The continuous vacuum impregnation system of motor is mainly composed of pretreatment system, vacuum impregnation system, drying system and control system. First, the motor parts to be treated go through a pretreatment system to remove oil and impurities from the surface and ensure the impregnation effect. Then, the motor parts enter the vacuum impregnation system, and fully contact and penetrate the insulating paint in a vacuum environment, so that the insulating paint can evenly and completely fill the internal space of the motor.

In the vacuum impregnation process, the system ensures that the insulating paint can fully penetrate into every corner of the motor by precisely controlling the vacuum degree and impregnation time, improving the insulation performance of the motor and the ability to withstand environmental conditions. At the same time, the system also uses advanced heating and circulation devices to ensure that the insulating paint can be evenly distributed and quickly dried, shortening the production cycle.

The control system is the core part of the continuous vacuum impregnation system of the motor. It monitors the parameters in the production process, such as vacuum degree, temperature and impregnation time, through the sensor and control system. Once a fault or abnormal situation occurs, the system will immediately issue an alarm and prompt maintenance personnel to deal with it, ensuring the continuity and stability of the production process.

In addition, the motor continuous vacuum impregnation system also has a high degree of automation and intelligence. Automatic loading and unloading of motor components and automatic control of impregnation process are realized through automatic feeding, positioning and grasping devices. At the same time, the system can also be customized and upgraded according to the user's production needs to meet the specific needs of different customers.

In general, the motor continuous vacuum impregnation system is an efficient, automated and intelligent production equipment, which can significantly improve the insulation performance and reliability of the motor, reduce production costs and improve production efficiency. For motor manufacturing enterprises, the adoption of this system can improve product quality and market competitiveness, and achieve sustainable development.