Compared with electrically excited motors, permanent magnet motors stand out with remarkable advantages:
High Efficiency
Unlock the extraordinary power of efficiency with our permanent magnet motors! By eliminating excitation system losses, our motors achieve a significant 5-12% efficiency boost. Delight in a high power factor, excellent torque inertia ratio, and reduced stator current and resistance losses. Our meticulously designed rotor parameters offer impeccable control performance, while the direct drive mechanism-with no speed slip, bearings, or connecting transmission-propels efficiency beyond 3%. Under lighter loads, relish an efficiency increase of 15-35% compared to asynchronous motors, consistently maintaining peak efficiency regardless of load conditions. Our state-of-the-art permanent magnet motors meet the prestigious national level 1 energy efficiency standards, a testament to our commitment to sustainability and innovation.
Low Noise
Embrace a serene operating environment with our motor, featuring expertly crafted magnetic field design and precise magnetic density distribution. Enjoy a broad operating frequency range and significantly reduced operational noise. Experience stability in air pressure with our advanced open loop vector control, responding in less than 50ms for swift gas production adjustments, ensuring efficiency and tranquility.
Compact Structure, Small Size, Light Weight, High Precision and Fast Response
Our revolutionary design, free from the constraints of traditional exciting windings and power supplies, ensures a simplified structure, exceptional reliability, and effortless maintenance, offering you peace of mind and optimal performance.
High Starting Torque
Our permanent magnet synchronous motors boast unparalleled starting torque and overload capabilities, outpacing three-phase asynchronous motors. Revel in a maximum starting torque to rated torque ratio exceeding 3 times, a stark contrast to the typical 1.6 times found in general asynchronous motors, ensuring powerful performance from the get-go.