Simphoenix DL100 Series - Motor parameter group

DL100 Series Universal Low-Power Inverter
38 Detailed Description of Functions
This parameter is used to set the sensitivity of the inverter's thermal relay
protection to the load motor. When the rated current value of the load motor does
not match the rated current of the inverter, the correct thermal protection of the
motor can be achieved by setting this value. When it is set to 130%, the inverter
closes the motor overload protection function.
The setting value of this parameter can be determined by the following formula:
[F1.16]= (Motor rated current / Inverter rated output current)×100%
During the operation of the inverter, load fluctuations, grid fluctuations and other
accidental factors may cause the inverter to stop due to failure. At this time, in order
to ensure the continuity of the system, the inverter is allowed to automatically reset
some types of faults and resume operation.
The self-recovery interval time refers to the interval time from the start of the
inverter failure to the fault recovery action. If the inverter fails to return to normal
within the set number of self-recovery times, the fault signal will be output. After the
inverter is successfully restored, it is in the state of stopping and waiting to be started.
6.3 Motor parameter group
The basic operating frequency is the minimum frequency corresponding to the
maximum output voltage of the inverter, generally the rated frequency of the
motor.
F1.16 Motor overload protection factor
Predetermined area ： 10 ~ 130 （％）
When a frequency converter runs in parallel with multiple
motors, the thermal relay protection function of the frequency
converter will lose its effect. In order to effectively protect the
motors, it is recommended to install a thermal protection relay at
the inlet end of each motor.
F1.18 Failure self-recovery times Predetermined area ： 0~5
F1.19 Fault self-recovery time Predetermined area ： 0.00~600.00Sec
F2.00 Basic operating frequency
Predetermined area ： 5.00Hz ~ upper limit frequency
F2.01 Maximum output voltage
Predetermined area ： 25 ~ 250V/50 ~ 500V