WI1370
Installation
Mounting the Panel
Mount the Panel close to an unswitched AC source, a
Mounting the Keypad
A keypad should be located near an exit/entry door. To remove the keypad from the backplate, insert a small screwdriver into the slots at the bottom of the keypad. Pull up on the screwdriver to pop off the cover.
Up to 3 keypads can be connected on individual wire runs with #22 AWG wire with a maximum total cable length of 1000 feet. Each keypad draws approximately 35 mA.
Keypad Wire Color | Control Panel Terminal | |
RED | 12 | (+PWR) |
BLACK | 13 | (GND) |
GREEN | 14 | (GREEN) |
TABLE 1 KEYPAD WIRING
Wiring
Grounding the Panel
Connect the
AC Power and Battery Wiring
Complete all wiring before connecting the battery or AC Power. Do not plug the transformer into a switched outlet.
Telephone Wiring
Wire as shown in the wiring diagram in the back of this manual.
WARNING
The FCC restricts the use of this equipment on certain telephone lines. Read the FCC statement on the back of this manual to ensure compliance.
Burglary Zone Wiring
NAPCO’s EZ Zone DoublingTM is simple. Each terminal has 2 zones, use an E (2.2 K) type Zone Doubling Resistor for the primary zone
and a Z (3.9 K) type Zone Doubling Resistor for the secondary zone.
Terminals | 2.2 K Primary | 3.9 K |
|
|
|
3&4 | Zone 1 | Zone 4 |
5&4 | Zone 2 | Zone 5 |
6&7 | Zone 3 | Zone 6 |
TABLE 2 EZ ZONE DOUBLINGTM
Wire zones as shown in the wiring diagram (pg. 27). All resistors must be installed, even if the zone is not used. If required, unsupervised open circuit devices may be used instead of closed circuit devices. Program the zone as an Open Circuit Zone [06] (Zone Doubling Resistor required). If necessary, use the voltage chart below to verify proper voltages.
Primary (2.2K) and Secondary (3.9K) zones normal | 1.9 V |
|
|
Secondary (3.9K) open | 2.5 V |
|
|
Primary (2.2K) open | 3.2 V |
|
|
Primary (2.2K) and Secondary (3.9K) open | 5.0 V |
|
|
Primary (2.2K) and/or Secondary (3.9K) shorted | 0.0 V |
(Sys. Trbl |
|
TABLE 3 VOLTAGE AT TERMINALS 3&4, 5&4,
6&7
6