TI120 Series Variable Frequency Drive
Detailed parameter introduction
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P63.00
Rated power of motor
range:0.2kW~6000.0kW
Factory
default:Model
determination
P63.01
Rated voltage of motor
range:1V~480V
Factory default:
Model determination
P63.02
Rated current of motor
range:0.1A~6000.0A
Factory default:
Model determination
P63.03
Rated frequency of motor
range:10.00Hz~300.00Hz
Factory default:
Model determination
P63.04
Rated speed of motor
range:1~65535 rpm
Factory default:
Model determination
P63.05
Pole number
range:2~80
Factory default:
Model determination
Please refer to the actual motor to enter the motor nameplate parameters correctly, otherwise it
may cause the motor performance to deteriorate or not to run normally.
P63.07
Self-tuning of motor parameter
range:0~2
Factory default:0
0: no request
1: motor static identification
It is suitable for identifying the motor parameters when the motor cannot be disconnected from the
load. After setting the motor nameplate parameters correctly, set P63.07=1, press the Start key on the
keyboard, the motor starts the static identification, and P63.07 returns to 0 after completing identification.
Motor static identification can identify all motor parameters successfully to ensure the performance of
vector control.
2: motor rotation identification
It is suitable for identifying the motor parameters when the motor is disconnected from the load.
After setting the motor nameplate parameters correctly, set P63.07=2, press the Start key on the
keyboard, the motor starts the rotary identification, and P63.07 returns to 0 after completing
identification. Motor rotary identification can identify all motor parameters successfully to ensure the
performance of vector control. When the motor rotary identification is selected, the motor rotates, so
please stay away from the end of the motor rotary shaft.
P63.08
Motor control mode
range:0~2
Factory default: 0
0: Advanced scalar control
It is suitable for occasions where the load requirement is not high, or one variable frequency drive
drives multiple motors.
1: No PG vector control
Refer to open-loop vector control, which is suitable for high-performance control occasions where
the motor is not provided an encoder or an encoder cannot be installed; and one variable frequency
drive can only drive one motor.
2: PG vector control
Refer to closed-loop vector control, the motor must be equipped with an encoder that matches the
