Exit the programming mode by pressing ESC/DEL.
The LED for the power supply lights up/flashes and the fault LED
lights up. The accessory module beeps at short intervals.
Close both tamper contacts of the WAM and wait until it emits
a double tone.
Note: In order to train the wireless cylinder to the accessory
module, the dip switch 1 must be set to ON.
2. To train the wireless cylinder to the accessory module, proceed
as follows:
Set dip switch 1 to ON.
In the main programming menu, select item 1 (LED 1 lights
up).
Confirm by pressing SET.
The LEDs show the state of the trained wireless detectors. If
an LED flashes, this indicates that the channel is in use. If the
LED is off, a detector can be trained in this channel.
Send a signal from the cylinder. If the signal is received, the
accessory module assigns this detector to a new channel. The
LED of this channel starts to flash. When the signal has been
successfully trained, the accessory module beeps twice.
Repeat the steps above to train another cylinder.
After training all detectors, exit programming mode by pressing
ESC/DEL twice.
The LED for the power supply lights up/flashes and the fault LED
lights up. The accessory module beeps at short intervals.
Close both tamper contacts of the WAM and wait until it emits
a double tone.
3. Remove all jumpers for controlling the outputs and connect the
accessory module to the alarm centre as described under point
7.3.6.
The relay outputs are opened when the wireless cylinder is
rotated in the close direction and the alarm system is activated.
The relay outputs are closed when the wireless cylinder is rotated
in the open direction and the alarm system is deactivated.
Note: Invert the outputs as detailed under point 7.3.6.
The outputs are stable when switched, meaning the zone of
the centre must be programmed as a block lock.
In mode 1 with dip switch 8 set to OFF, the detector channels
are each allocated to an output in pairs. This means that
channels 1 and 2 control output 1, channels 3 and 4 control
output 2 and so on.
In mode 2 with dip switch 8 set to ON, four detector channels
are allocated to an output. This means that channels 1, 2, 3
and 4 control output 1 and channels 5, 6, 7 and 8 control
output 2. The other outputs have no function.
