·High efficiency and energy saving: The system boasts high efficiency. Permanent magnet motors can adopt a direct-drive system to replace the traditional system of asynchronous motors plus a reduction gearbox (or belt device), reducing transmission losses and enhancing system efficiency.

·High power factor: Permanent magnet motors generate rotor magnetic fields through permanent magnets, eliminating the need for stator current excitation. Therefore, they exhibit a higher power factor compared to asynchronous motors. Especially when operating at low speeds and low torques, such as in fan and pump applications, the power factor of High Efficiency Permanent Magnet (HEPM) motors demonstrates remarkable advantages under low loads.

·High power density: Permanent magnet motors are 1-3 frame sizes smaller than induction motors of the same specification, reducing the motor's volume and mass, enabling the motor to output higher power and torque in a smaller size and mass.

·Low noise: Compared to asynchronous motors, permanent magnet motors require smaller cooling fans due to significantly reduced losses, which significantly reduces the noise of the motor.

·High design freedom and good application adaptability: Due to the high design freedom of the windings and magnetic circuits of permanent magnet motors, there is a good diversity in choices such as the number of poles, slots, and frequencies. These motors can be designed and applied in various applications, including low-speed, constant-speed, and high-speed scenarios; as well as in scenarios requiring high torque density, high power density, and high response characteristics.

·Simple system structure and high operational reliability: The low-speed and high-speed direct-drive solutions eliminate transmission components such as reduction gearboxes, pulleys, drive rods, and hydraulic couplers. At the same time, they are highly convenient for integrated design with the load, further simplifying the system's bearing structure. The system boasts a simple structure, high operational reliability, and is easy to install, debug, use, and maintain, even requiring no maintenance

Product advantages:

·Stator winding

The stator winding of the HORIDEL permanent magnet motor utilizes genuine variable frequency wire, which boasts excellent insulation, making it less prone to inter-turn breakdown and partial discharge, effectively ensuring the motor's service life.

·Permanent magnet material

HORIDEL permanent magnet materials use neodymium iron boron grade N48SH (the higher the number, the better the performance and the stronger the magnetism). SH has a high temperature resistance of 150°C and is not prone to demagnetization.

· Silicon steel sheet material

HORIDEL silicon steel sheets are made of grade 50W470, which features low iron loss (470 refers to the iron loss value), high price, and high efficiency. This ensures efficient motor operation and prolongs its service life.

·Motor bearing

The HORIDEL permanent magnet motor utilizes bearings from Sweden's SKF, a globally renowned brand, ensuring a long service life and eliminating the need for future replacements.

·High power saving rate of motor fan

Due to the use of the best materials for both HORIDEL permanent magnets and silicon steel sheets, the motor has good heat dissipation and low electrical loss in the motor fan, reducing maintenance costs.