Appendix D - Heateflex

Appendix D
Sunx
Appendix D
Fiber Optic Liquid Level Sensors
Appendix D
PHOTOELECTRIC SENSOR
DIGITAL FIBER SENSOR
FX-300 SERIES
Conforming to
EMC Directive
UL Recognition
Appendix D
Constant advances achieving the highest
level of performance in its class
The FX-300 series of next-generation fiber sensors provides
the highest level of sensing performance in its class
‘Stable sensing’, ‘high sensing performance’, ‘easy operation’, ‘improved ease of
maintenance’ and ‘preservation of the environment’ are the five concepts underlying
the new FX-300 series!
Appendix D
June 2004
FX-301 advances
even further
(Refer to p.34 for details)
High-function type
FX-305
Standard type
FX-301
Ultra high-speed type
FX-301-HS
APC circuit has been added, in
addition to the four-chemical
emitting element.
Equipped with an light emitting
amount selection function. Plus, a
4-digit full ‘9999’ display (FX-305)
and 35 !s ultra high-speed
response (FX-301-HS) are also
provided.
FX-300
SERIES
Concept 1
Concept 2
High Stability
Superior Performance
P.3
P.4
Concept 5
Concept 3
Eco-friendly
Easy operation
P.8
P.6
Only two switches, the
large MODE key and the
large jog switch, are
required for operation.
P.7
Lead-free solder used is gentle on the environment.
Concept 4
Easy Maintenance
Full range of fibers
P.9
Wide lineup
Guide for each industry
LCD • Semiconductor / P.9 to P.12
Appendix D
Sensor
setup
and
control can be carried
out externally using an
upstream communication unit.
Description of different fibers and performance for each industry
Electronic component • Automatic assembly / P.13 to P.14
Pharmaceutical • Packaging / P.15
2
High Stability
Concept 1
High Stability
APC circuit
Double coupling lens
Four-chemical emitting element
Appendix D
Stable sensing over long and short periods
Stability
enhancement
Even greater sensing range
FX-301 FX-301-HS FX-305
FX-301/B/G/H FX-301-HS FX-305
In addition to a ‘four-chemical emitting element’ which suppresses changes in the light emitting
element over time so that a stable level of light emission can be maintained over long periods, a
‘APC (Auto Power Control) circuit’ has also been adopted afreshly. The light emitting amount
can be controlled in minute degrees so that even changes occurring over very short periods
can be handled, allowing stable sensing performance by suppressing deviations in light emitting
amounts caused by changes in the ambient environment that could not previously be
suppressed.
Adoption of a ‘double coupling lens’ that
increases emission efficiency to its
maximum limits and greatly increases
sensing range. Sensing ranges with small
diameter fibers and ultra-small diameter
fibers, which have become very popular due
to the miniaturization of chip components,
have been increased by 50 % over previous
values achieved with other amplifiers.
Light emitting amount
● Stable sensing comparison
FX-301
FX-301-HS
FX-305
Short-term stability
● Conventional fiber sensors (Without lens)
Three-chemical
emitting element,
Without APC
Deviation
Long-term stability
Disperses the light reduces
emitting efficiency.
Time
● Double coupling lens
The lens concentrates the light, greatly
increasing emitting efficiency.
3
Superior Performance
Concept 2
Superior Performance
Light-emitting amount selection
Ultra high-speed 35 ¨s response
FX-301 FX-301-HS FX-305
[Light receiving level saturated]
[Stable sensing]
FX-301-HS
Ultra high-speed 35 !s response. Even
small objects moving at high speeds can be
sensed. In addition, at 65 !s the FX-301
standard type is also twice as fast as
previous models.
Level 4
Level 3
Appendix D
If the light receiving level becomes saturated during closerange sensing or when sensing transparent or minute
objects, you can adjust the light emitting amount of the
sensor to stabilize sensing without needing to change the
response time. Sensing that previously required the response
time or fibers to be changed can now be set much more
easily using this function.
4 times
as fast as
before
Ultra high-speed
response
Level 2
Actual digit difference: C
A
4000
Upper display limit
Light emitting
amount
changed
B
Saturated digit
difference: D
Large display 9999
Actual digit difference: C’
Level 1
A’
B’
2.5 times
previous
models
OFF
Light emitting amount
can be changed
without changing
response time
Ultra high-speed type FX-301-HS
(H-SP mode)
35¨s
FX-305
Large display with 4 digits (9999). With a
greater difference in digit value than
previous models, threshold values can be
set in units of 1 digit up to maximum 9999.
Threshold setting can now be done more
easily and accurately.
Digit difference comparison
Example Digit difference between object A and object B
Previous models
4000
Standard type FX-301, High-function type FX-305
(H-SP mode)
65¨s
FX-305
9999
Previous model
150¨s
(During STDF, LONG and U-LG modes)
Digit difference: Small Digit difference: Large
4
Concept 2
Superior Performance
Superior Performance
Simplified systems using new operating modes
Equipped with 5 types timers
FX-305
FX-305
A window comparator mode and differential sensing mode have been added. These modes
make it easy to carry out sensing tasks that previously required multiple sensors or involved
complex threshold settings.
The FX-305 includes the same ON-delay /
OFF-delay / ONE-SHOT timer as the
FX-301(-HS), as well as an ON-delay • OFFdelay timer and an ON-delay • ONE-SHOT
timer. A wide variety of timer control
operations can be carried out by these fiber
sensors alone.
● Window comparator mode
● Differential sensing mode
<Sensing ICs in trays>
<Sensing of tiny moving objects>
Timer period: Output 1 0.5 to 9,999 ms (variable)
Output 2 0.5 to 500 ms (variable)
Time chart
For L-ON
Beamreceived
Beaminterrupted
ON
Sensing
condition
T1
Tray absent
IC present
Tray present
OFF
ON
OFF
Incident
light
intensity
Upper and lower limits for threshold values
can be set so that the incident light intensity
can turn on and off within those ranges.
Single output is used, so that only one
cable is required, and no PLC processing is
required either.
Incident light intensity
ON-delay
Lower light amounts due to dust
Because sensing is not possible at normal
sensitivity settings, sensitivity must be reset.
OFF
T1
ON
Sensing of only sudden changes in light amounts
ON-delay •
OFF-delay
Only the target objects are sensed.
No need to reset the sensitivity.
ON-delay •
ONE-SHOT
ON
OFF
T1
ONE-SHOT
ON
T1
OFF-delay
ON
T1
OFF
T1
T2
ON
OFF
T1
T2
ON
OFF
Appendix D
Multi-purpose 2-output
FX-305
Two independent output channels are provided,
so that one sensor can be used for control
tasks that previously required two sensors. In
addition, the second output channel can be
used for simple self-diagnosis and alarm output,
so that ease of maintenance is improved.
● Comparison with previous models
Light receiving amount
Too far left
Alarm output: Output 2 is set concurrently
with output 1
Drops in light amounts due to problems
such as broken fibers or dirty tips are
detected and output. When output 1
threshold value teaching is carried out with
the FX-305, output 2 is set concurrently
with the setting shifted by the amount of
surplus.
Drops in surplus amounts of light intensity
due to dust or other particles can therefore
be detected and output.
New
FX-305
Example Sensing meandering of sheets
ON
�V
0V
Output 1
Output 2
OUT 1
OK
OFF
ON
OUT 2
Too far right
OFF
[Previous models]
Initial setting
2 sensors needed
Output 2
threshold value
[FX-305]
1 sensor is enough!
Actual position
Meandered position
Output 1
threshold value
Incident light
intensity
15 %
automatically
Light amount drops
and settings are reset
15 %
automatically
In conjunction with teaching amount
5
Easy operation
Concept 3
Easy Operation
Operation
indicator
Digital
display
Large
jog switch
Large
MODE key
(FX-301)
Stability
indicator
MODE
indicator
Even beginners can quickly learn how to use the MODE NAVI
FX-301/B/G/H
L/D
TIMER
PRO
RUN
TEACH
ADJ
TEACHn
This mode is for setting the
threshold value.
L / D TIMERn
TIMER This mode permits the choice of
PRO using or not using the timer.
RUN
TEACH
ADJ
ADJn
In this mode, the threshold value,
once set, may be fine-tuned.
L/D
TIMER
PRO
L / D ONn
This mode allows the selection of
output operation as either Light-ON
or Dark-ON.
PROn
This mode allows the selection of further
advanced functions, such as the copying of
individual settings and the memory functions.
Easy confirming of threshold value settings
FX-301
FX-301/B/G/H FX-301-HS FX-305
Only two switches, the large jog switch and the large MODE key, are required for operation.
Depressing the large MODE key sets the ‘mode selection’ and ‘mode cancel’ functions. The
large jog switch is used to select from the detailed functions available within each mode, as
well as to change numerical values after the mode has been chosen.
1
FX-305
RUNn
This is the sensing mode.
Incident light level is displayed in the
digital display.
The use of only two switches makes for very simple operations
● Large MODE key
FX-301-HS
RUN
TEACH
ADJ
FX-301-HS
FX-305
The threshold value can be confirmed by
turning the jog switch even during RUN
mode.
Appendix D
MODE NAVI uses six
indicators to display the
amplifier’s basic operations.
The current operating mode
can be confirmed at a
glance, so even a first time
user can easily operate the
amplifier without becoming
confused.
● Large jog switch
2
3
Jog switch is turned
Left: FX-301(-HS)
Output 1 for FX-305
Moving the switch
from side to side
allows items to be
selected
Pressing the switch selects
or cancels the operating
mode
Pressing the
switch then
confirms the
selected setting
Improved workability!
Data bank switching and teaching can be carried out externally
FX-301
The FX-CH2 external input unit (optional)
can be used to carry out teaching and data
bank switching operations externally
without needing to operate the digital fiber
sensors directly.
This greatly improves ease of workability
during setup.
Input signal
Right: Output 2 for
FX-305
The threshold value is displayed
Key lock function prevents
accidental setting changes
FX-305
FX-301/B/G/H
Jog switch
FX-301-HS
Key lock setting
FX-305
MODE key
This disables input from the jog switch and
MODE key, thus preventing operators from
accidentally changing settings.
6
Easy Maintenance
Concept 4
Easy Maintenance
Communication unit improves equipment starting up and maintenance
upstream communication unit SC-GU1-485
The communication unit enables inputs to
the digital fiber sensors (such as teaching
and data bank switching) to be carried out
via a PLC, and also allows confirming of the
incident light intensity an output status for
the fiber sensors. This greatly improves
workability during equipment starting up
and maintenance.
FX-301
FX-305
We now offer remote maintenance for sensors!
Also reduces the work required to the
system to start running!
Control and settings can be carried out remotely
Setting and confirming incident light intensity for digital
fiber sensors (FX-301/305) that are scattered inside and
outside equipment can be carried out remotely for all
sensors by using the SC-GU1-485, which greatly improves
ease of operations such as monitoring equipment that is
running and also equipment starting and maintenance.
<Touch screen monitor example>
Device A monitor
Line1
Line2
Menu
L in e3
[Communicable commands]
● Sensor incident
light intensity
● Sensor settings
verification
● Sensor output status
● Threshold value
settings, etc.
Back
L in e4
Incident light
intensity Output
Tank A
Loader A
Liquid level detection sensor 1
Liquid level detection sensor 2
Passage confirmation sensor
Mapping sensor
End unit
To PLC or PC
The sensor settings and
operation
can
be
checked on the touch
screen, greatly improving
ease of operation!
RS-485
(communication
)
Ideal for workplaces such as
semiconductor and LCD
manufacturing lines where
there are restrictions on
operators entering and exiting
Main unit
External input unit FX-CH2
Appendix D
Teaching and data bank switching for up to
a maximum of 16 digital fiber sensors
(FX-301 and FX-305) can be carried out all
at once using an external device such as a
PLC, touch screen or switch.
Digital fiber sensor
FX-301, FX-305
FX-301
24 V DC
power supply
FX-305
Support for stable sensing and smooth setup changes!
� Setup changes (external automatic teaching / data bank switching)
Digital fiber sensor settings can be changed using
input from a touch screen or switch, so that
production line setup changes can be carried out
more easily.
� External teaching
Full-auto teaching is recommended for
teaching when the sensing object is changed
without stopping the line.
� Data bank switching
Settings such as output operations (L-ON /
D-ON) and timer operations can be recorded
in the digital fiber sensor’s data bank and
switching can be carried out externally.
m Up to 3 files can be stored.
� FX-CH2 function list
Teaching input
The following types of external teaching can be carried out.
● Full-auto teaching ● Limit teaching ‘�’
● Limit teaching ‘�’ ● 2-level teaching
� Product lineup
Connector for input device
CN-EP1 [1 pc. included with FX-CH2(-P)]
Data bank switching input
External input unit FX-CH2(-P)
Switching between 3 channels of data banks
and loading and saving of all channels at once
can be carried out.
Key lock setting input
The key lock function that prevents incorrect
operations by operators can be set on and off.
7
Quick-connection cable
CN-73-C� (optional)
S1
S2
S3
COM.
�V
MODE
0V
Wiring- and labor-saving design allows sideWiringand labor-saving
allows
sideby-side configuration
for updesign
to sixteen
units
by-side configuration forFX-301/B/G/H
up to sixteen
units
FX-301-HS FX-305
FX-301/B/G/H
FX-301-HS
FX-305
One unit can be used as either a main unit or sub unit
One
unit can
used
as either
a main
The amplifier
unitbe
can
be used
as either
a mainunit
unit or
or asub
subunit
unit.
This
feature unit
allows
forused
easyas mounting
in unit
the orside-by-side
The amplifier
can be
either a main
a sub unit.
configuration.
mainforandeasy
sub mounting
unit functions
This feature The
allows
in are
the distinguished
side-by-side
only
by the proper
use and
of the
cable andare
thedistinguished
sub cable.
configuration.
The main
submain
unit functions
Moreover,
inventory
simplified.
only by the
proper management
use of the and
mainmaintenance
cable and is
the
sub cable.
Moreover, inventory management and maintenance is simplified.
Identical part numbers eliminate the need for
costly
inventory
management
labor
Identical
part numbers
eliminate
the need for
costly inventory management labor
An optical communication function allows up
An
optical
communication
function
allows up
to 16
sensors
to be adjusted
simultaneously
to 16 sensors to be adjusted simultaneously
FX-301/B/G/H FX-305
m
m
FX-305
The optical communication function allows the FX-301/B/G/H
data that is currently
set
be copied
and savedfunction
all at once
for the
all amplifiers
Thetooptical
communication
allows
data that isconnected
currently
together
the and
rightsaved
side. This
reduces
troublesome
setup
set to befrom
copied
all atgreatly
once for
all amplifiers
connected
tasks
and
makes
setup
much
In addition,
troublesome
together
from
the right
side.
Thissmoother.
greatly reduces
troublesome
setup
adjustment
operations
at much smoother. In addition, troublesome
tasks and makes
setup
times
suchoperations
as when
adjustment
at
replacing
sensors
can
times such
as when
also
be sensors
carried can
out
replacing
easily
can also
also and
be data
carried
out
Single copy & save operation for all amplifiers
be
copied
andcan
stored
easily
and data
also
Single copy & save operation for all amplifiers
using
be copiedtheand optical
stored
communication
using
the function.
optical
communication function.
m Use the optical communication function for only the same types of sensors. Furthermore, the FX-301-HS
notthe
equipped
with optical communication
function
capability.
to p. 30Furthermore,
for details. the FX-301-HS
m is
Use
optical communication
function for only
the same
typesRefer
of sensors.
is not equipped with optical communication function capability. Refer to p. 30 for details.
Settings can be entered directly using numerical input
Settings
can be entered directly using numerical input
Every function can be directly set merely by the input of a four digit code
Sub cable
Sub cable
Main cable (4-core)
CN-74-C
Main cable (4-core)
Second
digit:
Settings
for L/D ONtime
andand
display
mode
First digit:
Settings
for response
hysteresis
Sub
cable (2-core)
CN-74-C
CH-72-C
Sub cable (2-core)
Second digit: Settings for L/D ON and display mode
CH-72-C
Main cable (3-core)
CN-73-C
FX-301(-HS)
Main cable (3-core) Main cable
Sub
cable (1-core) Main cable
CN-73-C
FX-301(-HS)
CH-71-C
Sub cable (1-core)
Fourth digit: Timer period settings
Third
Settings
for Adjust
lock and timer
Fourthdigit:
digit:
Timer period
settings
CH-71-C
Third digit: Settings for Adjust lock and timer
Eco-friendly
Eco-friendly
Appendix D
FX-305
FX-305
(numbers)
fromcan
the be
code
table.set
This
convenient
setcode
up.
Every function
directly
merely
by thefeature
input ofisaeasy
four to
digit
In
the event
that
areThis
accidentally
changed
ateasy
the operating
(numbers)
from
thesettings
code table.
convenient
feature is
to set up.
site,
entering
theare
correct
code changed
can restore
theoperating
original
In themerely
event that
settings
accidentally
at the
settings.
This entering
results in the
easycorrect
and quick
maintenance.
site, merely
code
can restore the original
settings. This results in easy andFirst
quick
maintenance.
digit: Settings
for response time and hysteresis
Concept 5
Concept 5
Eco-friendly
Eco-friendly
Lead-free solder used is gentle on the environment
Lead-free solder used is gentle on the environment
Reduced power consumption possible (ECO mode)
Reduced power consumption possible (ECO mode)
Selectable cable length
Selectable cable Used
length
for intermediate terminal block
Environmentally friendly packaging
Environmentally friendly packaging
SUNX promotes the use of lead-free materials in all of its sensor
manufacturing
usedin for
theits FX-300
SUNX promotesprocesses
the use ofincluding
lead-free those
materials
all of
sensor
series
of digital fiber
sensors.
manufacturing
processes
including those used for the FX-300
series of digital fiber sensors.
Made available are 3 lengths,
1Made
m 3.281
ft, 2are
m 36.562
ft,
available
lengths,
m 16.404
to suit
1andm 53.281
ft, 2 mft,6.562
ft,
your
and 5 application
m 16.404 ft, requireto suit
ments.
This helps requirereduce
your application
the
wasteThis
caused
cutting
ments.
helpsby reduce
cables
lightens
the
the wasteand
caused
by cutting
installation
workload.
cables and
lightens the
installation workload.
Used for intermediate terminal block
Directly connected to the PLC
To PLC
To PLC
To PLC
Directly connected to the PLC
5 m 16.404 ft cable length type To PLC
5 m 16.404 ft cable length type
5 m 16.404 ft
5 m 16.404 ft
2 m 6.562 ft
2 m 6.562 ft
1 m 3.281 ft
1 m 3.281 ft
This turns off the digital display to reduce power consumption to
approximately
or less.
(960toWreduce
is consumed
the display
This turns off 600
the W
digital
display
powerwhen
consumption
to
is
on.)
approximately
600 W or less. (960 W is consumed when the display
is on.)
With regard to effects on the
environment,
only on
utilize
With regard towe
effects
the
the
simplest we
of only
packaging
environment,
utilize
methods
greatlyof contributing
the simplest
packaging
to
the reduction
in wastes
methods
greatly contributing
generated
by your worksite.
to the reduction
in wastes
Also,
the by
bags
are
made of
generated
your
worksite.
polyethylene,
Also, the bags aaresubstance
made of
that
doesn’t give
polluting
polyethylene,
a offsubstance
gases
when burned.
that doesn’t
give off polluting
gases when burned.
Polyethylene packaging
Polyethylene packaging
8
8
FOR LCD • SEMICONDUCTOR INDUSTRY
FOR LCD • SEMICONDUCTOR INDUSTRY
Guide to fibers and characteristics
Improved stability over long and short periods
FX-301
FX-301-HS
FX-305
A four-chemical emitting element for stable sensing over long periods has been added, in addition to an APC (Auto Power Control) circuit that
suppresses fluctuations in light amount over short periods.
The light amount becomes stable a short period after the power is turned on, so setup time can be reduced.
Light emitting amount
● Stable sensing comparison
Short-term stability
FX-301(-HS)
FX-305
Three-chemical
emitting element,
Without APC
Deviation
APC circuit
Double coupling lens
Long-term stability
Four-chemical emitting element
Time
Mapping fiber
FT-KV1, FT-KV8, FR-KV1
This ultra-narrow optical beam fiber is ideal for mapping wafers.
Appendix D
1.5 mm 0.059 in thickness FT-KV1
W2�H1.5�D20 mm W0.079�H0.059
�D0.787 in ultra-compact size allows
this sensor to be installed even in thin
200 mm 7.874 in wafer handlers.
Heat-resistant fiber
Aperture angle 2 � FT-WKV8, FT-KV8
Retroreflective type FR-KV1
Aperture angle for the ultra-narrow
optical beam is 2 � or less. The light does
not spread much at all, so that stable
sensing can be obtained.
With a thickness of 2.3 mm 0.091 in, this
fiber can be installed almost anywhere,
and it is a retroreflective type so optical
beam axis alignment is simple.
FT-H�, FD-H�
A variety of types are available, including a convergent reflective type for accurately sensing glass substrates, and a type with a bending
radius of 10 mm 0.394 in that hardly takes up any space.
9
IC detection within a high temperature handler
Glass substrate detection
Glass substrate detection
Flexible type FT-H20W-M2
Heat-resistant 350 �C �662 �F FD-H35-M2
Convergent reflective type FD-H30-L32, FD-H18-L31
Withstands temperatures of �200 �C
�392 �F and has a bending radius of
10 mm 0.394 in, this fiber can be installed
almost anywhere.
Can be used in temperatures ranging from
�60 to �350 �C �76 to �662 �F. Stable
sensing is obtained even at temperatures
exceeding �300 �C �572 �F.
Accurately senses glass substrates at
high temperatures of �300 �C �572 �F.
Guide to fibers and characteristics
Large display 9999
FX-305
Large display with 4 digits (9999).
Extremely fine settings for detecting minute changes can be made to provide more stable sensing for items such as transparent objects.
Contact type liquid level
detection fiber FD-F8Y
[Example of using liquid level detection fiber sensor (LONG mode)]
Resist tank
Previous display
FX-305
<digit value><Extra width>
Liquid absent 500
460
Liquid present 40
<digit value> <Extra width>
Liquid absent 2000
1840
Liquid present 160
FOR LCD • SEMICONDUCTOR INDUSTRY
FOR LCD • SEMICONDUCTOR INDUSTRY
Extra display width has been increased!
Around liquids • Chemical-resistant fiber FT-Z802Y, FD-F705, FT-F902
Chemical-resistant fiber with fluorine resin coatings over the whole of the fiber, leak detection fiber that quickly sense leaks such as from
detergents, and liquid detection fiber that accurately sense liquid levels are among the lineup of fibers that are ideal for liquid sensing.
Detecting wafer cassette in cleaning tank
Detecting leak liquid in cleaning tank Detecting liquid presence within a pipe
(Note)
(Note)
Cleaning tank
Leak
FT-Z802Y
Liquid
FD-F705
FT-F902
Chemical-resistant fiber FT-Z802Y
Leak detection fiber FD-F705
Liquid detection fiber FT-F902
Fluorine resin coating allows fiber to be
used with confidence even where contact
with chemicals may occur.
The unique effect of capillarity enables
reliable detection of small leaks and
viscous liquids.
Even if pipe diameters and thicknesses
vary, the center of the beam axis always
follows a straight line along the pipe, so
that the setup environment has almost no
effect on sensing.
Appendix D
Wafer
cassette
Note: Use the FX-301-F amplifier that is specially designed for leak / liquid detection. For details, please refer to the ‘sensor general catalog 2003-2004’ or ‘SUNX homepage’ (http://www.sunx.co.jp/).
Vacuum-resistant fiber
FT/FD-�V
The vacuum-resistant fiber lineup lets you select the best fiber for the application.
Vacuum-resistant convergent reflective type
Withstanding temperatures of up to �300 �C �572 �F, a bending radius of 18 mm
FD-H30-L32V-S
0.709 in and bending durability of up to
• Sensing range: 0 to 8 mm 0 to 0.315 in (LONG mode)
Vacuum-resistant long-range
100,000 times are features that greatly
reflective type fiber
improve ease of use.
FD-H30-KZ1V-S
Vacuum-resistant long-range reflective type
Vacuum-resistant convergent
reflective type fiber
FD-H30-L32V-S
Vacuum-resistant
expansion lens
FV-LE1
FD-H30-KZ1V-S
• Sensing range: 20 to 200 mm 0.787 to 7.874 in (LONG mode)
Vacuum-resistant thru-beam type
Vacuum-resistant
thru-beam type fiber FT-H30-M1V-S
• Sensing range: 250 mm 9.843 in (LONG mode)
FT-H30-M1V-S
Vacuum-resistant side-view lens
FV-SV2
Vacuum-resistant
thru-beam type fiber
Front sensing type so
FT-H30-M1V-S
embedding is possible
Vacuum-resistant side-view lens
FV-SV2
• Sensing range greatly increased without taking up space
Vacuum-resistant expansion lens
FV-LE1
• Sensing range increased by 4 times or more
10
FOR LCD • SEMICONDUCTOR INDUSTRY
FOR LCD • SEMICONDUCTOR INDUSTRY
Guide to fibers and characteristics
Light emitting amount selection function
FX-301
FX-301-HS
FX-305
When sensing transparent objects and minute objects, the light emitting amount can be changed without changing the response time, even
for cases where the incident light intensity is fully saturated, which was not possible with conventional models. This allows stable sensing to
be maintained, and there is no longer any need to change the sensing range or change the fiber sensor as used to be required.
Example: Sensing glass substrate
[Incident light intensity saturated]
[Stable sensing]
Actual digit difference: C
A
Upper display limit
4000
B
Saturated digit
difference: D
Light emitting
amount
changed
,
Actual digit difference: C’
A
,
B
Comparison of saturation remedies
FX-301(-HS), FX-305
Previous models
� Remedy
� Problem
● Changing response time
Mode selection
● Changing fiber
Change to thinner fiber to reduce light amount
● Changing setting position
Increase sensing range
Fiber for glass substrate conveyor
Affects positioning precision
Cost and man-hour inefficiencies
Man-hour and space inefficiencies
Light emitting amount selection
function makes steps such as
those at left unnecessary.
FD-L40 series, FR-WKZ11
Fibers are available which are ideal for glass substrate conveyor processes.
Appendix D
FD-L43/L45
Alignment / Convergent
reflective type FD-L43, FD-L45
Even glass substrates with �8 � (FD-L45:
�6 �) of flexure can be stably sensed.
• High flexure of �8 � (FD-L43)
• Long sensing range 30 mm 1.181 in (FD-L45)
Sensing glass substrate through
a view port
FD-L44
FR-WKZ11
FD-L46
Mapping / Convergent reflective type FD-L46
Accurate mapping even for 0.5 mm
0.020 in thin glass substrates.
A light weight of approximately 39 g means it
can even be installed at the ends of handlers.
11
Seating confirmation / Convergent
reflective type FD-L44
Long sensing range 0 to 6 mm 0 to
0.236 in for seating confirmation.
Retroreflective type FR-WKZ11
A polarization filter allows accurate sensing
of glass substrates that pass by the view port.
• Long sensing range 1.5 m 4.921 ft
(when sensing glass substrates)
Guide to fibers and characteristics
External data bank switching and teaching are possible
External input unit FX-CH2
FX-301
FX-305
The FX-CH2 external input unit (optional) can be used to carry out teaching and data bank switching operations externally without needing to
operate the digital fiber sensors directly. This is ideal for locations such as clean rooms where entry and exit of personnel are restricted.
� Sensing glass substrate (stable sensing of minute differences)
When sensing transparent objects and extremely small objects,
variations in the incident light intensity caused by external factors
such as slippage of the beam axis due to vibration can result in
incorrect operation.
In such cases, periodically setting limit teaching ‘�’ can be used to
ensure more stable sensing.
The FX-CH2 can be used to carry out teaching externally, so that
teaching can be carried out much more easily in places where entry
and exit of personnel are restricted.
1
FOR LCD • SEMICONDUCTOR INDUSTRY
FOR LCD • SEMICONDUCTOR INDUSTRY
2
Input wire
Sensing object
(Glass substrate)
Input wire
Sensing object
(Glass substrate)
Reflector
Reflector
1 Carry out limit teaching ‘�’ before the sensing object (glass substrate)
arrives (while there is no sensing object present). When the shift value is
set to 5 % beforehand, the threshold value is set to a value that is at a
level 5 % lower than the incident light intensity during teaching.
2 Even when sensing glass substrates with high degrees of transparency
(low damping), stable sensing is possible without changes in the light
amount due to external causes.
Upstream communication for reading data and teaching are also possible
Upstream communication unit SC-GU1-485
FX-301
FX-305
A PLC or computer can be used for sending inputs (teaching or data bank switching) to the digital fiber sensors, and also a communication unit
can be used for confirming incident light intensities and output statuses for the digital fiber sensors, which is ideal for equipment such as
semiconductor manufacturing equipment in places where entry and exit of personnel are restricted.
Pipe-mountable
liquid level detection fiber
Contact type liquid
level detection fiber
Chemical-resistant
fiber
L in e1
Lin e2
Menu
Li ne 3
Back
Li ne 4
Incident light
intensity Output
Tank A
Loader A
The sensor settings and operation can be
confirmed on the touch screen, greatly
improving ease of operation!
Liquid level detection sensor 2
Mapping sensor
<Communicable
commands>
● Sensor incident light intensity ● Sensor settings verification
● Sensor output status ● Threshold value settings, etc.
RS-485 communication
Compatible with all PLCs equipped with RS-485 compatible units
High-speed communication at a maximum speed
of 57.6 kbps allows the operator to instantly
confirm information such as the incident light
intensity and output statuses of the digital sensors.
Series connection of a maximum of 31 nodes is possible
A maximum of 31 nodes can be connected in
series. This is ideal for flexible handling when the
sensors are to be installed in scattered locations
or if more sensors are added.
Liquid level detection sensor 1
Passage confirmation sensor
RS-485 communication provides a high level of
general compatibility so that any type of PLC can
be used. Integration with existing systems is
possible without the need to change PLCs.
Communication speed 57.6 kbps
<Touch screen monitor example>
Device A monitor
High general compatibility so that any
type of PLC can be used
Appendix D
� Example of use in semiconductor cleaning process
Ideal for workplaces such as semiconductor
and LCD manufacturing lines where there are
restrictions on operators entering and exiting
Less wiring and installation work
Up to a maximum of 16 sensors can be connected
side-by-side. Power can be supplied to all of them at
once, so that less wiring and installation work is
required. Wire-saving connectors also makes it possible
to send output signals to the PLC in a single batch.
12
FOR ELECTRONIC COMPONENT • AUTOMATIC ASSEMBLY INDUSTRY
FOR ELECTRONIC COMPONENT • AUTOMATIC ASSEMBLY INDUSTRY
High-speed response 35 ¨s
Guide to fibers and characteristics
Independent dual outputs
FX-301-HS
FX-305
These digital fiber sensors have the fast response time of 35 !s.
They are ideal for sensing minute objects that are moving at high
speeds.
Two independent output channels are provided, so that one sensor
can be used for control tasks that previously required two sensors.
In addition, the second output channel can be used for alarm output
and error output, so that ease of maintenance is improved.
Screw length discrimination
Output 1 and output 2 can be used together to
distinguish between sensing objects A, B and C.
between
[ Distinguishing
sensing objects A, B and C ]
Sensing object A Sensing object B Sensing object C
Ultra high-speed
response
35¨s
(600)
(3,000)
OFF
Output 1
Output 2
(1,000)
OFF
ON
ON
Incident light intensity
m A window comparator mode for distinguishing between sensing
objects with single output is also available.
Interference prevention up to maximum of sixteen units
FX-305
Interference prevention can be set for up to a maximum of 16 units,
so that they can be used with confidence in locations where the
fibers are installed in contact with each other. In addition,
interference prevention for two fibers can be set during 65 !s ultra
high-speed mode.
FD-FM2
Interference prevention switching function
IP-1
Mode
IP-2
Dog
Appendix D
No. of units Response time No. of units Response time
H-SP
2 units
65 !s
4 units
130 !s
FAST
4 units
150 !s
8 units
300 !s
STD
4 units
250 !s
8 units
500 !s
STDF
4 units
700 !s
8 units
1.4 ms
LONG
4 units
2.5 ms
8 units
5 ms
U-LG
8 units
4.5 ms
16 units
9 ms
For the FX-301/B/G/H, up to 4 units can be set.
The FX-301-HS is not equipped with an interference prevention function.
Improved ease of working! External data bank switching and teaching
FX-301
The FX-CH2 external input unit (optional) can be used to carry out
teaching and data bank switching operations externally without
needing to operate the digital fiber sensors directly.
This is very convenient for equipment which requires frequent setup
changes.
13
FX-305
Wide beam fiber
Guide to fibers and characteristics
FT-WA30/A30, FT-WA8/A8
It has a wide sensing width of 11 mm
0.433 in for the FT-WA8/A8 and 32 mm
1.260 in for the FT-WA30/A30 enabling
long distance sensing of objects as far as
3,500 mm 137.795 in (with the FX-301 in
long range mode). Optimal for detecting
unsteady works or small objects.
FT-WA30
FT-WA8
Detecting dropping screws
Finest spot fiber
An ultra-small "0.1 mm "0.004 in spot
size has now been made possible by
combining our precision fiber with our
finest spot lens. The orientation of 0603
chips can also be discriminated stably.
Wire breakage detection
FX-MR6�FD-EG3
FX-MR6 (Lens)
�
FD-EG3 (Fiber)
FD-G6X
Finest spot lens FX-MR6
IC
Fiber model No. Distance to focal point Spot diameter
7�0.5 mm 0.276�0.020 in "0.1 mm "0.004 in approx.
7�0.5 mm 0.276�0.020 in "0.15 mm "0.006 in approx.
7�0.5 mm 0.276�0.020 in "0.2 mm "0.008 in approx.
7�0.5 mm 0.276�0.020 in "0.4 mm "0.016 in approx.
FD-EG3
FD-EG2
FD-EG1
FD-WG4/G4/G6X/G6
FX-MR6
Finest spot lens FX-MR3
Fiber model No.
FD-EG3
FD-EG2
FD-EG1
FD-WG4/G4/G6X/G6
Distance to focal point Spot diameter
7.5�0.5 mm 0.295�0.020 in "0.15 mm "0.006 in approx.
7.5�0.5 mm 0.295�0.020 in "0.2 mm "0.008 in approx.
7.5�0.5 mm 0.295�0.020 in "0.3 mm "0.012 in approx.
7.5�0.5 mm 0.295�0.020 in "0.5 mm "0.020 in approx.
Ultra small diameter fiber
0603 chip orientation discrimination
FOR ELECTRONIC COMPONENT • AUTOMATIC ASSEMBLY INDUSTRY
FOR ELECTRONIC COMPONENT • AUTOMATIC ASSEMBLY INDUSTRY
IC pin sensing
FT-E12/E22, FD-E12/E22
Appendix D
Sleeve head diameter of 0.25 mm
0.010 in has been realized (FT-E12). This
has improved the sensing capability for
minute objects such as the 0603 chip.
Chip
FT-E22
FD-E12
Sensing of chip components during suction transport
Rectangular head fiber
Confirming passage of chip components
FT-Z8�/WZ8�
The allowable bending radius is 4 mm
0.157 in (1 mm 0.039 in for the
FT-WZ8�). This allows the fibers to be
routed with great freedom and uses less
space. Because it is installed with only
two M2 screws, light beam axis alignment
is easy. A front sensing type, side
sensing type and top sensing type are
provided.
FT-WZ8E
FT-Z8
Detecting ICs in tranceparent stick
Parts feeder surplus detection
14
FOR PHARMACEUTICAL • PACKAGING INDUSTRY
FOR PHARMACEUTICAL • PACKAGING INDUSTRY
Retroreflective type fiber
FR-WKZ11, FR-KZ21/22
The lineup includes retroreflective type fibers which are ideal for sensing transparent objects.
With polarizing filters FR-WKZ11
This fiber has a compact head of W9.5�H5.2�D15
mm W0.374�H0.205�D0.591 in.
Equipped with allowable bending radius: R1 mm R0.039 in making it space efficient.
FT-V10
Side-view fiber
Appendix D
Because this is a side-view fiber, it is ideal for sensing in
locations where space is scarce. Has a 4-side beveled shape
and beam axis alignment with respect to the beveled surface is
done when installing the product, so that the fiber can be
installed easily just by aligning its surface.
Tough flexible fiber
Chemical-resistant fiber
R10 mm R0.394 in or more
Strong stainless steel mesh protects
fiber cables from breakage
FT-Z802Y
With the case made of PFA (fluorine resin) and fiber sheath
with PFA (fluorine resin), the fiber can be used with various
types of chemical liquids.
FT-P81X, FD-P81X, FD-G6X
Stainless steel braiding protects the fiber cable and prevents
fiber breakage due to snagging.
15
Guide to fibers and characteristics
FX-300
ORDER GUIDE
Connector type amplifiers Quick-connection cable is not supplied with the amplifier. Please order it separately.
FX-301
Red LED
FX-301P
Blue LED
NPN open-collector
transistor
FX-301G
NPN open-collector
transistor
FX-301GP
PNP open-collector
transistor
FX-301H
NPN open-collector
transistor
Infrared LED
High-speed
type
PNP open-collector
transistor
FX-301BP
FX-301HP
FX-301-HS
Red LED
FX-301P-HS
High-function type
PNP open-collector
transistor
NPN open-collector
transistor
Length
CN-73-C1
1 m 3.281 ft
CN-73-C2
2 m 6.562 ft
CN-73-C5
5 m 16.404 ft
CN-71-C1
1 m 3.281 ft
CN-71-C2
2 m 6.562 ft
CN-71-C5
5 m 16.404 ft
CN-74-C1
1 m 3.281 ft
CN-74-C2
2 m 6.562 ft
CN-74-C5
5 m 16.404 ft
CN-72-C1
1 m 3.281 ft
CN-72-C2
2 m 6.562 ft
CN-72-C5
5 m 16.404 ft
PNP open-collector
transistor
NPN open-collector
transistor
FX-305
Model No.
NPN open-collector
transistor
PNP open-collector
transistor
Green LED
Quick-connection cables
Type
Red LED
FX-305P
PNP open-collector
transistor
Appendix D
Standard type
FX-301B
Output
Main cable (3-core)
Emitting element
Sub cable (1-core)
Model No.
Main cable (4-core)
Appearance
Sub cable (2-core)
Type
16
FX-300
ORDER GUIDE
Quick-connection cables
For FX-301(-HS)/B/G/H Quick-connection cable is not supplied with the amplifier. Please order it separately.
Main cable
Type
Main cable
(3-core)
Sub cable
(1-core)
Model No.
Description
CN-73-C1
Length: 1 m 3.281 ft
CN-73-C2
Length: 2 m 6.562 ft
CN-73-C5
Length: 5 m 16.404 ft
CN-71-C1
Length: 1 m 3.281 ft
CN-71-C2
Length: 2 m 6.562 ft
CN-71-C5
Length: 5 m 16.404 ft
• CN-73-C�
0.15 mm2 3-core cabtyre cable, with connector on one end
Cable outer diameter: "3.0 mm "0.118 in
Sub cable
• CN-71-C�
0.15 mm2 1-core cabtyre cable, with connector on one end
Cable outer diameter: "3.0 mm "0.118 in
For FX-305 Quick-connection cable is not supplied with the amplifier. Please order it separately.
Type
Main cable
(4-core)
Sub cable
(2-core)
Model No.
Main cable
Description
CN-74-C1
Length: 1 m 3.281 ft
CN-74-C2
Length: 2 m 6.562 ft
CN-74-C5
Length: 5 m 16.404 ft
CN-72-C1
Length: 1 m 3.281 ft
CN-72-C2
Length: 2 m 6.562 ft
CN-72-C5
Length: 5 m 16.404 ft
• CN-74-C�
0.15 mm2 4-core cabtyre cable, with connector on one end
Cable outer diameter: "3.0 mm "0.118 in
Sub cable
• CN-72-C�
0.15 mm2 2-core cabtyre cable, with connector on one end
Cable outer diameter: "3.0 mm "0.118 in
End plates End plates are not supplied with the amplifier. Please order them separately when the amplifiers are mounted in cascade.
Appendix D
Appearance
Model No.
MS-DIN-E
Description
When cascading multiple amplifiers, or
when it moves depending on the way it is
installed on a DIN rail, these end plates
ensure that all amplifiers are mounted
together in a secure and fully connected
manner.
Two pcs. per set
OPTIONS
Designation
Model No.
Amplifier mounting
bracket
MS-DIN-2
Mounting bracket for amplifier
FX-MB1
10 sets of 2 communication window seals and 1 connector seal
Communication window seal:
It prevents malfunction due to transmission signal from another
amplifier, as well as, prevents effect on another amplifier.
Connector seal:
It prevents contact of any metal, etc., with the pins of the quickconnection cable.
Fiber amplifier
protective seal
Description
Amplifier mounting bracket
• MS-DIN-2
Fiber amplifier protective seal
• FX-MB1
Communication
window seal
Connector seal
17
FX-300
LIST OF FIBERS
Pliable fibers (flexible and sharp bending fibers) are marked with light blue in the table.
FX-305 / FX-301 (Red LED type) sensing range (Note 1)
The FX-305 and FX-301(-HS) have different sensing modes.
FX-305: H-SP, FAST, STD, STDF, LONG, U-LG (no S-D mode)
FX-301(-HS): S-D, H-SP, FAST, STD, LONG (no STDF or U-LG mode)
Thru-beam type (one pair set)
Shape of fiber head
(mm in)
Lens mountable
M4
Lens mountable
"1.48 "0.058
M4
Sleeve 40 mm 1.575 in
Lens mountable
Min. sensing Fiber cable
Bending
object
length
radius
(Note 3)
: Free-cut
400 15.748 "0.04 mm
200 7.874
"0.0016 in
180 7.087
opaque object
Lens mountable
M4
Lens mountable
M4
M4
M4
W7H9D13.9
W0.276H0.354D0.547
With lens
M4
W7H9D14.6
W0.276H0.354D0.575
Lens mountable
M4
Lens mountable
(except FX-LE2)
M3
1,000 39.370
780 30.709
500 19.685
400 15.748
280 11.024
150 5.906
130 5.118
"0.03 mm
"0.0012 in
opaque object
750 29.528
570 22.441
350 13.780
290 11.417
900 35.433
650 25.591
400 15.748
320 12.598
900 35.433
650 25.591
380 14.961
320 12.598
550 21.654
400 15.748
250 9.843
190 7.480
750 29.528
570 22.441
350 13.780
290 11.417
1,500 59.055
1,200 47.244
750 29.528
600 23.622
740 29.134
530 20.866
320 12.598
230 9.055
1,000 39.370
780 30.709
500 19.685
400 15.748
M3
M3
"0.88 "0.035
Sleeve 40 mm 1.575 in
R1 mm
R0.039 in FT-W8
230 9.055
100 3.937
110 4.331
"0.04 mm
"0.0016 in
opaque object
R4 mm
R0.157 in FT-P80
Flexible
230 9.055
100 3.937
110 4.331
"0.05 mm
1m
R10 mm
"0.0020 in
FT-P81X
opaque object 3.281 ft R0.394 in
140 5.512
70 2.756
80 3.150
"0.04 mm
R4 mm
"0.0016 in
R0.157 in FT-P60
2m
opaque object 6.562 ft Flexible
200 7.874
"0.06 mm
90 3.543
"0.0024 in
FT-WR80
100 3.937
opaque object
R1 mm
2m
R0.039
in
420 16.535 "0.04 mm
6.562 ft
200 7.874
"0.0016 in
FT-WR80L
210 8.268
opaque object
150 5.906
75 2.953
80 3.150
280 11.024
150 5.906
130 5.118
"0.04 mm
R25 mm
"0.0016 in
2 m R0.984 in FT-R80
opaque object 6.562 ft
"0.03 mm
"0.0012 in
opaque object
FT-T80
R25 mm
R0.984 in
FT-NFM2
400 15.748
270 10.630
200 7.874
140 5.512
100 3.937
55 2.165
49 1.929
"0.025 mm
"0.0010 in
opaque object
M3
M3
Fiber
R25 mm FT-FM2S
R0.984 in
2m
Sleeve
6.562 ft R10 mm
FT-FM2S4
R0.394 in
"0.03 mm
"0.0012 in
opaque object
"0.88 "0.035
M3
FT-B8
R25 mm
R0.984 in
200 7.874
90 3.543
100 3.937
M3
Sleeve 90 mm 3.543 in
Model No.
FT-FM2
M4
M4
Lens mountable
Nut type
: FAST
: H-SP
: S-D
"1.48 "0.058
Tough flexible
Elbow
1,600 62.992
1,100 43.307
700 27.559
530 20.866
: U-LG
: LONG
: STDF
: STD
M4
Sleeve 90 mm 3.543 in M4
Threaded type
Sensing range (mm in)(Note 2)
Appendix D
Type
220 8.661
160 6.299
100 3.937
80 3.150
350 13.780
250 9.843
150 5.906
100 3.937
55 2.165
25 0.984
28 1.102
75 2.953
30 1.181
35 1.378
"0.02 mm
"0.0008 in
opaque object
Fiber
R25 mm FT-NFM2S
R0.984 in
2m
Sleeve
6.562 ft
R10 mm FT-NFM2S4
R0.394 in
R1 mm
R0.039 in FT-W4
R4 mm
R0.157 in FT-P40
Flexible
Long sensing
range
19,500 767.715
10,000 393.700 "0.4 mm
19,500 767.715
3,500 137.795 "0.016 in
R25 mm
FT-FM10L
10 m
19,500 767.715
3,800 149.606
opaque object 32.808 ft R0.984 in
14,000 551.180
Notes: 1) Refer to p.27 for the sensing ranges for the FX-301-HS in H-SP mode and for the FX-301B/G/H.
2) Please take care that the sensing range of the free-cut type fiber may be reduced by 20 % max. depending upon how the fiber is cut.
3) The minimum sensing object size is the value for red LED type. Please contact our office for information on the minimum sensing object size if using
amplifiers other than red LED type.
The optimum condition is the condition when the sensitivity is set so that the sensing output just changes to light incident operation in the object absent
condition.
With lens
M14
18
FX-300
LIST OF FIBERS
Pliable fibers (flexible and sharp bending fibers) are marked with light blue in the table.
FX-305 / FX-301 (Red LED type) sensing range (Note 1)
The FX-305 and FX-301(-HS) have different sensing modes.
FX-305: H-SP, FAST, STD, STDF, LONG, U-LG (no S-D mode)
FX-301(-HS): S-D, H-SP, FAST, STD, LONG (no STDF or U-LG mode)
Thru-beam type (one pair set)
Type
Shape of fiber head
(mm in)
Sensing range (mm in)(Note 2)
: U-LG
: LONG
: STDF
: STD
: FAST
: H-SP
: S-D
Min. sensing Fiber cable
Bending Model No.
object
length
radius
(Note 3)
: Free-cut
"1.5 "0.059
Ultra-small diameter "1
"0.039
Side-view
Appendix D
Cylindrical type
"2.5 "0.098
"3 "0.118
1,500 59.055
420 16.535 "0.02 mm
1,200 47.244
200 7.874
"0.0008 in
FT-WS8L
750 29.528
210 8.268
opaque object
600 23.622
R1 mm
2m
R0.039 in
780 30.709
200 7.874
"0.05 mm
"3 "0.118
6.562 ft
570 22.441
90 3.543
"0.0020 in
FT-WS3
340 13.386
100 3.937
opaque object
290 11.417
With lens Long sensing range
2,000 78.740
580 22.835 "0.02 mm
"2.5 "0.098
170 6.693
1,600 62.992
"0.0008 in
FT-SFM2L
600 23.622
280 11.024
opaque object
800 31.496
R25 mm
R0.984 in
1,000 39.370
280 11.024
"2.5 "0.098
150 5.906
780 30.709
FT-SFM2
2m
500 19.685
130 5.118
"0.03 mm
6.562 ft
400 15.748
"0.0012 in
750 29.528
200 7.874
opaque object
"2.5 "0.098
570 22.441
90 3.543
R1 mm
350 13.780
100 3.937
R0.039 in FT-WS8
290 11.417
400 15.748
100 3.937
"0.025 mm
"1.5 "0.059
R25 mm
55 2.165
270 10.630
"0.0010 in
200 7.874
49 1.929
R0.984 in FT-SNFM2
opaque object
140 5.512
2m
55 2.165
220 8.661
6.562 ft
"1.5 "0.059
160 6.299
25 0.984
R1 mm FT-WS4
100 3.937
28 1.102
"0.02 mm
R0.039 in
80 3.150
"0.0008 in
350 13.780
90 3.543
opaque object
"1.5 "0.059
1m
40 1.575
280 11.024
42 1.654
160 6.299
3.281 ft R4 mm FT-P2
120 4.724
R0.157 in
100 3.937
30 1.181
"0.02 mm
"1 "0.039
13 0.512
500 mm Flexible
80 3.150
"0.0008 in
FT-PS1
50 1.969
17 0.669
opaque object 19.685 in
40 1.575
20 0.787
8 0.315
Beam diameter
"0.25 "3
3 0.118
18 0.709
500 mm
"0.125 mm "0.005 in "0.010 "0.118
FT-E12
3 0.118
13 0.512
19.685 in
"0.02
mm
Sleeve part cannot be bent. 10 0.394
R5 mm
"0.0008 in
R0.197 in
36 1.417
130 5.118
Beam diameter
"0.4 "3
opaque object
18 0.709
1m
"0.25 mm "0.010 in "0.016 "0.118
80 3.150
FT-E22
60 2.362
15 0.591
3.281 ft
50 1.969
Sleeve part cannot be bent.
"4 "0.157
2,350 92.520
800 31.496 "0.05 mm
2,000 78.740
340 13.386
FT-V10
3
1,400 55.118
350 13.780 "0.0020 in
opaque object
0.118
1,000 39.370
2
m
550 21.654
140 5.512
"1.5"0.059
6.562 ft
400 15.748
65 2.559
"2.5 "0.098
0.8 0.031
FT-SFM2SV2
240 9.449
70 2.756
Sleeve part cannot be bent.
R25 mm
200 7.874
R0.984 in
410 16.142
125 4.921
"1"0.039
390 15.354
60 2.362
1m
"2 "0.079
0.6 0.024
FT-V22
63 2.480
220 8.661
3.281
ft
"0.02 mm
Sleeve part cannot be bent.
180 7.087
"0.0008 in
60 2.362
220 8.661
"1"0.039
opaque object
175 6.890
25 0.984
"2.5 "0.098
0.6 0.024
FT-V41
100 3.937
27 1.063
Sleeve part cannot be bent.
80 3.150
2m
30 1.181
120 4.724
"1"0.039
6.562 ft R1 mm
90 3.543
13 0.512
"2 "0.079
1 0.039
55 2.165
15 0.591
R0.039 in FT-WV42
Sleeve part cannot be bent.
40 1.575
Notes: 1) Refer to p.27 for the sensing ranges for the FX-301-HS in H-SP mode and for the FX-301B/G/H.
2) Please take care that the sensing range of the free-cut type fiber may be reduced by 20 % max. depending upon how the fiber is cut.
3) The minimum sensing object size is the value for red LED type. Please contact our office for information on the minimum sensing object size if using
amplifiers other than red LED type.
The optimum condition is the condition when the sensitivity is set so that the sensing output just changes to light incident operation in the object absent
condition.
19
With lens Long sensing range
"3 "0.118
FX-300
Pliable fibers (flexible and sharp bending fibers) are marked with light blue in the table.
FX-305 / FX-301 (Red LED type) sensing range (Note 1)
The FX-305 and FX-301(-HS) have different sensing modes.
FX-305: H-SP, FAST, STD, STDF, LONG, U-LG (no S-D mode)
FX-301(-HS): S-D, H-SP, FAST, STD, LONG (no STDF or U-LG mode)
Thru-beam type (one pair set)
Type
Shape of fiber head
(mm in)
Easy mounting � Top sensing
W3�H8�D12
W0.118�H0.315�D0.472
Easy mounting � Side sensing
W3�H12�D8
W0.118�H0.472�D0.315
Compact
Rectangular
Easy mounting � Front sensing
W8.5�H12�D3
W0.335�H0.472�D0.118
Front sensing
W10�H7�D2
W0.394�H0.276�D0.079
Fiber bending type
W2�H10�D10 W0.079�H0.394�D0.394
Front sensing
W14�H7�D3.5
W0.551�H0.276�D0.138
Fiber bending type
W3.5�H14�D11 W0.138�H0.551�D0.433
Narrow beam
"3.5
"0.138
"3.7
"0.146
Side-view type with small light
dispersion
"4 "0.157
3
0.118
W2�H1.5�D20 W0.079�H0.059�D0.787
2 0.079
Sensing range (mm in)(Note 2)
3,500 137.795
2,500 98.425
1,600 62.992
1,200 47.244
3,100 122.047
2,700 106.299
1,550 61.024
1,400 55.118
2,100 82.677
1,500 59.055
950 37.402
700 27.559
1,850 72.835
1,600 62.992
950 37.402
800 31.496
950 37.402
700 27.559
420 16.535
330 12.992
1,100 43.307
800 31.496
500 19.685
400 15.748
300 11.811
200 7.874
140 5.512
100 3.937
220 8.661
150 5.906
105 4.134
75 2.953
660 25.984
440 17.323
308 12.126
220 8.661
870 34.252
580 22.835
406 15.984
290 11.417
3,000 118.110
2,000 78.740
1,500 59.055
1,000 39.370
2,200 86.614
1,700 66.929
1,000 39.370
700 27.559
3,000 118.110
2,000 78.740
1,500 59.055
1,000 39.370
600 23.622
500 19.685
300 11.811
250 9.843
� : U-LG
� : LONG
� : STDF
� : STD
� : FAST
� : H-SP
� : S-D
Min. sensing Fiber cable
Bending Model No.
object
length
radius
(Note 3)
: Free-cut
850 33.465 "0.08 mm
400 15.748 "0.0032 in
410 16.142
opaque object
R1 mm
R0.039 in FT-WZ8H
1,000 39.370 "0.03 mm
420 16.535 "0.0012 in
490 19.291
opaque object
R4 mm
R0.157 in FT-Z8H
Flexible
500 19.685 "0.05 mm
200 7.874
"0.0020 in
210 8.268
opaque object
2m
600 23.622 "0.03 mm
6.562 ft R4 mm
250 9.843
R0.157 in FT-Z8E
"0.0012 in
280 11.024
opaque object
Flexible
240 9.449
"0.04 mm
100 3.937
R1 mm
"0.0016 in
120 4.724
R0.039 in FT-WZ8
opaque object
300 11.811
120 4.724
140 5.512
70 2.756
40 1.575
40 1.575
"0.03 mm
"0.0012 in
opaque object
Wide beam
Special
W5�H69�D20
W0.197�H2.717�D0.787
(Note 4)
(Note 4)
(Note 4)
(Note 4)
3,500 137.795
3,500 137.795
3,500 137.795
3,500 137.795
50 1.969
30 1.181
30 1.181
"0.08 mm
"0.0032 in
opaque object
150 5.906
80 3.150
80 3.150
210 8.268
110 4.331
110 4.331
W4.2�H31�D13.5
W0.165�H1.220�D0.531
(Note 4)
(Note 4)
3,500 137.795
3,500 137.795
3,500 137.795
1,500 59.055
FT-WZ4
1m
3.281 ft
FT-WZ4HB
R1 mm
R0.039 in
"0.08 mm
"0.0032 in
opaque object
FT-WZ7
2m
"0.03 mm
6.562 ft
"0.0012 in
opaque object
FT-WZ7HB
800 31.496
300 11.811
350 13.780
R25 mm
R0.984 in FT-K8
600 23.622 "0.06 mm
280 11.024
"0.0024 in
300 11.811
opaque object
R1 mm
R0.039 in FT-WKV8
800 31.496
300 11.811
350 13.780
180 7.087
90 3.543
100 3.937
"0.02 mm
"0.0008 in
opaque object
(Note 4)
(Note 4)
3,500 137.795 "0.3 mm
3,000 118.110 "0.012 in
3,500 137.795
opaque object
Wide area sensing
Sensing width
11 mm 0.433in
R4 mm
R0.157 in FT-Z8
Flexible
"0.08 mm
"0.0032 in
opaque object
Wide area sensing
Sensing width
32 mm 1.260 in
R1 mm
R0.039 in FT-WZ8E
1,100 43.307 "0.25 mm
1,080 42.520 "0.010 in
750 29.528
opaque object
2m
6.562 ft R25 mm
R0.984 in FT-KV8
Appendix D
LIST OF FIBERS
R10 mm
R0.394 in FT-KV1
R1 mm
R0.039 in FT-WA30
R10 mm
R0.394 in FT-A30
2m
6.562 ft R1 mm
R0.039 in FT-WA8
R10 mm
R0.394 in FT-A8
850 33.465
220 8.661
Horizontal:
650 25.591
100 3.937
"0.025 mm
FT-AFM2
380 14.961
115 4.528
"0.0010 in
330 12.992
opaque object
R25 mm
2m
Side sensing
Vertical:
R0.984 in
800 31.496
200 7.874
6.562 ft
"0.45 mm
590 23.228
90 3.543
FT-AFM2E
"0.018 in
350 13.780
100 3.937
W5�H15�D15
opaque object
W0.197�H0.591�D0.591
290 11.417
Notes: 1) Refer to p.27 for the sensing ranges for the FX-301-HS in H-SP mode and for the FX-301B/G/H.
2) Please take care that the sensing range of the free-cut type fiber may be reduced by 20 % max. depending upon how the fiber is cut.
3) The minimum sensing object size is the value for red LED type. Please contact our office for information on the minimum sensing object size if using
amplifiers other than red LED type.
The optimum condition is the condition when the sensitivity is set so that the sensing output just changes to light incident operation in the object absent
condition.
4) The fiber cable length practically limits the sensing range to 3,500 mm 137.795 in long.
Array
Top sensing
W5�H15�D15 W0.197�H0.591�D0.591
20
FX-300
LIST OF FIBERS
FX-305 / FX-301 (Red LED type) sensing range (Note 1)
The FX-305 and FX-301(-HS) have different sensing modes.
FX-305: H-SP, FAST, STD, STDF, LONG, U-LG (no S-D mode)
FX-301(-HS): S-D, H-SP, FAST, STD, LONG (no STDF or U-LG mode)
Thru-beam type (one pair set)
Type
Shape of fiber head
(mm in)
350 �C 662 �F
Lens mountable
M4
Heat-resistant
350 �C 662 �F
Sleeve 60 mm 2.362 in M4
"2.1 "0.083
Allows flexible wiring
200 �C 392 �F
Lens mountable
M4
200 �C 392 �F
Lens mountable
M4
130 �C 266 �F
Lens mountable (FX-LE2 only)
M4
Sensing range (mm in)(Note 2)
750 29.528
550 21.654
330 12.992
280 11.024
420 16.535
310 12.205
180 7.087
140 5.512
750 29.528
550 21.654
320 12.598
280 11.024
1,200 47.244
880 34.646
550 21.654
440 17.323
� : U-LG
� : LONG
� : STDF
� : STD
� : FAST
� : H-SP
� : S-D
200 7.874
85 3.346
90 3.543
Min. sensing Fiber cable
Bending
object
Model No.
length
radius
(Note 3)
: Free-cut
R25 mm
R0.984 in FT-H35-M2
"0.04 mm
2m
"0.0016 in
Fiber
6.562 ft R25
mm
opaque object
R0.984 in
Sleeve
R10 mm
R0.394 in
100 3.937
40 1.575
50 1.969
200 7.874
85 3.346
90 3.543
300 11.811
150 5.906
155 6.102
FT-H35-M2S6
"0.02mm
1m
R10 mm
"0.0008 in
3.281 ft R0.394 in FT-H20W-M1
opaque object
"0.04 mm
1m
"0.0016 in
FT-H20-M1
3.281 ft
opaque object
R25 mm
R0.984 in
"0.06 mm
"0.0024 in
2m
opaque object 6.562 ft
FT-H13-FM2
Lens mountable (FX-LE1)
Heat-resistant � Joint
Special
200 mm 7.874 in
(Note 4)
M4
530 20.866
390 15.354
225 8.858
200 7.874
Side-view
"3.8
"0.150
"4
"0.157
840 33.071
550 21.654
370 14.567
280 11.024
Chemical-resistant
Easy mounting � Rectangular head
SEMI S2 compliant
W7�H15�D13
W0.276�H0.591�D0.512
Appendix D
"5.5 "0.217
Side-view
Vacuum-resistant
140 5.512
60 2.362
60 2.362
"5.5 "0.217
300 �C 572 �F
Lens mountable (FV-LE1/SV2 only)
M4
3,500 137.795
3,500 137.795
3,000 118.110
1,500 59.055
3,500 137.795
3,500 137.795
2,000 78.740
1,500 59.055
1,000 39.370
800 31.496
500 19.685
400 15.748
350 13.780
250 9.843
150 5.906
125 4.921
200 7.874
90 3.543
90 3.543
"0.12 mm
"0.005 in
300 mm 11.811 in
opaque object (Note 4) Heatresistant
fiber
500 mm 19.685 in R18 mm
(Note 4) R0.709 in
(Note 5)
500 mm 19.685 in
"0.16 mm
(Note 4)
"0.006 in
opaque object
800 mm 31.496 in
(Note 4)
FT-H20-J20-S
(Note 6)
FT-H20-J30-S
(Note 6)
FT-H20-J50-S
(Note 6)
FT-H20-VJ50-S
(Note 6)
FT-H20-VJ80-S
(Note 6)
1,000 39.370 "4 mm
R25 mm
500 19.685 "0.157 in
2m
R0.984 in FT-Z802Y
530 20.866
opaque object 6.562 ft
1,000 39.370
500 19.685
FT-L80Y
530 20.866 "0.2 mm
R30 mm
2m
"0.008 in
R1.181 in
280 11.024
opaque object 6.562 ft
120 4.724
(Note 7)
FT-V80Y
140 5.512
90 3.543
50 1.969
40 1.575
"0.03 mm
R18 mm FT-H30-M1V-S
1m
"0.0012 in
3.281 ft R0.709 in (Note 8)
opaque object
Notes: 1) Please contact our office for the sensing ranges for the FX-301-HS in H-SP mode and for the FX-301B/G/H.
2) Please take care that the sensing range of the free-cut type fiber may be reduced by 20 % max. depending upon how the fiber is cut.
3) The minimum sensing object size is the value for red LED type. Please contact our office for information on the minimum sensing object size if using
amplifiers other than red LED type.
The optimum condition is the condition when the sensitivity is set so that the sensing output just changes to light incident operation in the object absent
condition.
4) This is the fiber length (fixed length) for heat-resistant fibers. The ordinary-temperature fibers are free-cut to 2 m 6.562 ft.
5) The ordinary-temperature fiber is R25 mm R0.984 in or more.
6) Heat-resistant joint fibers and ordinary-temperature fibers (FT-FM2) are sold as a set. Please refer to ‘Heat-resistant joint fibers catalog’ for details.
7) The allowable cutting range is 500 mm 19.685 in from the end that the amplifier inserted.
8) Sold as a set comprising vacuum type fiber�photo-terminal (FV-BR1)�fiber at atmospheric side (FT-J8). Please refer to ‘Vacuum resistant fiber catalog’
for details.
Model No. when ordering heat-resistant joint fibers individually as replacement parts
• FT-H20-J20 (one pair set)
• FT-H20-VJ50 (one pair set)
• FT-H20-J30 (one pair set)
• FT-H20-VJ80 (one pair set)
• FT-H20-J50 (one pair set)
Model No. when ordering vacuum-resistant fibers individually as replacement parts
• Vacuum-resistant fiber
FT-H30-M1V (one pair set)
21
• Photo-terminal
FV-BR1 (one pair set)
• Fiber at atmospheric side
FT-J8 (one pair set)
FX-300
LIST OF FIBERS
Pliable fibers (flexible and sharp bending fibers) are marked with light blue in the table.
FX-305 / FX-301 (Red LED type) sensing range (Note 1)
The FX-305 and FX-301(-HS) have different sensing modes.
FX-305: H-SP, FAST, STD, STDF, LONG, U-LG (no S-D mode)
FX-301(-HS): S-D, H-SP, FAST, STD, LONG (no STDF or U-LG mode)
Retroreflective type
Sharp bending
Shape of fiber head
(mm in)
W9.5H5.2D15 W0.374H0.205D0.591
W30H30D0.5 W1.181H1.181D0.020
W9.5H5.2D21 W0.374H0.205D0.827
W10.6H28D10.1 W0.417H1.102D0.398
W9.5H25
D5.2
W0.374H0.984
W10.6H28D10.1
D0.205
W0.417H1.102D0.398
Sensing range (mm in)(Note 2, 3)
: U-LG
: LONG
: STDF
: STD
100 to 910 3.937 to 35.827
100 to 730 3.937 to 28.740 Cannot use
100 to 600 3.937 to 23.622 Cannot use
100 to 520 3.937 to 20.472
200 7.874
200 7.874
200 7.874
200 7.874
: FAST
: H-SP
: S-D
Min. sensing Fiber cable
Bending
object
Model No.
length
radius
(Note 4)
: Free-cut
100 to 460 3.937 to 18.110 "0.3 mm
R1 mm
"0.012 in
2m
R0.039 in FR-WKZ11
opaque object 6.562 ft
Horizontal:
"5.5 mm
FR-KZ21
"0.217 in
200 7.874
opaque object
200 7.874
R10 mm
2m
200 7.874
R0.394 in
Vertical:
6.562 ft
"0.06 mm
FR-KZ21E
"0.0024 in
opaque object
W7.5H2.2D11.2 W0.295H0.087D0.441
Wafer mapping
Narrow beam
polarizing
Side sensing Top sensing With
filters
Type
15 to 370 0.591 to 14.567
15 to 330 0.591 to 12.992
15 to 240 0.591 to 9.449
15 to 210 0.591 to 8.268
15 to 170 0.591 to 6.693 "0.12 mm
15 to 80 0.591 to 3.150 "0.005 in
2m
15 to 90 0.591 to 3.543
opaque object 6.562 ft
R10 mm
R0.394 in FR-KV1
W4H2D21.5 W0.157H0.079D0.846
Notes: 1) Please contact our office for the sensing ranges for the FX-301-HS in H-SP mode and for the FX-301B/G/H.
2) Please take care that the sensing range of the free-cut type fiber may be reduced by 20 % max. depending upon how the fiber is cut.
The sensing range of FR-WKZ11 is specified for the RF-13. The sensing range of FR-KZ21, FR-KZ21E and FR-KV1 is specified for the attached
reflector.
3) The sensing range of FR-WKZ11 is the possible setting range for the reflector or reflective tape. The fiber can detect an object less than 100 mm 3.937 in
away.
However, note that if there are any white or highly-reflective surfaces near the fiber head, reflected incident light may affect the fiber head. If this occurs,
adjust the threshold value of the amplifier unit before use.
The sensing range of FR-KZ21(E) is the possible setting range for the reflector. However, if setting the fiber to detect objects passing within 0 to 20 mm
0 to 0.787 in from the fiber head, unstable detection may result.
The sensing range of FR-KV1 is the possible setting range for the reflector. The fiber can detect an object less than 15 mm 0.591 in away.
4) The minimum sensing object size is the value for red LED type.
The optimum condition is the condition when the sensitivity is set so that the sensing output just changes to light incident operation in the object absent
condition.
FX-305 / FX-301 (Red LED type) sensing range (Note 1)
The FX-305 and FX-301(-HS) have different sensing modes.
FX-305: H-SP, FAST, STD, STDF, LONG, U-LG (no S-D mode)
FX-301(-HS): S-D, H-SP, FAST, STD, LONG (no STDF or U-LG mode)
Type
Shape of fiber head
(mm in)
M6
Coaxial
M6
Sensing range (mm in)(Note 2, 3)
600 23.622
480 18.898
280 11.024
220 8.661
410 16.142
310 12.205
200 7.874
140 5.512
: U-LG
: LONG
: STDF
: STD
: FAST
: H-SP
: S-D
160 6.299
85 3.346
75 2.953
Min. sensing Fiber cable
Bending Model No.
object
length
radius
(Note 4)
: Free-cut
FD-B8
R25 mm
R0.984 in
100 3.937
55 2.165
47 1.850
FD-FM2
Sleeve 90 mm 3.543 in
M6
M6
Threaded type
"2.5 "0.098
Sleeve 40 mm 1.575 in
M6
"2.5 "0.098
370 14.567
270 10.630
170 6.693
110 4.331
85 3.346
45 1.772
39 1.535
Appendix D
Reflective type
"0.02 mm
"0.0008 in
gold wire
Fiber
R25 mm FD-FM2S
R0.984 in
2m
Sleeve
6.562 ft
R10 mm FD-FM2S4
R0.394 in
250 9.843
60 2.362
190 7.480
25 0.984
R1 mm
110 4.331
32 1.260
R0.039 in
90 3.543
300 11.811
70 2.756
R4 mm
220 8.661
30 1.181
R0.157 in
130 5.118
35 1.378
M6
Flexible
100 3.937
270 10.630
60 2.362
M6
1m
185 7.283
30 1.181
R10 mm
100 3.937
35 1.378
3.281 ft R0.394 in
Tough flexible
80 3.150
240 9.449
60 2.362
"0.02 mm
M6
185 7.283
25 0.984
R25 mm
"0.0008 in
2m
110 4.331
30 1.181
R0.984 in
gold wire
6.562 ft
85 3.346
Notes: 1) Refer to p.27 for the sensing ranges for the FX-301-HS in H-SP mode and for the FX-301B/G/H.
2) The sensing range is specified for white non-glossy paper [400400 mm 15.74815.748 in] as the object.
3) Please take care that the sensing range of the free-cut type fiber may be reduced by 20 % max. depending upon how the fiber is cut.
4) The minimum sensing object size is the value for red LED type at maximum sensitivity.
Note that the corresponding setting distance is different from the rated sensing distance.
Elbow
M6
FD-W8
FD-P80
FD-P81X
FD-R80
22
FX-300
LIST OF FIBERS
Pliable fibers (flexible and sharp bending fibers) are marked with light blue in the table.
FX-305 / FX-301 (Red LED type) sensing range (Note 1)
The FX-305 and FX-301(-HS) have different sensing modes.
FX-305: H-SP, FAST, STD, STDF, LONG, U-LG (no S-D mode)
FX-301(-HS): S-D, H-SP, FAST, STD, LONG (no STDF or U-LG mode)
Reflective type
Type
Shape of fiber head
(mm in)
Sensing range (mm in)(Note 2, 3)
370 14.567
270 10.630
170 6.693
110 4.331
M4
: U-LG
: LONG
: STDF
: STD
85 3.346
45 1.772
39 1.535
: FAST
: H-SP
: S-D
Min. sensing Fiber cable
Bending Model No.
object
length
radius
(Note 4)
: Free-cut
FD-T80
R25 mm
R0.984 in
M4
Sleeve 90 mm 3.543 in
M4
"1.48 "0.058
FD-NFM2
140 5.512
90 3.543
60 2.362
45 1.772
35 1.378
16 0.630
16 0.630
Fiber
R25 mm FD-NFM2S
R0.984 in
Sleeve
R10 mm FD-NFM2S4
R0.394 in
Sleeve 40 mm 1.575 in
M4
M4
"1.48 "0.058
Sleeve 40 mm 1.575 in
M4
"1.48 "0.058
40 1.575
30 1.181
18 0.709
15 0.591
12 0.472
4.5 0.177
5 0.197
"0.02 mm
"0.0008 in
gold wire
2m
6.562 ft
Fiber
R1 mm
R0.039 in
Sleeve
R10 mm
R0.394 in
FD-W44
250 9.843
60 2.362
190 7.480
25 0.984
R1 mm
110 4.331
32 1.260
R0.039 in FD-WT8
90 3.543
Coaxial Lens mountable
85 3.346
25 0.984
65 2.559
10 0.394
R2 mm
37 1.457
11 0.433
R0.079 in FD-WG4
32 1.260
150 5.906
42 1.654
M4
110 4.331
15 0.591
R25 mm
65 2.559
19 0.748
R0.984 in FD-G4
55 2.165
130 5.118
30 1.181
R4 mm
90 3.543
13 0.512
R0.157 in FD-P60
55 2.165
16 0.630
Flexible
M4
45 1.772
140 5.512
35 1.378
Small diameter
R25 mm
90 3.543
16 0.630
FD-T40
16 0.630
60 2.362
R0.984 in
M3
45 1.772
40 1.575
12 0.472
M3
30 1.181
4.5 0.177
R1 mm
5 0.197
18 0.709
R0.039 in FD-WT4
15 0.591
2
m
50 1.969
14 0.551
6.562 ft R4 mm
M3
36 1.417
5.5 0.217
R0.157 in FD-P40
20 0.787
6 0.236
"0.02 mm
Flexible
18 0.709
"0.0008 in
150 5.906
42 1.654
Lens mountable (FX-MR3, FX-MR6)
gold wire
R25 mm
110 4.331
15 0.591
M3
FD-G6
65 2.559
19 0.748
R0.984 in
Coaxial
55 2.165
150 5.906
35 1.378
Lens mountable (FX-MR3, FX-MR6)
90 3.543
12 0.472
M3
R10 mm
1m
48 1.890
20 0.787
3.281 ft R0.394 in FD-G6X
(Note 5)
Tough flexible
Coaxial
45 1.772
50 1.969
14 0.551
Coaxial Lens mountable (FX-MR3, FX-MR6)
R25 mm
38 1.496
5 0.197
M3
FD-EG1
25 0.984
6 0.236
R0.984 in
18 0.709
High precision
40 1.575
9 0.354
Coaxial Lens mountable (FX-MR3, FX-MR6)
M3
25 0.984
3 0.118
Light emitting
FD-EG2
14 0.551
5 0.197
fiber element
"0.04 mm
500 mm R10 mm
High precision "0.175 "0.007 12 0.472
"0.0016 in
19.685 in R0.394 in
20 0.787
5 0.197
Coaxial Lens mountable (FX-MR3, FX-MR6)
gold wire
M3
15 0.591
2.5 0.098
Light emitting
FD-EG3
9 0.354
3 0.118
fiber element
High precision "0.125 "0.005 8 0.315
6.5 0.256
2 0.079
M3
"0.5 "0.020
5 0.197
Cannot use
FD-EN500S1
3 0.118
Cannot use
"0.02 mm
Sleeve part cannot be bent. 3 0.118
R25 mm
"0.0008 in
Coaxial
50 1.969
14 0.551
R0.984 in
"0.8 "0.031
M3
gold wire
1m
38 1.496
5 0.197
FD-ENM1S1
3.281 ft
20 0.787
6 0.236
Sleeve part cannot be bent.
18 0.709
Notes: 1) Refer to p.27 for the sensing ranges for the FX-301-HS in H-SP mode and for the FX-301B/G/H.
2) The sensing range is specified for white non-glossy paper [200200 mm 7.8747.874 in (FD-T80, FD-WT8: 400400 mm 15.74815.748 in, FD-W44,
FD-WT4, FD-P40, FD-G6, FD-EG1, FD-EG2, FD-EG3, FD-EN500S1, FD-ENM1S1: 100100 mm 3.9373.937 in)] as the object.
3) Please take care that the sensing range of the free-cut type fiber may be reduced by 20 % max. depending upon how the fiber is cut.
4) The minimum sensing object size is the value for red LED type at maximum sensitivity.
Note that the corresponding setting distance is different from the rated sensing distance.
5) The allowable cutting range is 700 mm 27.559 in from the end that the amplifier inserted.
M3
Appendix D
Threaded type
M4
23
FX-300
LIST OF FIBERS
Pliable fibers (flexible and sharp bending fibers) are marked with light blue in the table.
FX-305 / FX-301 (Red LED type) sensing range (Note 1)
The FX-305 and FX-301(-HS) have different sensing modes.
FX-305: H-SP, FAST, STD, STDF, LONG, U-LG (no S-D mode)
FX-301(-HS): S-D, H-SP, FAST, STD, LONG (no STDF or U-LG mode)
Type
Shape of fiber head
(mm in)
"3 "0.118
"3 "0.118
"3 "0.118
Coaxial
"3 "0.118
"2.5
Ultra-small diameter "1.5
"0.059 "0.098
Side-view
Cylindrical type
"3 "0.118
"2.5
"0.098
"1.5 "0.059
"1.5 "0.5
"0.059 "0.020
Sleeve part cannot be bent.
Coaxial
"3 "0.118
"0.65 "0.026
Sleeve part cannot be bent.
Small diameter
"1.5 "0.059
0.7 0.028
"3 "0.118
Sleeve part cannot be bent.
"2
"3
"0.118 "0.079
1 0.039
Sleeve part cannot be bent.
"5
"2
"0.197 "0.079
0.8 0.031
Sleeve part cannot be bent.
Glass substrate detection Mapping
W25H7.3D30 W0.984H0.287D1.181
Glass substrate detection Alignment
W20H29D3.8
W0.787H1.142D0.150
: U-LG
: LONG
: STDF
: STD
Sensing range (mm in)(Note 2, 3)
370 14.567
270 10.630
170 6.693
110 4.331
250 9.843
190 7.480
110 4.331
90 3.543
85 3.346
65 2.559
37 1.457
32 1.260
130 5.118
90 3.543
55 2.165
45 1.772
140 5.512
90 3.543
60 2.362
45 1.772
80 3.150
50 1.969
30 1.181
25 0.984
15 0.591
11 0.433
8 0.315
6 0.236
65 2.559
45 1.772
28 1.102
23 0.906
80 3.150
55 2.165
30 1.181
25 0.984
20 0.787
15 0.591
8.5 0.335
7 0.276
170 6.693
100 3.937
55 2.165
45 1.772
12 to 50 0.472 to 1.969
12.5 to 37.5 0.492 to 1.476
15 to 36 0.591 to 1.417
15 to 35 0.591 to 1.378
0 to 50 0 to 1.969
0 to 36 0 to 1.417
0 to 33 0 to 1.299
0 to 30 0 to 1.181
: FAST
: H-SP
: S-D
85 3.346
45 1.772
39 1.535
60 2.362
25 0.984
32 1.260
25 0.984
10 0.394
11 0.433
Min. sensing Fiber cable
Bending Model No.
object
length
radius
(Note 4)
: Free-cut
R25 mm
FD-S80
R0.984 in
"0.02 mm
"0.0008 in
gold wire
R1 mm
R0.039 in FD-WS8
2m
6.562 ft R2 mm
R0.079 in FD-WSG4
30 1.181
13 0.512
16 0.630
35 1.378
16 0.630
16 0.630
19 0.748
7.5 0.295
9 0.354
R4 mm
R0.157 in FD-P50
Flexible
"0.02 mm
"0.0008 in
gold wire
R25 mm
2m
R0.984 in FD-SNFM2
6.562 ft
"0.02 mm
"0.0008 in
gold wire
R4 mm
1m
R0.157 in FD-P2
3.281 ft
Flexible
4 0.157
2 0.079
1 0.039
"0.02 mm
"0.0008 in
gold wire
17 0.669
8 0.315
7 0.276
"0.02 mm
"0.0008 in
gold wire
17 0.669
8 0.315
9 0.354
5 0.197
Cannot use
Cannot use
"0.02 mm
"0.0008 in
gold wire
R25 mm
R0.984 in FD-E22
R1 mm
2m
R0.039 in FD-WV42
6.562 ft
R25 mm
R0.984 in FD-SFM2SV2
"0.3 mm
"0.012 in
gold wire
R25 mm
4m
FD-L46
R0.984 in
13.123 ft
(LCD glass)
FD-L45
3m
9.843 ft R4 mm
R0.157 in
0 to 30 0 to 1.181
0 to 15 0 to 0.591
0 to 21 0 to 0.827
Glass substrate detection Alignment
R10 mm
R0.394 in FD-E12
R25 mm
R0.984 in FD-V41
32 1.260
15 0.591
16 0.630
16 to 29 0.630 to 1.142
Cannot use
Cannot use
1m
3.281 ft
Appendix D
Reflective type
FD-L43
2m
6.562 ft
0 to 23 0 to 0.906
0 to 8.2 0 to 0.323
Glass substrate detection 0 to 5.7 0 to 0.224
0 to 7 0 to 0.276
0 to 5 0 to 0.197
Seating
FD-L44
0 to 5.2 0 to 0.205
0 to 6.5 0 to 0.256
"0.03 mm
0 to 6 0 to 0.236
R10 mm
"0.0012 in
2m
R0.394 in
0 to 4.7 0 to 0.185
0 to 3.8 0 to 0.150
gold wire
6.562 ft
0 to 4.5 0 to 0.177
0 to 3 0 to 0.118
W12H19D3
FD-L44S
0 to 3.5 0 to 0.138
W0.472H0.748D0.118 0 to 4 0 to 0.157
0 to 4 0 to 0.157
6.5 to 14.5 0.256 to 0.571 (Convergent point 8 0.315) 7.5 to 12 0.295 to0.472 (Convergent point 8 0.315) "1.9 mm
Glass substrate detection
6.5 to 14 0.256 to 0.551 (Convergent point 8 0.315) Cannot use
R1 mm
"0.075 in
7 to 14 0.276 to 0.551 (Convergent point 8 0.315) Cannot use
R0.039 in FD-WL41
metal pipe (gray)
7 to 12 0.276 to 0.472 (Convergent point 8 0.315)
2 to 19 0.079 to 0.748 (Convergent point 8 0.315) 3.5 to 15 0.138 to 0.591(Convergent point 8 0.315) "0.06 mm
2.5 to 18 0.098 to 0.709 (Convergent point 8 0.315) Cannot use
"0.024 in
FD-L41
2m
3 to 16 0.118 to 0.630 (Convergent point 8 0.315) Cannot use
W24H21D4
gold wire
6.562 ft R10 mm
3 to 16 0.118 to 0.630 (Convergent point 8 0.315)
W0.945H0.827D0.157
2 to 20 0.079 to 0.787 (Convergent point 6 0.236) 4.5 to 11 0.177 to 0.433 (Convergent point 6 0.236) "0.02 mm
R0.394 in
W6H18D14
2.5 to 18 0.098 to 0.709 (Convergent point 6 0.236) 5 to 8.5 0.197 to 0.335 (Convergent point 6 0.236) "0.0008 in
FD-L4
W0.236H0.709D0.551
4 to 12 0.157 to 0.472 (Convergent point 6 0.236) 4.8 to 9.5 0.189 to 0.374 (Convergent point 6 0.236)
gold wire
4 to 12 0.157 to 0.472 (Convergent point 6 0.236)
Convergent reflective type
Rectangular
W17H29D3.8
W0669H1.142D0.150
0.5 to 8.5 0.020 to 0.335
0.5 to 7.5 0.020 to 0.295
W7.2H7.5D2
1 to 6.5 0.039 to 0.256
W0.283H0.295D0.079 1 to 5.5 0.039 to 0.217
1 to 5 0.039 to 0.197
Cannot use
Cannot use
"0.3 mm
"0.012 in
copper wire
R1 mm
1m
R0.039 in FD-WL48
3.281 ft
Notes: 1) Refer to p.27 for the sensing ranges for the FX-301-HS in H-SP mode and for the FX-301B/G/H.
2) The sensing range is specified for white non-glossy paper (FD-S80, FD-WS8: 400400 mm 15.74815.748 in, FD-WSG4, FD-P50, FD-SNFM2, FD-V41,
FD-SFM2SV2: 200200 mm 7.8747.874 in, FD-P2, FD-E12, FD-E22, FD-WV42, FD-L4, FD-WL48: 100100 mm 3.9373.937 in, FD-L46:
100100t 0.7 mm 3.9373.937t 0.028 in R edge of LCD glass substrates, FD-L43, FD-L44 and FD-L45: 100100t 0.7 mm 3.9373.937
t 0.028 in LCD glass substrates, FD-L44S: silicon wafers polished surface, FD-WL41, FD-L41: 100100t 2 mm 3.9373.937t 0.079 in glass substrates).
3) Please take care that the sensing range of the free-cut type fiber may be reduced by 20 % max. depending upon how the fiber is cut.
4) The minimum sensing object size is the value for red LED type at maximum sensitivity. Note that the corresponding setting distance is different from the
rated sensing distance. However, with the covergent reflective type, when the sensitivity is at MAX., it is only possible to detect the minimum size of the
sensing object at a distance corresponding to the convergent point.
24
FX-300
LIST OF FIBERS
Pliable fibers (flexible and sharp bending fibers) are marked with light blue in the table.
FX-305 / FX-301 (Red LED type) sensing range (Note 1)
The FX-305 and FX-301(-HS) have different sensing modes.
FX-305: H-SP, FAST, STD, STDF, LONG, U-LG (no S-D mode)
FX-301(-HS): S-D, H-SP, FAST, STD, LONG (no STDF or U-LG mode)
Reflective type
Type
Shape of fiber head
(mm in)
Front sensing
Small
Front sensing
Array
W3.5H14D11
W0.138H0.551D0.433
Long sensing range Rectangular head
W5.2H9.5D15
W0.205H0.374D0.591
W7H15D30 W0.276H0.591D1.181
Top sensing
W5H20D20
W0.197H0.787D0.787
Side sensing
W5H20D20
W0.197H0.787D0.787
Liquid level sensing
Special
W2H10D10
W0.079H0.394D0.394
W14H7D3.5
W0.551H0.276D0.138
Fiber bending type
Long sensing
Wide beam range
Rectangular
W10H7D2
W0.394H0.276D0.079
Fiber bending type
Sensing range (mm in)(Note 2, 3)
1 to 50 0.039 to 1.969
1.5 to 34 0.059 to 1.339
2 to 24 0.079 to 0.945
3 to 17 0.098 to 0.906
1 to 70 0.039 to 2.756
1 to 46 0.039 to 1.811
1 to 32.2 0.039 to 1.268
2.5 to 23 0.098 to 0.906
200 7.874
120 4.724
1 to 84 0.039 to 3.307
1 to 60 0.039 to 2.362
0.5 to 270 0.002 to 10.630
0.5 to 180 0.002 to 7.087
1 to 126 0.039 to 4.961
1 to 90 0.039 to 3.543
20 to 660 0.787 to 25.984
20 to 480 0.787 to 18.898
20 to 300 0.787 to 11.811
20 to 230 0.787 to 9.055
230 9.055
200 7.874
150 5.906
150 5.906
290 11.417
220 8.661
135 5.315
110 4.331
: U-LG
: LONG
: STDF
: STD
: FAST
: H-SP
: S-D
3 to 10 0.118 to 0.394
Cannot use
Cannot use
2.5 to 15 0.098 to 0.591
3 to 7 0.118 to 0.276
3 to 7 0.118 to 0.276
Min. sensing Fiber cable
Bending Model No.
object
length
radius
(Note 4)
: Free-cut
"0.16 mm
"0.006 in
copper wire
1m
3.281 ft
1.5 to 35 0.059 to 1.378
2.5 to 18 0.098 to 0.709
2.5 to 18 0.098 to 0.709
"0.03 mm
"0.0012 in
1 to 70 0.039 to 2.756
gold wire
1 to 35 0.039 to 1.378
1 to 35 0.039 to 1.378
20 to 170 0.787 to 6.693 "0.3 mm
25 to 90 0.984 to 3.543 "0.012 in
25 to 100 0.984 to 3.937
copper wire
100 3.937
45 1.772
50 1.969
78 3.071
35 1.378
39 1.535
FD-WZ7
2m
6.562 ft
Applicable pipe diameter:
Outer dia. "6 to "26 mm "0.236 to "1.024 in transparent pipe
[PFA (fluorine resin) or equivalently transparent pipe, wall thickness 1 mm 0.039 in]
FD-WZ7HB
R1 mm
2m
R0.039 in FD-WKZ1
6.562 ft
"0.02 mm
"0.0008 in
gold wire
R25 mm
FD-A15
2m
R0.984 in
6.562 ft
"0.02 mm
"0.0008 in
gold wire
R25 mm
2m
R0.984 in
6.562 ft
FD-AFM2
2m
6.562 ft
(Note 5)
Applicable pipe diameter:
Outer dia. "6 to "26 mm "0.236 to "1.024 in transparent pipe
[PVC (vinyl chloride), fluorine resin, polycarbonate, acrylic, glass, wall thickness 1 to 3 mm 0.039 to 0.118 in]
FD-WZ4HB
R1 mm
R0.039 in
Contact type
"6 "0.236
Mountable on pipe Standard
W25H13D20
W0.984H0.512D0.787
Mountable on pipe For PFA, wall
thickness 1 mm 0.039 in pipe
W25H13D20
W0.984H0.512D0.787
FD-WZ4
Protective tube
R40 mm
R1.575 in
Fiber
R15 mm
R0.591 in
FD-AFM2E
FD-F8Y
FD-F41
(Liquid)
R10 mm
2m
6.562 ft R0.394 in
FD-F4
Appendix D
Notes: 1) Refer to p.27 for the sensing ranges for the FX-301-HS in H-SP mode and for the FX-301B/G/H.
2) The sensing range is specified for white non-glossy paper [200200 mm 7.8747.874 in (FD-WKZ1, FD-AFM2, FD-AFM2E: 400400 mm 15.47815.478 in)]
as the object.
3) Please take care that the sensing range of the free-cut type fiber may be reduced by 20 % max. depending upon how the fiber is cut.
4) The minimum sensing object size is the value for red LED type at maximum sensitivity. Note that the corresponding setting distance is different from the
rated sensing distance.
5) The allowable cutting range is 1,000 mm 39.370 in from the end that the amplifier inserted.
25
FX-300
LIST OF FIBERS
FX-305 / FX-301 (Red LED type) sensing range (Note 1)
The FX-305 and FX-301(-HS) have different sensing modes.
FX-305: H-SP, FAST, STD, STDF, LONG, U-LG (no S-D mode)
FX-301(-HS): S-D, H-SP, FAST, STD, LONG (no STDF or U-LG mode)
Reflective type
Type
Shape of fiber head
(mm in)
Sensing range (mm in)(Note 2, 3)
� : U-LG
� : LONG
� : STDF
� : STD
� : FAST
� : H-SP
� : S-D
Min. sensing Fiber cable
Bending Model No.
object
length
radius
(Note 4)
: Free-cut
350 �C 662 �F � Coaxial
M6
300 11.811
270 10.630
150 5.906
140 5.512
350 �C 662 �F � Sleeve 60 mm 2.362 in
"2.8
M6
"0.110
2m
6.562 ft
100 3.937
35 1.378
47 1.850
200 �C 392 �F � Coaxial
M6
R25 mm
FD-H35-M2
R0.984 in
Fiber
R25 mm
R0.984 in
Sleeve
R10 mm
R0.394 in
FD-H35-M2S6
R25 mm
R0.984 in FD-H20-M1
Heat-resistant
Appendix D
Vacuum-resistant
Special
Fiber
190 7.480
57 2.244
R25 mm
1m
R0.984 in
160 6.299
20 0.787
Sleeve
FD-H35-20S
80
3.150
26
1.024
3.281
ft
R10 mm
"2.1
"0.02 mm
M4
R0.394 in
80 3.150
"0.083
"0.0008
in
300 11.811
100 3.937
200 �C 392 �F � Coaxial
gold wire
270 10.630
35 1.378
FD-H20-21
150 5.906
47 1.850
M4
140 5.512
300 �C 572 �F � Glass substrate detection
0 to 20 0 to 0.787
1 to 8 0.039 to 0.315
Convergent reflective type
2m
0 to 15 0 to 0.591
Cannot use
W19�H27�D5
FD-H30-L32
2 to 6 0.079 to 0.236
6.562 ft
W0.748�H1.063 0 to 10 0 to 0.394
0
to
10
0
to
0.394
R25 mm
�D0.197
180 �C 356 �F � Glass substrate detection
0 to 20 0 to 0.787
1 to 8 0.039 to 0.315
R0.984 in
Convergent reflective type
0 to 15 0 to 0.591
Cannot use
W19�H27�D5
FD-H18-L31
2 to 6 0.079 to 0.236
W0.748�H1.063 0 to 10 0 to 0.394
0 to 10 0 to 0.394
�D0.197
2m
410 16.142
100 3.937
130 �C 266 �F
6.562 ft
310 12.205
55 2.165
M6
FD-H13-FM2
200 7.874
47 1.850
140 5.512
300 �C 572 �F � Recfangular head
20 to 300 0.787 to 11.811
30 to 100 1.181 to 3.937
W9.5�H5.2�D15 W0.374�H0.205�D0.591
1m
FD-H30-KZ1V-S
Cannot use
20 to 200 0.787 to 7.874
20 to 150 0.787 to 5.906
Cannot use
3.281 ft
(Note 5)
"0.8
mm
25 to 130 0.984 to 5.118
R18 mm
"0.031 in
300 �C 572 �F � Glass substrate detection
R0.709 in
0 to 11 0 to 0.433
2 to 4 0.079 to 0.157
Convergent reflective type
gold wire
3m
FD-H30-L32V-S
Cannot use
0 to 8 0 to 0.315
W19�H5�D27
Cannot use
9.843 ft
(Note 5)
W0.748�H0.197 1.5 to 6 0.059 to 0.236
1.5
to
5
0.059
to
0.197
�D1.063
Notes: 1) Refer to p.27 for the sensing ranges for the FX-301-HS in H-SP mode and for the FX-301B/G/H.
2) The sensing range is specified for white non-glossy paper [400�400 mm 15.748�15.748 in (FD-H30-L32, FD-H18-L31: 50�50 mm 1.969�1.969 in
glass substrate, FD-H30-KZ1V-S, FD-H30-L32V-S: 100�100�t 0.7 mm 3.937�3.937�t 0.028 in transparent glass)] as the object.
3) Please take care that the sensing range of the free-cut type fiber may be reduced by 20 % max. depending upon how the fiber is cut.
4) The minimum sensing object size is the value for red LED type at maximum sensitivity. Note that the corresponding setting distance is different from the
rated sensing distance.
5) Sold as a set comprising vacuum type fiber�photo-terminal (FV-BR1)�fiber at atmospheric side (FT-J8). Please refer to ‘Vacuum resistant fiber
catalog’ for details.
350 �C 662 �F � Sleeve 90 mm 3.543 in
Model No. when ordering vacuum-resistant fibers individually as replacement parts
� Vacuum-resistant fiber
FD-H30-KZ1V
FD-H30-L32V
� Mounting bracket for FD-H30-KZ1V
MS-FD-2
� Photo-terminal
FV-BR1 (one pair set)
� Fiber at atmospheric side
FT-J8 (one pair set)
Accessories (attached with fibers)
RF-003 (FR-KZ21/KZ21E exclusive mirror)
RF-13 (Reflective tape)
FX-CT1 (Fiber cutter)
FX-CT2 (Fiber cutter)
FX-AT2 (Attachment for fixed-length fiber, Orange)
FX-AT3 (Attachment for "2.2 mm "0.087 in fiber, Clear orange)
FX-AT4 (Attachment for "1 mm "0.039 in fiber, Black)
FX-AT5 (Attachment for "1.3 mm "0.051 in fiber, Gray)
FX-AT6 (Attachment for "1 mm "0.039 in / "1.3 mm "0.051 in mixed fiber, Black / Gray)
If connecting to a fiber amplifier other than the
FX-300 series
Applicable fiber amplifiers: FX2 / FX3 series
FX-AT10 (Attachment for "1 mm "0.039 in fiber)
FX-AT13 (Attachment for "1.3 mm "0.051 in fiber)
FX-AT15 (Attachment for "1 mm "0.039 in / "1.3 mm "0.051 in mixed fiber)
• RF-003
• RF-13
• FX-CT1
• FX-AT2
• FX-AT3
• FX-AT10
• FX-AT13
• FX-AT15
• FX-AT5
• FX-CT2
• FX-AT4
• FX-AT6
26
FX-300
LIST OF SENSING RANGE FOR FX-301(P)-HS ▪ FX-301B/G/H
Sensing range for ultra high-speed type FX-301(P)-HS in H-SP mode (35 ¨s)(Typical model)
Sensing range
(mm in) (Note)
FT-B8
160 6.299
FT-FM2
120 4.724
FT-NFM2
40 1.575
FT-E12
2 0.079
FT-E22
10 0.394
Sensing range
(mm in) (Note)
Fiber model No.
Reflective type
Thru-beam type
Fiber model No.
FD-B8
60 2.362
FD-FM2
35 1.378
FD-NFM2
14 0.551
FD-E12
1 0.039
FD-E22
5 0.197
Note: The sensing ranges are in H-SP mode. The sensing ranges in FAST, STD, S-D and LONG modes are the same as for the FX-301. (Refer to p.18l)
Sensing range for FX-301B/G/H (Typical model)
(mm in)
Thru-beam type
FT-B8
LONG
FX-301B
FX-301G
FX-301H
(Note)
STD
FT-FM2 FT-NFM2
FT-V10
FT-W8
FT-Z8
FT-P80
220 8.661 150 5.906
50 1.969 400 15.748 90 3.543
110 4.331
75 2.953
25 0.984 200 7.874 45 1.772
60 2.362
65 2.559
120 4.724 130 5.118
FT-E12
FT-E22
2,400 94.488 600 23.622
FT-A30
FT-A8
3 0.118
14 0.551
1,200 47.244 300 11.811
2 0.079
7 0.276
FAST
75 2.953
40 1.575
16 0.630 130 5.118 30 1.181
40 1.575
45 1.772
700 27.559 220 8.661
1 0.039
4 0.157
LONG
110 4.331
70 2.756
24 0.945 200 7.874 56 2.205
60 2.362
70 2.756
1,200 47.244 300 11.811
1 0.039
6 0.236
STD
55 2.165
35 1.378
12 0.472 100 3.937 28 1.102
30 1.181
35 1.378
600 23.622 150 5.906
65 2.559 20 0.787
22 0.866
25 0.984
350 13.780 110 4.331
16 0.630 150 5.906 42 1.654
46 1.811
56 2.205
800 31.496 220 8.661
4 0.157
10 0.394
3 0.118
FAST
40 1.575
24 0.945
LONG
100 3.937
50 1.969
STD
50 1.969
25 0.984
8 0.315
75 2.953 21 0.827
23 0.906
28 1.102
400 15.748 110 4.331
2 0.079
5 0.197
FAST
30 1.181
18 0.709
5 0.197
40 1.575 15 0.591
16 0.630
20 0.787
240 9.449 80 3.150 1.5 0.059
3 0.118
8 0.315
2 0.079
Note: Infrared types are easily affected by humidity, so if using them in environments with high humidity or where the humidity fluctuates, please contact our office.
(mm in)
Reflective type
Appendix D
FX-301B
FX-301G
FX-301H
(Note)
FD-B8
FD-FM2 FD-NFM2 FD-W8
FD-P80 FD-AFM2
FD-G4
FD-EG1
FD-E12
FD-E22
FD-G6X
LONG
80 3.150
46 1.811
16 0.630
23 0.906
40 1.575
40 1.575
22 0.866
6 0.236
2 0.079
6 0.236
22 0.866
STD
40 1.575
23 0.906
8 0.315
11 0.433
20 0.787
20 0.787
11 0.433
3 0.118
1 0.039
3 0.118
11 0.433
FAST
26 1.024
15 0.591
5 0.197
8 0.315
13 0.512
13 0.512
8 0.315
2 0.079
LONG
42 1.654
24 0.945
8 0.315
14 0.551
20 0.787
18 0.709
12 0.472
3 0.118
STD
21 0.827
12 0.472
4 0.157
7 0.276
10 0.394
9 0.354
6 0.236
1.5 0.059
FAST
14 0.551
8 0.315
2 0.079
4 0.157
7 0.276
5 0.197
4 0.157
1 0.039
LONG
26 1.024
20 0.787
6 0.236
11 0.433
18 0.709
12 0.472
7 0.276
10 0.394
STD
13 0.512
10 0.394
3 0.118
5.5 0.217
9 0.354
6 0.236
3.5 0.138
FAST
9 0.354
7 0.276
2 0.079
3 0.118
6 0.236
4 0.157
2 0.079
1 0.039
2 0.079
6 0.236
3 0.118
12 0.472
1.5 0.059
6 0.236
1 0.039
4 0.157
6 0.236
18 0.709
5 0.197
3 0.118
9 0.354
3 0.118
2 0.079
5 0.197
1 0.039
Note: Infrared types are easily affected by humidity, so if using them in environments with high humidity or where the humidity fluctuates, please contact our office.
Sensing range when using in combination with FR-WKZ11 reflector (optional)
The sensing ranges are the values for FX-305 / FX-301 infrared types.
(mm in)
RF-230 100 to 3,200 3.937 to 125.984 (LONG), 100 to 2,000 3.937 to 78.740 (STD), 100 to 1,600 3.937 to 62.992 (FAST), 100 to 1,000 3.937 to 39.370 (S-D)
RF-220 100 to 2,400 3.937 to 94.488 (LONG), 100 to 1,300 3.937 to 51.181 (STD), 100 to 1,000 3.937 to 39.370 (FAST), 100 to 600 3.937 to 23.622 (S-D)
RF-210 100 to 1,100 3.937 to 43.307 (LONG), 100 to 700 3.937 to 27.559 (STD), 100 to 550 3.937 to 21.654 (FAST), 100 to 300 3.937 to 11.811 (S-D)
Note: The sensing range indicates the allowable setting range for the reflector. The fiber head can detect objects at distances of 100 mm 3.937 in or less.
However, note that if there are any white or highly-reflective surfaces near the fiber head, reflected incident light may affect the fiber head. If this occurs,
adjust the threshold value of the amplifier before use.
27
FX-300
FIBER OPTIONS
Lens (For thru-beam type fiber)
Designation
Model No.
Description
Sensing range for red LED type (mm) [Lens on both sides] (Note 3)
Increases the sensing
range by 5 times or more.
Expansion
lens
(Note 1)
Fiber
• Ambient temperature:
�60 to �350 �C
�76 to �662 �F
FX-LE1
For thru-beam type fiber
Tremendously increases the
sensing range with large
diameter lenses.
Superexpansion
lens
(Note 1)
• Ambient temperature:
�60 to �350 �C
�76 to �662 �F
FX-LE2
Mode
FT-B8
FT-FM2
FT-T80
FT-R80
FT-W8
FT-P80
FT-P60
FT-P81X
FT-H35-M2
FT-H20W-M1
FT-H20-M1
U-LG LONG STDF
STD
FAST
3,500 (Note 2) 3,500 (Note 2) 3,000 2,500
2,000
3,500 (Note 2) 3,500 (Note 2) 3,500 (Note 2) 3,500 (Note 2) 2,500
3,500 (Note 2) 3,500 (Note 2) 3,500 (Note 2) 3,500 (Note 2) 2,500
3,500 (Note 2) 3,500 (Note 2) 3,500 (Note 2) 2,300
1,600
3,500 (Note 2) 3,500 (Note 2) 3,500 (Note 2) 2,900
2,000
3,500 (Note 2) 3,500 (Note 2) 3,500 (Note 2) 3,500 (Note 2) 2,500
3,500 (Note 2) 3,500 (Note 2) 3,500 (Note 2) 3,500 (Note 2) 1,500
1,600 (Note 2) 1,600 (Note 2) 1,600 (Note 2) 1,600 (Note 2) 1,600 (Note 2)
3,500 (Note 2) 3,500 (Note 2) 2,500 2,000
1,500
1,600 (Note 2) 1,600 (Note 2) 1,600 (Note 2) 1,300
900
1,600 (Note 2) 1,600 (Note 2) 1,600 (Note 2) 1,600 (Note 2) 1,100
Mode
U-LG
FT-B8
3,500 (Note 2)
FT-FM2
3,500 (Note 2)
FT-R80
3,500 (Note 2)
FT-W8
3,500 (Note 2)
FT-P80
3,500 (Note 2)
FT-P60
3,500 (Note 2)
FT-P81X 1,600 (Note 2)
FT-H35-M2 3,500 (Note 2)
FT-H20W-M1 1,600 (Note 2)
FT-H20-M1 1,600 (Note 2)
FT-H13-FM2 3,500 (Note 2)
Fiber
Expansion
lens for
vacuum fiber
(Note 1)
FV-LE1
LONG
3,500 (Note 2)
3,500 (Note 2)
3,500 (Note 2)
3,500 (Note 2)
3,500 (Note 2)
3,500 (Note 2)
1,600 (Note 2)
3,500 (Note 2)
1,600 (Note 2)
1,600 (Note 2)
3,500 (Note 2)
STDF
3,500 (Note 2)
3,500 (Note 2)
3,500 (Note 2)
3,500 (Note 2)
3,500 (Note 2)
3,500 (Note 2)
1,600 (Note 2)
3,500 (Note 2)
1,600 (Note 2)
1,600 (Note 2)
3,500 (Note 2)
STD
3,500 (Note 2)
3,500 (Note 2)
3,500 (Note 2)
3,500 (Note 2)
3,500 (Note 2)
3,500 (Note 2)
1,600 (Note 2)
3,500 (Note 2)
1,600 (Note 2)
1,600 (Note 2)
3,500 (Note 2)
FAST
3,500 (Note 2)
3,500 (Note 2)
3,500 (Note 2)
3,500 (Note 2)
3,500 (Note 2)
3,500 (Note 2)
1,600 (Note 2)
3,500 (Note 2)
1,600 (Note 2)
1,600 (Note 2)
3,500 (Note 2)
S-D
3,500 (Note 2)
3,500 (Note 2)
3,500 (Note 2)
3,500 (Note 2)
3,500 (Note 2)
3,500 (Note 2)
1,600 (Note 2)
3,500 (Note 2)
1,500
1,600 (Note 2)
3,500 (Note 2)
H-SP
3,500 (Note 2)
3,500 (Note 2)
3,500 (Note 2)
3,500 (Note 2)
3,500 (Note 2)
3,500 (Note 2)
1,600 (Note 2)
3,500 (Note 2)
1,600 (Note 2)
1,600 (Note 2)
3,500 (Note 2)
Sensing range for red LED type (mm) [Lens on both sides] (Note 3)
Fiber
• Ambient temperature:
�60 to �300 �C
�76 to �572 �F
FX-SV1
H-SP
1,000
1,000
1,000
750
900
1,000
800
950
700
400
600
Sensing range for red LED type (mm) [Lens on both sides] (Note 3)
Beam axis is bent by 90 �.
Side-view
lens
S-D
1,000
1,300
1,300
800
1,000
1,100
900
1,100
750
500
900
Mode
FT-B8
FT-FM2
FT-T80
FT-W8
FT-P80
FT-P60
FT-P81X
FT-H35-M2
FT-H20W-M1
FT-H20-M1
LONG
1,100
1,200
1,200
900
1,200
650
1,200
550
310
550
STD
530
600
600
450
600
300
600
280
140
280
FAST
400
440
440
330
440
200
440
200
100
200
S-D
186
210
210
160
210
130
200
90
50
90
Sensing range increases by
Sensing range for red LED type (mm) [Lens on both sides] (Note 3, 4)
10 times or more.
Mode
U-LG LONG STDF
H-SP
STD
FAST
S-D
Fiber
• Ambient temperature:
150
200
450
300
�40 to �120 �C �40 to �248 �F FT-H30-M1V 1,600 1,200 650
Appendix D
Notes: 1) Be careful when installing the thru-beam type fiber equipped with the expansion lens, as the beam envelope becomes narrow and alignment is difficult. Especially
when installing a fiber with many cores (sharp bending fibers and heat-resistant glass fiber), please be sure to use it only after you have adjusted it sufficiently.
2) The fiber cable length practically limits the sensing range to 3,500 mm 137.795 in long (FT-H20W-M1, FT-P81X and FT-H20-M1: 1,600 mm 62.992 in).
3) The sensing ranges are the values for red LED type amplifier. Please contact our office for details on sensing ranges for other types of amplifiers.
4) The fiber cable length for the FT-H30-M1V is 1 m 3.281 ft. The sensing ranges in U-LG and LONG modes take into account the length of the FT-J8
atmospheric side fiber.
Lens (For reflective type fiber)
Designation
Pinpoint spot
lens
Model No.
Description
Pinpoint spot of "0.5 mm "0.020 in. Enables detection of minute objects or small marks.
• Applicable fibers: FD-WG4, FD-G4
• Distance to focal point: 6�1 mm 0.236 � 0.039 in
• Ambient temperature:�40 to �70 �C �40 to �158 �F
FX-MR1
Screw-in
depth
For reflective type fiber
Zoom lens
Finest spot
lens
FX-MR2
Distance to
focal point
Spot
diameter
FX-MR3
Distance to
focal point
Finest spot
lens
FX-MR6
Spot diameter
Screw-in depth
Zoom lens
Side-view
type
FX-MR5
Distance
to focal
point
Spot diameter
The spot diameter is adjustable from "0.7 mm Sensing range for red LED type (Note)
to "2 mm "0.028 in to "0.079 in according to
Screw-in depth Distance to focal point Spot diameter
how much the fiber is screwed in.
18.5 mm approx.
7 mm
"0.7 mm
• Applicable fibers: FD-WG4, FD-G4
27 mm approx.
"1.2 mm
12 mm
• Ambient temperature:�40 to �70 �C �40 to �158 �F
14 mm
"2.0 mm
43 mm approx.
• Accessory: MS-EX-3 (mounting bracket)
Extremely fine spot of "0.3 mm "0.012 in
approx. achieved.
• Applicable fibers: FD-WG4, FD-G4,
FD-EG1, FD-EG2, FD-EG3, FD-G6X, FD-G6
• Ambient temperature:
�40 to �70 �C �40 to �158 �F
Sensing range for red LED type (Note)
Extremely fine spot of "0.1 mm "0.004 in
approx. achieved.
• Applicable fibers: FD-WG4, FD-G4,
FD-EG1, FD-EG2, FD-EG3, FD-G6X, FD-G6
• Ambient temperature:
�20 to �60 �C �4 to �140 �F
Sensing range for red LED type (Note)
Fiber model No. Distance to focal point
FD-EG3
FD-EG2
FD-EG1
FD-WG4/G4/G6X/G6
7.5�0.5 mm
7.5�0.5 mm
7.5�0.5 mm
7.5�0.5 mm
Fiber model No. Distance to focal point
FD-EG3
FD-EG2
FD-EG1
FD-WG4/G4/G6X/G6
7�0.5 mm
7�0.5 mm
7�0.5 mm
7�0.5 mm
Spot diameter
"0.15 mm approx.
"0.2 mm approx.
"0.3 mm approx.
"0.5 mm approx.
Spot diameter
"0.1 mm approx.
"0.15 mm approx.
"0.2 mm approx.
"0.4 mm approx.
FX-MR2 is converted into a side-view type Sensing range for red LED type (Note)
and can be mounted in a very small
Screw-in depth Distance to focal point Spot diameter
space.
8 mm
13 mm approx.
"0.5 mm
• Applicable fibers: FD-WG4, FD-G4
15 mm approx.
10 mm
"0.8 mm
• Ambient temperature:
30
mm
approx.
"3.0 mm
14
mm
�40 to �70 �C �40 to �158 �F
Note: The sensing ranges are the values when used in combination with red LED type amplifier. Please contact our office for details on sensing ranges for other types of amplifier.
28
FX-300
FIBER OPTIONS
Others
Model No.
FTP-500 (0.5 m 1.640 ft)
FTP-1000 (1 m 3.281 ft)
Protective tube
For thru-beam
type fiber
(
)
FTP-1500 (1.5 m 4.921 ft)
FTP-N500 (0.5 m 1.640 ft)
FTP-N1000 (1 m 3.281 ft)
FTP-N1500 (1.5 m 4.921 ft)
FDP-500 (0.5 m 1.640 ft)
FDP-1000 (1 m 3.281 ft)
Protective tube
For reflective
type fiber
(
)
FDP-1500 (1.5 m 4.921 ft)
FDP-N500 (0.5 m 1.640 ft)
FDP-N1000 (1 m 3.281 ft)
FDP-N1500 (1.5 m 4.921 ft)
Fiber bender
Universal sensor
mounting stand
FT-B8
FT-P80
FT-FM2 FT-P60
FT-FM2S FT-FM2S4
FT-H13-FM2
For
M3
thread
FT-T80
FT-P40
FT-NFM2 FD-T40
FT-NFM2S FD-P40
FT-NFM2S4
For
M6
thread
For
M4
thread
FD-B8
FD-FM2
FD-FM2S
FD-FM2S4
Fiber bender
• FB-1
The protective tube, made
of non-corrosive stainless
steel, protects the inner
FD-P80 fiber cable from any
FT-H13-FM2 external forces.
FD-T80
FD-NFM2
FD-NFM2S
FD-NFM2S4
MS-AJ1-F
Horizontal mounting type
MS-AJ2-F
Vertical mounting type
Mounting stand assembly for fiber
(For M3, M4 or M6 threaded head fiber)
The free-cut type fiber can be easily cut.
Accessory. FX-CT1 is attached with the FT-P80 or the FD-P80.
The FX-CT2 is provided with fibers other than this.
FX-CT1
FX-AT2
Fiber cutter
• FX-CT2
• FX-CT1
FB-1
FX-CT2
Appendix D
For
M4
thread
• FTP-�
• FDP-�
The fiber bender bends the sleeve part of the fiber head at the
proper radius. (Note)
Fiber cutter
Attachment for
fixed-length fiber
Protective tube
Description
Applicable fibers
Designation
Universal sensor mounting stand
Using the arm which enables adjustment in
the horizontal direction, sensing can also
be done from above an assembly line.
• MS-AJ1-F
360 � rotation
This is the attachment for the fixed length fiber. (Accessory)
Attachment for "2.2 mm
FX-AT3
"0.087 in fiber
This is the attachment for the "2.2 mm "0.087 in fiber.
(Accessory. Does not attach with the FT-P80 or the FD-P80.)
Attachment for "1 mm
FX-AT4
"0.039 in fiber
This is the attachment for the "1 mm "0.039 in fiber. (Accessory)
Attachment for "1.3 mm
"0.051 in fiber
This is the attachment for the "1.3 mm "0.051 in fiber.
(Accessory)
FX-AT5
Height
adjustment:
150 mm
5.906 in
approx.
360 �
rotation
20 �
20 �
Angle adjustment:�20°
• MS-AJ2-F
360 � rotation
Attachment for "1 mm
This is the attachment for the "1 mm "0.039 in / "1.3 mm
"0.039 in / "1.3 mm
FX-AT6
"0.051 in mixed fiber. (Accessory)
"0.051 in mixed fiber
Note: Do not bend the sleeve part of any side-view type fiber or ultra-small diameter head type fiber.
360 �
rotation
It’s possible to simultaneously cut two fibers to the same length
Each fiber (with some exceptions) has a newly
developed two-in-one fiber attachment
(FX-AT3/AT4/AT5/AT6) which enables two
fibers to be cut simultaneously to the same
length with the new fiber cutter (FX-CT2). Also,
since the fibers can be attached to the amplifier
while being fixed in position in the two-in-one
fiber attachment, sensitivity changes resulting
from variation in the amount of fiber insertion do
not occur.
Height
adjustment:
150 mm
5.906 in
approx.
20 �
20 �
Angle adjustment:�20°
Fiber attachment
FX-AT2
FX-AT3
Mounting hole
for M6 screw
Mounting hole
for M6 screw
FX-AT4/AT5/AT6
Guide to interchanging fiber length and sleeve length
Custom-ordered products are available with different fiber lengths and sleeve lengths in order
to respond quickly to different requirements.
Fiber cable length
change
Sleeve length change
Custom-ordered product (Typical)
• Fiber length can be set up to 30 m 98.425 ft in units of 1 m 3.281 ft � � � � � � � � FT-B8, FT-AFM2 etc.
• Sleeve length can be set up to 12 cm 4.724 in units of 1 cm 0.394 in � � � � � � FT-FM2S4, FD-NFM2S4 etc.
Please contact us.
29
FX-300
SPECIFICATIONS
Standard type
Red LED
High-speed
Green LED Infrared LED type
Blue LED
NPN output
FX-301
FX-301B
FX-301G
FX-301H
FX-301-HS
FX-305
PNP output
FX-301P
FX-301BP
FX-301GP
FX-301HP
FX-301P-HS
FX-305P
12 to 24 V DC�10 % Ripple P-P 10 % or less
Supply voltage
Power consumption
Output
<Red LED / Infrared LED type>
<Blue LED / Green LED type>
Normal operation: 960 mW or less (Current consumption 40 mA or less at 24 V supply voltage) 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) ECO mode: 430 mW or less (Current consumption 18 mA or less at 24 V supply voltage)
<NPN output type>
<NPN output type>
<PNP output type>
<PNP output type>
NPN open-collector transistor
• Maximum sink current:100 mA (50 mA, if five, or more, amplifiers are connected in cascade.)
• Applied voltage: 30 V DC or less (between output and 0 V)
• Residual voltage: 1.5 V or less [at 100 mA (at 50 mA, if five, or more, amplifiers are connected in cascade) sink current.]
PNP open-collector transistor
• Maximum source current: 100 mA (50 mA, if five, or more, amplifiers are connected in cascade.)
• Applied voltage: 30 V DC or less (between output and �V)
• Residual voltage: 1.5 V or less [at 100 mA (at 50 mA, if five, or more, amplifiers are connected in cascade) source current.]
35 !s or less (H-SP),
65 !s or less [H-SP (Red LED type only)], 150 !s or less (FAST), 150 !s or less (FAST),
250 !s or less (STD / S-D),
250 !s or less [STD / S-D (Red LED type only)],
2 ms or less (LONG),
2 ms or less (LONG), selectable with jog switch
selectable with jog switch
65 !s or less (H-SP), 150 !s or less (FAST),
250 !s or less (STD), 700 !s or less (STDF),
2.5 ms or less (LONG), 4.5 ms or less (U-LG),
selectable with jog switch
2-level teaching / Limit teaching / Manual adjustment /
Full-auto teaching / Max. sensitivity teaching
Normal mode: 2-level teaching / Limit teaching / Full-auto teaching /
Max. sensitivity teaching / Manual adjustment
Window comparator mode: Teaching (1-level / 2-level / 3-level) / Manual adjustment
Sensitivity setting
Orange LED (lights up when the output is ON)
Operation indicator
Stability indicator
Green LED (lights up under stable light received condition or stable dark condition)
RUN: Green LED, TEACH � ADJ � L/D ON � TIMER � PRO: Yellow LED
MODE indicator
4 digit red LED display
Digital display
Incorporated
Fine sensitivity adjustment function
Timer function
Light emitting amount selection
function
Automatic interference
prevention function
Ambient temperature
PNP open-collector transistor 2 outputs
• Maximum source current: 50 mA each (Note 1)
• Applied voltage: 30 V DC or less (between output and �V)
• Residual voltage: 1.5 V or less [at 50 mA (Note 1)]
Incorporated
Short-circuit protection
Response time
NPN open-collector transistor 2 outputs
• Maximum sink current: 50 mA each (Note 1)
• Applied voltage: 30 V DC or less (between output and 0 V)
• Residual voltage: 1.5 V or less [at 50 mA (Note 1)]
Selectable either Light-ON or Dark-ON, with jog switch
Output operation
Environmental resistance
High-function type
Incorporated with variable ON-delay / OFF-delay / ONE-SHOT timer,
switchable either effective or ineffective.
Timer period: Red LED type; 0.5 ms approx., 1 ms to 9999 ms
(Blue LED, Green LED, Infrared LED type; approx. 0.5 ms to 500 ms)
[
Incorporated (Red LED type only)(Note 2)
FAST, STD, LONG: 4 level, H-SP: 3 level, S-D: 2 level
]
Incorporated with variable ON-delay / OFF-delay /
ONE-SHOT / ON-delay • OFF-delay / ON-delay • ONESHOT timer, switchable either effective or ineffective.
(Timer period: Output 1; 0.5 ms, 1 ms to 9999 ms, Output 2; 0.5 ms, 1 ms to 500 ms)
Incorporated (Note 2)
FAST, STD, STDF, LONG, U-LG: 4 level
H-SP: 3 level
Incorporated (Note 2)
FAST, STD, LONG: 4 level
H-SP, S-D: 2 level
Incorporated [Up to four sets of fiber heads can be
mounted close together. (However, U-LG mode is 8
fiber heads, H-SP mode is 2 fiber heads.)] (Note 4)
Incorporated (Up to four sets of fiber heads can be mounted
close together. However, H-SP mode is 2 fiber heads.)(Note 3)
�10 to �55 �C �14 to �131 �F (If 4 to 7 units are connected in cascade: �10 to �50 �C �14 to �122 �F, if 8 to 16 units are connected
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
35 to 85 % RH, Storage: 35 to 85 % RH
Ambient humidity
Sunlight: 10,000 ?x at the light-receiving face, Incandescent light: 3,000 ?x at the light-receiving face
Ambient illuminance
1,000 V AC for one min. between all supply terminals connected together and enclosure (Note 5)
Voltage withstandability
Insulation resistance
20 MΩ, or more, with 250 V DC megger between all supply terminals connected together and enclosure (Note 5)
Vibration resistance
10 to 150 Hz frequency, 0.75 mm 0.030 in amplitude in X, Y and Z directions for two hours each
98 m/s2 acceleration (10 G approx.) in X, Y and Z directions for five times each
Shock resistance
Emitting element (modulated)
Material
Connecting method
Cable extension
Weight
Appendix D
Item
Model No.
Type
Refer to the ‘Sensor general catalog 2003-2004’ for fiber specifications.
Red LED
Blue LED
Green LED
Infrared LED
Red LED
Red LED
Enclosure: Heat-resistant ABS, Case cover: Polycarbonate, MODE key: Acrylic, Jog switch: Heat-resistant ABS (FX-301B/G/H: Acrylic)
Connector (Note 6)
Extension up to total 100 m 328.084 ft (50 m 164.042 ft for 5 to 8 units, 20 m 65.617 ft for 9 to 16 units) is possible with 0.3 mm2, or more, cable.
Net weight: 20 g approx., Gross weight: 25 g approx.
Notes: 1) 50 mA per output. 25 mA if five, or more, amplifiers are connected in cascade.
2) The light emitting amount can be zero (emission halt) in all modes.
3) When the power supply is switched on, the light emission timing is automatically set for interference prevention.
’ is set, the number of mountable fiber heads becomes double. Furthermore, take care that the response time also becomes double.
4) When the interference prevention function ‘
5) The voltage withstandability and the insulation resistance values given in the above table are for the amplifier only.
6) The cable for amplifier connection is not supplied as an accessory. Make sure to use the optional quick-connection cables given below.
Main cable (3-core) for FX-301(P)(-HS): CN-73-C1 (Cable length 1 m 3.281 ft), CN-73-C2 (Cable length 2 m 6.562 ft), CN-73-C5 (Cable length 5 m 16.404 ft)
Sub cable (1-core) for FX-301(P)(-HS): CN-71-C1 (Cable length 1 m 3.281 ft), CN-71-C2 (Cable length 2 m 6.562 ft), CN-71-C5 (Cable length 5 m 16.404 ft)
Main cable (4-core) for FX-305(P): CN-74-C1 (Cable length 1 m 3.281 ft), CN-74-C2 (Cable length 2 m 6.562 ft), CN-74-C5 (Cable length 5 m 16.404 ft)
Sub cable (2-core) for FX-305(P): CN-72-C1 (Cable length 1 m 3.281 ft), CN-72-C2 (Cable length 2 m 6.562 ft), CN-72-C5 (Cable length 5 m 16.404 ft)
30
FX-300
I/O CIRCUIT DIAGRAMS
FX-301(-HS) NPN output type
FX-305
NPN output type
Color code
(Black) Output
Tr
Color code of quick-connection cable
(Brown) �V (Note 1)
ZD
D
Load
�
�
100 mA max. (Note 2)
12 to 24 V DC
�10 %
(Blue) 0 V (Note 1)
Internal circuit
Sensor circuit
Sensor circuit
D
(Brown) �V (Note 1)
Load
Load
(White) Output 2 50 mA max. (Note 2)
(Black) Output 1
Tr 1
Tr 2
ZD1
� 12 to 24 V DC
� �10 %
50 mA max. (Note 2)
ZD2
(Blue) 0 V (Note 1)
Internal circuit
Users’ circuit
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 five amplifiers, or more, are connected together.
Users’ circuit
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 five amplifiers, or more, are connected together.
Symbols … D: Reverse supply polarity protection diode
ZD1, ZD2: Surge absorption zener diode
Tr1, Tr2 : NPN output transistor
Symbols … D : Reverse supply polarity protection diode
ZD: Surge absorption zener diode
Tr : NPN output transistor
FX-301P(-HS) PNP output type
FX-305P
PNP output type
Color code
Color code of quick-connection cable
ZD
Tr
100 mA max. (Note 2)
(Black) Output
D
Load
(Blue) 0 V (Note 1)
Internal circuit
Users’ circuit
(Brown) �V (Note 1)
� 12 to 24 V DC
� �10 %
Tr 1
ZD2
Tr 2
(Black) Output 1 50 mA max. (Note 2)
(White) Output 2
� 12 to 24 V DC
� �10 %
Users’ circuit
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 five amplifiers, or more, are connected together.
Symbols … D: Reverse supply polarity protection diode
ZD1, ZD2: Surge absorption zener diode
Tr1, Tr2 : PNP output transistor
PRECAUTIONS FOR PROPER USE
Refer to the ‘Sensor general catalog 2003-2004’ for fiber precautions.
This product is not a safety sensor. Its use is not
intended or designed to protect life and prevent body
injury or property damage from dangerous parts of
machinery. It is a normal object detection sensor.
Part description
MODE indicator / L/D ON (Yellow)
MODE indicator / TIMER (Yellow)
Stability indicator
(Green)(Note 2)
Load
Load
(Blue) 0 V (Note 1)
Internal circuit
Symbols … D : Reverse supply polarity protection diode
ZD: Surge absorption zener diode
Tr : PNP output transistor
Appendix D
50 mA max. (Note 2)
ZD1
D
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 five amplifiers, or more, are connected together.
Operation indicator
(Orange)(Note 1)
Sensor circuit
Sensor circuit
(Brown) �V (Note 1)
Operation procedure
• When the power supply is switched on, communication self-check is
carried out and normal condition is displayed [MODE indicator / RUN
(green) lights up and the digital display shows incident light intensity].
• When MODE key is pressed, the mode changes as per the
diagram below.
Power supply switched on
Communication self-check
MODE indicator / RUN (Green)
MODE indicator / TEACH (Yellow)
MODE indicator / ADJ (Yellow)
MODE indicator /
PRO (Yellow)
Digital display (Red)
Notes: 1) FX-305(P); Output 1 operation indicator (Orange)
2) FX-305(P); Output 2 operation indicator (Orange)
MODE key
Jog switch
RUN
Press MODE key
Press
MODE key
Refer to
‘Teaching’ on p.32
TEACH
TIMER
Press
MODE key
Refer to
‘Threshold value
fine adjustment’ on p.33
PRO
Refer to ‘PRO mode’
on p.33
Press
MODE key
Refer to
‘Timer operation
setting’ on p.33
Press MODE key
Refer to
‘Output operation
setting’ on p.33
L/D ON
ADJ
Press MODE key
When jog switch is pressed, the setting is confirmed.
When MODE key is pressed for 2 sec., or more, the sensor returns to the RUN mode.
Cancellation is possible by pressing MODE key during setting.
For FX-305(P)
The FX-305 is equipped with two independent outputs, but the items that
can be set in output 1 and output 2 respectively are only the following.
The items other than those are common.
1 Threshold value 2 Output operation
3 Timer operation and Timer period 4 Sensing mode
31
FX-300
PRECAUTIONS FOR PROPER USE
Refer to the ‘Sensor general catalog 2003-2004’ for fiber precautions.
Teaching
In case of limit teaching
• The threshold values can be set by normal mode (2-level teaching, limit teaching
or full-auto teaching) or window comparator mode (1-level / 2-level / 3-level
teaching) [FX-305(P) only], when the MODE indicator / TEACH (yellow) lights up.
• This is the method of setting the threshold value by teaching only the object
absent condition (stable incident light condition). This is used for detection
in the presence of a background body or for detection of minute objects.
In case of 2-level teaching
• This is the method of setting the threshold value by teaching two levels, corresponding to
the object present and object absent conditions. Normally, setting is done by this method.
Display
Set the fiber within the sensing
range.
Press the MODE key to light up
MODE indicator / TEACH (yellow).
1
Set the fiber within the sensing
range.
Press the MODE key to light up
MODE indicator / TEACH (yellow).
For the FX-305(P), select ‘
’ or ‘
’ beforehand.
Press the jog switch in the object absent condition.
If the teaching is accepted, the read incident light
intensity blinks in the digital display.
For the FX-305(P), select ‘
’ or ‘
’ beforehand.
Press jog switch in the object present condition.
If the teaching is accepted, the read incident light intensity blinks in the digital display.
2
type
2
Thru-beam type Reflective type
Background
Beam
received condition
MODE indicator / TEACH (yellow) blinks.
Press the jog switch in the object absent condition.
MODE indicator / TEACH (yellow) blinks.
3 Turn jog switch to the ‘�’ side or ‘�’ side.
Thru-beam type Reflective type
3
Mark
Beam
received condition
Background
If the teaching is accepted, the read incident light intensity blinks in the
digital display and the threshold value is set at the mid-value between the
4 incident light intensities in the object present and the object absent
conditions. After this, the judgment on the stability of sensing is displayed.
• In case stable sensing is possible: ‘
’ is displayed.
• In case stable sensing is not possible: ‘
’ blinks.
5 The threshold value is displayed.
6 ‘
4
’ blinks in the digital display. (FX-301B/G/H only)
If the jog switch is turned to the ‘�’ side, ‘
(twice)(Note 2) the display from right to left,
threshold level is shifted to a value
approx. 15 % higher (lower sensitivity) �
than that set at 2. (Note 1)
This is used in case of reflective type
fibers.
If the jog switch is turned to the ‘�’ side, ‘
(twice) (Note 2) the display from left to right,
�
threshold level is shifted to a value
approx. 15 % lower (higher sensitivity)
than that set at 2. (Note 1)
This is used in case of thru-beam
type fibers.
High
The incident light intensity in the digital display and the
7 setting is complete.
Notes: 1) Do not move or bend the fiber cable after the sensitivity setting. Detection may become unstable.
2) In case of using the reflective type fibers, if Jog switch is pressed in the object absent condition
at 2 and 3, the sensitivity is set to the maximum.
• Full-auto teaching is used when it is desired to set the threshold value
without stopping the assembly line, with the object in the moving condition.
1
Description
Display
Set the fiber within the sensing
range.
Press MODE key to light up
MODE indicator / TEACH (yellow).
For the FX-305(P), select ‘
’ or ‘
’ beforehand.
2 Press the jog switch continuously for 0.5 sec. or more
with the object moving on the assembly line. (The
incident light intensity is displayed during sampling.)
‘
’ is displayed on the digital display. Release the jog
3 switch when the object has passed.
If the teaching is accepted, the read incident light intensity
blinks in the digital display and the threshold value is set
at the mid-value between the incident light intensities in
4 the object present and the object absent conditions. After
this, the judgment on the stability of sensing is displayed.
• In case stable sensing is possible: ‘
’ is displayed.
• In case stable sensing is not possible: ‘
’ blinks.
5 The threshold value is displayed.
6 ‘
OFF
100 %
Low
0
ON
15 %
’ scrolls
and the
’ scrolls
and the
Threshold value
Incident light intensity
with object absent
15 %
ON
OFF
Threshold value
Turn to ‘�’ side
Turn to ‘�’ side
In case of full-auto teaching
Step
Reflective type
Background
body
Mark
Beam
interrupted condition
Display
Appendix D
1
Description
Description
Threshold
value
Step
Step
After this, the judgment on whether the setting shift
5 amount can be shifted or not is displayed.
• In case shifting is possible: ‘
• In case shifting is not possible: ‘
’ blinks.
’ blinks.
6 The threshold value is displayed.
7 ‘
’ blinks in the digital display. (FX-301B/G/H only)
The incident light intensity appears in the digital display
8 and the setting is complete.
Notes: 1) The FX-301B/G/H has no scroll display.
2) The approx. 15 % amount of shift is the initial value. The amount of shift
can be changed in the PRO mode from approx. 5 to 80 % (5 % step).
3) Do not move or bend the fiber cable after the sensitivity setting.
Detection may become unstable.
Please refer to the ‘Sensor general catalog 2003-2004’ or website
(http://www.sunx.jp) for setting of threshold value when used in
combination with contact type liquid level detection fiber FD-F8Y, and for
setting of threshold value when used in combination with pipe-mountable
liquid level detection fiber FD-F4�.
’ blinks in the digital display. (FX-301B/G/H only)
The incident light intensity in the digital display and the
7 setting is complete.
Notes: 1) The threshold value’s shift amount can be selected in PRO mode.
(Increments of 5 % between �45 and 45 % for setting possible. 0 % default.)
2) Do not move or bend the fiber cable after the sensitivity setting.
Detection may become unstable.
32
FX-300
PRECAUTIONS FOR PROPER USE
PRO mode
Threshold value fine adjustment
Step
1
2
Description
Display
PRO mode table
Press the MODE key to light up
MODE indicator / ADJ (yellow).
For the FX-305(P), select ‘
’ or ‘
’ beforehand.
In case the threshold value is to be increased
(sensitivity to be reduced), turn the jog switch to �
the ‘�’ side to increase the threshold value
slowly. If the jog switch is turned continuously to
the ‘�’ side, the threshold value increases rapidly.
In case the threshold value is to be decreased
(sensitivity to be increased), turn the jog switch to
�
the ‘�’ side to decrease the threshold value
slowly. If the jog switch is turned continuously to
the ‘�’ side, the threshold value decreases
rapidly.
When the jog switch is pressed, the
threshold value is confirmed.
• PRO settings can be done when MODE indicator / PRO (yellow) lights up.
Display
PRO1
or
PRO2
PRO3
PRO4
3
PRO5
Output operation setting
Step
1
Description
Display
Press the MODE key to light up
MODE indicator / L/D ON
(yellow).
Displays present
setting
For the FX-305(P), select ‘
’ or ‘
’ beforehand.
If the jog switch is turn to the ‘�’ or
�
‘�’ direction, the output operation �
2 setting will change.
Light state
Dark state
When the jog switch is pressed,
the threshold value is confirmed.
3
Appendix D
Displays selected
setting
Timer operation setting
• When the MODE indicator / TIMER (yellow) lights up, you can set
the type of timer and whether the timer is to be used or not. For the
FX-301B/G/H, the type of timer is set in PRO mode.
• Further, an OFF-delay which is useful when the response of the
connected device is slow, etc., an ON-delay which is useful to detect only
objects taking a long time to travel, and ONE-SHOT, which is useful
when the input specifications of the connected device require a signal of
a fixed width, are possible with the FX-301�(-HS). [Furthermore, ONdelay • OFF-delay and ON-delay • ONE-SHOT timer are incorporated for
FX-305(P).]
Cascading amplifiers
• The FX-301(P), FX-301B/G/H(P) and FX-305(P) cannot use
communication for any settings other than the automatic
interference prevention function. When using these amplifiers as
well, use only the same type of amplifiers all together. However, the
FX-301-HS(P) is not equipped with an optical communication
function for setting the automatic interference prevention function,
so be aware of this when using these amplifiers with other amplifiers.
• If the FX-301(P) updated version unit or the FX-305(P) is mounted
with the FX-301(P) previous version unit or the FX-301B/G/H(P) in
cascade, place the FX-301(P) updated version units and the FX-305
units to the right side (seen from the connector side) of the previous
version units. For a difference between the updated version unit and
the previous version unit, refer to ‘A difference between the
updated version unit and the previous version unit’ (P.34).
33
PRO6
(Note 4)
Description
1 Response time change function ‘
’
2 Timer setting function ‘
’
3 Hysteresis function ‘
’
4 Stability function ‘
’
5 Shift function ‘
’
6 Emitting power selection function ‘
’ (Note 1)
1 Digital display setting function ‘
’
2 Digital display inversion function ‘
’
3 ECO mode setting function ‘
’
1 Data bank load setting function ‘
’
2 Data bank save setting function ‘
’
1 Setting condition copy function ‘
’
2 Remote data bank load setting function ‘
’
3 Remote data bank save setting function ‘
’
4 Communication condition confirmation function ‘
’ (Note 2)
5 Communication lock function ‘
’
6 Back-up function ‘
’ (Note 3)
1 Code setting function ‘
’
2 Adjust lock setting function ‘
’
3 Setting reset function ‘
’
4 Interference prevention function ‘
’ (Note 4)
1 Output setting function ‘
’, ‘
’
Notes: 1) FX-301(P) updated version unit, FX-301(P)-HS, FX-305(P) only
2) FX-301B(P)/G(P)/H(P) only
3) FX-301(P) updated version unit, FX-305(P) only
4) FX-305(P) only
Key-lock function
• If the jog switch and the MODE key are pressed for more than 3 sec. at
the same time in RUN mode condition, the key operations are locked,
and only the threshold value confirmation function or the adjust
function (valid only when the adjust lock function is canceled) is valid.
Wiring
• When the emission halt of the emitting power switching function is set from ‘OFF’ to ‘ON’, the
output may be unstable. Do not use the output control for 0.5 sec. after starting emission.
• Make sure that the power supply is off while wiring.
• Verify that the supply voltage variation is within the rating.
• Take care that if a voltage exceeding the rated range is applied, or if an AC
power supply is directly connected, the sensor may get burnt or damaged.
• 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.
• Take care that short-circuit or wrong wiring of the load may burn or damage the sensor.
• 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.
• Ensure that an isolation transformer is utilized for the DC power supply. If an
auto transformer is utilized, the main amplifier or power supply may be damaged.
• Make sure to use the optional quick-connection cable for the connection of the
amplifier [FX-301(P)(-HS) / FX-305(P)]. Extension up to total 100 m 328.084 ft (50 m
164.042 ft for 5 to 8 units, 20 m 65.617 ft for 9 to 16 units,) is possible with 0.3 mm2, or
more, cable. However, in order to reduce noise, make the wiring as short as possible.
Others
• Do not use during the initial transient time (0.5 sec. approx.) after the
power supply is switched on.
• Take care that the sensor is not directly exposed to fluorescent light
from a rapid-starter lamp or a high frequency lighting device, as it
may affect the sensing performance.
• This sensor is suitable for indoor use only.
• Avoid dust, dirt, and steam.
Take care that the product does not come in direct contact with
water, oil, grease, or organic solvents, such as, thinner, etc.
• This sensor cannot be used in an environment containing inflammable
or explosive gasses.
• Never disassemble or modify the sensor.
FX-300
PRECAUTIONS FOR PROPER USE
Refer to the ‘Sensor general catalog 2003-2004’ for fiber precautions.
Function table for FX-300 series
New models
Previous models
FX-301(P)
(Previous version unit)
Four-chemical emitting element � APC circuit
�
Four-chemical emitting element only
g (Note 1)
Light emitting amount selection function
�
Reduced intensity mode (S-D)
g (Note 1)
9,999 digit display
�
Response time (Max. speed)
150 !s
Interference prevention function (Effective no. of units) Incorporated (4)
Independent 2 outputs
�
Alarm output function
�
Error output function
�
Differential sensing
�
Window comparator mode
�
Peripheral units that can be combined
FX-CH(-P)
g
FX-CH2(-P)
�
SC-GU1-485
�
FX-302(P)
FX-303(P)
FX-301(P)
(Updated version unit)
FX-301(P)-HS
�
�
g
g
g
g
g
�
�
�
�
g
g
g
g
�
�
�
�
�
�
�
g
300 !s
Incorporated (8)
90 !s
Not incorporated (0)
65 !s
Incorporated (4)
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
g
g
g
g
g
�
�
�
�
�
�
�
�
g
g
g
�
�
FX-305(P)
g
35 !s
65 !s
Not incorporated (0) Incorporated (16)
g
g
g
g
Note: Except FX-301B/G/H.
A difference between the updated version unit and the previous version unit for FX-301 (Red LED type)
Changes in appearance
Changes in operation
After change
Top view
Top view
Name
plate
Display
Uses special parts
Side view
Added to
name plate
Side view
Change in shape
of jog switch
m ‘NAVI’ is printed only on the both sides m ‘NAVI’ is printed only on a side
Checking minor changes between previous and new models can be
done by checking whether the printing is on both sides or only one side.
Upgraded functions
1. Response times added
An ultra high-speed mode (H-SP) has been added to the existing 4 response time modes
[high-speed (FAST), reduced intensity (S-D), standard (STD) and long range (LONG)].
This is changed using ‘
’ in ‘
’.
Before change
After change
5 steps
4 steps
150 !s (FAST)
65 ¨s (added)(H-SP)
250 !s (S-D)
150 !s (FAST)
250 !s (STD)
250 !s (S-D)
2 ms (LONG)
250 !s (STD)
2 ms (LONG)
2. Extension of timer period
The setting range for the timer period was previously 500 ms, but
this has been extended to a new range of 9999 ms.
3. Light emitting amount selection function
The light emitting amount can be changed to one of 4 levels
(5 levels when emission halt is included).
4. Backup, copy lock and key lock functions added
Backup: This selects whether or not threshold values set by
teaching are written to (stored in) an EEPROM.
Copy lock: This selects whether copy function and data bank
function communication are possible or not.
Key lock: This disables input using switches to prevent accidental
changing of settings.
1. Timer selection method
Previous version unit: Timer type was changed using PRO1 mode. The ‘TIMER’
setting in NAVI mode could only be turned on or off.
After change: The type of timer can be changed using the ‘TIMER’ function in NAVI mode.
2. Checking threshold value in RUN mode
The threshold values can be checked by turning the jog switch.
Display changes
1. Checking blinking of sensitivity surplus
The stable surplus display method after teaching has been changed.
Previous version unit: Sensitivity surplus is indicated by the number
of blinks of the stability indicator.
After change
Digital display only
2. Initial direct code value changed
The factory default settings for the direct codes have been changed.
Previous version unit
0000
After change
Appendix D
Before change
0004
m The default setting for the timer period is 10 ms, and the direct code for
10 ms is ‘4’, so this has been changed.
Internal circuit changes
1. Addition of an APC circuit
A four-chemical emitting element which provides stable sensing over long periods has been
added, as well as an APC (Auto Power Control) circuit that improves stability during short periods.
Points to note when combining sensor types
When using the newer sensors together with previous version
units (including the FX-301B/G/H), note the following.
• Communication is possible when the previous version units and
the updated version units are used in an arrangement such as
that shown in Figure A below.
• If the previous version units and the updated version units are used in
an arrangement such as that shown in Figure B below, the interference
prevention function and the PRO4 function cannot be used.
• In order to use the interference prevention function and the PRO4 function when
using previous version units and the updated version units together, it is
recommended that you use an arrangement such as that shown in Figure C below.
<Figure A>
Communication possible
O.K.
Updated
Previous
version unit
version unit
<Figure B>
Communication impossible
<Figure C>
1234567890ABCDEF
N.G.
Updated
Previous
version unit
version unit
Previous
version unit
Updated
version unit
34
FX-300
Refer to the ‘Sensor general catalog 2003-2004’ for fiber dimensions.
The CAD data in the dimensions can be downloaded from the website: http://www.sunx.jp/
DIMENSIONS (Unit: mm in)
FX-301�
FX-305�
Amplifier
8.3
Operation indicator
(Note 1)(Orange) 0.327
48.2
26.3 1.898
1.0352.5
0.098
12
0.472
0.7
0.028
Stability indicator
(Note 2)(Green)
MODE key
Jog switch
Digital display (Red)
10
0.394
3
0.118
Beamemitting
part
7 0.276
Beamreceiving
part
64.5
2.539
Communication
window
30.5
1.201
7
0.276
10.5
0.413
7 0.276
3
0.118
3.3
0.130
27.8
1.094
13.5
0.531
(Note 3)
3.95
0.156
Suitable for 35 mm
1.378 in width DIN rail
36.5
1.437
Notes: 1) FX-305�; Output 1 operation indicator (Orange)
2) FX-305�; Output 2 operation indicator (Orange)
3) FX-301�; 3-pin, FX-305�; 4-pin
CN-73-C�
CN-74-C�
CN-71-C�
CN-72-C�
Main cable (Optional)
• Length (L)
Model No.
50
1.969
Model No.
1,000
39.370
CN-71/72-C1
1,000
39.370
CN-73/74-C2
2,000
78.740
CN-71/72-C2
2,000
78.740
CN-73/74-C5
5,000 196.850
CN-71/72-C5
5,000 196.850
(Note 1)
2.65
0.104
"3 "0.118 cable
14
(0.551
)
2.9
(0.114
)
10
0.394
6
0.236
( )
Notes: 1) CN-74-C� only
2) CN-74-C�: 4-core
7
0.276
10
0.394
13.6
0.535
3
0.118
7.2
0.283
(
2.65
0.104
)
"3 "0.118 cable
3
0.118
2.9
0.114
(
)
50
1.969
10
0.394
6
0.236
( )
12 10.5
(0.472
) 0.413
(Note 1)
0.2
0.008
(Note 2)
14
0.551
2.54
0.100
12 10.5
(0.472
) 0.413
2.54
0.100
L
Length (mm in)
CN-73/74-C1
2.54
0.100
Appendix D
L
(Note 2)
Length (mm in)
Sub cable (Optional)
• Length (L)
2.54
0.100
0.2
0.008
Notes: 1) CN-72-C� only
2) CN-72-C�: 2-core
7
0.276
10
0.394
13.6
0.535
3
0.118
7.2
0.283
Introducing digital laser sensor LS series
Making high precision laser sensing
more intuitive and easier to use
• Minute objects can be sensed even
at removed distances.
• 3 types of laser sensor head available.
• Side-by-side placement together
with fiber sensors is also possible.
<IC pin check>
35
<Sensing remaining sheet roll amounts>
For further details, please refer to the
SUNX home page (http://www.sunx.co.
jp/) or contact our office.
External Input Unit for Digital Sensor / FX-CH2
Conforming to
EMC Directive
Support for stable sensing and
smooth setup changes!
Teaching and data bank switching for up to a maximum of
16 digital fiber sensors (FX-301 and FX-305) can be
carried out all at once using an external device such as a
PLC, touch screen or switch.
Applications involving smooth setup operations
� Setup changes (external automatic teaching / data bank switching)
Digital fiber settings can be changed using input from a touch screen or switch, so that
production line setup changes can be carried out more easily.
� External teaching
Full-auto teaching is recommended for teaching when the sensing object is changed
without stopping the line.
� Data bank switching
Settings such as output operations (L-ON / D-ON) and timer operations can be recorded
in the digital fiber sensor’s data bank and switching can be carried out externally.
m Up to 3 files can be stored.
FX-CH2 function list
Teaching input
Key lock setting input
The following types of external teaching can be carried out.
● Full-auto teaching ● Limit teaching ‘�’
● Limit teaching ‘�’ ● 2-level teaching
The key lock function that prevents incorrect operations by operators can
be set on and off.
Data bank switching input
Switching between 3 channels of data banks and loading and saving of
all channels at once can be carried out.
Product lineup
Quick-connection cable
CN-73-C� (Optional)
• Mode selection
External input unit FX-CH2(-P)
The types of input
S2
S3
operations are determined by S1 and S2, COM.
and the input timing is m FX-CH2(-P) does not include a cable
for connecting to the input device.
determined by S3.
�V
MODE
0V
The MODE wire can be
switched between high and low
to select the input mode from
either ‘external teaching and key
lock’ or ‘data bank switching’.
Appendix D
Connector for input device
CN-EP1 [1 pc. included with FX-CH2(-P)]
• Input signal
S1
Explanation of limit teaching
● Limit teaching ‘�’
● Limit teaching ‘�’
Limit teaching ‘�’ shifts the threshold value setting to make it
less than the incident light intensity during teaching.
Limit teaching ‘�’ is the opposite of limit teaching ‘�’, so that
the threshold value setting is shifted toward a higher setting to
make it more than the incident light intensity during teaching.
ON
OFF
Pass 1
Threshold Threshold value resetting
value
ON
Shift amount
OFF
Time
Initial setting
Threshold value setting
Pass 2
Sensing not possible
Incident light intensity when sensing
object is not present
Threshold
value
Pass 1
Unstable sensing
OFF
Time
Initial setting
Threshold value setting
Pass 2
Threshold value resetting again
Incident light intensity when sensing
object is present
ON
When limit teaching ‘�’ is used
The threshold value is reset each
time before the sensing object
arrives, (limit teaching ‘�’). As a
result, sensing is not affected by
changes in incident light intensity.
Incident light intensity
Pass 1
Unstable sensing
When limit teaching is not used
If dust or other particles cause changes
in the incident light intensity with
respect to the initial threshold setting
value, sensing can become unstable
and incorrect operations can occur.
Incident light intensity
Threshold
value
When limit teaching ‘�’ is used
The threshold value is reset each
time before the sensing object
arrives, (limit teaching ‘�’). As a
result, sensing is not affected by
changes in incident light intensity.
Incident light intensity
Incident light intensity
When limit teaching is not used
If the incident light intensity changes with
respect to the initial threshold setting value
because of reasons such as beam axis
slippage, sensing can become unstable
and incorrect operations can occur.
Pass 1
Threshold Threshold value resetting
value
ON
Shift amount
OFF
Time
Initial setting
Threshold value setting
Pass 2
Sensing not possible
Time
Initial setting
Threshold value setting
Pass 2
Threshold value resetting again
m When limit teaching is used, use the SHIFT function in PRO mode of
the amplifier to set the shift amount beforehand.
36
OPERATION TIMING CHART
ORDER GUIDE
Designation
Model No.
FX-CH2
FX-CH2-P
CN-EP1
NPN input type
PNP input type
External input unit
Connector for input device
(1 pc. included as standard with external input unit)
5 pcs. per set
CN-73-C1
CN-73-C2
CN-73-C5
MS-DIN-E
Length: 1 m 3.281 ft
Length: 2 m 6.562 ft
Length: 5 m 16.404 ft
Quick-connection cable
(Main cable)
End plate
2 pcs. per set
SPECIFICATIONS
Type
Model No.
Item
PNP input type
FX-CH2-P
FX-301(P)(Note 1), FX-305(P)
12 to 24 V DC10 % Ripple P-P 10 % or less
600 mW or less (when all indicators light up)
Low: 4 V to V DC
Low: 0 to 2 V DC
Sink current 0.5 to 3 mA
Source current 0.5 mA
Input impedance 10 kΩ approx.
Input impedance 10 kΩ approx.
High: 5 V to V DC, or open High: 0 to 0.6 V DC, or open
Input
Data bank save
Data bank load
1ch
S1
2ch
S3
3ch
t1
1ch
High
t1
S2
t1
t2
t2
Low
t1
High
Low
t2
High
Low
Transmission
operation indicator
Ambient
temperature
Material
Cable extension
Weight
Accessory
Green LED (Lights up when loaded, and 2-level /
Limit teaching, blinksnlights up when saved, and
Full-auto teaching)
10 to 55 C 14 to 131 F (if 4 to 7 sensors are
connected in cascade: 10 to 50 C 14 to 122 F, if
8 to 16 sensors are connected 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
Enclosure: Heat-resistant ABS
Extension up to total 10 m 32.808 ft is possible with 0.3 mm2, or more, cable.
Net weight: 20 g approx., Gross weight: 40 g approx.
CN-EP1 (Connector for input device)(Note 2): 1 pc.
Notes: 1) Only updated version of FX-301(P) can be used. Do not use the
previous version of FX-301(P).
The updated version of FX-301(P) have ‘NAVI’ printed on one side.
(See the right figure.)
2-level / Full-auto teaching
2-level
Full-auto
t1
t1
S2
S3
‘’
‘’
t1
t1
t2
t2
t3
Appendix D
FX-CH2
Color code of
quick-connection cable
Connector pin No. for
power supply side
FX-CH2-P
Color code of
quick-connection cable
Power supply side
Connector pin No. for
power supply side
12 to 24 V DC
V (Brown) 10 % MODE
(Black)
T r1
10 kΩ D2
Input device
side
S1
0V
T r2
10 kΩ D4
0V
T r3
S2
0V
T r4
S3
COM.(0 V)
Connector pin No. for input device side
Internal circuit
Users’ circuit
Symbols...D1 to D4: Reverse supply polarity protection diode
Tr1 to Tr4: PNP input transistor
37
Main circuit
Main circuit
Tr4
0 V (Blue)
10 kΩ D1
5 V10 kΩ
Power supply side
V (Brown)
0 V (Blue)
10 kΩ D3
t3
Low
High
Low
Cancellation Setting
High
Low
High
S1
t1
High
Low
S2
t2
High
Low
S3
Low
High
Low
t1
t2
High
Low
Notes: 1) The above diagrams show the FX-CH2 (NPN input type).
For the FX-CH2-P (PNP input type), High and Low are reversed.
2) After each operation has been confirmed, the fiber sensor cannot
be reset for a period of approximately 50 ms.
DIMENSIONS (Unit: mm in)
FX-CH2
FX-CH2-P
External input unit
37
1.457
1.4
1.8
0.055 0.071
Power indicator (Green)
4
0.157
27.8
1.094
Connection of the connector
for input device
FX-CH2 FX-CH2-P
5.6
1.8
S1
S1
0.220 1
0.071
2
S2
S2
3
S3
S3
4 COM. (0 V) COM. ( V)
Transmission operation
7.5
0.295
indicator (Green)
0V
12 to 24 V DC
10 % MODE (Black)
10 kΩ D1
10 kΩ
Input device
side
S1
10 kΩ D2
10 kΩ
S2
10 kΩ D3
10 kΩ
S3
10 kΩ D4
10 kΩ
COM.(V)
Connector pin No. for input device side
Internal circuit
Users’ circuit
Symbols...D1 to D4: Reverse supply polarity protection diode
Tr1 to Tr4: NPN input transistor
10
0.394
64.5
2.539
Communication window
6
0.236
1
27.0 15.2
1.063 0.598
2
3
4
Suitable for 35 mm
1.378 in width DIN rail
I/O CIRCUIT DIAGRAMS
Tr3
t3
Low
High
t1 : 20 ms to less than 2 sec.
t1 : t1t2, t1t3
t2 : 20 ms to less than 2 sec. (This is the timing period for 1 level. 2 levels are required.) t2 : 2 sec. or more
t3 : 0.5 sec. or more (Sampling starts after 0.5 sec.)
2) The applicable wire is 0.08 mm2 (AWG 28) to 0.5 mm2 (AWG 20)
and the wire sheath diameter should be "1.5 mm "0.059 in or less.
Tr2
t1
Key lock
Limit teaching
3.95
0.156
5 V10 kΩ
t1
When MODE is set to Low (High for FX-CH2-P)
New Advanced sensor
with Visible Indicator
5 V10 kΩ
High
t1
t3
10.5
0.413
NAVI
Tr1
3ch
Green LED (Lights up when the power is ON)
Power indicator
5 V10 kΩ
2ch
t1
t1 : t1t2, t1t3 t2 : 20 ms to less than 2 sec. t3 : 2 sec. or more
S1
NPN input type
FX-CH2
Applicable sensor
Supply voltage
Power consumption
When MODE is set to High (Low for FX-CH2-P) or open
36.5
1.437
13.5
0.531
5.78
0.228
Upper Communication Unit for Digital Sensors / SC-GU1-485
Conforming to
EMC Directive
We now offer remote maintenance for sensors!
Also reduces the work required to the system
to start running!
Centralized control and setting of scattered digital sensors
(FX-301/305) is possible using a PLC or personal computer
<Touch screen monitor example>
Device A monitor
Li ne 1
L in e2
Menu
L in e3
� Example of use in semiconductor
cleaning process
Back
Chemical-resistant
fiber
Pipe-mountable
liquid level detection fiber
Contact type liquid
level detection fiber
L in e4
Incident light
intensity Output
Liquid level detection sensor 1
Tank A
Liquid level detection sensor 2
Passage confirmation sensor
Loader A
Mapping sensor
Communicable
]
[ commands
● Sensor incident light intensity
● Sensor settings verification
● Sensor output status
● Threshold value settings, etc.
The sensor settings and operation can be checked on
the touch screen, greatly improving ease of operation!
Ideal for workplaces such as
semiconductor and LCD manufacturing lines where there
are restrictions on operators entering and exiting
Control and settings can be carried out remotely
Communication speed 57.6 kbps
Setting and checking incident light intensity for digital
sensors (FX-301/305) that are scattered inside and outside
equipment can be carried out remotely for all sensors by
using the SC-GU1-485, which greatly improves ease of
operations such as monitoring equipment that is running and
also equipment starting and maintenance.
High-speed communication at a maximum speed of
57.6 kbps allows the operator to instantly check information
such as the incident light intensity and output statuses of the
digital sensors.
Wire-saving connector (Note)
(CN-701: Optional)
RS-485 communication provides a high level of general
compatibility so that any type of PLC can be used. Integration with
existing systems is possible without the need to change PLCs.
Appendix D
End unit (SC-GU1-EU: Accessory)
High general applicability so that any type of PLC can be used
Link cable
(SC-GU1-CC02: Accessory)
To PLC or PC
(RS-485 communication)
Main unit
(SC-GU1-485)
Quick-connection cable
(CN-73-C2: Accessory)
Compatible with all PLCs
equipped with RS-485
compatible units
24 V DC power supply
Applicable digital sensor
Fiber sensor FX-301 (Updated version), FX-305
Note: Used when the output signal is sent via a SC-GU1-485 to the PLC. If
the output signal is sent directly to the PLC, a quick-connection cable
(CN-72-C�, CN-71-C�) should be used.
RS-485 communication
Less wiring and installation work
Series connection of a maximum of 31 nodes is possible
Up to a maximum of 16
sensors can be connected
side by side. Power can be
supplied to all of them at
once, so that less wiring and
installation work is required.
Wire-saving connectors also
makes it possible to send
output signals to the PLC in
a single batch.
A maximum of 31 nodes can be connected in series. This is
ideal for flexible handling when the sensors are to be
installed in scattered locations or if more sensors are added.
Unified power supply
1 node
Terminal block is not required for signal
transmission via RS-485 communication
2 node
3 node
4 node � � �
� � � Max. 31 node
38
SPECIFICATIONS
OPERATION VERIFICATION PROGRAM DOWNLOAD SERVICE
Type
Item
The SUNX website download data service lets you download
operation verification programs to a personal computer.
(http://www.sunx.co.jp/)
Main unit
SC-GU1-485
Model No.
Monitoring example
Applicable sensor
FX-301(P)(Note), FX-305(P)
Connectable units
Max. 16 units of sensor per SC-GU1-485
Connectable nodes
Operating environment
OS: Windows 98 Second Edition
(standard English language installation only) or later
CPU: Pentium2400 MHz processor or higher
(Pentium3450 MHz or higher recommended)
Memory: 64 MB or more
(128 MB or more recommended)
Free hard disk space: 10 MB or more
Serial port: RS-232C compatible
Max. 31 nodes
24 V DC�10 % Ripple P-P10 % or less
Supply voltage
Current consumption
45 mA or less (10 mA or less for SC-GU1-EU)
Communication method
2 wire half duplex method
Communication speed 57,600 bps / 38,400 bps / 19,200 bps / 9,600 bps Selectable by DIP switch
Synchronization method
Asynchronous communication method
Electrical characteristic
Conforming to EIA RS-485
Communication cable: 100 m 328.084 ft or less [SC-GU1-485
(termination) to PLC],
Power supply cable: Less than 10 m 32.808 ft
Total extension
length
Ambient
temperature
�10 to �55 �C �14 to �131 �F (If 4 to 7 sensors are connected in
cascade: �10 to �50 �C �14 to �122 �F, if 8 to 16 sensors are
connected 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
Details that can be checked:
Sensor threshold values, output statuses, configuration
settings, teaching and timer period setting changes, etc.
Notes: 1) Note the following when using this software.
The software is supplied as freeware. Copyright is retained by SUNX
Limited. You must agree to the following conditions before using the software.
Conditions of use
• SUNX does not guarantee the correct operation of this software. SUNX
takes no responsibility for any direct or indirect losses, damage, loss of profit
or any other problems arising as a result of using or operating this software.
Enclosure: Heat-resistant ABS
Material
35 g approx. (10 g approx. for SC-GU1-EU)
Weight
Accessories
SC-GU1-EU (End unit): 1 pc.
CN-73-C2 [Quick-connection cable (cable length 2 m 6.562 ft)]: 1 pc.
SC-GU1-CC02 [Link cable (cable length 0.2 m 0.656 ft)]: 1 pc.
Note: Applicable units are for the FX-301(P) after version update. Do not use
the previous version of FX-301(P).
The updated version of
FX-301(P) has the ‘NAVI’
NAVI
printed only on single side.
(See the right figure.)
New Advanced sensor
with Visible Indicator
DIMENSIONS (Unit: mm in)
2) When connecting the SC-GU1-485 to a personal computer, you will
need obtain a interface converter (RS-232C �� RS-485 converter)
and cable to connect between the computer and the interface converter.
OPTION
CN-701 (Wire-saving connector)
Note: Used when the output signal is sent via a
SC-GU1-485 to the PLC.
SC-GU1-485 Main unit
Appendix D
10.4
0.409
3.4
0.134
18.5
0.728 3.85
0.152
Lower communication error indicator (Red)
Upper communication error indicator (Red)
Communication
window
Communication
indicator (Green)
1.252 1.122 0.626
Reset switch
6.5 6.3 10
0.256 0.248 0.394
( 15.14
0.596 )
Connector for upper
communication
3.5
0.138
21.3
0.839
4.45
0.175
5
0.197
Power indicator
(Green)
25
0.984
27.3
1.075
27.8
1.094
14.5
0.571
End unit (Accessory)
36.2
1.425
10.5
0.413
41.7
(1.642
)31.8 28.5 15.9
5.5
0.217
2.2
0.087
SC-GU1-EU
24.9
0.980
20.9
0.823
6.9
0.272
36.5
1.437
64.5
2.539
64.5
Communication 2.539
window
10
0.394
All information is subject to change without prior notice.
27.8
1.094
27
1.063
Suitable for 35 mm
1.378 in width DIN rail
CN-701
10.5 20.8
0.413 0.819
36.5
1.437
14.5
0.571
3.95
0.156
Wire-saving connector (Optional)
10 0.394
1.4
0.055
Suitable for 35 mm
1.378 in width DIN rail
4
0.157
14
0.551
10.5
0.413
13.6
0.535
10
0.394
SUNX Limited
2431-1 Ushiyama-cho, Kasugai-shi, Aichi,
486-0901, Japan
Phone: +81-(0)568-33-7211
FAX: +81-(0)568-33-2631
Overseas Sales Dept.
http://www.sunx.jp/
Phone: +81-(0)568-33-7861
FAX: +81-(0)568-33-8591
Printed on 100% recycled paper
PRINTED IN JAPAN
No. CE-FX300-1-5 December, 2006
3 CONNECTION OF CONNECTOR TYPE FX-301(P)
Digital fiber sensor FX-301(P) has been modified since
production in June. 2004. Hence, this instruction manual has
been changed to reflect the modifications.
Make sure that the power supply is off while connecting or disconnecting the quickconnection cable.
Connection method
Photoelectric Sensor Digital Fiber Sensor
FX-301 Series
Thank you very much for using SUNX products. Please read this Instruction Manual
carefully and thoroughly for the correct and optimum use of this product. Kindly keep
this manual in a convenient place for quick reference.
٨ Never use this product as a sensing device for personnel protection.
٨ In case of using sensing devices for personnel protection, use
products which meet standards, such as OSHA, ANSI or IEC etc.,
WARNING
for personnel protection applicable in each region or country.
For further details on the fiber sensor amplifier, please refer to the SUNX home
page (http://www.sunx.co.jp/) or contact our office.
1 SPECIFICATIONS
Type
Model NPN output
No. PNP output
Item
Supply voltage
Power consumption
Output
Output operation
Short-circuit protection
Response time
Display
Sensitivity setting
Connector type
Cable type
FX-301
FX-301-C1
FX-301P
FX-301P-C1
12 to 24V DCr10% Ripple P-P 10% or less
Normal operation: 960mW or less
(current consumption 40mA or less at 24V supply voltage)
ECO mode: 600mW or less
(current consumption 25mA or less at 24V supply voltage)
<NPN output type>
<PNP output type>
NPN open-collector transistor
PNP open-collector transistor
࡮Maximum sink current: 100mA (Note 1) ࡮Maximum source current: 100mA (Note 1)
࡮Applied voltage: 30V DC or less ࡮Applied voltage: 30V DC or less
(between output and 0V)
(between output and +V)
࡮Residual voltage: 1.5V or less
࡮Residual voltage: 1.5V or less
[at 100mA (Note 1) sink current] [at 100mA (Note 1) source current]
Light-ON or Dark-ON, selectable with jog switch
Incorporated
H-SP: 65Ǵs or less, FAST: 150Ǵs or less, S-D: 250Ǵs or less
STD: 250Ǵs or less, LONG: 2ms or less
selectable with jog switch
4 digit red LED display
2-level teaching / Limit teaching / Full-auto teaching / Max. sensitivity
teaching / Manual adjustment
Fine sensitivity
adjustment function
Timer function
Interference prevention
function
Ambient temperature
Ambient humidity
Emitting element
Material
Cable
Weight
Incorporated
Incorporated with variable ON-delay/OFF-delay/ONE-SHOT timer,
switchable either effective or ineffective (Timer: approx. 0.5 to 9999ms)
Incorporated [up to four fibers can be mounted adjacently (However,
H-SP mode is two fibers)]
-10 to +55͠ (If 4 to 7 units are connected in cascade: -10 to +50͠,
if 8 to 16 units are connected in cascade: -10 to +45͠)
(No dew condensation or icing allowed), Storage: -20 to +70͠
35 to 85% RH, Storage: 35 to 85% RH
Red LED (modulated)
Enclosure: Heat-resistant ABS, Transparent cover: Polycarbonate
Press switches: Acrylic, Jog switch: Heat-resistant ABS
㧙
0.3mm2 3-core cabtyre cable, 1m long
60g approx.
20g approx.
Notes: 1) 50mA, the connector type FX-301(P) five, or more, amplifiers are connected in cascade.
2) When the power supply is switched on, the light emission timing is automatically set for
interference prevention.
3) The cable for amplifier connection is not supplied as an accessory. Make sure to use the
optional quick-connection cables given below.
Main cable (3-core): CN-73-C1 (cable length 1m), CN-73-C2 (cable length 2m)
CN-73-C5 (cable length 5m)
Sub cable (1-core): CN-71-C1 (cable length 1m), CN-71-C2 (cable length 2m)
CN-71-C5 (cable length 5m)
2 MOUNTING
How to mount the amplifier
Ԙ Fit the rear part of the mounting section of the amplifier
ԙ
on a 35mm width DIN rail.
ԙ Press down the rear part of the mounting section of the
unit on the 35mm width DIN rail and fit the front part of
Ԙ
the mounting section to the DIN rail.
35mm width DIN rail
How to remove the amplifier
ԙ
Ԙ
Ԙ Push the amplifier forward.
ԙ Lift up the front part of the amplifier to remove it.
Note: Take care that if the front part is lifted without pushing the
amplifier forward, the hook on the rear portion of the mounting section is likely to break.
How to connect the fiber cables
Be sure to fit the attachment to the fibers first before inserting the fibers to the
amplifier. For details, refer to the instruction manual enclosed with the fibers.
Ԙ Snap the fiber lock lever down.
ԙ Insert the fiber cables slowly into the inlets until they stop. (Note 1)
Ԛ Return the fiber lock lever to the original position, till it stops.
Notes: 1) In case the fiber cables are not inserted to a position where
they stop, the sensing range reduces. In case of a flexible fiber,
take care that it may bend inside the amplifier, during insertion.
2) With the coaxial reflective type fiber, such as, FD-G4 or FD-FM2,
insert the single-core fiber cable into the beam-emitting inlet and
the multi-core fiber cable into the beam-receiving inlet. If they are
inserted in reverse, the sensing accuracy will deteriorate.
Groove
Ԙ Holding the connector of the quick-connection cable, align
its projection with the groove at the top portion of the
amplifier connector.
ԙ Insert the connector till a click is felt.
Ԛ
Ԙ
Fiber
lock lever
Quick-connection cable
Disconnection method
Ԙ Pressing the projection at the top of the quick-connection
cable, pull out the connector.
Fiber
Projection
Note: Take care that if the connector is pulled out without pressing the
projection, the projection may break. Do not use a quick-connection
cable whose projection has broken. Further, do not pull by holding
the cable, as this can cause a cable-break.
4 CAUTIONS
٨ When the emission halt of the emitting power switching function is set from 'OFF' to 'ON', the
output may be unstable. Do not use the output control for 0.5 sec. after starting emission.
٨ Make sure that the power supply is off while wiring.
٨ Verify that the supply voltage variation is within the rating.
٨ Take care that if a voltage exceeding the rated range is applied, or if an AC power
supply is directly connected, the sensor may get burnt or damaged.
٨ 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.
٨ 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.
٨ Do not use during the initial transient time (0.5 sec.) after the power supply is
switched on.
٨ Take care that short-circuit of the load or wrong wiring may burn or damage the sensor.
٨ 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.
٨ For the cable to connect to the connector type sensor FX-301(P), be sure to use
the optional quick-connection cable.
٨ Extension up to total 100m is possible with 0.3mm2, or more, cable. However, in
order to reduce noise, make the wiring as short as possible.
٨ This sensor is suitable for indoor use only.
٨ Avoid dust, dirt, and steam.
٨ Take care that the product does not come in direct contact with water, oil, grease,
or organic solvents, such as, thinner, etc.
٨ This sensor cannot be used in an environment containing inflammable or explosive gases.
٨ Never disassemble or modify the sensor.
5 CASCADING
٨ Make sure that the power supply is off while adding or removing the amplifiers.
٨ Make sure to check the allowable ambient temperature, as it depends on the
number of amplifiers connected in cascade.
٨ In case two, or more, amplifiers are connected in cascade, make sure to mount
them on a DIN rail.
٨ When the amplifiers move on the DIN rail depending on the attaching condition,
fitting them between the optional end plates (MS-DIN-E) mounted at the two ends.
٨ When connecting in cascade, mount the amplifiers close to each other, fitting
them between the optional end plates (MS-DIN-E) mounted at the two ends.
٨ Up to maximum 15 amplifiers can be added (total 16 amplifiers connected in cascade.)
٨ When connecting more than two amplifiers in cascade, use the sub cable (CN-71-C‫)غ‬
as the quick-connection cable for the second amplifier onwards.
٨ In case of using the connector type FX-301(P) with the cable type FX-301(P)-C1
in cascade, mount the identical models together.
٨ In case the modified version units are mounted with the conventional version
units in cascade, place the modified version units to the right side (see from
the connector side) of the conventional version units. For a difference between the modified version unit and the conventional version unit, refer to
' 15 A DIFFERENCE BETWEEN THE MODIFIED VERSION UNIT AND THE
CONVENTIONAL VERSION UNIT'.
٨ The settings other than the interference prevention function cannot be transmitted
between this product and other digital fiber amplifiers. Therefore, in case both
models of amplifiers are mounted in cascade, be sure to mount identical models
together. However, the interference prevention function is not incorporated into the
FX-303(P). Take care when the sensors are mounted in cascade.
٨ Since the communication function of this product and that of the FX-301(P)-F is different, if these models are mounted in cascade, do not use the communication function.
For mounting and removing the amplifier, refer to ' 2 MOUNTING'.
Cascading method
Ԙ Mount the amplifiers, one by
one, on the 35mm width DIN
rail and make them close each
other.
ԙ Insert the connector of the
quick-connection cable to the
connector part of the amplifier.
Ԛ Mount the optional end plates
(MS-DIN-E) at both the ends
to hold the amplifiers between
their flat sides.
ԛ Tighten the screws to fix the
end plates (MS-DIN-E).
Sub cable (CN-71-C‫)غ‬
(optional)
Main cable (CN-73-C‫)غ‬
(optional)
End plates (MS-DIN-E)
(optional)
Dismantling
ԙ
Projection
Ԙ Pressing the projection at the
top of the quick-connection
cable, pull out the connector.
ԙ Remove the amplifier.
End plates (MS-DIN-E)
(optional)
Appendix D
INSTRUCTION MANUAL
٨ PRO mode
6 I/O CIRCUIT DIAGRAMS
PRO1
٨ NPN output type
Terminal No. of connector type
D1
Sensor circuit
1
3
Tr1
ZD1
2
࡮Response time change function ''
࡮Timer setting function ''
࡮Hysteresis function ''
Cable type / Color code of quickconnection cable
Terminal arrangement diagram of
the connector type
12 to 24V DC FX-301
(Brown) +V (Note 1)
Load
(Black) Output
100mA max. (Note 2)
(Blue) 0V (Note 1)
Internal circuit
+
-
r10%
1
Users' circuit
3
Output
0V
Sensor circuit
1
ZD2
Tr2
Turn
PRO3
2
D2
Terminal arrangement diagram of
the connector type
12 to 24V DC FX-301P
(Brown) +V (Note 1)
(Black) Output
Load
+
-
r10%
1
(Blue) 0V (Note 1)
Internal circuit
Users' circuit
Turn
PRO4
condition
copy
࡮Setting
function ''
࡮Remote data bank load
setting function ''
+V
3
Output
2
0V
Notes: 1) The quick-connection sub cable does not have +V (brown) and 0V (blue).
The power is supplied from the connector of the main cable.
2) 50mA max., the connector type FX-301(P) five, or more, amplifiers are connected in cascade.
Symbols...D1, D2: Reverse supply polarity protection diode
ZD1, ZD2: Surge absorption zener diode
Tr1: NPN output transistor
Tr2: PNP output transistor
Stability indicator (Green)
Turn
Turn
MODE indicator / L/D ON (Yellow)
MODE indicator / TIMER (Yellow)
MODE indicator /
PRO (Yellow)
MODE indicator / TEACH (Yellow)
MODE indicator / ADJ (Yellow)
࡮Code setting function ''
࡮0-ADJ setting function ''
࡮Adjust lock setting function
''
࡮Setting reset function ''
Refer to ' 13 PRO
MODE
PRO5
mode setting'.
٨ This is the method of setting the threshold value by teaching two levels, corresponding to
the object present and object absent conditions. Normally, setting is done by this method.
Digital display (Red)
Display
Jog switch
٨ When the power supply is switched on, communication
self-check is carried out and normal condition is
displayed [MODE indicator / RUN (green)] lights up and
the digital display shows the incident light intensity.
Ԙ
ԙ
࡮ Press Jog switch in the object present condition.
࡮ If the teaching is accepted, the read incident light intensity
blinks in the digital display.
Ԛ
࡮ The MODE indicator / TEACH (yellow) blinks.
࡮ Press Jog switch in the object absent condition.
Press
ԛ
6WTP
'+' side
'-' side
Press
Press
Press
࡮ If the teaching is accepted, the read incident light intensity blinks in the digital display and the threshold value is set at the mid-value between the incident light intensities in the object present and the object absent conditions.
After this, the judgment on the stability of sensing is displayed.
In case stable sensing is possible: '㵘㵘㵘㵘' is displayed.
In case stable sensing is not possible: '㵘㵘㵘㵘' is displayed.
Jog switch
MODE key
Description
࡮ Set the fiber within the sensing range.
࡮ Press MODE key to light up MODE indicator / TEACH
(yellow).
MODE key
8 OPERATION PROCEDURE
Press
PRO5
9 TEACHING MODE
Step
MODE indicator / RUN (Green)
Refer to ' 13 PRO
MODE
PRO4
࡮Remote data bank save
mode setting'.
setting function ''
࡮Communication lock function ''
࡮Back-up function ''
In case of 2-level teaching
7 PART DESCRIPTION
Operation indicator (Orange)
Refer to ' 13 PRO
MODE
PRO3
mode setting'.
࡮Data bank load setting function ''
࡮Data bank save setting function ''
Cable type / Color code of quickconnection cable
100mA max. (Note 2)
3
Refer to ' 13 PRO
MODE
PRO2
mode setting'.
࡮Digital display setting function ''
࡮Digital display inversion function ''
࡮ECO mode setting function ''
٨ PNP output type
Terminal No. of connector type
Refer to ' 13 PRO
MODE
PRO1
mode setting'.
Turn
PRO2
+V
2
࡮Stability function ''
࡮Shift function ''
࡮Emitting power selection function ''
Ԝ
࡮ The threshold value is displayed.
ԝ
࡮ The incident light intensity appears in the digital display and the setting is complete.
Appendix D
Note: In case of using the fibers, if Jog switch is pressed in the object absent condition at ԙ and Ԛ,
the sensitivity is set to the maximum.
*1: When Jog switch is pressed, the setting is confirmed.
*2: When MODE key is pressed for 2 sec., or more, the sensor returns to the 'RUN' mode.
*3: Cancellation is possible by pressing MODE key during setting.
*4: When Jog switch is turned in the 'RUN' mode, the current threshold value is displayed.
And then, the current incident light intensity display appears again automatically.
٨ NAVI mode
RUN
Run
This indicates normal sensing operation.
Press
TEACH
Teaching
Sets the threshold value by, '2-level teaching' or
'limit teaching', 'full-auto teaching', 'Max. sensitivity
teaching'.
In case of limit teaching
٨ This is the method of setting the threshold value by teaching only the object
absent condition (stable incident light condition). This is used for detection in the
presence of a background body or for detection of small objects.
Step
Ԙ
ԙ
࡮ Press Jog switch in the object absent condition.
࡮ If the teaching is accepted, the read incident light intensity
blinks in the display.
Ԛ
࡮ The MODE indicator / TEACH (yellow) blinks.
࡮ Turn Jog switch to the '+' side or the '-' side.
Refer to ' 9 TEACHING MODE'.
Refer to ' 10 THRESHOLD VALUE FINE
ADJUSTMENT MODE'.
ԛ
Press
L/D ON
L-ON/D-ON
Sets output operation either Light-ON, or Dark-ON.
Refer to ' 11 OUTPUT OPERATION
SETTING MODE'.
Press
Refer to ' 13 PRO MODE'.
٨ To PRO mode
Press
Press
Turn
OFF
ON
ON
OFF
15%
Sensitivity level
Sensitivity level
with object absent
15%
Sensitivity level
0
Turn to '+' side
Turn to '-' side
Ԝ
࡮ After this, the judgment on whether the set shift amount is possible or not will be displayed.
When the shift is possible: '
' is displayed.
When the is not possible: '
' is displayed.
ԝ
࡮ The threshold value is displayed.
Ԟ
࡮ The incident light intensity appears in the digital display and the setting is complete.
Press
PRO
Pro
Allows various detailed settings to be configured, such
as optical communications, save/load and other settings.
High
Low
Refer to ' 12 TIMER OPERATION
SETTING MODE'.
Press
࡮ If Jog switch is turned to the '+' side, '
' scrolls (twice) the
display from right to left, and the threshold level is shifted to a
value approx. 15% higher (lower sensitivity) than that set at ԙ. Turn to '+' side
(Note) This is used in case of reflective type fibers.
࡮ If Jog switch is turned to the '-' side, '
' scrolls (twice) the
display from left to right, and the threshold level is shifted to a
value approx. 15% lower (higher sensitivity) than that set at ԙ. Turn to '-' side
(Note) This is used in case of thru-beam type fibers.
Sensitivity 100%
level
Press
TIMER
Timer
Configures operation of the timer.
Description
࡮ Set the fiber within the sensing range.
࡮ Press MODE key to light up MODE indicator / TEACH
(yellow).
Press
ADJ
Adjust
Allows fine adjustment of the threshold value.
Display
Note: The approx. 15% amount of shift is the initial value. The amount of shift can be changed in the
PRO mode from approx. 5 to 80% (5% step). Refer to ' 13 PRO MODE / PRO1 mode setting'
for the setting method.
In case of full-auto teaching
٨ Full-auto teaching is used when it is desired to set the threshold value without
stopping the assembly line, with the object in the moving condition.
Step
Display
Description
Ԙ
࡮ Set the fiber within the sensing range.
࡮ Press MODE key to light up MODE indicator / TEACH
(yellow).
ԙ
࡮ Press Jog switch continuously for 0.5 sec. or more with the object moving on the assembly line. (The incident light intensity
is displayed during sampling.)
Press
13 PRO MODE
٨ For details of the settings and the setting procedure of the PRO mode, refer to the
SUNX home page (http://www.sunx.co.jp/) or contact our office.
٨ PRO settings can be done when MODE indicator / PRO
(yellow) lights up.
PRO1 mode setting
Press
High speed
࡮'
' is displayed on the digital display. Release the jog switch when the object has passed.
࡮ If the teaching is accepted, the read incident light intensity blinks in the digital display and the threshold value is set at the mid-value between the incident light intensities in the object present and the object absent conditions.
After this, the judgment on the stability of sensing is displayed.
In case stable sensing is possible: '㵘㵘㵘㵘' is displayed.
In case stable sensing is not possible: '㵘㵘㵘㵘' is displayed.
Ԛ
ԛ
Turn
Ultra high speed Response time: 65Ǵs or less
Ԝ
࡮ The threshold value is displayed.
ԝ
࡮ The incident light intensity appears in the digital display and the setting is complete.
Press
Press
Turn
10 THRESHOLD VALUE FINE ADJUSTMENT MODE
Standard
Response time: 250Ǵs or less
Long-range
Response time: 2ms or less
Note: The S-D mode is suitable for delicate sensing, such as when
the received lights is saturated due to too short a sensing distance or when detecting translucent objects, etc.
Press
Turn
Without timer
٨ Fine adjustment of the threshold value can be done
when MODE indicator / ADJ (yellow) lights up.
࡮ When Jog switch is turned to the '+' side, the threshold
value increases (sensitivity decreases).
When Jog switch is pressed, the threshold value is confirmed.
Turn to '+' side.
Turn to '+' side.
Press
Response time: 150Ǵs or less
Reduced intensity (Note) Response time: 250Ǵs or less
OFF-delay timer
ON-delay timer
ONE-SHOT timer
Press
Turn
Confirmed
The range of available timer delays is
Turn 0.5ms, 1 to 9999ms (1ms increments).
࡮ When Jog switch is turned to the '-' side, the threshold value decreases (sensitivity
increases).
When Jog switch is pressed, the threshold value is confirmed.
Turn
Press
Hysteresis: Small
Hysteresis: Standard
Turn to '-' side.
Turn to '-' side.
Press
Confirmed
11 OUTPUT OPERATION SETTING MODE
Turn
Hysteresis: Large
Turn
Turn
٨ The output operation setting can be done when MODE
indicator / L/D ON (yellow) lights up.
࡮ The output operation is changed when Jog switch is
turned to the '+' side or the '-' side.
When Jog switch is pressed, the threshold value is confirmed.
Press
Margin width:r5%
Margin width:r10%
Margin width:r15%
Turn
Press
Press
Confirmed
Amount of shift: 15% approx.
12 TIMER OPERATION SETTING MODE
٨ The setting for whether the timer is used or not can be
done when MODE indicator / TIMER (yellow) lights up.
٨ 10ms OFF-delay (initial value) timer is automatically set
when the timer is set to be used.
٨ Refer to ' 13 PRO MODE / PRO1 mode setting' for the setting method of the OFFdelay timer, ON-delay timer and ONE-SHOT timer intervals.
(Without timer)
Turn
Turn
Turn
The amount of shift can be changed approx. 5 to
80% (5% step).
Press
Turn
Emitting power Hi
OFF-delay
timer
Emitting power Lo
Emission halt
Turn
ONE-SHOT
timer
Press: Confirmed
Turn
Notes: 1) The timer interval set in the PRO mode is displayed.
2) The factory setting is without timer '
'.
Turn
ON-delay
timer
Note: Only in the response time࡮H-SP mode, ON condition, the emitting power is 3 level.
Appendix D
Turn
PRO2 mode setting
PRO5 mode setting
Press
Press
Turn
Press
Press
Press
Press
Incident light intensity display
(Blinking)
Percentage display
(Note 1)
Peak hold display
Bottom hold display
Turn
: Confirmed
Turn
Press
Turn
Press
Turn
Press
: Select the
desired code
Turn
(Note 2)
: Press zero the incident light intensity.
Press
Press
Turn OFF
Turn ON
Turn
Turn
Turn
Turn
Press
(Blinking)
Press
Press
Turn
Press
ECO OFF
Adjust lock ON
ECO ON
Adjust lock OFF
Turn
Turn
PRO3 mode setting
Press
Press
Turn
Press
1CH
Cancel
Cancel
Turn
Press
Turn
1CH
Press
Press
1st figure
2nd figure
&KTGEV Response H y s t e- &KTGEV L-ON/
Display
EQFG time
EQFG D-ON
resis
3CH
Cancel
Press
PRO4 mode setting
Press
Cancel
Press
Press
Turn
Press
Turn
1CH
Press
Press
Appendix D
2CH
3CH
Cancel
Press
Turn
Press
e.g.)
When set
to ch.1
Turn
1CH
Press
Press
2CH
Turn
3CH
Cancel
Press
Turn
Press
e.g.)
When set
to ch.1
Turn
Communication lock function OFF
Communication lock function ON
Turn
Press
Turn
Back-up ON
'
Code setting table
2CH
Press
Goes to 'RUN' mode
after blinking twice.
Notes: 1) When any code other than the codes given in the Code setting table below is used, '
is displayed. The factory setting is '
'.
2) When the code setting function is used, refer to the 'Code setting table' given below.
3CH
Press
Press
Press
Press
2CH
Press
Press
3rd figure
4th figure
&KTGEV Adjust Timer
&KTGEV
Timer
operation EQFG
EQFG lock
STD
H-02 (standard)
L-ON
digit
ON
NON
OFF
STD
H-03 (large)
L-ON
Percent
ON
OFF-delay
1ms
STD
H-01 (small)
L-ON Peak hold
ON
ON-delay
3ms
LONG H-02 (standard)
L-ON Bottom hold
ON
ONE-SHOT
5ms
LONG H-03 (large)
D-ON
OFF
NON
10ms
LONG H-01 (small)
D-ON Percent
OFF
OFF-delay
30ms
FAST H-02 (standard)
D-ON Peak hold
OFF
ON-delay
50ms
FAST H-03 (large)
D-ON Bottom hold
OFF
ONE-SHOT
100ms
digit
FAST H-01 (small)
㧙
㧙
㧙
㧙
㧙
㧙
300ms
S-D
H-02 (standard)
㧙
㧙
㧙
㧙
㧙
㧙
500ms
㧙
㧙
㧙
㧙
㧙
㧙
㧙
㧙
㧙
1s
㧙
㧙
㧙
㧙
㧙
㧙
㧙
㧙
㧙
2s
㧙
㧙
㧙
㧙
㧙
㧙
㧙
㧙
㧙
3s
㧙
㧙
㧙
㧙
㧙
㧙
㧙
㧙
㧙
4s
㧙
㧙
㧙
㧙
㧙
㧙
㧙
㧙
㧙
5s
3) In order to change PRO mode setting to 'RUN' mode, press MODE key for 2 sec. or more.
14 KEY LOCK FUNCTION
٨ If the jog switch and MODE key are pressed for more than 2 sec. at the same time
in 'RUN' mode condition, the key operations are locked, and only the threshold value confirmation function or the adjust function (valid only when the adjust lock
function is canceled) is valid.
To cancel the lock function, press both the keys for more than 2 sec. once again.
15 A DIFFERENCE BETWEEN THE MODIFIED VERSION
UNIT AND THE CONVENTIONAL VERSION UNIT
٨ The unit that 'NAVI' is printed only on a side is the modified version unit. The unit
that 'NAVI' is printed on the both sides is the conventional version unit. Make sure
to check this when both version units are used together.
<Modified version unit>
'NAVI' is printed only
on a side.
<Conventional version unit>
'NAVI' is printed on the
both sides.
0#8+
0GY#FXCPEGFUGPUQT
YKVJ8KUKDNG+PFKECVQT
0#8+
0GY#FXCPEGFUGPUQT
YKVJ8KUKDNG+PFKECVQT
0#8+
0GY#FXCPEGFUGPUQT
YKVJ8KUKDNG+PFKECVQT
Back-up OFF
SUNX Limited
Head Office
2431-1 Ushiyama-cho, Kasugai-shi, Aichi, 486-0901, Japan
Phone: +81-(0)568-33-7211 FAX: +81-(0)568-33-2631
Overseas Sales Dept.
Phone: +81-(0)568-33-7861 FAX: +81-(0)568-33-8591
http://
www.sunx.co.jp/
PRINTED IN JAPAN
Appendix D
ON
ON/ /OFF
OFFInput
InputSensor
SensorController
Controller
NPS
ON / NPS
OFF Input
ON / OFF Input
SENSOR CONTROLLERS
SENSOR CONTROLLERS
SERIES
NPS
NPSSERIES
PS-18V-U
PS-18V-U
Power
Supply
Power Supply
CA2
CA
CA2
CA
Analog Input
Analog Input
Multi-functional
Multi-functionalslim
slim
sensor
sensorcontroller
controller
DIN
DIN
rail
rail
mounting
mounting
NPS-C7W
Two
Two
outputs:
outputs:
contact
contact
andand
non-contact
non-contact Connects
Connects
two
two
sensors
sensors NPS-C7W
Appendix D
Mountable
Mountable
onon
3535
mm
mm
1.378
1.378
in in
DIN
DIN
railrail Useful
Useful
forfor
various
various
applications
applications
because
because Two
Two
sensors
sensors
can
can
bebe
connected,
connected,
and
and
byby
one-push.
one-push.
It It
reduces
reduces
mounting
mounting thethe
controller
controller
has
has
two
two
outputs,
outputs,
relay
relay twotwo
independent
independent
outputs
outputs
areare
generated.
generated.
space
space
and
and
mounting
mounting
operations.
operations.
contact
contact
and
and
NPN
NPN
open-collector
open-collector
transistor
transistor
output.
output.
(NPS-C7
(NPS-C7
and
and
NPS-CT7
NPS-CT7
only)
only)
35 mm
35 mm
1.378
1.378
in in
width
width
DINDIN
rail rail
NPS-CT7
Edge
Edge
trigger
trigger NPS-CT7
Synchronized
Synchronized
input
input
is is
possible
possible
at at
either
either
thethe
rising
rising
or or
thethe
falling
falling
edge
edge
of of
thethe
external
external
synchronization
synchronization
signal.
signal.
With
With
this,
this,
now
now
only
only
one
one
controller
controller
suffices
suffices
where
where
earlier
earlier
twotwo
were
were
required
required
in applications,
in applications,
such
such
as,as,
detecting
detecting
presence
presence
of of
bottle
bottle
caps.
caps.
Example:
Example:
Detecting
Detecting
presence
presence
of of
cap
cap
onon
bottle
bottle
• Conventional
• Conventional
method
method
• Using
• Using
NPS-CT7
NPS-CT7
Sensor
for sensing
Sensor
for sensing
Sensor
signal
input
Sensor
signal
input
Controller
Controller
External
External
synchronization
synchronization
inputinput
Output
Output
Controller
Controller
withwith
timer
timer
Synchronizing
Synchronizing
sensor
sensor
846
846
NPS-CT7
NPS-CT7
No capCapCap
present
No cap
present
Effective
Effective
(condition
(condition
for making
for making
output
output
ON) ON)
Sensor
Sensor
signal
signal
input
input
Ineffective
Ineffective
External
External
synchronization
synchronization
Output
Output inputinput
External
External
synchronization
synchronization
input
input
5 !s
5 approx.
!s approx.
Output
Output
Effective
Effective
Ineffective
Ineffective
(condition
(condition
for disabling
for disabling
output)
output)
ON ON
OFFOFF
ORDER
ORDER
GUIDE
GUIDE
Power
Power
supply
supply
Model
Model
No.No.Supply
Supply
voltage
voltageforfor
sensor
sensor
Output
Output
External
External
synchronisynchroniTimer
function
function
zation
zation
function
function Timer
12 12
V DC
V DC
�10
�10
% %
150150
mAmA
max.
max.
NPS-C7
NPS-C7
ON / OFF Input
ON / NPS
OFF Input
NPS
Appearance
Appearance
General use
General use
Type
Type
Gate
Gate
trigger
trigger
Analog Input
Analog Input
CA
CA2
CA
CA2
NPS-C7W
NPS-C7W
�10
�10
% %
12 12
V DC
V DC
100100
to 240
to 240
V AC
V AC
130130
mAmA
max.
max.
Gate
Gate
trigger
trigger Three
Three
function
function
andandedge
edge selectable
selectable
timer
timer
trigger
trigger
Power Supply
Power
Supply
PS-18V-U
PS-18V-U
High-performance
High-performance
Two sensor connection
Two sensor connection
• Relay
• Relay
contact
contact
1c 1c
• NPN
• NPN
open-collector
open-collector
transistor
transistor
NPS-CT7
NPS-CT7 �10
�10
% %
SENSOR CONTROLLERS
SENSOR CONTROLLERS
NPS
NPS
Relay
Relay
contact
contact
1c 1c
�10
�10
% %
12 12
V DC
V DC
120120
mAmA
max.
max. twotwo
outputs
outputs
Accessory
Accessory
Appendix D
• NPS-CV
• NPS-CV
(Protection
(Protection
cover)
cover)
847
847
SENSOR CONTROLLERS
SENSOR CONTROLLERS
NPS
NPS
SPECIFICATIONS
SPECIFICATIONS
Type
Type
NPS
ON / NPS
OFF Input
ON / OFF Input
Item
Item
Model
Model
No.No.
Applicable
Applicable
sensors
sensors
DIN
DIN
railrail
mounting
mounting
General
General
useuse
High-performance
High-performance
Two
Two
sensor
sensor
connection
connection
NPS-C7
NPS-C7
NPS-CT7
NPS-CT7
NPS-C7W
NPS-C7W
Photoelectric
Photoelectric
sensor,
sensor,
inductive
inductive
proximity
proximity
sensor,
sensor,
etc.,
etc.,
withwith
NPN
NPN
transistor
transistor
output
output
or relay
or relay
output
output
�10
�10
% %
100100
to 240
to 240
V AC
V AC
Supply
Supply
voltage
voltage
6 VA
6 VA
or less
or less
CA2
CA
CA2
CA
Analog Input
Analog Input
Power
Power
consumption
consumption
Power
Power
Voltage
Voltage
supply
supply
Current
Current
for for
sensor
sensor
Output
Output
�10
�10
% (incorporated
% (incorporated
withwith
short-circuit
short-circuit
protection)
protection)
12 12
V DC
V DC
150150
mAmA
130130
mAmA
Relay
Relay
contact
contact
1c 1c
NPN
NPN
open-collector
open-collector
transistor
transistor
Relay
Relay
contact
contact
1c 1c
sinksink
current:
current:
100100
mAmA
or less
or less • Switching
• Switching
• Switching
capacity:
capacity:
• Maximum
• Maximum
• Switching
capacity:
capacity:
• Applied
voltage:
voltage:
250250
V 3VA3AC
A AC
(resistive
(resistive
load)
load) • Applied
250250
V 3VA3AC
A AC
(resistive
(resistive
load)
load)
life: 100,000
life: 100,000
switching
switching
operations
operations
or more
or more
30 V30DC
V DC
or less
or less
(between
(between
output
output
andand
0 V)0 V) • Electrical
life: 100,000
life: 100,000
switching
switching
operations
operations
or more
or more
• Electrical
• Electrical
• Electrical
(rated
(rated
load)(at
load)(at
1,8001,800
operations/hour)
operations/hour)
• Residual
• Residual
voltage:
voltage:
(rated
(rated
load)(at
load)(at
1,8001,800
operations/hour)
operations/hour)
• Mechanical
• Mechanical
life: 10
life:million
10 million
switching
switching
operations
operations
or more
or more
• Mechanical
life: 10
life:million
10 million
switching
switching
operations
operations
or more
or more
1 V1orV less
or less
(at (at
100100
mAmA
sinksink
current)
current) • Mechanical
(at 36,000
(at 36,000
operations/hour)
operations/hour)
(at 36,000
(at 36,000
operations/hour)
operations/hour)
0.40.4
V orV less
or less
(at (at
16 16
mAmA
sinksink
current)
current)
Output
Output
operation
operation
Response
Response
time
time
Switchable
Switchable
normal
normal
operation
operation
or inverse
or inverse
operation
operation
Relay
Relay
contact:
contact:
10 10
ms ms
approx.,
approx.,
NPN
NPN
open-collector
open-collector
transistor:
transistor:
5 !s
5 !s
or less
or less
RedRed
LED
LED
(lights
(lights
up up
when
when
thethe
power
power
is ON)
is ON)
Output
Output
(Note)
(Note)
RedRed
LED
LED
(lights
(lights
up up
when
when
thethe
output
output
is ON)
is ON)
Indicators
Indicators
PS-18V-U
PS-18V-U
Power
Supply
Power Supply
10 10
ms ms
approx.
approx.
Power
Power
( (
) )
lights
lights
up when
up when
the the
external
external
RedRed
LED
LED
( synchronization
( synchronization
) )
inputinput
is effective
is effective
lights
lights
up up
when
when
thethe
sensor
sensor
RedRed
LED
LED
signal
signal
input
input
is effective
is effective
Sensor
Sensor
signal
signal
input
input
External
External
synchronization
synchronization
input
input
External
External
synchronization
synchronization
function
function
Timer
Timer
function
function
Environmental resistance
Environmental resistance
Ambient
Ambient
temperature
temperature
Ambient
Ambient
humidity
humidity
Noise
Noise
immunity
immunity
Voltage
Voltage
withstandability
withstandability
Appendix D
120120
mAmA
Gate
Gate
trigger
trigger
andand
edge
edge
trigger
trigger
Gate
Gate
trigger
trigger
Three
Three
function
function
selectable
selectable
timer
timer
Delay
Delay
time:
time:
switchable
switchable
either
either
40 40
ms ms
to 1tosec.
1 sec.
or 0.4
or 0.4
sec.sec.
to 10
to 10
sec.sec.
) )
( (
�10
�10
to�
to50
�50
�C �
�C 14
�14
to�
to122
�122
�F (No
�F (No
dewdew
condensation
condensation
or icing
or icing
allowed),
allowed),
Storage:
Storage:
�30
�30
to�
to70
�70
�C �
�C 22
�22
to�
to158
�158
�F �F
35 35
to 85
to 85
% RH,
% RH,
Storage:
Storage:
35 35
to 85
to 85
% RH
% RH
Power
Power
line:line:
1,500
1,500
Vp,Vp,
andand
0.50.5
!s !s
pulse
pulse
width
width
(with
(with
noise
noise
simulator)
simulator)
1,500
1,500
V AC
V AC
for for
oneone
min.
min.
between
between
thethe
power
power
andand
thethe
output
output
terminals
terminals
Insulation
Insulation
resistance
resistance
10 10
MΩ,
MΩ,
or more,
or more,
withwith
500500
V DC
V DC
megger
megger
between
between
thethe
power
power
andand
thethe
output
output
terminals
terminals
Vibration
Vibration
resistance
resistance
10 10
to 55
to 55
Hz Hz
frequency,
frequency,
0.75
0.75
mmmm
0.030
0.030
in amplitude
in amplitude
in X,
in Y
X,and
Y and
Z directions
Z directions
for for
twotwo
hours
hours
each
each
Shock
Shock
resistance
resistance
Material
Material
Connecting
Connecting
method
method
Weight
Weight
Accessories
Accessories
2 acceleration
2 acceleration
(10(10
G approx.)
G approx.)
in X,
in Y
X,and
Y and
Z directions
Z directions
for for
twotwo
times
times
each
each
100100
m/sm/s
Enclosure:
Enclosure:
ABS,
ABS,
Terminal
Terminal
block:
block:
PBT
PBT
(Glass
(Glass
fiber
fiber
reinforced)
reinforced)
Terminal
Terminal
block
block
160160
g approx.
g approx.
Short
Short
bar:bar:
1 pc.,
1 pc.,
NPS-CV
NPS-CV
(Protection
(Protection
cover):
cover):
1 pc.,
1 pc.,
Short-circuit
Short-circuit
protection
protection
plate:
plate:
1 pc.
1 pc.
Adjusting
Adjusting
screwdriver:
screwdriver:
1 pc.
1 pc.
(NPS-CT7
(NPS-CT7
only)
only)
Note:
Note:
In NPS-C7W,
In NPS-C7W,
twotwo
output
output
indicators,
indicators,
Sensor
Sensor
1 output
1 output
indicator
indicator
andand
Sensor
Sensor
2 output
2 output
indicator,
indicator,
have
have
been
been
incorporated.
incorporated.
848
848
I/OI/O
CIRCUIT
CIRCUIT
AND
AND
WIRING
WIRING
DIAGRAMS
DIAGRAMS
NPS-C7
NPS-C7
NPS-CT7
NPS-CT7
Terminal
Terminal
arrangement
arrangement
diagram
diagram
Terminal
Terminal
No. No.
1 1
13 13 14 14 15 15 16 16
OC
012
12IN INOC
OUT
OUT
0
100100
to 240
to 240
V AC
V AC
l l
10
%
10 %
9
5 5
9 10 10 11 11 12 12
3 NO
3 NO
NPSNPS-
Relay
Relay
contact
contact
1c 1c
4 NC
4 NC
AC AC
6 6
Control circuit
Control circuit
5
Not Not
connected
connected
7 7
m1m1
0V0V
Non-voltage
contact
or or
Non-voltage
contact
NPN
transistor
output
NPN
transistor
output
9 9
100100
Ω Ω
5.1 kΩ
5.1 kΩ
100100
Ω Ω
0 12
0 V12 V
ES ES
m1 m1
12
V12 V
A A
B Not
B Not
connected
connected
D 12
D V12 V
6 7
7 8
8
IN IN
1
1 2
2 3
3 4
4
Relay
contact
contact
output
output
l l Relay
100100
to 240
to 240
V AC
V AC
10
%
10 %
or or
m1 m1
E E
High:
4 to412
V, or
High:
to 12
V, open
or open
Low:
0 to01.5
V V
Low:
to 1.5
F OC
F OC
(open-collector)
(open-collector)
output
output
Note:
Note:
Response
Response
time
time
of the
of the
NPN
NPN
open-collector
open-collector
transistor
transistor
output
output
of NPS-C7
of NPS-C7
andand
NPS-CT7
NPS-CT7
is 5is !s.
5 !s.
If aIf relay
a relay
or or
a micro-switch
a micro-switch
(mechanical
(mechanical
contact)
contact)
is connected,
is connected,
its bounce
its bounce
may
may
result
result
in output
in output
chattering.
chattering.
Take
Take
care
care
of this
of this
aspect,
aspect,
especially
especially
when
when
thethe
timer
timer
function
function
is used.
is used.
C 0CV 0 V
Usersʼ
Usersʼ
circuit
circuit
Internal
Internal
circuit
circuit
5 6
AC AC
COM.
COM.
NO NONC NC
8 8
5.1 kΩ
5.1 kΩ
012
12ES ES
2 COM.
2 COM.
Power Supply
Power
Supply
PS-18V-U
PS-18V-U
Output relay
Output relay
0
Analog Input
Analog Input
CA
CA2
CA
CA2
Power
Power
supply
supply
circuit
circuit
ON / OFF Input
ON / NPS
OFF Input
NPS
I/OI/O
circuit
circuit
diagram
diagram
SENSOR CONTROLLERS
SENSOR CONTROLLERS
NPS
NPS
NPS-C7W
NPS-C7W
I/OI/O
circuit
circuit
diagram
diagram
Terminal
Terminal
arrangement
arrangement
diagram
diagram
Terminal
Terminal
No. No.
1 1
13 13 14 14 15 15 16 16
0
100100
to 240
to 240
V AC
V AC
l l
10
%
10 %
9
5 5
Output relay 1
Output relay 1
Output relay 2
Output relay 2
Control circuit
Control circuit
6 COM.
6 COM.
2 2
Relay
contact
contact
1c 1c
3 NO
3 NO
1 1 Relay
0 12
0 V12 V
IN 2IN 2
Non-voltage
contact
or or
Non-voltage
contact
NPN
transistor
output
NPN
transistor
output
m1 m1
A A
B Not
B Not
connected
connected
D 12
D V12 V
IN 1IN 1
m1 m1
E E
5 6
6 7
7 8
8
1 NC
1 NC
AC AC
COM.COM.
1 NO
1 NO
1 1
m1m1
0V0V
100100
Ω Ω
2 NC
2 NC
AC AC
COM.COM.
2 NO
2 NO
2 2
5
2 2
8 NC
8 NC
C C
5.1 kΩ
5.1 kΩ
NPS-C7W
NPS-C7W
Relay
contact
contact
1c 1c
7 NO
7 NO
2 2 Relay
0V0V
100100
Ω Ω
012
12IN 2IN 2
4 NC
4 NC
1 1
9 9
5.1 kΩ
5.1 kΩ
012
12IN 1IN 1
9 10 10 11 11 12 12
0
2 COM.
2 COM.
1 1
Appendix D
Power
Power
supply
supply
circuit
circuit
12
V12 V
1
1 2
2 3
3 4
4
Relay
contact
contact
output
output
l l Relay
100100
to 240
to 240
V AC
V AC
10
%
10 %
or or
High:
4 to412
V, or
High:
to 12
V, open
or open
Low:
0 to01.5
V V
Low:
to 1.5
F Not
F Not
connected
connected
Internal
Internal
circuit
circuit
Usersʼ
Usersʼ
circuit
circuit
849
849
PRECAUTIONS
PRECAUTIONS
FOR
FOR
PROPER
PROPER
USE
USE
NPS
ON / NPS
OFF Input
ON / OFF Input
SENSOR CONTROLLERS
SENSOR CONTROLLERS
NPS
NPS
This
This
product
product
is is
notnot
a safety
a safety
controller.
controller.
It does
It does
notnot
possess
possess
control
control
functions
functions
needed
needed
forfor
accident
accident
prevention
prevention
or or
safety
safety
maintenance.
maintenance.
Functional
Functional
description
description
Description
Description
Power
Power
indicator
indicator
1 1(Red
(Red
LED)
LED)
Function
Function
Lights
Lights
up up
when
when
thethe
power
power
is ON
is ON
Output
Output
indicator
indicator
2 2(Red
(Red
LED)
LED)
NPS-C7
NPS-C7
Sensor
Sensor
1 output
1 output
Lights
Lights
up up
when
when
thethe
output
output
is ON.
is ON.
3 3indicator
indicator
(Red
(Red
LED)
LED)
EE
Sensor
Sensor
2 output
2 output
CA2
CA
CA2
CA
Analog Input
Analog Input
4 4indicator
indicator
(Red
(Red
LED)
LED)
Selects
Selects
thethe
output
output
operation.
operation.
55
22
INV.INV.
11
Sensor
Sensor
1 output
1 output
operation
mode
mode
6 6operation
Selects
Selects
thethe
output
output
operation.
operation.
INV.INV.
PS-18V-U
PS-18V-U
Power
Supply
Power Supply
switch
switch
Sensor
Sensor
2 output
2 output
operation
mode
mode
7 7operation
switch
switch
EE
NORM.
NORM.
INV.:
INV.:
TheThe
output
output
is ON
is ON
when
when
thethe
sensor
sensor
signal
signal
input
input
is High.
is High.
TheThe
output
output
is ON
is ON
when
when
thethe
sensor
sensor
signal
signal
NORM.:
NORM.:
input
input
is Low.
is Low.
Indicates
Indicates
thethe
state
state
of the
of the
sensor
sensor
signal
signal
input.
input.
TheThe
operation
operation
differs
differs
according
according
to the
to the
mode
mode
set set
with
55
Sensor
Sensor
signal
signal
input
input
selection
selection
switch.
switch.
Sensor
Sensor
signal
signal
input
inputwith
8 8indicator
INV.:
INV.:
Lights
Lights
up up
when
when
thethe
sensor
sensor
signal
signal
input
input
is is
indicator
High.
High.
(Red
(Red
LED)
LED)
NORM.:
NORM.:
Lights
Lights
up up
when
when
thethe
sensor
sensor
signal
signal
input
input
is Low.
is Low.
NPS-CT7
NPS-CT7
EE
External
External
synchronization
9 9synchronization
5 50 0A A
22
88
99
input
input
indicator
indicator
(Red
(Red
LED)
LED)
Indicates
Indicates
thethe
state
state
of the
of the
external
external
synchronizasynchronizationtion
input.
input.
Lights
Lights
up when
up when
thethe
external
external
synchronization
synchronization
input
input
does
does
notnot
disable
disable
thethe
output.
output.
Selects
Selects
thethe
operation
operation
of external
of external
synchronization.
synchronization.
INV.INV.
External
External
synchronization
0 0synchronization
11
Appendix D
NORM.
NORM.
Sensor
Sensor
signal
signal
input
input
INV.:
INV.:
TheThe
output
output
is ON
is ON
when
when
thethe
sensor
sensor
signal
signal
input
input
is High.
is High.
NORM.:
NORM.:
TheThe
output
output
is ON
is ON
when
when
thethe
sensor
sensor
sig-signal nal
input
input
is Low.
is Low.
5 5selection
selection
switch
switch
operation
operation
mode
mode
switch
switch
D DC CB B
NORM.
NORM.
INV.:
INV.:
TheThe
output
output
is neglected
is neglected
when
when
thethe
external
external
synchronization
synchronization
input
input
is High.
is High.
TheThe
output
output
is neglected
is neglected
when
when
the the
external
external
NORM.:
NORM.:
synchronization
synchronization
input
input
is Low.
is Low.
Selects
Selects
Gate
Gate
trigger
trigger
or Edge
or Edge
trigger.
trigger.
Gate
Gate
/ Edge
/ Edge
trigger
trigger
A Aoperation
operation
mode
mode
EE
: Effective
: Effective
at the
at the
instant
instant
thethe
external
external
synsynchronization
chronization
input
input
is applied.
is applied.
: Effective
: Effective
over
over
thethe
period
period
for for
which
which
thethe
ex-external
ternal
synchronization
synchronization
input
input
is applied.
is applied.
switch
switch
NPS-C7W
NPS-C7W
Selects
Selects
thethe
delay
delay
time.
time.
EE
1 sec.
1 sec.
Delay
time
time
selection
selection
B BDelay
switch
switch
6 67 7
Selects
Selects
thethe
timer
timer
operation.
operation.
cc
dd
Ineffective
IneffectiveON-delay
ON-delayOFF-delay
OFF-delay
ONE
ONE
SHOT
SHOT
D DTimer
Timer
adjuster
adjuster
SetSet
thethe
delay
delay
time.
time.
E ETerminal
Terminal
block
block
EE
bb
Timer
operation
operation
C CTimer
mode
mode
switch
switch
11
850
850
11 sec.:
11 sec.:
Variable
Variable
fromfrom
40 ms
40 ms
approx.
approx.
to 1tosec.
1 sec.
approx.
approx.
10 sec.:
10 sec.:
Variable
Variable
fromfrom
0.4 0.4
sec.sec.
approx.
approx.
to 10
to sec.
10 sec.
approx.
approx.
@@
33
44
10 sec.
10 sec.
PRECAUTIONS
PRECAUTIONS
FOR
FOR
PROPER
PROPER
USE
USE
Block
Block
diagrams
diagrams
(The
(The
diagrams
diagrams
below
below
explain
explain
NPSʼs
NPSʼs
operation
operation
in a
in simple
a simple
manner.
manner.
The
The
actual
actual
circuits
circuits
may
may
differ
differ
slightly.)
slightly.)
Sensor
Sensor
signal
signal
input
input
selection
selection
switch
switch
12 V12 V
INV. INV.
IN 1IN 1
Relay
Relay
output
output
AND
AND
INV. INV.
12 V12 V
Sensor
Sensor
1 1
output
output
indicator
indicator
INV. INV.
Open-collector
Open-collector
outputoutput
ES ES
Relay
Relay
output
output
1 1
INV. INV.
Sensor
Sensor
2 output
2 output
operation
operation
mode
mode
switch
switch
12 V12 V
Output
Output
indicator
indicator
IN 2IN 2
Analog Input
Analog Input
CA
CA2
CA
CA2
IN IN
Sensor
Sensor
1 output
1 output
operation
mode
switch
operation
mode
switch
Relay
Relay
output
output
2 2
INV. INV.
Sensor
Sensor
2 2
output
output
indicator
indicator
INV. INV.
NPS-CT7
NPS-CT7
Delay
Delay
timetime
selection
selection
switch
switch
Gate
Gate
/ Edge
/ Edge
trigger
trigger
operation
operation
mode
mode
switch
switch
Sensor
Sensor
signalsignal
inputinput
indicator
indicator
Timer circuit
Relay
Relay
output
output
Timer circuit
12 V12 V
Power Supply
Power
Supply
PS-18V-U
PS-18V-U
INV. INV.
INV. INV.
External
External
synchronization
synchronization
operation
operation
mode
mode
switch
switch
10 sec.
1 sec.
1 sec.
IN IN
10 sec.
Timer
adjuster
Timer
adjuster
Sensor
Sensor
signal
signal
input
input
selection
selection
switch
switch
12 V12 V
AND
AND
OND
OND
OFD
OFD
OSD
OSD
Without
Without
timertimer
Open-collector
Open-collector
outputoutput
ES ES
INV. INV.
Edge
Edge
Output
Output
indicator
indicator
External
External
synchronization
synchronization
input
input
indicator
indicator
Timer
Timer
functions
functions
(NPS-CT7
(NPS-CT7
only)
only)
• NPS-CT7
• NPS-CT7
has
has
three
three
types
types
of of
convenient
convenient
built-in
built-in
timer
timer
functions.
functions.
ON-delay
(OND)
ON-delay
(OND)
<Function
<Function
>: >Neglects
: Neglects
short
short
output
output
signals.
signals.
<Application
<Application
>: >As
: As
only
only
long
long
signals
signals
areare
extracted,
extracted,
this
this
function
function
is is
useful
useful
forfor
detecting
detecting
if aif line
a line
is is
choked
choked
or or
forfor
sensing
sensing
only
only
objects
objects
taking
taking
a long
a long
time
time
to to
travel.
travel.
Selection
Selection
switch
switch
and
and
timer
timer
operation
operation
Sensor
Sensor
signal
signal
inputinput
Output
Timer
operation
operationOutput
Sensor
Sensor
signal
signal Timer
operation
operation
selection
input
input
selection
selection selection
Switch
Switch
setting
setting
INV.INV.
OFF-delay
OFF-delay
(OFD)
(OFD)
<Function
<Function
>: >Extends
: Extends
thethe
output
output
signal
signal
forfor
a fixed
a fixed
period
period
of of
time.
time.
<Application
<Application
>: >This
: This
function
function
is is
useful
useful
if if
thethe
output
output
signal
signal
is is
soso
short
short
that
that
thethe
connected
connected
device
device
cannot
cannot
respond.
respond.
ONE
SHOT
(OSD)
ONE
SHOT
(OSD)
<Function
<Function
>: >Outputs
: Outputs
a fixed
a fixed
width
width
signal
signal
upon
upon
sensing.
sensing.
<Application
<Application
>: >This
: This
function
function
is is
useful
useful
when
whenthetheinput
inputspecspecifications
ifications
of of
thethe
connected
connected
device
device
require
require
a signal
a signal
of of
fixed
fixed
width.
width.
OfOf
course,
course,
it isit is
also
also
useful
useful
forfor
extending
extending
a a
short
short
width
width
signal
signal
to to
a a
desired
desired
width.
width.
Timer
Timer
operation
operation
mode
mode
switch
switch
INV.INV.
HighHigh
LowLow
ON ON
N
O
N
N
O
N
ONDOND
O
S
D
OFDOFD
O
InputInput
not inverted
not inverted
S
normal
normal
operation
operation
D
N
O
N
N
O
N
ONDOND
O
S
D
OFDOFD
O
InputInput
not inverted
not inverted T
S
ON-delay
ON-delay
D
N
O
N
N
O
N
ONDOND
O
S
D
OFDOFD
O
InputInput
not inverted
not inverted
S
OFF-delay
OFF-delay
D
N
O
N
N
O
N
ONDOND
O
S
D
OFDOFD
O
InputInput
not inverted
not inverted
S
ONEONE
SHOT
SHOT
D
N
O
N
N
O
N
ONDOND
O
S
D
OFDOFD
O
Input
Input
inverted
inverted
S
normal
normal
operation
operation
D
N
O
N
N
O
N
ONDOND
O
S
D
OFDOFD
O
Input
Input
inverted
inverted
S
ON-delay
ON-delay
D
N
O
N
N
O
N
ONDOND
O
S
D
OFDOFD
O
Input
Input
inverted
inverted T
S
OFF-delay
OFF-delay
D
N
O
N
N
O
N
ONDOND
O
S
D
OFDOFD
O
Input
Input
inverted
inverted
S
ONEONE
SHOT
SHOT
D
NORM.
NORM.
NORM.
NORM.
OFFOFF
ON ON
T
OFFOFF
T T
T T
ON ON
T T
OFFOFF
T T
T T
T T
ON ON
OFFOFF
ON ON
OFFOFF
T T
T T
ON ON
T T
OFFOFF
ON ON
T
OFFOFF
T T
T T
T T
ON ON
OFFOFF
Timer
Timer
period:
period:
T�TSwitchable,
�Switchable,
either
either
40 ms
40 ms
approx.
approx.
to 1tosec.
1 sec.
approx.,
approx.,
or 0.4
or 0.4
sec.sec.
approx.
approx.
to 10
to sec.
10 sec.
approx.
approx.
Various
Various
other
other
applications
applications
areare
possible.
possible.
851
851
Appendix D
12 V12 V
NPS-C7W
NPS-C7W
ON / OFF Input
ON / NPS
OFF Input
NPS
NPS-C7
NPS-C7
SENSOR CONTROLLERS
SENSOR CONTROLLERS
NPS
NPS
PRECAUTIONS
PRECAUTIONS
FOR
FOR
PROPER
PROPER
USE
USE
Effective
Effective
External
External
synchronization
synchronization
input
input
Ineffective
Ineffective
condition
condition
for for
disabling
disabling
output
output
( (
) )
ON ON
Output
Output
OFFOFF
Note:
Note:
Since
Since
NPS-C7
NPS-C7
is not
is not
incorporated
incorporated
withwith
thethe
selection
selection
switch,
switch,
thethe
output
output
is disabled
is disabled
onlyonly
when
when
thethe
external
external
synchronization
synchronization
input
input
is Low.
is Low.
PS-18V-U
PS-18V-U
Power
Supply
Power Supply
• Edge
• Edge
trigger
trigger
(NPS-CT7
(NPS-CT7
only)
only)
The
The
sensor
sensor
signal
signal
is is
judged
judged
at at
thethe
instant
instant
thethe
external
external
synchronization
synchronization
input
input
rises
rises
upup
or or
falls
falls
down.
down.
This
This
sensor
sensor
is is
ideal
ideal
forfor
cap
cap
presence
presence
detection
detection
that
that
would
would
have
have
required
required
twotwo
controllers
controllers
in the
in the
past.
past.
Example:
Example:
Detecting
Detecting
presence
presence
of of
cap
cap
onon
bottle
bottle
<Conventional
<Conventional
>>
<NPS-CT7
<NPS-CT7
>>
Sensor
Sensor
for sensing
for sensing
Sensor
signal
Sensor
signal
inputinput
Controller
Controller Output
Output
Output
NPS-CT7
NPS-CT7 Output
External
External
synchronization
synchronization
inputinput
withwith
timer
timer
Appendix D
Synchronizing
Synchronizing
sensor
sensor
No cap
No cap
Terminal
Terminal
No. No.
Power
Power
supply
supply
circuit
circuit
5
5
1
1
2
Power
Power
supply
supply
2
Load
Load
Short-circuited
Short-circuited
3 with
3 with
the the
short
short
4
bar bar
4
Short
Short
bar bar
• Dimensions
• Dimensions
of of
suitable
suitable
crimp
crimp
terminals
terminals
Y-shaped
Y-shaped
type
type
3.2 3.2
0.126
0.126
or more
or more
CapCap
present
present
Sensor
Sensor
signal
signal
input
input
Effective
Effective
condition
for for
condition
making
output
ON ON
making
output
Ineffective
Ineffective
( (
) )
Effective
Effective
External
External
synchronization
synchronization
input
input
Ineffective
Ineffective
t: 5 t:!s
5 approx.
!s approx.
Output
Output
Typical
Typical
wiring
wiring
diagram
diagram
Sensor
Sensor
signal
signal
input
input
External
External
synchronization
synchronization
inputinput Controller
Controller
for for
( condition
( condition
) )
disabling
output
disabling
output
ON ON
OFFOFF
Note:
Note:
As As
thethe
output
output
time
time
ʻ t ʼ ʻist ʼonly
is only
5 !s
5 !s
approx.,
approx.,
extend
extend
it byit using
by using
thethe
OFFOFFdelay
delay
timer
timer
or the
or the
ONE
ONE
SHOT
SHOT
timer.
timer.
Mounting
Mounting
• To
• To
mount
mount
NPS
NPS
with
with
screws,
screws,
use
use
M4M4
screws.
screws.
The
The
tightening
tightening
torque
torque
should
should
bebe
0.78
0.78
N�m
N�m
or or
less.
less.
Short-circuit
Short-circuit
protection
protection
plate
plate
• Short
• Short
barbar
The
The
short
short
barbar
saves
saves
wiring
wiring
when
when
a common
a common
power
power
supply
supply
is is
used
used
forfor
thethe
ACAC
supply
supply
terminal
terminal
and
and
thethe
load
load
supply
supply
of of
thethe
relay
relay
contact
contact
output.
output.
The
The
short
short
barbar
is attached
is attached
between
between
thethe
terminal
terminal
Nos.
Nos.
1 and
1 and
2 at
2 at
thethe
time
time
of of
shipment
shipment
from
from
ourour
factory.
factory.
ToTo
use
use
a a
separate
separate
power
power
supply
supply
forfor
thethe
output
output
relay,
relay,
make
make
sure
sure
to to
remove
remove
it. it.
Output relay
) )
Control circuit
( (
Sensor
signal
Sensor
signal
input
input
• Short-circuit
• Short-circuit
protection
protection
plate
plate
The
The
short-circuit
short-circuit
protection
protection
plate
plate
is is
attached
attached
to to
terminal
terminal
No.No.
1 to
1 to
prevent
prevent
ACAC
short-circuit.
short-circuit.
FlipFlip
thethe
plate
plate
up,up,
connect
connect
thethe
wire
wire
to to
terminal
terminal
No.No.
1, 1,
and
and
then
then
flipflip
it it
down.
down.
Output relay
CA2
CA
CA2
CA
Analog Input
Analog Input
Effective
Effective
condition
condition
for for
making
output
making
output
ON ON
Ineffective
Ineffective
Wiring
Wiring
• Make
• Make
sure
sure
that
that
thethe
power
power
supply
supply
is off
is off
while
while
wiring.
wiring.
• Verify
• Verify
that
that
thethe
supply
supply
voltage
voltage
variation
variation
is within
is within
thethe
rating.
rating.
Control circuit
External
External
synchronization
synchronization
function
function
(NPS-C7,
(NPS-C7,
NPS-CT7
NPS-CT7
only)
only)
• Gate
• Gate
trigger
trigger
The
The
output
output
is is
disabled
disabled
when
when
thethe
external
external
synchronization
synchronization
input
input
is is
Low
Low
[mode
[mode
selection
selection
switch
switch
onon
NORM.
NORM.
(Note)]
(Note)]
or or
is High
is High
[mode
[mode
selection
selection
switch
switch
onon
INV.
INV.
(Note)]
(Note)]
. .
NPS
ON / NPS
OFF Input
ON / OFF Input
SENSOR CONTROLLERS
SENSOR CONTROLLERS
NPS
NPS
6 0.236
6 0.236
or less
or less
10 0.394
10 0.394
or less
or less
19 19
0.748
0.748
or less
or less
Round
Round
type
type
"3.2
"3.2
"0.126
"0.126
or more
or more
6 0.2366 0.236
6 0.236
6 0.236
or less or less
or less
or less
(When
crimped)
(When
crimped)
Unit:
Unit:
mmmm
in in
10 0.394
10 0.394
or less
or less
19 19
0.748
0.748
or less
or less
6 0.236
6 0.236
or less
or less
(When
(When
crimped)
crimped)
Note:
Note:
UseUse
crimp
crimp
terminals
terminals
having
having
insulation
insulation
sleeves.
sleeves.
Recommended
Recommended
crimp
crimp
terminal:
terminal:
Nominal
Nominal
sizesize
1.25-3
1.25-3
• NPS-C7
• NPS-C7
and
and
NPS-CT7
NPS-CT7
dodo
notnot
incorporate
incorporate
a short-circuit
a short-circuit
protection
protection
at at
thethe
NPN
NPN
open-collector
open-collector
transistor
transistor
output.
output.
• Do
• Do
notnot
connect
connect
them
them
directly
directly
to to
a power
a power
supply
supply
or or
a a
capacitive
capacitive
load.
load.
• The
• The
response
response
time
time
of of
thethe
NPN
NPN
open-collector
open-collector
transistor
transistor
output
output
of of
NPS-C7
NPS-C7
or or
NPS-CT7
NPS-CT7
is is
5!s.
5!s.
If a
If relay
a relay
or or
a a
micro-switch
micro-switch
(mechanical
(mechanical
contact)
contact)
is connected,
is connected,
take
take
care
care
since
since
its its
bounce
bounce
may
may
result
result
in output
in output
chattering.
chattering.
• Do
• Do
notnot
runrun
thethe
wires
wires
together
together
with
with
high-voltage
high-voltage
lines
lines
or or
power
power
lines
lines
or or
putput
them
them
in in
thethe
same
same
raceway.
raceway.
This
This
can
can
cause
cause
malfunction
malfunction
due
due
to to
induction.
induction.
Others
Others
• Do
• Do
notnot
use
use
during
during
thethe
initial
initial
transient
transient
time
time
(0.5
(0.5
sec.)
sec.)
after
after
thethe
power
power
supply
supply
is switched
is switched
on.on.
• Avoid
• Avoid
dust,
dust,
dirt,
dirt,
and
and
steam.
steam.
• Take
• Take
care
care
that
that
thethe
controller
controller
does
does
notnot
come
come
in in
direct
direct
contact
contact
with
with
water,
water,
oil,oil,
grease,
grease,
or or
organic
organic
solvents,
solvents,
such
such
as,as,
thinner,
thinner,
etc.
etc.
852
852
NPS-
NPS-
Assembly
Assembly
dimensions
dimensions
with
with
attached
attached
protection
protection
cover
cover
External
External
synchronization
synchronization
input
input
indicator
indicator
(Red)
(Red)
Power
Power
indicator
indicator
(Red)
(Red)
Output
Output
indicator
indicator
(Red)
(Red)
Mode
Mode
selection
selection
switches
switches
Timer
Timer
adjuster
adjuster
32 32
1.260
1.260
Sensor
Sensor
signal
signal
input
input
indicator
indicator
(Red)
(Red)
32 32
1.260
1.260
80 80
3.150
3.150
Analog Input
Analog Input
CA
CA2
CA
CA2
Short-circuit
Short-circuit
protection
protection
plate
plate
Short
bar bar
Short
ON / OFF Input
ON / NPS
OFF Input
NPS
DIMENSIONS
DIMENSIONS
(Unit:
(Unit:
mm
mm
in)in)TheThe
CAD
CAD
data
data
in the
in the
dimensions
dimensions
cancan
be be
downloaded
downloaded
from
from
thethe
SUNX
SUNX
website:
website:
http://www.sunx.co.jp/
http://www.sunx.co.jp/
SENSOR CONTROLLERS
SENSOR CONTROLLERS
NPS
NPS
80 80
3.150
3.150
(83.5)
(83.5)
(3.287)
(3.287)
Power Supply
Power
Supply
PS-18V-U
PS-18V-U
80 80
3.150
3.150
7.5 7.5
0.295
0.295
Suitable
Suitable
for 35
for mm
35 mm
1.378
1.378
in width
in width
DINDIN
rail rail
2-4.5
5.5
5.5
0.177
0.177
0.217
0.217
oblong
oblong
holes
holes
2-4.5
22 22
0.866
0.866
70 70
2.756
2.756
Appendix D
Notes:
Notes:
1) The
1) The
above
above
drawing
drawing
illustrates
illustrates
thethe
dimensions
dimensions
of NPS-CT7.
of NPS-CT7.
TheThe
dimensions
dimensions
of NPS-C7
of NPS-C7
andand
NPS-C7W
NPS-C7W
areare
identical
identical
to those
to those
given
given
above.
above.
Notes:
Notes:
2) The
2) The
front
front
panel
panel
of each
of each
model
model
is different.
is different.
Refer
Refer
to p.850
to p.850
for for
more
more
details
details
of the
of the
front
front
panels.
panels.
853
853
Appendix D

* Your assessment is very important for improving the work of artificial intelligence, which forms the content of this project