65
ID
Description
Unit Min.
Max.
Default
VFD type Valid
27
Current integral time
1. Used for double motor linkage control
2. Current loop integral time
3. used for current mode (less than switch
frequency) PI regulation
4. Current loop integral time
5. Current loop integral time
6. Current loop integral time
ms
0.15
30
10
1. General VFD For async motor
2. SVC VFD for async motor
3. General VFD for sync motor
4. SVC VFD for sync motor
5. Openloop VC VFD for async motor
6 .Openloop VC VFD for sync motor
28
Encoder pulse number
2. SVC VFD for async motor
4.
SVC VFD for sync motor
p/r
512
65535
1024(Async)
8192(Sync)
2. SVC VFD for async motor
4. SVC VFD for sync motor
29
Rotor position value
4.Deviation value between motor rotor
and stator A
0
65535
0
4. SVC VFD for sync motor
30
Motor phase sequence
2. VFD output phase sequence
selection
,
UVW is +
,
UWV is -
4. same as above
0
1
1:Forward
2.SVC VFD for async motor
4.SVC VFD for sync motor
31
Switch phase lock angle
1. the max. electric angle permitted
when grid/VFD or VFD/grid switch
3. same as above
°
0.5
5
5
1.General VFD For async motor
3.General VFD for sync motor
32
VFD type
1. General VFD For async motor 2.SVC
VFD for async motor
3. General VFD for sync motor 4.SVC
VFD for sync motor
5.Openloop VC VFD for async motor
6.Openloop VC VFD for sync motor
1
6
1.General
VFD For async
motor
1. General VFD For async motor
2. SVC VFD for async motor
3. General VFD for sync motor
4. SVC VFD for sync motor
5. Openloop VC VFD for async motor
6. Openloop VC VFD for sync motor
33
Instantaneous power loss
1. When gird voltage instantaneous
drop, the max. time that VFD can
keep normal running
ms
0
1000
0
1.General VFD For async motor
34 Cell stages
2
9
5
1. General VFD For async motor
2. SVC VFD for async motor
3. General VFD for sync motor
4. SVC VFD for sync motor
5. Openloop VC VFD for async motor
6. Openloop VC VFD for sync motor