Motor temperature management has always been a key factor affecting reliability, service life, and operating stability. As industrial equipment becomes more compact and power density continues to increase, the housing material of a motor is receiving more attention. The...
Precision motion control has become a critical requirement across industrial equipment, automation systems, pumps, conveyors, and processing machinery. Engineers often face a challenging question: can a traditional 3 phase asynchronous induction motor achieve ultra-low ...
Smart appliances are no longer simple on/off machines. Washing systems, intelligent pumps, HVAC units, and adaptive kitchen devices now face constantly shifting load profiles. Speed, torque demand, and energy consumption fluctuate within short cycles. Against this backg...
Point 1 Check whether the motor speed is normal, with no speed fluctuation or stalling, as confirmed by a tachometer. Point 2 Check whether the motor foot bolts are loose, whether the foundation is intact, and whether there is any debris around the motor. Point 3 Ch...
Motor Housing The front cover, middle housing, and rear cover mainly serve as the structural components of the brushless motor, forming its overall framework. In outer-rotor brushless motors, the housing also functions as part of the magnetic circuit and therefore mus...
The main advantages of a brushless motor controller include low electromagnetic interference, low noise, smooth operation, and long service life. Its basic structural components consist of the front cover, middle housing, rear cover, magnet, silicon steel sheets, shaft,...
Today, the motor market is increasingly dominated by permanent magnet motors. This trend is not accidental—brushless permanent magnet motors continue to grow rapidly and are expected to maintain this momentum for many years. Although electric motors were invented more t...