Parameters
10-
15
10
C4-02
Torque
compensation primary
delay
time constant
200
*2
d6-01
Field
weakening level
80
C4-03
Starting
torque value (forward)
0.0
d6-02
Field
frequency
0.0
C4-04
Starting
torque value (reverse)
0.0
E1-01
Input
voltage setting
200
*7
C4-05
Starting
torque time constant
10
E1-03
V/f
pattern selection
F
C5-01
ASR
proportional (P) gain 1
0.20
E1-04
Max.
output frequency
60.0
C5-02
ASR
integral (I) time 1
0.200
E1-05
Max.
voltage
200.0
*2
*7
C5-03
ASR
proportional (P) gain 2
0.02
E1-06
Base
frequency
60.0
*2
C5-04
ASR
integral (I) time 2
0.050
E1-07
Mid.
output frequency
3.0
*2
C5-05
ASR
limit
5.0
E1-08
Mid.
output frequency voltage
15.0
*2
*7
C6-01
CT/VT
selection
1
E1-09
Min.
output frequency
1.5
*2
C6-02
Carrier
frequency selection
6
*6
E1-10
Min.
output frequency voltage
9.0
*2
*7
C6-03
Carrier
Frequency Upper Limit
15.0
*6
E1-11
Mid.
output frequency 2
0.0
*9
C6-04
Carrier
Frequency Lower Limit
15.0
*6
E1-12
Mid.
output frequency voltage 2
0.0
*9
C6-05
Carrier
Frequency Proportional
Gain
00
E1-13
Base
voltage
0.0
*10
d1-01
Frequency
reference 1
0.00
E2-01
Motor
rated current
1.90
*6
d1-02
Frequency
reference 2
0.00
E2-02
Motor
rated slip
2.90
*6
d1-03
Frequency
reference 3
0.00
E2-03
Motor
no-load current
1.20
*6
d1-04
Frequency
reference 4
0.00
E2-04
Number
of motor poles
4
d1-05
Frequency
reference 5
0.00
E2-05
Motor
line-to-line resistance
9.842
*6
d1-06
Frequency
reference 6
0.00
E2-06
Motor
leak inductance
18.2
*6
d1-07
Frequency
reference 7
0.00
E2-07
Motor
iron saturation coefficient 1
0.50
d1-08
Frequency
reference 8
0.00
E2-08
Motor
iron saturation coefficient 2
0.75
d1-09
Frequency
reference 9
0.00
E2-10
Motor
iron loss for torque compen-
sation
14
*4
d1-10
Frequency
reference 10
0.00
E2-11
Motor
rated output
0.40
*4
d1-11
Frequency
reference 11
0.00
E3-01
Motor
2 control method selection
0
d1-12
Frequency
reference 12
0.00
E3-02
Motor
2 max. output frequency
(FMAX)
60.0
*2
d1-13
Frequency
reference 13
0.00
E3-03
Motor
2 max. voltage (VMAX)
200.0
*2
d1-14
Frequency
reference 14
0.00
E3-04
Motor
2 max. voltage frequency
(FA)
60.0
d1-15
Frequency
reference 15
0.00
E3-05
Motor
2 mid. output frequency 1
(FB)
3.0
*2
d1-16
Frequency
reference 16
0.00
E3-06
Motor
2 mid. output frequency
voltage
1 (VC)
15.0
*7
d1-17
Jog
frequency reference
6.00
E3-07
Motor
2 min. output frequency
(FMIN)
1.5
*2
d2-01
Frequency
reference upper limit
100.0
E3-08
Motor
2 min. output frequency
voltage
(VMIN)
9.0
*7
d2-02
Frequency
reference lower limit
0.0
E4-01
Motor
2 rated current
1.90
*6
d2-03
Master
speed reference lower limit
0.0
E4-02
Motor
2 rated slip
2.90
*6
d3-01
Jump
frequency 1
0.0
E4-03
Motor
2 no-load current
1.20
*6
d3-02
Jump
frequency 2
0.0
E4-04
Motor
2 number of poles (number
of
poles)
4
d3-03
Jump
frequency 3
0.0
E4-05
Motor
2 line-to-line resistance
9.842
*6
d3-04
Jump
frequency width
1.0
E4-06
Motor
2 leak inductance
18.2
*6
d4-01
Frequency
reference hold function
selection
0
E4-07
Motor
2 rated capacity
0.40
*6
d4-02
+
- Speed limits
10
F1-01
PG
constant
600
Table 10.1 Parameters (Continued)
No.
Name
Fac-
tory
Setting
Set-
ting
No.
Name
Fac-
tory
Setting
Set-
ting
Summary of Contents for SYSDRIVE 3G3RV
Page 1: ...USER S MANUAL SYSDRIVE 3G3RV High function General purpose Inverters Cat No I532 E1 1...
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