The IP address can be read by using explicit command Read_Var.
In the ADDM the address would be 'r.m.c.server address'
Here r is rack number, m is module slot of ENOC module, c is channel & server address is "100".
So the syntax would '0.3.0.100' where 3 is module slot and 100 is server address in the ENOC module.
Now to read the IP address the modbus data mapping is as follow : Address 40006 (IP1 & IP2) and Address 40007 (IP3 & IP4) :
In the ADDM the address would be 'r.m.c.server address'
Here r is rack number, m is module slot of ENOC module, c is channel & server address is "100".
So the syntax would '0.3.0.100' where 3 is module slot and 100 is server address in the ENOC module.
Now to read the IP address the modbus data mapping is as follow : Address 40006 (IP1 & IP2) and Address 40007 (IP3 & IP4) :
Released for:Schneider Electric USA
The IP address can be read by using explicit command Read_Var.
In the ADDM the address would be 'r.m.c.server address'
Here r is rack number, m is module slot of ENOC module, c is channel & server address is "100".
So the syntax would '0.3.0.100' where 3 is module slot and 100 is server address in the ENOC module.
Now to read the IP address the modbus data mapping is as follow : Address 40006 (IP1 & IP2) and Address 40007 (IP3 & IP4) :
In the ADDM the address would be 'r.m.c.server address'
Here r is rack number, m is module slot of ENOC module, c is channel & server address is "100".
So the syntax would '0.3.0.100' where 3 is module slot and 100 is server address in the ENOC module.
Now to read the IP address the modbus data mapping is as follow : Address 40006 (IP1 & IP2) and Address 40007 (IP3 & IP4) :
Released for:Schneider Electric USA
