Chapter 4 Detailed Descriptions of the Fieldbus Network Adapters
GFK-2958E RSTi-EP User Manual 83
0x0000 = disable, 0x0001 = enable
Process alarm 0x0000 = disable, 0x0001 = enable
Diagnostics alarm 0x0000 = disable, 0x0001 =
enable
Behavior in case of field bus error and reference
list error
0x0000 = all outputs to 0, 0x0001 = set error
values
0x0002 = retain process data
Behavior when module removed
0x0000 = process data continues to run
0x0001 = behavior as with field bus error
Data format 0x0000 = Motorola, 0x0001 = Intel
Restore module parameters
Motorola =“LOAD”, Intel =“DAOL”
Corresponds to the
“DEFAULT” in the web
server
Save module parameters
Motorola =“SAVE”, Intel =“EVAS”
Corresponds to
“SAVE” in the web
server
Changing IP Address 2 via Fieldbus
These registers only
available with
EPXMBE101
Changing Subnet Mask 2 via Fieldbus
Changing Gateway 2 via Fieldbus
Number of entries in the current module list
Number of entries in the reference module list
Reference module list (max. 64 modules per
station * 2 registers per module)
There must always be
2, 4, 6 etc. registers
transferred
Current module list (max. 64 modules per station *
2 registers per module)
There must always be
2, 4, 6 etc. registers
transferred
Process data inputs (max. 64 modules per station
* 32 registers per module)
Process data outputs (max. 64 modules per
station * 32 registers per module)
Diagnostics (max. 64 modules per station * 32
registers per module)
Process alarms (max. 64 modules per station * 32
registers per module)
0xC000 - 0xC7FF
(Firmware 01.xx.xx)
0xC000 - 0xFFFF
(Firmware 02.00.00
or higher)
Module parameters (Firmware 01.xx.xx:
max. 64 modules per station * 32 registers per
module;
Firmware 02.00.00 or higher:
max. 64 modules per station * 256 registers per
module)
Note: If the user wants to access the DWORD for EP-5111, EP-5112, EP-5212, EP-5442 and EP-5422 modules use
SWAP_DWORD function block.
Implemented Modbus Functions
Reading of output bits in the range of 0x0800 – 0x0FFF
†
Reading of input bits in the range of 0x0000 – 0x07FF
†
Reading of multiple holding registers
Reading of multiple input registers
Writing of an individual output bit in the range of 0x0800 –
0x0FFF
†
Writing of individual holding registers
Writing of output bits in the range of 0x0800 – 0x0FFF
†