User's Manual

where the detector may be affected by
environmental changes, (e.g. insects, air
temperature, etc). This feature is called
“sensitivity detection” and may be selected for high
or low detection.
The recommended setting is for high sensitivity
detection. However, in cases of extreme
environmental problems or if unattributable false
alarms are experienced, it may be necessary to
select low sensitivity detection.
Set the required sensitivity detection using DIP 5 of
SW3 as follows:
ON high sensitivity detection
OFF low sensitivity detection
Note: The higher the sensitivity detection the less
movement will be necessary before the PIR
detector will trigger the alarm.
5. The setting of the DIP4 & DIP5 of SW3 can be
distinguished from the LED indication as follows:
Position
of DIP4
& 5 of
SW3
DIP4 of
SW3
DIP5 of
SW3
Trigger reaction of LED
High
Sensitivity
LED will be on shortly.
It implies high
sensitivity.
ON Walk Test
mode
Low
Sensitivity
LED will flash three
times and Illuminate
once. It implies low
sensitivity.
OFF Normal
mode
Low
Sensitivity
LED does not light up
6. Connect the PP3 Alkaline battery to the battery
clip.
Note: When the 9V Alkaline battery is connected,
the LED behind the lens will flash for 2-3 minutes
until the PIR has warmed-up and stabilized. The
LED will then stop flashing and turn OFF.
TESTING THE PIR DETECTORS
Ensure that the system is in Test Mode.
With the PIR detector set in Test mode and mounted in
position on the wall, allow 2-3 minutes for the detector
to stabilize before commencing the Walk Test.
1. Use the and buttons to scroll
through the menu until ‘WALK TEST’ is displayed.
Press to activate Walk Test.
‘ Walk Test Waiting…’ will be displayed.
2. Walk into and move slowly around the protected
area, each time the detector senses movement the
LED behind the lens will flash. In addition, the
Control Panel will beep to indicate that the alarm
signal has been received and the identity of the zone
that the detector is configured for will be displayed.
If necessary adjust the detection range by changing
the mounting position of the PCB within the PIR
housing.
Note: In normal operation, the LED behind the PIR
lens will not flash on movement detection, (unless
the battery is low).
If necessary re-adjust the detection pattern by
changing the mounting position of the PCB within
the PIR housing.
3. Remove the back cover of the PIR detector. The
Control Panel should beep and display ‘Accessory
Tamper’ to show that the detector’s tamper switch
has been activated.
4. Press to return to the top level menu of
TEST MODE.
5. Reconfigure the PIR Detector for normal mode by
setting DIP4 of SW3 to OFF and refit in position.
Note: When the detector is fully installed i.e. battery
cover is refitted; the unit will not detect movement for
approximately 45 seconds after each activation. (This
feature is present to conserve battery power and
maximize the battery life).
MAGNETIC CONTACT
DETECTOR(S)
The Magnetic Contact consists of two parts; a Detector
and a Magnet. They are designed to be fitted to
either doors or windows with the Magnet mounted on
the moving/opening part and the Detector mounted on
the fixed door or window frame.
The Magnetic Contact Detector is powered by two
CR2032 type Lithium cells which under normal
conditions will have typical life in excess of 1 year.
Under normal battery conditions the LED on the
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