102
Motor Constant Table (New Parameters are shown in bold letters)
Motor Switching Command
Open
(Motor 1 Selected)
Closed
(Motor 2 Selected)
Control Mode
Selection
n002 V/f control must be used.
V/f
Characteristics
n011: Maximum Output Fre-
quency
n012: Maximum Voltage
n013: Maximum Voltage Output
Frequency
n014: Middle Output Frequency
n015: Middle Output Frequency
Voltage
n016: Minimum Output Frequen-
cy
n017: Minimum Output Frequen-
cy Voltage
n140: Motor 2 Maximum Out-
put Frequency (2)
n158: Motor 2 Maximum Volt-
age
n147: Motor 2 Maximum Volt-
age Output Frequency
(2)
n014: Middle Output Frequency
(Same as motor 1)
n159: Motor 2 Middle Output
Frequency Voltage
n016: Minimum Output Frequen-
cy (Same as motor 1)
n160: Motor 2 Minimum Out-
put Frequency Voltage
Motor Constants n036: Motor Rated Current
n037: Electronic Thermal Motor
Protection Selection
n038: Electronic Thermal Motor
Protection Time Constant
Setting
n093: Stall Prevention Level dur-
ing Acceleration
n094: Stall Prevention Level dur-
ing Running
n104: Torque Compensation
Time Constant
n105: Torque Compensation
Iron Loss
n106: Motor Rated Slip
n107: Motor Line-to-Neutral Re-
sistance
n108: Motor Leakage Induc-
tance
n110: Motor No-load Current
n111: Slip Compensation Gain
n112: Slip Compensation Time
Constant
n161: Motor 2 Rated Current
n037: Electronic Thermal Motor
Protection Selection
(Same as motor 1)
n038: Electronic Thermal Motor
Protection Time Constant
Setting (Same as motor 1)
n093: Stall Prevention Level dur-
ing Acceleration (Same as
motor 1)
n094: Stall Prevention Level dur-
ing Running (Same as
motor 1)
n104: Torque Compensation
Time Constant (Same as
motor 1)
n105: Torque Compensation
Iron Loss (Same as motor
1)
n162: Motor 2 Rated Slip
n107: Motor Line-to-Neutral Re-
sistance (Same as motor
1)
n110: Motor No-load Current
(Same as motor 1)
n111: Slip Compensation Gain
(Same as motor 1)
n112: Slip Compensation Time
Constant (Same as motor
1)
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