teperature. In a colder environment it reacts quicker.
Motion across the monitored area is detected much quicker than motion
directly towards the detector. Position the detector so that an intruder
will move accross the area (see Fig. D).
Place the sensor on the window or door.
Place the magnet on the frame of the opening side of the door or window
directly adjacent to the sensor. The arrow marks must be opposite each
other and the distance between separating distance in closed condition
should not exceed 10 mm (see Fig. E).
Connect the DC-plug of the mains adapter (7) with the cable (5).
Connect the mains adapter with a suitable mains outlet. The siren is now
ready for use.
The delay can be set by pressing the connection button (6) using a ball point
pen. The setting will be confirmed by a beep and a flash.
15 seconds
2x
30 seconds
3x
no delay
4x
The detector in the set is already enrolled to the siren.
Open the housing by pressing the clip (25) with a small screwdriver.
Insert two suitable alkaline 1.5 V, AA batteries into the battery
compartment (34) observing correct polarity.
Close the housing fully so that it clicks to. After inserting the batteries the
detector enters a 3 minutes stabilising period indicated by flashing of
the LED (21) every 3 seconds. Afterwards the detector is in operating
mode.
To test the detector enter the test mode by pressing the test button (23). You
now have 3 minutes time to test the coverage of the sensor: Hold the detector
in the proposed position and then ask somebody to walk across the
monitored area. A detection will be indicated by the LED (21). After 5-10
seconds deactivation the sensor is reactivated and is ready for another
detection..
After 3 minutes in Test mode the deactivation period is increased to 3-5
minutes, to save battery power (operating mode) that means that the PIR
only sends a signal to the siren after it has
registered movement for a
period of 3 to 5 minutes.
Set the LED/ZONE jumpers (35/36) to the desired setting (see chapter
10 - note: in this case all components must be enrolled again).
Secure the housing with screw (27) into screwhole (26) using a small
screwdriver.
!
!
!
!
!
!
!
!
!
!
8.3 Door/window contact 3000M (see Fig. G, H)
9.1 Siren 3000IS
9.2 PIR-detector 3000P
9. Connection and commissioning
Delay
Press connection button
factory default: 30 seconds
not
9.3 Door/window contact 3000M
9.4 Remote control 3000R
10.1 ZONE jumper (36/42) (3000P, 3000M)
10.2 LED jumper [35] (3000P)
The detector in the set is already enrolled to the siren.
Slide the battery compartment lid downwards and lift it from the sensor
(37).
Set the ZONE jumper (42) to the desired setting (see Chapter 10 - note
in this case all components must be enrolled again).
Insert a suitable alkaline 1.5 V, AA battery into the battery compartment
(43) observing correct polarity.
Close the housing fully so that it clicks to. The detector is now in
operating mode.
Test the detector from the proposed position, a detection will be
indicated by the LED (38).
The remote control in the set is already enrolled to the siren and is
operational since the battery is already installed.
The detectors can be set according to the position of jumpers which connect
two pins together.
jumper connected
jumper not connected
Immediate
immediate alarm in full and
alarm
part arm
delayed alarm
delayed alarm in full and part
arm*
Home mode
immediate alarm by full arm,
no alarm in part arm
* If the delay in the siren is set for no delay a delayed detector will give an
immediate alarm.
All functions are described in chapter 7.
LED active (LED indicates a detection and low
battery)
LED deactivated
!
!
!
!
!
10. Setting the detectors
Remove batteries before changing the jumper positions.
After the position of a jumper in any enrolled detector has been
changed it is necessary to reset the siren and reenroll all
components (see chapter 20 and 19).
D0 D1 D2 D3
setting
reaction
OFF
ON
Factory default: delayed alarm
factory default: LED on
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29
