BENSHAW RSi H2 Series - Advanced Group (ADV)

Parameter Lists
87
890053-00-02
4.2.4 Advanced Group (ADV)
Code
Name
LCD Display
Setting Range
Initial value
Property*
Ref.
00
Jump Code
Jump Code
1-99
O
p.74
01
Acceleration pattern
Acc Pattern
0
Linear
0
Linear
Δ
p.138
1
S-curve
02
Deceleration pattern
Dec Pattern
0
Linear
0
Linear
Δ
1
S-curve
03
1
S-curve acceleration start
point gradient
Acc S Start
1–100 (%)
40
Δ
p.138
04
S-curve acceleration end
point gradient
Acc S End
1–100 (%)
40
Δ
05
2
S-curve deceleration start
point gradient
Dec S Start
1–100 (%)
40
Δ
06
S-curve deceleration end
point gradient
Dec S End
1–100 (%)
40
Δ
07
Start Mode
Start Mode
0
Acc
0
Acc
Δ
p.140
1
DC-Start
08
Stop Mode
Stop Mode
0
Dec
0
Dec
Δ
p.141
1
DC-Brake
2
Free-Run
4
Power
Braking
09
Selection of rotation
prevention
Run Prevent
0
None
0
None
Δ
p.143
1
Forward Prev
2
Reverse Prev
10
Starting with power on
Power- on Run
0
No
0
No
O
p.144
1
Yes
11
3
Power-on run delay time
Power- On Delay
0.0 -6000.0 (sec)
0.0
O
p.108
12
4
DC braking time at startup
DC-Start Time
0.00-60.00 (sec)
0.00
Δ
p.140
13
Amount of applied DC
DC Inj Level
0–200 (%)
50
Δ
14
5
Output blocking time before
DC braking
DC-Block Time
0.00- 60.00 (sec)
0.00
240V:7.5~60HP
Δ
p.141
480V,575V:
7.5~125HP
2.00
240V:75~125HP
480V:150~800HP
15
DC braking time
DC-Brake Time
0.00- 60.00 (sec)
1.00
Δ
16
DC braking rate
DC-Brake Level
0–200 (%)
50
Δ
17
DC braking frequency
DC-Brake Freq
Startfrequency- 60 Hz
5.00
Δ
20
Dwell frequency on
acceleration
Acc Dwell Freq
Start frequency- Maximum
frequency (Hz)
5.00
Δ
p.146
21
Dwell operation time on
acceleration
Acc Dwell Time
0.0-60.0 (sec)
0.0
Δ
22
Dwell frequency on
deceleration
Dec Dwell Freq
Start frequency- Maximum
frequency (Hz)
5.00
Δ
23
Dwell operation time on
deceleration
Dec Dwell Time
0.0-60.0 (sec)
0.0
Δ
24
Frequency limit
Freq Limit
0
No
0
No
Δ
p.120
1
Yes
25
6
Frequency lower limit value
Freq Limit Lo
0.00-Upper limit frequency
(Hz)
0.50
Δ
p.120
26
Frequency upper limit value
Freq Limit Hi
Lower limit frequency-
Maximum frequency (Hz)
Max freq
Δ
27
Frequency jump
Jump Freq
0
No
0
No
Δ
p.148
1
Yes
28
7
Jump frequency lower limit1
Jump Lo 1
0.00-Jump frequency
upper limit1 (Hz)
10.00
O
p.148
29
Jump frequency upper limit1
Jump Hi 1
Jump frequency lower
limit1- Maximum frequency
(Hz)
15.00
O
30
Jump frequency lower limit2
Jump Lo 2
0.00-Jump frequency
upper limit2 (Hz)
20.00
O
31
Jump frequency upper limit2
Jump Hi 2
Jump frequency lower
limit2- Maximum frequency
(Hz)
25.00
O
32
Jump frequency lower limit3
Jump Lo 3
0.00-Jump frequency
upper limit3 (Hz)
30.00
O