Siemens 7KT PAC1600
Manufacturer: Siemens
Product: 7KT PAC1600 energy meter
Model: 7KT1651, 1652, 1661, 1662, 1665, 1666
Class: MODBUS
Updated: 2024-03-11
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Registers
# | Name | Unit | Description |
---|---|---|---|
1 | Voltage L1N | V | |
2 | Voltage L2N | V | |
3 | Voltage L3N | V | |
4 | Current L1 | A | |
5 | Current L2 | A | |
6 | Current L3 | A | |
7 | Voltage L1L2 | V | |
8 | Voltage L2L3 | V | |
9 | Voltage L3L1 | V | |
10 | Active power L1 | W | |
11 | Active power L2 | W | |
12 | Active power L3 | W | |
13 | Reactive power L1 | var | |
14 | Reactive power L2 | var | |
15 | Reactive power L3 | var | |
16 | Apparent power L1 | VA | |
17 | Apparent power L2 | VA | |
18 | Apparent power L3 | VA | |
19 | Power factor L1 | . | |
20 | Power factor L2 | . | |
21 | Power factor L3 | . | |
22 | Frequency | Hz | |
23 | Average voltage LN | V | |
24 | Average voltage LL | V | |
25 | Average current | A | |
26 | Average active power | W | |
27 | Average reactive power | var | |
28 | Average apparent power | VA | |
29 | Average power factor | . | |
30 | Voltage unbalance LL | % | |
31 | Voltage unbalance LN | % | |
32 | Current unbalance | % | |
33 | Current N | A | |
34 | Total active energy - Import | kWh | |
35 | Total active energy - Export | kWh | |
36 | Total reactive energy - Import | kvarh | |
37 | Total reactive energy - Export | kvarh | |
38 | Total apparent energy | kVAh | |
39 | Partial active energy - Import | kWh | |
40 | Partial active energy - Export | kWh | |
41 | Partial reactive energy - Import | kvarh | |
42 | Partial reactive energy - Export | kvarh | |
43 | Partial apparent energy | kVAh | |
44 | Reset Partial registers | . | |
45 | L1 active energy - import | kWh | |
46 | L2 active energy - import | kWh | |
47 | L3 active energy - import | kWh | |
48 | L1 active energy - export | kWh | |
49 | L2 active energy - export | kWh | |
50 | L3 active energy - export | kWh |
Notes
The PAC1600 is a measuring device for measuring the basic electrical variables in low voltage power distribution. Connect Modbus/RTU : A -> ezeio D1 B -> ezeio D0 SG -> ezeio GND