System1000_GB_130705.doc
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fig. 4
10. Fitting the Batteries
We recommend you to use good quality alkaline batteries (e.g. Duracell).
10.1. Keyfob
The keyfob is supplied with a 12V battery. Lightly
loosen the screw at the back side of the casing, and
pull out the transit battery protective tab. Retighten
the screw.
Press either the “ON” or “OFF” button to check that
the LED lights. If the LED does not light, the battery
may need replacing.
10.2 Siren
Remove the cover by releasing the six screws (see fig. 5). Switch the Power On/Off switch to the OFF
position. Check that the anti-tamper jump link covers both pins. (Factory set to cover both pins: anti-
tamper circuit disabled.)
Insert six D-cell alkaline batteries (typeLR 20 or MN 1300) in the compartments so they face the same
direction and have the same polarity.
Now the siren must learn the house code from the keyfob. Turn the Power On/Off switch on the keyfob to
ON. The LED illuminates for 20 seconds, signalling the self-learn period.
Press the Power On/Off button on the keyfob within the 20 seconds.Two bleeps are heard, and the LED
goes out to confirm that the siren has learned the house code.
The siren can be operated with six or three batteries. If you use only three batteries, their operational life
is reduced accordingly. The batteries must be located in matched terminals, i.e. AAA or BBB.
10.3 PIR
Sensors
Remove the screw to release the back casing. Place a 9V alkaline battery in the connector. Make sure that
both links are covered, so the PIR is in the test mode.
fig. 5
fig. 6
fig. 7
fig. 8
