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Transponding can be ordered to the same category as Lissy and RailCom but uses another technique.
With the basic transponding decoders the following info is received by Rocrail:
More advanced transponding decoders can supply also:
To avoid conflicts with the current sense addressing bus 2 is used for the transponder receivers.
So if the board address is set to 1 the first transponder receiver will report in Rocrail with address 2-1, and the first sensor with address 0-1. (bus-address)
The BDL168 transponder addresses increment by 2, not 1. This means with board address 2 that Zone A is 1, Zone B is 3, etc. See this table:
Board 1 RX's | ||
---|---|---|
Zone | Bus | Address |
A | 1 | 1 |
B | 1 | 3 |
C | 1 | 5 |
D | 1 | 7 |
E | 1 | 9 |
F | 1 | 11 |
G | 1 | 13 |
H | 1 | 15 |
OPSW9 | Closed (No message sent if un-powered) |
OPSW36 | Closed (Ignore GPON) |
OPSW37 | Closed (Long delay for sensors) |
OPSW38 | Closed (Extra long delay for sensors) |
OPSW39 | Closed (Verbose mode enabled) |
OPSW42 | Closed (Respond also to first interrogate command) |
OPSW43 | Thrown (Filter for transponding enabled) |
OPSW44 | Closed (Extra filter for transponding) |
OPSW45 | Closed (Don't send transponding messages at GPOFF) |