IDS X64, Беспроводное обучение

Страница: 6 / 20

IDS | Wireless Hardware 5
IDS & Duevi integration PCB
1. DIP switch operation
The Dipswitch currently has only two operations. The first is to set the device address on the X64 bus. This is
done in binary the same as was done for the wired expander save for one difference. That is that these
expanders each cater for 16 zones and not 8 like the wired expander.
Zones 1 – 16 Zones 17 – 32 Zones 33 – 48 Zones 49 - 64
Dip 1 Dip 2 Dip 1&2 Dip 3
Output configuration:
PGM 1= RF Jam
PGM 2 = Supervision Loss
Note: When dip switch 5 and 6 are:
OFF the outputs are then programmable.
ON the outputs are by default set to output 1 RF jam and output 2 supervision loss
2. Default
The second operation is a standalone default feature. If all Dip-switches are ON during power-up then the unit will
default. Please power down after, set appropriate address and power up to resume normal operation.
LED operation
There are 3 LEDs on the board marked “MODE”, “RF RX” and “STATUS”.
MODE: LED that indicates current operating errors. Errors are indicated much the same as the
wired expander. If the LED is ON continuously then there are no errors. However if there are errors it will start
pulsing the error number. These error pulses will be separated by a 1sec pause with the LED OFF.
Pulse error number:
1. Duevi receiver module not responding
2. No activity on the X64 serial bus
3. No X64 messages detected
4. No messages for this peripheral detected from X64
5. Not used
6. Expander not yet registered on the X64
7. Expander tamper violated
8. Unsupported DIP address configured
RF RX: LED that will indicate when the receiver received a message from a learnt detector.
STATUS: LED that will indicate whether it is connected to the X64 properly. If the receiver notices
X64
communications then it will stay ON.
Tamper
Dip Switches
LEDs