User Manual of EM760 High-Performance Inverter 132 21 Analog level detection ADT1 When the selected analog channel input is greater than or equal to the result of analog level detection (F15.26/28), the corresponding output will be valid; when the selected analog channel input is less than or equal to the result of analog level detection (F15.26/28) minus hysteresis (F15.27/29), the corresponding output will be invalid; and in other statuses, the current output will remain unchanged. See 6.6.6 for details.
22 Analog level detection ADT2 24 Undervoltage status When the DC bus voltage (F18.08) is less than or equal to the voltage of undervoltage stall control (F07.08), the current output will be valid; when the DC bus voltage (F18.08) is greater than or equal to the voltage of power failure end judgment (F07.09), and the holding time is greater than or equal to the determined delay time of power failure end (F07.10), the current output will be invalid. 26 Up to the set time When it reaches the regular running time, the current output will be valid; otherwise, the output will be invalid. See 6.6.11 for details.
27 Running at zero speed When the inverter is in running status (excluding motor or encoder parameter self-learning) and the output frequency (F18.00) ≤ the zero speed judgement frequency (F04.29), the current output will be valid; otherwise, the current output will be invalid. 28~37 Reserved 38 Off-load The inverter is in the off-load status. 39 Zero-speed running 2 When the output frequency (F18.00) ≤ the zero speed judgement frequency (F04.29), the current output will be valid; otherwise, the current output will be invalid. 40 Current reached When the actual output current of the motor reaches the set value, the output is valid.
41 The torque is reached When the actual torque of the motor reaches the set value, the output is valid. 42 Up to the speed When the actual speed of the motor reaches the set frequency, the output is valid. 43~46 Reserved 47 PLC output When this function is selected for the output terminal, the output of Y1, Y2, R1, R2, R3 and R4 will be controlled by the corresponding bit of F03.31. If the corresponding bit is 1, the output will be valid; and if the corresponding bit is 0, the output will be invalid. 48~66 Reserved 67 Brake control This is a dedicated function for winding applications. When the brake is enabled, the output of this function will be valid.
68 Material cutoff detection output This is a dedicated function for winding applications. In case of material cutoff, the output of this function will be valid. 69 FDT1 lower limit (pulse) This is similar to #3/4 function. The difference is that the output will be valid only when the frequency is lower than the lower FDT limit and automatically turn invalid after sometime. If the single pulse output is set, the time will be set by F03.17 to F03.20; and ifthe level output is enabled, the time is 0.1 s by default. 70 FDT2 lower limit (pulse) 71 FDT1 lower limit (pulse, invalid in JOG) This function is the same as #69/70 function, except for no output in the JOG status.