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A.D.C. Operated Ground Fault Locator for Energized Shipboard A.C. Electrical Systems.

机译：a.D.C.用于通电船舶的操作接地故障定位仪a.C.电气系统。

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The patent application describes a device for locating a ground fault in an energized shipboard or other A.C. electrical power system which is normally not grounded. A direct current power supply is used to inject direct current into one of the power lines of the A.C. system. A Hall sensor is placed in proximity to the outer surface of the cable under test. A center zero D.C. meter monitors the Hall output. Any meter deflection indicates a resistive ground. The fault may then be located by properly maneuvering the Hall sensor and observing where the meter deflection reverses.

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作者
Fisher, E. W.;
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年度 1974
页码 1-17
总页数 17
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
Test equipment; Patents; Faults; Detectors; Ground(Electrical); Shipboard; Electric power; Electrical fault location; Patent applications; PAT-CL-317-18-D;

机译：测试设备;专利;故障;探测器;地面（电气）;船上;电力;电气故障定位;专利申请; paT-CL-317-18-D;

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2. New Horizons in DC Shipboard Power Systems: New fault protection strategies are essential to the adoption of dc power systems. [J] . Cairoli P., Dougal Roger A. Electrification Magazine, IEEE . 2013,第2期

机译：直流舰载电力系统的新视野：新的故障保护策略对于采用直流电力系统至关重要。
3. Fault section locating method and recovery strategy of pole-to-ground fault for medium voltage direct current (MVDC) distribution network [J] . Shan He, Guibin Zou, Chenjun Sun, . 2019,第16期

机译：用于中压直流（MVDC）分配网络的极点故障定位方法和恢复策略
4. Feasibility study of noise pattern analysis based ground fault locating method for ungrounded DC shipboard power distribution systems [C] . Pan Yan, Steurer Michael, Baldwin Thomas Electric Ship Technologies Symposium, 2009. ESTS 2009 . 2009

机译：基于噪声模式分析的地面接地舰船配电系统接地故障定位方法的可行性研究
5. Noise pattern analysis based ground fault location approach for ungrounded electrical distribution systems. [D] . Pan, Yan. 2009

机译：不接地配电系统的基于噪声模式分析的接地故障定位方法。
6. What electrical measurements can say about changes in fault systems. [O] . T R Madden, R L Mackie 1996

机译：电气测量可以说明故障系统的变化。
7. An Embedded Test Health Monitoring Strategy for Detecting and Locating Faults in Aerospace Bus Systems. [O] . Hannu Jari, Koltsov Denis, Xu Zhou, 2008

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8. Techniques and Equipment for Detecting and Locating Incipient Faults in Underground Power Transmission Cable Systems. Final Technical Progress Report, 21 August 1978-31 January 1984 [R] . Phillips, A. C., Nanevicz, J. E., Cole, C. A. 1984

机译：地下输电线缆系统初始故障检测定位技术与设备。最终技术进步报告，1978年8月21日至1984年1月31日

A.D.C. Operated Ground Fault Locator for Energized Shipboard A.C. Electrical Systems.

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