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Explains hazard grading (Danger/Warning) and general safety information for inverter operation.
Details the three-level menu, parameter modification, and status parameter monitoring.
Explains password protection and the procedure for motor parameter auto-tuning.
Covers motor type selection, control mode, command source, and frequency sources.
Details digital setting frequency, maximum frequency, and upper limit sources.
Explains auxiliary frequency sources, frequency source logic, and encoder knob settings.
Explains binding command sources, recording digital settings, and frequency units.
Covers frequency upper limit, offset, lower limit, and rotation direction settings.
Explains base frequency modification, acceleration/deceleration modes, and time settings.
Details S-curve parameters and acceleration/deceleration time units.
Covers start modes, speed tracking, and stop modes.
Details startup frequency, DC braking, pre-excitation, and stop mode parameters.
Explains DC braking parameters and JOG function settings.
Details the functions available for digital and analog input terminals.
Lists functions for DI terminals and digital output terminals (FMP, Relay).
Explains DI terminal functions, including multi-function terminals and fault inputs.
Covers DI filter time, terminal command modes, and two/three-wire control.
Details three-line control modes and their parameter settings.
Covers rate of UP/DOWN terminals and ON/OFF delay times for DI terminals.
Details functions for FMP, Relay, and other digital output terminals.
Lists functions for frequency detection, zero current detection, and overload pre-warning.
Details output functions for current detection, frequency reaching, and AI1/AI2 comparison.
Covers frequency detection value/hysteresis and any frequency reaching detection.
Explains any frequency reaching detection parameters and zero current detection.
Details over current detection and any current reaching parameters.
Covers G/P type selection, motor overload protection, and fault auto reset settings.
Details input/output phase loss protection, off load protection, and over-speed detection.
Explains instantaneous power failure actions, judging voltage, and motor temperature settings.
Covers overvoltage/undervoltage thresholds, brake unit use ratio, and fault protection actions.
Details fault protection action selections and frequency selection for continuing run.
Details PID setting source, digital setting, and PID feedback sources.
Covers PID action direction, setting feedback range, and PID regulator gains.
Details PID parameter switchover conditions and integral properties.
Explains PID initial value, deviation limits, and output filter times.
Covers rated motor power, voltage, current, frequency, and rotational speed.
Details asynchronous motor parameters and auto-tuning procedures.
Covers speed/torque control selection and speed loop PI parameters.
Details motor running slip gain, over-excitation gain, and torque limit sources.
Explains excitation current loop parameters, torque current loop, and voltage coefficient.
Details torque setting source, digital torque setting, and acceleration time in torque control.
Covers V/F curve settings, torque boost, and cut-off frequency.
Details multi-point V/F frequency and voltage settings for different curves.
Explains V/F slip compensation and oscillation suppression gain.
Details voltage source selection for V/F separation and voltage rise time.
Lists common fault types, possible causes, and solutions for the EM15 inverter.
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General