Chapter 11 Summary of Parameter SettingsCP2000
11-23
06 Protection Parameters
Pr. Parameter Name Setting Range Default
06-00 Low voltage level
230V: Frame A–D: 150.0–220.0 V
DC
Frame E and above : 190.0–220.0 V
DC
460V: Frame A–D: 300.0–440.0 V
DC
Frame E and above : 380.0–440.0 V
DC
575V: 420.0–520.0 V
DC
690V: 450.0–660.0 V
DC
180.0
200.0
360.0
400.0
470.0
480.0
06-01 Over-voltage stall prevention
0: Disabled
230V: 0.0–450.0 V
DC
460V: 0.0–900.0 V
DC
575V: 0.0–1116.0 V
DC
690V: 0.0–1318.0 V
DC
380.0
760.0
920.0
1087.0
06-02
Selection for over-voltage stall
prevention
0: Traditional over-voltage and traditional over-current
stall prevention
1: Smart over-voltage and traditional over-current stall
prevention
2: Traditional over-voltage and smart over-current stall
prevention
3: Smart over-voltage and smart over-current stall
prevention
0
06-03
Over-current stall prevention
during acceleration
230V / 460V models
Light load: 0–130% (100% corresponds to the rated
current of the drive )
Normal load: 0–160% (100% corresponds to the rated
current of the drive)
575V / 690V models
Light load: 0–125% (100% corresponds to the rated
current of the drive)
Normal load: 0–150% (100% corresponds to the rated
current of the drive)
120
120
120
120
06-04
Over-current stall prevention
during operation
230V / 460V models
Light load: 0–130% (100% corresponds to the rated
current of the drive )
Normal load: 0–160% (100% corresponds to the rated
current of the drive)
575V / 690V models
Light load: 0–125% (100% corresponds to the rated
current of the drive)
Normal load: 0–150% (100% corresponds to the rated
current of the drive)
120
120
120
120
06-05
Acceleration / deceleration time
selection for stall prevention at
constant speed
0: By current acceleration / deceleration time
1: By the 1
st
acceleration / deceleration time
2: By the 2
nd
acceleration / deceleration time
3: By the 3
rd
acceleration / deceleration time
4: By the 4
th
acceleration / deceleration time
5: By auto acceleration / deceleration
0
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