BENSHAW RSi H2 Series - Control Group (CON)

Parameter Lists
89
890053-00-02
4.2.5 Control Group (CON)
Code
Name
LCD Display
Setting Range
Initial value
Prop
*
Ref.
00
Jump Code
Jump Code
1-99
4
O
p.74
04
Carrier frequency
Carrier Freq
1.0~15.0
(kHz)
240V:
7.5~25HP
3.0
O
p.154
480V:
7.5~40HP
575V:
7.5~30HP
2.3
1.0~10.0
(kHz)
240V:
30~40HP
3.0
480V:
50~75HP
575V:
40~75HP
2.3
1.0~7.0
(kHz)
240V: 50-
60HP
3.0
480V:
100~125HP
575V:
100~125HP
2.3
1.0~5.0
(kHz)
240V:
75~125HP
2.0
480V:
150~500HP
1.0~4.0
(kHz)
480V:
650~800HP
1.5
05
Switching mode
PWM Mode
0
Normal PWM
0
Normal PWM
Δ
p.154
1
Low leakage
PWM
9
1
Initial Excitation Time
PreExTime
0.00 - 60.00 (sec)
1.00
I
p.239
p.246
11
1
Continued Operation Duration
Hold Time
0.00 - 60.00 (sec)
0.00
IP
13
Anti-hunting regulator mode
AHR Sel
0
No
1
Yes
Δ
p.155
1
Yes
14
Anti-hunting regulator P- Gain
AHR P-Gain
0-32767
1000
O
15
Anti-hunting regulator start
frequency
AHR Low Freq
0.00-AHR High Freq
0.50
O
16
Anti-hunting regulator end
frequency
AHR High Freq
AHR Low Freq-400.00
400.00
O
17
Anti-hunting regulator
compensation voltage limit rate
AHR limit
0-20
2
O
24
3
SL Speed Controller P Gain1
ASR-SL P Gain1
0 - 5000 %
Depends on Motor
Capacity
I
p.239
25
SL Speed Controller I Gain1
ASR-SL I Gain1
10 - 9999 (ms)
I
26
SL Speed Controller P Gain2
ASR-SL P Gain2
1 - 1000 %
I
27
SL Speed Controller I Gain2
ASR-SL I Gain2
1 - 1000 %
I
28
SL Speed Controller I Gain0
ASR-SL I Gain0
1 - 1000 %
I
29
Flux Estimator P Gain
Flux P Gain
10 - 200 %
I
30
Flux Estimator I Gain
Flux I Gain
10 - 200 %
I
31
Speed Estimator P Gain 1
S-Est P Gain 1
0 - 32767
I
32
Speed Estimator I Gain 1
S-Est I Gain 1
100 - 1000
I
33
Speed Estimator I Gain 2
S-Est I Gain 2
100 - 10000
I
34
5
PM speed controller P gain 1
ASR P Gain 1
0~5000
100
P
p.246
35
PM speed controller I gain 1
ASR I Gain 1
0~5000
150
P
36
PM speed controller P gain 2
ASR P Gain 2
0~5000
100
P
37
PM speed controller I gain 2
ASR I Gain 2
0~9999
150
P
38
Speed estimator feedforward
high speed range (%)
PM Flux FF %
0~1000%
300%
P
p.246
39
PM speed estimator
proportional gain 0
PM SpdEst Kp 0
0~200%
30%
P
40
PM speed estimator integral
gain 0
PM SpdEst Ki 0
0~200%
30%
P
41
PM speed estimator
proportional gain 1
PM SpdEst Kp 1
0~300%
70%
P
42
PM speed estimator integral
gain 1
PM SpdEst Ki 1
0~300%
70%
P
43
PM speed estimator
proportional gain 2
PM SpdEst Kp 2
0~300%
100%
P