Chziri ZVF9V-G/P, User Manual

Page: 35 / 87

6.1 Schedule of Function Parameters 6.1 Schedule of Function Parameters
Function
Code
Name
Setting Range
Unit
Min.
Unit Default
Setting
Operation Modification
Function
Code
Name Setting Range
Unit
Min.
Unit Default
Setting
Operation Modification
6.1.1 F0 Series Basic Functions (Continued)
Lower limit frequency
Basic operation
frequency
0.00Hz~upper limit frequency
1.00Hz~upper limit frequency
Max. output voltage
380 series:200~500V
220 Series:100~250V
Machine Type selection
0: Type G (Constant torque load)
1: Type P (Fan, pump load
Torque lifting selection
0: Hand-operated
1: Auto
Torque lifting setting
0.0~30.0% (Valid only when F0.11=0)
According to
specification
According to
specification
According to
specification
According to
specification
According to
specification
According to
specification
According to
specification
According to
specification
According to
specification
According to
specification
Slip frequency
compensation
0.0~150.0%
Acceleration time 1
0.1~3600.0s
Note: The default unit is "second";
See unit selection F3.09
Deceleration time 1
V/F curve setting
0: constant torque
1: fall torque curve 1 (1.7 power)
2: fall torque curve 1 (2.0 power)
3: User setting V/F curve (F0.17~F0.22)
V/F frequency value F1 0.00~frequency value F2
V/F voltage value V1
0.0~voltage value V2
V/F frequency value F2
Frequency value F1~frequency value F3
V/F voltage value V2
Voltage value V1~voltage value V3
V/F frequency value F3 Frequency value F2
Basic operation frequency
V/F voltage value V3 Voltage value V2~100.0%
REV/JOG function
selection 0: REV 1: JOG
Motor rated voltage
Motor rated current
Motor rated rotary speed
Motor rated frequency
Motor vacant load current
Motor stator resistance
Motor rotor resistance
Motor stator inductance
Motor rotor inductance
Motor stator mutual inductance
Motor rotor mutual inductance
Remain
slip compensate
coefficient
Motor beforehand
excitation selection
Motor beforehand
excitation duration time
Motor parameter
self-learning
Speed ring (ASR)
proportional gain
Speed ring (ASR)
integral time
0: The condition is valid.
1: Always valid.
0: No action.
1: Static self-learning
(valid only when F0.00=0).
6.1.2 F1 Series Motor and Vector Control Parameters