 to 200
0.787 to 7.874
20 to 350
0.787 to 13.780
Side sensing
FR-KZ50E
Reective type
Type Shape of ber head
(mm) Model No.
Bending
radius
(mm)
Fiber cable
length
: Free-cut
Sensing range (mm in) (Note 1)
Protection
Ambient
temp.
FX-500 series
FX-101
(Upper value)
FX-102
(Lower value)
U-LG
LONG
FAST
H-SP
Long
range
FD-Z50HW R1 2 m
STD
10 to 650 0.394 to 25.591
HYPR
10 to 2,500 0.394 to 98.425
10 to 1,100 0.394 to 43.307
10 to 1,000 0.394 to 39.370
10 to 410 0.394 to 16.142
15 to 130 0.591 to 5.118
10 to 200
0.394 to 7.874
10 to 530
0.394 to 20.866
IP40 –40 to
+60 °C
Notes: 1) Note that the sensing range of the free-cut type ber may be reduced by 20 % max. depending upon how the ber is cut.
2) The ber cable length practically limits the sensing range.
3) The sensing range is the possible setting range for the attached reector. The ber can detect an object less than setting range for the reector.
Refer to P.22 for the sensing range when FR-Z50HW is used in combination with a reector (optional).
20
ø3.5 ø3.7
7RXJK
25
ø4
3
7RXJK
25
ø4
3
20
1.5 × 2
2
7RXJK
W5.2 × H9.5 × D16
W30 × H30 × D0.5
W4 × H2 × D21.5
W7.5 × H2.2 × D11.2
7RXJK
W10.6 × H28 × D10.1
W5.2 × H9.5 × D21
7RXJK
W28 × H10.6 × D10.1
W9.5 × H25 × D5.2
7RXJK
W5.2 × H9.5 × D16
Applications
FR-KZ50H
FT-KV40
FR-KZ22E
Aperture angle 3°
Narrow Beam
19
Fiber
Selection
Guide
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by model
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by shape/
application
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Type
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Type
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Type
Others
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Options
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introduction
Tough
Fiber
Amplifiers
FX-500
series
FX-100
series
INDEX
Earlier models
comparison
table
:
It is a ber which possesses both unbreakable (bending radius: R10 mm, reciprocating bending: 180°) and bendable (bending radius: R4 mm or less) features.
7RXJK
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
Thru-beam type (one pair set)
Type Shape of ber head
(mm) Model No.
Bending
radius
(mm)
Fiber
cable
length
:
Free-cut
Sensing range (mm in) (Note 1)
Beam
axis dia.
(mm)
Protection
Ambient
temp.
FX-500 series
FX-101
(Upper value)
FX-102
(Lower value)
U-LG
LONG
FAST
H-SP
Wide beam
FT-A32
R2
Bending
durability
2 m
STD
3,600 141.732
HYPR
3,600 141.732
(Note 2)
(Note 2)
3,600 141.732(Note 2)
3,600 141.732(Note 2)
3,600 141.732(Note 2)
2,100 82.677 3,600 141.732
(Note 2)
3,600 141.732
(Note 2)
3.2 × 32
IP40
–40 to
+60 °C
Allows exible wiring
FT-A32W
R1
STD
3,600 141.732
HYPR
3,600 141.732
(Note 2)
(Note 2) 3,600 141.732(Note 2)
3,600 141.732(Note 2)
3,600 141.732(Note 2)
3,000 118.110
–40 to
+55 °C
FT-A11
R2
Bending
durability
STD
3,600 141.732
HYPR
3,600 141.732
(Note 2)
(Note 2) 3,600 141.732(Note 2)
3,600 141.732(Note 2)
3,600 141.732(Note 2)
1,100 43.307
1,900 74.803
3,600 141.732
(Note 2)
2.2 × 11
–40 to
+70 °C
Allows exible wiring
FT-A11W R1
STD
3,600 141.732
HYPR
3,600 141.732
(Note 2)
(Note 2) 3,600 141.732(Note 2)
3,600 141.732(Note 2)
3,600 141.732(Note 2)
1,300 51.181
1,700 66.929
3,400 133.858
–40 to
+55 °C
Array
FT-AL05
R2
Bending
durability
STD 860 33.858
HYPR
2,300 90.551
1,550 61.024
1,500 59.055
500 19.685
170 6.693
250 9.843
660 25.984
0.25 × 5.5
–55 to
+80 °C
Notes: 1) Note that the sensing range of the free-cut type ber may be reduced by 20 % max. depending upon how the ber is cut.
2) The ber cable length practically limits the sensing range to 3,600 mm 141.72 in long.
Reective type
Type Shape of ber head
(mm) Model No.
Bending
radius
(mm)
Fiber cable
length
: Free-cut
Sensing range (mm in) (Note 1, 2)
Protection Ambient
temp.
FX-500 series
FX-101
(Upper value)
FX-102
(Lower value)
U-LG
LONG
FAST
H-SP
Wide
beam
FD-A16
R4
Bending
durability
2 m
STD
200 7.874
HYPR
Cannot use
200 7.874
200 7.874
140 5.512
75 2.953
120 4.724
240 9.449
IP40
–40 to
+60 °C
Array
FD-AL11
R2
Bending
durability
STD 320 12.598
HYPR 670 26.378
530 20.866
510 20.079
180 7.087
50 1.969
100 3.937
285 11.220
–55 to
+80 °C
Notes: 1) Note that the sensing range of the free-cut type ber may be reduced by 20 % max. depending upon how the ber is cut.
2) The sensing range is specied for white non-glossy paper.
Sensing width
32mm
W5 × H69 × D20
7RXJK
Sensing width
32mm
W5 × H69 × D20
11mm
W4.2 × H31 × D13.5
Sensing width
7RXJK
Sensing width
11mm
W4.2 × H31 × D13.5
W5 × H15 × D15
Sensing width
5.5mm
7RXJK
W7 × H15 × D30
7RXJK
W5 × H20 × D20
7RXJK
Senses work with indenite shape or position in the
beam band without missing. It can also be used to
determine shape.
FD-A16
Spot size
2 × 15mm
(by a distance of 15mm)
Type :
With slit mask
Type :
Without slit mask
Conrming presence of slit mask
Control the amount of meandering
Inspecting screw height
Applications
FT-A11
FT-A32
FT-A11
Wide Beam
Sensing tiny moving objects
20
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
Amplifiers
FX-500
series
FX-100
series
INDEX
Earlier models
comparison
table
Fiber
Options
New product
introduction
Tough
Fiber
:
It is a ber which possesses both unbreakable (bending radius: R10 mm, reciprocating bending: 180°) and bendable (bending radius: R4 mm or less) features.
7RXJK
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
Reective type
Type Shape of ber head
(mm) Model No.
Bending
radius
(mm)
Fiber
cable
length
:
Free-cut
Sensing range (mm in) (Note 1, 2)
Protection
Ambient
temp.
FX-500 series
FX-101
(Upper value)
FX-102
(Lower value)
U-LG
LONG
FAST
H-SP
Glass substrate detection
FD-L32H
R4
Bending
durability
4 m
STD
0 to 56 0 to 2.205
HYPR
0 to 110 0 to 4.331
0 to 87 0 to 3.425
0 to 74 0 to 2.913
1 to 38 0.039 to 1.496
Cannot use
16 to 30
0.630 to 1.181
0 to 50
0 to 1.969
IP40
–40 to
+60 °C
FD-L30A
R2
Bending
durability
3 m
STD
0 to 43 0 to 1.693
HYPR
0 to 43 0 to 1.693
0 to 43 0 to 1.693
0 to 43 0 to 1.693
0 to 42 0 to 1.654
0 to 29 0 to 1.142
0 to 40
0 to 1.575
0 to 50
0 to 1.969
0 to
+70 °C
FD-L31A
R4
Bending
durability
STD
4 to 33 0.157 to 1.299
HYPR
3 to 35 0.118 to 1.378
4 to 33 0.157 to 1.299
4 to 33 0.157 to 1.299
4 to 32 0.157 to 1.260
5 to 25 0.197 to 0.984
5 to 30
0.197 to 1.181
4 to 33
0.157 to 1.299
W17 × H29 × D3.8
Alignment
FD-L22A
R2
Bending
durability
2 m
STD
0 to 24 0 to 0.945
HYPR
0 to 31 0 to 1.220
0 to 28 0 to 1.102
0 to 27 0 to 1.063
0 to 24 0 to 0.945
0 to 18 0 to 0.709
0 to 19
0 to 0.748
0 to 25
0 to 0.984
W18 × H29 × D3.8
Seating confirmation
FD-L23 3 m
STD0 to 29 0 to 1.142
HYPR
0 to 30 0 to 1.181
0 to 30 0 to 1.181
0 to 30 0 to 1.181
0 to 28 0 to 1.102
1.5 to 24 0.059 to 0.945
0 to 28
0 to 1.102
0 to 30
0 to 1.181
–20 to
+70 °C
FD-L11
R4
Bending
durability
2 m
STD
0 to 9.5 0 to 0.374
HYPR
0 to 11.5 0 to 0.453
0 to 10.5 0 to 0.413
0 to 10 0 to 0.394
0 to 9 0 to 0.354
0 to 8 0 to 0.315
0 to 8
0 to 0.315
0 to 9
0 to 0.354
–40 to
+60 °C
FD-L10
STD
0 to 5 0 to 0.197
HYPR
0 to 6 0 to 0.236
0 to 5.5 0 to 0.217
0 to 5.5 0 to 0.217
0 to 4.5 0 to 0.177
0 to 4 0 to 0.157
0 to 4.5
0 to 0.177
0 to 5.5
0 to 0.217
FD-L21
R2
Bending
durability
STD
1.5 to 16 0.059 to 0.630
HYPR
1 to 19 0.039 to 0.748
1 to 18 0.039 to 0.709
1 to 18 0.039 to 0.709
2 to 15 0.079 to 0.591
3 to 12 0.118 to 0.472
3 to 15
0.118 to 0.591
1.5 to 16
0.059 to 0.630
FD-L21W
R1
STD
3 to 14 0.118 to 0.551
HYPR
1.5 to 15 0.059 to 0.591
2 to 15 0.079 to 0.591
2 to 15 0.079 to 0.591
4 to 14 0.157 to 0.551
6.5 to 10 0.256 to 0.394
7 to 12
0.276 to 0.472
3 to 14
0.118 to 0.551
General
purpose
FD-L20H
R2
Bending
durability
STD
23 0.906
HYPR 45 1.772
35 1.378
32 1.260
2 to 15 0.079 to 0.591
5 to 9 0.197 to 0.354
5 to 15
0.197 to 0.591
1 to 30
0.039 to 1.181
–40 to
+70 °C
Ultla-
small
FD-L12W
R1
1 m
STD
8 0.315
HYPR
14 0.551
12.5 0.492
12 0.472
0.5 to 7 0.020 to 0.276
0.5 to 4 0.020 to 0.157
1 to 4.5
0.039 to 0.177
0.5 to 7
0.020 to 0.276
IP30 –40 to
+60 °C
Notes: 1) The sensing range is specied for transparent glass 100 × 100 × t0.7 mm 3.937 × 3.937 × t0.028 in (FD-L32H: R edge, FD-L21 and FD-L21W: t2 mm
t0.079 in) (FD-L20H: white non-glossy paper, FD-L10: silicon wafers 100 × 100 mm 3.937 × 3.937 in).
2) Note that the sensing range of the free-cut type ber may be reduced by 20 % max. depending upon how the ber is cut.
W25 × H7.3 × D30
Mapping
W20 × H29 × D3.8
Alignment
7RXJK
W23.5 × H29 × D4.5
Alignment
7RXJK
7RXJK
7RXJK
W12 × H19 × D3
Seating confirmation
7RXJK
W12 × H19 × D3
Seating confirmation
7RXJK
W24 × H21 × D4
7RXJK
W24 × H21 × D4
W6 × H18 × D14
7RXJK
W7.2 × H7.5 × D2
It is a ber in which the sensing distance is limited to a
specic range so it is not easily affected by the
background. It is effective when work has accumulated
or when the background is near.
Mapping fiber
FD-L32H
Alignment fiber
FD-L22A/L30A/L31A
Seating
confirmation fiber
FD-L11
Applications
Substrate conveyors
Mounting in handring arms
FD- L12W
FD-L30A
Detecting glass substrate
Convergent Reective Type
21
Fiber
Selection
Guide
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by model
Choose
by shape/
application
Viewing
new models
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
Fiber
Options
New product
introduction
Tough
Fiber
Amplifiers
FX-500
series
FX-100
series
INDEX
Earlier models
comparison
table
:
It is a ber which possesses both unbreakable (bending radius: R10 mm, reciprocating bending: 180°) and bendable (bending radius: R4 mm or less) features.
7RXJK
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
Retroreective type
Type Shape of ber head
(mm) Model No.
Bending
radius
(mm)
Fiber cable
length
: Free-cut
Sensing range (mm in) (Note 1, 2)
Protection
Ambient
temp.
FX-500 series
FX-101
(Upper value)
FX-102
(Lower value)
U-LG
LONG
FAST
H-SP
With
polarizing
lters
FR-Z50HW R1
2 m
STD
100 to 990 3.937 to 38.976
HYPR
100 to 1,900 3.937 to 74.803
100 to 1,400 3.937 to 55.118
100 to 1,200 3.937 to 47.244
100 to 780 3.937 to 30.709
100 to 490 3.937 to 19.291
100 to 550
3.937 to 21.654
100 to 830
3.937 to 32.677
IP40 –25 to
+55 °C
Wafer mapping
FR-KZ22E
R2
Bending
durability
STD
15 to 310 0.591 to 12.205
HYPR
15 to 570 0.591 to 22.441
15 to 460 0.591 to 18.110
15 to 410 0.591 to 16.142
15 to 220 0.591 to 8.661
15 to 100 0.591 to 3.937
15 to 200
0.591 to 7.874
15 to 360
0.591 to 14.173
IP30 –40 to
+60 °C
Narrow beam
Top sensing
FR-KZ50H STD
20 to 300 0.787 to 11.811
HYPR
20 to 1,000 0.787 to 39.370
20 to 800 0.787 to 31.496
20 to 400 0.787 to 15.748
20 to 200 0.787 to 7.874
20 to 200 0.787 to 7.874
20 to 200
0.787 to 7.874
20 to 350
0.787 to 13.780
Side sensing
FR-KZ50E
Notes: 1) Note that the sensing range of the free-cut type ber may be reduced by 20 % max. depending upon how the ber is cut.
2) The sensing range is the possible setting range for the attached reector. The ber can detect an object less than setting range for the reector.
Sensing range when FR-Z50HW is used in combination with a reector (optional)
Reector
model No.
Sensing range (mm in)
FX-500 series FX-101 FX-102
HYPR U-LG LONG STD FAST H-SP
RF-230 100 to 19,000
3.937 to 748.030
100 to 8,000
3.937 to 314.960
100 to 5,000
3.937 to 196.850
100 to 3,600
3.937 to 141.732
100 to 2,900
3.937 to 114.173
100 to 1,400
3.937 to 55.118
100 to 2,400
3.937 to 94.488
100 to 5,000
3.937 to 196.850
RF-220 100 to 8,000
3.937 to 314.960
100 to 4,700
3.937 to 185.039
100 to 3,500
3.937 to 137.795
100 to 3,000
3.937 to 118.110
100 to 1,800
3.937 to 70.866
100 to 830
3.937 to 32.677
100 to 1,300
3.937 to 51.181
100 to 2,600
3.937 to 102.362
RF-210 100 to 5,500
3.937 to 216.535
100 to 2,700
3.937 to 106.299
100 to 2,400
3.937 to 94.488
100 to 1,500
3.937 to 59.055
100 to 1,200
3.937 to 47.244
100 to 530
3.937 to 20.866
100 to 980
3.937 to 38.583
100 to 1,300
3.937 to 51.181
Note: The sensing range of retroreective type is the possible setting range for the attached reector. The ber can detect an object less than 100 mm. However,
note that if there are any white or highly-reective surfaces near the ber head, reected incident light may affect the ber head. If this occurs, adjust the
threshold value of the amplier unit before use.
Fiber option
Reector (for FR-Z50HW)
▲
P.33
W5.2 × H9.5 × D16
W30 × H30 × D0.5
W4 × H2 × D21.5
W7.5 × H2.2 × D11.2
7RXJK
W10.6 × H28 × D10.1
W5.2 × H9.5 × D21
7RXJK
W28 × H10.6 × D10.1
W9.5 × H25 × D5.2
7RXJK
Compared with the thru-beam type, it is easier to rotate
the bers since one side is a reector. Sensing
transparent objects is also its advantage.
Applications
Detecting transparent lm Detecting wafer Detection of transparent seals on
transparent sheet
FR-KZ22E
FR-KZ50E
Reector
RF-003
(Accessory for
FR-KZ50E)
FR-Z50HW
Retroreective Type
22
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
Amplifiers
FX-500
series
FX-100
series
INDEX
Earlier models
comparison
table
Fiber
Options
New product
introduction
Tough
Fiber
:
It is a ber which possesses both unbreakable (bending radius: R10 mm, reciprocating bending: 180°) and bendable (bending radius: R4 mm or less) features.
7RXJK
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
FT-Z802Y
Wafer
cassette
Cleaning tank
Thru-beam type (one pair set)
Type Shape of ber head
(mm) Model No.
Bending
radius
(mm)
Fiber
cable
length
:
Free-cut
Sensing range (mm in) (Note 1)
Beam
axis dia.
(mm)
Protection
Ambient
temp.
FX-500 series
FX-101
(Upper value)
FX-102
(Lower value)
U-LG
LONG
FAST
H-SP
Chemical-resistant
FT-Z802Y R25 2 m
STD
3,100 122.047
HYPR
3,600 141.732
(Note 2)
3,600 141.732(Note 2)
3,600 141.732(Note 2)
1,900 74.803
470 18.504
520 20.472
3,100 122.047
ø3.7
IP67 0 to
+60 °C
FT-HL80Y
R30 2 m
(Note 3)
STD
3,600 141.732
HYPR
3,600 141.732
(Note 2)
(Note 2) 3,600 141.732(Note 2)
3,600 141.732(Note 2)
2,300 90.551
740 29.134
990 38.976
2,340 92.126
IP67g
–40 to
+115 °C
FT-L80Y
STD
3,600 141.732
HYPR
3,600 141.732
(Note 2)
(Note 2) 3,600 141.732(Note 2)
3,600 141.732(Note 2)
2,800 110.236
920 36.220
1,100 43.307
2,600 102.362
–40 to
+70 °C
FT-V80Y
STD 1,300 51.181
HYPR
3,600 141.732
(Note 2)
2,800 110.236
2,200 86.614
800 31.496
240 9.449
340 13.386
800 31.496 ø2.8
Notes: 1) Note that the sensing range of the free-cut type ber may be reduced by 20 % max. depending upon how the ber is cut.
2) The ber cable length practically limits the sensing range.
3) The allowable cutting range is 500 mm 19.685 in from the end that the amplier inserted.
Easy mounting • Rectangular head
SEMI S2 compliant
W7 × H15 × D13
Heat-resistant 115 °C
ø5.5
(25)
ø5.5
(25)
Side-view
ø5.5
(25)
With the case and ber sheath made of PFA, the ber
can be used with various types of chemical liquids.
FT-Z802Y
Detecting wafer cassette in cleaning tank
Applications
Sensing wafer in corrosive environment
Chemical ller
Chemical-resistant
FT-L80Y
Wafer
23
Fiber
Selection
Guide
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by model
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by shape/
application
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Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
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Options
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Fiber
Amplifiers
FX-500
series
FX-100
series
INDEX
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table
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
Thru-beam type (one pair set)
Type
Heat-
resistant
temp.
Shape of ber head
(mm) Model No.
Bending
radius
(mm)
Fiber cable
length
: Free-cut
Sensing range (mm in) (Note 1)
Beam
axis dia.
(mm)
Ambient
temp.
FX-500 series
FX-101
(Upper value)
FX-102
(Lower value)
U-LG
LONG
FAST
H-SP
Heat-resistant
350 °C
FT-H35-M2 R25
2 m
STD
430 16.929
HYPR
1,200 47.244
880 34.646
670 26.378
250 9.843
80 3.150
170 6.693
490 19.291 ø1.2 –60 to
+350 °C
FT-H35-M2S6
Fiber
R25
Sleeve
R10
200 °C
FT-H20W-M1
R10
1 m
STD
470 18.504
HYPR
1,600 62.992
(Note 2)
1,000 39.370
840 33.071
300 11.811
90 3.543
100 3.937
300 11.811 ø0.8
–60 to
+200 °C
FT-H20-M1
R25
STD540 21.260
HYPR
1,600 62.992
(Note 2)
1,300 51.181
960 37.795
330 12.992
110 4.331
210 8.268
540 21.260 ø1.2
130 °C
FT-H13-FM2 2 m
STD 700 27.559
HYPR
3,300 129.921
1,900 74.803
1,300 51.181
410 16.142
140 5.512
250 9.843
700 27.559 ø1.5 –60 to
+130 °C
Heat-resistant (joint)
200 °C
FT-H20-J20-S
(Note 5)
Heat-
resistant
side
R18
(Note 4)
200 mm
(Note 3)
STD
470 18.504
HYPR
1,600 62.992
1,000 39.370
790 31.102
300 11.811
90 3.543
135 5.315
420 16.535
ø1.2 –60 to
+200 °C
FT-H20-J30-S
(Note 5) 300 mm
(Note 3)
FT-H20-J50-S
(Note 5)
500 mm
(Note 3)
ø3.8
ø4
24
FT-H20-VJ50-S
(Note 5) STD600 23.622
HYPR
2,100 82.677
1,300 51.181
980 38.583
390 15.354
120 4.724
150 5.906
500 19.685
FT-H20-VJ80-S
(Note 5) 800 mm
(Note 3)
Notes: 1) Note that the sensing range of the free-cut type ber may be reduced by 20 % max. depending upon how the ber is cut.
2) The ber cable length practically limits the sensing range.
3) Fiber length (xed-length) for heat-resistant ber side. Fiber length for ordinary temperature side is 2 m 6.562 ft (free-cut).
4) R25 mm R0.984 in or more for ordinary temperature side.
5) Heat-resistant side ber + ordinary temperature ber (FT-FM2) are sold together as a set.
M4
30
Lens mountable
(FX-LE1/LE2/SV1)
Sleeve 60 mm
Sleeve 60 mm
M4
ø2.1 27
M4
Allows flexible wiring
Lens mountable
(FX-LE1/LE2/SV1)
23
Lens mountable
(FX-LE1/LE2/SV1)
M4
23
M4
16
Lens mountable (FX-LE2 only)
M4
23
Lens mountable
(FX-LE1/LE2/SV1)
Side-view
It can be used under environments of -60 to +350
°C
-76 to +662
°F
.
A wide joint type for workability is also prepared.
IC detection within a high
temperature handler
Detecting glass substrates
Applications
FT-H20W-M1
Heat-resistant
24
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Fiber
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
Reective type
Type
Heat-
resistant
temp.
Shape of ber head
(mm) Model No.
Bending
radius
(mm)
Fiber cable
length
: Free-cut
Sensing range (mm in) (Note 1, 2)
Ambient
temp.
FX-500 series
FX-101
(Upper value)
FX-102
(Lower value)
U-LG
LONG
FAST
H-SP
Heat-resistant
Threaded
350 °C
FD-H35-M2 R25
2 m
STD
260 10.236
HYPR 720 28.346
540
21.260
460 18.110
150 5.906
45 1.772
75 2.953
280 11.024
–60 to
+350 °C
FD-H35-M2S6 Fiber
R25
Sleeve
R10
FD-H35-20S
1 m
STD
260 10.236
HYPR
840 33.071
550 21.654
440 17.323
140 5.512
45 1.772
85 3.346
200 7.874
200 °C
FD-H20-M1
R25
STD 330 12.992
HYPR
840 33.071
550 21.654
500 19.685
200 7.874
55 2.165
120 4.724
300 11.811
–60 to
+200 °C
FD-H20-21
STD
230 9.055
HYPR 770 30.315
500 19.685
380 14.961
130 5.118
45 1.772
90 3.543
280 11.024
130 °C FD-H13-FM2 2 m
STD 350 13.780
HYPR
880 34.646
640 25.197
600 23.622
200 7.874
65 2.559
100 3.937
280 11.024
–60 to
+130 °C
Glass substrate detection convergent reective
300 °C FD-H30-L32 2 m
STD
17 0.669
HYPR
40 1.575
30 1.181
25 0.984
12 0.472
1.5 to 6 0.059 to 0.236
2 to 9
0.079 to 0.354
0 to 17
0 to 0.669
–60 to
+300 °C
250 °C
FD-H25-L43
3 m
STD
1.5 to 26 0.059 to 1.024
HYPR
1 to 31 0.039 to 1.220
1 to 30 0.039 to 1.181
1 to 28 0.039 to 1.102
1.5 to 24 0.059 to 0.945
2 to 18 0.079 to 0.709
4 to 16
0.157 to 0.630
4 to 23
0.157 to 0.906
–20 to
+250 °C
Ordinary
temp. side:
–20 to
+70 °C
FD-H25-L45
STD
5 to 42 0.197 to 1.654
HYPR
4 to 43.5 0.157 to 1.713
4 to 43 0.157 to 1.693
4.5 to 43 0.177 to 1.693
5 to 40 0.197 to 1.575
6.5 to 34 0.256 to 1.339
7 to 35
0.276 to 1.378
7 to 38
0.276 to 1.496
180 °C FD-H18-L31 2 m
STD
16 0.630
HYPR
60 2.362
32 1.260
24 0.945
13 0.512
2 to 6.5 0.079 to 0.256
0 to 10
0 to 0.394
0 to 25
0 to 0.984
–60 to
+180 °C
Notes: 1) The sensing range of reective type is the value for white non-glossy paper (50 × 50 mm 1.969 × 1.969 in glass substrate for FD-H30-L32,
FD-H18-L31, transparent glass 100 × 100 × t0.7 mm 3.937 × 3.937 × t0.028 in for FD-H25-L43 and FD-H25-L45).
2) Note that the sensing range of the free-cut type ber may be reduced by 20 % max. depending upon how the ber is cut.
Fiber options
Lens (For thru-beam ber)
▲
P.30~
M6
25
Coaxial
M6 ø2.8
22
Sleeve 60 mm
ø2.1
M4
27
Sleeve 90 mm
M6
28
Coaxial
M4
27
Coaxial
M6
21
W19 × H27 × D5
W21 × H33.2 × D5
W21 × H34.5 × D5
W19 × H27 × D5
Heat-resistant joint ber set contents
Model No. when ordering individual parts from spare parts
• Heat-resistant side ber one pair set
FT-H20-J20, FT-H20-J30, FT-H20-J50, FT-H20-VJ50, FT-H20-VJ80
• Ordinary temperature side ber one pair set
FT-FM2
Ordinary temperature side fiber (FT-FM2)
Amplifiers
Heat-resistant side (–60 to +200 °C –76 to +392 °F)
100 mm 3.937 in
approx.
* Ordinary temperature
(–40 to +70 °C –40 to +158 °F)
Ordinary temperature side
Heat-resistant
side fiber
Nut (resin)
Nut (metal), Use when securing to a mounting bracket.
25
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Type
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Type
Others
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Fiber
Amplifiers
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series
FX-100
series
INDEX
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Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
Thru-beam type (one pair set)
Type Shape of ber head
(mm) Model No.
Bending
radius
(mm)
Fiber cable
length
: Free-cut
Sensing range (mm in)
Beam
axis dia.
(mm)
Ambient
temp.
FX-500 series
FX-101
(Upper value)
FX-102
(Lower value)
U-LG
LONG
FAST
H-SP
Vacuum-
resistant
Thru-beam
FT-H30-M1V-S
(Note) R18 1 m
STD
270 10.630
HYPR
1,000 39.370
590 23.228
470 18.504
160 6.299
55 2.165
110 4.331
280 11.024 ø1.2 –30 to
+300 °C
Note: Sold as a set comprising vacuum type ber + photo-terminal (FV-BR1) + ber at atmospheric side (FT-J8).
Reective type
Type Shape of ber head
(mm) Model No.
Bending
radius
(mm)
Fiber cable
length
: Free-cut
Sensing range (mm in)(Note 2)
Ambient
temp.
FX-500 series
FX-101
(Upper value)
FX-102
(Lower value)
U-LG
LONG
FAST
H-SP
Vacuum-resistant
Reective
FD-H30-KZ1V-S
(Note 1)
R18
1 m
STD
20 to 200 0.787 to 7.874
HYPR
5 to 500 0.197 to 19.685
10 to 340 0.394 to 13.386
15 to 270 0.591 to 10.630
20 to 120 0.787 to 4.724
20 to 45 0.787 to 1.772
25 to 80
0.984 to 3.150
10 to 220
0.394 to 8.661 –30 to
+300 °C
Convergent
reective
FD-H30-L32V-S
(Note 1) 3 m
STD
8 0.315
HYPR
18 0.709
12 0.472
10 0.394
5.5 0.217
1.5 to 3 0.059 to 0.118
2.5 to 6.5
0.098 to 0.256
0 to 11
0 to 0.433
Notes: 1) Sold as a set comprising vacuum type ber + photo-terminal (FV-BR1) + ber at atmospheric side (FT-J8).
2) The sensing range of reective type is the value for transparent glass 100 × 100 × t0.7 mm 3.937 × 3.937 × t0.028 in.
M4
30
300 °C
Lens mountable (FV-LE1/SV2)
W9.5 × H5.2 × D15
300 °C, Rectangular head
W19 × H5 × D27
300 °C, Glass substrate detection
Highly resistant to repeated bending
Because it has a bending durability of over 100,000
times (R20 mm R0.79 in), it is highly resistant to
repeated bending and is optimal for mounting on
moving robot hand.
Usable in high-temperatures of 300 °C 572 °F vacuum
The leakage of FV-BR1 is still less than a very slight
1.33 × 10–10 Pa · m3/s [He], so that it can be used in
vacuums with condence.
FD-H30-KZ1V-S
Vacuum resistant
long range reflective fiber
FD-H30-L32V-S
Vacuum resistant convergent
reflective fiber
FV-LE1
Vacuum resistant
expansion lens
Vacuum resistant
thru-beam fiber
FT-H30-M1V-S
FT-H30-M1V-S
Vacuum resistant
thru-beam fiber
FV-SV2
Vacuum resistant side-view lens
Detection of glass substrate in vacuum chamber
Applications
FT-H30-M1V-S
FD-H30-KZ1V-S
FD-H30-L32V-S
Vacuum-resistant
26
Fiber
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Type
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Type
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Fiber
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
Set contents
Vacuum side Atmospheric side
Vacuum
resistant fibers
Photo-terminals (FV-BR1)
Chamber wall or flange (3.0 to 20 mm 0.118 to 0.787 in thick)
Atmospheric side fiber (FT-J8)
Digital fiber sensor
● Vacuum resistant ber
FT-H30-M1V (one pair set)
FD-H30-KZ1V
FD-H30-L32V
● Photo-terminal
FV-BR1 (one pair set)
● Atmospheric side ber
FT-J8 (one pair set)
● Mounting bracket for FD-H30-KZ1V(-S)
MS-FD-2
Fiber options
Lens (For thru-beam ber)
Designation Model No. Description
For thru-beam type ber
Vacuum
resistant
expansion lens
(Note 1)
FV-LE1
Increases the sensing range 4 times or more.
• Ambient temperature: –60 to +350 °C –76 to +662 °F (Note 3)
• Beam axis dia: ø3.6 mm ø0.142 in
Sensing range (mm in) [Lens on both sides] (Note 4)
Fiber
Amplier FX-500 series FX-101□FX-102□
Mode HYPR U-LG LONG STD FAST H-SP
FT-H30-M1V-S 3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,400
133.858
1,500
59.055
900
35.433
370
14.567
450
17.717
1,600
62.992
Vacuum
resistant
side-view lens
(Note 1)
FV-SV2
Beam axis is bent by 90°.
• Ambient temperature: –60 to +300 °C –76 to +572 °F
(Note 3)
• Beam axis dia: ø3.7 mm ø0.146 in
Sensing range (mm in) [Lens on both sides] (Note 4)
Fiber
Amplier FX-500 series FX-101□FX-102□
Mode HYPR U-LG LONG STD FAST H-SP
FT-H30-M1V-S 3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,400
133.858
1,500
59.055
900
35.433
370
14.567
450
17.717
1,600
62.992
Notes: 1) Be careful when installing the thru-beam type ber equipped with the lens, as the beam envelope becomes narrow and alignment is difcult.
2) The ber cable length practically limits the sensing range.
3) Refer to P.26 for the ambient temperature of bers to be used in combination.
4) The ber cable length for the FT-H30-M1V-S is 1 m 3.281 ft. The sensing ranges in HYPR, U-LG and LONG of FX-500 series, in FX-102□ take into
account the length of the FT-J8 atmospheric side ber.
Model No. when ordering individual parts from repair parts
27
Fiber
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Type
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Fiber
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Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
Reective type / Thru-beam type
Type Shape of ber head
(mm) Model No.
Bending
radius
(mm)
Fiber cable
length
: Free-cut
Description
Protection
Ambient
temp.
FX-500 series
(STD mode)
FX-101
FX-102
Contact type
Liquid level sensing
Heat resistant 125 °C
Fluorine resin coating
ø6
FD-F8Y
Protective tube
R40
Fiber
R15
2 m
(Note 1)
ø6 mm ø0.236 in
Protective tube: Fluorine resin, length 1,000 mm 39.370 in (not cuttable)
Liquid surface not contacted: Beam received,
Liquid surface contacted: Beam not received
IP68
–40 to
+125 °C
Heat resistant 105 °C
Fluorine resin coating
ø4
FD-HF40Y
(Note 2) Protective tube
R20
Fiber
R10
2 m
ø4 mm ø0.157 in
Protective tube: Fluorine resin, length 500 mm 19.685 in (cuttable)
Liquid surface not contacted: Beam received,
Liquid surface contacted: Beam not received
IP67
–40 to
+105 °C
Heat resistant 70 °C
Fluorine resin coating throughout the ber
ø4
FD-F41Y
(Note 2)
ø4 mm ø0.157 in
Protective tube: Fluorine resin, length 500 mm 19.685 in (cuttable)
Liquid surface not contacted: Beam received,
Liquid surface contacted: Beam not received
–40 to
+70 °C
Pipe-mountable type
Liquid leak
detection
SEMI S2 compliant
W20 × H30 × D10
FD-F71
Protective tube
R20
Fiber
R4
Bending durability
5 m
Liquid leak detection
Leak absent: Beam received, Leak present: Beam interrupted
–20 to
+60 °C
Liquid level sensing
Standard
W25 × H13 × D20
FD-F41
R10
2 m
Applicable pipe diameter: Outer dia. ø6 to ø26 mm ø0.236 to ø1.024 in
transparent pipe [PVC (vinyl chloride), uorine resin, polycarbonate, acrylic,
glass, wall thickness 1 to 3 mm 0.039 to 0.118 in]
Liquid absent: Beam received, Liquid present: Beam not received
―
–40 to
+100 °C
For 1 mm thick PFA pipe
W25 × H13 × D20
FD-F4
Applicable pipe diameter: Outer dia. ø6 to ø26 mm ø0.236 to
ø1.024 in transparent pipe [PFA (uorine resin) or equivalently
transparent pipe, wall thickness 1 mm 0.039 in]
Liquid absent: Beam received, Liquid present: Beam not received
Liquid sensing
Mountable on pipe·array ber
W6.5 × H28.3 × D17
FD-FA93
R4
Bending durability
Applicable pipe diameter: Outer dia. ø8 mm
ø0.315 in
or more
transparent pipe (When used with the tying bands: ø8 to ø80 mm
ø0.315 to ø3.150 in
) [PFA (uorine resin), including translucent]
Liquid absent: Beam received, Liquid present: Beam not received
IP40
–40 to
+70 °C
SEMI S2 compliant
W23 × H20 × D17
FT-F93
Protective tube
R20
Fiber
R2
Bending durability
Applicable pipe diameter: Outer dia. ø3 to ø10 mm ø0.118 to
ø0.394 in transparent pipe [PFA (uorine resin) or equivalently
transparent pipe, wall thickness 0.3 to 1 mm 0.012 to 0.039 in]
Liquid absent: Beam not received, Liquid present: Beam received
–40 to
+60 °C
Notes: 1) The allowable cutting range is 1,000 mm 39.370 in from the end that the amplier inserted.
2) Liquid inow prevention joint, protective tube extension joint, ber mounting joint is available. Please refer to next page for details.
7RXJK
7RXJK
7RXJK
Applications
Detecting liquid level in a tank Leak detection for use in semiconductor
device manufacturing
FD-F41
FD-F4
FD-F71
FT-F93
For liquid surface level upper limit sensing, a "without fluid" incident light
sensor is recommended.
The sensor will turn OFF during abnormal conditions (excess fluid, fiber disconnection, etc.)!
Liquid absent: Beam received (Output ON)
Liquid present / fiber is cutoff: Beam not received (Output OFF)
FD-FA93 Strong against air bubbles
Applicable pipe: Transparent pipe, Outer diameter ø8 mm
ø0.315 in or more
(When used with the tying bands: ø8 to ø80 mm ø0.315 to ø3.150 in)
FD-F41
Standard type
FD-F4
For 1 mm 0.039 in thick pipes
manufactured by PFA
We recommend using the sensor so that the output is ON when liquid is
present at lower limit detection level.
The sensor will turn OFF during abnormal conditions (insufcient liquid, ber disconnection, etc.) !
Liquid present: Beam received (Output ON)
Liquid absent / fiber is cutoff: Beam not receired (Output OFF)
FT-F93 Thru-beam
It corresponds to various liquid events, from the contact (wetted) type to the pipe
mounting type, and up to leak detection.
Liquid Leak / Liquid Detection
28
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Dimensions
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Type
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Type
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Tough
Fiber
:
It is a ber which possesses both unbreakable (bending radius: R10 mm, reciprocating bending: 180°) and bendable (bending radius: R4 mm or less) features.
7RXJK
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
Designation Model No. Description
Liquid inow
prevention joint
(Note) MS-FX-01Y
Applicable bers
FD-HF40Y
FD-F41Y
This joint suppresses false operations due to
liquid slip-in from the top of the protective tube.
Protective tube
extension joint
(Note)
MS-FX-02Y
The protective tube can be extended.
Fiber mounting
joint
(Note)
MS-FX-03Y The joint is used for mounting bers on a tank.
Note: The joint internal ferrule (MS-FX-YF) is available as a spare part. A distorted ferrule may result in leakage.
Fiber options
● MS-FD-F7-1
(SUS mounting bracket for FD-F71)
● MS-FD-F7-2
(PVC mounting bracket for FD-F71)
Liquid inow prevention joint
• MS-FX-01Y
Protective tube extension joint
• MS-FX-02Y
Fiber mounting joint
• MS-FX-03Y
MS-FX-03Y
MS-FX-02YMS-FX-01Y
Union nut Union nut
Union nut
Union nut
Body
Body
Body
Ferrule (MS-FX-YF)Ferrule (MS-FX-YF)
Ferrule (MS-FX-YF)
Ferrule (MS-FX-YF)
MS-FX-03Y
MS-FX-02YMS-FX-01Y
Union nut
Union nut
Union nut
Union nut
Body
Body
Body
Ferrule (MS-FX-YF)
Ferrule (MS-FX-YF)
Ferrule (MS-FX-YF)
Ferrule (MS-FX-YF)
MS-FX-03Y
MS-FX-02YMS-FX-01Y
Union nut
Union nut
Union nut
Union nut
Body
Body
Body
Ferrule (MS-FX-YF)
Ferrule (MS-FX-YF)
Ferrule (MS-FX-YF)
Ferrule (MS-FX-YF)
Accessories
29
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Amplifiers
FX-500
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FX-100
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INDEX
Earlier models
comparison
table
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
Designation Model No. Description
For thru-beam type ber
Expansion
lens
(Note 1)
FX-LE1
Increases the sensing range by 5 times or more.
• Ambient temperature: -60 to +350 °C -76 to +662 °F (Note 3)
• Beam dia: ø3.6 mm ø0.142 in
Sensing range (mm in) [Lens on both sides]
Fiber
Amplier FX-500 series FX-101□FX-102□
Mode HYPR U-LG LONG STD FAST H-SP
FT-43
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
1,600
62.992
2,400
94.488
3,600
141.732
(Note 2)
FT-42
FT-42W
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
2,200
86.614
3,400
133.858
3,600
141.732
(Note 2)
FT-45X
1,600
62.992
(Note 2)
1,600
62.992
(Note 2)
1,600
62.992
(Note 2)
1,600
62.992
(Note 2)
1,600
62.992
(Note 2)
1,500
59.055
1,600
62.992
(Note 2)
1,600
62.992
(Note 2)
FT-R40
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
1,900
74.803
3,100
122.047
3,600
141.732
(Note 2)
FT-H35-M2
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,300
129.921
1,400
55.118
2,000
78.740
3,500
137.795
(Note 2)
FT-H20W-M1
1,600
62.992
(Note 2)
1,600
62.992
(Note 2)
1,600
62.992
(Note 2)
1,600
62.992
(Note 2)
1,600
62.992
(Note 2)
850
33.465
1,300
51.181
1,600
62.992
(Note 2)
FT-H20-M1
1,600
62.992
(Note 2)
1,600
62.992
(Note 2)
1,600
62.992
(Note 2)
1,600
62.992
(Note 2)
1,600
62.992
(Note 2)
1,200
47.244
1,600
62.992
(Note 2)
1,600
62.992
(Note 2)
FT-H20-J50-S
FT-H20-J30-S
FT-H20-J20-S
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,500
137.795
2,000
78.740
1,600
62.992
500
19.685
1,000
39.370
3,500
137.795
(Note 2)
Super-
expansion
lens
(Note 1)
FX-LE2
Tremendously increases the sensing range with large diameter lenses.
• Ambient temperature: -60 to +350 °C -76 to +662 °F (Note 3)
• Beam dia: ø9.8 mm ø0.386 in
Sensing range (mm in) [Lens on both sides]
Fiber
Amplier FX-500 series FX-101□FX-102□
Mode HYPR U-LG LONG STD FAST H-SP
FT-43
FT-42
FT-42W
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
FT-45X
1,600
62.992
(Note 2)
1,600
62.992
(Note 2)
1,600
62.992
(Note 2)
1,600
62.992
(Note 2)
1,600
62.992
(Note 2)
1,600
62.992
(Note 2)
1,600
62.992
(Note 2)
1,600
62.992
(Note 2)
FT-R40
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
FT-H35-M2
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,500
137.795
(Note 2)
3,500
137.795
(Note 2)
FT-H20W-M1
FT-H20-M1
1,600
62.992
(Note 2)
1,600
62.992
(Note 2)
1,600
62.992
(Note 2)
1,600
62.992
(Note 2)
1,600
62.992
(Note 2)
1,600
62.992
(Note 2)
1,600
62.992
(Note 2)
1,600
62.992
(Note 2)
FT-H13-FM2
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,500
137.795
(Note 2)
3,500
137.795
(Note 2)
FT-H20-J50-S
FT-H20-J30-S
FT-H20-J20-S
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,500
137.795
(Note 2)
3,500
137.795
(Note 2)
Notes: 1) Be careful sure to use it only after you have adjusted it sufciently when installing the thru-beam type ber equipped with the expansion lens, as the
beam envelope becomes narrow and alignment is difcult.
2) The ber cable length practically limits the sensing range.
3) Refer to P.10~ for the ambient temperature of bers to be used in combination.
Fiber options
Lens (For thru-beam type ber)
30
Fiber
Selection
Guide
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by model
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by shape/
application
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Fiber
Dimensions
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Type
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Type
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Type
Others
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FX-100
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INDEX
Fiber
Options
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
New product
introduction
Tough
Fiber
Earlier models
comparison
table
Designation Model No. Description
For thru-beam type ber
Side-view
lens FX-SV1
Beam axis is bent by 90°.
• Ambient temperature: -60 to +300 °C -76 to +572 °F (Note 4)
• Beam dia: ø2.8 mm ø0.110 in
Sensing range (mm in) [Lens on both sides]
Fiber
Amplier FX-500 series FX-101□FX-102□
Mode HYPR U-LG LONG STD FAST H-SP
FT-43
3,600
141.732
(Note 2)
3,400
133.858
2,600
102.362
1,700
66.929
970
38.189
310
12.205
510
20.079
1,400
55.118
FT-42
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
2,100
82.677
1,150
45.276
370
14.567
500
19.685
1,700
66.929
FT-42W
3,600
141.732
(Note 2)
3,500
137.795
2,700
106.299
1,800
70.866
990
38.976
320
12.598
480
18.898
1,300
51.181
FT-45X
1,600
62.992
(Note 2)
1,600
62.992
(Note 2)
1,600
62.992
(Note 2)
1,400
55.118
800
31.496
210
8.268
540
21.260
1,600
62.992
(Note 2)
FT-H35-M2 3,500
137.795
1,600
62.992
1,200
47.244
780
30.709
500
19.685
150
5.906
280
11.024
800
31.496
FT-H20W-M1
1,600
62.992
(Note 2)
1,600
62.992
(Note 2)
1,500
59.055
950
37.402
560
22.047
190
7.480
140
5.512
400
15.748
FT-H20-M1
1,600
62.992
(Note 2)
1,600
62.992
(Note 2)
1,300
51.181
780
30.709
500
19.685
150
5.906
280
11.024
840
33.071
FT-H20-J50-S
FT-H20-J30-S
FT-H20-J20-S
1,600
62.992
(Note 2)
960
37.795
740
29.134
450
17.717
290
11.417
80
3.150
150
5.906
410
16.142
Expansion
lens for
vacuum
ber
(Note 1)
FV-LE1
Sensing range increases by 4 times or more.
• Ambient temperature: -60 to +350 °C -76 to +662 °F (Note 4)
• Beam dia: ø3.6 mm ø0.142 in
Sensing range (mm in) [Lens on both sides] (Note 3)
Fiber
Amplier FX-500 series FX-101□FX-102□
Mode HYPR U-LG LONG STD FAST H-SP
FT-H30-M1V-S
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,400
133.858
1,500
59.055
900
35.433
370
14.567
450
17.717
1,600
62.992
Vacuum-
resistant
side-view
lens
(Note 1)
FV-SV2
Beam axis is bent by 90°.
• Ambient temperature: -60 to +300 °C -76 to +572 °F (Note 4)
• Beam dia: ø3.7 mm ø0.146 in
Sensing range (mm in) [Lens on both sides] (Note 3)
Fiber
Amplier FX-500 series FX-101□FX-102□
Mode HYPR U-LG LONG STD FAST H-SP
FT-H30-M1V-S
3,600
141.732
(Note 2)
3,600
141.732
(Note 2)
3,400
133.858
1,500
59.055
900
35.433
370
14.567
450
17.717
1,600
62.992
Notes: 1) Be careful sure to use it only after you have adjusted it sufciently when installing the thru-beam type ber equipped with the expansion lens, as the
beam envelope becomes narrow and alignment is difcult.
2) The ber cable length practically limits the sensing range.
3) The ber cable length for the FT-H30-M1V-S is 1 m 3.28 ft. The sensing ranges in HYPR, U-LG and LONG of FX-500 series, in FX-102□ take into
account the length of the FT-J8 atmospheric side ber.
4) Refer to P.10~ for the ambient temperature of bers to be used in combination.
Fiber options
Lens (For thru-beam type ber)
31
Fiber
Selection
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Dimensions
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Type
Retroreective
Type
Reective
Type
Others
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Options
New product
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Fiber
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
Amplifiers
FX-500
series
FX-100
series
INDEX
Earlier models
comparison
table
Lens (For reective type ber)
Designation Model No. Description
For reective type ber
Pinpoint
spot lens FX-MR1
Pinpoint spot of ø0.5 mm ø0.020 in. Enables detection of minute objects or small marks.
• Distance to focal point: 6 ± 1 mm 0.236 ± 0.039 in
• Applicable bers: FD-42G, FD-42GW
• Ambient temperature: -40 to +70 °C -40 to +158 °F (Note)
Zoom lens FX-MR2
Screw-in
depth
Distance to
focal point
Spot
diameter
The spot diameter is adjustable from ø0.7 to ø2
mm ø0.028 to ø0.079 in according to how much
the ber is screwed in.
• Applicable bers: FD-42G, FD-42GW
• Ambient temperature: -40 to +70 °C
-40 to +158 °F (Note)
• Accessory: MS-EX3 (mounting bracket)
Sensing range
Screw-in depth
Distance to focal point
Spot diameter
7 mm
18.5 mm approx.
ø0.7 mm
12 mm
27 mm approx.
ø1.2 mm
14 mm
43 mm approx.
ø2.0 mm
Finest spot
lens FX-MR3
Spot diameter
Distance to
focal point
Extremely ne spot of ø0.15 mm ø0.006 in
approx. achieved.
• Applicable bers:
FD-EG31, FD-EG30, FD-42G, FD-42GW,
FD-32G, FD-32GX
• Ambient temperature: -40 to +70 °C
-40 to +158 °F (Note)
Sensing range
Fiber model No.
Distance to focal point
Spot diameter
FD-EG31
7.5 ± 0.5 mm
ø0.15 mm approx.
FD-EG30
7.5 ± 0.5 mm
ø0.3 mm approx.
FD-42G/42GW
FD-32G/32GX 7.5 ± 0.5 mm
ø0.5 mm approx.
Finest spot
lens FX-MR6
Extremely ne spot of ø0.1 mm ø0.004 in
approx. achieved.
• Applicable bers:
FD-EG31, FD-EG30, FD-42G, FD-42GW,
FD-32G, FD-32GX
• Ambient temperature: -20 to +60 °C
-4 to +140 °F (Note)
Sensing range
Fiber model No.
Distance to focal point
Spot diameter
FD-EG31 7 ± 0.5 mm
ø
0.1 mm
approx.
FD-EG30 7 ± 0.5 mm
ø
0.2 mm
approx.
FD-42G/42GW
FD-32G/32GX
7 ± 0.5 mm
ø
0.4 mm
approx.
Zoom lens
side-view
type FX-MR5
Screw-in
depth
Spot diameter
Distance to
focal point
FX-MR2 is converted into a side-view type and
can be mounted in a very small space.
• Applicable bers: FD-42G, FD-42GW
• Ambient temperature: -40 to +70 °C
-40 to +158 °F (Note)
Sensing range
Screw-in depth
Distance to focal point
Spot diameter
8 mm
13 mm approx.
ø0.5 mm
10 mm
15 mm approx.
ø0.8 mm
14 mm
30 mm approx.
ø3.0 mm
Note: Refer to P.11~ for the ambient temperature of bers to be used in combination.
Fiber options
Model No. when ordering heat-resistant bers individually as replacement parts
• Heat-resistant side ber one pair set
FT-H20-J20, FT-H20-J30, FT-H20-J50, FT-H20-VJ50, FT-H20-VJ80
Model No. when ordering vacuum-resistant bers individually as replacement parts
• Vacuum-resistant ber
FD-H30W-M1V (one pair set)
FD-H30-KZ1V
FD-H30-L32V
• Photo-terminal
FV-BR1 (one pair set)
• Fiber at atmospheric side
FT-J8 (one pair set)
• Mouting bracket for FD-H30-KZ1V(-S)
MS-FD-2
Accessories (attached with bers)
• RF-003 (FR-KZ50E/KZ50H exclusive reector)
• RF-13 (Reective tape)
• FX-CT1 (Fiber cutter)
• FX-CT2 (Fiber cutter)
• FX-CT3 (Fiber cutter)
• FX-AT2 (Attachment for xed-length ber, Orange)
• FX-AT3 (
Attachment for ø2.2 mm ø0.087 in ber, Clear orange
)
• FX-AT4
(Attachment for ø1 mm ø0.039 in ber, Black)
• FX-AT5
(Attachment for ø1.3 mm ø0.051 in ber, Gray)
• FX-AT6
Attachment for ø1 mm ø0.039 in / ø1.3 mm ø0.051 in
mixed ber, Black / Gray
( )
• MS-FD-2
(Fiber mounting bracket)
• FX-CT2
• FX-AT2 • FX-AT4• FX-AT3
• FX-CT1
• RF-13
• RF-003
• FX-AT5 • FX-AT6
• MS-FD-2
• FX-CT3
32
Fiber
Selection
Guide
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by model
Choose
by shape/
application
Viewing
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Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
Amplifiers
FX-500
series
FX-100
series
INDEX
Fiber
Options
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
New product
introduction
Tough
Fiber
Earlier models
comparison
table
Others
Fiber options
Protective tube
Universal sensor mounting stand
Using the arm which enables adjustment in
the horizontal direction, sensing can also be
done from above an assembly line.
Fiber bender
• FB-1
• MS-AJ1-F
• MS-AJ2-F
360° rotation
360°
rotation
Angle adjustment: ±20°
20°
20°
Height
adjustment:
150 mm 5.906 in
approx.
Mounting hole
for M6 screw
Forward / back
adjustment:
130 mm
5.118 in approx.
360° rotation
360°
rotation
Angle adjustment: ±20°
20°
20° Mounting hole
for M6 screw
Forward / back
adjustment:
130 mm
5.118 in approx.
Height
adjustment:
150 mm 5.906 in
approx.
• FTP-□
• FDP-□
Designation Model No. Description
Protective tube
For thru-beam
type ber
FTP-500 (0.5 m 1.640 ft)
For M4
thread
Applicable bers
FT-42
FT-42S
FT-42W
FT-43
FT-H13-FM2
The protective
tube, made of non-
corrosive stainless
steel, protects the
inner ber cable from
any external forces.
FTP-1000 (1 m 3.281 ft)
FTP-1500 (1.5 m 4.921 ft)
FTP-N500 (0.5 m 1.640 ft)
For M3
thread
FT-31
FT-31S
FT-31W
FD-31
FD-31W
FTP-N1000 (1 m 3.281 ft)
FTP-N1500 (1.5 m 4.921 ft)
Protective tube
For reective
type ber
FDP-500 (0.5 m 1.640 ft)
For M6
thread
FD-61
FD-61G
FD-61S
FD-61W
FD-62
FD-H13-FM2
FDP-1000 (1 m 3.281 ft)
FDP-1500 (1.5 m 4.921 ft)
FDP-N500 (0.5 m 1.640 ft)
For M4
thread
FD-41
FD-41W
FD-41S
FD-41SW
FDP-N1000 (1 m 3.281 ft)
FDP-N1500 (1.5 m 4.921 ft)
Fiber bender FB-1 The ber bender bends the sleeve part of the ber head at the proper
radius. (Note 1)
Universal sensor
mounting stand
(Note 2)
MS-AJ1-F Horizontal mounting type Mounting stand assembly for ber
(For M3,
M4 or M6 threaded head ber)
MS-AJ2-F Vertical mounting type
Liquid inow
prevention
joint
(Note 2)
MS-FX-01Y
Applicable bers
FD-HF40Y
FD-F41Y
This joint suppresses false operations
due to liquid slip-in from the top of the
protective tube.
Protective tube
extension joint
(Note 2)
MS-FX-02Y
The protective tube can be extended.
Fiber
mounting joint
(Note 2)
MS-FX-03Y The joint is used for mounting bers on a
tank.
Single core
holder FX-AT15A
The incident light intensity may vary when using a multi-core ber or a
thin type sharp bending ber. This holder suppresses the variation in
the incident light intensity. (Brown)
Reector
RF-210 It is available for FR-Z50HW.
Refer to P.22 for the sensing range of FR-Z50HW to be used in
combination.
RF-220
RF-230
Notes: 1) Do not bend the sleeve part of any side-view type ber or ultra-small diameter head type ber.
2)
The joint internal ferrule (MS-FX-YF) is available as a spare part. A distorted ferrule may result in leakage.
()
()
Single core holder
• FX-AT15A
Liquid inow prevention joint
• MS-FX-01Y
MS-FX-03Y
MS-FX-02YMS-FX-01Y
Union nut Union nut
Union nut
Union nut
Body
Body
Body
Ferrule (MS-FX-YF)Ferrule (MS-FX-YF)
Ferrule (MS-FX-YF)
Ferrule (MS-FX-YF)
Protective tube extension joint
• MS-FX-02Y
MS-FX-03Y
MS-FX-02YMS-FX-01Y
Union nut
Union nut
Union nut
Union nut
Body
Body
Body
Ferrule (MS-FX-YF)
Ferrule (MS-FX-YF)
Ferrule (MS-FX-YF)
Ferrule (MS-FX-YF)
Fiber mounting joint
• MS-FX-03Y
MS-FX-03Y
MS-FX-02YMS-FX-01Y
Union nut
Union nut
Union nut
Union nut
Body
Body
Body
Ferrule (MS-FX-YF)
Ferrule (MS-FX-YF)
Ferrule (MS-FX-YF)
Ferrule (MS-FX-YF)
• RF-210
33.3 mm
11 mm
12.8
mm
• RF-220
35.3 mm
8.3 mm
42.3
mm
50.3 mm
8.3 mm
59.3
mm
• RF-230
Reector
33
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
Fiber
Options
New product
introduction
Tough
Fiber
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
Amplifiers
FX-500
series
FX-100
series
INDEX
Earlier models
comparison
table
FT-42W
FT-140
FT-31W Free-cut
Free-cut
<with FX-AT4>
<with FX-AT4>
<with FX-AT3>
3.5
0.138
M14 × 1 0.039
Hexagon nut M14
[Brass(Nickel plated)]
Toothed lock washer M14
[Iron(Chromed)]
ø10 ø0.394 Lens (PMMA)
Protector (PVC)
ø10
ø0.394
Holder (ABS)
ø1 ø0.039 fiber core × 1 (PMMA)
Sheath ø2.2 ø0.087(Polyethylene)
(ø3.2)(ø0.126) Model No. tube (PVC)
ø2.2 ø0.087
23 0.906
17
0.669
8
0.315
ø4.5
ø0.177
ø4.5 ø0.276
10,000 393.701
ø23 ø0.906
19 0.748
(30)
(1.181)
8
0.315
FT-140
FT-31S
1.8 0.071
ø0.88
ø0.035
M3 × 0.5 0.020
Toothed lock washer M3 [Stainless steel(SUS304)]
Opposing faces 5.5 0.217 thickness 1.8 0.071
[Stainless steel(SUS304)]
End bracket [Stainless steel(SUS303)]
ø0.5 ø0.020 fiber core × 1 (PMMA)
Sheath ø1 ø0.039 (Polyethylene)
(ø2)(ø0.079) Model No. tube (PVC)
Allowable
bending
range
Sleeve
[Stainless steel(SUS304)]
ø1 ø0.039
2.7
0.106
ø2 ø0.079
10
0.394 2,000 78.740
(30)
(1.181)
40 1.575
ø6.5
ø0.256
10
0.394
10
0.394
5
0.197
5.5
0.217
FT-31S
ø1
ø0.039
2,000 78.740
(30)(1.181)
10
0.394
2
0.079
ø2 ø0.079
1.8 0.071
Mounting reference surface
(Screw periphery)
M3 × 0.5 0.020
ø3 ø0.118
-0.1 -0.004
-0.13 -0.005
Toothed lock washer M3
[Stainless steel(SUS304)]
Opposing faces 5.5 0.217 thickness 1.8 0.071
[Stainless steel(SUS304)]
ø0.5 ø0.020 fiber core × 1 (PMMA)
Sheath ø1 ø0.039 (Polyethylene)
(ø2)(ø0.079)Model No. tube(PVC)
End bracket [Stainless steel(SUS303)]
2.7
0.106
5.5
0.217
ø6.5
ø0.256
FT-31W
<with FX-AT3>
<with FX-AT3> <with FX-AT3>
Free-cut
FT-42S
5
0.197
ø1.48 ø0.058
2.4
0.094
Allowable
bending
range
Opposing faces 7 0.276 thickness 2.4 0.094
[Stainless steel(SUS304)]
Toothed lock washer M4[Stainless steel(SUS304)]
ø1 ø0.039 fiber core × 1 (PMMA)
Sheath ø2.2 ø0.087 (Polyethylene)
End bracket[Stainless steel(SUS303)]
M4 × 0.7 0.028
Sleeve[Stainless steel(SUS304)]
(ø3.2)(ø0.126) Model No. tube (PVC)
ø2.5 ø0.098
ø2.2
ø0.087
2,000 78.740
(30)
(1.181)
40 1.575 12
0.472
3.5
0.138
ø8.5
ø0.335
7
0.276
10
0.394 10
0.394
FT-42S
Free-cut
3
0.118
ø4 ø0.157 -0.1 -0.004
-0.13 -0.005
1
0.039
ø2
ø0.079
2.4
0.094
M2.6 × 0.45 0.018
M4 × 0.75 0.030
Toothed lock washer M4 [Stainless steel(SUS304)]
Opposing faces 7 0.276 thickness 2.4 0.094
[Stainless steel(SUS304)]
End bracket [Stainless steel(SUS303)]
ø1 ø0.039 fiber core × 1 (PMMA)
Sheath ø2.2 ø0.087 (Polyethylene)
(ø3.2)(ø0.126) Model No. tube (PVC)
Mounting reference surface
(Screw periphery)
3.5 0.138
FT-42W
ø2.2 ø0.087
ø8.5
ø0.335
7 0.276
12
0.472
2,000 78.740
(30)
(1.181)
Free-cut FT-43
Mounting reference surface
(Screw periphery)
Toothed lock washer M4[Stainless steel(SUS304)]
Opposing faces 7 0.276 thickness 2.4 0.094
[Stainless steel(SUS304)]
End bracket[Stainless steel(SUS303)]
ø1.5 ø0.059 fiber core × 1 (PMMA)
Sheath ø2.2 ø0.087(Polyethylene)
(ø3.2)(ø0.126) Model No. tube (PVC)
M4 ×
0.7 0.028
ø4 ø0.157 -0.1 -0.004
-0.13 -0.005
M2.6 × 0.45 0.018
FT-43
ø2.2
ø0.087
12
0.472
3
0.118
2,000 78.740
(30)
(1.181)
2.4
0.094
ø2
ø0.079
1
0.039
3.5 0.138
7 0.276
ø8.5
ø0.335
Free-cut
Dimensions are listed in the order of thru-beam type, retroreective type,
and reective type, and in alphabetic order of the model No.
Thru-beam type bers
<with FX-AT2>
FT-30
ø6.5
ø0.256
ø2
ø0.079
ø1
ø0.039
(ø2) (ø0.079) Model No. tube (PVC)
ø2.2
ø0.087
Resin plug(ABS)
ø
3
ø0.118
Mounting reference surface (Screw periphery)
End bracket [Brass(Nickel plated)]
M3 × 0.5 0.020
Opposing faces 5.5 0.217 thickness 1.8 0.071 [Brass(Nickel plated)]
Toothed lock washer M3 [Brass(Nickel plated)]
ø1.8
ø0.071
10.2
0.402
(19.7)
(0.776)
(ø4.33)(ø0.170)
(20)
(0.787) (0.3)
(0.012)
2
0.079
10
0.394
2,000
78.740
1.8
0.071
2.7
0.106
2,000
78.740
ø2
ø0.079
Mounting reference surface (Screw periphery)
2
0.079 10
0.394
(30)
(1.181)
1. 8
0.071
ø
1
ø0.039
2.7
0.106
ø6.5
ø0.256
End bracket [Stainless steel(SUS303)]
M3 × 0.5
0.020
Opposing faces 5.5 0.217 thickness 1.8 0.071 [Stainless steel(SUS304)]
Toothed lock washer M3 [Stainless steel(SUS304)]
(ø2) (ø0.079) Model No. tube (PVC)
ø0.5 ø0.020 fiber core × 1 (Acrylic)
Sheath ø1 ø0.039 (Polyethylene)
ø3
ø0.118
-0.10
-0.004
-0.13
-0.005
FT-31 Free-cut
<with FX-AT4>
<with FX-AT2>
FT-40
ø2
ø0.079
ø4 ø0.157
Mounting reference surface (Screw periphery)
(ø3.2) (ø0.126) Model No. tube (PVC)
End bracket [Brass(Nickel plated)]
M2.6 × 0.45 0.018 M4 × 0.7 0.028
Opposing faces 7 0.276 thickness 2.4 0.094 [Brass(Nickel plated)]
Toothed lock washer M4 [Brass(Nickel plated)]
ø2.2
ø0.087
ø1.8
ø0.071
ø2.2
ø0.087
Resin plug(ABS)
10.2
0.402
(19.7)
(0.776)
(ø4.33)
(ø0.170)
(0.3)
(0.012)
3 0.118
12
0.472
2,000
78.740
2.4 0.094
1
0.039
(20)
(0.787)
ø8.5
ø0.335
3.5
0.138
1 0.039
3
0.118
(30)
(1.181)
ø2.2
ø0.087
2.4 0.094
12
0.472
2,000
78.740
3.5 0.138
ø8.5
ø0.335
ø4 ø0.157 -0.1 0.004
-0.13 0.005
Mounting reference surface (Screw periphery)
M2.6 × 0.45 0.018
M4 × 0.7 0.028
Opposing faces 7 0.276 thickness 2.4 0.094 [Stainless steel(SUS304)]
Toothed lock washer M4 [Stainless steel(SUS304)]
(ø3.2) (ø0.126) Model No. tube (PVC)
End bracket [Stainless steel(SUS303)]
ø1 ø0.039 fiber core × 1 (Acrylic)
Sheath ø2.2 ø0.087 (Polyethylene)
ø2
ø0.079
FT-42 Free-cut
<with FX-AT3>
34
Refer to the FX-500 series (p.64), FX-100 series (p.74) for dimensions of the ampliers.
The CAD data in the dimensions can be downloaded from our website.
DIMENSIONS (Unit: mm in)
Amplifiers
FX-500
series
FX-100
series
INDEX
Fiber
Options
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
New product
introduction
Tough
Fiber
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
Earlier models
comparison
table
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
FT-A11
4 0.157
9.5 0.374
4
0.157
19
0.748
(8)
(0.315)
4 0.157
5.2 0.205
2-R4 R0.157
ø1.3
ø0.051
2-ø3.2 ø0.126 ø6.0 ø0.236 countersinking (on both sides)
Enclosure(PC)
ø0.75 ø0.030 fiber core × 1 (PMMA)
Sheath ø1.3 ø0.051 (Polyethylene)
Beam axis
(13.5)
(0.531)
4.2
0.165
8
0.315
Lens(Norbornene resin)
Sensing face(2.2 × 11)(0.087 × 0.433)
Center of beam axis
2,000 78.74027 1.063
ø1.3
ø0.051
Beam
axis
2-ø3.2 ø0.126 ø6 ø0.236
countersinking(on both sides)
Enclosure(PC)
7.3 0.287
2-R4 R0.157
5.2
0.205
Sensing face (3.2 × 32) (0.126 × 1.260)
Lens (Norbornene resin)
ø1 ø0.039 fiber core × 1 (PMMA)
Sheath ø1.3 ø0.051 (Polyethylene)
Center of beam axis
5
0.197
FT-A32W
2,000 78.740
19 0.748
65 2.559
4 0.157
45 1.772
(19)
(0.748)
12
0.472
16
0.630
(20)
(0.787)
FT-AL05
5 0.197
Head block
(LCP)
1 0.039
Sensing part(ø0.25 fiber core ø0.010 × 16)
2.5 0.098
2.5 0.098
4.5
0.177
4.5 0.177
ø0.25 ø0.010 fiber core × 16 (PMMA)
Sheath ø2.2 ø0.087 (Polyethylene)
2-M3 × 0.5 0.020
Enclosure(PPS)
ø2.2
ø0.087
15 0.591
2,000 78.740
8
0.315
10 0.394
15
0.591
5.25 0.207
Details of
sensing part
Beam-receiving side
(Black)
Beam-emitting side
(Gray)
7.2 0.283
5.5 0.217
ø0.25 ø0.010 × 4fiber core (PMMA)
Sheath ø1 ø0.039 (Polyethylene)
ø3.1 ø0.122 Protective tube (PFA)
Enclosure
(ABS)
6 0.236
2-ø1 ø0.039
ø3.1 ø0.122
10.3 0.406 6 0.236
FT-F93
20 0.787
2,000 78.740
12
0.472
1,000
39.370
23
0.906
9 0.354
17
0.669
<with FX-AT5>
FT-A11 Free-cut
9.5
0.374
(8)(0.315)
4
0.157
2-ø3.2 ø0.126 ø6.0 ø0.236
countersinking (on both sides)
Enclosure (PC)
ø1 ø0.039 fiber core × 1 (PMMA)
Sheath ø1.3 ø0.051 (Polyethylene)
Beam axis
4 0.157
4 0.157
5.2 0.205
27 1.063
2-R4 R0.157
2,000 78.740
ø1.3 ø0.051
4.2 0.165
(13.5)
(0.531)
8
0.315
Lens (Norbornene resin)
Sensing face (2.2 × 11) (0.087 × 0.433)
Center of beam axis
19 0.748
FT-A11W
<with FX-AT5>
FT-A11W Free-cut
FT-A32
7.3 0.287
(19)
(0.748)
12
0.472
45 1.772
16
0.630
2-R4 R0.157
65 2.559
5.2 0.205
4 0.157
ø1.3
ø0.051
2,000 78.740
Beam axis
2-ø3.2 ø0.126 ø6 ø0.236
countersinking(on both sides)
Enclosure(PC)
Sensing face(3.2 × 32)(0.126 × 1.260) Lens(Norbornene resin)
19 0.748
ø0.75 ø0.030 fiber core × 1 (PMMA)
Sheath ø1.3 ø0.051 (Polyethylene)
Center of beam axis
(20)
(0.787)
5
0.197
<with FX-AT5>
FT-A32 Free-cut
<with FX-AT5>
FT-A32W Free-cut
<with FX-AT3>
FT-AL05 Free-cut
<with FX-AT4>
FT-F93 Free-cut
(2.5)(0.098)
12
0.472
20 0.787
1 0.039
3 0.118 1,000 39.370
ø2.2 ø0.087
10.2
0.402
19.7 0.776
(ø4.33)(ø0.170)
ø2 ø0.079
ø2.6 ø0.102
(30)
(1.181)
2.4 0.094
M4 × 0.7 0.028
M2.6 × 0.45 0.018
Resin plug(ABS)
End bracket
[Stainless steel
(SUS303)]
Opposing faces 7 0.276
thickness 2.4 0.094
[Stainless steel(SUS304)]
Toothed lock washer M4
[Stainless steel(SUS304)]
(ø4)(ø0.157)
Model No. tube(PVC)
Crimping part
7
0.276
ø8.5
ø0.335
3.5 0.138
ø1 ø0.039 fiber core × 1 (PMMA)
FT-45X
Protective tube
Polyolefin tube included
SUS304 spiral tube
Details of
sensing part
<with FX-AT2>
FT-45X
Dimensions are listed in the order of thru-beam type, retroreective type,
and reective type, and in alphabetic order of the model No.
Thru-beam type bers
<with FX-AT4>
Free-cut
FT-E13
Mounting reference surface (Periphery)
1,000
39.370
ø0.5 ø0.020
fiber core × 1 (PMMA)
Sheath ø1 ø0.039 (Polyethylene)
(ø2) (ø0.079) Model No. tube (PVC)
End bracket [Stainless steel (SUS303)]
Sleeve [Stainless steel (SUS304)]
ø0.125 ø0.005 fiber core × 1 (PMMA)
15
0.591
5±0.5
0.197±0.020
ø1
ø0.039
(30)
(1.181)
Details of
sensing part
ø3 ø0.118
0
-0.1
0
-0.004
ø0.25 ø0.010
0
-0.1
0
-0.004
<with FX-AT4>
Free-cut
FT-E23
Details of
sensing part
1,000
39.370
ø1
ø0.039
15
0.591
5±0.5
0.197±0.020
(30)
(1.181)
End bracket [Stainless steel (SUS303)]
(ø2) (ø0.079) Model No. tube (PVC)
ø0.5 ø0.020 × 1 fiber core (PMMA)
Sheath ø1 ø0.039 (Polyethylene)
Sleeve [Stainless steel (SUS304)]
ø0.25 ø0.010 fiber core ×1 (PMMA)
Mounting reference surface (Periphery)
ø4 ø0.016
ø3 ø0.118
0
-0.1
0
-0.004
0
-0.1
0
-0.004
Free-cut
FT-H13-FM2
<with FX-AT3>
3.5
0.138
3
0.118
2,000
78.740
12
0.472
13
0.512
ø3
ø0.118
M4 × 0.7 0.028
Screw tightening face
Opposing faces 7 0.276, thickness 2.4 0.094
Toothed lock washer ø8.5 ø0.335
ø2.2 ø0.087
(Fluorine resin)
ø1.5 ø0.059
fiber core × 1
35
Refer to the FX-500 series (p.64), FX-100 series (p.74) for dimensions of the ampliers.
The CAD data in the dimensions can be downloaded from our website.
DIMENSIONS (Unit: mm in)
Fiber
Options
New product
introduction
Tough
Fiber
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
Amplifiers
FX-500
series
FX-100
series
INDEX
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
Earlier models
comparison
table
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
Dimensions are listed in the order of thru-beam type, retroreective type,
and reective type, and in alphabetic order of the model No.
Thru-beam type bers
Note: Ordinary temperature side ber (FT-FM2) only. Note: Ordinary temperature side ber (FT-FM2) only.
M4
×
0.7 0.028
M4 × 0.7 0.028
M2.6 × 0.45 0.018
ø2.2
ø0.087
ø4 ø0.157
ø3.5 ø0.138
(ø4.0) (ø0.157)
Model No. tube (PVC)
Spring washer [Stainless steel (SUS)]
ø2.7 ø0.106 Liner + braid tube [Stainless steel (SUS304)]
6 0.236
Ordinary temperature
specifications
B
(25.8) (1.016)
Toothed lock washer
ø8.5 ø0.335
ø1 ø0.039 fiber core × 1 (Acrylic)
Outer sheath ø2.2 ø0.087 (Polyethylene)
End bracket
[Brass (nickel plated)]
Opposing faces7 0.276,
thickness 2.4 0.094
Opposing faces 7 0.276,
thickness 3.2 0.126
(Polypropylene)
Heat & cold-resistant
specifications
3 0.118
12
0.472
2.5 0.098
5.4
0.213
17
0.669
23
0
.
906
2,000 78.740
A
(100) (3.937)
9.3
0.366
Lock nut (polycarbonate)
Joint bracket
[Brass
(
nickel plated)]
20
0.787
Model No. A B
FT-H20-J20-S 200 +25
07.874 +0.984
0185 +30
07.284 +1.181
0
FT-H20-J30-S 300 +25
011.811 +0.984
0285 +30
011.221 +1.181
0
FT-H20-J50-S 500 +25
019.685 +0.984
0485 +30
019.095 +1.181
0
24 0.945
A
Beam axis
Ordinary temperature
specifications
Heat & cold-resistant
specifications
Joint bracket
[Brass (nickel plated)]
Lock nut (polycarbonate)
ø2.7 ø0.106 Liner + braid tube
[stainless steel (SUS304)]
ø3.5 ø0.138
ø4
ø0.157
ø3.8 ø0.150
(100) (3.937)
9.3
0.366
5.4
0.213
Opposing faces 7 0.276,
thickness 3.2 0.126
(Polypropylene)
(ø4.0) (ø0.157)
Model No. tube (PVC)
Spring washer [Stainless steel (SUS)]
Prism (BK7)
Set screw
tightening range
ø1 ø0.039 fiber core × 1 (Acrylic)
Outer sheath ø2.2 ø0.087 (Polyethylene)
Head [Brass (Nickel plated)]
Holder
[Brass (Nickel plated)]
M4 × 0.7 0.028
ø2.2
ø0.087
2.2 0.087
8 0.315
6 0.236
B
(25.8) (1.016)
17
0.669
2,000 78.740
20
0.787
12
0.472
24
0.945
Model No. A B
FT-H20-VJ50-S
500 +25
019.685 +0.984
0485 +30
019.095 +1.181
0
FT-H20-VJ80-S
800 +50
031.496 +1.969
0785 +55
030.906 +2.165
0
Heat-resistant side unit diagram (side view)
Ordinary temperature side ber (FT-FM2) connection diagram (front view)
Heat-resistant side unit diagram (side view)
Ordinary temperature side ber (FT-FM2) connection diagram (front view)
FT-H20-J20-S FT-H20-J30-S FT-H20-J50-S
Free-cut (Note)
<with FX-AT3>
FT-H20-VJ50-S FT-H20-VJ80-S
Free-cut (Note)
<with FX-AT3>
18.3 16.7
0.720 0.657
150
5.906
Opposing faces 7 0.276, thickness 2.4 0.094
Toothed lock washer ø8.5 ø0.335
M2.6 × 0.45 0.018
M4 × 0.7 0.028
Screw tightening face
ø1.1 ø0.043 fiber
core bundle × 1
3.5
0.138
3 0.118
20
0.787
12
0.472
Fixing plug (PA)
Ordinary temperature
specifications
Heat & cold-resistant
specifications
ø5 ø0.197 Fixing bracket [Brass (nickel plated)]
ø4 ø0.157 [Brass (Nickel plated)]
ø2.9 ø0.114 (Silicone) ø2.2
ø0.087
1,000 39.370
FT-H20-M1
19.5
0.768
150
5.906
Opposing faces 7 0.276, thickness 2.4 0.094
Toothed lock
washer ø8.5 ø0.335
M2.6 × 0.45 0.018
M4 × 0.7 0.028
Screw tightening face
ø0.8 ø0.031 fiber
core bundle × 1
3.5
0.138
3
0.118
10
0.394
Protective tube (PTFE)
Ordinary temperature
specifications
Heat & cold-resistant
specifications
ø4.33 ø0.170 (PA)
ø2.2
ø0.087
1,000 39.370
20
0.787
ø2.5
ø0.098 ø1.6
ø0.063
FT-H20W-M1
<with FX-AT2>
3 0.118
2.5 0.098
30 1.181
17
0.669
ø4
ø0.157
End bracket
[Stainless steel (SUS)]
Opposing faces 7 0.276,
thickness 3.2 0.126
[Stainless steel (SUS)]
Toothed lock washer ø7.6 ø0.299
[Stainless steel (SUS)]
1,000 39.370
ø3.6
ø0.142
30 1.181
11
0.433
4 0.157
Mounting cap nut opposing faces
8 0.315 [Stainless steel (SUS)]
Joint [Stainless steel (SUS)]
M2.6 × 0.45 0.018
M4 × 0.7 0.028
Liner+braid tube [Stainless steel (SUS)]
ø4 ø0.157
FT-H30-M1V-S
0.720
0.657
ø5 ø0.197 Fixing bracket
[Brass (Nickel plated)]
150
5.906
Opposing faces 7 0.276, thickness 2.4 0.094 [Stainless steel (SUS)]
Toothed lock washer ø8.5 ø0.335 [Stainless steel (SUS)]
ø1.2 ø0.047 fiber
core bundle × 1
17
0.669
27
1.063
Fixing plug (PA)
ø2.2
ø0.087
Ordinary temperature
specifications
Heat & cold-resistant
specifications
ø4 ø0.157 [Stainless steel (SUS)]
ø2.9 ø0.114
[Stainless steel (SUS)]
2,000 78.740
M2.6 × 0.45
0.018
M4 × 0.7
0.028
3
0.118
18.3
16.7
FT-H35-M2
Note: The FT-H30-M1V-S is a set with the FT-H30-M1V, photo-terminal
FV-BR1, and atmospheric side ber FT-J8. Refer to p.51 for
dimensions of the atmospheric side ber and photo-terminals.
18.3
16.7 0.720
0.657
ø5 ø0.197 Fixing bracket
[Brass (nickel plated)]
150
5.906
Opposing faces 7 0.276, thickness 2.4 0.094 [Stainless steel (SUS)]
Toothed lock washer ø8.5 ø0.335 [Stainless steel (SUS)]
M4 × 0.7 0.028
[Stainless steel (SUS)]
ø1.2 ø0.047 fiber
core bundle × 1
ø2.1 ø0.083 [Stainless steel (SUS)]
ø3 ø0.118 [Stainless steel (SUS)]
5
0.197
60
2.362
17
0.669
27
1.063
Fixing plug (PA)
Ordinary temperature
specifications
Heat & cold-resistant
specifications
ø4 ø0.157 [Stainless steel (SUS)]
ø2.9 ø0.114 [Stainless steel (SUS)]
ø2.2
ø0.087
2,000 78.740
FT-H35-M2S6 FT-HL80Y
1,500
59.055
(25)
(0.984)
(ø4) (ø0.157) protective tube
(Fluorine resin)
(Allowable cutting range)
ø2.2
ø0.087
ø5.5
ø0.217
2,000
78.740 500
19.685
Free-cut
<with FX-AT3>
36
Refer to the FX-500 series (p.64), FX-100 series (p.74) for dimensions of the ampliers.
The CAD data in the dimensions can be downloaded from our website.
DIMENSIONS (Unit: mm in)
Amplifiers
FX-500
series
FX-100
series
INDEX
Fiber
Options
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
New product
introduction
Tough
Fiber
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
Earlier models
comparison
table
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
(Set screw tightening range)
(ø2) (ø0.079) Model No. tube(PVC)
ø0.5 ø0.020 fiber core × 1 (PMMA)
Sheath ø1 ø0.039 (Polyethylene)
End bracket
[Stainless steel(SUS303)]
ø3.7
ø0.146
Holder(PC)
ø1 ø0.039
8
0.315
20 0.787 2,000 78.740
(30)
(1.181)
FT-KS40
ø3.5 ø0.138
<with FX-AT4>
FT-KS40 Free-cut
(ø1.5) (ø0.059) Model No. tube (PVC)
3
0.118
(ø4.33) (ø0.170)
Resin plug (PA)
ø0.25 ø0.010 fiber core × 1 (PMMA)
Sheath ø0.7 ø0.028 (Polyethylene)
End bracket [Stainless steel(SUS303)]
Set screw
tightening range
FT-S11
500 19.685
ø1 ø0.039
6
0.236
ø2.2 ø0.087
19.5 0.768
10
0.394
(30)
(1.181)
<with FX-AT2><with FX-AT3>
FT-S11
2,000 78.740
20 0.787
18 0.709
(0.5) (0.020)
ø1
ø0.039
Beam axis
End bracket
[Stainless steel
(SUS303)]
ø0.5 ø0.020 fiber core × 1 (PMMA)
Sheath ø1 ø0.039 (Polyethylene)
(ø2)(ø0.079)Model No. tube(PVC)
Prism(PC)
2 0.079
1.7
0.067
1.5
0.059
1.3
0.051
Beam axis
Mounting reference surface
ø1
ø0.039
(30)
(1.181)
FT-KV25
4-C0.15 C0.006
<with FX-AT4>
FT-KV26 Free-cut
3 0.118 ø1
ø0.039
Holder (PC)
Enclosure
(LCP)
ø0.5 ø0.020 fiber core × 1 (PMMA)
Sheath ø1 ø0.039 (Polyethylene)
ø2.5
ø0.098
(ø2)(ø0.079) Model No. tube (PVC)
ø4
ø0.157
3.7
0.146
Prism(PC)
(30)
(1.181)
25 0.984 2,000 78.740
FT-KV40W
<with FX-AT4>
FT-KV40, FT-KV40W Free-cut
(30)
(1.181)
2,000 78.740
9
0.354
4.4 0.173
9.5 0.374
1 0.039
6 0.236
(ø3.2) (ø0.126) Model No. tube (PVC)
Enclosure
[Zinc die-cast (ZDC2)]
Opposing faces 7 0.276 thickness 2.4 0.094
[Stainless steel(SUS304)]
Toothed lock washer M4[Stainless steel(SUS304)]
8 0.315
2.4 0.094
7 0.276
M4 × 0.7 0.028
7 0.276 ø2.2 ø0.087
3.2 0.126
ø8.5 ø0.335 ø1 ø0.039 fiber core × 1 (PMMA)
Sheath ø2.2 ø0.087 (Polyethylene)
FT-R41W
<with FX-AT3>
FT-R41W Free-cut
0.5 0.020
10 0.394
1 0.039
4.4 0.173
6
0.236
9
0.354
2,000 78.740
(30)
(1.181)
(ø3.2) (ø0.126) Model No. tube (PVC)
Enclosure
[Zinc die-cast (ZDC2)]
Opposing faces 7 0.276 thickness 2.4 0.094
[Stainless steel(SUS304)]
Toothed lock washer M4 [Stainless steel(SUS304)]
Lens
(PMMA)
8 0.315
2.4 0.094
7
0.276
M4 × 0.7 0.028
7 0.276
3.2 0.126
ø8.5 ø0.335 ø1 ø0.039 fiber core × 1 (PMMA)
Sheath ø2.2 ø0.087 (Polyethylene)
FT-R42W
ø2.2 ø0.087
FT-R42W Free-cut
ø1 ø0.039 fiber core × 1 (PMMA)
Sheath ø2.2 ø0.087 (Polyethylene)
Mounting reference surface
(Screw periphery)
R5 R0.197
±1 ±0.039
90°
3 0.118 1 0.039
2.4
0.094
ø2 ø0.079
ø4 ø0.157 -0.1 -0.004
-0.13 -0.005
ø2.7 ø0.106
5 0.197
M2.6 × 0.45 0.018
M4 × 0.7 0.028
End bracket [Stainless steel(SUS303)]
(
ø
3.2) (
ø
0.126) Model No. tube (PVC)
Fixing bracket [Stainless steel(SUS303)]
ø1.2 ø0.047 Stainless pipe
[Stainless steel(SUS304)]
Opposing faces 7 0.276 thickness 2.4 0.094
[Stainless steel(SUS304)]
Toothed lock washer M4 [Stainless steel(SUS304)]
±5°
7 0.276
3.2 0.126
ø2.2
ø0.087
FT-R40
ø
8.5
ø
0.335
2,000 78.740
25
0.984
20
0.787
(30)
(1.181)
12 0.472
FT-R40 Free-cut
<with FX-AT3>
3
0.118
3.2 0.126
3.3 0.130
5 0.197
5 0.197
ø1 ø0.039
3.2 0.126
3.3
0.130
Holder (PC)
ø2.5
ø0.098
6.5
0.256
4.7 0.185
4.1
0.161
R
2-R2.5 R0.098
6.5
0.256
25 0.984
(30)
(1.181)
(ø2)(ø0.079) Model No. tube(PVC)
ø0.5 ø0.020 fiber core × 1 (PMMA)
Sheath ø1 ø0.039 (Polyethylene)
Enclosure (LCP)
Mounting bracket
[Stainless steel(SUS304)]
2,000 78.740
FT-KV40W+TORITUKE
10 0.394
Prism (PC)
C1 C0.039
Assembly dimensions with MS-FD-3 (attached mounting bracket)
Dimensions are listed in the order of thru-beam type, retroreective type,
and reective type, and in alphabetic order of the model No.
Thru-beam type bers
FT-L80Y
1,500
59.055
(25)
(0.984)
(ø4) (ø0.157) protective tube
(Fluorine resin)
(Allowable cutting range)
ø2.2
ø0.087
ø5.5
ø0.217
2,000
78.740 500
19.685
Free-cut
<with FX-AT3>
37
Refer to the FX-500 series (p.64), FX-100 series (p.74) for dimensions of the ampliers.
The CAD data in the dimensions can be downloaded from our website.
DIMENSIONS (Unit: mm in)
Fiber
Options
New product
introduction
Tough
Fiber
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
Amplifiers
FX-500
series
FX-100
series
INDEX
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
Earlier models
comparison
table
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
FT-V25
FT-V24WFT-V23
FT-S32FT-S31W
<with FX-AT4>
FT-S21W Free-cut
ø1.5 ø0.059 -0.07 -0.003
-0.1 -0.004
ø1 ø0.039
Mounting reference surface
(Screw periphery)
3 0.118
2 0.079 8
0.315 2,000 78.740
(30) (1.181)
End bracket [Stainless steel(SUS303)]
(ø2) (ø0.079) Model No. tube (PVC)
(Set screw tightening range)
ø1 ø0.039
ø0.5 ø0.020 fiber core × 1 (PMMA)
Sheath ø1 ø0.039 (Polyethylene)
Free-cut
Free-cut
Free-cut
<with FX-AT3>
<with FX-AT4>
<with FX-AT4>
ø2 ø0.079
Lens (PMMA)
(ø3.2)(ø0.126) Model No. tube (PVC)
Screw tightening range
(excluding crimping part) 2 0.079
ø2.5 ø0.098
End bracket [Stainless steel(SUS303)]
ø1 ø0.039 fiber core × 1 (PMMA)
Sheath ø2.2 ø0.087 (Polyethylene)
Crimping part
ø2.2
ø0.087
2,000 78.740
8
0.315
(30)
(1.181)
FT-S32
1
0.039
ø0.55 ø0.022
View A
ø1 ø0.039
ø1
ø0.039
ø2 ø0.079
Sleeve[Stainless steel(SUS304)]
End bracket [Stainless steel(SUS303)]
ø0.5 ø0.020 fiber core × 1 (PMMA)
Sheath ø1 ø0.039 (Polyethylene)
(ø2) (ø0.079) Model No. tube (PVC)
A
Beam axis
Set screw tightening range
(30)
(1.181)
2,000 78.740
15 0.591
15 0.591
10
0.394
FT-V24W
1.8 0.071
1
0.039
ø0.55
ø0.022
View A
ø1
ø0.039
ø1 ø0.039
ø2 ø0.079
2,000 78.740
15 0.591
Sleeve
[Stainless steel(SUS304)]
ø0.5 ø0.020 fiber core × 1 (PMMA)
Sheath ø1 ø0.039 (Polyethylene)
(ø2) (ø0.079) Model No. tube (PVC)
A
End bracket [Stainless steel(SUS303)]
10
0.394
Set screw tightening range
Beam axis
15 0.591 (30)
(1.181)
FT-V25
1.8 0.071
Free-cut
<with FX-AT5>
ø0.8
ø0.031
1.1 0.043
View A
ø1
ø0.039 ø1.3 ø0.051
ø2 ø0.079
Sleeve [Stainless steel(SUS304)] (ø2.5) (ø0.098) Model No. tube (PVC)
ø0.75 ø0.030 fiber core × 1 (PMMA)
Sheath ø1.3 ø0.051 (Polyethylene)
End bracket [Stainless steel(SUS303)]
A
Set screw tightening range
Beam axis
1.8 0.071
15 0.591
20 0.787
(30)
(1.181)
2,000 78.740
10
0.394
FT-V23
Free-cut
<with FX-AT3>
ø2.2 ø0.087
FT-S31W
8
0.315
ø3 ø0.118
-0.07 -0.003
-0.1 -0.004
2 0.079
5
0.197
ø2 ø0.079
(30)(1.181)
2,000 78.740
(ø3.2) (ø0.126) Model No. tube(PVC)
ø1 ø0.039 fiber core × 1 (PMMA)
Sheath ø2.2 ø0.087 (Polyethylene)
Mounting reference surface
(Periphery)
(Set screw tightening range)
End bracket [Stainless steel(SUS303)]
1.3
0.051
ø1.1 ø0.043
View A
ø2.2 ø0.087
ø1.5
ø0.059
ø2.5
ø0.098
Sleeve [Stainless steel(SUS304)]
End bracket [Stainless steel(SUS303)]
ø1 ø0.039 fiber core × 1 (PMMA)
Sheath ø2.2 ø0.087 (Polyethylene)
(ø3.2) (ø0.126) Model No. tube(PVC)
A
2.3 0.091 Set screw tightening range
Beam axis
(30)
(1.181)
10
0.394
20 0.787
15 0.591
2,000 78.740
FT-V30
<with FX-AT3>
FT-V30 Free-cut
Dimensions are listed in the order of thru-beam type, retroreective type,
and reective type, and in alphabetic order of the model No.
Thru-beam type bers
FT-S20
<with FX-AT2>
ø1
ø0.039
End bracket [Stainless steel(SUS303)]
(ø2) (ø0.079) Model No. tube (PVC)
ø2.2
ø0.087
ø1.8
ø0.071
(ø4.33)(ø0.170)
ø1
ø0.039
ø1.5
ø0.591
Mounting reference surface (Periphery)
Resin plug (ABS)
3
0.118
10.2
0.402
(19.7)
(0.776)
(20)
(0.787)
(0.3)
(0.012)
2
0.079
2,000
78.740
8
0.315
Set screw
tightening range
FT-S21 Free-cut
<with FX-AT4>
2,000
78.740
Mounting reference surface (Periphery)
3 0.118 (Set screw tightening range)
ø1
ø0.039
2
0.079 8
0.315
(30)
(1.181)
ø1
ø0.039
(ø2) (ø0.079) Model No. tube (PVC)
ø0.5 ø0.020 Fiber core × 1 (Acrylic)
Sheath ø1.0 ø0.039 (Polyethylene)
End bracket [Stainless steel(SUS303)]
ø1.5 ø0.591 -0.07 -0.003
-0.1 -0.004
FT-S30
<with FX-AT2>
ø2.2
ø0.087
End bracket [Stainless steel(SUS303)]
(ø3.2) (ø0.126) Model No. tube (PVC)
ø2.2
ø0.087
ø1.8
ø0.071
(ø4.33)(ø0.170)
ø2
ø0.079
ø3 ø0.118
Mounting reference surface (Periphery)
Resin plug (ABS)
10.2
0.402
(19.7)
(0.776)
(20)
(0.787)
(0.3)
(0.012)
2
0.079
2,000
78.740
8
0.315
5
0.197
Set screw
tightening range
38
Refer to the FX-500 series (p.64), FX-100 series (p.74) for dimensions of the ampliers.
The CAD data in the dimensions can be downloaded from our website.
DIMENSIONS (Unit: mm in)
Amplifiers
FX-500
series
FX-100
series
INDEX
Fiber
Options
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
New product
introduction
Tough
Fiber
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
Earlier models
comparison
table
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
7.5
0.295
1.75
0.069
0.5
0.020
0.5 0.020
2.2 0.087
3.9 0.154
5.5
0.217
4.3 0.169
(30)
(1.181)
ø1.3
ø0.051
ø1.3
ø0.051
(ø2.5) (ø0.098)
12
0.472
2,000 78.740
Beam axis
2-ø2.2 ø0.087 Hole
(ø2.5) (ø0.098)
Center of beam axis
ø0.75 ø0.030 fiber core × 1 (PMMA)
Sheath ø1.3 ø0.051 (Polyethylene)
(ø2.5) (ø0.098) Model No. tube (PVC)
Enclosure (PC)
8.5
0.335
3 0.118
Reflector (PC)
2.2 0.087
3.9 0.154
7.5
0.295
1.75
0.069
0.5
0.020 0.5 0.020
5.5
0.217
12
0.472
2,000 78.740
11
0.433
4.3
0.169
Reflector (PC)
2-ø2.2 ø0.087 Hole
ø0.75 ø0.030 fiber core × 1 (PMMA)
Sheath ø1.3 ø0.051 (Polyethylene)
<Right>
<Left>
Enclosure (PC)
(ø2.5) (ø0.098) Model No. tube (PVC)
8.5
0.335
3
0.118
Beam axis
FT-Z30
11 0.433
(30) (1.181)
<with FX-AT5>
FT-Z30 Free-cut
FT-V40
ø4
ø0.157
3.7 0.146
Prism
(PC)
3 0.118
Holder (PC)
End bracket [Stainless steel(SUS303)]
(ø3.2) (ø0.126) Model No. tube (PVC)
ø0.75 ø0.030 fiber core × 1 (PMMA)
Sheath ø2.2 ø0.087 (Polyethylene)
(Set screw tightening range)
ø2.5
ø0.098
Window name plate (Polyester)
(30)
(1.181)
(8) (0.315)
2,000 78.740
25 0.984
12
0.472
ø2.2
ø0.087
<with FX-AT3>
FT-V40 Free-cut
3.5 0.138
2 0.079
1.75 0.069
2,000 78.740
(30) (1.181)
(ø2.5)
(ø0.098)
ø1.3
ø0.051
3.4
0.134
2-ø2.2 ø0.087
Hole
ø1 ø0.039 fiber core × 1 (PMMA)
Sheath ø1.3 ø0.051 (Polyethylene)
Beam axis
8 0.315
Reflector
(PMMA)
Lens (PMMA) Enclosure (PC)
(ø2.5) (ø0.098) Model No. tube (PVC)
FT-Z30EW
5.5 0.217
7.5 0.295
3 0.118
11
0.433
12
0.472
FT-Z30EW Free-cut
<with FX-AT5>
5.5
0.217
3.4
0.134
2,000 78.740
ø1.3
ø0.051
(ø2.5)
(ø0.098)
Beam
axis
2-ø2.2 ø0.087 Hole
ø0.75 ø0.030 fiber core × 1 (PMMA)
Sheath ø1.3 ø0.051 (Polyethylene)
8 0.315
Lens (PMMA)
Enclosure (PC)
(ø2.5) (ø0.098) Model No. tube (PVC)
FT-Z30H
2 0.079
3.5 0.138
7.5
0.295
1.75
0.069
3 0.118
11
0.433
12
0.472 (30) (1.181)
<with FX-AT5>
FT-Z30H Free-cut
Dimensions are listed in the order of thru-beam type, retroreective type,
and reective type, and in alphabetic order of the model No.
Thru-beam type bers
Beam axis mark
Sensing part
(ø4) (ø0.157) protective tube
(Fluorine resin)
2,000
78.740
1,500
59.055
500
19.685
(Allowable cutting range)
(25)
(0.984)
4.5
0.177
ø5.5
ø0.217
ø2.2
ø0.087
FT-V80Y Free-cut
<with FX-AT3>
FT-Z20HBW
3.5
0.138
10
0.394
ø1
ø0.039
10 0.394
Enclosure(PC)
(ø2.0) (ø0.079) Model No. tube (PVC)
2.1
0.083
1
0.039
0.6 0.024
ø0.5 ø0.020 fiber core × 1 (PMMA)
Sheath ø1 ø0.039 (Polyethylene)
Beam axis
2 0.079
1.05 0.041
ø1.5
ø0.059
4-R1 R0.039
1,000 39.370
ø2.2 ø0.087 Hole, ø3.6 ø0.142
spot facing deep 1.4 0.055
0.5
0.020
5 0.197
7
0.276
2.5
0.098
Inner pipe [Stainless
steel(SUS304)]
(30) (1.181)
<with FX-AT4>
FT-Z20HBW Free-cut
<with FX-AT5>
FT-Z30E Free-cut
3.5 0.138
2 0.079
1.75 0.069
11
0.433
12
0.472
2,000 78.740
ø1.3
ø0.051
(ø2.5)
(ø0.098)
3.4
0.134
2-ø2.2
ø0.087
Hole
ø0.75 ø0.030 fiber core × 1 (PMMA)
Sheath ø1.3 ø0.051 (Polyethylene)
Beam
axis
8 0.315
Reflector (PMMA)
Lens (PMMA) Enclosure (PC)
(ø2.5) (ø0.098) Model No. tube (PVC)
FT-Z30E
3 0.118
(30) (1.181)
5.5
0.217
7.5
0.295
FT-WZ7 Free-cut
<with FX-AT5>
ø2.4
ø0.094 Enclosure
(Polycarbonate)
Inner pipe [Stainless Steel (SUS)]
Multi-core fiber (Fiber core: Acrylic, Sheath: Polyethylene)
(20 0.787)
ø1.3 ø0.051
7
0.276
14
0.551
1.05
0.041
7
0.276
1
0.039 3.5
0.138
3.5
0.138
3.5
0.138
ø3.2 ø0.126 hole, ø5.6 ø0.220 spot facing, 2.2 0.087 deep
(ø2) (ø0.079) Model No. tube (PVC)
1.2 0.047
Beam axis
Prism
(Acrylic)
2,000 78.740
A
ø1
ø0.039
Multi-core fiber ø0.075 ø0.003 × 151
View A
FT-WZ4 Free-cut
<with FX-AT4>
Multi-core fiber ø0.0375 ø0.001 × 151
ø5 ø0.020
View A
ø1.5
ø0.059 Enclosure
(Polycarbonate)
Inner pipe [Stainless steel (SUS)]
Multi-core fiber (Fiber core: Acrylic, Sheath: Polyethylene)
(20 0.787)
ø1 ø0.039
5
0.197
10
0.394
1.05
0.041
7
0.276
0.5
0.020
2
0.079
2.5 0.098
3.5
0.138
ø2.2 ø0.087 hole, ø3.6 ø0.142 spot facing, 1.4 0.055 deep
(ø2 ø0.079) Model No. tube (PVC)
1.2 0.047
Beam axis
Prism
(Acrylic)
1,000 39.370
A
39
Refer to the FX-500 series (p.64), FX-100 series (p.74) for dimensions of the ampliers.
The CAD data in the dimensions can be downloaded from our website.
DIMENSIONS (Unit: mm in)
Fiber
Options
New product
introduction
Tough
Fiber
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
Amplifiers
FX-500
series
FX-100
series
INDEX
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
Earlier models
comparison
table
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
FT-Z30W
<with FX-AT5>
Free-cut
1.75 0.069
2.2 0.087
5.5
0.217
5.5
0.217
11
0.433
4.3
0.169
12
0.472
2,000 78.740
2,000 78.740
Beam axis
2-ø2.2 ø0.087 Hole
Center of
beam axis
ø1 ø0.039 fiber core × 1 (PMMA)
Sheath ø1.3 ø0.051 (Polyethylene)
(ø2.5) (ø0.098) Model No. tube (PVC)
(ø2.5) (ø0.098) Model No. tube (PVC)
<Left> Enclosure (PC)
8.5 0.335
Reflector(PC)
2.2 0.087
3.9 0.154
7.5
0.295
1.75 0.069
0.5 0.020 0.5 0.020
12
0.472
(30)
(1.181)
(30) (1.181)
11
0.433
4.3
0.169
Reflector(PC) 2-ø2.2 ø0.087 Hole
ø1 ø0.039 fiber core × 1 (PMMA)
Sheath ø1.3 ø0.051 (Polyethylene)
<Right>
Enclosure (PC)
8.5 0.335
Beam axis
FT-Z30W
0.5
0.020
0.5 0.020
7.5
0.295 ø1.3
ø0.051
(ø2.5)
(ø0.098)
ø1.3
ø0.051
(ø2.5) (ø0.098)
3 0.118
3 0.118
3.9 0.154
Dimensions are listed in the order of thru-beam type, retroreective type,
and reective type, and in alphabetic order of the model No.
Thru-beam type bers
Beam axis
ø2.2
ø0.087
2,000
78.740
(7.3) (0.287)
(5.8)
(0.228)
(1)
(0.039)
2-ø3.2 ø0.126
6
0.236
7 0.276
13 0.512
3
0.118
7.5
0.295
4
0.157
15
0.591
FT-Z802Y Free-cut
<with FX-AT3>
FT-Z40HBW Free-cut
3.5 0.138
3.5
0.138
14
0.551
11
0.433
2,000 78.740
ø1.3 ø0.051
(30)
(1.181)
ø3.2 ø0.126 Hole, ø5.6 ø0.220
spot facing deep 2.2 0.087
Inner pipe [Stainless steel(SUS304)]
Enclosure (PC)
(ø2.5) (ø0.098) Model No. tube (PVC)
7
0.276
ø2.4 ø0.094
1 0.039
1.05 0.041
3.5 0.138
7
0.276
2.7 0.106
0.6
0.024
1.6
0.063
ø1 ø0.039 × 1 fiber core (PMMA)
Sheath ø1.3 ø0.051 (Polyethylene)
Beam
axis
FT-Z40HBW
4-R1 R0.039
<with FX-AT5>
1.75 0.069
FT-Z30HW
2 0.079
3.5 0.138
3.4
0.134
2,000 78.740
ø1.3 ø0.051
(ø2.5)(ø0.098)
Beam
axis
2-ø2.2 ø0.087 Hole
ø1 ø0.039 fiber core × 1 (PMMA)
Sheath ø1.3 ø0.051 (Polyethylene)
8 0.315
Lens
(PMMA)
Enclosure (PC)
(ø2.5) (ø0.098) Model No. tube (PVC)
11
0.433
12
0.472
(30)
(1.181)
5.5
0.217
7.5 0.295
3 0.118
<with FX-AT5>
FT-Z30HW Free-cut
40
Refer to the FX-500 series (p.64), FX-100 series (p.74) for dimensions of the ampliers.
The CAD data in the dimensions can be downloaded from our website.
DIMENSIONS (Unit: mm in)
Amplifiers
FX-500
series
FX-100
series
INDEX
Fiber
Options
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
New product
introduction
Tough
Fiber
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
Earlier models
comparison
table
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
(3.7)
(0.146)
Beam axis
(ø2) (ø0.079) Model No. tube (PVC)
ø0.5 ø0.020 fiber core × 1 (PMMA)
Sheath ø1 ø0.039 (Polyethylene)
Enclosure (ABS)
3.7 0.146
5.2 0.205
2-ø1 ø0.039
(30)
(1.181)
2,000 78.740
21 0.827
9.5
0.374
FR-KZ50H
FR-KZ50H+MS-FD-2+RF-003
3.3
0.130 4
0.157
3.3 0.130
4 0.157
3.7 0.146
(3.7)
(0.146)
21 0.827
(30)
(1.181)
2-ø1 ø0.039
2,000 78.740
(ø2) (ø0.079) Model No. tube (PVC)
MS-FD-2 Mounting bracket
[Stainless steel(SUS304)]
2-M3 × 0.5 0.020
5 0.197
12.2
0.480
10.2
0.402
1.2 0.047
14
0.551
6
0.236
9.5
0.374
7
0.276
5.2
0.205
Enclosure(ABS)
ø0.5 ø0.020 fiber core × 1 (PMMA)
Sheath ø1 ø0.039 (Polyethylene)
Beam
axis
19
0.748
5 0.197
1.1 0.043
10.1
0.398 10.6
0.417
3.2
0.126
28
1.102
(2-R) (2-R)
10 0.394
(Effective reflector width)
10 0.394
(Effective reflector width)
1
0.039
4.3
0.169
Reflector
(Norbornene resin)
Cover[Stainless steel
(SUS304)]
<with FX-AT4>
FR-KZ50H Free-cut
<with FX-AT3>
FR-Z50HW Free-cut
1 0.039
15
0.591 2,000 78.740
4.6 0.181 9.5 0.374
5.2
0.205
2-ø2.2 ø0.087
ø1 ø0.039 fiber core × 1 (PMMA)
Sheath ø2.2 ø0.087 (Polyethylene)
Enclosure(PC)
Lens (BK7)
Beam axis
FR-Z50W
FR-Z50W+MS-FD-2
4 0.157
2-ø2.2
ø0.087
15 0.591
1 0.039
2,000 78.740
3.3 0.130
3.3 0.130
2-M3 × 0.5 0.020
ø1 ø0.039 fiber core × 1 (PMMA)
Sheath ø2.2 ø0.087 (Polyethylene)
MS-FD-2 Mounting bracket
[Stainless steel(SUS304)]
Lens (BK7)
12.2
0.480
4.6 0.181
5 0.197
6
0.236
9.5
0.374
1.2 0.047
10.2
0.402
14 0.551
7 0.276
5.2
0.205
Enclosure(PC)
4 0.157
Beam axis
3.7 0.146
(ø2) (ø0.079) Model No. tube (PVC)
Enclosure (ABS)
Prism
(PC)
Beam axis
ø0.5 ø0.020 fiber core × 1 (PMMA)
Sheath ø1 ø0.039 (Polyethylene)
2-ø1 ø0.039
2,000 78.740
(3.7)
(0.146)
(30)
(1.181)
25 0.984
9.5 0.374
FR-KZ50E
5.2 0.205
3 0.118
<with FX-AT4>
FR-KZ50E Free-cut
2-ø1 ø0.039
4
0.157
4 0.157
3.7 0.146
(3.7)
(0.146)
3.3
0.130
3.3 0.130
(30)
(1.181)
2,000 78.740
25 0.984
(ø2) (ø0.079) Model No. tube (PVC)
MS-FD-2 Mounting bracket
[Stainless steel(SUS304)]
2-M3 × 0.5 0.020
5 0.197
10.2
0.402
12.2
0.480
1.2 0.047
6
0.236
9.5
0.374
7
0.276
14 0.551
5.2
0.205
Enclosure(ABS)
ø0.5 ø0.020 fiber core × 1 (PMMA)
Sheath ø1 ø0.039 (Polyethylene)
Prism (PC)
Beam
axis
10.1
0.398
3.2
0.126
(2-R) (2-R)
10 0.394
(Effective reflector width)
10 0.394
(Effective reflector width)
1 0.039
4.3 0.169
Reflector
(Norbornene resin)
Cover[Stainless steel
(SUS304)]
5 0.197
1.1 0.043
19
0.748
28
1.102
3 0.118
10.6
0.417
7.5
0.295
1.5
0.059
4 0.157
4
0.157
4
0.157
1.9
0.075
1.5
0.059
(2-ø1) ø0.039
21.5 0.846 2,000 78.740
(30)
(1.181)
2-M1.4 × 0.3 0.012
(ø2) (ø0.079) Model No. tube (PVC)
ø0.5 ø0.020 fiber core × 1 (PMMA)
Sheath ø1 ø0.039 (Polyethylene)
Prism (PC)
Head block [Stainless steel(SUS303)]
1
0.039
0.7 0.028
2 0.079
2 0.079
2 0.079
2 0.079
2
0.079
9
0.354
9
0.354
5
0.197
1.95 0.077
11
0.433 7.5
0.295
14.7 0.579
11.2
0.441
15.8 0.622
Reflector (PMMA)
Base (ABS)
Mounting bracket [Stainless steel(SUS303)]
2-M1.4 × 0.3 0.012
Beam axis
2.2 0.087
0.7 0.028
1.45 0.057
FR-KZ22E
2-ø1
ø0.039
Beam-emitting
side (Gray)
Beam-receiving
side (Black)
5
0.197
<with FX-AT4>
FR-KZ22E Free-cut
Reector Fiber
Fiber
Fiber
Fiber
Reector RF-003 (Accessory for FR-KZ50E)
Reector RF-003 (Accessory for FR-KZ50H)
Reective tape RF-13 (Accessory for FR-Z50HW)
30 1.181
0.5 0.020
Rear surface
(pressure-sensitive adhesive)
Reflective surface (Acrylic)
30
1.181
Retroreective type bers Dimensions are listed in the order of thru-beam type, retroreective type,
and reective type, and in alphabetic order of the model No.
Assembly dimensions with MS-FD-2 (attached mounting bracket)
Assembly dimensions with MS-FD-2 (attached mounting bracket)
Assembly dimensions with MS-FD-2 (attached mounting bracket)
41
Refer to the FX-500 series (p.64), FX-100 series (p.74) for dimensions of the ampliers.
The CAD data in the dimensions can be downloaded from our website.
DIMENSIONS (Unit: mm in)
Fiber
Options
New product
introduction
Tough
Fiber
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
Amplifiers
FX-500
series
FX-100
series
INDEX
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
Earlier models
comparison
table
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
ø0.5 ø0.020 fiber core × 1 (PMMA)
Sheath ø1 ø0.039 (Polyethylene)
End bracket
[Stainless steel(SUS303)]
M3 × 0.5
0.020
Opposing faces 5.5 0.217
thickness 1.8 0.071
[Stainless steel(SUS304)]
Toothed lock washer M3 [Stainless steel(SUS304)]
(ø2) (ø0.079)
Model No. tube (PVC)
FD-31W
2-ø1 ø0.039
(30)
(1.181)
10
0.394
2,000 78.740
1.8 0.071
2 0.079
2.7
0.106
5.5
0.217
ø6.5
ø0.256
ø2
ø0.079
ø1
ø0.039
ø1.3 ø0.051
ø2.3
ø0.091
1.2
0.047
1.8
0.071
ø3 ø0.118
M3 × 0.5
0.020
End bracket
[Stainless steel(SUS303)]
(ø2) (ø0.079) Model No. tube(PVC)
Sheath ø1.3 ø0.051
(Polyethylene)
Sheath
ø
1
ø0.039
(Polyethylene)
Beam-emitting
side
Beam-receiving
side
Opposing faces 5.5 0.217 thickness 1.8 0.071
[Stainless steel(SUS304)]
Toothed lock washer M3 [Stainless steel(SUS304)]
5.5
0.217
ø6.5
ø0.256
Beam-receiving ø0.25 ø0.010 fiber core × 9 (PMMA)
Details of
sensing part
Beam-emitting ø0.5 ø0.020 fiber core × 1 (PMMA)
FD-32G
2.8 0.110
2,000 78.740
17 0.669
12 0.472
30 1.181
<with FX-AT4>
FD-31W Free-cut
5
0.197
ø1.48
ø0.058
2.4
0.094
Toothed lock washer M4 [Stainless steel(SUS304)]
Opposing faces 7 0.276 thickness 2.4 0.094 [Stainless steel(SUS304)]
End bracket [Stainless steel(SUS303)]
ø0.5 ø0.020 fiber core × 1 (PMMA)
Sheath ø1 ø0.039 (Polyethylene)
(ø2) (ø0.079) Model No. tube(PVC)
Sleeve [Stainless
steel(SUS304)]
M4 × 0.7
0.028
3.5
0.138
ø2.5
ø0.098
FD-41S
2-ø1
ø0.039
Allowable
bending
range
ø8.5
ø0.335
7 0.276
(30)
(1.181)
2,000 78.740
40 1.575
10
0.394
10
0.394
12 0.472
<with FX-AT4>
FD-41S Free-cut
2.4 0.094
2 0.079
ø3 ø0.118
(ø2.5) (ø0.098) Model No. tube(PVC)
ø1 ø0.039 fiber core × 1 (PMMA)
Sheath ø1.3 ø0.051 (Polyethylene)
Opposing faces 7 0.276 thickness 2.4 0.094
[Stainless steel(SUS304)]
Toothed lock washer M4 [Stainless steel(SUS304)]
End bracket [Stainless steel(SUS303)]
M4 × 0.7
0.028
3.5 0.138
2-ø1.3 ø0.051
7 0.276
2,000 78.740
(30)
(1.181)
12 0.472
ø8.5
ø0.335
<with FX-AT5>
FD-41W Free-cut
Beam-emitting ø0.5 ø0.020 fiber core × 1 (PMMA)
Beam-receiving ø0.25 ø0.010 fiber core × 9 (PMMA)
1.2
0.047
(2.5)
(0.098)
(2.5)
(0.098)
ø2.3 ø0.091
6
0.236
ø4.5
ø0.177 ø3.8
ø0.150
M3 × 0.5 0.020
End bracket
[Stainless steel
(SUS303)]
Toothed lock washer
M3[Stainless steel
(SUS304)]
Opposing faces 5.5 0.217
thickness 1.8 0.071
[Stainless steel(SUS304)]
Protective tube
(Polyolefin tube included SUS304 spiral tube)
Intermediate fixing bracket
[Stainless steel(SUS303)]
Sheath ø1 ø0.039
(Polyethylene)
Sheath ø1.3 ø0.051
(Polyethylene)
(ø5.1) (ø0.201)
Model No. tube(PVC)
Beam-emitting
side
Beam-receiving
side
Crimping
part
ø6.5
ø0.256
5.5
0.217
Crimping
part
12 0.472
300 11.811
700 27.559
1,000 39.370
(30)
(1.181)
FD-32GX
(Allowable cutting range)
Details of sensing part
ø1
ø0.039
ø4.5
ø0.177
ø1.3
ø0.051
18 0.709
<with FX-AT6>
FD-32GX Free-cut
<with FX-AT6>
FD-32G Free-cut
FD-41SW Free-cut
<with FX-AT4>
5
0.197
2.4
0.094
Toothed lock washer M4 [Stainless steel(SUS304)]
Opposing faces 7 0.276 thickness 2.4 0.094 [Stainless steel(SUS304)]
End bracket [Stainless steel(SUS303)]
ø0.5 ø0.020 fiber core × 1 (PMMA)
Sheath ø1 ø0.039 (Polyethylene)
(ø2) (ø0.079)
Model No. tube(PVC)
Sleeve [Stainless steel
(SUS304)]
Allowable
bending
range
M4 × 0.7 0.028
3.5
0.138
ø8.5
ø0.335
7
0.276
2-ø1
ø0.039
FD-41S4W
ø1.48
ø0.058
ø2.5 ø0.098
40 1.575
12 0.472
2,000 78.740
10
0.394 10
0.394
(30)
(1.181)
Dimensions are listed in the order of thru-beam type, retroreective type,
and reective type, and in alphabetic order of the model No.
Reective type bers
FD-30
<with FX-AT2>
FD-31 Free-cut
<with FX-AT4>
ø2
ø0.079
ø1
ø0.039
ø
3
ø0.118
Mounting reference surface (Screw periphery)
(ø2) (ø0.079) Model No. tube (PVC)
End bracket [Stainless steel(SUS303)]
M3 × 0.5
0.020
Opposing faces 5.5 0.217
thickness 1.8 0.071 [Stainless steel(SUS)]
Toothed lock washer M3
[Stainless steel(SUS)]
ø2.2
ø0.087
ø1.8
ø0.071
(ø4.33)
(ø0.170)
Resin plug(ABS)
10.2
0.402
(19.7)
(0.776)
(0.3)
(0.012)
2
0.079
10
0.394
2,000
78.740
1.8
0.071
ø6.5
ø0.256
2.7
0.106
(20)
(0.787)
2,000
78.740
2
0.079
10
0.394
ø2
ø0.079
1.8
0.071
ø1
ø0.039
Opposing faces 5.5 0.217
thickness 1.8 0.071 [Stainless steel(SUS304)]
Toothed lock washer M3 [Stainless steel(SUS304)]
(ø2) (ø0.079) Model No. tube (PVC)
ø0.5 ø0.020 Fiber core × 1 (Acrylic)
Sheath ø1 ø0.039 (Polyethylene)
M3 × 0.5 0.020
End bracket [Stainless steel(SUS303)]
2.7
0.106
ø6.5
ø0.256
(30)
(1.181)
ø3 ø0.118 -0.1 -0.004
-0.13 -0.005
Mounting reference surface (Screw periphery)
FD-40
<with FX-AT2>
ø1
ø0.039
ø2.5
ø0.098
Mounting reference surface (Screw periphery)
(ø4.33)
(ø0.170)
ø8.5
ø0.335
3.5
0.138
Resin plug(ABS)
10.2
0.402
(19.7)
(0.776)
(0.3)
(0.012)
2
0.079
12
0.472
2,000
78.740
2.4
0.094
(20)
(0.787)
(ø2) (ø0.079) Model No. tube (PVC)
End bracket [Brass(Nickel plated)]
M4 × 0.7
0.028
Opposing faces 7 0.276
thickness 2.4 0.094 [Brass(Nickel plated)]
Toothed lock washer M4 [Brass(Nickel plated)]
ø2.2
ø0.087
ø1.8
ø0.071
ø4 ø0.157
FD-41 Free-cut
<with FX-AT4>
2,000
78.740
Mounting reference surface (Screw periphery)
(30)
(1.181)
2.4
0.094
2
0.079
12
0.472
ø2.5
ø0.098
ø1
ø0.039
(ø2) (ø0.079) Model No. tube (PVC)
Toothed lock washer M4
[Stainless steel(SUS304)]
End backet [Stainless steel(SUS303)]
M4 × 0.7 0.028
Opposing faces 7 0.276
thickness 2.4 0.094 [Stainless steel(SUS304)]
ø0.5 ø0.020 Fiber core × 1 (Acrylic)
Sheath ø1 ø0.039 (Polyethylene)
3.5
0.138
ø8.5
ø0.335
ø4 ø0.157 -0.1 -0.004
-0.13 -0.005
42
Refer to the FX-500 series (p.64), FX-100 series (p.74) for dimensions of the ampliers.
The CAD data in the dimensions can be downloaded from our website.
DIMENSIONS (Unit: mm in)
Amplifiers
FX-500
series
FX-100
series
INDEX
Fiber
Options
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
New product
introduction
Tough
Fiber
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
Earlier models
comparison
table
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
FD-42GW
FD-61S
FD-42G
Beam-emitting ø1 ø0.039 fiber core × 1 (PMMA)
Beam-receiving ø0.25 ø0.010 fiber core × 16 (PMMA)
(ø3.2) (ø0.126) Model No. tube (PVC)
2-ø2.2 ø0.087
ø4.5
ø0.177
M6 × 0.75 0.030
Hexagon nut M6 [Stainless steel(SUS304)]
Toothed lock washer M6 [Stainless steel(SUS304)]
Sheath ø2.2 ø0.087
(Polyethylene)
10 0.394
ø11 ø0.433
End bracket [Stainless steel(SUS303)]
2
0.079
2
0.079
2,000 78.740
15
0.591 (30)
(1.181)
Details of
sensing part
5.5
0.217
<with FX-AT3>
FD-61G Free-cut
<with FX-AT6>
Beam-emitting ø0.5 ø0.020 fiber core × 1 (PMMA)
Beam-receiving ø0.25 ø0.010 fiber core × 9 (PMMA)
Details of
sensing part
ø2.3
ø0.091
ø8.5
ø0.335
7
0.276
M3 × 0.5
0.020
M4 × 0.7
0.028
Toothed lock washer M4
[Stainless steel(SUS304)]
ø4
ø0.157
Sheath ø1 ø0.039 (Polyethylene)
Sheath ø1.3 ø0.051 (Polyethylene)
End bracket [Stainless steel(SUS303)]
Opposing faces 7 0.276 thickness 2.4 0.094
[Stainless steel(SUS304)]
Beam-receiving
side
Beam-emitting
side
1.2
0.047
5
0.197
2.4
0.094
(ø2) (ø0.079 ) Model No. tube (PVC)
3.5
0.138
ø1.3 ø0.051
2,000 78.740
25
0.984
(30)
(1.181)
ø1
ø0.039
12 0.472
Free-cut Free-cut
<with FX-AT6>
ø2.3
ø0.091
M3 × 0.5 0.020
M4 × 0.7 0.028
ø4
ø0.157
1.2
0.047
5
0.197
2.4
0.094
ø1
ø0.039
Beam-emitting
side
Beam-receiving
side
(ø2) (ø0.079) Model No. tube (PVC)
Sheath ø1 ø0.039 (Polyethylene)
Sheath ø1.3 ø0.051 (Polyethylene)
End bracket [Stainless steel(SUS303)]
Toothed lock washer M4 [Stainless steel(SUS304)]
ø8.5
ø0.335
7
0.276
25 0.984
Opposing faces 7 0.276 thickness 2.4 0.094
[Stainless steel(SUS304)]
12 0.472
ø1.3 ø0.051
Details of
sensing part
Beam-emitting ø0.5 ø0.020 fiber core × 1 (PMMA)
Beam-receiving ø0.25 ø0.010 fiber core × 9 (PMMA)
3.5
0.138
(30)
(1.181)
2,000 78.740
FD-61W Free-cut
<with FX-AT3>
Hexagon nut M6
[Stainless steel(SUS304)]
Toothed lock washer M6
[Stainless steel(SUS304)]
(ø3.2) (ø0.126)
Model No. tube (PVC)
ø1 ø0.039 fiber core × 1 (PMMA)
Sheath ø2.2 ø0.087 (Polyethylene)
End bracket
[Stainless steel(SUS303)]
M6 × 0.75 0.030
2-ø2.2 ø0.087
15
0.591 2,000 78.740
ø4.5
ø0.177
2
0.079
2
0.079
ø11 ø0.433
10 0.394
5.5 0.217
(30) (1.181)
Toothed lock washer
M6 [Stainless steel(SUS304)]
Hexagon nut M6
[Stainless steel(SUS304)]
End bracket [Stainless steel(SUS303)]
ø1.5 ø0.059 fiber core × 1 (PMMA)
Sheath ø2.2 ø0.087 (Polyethylene)
Mounting reference
surface (Screw periphery)
ø4.5
ø0.177
M6 × 0.75 0.030
(ø3.2) (ø0.126) Model No. tube (PVC)
2
0.079
2-ø2.2 ø0.087
2
0.079
5.5 0.217
ø6 ø0.236 -0.1 -0.004
-0.13 -0.005
2,000 78.740
(30) (1.181)
10 0.394
ø11 ø0.433
15
0.591
<with FX-AT3>
FD-62 Free-cut
Free-cut
<with FX-AT3>
5 0.197
ø2.5 ø0.098
M6 × 0.75 0.030
Sleeve [Stainless steel(SUS304)]
Hexagon nut M6 [Stainless steel(SUS304)]
End bracket
[Stainless steel(SUS303)]
ø1 ø0.039 fiber core × 1 (PMMA)
Sheath ø2.2 ø0.087 (Polyethylene)
(ø3.2) (ø0.126)
Model No. tube (PVC)
Allowable
bending
range
ø11 ø0.433
10 0.394
ø3.5
ø0.138
Toothed lock washer M6 [Stainless steel(SUS304)]
2-ø2.2 ø0.087
5.5
0.217
2,000 78.740
40 1.575 15
0.591
2
0.079
10
0.394
10
0.394
(30)
(1.181)
Dimensions are listed in the order of thru-beam type, retroreective type,
and reective type, and in alphabetic order of the model No.
Reective type bers
FD-60
<with FX-AT2>
FD-61 Free-cut
<with FX-AT3>
ø4.5
ø0.177
ø2.2
ø0.087
ø2.2
ø0.087
ø1.8
ø0.071
(ø4.33)
(ø0.170)
ø11
ø0.433
5.5
0.217
Resin plug(ABS) 10.2
0.402
(19.7)
(0.776)
(0.3)
(0.012)
2
0.079
15
0.591
2,000
78.740
2
0.079 (20)
(0.787)
Mounting reference surface (Screw periphery)
(ø3.2) (ø0.126) Model No. tube (PVC)
End bracket [Brass(Nickel plated)]
M6 × 0.75
0.030
Opposing faces 10 0.394
thickness 2 0.079 [Brass(Nickel plated)]
Toothed lock washer M6 [Brass(Nickel plated)]
ø6 ø0.236
2,000
78.740
ø4.5
ø0.177
2
0.079
15
0.591 ø2.2
ø0.087
2 0.079
(ø3.2) (ø0.126) Model No. tube (PVC)
Toothed lock washer M6
[Stainless steel(SUS304)]
Opposing faces 10 0.394
thickness 2 0.079 [Stainless steel(SUS304)]
M6 × 0.75 0.030
End bracket [Stainless steel(SUS303)]
ø1 ø0.039 Fiber core × 1 (Acrylic)
Sheath ø2.2 ø0.087 (Polyethylene)
5.5
0.217
ø11
ø0.433
Mounting reference surface (Screw periphery)
(30)
(1.181)
ø6 ø0.236 -0.1 -0.004
-0.13 -0.005
43
Refer to the FX-500 series (p.64), FX-100 series (p.74) for dimensions of the ampliers.
The CAD data in the dimensions can be downloaded from our website.
DIMENSIONS (Unit: mm in)
Fiber
Options
New product
introduction
Tough
Fiber
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
Amplifiers
FX-500
series
FX-100
series
INDEX
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
Earlier models
comparison
table
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
FD-AL11
<with FX-AT3>
Sensing part ø0.25 ø0.010 fiber core × 32
(emitter / receiver alternating line)
2.5
0.098
5 0.197
5
0.197
ø0.25 ø0.010 × 16 fiber core (PMMA)
Sheath ø2.2 ø0.087 (Polyethylene)
Enclosure (PPS)
Head block
(LCP)
2-ø2.2
ø0.087
Details of
sensing part
5 0.197 2,000
78.740
2.5 0.098
20
0.787
2-M3 × 0.5 0.020
15
0.591
20
0.787
13
0.512
1 0.039
10.85 0.427
FD-E13
Free-cut
15
0.591
(3.1) (0.122)
3
0.118
6 0.236
7
0.276 11
0.433 11.6
0.457
10.7
0.421
(1) (0.039)
1,000 39.370
(ø0.9) (ø0.035) Protective tube (Polyolefin)
(ø2.5) (ø0.098) Model No. tube (PVC)
Sleeve[Stainless steel
(SUS304)]
Resin plug (ABS)
4 0.157
ø1.5 ø0.059
ø0.48 ø0.019 (ø2.5) (ø0.098)
(30)
(1.181)
4.5 0.177 5.1 0.201
ø0.9 ø0.035
(Set screw tightening range)
FD-E13
2-ø2.2 ø0.087
ø0.125 ø0.005 fiber core × 2 (PMMA)
(each beam-emitting part and beam-receiving part)
Details of
sensing part
End bracket
[Stainless steel(SUS303)]
6 0.236
10.7
0.421
(30)
(1.181)
Beam-emitting
side
Beam-receiving
side
Beam-emitting ø0.25 ø0.010 fiber core × 1 (PMMA)
(
ø
1.6)(ø0.063) Protective tube (Polyolefin)
(ø3)
(ø0.118) Resin plug (ABS)
(ø3) (ø0.118) Model No. tube (PVC)
Sleeve[Stainless steel(SUS304)]
Beam-receiving ø0.125 ø0.005 fiber core × 9 (PMMA)
End bracket
[Stainless steel(SUS303)]
5 0.197
15
0.591
1,000 39.370
(1) (0.039)
(3.4) (0.134)
ø0.63 ø0.025
ø3 ø0.118
2-ø2.2 ø0.087
4.5 0.177 5.1 0.201
Details of
sensing part
7
0.276 11
0.433 11.6
0.457
FD-E23
FD-E23
1.8
0.071
16
0.630
1.2
0.047
(3.6) (0.142)
500 19.685
6 0.236
(1) (0.039)
(ø3) (ø0.118) Model No. tube(PVC)
End bracket
[Stainless steel(SUS303)]
Opposing faces 5.5 0.217 thickness 1.8 0.071
[Stainless steel(SUS304)]
Toothed lock washer M3 [Stainless steel(SUS304)]
Beam-receiving
side
Beam-emitting
side
M3 × 0.5 0.020
(30)
(1.181)
(ø3)
(ø0.118)
2-ø2.2 ø0.087
Resin plug (ABS)
(ø
1.6) (ø0.063)Protective tube (Polyolefin)
ø6.5
ø0.256 ø2.3
ø0.091
5.5
0.217
2.8
0.110
4.5 0.177
5.1 0.201
7
0.276 11
0.433 11.6
0.457
Beam-emitting ø0.25 ø0.010 fiber core × 1 (PMMA)
Beam-receiving ø0.125 ø0.005 fiber core × 9 (PMMA)
FD-EG30
10.7
0.421
Details of sensing part
FD-EG30
Beam-emitting ø1 ø0.039 fiber core
× 1 (PMMA)
Beam-receiving ø0.25 ø0.010 fiber core
× 16 (PMMA)
3.6
0.142
9
0.354
8
0.315
2,000
78.740
2
0.079
28
1.102
2-ø3.3 ø0.130
B
Beam-receiving side
A
Beam-emitting side
Beam axis
Lens
(Norbornene resin)
Sheath ø2.2 ø0.087 (Polyethylene)
15
0.591
Enclosure (PC)
7
0.276
2-ø2.2
ø0.087
View A View B
<with FX-AT3>
FD-A16 Free-cut
FD-64X
ø0.25 ø0.010 fiber core × 9 (PMMA)
(each beam-emitting part and beam-receiving part)
2
0.079
(2.5)
(0.098)
7
0.276
2
0.079
22
0.866
15
0.591
1,000 39.370
10.7 0.421
6 0.236
11.6
0.457
(5.8) (0.228)
Toothed lock washer M6
[Stainless steel(SUS304)]
End bracket
[Stainless steel(SUS303)]
M6 × 0.75 0.030
Crimping part
(ø5.1) (ø0.201) Model No. tube (PVC)
Hexagon nut M6 [Stainless steel(SUS304)]
10
0.394
ø11 ø0.433
ø4.5
ø0.177
ø4.5
ø0.177
ø3.8
ø0.150 2-ø2.2 ø0.087
(30)
(1.181)
(ø5.1)
(ø0.201)
4.5 0.177 5.1 0.201
Protective tube
Polyolefin tube included
SUS304 spiral tube Resin plug (ABS)
11
0.433
Details of
sensing part
5.5
0.217
Dimensions are listed in the order of thru-beam type, retroreective type,
and reective type, and in alphabetic order of the model No.
Reective type bers
44
Refer to the FX-500 series (p.64), FX-100 series (p.74) for dimensions of the ampliers.
The CAD data in the dimensions can be downloaded from our website.
DIMENSIONS (Unit: mm in)
Amplifiers
FX-500
series
FX-100
series
INDEX
Fiber
Options
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
New product
introduction
Tough
Fiber
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
Earlier models
comparison
table
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
FD-F71
Assembly dimensions
15
0.591
11.5
0.453
10
0.394
30 1.181
6.2 0.244
FD-F71
SUS mounting bracket
0.3
0.012
5.5 0.217
12.2 0.480
17
0.669
10
0.394
17.7
0.697
11 0.433
ø4.2 ø0.165 thru-holes
Material: PFA
Material: Stainless steel (SUS316)
10.3 0.406
0.3 0.012
Free-cut
<with FX-AT4>
Enclosure (PFA)
10
0.394
7.8 0.307
ø0.25 ø0.010 fiber core × 4 (PMMA)
Sheath ø1 ø0.039 (Polyethylene)
(ø3.1) (ø0.122) Protective tube (PFA)
Beam-emitting side
(Gray)
Beam-receiving side
(Black)
Emission indicator 30 1.181
5,000 196.850
20
0.787
3,000 118.110
10
0.394
22 0.866
FD-F71
2-ø1
ø0.039
Welding part
Material: PVC
11.5
0.453
10
0.394
25
0.984
30 1.181
FD-F71
PVC mounting bracket
10 0.394
4 0.157
12
0.472
11
0.433
5.7
0.224
15.5
0.610
10
0.394
10.5 0.413
Assembly dimensions
FD-FA93 Free-cut
<with FX-AT15A>
mounting holes (for tying band)
3 0.118
2.5
0.098
2.5
0.098
0.9 0.035
5.2 0.205
3 0.118
ø0.25 ø0.010 fiber core × 9 (PMMA)
Sheath ø1.3 ø0.051 (Polyethylene)
Enclosure (ABS)
6.5
0.256
Sensing part
(emitter / receiver
alternating line)
(ø0.25 ø0.010 fiber core × 18)
17
0.669
28.3
1.114
2-ø1.3
ø0.051
22.2
0.874
17.1
0.673
20.3
0.799
(9.4)
(0.370)
7.8 0.307
2,000
78.740
5.2 0.205
8.75
0.344
FD-FA93
Details of sensing part
16
0.630
1.8
0.071
1.3 0.051
(1) (0.039)
500 19.685
(3.1) (0.122)
(ø2.5) (ø0.098) Model No. tube (PVC)
End bracket [Stainless steel(SUS303)]
Opposing faces 5.5 0.217 thickness 1.8 0.071
[Stainless steel(SUS304)]
Toothed lock washer M3[Stainless steel(SUS304)]
Beam-emitting
side
Beam-receiving
side
M3 × 0.5 0.020
5.5
0.217
ø6.5 ø0.256
ø2.3 ø0.091
4.5 0.177
(30)
(1.181)
5.1 0.201
Resin plug (ABS)
(ø
1.2)(ø0.047) Protective tube (Polyolefin)
2.8 0.110
(ø2.5)
(ø0.098)
2-ø2.2 ø0.087
FD-EG31
6 0.236
7
0.276 11
0.433 11.6
0.457
10.7
0.421
Beam-emitting ø0.125 ø0.005 fiber core × 1 (PMMA)
Beam-receiving ø0.125 ø0.005 fiber core × 6 (PMMA)
Details of sensing part
FD-EG31FD-EG30S
Details of sensing part
Resin plug (ABS)
(ø1.6) (ø0.063) Protective tube (Polyolefin)
Sleeve
[Stainless steel(SUS304)]
1.8
0.071
15
0.591
15
0.591
1,000 39.370
(1) (0.039)
(3.6) (0.142)
Beam-emitting
side
(ø3) (ø0.118) Model No. tube(PVC)
Toothed lock washer M3 [Stainless steel(SUS304)]
Opposing faces 5.5 0.217 thickness 1.8 0.071
[Stainless steel(SUS304)]
End bracket [Stainless steel(SUS303)]
M3 × 0.5 0.020
ø6.5
ø0.256
5.5
0.217
2.7 0.106
Beam-receiving
side
ø0.8 ø0.031
(ø3)
(ø0.118)
(30)
(1.181)
4.5 0.177 5.1 0.201
2-ø2.2 ø0.087
Beam-emitting ø0.25 ø0.010 fiber core × 1 (PMMA)
Beam-receiving ø0.125 ø0.005 fiber core × 9 (PMMA)
6 0.236
7
0.276 11
0.433 11.6
0.457
10.7
0.421
Dimensions are listed in the order of thru-beam type, retroreective type,
and reective type, and in alphabetic order of the model No.
Reective type bers
2,000
78.740
10
0.394
20
0.787
13
0.512
4
0.157
14
0.551
14
0.551
13.5
0.531
25
0.984
8
0.315 5
0.197
6 0.236
(20)
(0.787)
ø1 ø0.039 × 2
(ø3) (ø0.118)
Model No. tube (PVC)
2-ø3.2 ø0.126 mounting holes
FD-F4 FD-F41 Free-cut
<with FX-AT4>
1,000
39.370
1,000
39.370
(Allowable cutting range)
(Bending prohibited range)
ø2.2 ø0.087
× 2
(ø6) (ø0.236) protective tube (Fluorine resin)
(26) (1.024)
16
0.630
8
0.315
FD-F41Y Free-cut
<with FX-AT4>
FD-F8Y Free-cut
<with FX-AT3>
(ø1.15)
(ø0.045)
(1.0)
(0.039)
(4.44)
(0.175)
(0.8)
(0.031)
(ø4) (ø0.157) Protective tube
[PFA(fluorine resin)]
ø1 ø0.039 × 2
Primary sheath: Polyethylene
Secondary sheath
:
[PFA(fluorine resin)]
Bending prohibited range
Range where cutting is not possible
Crimping part
500
19.685
(50)
(1.969)
2,000
78.740
Protective tube
(17)
(0.669)
(10)
(0.039)
Fiber
SUS mounting bracket
PVC mounting bracket
45
Refer to the FX-500 series (p.64), FX-100 series (p.74) for dimensions of the ampliers.
The CAD data in the dimensions can be downloaded from our website.
DIMENSIONS (Unit: mm in)
Fiber
Options
New product
introduction
Tough
Fiber
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
Amplifiers
FX-500
series
FX-100
series
INDEX
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
Earlier models
comparison
table
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
Dimensions are listed in the order of thru-beam type, retroreective type,
and reective type, and in alphabetic order of the model No.
Reective type bers
FD-H13-FM2 Free-cut
<with FX-AT3>
FD-H18-L31 Free-cut
<with FX-AT3>
2,000
78.740
2.7
0.106
6.5
0.256
20
0.787
19
0.748
7
0.276
8
0.315
4
0.157
10.75
0.423
5
0.197
ø4.6
ø0.181
End bracket (Brass)
2-M3 × 0.5 0.020
Head [Stainless steel (SUS)]
Holder [Stainless steel (SUS)]
ø2.2 ø0.087 × 2
(Fluorine resin)
Emitter / Receiver fiber
ø1.5 ø0.059 × 1
View A
A
A
P
D
Fixing bracket
[Brass (Nickel plated)]
Fixing plug (PA)
Toothed lock washer ø11 ø0.433
Heat & cold-resistant
specifications
Ordinary temperature
specifications
Joint [Brass (Nickel plated)]
Opposing faces 10 0.394,
thickness 2 0.079
M6 × 0.75
0.030
Beam-receiving part:
inside diameter ø1.1 ø0.043
outside diameter ø1.6 ø0.063
fiber core bundle × 1
Beam-emitting part:
ø1.1 ø0.043
fiber
core bundle × 1
Screw
tightening face
5.5
0.217
ø3.5
ø0.138
5
0.197
15
0.591
28
1.102
ø6
ø0.236
ø5
ø0.197
ø2.2 ø0.087
ø9 ø0.354
1,000
39.370
150
5.906
25
0.984
16.7
0.657
18.3
0.720
60 ± 5
2.362 ± 0.197
ø4.2 ø0.165 (Silicone)
ø2.9 ø0.114 (Silicone)
Beam-
receiving
side
Beam-
emitting
side
End bracket
[Brass (Nickel plated)]
FD-H20-M1
Details of
sensing part
ø1.5 ø0.059
fiber core × 2
Screw tightening
face
5.5
0.217
ø5
ø0.197
M6 × 0.75 0.030 Toothed lock washer ø11 ø0.433
Opposing faces 10 0.394, thickness 2 0.079
ø2.2 ø0.087 × 2
(Fluorine resin)
5
0.197 2,000
78.740
15
0.591
16
0.630
Details of
sensing part
Toothed lock washer ø8.5 ø0.335
[Stainless steel (SUS)]
ø3 ø0.118
3.5
0.138
Beam-receiving part:
ø50 µm ø1.969 mil × 440
Beam-emitting part:
ø50 µm ø1.969 mil × 440
Opposing faces 7 0.276, thickness 2.4 0.094 [Stainless steel (SUS)]
Liner + braid tube
[Stainless steel (SUS)]
M4 × 0.7
0.028
ø4
ø0.157
ø5 ø0.197
5
0.197
5
0.197
ø5 ø0.197
ø2.9 ø0.114
ø2.2
ø0.087
Beam-
receiving
side
Beam-
emitting
side
Emitter mark
ø10
ø0.394
ø3.1
ø0.122
18.3
0.720
16.7
0.657
35
1.378
60
2.362
30
1.181
1,000
39.370
20
0.787
27
1.063
Joint
FD-H20-21
Details of
sensing part
FD-H25-L43
<with FX-AT2>
FD-H25-L45
<with FX-AT2>
Enclosure (Heat-resistant resin)
A
A
4.5
0.177
21
0.827
21.7
0.854
33.2
1.307
3,000
118.110
5
0.197
2 0.079
6.5
0.256
19.5
0.768
10
0.394
(24.2)
(0.953)
(150)
(5.906)
ø2.9
ø0.114
ø5
ø0.197
(ø4.33) (ø0.170)
ø2.2 ø0.087 × 2
ø1.2 ø0.047 (Beam-receiving fiber
ø1.5 ø0.059) fiber core × 1
Beam-
emitting side
Beam-
receiving side
Beam axis
2-mounting holes for M3 countersunk head screw
Heat-resistant
specifications
Ordinary
temperature
specifications
Fiber holder (Heat-resistant resin)
Prism(BK7)
Slit mask
[Stainless steel(SUS)]
Tube [Stainless steel(SUS)
]
Fixing bracket
[Brass(Nickel plated)]
Resin plug(PA)
ø3.8 ø0.150
View A
4.5
0.177
5
0.197
2
0.079
21
0.827
10
0.394
Beam axis
23
0.906
19.5
0.768
Ordinary
temperature
specifications
Heat-resistant
specifications
6.5
0.256
34.5
1.358
3,000
118.110
Tube [Stainless steel(SUS)]
2-mounting holes for M3 countersunk head screw
Fiber holder (Heat-resistant resin)
Enclosure (Heat-resistant resin)
Fixing bracket
[Brass(Nickel plated)]
Resin plug(PA)
(24.2)
(0.953)
ø5
ø0.197
Prism(BK7)
Slit mask
[Stainless steel(SUS)]
ø2.9
ø0.114 (150)
(5.906)
Beam-
emitting side
Beam-
receiving side
ø1.2 ø0.047 (Beam-receiving fiber
ø1.5 ø0.059) fiber core × 1
View A
A
A
(ø4.33) (ø0.170)
ø2.2 ø0.087 × 2
ø3.8 ø0.150
46
Refer to the FX-500 series (p.64), FX-100 series (p.74) for dimensions of the ampliers.
The CAD data in the dimensions can be downloaded from our website.
DIMENSIONS (Unit: mm in)
Amplifiers
FX-500
series
FX-100
series
INDEX
Fiber
Options
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
New product
introduction
Tough
Fiber
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
Earlier models
comparison
table
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
Dimensions are listed in the order of thru-beam type, retroreective type,
and reective type, and in alphabetic order of the model No.
Reective type bers
Assembly dimensions with MS-FD-2 (attached mounting bracket)
ø3.6
ø0.142
Glass lens (BK7)
9.5
0.374
4.6 0.181
2-ø1 ø0.039 vent holes
15
0.591
1,000 39.370
21.7
0.854
30 1.181
11
0.433
4
0.157
Mounting cap nut opposing faces
8 0.315 [Stainless steel (SUS)]
Joint [Stainless steel (SUS)]
Liner + braid tube
[Stainless steel (SUS)]
End bracket
[Stainless steel (SUS)]
Enclosure [Stainless steel (SUS)]
5.2
0.205
ø4
ø0.157
ø4 ø0.157
ø2.7 ø0.106
( )
9.5
0.374
15
0.591 ø4 ø0.157
Mounting bracket (MS-FD-2)
[Stainless steel (SUS)]
5.2
0.205
4.6
0.181
3.3 0.130
3.3 0.130
10.2
0.402
12.2
0.480
4
0.157
4 0.157
t 1.2 t 0.047
6 0.236
7 0.276
14
0.551
2-M3 × 0.5 0.020
FD-H30-KZ1V-S
Note: The FD-H30-KZ1V-S is a set with the FD-H30-KZ1V, photo-terminal
FV-BR1, and atmospheric side ber FT-J8. Refer to p.51 for
dimensions of the atmospheric side ber and photo-terminals.
20
0.787
16.7
0.657 16.7
0.657 18.3
0.720
2,000
78.740
7
0.276
6.5
0.256
5
0.197
4
0.157
8
0.315
19
0.748
10.75
0.423
ø4.6
ø0.181
ø2.9
ø0.114
ø2.2 ø0.087
ø5
ø0.197
ø4
ø0.157
2-M3 × 0.5 0.020
Head [Stainless steel (SUS)]
End bracket [Stainless steel (SUS)]
Tube [Stainless steel (SUS)]
Holder [Stainless steel (SUS)]
Fixing bracket
[Brass (Nickel plated)]
Fixing plug (PA)
A
A
Emitter / Receiver fiber
ø1.2 ø0.047 fiber core × 1
View A
FD-H30-L32
ø3.6
ø0.142
Rod prism (BK7)
Holder [Stainless steel (SUS)]
Liner + braid tube
[Stainless steel (SUS)]
Joint [Stainless steel (SUS)]
Enclosure [Stainless steel (SUS)]
4 0.157
7
0.276
19
0.748
8
0.315
(1.2 0.047)
10.75
0.423
20
0.787
6.5
0.256
3,000 118.110 30 1.181
11
0.433
4 0.157
Mounting cap nut opposing faces
8 0.315 [Stainless steel (SUS)]
End bracket
[Stainless steel (SUS)]
2-M3 × 0.5 0.020
5
0.197
ø4.6
ø0.181
ø4
ø0.157
ø4 ø0.157
ø2.7 ø0.106
16.7
0.657
()
3.4
0.134
()
FD-H30-L32V-S
Note: The FD-H30-L32V-S is a set with the FD-H30-L32V, photo-terminal
FV-BR1, and atmospheric side ber FT-J8. Refer to p.51 for
dimensions of the atmospheric side ber and photo-terminals.
Joint [Brass
(Nickel plated)]
Fixing bracket
[Brass (Nickel plated)]
60 ± 5
2.362 ± 0.197
18.3
0.720
16.7
0.657
Toothed lock washer
ø11 ø0.433 [Stainless steel (SUS)]
Heat & cold-resistant
specifications
Ordinary temperature
specifications
Opposing faces 10 0.394,
thickness 2 0.079 [Stainless steel (SUS)]
M6 × 0.75 0.030 [Stainless steel (SUS)]
ø1.8 ø0.071 fiber
core bundle × 1
emitting and
receiving
ø5 ø0.197
[Stainless steel (SUS)]
5
0.197
5
0.197
17
0.669
22
0.866
ø4 ø0.157
[Stainless steel (SUS)]
ø2.8 ø0.110
[Stainless steel (SUS)]
ø5 ø0.197
ø10 ø0.394
ø2.2
ø0.087
ø5
ø0.197
2,000
78.740
150
5.906
30
1.181
60
2.362
ø3.8 ø0.150
[Stainless steel (SUS)]
ø3 ø0.118
(Silicone)
Fixing plug (PA)
FD-H35-M2S6
Details of
sensing part
FD-H35-20S
Toothed lock washer ø8.5 ø0.335 [Stainless steel (SUS)]
ø2.1 ø0.083 [Stain-
less steel (SUS)]
ø3 ø0.118
Beam-receiving part:
ø50 µm ø1.969 mil × 380
Beam-emitting part:
ø50 µm ø1.969 mil × 380
Opposing faces 7 0.276, thickness 2.4 0.094 [Stainless steel (SUS)]
Liner + braid tube [Stainless steel (SUS)]
M4 × 0.7 0.028
ø4
ø0.157
ø5 ø0.197
5
0.197
10
0.394
10
0.394
5
0.197 ø5 ø0.197
ø2.9 ø0.114
ø2.2
ø0.087
Resin plug (PA)
Joint
ø10 ø0.394
ø3.1
ø0.122
18.3
0.720
16.7
0.657
35
1.378
60
2.362
30
1.181
1,000
39.370
20
0.787
27
1.063
90
3.543
Allowable
bending range
D
P
Fixing bracket
[Brass (Nickel plated)]
Fixing plug (PA)
Toothed lock washer ø11 ø0.433 [Stainless steel (SUS)]
Heat & cold-resistant
specifications
Ordinary temperature
specifications
Opposing faces 10 0.394, thickness 2 0.079 [Stainless steel (SUS)]
M6 × 0.75 0.030
[Stainless steel (SUS)]
Beam-receiving part:
inside diameter ø1.8 ø0.071
outside diameter ø2.2 ø0.087
fiber core bundle × 1
Beam-emitting part:
ø1.3 ø0.051
fiber
core bundle × 1
ø5 ø0.197
[Stainless
steel (SUS)]
3
0.118
5
0.197
17
0.669
22
0.866
ø4 ø0.157
[Stainless steel (SUS)]
ø5 ø0.197
ø10
ø0.394
ø2.2 ø0.087
ø5 ø0.197
2,000
78.740
150
5.906
30
1.181
16.7
0.657
18.3
0.720
60 ± 5
2.362 ± 0.197
ø3.8 ø0.150
[Stainless steel (SUS)]
ø3 ø0.118
(Silicone)
Beam-
receiving
side
Beam-
emitting
side
FD-H35-M2
Details of
sensing part
Details of
sensing part
FD-HF40Y Free-cut
<with FX-AT4>
(ø4) (ø0.157) Protective tube
[PFA(fluorine resin)]
ø1 ø0.039 × 2
(Polyethylene)
(ø1.15)
(ø0.045)
500
19.685
2,000
78.740
Range where cutting is not possible
(50)
(1.969)
Protective tube
Bending prohibited range
(17)
(0.669)
Crimping part
(10)
(0.394)
(1.0)
(0.039)
(4.44)
(0.175)
(0.8)
(0.031)
47
Refer to the FX-500 series (p.64), FX-100 series (p.74) for dimensions of the ampliers.
The CAD data in the dimensions can be downloaded from our website.
DIMENSIONS (Unit: mm in)
Fiber
Options
New product
introduction
Tough
Fiber
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
Amplifiers
FX-500
series
FX-100
series
INDEX
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
Earlier models
comparison
table
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
FD-L21W
FD-L12W
FD-L22A
FD-L30A
<with FX-AT4><with FX-AT4>
6.5
0.256
7
0.276
FD-L21
16
0.630
24
0.945
3 0.118
21 0.827 2,000 78.740
Beam axis
2-mounting holes for M3
countersunk head screw
Enclosure (ABS)
ø0.5 ø0.020 fiber core × 1 (PMMA)
Sheath ø1 ø0.039 (Polyethylene)
Front film (Polyester)
4 0.157
2-
ø
1 ø0.039
(19) (0.748)
(2) (0.079)
FD-L21 Free-cut
FD-L23
2.5
0.098
6.5
0.256
18 0.709
(16.3) (0.642)
(4.8) (0.189)
29 1.142
ø0.25 ø0.010 fiber core × 9 (PMMA)
Sheath ø1.3 ø0.051 (Polyethylene)
2-mounting holes for M3
countersunk head screw
Enclosure (PC)
Beam-emitting
side (Gray)
Beam-receiving
side (Black)
18
0.709
(1.8) (0.071)
3.8 0.150 Beam axis
3,000 118.110
2-ø1.3 ø0.051
FD-L23 Free-cut
FD-L10
(7) (0.276)
(1.15) (0.045)
4.5 0.177
2.5
0.098
3.5 0.138
7 0.276
2 0.079
ø1.3 ø0.051
0.8 0.031
2-mounting holes for M3 countersunk head screw
Lens (PMMA)
Slit mask [Stainless steel
(SUS304-CSP-H)]
Enclosure (PC)
ø
0.75 ø0.030 fiber core × 1 (PMMA)
Sheath
ø
1.3 ø0.051 (Polyethylene)
ø0.5 ø0.020 fiber core × 1 (PMMA)
Sheath ø1 ø0.039 (Polyethylene)
Beam-receiving side
Beam-emitting side
3 0.118
ø1 ø0.039
12
0.472
19 0.748
2,000 78.740
FD-L10
<with FX-AT6>
<with FX-AT4>
2-ø3
ø0.118
2.5 0.098
ø0.5 ø0.020 fiber core × 1 (PMMA)
Sheath ø1 ø0.039 (Polyethylene)
Lens (PMMA)
Enclosure (ABS)
13 0.512
14 0.551
6 0.236
2,000 78.740
18
0.709
FD-L20H
2-
ø
1 ø0.039
FD-L20H
<with FX-AT4>
FD-L22A
6.5
0.256
(15.3)
(0.602)
(4.88) (0.192)
2.5 0.098
29 1.142
18 0.709
10 0.394
2 0.079
12
0.472
2,000 78.740
Beam-emitting
side (Gray)
Beam-receiving
side (Black)
Enclosure (ABS)
ø0.25 ø0.010 fiber core × 9 (PMMA)
Sheath ø1.3 ø0.051 (Polyethylene)
17
0.669
(1.8) (0.071)
3.8 0.150 Beam axis
2-
ø
1.3 ø0.051
2-mounting holes for M3
countersunk head screw
Free-cut
<with FX-AT5> <with FX-AT5>
FD-L21W
6.5
0.256
7
0.276
(19) (0.748)
3 0.118
Beam axis
Enclosure (ABS)
0.5 ø0.020 × 1 fiber øcore (Acrylic)
Sheath ø1 ø0.039 (Polyethylene)
(2) (0.079)
2-
ø
1 ø0.039
Front film (Polyester)
2-mounting holes for M3
countersunk head screw
2,000 78.740
16
0.630
24
0.945
21 0.827
4 0.157
Free-cut
FD-L30A
2.5 0.098
(17.3) (0.681)
(5.3) (0.209)
29 1.142
18 0.709
6.5
0.256
3,000 118.110
Beam-emitting
side (Gray)
Beam-receiving
side (Black)
20
0.787
(1.95) (0.077)
3.8 0.150
2-mounting holes for M3
countersunk head screw
Beam axis
Enclosure (ABS)
ø0.25 ø0.010 fiber core × 9 (PMMA)
Sheath ø1.3 ø0.051 (Polyethylene)
2-ø1.3 ø0.051
Free-cut
<with FX-AT5> <with FX-AT3>
FD-L11
FD-L11
ø0.5 ø0.020 × 1 fiber core (Acrylic)
Sheath ø1 ø0.039 (Polyethylene)
2-mounting holes for M3 countersunk head screw
0.6
0.024
(7) (0.276)
ø1 ø0.039
2.9
0.114
8
0.315
19
0.748 2,000 78.740
3.5
0.138
Beam-receiving side
Beam-emitting side
ø0.75 ø0.030 fiber core × 1 (PMMA)
Sheath ø1.3 ø0.051 (Polyethylene)
Lens (PMMA)
(1.15) (0.045)
3 0.118
Enclosure (PC)
Beam
axis
7 0.276
2 0.079
12
0.472
ø1.3 ø0.051
Free-cut
<with FX-AT6>
FD-L12W
2.5 0.098
(5) (0.197)
(30)
(1.181)
0.5 0.020
1.5 0.059
7.2
0.283
Prism
(PC)
Enclosure
(PC)
Mounting holes for M2 countersunk head screw
(ø2) (ø0.079) Model No. tube (PVC)
1.5 0.059
0.5
0.020
7 0.276
2 0.079
ø1.6 ø0.063
2-
ø
1 ø0.039
Beam axis
ø0.5 ø0.020 fiber core × 1 (PMMA)
Sheath ø1 ø0.039 (Polyethylene)
1,000 39.370
Free-cut
FD-L31A
ø0.25 ø0.010 fiber core × 16 (
PMMA
)
Sheath ø2.2 ø0.087 (Polyethylene)
2-mounting holes for M3
countersunk head screw
Enclosure (ABS)
Beam axis
(2.1) (0.083)
(19.4) (0.764)
29 1.142
4.5 0.177
3,000 118.110
6.5
0.256
18 0.709
ø1 ø0.039 fiber core × 1 (PMMA)
Sheath ø2.2 ø0.087 (Polyethylene)
Beam-receiving
side
Beam-emitting
side
23.5
0.925
2-ø2.2 ø0.087
(2.3) (0.091)
3
0.118
FD-L31A Free-cut
Dimensions are listed in the order of thru-beam type, retroreective type,
and reective type, and in alphabetic order of the model No.
Reective type bers
Free-cut
Free-cut
48
Refer to the FX-500 series (p.64), FX-100 series (p.74) for dimensions of the ampliers.
The CAD data in the dimensions can be downloaded from our website.
DIMENSIONS (Unit: mm in)
Amplifiers
FX-500
series
FX-100
series
INDEX
Fiber
Options
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
New product
introduction
Tough
Fiber
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
Earlier models
comparison
table
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
2
0.079
8
0.315
4 0.157
1,000 39.370
(1) (0.039)
(3.1) (0.122)
Resin plug (ABS)
(ø2.5) (ø0.098) Model No. tube (PVC)
Sheath
ø1 ø0.039
(Polyethylene)
(ø2.5)
(ø0.098)
2-ø2.2 ø0.087
(30)
(1.181)
(Set screw tightening range)
ø0.25 ø0.010 fiber core × 2 (PMMA)
(each beam-emitting part and beam-receiving part)
FD-S21
ø1
ø0.039
ø1
ø0.039
ø1.5 ø0.059
7
0.276
11.6
0.457
11
0.433
4.5 0.177
5.1 0.201
Details of
sensing part
End bracket
[Stainless steel (SUS303)]
6
0.236
10.7
0.421
FD-S21
FD-S32W Free-cut
<with FX-AT5>
(ø2.5) (ø0.098) Model No. tube (PVC)
ø1 ø0.039 fiber core × 1 (PMMA)
Sheath ø1.3 ø0.051 (Polyethylene)
2.7
0.106
FD-S32W
2-ø1.3 ø0.051
End bracket
[Stainless steel
(SUS303)]
(30) (1.181)
7
0.276
2,000 78.740
15 0.591
ø3 ø0.118
FD-S33GW Free-cut
<with FX-AT6>
ø3 ø0.118
End bracket
[Stainless steel
(SUS303)]
7
0.276
ø1.3 ø0.051
ø1 ø0.039
(ø2) (ø0.079) Model No. tube (PVC)
Sheath ø1.3 ø0.051 (Polyethylene)
Sheath ø1 ø0.039 (Polyethylene)
Beam-receiving
side
Beam-emitting
side
2.7
0.106
2,000 78.740
15 0.591
(30) (1.181)
FD-S33GW
Details of
sensing part
Beam-emitting ø0.5 ø0.020 fiber core × 1 (PMMA)
Beam-receiving ø0.25 ø0.010 fiber core × 9 (PMMA)
FD-S32 Free-cut
<with FX-AT5>
ø3 ø0.118
(ø2.5) (ø0.098) Model No. tube (PVC)
End bracket
[Stainless steel
(SUS303)]
7
0.276
(30)
(1.181)
FD-S32
2-ø1.3 ø0.051
15 0.591
2.7
0.106
2,000 78.740
ø1 ø0.039 fiber core × 1 (PMMA)
Sheath ø1.3 ø0.051 (Polyethylene)
FD-R60
ø6 ø0.236 -0.1 -0.004
-0.13 -0.005
13
0.512
5 0.197
ø5
ø0.197
2 0.079
End bracket [Stainless steel(SUS303)]
ø1.2 ø0.047 Stainless steel pipe
[Stainless steel(SUS304)]
Fixing bracket
[Stainless steel(SUS303)]
ø1 ø0.039 fiber core × 1 (PMMA)
Sheath ø2.2 ø0.087 (Polyethylene)
Hexagon nut M6
[Stainless steel
(SUS304)]
Mounting reference
surface
(Screw periphery)
2
0.079
ø4.5
ø0.177
M6 × 0.75 0.030
25 0.984 2,000 78.740
20 0.787
(30)
(1.181)
2-ø2.2 ø0.087
10 0.394
ø11 ø0.433
5 0.197
R5±1
R0.197±0.039
ø1.2
ø0.047
(ø3.2) (ø0.126) Model No. tube (PVC)
90°±5
Toothed lock
washer M6
[Stainless steel
(SUS304)]
FD-R60 Free-cut
FD-L32H
(16.7)
(0.657)
6.5 0.256
4.5 0.177
30 1.181 4,000 157.480
Enclosure (ABS)
25
0.984
Lens (Norbornene resin)
2-ø3.2 ø0.126 mounting holes ø5.7 ø0.224
spot facing deep 2.6 0.102
ø1.5 ø0.059 fiber core × 1 (PMMA)
Sheath ø2.2 ø0.087 (Polyethylene)
3-ø3.2 ø0.126 (0.5 0.020 deep, on both sides)
7.3
0.287
7.5
0.295
15 0.591
15
0.591
(8) (0.315)
2-ø2.2 ø0.087
FD-L32H
<with FX-AT3> <with FX-AT3>
Dimensions are listed in the order of thru-beam type, retroreective type,
and reective type, and in alphabetic order of the model No.
Reective type bers
FD-S30
<with FX-AT2>
ø1
ø0.039
ø2
ø0.079
(ø4.33) (ø0.170)
Resin plug(ABS)
10.2 0.402
(19.7) (0.776)
(0.3) (0.012)
2
0.079
8
0.315
2,000
78.740
(20)
(0.787)
ø
3
ø0.118
Mounting reference surface
(Periphery)
End bracket [Stainless steel (SUS303)]
(ø2) (ø0.079) Model No. tube (PVC)
ø2.2
ø0.087
ø1.8
ø0.071
4
0.157
Set screw
tightening range
FD-S31 Free-cut
<with FX-AT4>
Mounting reference surface (Periphery)
4 0.157 (Set screw tightening range)
2
0.079
8
0.315
2,000
78.740
ø2
ø0.079
ø1
ø0.039
(ø2) (ø0.079) Model No. tube (PVC)
ø0.5 ø0.020 Fiber core × 1 (Acryic)
Sheath ø1 ø0.039 (Polyethylene)
End bracket [Stainless steel (SUS303)]
(30)
(1.181)
ø3 ø0.118 -0.07 -0.003
-0.1 -0.004
Free-cut
49
Refer to the FX-500 series (p.64), FX-100 series (p.74) for dimensions of the ampliers.
The CAD data in the dimensions can be downloaded from our website.
DIMENSIONS (Unit: mm in)
Fiber
Options
New product
introduction
Tough
Fiber
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
Amplifiers
FX-500
series
FX-100
series
INDEX
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
Earlier models
comparison
table
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
<with FX-AT5>
FD-Z40HBW
3.5 0.138
6.5 0.256
3.5
0.138
11 0.433
14
0.551
(30)
(1.181)
2-ø1.3
ø0.051
2,000 78.740
ø3.2 ø0.126 hole, ø5.6 ø0.220
spot facing, 2.2 0.087 deep
Inner pipe
[Stainless steel(SUS304)]
Enclosure (PC)
(ø2.5) (ø0.098) Model
No. tube (PVC)
7
0.276
1.05 0.041
2.2 0.087
3.5 0.138
1
0.039
ø2.4
ø0.094
2.7
0.106
7
0.276
1.6 0.063
0.9
0.035
Beam axis
ø1 ø0.039 fiber core × 1 (PMMA)
Sheath ø1.3 ø0.051 (Polyethylene)
4-R1 R0.039
(2.2)
(0.087)
FD-Z40HBW Free-cut
FD-V30 Free-cut
<with FX-AT4>
2-ø1 ø0.039
ø3 ø0.118
ø1.5
ø0.059
Sleeve [Stainless
steel(SUS303)]
ø0.5 ø0.020 fiber core × 1 (PMMA)
Sheath ø1 ø0.039 (Polyethylene)
(ø2) (ø0.079) Model No. tube (PVC)
A
Set screw tightening range
Beam
axis
2.8 0.110 10
0.394
(30) (1.181)
2,000 78.740
15 0.59115 0.591
View A
2 0.079
1.3 0.051
Shielding plate (Polyester)
2.5 0.098
End bracket
[Stainless steel
(SUS303)]
FD-V50 Free-cut
<with FX-AT3>
End bracket
[Stainless steel
(SUS303)]
Sleeve [Stainless
steel(SUS304)]
ø0.75 ø0.030 fiber core × 1 (PMMA)
Sheath ø2.2 ø0.087 (Polyethylene)
(ø3.2) (ø0.126) Model No. tube (PVC)
A
Set screw tightening range
Beam
axis
View A
(30) (1.181)
2-ø2.2 ø0.087
ø2 ø0.079 ø5 ø0.197
15 0.591
2,000 78.740
1.7 0.067
10
0.394
4.5 0.177
FD-V50
Shielding plate
(Polyester)
3 0.118
2.3 0.091
20 0.787
FD-V30W Free-cut
<with FX-AT4>
2.8 0.110
Sleeve [Stainless
steel(SUS304)]
End bracket
[Stainless steel
(SUS303)] ø0.5 ø0.020 fiber core × 1 (PMMA)
Sheath ø1 ø0.039 (Polyethylene)
(ø2) (ø0.079) Model No. tube (PVC)
A
Set screw tightening range
Beam
axis
(30) (1.181)
ø3 ø0.118
ø1.5
ø0.059
2-ø1 ø0.039
15 0.591
2,000 78.740
10
0.394
1.3 0.051
2 0.079
2.5 0.098
15 0.591
View A
Shielding plate (Polyester)
FD-V30W
FD-Z20HBW Free-cut
<with FX-AT4>
3.5 0.138
2.5 0.098
(2.2) (0.087)
ø2.2 ø0.087 hole, ø3.6 ø0.142
spot facing, 1.4 0.055 deep
Enclosure (PC)
(ø2) (ø0.079) Model No. tube (PVC)
2.2
0.087
ø1.5
ø0.059
0.5 0.020
1.05 0.041
2
0.079
1 0.039
0.6 0.024
2.1 0.083
Beam axis
Inner pipe
[Stainless steel(SUS304)]
ø0.5 ø0.020 fiber core × 1 (PMMA)
Sheath ø1 ø0.039 (Polyethylene)
FD-Z20HBW
4-R1 R0.039
5 0.197
4 0.157
10 0.394
10
0.394
1,000 39.370
(30)
(1.181)
7
0.276
2-ø1
ø0.039
<with FX-AT3>
FD-Z50HW Free-cut
1 0.039 2,000 78.740
4.6 0.181 9.5 0.374
5.2 0.205
2-ø2.2
ø0.087
ø1 ø0.039 fiber core × 1 (PMMA)
Sheath ø2.2 ø0.087 (Polyethylene)
Enclosure (PC)
Lens (BK7)
Beam axis
FR-Z50W
15
0.591
FR-Z50W+MS-FD-2
4 0.157
2-ø2.2
ø0.087
15
0.591 1 0.039 2,000 78.740
3.3 0.130
3.3 0.130
2-M3 × 0.5 0.020
ø1 ø0.039 fiber core × 1 (PMMA)
Sheath ø2.2 ø0.087 (Polyethylene)
MS-FD-2 Mounting bracket
[Stainless steel(SUS304)]
Lens (BK7)
12.2 0.480
4.6 0.181
5 0.197
6
0.236
9.5
0.374
1.2 0.047
10.2
0.402
7 0.276
14 0.551
5.2 0.205
Enclosure (PC)
4 0.157
Beam axis
Assembly dimensions with MS-FD-2 (attached mounting bracket)
Dimensions are listed in the order of thru-beam type, retroreective type,
and reective type, and in alphabetic order of the model No.
Reective type bers
(ø3.2) (ø0.118) Model No. tube (PVC)
Inner pipe [Stainless steel (SUS)]
Prism
(Acrylic)
14
0.551
2,000 78.740
ø2.4
ø0.094
(20) (0.787)
2.2 0.087
3.5
0.138 3.5
0.138
3.5 0.138
ø3.2 ø0.126 hole, ø5.6 ø0.220
spot facing, 2.2 0.087 deep
1.2 0.047
Multi-core fiber
(Fiber core: acrylic, Sheath: polyethylene)
ø1.3 ø 0.051 × 2
Enclosure
(Polycarbonate)
7
0.276
7
0.276
Beam
axis
6.5
0.256
1.05
0.041
1
0.039
A
A
ø1
ø0.039
Multi-core fiber
ø0.075 ø0.003 × 151
View A
FD-WZ7 Free-cut
<with FX-AT5>
(ø3) (ø0.118) Model No. tube (PVC)
1.05
0.041
Beam
axis
Prism
(Acrylic)
1,000 39.370
ø1.5
ø0.059
Inner pipe [Stainless steel (SUS)]
(20) (0.787)
4 0.157
2.5
0.098
2.2
0.087
1.2
0.047
7
0.276
2
0.079
3.5
0.138
ø2.2 ø0.087 hole, ø3.6 ø0.142
spot facing, 1.4 0.055 deep
Multi-core fiber
(Fiber core: Acrylic, Sheath: Polyethylene)
ø1 ø 0.039 × 2
Enclosure
(Polycarbonate)
5
0.197
0.5
0.020
10
0.394
A
A
Multi-core fiber
ø0.0375 ø0.001 × 151
ø0.5 ø0.020
View A
FD-WZ4 Free-cut
<with FX-AT4>
50
Refer to the FX-500 series (p.64), FX-100 series (p.74) for dimensions of the ampliers.
The CAD data in the dimensions can be downloaded from our website.
DIMENSIONS (Unit: mm in)
Amplifiers
FX-500
series
FX-100
series
INDEX
Fiber
Options
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
New product
introduction
Tough
Fiber
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
Earlier models
comparison
table
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
Vacuum-resistant Atmospheric side ber
Joint [Brass (C3604) (Nickel plated)]
Photo-terminal side Amplifier side
ø4
ø0.157
4 0.157
10
0.394
11
0.433
2,000 78.740
Mounting cap nut opposing faces 8 0.315
[Stainless steel (SUS)]
ø2.2
ø0.087
ø3.6
ø0.142
FT-J8 Free-cut
(Accessory for vacuum-resistant ber) <with FX-AT3>
FB-1
Fiber bender (Optional)
8.6
0.341
20
0.787
40
1.575
52
2.047
Protective tube (Optional)
FTP-□ FDP-□
M4 × 0.7 0.028 internal thread, 5 0.197 deep
ø6 ø0.236 [Brass (Nickel plated)]
ø4.5 ø0.177 spiral tube
[Stainless steel (SUS)]
15
0.591
15
0.591
ø15
ø0.591
L
3
0.118
M8 × 1 0.039 thread
[Brass (Nickel plated)]
FV-BR1
Photo-terminal (for vacuum-resistant) (with vacuum-resistant ber)
36
1.417
+1
0
+0.039
0
2
0.079
6
0.236
5
0.197
14
0.551
ø5.5 to ø6.0
ø0.217 to ø0.236
Hole
Spring washer ø10 ø0.394
O-ring
Opposing faces 8 0.315, thickness 3 0.118
Chamber wall or flange
M5 × 0.8 0.031 thread
[Stainless steel (SUS)]
M5 × 0.8 0.031 thread
Mounting hole
FV-LE1
Vacuum-resistant expansion lens (Optional)
9.2
0.362
3.7
0.146
3.7
0.146
4
0.157
6
0.236
ø4
ø0.157
ø3.6 ø0.142 lens
ø1 ø0.039 vent hole M2.6 × 0.45 0.018 internal
thread, 3 0.118 deep
FV-SV2
Vacuum-resistant side-view lens (Optional)
Enclosure
[Stainless steel (SUS)] Heat resistant adhesive
Lens (BK7) 4.5
0.177
6.6
0.260
4.7
0.185
10.5
0.413
ø1 ø0.039 vent hole
9.5 0.374
7.3 0.287 2-ø3.1 ø0.122
2.8 0.110
5.5
0.217
M2.6 × 0.45 0.018,
3.2 0.126 deep
3.6
0.142
3.6
0.142
FTP-□, FDP-N□
M3 × 0.5 0.020 internal thread, 5 0.197 deep
ø5 ø0.197 [Brass (Nickel plated)]
ø3.8 ø0.150 spiral tube
[Stainless steel (SUS)]
15
0.591
15
0.591
ø11
ø0.433
L
2
0.079
M6 × 0.75 0.030 thread
[Stainless steel (SUS)]
FTP-N□
15
0.591
15
0.591
ø18
ø0.709
L
3
0.118
M10 × 1 0.039 thread
[Brass (Nickel plated)]
ø8 ø0.315 [Brass (Nickel plated)]
ø7 ø0.276 spiral tube
[Stainless steel (SUS)]
M6 × 0.75 0.030 internal thread, 5 0.197 deep
FDP-□
Model No. Length L
FTP-500, FTP-N500, FDP-N500, FDP-500 500
+10
0
19.685
+0.394
0
FTP-1000, FTP-N1000, FDP-N1000, FDP-1000 1,000
+10
0
39.370
+0.394
0
FTP-1500, FTP-N1500, FDP-N1500, FDP-1500 1,500
+10
0
59.055
+0.394
0
• Length L
Material: PP (Containing steel blade)
Material: Enclosure ....... Aluminum alloy
(A6061-T6)
Lens...............BK-7
51
Refer to the FX-500 series (p.64), FX-100 series (p.74) for dimensions of the ampliers.
The CAD data in the dimensions can be downloaded from our website.
DIMENSIONS (Unit: mm in)
Fiber
Options
New product
introduction
Tough
Fiber
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
Amplifiers
FX-500
series
FX-100
series
INDEX
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
Earlier models
comparison
table
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
Attachment for xed-length ber (Accessory for xed-length ber)
FX-AT2
14
0.551
13
0.512
7
0.276
7
0.276
8
0.315
6
0.236
Material: POM
FX-AT3
Attachment for ø2.2 mm ø0.087 in ber
2-ø2.3
ø0.091
7
0.276
9.1
0.358 8.2
0.323
16
0.630
11.2
0.441
7.5
0.295 4
0.157
5
0.197
FX-AT5
Attachment for ø1.3 mm ø0.051 in ber
20.5
0.807
15
0.591
7
0.276
1.7
0.067
6.5
0.256
3
0.118
4
0.157
3.5
0.138 ø2.2
ø0.087
ø2.2
ø0.087
5 0.197
5 0.197
ø1.4
ø0.055
ø1.4
ø0.055
2
0.079
FX-AT4
Attachment for ø1 mm ø0.039 in ber
20.5
0.807 6.5
0.256
3
0.118
4
0.157
3.5
0.138 ø2.2
ø0.087
ø2.2
ø0.087
5 0.197
5 0.197
15
0.591
7
0.276
1.7
0.067
2
0.079
ø1.1
ø0.043
ø1.1
ø0.043
FX-AT6
Attachment for ø1 mm ø0.039 in / ø1.3 mm ø0.051 in mixed ber
20.5
0.807
15
0.591
7
0.276
1.7
0.067
6.5
0.256
3
0.118
4
0.157
3.5
0.138 ø2.2
ø0.087
ø2.2
ø0.087
5 0.197
5 0.197
ø1.1
ø0.043
ø1.4
ø0.055
2
0.079
Material:
Holder ....PA (Nylon 66)
Ground...POM
Material: Polycarbonate
Material: Holder .............PA (Nylon 66)
Ground ............POM
(Accessory for ø1.3 mm ø0.051 in ber)
(Accessory for ø1 mm ø0.039 in / ø1.3 mm ø0.051 in mixed ber)
Material: Holder .............PA (Nylon 66)
Ground ............POM
(Accessory for ø1 mm ø0.039 in ber)
(Accessory for ø2.2 mm ø0.087 in ber)
FX-CT2
Fiber cutter (Accessory for free-cut type ber)
45
1.772
14.6
0.575
25
0.984
8
0.315
FX-LE1
Expansion lens (Optional)
ø4
ø0.157
ø4.3
ø0.169
9.2
0.362
Lens
Knurled surface
M2.6 × 0.45 0.018 internal
thread, 3 0.118 deep
FX-LE2
Super-expansion lens (Optional)
22.2
0.874
17
0.669
6
0.236
5
0.197
8
0.315
ø7
ø0.276
ø12
ø0.472
ø10.2
ø0.402
ø9
ø0.354
M4 × 0.7 0.028 internal
thread, 6 0.236 deep
FX-MR1
Pinpoint spot lens (Optional)
ø4
ø0.157
ø6
ø0.236
M4 × 0.7 0.028 internal
thread, 6 0.236 deep
ℓ = 36 to 37
1.417 to 1.457
Lens
Lens Effective dia.:
ø3.3 ø0.130
20.2
0.795
11
0.433
Mounting drawing
with FD-G4
Note:
In order to obtain a ø0.5 mm
ø0.02 in spot, it is necessary to keep
“ ℓ ”, in the above gure, within the
specied range.
FX-MR2
Zoom lens (Optional)
M4 × 0.7 0.028 internal
thread, 6 0.236 deep
20
0.787
27.1
1.067 7
0.276
4.5
0.177
ø8
ø0.315
ø7.1
ø0.280
Material: Enclosure ........... Brass
(Nickel plated)
Lens ................... Glass
Material: Enclosure ........... Stainless steel (SUS303)
Lens ................... Glass
Material: Enclosure ........... Aluminum (Black ALMITE)
Lens ................... Glass
Material: Enclosure ........... Aluminum (Black ALMITE)
Lens ................... Glass
Material: ABS
52
Refer to the FX-500 series (p.64), FX-100 series (p.74) for dimensions of the ampliers.
The CAD data in the dimensions can be downloaded from our website.
DIMENSIONS (Unit: mm in)
Amplifiers
FX-500
series
FX-100
series
INDEX
Fiber
Options
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
New product
introduction
Tough
Fiber
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
Earlier models
comparison
table
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
FX-MR3
Finest spot lens (Optional)
M3 × 0.5 0.020
internal thread
4.5 0.177
ℓ = 27.5 1.083
ø4 ø0.157
5
0.197 4
0.157
15
0.591
Knurled
Mounting drawing with FD-EG30
Note: When inserting the ber, insert fully till it stops.
FX-MR5
Zoom lens (Optional)
FX-MR6
Finest spot lens (Optional)
ø5 ø0.197
ø4
ø0.157
5
0.197
16
0.630
ℓ = 28.5 1.122
Mounting drawing with FD-EG31
Lens Flat knurl M3 × 0.5 0.020
Material: Enclosure ........... Aluminum (Black ALMITE)
Lens ................... Glass
Material: Enclosure ........... PBT (Black)
Lens ................... Glass
NT-FX-MR5 (exclusive nut) is attached.
Note: When inserting the ber, insert fully till it stops.
Material: Enclosure ........... Aluminum (Black ALMITE)
Lens ................... Acrylic
MS-EX3
Mounting bracket for FX-MR2 (Accessory for FX-MR2)
16
0.630
23
0.906
10
0.394
8.5
0.335
0.8
0.031
0.5
0.020
8.7 0.343
4
0.157
2-ø3.5 ø0.138 mounting holes Anti-slip rubber sheet (8 × 9.5 × 1)
(0.315 × 0.374 × 0.039)
MS-FD-2
Fiber mounting bracket
9.8
0.386
4.9
0.193
14
0.551
5
0.197
6
0.236
4
0.157
7
0.276
3.3
0.130
12.2
0.480
10.2
0.402
4
0.157
3.3
0.130
t1.2
2-M3 × 0.5 0.020
FX-SV1
Side-view lens (Optional)
M2.6 × 0.45 0.018 internal
thread, 3 0.118 deep
ø4
ø0.157
8
0.315 2.5
0.098
Rod prism
Knurled surface
Accessory for FD-Z50HW, FR-KZ50E/KZ50H/Z50HW, FD-H30-KZ1V-S
Material: Enclosure ........... Brass (Nickel plated)
Lens ................... Glass
Material: Brass (Nickel plated)
Material: Stainless steel (SUS304)
10.1
0.398
10.6
0.417
5
0.197
1.1
0.043
10 0.394
(Effective reflector width)
10 0.394
(Effective reflector width)
3.2
0.126 4.3
0.169
1 0.039
Cover
[Stainless steel (SUS304)]
Reflector
(Norbornene resin)
19
0.748
19
0.748
28
1.102
RF-003 Reector for FR-KZ50E/KZ50H
Accessory for FR-KZ50E/KZ50HAccessory for FT-KV40/FT-KV40W
3.3
0.130 20.3
0.799
ø5 ø0.197
lens
3.15
0.124
7
0.276
10.3
0.406
2.5
0.098
8 0.315
3 0.118
6.3
0.248
2-M3 × 0.5 0.020
thru-hole threads
M4 × 0.7 0.028
internal
thread, 11 0.433 deep
MS-FD-3
10
0.394
5
0.197
3-R0.5 R0.020
5 0.197
R2.5 R0.098
3.9 0.154
6.9
0.272
3.5 0.138
6.9
0.272
0.4
0.016
3.3 0.1303.3 0.130 3.2
0.126
3.2 0.126
C1 C0.039
R1.6
R0.063
(88°)
(90°)
(88°)
(90°)
(11)
(0.433)
Material: Stainless steel (SUS304)
Fiber mounting bracket
53
Refer to the FX-500 series (p.64), FX-100 series (p.74) for dimensions of the ampliers.
The CAD data in the dimensions can be downloaded from our website.
DIMENSIONS (Unit: mm in)
Fiber
Options
New product
introduction
Tough
Fiber
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
Amplifiers
FX-500
series
FX-100
series
INDEX
Fiber
Selection
Guide
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by model
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by shape/
application
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Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
RF-210
Reector (Optional)
10
0.394
25
0.984
3.2
0.126
33.3
1.311
12.8
0.504
11
0.433
Reflector
Base
M3 nut mounting holes
(for mounting at the back)
2-ø3.4 ø0.134 thru-holes
(for mounting at the side)
(for mounting at the back)
2-ø3.4 ø0.134 holes,
6 0.236 deep
(for mounting at the side)
2-M3 nut mounting holes
Material: Acrylic (Reector)
ABS (Base)
Two M3 (length 8 mm 0.315 in) screws with washers and two nuts are attached.
RF-230
Reector (Optional)
8.3
0.327
3.3
0.130
2-ø4.6 ø0.181
mounting holes
50.3
1.980
49.3
1.941
59.3
2.335
(30)
(1.181)
40
1.575
5 0.197
10
0.394
RF-220
Reector (Optional)
2-ø3.6 ø0.142
mounting holes
35.3
1.390
42.3
1.665
34.3
1.350
8 0.315
25
0.984
4 0.157
(21)
(0.827)
8.3
0.327
3.3
0.130
Material: Acrylic (Reector)
ABS (Base)
Material: Acrylic (Reector)
ABS (Base)
54
Refer to the FX-500 series (p.64), FX-100 series (p.74) for dimensions of the ampliers.
The CAD data in the dimensions can be downloaded from our website.
DIMENSIONS (Unit: mm in)
Amplifiers
FX-500
series
FX-100
series
INDEX
Fiber
Options
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
New product
introduction
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Fiber
Fiber
Selection
Guide
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by model
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by shape/
application
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Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
55
Note: When using FD-NFM2.
Max.
5.7
times! (Note)
longer than the previous model
FD-41
FD-NFM2
FX-500
HYPR mode
Previous
FX-301 (LONG mode)
Super quality fiber FX-500 series
Previous amplifier
L
MODE
D
L
MODE
D
L
MODE
D
L
MODE
D
1/4
[from previous]
incident light
intensity variation
Incident light
intensities are
stable.
Requires setting
different
threshold values
for each sensor.
Large variation in
incident
light intensity.
Can control by
using just one
threshold value.
Unify the threshold value
Variation in the threshold value
Threshold
value Incident light
intensity
Threshold
value Incident light
intensity
Incident light intensity
Incident light intensity
At the industry’s leading edge
High stability! Decrease the variation among ber sensors
When the FX-500 series is used together with our super quality ber, the incident light intensity variation among units
is decreased to only 1/4 of that of conventional models.
By being close to absolute values instead of modied digital values, changes in detection that could not be found in
the past can now be monitored.
Max. 25 μs response time H
Hyper
YPR mode incorporated
FX-500 in combination with small diameter bers which
can handle challenging detections, allows super long
sensing range.
Performing minute object detection when using a small
diameter ber is now possible with a high response time
and longer sensing range.
7RXJK
Conforming to
EMC Directive Listing
Certified
56
Digital Fiber Sensor
FX-500 SERIES
Amplifiers
FX-500
series
FX-100
series
Fiber
Selection
Guide
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by model
Choose
by shape/
application
Viewing
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Fiber
Dimensions
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Type
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Type
Reective
Type
Others
INDEX
Fiber
Options
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narroe
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
New product
introduction
Tough
Fiber
Earlier models
comparison
table
FX-500 with its
accurate detection
catches fractional
difference in
light intensity, fullling
high precision and low-
hysteresis applications.
A different accuracy! Sharp detection with suppressed hysteresis
Incident light intensity to a comprehensible value
(Display adjustment setting)
The display can be corrected to show any value using
the display adjustment settings. It is effective in using
multiple units with the same condition.
Remote control improves work
efciency by external input
Various types of functions, such as teaching and data
load/save, can be performed by PLC external signal,
using external input*.
* The FX-502 (P) switches Output 2 for an external input.
FX-502(P)
FX-505(P)-C2
• Highly accurate detection while
avoiding saturation
H-01 mode
FT-A11
Reflector
Retroreflective
type fiber
• Long range detection of small objects with small
difference in light intensity
H-02 mode
Built-in logic functions No PLC necessary saving material and programming costs
Logical calculation functions Equipped with 5 types timers
Three logical calculations (AND,
OR, XOR), are selectable using
Output 1 of multiple FX-500
series ampliers. A PLC is not
required which helps to reduce
material and programming and
costs.
Time chart For L-ON
Sensing
condition
Beam-
received
Beam-
interrupted
ON
OFF
ON
OFF
ON
OFF
ON
OFF
ON
OFF
T2
T2
T1T1
T1
T1
T1
T1
T1
ON-delay
OFF-delay
ONE-SHOT
ON-delay •
OFF-delay
ON-delay •
ONE-SHOT
Timer period: 0.05 ms to 32 s
Output 1 has ON-delay • OFF-delay and ON-delay • ONE-SHOT timers.
Calculation result output
External input
(sensor, contact, PLC, etc.)
Calculation result output
Normal output operation
Normal operation
Calculation result
output
Lower side Output 1
Upper side Output 1
Output 1
Output 1
Output 2
Communication direction (Up to 12 units)
Calculation of two outputs in one amplifier
Calculation of two neighboring amplifiers
Calculation of one amplifier and external input
FX-502(P) / 505(P)-C2
FX-502(P) / 505(P)-C2
Synchronization ber
Detection ber
Smooth setup changes by 8 data banks
Setup conditions can be saved and loaded to make
setup changes easy at worksite that manufactures
multiple models.
An optical communication function allows
sensors to be adjusted simultaneously
The optical communication function allows the data that
is currently set to be copied and saved all at once for all
ampliers connected together from the right side.
Single copy & save operation
for all amplifiers
Optical communication
window
No need to specify a main unit or sub unit
Just use a main cable or a sub cable to distinguish the
two. This reduces the costs of inventory management.
Display
adjustment
setting
Unify incident light intensity into any value
Current incident light intensity
57
Amplifiers
FX-500
series
FX-100
series
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
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Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
Fiber
Options
New product
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Fiber
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narroe
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
INDEX
Earlier models
comparison
table
ORDER GUIDE
Ampliers Quick-connection cable is not supplied with FX-501(P) and FX-502(P). Please order it separately.
Type
Appearance Model No. Emitting
element Output External input
Standard
type
FX-501
Red LED
NPN open-collector transistor
–
FX-501P PNP open-collector transistor
2-output type
FX-502 NPN open-collector transistor 2 outputs
Incorporated
(Switchable with Output 2)
FX-502P PNP open-collector transistor 2 outputs
Cable type
FX-505-C2 NPN open-collector transistor 2 outputs,
analog output
Incorporated
FX-505P-C2 PNP open-collector transistor 2 outputs,
analog output
Quick-connection cables
For FX-501(P)Quick-connection cable is not supplied with the amplier. Please order it separately.
Type Model No. Description
Main cable
(3-core)
CN-73-C1
Length: 1 m 3.281 ft
0.15 mm2 3-core cabtyre cable, with connector
on one end
Cable outer diameter: ø3.0 mm ø0.118 in
CN-73-C2
Length: 2 m 6.562 ft
CN-73-C5
Length: 5 m 16.404 ft
Sub cable
(1-core)
CN-71-C1
Length: 1 m 3.281 ft
0.15 mm2 1-core cabtyre cable, with connector
on one end
Cable outer diameter: ø3.0 mm ø0.118 in
Connectable to a main cable up to 15 cables.
CN-71-C2
Length: 2 m 6.562 ft
CN-71-C5
Length: 5 m 16.404 ft
Main cable
• CN-73-C□
Sub cable
• CN-71-C□
For FX-502(P)Quick-connection cable is not supplied with the amplier. Please order it separately.
Type Model No. Description
Main cable
(4-core)
CN-74-C1
Length: 1 m 3.281 ft
0.15 mm2 4-core cabtyre cable, with connector
on one end
Cable outer diameter: ø3.0 mm ø0.118 in
CN-74-C2
Length: 2 m 6.562 ft
CN-74-C5
Length: 5 m 16.404 ft
Sub cable
(2-core)
CN-72-C1
Length: 1 m 3.281 ft
0.15 mm2 2-core cabtyre cable, with connector
on one end
Cable outer diameter: ø3.0 mm ø0.118 in
Connectable to a main cable up to 15 cables.
CN-72-C2
Length: 2 m 6.562 ft
CN-72-C5
Length: 5 m 16.404 ft
Main cable
• CN-74-C□
Sub cable
• CN-72-C□
Appearance Model No. Description
MS-DIN-E
When cascading multiple ampliers, or when it
moves depending on the way it is installed on a
DIN rail, these end plates clamp ampliers into
place on both sides. Make sure to use end plates
when cascading multiple ampliers together.
Two pcs. per set
End plates End plates are not supplied with the amplier. Please order them separately when the ampliers are mounted in cascade.
58
Amplifiers
FX-500
series
FX-100
series
Fiber
Selection
Guide
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by model
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by shape/
application
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Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
INDEX
Fiber
Options
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narroe
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
New product
introduction
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Fiber
Earlier models
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OPTIONS
Amplier mounting bracket
• MS-DIN-2
Communication
window seal
Connector seal
Accessory
• FX-MB1 (Amplier protection seal)
10 sets of 2 communication window
seals and 1 connector seal
Designation Model No. Description
Amplier
mounting bracket
MS-DIN-2 Mounting bracket for amplier
59
Amplifiers
FX-500
series
FX-100
series
Fiber
Selection
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Type
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Type
Reective
Type
Others
Fiber
Options
New product
introduction
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Fiber
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narroe
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
INDEX
Earlier models
comparison
table
SPECIFICATIONS
Type Standard type 2-output type Cable type (Analog output type)
Model No.
NPN output FX-501 FX-502 FX-505-C2
Item PNP output FX-501P FX-502P FX-505P-C2
Supply voltage 12 to 24 V DC+10
-
15 % Ripple P-P 10 % or less
Power consumption
Normal operation: 960 mW or less (current consumption 40 mA or less at 24 V supply voltage, excluding analog output of cable type)
ECO mode: 680 mW or less (current consumption 28 mA or less at 24 V supply voltage, excluding analog output of cable type)
Output
(2-output type and cable type:
Output 1, Output 2)
<NPN output type>
NPN open-collector transistor
• Maximum sink current: 100 mA
(2-output type and cable type are 50 mA) (Note 2)
• Applied voltage: 30 V DC or less (between output and 0 V)
• Residual voltage: 2 V or less (Note 3) (at maximum sink current)
<PNP output type>
PNP open-collector transistor
• Maximum source current: 100 mA
(2-output type and cable type are 50 mA) (Note 2)
• Applied voltage: 30 V DC or less (between output and +V)
• Residual voltage: 2 V or less (Note 3) (at maximum source current)
Output points 1 point 2 points
Output operation
Switchable either Light-ON or Dark-ON by L/D mode
Short-circuit protection
Incorporated
Response time
H-SP: 25 μs or less, FAST: 60 μs or less, STD: 250 μs or less, LONG: 2 ms or less, U-LG: 4 ms or less, HYPR: 24 ms or less, selectable
Analog output (Cable type only)
Output current: 4 to 20 mA approx. [H-SP, FAST STD: At 0 to 4,000 digits, LONG: At 0 to 8,000 digits (Note 4)], Response time: 2 ms or
less, Zero point: Within 4 mA ±1 % F.S., Span: Within 16 mA ±5 % F.S., Linearity: Within ±3 % F.S., Load resistance: 0 to 250 Ω
External input
(2-output type only, switchable
with Output 2)
–
Possible external input function
–
Emission halt / Teaching (Full-auto, Limit, 2-point) / Logic operation setting / Copy
lock / Display adjustment / Data bank load / Data bank save, selectable
Sensitivity setting 2-point teaching / Limit teaching / Full-auto teaching / Manual adjustment
Incident light intensity display range
H-SP / FAST / STD: 0 to 4,000, LONG: 0 to 8,000, U-LG / HYPR: 0 to 9,999
Timer function
Incorporated with variable OFF-delay /
ON-delay /ONE SHOT / ON-delay •
OFF-delay / ON-delay • ONE SHOT
timer, switchable either effective or
ineffective
<Output 1>
Incorporated with variable OFF-delay / ON-delay /ONE SHOT / ON-delay •
OFF-delay / ON-delay • ONE SHOT timer, switchable either effective or ineffective
<Output 2>
Incorporated with variable OFF-delay / ON-delay /ONE SHOT timer, switchable
either effective or ineffective
Timer period
Timer range “ms”: 0.5 ms approx., 1 to 9,999 ms approx., 1 ms approx.,
Timer range “sec.”: 0.5 s approx., 1 to 32 s approx., 1 s approx.,
Timer range “1/10 ms”: 0.05 ms approx., 0.1 to 999.9 ms approx., 0.1 ms approx., each output is set individually
Light emitting amount selection function
Incorporated, 3 levels (each level 25 to 100 %) + Auto setting [1 level (25 to 100 %) when using H-SP mode]
Interference prevention function
Incorporated (Note 5), selectable either automatic interference prevention or different frequency
Various settings Hysteresis setting / Shift amount setting / Emission power setting / Display turning setting / ECO setting / Data bank loading
saving setting / Copying setting / Code setting / Reset setting / Logical calculation setting / Threshold tracking setting, etc.
Protection IP40 (IEC)
Ambient temperature
-10 to +55 °C +14 to +131 °F [If 4 to 7 units are mounted in cascade: -10 to +50 °C +14 to +122 °F or if 8 to 16 units (cable type: 8 to 12 units)
are mounted in cascade: -10 to +45 °C +14 to +113 °F] (No dew condensation or icing allowed), Storage: -20 to +70 °C -4 to +158 °F
Emitting element (modulated) Red LED (Peak emission wavelength: 643 nm 0.025 mil)
Material Enclosure, Case cover: Polycarbonate, Switch: TPEE
Cable
–
0.15 mm
2
6-core cabtyre cable, 2 m 6.562 ft long
Cable extension
–
Extension up to total 100 m 328.084 ft is
possible with 0.3 mm2, or more, cable.
(however, supply voltage 12 V DC)
Weight
Net weight: 15 g approx., Gross weight: 70 g approx.
Net weight: 60 g approx., Gross weight: 100 g approx.
Accessory FX-MB1 (Amplier protection seal): 1 set
Notes: 1) Where measurement conditions have not been specied precisely, the conditions used were an ambient temperature of +23 °C +73.4 °F.
2) 50 mA max. if 5 or more standard types are connected together. (25 mA in case of 2-output type and cable type)
3) In case of using the quick-connection cable (cable length 5 m 16.404 ft) (optional).
4) If display adjustment was conducted, it is not in this range.
5)
Number of sensor heads which is possible to be mounted closely in auto interference prevention function depends on response time as shown in table below.
Number of sensor heads which is possible to be mounted closely in different frequency Interference prevention function is up to 3 units.
● Number of sensor heads mountable closely (Unit: set)
Response time H-SP FAST STD LONG U-LG HYPR
IP-1 0 2 4 8 8 12
<NPN output type>
NPN non-contact input
• Signal condition
High: +8 V to +V DC or Open
Low: 0 to +1.2 V DC
(at 0.5 mA source current)
• Input impedance: 10 kΩ approx.
<PNP output type>
PNP non-contact input
• Signal condition
High: +4 V to +V DC
(at 3 mA sink current)
Low: 0 to +0.6 V DC or Open
• Input impedance: 10 kΩ approx.
60
Amplifiers
FX-500
series
FX-100
series
Fiber
Selection
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by model
Choose
by shape/
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Dimensions
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Type
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Type
Others
INDEX
Fiber
Options
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narroe
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
New product
introduction
Tough
Fiber
Earlier models
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table
+
–
12 to 24 V DC
%
Sensor circuit
1
3
2
Color code of quick-connection cable
Terminal No.
(Brown) +V (Note 1)
(Black) Output
100 mA max. (Note 2)
Load
User’s circuitInternal circuit
(Blue) 0 V (Note 1)
+10
-
15
I/O CIRCUIT AND WIRING DIAGRAMS
I/O circuit diagram Wiring diagram
FX-501 NPN output type
Terminal arragement diagram
Notes: 1) The quick-connection sub cable does not have +V (brown) and 0 V
(blue). The power is supplied from the connector of the main cable.
2) 50 mA max., if ve ampliers, or more, are connected together.
Note: The quick-connection sub cable does not have brown lead wire and
blue lead wire.
1
3
2
(Brown) +V (Note 1)
(Black) Output
(Blue) 0 V (Note 1)
100 mA max. (Note 2)
Load
Color code of quick-connection cable
Terminal No.
+
–
User’s circuitInternal circuit
Sensor circuit
12 to 24 V DC
%
+10
-
15
Note: The quick-connection sub cable does not have brown lead wire and
blue lead wire.
Terminal arragement diagram
1
3
2
4
Sensor circuit
(White) Output 2 / External input
50 mA max. (Note 2)
Color code of quick-connection cable
Terminal No.
(Brown) +V (Note 1)
(Black) Output 1
50 mA max. (Note 2)
(Blue) 0 V (Note 1)
User’s circuitInternal circuit
Load Load
+
–
External
input
12 to 24 V DC
%
+10
-
15
Note: The quick-connection sub cable does not have brown lead wire and
blue lead wire.
Terminal arragement diagram
Note: The quick-connection sub cable does not have brown lead wire and
blue lead wire.
Terminal arragement diagram
+
–
External
input
1
3
2
4
Sensor circuit
User’s circuitInternal circuit
50 mA max. (Note 2)
Load Load
50 mA max. (Note 2)
Color code of quick-connection cable
Terminal No.
(Brown) +V (Note 1)
(White) Output 2 / External input
(Black) Output 1
(Blue) 0 V (Note 1)
12 to 24 V DC
%
+10
-
15
FX-501P PNP output type
I/O circuit diagram Wiring diagram
Notes: 1) The quick-connection sub cable does not have +V (brown) and 0 V
(blue). The power is supplied from the connector of the main cable.
2) 50 mA max., if ve ampliers, or more, are connected together.
FX-502 NPN output type
I/O circuit diagram Wiring diagram
Notes: 1) The quick-connection sub cable does not have +V (brown) and 0 V
(blue). The power is supplied from the connector of the main cable.
2) 25 mA max., if ve ampliers, or more, are connected together.
Notes: 1) The quick-connection sub cable does not have +V (brown) and 0 V
(blue). The power is supplied from the connector of the main cable.
2) 25 mA max., if ve ampliers, or more, are connected together.
FX-502P PNP output type
I/O circuit diagram Wiring diagram
Load
Brown (Note 1)
Black
Blue (Note 1)
Color code of quick-connection cable
+
–
12 to 24 V DC
%
+10
-
15
Load
Brown (Note 1)
Black
Blue (Note 1)
Color code of quick-connection cable
+
–
12 to 24 V DC
%
+10
-
15
Color code of quick-connection cable
+
–
Load Load
Brown (Note 1)
White
Black
Blue (Note 1)
External
input
12 to 24 V DC
%
+10
-
15
Brown (Note 1)
White
Black
Blue
(Note 1)
Load Load
Color code of quick-connection cable
+
–
External
input
12 to 24 V DC
%
+10
-
15
+V
Output
0 V
1
3
2
+V
Output
0 V
1
3
2
+V
Output 1
0 V
1
3
2
Output 2 / External input
4
+V
Output 1
0 V
1
3
2
Output 2 / External input
4
61
Amplifiers
FX-500
series
FX-100
series
Fiber
Selection
Guide
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application
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Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
Fiber
Options
New product
introduction
Tough
Fiber
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narroe
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
INDEX
Earlier models
comparison
table
I/O CIRCUIT AND WIRING DIAGRAMS
I/O circuit diagram Wiring diagram
FX-505-C2 NPN output type
FX-505P-C2 PNP output type
I/O circuit diagram Wiring diagram
(Brown) +V
(Black) Output 1
(White) Output 2
Load
Internal circuit User’s circuit
(Blue) 0 V
Load
(Pink) External input
(Gray) Analog output (4 to 20 mA) (0 to 250 Ω)
+
–
Load
Sensor circuit
12 to 24 V DC
10
15 %
Sensor circuit
Internal circuit User’s circuit
Load
Load
Load (0 to 250 Ω)
+
–
(Brown) +V
(Pink) External input
(Blue) 0 V
(Gray) Analog output (4 to 20 mA)
(Black) Output 1
(White) Output 2 12 to 24 V DC
10
15 %
Brown
Black
White
Blue
Pink
Gray
+
–
Color code
Load
Load
(0 to 250 Ω)
12 to 24 V DC
10
15 %
Load
Pink
Black
White
Blue
Gray
Brown
Color code
Load
Load
Load
+
–
(0 to 250 Ω)
12 to 24 V DC
10
15 %
62
Amplifiers
FX-500
series
FX-100
series
Fiber
Selection
Guide
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by shape/
application
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Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
INDEX
Fiber
Options
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narroe
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
New product
introduction
Tough
Fiber
Earlier models
comparison
table
Others
• Our products have been developed / produced for
industrial use only.
• The specication may not be satised in a strong
magnetic eld.
• The ultra long distance (U-LG, HYPR) mode is more
likely to be affected by extraneous noise since the
sensitivity of that is higher than the other modes. Make
sure to check the environment before use.
• Do not use during the initial transient time (H-SP, FAST,
STD: 0.5 sec., LONG, U-LG, HYPR: 1 sec.) after the
power supply is switched ON.
• These sensors are only for indoor use.
• Avoid dust, dirt, and steam.
• Make sure that the product does not come in contact with
oil, grease, organic solvents such as thinner, etc., strong
acid or alkaline.
• This product cannot be used in an environment
containing inammable or explosive gases.
• Never disassemble or modify this product.
• This product adopts EEPROM. Settings cannot be done
100 thousand times or more because of the EEPROM's
lifetime.
• Never use this product as a sensing device
for personnel protection.
• In case of using sensing devices for
personnel protection, use products which
meet laws and standards, such as OSHA,
ANSI or IEC etc., for personnel protection
applicable in each region or country.
Wiring
• Make sure that the power supply is OFF while adding or
removing the ampliers.
• Note that if a voltage exceeding the reted range is
applied, or if an AC power supply is directly connected,
the product may get burnt or damaged.
• Note that short-circuit of the load or wrong wiring may
burn or damage the product.
• Do not run the wires together with high-voltage lines or
power lines, or put them in the same raceway.
This can cause malfunction due to induction.
• Verify that the supply voltage variation is within the rating.
• If power is supplied from a commercial switching
regulator, ensure that the frame ground (F.G.) terminal of
the power supply is connected to an actual ground.
• In case noise generating equipment (switching regulator,
inverter motor, etc.) is used in the vicinity of this
product, connect the frame ground (F.G.) terminal of the
equipment to an actual ground.
• Make sure to use the quick-connection cable (optional)
for the connection of the controller.
Extension up to total 100 m 328.084 ft is possible with
0.3 mm2 or more, cable.
However, in order to reduce noise, make the wiring as
short as possible.
• Make sure that stress by forcible bending or pulling is not
applied to the sensor cable joint and ber cable.
PRECAUTIONS FOR PROPER USE Refer to the “PRO mode operation manual” on our website for details.
63
Amplifiers
FX-500
series
FX-100
series
Fiber
Selection
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by model
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by shape/
application
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Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
Fiber
Options
New product
introduction
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Fiber
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narroe
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
INDEX
Earlier models
comparison
table
24 0.945
36.5 1.437
3.95
0.156
10.5
0.413
27.8 1.094
7 0.276
3
0.118
28
1.102
32
1.260
20.8
0.819
5.7 0.224
Communication window
Suitable for 35 mm 1.378 in width DIN rail
10
0.394
75 2.953
1.1 0.043
Setting switch (Note 4)
Output 1 operation indicator
(Orange) (Note 2)
Digital display (Green / Red)
62.5 2.461
MODE key
Output selection indicator
(Yellow) (Note 1)
Output 2 operation indicator
(Orange) (Note 1)
8.2
0.323
2 0.079
22.7 0.894
(Note 3)
Beam-
receiving
part
Beam-
emitting
part
7 0.276
10.4
0.409
FX-505-C2 FX-505P-C2
DIMENSIONS (Unit: mm in)
Notes: 1) FX-502(P) only
2) FX-501(P): Operation indicator
3) FX-501(P): 3-pin, FX-502(P): 4-pin
4) The shape of setting switch will be changed from production at the
end of November, 2011. Please see drawing below.
Note: The shape of setting switch and cable will be changed from production
at the end of November, 2011. Please see drawing below.
Notes: 1) FX-502(P) only
2) FX-501(P): Operation indicator
3) FX-501(P): 3-pin, FX-502(P): 4-pin
Amplier
3.95
0.156
9.2
0.362
2.8 0.110
62.5 2.461
Output 1 operation indicator
(Orange)
Output 2 operation indicator
(Orange)
Digital display (Green / Red)
Setting switch
(Note)
MODE key
Output selection indicator
(Yellow)
Communication window
Suitable for 35 mm 1.378 in width DIN rail
ø3.7 ø0.146
cable 2 m 6.562 ft
(Note)
2 0.079
22.7 0.894
10
0.394
8.2
0.323
10.4
0.409
Beam-
receiving
part
Beam-
emitting
part
5.7 0.224
7 0.276
28
1.102
32
1.260
20.8
0.819
3
0.118
75 2.953
27.8 1.094
7
0.276
24 0.945
36.5 1.437
10.5
0.413
FX-501(P) FX-502(P)Amplier
24 0.945
36.5 1.437
3.95
0.156
10.5
0.413
27.8 1.094
7 0.276
3
0.118
28
1.102
32
1.260
20.8
0.819
5.7 0.224
Communication window
Suitable for 35 mm 1.378 in width DIN rail
10
0.394
75 2.953
1.1 0.043
Output 1 operation indicator
(Orange) (Note 2)
Digital display (Green / Red)
62.5 2.461
MODE key
Output selection indicator
(Yellow) (Note 1)
Output 2 operation indicator
(Orange) (Note 1)
8.2
0.323
2 0.079
22.7 0.894
(Note 3)
Beam-
receiving
part
Beam-
emitting
part
7 0.276
9.95
0.392
Setting switch
3.95
0.156
9.2
0.362
2.8 0.110
62.5 2.461
Output 1 operation indicator
(Orange)
Output 2 operation indicator
(Orange)
Digital display (Green / Red)
MODE key
Output selection indicator
(Yellow)
Communication window
Suitable for 35 mm 1.378 in width DIN rail
2 0.079
22.7 0.894
10
0.394
8.2
0.323
Beam-
receiving
part
Beam-
emitting
part
5.7 0.224
7 0.276
28
1.102
32
1.260
20.8
0.819
3
0.118
75 2.953
27.8 1.094
7
0.276
24 0.945
36.5 1.437
10.5
0.413
9.95
0.392
Setting switch
ø4 ø0.157
6 core cable
2 m 6.562 ft
After the modication After the modication
The CAD data in the dimensions can be downloaded from our website.
64
Amplifiers
FX-500
series
FX-100
series
Fiber
Selection
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by shape/
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Type
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Type
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Type
Others
INDEX
Fiber
Options
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narroe
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
New product
introduction
Tough
Fiber
Earlier models
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DIMENSIONS (Unit: mm in)
Main cable (Optional)
CN-73-C□ CN-74-C□Sub cable (Optional)
CN-71-C□ CN-72-C□
L
ø3 ø0.118 cable
50
1.969
(Note 1)
2.65
0.104
2.54
0.100
2.54
0.100
10.5
0.413
0.2
0.008
13.6
0.535
10
0.394
14
0.551
7.2
0.283
3
0.118
2.9
0.114
6
0.236
10
0.394
7
0.276
12
0.472
( )
( )
( )
( )
(Note 2)
• Length L
Model No. Length L
CN-73/74-C1 1,000 39.370
CN-73/74-C2 2,000 78.740
CN-73/74-C5 5,000 196.850
L
2.65
0.104
2.54
0.100
2.54
0.100
10.5
0.413
0.2
0.008
13.6
0.535
10
0.394
14
0.551
7.2
0.283
3
0.118
2.9
0.114
6
0.236
10
0.394
ø3 ø0.118 cable
7
0.276
50
1.969
12
0.472
( )
( ) ( )
(Note 2)
(Note 1)
3
0.118
( )
Model No. Length L
CN-71/72-C1 1,000 39.370
CN-71/72-C2 2,000 78.740
CN-71/72-C5 5,000 196.850
• Length L
Notes: 1) CN-74-C□ only
2) CN-73-C□: 3-core
Amplier mounting bracket (Optional)
MS-DIN-2
2-
ø
3.2
ø
0.126 holes
2
0.079
t 1
t 0.039
0.4
0.016
7.5
0.295
4.2 0.165
2
0.079
ø
1.8
ø
0.071
35
1.378
27
1.063
3.2
0.126
5.2
0.205
8.5
0.335
5.2
0.205 3.2
0.126
5
0.197
21.6 0.850
16 0.630
10
0.394
Material: Cold rolled carbon steel (SPCC)
(Uni-chrome plated)
Notes: 1) CN-72-C□ only
2) CN-71-C□: 1-core
End plate (Optional)
MS-DIN-E
2.75
0.108
4
0.157
3
0.118
M3 (length 18 mm 0.709 in) pan head screws
M3 square nut
5.6
0.220
24.7
0.972
1.6
0.063
32
1.260
60
2.362
15
0.591
3
0.118
Suitable for 35 mm 1.378 in width DIN rail
Material: Polycarbonate
The CAD data in the dimensions can be downloaded from our website.
65
Amplifiers
FX-500
series
FX-100
series
Fiber
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Dimensions
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Type
Retroreective
Type
Reective
Type
Others
Fiber
Options
New product
introduction
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Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narroe
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
INDEX
Earlier models
comparison
table
Taking ber sensors to the next level
Conforming to
EMC Directive Listing
FX-100 series has been modicated
from July 2011 production. The color
of enclosure has been changed from
white to dark gray and the protection
cover has been attached.
Saving-space with a width of 9 mm 0.354 in Improved stability over both long terms
9 mm
0.354 in
[Stable sensing comparison]
Three-chemical
emitting element
FX-100
Light-emitting
amount
Time
Long-term
stability
Very slim at only 9 mm 0.354 in. This is much thinner
than existing ber sensors. Even if the difference is small
when only using one unit, when using many units this
makes a very large difference.
Utilizes the standard Panasonic Electric Works SUNX
digital ber sensor element “Four-chemical emitting
element” for light emission. The light emission is
guaranteed to be stable over long periods of time.
Teaching using ON / OFF buttons
SET mode
Simply press the ON button when an object is present
and OFF when it is not.
Thru-beam type / Retroreflective type
<
S
etting example>
Reflective type
Object absent OFF
Object present ON
Object present ON
Object absent OFF
Resolves variation in incident light intensity display
GETA function PRO mode
Variations in the amount of light received
Unify at 500 using
the GETA function
Even when performing the same sensing operation,
there may be variances in the digital values of the ber
amp.
Given value can be corrected with the GETA function, so
the apparent variation can be eliminated.
Digital Fiber Sensor
FX-100 SERIES
66
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Type
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Type
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Amplifiers
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FX-100
series
INDEX
Fiber
Options
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narroe
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
New product
introduction
Tough
Fiber
Earlier models
comparison
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Commercially-available
connector
* The copy unit SC-SU1 which can copy settings in one touch is
available. (optional)
Stable detection by attenuation function
SET mode
If the light receiving level becomes saturated when
sensing over short distances or when sensing
transparent objects or minute objects, the light emitting
amount can be reduced so that stable sensing can be
provided without needing to change the response time.
Light reduction: 3 levels plus an automatic mode
Light emitting
amount changed
Upper display limit
The emitted light and output indicator flash
at the same frequency.
The emission frequencies can be set separately for
each unit in order to avoid interference. The emitted light
ashes while setting is in progress, so that you can see
at a glance which ber sensor is currently being set.
FX-101□: Interference prevention for up to 3 units
FX-102□: Interference prevention for up to 4 units
Interference prevention function SET mode
Multi-function external input PRO mode
(Brown) +V
(Blue) 0 V
(White) External input
(Black) Output
External input lines are
equipped as standard
PLC etc.
Settings such as emission halt, limit / auto teaching,
2-point teaching and ECO settings can be carried out
via external input. Also, the threshold value can be
memorized.
Setting copy function to reduce man-hours
and human error PRO mode
By cable wiring, the master sensor settings can be
copied along with data transmissions. By synchronizing
the settings on all the devices, trouble from setting errors
can be prevented.
12 to 24 V DC
±10 %
(Brown) +V
(Blue) 0 V
(White) External input
(Black) Output
+
–
Color of lead wire of attached connector cable
Copy
<Wiring inset coping>
Master side
Slave side (Brown) +V
(Blue) 0 V
(White) External input
(Black) Output
Copiable setting
Threshold value, output operation setting, timer operation
setting, timer period setting, light-emitting amount
selection setting (attenuation function), shift setting, ECO
setting, digital display inversion setting, and threshold
value margin setting (alert function)
Commercially-available connectors are
used so that lead time and spare part
numbers can both be reduced
After setting, if about 20 seconds go by without any key
operations taking place the digital display will turn off
and energy consumption is kept under 600 mW. (When
illuminated it is under 720 mW)
The connectors used are commercially-available
connectors, so that processing costs and lead time
required for carrying out processing after purchase of the
sensors can be greatly reduced. The same connection
parts as the DP-100 series of digital pressure sensors
and the PM-64 series of micro photoelectric sensors can
be used.
Electricity consumption saving
possibilities ECO
Commercially-available press-t connectors are
used, so that the processing costs for connection
cables can be greatly reduced.
67
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Dimensions
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Retroreective
Type
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Type
Others
Fiber
Options
New product
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Tough
Fiber
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narroe
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
Amplifiers
FX-500
series
FX-100
series
INDEX
Earlier models
comparison
table
Ampliers
Type Appearance Model No. Emitting
element Output
Standard type
FX-101 (Note 2)
Red LED
NPN open-collector
transistor
M8 plug-in
connector
type
FX-101-Z (Note 3) NPN open-collector
transistor
FX-101P (Note 2) PNP open-collector
transistor
M8 plug-in
connector
type
FX-101P-Z (Note 3)
PNP open-collector
transistor
Cable set
(Note 1)
FX-101-CC2 NPN open-collector
transistor
FX-101P-CC2 PNP open-collector
collector transistor
Long sensing range type
FX-102 (Note 2) NPN open-collector
transistor
M8 plug-in
connector
type
FX-102-Z (Note 3) NPN open-collector
transistor
FX-102P (Note 2) PNP open-collector
transistor
M8 plug-in
connector
type
FX-102P-Z (Note 3)
PNP open-collector
transistor
Cable set
(Note 1)
FX-102-CC2 NPN open-collector
transistor
FX-102P-CC2 PNP open-collector
transistor
ORDER GUIDE
Accessory
•CN-14A-C2
Connector attached
cable 2 m 6.562 ft
* Only include cable set type
* It have been attached from the
production at July, 2011.
Notes: 1) The connector attached cable CN-14A-C2issuppliedwiththeamplier.
2) Make sure to use the optional connector attached cable CN-14A(-R)-C□ or the connector CN-14A, or a connector manufactured by J.S.T. Mfg. Co., Ltd.
(contact: SPHD-001T-P0.5, housing: PAP-04V-S)
3) Make sure to use the optional M8 connector attached cable CN-24A-C□.
Designation Model No. Description
Connector
attached cable
CN-14A-C1 1 m 3.281 ft
0.2 mm2 4-core cabtyre cable with connector
on one end
Cable outer diameter: ø3.7 mm ø0.146 in
CN-14A-C2 (
Note 1
)
2 m 6.562 ft
CN-14A-C3 3 m 9.843 ft
CN-14A-C5 5 m 16.404 ft
Connector
attached cable
(Flexible type)
CN-14A-R-C1 1 m 3.281 ft
CN-14A-R-C2 2 m 6.562 ft
CN-14A-R-C3 3 m 9.843 ft
CN-14A-R-C5 5 m 16.404 ft
M8 connector
attached cable
CN-24A-C2 2 m 6.562 ft For M8 plug-in connector type
The connector on one end
Cable outer diameter: ø4 mm ø0.157 in
CN-24A-C5 5 m 16.404 ft
Connector CN-14A Set of 10 housings and 40 contacts
Amplier
mounting bracket
MS-DIN-4 Mountingbracketforamplier
End plates MS-DIN-E
When it moves depending on the way it is installed on a DIN rail,
theseendplatesensurethatallampliersaremountedtogether
in a secure and fully connected manner.
Copy unit SC-SU1 Copy the controller settings to other controllers.
M8 connector attached cable
•CN-24A-C□
•FC-FX-1 (Protection cover)
OPTIONS
Amplier mounting
bracket
•MS-DIN-4
Connector
•CN-14A
Note: The connector attached cable CN-14A-C2 is supplied with the cable set type FX-10□-CC2.
Recommended connector
Recommended crimping tool
Contact: SPHD-001T-P0.5, Housing: PAP-04V-S (Manufactured by J.S.T. Mfg. Co., Ltd.)
Note: Contact the manufacturer for details of the recommended products.
Model No.: YC-610R (Manufactured by J.S.T. Mfg. Co., Ltd.)
Note: Contact the manufacturer for details of the recommended products.
Contact
Housing
ø9
ø0.354
31.4
1.236 ø4
ø0.157
M8 connector
attached cable
CN-24A-C□
Fixing ring
Connector
attached cable
•CN-14A(-R)-C□
Two pcs. per set
68
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FX-100
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INDEX
Fiber
Options
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narroe
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
New product
introduction
Tough
Fiber
Earlier models
comparison
table
SPECIFICATIONS
Notes:1)Wheremeasurementconditionshavenotbeenspeciedprecisely,theconditionsusedwereanambienttemperatureof+23°C+73.4°F.
2)Whenusingtheinterferencepreventionfunction,settheemissionfrequenciesfortheamplierstobecoveredbytheinterferencepreventionfunctionto
different frequency values.
However, the interference prevention function does not operate at emission frequency 0 (factory default setting) for the FX-101(P)(-Z) / FX-101(P)-CC2.
3)Thevoltagewithstandabilityandtheinsulationresistancevaluesgivenintheabovetablearefortheamplieronly.
4) Connector attached cable CN-14A-C2 is not attached to the models that have no “-CC2” at the end of the model Nos.
Make sure to use the optional connector attached cable CN-14A(-R)-C□ or the connector CN-14A, or a connector manufactured by J.S.T. Mfg., Ltd.
(contact: SPHD-001T-P0.5, housing: PAP-04V-S).
5)ModelNos.havingthesufx“-Z” are M8 plug-in connector type. Make sure to use the optional M8 attached connector cable CN-24A-C□.
6) Protection cover FC-FX-1 has been attached from the production at July, 2011.
Type Standard type Long sensing range type
Cable set Cable set
Model No.
NPN output FX-101(-Z) (Note 5) FX-101-CC2 FX-102(-Z) (Note 5) FX-102-CC2
Item PNP output FX-101P(-Z) (Note 5) FX-101P-CC2 FX-102P(-Z) (Note 5) FX-102P-CC2
Supply voltage 12 to 24 V DC ±10 % Ripple P-P 10 % or less
Power consumption Normal operation: 720 mW or less (Current consumption 30 mA or less at 24 V supply voltage)
ECO mode: 600 mW or less (Current consumption 25 mA or less at 24 V supply voltage)
Output
<NPN output type>
NPN open-collector transistor
•Maximumsinkcurrent:100mA
•
Applied voltage: 30 V DC or less (between output and 0 V)
•Residualvoltage:1.5Vorless(at100mAsinkcurrent)
<PNP output type>
PNP open-collector transistor
•Maximumsourcecurrent:100mA
•
Appliedvoltage:30VDCorless(betweenoutputand+V)
•
Residual voltage: 1.5 V or less (at 100 mA source current)
Output operation Selectable either Light-ON or Dark-ON, at SET mode
Short-circuit protection Incorporated
External input
<NPN output type>
NPN non-contact input
•Signalcondition
High:+8Vto+VDCorOpen
Low:0to+2VDC
(Source current 0.5 mA or less)
•Inputimpedance:10kΩapprox.
<PNP output type>
PNP non-contact input
•Signalcondition
High:+4Vto+VDC
(Sink current 0.5 to 3 mA)
Low:0to+0.6VDCorOpen
•Inputimpedance:10kΩapprox.
Response time
Emission frequency 0: 250 µs or less (factory default setting)
Emission frequency 1: 450 µs or less
Emission frequency 2: 500 µs or less
Emission frequency 3: 600 µs or less
Emission frequency 1: 2.5 ms or less (factory default setting)
Emission frequency 2: 2.8 ms or less
Emission frequency 3: 3.2 ms or less
Emission frequency 4: 5.0 ms or less
Sensitivity setting 2-point teaching / Limit teaching / Full-auto teaching
Operation indicator Orange LED (lights up when the output is ON)
Digital display 4digits(green)+4digits(red)LCDdisplay
Fine sensitivity adjustment function
Incorporated
Timer function ON-delay / OFF-delay timer, switchable either effective or ineffective
[Timer period: 1 ms, 5 ms, 10 ms, 20 ms, 40 ms, 50 ms, 100 ms, 500 ms, 1,000 ms]
Attenuation function 3–level+Autosetting
Interference prevention
function
Incorporated
Emission frequency selection method (Note 2)
(Functions at emission frequency 1, 2 or 3)
Incorporated
Emission frequency selection method (Note 2)
(Functions at emission frequency 1, 2, 3 or 4)
Environmental resistance
Ambient temperature
–10to+55°C+14to+131°F(If4to7unitsaremountedclosetogether:–10to+50°C+14to+122°F, if 8 to 16 units are mounted close together:
–10to+45°C+14to+113°F)(Nodewcondensationoricingallowed),Storage:–20to+70°C–4to+158°F
Ambient humidity 35 to 85 % RH, Storage: 35 to 85 % RH
Ambient illuminance Incandescentlight:3,000ℓxatthelight-receivingface
Voltage withstandability 1,000 V AC for one min. between all supply terminals connected together and enclosure (Note 3)
Insulation resistance 20MΩ,ormore,with250VDCmeggerbetweenallsupplyterminalsconnectedtogetherandenclosure(Note3)
Vibration resistance 10 to 150 Hz frequency, 0.75 mm 0.030 in amplitude in X, Y and Z directions for two hours each
Shock resistance 98 m/s2acceleration(10Gapprox.)inX,YandZdirectionsforvetimeseach
Emitting element (modulated) Red LED (Peak emission wavelength: 632 nm 0.025 mil)
Material Enclosure: Polycarbonate, Key switch: Polycarbonate, Fiber lock lever: PBT
Connecting method Connector (Note 4)
Cable length Total length up to 100 m 328.084 ft is possible with 0.3 mm2, or more, cable.
Weight Net weight: 15 g approx.
Gross weight: 35 g approx.
Net weight: 15 g approx.
Gross weight: 75 g approx.
Net weight: 15 g approx.
Gross weight: 35 g approx.
Net weight: 15 g approx.
Gross weight: 75 g approx.
Accessory FC-FX-1
(Protection cover): 1 pc. (Note 6)
FC-FX-1
(Protection cover): 1 pc. (Note 6)
CN-14A-C2
(Connector attached cable, 2 m 6.562 ft long): 1 pc.
FC-FX-1
(Protection cover): 1 pc. (Note 6)
FC-FX-1
(Protection cover): 1 pc. (Note 6)
CN-14A-C2
(Connector attached cable, 2 m 6.562 ft long): 1 pc.
69
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I/O CIRCUIT AND WIRING DIAGRAMS
FX-10□(-Z/-CC2)NPN output type
Users’ circuit Internal circuit
+
–
12 to 24 V DC
±
10 %
100 mA max.
* 1
D
Tr
Load
(Brown) +V
(Blue) 0 V
(White) External input
(Black) Output
T
erm
i
na
l
N
o.
Color code of cable with connector
ZD
+8 V
Sensor circuit
1
2
3
4
I/O circuit diagram Terminal arrangement diagram
Connector type
M8 plug-in connector type
1
2
3
4
Symbols … D : Reverse supply polarity protection diode
ZD: Surge absorption zener diode
Tr : NPN output transistor
Non-voltage contact or NPN open-collector transistor
or
High(+8Vto+VDC,oropen):Ineffective
Low[0to+2VDC(sourcecurrent0.5mAorless)]:Effective
* 1
FX-10□P(-Z/-CC2)PNP output type
I/O circuit diagram
Users’ circuit Internal circuit
12 to 24 V DC
±10 %
100 mA max.
* 1
t i u c r i c r o s n e S
D
Tr
Z
D
Load
+
–
(Brown) +V
(Blue) 0 V
(White) External input
(Black) Output
T
erm
i
na
l
N
o.
Color code of cable with connector
2
3
1
4
1
3
2
4
Terminal arrangement diagram
Connector type
M8 plug-in connector type
1
2
3
4
Non-voltage contact or PNP open-collector transistor
or
High[+4Vto+VDC(sinkcurrent0.5to3mA)]:Effective
Low(0to+0.6VDC,oropen):Ineffective
* 1
Symbols … D : Reverse supply polarity protection diode
ZD: Surge absorption zener diode
Tr : PNP output transistor
Terminal No.
Function
+V
Output
External input
0 V
Terminal No.
Function
+V
Output
External input
0 V
Terminal No.
Function
+V
Output
External input
0 V
Terminal No.
Function
+V
Output
External input
0 V
1
3
2
4
70
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PRECAUTIONS FOR PROPER USE Refer to the “Operation Guide” on our website for details pertaining to
operatinginstructionsfortheamplier.
•Never use this product as a sensing device
for personnel protection.
•In case of using sensing devices for
personnel protection, use products which
meet laws and standards, such as OSHA,
ANSI or IEC etc., for personnel protection
applicable in each region or country.
•The FX-100 series does not use the horizontal
connectors that are used with the FX-300 / FX-410
series. Please note that horizontal connection cannot be
performed using a connector attached cable. In addition,
the optical communication function is not equipped on
the FX-100 series, so it is unable to perform interference
prevention for use with the FX-300 / FX-410 series.
If using the FX-100 series together with the FX-300 /
FX-410 series side-by-side, please set the same models
together in groups.
•Make sure that the power supply is OFF while adding or
removingtheampliers.
•Note that if a voltage exceeding the reted range is applied,
or if an AC power supply is directly connected, the product
may get burnt or damaged.
•Note that short-circuit of the load or wrong wiring may burn
or damage the product.
•Do not run the wires together with high-voltage lines or
power lines, or put them in the same raceway. This can
cause malfunction due to induction.
•Verify that the supply voltage variation is within the rating.
•If power is supplied from a commercial switching regulator,
ensure that the frame ground (F.G.) terminal of the power
supply is connected to an actual ground.
•In case noise generating equipment (switching regulator,
inverter motor, etc.) is used in the vicinity of this product,
connect the frame ground (F.G.) terminal of the equipment
to an actual ground.
•Make sure to use the quick-connection cable (optional) for
the connection of the controller.
Extension up to total 100 m 328.084 ft is possible with 0.3
mm2 or more, cable. However, in order to reduce noise,
make the wiring as short as possible.
Using in combination with the FX-300 / FX-410 series
Mounting
<When using a DIN rail>
How to mount the amplier
Fit the rear part of the mounting
sectionoftheamplierona35mm
1.378 in width DIN rail.
Press down the rear part of the
mounting section of the unit on the
35 mm 1.378 in width DIN rail and
tthefrontpartofthemounting
section to the DIN rail.
Part description
Wiring
Setting mode
•Setting mode appears after the MODE key is pressed for
2 sec. in RUN mode.
Setting item
Factory setting
Description
Teaching
mode
Threshold value can be set in 2-point teaching,
limit teaching, or full-auto teaching.
Output
operation
setting
[Dark-ON] Light-ON or Dark-ON can be set.
Timer
operation
setting
[Without timer]
Without timer, ON delay timer, or OFF delay
timer can be set.
Timer
setting
[ON-delay timer: 10 ms]
[OFF-delay timer: 10 ms]
In case of setting ON-delay timer or OFF-delay
timer in the timer operation setting mode, timer
can be set. When timer is not set, this mode is
not displayed.
Emission
amount
setting
Level 3
Setting for reduced intensity of emission
amount is possible when the incident light
intensity is saturated.
Emission
frequency
setting
FX-101□
0 (Response time:
250 µs or less)
FX-102□
1 (Response time:
2.5 ms or less)
Incaseofusingtheberheadsinparallel,
interference can be prevented by setting
different emission frequency. However, when
emission frequency 0 is set, interference
cannot be prevented. Response time
corresponds to emission frequency.
Operation indicator
(Orange) MODE key
ON key /
Setting value UP key
OFF key /
Setting value DOWN key
Digital display (Green)
(Threshold value)
Digital display (Red)
(Incident light intensity)
35 mm 1.378 in width DIN rail
1
2
How to remove the amplier
Pushtheamplierforward.
Lift up the front part of the
ampliertoremoveit.
Note:Takecarethatifthefrontpartisliftedwithoutpushingtheamplier
forward, the hook on the rear portion of the mounting section is likely
to break.
<When using screws with washers>
•Use M3 screws with washers
for mounting. The tightening
torque should be 0.5 N·m or
less.
1
2
M3 screw
with washer
71
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PRO mode
•PRO mode appears after the MODE key is pressed for 4
sec. in RUN mode.
Setting item
Factory setting
Description
Shift
setting
[Shift amount 15 %]
Shift amount can be selected from 0 to 80 % in
the limit teaching. Select 0 % when it is desired
to set the present incident light intensity as a
threshold value.
External
input
setting [Emission halt]
External input can be selected from emission
halt,limitteaching[+],limitteaching[-],full-auto
teaching, ECO (Note 1), 2-point teaching or
emission amount test. When setting the incident
light intensity test “ ”, output turns ON /
OFF every 100ms when the rate of incident
light intensity and threshold value is less than
half of the set shift amount (for example, when
the rate of incident light intensity and threshold
value is within ±10 % for 20 % of shift amount)
at external input.
Threshold
value-storing
setting mode
(Note 2)
[OFF]
Threshold value set at the limit teaching,
full-auto teaching or 2-point teaching by
external input is stored. When selecting
Auto in the emission amount setting
mode, the set emission amount level is
also stored.
Threshold
value
follow-up
cycle
setting
(Note 3)
[OFF]
When incident light intensity exceeds threshold
value, this mode can change the threshold value
with each set cycle depending on variations of the
incident light intensity. The follow-up shift amount
is same as the one set in the shift setting mode.
However, the threshold value is not stored.
GETA
function
setting
(Note 4, 5)
[OFF]
Variations can be reduced by correcting the
presentincidentlightintensityineachamplier
to a target value. Target value to offset incident
light intensity can be selected from 0 to 2,000
by 100 unit each. For example, if the target
value is set to 2,000 when the incident light
intensity is 1,500, the incident light intensity
becomes 2,000.
ECO
setting [OFF]
It is possible to light up / turn off the digital
display. When ECO setting mode is ON, the
display turns off in 20 sec. approx. in RUN
mode. To light up the display again, press any
key for 2 sec. or more.
Digital display
inversion
setting
[OFF] Digital display can be inverted.
Threshold
value
margin
setting
[OFF]
Margin for threshold value to the present
incident light intensity can be checked. When
there is no margin, it is possible to make the
digital display blink.
: Set to “OFF”: does not function
.
:
Green blinks
.
:
Red blinks
.
:
Red and green blink
.
:
When conducting limit teaching or 2-point
teaching by external input, in case the rate of reference
incident light intensity and threshold value after teaching
is 200% or more, or in case it is less than half of the shift
amount, output turns ON / OFF every 100 ms. (Note 6)
Setting
copy [NO]
Thesettingsofthemastersideampliercan
becopiedtotheslavesideamplier.
For details, refer to “Setting copy function”.
Reset [NO] Returns to default settings (factory settings.)
Setting copy function
•Thiscancopythesettingsofthemastersideamplierto
theslavesideamplier.
•Be sure to use the setting copy function between the
identical models (Between FX-101□ models or FX-102□
models).
This function cannot be used between different
models.
•Only one sensor can be connected on slave side with a
master side sensor for the setting copy function.
•Threshold value, output operation setting, timer
operation setting, timer setting, light-emitting amount
setting, shift setting, external input setting, threshold
value margin setting, ECO setting, digital display
inversion setting, and threshold value margin setting
can be copied.
<Setting procedures>
Setthesettingcopymodeofthemastersideamplierto
“Copy sending ON”, and press the MODE key so that
“ ” is shown on the digital display and the
sensor is in copy ready state. For the setting method,
refer to “Operation guide”.
Turnoffthemastersideamplier.
Connectthemastersideamplierwiththeslaveside
amplierasshownbelow.
Turnonthemastersideamplierandtheslaveside
amplieratthesametime.(Note)
“ ” is shown on the green digital display of the master
sideamplierand4-digitcodeisshownonthered
digital display of it, then the copying starts. During copy
communication, “ ” is shown on the green digital
displayoftheslavesideamplier,andtheongoingcopy
communication indicator (“ ”→“ ”→“ ”→
“ ”→“ ”→“ ”→“ ”→“ ”) is displayed on
the red digital display.
When the copying is completed, “ ” is shown on the
greendigitaldisplayoftheslavesideamplier,whilethe
4-digitcode(thesamecodeasthemastersideamplier)
is shown on the red digital display of it.
Turnoffthepowerofthemastersideamplierandthe
slavesideamplieranddisconnectthewire.
* Ifcopyingthesettingstoanotheramplierrepeatedly,followthesteps
to .
Note: Take care that if the power is not turned on at the same time, the
setting contents may not be copied.
<To cancel the setting copy mode of the master side amplier>
Whiletheslavesideamplierisdisconnected,turnon
thepowerofthemastersideamplier.
Press the MODE key for 2 sec. approx.
Master side amplifier
Slave side amplifier
Color code of cable with connector
+
–
12 to 24V DC
±10 %
(Brown) +V
(Black) Input
(White) External input
(Blue) 0 V
(Brown) +V
(Black) Input
(White) External input
(Blue) 0 V
PRECAUTIONS FOR PROPER USE Refer to the “Operation Guide” on our website for details pertaining to
operatinginstructionsfortheamplier.
Notes: 1) When ECO is selected at the external input setting mode, key
operation on the main body is invalid during external input.
2) This mode is not indicated unless any of “ ”, “ ”,
“ ” or “ ” is set at the external input setting mode.
3)
If the incident light intensity becomes “300” or less, the follow-up
operation stops. In that condition, threshold value [digital display
(green)] blinks. This function can be used when thru-beam type or
retroreectivetypeberisappliedtothisproduct.Ifreectivetypeber
is applied, the function cannot be used depending on use conditions.
4) If MODE key is pressed in RUN mode when GETA function is
used, the incident light intensity before setting GETA function is
displayed on the red digital display for 2 sec. approx.
5) When GETA function is used in saturation of incident light intensity
(4,000 or more,) “ ” is indicated on the red digital display.
Correction value is up to 4,000.
6) This mode does not operate unless any of “ ”, “ ” or
“ ” is set at the external input setting mode.
72
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Code setting function
•The code setting function makes it possible to set the
output operation, timer operation, amount of light emitted,
frequency of light emitted, ECO setting, external input,
and amount of shift by selecting a code of one’s choice.
•While in the RUN Mode, pressing and holding both
the ON key ( ) and OFF key ( ) simultaneously for 4
seconds will switch to the code setting function.
Quick setting function
•The quick setting function makes it possible to set
the content of the SET Mode (output operation, timer
operation, amount of light emitted, and frequency of light
emitted) simply by selecting a setting number.
•While in the RUN Mode, pressing and holding both
the ON key ( ) and OFF key ( ) simultaneously for 2
seconds will switch to the quick setting function.
<Table of quick setting numbers>
No.
Output operation
Timer
Emission amount setting
D-ON non Level 3 (OFF)
D-ON non Level 2 (ON)
D-ON ofd 10 ms Level 3 (OFF)
D-ON ofd 10 ms Level 2 (ON)
D-ON ofd 40 ms Level 3 (OFF)
D-ON ofd 40 ms Level 2 (ON)
D-ON ond 10 ms Level 3 (OFF)
D-ON ond 10 ms Level 2 (ON)
D-ON ond 40 ms Level 3 (OFF)
D-ON ond 40 ms Level 2 (ON)
L-ON ond 40 ms Level 2 (ON)
L-ON ond 40 ms Level 3 (OFF)
L-ON ond 10 ms Level 2 (ON)
L-ON ond 10 ms Level 3 (OFF)
L-ON ofd 40 ms Level 2 (ON)
L-ON ofd 40 ms Level 3 (OFF)
L-ON ofd 10 ms Level 2 (ON)
L-ON ofd 10 ms Level 3 (OFF)
L-ON non Level 2 (ON)
L-ON non Level 3 (OFF)
Others
•Our products have been developed / produced for
industrial use only.
•Do not use during the initial transient time (0.5 sec.) after
the power supply is switched on.
•Take care that the product is not directly exposed
touorescentlampfromarapid-starterlamp,ahigh
frequency lighting device or sunlight etc., as it may affect
the sensing performance.
•This product is suitable for indoor use only.
•Avoid dust, dirt, and steam.
•Take care that the product does not come in contact with
oil, grease, organic solvents, such as thinner, etc., strong
acid or alkaline.
•This product cannot be used in an environment
containinginammableorexplosivegases.
•Never disassemble or modify this product.
•EEPROM is adopted to this product. It is not possible to
conduct teaching 100 thousand times or more, because
of the EEPROM’s lifetime.
PRECAUTIONS FOR PROPER USE
<Code table>
Notes: 1) When the present setting is out of the code setting range, “ ” is shown.
When “ ” is selected, the set content of the digit is not changed.
2) The factory setting is “ ”.
Refer to the “Operation Guide” on our website for details pertaining to
operatinginstructionsfortheamplier.
Code
1st digit 2nd digit 3rd digit
4th digit
Output
operation
Timer
(Note 1)
Emission
amount
setting
Emission
frequency
ECO External
input
Shift
(Note 1)
FX-101
□
FX-102
□
D-ON
non
Level 3
(OFF)
0 1
OFF
Emission
halt 5 %
ond 10 ms
1 2
Limit
teaching[+]
10 %
ond 40 ms
2 3
Limit
teaching [-]
15 %
ofd 10 ms
3 4 Full-auto
teaching
20 %
ofd 40 ms
Level 2
(ON)
0 1 ECO 25 %
L-ON
non 1 2
ON
Emission
halt 30 %
ond 10 ms
2 3
Limit
teaching[+]
35 %
ond 40 ms
3 4
Limit
teaching [-]
40 %
ofd 10 ms
Level 1
0 1 Full-auto
teaching
45 %
ofd 40 ms
1 2 ECO 50 %
2 3
OFF
2-point
teaching
3 4
Incident light
intensity test
Auto
0 1
ON
2-point
teaching
1 2
Incident light
intensity test
2 3
3 4
73
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Vacuum-
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INDEX
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DIMENSIONS (Unit: mm in)The CAD data in the dimensions can be downloaded from our website.
0.8
0.031
Suitable for 35 mm 1.378 in width DIN rail
0.75 0.030
66.2
2.606
14.5
0.571
6.5
0.256
65.5 2.579
35 1.378
50 1.969
4 0.157
1.1
0.043
6 0.236
10
0.394
9
0.354
7
0.276
2
0.079
3 0.118
ø3.2
ø0.126
1
0.039
8.1
0.319
3.2
0.126
30
1.181
10
0.394
ø6.5
ø0.256
10.85
0.427
0.7 0.028
MODE key
ON key / Setting value UP key
OFF key / Setting value DOWN key
Operation indicator (Orange)
Digital display (Green, Red)
0.8
0.031
4.1
0.161
48 1.890
30 1.181
13.2
0.520
20
0.787 2.7
0.106
6
0.236
6
0.236
MODE key
ON key / Setting value UP key
OFF key / Setting value DOWN key
Operation indicator (Orange)
Digital display (Green, Red)
0.8
0.031
4.1
0.161
48 1.890
30 1.181
13.2
0.520
20
0.787
2.7
0.106
6 0.236 6 0.236
0.7
0.028
FX-101□ FX-102□ Amplier FX-101(P)-Z FX-102(P)-Z Amplier
5
0.197
24.5
0.965
1
0.039
4
0.157
11.5
0.453
35
1.378
9
0.354
9.25
0.364
15
0.591
1
0.039
ø3.2 ø0.126
ø3.2 ø0.126
3.2
0.126
3.2
0.126
7.2 mm 0.283 in
spot facing, 4 0.157
deep
6.2 mm 0.244 in
spot facing, 3 0.118
deep
ø7.2 mm ø0.283 in
spot facing, 4 0.157 deep
ø6.2 mm ø0.244 in
spot facing, 3 0.118 deep
1.6
0.063
32
1.260 4
0.157
5.6
0.220
2.75 0.108 M3 (Iength 18 mm 0.709 in) pan head screws
M3 square nut
24.7
0.972
15
0.591
3 0.118
3
0.118
60
2.362
Suitable for 35 mm 1.378 in width DIN rail
MS-DIN-4
Ampliermountingbracket(Optional)
MS-DIN-E End plate (Optional)
Material: PBT
Material: Polycarbonate
(
)(
)
( )
ø3.7 ø0.146 cable
8
0.315
L
35
1.378
50
1.969
8
0.315
( )
Model No. Length L
CN-14A(-R)-C1
1,000 39.370
CN-14A(-R)-C2
2,000 78.740
CN-14A(-R)-C3
3,000 118.110
CN-14A(-R)-C5
5,000 196.850
CN-14A-C2 is attached FX-101(P)-CC2 / FX-102(P)-CC2
CN-14A-C□ CN-14A-R-C□ Connector attached cable (Optional)
•LengthL
0.8
0.031
Suitable for 35 mm 1.378 in width DIN rail
0.75 0.030
66.2
2.606 2 0.079
2
0.079
30
1.181
10
0.394
14.5
0.571
8.1
0.319
3.2
0.126
6.5
0.256
65.5 2.579
35 1.378
50 1.969
4 0.157
1.1
0.043
6 0.236
10
0.394
9
0.354
7
0.276
2
0.079
3 0.118
ø3.2
ø0.126
Note: The protection cover has been attached from the production at July, 2011. Note: The protection cover has been attached from the production at July, 2011.
74
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
Amplifiers
FX-500
series
FX-100
series
INDEX
Fiber
Options
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narroe
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
New product
introduction
Tough
Fiber
Earlier models
comparison
table
75
C
CN-14A FX-100 Connector P.68
CN-14A-C1
FX-100
Connector Attached Cable
P.68/P.74
CN-14A-C2
CN-14A-C3
CN-14A-C5
CN-14A-R-C1
FX-100 Connector
Attached Cable (Flexible)
CN-14A-R-C2
CN-14A-R-C3
CN-14A-R-C5
CN-71-C1
FX-500
Quick-connection Cable P.58/P.64
CN-71-C2
CN-71-C5
CN-72-C1
CN-72-C2
CN-72-C5
CN-73-C1
CN-73-C2
CN-73-C5
CN-74-C1
CN-74-C2
CN-74-C5
F
FB-1 Fiber Bender P.14/P.33/P.51
FC-FX-1 FX-100 Protection Cover P.68
FD-30 Super Quality Fiber P.9/P.42
FD-31 Threaded Type Fiber P.11/P.42
FD-31W
FD-32G Threaded /
Small Spot Type Fiber P.11/P.18/P.42
FD-32GX
FD-40 Super Quality Fiber P.9/P.42
FD-41 Threaded Type Fiber P.11/P.42
FD-41S Sleeve Fiber P.15/P.42
FD-41SW
FD-41W Threaded Type Fiber P.11/P.42
FD-42G Threaded /
Small Spot Type Fiber P.11/P.18/P.43
FD-42GW
FD-60 Super Quality Fiber P.9/P.43
FD-61 Threaded Type Fiber P.11/P.43
FD-61G
FD-61S Sleeve Fiber P.15/P.43
FD-61W
Threaded Type Fiber P.11/P.43
FD-62
FD-64X P.11/P.44
FD-A16 Wide Beam Fiber P.20/P.44
FD-AL11
FD-E13 Cylindrical / Sleeve Fiber P.13/P.15/P.44
FD-E23
FD-EG30 Threaded /
Small Spot Type Fiber P.11/P.18/P.44
FD-EG30S Sleeve Fiber P.15/P.45
FD-EG31 Threaded /
Small Spot Type Fiber P.11/P.18/P.45
FD-F4
Liquid Leak /
Liquid Detection Fiber P.28/P.45
FD-F41
FD-F41Y
FD-F71
FD-F8Y
FD-FA93
FD-G40 Metal-free Fiber P.10/Website
FD-G60
FD-H13-FM2
Heat-resistant Fiber P.25/P.46
FD-H18-L31
FD-H20-21
FD-H20-M1
FD-H25-L43
FD-H25-L45
FD-H30-KZ1V Vacuum-resistant Fiber P.27/P.32
FD-H30-KZ1V-S P.26/P.47
FD-H30-L32 Heat-resistant Fiber P.25/P.47
FD-H30-L32V P.27/P.32
FD-H30-L32V-S Vacuum-resistant Fiber P.26/P.47
FD-H35-20S
Heat-resistant Fiber P.25/P.47
FD-H35-M2
FD-H35-M2S6
FD-HF40Y
Liquid Leak / Liquid Detection Fiber
P.28/P.47
FD-L10
Convergent Reflective Type
Fiber
P.21/P.48
FD-L11
FD-L12W
FD-L20H
FD-L21
FD-L21W
FD-L22A
FD-L23
FD-L30A
FD-L31A
FD-L32H P.21/P.49
FD-R60 Threaded Type Fiber P.11/P.49
FD-S21 Cylindrical Fiber P.13/P.49
FD-S30 Super Quality Fiber P.9/P.49
FD-S31
Cylindrical Fiber P.13/P.49
FD-S32
FD-S32W
FD-S33GW
FD-V30
Sleeve Fiber P.15/P.50
FD-V30W
FD-V50
FD-WZ4
Flat Type Fiber P.17/P.50
FD-WZ7
FD-Z20HBW
FD-Z40HBW
FD-Z50HW Narrow Beam Fiber P.19/P.50
FDP-1000
Protective Tube
(For Reflective Type Fiber) P.33/P.51
FDP-1500
FDP-500
FDP-N1000
FDP-N1500
FDP-N500
FR-KZ22E
Narrow Beam /
Retroreflective Type Fiber P.19/P.22/P.41
FR-KZ50E
FR-KZ50H
FR-Z50HW
FT-140 Threaded Type Fiber P.10/P.34
FT-30 Super Quality Fiber P.9/P.34
FT-31 Threaded Type Fiber P.10/P.34
FT-31S Sleeve Fiber P.15/P.34
FT-31W Threaded Type Fiber P.10/P.34
FT-40 Super Quality Fiber P.9/P.34
FT-41 Metal-free Fiber P.10/Website
FT-42 Threaded Type Fiber P.10/P.34
FT-42S Sleeve Fiber P.15/P.34
INDEX
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
Amplifiers
FX-500
series
FX-100
series
INDEX
Fiber
Options
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
New product
introduction
Tough
Fiber
76
Fiber
Selection
Guide
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by model
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by shape/
application
Viewing
new models
Earlier models
comparison
table
FT-42W
Threaded Type Fiber P.10/P.34
FT-43
FT-45X P.10/P.35
FT-A11
Wide Beam Fiber P.20/P.35
FT-A11W
FT-A32
FT-A32W
FT-AL05
FT-E13 Cylindrical / Sleeve Fiber P.12/P.15/P.35
FT-E23
FT-F93
Liquid Leak / Liquid Detection Fiber
P.28/P.35
FT-H13-FM2
Heat-resistant Fiber
P.24/P.35
FT-H20-J20 P.25/P.32
FT-H20-J20-S P.24/P.36
FT-H20-J30 P.25/P.32
FT-H20-J30-S P.24/P.36
FT-H20-J50 P.25/P.32
FT-H20-J50-S P.24/P.36
FT-H20-M1
FT-H20-VJ50 P.25/P.32
FT-H20-VJ50-S P.24/P.36
FT-H20-VJ80 P.25/P.32
FT-H20-VJ80-S P.24/P.36
FT-H20W-M1
FT-H30-M1V Vacuum-resistant Fiber P.27/P.32
FT-H30-M1V-S P.26/P.36
FT-H35-M2 Heat-resistant Fiber P.24/P.36
FT-H35-M2S6
FT-HL80Y Chemical-resistant Fiber P.23/P.36
FT-J8 Fiber for Atmospheric Side P.27/P.32/P.51
FT-KS40
Narrow Beam Fiber P.19/P.37
FT-KV26
FT-KV40
FT-KV40W
FT-L80Y Chemical-resistant Fiber P.23/P.37
FT-R40
Threaded Type Fiber P.10/P.37
FT-R41W
FT-R42W
FT-S11 Cylindrical Fiber P.12/P.37
FT-S20 Super Quality Fiber P.9/P.38
FT-S21 Cylindrical Fiber P.12/P.38
FT-S21W
FT-S30 Super Quality Fiber P.9/P.38
FT-S31W Cylindrical Fiber P.12/P.38
FT-S32
FT-V23
Sleeve Fiber P.15/P.38
FT-V24W
FT-V25
FT-V30
FT-V40 Cylindrical Fiber P.12/P.39
FT-V80Y Chemical-resistant Fiber P.23/P.39
FT-WZ4
Flat Type Fiber
P.16/P.39
FT-WZ7
FT-Z20HBW
FT-Z30
FT-Z30E
FT-Z30EW
FT-Z30H
FT-Z30HW
P.16/P.40
FT-Z30W
FT-Z40HBW
FT-Z802Y Chemical-resistant Fiber P.23/P.40
FTP-1000
Protective Tube
(For Thru-beam Type Fiber) P.33/P.51
FTP-1500
FTP-500
FTP-N1000
FTP-N1500
FTP-N500
FV-BR1 Photo-terminal for
Vacuum-resistant Fiber P.27/P.32/P.51
FV-LE1
Vacuum-resistant Expansion Lens
P.27/P.31/P.51
FV-SV2
Vacuum-resistant Side-view Lens
FX-101
Digital Fiber Sensor
P.68/P.74
FX-101-CC2
FX-101P
FX-101P-CC2
FX-102
FX-102-CC2
FX-102P
FX-102P-CC2
FX-501
P.58/P.64
FX-501P
FX-502
FX-502P
FX-505-C2
FX-505P-C2
FX-AT15A Fiber Single-core Holder P.33
FX-AT2
Fiber Attachment P.32/P.52
FX-AT3
FX-AT4
FX-AT5
FX-AT6
FX-CT1
Fiber Cutter
P.32
FX-CT2 P.32/P.52
FX-CT3 P.32
FX-LE1 Lens for Thru-beam Type
Fiber P.30/P.52
FX-LE2
FX-MB1
FX-500 Fiber Amplifier Protection Seal
P.59
FX-MR1
Lens for Reflective Type
Fiber
P.18/P.32/P.52
FX-MR2
FX-MR3
P.18/P.32/P.53
FX-MR5
FX-MR6
FX-SV1 Side-view Lens for
Thru-beam Type Fiber P.31/P.53
M
MS-AJ1-F Universal Sensor Mounting
Stand P.33
MS-AJ2-F
MS-DIN-2
FX-500 Amplifer Mounting Bracket
P.59/P.64
MS-DIN-4
FX-100 Amplifer Mounting Bracket
P.68/P.74
MS-DIN-E End Plate P.58/P.64/P.68/
P.74
MS-EX3 FX-MR2 Mounting Bracket P.53
MS-FD-2 Fiber Mounting Bracket P.27/P.32/P.53
MS-FD-3 P.53
MS-FD-F7-1
FD-F71 SUS Mounting Bracket
P.29
MS-FD-F7-2
FD-F71 PVC Mounting Bracket
MS-FX-01Y
Liquid Inflow Prevention Joint
P.29/P.33
MS-FX-02Y
Protective Tube Extension Joint
MS-FX-03Y Fiber Mounting Joint
MS-FX-YF Joint Internal Ferrulre
INDEX
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
Fiber
Options
New product
introduction
Tough
Fiber
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
Amplifiers
FX-500
series
FX-100
series
INDEX
77
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
Earlier models
comparison
table
R
RF-003 FR-KZ50E/KZ50H
Exclusive Reflector P.32/P.53
RF-13 Reflective Tape P.32
RF-210
Reflector P.22/P.33/P.54
RF-220
RF-230
S
SC-SU1 Copy Unit P.68
INDEX
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
Amplifiers
FX-500
series
FX-100
series
INDEX
Fiber
Options
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
New product
introduction
Tough
Fiber
78
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
Earlier models
comparison
table
79
Type
Discontinued models
➡
Recommended replacements
Main points of difference from
discontinued models
Model No. Shape of fiber head
(mm)
Bending
radius
(mm)
Bend-
ing
dura-
bility
Sensing
range
FX
-500
STD (mm in)
Model No. Shape of fiber head
(mm)
Bending
radius
(mm)
Bend-
ing
dura-
bility
Sensing
range
FX
-500
STD (mm in)
Reective type
FD-A15 R25 － 200
7.874 FD-A16 R4 ○200
7.874
FD-AFM2 R25 － 280
11.024 FD-AL11 R2 ○ 320
12.598
・Cable lead out orientation changed
・Metal case material (brass) ⇒
Changed to plastic (PPS)
FD-AFM2E R25 － 280
11.024 FD-AL11 R2 ○ 320
12.598
・Cable lead out orientation changed
・Metal casing material (brass) ⇒
Changed to plastic (PPS)
FD-B8 R25 － 490
19.291 FD-62 R4 ○ 520
20.472
・End bracket total length for the M6
part only: 15 mm ⇒ Changed to 17
mm (M6 part/15 mm + ø4.5 area/2
mm )
FD-E12 R10 － 12
0 . 4 7 2 FD-E13 R4 － 12
0.472
・Split amplier insertion section
conguration ⇒ Changed to
integrated light emitting/receiving
conguration
FD-E22 R25 － 55
2.165 FD-E23 R4 － 55
2.165
・Split amplier insertion section
conguration ⇒ Changed to
integrated light emitting/receiving
conguration
FD-EG1 R25 － 40
1.575 FD-EG30
Coaxial, Lens mountable
R4 － 48
1.890
・Split amplier insertion section
conguration ⇒ Changed to
integrated light emitting / receiving
conguration
・
End bracket total length 17 mm ⇒
Changed to 16 mm
FD-EG2 R10 － 24
0.945 FD-EG31
Coaxial, Lens mountable
R4 － 20
0.787
・Split amplier insertion section
conguration ⇒ Changed to integrated
light emitting/receiving conguration
・End bracket total length 17 mm ⇒
Changed to 16 mm
・Protective tube outside diameter ø1.6
⇒ Changed to ø1.2
FD-EG3 R10 － 20
0.787 FD-EG31
Coaxial, Lens mountable
R4 － 20
0.787
・Split amplier insertion section
conguration ⇒ Changed to integrated
light emitting/receiving conguration
・End bracket total length 17 mm ⇒
Changed to 16 mm
・Protective tube outside diameter ø1.6
⇒ Changed to ø1.2
FD-EN500S1
R25 － － FD-EG30S
Sleeve 15 mm
Sleeve part cannot be bent.
R4 － 50
1.969
・Split amplier insertion section
conguration ⇒ Changed to integrated
light emitting /receiving conguration
・Sleeve size ø0.5 ⇒ Changed to ø0.8
FD-ENM1S1 R25 － 50
1.969 FD-EG30S
Sleeve 15 mm
Sleeve part cannot be bent.
R4 － 50
1.969
・
Split amplier insertion section
conguration
⇒ Changed to integrated light
emitting/receiving conguration
FD-F705
SEMI S2 compliant R4
(
Protective
tube
R20)
○
Liquid leak
detection
FD-F71
SEMI S2 compliant R4
(
Protective
tube
R20)
○
Liquid leak
detection
FD-FA90 R10 －
Liquid
detection
FD-FA93
Array ber
R4 ○
Liquid
detection
W7×H15×D30
7RXJK
W7×H15×D30
Topsensing
W5×H20×D20
7RXJK
W5×H20×D20
Sidesensing
W5×H20×D20
7RXJK
W5×H20×D20
M6
15 17
M6
φ1.5φ0.5
Sleevepartcannotbebent.
315 15
3
φ1.5 φ0.48
Sleevepartcannotbebent.
Coaxia
φ3 φ0.65
Sleevepartcannotbebent.
515 15 5
φ3 φ0.65
Sleevepartcannotbebent.
Highprecision•Coaxial
Lensmountable（FX-MR3、FX-MR6
）
M3
17
M3
16
Highprecision•Coaxial
Lensmountable（FX-MR3、FX-MR6）
Lightemittingfiberelement
φ0.175
M3
17
M3
16
M3
17
Highprecision•Coaxial
Lensmountable（FX-MR3、FX-MR6
）
Lightemittingfiberelement
φ0.125
M3
16
φ0.5
M3
1515
Sleevepartcannotbebent.
M3 φ0.8
15
Coaxial
M3 φ0.8
1515
Sleevepartcannotbebent.
M3 φ0.8
15
W20×H30×D10
7RXJK
W20×H30×D10
Mountableonpipe•Arrayfiber
W6.5×H28.3×D17
7RXJK
W6.5×H28.3×D17
Advantages of switching to recommended replacements
Subjected models Discontinued models Stopping taking order date : 31 Mar., 2012
●Thequalityofmanymodelshasbeenimprovedbyshorteningtheirbendingradiiandachievingbetterbendingperformance.
●Thenumberofpartnumbershasbeenreduced,lettingyoureducethepartnumberstokeeptrackofandservicepartsto
keeponhand.
●Wehavereducedourenvironmentalimpactfurtherbymakingberendbracketoutofstainlesssteelandplastic,which
containnoRoHSsubstances.
Earlier Models Comparison Table
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
Amplifiers
FX-500
series
FX-100
series
INDEX
Fiber
Options
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
New product
introduction
Tough
Fiber
80
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
Earlier models
comparison
table
Type
Discontinued models
➡
Recommended replacements
Main points of difference from
discontinued models
Model No. Shape of fiber head
(mm)
Bending
radius
(mm)
Bend-
ing
dura-
bility
Sensing
range
FX
-500
STD (mm in)
Model No. Shape of fiber head
(mm)
Bending
radius
(mm)
Bend-
ing
dura-
bility
Sensing
range
FX
-500
STD (mm in)
Reective type
FD-FM2 R25 － 420
16.535
FD-61 R4 ○450
17.717
・
End bracket total length of 20 mm for
the (M6 part/15 mm + ø3.5 area/5 mm)
⇒ Changed to 17 mm (M6 part/15 mm
+ ø4.5 area/2 mm)
・Coaxial cable used for wiring ⇒
Changed to parallel type
FD-61G R4 ○ 420
16.535
・
End bracket total length of 20 mm for
the (M6 part/15 mm + ø3.5 area/5 mm)
⇒ Changed to 17 mm (M6 part/15 mm
+ ø4.5 area/2 mm)
FD-FM2S
R25
（
Sleeve
R10
）
－380
14.961 FD-61S
Sleeve 40 mm
R4
（
Sleeve
R10
）○420
16.535
・The sleeve length 90 mm type
supports semi-custom products.
FD-FM2S4
R25
（
Sleeve
R10
）
－380
14.961 FD-61S
Sleeve 40 mm
R4
（
Sleeve
R10
）○420
16.535
FD-G4 R25 － 140
5.512 FD-42G
Coaxial • Lens mountable
R2 ○ 200
7.874
FD-G6 R25 － 140
5.512 FD-32G
Coaxial • Lens mountable
R2 ○ 200
7.874
FD-G6X R25 － 170
6.693 FD-32GX
Coaxial • Lens mountable
Stainless-jacketed
R2 － 200
7.874
・Stainless steel mesh jacket
covering the stainless steel spiral
tube used as a protective cover for
the ber ⇒Changed to plastic
(polyolen)
FD-L4 R25 － 15.5
0.610 FD-L20H R2 ○ 23
0.906
FD-L41 R10 －
1.5 to 16
0.059 to
0.630
FD-L21 R2 ○
1.5 to 16
0.059 to
0.630
FD-L43 R4 －
0 to 24
0 to 0.945
FD-L22A R2 ○
0 to 24
0 to 0.945
FD-L44 R10 －
0 to 9.5
0 to 0.374
FD-L11 R4 ○
0 to 9.5
0 to 0.374
FD-L44S R10 －
0 to 5
0 to 0.197
FD-L10 R4 ○
0 to 5
0 to 0.197
FD-L45 R4 －
0 to 40
0 to 1.575
FD-L30A R4 ○
0 to 43
0 to 1.693
FD-L45A R25 －
4 to 44
0.157 to
1.732
FD-L31A R4 ○
4 to 33
0.157 to
1.299
・Previous no exing distance
specications ⇒ Specication wording
changed to state exing ±2 degrees
(
Reference: Discontinued model ±2
degrees specication is 10 mm to 32
mm
)
FD-L46 R25 －
1 to 56
0.039 to
2.205
FD-L32H R4 ○
0 to 56
0 to 2.205
FD-L47 R4 －
0 to 29
0 to 1.142
FD-L23 R2 ○
0 to 29
0 to 1.142
FD-NFM2 R25 － 120
4.724 FD-41 R2 ○ 125
4.921
・
End bracket total length of 17 mm for
the (M4 part/12 mm + ø2.5 area/5 mm)
⇒ Changed to 14 mm (M4 part/12 mm
+ ø2.5 area/2 mm)
FD-NFM2S
R25
（
Sleeve
R10
）
－120
4.724 FD-41S
Sleeve 40 mm
R2
（
Sleeve
R10
）○125
4.921
・The sleeve length 90 mm type
supports semi-custom products.
Coaxial
M6
20
7RXJK
17
M6
7RXJK
M6
17
Coaxial
Sleeve90mm
M6
φ2.5
20
7RXJK
M6
20 φ2.5
Sleeve40mm
M6
φ2.5
20
7RXJK
M6
20 φ2.5
M4
25
Minuteobjectscanbedetected
duetothesmallspotbeam.
Coaxial•Lensmountable
（FX-MR1/MR2/MR3/MR5/MR6）
7RXJK
M4
25
Lensmountable（FX-MR3、FX-MR6）
Coaxial
M3
17
7RXJK
M3
17
Metal-jacketed
Lensmountable（
FX-MR3、FX-MR6
）
Coaxial
M3
18
M3
18
W6×H18×D14
7RXJK
W6×H18×D14
Glasssubstratedetection
W24×H21×D4
7RXJK
W24×H21×D4
W17×H29×D3.8
Glasssubstratedetection•
Alignment
7RXJK
W17×H29×D3.8
Alignment
W12×H19×D3
Glasssubstratedetection•
Seatingconfirmation
7RXJK
W12×H19×D3
Seatingconfirmation
W12×H19×D3
Glasssubstratedetection•
Seatingconfirmation
7RXJK
W12×H19×D3
Seatingconfirmation
W20×H29×D3.8
Glasssubstratedetection•
Alignment
7RXJK
W20×H29×D3.8
Alignment
W23.5×H29×D4.5
Glasssubstratedetection•
Alignment
7RXJK
W23.5×H29×D4.5
Alignment
W25×H7.3×D30
Glasssubstratedetection•
Mapping
W25×H7.3×D30
Mapping
W18×H29×D3.8
Glasssubstratedetection•
Seatingconfirmation
7RXJK
W18×H29×D3.8
Seatingconfirmation
M4
17
7RXJK
M4
14
Sleeve90mm
M4
φ1.48
12
7RXJK
M4
12 φ1.48
Earlier Models Comparison Table
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
Fiber
Options
New product
introduction
Tough
Fiber
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
Amplifiers
FX-500
series
FX-100
series
INDEX
81
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
Earlier models
comparison
table
Type
Discontinued models
➡
Recommended replacements
Main points of difference from
discontinued models
Model No. Shape of fiber head
(mm)
Bending
radius
(mm)
Bend-
ing
dura-
bility
Sensing
range
FX
-500
STD (mm in)
Model No. Shape of fiber head
(mm)
Bending
radius
(mm)
Bend-
ing
dura-
bility
Sensing
range
FX
-500
STD (mm in)
Reective type
FD-NFM2S4
R25
（
Sleeve
R10
）
－120
4.724 FD-41S
Sleeve 40 mm
R2
（
Sleeve
R10
）○125
4.921
FD-P2 R4 ○ 80
3.150 FD-S21 R2 ○ 80
3.150
・Split amplier insertion section
conguration ⇒ Changed to integrated
light emitting/receiving conguration
・End bracket total length 15 mm ⇒
Changed to 10 mm
・PVC outer covering material for ber ⇒
Changed to PE
FD-P40 R4 ○ 45
1.772 FD-31 R2 ○ 125
4.921
・End bracket shape is 12 mm for the M3
part only ⇒ Changed to a total length
of 12 mm (M3 part/10 mm + ø2 area/2
mm )
・PVC outer covering material for ber ⇒
Changed to PE
FD-P50 R4 ○ 120
4.724 FD-S32 R4 ○ 420
16.535
・PVC outer covering material for
ber ⇒ Changed to PE
FD-P60 R4 ○ 120
4.724 FD-41 R2 ○ 125
4.921
・End bracket total length of 15 mm for
the (M4 part/12 mm + ø3 area/3 mm)
⇒ Changed to 14 mm (M4 part/12
mm + ø2.5 area/2 mm)
・PVC outer covering material for ber
⇒ Changed to PE
FD-P80 R4 ○ 280
11. 0 24 FD-61 R4 ○ 450
17.717
・End bracket total length of 15 mm for
the M6 part only ⇒ Changed to 17 mm
(M6 part/15 mm + ø4.5 area/2 mm)
・PVC outer covering material for ber ⇒
Changed to PE
FD-P81X R10 － 270
10.630 FD-64X
Stainless-jacketed
R4 － 280
11. 0 24
・End bracket total length of 19 mm for
the (M6 part/15 mm + crimped area/4
mm) ⇒ Changed to 22 mm (ø4.5
area/2 mm + M6 part/15 mm + crimped
area/5 mm)
・Split amplier insertion section
conguration ⇒ Changed to integrated
light emitting/receiving conguration
・Stainless steel mesh jacket covering
the stainless steel spiral tube used as
a protective cover for the ber ⇒
Changed to plastic (polyolen)
FD-R80 R25 － 220
8.661 FD-R60 R4 ○ 290
11.417
FD-S80 R25 － 380
14.961 FD-S32 R4 ○ 420
16.535
FD-SFM2SV2
R25 － 120
4.724 FD-V50 R4 ○ 120
4.724
・From sleeve end to optical axis
center position is 0.8 mm ⇒
Changed to 2.3 mm
・A D-shaped surface that makes it
easy to align with the optical axis
has been added
FD-SNFM2 R25 － 120
4.724 FD-S31 R2 ○ 125
4.921
・End bracket shape is 8 mm for the
ø2.5 part only ⇒ Changed to 10
mm (ø3 part/ 8 mm + ø2 area/2
mm)
FD-T40 R25 － 120
4.724 FD-31 R2 ○ 125
4.921
・End bracket shape is 12 mm for
the M3 part only ⇒ Changed to a
total length of 12 mm (M3 part /10
mm + ø2 area/2 mm)
FD-T80 R25 － 380
14.961
FD-61 R4 ○ 450
17.717
・End bracket shape is 12 mm for the M4
part only ⇒ Changed to a total length
of 17 mm (M6 part/15 mm + ø4.5
area/2 mm)
・Fiber cable outside diameter ø1.3 ⇒
Changed to ø2.2
FD-41 R2 ○ 125
4.921
・End bracket total length is 12 mm for
the M4 part only ⇒ Changed to 14 mm
(M4 part/12 mm + ø2.5 area/2 mm)
・Fiber cable outside diameter ø1.3 ⇒
Changed to ø1
FD-V41 R25 － 65
2.559 FD-V30 R2 ○65
2.559
・From sleeve end to optical axis
center position is 0.7 mm ⇒
Changed to 2 mm
・End sleeve length of 10 mm ⇒
Changed to 15 mm
Sleeve40mm
M4
φ1.48
12
7RXJK
M4
12 φ1.48
φ1.5
15
7RXJK
φ1.5
10
M3
12
7RXJK
M3
12
φ3
15
7RXJK
φ3
15
M4
15
7RXJK
M4
14
M6
15
7RXJK
17
M6
M6
Metal-jacketed
15 22
M6
M6
15
7RXJK
15
M6
φ3
15
7RXJK
φ3
15
Sleevepartcannotbebent.
φ2
φ5
0.8
2015
7RXJK
Sleevepartcannotbebent.
φ2
φ5
2015
2.3
φ2.5
8
7RXJK
M3
10
M3
12
7RXJK
M3
12
M4
12
7RXJK
17
M6
7RXJK
M4
14
Smalldiameter
Sleevepartcannotbebent.
φ1.5
φ3
0.7
10
15
7RXJK
Smalldiameter
Sleevepartcannotbebent.
φ1.5
φ3
1515
2
Earlier Models Comparison Table
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
Amplifiers
FX-500
series
FX-100
series
INDEX
Fiber
Options
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
New product
introduction
Tough
Fiber
82
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
Earlier models
comparison
table
Type
Discontinued models
➡
Recommended replacements
Main points of difference from
discontinued models
Model No. Shape of fiber head
(mm)
Bending
radius
(mm)
Bend-
ing
dura-
bility
Sensing
range
FX
-500
STD (mm in)
Model No. Shape of fiber head
(mm)
Bending
radius
(mm)
Bend-
ing
dura-
bility
Sensing
range
FX
-500
STD (mm in)
Reective type
FD-W44
R1
（
Sleeve
R10
）
－80
3.150
FD-41S
Sleeve 40 mm
R2
（
Sleeve
R10
）○125
4.921
FD-41SW
Sleeve 40 mm
R1
（
Sleeve
R10
）－80
3.150
FD-W8 R1 － 250
9.843
FD-61 R4 ○ 450
17.717
・
End bracket total length is 15 mm
for the M6 part only
⇒
Changed to
17 mm (M6 part/ 15 mm + ø4.5
area/2 mm)
FD-61W R1 － 270
10.630
・
End bracket total length is 15 mm
for the M6 part only
⇒
Changed to
17 mm (M6 part/ 15 mm + ø4.5
area/2 mm)
FD-WG4 R2 － 150
5.906
FD-42G
Coaxial • Lens mountable
R2 ○ 200
7.874
FD-42GW
Coaxial • Lens mountable
R1 － 150
5.906
FD-WKZ1 R1 －
20 to 490
0.787 to
19.291
FD-Z50HW R1 －
10 to 650
0.394 to
25.591
・Stainless steel unit casing material
⇒ Changed to plastic (PC)
FD-WL41 R1 －
2.5 to 14
0.098 to
0.551
FD-L21 R2 ○
1.5 to 16
0.059 to
0.630
FD-L21W R1 －
3 to 14
0.118 to
0.551
FD-WL48 R1 － 7.5
0.295 FD-L12W R1 － 8
0.315
FD-WS8 R1 － 250
9.843
FD-S32 R4 ○ 420
16.535
FD-S32W R1 － 270
10.630
FD-WSG4 R2 － 150
5.906 FD-S33GW R1 － 150
5.906
FD-WT4 R1 － 80
3.150
FD-31 R2 ○ 125
4.921
・End bracket total length is 12 mm
for the M3 part only ⇒ Changed to
12 mm (M3 part/ 10 mm + ø2 area
/2 mm)
FD-31W R1 － 80
3.150
・End bracket total length is 12 mm
for the M3 part only ⇒ Changed to
12 mm (M3 part/ 10 mm + ø2 area/
2 mm)
FD-WT8 R1 － 250
9.843
FD-41 R2 ○ 125
4.921
・End bracket total length is 12 mm
for the M4 part only ⇒ Changed to
14 mm (M4 part/12 mm + ø3 area/
2 mm)
FD-41W R1 － 270
10.630
・End bracket total length is 12 mm
for the M4 part only ⇒ Changed to
14 mm (M4 part/12 mm + ø3 area/
2 mm)
FD-WV42 R1 － 16
0.630
FD-V30 R2 ○ 65
2.559
・From sleeve end to optical axis center
position is 1 mm ⇒ Changed to 2 mm
・End sleeve thickness of ø2 ⇒
Changed to ø1.5
・A D-shaped surface that makes it easy
to align with the optical axis has been
added
FD-V30W R1 －20
0.787
・From sleeve end to optical axis center
position is 1 mm ⇒ Changed to 2 mm
・End sleeve thickness of ø2 ⇒
Changed to ø1.5
・A D-shaped surface that makes it easy
to align with the optical axis has been
added
Sleeve40mm
M4
φ1.48
12
7RXJK
M4
12 φ1.48
M4
12 φ1.48
M6
15
7RXJK
17
M6
17
M6
M4
25
Minuteobjectscanbedetected
duetothesmallspotbeam.
Coaxial•Lensmountable
（
FX-MR1/MR2/MR3/MR5/MR6）
7RXJK
M4
25
M4
25
Longsensingrange•
Rectangularhead
W5.2×H9.5×D15
W5.2×H9.5×D15
Glasssubstratedetection
W24×H21×D4
7RXJK
W24×H21×D4
W24×H21×D4
W7.2×H7.5×D2 W7.2×H7.5×D2
φ3
15
7RXJK
φ3
15
φ3
15
φ3
15
Coaxial φ3
15
Coaxial
M3
12
7RXJK
M3
12
M3
12
M4
14
7RXJK
M4
14
M4
14
Sleevepartcannotbebent.
φ2
φ3
1
1515
7RXJK
Smalldiameter
Sleevepartcannotbebent.
φ1.5
φ3
1515
2
Sleevepartcannotbebent.
φ1.5
φ3
1515
2
Earlier Models Comparison Table
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
Fiber
Options
New product
introduction
Tough
Fiber
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
Amplifiers
FX-500
series
FX-100
series
INDEX
83
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
Earlier models
comparison
table
Type
Discontinued models
➡
Recommended replacements
Main points of difference from
discontinued models
Model No. Shape of fiber head
(mm)
Bending
radius
(mm)
Bend-
ing
dura-
bility
Sensing
range
FX
-500
STD (mm in)
Model No. Shape of fiber head
(mm)
Bending
radius
(mm)
Bend-
ing
dura-
bility
Sensing
range
FX
-500
STD (mm in)
Reective type
FD-WZ4HB R1 －
2.5 to 65
0.098 to
2.559
FD-Z20HBW
R1 －
2 to 85
0.079 to
3.346
FD-WZ7HB R1 －
1 to 150
0.039 to
5.906
FD-Z40HBW
R1 －260
10.236
Retroreflective type
FR-KV1 R10 －
20 to 310
0.787 to
12.205
FR-KZ22E R2 ○
15 to 310
0.591 to
12.205
・Unit side installation screw
positions have been moved back 1
mm from the front edge
FR-KZ21 R10 －
20 to 200
0.787 to
7.874
FR-KZ50H R2 ○
20 to 300
0.787 to
11. 811
FR-KZ21E R10 －
20 to 200
0.787 to
7.874
FR-KZ50E R2 ○
20 to 300
0.787 to
11. 811
FR-WKZ11 R1 －
100 to 990
3.937 to
38.976
FR-Z50HW R1 ○
100 to 990
3.937 to
38.976
Thru-beam type
FT-A30 R10 －
3600
141.732
FT-A32 R2 ○
3600
141.732
・Fiber cable outside diameter ø2.2
⇒ Changed to ø1.3
・Optical cable diameter of 3 × 32
⇒ Changed to 3.2 × 32
FT-A8 R10 －
3600
141.732
FT-A11 R2 ○
3600
141.732
・Fiber cable outside diameter ø2.2
⇒ Changed to ø1.3
FT-AFM2 R25 － 860
33.858 FT-AL05 R2 ○ 860
33.858
・Cable lead out orientation changed
・Metal casing material (brass) ⇒
Changed to plastic (PPS)
FT-AFM2E R25 － 860
33.858 FT-AL05 R2 ○ 860
33.858
・Cable lead out direction changed
・Metal casing material (brass) ⇒
Changed to plastic (PPS)
FT-B8 R25 － 1250
49.213 FT-43
Lens mountable
R4 ○ 1400
5 5 .118
FT-E12 R5 － － FT-E13
Beam dia. φ0.125 mm
Sleeve part cannot be bent.
R2 ○ 15
0.591
・Fiber length 500 mm /set length type ⇒
Changed to ber length 1 m/free cut type
・Fiber cable outside diameter ø1.2 ⇒
Changed to ø1
・End bracket length of 10 mm ⇒ Changed
to 15 mm
FT-E22 R5 － － FT-E23
Beam dia. φ0.25 mm
Sleeve part cannot be bent.
R2 ○ 75
2.953
・Set length type ⇒ Changed to free cut type
・Fiber cable outside diameter ø1.2 ⇒
Changed to ø1
・End bracket length of 10 mm ⇒ Changed
to 15 mm
FT-F902
R4
(
Protective
tube
R20)
○
Liquid
detection
FT-F93
SEMI S2 compliant R2
(
Protective
tube
R20)
○
Liquid
detection
FT-FM10L R25 －
19600
771.654
FT-140
With long range lens
R4 ○
19600
771.654
FT-FM2 R25 － 110 0
43.307 FT-42
Lens mountable
R4 ○ 113 0
44.488
FT-FM2S
R25
（
Sleeve
R10
）
－110 0
43.307 FT-42S
Sleeve 40 ｍｍ R4
（
Sleeve
R10
）
○113 0
44.488
・The sleeve length 90 mm type
supports semi-custom products.
FT-FM2S4
R25
（
Sleeve
R10
）
－110 0
43.307 FT-42S
Sleeve 40 ｍｍ R4
（
Sleeve
R10
）
○113 0
44.488
W2×H10×D10
Fiberbendingtype
W2×H10×D10
Fiberbendingtype
W3.5×H14×D11
Fiberbendingtype
W3.5×H14×D11
Fiberbendingtype
W4×H2×D21.5
W7.5×H2.2×D11.2
7RXJK
W4×H2×D21.5
W7.5×H2.2×D11.2
W10.6×H28×D10.1
W9.5×H5.2×D21
7RXJK
W9.5×H5.2×D21
W10.6×H28×D10.1
W10.6×H28×D10.1
W9.5×H25×D5.2
7RXJK
W28×H10.6×D10.1
W9.5×H25×D5.2
W9.5×H5.2×D15
W30×H30×D0.5
W5.2
×
H9.5
×
D16
W30×H30×D0.5
W5×H69×D20
Sensing width
32 mm
Wide area sensing
7RXJK
Sensing width
32 mm
W5×H69×D20
W4.2×H31×D13.5
Wide area sensing
Sensing width
11 mm
7RXJK
W4.2×H31×D13.5
Sensing width
11 mm
Topsensing W5×H15×D15
7RXJK
W5×H15×D15
Sensing width
5.5
mm
Sidesensing
W5×H15×D15
7RXJK
W5×H15×D15
Sensing width
5.5
mm
M4
15
Lensmountable
（
FX-LE1/LE2/SV1）
15
M4
Sleevepartcannotbebent.
Beamdia.φ0.125mm
φ3 φ0.25
7RXJK
φ3φ0.25
15
5
φ3 φ0.4
Beamdia.φ0.25mm
Sleevepartcannotbebent.
10
5
7RXJK
φ3φ0 .4
15
5
Mountableonpipe
SEMIS2compliant
W23×H20×D17
7RXJK
W23×H20×D17
Withlens
M14
23
7RXJK
40
M14
M4
15
Lensmountable
（
FX-LE1/LE2/SV1）
7RXJK
15
M4
M4
φ1.48
Sleeve90mm
12
7RXJK
M4
φ1.48 12
M4
φ1.48
Sleeve40mm
12
7RXJK
M4
φ1.48 12
Earlier Models Comparison Table
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
Amplifiers
FX-500
series
FX-100
series
INDEX
Fiber
Options
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
New product
introduction
Tough
Fiber
84
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
Earlier models
comparison
table
Type
Discontinued models
➡
Recommended replacements
Main points of difference from
discontinued models
Model No. Shape of fiber head
(mm)
Bending
radius
(mm)
Bend-
ing
dura-
bility
Sensing
range
FX
-500
STD (mm in)
Model No. Shape of fiber head
(mm)
Bending
radius
(mm)
Bend-
ing
dura-
bility
Sensing
range
FX
-500
STD (mm in)
Thru-beam type
FT-K8 R25 －
3600
141.732
FT-KS40 R2 ○
3600
141.732
・Fiber cable outside diameter ø2.2
⇒ Changed to ø1
FT-KV1 R10 － 540
21.260 FT-KV26 R2 ○ 710
27.953
FT-KV8 R25 －
3600
141.732
FT-KV40 R2 ○
3600
141.732
・Fiber cable outside diameter ø2.2 ⇒
Changed to ø1
・Metal end material (stainless steel) ⇒
Changed to plastic (LCP), set screw
fastening specications ⇒ Changed to
MS-FD-3 fastener specications
FT-NFM2 R25 － 310
12.205 FT-31 R2 ○ 315
12.402
・End bracket total length of 15 mm for
the (M3 part/10 mm + ø2 area/5 mm
⇒ Changed to 12 mm (M3 part/10 mm
+ ø2 area/2 mm)
FT-NFM2S
R25
（
Sleeve
R10
）
－310
12.205 FT-31S
Sleeve 40 ｍｍ R2
（
Sleeve
R10
）
○315
12.402
・The sleeve length 90 mm type
supports semi-custom products.
FT-NFM2S4
R25
（
Sleeve
R10
）
－310
12.205 FT-31S
Sleeve 40 ｍｍ R2
（
Sleeve
R10
）
○315
12.402
FT-P2 R4 ○ 330
12.992 FT-S21 R2 ○ 315
12.402
・Fiber length 1 m/Set length type ⇒
Changed to ber length 2 m/free cut type
・Fiber exterior cover material of PVC ⇒
Changed to PE
FT-P40 R4 ○ 160
6.299 FT-31 R2 ○ 315
12.402
・End bracket total length of 10 mm for
the M3 part ⇒ Changed to 12 mm (M3
part/10 mm + ø2 area/2 mm)
・Fiber exterior cover material of PVC ⇒
Changed to PE
FT-P60 R4 ○ 350
13.780 FT-42
Lens mountable
R4 ○ 113 0
44.488
・Fiber exterior cover material of
PVC ⇒ Changed to PE
・Fiber cable outside diameter ø1.25
⇒ Changed to ø2.2
FT-P80 R4 ○ 810
31.890 FT-42
Lens mountable
R4 ○ 113 0
44.488
・Fiber exterior cover material of
PVC ⇒ Changed to PE
FT-P81X R10 － 880
34.646 FT-45X
Lens mountable • Stainless-jacketed
R4 － 1200
47. 2 44
・Stainless steel mesh jacket covering
the stainless steel spiral tube used as
a protective cover for the ber ⇒
Changed to plastic (polyolen)
FT-PS1 R4 ○ 90
3.543 FT-S11 R2 ○ 90
3.543
FT-R80 R25 － 780
30.709 FT-R40
Lens mountable
R4 ○ 930
36.614
・End bracket total length of 14 mm for
the (M2.6 part/3 mm + M4 part/11 mm)
⇒ Changed to 15 mm (M2.6 part/3
mm + M4 part/12 mm)
FT-SFM2 R25 － 110 0
43.307 FT-S32
Long sensing range • with lens
R10 ○
3100
122.047
・Optical cable diameter of ø1 ⇒
Changed to ø2.2
FT-SFM2L R25 －
2600
102.362
FT-S32
Long sensing range • with lens
R10 ○
3100
122.047
FT-SFM2SV2
R25 － 570
22.441 FT-V30 R4 ○ 680
26.772
・From sleeve end to optical axis center
position is 0.8 ⇒ Changed to 1.3 mm
・D-shaped surface that makes it easy to
align with the optical axis has been added
FT-SNFM2 R25 － 310
12.205 FT-S21 R2 ○ 315
12.402
・
End bracket total length of ø1.5 /8
mm ⇒ Changed to 12 mm (ø1
area/2 mm + ø1.5/8 mm)
FT-T80 R25 － 110 0
43.307 FT-42
Lens mountable
R4 ○ 113 0
44.488
・End bracket total length of 12.5 mm for
the (M2.6 part/2.5 mm + M3 part/10
mm) ⇒ Changed to 15 mm (M2.6 part
/3 mm + M4 part/12 mm)
・Fiber cable outside diameter ø1.3 ⇒
Changed to ø2.2
FT-V10 R25 －
3500
137.795
FT-V40 R4 ○
3500
137.795
φ3.5φ3.7
20
7RXJK
20
φ3.5 φ3.7
2
W2×H1.5×D20
20
7RXJK
20
1.5×2
2
Side-viewtypewithsmalllight
dispersion
3
φ4
25
7RXJK
25
φ4
3
M3
15
7RXJK
M3
12
M3
φ0.88
Sleeve90mm
10
7RXJK
M3
φ0.88 10
M3
φ0.88
Sleeve40mm
10
7RXJK
M3
φ0.88 10
φ1.5
10
7RXJK
10
φ1.5
M3
10
7RXJK
M3
12
M4
15
Lensmountable
（FX-LE1/LE2/SV1
）
7RXJK
15
M4
M4
15
Lensmountable（
FX-LE1/LE2/SV1
）
7RXJK
15
M4
20
M4
Lensmountable（
FX-LE1/LE2/SV1
）
Metal-jacketed
20
M4
φ1
6
7RXJK
6
φ1
M4
14
Lensmountable（FX-LE1/LE2）
7RXJK
15
M4
φ2.5
8
8
φ2.5
φ2.5
8
Longsensingrange•withlens
8
φ2.5
Sleevepart
cannotbebent.
0.8
φ1.5φ2.5
1520
7RXJK
φ1.5φ2.5
1.3
1520
Sleevepart
cannotbebent.
φ1.5
8
7RXJK
10
φ1.5
M3
12.5
Lensmountable
（
FX-LE1/SV1）
7RXJK
15
M4
φ4
3
25
7RXJK
25
φ4
3
Earlier Models Comparison Table
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
Fiber
Options
New product
introduction
Tough
Fiber
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
Amplifiers
FX-500
series
FX-100
series
INDEX
85
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
Earlier models
comparison
table
Type
Discontinued models
➡
Recommended replacements
Main points of difference from
discontinued models
Model No. Shape of fiber head
(mm)
Bending
radius
(mm)
Bend-
ing
dura-
bility
Sensing
range
FX
-500
STD (mm in)
Model No. Shape of fiber head
(mm)
Bending
radius
(mm)
Bend-
ing
dura-
bility
Sensing
range
FX
-500
STD (mm in)
Thru-beam type
FT-V22 R25 － 300
11. 811
FT-V23 R4 ○450
17.717
・Fiber length 1 m/Set length type ⇒
Changed to ber length 2 m/free cut
type
・From sleeve end to optical axis center
position is 0.6 ⇒ Changed to 1.1 mm
・D-shaped surface that makes it easy
to align with the optical axis has been
added
FT-V41 R25 － 200
7.874 FT-V25 R2 ○ 240
9.449
・End bracket outside diameter of
ø2.5 ⇒ Changed to ø2
・From sleeve end to optical axis
center position is 0.6 ⇒ Changed
to 1 mm
FT-W4 R1 － 250
9.843
FT-31 R2 ○ 315
12.402
・End bracket total length of 15 mm for
the (M3 part/10 mm + crimped
area/5 mm) ⇒ Changed to 12 mm
(ø2 area/2 mm + M3 part/10 mm)
・Fiber cable outside diameter ø2.2 ⇒
Changed to ø1
FT-31W R1 － 260
10.236
・End bracket total length of 15 mm for
the (M3 part/10 mm + crimped
area/5 mm) ⇒ Changed to 12 mm
(ø2 area/2 mm + M3 part/10 mm)
・Fiber cable outside diameter ø2.2 ⇒
Changed to ø1
FT-W8 R10 － 790
31.102
FT-42
Lens mountable
R4 ○ 113 0
44.488
FT-42W
Lens mountable
R1 － 800
31.496
FT-WA30 R1 －
3600
141.732
FT-A32 R2 ○
3600
141.732
・Fiber cable outside diameter ø2.2 ⇒
Changed to ø1.3
・Optical cable diameter of 3
×
32 ⇒
Changed to 3.2
×
32
FT-A32W R1 －
3600
141.732
・Fiber cable outside diameter ø2.2 ⇒
Changed to ø1.3
・Optical cable diameter of 3
×
32 ⇒
Changed to 3.2
×
32
FT-WA8 R1 －
3600
141.732
FT-A11 R2 ○
3600
141.732
・Fiber cable outside diameter ø2.2
⇒ Changed to ø1.3
FT-A11W R1 －
3600
141.732
Fiber cable outside diameter ø2.2
⇒ Changed to ø1.3
FT-WKV8 R1 －
3600
141.732
FT-KV40 R2 ○
3600
141.732
・Fiber cable outside diameter ø2.2 ⇒
Changed to ø1
・Metal end material (stainless steel) ⇒
Changed to plastic (LCP), set screw
fastening specications ⇒ Changed to
MS-FD-3 fastener specications
FT-KV40W R1 －
3600
141.732
・Fiber cable outside diameter ø2.2 ⇒
Changed to ø1
・Metal end material (stainless steel) ⇒
Changed to plastic (LCP), set screw
fastening specications ⇒ Changed to
MS-FD-3 fastener specications
FT-WR80 R1 － 660
25.984 FT-R41W R1 － 800
31.496
FT-WR80L R1 － 2200
86.614 FT-R42W
With long range lens
R1 － 2200
86.614
FT-WS3 R1 － 790
31.102 FT-S31W R1 －800
31.496
・End bracket total length of 15 mm
⇒ Changed to 10 mm
φ1 φ2
0.6
1520
Sleevepart
cannotbebent.
7RXJK
φ1 φ2
1.1
1520
Sleevepart
cannotbebent.
φ1 φ2.5
0.6
1510
Sleevepart
cannotbebent.
7RXJK
φ1 φ2
1
1515
Sleevepart
cannotbebent.
M3
15
7RXJK
M3
12
M3
12
M4
15
Lensmountable
（
FX-LE1/LE2/SV1）
7RXJK
15
M4
15
M4
W5×H69×D20
Sensing width
32 mm
7RXJK
Sensing width
32 mm
W5×H69×D20
W5×H69×D20
Sensing width
32 mm
W4.2×H31×D13.5
Sensing width
11 mm
7RXJK
W4.2×H31×D13.5
Sensing width
11 mm
W4.2×H31×D13.5
Sensing width
11 mm
3
φ4
25
7RXJK
25
φ4
3
25
φ4
3
M4
W7×H9×D13.9
M4
W7×H9×D13.9
Withlens
M4
W7×H9×D14.6
M4
W7×H9×D14.4
φ3
15
10
φ3
Earlier Models Comparison Table
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
Amplifiers
FX-500
series
FX-100
series
INDEX
Fiber
Options
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
New product
introduction
Tough
Fiber
86
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
Earlier models
comparison
table
Type
Discontinued models
➡
Recommended replacements
Main points of difference from
discontinued models
Model No. Shape of fiber head
(mm)
Bending
radius
(mm)
Bend-
ing
dura-
bility
Sensing
range
FX
-500
STD (mm in)
Model No. Shape of fiber head
(mm)
Bending
radius
(mm)
Bend-
ing
dura-
bility
Sensing
range
FX
-500
STD (mm in)
Thru-beam type
FT-WS4 R1 － 250
9.843
FT-S21 R2 ○315
12.402
・End bracket shape of ø1.5/8 mm
⇒ Changed to 10 mm (ø1 part/2
mm + ø1.5 part/8 mm)
FT-S21W R1 － 260
10.236
・End bracket shape of ø1.5/8 mm
⇒ Changed to 10 mm (ø1 part/2
mm + ø1.5 part/8 mm)
FT-WS8 R1 － 790
31.102 FT-S31W R1 － 800
31.496
・End bracket shape of ø2.5/8 mm
⇒ Changed to 10 mm (ø2 part/2
mm + ø3 part/8 mm)
FT-WS8L R1 －
3300
129.921
FT-S32
Long sensing range • with lens
R10 ○
3100
122.047
・End bracket shape of ø3 ⇒
Changed to ø2.5
・Bending radius of 1 mm ⇒
Changed to 10 mm
FT-WV42 R1 － 100
3.937
FT-V25 R2 ○ 240
9.449
・D-shaped surface that makes it
easy to align with the optical axis
has been added
FT-V24W R1 － 110
4.331
・D-shaped surface that makes it
easy to align with the optical axis
has been added
FT-WZ4HB R1 － 210
8.268
FT-Z20HBW
Fiber bending type
R1 － 260
10.236
FT-WZ7HB R1 － 790
31.102
FT-Z40HBW
Fiber bending type
R1 － 800
31.496
FT-WZ8 R1 － 1300
51.181
FT-Z30
Top sensing
R2 ○ 2100
82.677
・Black casing color ⇒ Changed to
translucent, protective seal
eliminated
FT-Z30W
Top sensing
R1 － 1500
59.055
・Black casing color ⇒ Changed to
translucent, protective seal
eliminated
FT-WZ8E R1 －
3400
133.858
FT-Z30E
Side sensing
R2 ○
3500
137.795
FT-Z30EW
Side sensing
R1 －
3400
133.858
FT-WZ8H R1 －
3300
129.921
FT-Z30H
Top sensing
R2 ○
3500
137.795
FT-Z30HW
Top sensing
R1 －
3500
137.795
FT-Z8 R4 ○ 1200
47. 2 44 FT-Z30
Top sensing
R2 ○2100
82.677
・Black casing color ⇒ Changed to
translucent, protective seal
eliminated
FT-Z8E R4 ○ 2000
78 .740 FT-Z30E
Side sensing
R2 ○
3500
137.795
FT-Z8H R4 ○ 2100
82.677 FT-Z30H
Top sensing
R2 ○
3500
137.795
φ1.5
8
7RXJK
10
φ1.5
10
φ1.5
φ2.5
8
10
φ3
φ3
Longsensingrange•withlens
8
8
φ2.5
φ1 φ2
1
Sleevepartcannotbebent.
1515
7RXJK
φ1 φ2
1
1515
Sleevepart
cannotbebent.
φ1 φ2
1
1515
Sleevepart
cannotbebent.
W2×H10×D10
Fiberbendingtype
W2×H10×D10
W3.5×H14×D11
Fiberbendingtype
W3.5×H14×D11
W8.5×H12×D3
Topsensing
7RXJK
W8.5×H12×D3
W8.5×H12×D3
W3×H12×D8
Sidesensing
7RXJK
W3×H12×D8
W3×H12×D8
W3×H8×D12
Topsensing
7RXJK
W3×H8×D12
W3×H8×D12
W8.5×H12×D3
Topsensing
7RXJK
W8.5×H12×D3
W3×H12×D8
Sidesensing
7RXJK
W3×H12×D8
W3×H8×D12
Topsensing
7RXJK
W3×H8×D12
Earlier Models Comparison Table
Fiber
Dimensions
Thru-beam
Type
Retroreective
Type
Reective
Type
Others
Fiber
Options
New product
introduction
Tough
Fiber
Fibers
Super
Quality
Threaded
Type
Cylindrical
Type
Sleeve
Flat
Type
Small
Spot
Narrow
Beam
Wide
Beam
Convergent
Reflective
Type
Retroreflective
Type
Chemical-
resistant
Heat-
resistant
Vacuum-
resistant
Liquid Leak /
Liquid Detection
Amplifiers
FX-500
series
FX-100
series
INDEX
87
Fiber
Selection
Guide
Choose
by model
Choose
by shape/
application
Viewing
new models
Earlier models
comparison
table
88
Please read this document carefully with respect to our product warranty policy before using our Panasonic Electric Works SUNX
products (“Products”). If you have any questions or comments regarding do’s and don’ts of the Products, please consult your
local Panasonic Electric Works SUNX authorized dealer for the correct use and application of the Products.
1. PRODUCT MODIFICATION & DISCONTINUANCE:
Panasonic Electric Works SUNX expressly reserves the right to modify, including the right to discontinue, any of the
Products, prior to their order, from time to time without notice.
2. WARRANTIES:
(1) Subject to the exclusions stated in 3 (EXCLUSIONS) herein below, Panasonic Electric Works SUNX warrants the
Products to be free of defects in material and workmanship for a period of one (1) year from the date of shipment under
normal usage in environments commonly found in manufacturing industry.
(2) Any Products found to be defective must be shipped to Panasonic Electric Works SUNX with all shipping costs paid by
Purchaser or offered to Panasonic Electric Works SUNX for inspection and examination. Upon examination by
Panasonic Electric Works SUNX, Panasonic Electric Works SUNX will, at its sole discretion, repair or replace at no
charge, or refund the purchase price of, any Products found to be defective.
3. EXCLUSIONS
(1) This warranty does not apply to defects resulting from any cause:
(i)
which was due to abuse, misuse, mishandling, improper installation, improper interfacing, or improper repair by Purchaser;
(ii)
which was due to unauthorized modification by Purchaser, in part or in whole, whether in structure, performance or specification;
(iii)
which was not discoverable by a person with the state-of-the-art scientific and technical knowledge at the time of manufacture;
(iv)
which was due to an operation or use by Purchaser outside of the limits of operation or environment specified by
Panasonic Electric Works SUNX;
(v) which was due to Force Majeure; and
(vi)
which was due to any use or application expressly discouraged by Panasonic Electric Works SUNX in 5 (CAUTIONS
FOR SAFE USE) hereunder.
(2) This warranty extends only to the first purchaser for application, and is not transferable to any person or entity which
purchased from such purchaser for application.
(3) The performance data presented in this catalogue is only for guidance and shall not constitute any performance warranty
by Panasonic Electric Works SUNX.
4. DISCLAIMERS
(1) Panasonic Electric Works SUNX’s sole obligation and liability under this warranty is limited to the repair or replacement,
or refund of the purchase price, of a defective Product, at Panasonic Electric Works SUNX’s option.
(2) THE REPAIR, REPLACEMENT, OR REFUND IS THE EXCLUSIVE REMEDY OF THE PURCHASER, AND ALL OTHER
WARRANTIES, EXPRESS OR IMPLIED, INCLUDING, WITHOUT LIMITATION, THE WARRANTIES OF
MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE, AND NON-INFRINGEMENT OF PROPRIETARY
RIGHTS, ARE HEREBY EXPRESSLY DISCLAIMED. IN NO EVENT SHALL PANASONIC ELECTRIC WORKS SUNX
AND ITS AFFILIATED ENTITIES BE LIABLE FOR DAMAGES IN EXCESS OF THE PURCHASE PRICE OF THE
PRODUCTS, OR FOR ANY INDIRECT, INCIDENTAL, SPECIAL OR CONSEQUENTIAL DAMAGES OF ANY KIND, OR
ANY DAMANGES RESULTING FROM LOSS OF USE, BUSINESS INTERRUPTION, LOSS OF INFORMATION, LOSS
OR INACCURACY OF DATA, LOSS OF PROFITS, LOSS OF SAVINGS, THE COST OF PROCUREMENT OF
SUBSTITUTED GOODS, SERVICES OR TECHNOLOGIES, OR FOR ANY MATTER ARISING OUT OF OR IN
CONNECTION WITH THE USE OR INABILITY TO USE THE PRODUCTS.
5. CAUTIONS FOR SAFE USE
(1) The applications shown in this catalogue are only suggestions, and it is Purchaser’s sole responsibility to ascertain the
fitness and suitability of the Products for any particular application, as well as to abide by Purchaser’s applicable local
laws and regulations, if any.
(2) Never use the Products NOT rated or designated as “SAFETY SENSOR” in any application involving risk to life or
property. When such a use is made by Purchaser, such Purchaser shall indemnify and hold harmless
Panasonic Electric Works SUNX from any liability or damage whatsoever arising out of or in relation to such use.
(3) In incorporating the Products to any equipment, facilities or systems, it is highly recommended to employ fail-safe
designs, including but not limited to a redundant design, flame propagation prevention design, and malfunction
prevention design so as not to cause any risk of bodily injury, fire accident, or social damage due to any failure of such
equipment, facilities or systems.
(4) The Products are each intended for use only in environments commonly found in manufacturing industry, and, unless
expressly allowed in this catalogue, specification or otherwise, shall not be used in, or incorporated into, any equipment,
facilities or systems, such as those:
(a) which are used for the protection of human life or body parts;
(b) which are used outdoors or in environments subject to any likelihood of chemical contamination or electromagnetic
influence;
(c) which are likely to be used beyond the limits of operations or environments specified by
Panasonic Electric Works SUNX in this catalogue or otherwise;
(d) which may cause risk to life or property, such as nuclear energy control equipment, transportation equipment
(whether on rail or land, or in air or at sea), and medical equipment;
(e) which are operated continuously each day for 24 hours; and
(f) which otherwise require a high level of safety performance similar to that required in those equipment, facilities or
systems as listed in (a) through (e) above.
6. EXPORT CONTROL LAWS
In some jurisdictions, the Products may be subject to local export laws and regulations. If any diversion or re-export is to be
made, Purchaser is advised to abide by such local export laws and regulations, if any, at its own responsibility.
7. PURCHASER’S TRASFER OBLIGATIONS
If Purchaser resell or deliver the Products to a third party, Purchaser must provide such third party with a copy of this
document, all specifications, manuals, catalogs, leaflets and written information of any kind provided to Purchaser by
Panasonic Electric Works SUNX or its authorized local representative from time to time regarding the Products.
GENERAL TERMS AND CONDITIONS
2011.10 panasonic-electric-works.net/sunx
New Product
Communication Unit for Open Network
Applicable
Digital Sensor
Digital Fiber Sensor Digital Laser Sensor Digital Pressure Sensor
The digital sensor can be connected directly
to the 3 types of open network!
Other types of analog input sensors can also be connected!
On sale soon
Scattered digital sensors can be centrally managed and set through an open network.
Fiber Sensor Guide Book
Fiber Sensor Guide Book
All Rights Reserved Panasonic Electric Works SUNX Co., Ltd. 2011
No. CE-FIBERGUIDE-7 October, 2011 Specifications are subject to change without notice. Printed in Japan
Please contact ..........
2431-1 Ushiyama-cho, Kasugai-shi, Aichi, 486-0901, Japan
■ Telephone: +81-568-33-7211 ■ Facsimile: +81-568-33-2631
Global Sales & Marketing Division
■ Telephone: +81-568-33-7861 ■ Facsimile: +81-568-33-8591
panasonic-electric-works.net/sunx
Panasonic Electric Works SUNX Co., Ltd.
