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从雷击保护、静电防护、电磁防护、触电保护和接地故障保护等5个方面总结了等电位连接在综合防雷中的作用,指出了独立接地和瞬态接地的局限性及存在的隐患。通过对《建筑物防雷设计规范》(GB50057-2010)等一系列国家标准和气象行业标准的研究,对防雷工程设计中各种情形的等电位连接进行了进一步规范和要求,以期对雷电灾害防御科技工作者和服务人员在防雷工程设计、施工和装置检测工作有所帮助。
Summarizes the functions of equipotential bonding in integrated lightning protection from five aspects of lightning protection, electrostatic protection, electromagnetic protection, electric shock protection and ground fault protection, and points out the limitations and existing hidden dangers of independent grounding and transient grounding. Through the research on a series of national standards and meteorological industry standards such as “Building Lightning Protection Design Code” (GB50057-2010) and so on, further standardization and requirements are made for the equipotential bonding in various situations of lightning protection engineering design, Disaster prevention technology workers and service personnel in lightning engineering design, construction and installation of testing help.