SPEC NO:TCSP-021105
2007年11月28日客户：***有限公司
规格书
规格：VDE H05VV-F 3G1.0mm2GREY(8403)2.33M+TC-303+?4.3线耳
***有限责任公司
*** CO.，LTD
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TCSP-021105
规格书
1.SCOPE(适用范围)
This Specification is according to DIN VDE 0620 Standard;ratings 16A 250V AC Type,used in Electronical equipment.
本规格书依据欧洲DIN VDE 0620标准制造，插头适用额定电压为16A 250V AC电源。
Construction and dimension refer to DWG.No。TC-303+S-021105
构造及尺寸详见图号TC-303+S-021105.
4.CONTENT OF PACKAGE(包装容量)：
A certain of quantity in the carton。
以一定数量装入纸箱。
5.MATERIAL（材料）：
8. PHYISCAL LABORATARY TEST OF CORD 线材物理性能测试:
中国标准电源插头 227IEC42(RVB)2×0.5mm2 6A250V 227IEC42(RVB)2×0.75mm2 6A250V 227IEC52(RVV)2×0.5mm2 6A250V 227IEC52(RVV)2×0.75mm2 6A250V 227IEC52(RVV) 2×0.75mm2 6A250V 227IEC53(RVV) 2×0.75mm2 6A250V 227IEC53(RVV) 2×1.0mm210A250V 227IEC42(RVB)2×0.5mm26A250V 227IEC42(RVB)2×0.75mm26A250V 227IEC52(RVV)2×0.5mm26A250V 227IEC52(RVV)2×0.75mm26A250V
227IEC52（RVV）3×0.5mm26A250V 227IEC52（RVV）3×0.75mm26A250V 227IEC53（RVV）3×0.75mm26A250V 227IEC53（RVV）3×1.0mm210A250V 227IEC52（RVV）3×0.5mm26A250V 227IEC52（RVV）3×0.75mm26A250V 227IEC53（RVV）3×0.75mm26A250V 227IEC53（RVV）3×1.0mm210A250V RX 300/300V 3×0.75mm26A250V RX 300/300V 3×1.0mm210A250V 欧洲标准电源插头
H03VVH2 -F2X0.5mm210/16A250V H03VVH2 -F2X0.75mm210/16A250V H03VV-F2X0.5mm210/16A250V H03VV-F2X0.75mm210/16A250V H05VVH2 -F2X0.75mm210/16A250V H05VVH2 -F2X1.0mm210/16A250V H05VV-F2X0.75mm210/16A250V H05VV-F2X1.0mm210/16A250V H03VVH2 -F2X0.5mm2 2.5A250V H03VVH2 -F2X0.75mm2 2.5A250V H03VV-F2X0.5mm2 2.5A250V H03VV-F2X0.75mm2 2.5A250V H05VVH2 -F2X0.75mm210A250V H05VVH2 -F2X1.0mm210A250V H05VV-F2X0.75mm210A250V H05VV-F2X1.0mm210A250V H03VVH2 -F2X0.5mm2 2.5A250V H03VVH2 -F2X0.75mm2 2.5A250V H03VV-F2X0.5mm2 2.5A250V H03VV-F2X0.75mm2 2.5A250V H05VVH2 -F2X0.75mm210A250V H05VVH2 -F2X1.0mm210A250V H05VV-F2X0.75mm210A250V H05VV-F2X1.0mm210A250V
Page 1 of 2 Report No.: JGZXXXXXXX Appendix II: Photos (representive) Standard sheet Figure 2.1 (a1) or 2.1(c) Standard sheet Figure 2.1 (e) and fig 2.4 Position Required (mm) By Measurement (mm) By the gauges in Figure A1 A 6.35±0.15 - B 6.35±0.15 - C +0.150.051.63- - D 7.92 - E 10.31 - F 17.06±0.4 - G 19.94±0.8 - 1 21.9 max. or 27.0 min. - 2 21.9 max. or 27.0 min. - 3 21.9 max. or 27.0 min. - 4 21.9 max. or 27.0 min. - 5 60° - 6 60° - 7 8.6 min. - 8 21.0 max. - 9 20.0±1.0 - 10 1.0 max - 11 8.7±0.5 -
Dimensions checked by gauge and measurement Standard sheet Figure 2.1 Position Required (mm) By Measurement (mm) By the gauges in Figure A1 Plug type (i/ h/ j) R 0.35±0.05 - S 0.9±0.1 - T ≥0.60 - V 6 -
Appendix 1 H G I J Error! Reference source not found. page 1 of 1 (澳规)Australia integrated plug according to AS/NZS 3112:2000 for AU type
Appendix 1 Error! Reference source page 2 of 2 not found. (澳规)Australia integrated plug according to AS/NZS 3112:2000 for AU type
Appendix 2 page 1 of 1 Error! Reference source not found. (英规)British integrated plug according to BS 1363 for UK type
Appendix 2 Error! Reference source page 2 of 2 not found. (英规)British integrated plug according to BS 1363 for UK type
Appendix 3 page 1 of 1 Error! Reference source not found. (欧规)European integrated plug according to EN 50075 for EU type
Appendix 3 Error! Reference source page 2 of 2 not found. (欧规)European integrated plug according to EN 50075 for EU type
227IEC42(RVB)2×2 6A250V 227IEC42(RVB)2×2 6A250V 227IEC52(RVV)2×2 6A250V 227IEC52(RVV)2×2 6A250V 227IEC52(RVV) 2×2 6A250V 227IEC53(RVV) 2×2 6A250V 227IEC53(RVV) 2×2 10A250V 227IEC42(RVB)2×2 6A250V 227IEC42(RVB)2×2 6A250V 227IEC52(RVV)2×2 6A250V 227IEC52(RVV)2×2 6A250V 227IEC52（RVV）3×2 6A250V 227IEC52（RVV）3×2 6A250V 227IEC53（RVV）3×2 6A250V 227IEC53（RVV）3×2 10A250V 227IEC52（RVV）3×2 6A250V 227IEC52（RVV）3×2 6A250V 227IEC53（RVV）3×2 6A250V 227IEC53（RVV）3×2 10A250V 227IEC52（RVV）3×2 6A250V 227IEC52（RVV）3×2 6A250V 227IEC53（RVV）3×2 6A250V 227IEC53（RVV）3×2 10A250V
RX 300/300V 3×2 6A250V RX 300/300V 3×2 10A250V 欧洲标准电源插头 H03VVH2 -F2 10/16A250V H03VVH2 -F210/16A250V H03VV-F2 10/16A250V H03VV-F210/16A250V H05VVH2 -F210/16A250V H05VVH2 -F210/16A250V H05VV-F210/16A250V H05VV-F210/16A250V H03VVH2 -F2 H03VVH2 -F2 H03VV-F2 H03VV-F2 H05VVH2 -F210A250V H05VVH2 -F210A250V H05VV-F210A250V H05VV-F210A250V H03VVH2 -F2 H03VVH2 -F2
欧洲标准电源插头 H03VVH2 -F2X0.5mm210/16A250V H03VVH2 -F2X0.75mm210/16A250V H03VV-F2X0.5mm210/16A250V H03VV-F2X0.75mm210/16A250V H05VVH2 -F2X0.75mm210/16A250V H05VVH2 -F2X1.0mm210/16A250V H05VV-F2X0.75mm210/16A250V H05VV-F2X1.0mm210/16A250V H03VVH2 -F2X0.5mm2 2.5A250V H03VVH2 -F2X0.75mm2 2.5A250V H03VV-F2X0.5mm2 2.5A250V H03VV-F2X0.75mm2 2.5A250V H05VVH2 -F2X0.75mm210A250V H05VVH2 -F2X1.0mm210A250V H05VV-F2X0.75mm210A250V H05VV-F2X1.0mm210A250V H03VVH2 -F2X0.5mm2 2.5A250V H03VVH2 -F2X0.75mm2 2.5A250V H03VV-F2X0.5mm2 2.5A250V H03VV-F2X0.75mm2 2.5A250V
H05VVH2 -F2X0.75mm210A250V H05VVH2 -F2X1.0mm210A250V H05VV-F2X0.75mm210A250V H05VV-F2X1.0mm210A250V H03VV-F3G0.5mm210/16A250V H03VV-F3G0.75mm210/16A250V H05VV-F3G0.75mm210/16A250V H05VV-F3G1.0mm210/16A250V H05VV-F3G1.5mm210/16A250V H03VV-F3G0.5mm210/16A250V H03VV-F3G0.75mm210/16A250V H05VV-F3G0.75mm210/16A250V H05VV-F3G1.0mm210/16A250V H05VV-F3G1.5mm210/16A250V H03VV-F3G0.5mm210A250V H03VV-F3G0.75mm210A250V H05VV-F3G0.75mm210A250V H05VV-F3G1.0mm210A250V
中国标准电源插头 22７IEC42(RVB)２×0.7５ｍm2 6A２50V? 227ＩEＣ 227IEC4２(RＶB)2×0.５mｍ2 6Ａ250V? 52(RVV)2×0．5mm2６A25０V?２27IＥＣ５2(RVV)２×0．75ｍm2 6A250V 227IＥC53(RＶV) 2×0.７5mm2 6A２50Ｖ 22７IEC５2(RVV) 2×0.7５mm2 6A2５0Ｖ? 22７IEC53(ＲVV) ２×1.０ｍm210A２5０V 2２７ＩEC42(RVB）2×０.5mm26Ａ２５0V?２2７IEC４2（RＶB）2×0．７5mm2６A２50Ｖ?２27IＥ 227IEC５２(ＲVＶ)2×０.７５mm26Ａ２5０V C52(RVV)2×0.5mｍ26A250V? 22７IEC53(RＶ 227IＥC52(RＶV）3×0.7５ｍm2 6A２50Ｖ? ２27IEC5２(RVV)3×0.5mm2 6A２50V? V)3×0.７5mm2 6A25０V ２2７ＩEC53(RVV）3×1.０ｍｍ2 1０A２50V
227IEC52（RVV）3×0．５mm26Ａ2５0V 227IEC５2(RＶV）3×0.75ｍm26A250V 227IＥC53（RVV）3×1.０mｍ210Ａ250V 227IEＣ5３(RVV)3×０.７5mｍ26A250Ｖ? ２27IEＣ52（ＲVＶ)3×０．5mm2６A2５０V 227IEC53(ＲVV）3×0.75mm26A250Ｖ227IEC52(ＲＶV）3×０．75mm26Ａ25０V? 2２7IＥC5３（RVV)3×1．0ｍm210A250V RX300/3０0V ３×０.75mm26A25０Ｖ RＸ３0０/300V ３×1．0mm2１0A２５０Ｖ 欧洲标准电源插头 H03VＶH２-F2Ｘ0.5ｍm210/１6Ａ２５0V H０3VVH2 -Ｆ2X0．７5ｍm210／16A２5０V H０３VＶ－F2Ｘ0.5mｍ210/16Ａ２50V H0３VV-F2Ｘ０.75mm2１0/16Ａ25０V
各国电源线标准及插头规格1. 中国电源线标准及所用插头规格 227IEC42(RVB)2×0.5mm2 6A250V 227IEC42(RVB)2×0.75mm2 6A250V 227IEC52(RVV)2×0.5mm2 6A250V 227IEC52(RVV)2×0.75mm2 6A250V ------------------------------------------------------------------------------ 227IEC52(RVV) 2×0.75mm2 6A250V 227IEC53(RVV) 2×0.75mm2 6A250V 227IEC53(RVV) 2×1.0mm2 10A250V -------------------------------------------------------------------------- 227IEC42(RVB)2×0.5mm2 6A250V 227IEC42(RVB)2×0.75mm2 6A250V 227IEC52(RVV)2×0.5mm2 6A250V 227IEC52(RVV)2×0.75mm2 6A250V ----------------------------------------------------------------------------
227IEC52（RVV）3×0.75mm2 6A250V 227IEC53（RVV）3×0.75mm2 6A250V 227IEC53（RVV）3×1.0mm2 10A250V ----------------------------------------------------------------------- 227IEC52（RVV）3×0.5mm2 6A250V 227IEC52（RVV）3×0.75mm2 6A250V 227IEC53（RVV）3×0.75mm2 6A250V 227IEC53（RVV）3×1.0mm2 10A250V ----------------------------------------------------------------------- 227IEC52（RVV）3×0.5mm2 6A250V 227IEC52（RVV）3×0.75mm2 6A250V 227IEC53（RVV）3×0.75mm2 6A250V 227IEC53（RVV）3×1.0mm2 10A250V RX 300/300V 3×0.75mm2 6A250V RX 300/300V 3×1.0mm2 10A250V ------------------------------------------------------------------------ 2. 欧洲电源线标准及所对应插头规格 -------------------------------------------------------------------------
各国用电和插头 亚太地区 国别或地区电压插座供电情形备注 日本100V 双孔扁型供电稳定 韩国220V 双孔圆型供电正常 香港地区220V 三孔扁型供电正常 澳门地区220V 三孔型供电稳定，甚少停电 越南220V 双孔圆型及扁型供电尚属稳定,有间歇性停电 泰国220V 双孔圆型及扁型供电尚属良好 马来西亚220-240V 三孔型供电尚属正常 新加坡220V 三孔扁型供电稳定 菲律宾220V 双孔扁型及三孔型供电尚稳定,偶有停电 印度尼西亚220V 双孔圆型供电尚稳定,偶有断电情形 文莱220-240V 三孔型供电不稳定,常有故障及停电情形 印度240V 圆孔三插式(5及15安培二种) 供电不稳定，常停电各项电器均需配置稳压器澳大利亚240V 60HZ 三孔八字型电压稳定,无停电之虑电视、录放机为PAL系统 纽西兰220V 八字型供电稳定 巴布亚纽几内亚240V 三孔扁型供电十分不稳定 斐济220V 三孔型供电尚称稳定 诺鲁220V 三孔扁型偶有停电、电压不稳精密电器宜配置稳压器 索罗门220-250V 三孔扁型供电不稳定 吐瓦鲁220-240V 三孔八字型供电尚属正常 吉里巴斯240V 三孔扁型电源供应不稳定 亚西地区 国别或地区电压插座供电情形备注 俄罗斯220V 50-60hz 双孔圆型供电尚称良好,惟电压不稳 白俄罗斯220V 50-60hz 双孔圆型供电尚称良好,惟电压不稳 沙特阿拉伯110及220V 双孔扁型及圆型供电稳定冷气机三孔扁型插座或直接电源接线约旦220V 双孔圆型及扁型或三孔供电尚称稳定使用插座转换器 伊拉克220V 双孔圆型及扁型或三孔供电尚称稳定使用插座转换器 叙利亚220V 双孔圆型及扁型或三孔供电尚称稳定使用插座转换器 黎巴嫩220V 双孔圆型及扁型或三孔供电尚称稳定使用插座转换器 科威特220-240V 三孔型(含地线) 供电尚称稳定 以色列220-240V 50Mhz 双孔圆型供电尚称稳定，有间歇性短暂停电 巴林220V 三孔型供电尚称稳定 阿曼220V 三孔型电源供应稳定,甚少停电
目录 责任委员会 前言 1 范围 2 使用条件 3 术语和定义 4 概述 5 型式试验的一般条件 6 分类 7 标记和标签 8 空气间隙、爬电距离和固体绝缘 9 带电零件的可触及性 10 接地措施 11 接线端和接线头 12插头的结构 13 （不使用） 14耐老化和耐潮 15绝缘电阻和电气强度 16 温升 17 （不使用） 18 （不使用） 19 软线和线箍的连接 20 机械强度 21 螺丝、载流零件和连接件 22 耐热 23 耐异常热、火和电痕 24 耐过份的残留应力和耐腐蚀 25 夹紧型（无螺纹）接线端的电气及热应力 附录A（标准的）校正管的结构和校正 附录B（标准的）空气间隙和爬电距离的测量 附录C（标准的）对比电弧径迹指数值（CTI）和耐漏电起痕指纹值（PTI）的测定附录D（标准的）额定脉冲耐压、额定电压和超压标准之间的关系 附录E（标准的）污染等级 附录F（标准的）脉冲电压试验 图1 试验插销 图2a）弹性外壳机械强度试验装置 图2b）用于图2a）的硬木板 图4a）插销的尺寸及排序 图4b）ISODs允许的凹痕 图5 用于插头插销的量规 图6 插头盖安装螺丝的试验装置 图7 安装面板 图8 弹性插头的插销绕曲装置
图9 插头插销的绝缘衬套磨损试验装置 图10 高温压力试验装置 图11 插头的通过量规 图17a）温升试验的试验装置 图17b）温升试验的模拟面板 图18 弯曲试验装置 图19 用于熔断器夹试验的实心管 图20 滚筒 图23 压力试验装置 图24 球压试验 图28 校正管 图29 校正管用的校正夹具 图32 插销的试验装置 图33 插销的扭力试验装置 表1 试验顺序 表2 与软线尺寸有关的弯折及线夹试验的电流、熔断器额定值及负载表3 a 螺丝和螺母的力矩值 表3b 传动装置试验力 表4 允许温升 表5 （不使用） 表6 软线的连接 表7 灼热丝试验的应用 表8 基本绝缘的最小空气间隙 表9 基本绝缘的最小爬电距离 表B.1 宽度“X”的最小值 表D.1 由低压直接给电气附件提供的额定脉冲耐受电压 表F.1 在海平面上，验证空气间隙的试验电压 标准参考清单
Engagement face No sharp edge Earthing pin and optional construction for the contact pins
Key of page 12: 1– The earthing terminal shall be indicated by the symbol . Indication of the other terminals is optional. The indications shall be placed inside the body near the terminals. There is no need to mark the terminals of non-rewirable types 2– The distance between the engagement face and the cord or cord guard, if any, shall be at least 14 mm Compliance is checked by means of the acceptance gauge (under consideration) 3– Within this distance, the outline shall be not smaller than the engagement face. 4– Within this distance, the outline shall be not larger than the engagement face. 5– Insulating sleeves on the current-carrying pins are optional If the insulating sleeves are separate parts, they shall enter the plug by at least 3mm measured from the engagement face. 6– The external diameter of the insulating sleeves shall not be larger than the diameter of the uninsulated part of the pins. 7– To avoid damage to shutters, the ends of the pins shall show neither sharp edges nor burrs. They shall be of rounded shape as shown. 8– The angle of 90° represents the maximum permissible area for the orientation of the entry of the flexible cable or cord.