3 Terminal Connections (J)
4 Typical Wiring Configurations
5 wire connection (using negative trigger)
5 wire connection for 2 units in series (using negative trigger)
0 STROBE TRIG +
1 TRIGGER +
2 TRIGGER 3 STROBE TRIG -
4 SUPPLY +
5 SUPPLY -
6 TAMPER RETURN
7 TAMPER SERIES
8 MICRO B
9
10 MICRO A
11
OV Sounder Trigger
OV Strobe Trigger
+12V Hold Off Supply
OV Hold Off Supply
Tamper Return
Panel
0
1
2
3
4
5
6
7
8
9
10
11
Strobe +
Trigger +
Trigger Strobe Supply +
Supply Tamper Return
Tamper Series
Microswitch B
Microswitch A
Sounder
Cut link on PCB Leave link on PCB
}
Panel
0
1
2
3
4
5
6
7
8
9
10
11
Strobe +
Trigger +
Trigger Strobe Supply +
Supply Tamper Return
Tamper Series
Microswitch B
Microswitch A
Sounder
Sounder
OV Sounder Trigger
OV Strobe Trigger
+12V Hold Off Supply
OV Hold Off Supply
Tamper Return
3
GB
Applying a positive voltage triggers the strobe.
Applying a positive voltage triggers the sounder.
Applying a negative voltage triggers the sounder.
Applying a negative voltage triggers the strobe.
The permanent 12V DC supply from the panel is connected to these terminals.
If the hold-off supply is removed from these terminals, the unit will self
activate on battery backup (Note: The LED’s will stop flashing on
battery backup.)
Negative sounder tamper loop return.
This terminal is only used when connecting TWO UNITS in series.
(Note: Cut series tamper link when using TAMPER Series input.)
These terminals can be used to connect an optional cover screw
anti-tamper switch. The standard versions of the products are shipped
with a factory fitted link between these terminals.
The combined cover/back anti-tamper switch is factory fitted to
these terminals.
NOTE: DO NOT CONNECT
TERMINAL 0 TO SUPPLY+
0
1
2
3
4
5
6
7
8
9
10
11