摘要
分析了电容器内熔丝动作特点、机理等有关技术问题,提出了设计内熔丝时应根据试验曲线决定内熔丝的直径和长度,并与外熔断器性能进行了比较。推荐高压滤波和并联电容器组大量采用内熔丝电容器,可靠性高,修理亦有计划性。
This article analyzes the characteristics in action, the mechanism and a number of technical problems related to the internal fuse of capacitor. It proposed that design of the internal fuse should be decided in accordance with the experimental curves of the diameter, length of the fuse and fuse with the external performance compared. The article also recommended that filtering and high - voltage shunt capacitors may use a large number of internal fusing so as to improve the reliability and planning repairs.
出处
《电力电容器与无功补偿》
2009年第1期16-17,33,共3页
Power Capacitor & Reactive Power Compensation
关键词
内熔丝
安全
可靠性
Internal fuse
Safety
Reliability
