您当前的位置:>> 首页 >>技术文章 >>IEC60068-2-75电工电子产品环境试验:锤击试验

产品搜索:
请在下列输入框内输入您要查找的产品名称。

产品目录
技术文章
打印 字体缩放

IEC60068-2-75电工电子产品环境试验:锤击试验

2010-04-07

中 华 人 民 共 和 国 国 家 标 准
GB/T 2423.55-2006八EC 60068-2-75:1997
        电工电子产品环境试验
第2部分:试验方法 试验Eh:锤击试验
Environmental testing for electric and electronic products-Part 2: Test
                      methods- Test Eh:Hammer tests
<IEC 60068-2-75:1997, Environmental testing-
Part 2: Tests-Test Eh: Hammer tests, IDT)
2006-02-15发布 2006-06-01实施

 

前言 ····························,··················································································…… 皿
引言 ··················································································································…… IV
1 范 围 ···············································································,·······························…… 1
2 规范性引用文件 ···········································································,,·····...……,,...…… 1
3 锤击试验方法通则 ·································································,···············..……,… … 1
3. 1 术语和定义 ······················································,·················,········,·················…… 1
3.2 严酷度 ···········································································································一 1
3.3 试验装置 ·······································································,·················,············…… 2
3. 4 预处理 ···········································,····························································…… 3
3. 5 初始检测 ··················································,·····················,···········,·················…… 3
3. 6 试验 ·,·····,······,·····,·····,················································································…… 3
3. 7 恢复 ········································,···································································…… 3
3.8 zui终检测 ·····································································································…… 3
3.9 有关规范应提供的信息 ···························································......……,............…… 3
4 试验Eha:摆锤··········································································,······················…… 4
4.1 定义 ···········································································································…… 4
4. 2 试验装置 ····································································································…… 4
4. 3 跌落高度 ························································································,············…… 4
4.4 试验 ·,··········································································································…… 5
5 试验Ehb:弹簧锤······························································.·······················......…… 5
5. 1 试验装置 ···························································,·······,··································…… 5
5. 2 重力的影响 ·················································,···············································…… 6
5. 3 校准 ········································································································…… 6
6 试验Ehc:垂直落锤 ···············································································,·······......…… 6
6. 1 定义 ············································································································…… 6
6. 2 试验装置 ·····················································································,············…… 6
6.3 跌落高度 ········································································································… 6
附录A(规范性附录) 撞击元件的形状 ·····································································…… 7
附录B(规范性附录) 弹簧锤的校准···········································································…… 9
B. 1 校准原理 ··········································,················································..·.·······…… 9
B. 2 校准装置的结构 ···········································,································.................…… 9
B. 3 校准装置的校准方法 ·····································································,·……,.,,.....……,9
B. 4 校准装置的使用 ·······························,·······································……,.,......····…… 10
附录C(资料性附录) 导则 ································································...............……,....14
C. 1 撞击试验适用范围 ···············································...................................……,.… 14
C. 2 试验装置的选择 ····················································································......…… 14
C. 3 严酷度的选择 ·····································································,··.....……,.……,·..·… 14
C. 4 试验的有关资料 ··································································,··················..·..…… 14

GB/T 2423.55-2006/IEC 60068-2-75:1997
附录 D(资料性附录) 摆锤试验装置示例 ······,,···,··········,····,·················,···········,,·····…… 15
附录 E(资料性附录) 弹簧锤试验装置 ···,·。··。············· ·······,···,,1··········,·,,,4···‘一 18
图1撞击元件的典型示意图···················,································································……2
图2 测量点 ··········,······················‘··,,·····,····················,········,······························…… 5
图3 2)的释放端形状 ·············································................................................5
图A. I不超过IJ的撞击元件的示例···············,·····,···············,···········、·············,,··…‘’·“‘’7
图A.2  2)的撞击元件的示例 ·····,·· ,,,·、·······,,,···········11·,,·,··。····,,,··】·····,,····、…7
图A.3  5)的撞击元件的示例 ············,······················。············,································一 7
图A. 4 10)的撞击元件的示例 ,······································,·················,·········,·······……8
图A.5  20)的撞击元件的示例 ·,·······,,,·······4·····,·,···············,,,,,,·············,,·.... ----.... 8
图A.6 50J的撞击元件的示例 ·····························,,,···········,·····,···························……8
图B. 1 校准装置 ····························,,·········,·····················,·······················,·······…… 10
图 B. 2 摆“c’’ ···············································,······················,,·······」····················…… 11
图B. 3 摆“c’’的钢弹簧 ········1········,,·‘··············,········11········,·······1············,·······…… 11
图B. 4 校准装置的局部 ,.............................········,·,·,··· ·,···,······‘·······,·······…… 12
图B. 5校准装置的校准示意 ·‘··············,····················,···········································一 13
图B. 6 分度盘“f······,,········‘·············,,······‘·,·········,···········,,·····························…… 13
图 D. 1 摆锤试验装置 ,,·,···】」············,·······························,········」」····················…… 15
图D. 2 能量小于 1J的摆锤的撞击元件 ,,·················,·,···············,,,,···············,····,····…… 16
图D. 3 样品安装座 ······,···,············,,····················,,··,·······,,,,,··,···············,,········一 16
图D. 4 嵌人式开关的转换安装 ···········,·································‘······························……17
图D. 5 灯座的转换安装 ·····················,·········,······,··············,····················,······‘…… 17
图 E. 1 弹簧锤试验装置 ,···114···1····,,····11·····,,,,,···· ·······,,····· ···,·····,,,,,。 … 18


表 1 撞击元件特性 ·……
S
表 2 跌落高度 ·······……
                   , A


表 C. 1 能量级 J
, 只
占 ︺
表 E.1 撞击元件的动能

GB/T 2423.55-2006/IEC 60068-2-75:1997
"li 吕
    GB/T 2423《电工电子产品环境试验 第 2部分 试验方法》按试验方法分为若干部分。
    本部分为 GB/T 2423的第 55部分。
    本部分等同采用 IEC 60068-2-75:1997《环境试验 第 2部分:试验方法 试验 Eh:锤击试验))(英
文版)。
    本部分是*版((IEC 60068-2-75是*版)
    本部分等同采用的IEC 60068-2-75由IEC导则 104确定为安全性基础标准
    本部分等同采用的IEC 60068-2-75由IEC导则 108确定作为基本环境试验标准发布。
    为便于使用,本部分做了下列编辑性修改:
    a)   "IEC 60068的本部分”一词改为“GB/T 2423的本部分”或“本部分,’;
    b) 用小数点“.”代替作为小数点的逗号“,”;
    C) 删除国际标准的前言;
    d) 为了与现有 GB/T 2423其他各部分的名称一致而将本部分改为当前名称;
    e) 本部分在国标转化过程中与 IEC 60068-2-75*版的出版有 5年的滞后。失去了5年的过渡
        期。为了便于使用时掌握,在“IEC 60068-2-75:1997*版1997年 8月出版的5年后将带括
        号的量值删除”语句中增加了版本号和出版日期,并保持与原文一致。
    本部分引用的规范性文件中有一部分目前尚未转化为等同采用的国家标准,在引用这些规范性文
件时仍以 IEC/ISO的编号列出。
    本部分附录 A和附录 B为规范性附录;附录 C、附录 D和附录E为资料性附录
    本部分由信息产业部电子第五研究所提出。
    本部分由中国电工电子产品环境条件与环境试验标准化技术委员会归口。
    本部分起草单位:信息产业部电子第五研究所、上海市电子仪表标准计量测试所。
    本部分主要起草人:卢兆明、纪春阳、龚彩萍、王学智、王忠。

GB/T 2423.55-2006/IEC 60068-2-75:1997
电工电子产品环境试验
第 Z部分:试验方法 试验 Eh:锤击试验
范 围
    GB/T 2423的本部分提供了对样品进行包括撞击的次数、能量和实施方向等规定的严酷度条件下
实施撞击的三种等效的试验方法。适用于按电气安全性条款评定产品的坚固程度
    本部分适用于从 。.14焦耳(J)至 50焦耳(J)能量级
    本部分给出了适用于试验的三种装置。附录 C提供了这方面的指南。
2 规范性引用文件
    下列文件中的条款通过本部分的引用而成为本部分的条款。凡是注日期的引用文件,其随后所有
的修改单(不包括勘误的内容)或修订版均不适用于本部分,然而,鼓励根据本部分达成协议的各方研究
是否可使用这些文件的版本。凡是不注日期的引用文件,其版本适用于本部分。
    GB/T 2421-1999 电工电子产品环境试验 第 1部分:总则(idt IEC 60068-1:1988)
    GB/T 4796-2001 电T电子产品环境参数分类及其严酷程度分级 (idt IEC 60721-1;1990,
Amendment 1:1992 )
    ISO 1052:1982 一般工程用钢
    ISO 2039-2:1987 塑料洛氏硬度试验方法
    ISO 2041:1990 机械振动和冲击 术语
    ISO 2768-1:1989 一般公差 线性尺寸的未注公差
    ISO 6508-1986   6}-W # 1;1 砰彦试赊一洛 氏试盼 (A一H一〔、一仆 E一F一几一H一K                                           kJ3)
锤击试验方法通则
3. 1 术语和定义
    GB/T 2423的本部分采用 ISO 2041:1990或 GB/T 2421-1999规定的术语和定义。下列附加的
术语和定义仅适用于本部分。第 4章和第 6章的试验的专用术语将在对应的章里给出。
3.1.1
    固定点 fixing point
    样品固定时,夹具与样品的接触点。
3. 1.2
    等效质f  equivalment mass
    试验装置的撞击元件以及共有速度提供撞击能量的有关部分的质量。
    注:摆锤装置的特殊情况,见4. 1. 30
32 严酷度
3.2. 1 概述
    在 3. 2.2给出了供选择的撞击能量,撞击次数见 3. 2. 3,
3.2.2 撞击能f
    有关规范应确定下列能量值之一作为撞击能量。

关闭>>

吉林省华博科技工业有限公司(www.huayangyq.cn)主营:熔融指数仪,电子万能试验机,耐电压击穿|摆锤冲击|高分子材料万能试验机,热变形维卡软化点测定仪-吉林省华博科技工业有限公司 www.huayangyq.cn

扫一扫

欢迎关注我们网站平台

联系我们

名称:吉林省华博科技工业有限公司

电话:0431-80602817/80602818

邮箱:18879199@qq.com

传真:

邮编:130031

化工仪器网 制作维护

点击这里给我发消息
13009129951
点击这里给我发消息
13944914986
点击这里给我发消息
18946553313
点击这里给我发消息
17300060335
点击这里给我发消息
18043130072
点击这里给我发消息
15843008081
 

吉公网安备 22010502000171号