Asynchronous Motor

Industrial asynchronous motors are robust and versatile devices used in a wide range of applications. They operate efficiently by converting electrical energy into mechanical power through

Asynchronous vectorial motors are advanced AC motors that utilize vector control technology to manage speed and torque with high precision. Unlike traditional motors, they provide enhanced

An AC synchronous generator is designed to produce stable and reliable alternating current power by synchronizing its rotation speed with the grid frequency. It features a rotor that rotates at a

The dual asynchronous electric motors are motors with two sets of independent windings. Each set of windings can be connected to a different power supply or control system to achieve multiple

DC asynchronous motor, also known as induction motor, is a kind of motor that generates electromagnetic torque by the interaction between the air gap rotating magnetic field and the rotor winding

Asynchronous motors for lifting are asynchronous motors designed for lifting equipment, mainly used to provide power to drive various cranes, lifting platforms and other lifting equipment. Its design

The rotor speed of asynchronous dc motor is always lower than the synchronous speed of the rotating magnetic field produced by the stator. Asynchronous motors are widely used in industrial and

The synchronous asynchronous motor is a device that converts electrical energy into mechanical energy. The rotor of the motor rotates through the magnetic field generated by the current passing

AC asynchronous motor (AC Asynchronous Motor) is a common type of motor that uses alternating current as an energy source and realizes the conversion of electrical energy into mechanical energy