IEC 60099-5-2018
避雷器.第5部分:选择和应用建议

Surge arresters - Part 5: Selection and application recommendations

IEC 60099-5-2018 发布历史

This part of IEC 60099 provides information, guidance, and recommendations for the selection and application of surge arresters to be used in three-phase systems with nominal voltages above 1 kV. It applies to gapless metal-oxide surge arresters as defined in IEC 60099-4, to surge arresters containing both series and parallel gapped structure - rated 52 kV and less as defined in IEC 60099-6 and metal-oxide surge arresters with external series gap for overhead transmission and distribution lines (EGLA) as defined in IEC 60099-8. In Annex J, some aspects regarding the old type of SiC gapped arresters are discussed. Surge arrester residual voltage is a major parameter to which most users have paid a lot of attention to when selecting the type and rating. Typical maximum residual voltages are given in Annex F. It is likely, however, that for some systems, or in some countries, the requirements on system reliability and design are sufficiently uniform, so that the recommendations of the present standard may lead to the definition of narrow ranges of arresters. The user of surge arresters will, in that case, not be required to apply the whole process introduced here to any new installation and the selection of characteristics resulting from prior practice may be continued. Annexes H and I present comparisons and calculations between old line discharge classification and new charge classification.

IEC 60099-5-2018由国际电工委员会 IX-IEC 发布于 2018-0101。

IEC 60099-5-2018 在中国标准分类中归属于: K49 避雷器，在国际标准分类中归属于: 29.120.50 熔断器和其他过载保护装置。

IEC 60099-5-2018 发布之时，引用了标准

• IEC 60071-1-2006 绝缘配合.第1部分:定义、原则和规则*， 2006-01-01 更新
• IEC 60071-1 AMD 1-2010 绝缘配合.第1部分:定义、原理和规则.修改件1*， 2010-01-01 更新
• IEC 60071-2-1996 绝缘配合 第2部分:应用指南*， 1996-12-01 更新
• IEC/TR 60071-4-2004 绝缘配合.第4部分:绝缘配合的计算指南和电子网络模拟*， 2004-06-01 更新
• IEC 60099-4-2014 避雷器.第4部分:交流电系统用无间隙金属氧化物避雷器*， 2014-06-01 更新
• IEC 60099-6-2002 避雷器.第6部分:额定电压等于或低于52kV的含有串联及并联间隙结构的避雷器*， 2002-08-01 更新
• IEC 60099-8-2011 电涌放电器.第8部分:高于1 kV的直流系统的高架输电和配电用带有外部串联火花间隙(EGLA)的金属氧化物电涌放电器*， 2011-01-01 更新
• IEC 60507-2013 交流电流系统用高压陶瓷和玻璃绝缘子的人工污染度试验*， 2013-12-01 更新
• IEC/TS 60815-1-2008 污染条件下用高压绝缘子的选择和定尺寸.第1部分:定义、信息和一般原理*， 2008-10-01 更新
• IEC 62271-200-2011 高压开关设备和控制设备.第200部分:为使额定电压大于1 kV小于等于52 kV而采用的交流铁壳开关设备和控制设备*， 2011-10-01 更新
• IEC 62271-203-2011 高压开关设备和控制设备.第203部分:额定电压超过52 kV的气体绝缘金属壳开关装置*， 2011-09-01 更新

* 在 IEC 60099-5-2018 发布之后有更新，请注意新发布标准的变化。

IEC 60099-5-2018的历代版本如下：

• 2013年05月 IEC 60099-5-2013 避雷器.第5部分:选择和应用建议
• 1970年01月 IEC 60099-5-2018 避雷器.第5部分:选择和应用建议

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标准号

IEC 60099-5-2018

发布日期

1970年01月

实施日期

废止日期

无

中国标准分类号

K49

国际标准分类号

29.120.50;29.240.10

发布单位

IX-IEC

引用标准

IEC 60071-1-2006 IEC 60071-1 AMD 1-2010 IEC 60071-2-1996 IEC/TR 60071-4-2004 IEC 60099-4-2014 IEC 60099-6-2002 IEC 60099-8-2011 IEC 60507-2013 IEC/TS 60815-1-2008 IEC 62271-200-2011 IEC 62271-203-2011

被代替标准

IEC 37/437/FDIS-2017 IEC 60099-5-2013

适用范围

This part of IEC 60099 provides information, guidance, and recommendations for the selection and application of surge arresters to be used in three-phase systems with nominal voltages above 1 kV. It applies to gapless metal-oxide surge arresters as defined in IEC 60099-4, to surge arresters containing both series and parallel gapped structure - rated 52 kV and less as defined in IEC 60099-6 and metal-oxide surge arresters with external series gap for overhead transmission and distribution lines (EGLA) as defined in IEC 60099-8. In Annex J, some aspects regarding the old type of SiC gapped arresters are discussed. Surge arrester residual voltage is a major parameter to which most users have paid a lot of attention to when selecting the type and rating. Typical maximum residual voltages are given in Annex F. It is likely, however, that for some systems, or in some countries, the requirements on system reliability and design are sufficiently uniform, so that the recommendations of the present standard may lead to the definition of narrow ranges of arresters. The user of surge arresters will, in that case, not be required to apply the whole process introduced here to any new installation and the selection of characteristics resulting from prior practice may be continued. Annexes H and I present comparisons and calculations between old line discharge classification and new charge classification.

IEC 60099-5-2018系列标准

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