KACO Powador XP100-HV - Manual (Page 67)

Operating Instructions Powador XP100-HV Page 67
P a r a m e t e r
Parameters Units Ranges Descriptions Default
COSPHI Control
Mode - 0 ~ 5 Reactive power supply method in Internal mode
and RPC mode
0: disabled
1: fi xed P
2: fi xed cos
3: fi xed Q
4: Cos(P/Pn)
5: Q(U)
2
COSPHI Internal
Power Factor - -0.999 ~ 1 Power factor reference in internal mode 1
COSPHI Internal
Reactive Power % -99.9 ~ 99.9 Reactive power reference in internal mode (Percent
for rated one) 0
COSPHI Actual
Power Factor - -0.999 ~ 1 The actual power factor value that is applied (Read
only) 1
COSPHI RPC Power
Factor - -0.999 ~ 1 Power factor reference in RPC mode 1
COSPHI RPC Reactive
Power % -99.9 ~ 99.9 Reactive power reference in RPC mode
(percent for rated one) 0
COSPHI Stray Ratio - 0 ~ 2 The setup value for COSPHI control 0.985
Positive Sequence
PLL Enable - On(1), Off (0) The use of grid voltage of positive sequence at PLL 1
FRT K Factor - 0 ~ 10 The setup constant during FRT control 2
FRT IQ Ramp ms 0 ~ 99999 The slope of active power supply during FRT
control 4000
FRT IQ Ramp Time ms 0 ~ 99999 The time that use a slope changed by FRT IQ ramp
parameter 2000
Positive Sequence
LPF Hz 0 ~ 100 The cutoff frequency for RMS value of positive
sequence 100
PLL Freq LPF Hz 0 ~ 100 The cutoff frequency for frequency value detection
of PLL 100
Q(V) Control Target
Voltage V 208 ~ 440 Value of Q(V) Control Target Voltage 380
Q(V) Control K Factor - 0 ~ 50 A setup constant for voltage control of BDEW 3.1
Q(V) Control
Deadband % 0 ~ 100 Non-applicable voltage range during voltage
control of BDEW 1
Q(V) Control Ramp
Time sec 0 ~ 99999 The slope of reactive current increase during
voltage control of BDEW 60
Table 17: Controller Parameters