Wiring Explanation
OSSD
OSSD1 and OSSD2 form a pair of safety outputs that output the same status. The OSSD is connected to the safety-related control system.
It is wired to a force guided relay, magnet contactor, or safety controller.
Safety Input
This can be connected to the OSSD of another GS/GS-M, allowing for cascading. Safety input 1 and safety input 2 form a pair of safety inputs.
When not using cascading, short-circuit to 24 V for the PNP type and to 0 V for the NPN type.
AUX Output
This is an information output used to check the operating status of the GS-M. As it is a non-safety function, this output is not used in safety-related control.
The terminal block and standard type are equipped with one AUX output for open/close link mode. The advanced function type is equipped with two AUX outputs for open/close link mode and lock link mode.
Lock Control Input
This input controls the locking function.
Lock control input | |
---|---|
ON Connected to 24 V (PNP) or 0 V (NPN) |
Locked |
Off | Unlocked |
Reset/EDM Input and Interlock/EDM Selection Input
This wiring determines whether the interlock and EDM functions are used. Operation is performed according to the combinations in the following table.
Interlock function | EDM function | Reset/EDM input (yellow) | Interlock/EDM function selection input (pink) |
---|---|---|---|
Automatic | Not used | Connected to 0 V | Connected to 0 V |
Automatic | Used | Connected to 24 V via a relay NC contact | Open |
Manual | Not used | Connected to 24 V via an NO reset switch | Connected to 24 V |
Manual | Used | Connected to 24 V via an NO reset switch and a relay NC contact | Connected to 24 V |
OSSD Operation Switching
The OSSD operation can be switched between lock link mode and open/close link mode via the wiring.
Advanced function type | Light blue/black wire |
---|---|
Lock link mode | Open |
Open/close link mode | Connected to 24 V |
Terminal block/standard type | Gray wire |
---|---|
Lock link mode | Functions as AUX output |
Open/close link mode | Connected to 24 V (PNP) or 0 V (NPN) |