KACO Powador XP200-HV TL - Manual (Page 58)

User interface
Page 58 Operating Instructions Powador XP200-HV TL, XP250-HV TL, XP350-HV TL_EN
Parameter Unit Range Description Factory settings
Asynchronous Fault
Count
– 0 ... 100 Reserved parameter 10
Asynchronous Fault
Enable
– 0 ... 1 Reserved parameter 0
Grid Positive
Sequence
0 999.9 Positive sequence value of grid 0
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)
0
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 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 Reac-
tive Power
% –99.9 ... 99.9 Reactive power reference in RPC
mode (percent for rated one)
0
COSPHI Stray Ratio – 0 ... 2 Setup value for COSPHI control Device-specific
Positive Sequence
PLL Enable
– On(1), Off(0) Usage of grid voltage of positive
sequence at PLL
1
FRT K Factor – 0 ... 10 Setup constant during FRT control 2
FRT IQ Ramp ms 0 ... 99999 Time to change the current from 0 A
to rated current. This time determines
the slope of the active current after
grid fault detection.
4000
FRT IQ Ramp Time ms 0 ... 99999 Total time that the FRT IQ ramp func-
tion is activated
2000
FRT Overcurrent
Protection Time
ms 0 ... 99999 Time that the inverter is stopped after
grid fault clearance
200
Positive Sequence
LPF
Hz 0 ... 100 Cut-off frequency for RMS value of
positive sequence
100
PLL Freq LPF Hz 0 ... 100 Cut-off frequency for frequency value
detection of PLL
100
Q(V) Control Target
Voltage
V 208 ... 440 Value of Q(V) Control Target Voltage Device-specific
Q(V) Control K
Factor
– 0 ... 50 Setup constant for voltage control of
BDEW
3.1