Basic

 Max. frequency

 0～599Hz

 Carrier frequency

 0.5kHz～16kHz

 The carrier frequency can be     automatically adjusted according to load characteristics.

 Input frequency resolution

 Digital setting：0.01Hz

 Analog   setting：max.frequency×0.025%

 Control mode

 Open-loop vector control（no   PG）

 V/F control

 Start torque

 G   type：0.5Hz/150%（no   PG）;

 P   type：0.5Hz/100%

 Adjust speed range

 1:100（no   PG）

 Speed control accuracy

 ±0.5%（no PG）

 Torque   control accuracy

 ±5%（FVC）

 Overload capacity

 Type G: 150% rated current for 60     seconds; 180% rated current for 3 seconds

 Type P: 120% rated current for 60     seconds; 150% rated current for 3 seconds

 Torque boost

 Automatic torque boost; Manual torque     boost 0.1%~30.0%

 V/F curve

 Three modes: Linear; Multi-point; Nth     power V/F curves（(1.2, 1.4, 1.6, 1.8, 2nd power)）

 V/F separation

 2   modes: Full separation,   Semi-separation

 Acceleration/deceleration curve

 Linear   or S-curve   acceleration/deceleration modes; four   acceleration/deceleration times,   ranging from 0.0 to 6500.0 s.

Functions

 DC braking

    Braking frequency: 0.00Hz~max.   frequency;

  Braking time: 0.0s~100.0s;

  Braking current: 0.0%~100.0%

 Jog control

 Frequency range: 0.00Hz~50.00Hz;

 Acceleration/deceleration time:     0.0s~6500.0s

 Simple PLC, multi-speed operation

 Up to 16 speed settings can be achieved     via built-in PLC or control terminals

 Built-in   PID control

 This facilitates the implementation of     closed-loop process control systems.

 Automatic voltage regulation (AVR)

 The inverter automatically maintains a     constant output voltage when the mains voltage changes.

 Overvoltage and overcurrent speed     control

 It automatically limits current and     voltage during operation to prevent frequent overcurrent and overvoltage     tripping.

 Fast current limiting function

 It minimizes overcurrent faults,     protecting the inverter for normal operation.

 Torque limiting and control

 It automatically limits torque during     operation to prevent frequent overcurrent tripping.

 Protection functions

 Features   include: motor short-circuit   detection, input/output phase loss   protection, overcurrent protection,   overvoltage protection,   undervoltage protection, overheat protection, and   overload protection.

Special features

 Excellent performance

 Utilizes high-performance current     vector control technology for asynchronous motors.

 Fast rate limiting

 Avoids frequent overcurrent faults in     the frequency converter.

 Timed control

 Timer control function: settable time     range 0.0 min to 6500.0 min.

 Communication methods

 Modbus RS-485, CAN, Profinet

Runing

 Command Source

 The input methods—operation panel     input, control terminal input, and serial communication port input—can be     switched in multiple ways.

 Frequency Source

 Ten   frequency sources: digital input,   analog voltage input, analog current   input, and serial port input—can be   switched in multiple ways.

 Auxiliary Frequency Source

 10 auxiliary frequency sources allow     for flexible auxiliary frequency fine-tuning and frequency synthesis.

 Input Terminals

 6   digital input terminals.

 2analog input terminals support 0–10V     voltage input or 4–20mA current input.

 Output Terminals

 2   relay output terminals.

 2   analog output terminals support   0–20mA current output or 0–10V voltage   output

environment

 Altitude

 Below 1000m (use at a lower setting     above 1000m)

 Ambient Temperature

    -10℃~+40℃   (use at   a lower setting if ambient temperature is 40℃~50℃)

 Humidity

 Less   than 95%RH, no condensation

 Vibration

 Less 5.9m/s²（0.6g）

 Storage temp.

 －20℃~＋60℃

 Protective class

 IP66