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Non-synchronous impact phenomena of closing operation in medium voltage vacuum circuit breakers

机译:中压真空断路器合闸操作的非同步冲击现象

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The impact phenomenon of vacuum interrupters is a basic event while closing a vacuum circuit breaker. It reveals lots of information including the maximum impact force applied on the vacuum circuit breaker. And this impact force might lead to a mechanical failure of vacuum interrupters, mechanical structures of VCB and etc. The objective of this paper is to investigate non-synchronous impact phenomena of medium voltage VCB during the closing operation. PVDF (polyvinyldene fluoride) piezoelectric sensors were used to measure impact forces of three phases vacuum interrupter in medium voltage vacuum circuit breakers. A multi-body dynamic analysis simulation model was set up to analysis the interaction of impact forces among three phases by using an ADAMS software. The experimental results showed that the peak impact force of a medium voltage was increased linearly with the closing energy of vacuum interrupters. And the simulation results also showed that the effect of contact gap variation on the impact forces of three phases in the medium voltage vacuum circuit breakers.
机译:真空断路器的冲击现象是闭合真空断路器时的基本事件。它揭示了许多信息,包括施加在真空断路器上的最大冲击力。并且该冲击力可能导致真空断路器的机械故障,VCB的机械结构等。本文的目的是研究中压VCB在闭合操作过程中的非同步冲击现象。 PVDF(聚偏二氟乙烯)压电传感器用于测量中压真空断路器中三相真空断路器的冲击力。建立了多体动力学分析仿真模型,利用ADAMS软件分析了三相之间的冲击力相互作用。实验结果表明,中压的峰值冲击力随着真空灭弧室的闭合能线性增加。仿真结果还表明,接触间隙变化对中压真空断路器三相冲击力的影响。

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