Two-way wireless system ABAX
ACU-100
28
INTEGRA 64/128
ACU-100
zones
outputs
It.
List of devices
No.
Device
No.
Device
1
ASP-105 siren
17 ASP-105 siren
17 ASP-105 siren
2 ^
18 ASP-105
siren
18 ASP-105
siren
3
APD-100 detector
19 APD-100 detector
19 unused/unavailable
4
APD-100 detector
20 APD-100 detector
20 unused/unavailable
5
AMD-100 detector
21 AMD-100 detector
21 unused/unavailable
6
AMD-100 detector
22 AMD-100 detector
22 unused/unavailable
7
AMD-101 detector
23 AMD-101 detector
23 unused/unavailable
8 ^
8
24 AMD-101
detector
24 unused/unavailable
Table 8. An example of correct registration of wireless devices. The system has reserved 8
zones and 8 outputs, as well as 1 address, for 8 devices. The controller with address 0 is
connected to the first expander bus.
Sometimes, it is impossible to avoid gaps on the list of zones/outputs. This is the case when
the number of zones/outputs actually used by the devices is not a multiple of 8. Avoiding the
gaps is difficult or even impossible when, due to the size of the premises, a number of
ACU-100 controllers are operating in the system.
Apart from assignment of zones and outputs to the controller, the panel will reserve for it an
address on the expander bus. For each group of 8 zones/outputs, 1 address is reserved on
the expander bus. The controller can take up from 1 to 6 addresses on the expander bus.
This should be taken into account at the system design stage and the sufficient number of
unoccupied addresses should be left for the controller. If, after new wireless devices are
added to the controller, it turns out that further addresses are needed, but they are occupied
by other devices, correct completion of the expander identification procedure will be
impossible. Then it will be necessary to change the addresses of devices connected to the
expander bus.
The system zones to which wireless devices are assigned can be programmed as:
– NC, NO or EOL – depending on the type of device, the zone will provide information
about detector violation, power failure, etc.
– 2EOL/NC or 2EOL/NO – depending on the type of device, the zone will provide
information about detector violation, power failure, etc., and, additionally, about tampers.
Changing the wireless detectors from passive to active state takes place simultaneously with
arming the partition to which the zone with wireless detector belongs. After disarming, the
detectors will re-enter the passive state. It does not refer to the 24hr zones. The wireless
detectors assigned to those zones remain always in the active state. Additionally, the A
LWAYS
ACTIVE
option can be enabled for any wireless detector.
Do not program reversed polarity for the alarm system outputs to which
wireless devices are assigned, because these devices will function in reversed
mode (the inactive output will arm, and the active output will disarm).
10.2 A
DDRESSABLE ZONE EXPANDER FOR
CA-64
CONTROL PANEL
Using the DIP-switches, set the suitable operating mode, address and programming mode of
the ACU-100 controller.
Communication with the control panel is effected by means of the communication bus. This
way is used for transmission of information on violations of detectors and tampers of wireless
devices. Control of the detectors (changeover to active/passive state), sirens (triggering
alarm signal), 230 V AC controller (closing/opening the electric circuit) etc. is performed
through the control inputs of the ACU-100 controller. Suitably programmed outputs of the
alarm control panel should be connected to the control inputs.
