
AC200 Frequency Inverter Maunal
28
F6.10
Current loop D-axis
proportional gain
0.001
~
4.000
1.000
●
0x60A
F6.11
Current loop D-axis
integral gain
0.001
~
4.000
1.000
●
0x60B
F6.12
Current loop Q-axis
proportional gain
0.001
~
4.000
1.000
●
0x60C
F6.13
Current loop Q-axis
integral gain
0.001
~
4.000
1.000
●
0x60D
F6.14
Reserved
0x60E
F6.15
Vector control motor slip
compensation
0.0%
~
250.0%
100.0%
●
0x60F
F6.16
Vector control generator
slip compensation
0.0%
~
250.0%
100.0%
●
0x610
F6.17
Reserved
0x611
F6.18
Position compensation
control
0:OFF 1:ON
0
●
0x612
F6.19
compensation gain
0.0%
~
250.0%
10.0%
●
0x613
F6.20
compensation limit
0.0%
~
100.0%
0.1%
●
0x614
F6.21
compensation effective
range
0.0%
~
100.0%
10.0%
●
0x615
F6.22
Over excitation braking
gain
0.0%
~
500.0%
100.0%
●
0x616
F6.23
Over excitation braking
amplitude limit
0.0%
~
250.0%
100.0%
●
0x617
F6.24
Vector control energy
saving function
0:OFF 1:ON
0
●
0x618
F6.25
Energy saving control gain
0.0%
~
80.0%
50.0%
●
0x619
F6.26
Energy saving control
low-pass filter
0.000s
~
6.000s
0.010s
●
0x61A
F6.27
Motor constant power area
power limit
0.0%
~
250.0%
150.0%
●
0x61B
F6.28
Motor weak magnetic
current upper limit
0.0%
~
250.0%
60.0%
●
0x61C
F6.29
Motor weak magnetic feed
forward gain
0.0%
~
200.0%
0.0%
●
0x61D
F6.30
Motor weak magnetic gain
0.0%
~
500.0%
100.0%
●
0x61E
F6.31
Reserved
0x61F
F6.32
MTPA gain
0.0%
~
400.0%
100.0%
●
0x620
F6.33
MTPA filter time
0.0ms
~
100.0ms
1.0ms
●
0x621
F6.34
Reserved
0x622
F6.35
Low frequency pull in
current
0.0%
~
100.0%
10.0%
●
0x623
F6.36
High frequency pull in
current
0.0%
~
100.0%
10.0%
●
0x625
Содержание AC200 Series
Страница 1: ...MANUAL AC200 Series Frequency Inverter...