Insulation Coordination Design for Information Technology Equipment with Higher Overvoltage Category

Shun Zhang, Haiwen Lu
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Abstract

This paper explores the design schemes and the technical feasibility for safety compliance when information technology equipment is not to be installed in the general overvoltage category II environments but with the higher transient overvoltage category (overvoltage category III or IV). Herein, a comprehensive review of the different types of overvoltage is presented, including a comparative analysis between temporary and transient overvoltage. Additionally, several pertinent international and industry standards for mitigating the overvoltage category of information technology equipment via supplemental surge protection devices are introduced, supporting the proposed design scheme from both theoretical and regulatory compliance perspectives. Finally, the relevant design considerations were discussed, including critical components selection, minimum clearances requirement, and electric strength requirement. These discussions aim to render the proposal to reduce the overvoltage category more comprehensible, offering practical and economic guidance.
高压信息技术设备的绝缘协调设计
本文探讨了信息技术设备不安装在一般过电压II类环境中,而是安装在更高的瞬态过电压类别(III或IV类过电压)环境中的设计方案和安全合规的技术可行性。本文全面回顾了不同类型的过电压,包括临时过电压和瞬态过电压的比较分析。此外,介绍了通过补充浪涌保护装置减轻信息技术设备过电压类别的几个相关国际和行业标准,从理论和法规遵从性角度支持所提出的设计方案。最后,讨论了相关的设计考虑因素,包括关键部件的选择、最小间隙要求和电气强度要求。这些讨论的目的是使减少过电压类别的建议更容易理解,提供实用和经济的指导。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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