1. Magnetic flux vector control without self-learning—delivers superior performance compared to conventional V/F systems.
2. Aluminum alloy construction for efficient heat dissipation; fan is easily detachable, ensuring stable cooling even in challenging environments like dust and cotton wool.
3. Compact design, optimal for saving valuable installation space.
4. Comes standard with an LED keyboard featuring a potentiometer, also available externally.
5. Engineered in strict compliance with IEC national standards and fully meets CE certification test requirements.
6. Equipped with automatic slip compensation for more precise speed control.
7. Automatic torque compensation—achieves up to 150% torque at startup even at 3HZ.
8. High overload capacity—sustains 150% of rated torque for up to 60 seconds.
9. Ultra-low noise levels; carrier frequency adjustable between 1-15K, depending on the model.
10. Reliable, timely control and protection mechanisms ensure high system stability.
11. Packed with a variety of commonly used functions to meet diverse application requirements:
(1) Standard Modbus communication.
(2) Process PID control.
(3) Offers 16-speed control.
(4) High-frequency output from 0~1000HZ.
(5) Multi-point V/F curve settings available.
(6) Speed tracking function that automatically searches for motor speed and restarts without stopping.
(7) Single-week and cycle counting functions.
(8) Multi-function input and output ports with customizable delay time settings for switch values.
(9) Comprehensive protection functions: over-current, over-voltage, under-voltage, over-temperature, and overload; also saves fault information.
(10) Multiple braking options including DC braking, magnetic flux braking, and resistance energy consumption braking.
(11) Over-current and over-voltage stall protection to handle sudden load changes.
(12) Adjustable V/F curve based on load characteristics.
(13) Pulse train I/O functionality.
(14) Multi-speed control capability.
(15) Deceleration and restart capabilities after instantaneous power failure.
(16) Advanced PID control.
(17) Integrated communication functions.
(18) Main and auxiliary frequency input capabilities.
(19) Built-in internal counter.
(20) Torque detection functionality.
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