Interlogix Monitor XL Hardware Guide - Manual (Page 17)

22-0375 rev1.1 Monitor ISM/xL™ Hardware Guide 13
Output/Relay Card
3
12
COM
0V
O/P9
NO 3
12
3 1 2 3 1 2 3 1 2
O/P10
O/
P
1
1
O/
P
1
2
O/
P
1
3
O/P
1
5
O/P
1
6
O/
P
1
4
0V 0V
COM
NC
NO
NC
Relay 1
Relay 2
Annunciator output
board female plug
back of this board.
Mounting Holes
Screw into plastic
base posts at top of
Expander board.
Plug into Expander board male plug
used for 8 output/LED annunc. card
LED1
LED2
J1
dual
normal
Follows relay2
Follows relay1
TB
1
T
B
2
TB
3
TB4
TB
5
Form 'C' relays rated at 2 AMPS.
Current consumption = 70mA
with both relays/LEDs energized.
•
Can be used in place of the 8-output/LED-annunciator card on 8 and 16 point Expander pods to reduce
installation of additional separate relays.
•
Output 9 and 10 are relay outputs that can be configured the same as regular outputs but whose
contacts will change state upon activation.
•
Outputs 11 to 16 act as standard voltage outputs that will turn 12VDC high upon activation.
•
When using the card with the 8-pt. Expander, the pod is configured with 16 outputs and outputs 1 and 2
on the board can be programmed. Outputs 3 to 8 must be skipped, as they do not exist. Programming
for the card would then begin at 9 to 16.
•
With the 16-pt. Expander, a full 16 outputs can be programmed.
Dual Action Relays
•
When jumper J1 is in the lower position (dual), programming output 9 will cause both relays 1 and 2 to
trigger at the same time. Output 10 can not be programmed or used.
•
When jumper J1 is in the upper position (normal), relay 1 will respond to output 9’s programming and
relay 2 will respond to output 10’s programming.
•
In either jumper position, outputs 11 to 16 will react normally.
•
If jumper J1 is not connected at all, relay 1 will follow output 9 but relay 2 and output 10 will not function
at all.
•
LED 1 follows relay 1 when triggered and LED 2 follows relay 2 when triggered for Service use only.
NOTE: Also compatible with Chubb Smart Commercial Concentrator. Connected to a Chubb Smart alarm
system, card outputs would be 1 – 8. On a Smart commercial concentrator connected to a Fx/ISM Smart
Pod, card outputs would be the same as stated here, 9 – 16.