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Of International Terminology and Wiring Methods Used in the Matter of Bonding and Earthing of Low-Voltage Power Systems

机译:低压电源系统的键合和接地事项中使用的国际术语和接线方法

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摘要

The worldwide global market requires electrical engineers to have a deep understanding of the bonding and earthing practices adopted in different countries around the world. This knowledge is essential to obtain effective designs and high safety standards and can promote the elimination of technical obstacles that can still create market barriers. The full comprehension of the “grounding” theory requires the command of key technical concepts regarding the earthing methods, which may cause confusion when used in the North American technical realm rather than in the International Electrotechnical Commission (IEC) world. This issue is further worsened by the lack of literature in this matter, as well as of harmonization documents between national codes and international standards. This paper, by analyzing the protection against indirect contact in ac (50/60-Hz) low-voltage power systems by automatic disconnection of supply, seeks to clarify both the terminologies and each type of grounding system adopted in IEC standards, with the intent to create a common reference for practicing engineers in the matter of bonding and earthing of power systems. Major differences encountered between sizing procedures adopted in IEC standards and the North American National Electrical Code are also examined.
机译:全球范围的全球市场要求电气工程师对全球不同国家/地区采用的粘接和接地做法有深刻的了解。这些知识对于获得有效的设计和高安全标准至关重要,并且可以促进消除仍然会构成市场壁垒的技术障碍。全面理解“接地”理论要求掌握有关接地方法的关键技术概念,当在北美技术领域而不是在国际电工委员会(IEC)领域中使用时,可能会引起混乱。由于缺乏有关该问题的文献以及国家法规与国际标准之间的统一文件,使这一问题进一步恶化。本文通过分析通过自动断开电源来防止交流(50 / 60Hz)低压电力系统间接接触的保护措施,旨在阐明IEC标准中采用的术语和每种接地系统,以期达到目的。为电力系统的连接和接地问题的实践工程师提供通用参考。还检查了IEC标准和北美国家电气规范中采用的上浆程序之间遇到的主要差异。

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