Manual Power Quality Filter PQFS Commissioning instructions 85
Table 39: Summary of parameters displayed in the ‘Overview’ menu
4-wire mode: RMS value of all the line-to-neutral voltages
3-wire mode: RMS value of all the line-to-line voltages
4-wire mode: Total harmonic distortion of all the line-to-neutral
voltages
3-wire mode: Total harmonic distortion of all the line-to-line
voltages
V1 V
4-wire mode: RMS value of the fundamental component of all the
line-to-neutral voltages
3-wire mode: RMS value of the fundamental component of all the
line-to-line voltages
Frequency Hz Network frequency
V dc bus V Active filter DC capacitor voltage
Indicates the imbalance in supply voltage (%value)
4-wire mode: RMS value of all the line currents and the neutral
current
3-wire mode: RMS value of all the line currents
Total harmonic distortion of all the line currents.
RMS value of the fundamental component of all the line currents
RMS value of all the filter currents, including neutral current for 4-
wire configuration
kW,
MW
Active power in the network at the location of the CTs
P > 0: Load absorbing active power
P < 0: Load generating active power
Q var,
kvar
Mvar
Reactive power in the network at the location of the CTs
Q > 0: Inductive reactive power
Q < 0: Capacitive reactive power
S VA,
kVA,
MVA
Apparent power in the network at the location of the CTs
Power factor: calculation based on the fundamental and the
harmonic values of the measurements. Measurement only valid
for quasi-balanced loads.
cos
- Displacement power factor: calculation based on the
fundamental values of the measurements.
: System has inductive behavior
: System has capacitive behavior
cos ϕ > 0: load absorbing active power
cos ϕ < 0: load generating active power
T Control °C/°F Main control board temperature of the selected module
T Control max °C/°F Main control board temperature of the hottest module in the
group