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Permanent magnet and SynRM motorsWEPM Series VFD Permanent Magnet Synchronous MotorsWEPM series variable frequency speed-regulating permanent magnet synchronous motor are ultra-efficient permanent magnet motors. They are designed with rare earth permanent magnet materials and their efficiency conforms to IE4/IE5. It has higher efficiency and power density than the induction motor, and the frame size of the same power and torque output motor is smaller. The motor adopts self-fan cooling design, can be driven in the frequency converter speed regulation operation without forced ventilation and cooling.It has low speed constant torque operation ability, wide speed range, high efficiency features with a full range. The mounting size of each frame is consistent with the induction motor, and in line with IEC and relevant national standards, convenient for customers to install and use.Learn more -
Permanent magnet and SynRM motorsTYCP5 Series Low Speed Direct Drive Permanent Magnet Synchronous MotorTYCP5 covering a full range of frame sizes from H180 to H560, with power ranging from 1.1kW to 900kW.Energy efficiency level reaching IE5.Capable of achieving S-curve start-up under low-speed heavy loads.Offering advantages such as low speed, high torque, high transmission efficiency, smooth operation, compact structure, and small space occupation.Learn more -
Permanent magnet and SynRM motorsWERM5 Series - PM-Assisted Synchronous Reluctance MotorsThe WERM5 series permanent magnet assisted reluctance synchronous motor uses the torque (reluctance torque) generated by the special salient pole structure design of the rotor to drive the motor to rotate. It uses ferrite with excellent high-temperature resistance as the magnetic assistance material, and the energy efficiency level reaches IE5.Learn more -
Permanent magnet and SynRM motorsTBVF&TYVF series low-voltage low-speed permanent magnet direct-drive synchronous motorsCompact structure, highly efficient, low noise, high speed accuracy, large torque impact resistance and easy maintenance.Learn more