The use of TYP series high-efficiency permanent magnet inverter synchronous motors must be accompanied by permanent magnet motor inverters. This series of motors has a rotor with a built-in permanent magnet structure and a special design that features different alternating and straight axial magnetic circuits, giving these motors a certain convex pole torque.

In order to achieve high power factor across the whole speed regulation range, small working current, and low copper consumption, the frequency converter must control the work of the TYP series motors with the maximum torque/current ratio control mode.

Furthermore, the rotational speed of TYP series high-efficiency permanent magnet frequency conversion synchronous motor remains synchronized with the rotating magnetic field of the stator, avoiding rotational difference and saving rotational power. As a result, this series of motors achieves high efficiency in the whole speed range with an evident energy-saving effect.

TYP series high-efficiency permanent magnet frequency conversion synchronous motors are widely deployed in a diverse range of applications including injection molding machines, air compressors, pipe making equipment, hydraulic machinery, food machinery, cement pipe making machines, plastic extruders, wire drawing machines, and pharmaceutical equipment.

Note: It is important to use permanent magnet motor inverters in conjunction with TYP series high-efficiency permanent magnet inverter synchronous motors for optimal results.

Permanent magnet electric motors have become increasingly popular due to their high efficiency, high power density, and excellent dynamic response characteristics. This technology has advanced rapidly over the years and has found wide-ranging applications in various fields such as transportation, industry, agriculture, household appliances, medical equipment, aerospace, military, and renewable energy, among others. These motors have demonstrated strong applicability and significance as a result of their superior performance.

The high efficiency of permanent magnet electric motors is a major reason why they are well-suited for a range of applications. This efficiency is due to the magnet’s ability to maintain a magnetic field even when it is not being powered. The permanent magnet in the motor helps reduce energy consumption while still providing the necessary power output. This makes these motors useful in areas where energy efficiency is crucial.