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Funk-Electronic Piciorgros GmbH
RTU-810
V2.30 - Page 38 of 126
3.2.2.2
Routing entries
The routing table holds 239 lines, named as "Slave Addr.". This address corresponds to
the slave address of the radio where the data should be sent to.
Once a "0" is seen in the routing table, the relay chain ends and the original slave
address will be added to it. This results that an entry with all zeroes will send the data
directly to the addressed slave, without any relays in the chain.
If relay addresses are in the table, the data is sent exactly in the order given by the relay
entries.
For the example above, the routing would be:
Data which should be sent to slave address 1 will take this route:
RTU-810
slave addr. 2
slave addr. 7
slave addr. 1
Data which should be sent to slave address 2 will take this route:
RTU-810
slave addr. 4
slave addr. 12
slave addr. 8
slave addr. 2
Data which should be sent to slave address 3 will take this route:
RTU-810
slave addr. 3
The returning data from the slave will automatically use the reverse way back to the
RTU-810.
Note that using radio relays are multiplying the transmission time by the number
of relays!
If data is sent to a slave via 2 relays it'll take 3 times longer than sending it
directly to the slave!
Rule of thumb:
One slave (direct transmission): 1 x the transmission time
Two slaves (one relay): 2 x the transmission time
Three slaves (two relays): 3 x the transmission time
And so on