User Manual of EM730/EM730E Series Inverter F01.34=0 : not identified F01.34=1 : the asynchronous motor remains stationary during parameter self-identification. (F01.00) and motor nameplate parameters (F01.01 to F01.08) correctly. Relevant parameters Prior to the static self-learning of the asynchronous motor, please set the motor type (F01.09 to F01.13) of the asynchronous motor can be obtained during static self-learning. This mode is mainly used when the motor cannot rotate. Static self-learning has poorer effects than rotary self-learning. F01.34=2 : the asynchronous motor rotates during parameter self-identification.
Prior to the rotary self-learning of the asynchronous motor, please set the motor type (F01.00) and motor nameplate parameters (F01.01 to F01.08) correctly. Relevant parameters (F01.09 to F01.18) of the asynchronous motor can be obtained during rotary self-learning. This mode is mainly used when the motor can rotate. However, loads should be avoided or minimized; otherwise, self-learning will have poor effects. F01.34=11 : the synchronous motor remains stationary during parameter self-identification. and motor nameplate parameters (F01.01 to F01.05) correctly.
Relevant parameters (F01.19 to Prior to the static self-learning of the synchronous motor, please set the motor type (F01.00) F01.21) of the synchronous motor and current loop parameters (F06.12 to F06.15) can be obtained during static self-learning. the counter electromotive force (F01.22). This mode is mainly used when the motor cannot rotate. It is necessary to manually enter F01.34=12 : the synchronous motor rotates during parameter self-identification. Prior to the rotary self-learning of the synchronous motor, please set the motor type (F01.00) and motor nameplate parameters (F01.01 to F01.05) correctly.
Relevant parameters (F01.19 to F01.21) of the synchronous motor, current loop parameters (F06.12 to F06.15) and counter electromotive force (F01.22) can be obtained during rotary self-learning. This mode is mainly used when the motor can rotate. However, loads should be avoided or minimized; otherwise, self-learning will have poor effects. 151 asynchronous motor 2: rotation self-learning of asynchronous motor 11: static self-learning of synchronous motor 12: rotary self-learning of synchronous motor