KACO Powador XP500-XP550-HV TL - Manual (Page 74)

Page 74 Operating Instructions Powador XP500/550-HV-TL
Parameters
Parameters Min Max Unit Parameters
COSPHI Control
Mode 0 5 - Reactive power supply method in Internal mode
and RPC mode
0: disabled
1: fixed P
2: fixed cosφ
3: fixed Q
4: Cosφ(P/Pn)
5: Q(U)
COSPHI Power
Factor Internal -1 1 - Power factor reference in internal mode
COSPHI Reactive
Power Internal -99.9 99.9 % Reactive power reference in internal mode(Percent
for rated one)
COSPHI Power
Factor Actual -1 1 - The actual power factor value that is applied(Read
only)
COSPHI Power
Factor RPC -1 1 - Power factor reference in RPC mode
COSPHI Reactive
Power RPC -99.9 99.9 % Reactive power reference in RPC mode(percent for
rated one)
COSPHI Stray Ratio 0 2 The setup value for COSPHI control.
Positive Sequence
PLL Enable 0 1 - The use of grid voltage of positive sequence at PLL
FRT K Factor 0 10 - The setup constant during FRT control
FRT IQ Ramp 0 99999 msec The slope of active power supply during FRT
control
FRT IQ Ramp Time 0 99999 msec The time that use a slope changed by FRT IQ ramp
parameter
Positive Sequence
LPF 0 100 Hz The cutoff frequency for RMS value of positive
sequence
PLL Freq LPF 0 100 Hz The cutoff frequency for frequency value detec-
tion of PLL
Q(V) Control Target
Voltage 208 440 V Value of Q(V) Control Target Voltage
Q(V) Control K
Factor 0 50 - A setup constant for voltage control of BDEW
Q(V) Control
Deadband 0 100 % Non-applicable voltage range during voltage
control of BDEW
Q(V) Control Ramp
Time 0 99999 sec The slope of reactive current increase during
voltage control of BDEW
Table 19: Controller Parameters