User Manual of EM760 High-Performance Inverter 131 11 Valid current limit When the output current (F18.06) is greater than or equal to the current limit (F07.12), the current output will be valid; when the output current (F18.06) is less than or equal to the current limit (F07.12) -5.0%, the current output will be invalid; and when the output current is an intermediate value, the current output will remain unchanged.
12 Valid overvoltage stall When the output voltage (F18.07) is greater than or equal to the voltage of overvoltage stall control (F07.07), the current output will be valid; when the output voltage (F18.07) is less than or equal to the voltage of overvoltage stall control (F07.07) minus 10V, the current output will be invalid; and when the output voltage is an intermediate value, the current output will remain unchanged.
13 Complete simple PLC cycle When the simple PLC is in the mode of stop after a single operation (F18.15=0), it will be stopped after one operation and the current output will be valid; when the simple PLC is in the mode of stop after a limited number of operations (F18.15=1), it will be stopped after the operations set by F08.16, and the current output will be valid; otherwise (e.g. further running, simple PLC status resetting), the current output will be invalid. 14 Reach the set count value When the input pulse count value (F18.34) is greater than or equal to the set count value (F16.03), the current output will be valid; otherwise, the output will be invalid. See 6.6.12 for details.
15 Reach the specified count value When the input pulse count value (F18.34) is greater than or equal to the specified count value (F16.04), the current output will be valid; otherwise, the output will be invalid. See 6.6.12 for details. 16 Reach the length (in meters) When the input pulse conversion length (F18.34) is greater than or equal to the set length (F16.01), the current output will be valid; otherwise, the output will be invalid. See 6.6.13 for details.
17 Motor overload pre-alarm When current estimated temperature rise of the motor ≥ the motor pre- alarm coefficient (F07.02) * motor overheat temperature rise, the current output will be valid; otherwise, the current output will be invalid. 18 Inverter overheat pre- alarm When the inverter temperature is greater than or equal to the hot spot (- 10℃), the pre-alarm output will be valid; and when the inverter temperature is less than the hotspot minus 15℃, the pre-alarm output will be invalid (5℃hysteresis).
19 Reach the upper limit of PID feedback If the PID feedback ≥ the upper limit (F09.35) of PID feedback voltage during operation, the current output will be valid; otherwise, the output will be invalid. The PID feedback is the percentage ofthe sensor processed with analog input * 10 V. 20 Reach the lower limit of PID feedback If the PID feedback ≤ the lower limit (F09.36) of PID feedback voltage during operation, the current output will be valid; otherwise, the output will be invalid. The PID feedback is the percentage ofthe sensor processed with analog input * 10 V.