电力电缆故障定位中浪涌弧延长装置的研究

M.H. Li, M.G. Zhou, Y.M. Qu, Z. Yan, S.Y. Gong
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引用次数: 2

摘要

介绍了一种用于电力电缆故障定位的二次脉冲法扩弧装置的研制。故障电缆被高压浪涌击穿。在灭弧之前,该装置将自动向故障电缆提供能量,以维持二次脉冲试验所需的电弧。该装置由能量发生器、波阻滞器、脉冲持续时间调制器和信号耦合器组成,它们安装在一个紧凑的外壳中。这使得在现场将设备与浪涌发生器和故障电缆连接起来很容易。由于输出电压较低,对电缆绝缘较好,是安全的。模拟和实验室测试都表明,该装置可以将电弧延长数毫秒。使用该装置进行现场二次脉冲法试验,可在仪器屏幕上产生故障定位波形
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Research on surge arc prolongation device for power cable fault location
The development of an arc prolongation device for the secondary impulse method used in power cable fault location is reported in this paper. The faulty cable breaks down by a HV surge. Prior to the arc extinguishing, the device will supply, automatically, the energy to the faulty cable to sustain the arc sufficiently for the secondary impulse test. The device consists of an energy generator, wave blocker, impulse duration modulator, and signal coupler which are mounted in a compact case. This makes it easy to link the device with the surge generator and faulty cable on site. Since the output voltage is low, the device is safe for the cable's good insulation. Both simulations and laboratory tests show the device can prolong the arc for many milliseconds. The on-site secondary impulse method tests using this device produces fault location waveforms on the instrument's screen
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