空气断路器短时耐压电流的计算

Honggang Xiang, Degui Chen, Xingwen Li, Liang Ji, W. Tong
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引用次数: 7

摘要

在空气断路器触点系统的优化设计中,短路耐受电流的计算是一个重要的问题。引入接触桥来描述动触点和固定触点之间的接触点,通过电磁场和热场的耦合对并联接触系统进行瞬态分析,考虑了铁磁分流板的非线性和导电材料随温度变化的特性。在计算的每个时间步长,接触桥的横截面积随接触力的变化采用Holm公式。该方法可用于ACB的短时耐压电流分析。
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Calculation of the Short-time Withstand Current for Air Circuit Breaker
In the optimization design of contact system for the air circuit breaker (ACB), it is important to calculate the short-time withstand current. Introducing the contact bridges to describe contact spots between movable and fixed contacts, transient analysis is carried out by coupling electromagnetic field and thermal field to parallel contact systems, where nonlinear of ferromagnetic splitter plates and properties of conduct material varying with temperature are under consideration. In each time step of calculation, the cross-sectional areas of the contact bridges are changed with the contact forces by Holm formula. The proposed method could be used to analyze the short-time withstand current of ACB.
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