Breaking through key common technologies, promoting the transformation and upgrading of the commutator manufacturer industry, and accelerating the modernization of DC brushless motors such as Faraday electromagnetic GA, permanent magnet, rare earth permanent magnet, and electrical.

The components installed on the stator can be manually operated by changing the electrical parameters of the winding from being energized to being electrically braked without power, or by changing the electrical parameters of the winding.

The electromagnetic switch is installed on the stator, and when the coil on the rotor is energized, the stator generates 8 power outputs.

● Cut off function: When the torque exceeds the set value, close the pulse switch and use the clutch to control the torque to ensure the normal operation of the control device.

● Wide input voltage range, constant torque: DC brushless motor can last up to 2000 times under certain conditions, and after using pulse speed regulation, its speed ripple coefficient is expressed as 2 times for full load operation.

High efficiency. Due to the lack of electromotive force generated by the rotor, the permanent magnet directly weakens eddy current losses, making it difficult to improve rotor efficiency.

The invention and application of brushless DC motors have replaced traditional brushless and brushless DC motors with electronic commutation technology. They have mechanical properties without mechanical commutators and can complete rotor rotation in harsh working environments.

Brushless DC motors can achieve stepless speed regulation, brushless, high speed, low noise, and high speed.

Brushless DC motors can be selected according to needs, including DC brushless motors and DC brushless motors.

Brushless DC motors can operate continuously. In the 1600s, in the 20th century, when the standard workflow for distinguishing DC brushless motors was established, this brushless motor could replace DC brushless motors, DC brushless motors, and servo motors.

Brushless motors can operate continuously for about 200 hours, with a conventional service life of 7-10 years.

Brushless motors can reach up to 60000 revolutions and pulse frequencies can reach several thousand revolutions. If you need a PL motor, you can expand it to 5000 revolutions.

The speed of the brushless motor itself is higher, and it can be easily achieved at any distance. Due to the lack of carbon brushes, brushless motors can be completely switched to brushless motors.

The appearance of brushless motors is more beautiful, and the shape of brushless motors is smaller, allowing for commutators from all directions< Eod>.