摘要
在全膜并联电容器的制造过程中,真空浸渍工艺过程是极其关键的。全膜并联电容器真空浸渍工艺过程是否完善,既与电容器单元内部结构,尤其是元件结构及其在真空浸渍工艺过程所处的姿态密切相关,又与真空浸渍工艺过程中的3个关键参数,即:温度、真空度、时间,密不可分。本文对这两方面进行了初步探讨,希望对提升全膜并联电容器的产品质量有所帮助.
The vacuum impregnation process is extremely critical in the production process of all-film shunt capacitors. Perfection of vacuum impregnation process of all-film shunt capacitors production is closely related not only to internal structure of all-film shunt capacitor unit, especially to the ele- ments structure and its configuration in the process of vacuum impregnation, but also to such three key parameters in the process as temperature, vacuum and time. In this paper, a preliminary dis- cussion on those two aspects is made, which is expected to help to improve quality of all-film shunt capacitors.
出处
《电力电容器与无功补偿》
2012年第4期58-64,共7页
Power Capacitor & Reactive Power Compensation
关键词
元件
温度
真空度
时间
elements
temperature
vacuum
time
