Water-cooled permanent magnet motors are very popular

In response to the needs of market customers, our company has continuously innovated and developed different types of permanent magnet synchronous motors. Among them, this water-cooled permanent magnet synchronous motor has a simple structure, small size, light weight, and low noise and vibration. Compared with traditional wind turbines, The cold self-cooling motor greatly reduces its wind friction loss and improves energy saving effect. In the fierce price competition, it also has its unique advantages, so various industries are beginning to pursue it.

When used in mixers, the motors on traditional mixers are decelerated by a belt pulley in front, with many transmission devices, complex structures, large mechanical losses, and high energy consumption. If a water-cooled permanent magnet motor is used, the speed can be designed according to the actual low speed and turned into a direct drive motor, directly connected to the equipment without the need for deceleration through a belt pulley. This use not only reduces energy consumption, but also simplifies the structure of the overall equipment. , which is convenient for customers to use, and the maintenance costs of later equipment are also reduced.

In the application of wire drawing machines, the motors on traditional wire drawing machines, on one piece of equipment, will have multiple motors decelerating through reducers and then outputting wire drawing. The whole equipment looks very complicated. After choosing a water-cooled permanent magnet motor, the motor speed can be directly reduced to 0 -100r/min or 0-200r/min can be directly matched with the equipment, without the need for a reducer, which reduces the transmission machinery of the equipment. Not only does the permanent magnet motor save power, but there is no loss of the reducer. When the entire equipment is running, it saves energy. The effect is obvious.

In the application of high-speed fans, fan manufacturers pursue high-speed exhaust. The traditional motor is equipped with a speed-increasing compressor in front to achieve a speed of tens of thousands of revolutions. However, by directly using a high-speed permanent magnet water-cooled motor, it can directly Achieve direct connection with the fan without the need for a speed-increasing compressor. The size of the motor is small, it can run at tens of thousands of revolutions, and the noise is very small, which far meets the needs of customers.

Water-cooled permanent magnet motors have a wide range of applications and can be used as long as water cooling is convenient on-site.