X20 system modules • Analog input modules • X20AP31x1
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X20 system User's Manual 3.10
4.3.14.10.9.6 Reactive power on phase A/B/C
Name:
QmeanA
QmeanB
QmeanC
Reactive power on the phase. Each phase can be separately enabled for the power calculation (see register
"MeteringMode" <Bits 0, 1 and 2>).
Data type
Value
Information
INT
-32,767 to 32,767
Resolution 1 var
4.3.14.10.9.7 Total apparent power
Name:
SmeanT
The value in the register equals a fourth of the actual power. The power is calculated in arithmetic mode. Each
Data type
Value
Information
INT
0 to 32767
Resolution 4 VA
This value must be multiplied by 4 by the application. Calculation formula for actual power:
Actual total apparent power = Register value * 4
4.3.14.10.9.8 Apparent power on phase A/B/C
Name:
SmeanA
SmeanB
SmeanC
Apparent power on the phase. Each phase can be separately enabled for the power calculation (see register
"MeteringMode" <Bits 0, 1 and 2>).
Data type
Value
Information
INT
0 to 32767
Resolution 1 VA
4.3.14.10.9.9 Total power factor
Name:
PFmeanT
Data type
Value
Information
INT
-1000 to 1000
Resolution 0.001
4.3.14.10.9.10 Power factor on phase A/B/C
Name:
PFmeanA
PFmeanB
PFmeanC
Data type
Value
Information
INT
-1000 to 1000
Resolution 0.001
4.3.14.10.9.11 Total active power of fundamental wave
Name:
PmeanTF
The value in the register equals a fourth of the actual power.
Data type
Value
Information
INT
-32,767 to 32,767
Resolution 4 W
This value must be multiplied by 4 by the application. Calculation formula for actual power:
Actual total active power of fundamental wave = Register value * 4
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