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DADCM
MODBUS REGISTER MAPPEN
INPUT REGISTERS - DADCM/08
1
Analog / modulating sensor type (Ai1)
2
Analog / modulating input level (Ai1)
3
PWM frequency (Ai1)
4
Analog / modulating sensor type (Ai2)
5
Analog / modulating input level (Ai2)
6
PWM frequency (Ai2)
7
Analog / modulating sensor type (Ai2)
8
Analog / modulating input level (Ai3)
9
PWM frequency (Ai3)
10
Analog / modulating sensor type (Ai4)
11
Analog / modulating input level (Ai4)
12
PWM frequency (Ai4)
13
Analog sensor type (Ai5)
14
Analog input level (Ai5)
15
16
Analog sensor type (Ai6)
17
Analog input level (Ai6)
18
19
Analog sensor type (Ai7)
20
Analog input level (Ai7)
21
22
Analog sensor type (Ai8)
23
Analog input level (Ai8)
24-30
Nota: De ingangsregisters kunnen worden gelezen via de Modbus-commando: "Read input registers" (Ingangsregisters lezen).
MIW-DADCM-NL-000 - 19 / 12 / 18
ANALOOG NAAR DIGITAAL OMVORMER
VOOR DIN-RAIL MONTAGE
Data type
Description
unsigned int.
Analog / modulating sensor type (Ai1)
signed int.
Analog / modulating input level (Ai1)
unsigned int.
PWM frequency (Ai1) if Ai1 type is PWM
unsigned int.
Analog / modulating sensor type (Ai2)
signed int.
Analog / modulating input level (Ai2)
unsigned int.
PWM frequency (Ai2) if Ai2 type is PWM
unsigned int.
Analog / modulating sensor type (Ai2)
signed int.
Analog / modulating input level (Ai3)
unsigned int.
PWM frequency (Ai3) if Ai3 type is PWM
unsigned int.
Analog / modulating sensor type (Ai4)
signed int.
Analog / modulating input level (Ai4)
unsigned int.
PWM frequency (Ai4) if Ai4 type is PWM
unsigned int.
Analog sensor type (Ai5)
signed int.
Analog input level (Ai5)
Reserved, returns "0".
unsigned int.
Analog sensor type (Ai6)
signed int.
Analog input level (Ai6)
Reserved, returns "0".
unsigned int.
Analog sensor type (Ai7)
signed int.
Analog input level (Ai7)
Reserved, returns "0".
unsigned int.
Analog sensor type (Ai8)
signed int.
Analog input level (Ai8)
Reserved, return "0".
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Data
Values
0 =
1 =
0—3
2 =
3 =
100 =
1,0 VDC =
0—1.000
300 =
3,0 VDC =
1.000—5.000 1.000 =
2.000 =
0 =
1 =
0—3
2 =
3 =
100 =
1,0 VDC =
0—1.000
300 =
3,0 VDC =
1.000—5.000 1.000 =
2.000 =
0 =
1 =
0—3
2 =
3 =
100 =
1,0 VDC =
0—1.000
300 =
3,0 VDC =
1.000—5.000 1.000 =
2.000 =
0 =
1 =
0—3
2 =
3 =
100 =
1,0 VDC =
0—1.000
300 =
3,0 VDC =
1.000—5.000 1.000 =
2.000 =
0 =
0—2
1 =
2 =
100 =
1,0 VDC =
0—1.000
300 =
3,0 VDC =
0 =
0—2
1 =
2 =
100 =
1,0 VDC =
0—1.000
300 =
3,0 VDC =
0 =
0—2
1 =
2 =
100 =
1,0 VDC =
0—1.000
300 =
3,0 VDC =
0 =
0—2
1 =
2 =
100 =
1,0 VDC =
0—1.000
300 =
3,0 VDC =
Not in use
Voltage
Current
PWM
2 mA =
10%
6 mA =
30%
1.000 Hz
2.000 Hz
Not in use
Voltage
Current
PWM
2 mA =
10%
6 mA =
30%
1.000 Hz
2.000 Hz
Not in use
Voltage
Current
PWM
2 mA =
10%
6 mA =
30%
1.000 Hz
2.000 Hz
Not in use
Voltage
Current
PWM
2 mA =
10%
6 mA =
30%
1.000 Hz
2.000 Hz
Not in use
Voltage
Current
2 mA =
10%
6 mA =
30%
Not in use
Voltage
Current
2 mA =
10%
6 mA =
30%
Not in use
Voltage
Current
2 mA =
10%
6 mA =
30%
Not in use
Voltage
Current
2 mA =
10%
6 mA =
30%
9 - 12
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