EM500 Open-Loop Vector Control Inverter User Manual F01.34=0: No Autotuning F01.34=1 : The induction motor remains stationary in parameter autotuning. F01.08) correctly before the stationary autotuning of induction motor. By stationary User must set motor type (F01.00) and motor nameplate parameters (F01.01 - autotuning, user may get relevant parameters of induction motor, including F01.09 - F01.13. This method mainly applies to the working condition where motor can not rotate, but its effect is not as good as that of rotational autotuning. F01.34=2 : The induction motor remains rotational in the parameter autotuning.
User must set motor type (F01.00) and motor nameplate parameters (F01.01 - F01.08) correctly before rotational autotuning of induction motor. By rotational autotuning, user may get relevant parameters of induction motor, including F01.09 - F01.13. This method mainly applies to the working condition where motor can rotate, but better not to have a load or better to have a light load in parameter autotuning; otherwise the autotuning effect will go down. F01.34=11 : Synchronous motor remains stationary in parameter autotuning. User must set motor type (F01.00) and motor nameplate parameters (F01.01 - F01.05) correctly before the stationary autotuning of the synchronous motor.
By stationary autotuning, user may get relevant parameters of induction motor (F01.19 - F01.21), current loop parameters (F06.12 - F06.15), etc. This method mainly applies to the condition where motor can not rotate and user needs to input the “Counter Electromotive Force” (F01.22) manually. F01.34=12 : Synchronous motor remains rotational in parameter autotuning. F01.05) correctly before rotational autotuning of the synchronous motor.
By rotational User must set motor type (F01.00) and motor nameplate parameters (F01.01 - autotuning, user may get relevant parameters of synchronous motor (F01.19 - F01.21), current loop parameters (F06.12 - F06.15), Counter Electromotive Force of synchronous motor (F01.22), etc. 175