EM500 Open-Loop Vector Control Inverter User Manual 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. 1. Motor autotuning will be only enabled under keypad start/stop control mode (F00.02=0): Only after setting F01.34 to corresponding value and press ENTER , and press run RUN for confirmation can motor autotuning be started. After autotuning finishes, inverter will set F01.34 to 0 automatically. 2. In case of overcurrent or overvoltage fault in autotuning, please lengthen the acceleration/deceleration time first and try it again. 3.
Motor parameters of the first group above are only taken as an example. For motor parameters of the second group, please refer to those parameters of the first group. 7.3 F02 Group: Input Terminal Parameter EM500 inverter has 7 multi-functional input terminals (X1 - X7) and 3 analog input terminals (AI1 - AI3, only enabled when corresponding function is the numeric input; refer to F02.31). In addition, user may select an IO expansion card (EC-IO-A1, refer to Appendix I), which offers 4 multi-function numeric input terminals (X8 - X11) and 1 analog voltage signal input terminal (AI4, with the same setting as AI1 - AI3). 176 No.
Function Range Unit Default Type F02.00 X1 Numeric Input Function See Table 7–4 Functions of Numeric Multi-Function Input Terminals 1 〇 F02.01 X2 Numeric Input Function 2 〇 F02.02 X3 Numeric Input Function 11 〇 F02.03 X4 Numeric Input Function 12 〇 F02.04 X5 Numeric Input Function 13 〇 F02.05 X6 Numeric Input Function 14 〇 F02.06 X7 Numeric Input Function 10 〇 F02.07 AI1 Numeric Input Function 0 〇 F02.08 AI2 Numeric Input Function 0 〇 F02.09 AI3 Numeric Input Function 0 〇 F02.10 AI4 Numeric Input Function (Expansion Card) 0 〇 F02.11 X8 Numeric Input Function 0 〇