Gaoya dianqi, 2015 高压断路器中常常采用不同的传动机构来连接灭弧室本体和操动机构,实现分闸、合闸与自动重合闸操作,同时传动机构又会对其动作特性产生影响。笔者从介绍某高压断路器传动机构的工作原理入手,并对断路器机械特性的测试结果进行分析,其次论述传动机构刚性差对断路器动作特性的影响,提出提高传动机构刚性的有效措施,最后通过提高传动机构刚性后的试验结果进行验证。
王永良, 彭新奇, 程铁汉, 张博
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Gaoya dianqi高压断路器是电力系统中重要的保护和控制设备。高压断路器可以采用弹簧机构来执行分闸动作，断路器分闸时间是指处于合闸位置的断路器，从弹簧机构分闸脱扣器带电时刻到所有各极弧触头分离时刻的时间间隔。弹簧机构分闸脱扣器动作时间在断路器分闸时间中占比50%左右，通过改变弹簧机构分闸锁扣器动作时间是调整断路器分闸时间关键因素。为有效调整断路器分闸时间，文中根据断路器分闸动作的原理，以高压断路器用弹簧机构分闸锁扣系统为研究对象，采用机械动力学仿真计算分析方法，分析分闸锁扣系统对断路器分闸时间的影响 ...
惠勇锋 +10 more
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Zhonghua Gan Zang Bing Za ZhiHan T.
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Zhongguo Xiu Fu Chong Jian Wai Ke Za ZhiNational Health Commission Of The People's Republic Of China.
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