User’s Guide for EM760 series high-performance vector inverter F/R to control the reverse running and stop. When the terminals RUN and F/R are enabled simultaneously, the inverter will be stopped. When the mode of deceleration to stop is selected, the logic of forward/reverse running is as shown in Fig.
5-2 (d); Inverter 24V 变频器 RUN Operation 运行 RUN F/R F/R 正/反转 Output frequency f 输出 频率 COM Forward/reverse -f 时间 Time (a) Wiring diagram of two-line control (F00.03=0) (b) F04.09=0, F00.03=0, run the forward/reverse logic 24V RUN Inverter 变频器 RUN Forward 正转 F/R F/R Reverse 反转 Output frequency f 输出 频率 COM -f 时间 Time (c) Wiring diagram of two-line control (F00.03=1) (b) F04.19=0, F00.03=1, run the forward/reverse logic Fig. 5-2 Two-line Control Three-line control: F00.03=2: the terminal RUN controls forward running, the terminal Xi is for stop, and the terminal F/R is in the reverse status. running, with valid pulse edges. The terminal Xi is normally closed for stop, with the valid level.
When the The terminal RUN is normally ON for forward running, and the terminal F/R is normally ON for reverse inverter is in the running status, press Xi to stop it. When the parking mode is F04.19=0, the logic of deceleration to stop is shown in Fig. 5-3 (b). Xi is the terminal among X1~X7 that is defined by F02.00~F02.06 for “three-line running and stop control”; Note: X7 is high-speed pulse input; the supported frequency is 200kHz. F00.03=3: the terminal RUN is for running, Xi for stop and F/R for forward/reverse control. (forward in the OFF status and reverse in the ON status), and Xi is normally OFF for stop, with the valid level.
In The terminal RUN is normally ON for running, with the valid pulse edge, F/R for forward/reverse switching the case of deceleration to stop (F04.19=0), the logic diagram is as shown in Fig. 5-3(d). 24V Inverter 变频器 RUN Forward 正转 F/R Xi Time COM 时间 (a) Wiring diagram of three-line control (F00.03=2) (b) F04.19=0, F00.03=2: forward/reverse running logic 37 Outp输ut 出 freq频uenc率y -f Park停in车g