Sentera Controls MCS-1-LCD, Mounting And Operating Instructions

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MIW-MCS-1-LCD-EN-000 - 20 / 07 / 2016 28 - 33
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MODBUS REGISTER MAPS
INPUT REGISTERS
Data type Description Data Values
1 Temperature level (T1) signed int. Temperature level (T1) -300—700 500 = 50,0°C
2 Temperature level (T2) signed int. Temperature level (T2) -300—700 500 = 50,0°C
3 Analogue input level (Ai1) signed int. Analogue input level (Ai1) 0—1.000
300 =
300 = 3,0 VDC (30 %)
6 mA (30 %)
4 Analogue input level (Ai2) ttsigned int. Analogue input level (Ai2) 0—1.000
300 =
300 = 3,0 VDC (30 %)
6 mA (30 %)
5 Digital input status (Di1) signed int. Digital input status (Di1) - active / inactive 0—1
0 =
1 = inactive
active
6 Digital input status (Di2) signed int. Digital input status (Di2) - active / inactive 0—1
0 =
1 = inactive
active
7 Digital input status (Di3) signed int. Digital input status (Di3) - active / inactive 0—1
0 =
1 = inactive
active
8 Digital input status (Di4) signed int. Digital input status (Di4) - active / inactive 0—1
0 =
1 = inactive
active
9-10 Reserved, returns 0
11 Analogue output value (Ao1) signed int. Value of the analogue output (Ao1) - 0—10 VDC 0—1.000
300 =
300 = 3,0 VDC (30 %)
6 mA (30 %)
12 Analogue output value (Ao2) signed int. Value of the analogue output (Ao2) - 0—10 VDC 0—1.000
300 =
300 = 3,0 VDC (30 %)
6 mA (30 %)
13 Relay 1 status signed int.
Relay 1 status. When it is NO , the contact between
COM1 and NO1 is closed.
0—1
0 =
1 = NC
NO
14 Relay 2 status signed int.
Relay 2 status. When it is NO , the contact between
COM1 and NO1 is closed.
0—1
0 =
1 = NC
NO
15 Current year unsigned int. Current year 2000—2099
16 Current month unsigned int. Current month 1—12
1 =
12 =
January
December
17 Current day unsigned int. Current day 1—31
18 Current hour unsigned int. Current hour 0—23
19 Current minutes unsigned int. Current minutes 0—59
20 Current seconds unsigned int. Current seconds 0—59
21 Temperature input sensor range (T1) signed int.
Selected temperature input sensor range (T1),
calculated from holding registers values
-300—700 0—500 = 0—50,0 °C
22 Temperature input control range (T1) signed int.
Selected temperature input control range (T1),
calculated from holding registers values
-300—700 0—500 = 0—50,0 °C
23 Off level for temperature input (T1) signed int. Selected off level for temperature input (T1) -200—600 500 = 50,0 °C
24 Setpoint for temperature input (T1) signed int. Selected setpoint for temperature input (T1) -200—600 500 = 50,0 °C
25 Hysteresis for temperature input (T1) signed int. Selected hysteresis for temperature input (T1)
5, 10, 15,
20, 25, 30
5 =
10 =
15 =
20 =
25 =
30 =
0,5 °C
1,0 °C
1,5 °C
2,0 °C
2,5 °C
3,0 °C
26 Sensor type (T1) unsigned int. Current sensor type connected to the input (T1) 0—1
0 =
1 = PT500
PT1000
27 Temperature input sensor range (T2) signed int.
Selected temperature input sensor range (T2),
calculated from holding registers values
-300—700 0—500 = 0—50,0 °C
28 Temperature input control range (T2) signed int.
Selected temperature input control range (T2),
calculated from holding registers values
-300—700 0—500 = 0—50,0 °C
29 Off level for temperature input (T2) signed int. Selected off level for temperature input (T2) -200—600 500 = 50,0 °C
30 Setpoint for temperature input (T2) signed int. Selected setpoint for temperature input (T2) -200—600 500 = 50,0 °C
31 Hysteresis for temperature input (T2) signed int. Selected hysteresis for temperature input (T2)
5, 10, 15,
20, 25, 30
5 =
10 =
15 =
20 =
25 =
30 =
0,5 °C
1,0 °C
1,5 °C
2,0 °C
2,5 °C
3,0 °C
32 Sensor type (T2) unsigned int. Current sensor type connected to the input (T2) 0—1
0 =
1 = PT500
PT1000
33 Analogue input sensor range (Ai1) unsigned int.
Selected analogue input sensor range (Ai1),
calculated from holding registers values
0—1.000 0—1.000 0—10 VDC
34 Analogue input control range (Ai1) unsigned int.
Selected analogue input control range (Ai1),
calculated from holding registers values
0—1.000 0—1.000 0—10 VDC
MCS-1-LCD
MULTIFUNCTIONAL LOGIC
CONTROLLER