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General| Rated Voltage | 380V AC |
|---|---|
| Input Voltage | 3-phase 380V AC ±15% |
| Power Range | 0.75kW-630kW |
| Control Mode | V/F control, vector control |
| Overload Capacity | 150% for 60 seconds |
| Protection Features | Overcurrent, overvoltage, undervoltage, overload, overtemperature, phase loss, short circuit |
| Communication Interface | RS485, Modbus RTU |
| Operating Temperature | -10°C to +50°C |
| Storage Temperature | -20℃~+60℃ |
| Humidity | 5%~95%, non-condensing |
| Altitude | Below 1000m (Derating if altitude exceeds 1000m) |
Provides essential safety rules and warnings for operating the AC Drive to prevent injury or damage.
Instructions for checking the product's integrity upon receipt and opening the outer packaging.
Details specifications for power input, output, control modes, speed, torque, and various basic functions.
Sets the parameter access level based on restricted access cases for V/F, SVC, FVC, PMVF, PMSVC, PMFVC modes.
Sets the AC Drive initialization method, including options for no initialization, purpose-based, all parameters, or clearing faults.
Defines the motor control mode, supporting Asynchronous and Synchronous motor control types.
Selects the channel for run/stop commands and direction, supporting keyboard, terminal, RS485, and option cards.
Specifies the source channel for frequency conversion, supporting keyboard, analog inputs, and communication.
Sets the reference frequency for calculating acceleration/deceleration time based on maximum, fixed, or set frequency.
Defines the unit for acceleration time setting, with options for seconds (s), tenths of a second (0.1s), or hundredths of a second (0.01s).
Sets the time for output frequency to accelerate from 0.00 Hz to the reference frequency.
Enables or disables S curve acceleration and deceleration for smoother motion profiles.
Sets the switching frequency of the AC Drive IGBT for PWM control.
Sets the PM stator resistance value for synchronous motor control.
Sets the D-axis inductance value for Permanent Magnet synchronous motors.
Sets the Q-axis inductance value for Permanent Magnet synchronous motors.
Selects the type of speed feedback encoder, supporting normal ABZ or rotary transformer.
Sets the direction of the encoder, determining if it matches or opposes the motor rotation.
Sets the filter time for the encoder speed measurement, used to smooth feedback signals.
Sets the proportional gain for the current loop's Q-axis control.
Sets the torque limit based on the motor's operating state.
Sets the coefficient for weak magnetic feed forward control.
Sets the gain for the weak magnetic control loop.
Sets the lower limit for excitation current in energy-saving operation mode.
Selects the type of V/F curve to match different load characteristics.
Configures automatic or manual torque boost to improve low-speed torque.
Sets the frequency limit for the torque boost function to be active.
Sets the filter time for slip compensation to improve parameter learning and results.
Sets the self-setting voltage V1 for custom V/F curve configuration.
Sets the self-set frequency F1 for custom V/F curve configuration.
Sets the delay time for input terminal X1 transit from inactive to active state.
Sets the delay time for input terminal X1 transit from active to inactive state.
Selects the terminal control mode, supporting two-wire and three-wire systems.
Selects UP/DW terminal control for frequency storage on power down or adjustable during stop.
Sets the deceleration time for the terminal emergency stop function.
Sets the percentage of the corresponding set value for AI2 upper limit.
Defines the analog signal filter time to eliminate interfering signals for AI2.
Sets the lower limit value for Curve 1.
Sets the input voltage for the second inflection point of Curve 1.
Sets the upper limit value for Curve 1.
Sets the lower limit value for Curve 2.
Sets the input voltage for the second inflection point of Curve 2.
Sets the upper limit value for Curve 2.
Sets the first frequency detection value.
Sets the second frequency detection value.
Selects the monitor parameter for Comparator 1, using units and digits.
Sets the upper limit value for Comparator 1.
Selects the monitor parameter for Comparator 2, using units and digits.
Sets the upper limit value for Comparator 2.
Selects the start mode, including start frequency, DC braking, or speed tracking.
Sets the pre-excitation time for asynchronous motors without PG.
Sets the starting frequency below which the drive remains in standby.
Selects the stop mode: deceleration stop or free stop.
Sets the frequency threshold for entering the stop state upon shutdown.
Sets the waiting time after restarting from a shutdown state.
Selects the source for the counter input, such as X terminal or PUL terminal.
Sets the input frequency division for the counter function.
Sets the maximum value for the counter.
Enables or disables the swing frequency control function.
Sets the swing frequency amplitude control parameters.
Sets the preset frequency value for swing frequency control.
Sets the voltage threshold for engaging the energy consuming braking action.
Configures bus undervoltage suppression to adjust frequency and prevent faults.
Sets the bus voltage value to trigger the undervoltage suppression function.
Enables input and output phase loss protection functions.
Enables ground short circuit protection for output and cooling fan.
Selects the key lock mode for the operator interface, including parameter modification and button locks.
Sets a password to lock the keyboard functions, preventing unauthorized access.
Sets the allowable number of times the fault self-recovery function can be activated.
Sets the waiting time from when a fault occurs until the system attempts self-recovery.
Configures which items are displayed on the keyboard, including frequency and power.
Adjusts the speed display factor for the C00.06 parameter.
Selects the communication mode: slave or host.
Sets the communication address for Modbus, configurable for different slaves.
Selects the communication baud rate for Modbus communication.
Selects the signal source for PID controller input, including keyboard, analog, or terminal.
Sets the keyboard digital PID given and feedback value.
Sets the time duration for changing the PID given value.
Sets the speed for PLC multi-speed step 1.
Sets the speed for PLC multi-speed step 2.
Sets the speed for PLC multi-speed step 3.
Sets PLC direction, acceleration, and deceleration time for the first stage.
Sets PLC direction, acceleration, and deceleration time for the second stage.
Displays the type of the first fault that occurred.
Provides troubleshooting information related to the first fault.
Shows the operating frequency at the time the first fault occurred.
Displays the PID feedback value.
Displays the PID given value.
Displays the PID output value.
