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Tab. 11: Address of the Modbus register
Modbus reg‐
Number of
ister
registers
Interfaces
41001
2
41003
2
41005
2
41007
2
41009
2
41011
2
41013
2
41015
2
41017
2
41019
2
41031
1
41032
1
41033
1
41034
1
41041
1
41042
1
41043
1
41044
1
41045
1
41046
1
41056
2
41058
2
41060
2
41062
2
41076
1
Some software and Modbus controllers use an address between
0 ... 65535.
The Modbus register 40001 thus corresponds to the Modbus
address 0, the register 40002 corresponds to address 1 and so on
and so forth.
Name
Access
signal_POT1
r
signal_POT2
r
Signal_AI1
r
Signal_AI2
r
Signal_AI3
r
Signal_AI4
r
Signal_MI1
r
signal_MI2
r
Signal_K1
r
Signal_K2
r
Signal_DI1
r
signal_DI2
r
signal_DI3
r
signal_DI3
r
Zustand_PO1
r
Zustand_PO2
r
Zustand_FO1
r
Zustand_FO2
r
Zustand_RO1
r
Zustand_RO2
r
Signal_AO1
r
Signal_AO2
r
Signal_AO3
r
Signal_AO4
r
Zustand_HO1
r
Communication programming instructions
Format
Description
REAL
Signal at the input POT PI1
[mV]
REAL
Signal at input POT PI2 [mV]
REAL
Current at the input AI1 [mA]
REAL
Current at the input AI2 [mA]
REAL
Current at the input AI3 [mA]
REAL
Current at the input AI4 [mA]
REAL
Signal at the MI1 input
[depending on the module]
REAL
Signal at the MI2 input
[depending on the module]
REAL
Signal at the DIx input
[depending on the switch con‐
figuration]
REAL
Signal at the DIx input
[depending on the switch con‐
figuration]
BOOL
0=OPEN / 1=CLOSED
BOOL
0=OPEN / 1=CLOSED
BOOL
0=OPEN / 1=CLOSED
BOOL
0=OPEN / 1=CLOSED
BOOL
0=OPEN / 1=CLOSED
BOOL
0=OPEN / 1=CLOSED
BOOL
0=OPEN / 1=CLOSED
BOOL
0=OPEN / 1=CLOSED
BOOL
0=OPEN / 1=CLOSED
BOOL
0=OPEN / 1=CLOSED
REAL
Signal at the AO1 output [mA]
REAL
Signal at the AO2 output [mA]
REAL
Signal at the AO3 output [mA]
REAL
Signal at the AO4 output [mA]
BOOL
0 = Outside of the range / 1 =
Within the range (schedule)
71
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