
5
F3SG-PG
Quick Installation Manual
6.Wiring Examples
6-1. Non Muting System Wiring Example (Auto Reset Mode with EDM Unused)
6-2. Muting System Wiring Examples (Standard Muting Mode/Exit-Only Muting mode)
OSSD 1 (Black)
OSSD 2 (White)
24V/0V (Brown)
OPERATING RANGE
SELECT INPUT (Yellow) *2
TEST (Black) *3
Not used (White)
24V/0V (Brown)
0V/24V (Blue)
0V/24V (Blue)
AUX (Red)
MUTE B (Pink)
MUTE A (Gray)
F39-JGC-L F39-JGC-D
24 VDC
Wiring for NPN *1
24 VDC
IN1
Safety controller
*5 *6
IN2
RESET/EDM
(Yellow) *4
*7
Emitter
Receiver
[Wiring Example (F3SG-PGA-A/-L*8)]
Function Setting
EDM EDM Disabled (factory default setting)
Interlock Auto Reset (factory default setting)
Operating Range
Selection
Long : Open the OPERATING RANGE
SELECT INPUT line of the emitter or connect
the line to 24 VDC.
Non-Muting system Perform wiring according to the wiring
diagram.
External Test not
used
Connect the TEST line of the emitter to 0V/
24V of the emitter.
Optical
Synchronization
Do not connect the COM(+) and COM(-) lines
of the of emitter and receiver with each other.
*3. Connect the line to 24V/0V (brown) of the emitter via a test switch (NO contact) if External Test is used.
*4. Connect the line to 24V/0V (brown) of the receiver via a lockout reset switch (NC contact) if Lockout Reset is used.
*5. Refer to F3SG-SR/PG Series User's Manual for more information.
*6. The safety controller and the F3SG-PG must share the power supply or be connected to the common terminal of the power supply.
*7. This is the case for a PELV circuit.
*8.
To use F3SG-PGA-C, wire the receiver side of the emitter/receiver of F3SG-PGA-C as shown in the above figure. Wiring of the emitter side is not needed.
• Functional earth connection to the F3SG-PG housing is unnecessary when you use the F3SG-PG in a general industrial environment where noise
control or stable power supply is considered. However, when you use the F3SG-PG in an environment where there may be excessive noise from
surroundings or stable power supply may be interfered, it is recommended the F3SG-PG be connected to functional earth.
• The wiring example later does not indicate functional earth. To use functional earth, wire an earth cable according to the example above. Refer to
F3SG-SR/PG Series User's Manual for more information.
• When using the EDM function, set the function with the DIP Switches on the Intelligent Tap or the SD Manager 3, restore the settings to the F3SG-
PG, and perform wiring.
• This wiring diagram is the case of not using the EDM function of the F3SG-PG. When using the EDM in the machine control, configure an
appropriate circuit in the machine control.
*1. Reverse the polarity of the power supply when using in the NPN
system. Select a safety controller of PNP or NPN type according to
the system of your application.
*2. Connect the line to 0 VDC if F3SG-PGA-L is used in Short Mode.
F3SG-PGA-A/-C does not support Operation Range Selection.
24 VDC
Wiring for NPN *1
24 VDC
S3 S4
*4
IN
PLC *5
Safety controller
*6 *7
S1 S2
OSSD 1 (Black)
OSSD 2 (White)
24V/0V (Brown)
OPERATING RANGE
SELECT INPUT (Yellow) *2
TEST (Black)
Not used (White)
24V/0V (Brown)
0V/24V (Blue)
0V/24V (Blue)
AUX (Red)
MUTE B (Pink)
MUTE A (Gray)
RESET/EDM
(Yellow) *3
*8
IN1 IN2
S1: Test switch (Connect the line to 0V/24V (blue) of the emitter if this
switch is not required.)
S2: Lockout reset switch, override switch or override cancel switch
S3, S4: Muting sensor
PLC: Programmable logic controller (Used for monitoring only. NOT
related to safety system.)
[Wiring Example (F3SG-PGA-A/-L*11)]
F39-JGR3K-L
F39-JGA-L
F39-JGR3K-D
F39-JGA-D
Receiver
Emitter
*2. Connect the line to 0 VDC if F3SG-PGA-L is used in Short Mode. F3SG-PGA-A/-C does not support Operation Range Selection.
*3. Also used as OVERRIDE INPUT line.
*4. Make sure to connect an override cancel switch to the RESET line when using the override function. Otherwise the override state may not be released
by the override cancel switch, resulting in serious injury.
*5. When connecting to the PLC, the output mode must be changed with the SD Manager 3 according to your application. Refer to F3SG-SR/PG Series
User's Manual for more information on setting this function by the SD Manager 3.
*6. Refer to F3SG-SR/PG Series User's Manual for more information.
*7. The safety controller and the F3SG-PG must share the power supply or be connected to the common terminal of the power supply.
*8. This is the case for a PELV circuit.
*9. Set the function with the DIP Switches on the Intelligent Tap or the SD Manager 3, restore the settings to the F3SG-PG, and perform wiring according
to the wiring diagram.
*10. F3SG-PGC-A does not support External Test.
*11. To use F3SG-PGA-C, wire the receiver side of the emitter/receiver of F3SG-PGA-C as shown in the above figure. Wiring of the emitter side is not
needed.
• When a functional earth is necessary, wire an earth cable according to the example in 6-1. Non Muting System Wiring Example (Auto Reset Mode
with EDM Unused). Refer to F3SG-SR/PG Series User's Manual for more information.
• When using the Exit-Only Muting, it is necessary to set the function with the Intelligent Tap or the SD Manager 3. For how to use the Intelligent Tap,
refer to F3SG-SR/PG Series User's Manual.
*1. Reverse the polarity of the power supply when using in the NPN system.
Select a PLC and a safety controller of PNP or NPN type according to the
system of your application.
Function Setting
DIP switch SD Manager 3
EDM EDM Disabled (factory default setting)
- [External device monitoring] : Disable
Interlock
Auto Reset (factory default setting)
-[Start interlock] : Disable
[Restart interlock] : Disable *9
Operating Range
Selection
Long : Open the OPERATING RANGE SELECT INPUT
line of the emitter or connect the line to 24 VDC.
Standard Muting
Mode
When not using the Intelligent Tap or the SD Manager 3,
perform wiring according to the wiring diagram.
N/A
[Muting] : Enable
[Muting mode] : Standard Muting
(Installation Example1/2) *9
Exit-Only Muting
ModeN/A N/A [Muting] : Enable
[Muting mode] : Exit-Only Muting *9
External Test
used *10
Connect the TEST line of the emitter to 24V/0V of the
emitter via a test switch (NO contact).
Optical
Synchronization
Do not connect the COM(+) and COM(-) lines of the of
emitter and receiver with each other.