User Manual of EM730/EM730E Series Inverter mode) AI2 is the current type, with a range of 0-20mA. The input current (0-20mA) corresponds to the setting 0%-100%. 0mA corresponds to 0%, and 20mA corresponds to 100%. F02.63 =4: 0~5V AI2 is the voltage type, with a range of 0-5V. The input voltage (0-5V) corresponds to the setting 0%-100%. 0V corresponds to 0%, and +5V corresponds to 100%. Select the AI2 current input impedance according to the actual situation on the site. The default input impedance is 500 ohms. In case of no 20mA output due to the poor load capacity of the input current source, the input impedance can be changed to 250 ohms.
7.4 Function Parameter Group of Output Terminal of F03 Group The standard EM730/EM730E series inverter is equipped with one multi-function digital output terminal (Y1) and one relay output terminal (R1). Y1 and R1 are two multi-function digital output terminals. Their functions can be defined separately by setting the function codes F03.00 to F03.02. For example, if you define F03.02=7, the function of the R1 terminal is “inverter protection”. When the inverter is in the protection status, the output of the function terminal R1 will be valid; and when the inverter is in the normal status, the output of the function terminal R1 will be invalid. Specific options are described in Table 7-8.
Table 7-8 Function List of Multi-function Digital Output Terminals 166 Function code Default setting Function code name Parameter description Unit Attribute F02.66 Selection of AI2 current input impedance 0: 500Ω 1: 250Ω 0 〇 Function Default Function code name Parameter description Unit Attribute code setting F03.00 Options of Y1 output function SeeTable 7-8 Function List of Multi-function Digital Output Terminals 1 ○ F03.02 Options of R1 output function 7 ○ Settings Function Description 0 No output The protection terminal will be disabled or set to “0: Unavailable” to prevent incorrect output.
1 Inverter running (RUN) The inverter is in the status of slave running, slave stop, jog running or jog stop. The current output is valid in the