Alpha 6000S series User Manual page 77

Chapter 4 Parameter Index
P8: Vector control parameters
Functi
on Parameter
code
Pre-excitation
current
P8.00
compensation
amount
Speed loop
P8.01 proportional gain
1
Speed loop
P8.02
integral time 1
Speed loop
P8.03 switching
frequency 1
Speed loop
P8.04 proportional gain
2
Speed loop
P8.05
integral time 2
Speed loop
P8.06 switching
frequency 2
Speed loop filter
P8.07
time
Current loop
P8.08
proportional gain
Current loop
P8.09
integral time
Torque control
P8.10
mode
Driving torque
P8.11
setting source
Upper limit of
P8.12
drive torque
Upper limit of
P8.13
braking torque
Instruction slip
P8.14 compensation
coefficient
Torque
P8.15
acceleration time
76
LCD display Setting range
0.0~500.0%
100.0% corresponds to the
motor no-load current; the
Pre-excitation
response time is set in P1.04
current
The upper limit is 80% of the
compensation
rated current of the inverter or
the smaller rated current of the
motor
Speed loop
proportional 0.1~30.0
gain 1
Speed loop
0.001~10.000s
integral time 1
Speed loop
0.00Hz ~ speed loop switching
switching
frequency 2
frequency 1
Speed loop
proportional 0.1~30.0
gain 2
Speed loop
0.001~10.000s
integral time 2
Speed loop
Speed loop switching frequency
switching
1 ~ maximum frequency
frequency 2
Speed loop
0.000s~0.100s
filter time
Current loop
proportional 0.1~9.9
gain
Current loop
0.001~1.000s
integral time
0: Run in speed control mode
Torque mode 1: Run in torque control mode
2: Run in moment motor mode
0: Digital setting
1: AI1
2: AI2
Driving torque 3: AI3 (reserve for 3004GB and
setting source below models)
4: Pulse input
5: Serial communication
Upper limit of
0.0%~200.0%
drive torque
Upper limit of
0.0%~200.0%
braking torque
Instruction slip
compensation 0.0%~200.0%
coefficient
Torque
acceleration 0.00~120.0s
time
Mo MOD
Factory difi BUS
setting cati addres
on s
100.0% 0900
×
10.0 ○ 0901
0.200s ○ 0902
5.00Hz 0903
○
10.0 0904
○
0.600s 0905
○
10.00
○ 0906
Hz
0.030s ○ 0907
1.0 0908
○
0.100s 0909
○
0 ○ 090A
0 × 090B
160% 090C
○
160% ○ 090D
102.4% 090E
○
0.50s 090F
○