10560_2010-12_EN

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VW10550_EN_2008-04-01

VW10550_EN_2008-04-01

Group StandardVW 10550Issue 2008-04Class. No.: 01154Descriptors: vehicle parts, country of origin, marking, marking of partsCheck standard for current issue prior to usage. The English translation is believed to be accurate. In case of discrepancies the German version shall govern. Numerical notation acc. to ISO practice.Page 1 of 4This electronically generated standard is authentic and valid without signature.Technical ResponsibilityStandardsEKTC/4 Kühn EKTC/4 Hans-Jürgen KühnTel.: +49-5361-9-23370 EKTCManfred TerlindenConfidential. All rights reserved. No part of this document may be transmitted or reproduced without the prior permission of a Standards department within the Volkswagen Group.Contract partners shall obtain the standard only through the B2B supplier platform .© VOLKSWAGEN AG vwnorm-2007-07Country-of-Origin Marking Vehicle PartsPrevious issuesVW 10550: 1975-04, 1994-11, 2000-12, 2006-11ChangesThe following changes have been made as compared to Volkswagen standard VW 10550: 2006-11 (changes in requirements as compared to the previous issue are indicated by a vertical bar on the side of the modified text block):− Section 1, paragraph 1 supplemented (note on external and iternal production and on supplierresponsibility added), Section 2 removed − Section 3: Note on other processes and on marking of packing addedRequirement concerning the use of the "Made in..." prefix changed, 2-letter code removed − Table 1: 2-letter code removedContentsPage1 Scope................................................................................................................................2 2 Definition of country of origin.............................................................................................2 3 Requirements....................................................................................................................2 4 Drawing specification.........................................................................................................3 5 Referenced standards. (4)Page 2VW 10550: Issue 2008-041 ScopeAutomotive products of the Volkswagen AG and its associated companies, manufactured internally and internally, which reach the final consumer as individual parts, units, original parts or accesso-ries are required by existing laws to be identified with the name of the country of origin, to the extent that this is technically feasible and economically justifiable (see Table 1).The supplier is answerable to Volkswagen AG for the correct indication of the country of origin andthe correct marking according to this standard.2 Definition of country of originThe country of origin is that country in which the last essential processing of the vehicle is per-formed.3 RequirementsThe name of the country of origin must be applied to vehicle parts such that it is clearly visible andeasily legible on a permanent basis. The country-of-origin marking shall be applied to the part by incorporation in the manufacturing tool if this is technically feasible.If this is not possible for technical reasons, permanent marking on the part shall be ensured by o-ther suitable processes, such as engraving, stamping, etching, printing or by applying adhesive labels.For parts which cannot be marked for reasons of geometry, function or apperance, the supply packing shall be marked.In the case of relocations of manufacturing tools from the originally designated country of origin to other manufacturing countries, the country codes shall be adjusted accordingly.The complete English country name, e. g. …Germany“, …Mexico“, …Belgium“, …Spain“ according toISO 3166-1 shall be applied, accompanied by the prefix … Made in….“.The prefix …Made in…“ can be omitted if the available space is not sufficient. The font height of the country name shall be approximately half the logo height. However, it shall not directly precede or follow the manufacturer's code. Should the location be at the manufacturer's option, it is recom-mended that the country-of-origin marking be located below the brand trademark.The necessity of the country-of-origin marking must be specified on the drawing, see drawing spe-cification in Section 4, Figure 1.For further requirements concerning the marking of automotive products see VW 10500.Page 3VW 10550: Issue 2008-044 Drawing specificationKennzeichnungVW 10500MarkingMarkenzeichenVW 10514 – C10LogoHerstelllandVW 10550 – 5Country of originHersteller-CodeVW 10540 – 1– 5Mfr. CodeTeil-Nr.; SchriftDIN 1451-4 – 5Pt.-No; LetteringDatumskennzeichnungVW 10560 – A5Date markingWerkstoff-KennzeichnungVDA 260 > PP + EPDM <Material markingFigure 1 – Example of a drawing specification using text macro NO-E2 acc. to VW 01014Table 1 - Country names(extract from ISO 3166-1)German EnglishArgentinien ArgentinaAustralien AustraliaBelgien BelgiumBosnien und Herzegowina Bosnia and HerzegovinaBrasilien BrazilBulgarien BulgariaChile ChileChina ChinaDänemark DenmarkDeutschland GermanyFidschi FijiFinnland FinlandFrankreich FranceGriechenland GreeceGroßbritannien (siehe Vereinigtes Königreich)-Indien IndiaIndonesien IndonesiaIran IranIrland IrelandIsrael IsraelItalien ItalyJapan JapanSerbien und Montenegro Serbia and MontenegroKanada CanadaKorea Korea, Republic ofPage 4VW 10550: Issue 2008-04Kroatien CroatiaLiechtenstein LiechtensteinLuxemburg LuxembourgMalaysia MalaysiaMalta MaltaMexiko MexicoMonaco MonacoNiederlande NetherlandsNigeria NigeriaNorwegen NorwayÖsterreich AustriaPeru PeruPolen PolandPortugal PortugalRumänien RomaniaRussische Föderation Russian FederationSingapur SingaporeSchweden SwedenSchweiz SwitzerlandSlowakei SlovakiaSlowenien SloveniaSpanien SpainSüdafrika South AfricaTaiwan TaiwanTschechische Republik Czech RepublicTunesien TunisiaTürkei TurkeyUngarn HungaryUkraine UkraineVereinigte Staaten United StatesVereinigtes Königreich United Kingdom5 Referenced standardsThe following documents cited in this standard are necessary for application. In this Section, terminological inconsistencies may occur as the original titles are used.VW 01014 Technical Drawings; Drawing Frames and Text MacrosVW 10500 Company Designation, Marking of PartsISO 3166-1 Codes for the Representation of Names of Countries and their Subdivisions - Part 1: Country Codes。

VW10560_En_122000

VW10560_En_122000

Arrow with year number can be turned and replaced in the tool.
Table 1:
Nominal ∅ d1 4 5 6 8 10 12 14 16 18 20 25 30 40 50
d2
3 3.8 4.5 6 7.5 9 10.5 12 13.5 15 19 23 30 38
e≈
0.5 0.6 0.7 1 1.2 1.5 1.7 2 2.3 2.5 3 3.8 5 6
f≈
0.2 0.25 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1 1.2 1.5 2 2.5
2
Date Marking using Symbols
2.1 Date of Manufacturing (Month, Year) Figure 1: Type A
Figure 2: Type B
A Year of manufacture 1991 S Month of manufacture March
5
Date Marking for Special Cases........................................................................................5
5.1
Date Marking for Vehicle Glazing......................................................................................5
© VOLKSWAGEN AG
Page 2 VW 105 60: 2000-12

EN_10169-2010-A1-2012(中文翻译).

EN_10169-2010-A1-2012(中文翻译).

BS EN 10169:2010+A1:2012 BSI(英国标准协会)出版连续有机涂层(卷涂)钢板产品技术条件前言本标准代替标准BS EN 10169-1:2003, BS EN 10169-2:2006 及BS EN 10169-3:2003.本标准声明,不完全涉及交易合同中的所有条款,参考者有义务确保其合理应用。

前言 (1)1 适用范围 (1)2 引用文件 (1)3 术语及定义 (1)4 材料命名 (5)5 由买方提供的附加信息 (5)6 性能要求 (6)7 检测 (12)8 标识 (16)9 包装及运输 (17)10 贮存 (18)1 适用范围本欧洲标准详细描述了对于连续有机涂层(卷涂)钢板产品的技术要求,尤其是性能表现方面的要求。

相关产品主要涉及:宽带及其切割板、纵切宽带、宽度小于600mm的卷带及定尺板(由板或带切割而来)。

注意:本标准不适用于下列产品的连续有机涂层:——镀锡产品——电工钢2 引用文件(略)3 术语及定义本标准中,主要涉及术语及定义来自EN 10020:2000, EN 10021:2006, EN 10079:2007, EN 10204:2004, EN ISO 4618:2006, EN ISO 8044:1999, EN ISO 12944-2:1998以及下列论述。

3.1无障碍检测对于所需检测或维护的钢铁部件,在常规检测过程中毋需附加任何其他工作的检测。

3.2环境环境条件以建筑的内部条件为准。

注1:这些条件主要用来判定环境的腐蚀等级,主要涉及像如空气温度、相对湿度、工况条件(比如强腐蚀性化学产品、冷冻区域)等参数。

注2:需注意的是,建筑周围的空气也能够对环境产生影响。

注3:附录A中列出了一个对于环境因素分级的例子。

3.3建筑物内部用材建筑物中的涂装(比如房屋结构部件)必须满足内部环境要求,而不会有明显的表露在外部大气的部位。

注1 主要包括如:衬板、顶棚及墙面瓦面型材、曲线型材、闸压床压制型材、隔断用内部墙板、顶棚镶板、悬浮框架(吊顶)、冷藏室或环境控制房间用泡沫状夹心板材(或矿物棉)、室内门框、室内金属门、室内金属窗等。

欧盟2010标准

欧盟2010标准

欧盟2010标准
欧盟在2010年实施了一系列标准,涉及不同领域的产品和服务。

以下是一些2010年欧盟实施的重要标准:
1. EN 55032:2010 - 电磁兼容性(EMC)- 多媒体设备(一般构想)
该标准规定了多媒体设备的电磁兼容性要求,确保设备在使用时不会对其他设备或电网产生干扰。

2. EN 61000-6-1:2010 - 电磁兼容性(EMC)- 第6-1部分:通用标准-辐射、传导和电感耦合的工业环境
该标准规定了工业环境中各种设备的电磁兼容性要求,以确保设备在这些环境中正常工作。

3. EN 50126:2010 - 铁路应用-指定的可信任度-文件要求
该标准规定了铁路系统中可信度的要求和文件需求,以确保铁路运营的安全性和可靠性。

4. EN 12889:2010 - 燃气雇主提供的工程师培训-培训和评估
该标准规定了燃气工程师培训的要求和评估方法,
以确保工程师具备必要的知识和技能来从事燃气工程。

这些标准代表了欧盟在2010年实施的一部分,它们对欧盟市场和各个行业的产品、设备和服务起到了指导和规范作用。

需要注意的是,由于标准的更新和修订,可能会有更新版本的标准。

因此,在具体应用和遵守相关标准时,请参考最新有效的版本。

大众通用材料标准版本日期明细清单

大众通用材料标准版本日期明细清单
名称 DIN 1451-1_1981(CH) DIN 1451-1_1998(Ger) DIN 1451-2_1986 DIN 1451-3_1987(Ger) DIN 1451-4-08.87 DIN 16901-11.82 DIN 53456 中文版 塑料的试验 通过压痕试验检验硬度 DIN 75220-11.92 DIN EN ISO 178-2011 DIN EN ISO 179-1-2010 DIN EN ISO 306-2004_2 DIN EN ISO 845-06.95 DIN_53497_Ge_1969-10 DIN_53497_热塑性塑料-热老化试验1969-10 DIN_61200_En_1985-12 DIN_EN_10270-3_En_2001-08 DIN_EN_10305-3_En_2003-02 EDS-4242-01(200509) EDS-M-5202-3(19980730) EP84 350_10 2007 (头枕操作力) EP84 350_40 2007 (头枕操作耐久) FMVSS 302 GB699-88 GB15083-2006汽车座椅、座椅固定装置及头枕强度要求和试验方法 GB27630-2011 GB 8410-2006 GB 11550-2009 汽车座椅头枕强度要求和试验方法 GB 15083-2006 GB_T699-1999 GBT 4357-1989碳素弹簧钢丝 GB-T 9286-1998 GB-T 14486_1993工程塑料模塑塑料件尺寸公差 GM7400M_1996 GM9538P-1996 GM 7400M-200106 GME14090_14NO05-2005 GME 60271-1995 GME 60276_1995 GME 60326_1996 GMP.ABS.003-1993 GMP.ABS+PC.003-1992 GMP.EP.141-2005 GMP.E-P.142-2005 GMP.PA66.015-1997 GMP.PA66.015_1997(中英对照) GMP.PE.003_1994(中英对照) GMP.POM.002_1994 GMP.POM.003_1994(中文,内含GMP.POM.002_1994) GMP.PP.002-1994 GMP.PP.009-1988

2010年6月份

2010年6月份

压力真空表 游标卡尺 游标卡尺 游标卡尺 游标卡尺 游标卡尺 游标卡尺 游标卡尺 游标卡尺 游标卡尺 游标卡尺 游标卡尺 游标卡尺 游标卡尺 游标卡尺 游标卡尺 数显卡尺 千分尺 千分尺 千分尺 千分尺 百分表 内径百分表
电接点压力表 力学
66053872 LG01-038
41-3040643 LG01-046
0-200mm 0-200mm 0-300mm 0-25mm 0-300mm 0.1-1MPa 0-1MPa 0-300mm 0-125mm 0-200mm 0-200mm 0-200mm 0-200mm 0-200mm 0-500mm 0-150mm 0.02mm 0.02mm 0.02mm 0.02mm 0.02mm 0.02mm 0.01mm 0-150mm 0-150mm 0-200mm 0-200mm 0-200mm 0-150mm 0-150mm 0-200mm 0-25mm 25-50mm 50-75mm 0-10mm 8070141 0093 001 260904 1070861 2020578 2032391 5812402 5102911
0-125mm 0-150mm 0-150mm 0-150mm 0-200mm 0-200mm 0-200mm 0-150mm 0-150mm 0-150mm
42200 1756 8204532 0095611 0094255 7604639 8705674
LG01-001 LG01-004 LG01-005 LG01-007 LG01-008 LG01-009 LG01-050
弓邵凡 张慧 刘宇颜 向中旺 刘宇颜 施金泉 施金泉 胡友生 孙秀来 孙娟 印玉珠 张海平 周玲 王芳 严广宏 徐松彬 严广宏 刘忠华 孙秀来 徐修美 周军 谈惠龙 王进元 严文宏 严广宏 严广宏 严广宏 严广宏 严广宏 严广宏

2010海关数据汇总

2010海关数据汇总

原产目的国 缅甸 缅甸 缅甸 缅甸 缅甸 缅甸 缅甸
缅甸
201005 2010-12-1 2010-12-1
柴油机客车, 个/套
3210961755 江苏九龙汽车制造有限公司
缅甸
缅甸 缅甸
87021093 柴油机客车,10座≤座位≤19座 87021093 柴油机客车,10座≤座位≤19座
口岸 缅甸 缅甸 缅甸 缅甸 缅甸 缅甸
币制
福建省厦门 中外合资企业
21
2 75
396900
843000
时间 201006 201007 201008 201009 201009 201009 201010
201003
商品编码 87021093 87021093 87021093 87021093 87021093 87021093 87021093
87029030 87021093
商品名称 单位 企业代码 柴油机客车,10座≤座位≤19座 柴油机客车,10座≤座位≤19座 柴油机客车,10座≤座位≤19座 柴油机客车,10座≤座位≤19座 柴油机客车,10座≤座位≤19座 柴油机客车,10座≤座位≤19座 柴油机客车,10座≤座位≤19座
数量 30 25 60 50 30 1 20
1
金额 567000 283750 682500 563750 556920 12211 361800
28352
单价 18900 11350 11375 11275 18564 12211 18090 28352 18900
பைடு நூலகம்71150 35575 11240
其他10座≤座位≤19座的机动客车
企业名称 江苏九龙汽车制造有限公司 厦门金龙联合汽车工业有限公司 厦门金龙联合汽车工业有限公司 厦门金龙联合汽车工业有限公司 江苏九龙汽车制造有限公司 合肥汇智进出口贸易有限公司 江苏九龙汽车制造有限公司

海关编码表【hs_code2010】

海关编码表【hs_code2010】

71171100 71171900 71179000 8518100001 8518100090 85182100 85182200 85182900 85183010 85183090 8518400001 8518400090 8521901110 8521901190 8521901210 8521901290 8521901910 8521901990 85198111 85198112 85198119 85198121 8519812910 8519812990 85198131 85198139 85198910 85198990 85229029 8522903101 8522903102 8522903190 8522903901 8522903902 8522903909 85229091 8521909090
首饰制品 首饰制品 首饰制品 耳机及耳塞 耳机及耳塞 耳机及耳塞 耳机及耳塞 耳机及耳塞 耳机及耳塞 耳机及耳塞 耳机及耳塞 耳机及耳塞 各类播放器(DVD及MP3) 各类播放器(DVD及MP4) 各类播放器(DVD及MP5) 各类播放器(DVD及MP6) 各类播放器(DVD及MP7) 各类播放器(DVD及MP8) 各类播放器(DVD及MP9) 各类播放器(DVD及MP10) 各类播放器(DVD及MP11) 各类播放器(DVD及MP12) 各类播放器(DVD及MP13) 各类播放器(DVD及MP14) 各类播放器(DVD及MP15) 各类播放器(DVD及MP16) 各类播放器(DVD及MP17) 各类播放器(DVD及MP18) 各类播放器(DVD及MP19) 各类播放器(DVD及MP20) 各类播放器(DVD及MP21) 各类播放器(DVD及MP22) 各类播放器(DVD及MP23) 各类播放器(DVD及MP24) 各类播放器(DVD及MP25) 各类播放器(DVD及MP26) 各类播放器(DVD及MP27)

EN标准查询

EN标准查询

欧洲标准目录 第一页EN 10001-1991 生铁的定义和分类EN 100012-1995 基本规范:电子元件的X线透视法EN 100014-1996 基本规范.CECC已经审估过的平均工艺规程.极限60%置信度EN 10002-1-2001 金属材料.拉力试验.第1部分:室温下的试验方法EN 10002-4 Bb.1-1995 金属材料.拉力试验.第4部分:单轴应力检验用长度变化测量装置的检验.距离记录系统以及检验实例EN 10002-4-1995 金属材料.拉力试验.第4部分:单轴应力检验用长度变化测量装置的检验EN 10002-5-1992 金属材料.抗拉试验.第5部分:高温检验法EN 100114-1-1996 程序规则.质量认证程序.第1部分:认可生产厂家用CECC要求EN 100114-6/A1-1999 电子元件的CECCECC电子元件的质量量评定方法.第6部分:生产厂家的技术认证.修改A1EN 100114-6-1997 程序规则.质量评定程序.第6部分:对电子元件生产厂家的技术认可EN 10016-1-1995 拉拔和/或冷轧用非合金钢棒.第1部分:一般要求EN 10016-2-1995 拉拔和/或冷轧用非合金钢棒.第2部分:通用钢棒的特殊要求EN 10016-3-1995 拉拔和/或冷轧用非合金钢棒.第3部分:沸腾和沸腾代用低碳钢的特殊要求EN 10016-4-1995 拉拔和/或冷轧用非合金钢棒.第4部分:特殊用途钢棒的特殊要求EN 10020-2000 钢的等级定义和划分EN 10021-1993 钢和钢制品的一般交货技术条件EN 10024-1995 带倾斜的内法兰面的工字钢.极限尺寸和外型尺寸EN 10025-1994 非合金结构钢制热轧产品.交货技术条件EN 10027-1-1992 钢的命名系统.第1部分:简称.主要符号EN 10027-2-1992 钢的命名系统.第2部分:号码系统EN 10028-1-2002 压力容器用扁平钢轧材.第1部分:一般要求EN 10028-2-2003 压力容器用扁平钢轧材.第2部分:具有规定的耐高温性能的非合金钢与合金钢EN 10028-3-2003 压力容器用扁平钢轧材.第3部分:经过正火处理的可焊细晶粒钢EN 10028-4-2003 压力容器用扁平钢轧材.第4部分:具有规定的低温特性的镍合金钢EN 10028-5-2003 压力容器用扁平钢轧材.第5部分:热机轧制的可焊细晶粒钢EN 10028-6-2003 压力容器用扁平钢制品.第6部分:淬火和回火的可焊接细粒钢EN 10028-7-2000 压力容器钢板.第7部分:不锈钢EN 10029-1991 极限偏差3mm的热轨钢板.形状公差.允许重量偏差EN 10031-2003 锻造用半成品.尺寸、形状和质量公差EN 10034-1994 I型和H型结构钢.极限偏差和外型公差EN 10036-1990 钢铁材料的化学分析.钢和生铁中总含碳量的测定.在氧气流中燃烧后重量分析测定EN 10045-1-1991 金属材料.摆锤式缺口冲击韧性试验.第1部分:试验方法EN 10045-2-1993 金属材料.摆式冲击试验.第2部分:试验机的验证(摆式冲击试验机)EN 10048-1996 热轧窄钢带.尺寸和形状公差EN 10051-1997 无涂层连续热轧非合金和合金钢板材,薄板材和带材.尺寸和形状公差EN 1005-1-2001 机械安全.人体的物理特性.第1部分:术语和定义EN 10052-1994 钢铁产品热处理术语.EN 1005-2-2003 机械安全.人体特性.第2部分:机械及其零部件的人工装卸EN 1005-3-2002 机械安全.人体的物理特性.第3部分:为机械操作推荐的负荷极限EN 10055-1995 带圆角的热轧等腰T型钢和过渡连接件.尺寸.极限尺寸和形状公差EN 10056-1-1998 等边和不等边角钢.第1部分:尺寸EN 10056-2-1994 等边和不等边角钢.第2部分:极限偏差和外形公差EN 10058-2003 一般用途热轧扁钢棒.尺寸及形状和尺寸公差EN 10059-2003 一般用途热轧方形钢棒.尺寸及形状和尺寸公差EN 10060-2003 一般用途热轧圆钢棒.尺寸及形状和尺寸公差EN 10061-2003 一般用途热轧六角钢棒.尺寸及形状和尺寸公差EN 10067-1996 热轧球扁钢.尺寸和形状、尺寸、质量公差EN 10071-1990 钢铁材料的化学分析.钢和铁中锰含量的测定.电测滴定法EN 1007-1-2002 高级工业陶瓷.陶瓷复合材料.纤维增强的试验方法.第1部分:胶料含量的测定EN 1007-2-2002 高级工业陶瓷.陶瓷复合材料.纤维增强的试验方法.第2部分:线密度的测定EN 1007-3-2002 高级工业陶瓷.陶瓷复合材料.纤维增强的试验方法.第3部分:长纤维直径和横截面积的测定EN 1007-5-2003 高级工业陶瓷.陶瓷复合材料.增强纤维的试验方法.第5部分:室温下复丝束中长丝断开时的拉伸强度和拉伸EN 10079-1993 钢制品定义的确定EN 1008-2002 搅拌混凝土用水.在搅拌混凝土用水时抽样检验和评定水(包括混凝土工业加工过程中回收的水)的适用性EN 10083-1-1996 淬火和回火钢.第1部分:特殊钢交货技术条件EN 10083-2-1996 淬火和回火钢.第2部分:非合金优质钢交货技术条件EN 10083-3-1996 优质钢.第3部分:硼钢交货技术条件EN 10084-1998 渗碳钢.技术交货条件EN 10085-2001 氮化钢.交货技术条件.EN 10087-1999 高速切削钢.半成品热轧制棒材和线材的技术交货条件EN 10088-1-1995 不锈钢.第1部分:不锈钢目录EN 10088-2-1995 不锈钢.第2部分:一般用途的薄板和带材的交货技术条件EN 10088-3-1995 不锈钢.第3部分:一般用途的半成品,钢棒,轧制线材和型钢的交货技术条件EN 10089-2002 淬火和回火弹簧用热轧钢.交货技术条件EN 10090-1998 内燃机用阀门钢和阀门合金EN 10092-1-2003 热轧弹簧扁钢棒材.第1部分:扁平棒材.尺寸及形状和尺寸公差EN 10092-2-2003 热轧弹簧钢扁平棒材.第2部分:有肋和有槽的簧片.尺寸及形状和尺寸公差EN 10095-1999 耐高温钢和镍合金EN 1010-3-2002 机械安全.印刷和纸加工机械的设计和施工的安全要求.第3部分:切削机EN 10106-1996 冷轧非颗粒结构定向最终退火装态下的电工钢片和钢带EN 10107-1996 颗粒结构定向最终退火装态下的电工钢片和钢带EN 10111-1998 冷成型用无增塑连续热轧钢带和薄钢板.交货技术条件EN 1011-1-2002 焊接.焊接金属材料的建议.第1部分:电弧焊接通则EN 1011-2-2001 焊接.焊接金属材料的建议.第2部分:铁素体钢的弧焊EN 10113-1-1993 适于焊接的细晶粒结构钢热轧制品.第1部分:一般交货条件EN 1011-3-2001 焊接.焊接金属材料的建议.第3部分:不锈钢的电弧焊接EN 10113-2-1993 适于焊接的细晶粒结构钢热轧制品.第2部分:正火/正火轧制钢的交货条件EN 10113-3-1993 适于焊接的细晶粒结构钢热轧制品.第3部分:热工机械轧制钢的交货条件EN 1011-4-2001 焊接.焊接金属材料的建议.第4部分:铝和铝合金的电弧焊接EN 1011-5-2003 焊接.金属材料焊接的推荐规范.第5部分:包层钢的焊接EN 101-1992 瓷砖和板.按莫斯测定法测定表面划痕硬度EN 10120-1997 焊接过的气罐用薄钢板和钢带EN 1012-1-1996 压缩机和真空泵.安全要求.第1部分:压缩机EN 1012-2-1996 压缩机和真空泵.安全要求.第2部分:真空泵EN 10126-1996 非最终退火装态下非合金钢制冷轧电工钢片和钢带EN 10130-1999 用于冷变形的低碳钢冷轧板.交货技术条件(包括修正件A1:1998)EN 10131-1992 冷成形用冷轧无涂层低碳钢和高屈服极限的普通钢的扁平制品.尺寸和形状公差EN 1013-1-1998 单层屋顶用反光成型塑料板.第1部分:一般要求和试验方法EN 10132-1-2000 热处理用冷轧窄钢带材.技术提交条件.第1部分:一般EN 1013-2-1999 单层屋顶用反光成型塑料板.第2部分:玻璃纤维增强聚酯树脂板(GF-UP)的特殊要求和检验方法EN 10132-2-2000 热处理用冷轧窄钢带材.技术提交条件.第2部分:表面硬化钢EN 10132-3-2000 热处理用冷轧窄钢带材.技术提交条件.第3部分:淬火和回火EN 10132-4-2002 热处理用冷轧窄钢带材.技术交货条件.第4部分:弹簧钢和其它用途钢EN 1013-3-1998 单层屋顶用反光成型塑料板.第3部分:聚氯乙烯(PVC)板的特殊要求和试验方法EN 1013-4-2000 单层屋顶用反光成型塑料薄板.第4部分:聚碳酸酯(PC)薄板的特殊要求、试验方法和性能EN 1013-5-2000 单层屋顶用反光成型塑料薄板.第5部分:聚甲基丙烯酸甲酯(PMMA)薄板的特殊要求、试验方法和性能EN 10136-1990 黑色金属材料的化学分析.钢中镍的测定.火焰原子吸收分光光度测定法EN 10137-1-1995 淬火和回火或沉淀硬化状态下高屈服强度结构钢制板材和宽扁钢.第1部分:一般交货条件EN 10137-2-1995 淬火和回火或沉淀硬化状态下高屈服强度结构钢制板材和宽扁钢.第2部分:淬火和回火钢的交换条件EN 10137-3-1995 淬火和回火或沉淀硬化状态下高屈服强度结构钢制板材和宽扁钢.第3部分:沉淀硬化钢的交换条件EN 10139-1997 冷成型加工用无涂层低碳钢制冷轧窄钢带.技术交货条件EN 10140-1996 冷轧窄钢带.尺寸和形状公差EN 1014-1-1995 木材防腐剂.沥青浸渍油以及用该油的浸渍木材.取样和分析.第1部分:沥青浸渍油取样法EN 1014-2-1996 木材防腐剂.沥青浸渍油以及用该油的浸渍木材.取样和分析.第2部分:跟踪分析用从浸渍木材中提取沥青浸EN 10142-2000 冷加工用连续热浸镀锌低碳钢带材和薄板.交货技术条件EN 10143-1993 连续热镀钢板和钢带.极根尺寸和形状公差EN 1014-3-1997 木材防腐剂.沥青浸渍油以及用该油浸渍的木材.取样和分析方法.第3部分:杂酚油中苯芬花含量的测定EN 1014-4-1995 木材防腐剂.煤焦浸渍油及用该油浸渍的木材.取样和分析.第4部分:煤焦浸渍油中水解萃取苯酚含量的测定EN 10147-2000 连续热浸镀锌结构钢带材和薄板.交货技术条件EN 10149-1-1995 冷成型用高屈服点钢制热轧扁平产品.第1部分:一般交货条件EN 10149-2-1995 冷成型用高屈服点钢制热轧扁平产品.第2部分:热机械轧制钢的交货条件EN 10149-3-1995 冷成型用高屈服点钢制热轧扁平产品.第3部分:普通退火和轧制钢交货条件EN 1015-10-1999 圬工用灰浆的检验方法.第10部分:固体灰浆干燥体密度的测定EN 1015-11-1999 圬工用灰浆的检验方法.第11部分:固体灰浆的弯曲拉伸强度和抗压强度的测定EN 1015-1-1998 圬工用灰浆的检验方法.第1部分:用筛分分析测定粒度分布EN 10151-2002 弹簧用不锈钢带材.交货技术条件EN 1015-12-2000 圬工用灰浆的试验方法.第12部分:在基底物上硬化打底和涂抹灰浆的粘结强度的测定EN 1015-17-2000 圬工用灰浆的试验方法.第17部分:新凝灰浆中水溶性氯化物含量的测定EN 1015-18-2002 圬工用灰浆的检验方法.第18部分:测定硬化泥浆毛吸作用引起的水吸收系EN 1015-19-1998 圬工用灰浆的检验方法.第19部分:粉刷灰浆制固定灰浆的水蒸气渗透性的测定EN 1015-21-2002 圬工用灰浆的检验方法.第21部分:测定底层灰浆与基材的兼容性EN 1015-2-1998 圬工用灰浆的检验方法.第2部分:灰浆的取样和检验灰浆的制备EN 10152-2003 电解镀锌冷轧扁钢制品.交货技术条件EN 1015-3-1999 圬工用灰浆的检验方法.第3部分:新鲜灰浆稠度的测定(流动扩展)EN 1015-4-1998 圬工用灰浆的检验方法.第4部分:用渗透器测定新鲜灰浆的粘度EN 10154-2002 连续热浸镀调质铝硅涂层(AS)钢带和薄板.交货技术条件EN 10155-1993 增强的耐大气腐蚀结构钢.交货技术条件EN 1015-6-1998 圬工用灰浆的检验方法.第6部分:测定新鲜灰浆的粗密度EN 1015-7-1998 圬工用灰浆的检验方法.第6部分:测定新鲜灰浆的粗密度EN 1015-9-1999 圬工用灰浆的检验方法.第9部分:新鲜灰浆的可处理时间和可修正时间的测定EN 10160-1999 厚度大于或等于6毫米的钢板制品的超声波检验(平面反射法)EN 10162-2003 冷轧钢型材.交货技术条件.尺寸和横截面公差EN 10163-1-1991 热轧钢制品表面状态的供货条件(薄板.宽扁钢和异型钢).第1部分:一般要求EN 10163-2-1991 热轧钢制品表面状态的供货条件(薄板.宽扁钢和异型钢).第2部分:薄板和宽扁钢EN 10163-3-1991 热轧钢制品表面状态的供货条件(薄板.宽扁钢和异型钢).第3部分:异型钢EN 10164-1993 经调质垂直于制品表在变形性能的钢制品.交货技术条件EN 10165-1996 非最终退火装态下合金钢制冷轧电工钢片和钢带EN 10169-1-2003 连续有机涂覆(盘绕涂覆)的扁钢制品.第1部分:一般信息(定义、材料、公差和试验方法)EN 10169-3-2003 连续有机涂层(盘绕涂层)扁平钢轧材.第3部分:建筑物内部设施用品EN 1017-1998 用于制备饮用水的产品.半烧结的白云石EN 10177-1990 铁材料的化学分析.钢中钙的测定.火焰原子吸收分光光度测定法EN 10178-1990 冶炼材料的化学分析.钢材中铌含量的测定.光度法EN 10179-1990 黑色金属材料的化学分析.钢中氮(微含量)的测定.光度法EN 10181-1990 黑色金属材料的化学分析.钢中铅含量)的测定.火焰原子吸收分光光度测定法EN 1018-1998 用于制备饮用水的产品.碳酸钙EN 10184-1990 钢铁材料的化学分析.钢内和铁内磷的测定.分光光度法EN 10188-1990 黑色金属材料的化学分析.钢铁中铬的测定.火焰原子吸收分光光度测定法EN 1019-1995 人员用水的化学处理.二氧化硫EN 10200-1992 钢铁冶炼材料的化学分析.钢中硼含量的测定.分光光度法EN 1020-2001 有风扇支持燃烧气体和/或燃烧物质传输、净热输入功率不超过300kW的空间加热用非家用燃气式强制对流空EN 10202-2001 冷轧锡产品.电解锡板和电解铬/氧化铬涂层钢EN 10204-1995 冶金产品.检验文件型式EN 10205-1992 生产白铁皮和电镀铬钢板用冷轧薄钢板卷EN 10207-1997 简单的压力容器用钢材.薄钢板,带钢和棒钢的交货技术条件EN 10208-1-1998 易燃液体或气体用管道钢管.交货技术条件.第1部分:要求等级为A的管EN 10208-2-1996 易燃液体或气体用管道钢管.交货技术条件.第2部分:要求等级为B的管EN 10209-1996 涂釉低碳钢制冷轧扁平制品.交货技术条件EN 10210-1-1994 非合金结构钢和精粒结构钢制的钢构件用热成型空心型件.第1部分:交货技术要求EN 10210-2-1997 非合金和细晶粒结构钢的热精加工结构空心型材.第2部分:公差,尺寸和分段特性EN 1021-1-1994 家具.装璜家具易燃性的评估.第1部分:火源:燃着的香烟EN 10211-1996 钢铁材料的化学分析.钢和铁中钛含量测定.火焰原子吸收光谱测定法EN 1021-2-1994 家具.室内装璜家具易燃性的评估.第2部分:火源:等同于火柴的煤气火焰EN 10212-1995 生铁材料的化学分析.用分光光度法测定钢和铁中的砷含量EN 10213-1-1996 压力容器用铸钢的交货技术条件.第1部分:概述EN 10213-2-1996 压力容器用铸钢的交货技术条件.第2部分:室温和高温下使用的钢种EN 10213-3-1996 压力容器用铸钢的交货技术条件.第3部分:低温下使用的钢种EN 10213-4-1996 压力容器用铸钢的交货技术条件.第4部分:奥氏体和奥氏体铁素钢种EN 10214-1995 连续热浸镀调质带锌铝覆层的钢带和薄板.交货技术条件EN 10215-1995 连续热浸镀调质带铝锌覆层的钢带和薄板.交货技术条件EN 10216-1-2002 压力载荷用无缝钢管.交货技术条件.第1部分:具有室温下规定性能的非合金钢管EN 10216-2-2002 压力载荷用无缝钢管.交货技术条件.第2部分:具有较高温度下规定性能的非合金和合金钢管EN 10216-3-2002 压力载荷用无缝钢管.交货技术条件.第3部分:细粒合金钢管EN 10216-4-2002 压力载荷用无缝钢管.交货技术条件.第4部分:具有低温下规定性能的非合金和合金钢管EN 10216-4-2002 压力载荷用无缝钢管.交货技术条件.第4部分:具有低温下规定性能的非合金和合金钢管EN 10217-1-2002 压力载荷用焊接钢管.交货技术条件.第1部分:具有室温下规定性能的非合金钢管EN 10217-1-2002 压力载荷用焊接钢管.交货技术条件.第1部分:具有室温下规定性能的非合金钢管EN 10217-2-2002 压力载荷用焊接钢管.交货技术条件.第2部分:具有较高温度下规定性能的电焊非合金和合金钢管EN 10217-2-2002 压力载荷用焊接钢管.交货技术条件.第2部分:具有较高温度下规定性能的电焊非合金和合金钢管EN 10217-3-2002 压力载荷用焊接钢管.交货技术条件.第3部分:细粒合金钢管EN 10217-3-2002 压力载荷用焊接钢管.交货技术条件.第3部分:细粒合金钢管EN 10217-4-2002 压力载荷用焊接钢管.交货技术条件.第4部分:具有低温下规定性能的电焊非合金钢管EN 10217-4-2002 压力载荷用焊接钢管.交货技术条件.第4部分:具有低温下规定性能的电焊非合金钢管EN 10217-5-2002 压力载荷用焊接钢管.交货技术条件.第5部分:具有较高温度下规定性能的埋弧焊接非合金和合金钢管EN 10217-5-2002 压力载荷用焊接钢管.交货技术条件.第5部分:具有较高温度下规定性能的埋弧焊接非合金和合金钢管EN 10217-6-2002 压力载荷用焊接钢管.交货技术条件.第6部分:具有低温下规定性能的埋弧焊接非合金钢管EN 10217-6-2002 压力载荷用焊接钢管.交货技术条件.第6部分:具有低温下规定性能的埋弧焊接非合金钢管EN 10218-1-1994 钢丝和线材产品.概述.第1部分:检验方法EN 10218-2-1996 钢丝和线材产品.概述.第2部分:线材尺寸和公差EN 10219-1-1997 非合金结构钢和细晶粒结构钢的冷成形结构空心型材.第1部分:交货技术要求EN 10219-2-1997 非合金结构钢和细晶粒结构钢的冷成形结构空心型材.第2部分:公差,尺寸和分段性能EN 10220-2002 无缝钢管.单位长度尺寸重量通用表EN 10221-1996 热轧钢棒和线材的表面质量等级.交货技术条件EN 1022-1997 居室家具.可就坐的家具.稳定性测试EN 10222-1-2002 压力容器用钢锻件.第1部分:自由成型锻件的一般要求EN 10222-2-2000 压力容器用钢锻件.第2部分:特定高温性能的铁素体和马氏体钢EN 10222-3-1999 压力罐用钢制锻件.第3部分:低温下有确定性能的镍钢EN 10222-4-2001 压力容器用钢锻件.第4部分:高弹限强度的可焊接细晶粒钢EN 10222-5-2000 压力容器用钢锻件.第5部分:马氏体、奥氏体和奥氏体铁素体不锈钢EN 10223-1-1998 栅栏用钢丝和钢丝制品.第1部分:锌和锌合金涂层的有刺钢丝EN 10223-2-1998 栅栏用钢丝和钢丝制品.第2部分:农业,隔离和栅栏用六角网目钢丝编织物EN 10223-3-1998 栅栏用钢丝和钢丝制品.第3部分:建筑用带六角网目的钢丝编织物EN 10223-4-1998 栅栏用钢丝和钢丝制品.第4部分:栅栏用钢丝焊接的格网EN 10223-5-1998 栅栏用钢丝和钢丝制品.第5部分:栅栏用钢丝铰链网格和结节网格EN 10223-6-1998 栅栏用钢丝和钢丝制品.第6部分:栅栏用正方形网目的钢丝编织物EN 10223-7-2002 栏栅用钢丝和钢丝制品.第7部分:栏栅用焊接钢丝板条EN 10224-2002 包括生活用水在内的水成液的输送用非合金钢管和配件.交货技术条件EN 10225-2001 固定近海结构的可焊接结构钢.技术交货条件EN 10228-1-1999 钢锻件的无损检验.第1部分:磁粉探伤EN 10228-2-1998 钢锻件的无损检验.第2部分:渗透检验EN 10228-3-1998 钢制锻件的无损检验.第3部分:铁氧体钢制或马氏体钢制锻件的超声波试验EN 10228-4-1999 钢锻件的无损检验.第4部分:奥氏和奥氏铁氧体非合金钢锻件的超声波检验EN 10229-1998 评定钢制品抗氢感应形成裂纹的性能(HIC)EN 10230-1-2000 钢丝钉.第1部分:一般用途的散装钉EN 1023-1-1996 办公室家具.隔断墙板.第1部分:尺寸EN 10232-1994 金属材料.管材(管截面).弯曲试验EN 1023-2-2001 办公室家具.隔断墙板.第2部分:机械安全要求EN 10233-1994 金属材料.管材.环形折曲试验EN 1023-3-2001 办公室家具.隔断墙板.第3部分:试验方法EN 10234-1994 金属材料.管材.扩管试验EN 10235-1994 金属材料.管材.折缘试验EN 10236-1994 金属材料.管材.扩管试验EN 10237-1994 金属材料.管.环状试样拉力试验.EN 10238-1996 结构钢制经自动喷射和自动涂层处理的产品EN 10240-1998 钢管用内部和/或外部防护涂层.通过在自动设备中热浸镀锡进行的涂层的规定EN 10241-2000 螺纹钢管EN 1024-1997 不连续铺设用粘土屋顶砖.几何特性测定EN 10242/A1-1999 可锻铸铁制螺纹管件.修正A1EN 10242/A2-2003 可锻铸铁制螺纹管件.修正A2EN 10242-1995 可锻铸铁制螺纹管件EN 10243-1-2000 钢热模锻件.尺寸公差.第1部分:落锤锻造和垂直压力锻造EN 10243-2-2000 钢热模锻件.尺寸公差.第2部分:在水平锻造机器上的顶锻EN 10244-1-2001 钢线和钢线产品.钢线上的有色金属涂层.第1部分:一般规则EN 10244-2-2001 钢线和钢线产品.钢线上的有色金属涂层.第2部分:锌和锌合金涂层EN 10244-3-2001 钢线和钢线产品.钢线上的有色金属涂层.第3部分:铝涂层EN 10244-4-2001 钢线和钢线产品.钢线上的有色金属涂层.第4部分:锡涂层EN 10244-5-2001 钢线和钢线产品.钢线上的有色金属涂层.第5部分:镍涂层EN 10244-6-2001 钢线和钢线产品.钢线上的有色金属涂层.第6部分:铜,青铜和黄铜涂层EN 10245-1-2001 钢线和钢线产品.钢线上的有机涂层.第1部分:一般规则EN 10245-2-2001 钢线和钢线产品.钢线上的有机涂层.第2部分:PVC 涂层线EN 10245-3-2001 钢线和钢线产品.钢线上的有机涂层.第3部分:PE 涂层线EN 10245-4-2003 钢丝和钢丝产品.钢丝上的有机涂层.第4部分:聚酯涂层丝EN 10246-10 Berichtigung 1-2000 DIN EN 10246-10的勘误EN 10246-10-2000 钢管的无损检验.第10部分:缺陷探测用自动熔融电弧焊接钢管焊缝的放射线检验EN 10246-11-2000 钢管的无损试验.第11部分:表面缺陷探测用的无缝和焊接钢管的液体渗透试验EN 10246-1-1996 钢管的无损检测.第1部分:证明密封性用无缝和焊接铁磁钢管(埋弧焊除外)的自动电磁检验EN 10246-12-2000 钢管的无损检验.第12部分:表面缺陷探测用无缝和焊接铁磁钢管的磁粉探伤EN 10246-13-2000 钢管的无损检验.第13部分:无缝和焊接(埋弧焊除外)钢管的自动全周超声波测厚检验EN 10246-14-2000 钢管的无损试验.第14部分:无缝和焊接钢管(埋头焊接除外)叠层缺陷检测的自动超声波试验.德文版本E EN 10246-15-2000 钢管的无损检验.第15部分:用于检测层状缺陷的焊接钢管生产时用的带材/板材的自动超声波检验EN 10246-16-2000 钢管的无损检验.第16部分:层状缺陷检测用焊接钢管焊缝区域的自动超声波检验EN 10246-17-2000 钢管的无损检验.第17部分:层状缺陷检测用无缝和焊接钢管管端的超声波检验EN 10246-18-2000 钢管的无损检验.第18部分:层状缺陷检测用无缝和焊接铁磁钢管管端的磁粉探伤EN 10246-2-2000 钢管的无损试验.第2部分:证明液压渗漏紧密性的无缝和焊接(埋弧焊接除外)的奥氏体和铁素体/奥氏体钢EN 10246-3-2000 钢管的无损试验.第3部分:无缝和焊接钢管(埋弧焊接除外)缺陷检测的自动涡电流试验.德文版本EN10246 EN 10246-4-2000 钢管的无损检验.第4部分:横向不完整性检测用铁磁无缝钢管的自动全外围磁换能器检验/磁漏检验EN 10246-5-2000 钢管的无损检验.第5部分:纵向不完整性检测用铁磁无缝和焊接(埋弧焊接除外)钢管的自动全外围磁换能EN 10246-6-2000 钢管的无损试验.第6部分:无缝钢管横向缺陷探测的自动全周长超声波试验EN 10246-7-1996 钢管的无损检测.第7部分:证明长度误差用整个管圆周上无缝和焊接铁磁钢管(埋弧焊除外)的自动超声波EN 10246-8-2000 钢管的无损试验.第8部分:电焊钢管焊缝径向缺陷探测的自动超声试验EN 10246-9-2000 钢管的无损试验.第9部分:径向和/或横向缺陷探测用的埋弧焊钢管的自动超声试验EN 10248-1-1995 非合金钢制热轧板桩.第1部分:交货技术条件EN 10248-2-1995 非合金钢制热轧板桩.第2部分:极限尺寸和外形公差EN 10249-1-1995 非合金钢制冷成型板桩.第1部分:交货技术条件EN 10249-2-1995 非合金钢制冷成型板桩.第2部分:极限尺寸和外形公差EN 10250-1-1999 通用工程用开式模锻钢件.第1部分:一般要求EN 10250-2-1999 通用工程用开式模锻钢件.第2部分:非合金质量级钢和特种钢EN 10250-3-1999 通用工程用开式模锻钢件.第3部分:特种合金钢EN 10250-4-2000 通用工程用开式模锻钢件.第4部分:不锈钢EN 10251-1997 磁性材料.测定电工钢片和电工钢带几何特性值的方法EN 10252-1997 磁性材料.中等频率下电工钢片和电工钢带的磁性测量的方法EN 10253-1-1999 对焊管配件.第1部分:一般用途和无特定检验要求的锻造碳钢EN 10254-2000 闭模锻造的钢锻件.通用技术交货条件EN 10256-2000 钢管的无损检验.1级和2级检验师的合格证明及能力EN 10257-1-1998 电流电缆和通信电缆加固用锌或锌合金涂层的非合金钢丝.第1部分:地下铺设的电缆EN 10257-2-1998 电流电缆和通信电缆加固用锌或锌合金涂层的非合金钢丝.第2部分:海底电缆EN 10258-1997 冷轧不锈钢窄带材和剪切长度.极限尺寸和外形公差EN 10259-1997 冷轧不锈钢宽带材和薄板.极限尺寸和外形公差EN 1026-2000 门窗.透气率.试验方法EN 10263-1-2001 冷镦和冷挤压的钢杆材、棒材和线材.第1部分:一般交货技术条件EN 10263-2-2001 冷镦和冷挤压的钢杆材、棒材和线材.第2部分:冷处理后不用于热处理的钢的交货技术条件EN 10263-3-2001 冷镦和冷挤压的钢杆材、棒材和线材.第3部分:表面硬化钢的交货技术条件EN 10263-4-2001 冷镦和冷挤压的钢杆材、棒材和线材.第4部分:淬火和回火钢的交货技术条件EN 10263-5-2001 冷镦和冷挤压的钢杆材、棒材和线材.第5部分:不锈钢的交货技术条件EN 10264-1-2002 钢丝和钢丝产品.绳索用钢丝.第1部分:一般要求EN 10264-2-2002 钢丝和钢丝产品.绳索用钢丝.第2部分:一般绳索用的冷拉非合金钢丝EN 10264-3-2002 钢丝和钢丝产品.钢丝绳用钢丝.第3部分:3: 重型装置用圆形和异型非合金钢丝EN 10264-4-2002 钢丝和钢丝产品.绳索用钢丝.第4部分:不锈钢钢丝EN 10265-1996 磁性材料.确定机械性能和磁性能的薄钢板和带钢的要求EN 10266-2003 钢管、配件和结构空心型材.产品标准中使用的符号和术语定义EN 10267-1998 由热变形温度产生的沉淀硬化铁氧-珠光体钢EN 10268-1999 微型合金钢制冷变形用高延展极限冷轧平面产品.交货技术要求EN 10269-1999 具有特殊高温和/或低温性能的紧固件用钢和镍合金EN 10270-1-2001 机械弹簧用钢丝.第1部分:铅淬火冷拉制非合金钢丝EN 10270-2-2001 机械弹簧用钢丝.第2部分:油淬火和回火弹簧钢丝EN 10270-3-2001 机械弹簧用钢丝.第3部分:不锈钢弹簧钢丝EN 10271-1998 带电解分离锌-镍(ZN)涂层的平面钢制品.交货技术条件EN 1027-2000 门窗.水密性.试验方法EN 10272-2001 压力设备用不锈钢棒材EN 10273-2000 规定高温性能的压力容器用热轧可焊钢棒EN 10274-1999 金属材料.重量坠落试验EN 10275-1999 金属材料.管环液压压力试验EN 10276-1-2000 铁素体材料的化学分析.钢铁中氧的含量测定.第1部分:氧测定用钢样品的抽样和制备EN 10276-2-2003 钢铁材料的化学分析.钢铁中氧含量的测定.第2部分:在惰性气体中熔解后的红外法EN 10277-1-1999 光亮钢产品.技术交货条件.第1部分:总则EN 10277-2-1999 光亮钢产品.技术交货条件.第2部分:一般工程用钢EN 10277-3-1999 光亮钢产品.技术交货条件.第3部分:快削钢EN 10277-4-1999 光亮钢产品.技术交货条件.第4部分:表面硬化钢EN 10277-5-1999 光亮钢产品.技术交货条件.第5部分:回火和淬火钢EN 10278-1999 光亮钢产品的尺寸和公差EN 10279-2000 热轧钢管道.形状,尺寸,质量公差.德文版本EN 10279:2000EN 10280-2001 磁性材料.使用单片试验机测量电工钢板和带钢的磁性的方法EN 1028-1-2002 消防泵.带起动注油器的消防离心泵.第1部分:分类、总则和安全要求EN 10282-2001 磁性材料.测定电工钢板和带钢表面绝缘电阻的试验方法EN 1028-2-2002 消防泵.带起动注油器的消防离心泵.第2部分:总则和安全要求的检定EN 10283-1998 耐蚀钢铸件EN 10284-2000 聚乙烯(PE)管系统用带压缩端的可锻铸铁配件EN 10288-2002 岸上和近海管线用钢管及配件.外部双层挤压聚乙烯基涂层EN 10291 Bb.1-2001 金属材料.单轴蠕变拉伸试验.试验方法.应用指示EN 10291-2001 金属材料.单轴蠕变拉伸试验.试验方法EN 10292-2003 冷成型用高屈服强度的连续热浸镀钢带材和薄板.交货技术条件EN 10295-2002 耐热钢铸件EN 10296-1-2003 机械工程和一般工程用焊接圆钢管.交货技术条件.第1部分:非合金及合金钢管EN 10297-1-2003 机械和工程通用无缝环形钢管.交货技术条件.第1部分:非合金和合金钢管EN 10301-2003 海上和近海管道用钢管和配件.降低无腐蚀气体运输摩擦的内涂层EN 10302-2002 耐蠕变的镍和钴合金钢EN 10302-2002 耐蠕变的镍和钴合金钢EN 10303-2001 在中等频率使用的薄磁性钢片材和带材。

1008 2010 EU

1008 2010 EU

REGULATIONSCOMMISSION REGULATION (EU) No 1008/2010of 9 November 2010concerning type-approval requirements for windscreen wiper and washer systems of certain motorvehicles and implementing Regulation (EC) No 661/2009 of the European Parliament and of the Council concerning type-approval requirements for the general safety of motor vehicles, theirtrailers and systems, components and separate technical units intended therefor(Text with EEA relevance)THE EUROPEAN COMMISSION,Having regard to the Treaty on the Functioning of the European Union,Having regard to Regulation (EC) No 661/2009 of the European Parliament and of the Council of 13 July 2009 concerning type- approval requirements for the general safety of motor vehicles, their trailers and systems, components and separate technical units intended therefor ( 1 ), and in particular Article 14(1)(a) thereof, Whereas:(1) Regulation (EC) No 661/2009 is a separate Regulation for the purposes of the type-approval procedure provided for by Directive 2007/46/EC of the European Parliament and of the Council of 5 September 2007 establishing aframework for the approval of motor vehicles and theirtrailers, and of systems, components and separatetechnical units intended for such vehicles (Framework Directive) ( 2 ). (2) Regulation (EC) No 661/2009 repeals Council Directive78/318/EEC of 21 December 1977 on the approxi ­mation of the laws of the Member States relating tothe wiper and washer systems of motor vehicles ( 3 ).The requirements set out in that Directive should be carried over to this Regulation and, where necessary, amended in order to adapt them to the development of scientific and technical knowledge.(3) The scope of this Regulation should be in line with thatof Directive 78/318/EEC and thus limited to vehicles ofcategory M 1 .(4) Regulation (EC) No 661/2009 lays down fundamentalprovisions on requirements for the type-approval of motor vehicles with regard to their windscreen wiper and washer systems and the type-approval of windscreenwasher systems as separate technical units. Therefore, it is necessary to set out the specific procedures, tests and requirements for such type-approval.(5) Themeasures provided for in this Regulation are in accordance with the opinion of the Technical Committee – Motor Vehicles,HAS ADOPTED THIS REGULATION:Article 1 ScopeThis Regulation applies to motor vehicles of category M 1, as defined in Annex II to Directive 2007/46/EC, which are fittedwith a windscreen, as well as to windscreen washer systemsintended for fitment to motor vehicles of category M 1 . Article 2 DefinitionsFor the purposes of this Regulation, the following definitionsshall apply:(1) ‘vehicle type with regard to the windscreen wiper andwasher system’ means vehicles which do not differ in such essential respects as: the characteristics of the wiper and washer system or the shape, size and characteristics of the windscreen and its mounting; (2) ‘type of windscreen washer system’ means a group ofwindscreen washer systems which do not differ in such essential respects as the pump performance, materials used, storage capacity, number of nozzles, sizes, wall thicknesses or shape of the washer system; (3) ‘engine’ means a combustion engine running on eitherliquid or gaseous fuel; (4) ‘windscreen wiper system’ means the system consisting ofa device for wiping the outer face of the windscreen, together with the accessories and controls necessary for starting and stopping the device;( 1 ) OJ L 200, 31.7.2009, p. 1. ( 2 ) OJ L 263, 9.10.2007, p. 1. ( 3 ) OJ L 81, 28.3.1978, p. 49.(5) ‘wiper field’ means the area(s) on the windscreen which iswiped by the wiper blade(s) when the wiper system is operating under normal conditions.(6) ‘intermittent operation of the wiper system’ means anautomatic non-continuous mode of operation of the wiper system, where after each full cycle there is a period during which the wipers are stationary in one specific designated halting position;(7) ‘windscreen washer system’ means the system consisting ofdevices for storing, transferring and aiming fluid towards the outer face of the windscreen, together with the controls necessary for starting and stopping the device;(8) ‘washer control’ means the device by which the washersystem is manually activated and deactivated;(9) ‘washer pump’ means a device for transferring fluid fromthe washer system storage reservoir to the outer face of the windscreen;(10) ‘nozzle’ means a device which serves to direct fluid ontothe windscreen;(11) ‘fully primed system’ means a system which has beenactivated normally for a period of time and where fluid has been transferred through the pump, tubing and has exited the nozzle(s);(12) ‘cleaned area’ means the previously soiled area which doesnot have any traces of drops and remaining dirt after it hasdried completely;(13) ‘vision area A’ means test area A as defined in paragraph2.2. of Annex 18 to UNECE Regulation No 43 (1);(14) ‘vision area B’ means reduced test area B as defined inparagraph 2.4. of Annex 18 to UNECE Regulation No 43, without the exclusion of the area defined in paragraph 2.4.1. thereof;(15) ‘design torso angle’ means the angle measured between avertical line through the R-point or seating reference pointand the torso line in a position which corresponds to the design position of the seat-back as declared by the vehicle manufacturer;(16) ‘R-point’ or seating reference point means the design pointdefined by the vehicle manufacturer for each seating position with respect to the three-dimensional reference system;(17) ‘three-dimensional reference system’ means a reference gridwhich consists of a vertical longitudinal plane X-Z, a hori­zontal plane X-Y and a vertical transverse plane Y-Z in accordance with the provisions of Appendix 2 of Annex III to this Regulation; (18) ‘primary reference marks’ means holes, surfaces, marks orother identification signs on the vehicle body or chassis ofwhich the X, Y and Z coordinates within the three-dimen­sional reference grid are specified by the vehicle manu­facturer;(19) ‘vehicle master control switch’ means the device by whichthe vehicle's on-board electronics system is brought frombeing switched off, as is the case when a vehicle is parkedwithout the driver being present, to normal operationmode;Article 3EC type-approval of a vehicle with regard to its windscreen wiper and washer systems1. The manufacturer or his representative shall submit to the type-approval authority the application for EC type-approval of a vehicle with regard to its windscreen wiper and washer systems.2. The application shall be drawn up in accordance with the model of the information document set out in Part 1 of Annex I.3. If the relevant requirements set out in Annex III to this Regulation are met, the approval authority shall grant an EC type-approval and issue a type-approval number in accordance with the numbering system set out in Annex VII to Directive 2007/46/EC.A Member State may not assign the same number to another vehicle type.4. For the purposes of paragraph 3, the type-approval authority shall deliver an EC type-approval certificate establishedin accordance with the model set out in Part 2 of Annex I.Article 4EC separate technical unit type-approval of windscreenwasher systems1. The manufacturer or his representative shall submit to the type-approval authority the application for EC separate technical unit type-approval for a type of windscreen washer system.The application shall be drawn up in accordance with the model of the information document set out in Part 1 of Annex II.2. If the relevant requirements set out in Annex III to this Regulation are met, the approval authority shall grant an EC separate technical unit type-approval and issue a type-approval number in accordance with the numbering system set out in Annex VII to Directive 2007/46/EC.(1) OJ L 230, 31.8.2010, p. 119.A Member State may not assign the same number to another type of separate technical unit.3. For the purposes of paragraph 2, the type-approval authority shall deliver an EC type-approval certificate established in accordance with the model set out in Part 2 of Annex II.Article 5EC separate technical unit type-approval mark Every separate technical unit conforming to a type in respect of which EC separate technical unit type-approval has been granted pursuant to this Regulation shall bear an EC separate technical unit type-approval mark as set out in Part 3 of Annex II.Article 6Validity and extension of approvals granted underDirective 78/318/EECNational authorities shall permit the sale and entry into service of vehicles and separate technical units type-approved before the date referred to in Article 13(2) of Regulation (EC) No 661/2009, and continue to grant extension of approvals to those vehicles and separate technical units under the terms of Directive 78/318/EEC.Article 7Entry into forceThis Regulation shall enter into force on the twentieth day following that of its publication in the Official Journal of the European Union.This Regulation shall be binding in its entirety and directly applicable in all Member States. Done at Brussels, 9 November 2010.For the CommissionThe PresidentJosé Manuel BARROSOANNEX IAdministrative documents for EC type-approval of motor vehicles with regard to their windscreen wiper andwasher systemsPART 1Information documentMODELInformation document No … relating to the EC type-approval of a motor vehicle with regard to its windscreen wiper and washer systems.The following information shall be supplied in triplicate and include a list of contents. Any drawings shall be supplied in appropriate scale and in sufficient detail on size A4 or on a folder of A4 format. Photographs, if any, shall show sufficient detail.If the systems, components or separate technical units referred to in this information document have electronic controls, information concerning their performance shall be supplied.0. GENERAL......................................................................................................................................ofmanufacturer):name(trade0.1. Make..................................................................................................................................................................................................0.2. Type:(if...........................................................................................................................................available):0.2.1. Commercialname(s)0.3. Means of identification of type, if marked on the vehicle (b): .......................................................................................marking:..........................................................................................................................................................ofthat0.3.1. Locationvehicle(c): .................................................................................................................................................................of0.4. Category.......................................................................................................................................manufacturer:of0.5. Nameandaddressplant(s):.....................................................................................................................assemblyandof0.8. Name(s)address(es)(ifrepresentative..................................................................................manufacturer'sany):addresstheand0.9. NameofTHEVEHICLEOFCHARACTERISTICSCONSTRUCTION1. GENERALrepresentativevehicle:...............................................................................................aand/orof1.1. Photographsdrawings(k)3. POWERPLANTengine3.2. Internalcombustion(n): ................................. kW at .................................. min–1(manufacturer's declared value) powernet3.2.1.8. Maximumsystem3.2.5. Electricalvoltage:...................................................................................................................... V, positive/negative ground (1) 3.2.5.1. Rated3.2.5.2. Generator3.2.5.2.1. Type: ..................................................................................................................................................................................................3.2.5.2.2. Nominal output: ....................................................................................................................................................................VAmotor3.3. Electric3.3.1.1. Maximumoutput:................................................................................................................................................... k W hourly (V)3.3.1.2. Operatingvoltage:3.3.2. Battery3.3.2.3. Capacity:.......................................................................................................................................................... A h (Amp-hours)combinationmotoror3.4. Engine(1)yes/noelectricvehicle:3.4.1. Hybridcharging/notoff-vehiclecharging:off-vehicle(1)electricvehicle:of3.4.2. Categoryhybrid(battery,capacitor,flywheel/generator)device:the3.4.4. Descriptionofenergystorage3.4.4.5. Energy:..............................................................................................................................................................................................(for battery: voltage and capacity Ah in 2 h, for capacitor: J, ......................................................................................)(1)board/external/withouton3.4.4.6. Charger:(p)4. TRANSMISSIONkm/h)(q): ......................................................................................................................speed(in4.7. Maximumvehicledesign9. BODYWORKofconstruction:......................................................................................................................andmethods9.2. Materialsusedvision9.4. Fieldof9.4.1. Particulars of the primary reference marks in sufficient detail to enable them to be readily identified and theposition of each in relation to the others and to the R-point to be verified: .........................................................windowsother9.5. Windscreenand9.5.1. Windscreen................................................................................................................................................................................used:9.5.1.1. Materials...................................................................................................................................................................mounting:9.5.1.2. Methodof....................................................................................................................................................................inclination:9.5.1.3. Angleofnumber(s):........................................................................................................................................................... 9.5.1.4. Type-approvalfittedwithatogetherofanydescriptionbriefinandaccessoriesarethe9.5.1.5. Windscreenpositiontheywhichelectrical/electronic components involved: ............................................................................................................................systemwiper9.6. Windscreenordrawings):...........................................................................photographs9.6.1. Detailedtechnicaldescription(includingsystemwasher9.7. Windscreen9.7.1. Detailed technical description (including photographs or drawings) or, if approved as separate technical unit,type-approval number: .................................................................................................................................................................demisting9.8. Defrostingand...................................................................................................................................kWconsumption:electrical9.8.2. Maximumarrangement9.10. Interior9.10.3. Seats9.10.3.5. Coordinates or drawing of the R-point9.10.3.5.1. Driver's seat: .................................................................................................................................................................................... 9.10.3.6. Design torso angle9.10.3.6.1. Driver's seat: ....................................................................................................................................................................................Explanatory notes(1) Delete where not applicable.(b) If the means of identification of type contains characters not relevant to describe the vehicle, component or separatetechnical unit types covered by this information document, such characters shall be represented in the documentation by the symbol ‘?’ (e.g. ABC??123??).(c) Classified according to the definitions set out in Directive 2007/46/EC Part A of Annex II.(k) In the case of a vehicle that can run either on petrol, diesel, etc., or also in combination with another fuel, items shall be repeated. In the case of non-conventional engines and systems, particulars equivalent to those referred to here shall be supplied by the manufacturer.(n) Determined in accordance with the requirements of Council Directive 80/1269/EEC (OJ L 375, 31.12.1980, p. 46). (p) The specified particulars are to be given for any proposed variants.(q) With respect to trailers, maximum speed permitted by the manufacturer.EC type-approval certificateMODELFormat: A4 (210 × 297 mm)EC TYPE-APPROVAL CERTIFICATECommunication concerning:— EC type-approval (1)— extension of EC type-approval (1) — refusal of EC type-approval (1) — withdrawal of EC type-approval (1)9 > > > >> => > > > > ;of a type of vehicle with regard to its windscreen wiper and washer systemswith regard to Regulation (EU) No 1008/2010, as last amended by Regulation (EU) No .../ (1)EC type-approval number: ............................................................................................................................................................................... Reason for extension: ........................................................................................................................................................................................SECTION I0.1. Make (trade name of manufacturer): .................................................................................................................................................0.2. Type: ............................................................................................................................................................................................................0.2.1. Commercial name(s) (if available): ......................................................................................................................................................0.3. Means of identification of type, if marked on the vehicle (2): ..................................................................................................0.3.1. Location of that marking: .....................................................................................................................................................................0.4. Category of vehicle (3): ...........................................................................................................................................................................0.5. Name and address of manufacturer: ..................................................................................................................................................0.8. Name(s) and address(es) of assembly plant(s): ................................................................................................................................0.9. Name and address of the manufacturer's representative (if any): ............................................................................................SECTION II1. Additional information: see Addendum.2. Technical service responsible for carrying out the tests: ...................................................................................................................3. Date of test report: .........................................................................................................................................................................................4. Number of test report: ..................................................................................................................................................................................5. Remarks (if any): see Addendum.6. Place: ...................................................................................................................................................................................................................7. Date: ....................................................................................................................................................................................................................8. Signature: ........................................................................................................................................................................................................... Attachments: Information packageTest report(1) Delete where not applicable.(2) If the means of identification of type contains characters not relevant to describe the vehicle, component or separate technical unittypes covered by this information document, such characters shall be represented in the documentation by the symbol ‘?’ (e.g.ABC??123??).(3) As defined in Directive 2007/46/EC, Annex II, Section A.to EC type-approval certificate No …1. Additional information:1.1. Brief description of the vehicle type as regards its structure, dimensions, lines and constituent materials: .............................................................................................................................................................................................................................................1.2. Description of the method of operation of the wiper and washing systems: ........................................................................1.3. Detailed description of the wiper system (i.e. number of blades, blade lengths, wiper arm dimensions, etc.): ..........1.4. Detailed description of the washer system (i.e. number of nozzles, number of outlet ports per nozzle, washer pump,fluid storage container, washer line hoses and their mounting to pump and nozzles, etc.) .............................................1.5. Fluid storage capacity (litre): ....................................................................................................................................................................1.6. Maximum vehicle design speed (km/h): ...............................................................................................................................................2. Hand of drive: left/right (1)3. Left hand drive and mirror-opposite right hand drive systems: yes/no (1)4. Aerodynamic spoiler fitted onto the wiper arm/wiper blade (1) at driver side/centre/passenger side/ (1)5. Remarks: .........................................................................................................................................................................................................(1) Delete as appropriate.ANNEX IIAdministrative documents for EC type-approval of windscreen washer systems as separate technical unitsPART 1Information documentMODELInformation document No … relating to the EC type-approval as a separate technical unit of windscreen washer systems.The following information shall be supplied in triplicate and include a list of contents. Any drawings shall be supplied in appropriate scale and in sufficient detail on size A4 or on a folder of A4 format. Photographs, if any, shall show sufficient detail.If the systems, components or separate technical units referred to in this information document have electronic controls, information concerning their performance shall be supplied.0. GENERAL0.1. Make (trade name of manufacturer): .................................................................................................................................................0.2. Type: ............................................................................................................................................................................................................0.3. Means of identification of type, if marked on the separate technical unit (b): ....................................................................0.3.1. Location of that marking: .....................................................................................................................................................................0.5. Name and address of manufacturer: ..................................................................................................................................................0.7. In case of separate technical units, location and method of affixing the EC approval mark: .......................................0.8. Name(s) and address(es) of assembly plant(s): ................................................................................................................................0.9. Name and address of the manufacturer's representative (if any): ............................................................................................9.7. Windscreen washer9.7.1. Detailed technical description (including photographs or drawings): .....................................................................................Explanatory notes(b) If the means of identification of type contains characters not relevant to describe the vehicle, component or separatetechnical unit types covered by this information document, such characters shall be represented in the documentation by the symbol ‘?’ (e.g. ABC??123??).EC type-approval certificateMODELFormat: A4 (210 × 297 mm)EC TYPE-APPROVAL CERTIFICATECommunication concerning:— EC type-approval (1)— extension of EC type-approval (1) — refusal of EC type-approval (1) — withdrawal of EC type-approval (1)9 > > > >> => > > > > ;of a type of windscreen washer system as a separate technical unitwith regard to Regulation (EU) No 1008/2010, as last amended by Regulation (EU) No .../ (1)EC type-approval number: ............................................................................................................................................................................... Reason for extension: ........................................................................................................................................................................................SECTION I0.1. Make (trade name of manufacturer): .................................................................................................................................................0.2. Type: ............................................................................................................................................................................................................0.3. Means of identification of type, if marked on the separate technical unit (2): ....................................................................0.3.1. Location of that marking: .....................................................................................................................................................................0.5. Name and address of manufacturer: ..................................................................................................................................................0.7. Location and method of affixing of the EC approval mark: ....................................................................................................0.8. Name(s) and address(es) of assembly plant(s): ................................................................................................................................0.9. Name and address of the manufacturer's representative (if any): ............................................................................................SECTION II1. Additional information: see Addendum.2. Technical service responsible for carrying out the tests: ...................................................................................................................3. Date of test report: .........................................................................................................................................................................................4. Number of test report: ..................................................................................................................................................................................5. Remarks (if any): see Addendum.6. Place: ...................................................................................................................................................................................................................7. Date: ....................................................................................................................................................................................................................8. Signature: ........................................................................................................................................................................................................... Attachments: Information packageTest report(1) Delete where not applicable.(2) If the means of identification of type contains characters not relevant to describe the vehicle, component or separate technical unittypes covered by this information document, such characters shall be represented in the documentation by the symbol ‘?’ (e.g.ABC??123??).。

en14067-6-2010

en14067-6-2010

EN xxx-6-2010:碳足迹产品综合计量系の发展和透明度(Carbon footprint of products - Requirements and guidelines for quantification andmunication)1. 序EN xxx-6-2010是一项用于计量和传播产品碳足迹的标准,对于减少和管理碳足迹具有重要意义。

本标准的实施将有助于企业和组织更好地了解其产品的碳足迹,并采取相应的减排措施,推动绿色低碳发展。

本文将对EN xxx-6-2010进行全面解读,以期为读者提供更深入的认识和了解。

2. 背景和意义EN xxx-6-2010是碳足迹产品综合计量系列标准之一,旨在帮助企业实现对其产品的碳足迹的准确测量和透明传播,有助于用户更好地了解产品的环境性能。

这对推动企业实施碳足迹减排、提高产品竞争力、满足用户环保需求,具有重要意义。

3. 标准内容EN xxx-6-2010标准主要包括以下内容:- 术语和定义:对碳足迹等相关术语进行了明确的定义,有助于标准的统一理解和应用;- 原则:规定了产品碳足迹计算应遵循的基本原则,确保计量的科学性和准确性;- 数据采集和处理:对产品碳足迹计算中所需的数据采集和处理进行了详细规定,保证计算的科学性和可比性;- 计算方法:规定了产品碳足迹的计算方法,涵盖了温室气体排放的各个环节和生命周期,确保计算结果的全面性和准确性;- 传播要求:规定了产品碳足迹的传播要求和格式,有助于用户更直观地了解产品碳足迹。

4. 标准应用EN xxx-6-2010标准适用于所有类型的产品,包括商品和服务。

企业和组织利用该标准可以开展产品的碳足迹计算和传播工作,可以作为企业环保管理和产品设计改进的重要依据进行参考,也可以用于产品环境标识和认证。

标准的实施将促进产品碳足迹计算和传播的规范化和透明化,有助于推动低碳生产和消费。

5. 标准优势EN xxx-6-2010标准具有以下优势:- 综合性:涵盖了产品碳足迹计量和传播的全部环节,包括数据采集、计算方法、传播要求等,确保计量的全面和准确;- 科学性:标准对计算方法和数据处理进行了详细规定,保证了计算结果的科学性和可比性;- 实践性:标准的实施将有助于企业和组织更好地了解和管理产品的碳足迹,有助于推动低碳发展和绿色消费。

中科院2010年分区表

中科院2010年分区表

刊名简称刊名全称ISSN大类名称复分大类分区1941-1405地学1 ANNU REV MAR SCI Annual Review of Marine Science1680-7316地学1 ATMOS CHEM PHYS ATMOSPHERIC CHEMISTRY AND PHYSI0003-0007地学1B AM METEOROL SOC BULLETIN OF THE AMERICAN METEORCLIM DYNAM CLIMATE DYNAMICS0930-7575地学1 CRYOSPHERE Cryosphere1994-0416地学10012-821X地学1 EARTH PLANET SC LETTEARTH AND PLANETARY SCIENCE LETEARTH-SCI REV EARTH-SCIENCE REVIEWS0012-8252地学1 GEOCHIM COSMOCHIM ACGEOCHIMICA ET COSMOCHIMICA ACTA0016-7037地学1 GEOLOGY GEOLOGY0091-7613地学1 GONDWANA RES GONDWANA RESEARCH1342-937X地学1J CLIMATE JOURNAL OF CLIMATE0894-8755地学1J METAMORPH GEOL JOURNAL OF METAMORPHIC GEOLOGY0263-4929地学1J PETROL JOURNAL OF PETROLOGY0022-3530地学1 NAT GEOSCI Nature Geoscience1752-0894地学1 PALEOCEANOGRAPHY PALEOCEANOGRAPHY0883-8305地学1 PRECAMBRIAN RES PRECAMBRIAN RESEARCH0301-9268地学1 QUATERNARY SCI REV QUATERNARY SCIENCE REVIEWS0277-3791地学1 REV GEOPHYS REVIEWS OF GEOPHYSICS8755-1209地学1 GEOPHYS RES LETT GEOPHYSICAL RESEARCH LETTERS0094-8276地学20022-4928地学2J ATMOS SCI JOURNAL OF THE ATMOSPHERIC SCIE0148-0227地学2J GEOPHYS RES JOURNAL OF GEOPHYSICAL RESEARCHJ HYDROL JOURNAL OF HYDROLOGY0022-1694地学2 LIMNOL OCEANOGR LIMNOLOGY AND OCEANOGRAPHY0024-3590地学2AM J SCI AMERICAN JOURNAL OF SCIENCE0002-9599地学2 APPL CLAY SCI APPLIED CLAY SCIENCE0169-1317地学21867-1381地学2 ATMOS MEAS TECH Atmospheric Measurement TechniqB VOLCANOL BULLETIN OF VOLCANOLOGY0258-8900地学2 BASIN RES BASIN RESEARCH0950-091X地学2 BOREAS BOREAS0300-9483地学2 BOUND-LAY METEOROL BOUNDARY-LAYER METEOROLOGY0006-8314地学2 CHEM GEOL CHEMICAL GEOLOGY0009-2541地学2 CLIM PAST Climate of the Past 1814-9324地学20010-7999地学2 CONTRIB MINERAL PETRCONTRIBUTIONS TO MINERALOGY AND0967-0637地学2 DEEP-SEA RES PT I DEEP-SEA RESEARCH PART I-OCEANO0377-0265地学2 DYNAM ATMOS OCEANS DYNAMICS OF ATMOSPHERES AND OCEELEMENTS Elements1811-5209地学21525-2027地学2 GEOCHEM GEOPHY GEOSYGEOCHEMISTRY GEOPHYSICS GEOSYST0016-7606地学2 GEOL SOC AM BULL GEOLOGICAL SOCIETY OF AMERICA BGEOMORPHOLOGY GEOMORPHOLOGY0169-555X地学20956-540X地学2 GEOPHYS J INT GEOPHYSICAL JOURNAL INTERNATION1639-4488地学2 GEOSTAND GEOANAL RESGEOSTANDARDS AND GEOANALYTICALGEOTEXT GEOMEMBRANESGEOTEXTILES AND GEOMEMBRANES0266-1144地学2 HOLOCENE HOLOCENE0959-6836地学21027-5606地学2 HYDROL EARTH SYST SCHYDROLOGY AND EARTH SYSTEM SCIE0899-8418地学2INT J CLIMATOL INTERNATIONAL JOURNAL OF CLIMAT1437-3254地学2INT J EARTH SCI INTERNATIONAL JOURNAL OF EARTHJ GEOL JOURNAL OF GEOLOGY0022-1376地学20016-7649地学2J GEOL SOC LONDON JOURNAL OF THE GEOLOGICAL SOCIEJ HYDROMETEOROL JOURNAL OF HYDROMETEOROLOGY1525-755X地学2J MARINE SYST JOURNAL OF MARINE SYSTEMS0924-7963地学2 J PALEOLIMNOL JOURNAL OF PALEOLIMNOLOGY0921-2728地学20022-3670地学2 J PHYS OCEANOGR JOURNAL OF PHYSICAL OCEANOGRAPHJ QUATERNARY SCI JOURNAL OF QUATERNARY SCIENCE0267-8179地学21477-2019地学2 J SYST PALAEONTOL JOURNAL OF SYSTEMATIC PALAEONTOLITHOS LITHOS0024-4937地学2 MAR GEOL MARINE GEOLOGY0025-3227地学2 MAR MICROPALEONTOL MARINE MICROPALEONTOLOGY0377-8398地学2 MON WEATHER REV MONTHLY WEATHER REVIEW0027-0644地学2 OCEAN MODEL OCEAN MODELLING1463-5003地学2 ORE GEOL REV ORE GEOLOGY REVIEWS0169-1368地学2 ORG GEOCHEM ORGANIC GEOCHEMISTRY0146-6380地学20031-0182地学2 PALAEOGEOGR PALAEOCLPALAEOGEOGRAPHY PALAEOCLIMATOLOPALEOBIOLOGY PALEOBIOLOGY0094-8373地学2 PROG OCEANOGR PROGRESS IN OCEANOGRAPHY0079-6611地学2 PROG PHYS GEOG PROGRESS IN PHYSICAL GEOGRAPHY0309-1333地学2 Q J ROY METEOR SOC QUARTERLY JOURNAL OF THE ROYAL0035-9009地学2 QUAT GEOCHRONOL Quaternary Geochronology 1871-1014地学2 QUATERNARY RES QUATERNARY RESEARCH0033-5894地学2 REV MINERAL GEOCHEM REVIEWS IN MINERALOGY & GEOCHEM1529-6466地学2 SURV GEOPHYS SURVEYS IN GEOPHYSICS0169-3298地学2 TECTONICS TECTONICS0278-7407地学2 TELLUS B TELLUS SERIES B-CHEMICAL AND PH0280-6509地学21000-9515地学3 ACTA GEOL SIN-ENGL ACTA GEOLOGICA SINICA-ENGLISH EACTA PALAEONTOL POL ACTA PALAEONTOLOGICA POLONICA0567-7920地学3 AM MINERAL AMERICAN MINERALOGIST0003-004X地学3 ANN GEOPHYS-GERMANY ANNALES GEOPHYSICAE0992-7689地学3 ANTARCT SCI ANTARCTIC SCIENCE0954-1020地学3 APPL GEOCHEM APPLIED GEOCHEMISTRY0883-2927地学3 ARCHAEOMETRY ARCHAEOMETRY0003-813X地学31523-0430地学3 ARCT ANTARCT ALP RESARCTIC ANTARCTIC AND ALPINE RESATMOS RES ATMOSPHERIC RESEARCH0169-8095地学3 ATMOS SCI LETT Atmospheric Science Letters1530-261X地学30812-0099地学3 AUST J EARTH SCI AUSTRALIAN JOURNAL OF EARTH SCI0037-1106地学3 B SEISMOL SOC AM BULLETIN OF THE SEISMOLOGICAL SCHEM ERDE-GEOCHEM CHEMIE DER ERDE-GEOCHEMISTRY0009-2819地学3 CLAY CLAY MINER CLAYS AND CLAY MINERALS0009-8604地学3 CLIM RES CLIMATE RESEARCH0936-577X地学3 CONT SHELF RES CONTINENTAL SHELF RESEARCH0278-4343地学30967-0645地学3 DEEP-SEA RES PT II DEEP-SEA RESEARCH PART II-TOPICEARTH INTERACT Earth Interactions 1087-3562地学3 EARTH SURF PROC LANDEARTH SURFACE PROCESSES AND LAN0197-9337地学3 ECON GEOL ECONOMIC GEOLOGY0361-0128地学3 EPISODES EPISODES0705-3797地学3 ESTUAR COAST SHELF SESTUARINE COASTAL AND SHELF SCI0272-7714地学3 EUR J MINERAL EUROPEAN JOURNAL OF MINERALOGY0935-1221地学3 FACIES FACIES0172-9179地学3 GEOARABIA GEOARABIA1025-6059地学3 GEOCHEM T GEOCHEMICAL TRANSACTIONS1467-4866地学3 GEOFLUIDS GEOFLUIDS1468-8115地学3GEOL ACTA GEOLOGICA ACTA 1695-6133地学3 GEOL J GEOLOGICAL JOURNAL0072-1050地学3 GEOL MAG GEOLOGICAL MAGAZINE0016-7568地学3 GEO-MAR LETT GEO-MARINE LETTERS0276-0460地学3 GEOPHYS PROSPECT GEOPHYSICAL PROSPECTING0016-8025地学3 GEOPHYSICS GEOPHYSICS0016-8033地学31991-959X地学3 GEOSCI MODEL DEV Geoscientific Model DevelopmentGEOSPHERE Geosphere1553-040X地学3 HELGOLAND MAR RES HELGOLAND MARINE RESEARCH1438-387X地学3 INT GEOL REV INTERNATIONAL GEOLOGY REVIEW0020-6814地学30303-2434地学3 INT J APPL EARTH OBSInternational Journal of Applie0020-7128地学3 INT J BIOMETEOROL INTERNATIONAL JOURNAL OF BIOMETINT J GEOGR INF SCI INTERNATIONAL JOURNAL OF GEOGRA1365-8816地学30392-6672地学3 INT J SPELEOL INTERNATIONAL JOURNAL OF SPELEOJ APPL METEOROL CLIMJournal of Applied Meteorology1558-8424地学30305-4403地学3 J ARCHAEOL SCI JOURNAL OF ARCHAEOLOGICAL SCIEN1367-9120地学3 J ASIAN EARTH SCI JOURNAL OF ASIAN EARTH SCIENCESJ ATMOS OCEAN TECH JOURNAL OF ATMOSPHERIC AND OCEA0739-0572地学31364-6826地学3 J ATMOS SOL-TERR PHYJOURNAL OF ATMOSPHERIC AND SOLAJ GEOCHEM EXPLOR JOURNAL OF GEOCHEMICAL EXPLORAT0375-6742地学3 J GEODESY JOURNAL OF GEODESY0949-7714地学3 J GEODYN JOURNAL OF GEODYNAMICS0264-3707地学3 J GLACIOL JOURNAL OF GLACIOLOGY0022-1430地学3 J MAR RES JOURNAL OF MARINE RESEARCH0022-2402地学30895-9811地学3 J S AM EARTH SCI JOURNAL OF SOUTH AMERICAN EARTHJ SEA RES JOURNAL OF SEA RESEARCH1385-1101地学31527-1404地学3 J SEDIMENT RES JOURNAL OF SEDIMENTARY RESEARCHJ STRUCT GEOL JOURNAL OF STRUCTURAL GEOLOGY0191-8141地学3 J VERTEBR PALEONTOL JOURNAL OF VERTEBRATE PALEONTOL0272-4634地学30377-0273地学3 J VOLCANOL GEOTH RESJOURNAL OF VOLCANOLOGY AND GEOTJOKULL Jokull0449-0576地学3 LANDSLIDES Landslides 1612-510X地学3 LETHAIA LETHAIA0024-1164地学31541-5856地学3 LIMNOL OCEANOGR-METHLIMNOLOGY AND OCEANOGRAPHY-METHLITHOSPHERE-US Lithosphere1941-8264地学3 MAR PETROL GEOL MARINE AND PETROLEUM GEOLOGY0264-8172地学3 MINER DEPOSITA MINERALIUM DEPOSITA0026-4598地学31561-8633地学3 NAT HAZARD EARTH SYSNATURAL HAZARDS AND EARTH SYSTEOCEAN DYNAM OCEAN DYNAMICS1616-7341地学3 OCEANOGRAPHY OCEANOGRAPHY 1042-8275地学3 PALAEONTOLOGY PALAEONTOLOGY0031-0239地学3 PALAIOS PALAIOS0883-1351地学31045-6740地学3 PERMAFROST PERIGLAC PERMAFROST AND PERIGLACIAL PROC0099-1112地学3 PHOTOGRAMM ENG REM SPHOTOGRAMMETRIC ENGINEERING AND0342-1791地学3 PHYS CHEM MINER PHYSICS AND CHEMISTRY OF MINERAQUATERN INT QUATERNARY INTERNATIONAL1040-6182地学3 RADIOCARBON RADIOCARBON0033-8222地学3 REV PALAEOBOT PALYNOREVIEW OF PALAEOBOTANY AND PALY0034-6667地学3 SEDIMENT GEOL SEDIMENTARY GEOLOGY0037-0738地学3 SEDIMENTOLOGY SEDIMENTOLOGY0037-0746地学3SEISMOL RES LETT SEISMOLOGICAL RESEARCH LETTERS0895-0695地学30038-6804地学3 SPEC PAP PALAEONTOL SPECIAL PAPERS IN PALAEONTOLOGYSTRATIGRAPHY Stratigraphy 1547-139X地学3 SWISS J GEOSCI Swiss Journal of Geosciences1661-8726地学3 TECTONOPHYSICS TECTONOPHYSICS0040-1951地学30280-6495地学3 TELLUS A TELLUS SERIES A-DYNAMIC METEOROTERRA NOVA TERRA NOVA0954-4879地学30177-798X地学3 THEOR APPL CLIMATOL THEORETICAL AND APPLIED CLIMATOWEATHER FORECAST WEATHER AND FORECASTING0882-8156地学3 ACTA CARSOLOGICA ACTA CARSOLOGICA 0583-6050地学41217-8977地学4 ACTA GEOD GEOPHYS HU Acta Geodaetica et Geophysica H1214-9705地学4 ACTA GEODYN GEOMATER Acta Geodynamica et Geomaterial1581-6613地学4 ACTA GEOGR SLOV Acta Geographica Slovenica-GeogACTA GEOL POL ACTA GEOLOGICA POLONICA0001-5709地学4 ACTA GEOPHYS Acta Geophysica1895-6572地学4 ACTA GEOTECH SLOV Acta Geotechnica Slovenica1854-0171地学4 ACTA METEOROL SIN Acta Meteorologica Sinica 0894-0525地学4 ACTA MONTAN SLOVACA Acta Montanistica Slovaca 1335-1788地学4 ACTA OCEANOL SIN ACTA OCEANOLOGICA SINICA0253-505X地学4 ADV ATMOS SCI ADVANCES IN ATMOSPHERIC SCIENCE0256-1530地学4 ADV GEOPHYS ADVANCES IN GEOPHYSICS0065-2687地学4 ALCHERINGA ALCHERINGA0311-5518地学4 AMEGHINIANA AMEGHINIANA0002-7014地学4 ANDEAN GEOL Andean Geology0718-7092地学4 ANN GEOPHYS-ITALY ANNALS OF GEOPHYSICS1593-5213地学40003-4088地学4 ANN LIMNOL-INT J LIMANNALES DE LIMNOLOGIE-INTERNATIANN PALEONTOL ANNALES DE PALEONTOLOGIE 0753-3969地学4 ANN SOC GEOL POL ANNALES SOCIETATIS GEOLOGORUM P0208-9068地学4 APPL GEOPHYS Applied Geophysics1672-7975地学4 APPL OCEAN RES APPLIED OCEAN RESEARCH0141-1187地学4 AQUAT GEOCHEM AQUATIC GEOCHEMISTRY1380-6165地学4 ARAB J GEOSCI Arabian Journal of Geosciences1866-7511地学4 ARCHAEOL PROSPECT Archaeological Prospection1075-2196地学4 ARCTIC ARCTIC0004-0843地学41976-7633地学4 ASIA-PAC J ATMOS SCIAsia-Pacific Journal of AtmosphATMOS OCEAN ATMOSPHERE-OCEAN0705-5900地学4 ATMOSFERA ATMOSFERA0187-6236地学41836-716X地学4 AUST METEOROL OCEAN Australian Meteorological and O0251-7493地学4 AUSTRIAN J EARTH SCIAustrian Journal of Earth Scien0007-4802地学4 B CAN PETROL GEOL BULLETIN OF CANADIAN PETROLEUMB CIENC GEOD Boletim de Ciencias Geodesicas1413-4853地学40006-6729地学4 B GEOFIS TEOR APPL Bollettino di Geofisica Teorica0011-6297地学4 B GEOL SOC DENMARK BULLETIN OF THE GEOLOGICAL SOCI0367-5211地学4 B GEOL SOC FINLAND BULLETIN OF THE GEOLOGICAL SOCIB GEOSCI BULLETIN OF GEOSCIENCES1214-1119地学4 B MAR SCI BULLETIN OF MARINE SCIENCE0007-4977地学40037-9409地学4 B SOC GEOL FR BULLETIN DE LA SOCIETE GEOLOGIQ0375-7633地学4 B SOC PALEONTOL ITALBOLLETTINO DELLA SOCIETA PALEONBALTICA Baltica 0067-3064地学41679-8759地学4 BRAZ J OCEANOGR BRAZILIAN JOURNAL OF OCEANOGRAPCAN GEOTECH J CANADIAN GEOTECHNICAL JOURNAL0008-3674地学40008-4077地学4 CAN J EARTH SCI CANADIAN JOURNAL OF EARTH SCIENCAN MINERAL CANADIAN MINERALOGIST0008-4476地学4 CARBONATE EVAPORITE CARBONATES AND EVAPORITES0891-2556地学40254-4059地学4 CHIN J OCEANOL LIMN CHINESE JOURNAL OF OCEANOLOGY A0001-5733地学4 CHINESE J GEOPHYS-CHCHINESE JOURNAL OF GEOPHYSICS-CCLAY MINER CLAY MINERALS0009-8558地学4 COMPUT GEOSCI-UK COMPUTERS & GEOSCIENCES0098-3004地学4 COMPUT GEOTECH COMPUTERS AND GEOTECHNICS0266-352X地学4 COMPUTAT GEOSCI COMPUTATIONAL GEOSCIENCES1420-0597地学4 CR GEOSCI COMPTES RENDUS GEOSCIENCE1631-0713地学4 CR PALEVOL COMPTES RENDUS PALEVOL1631-0683地学4 CRETACEOUS RES CRETACEOUS RESEARCH0195-6671地学4 DISASTER ADV Disaster Advances 0974-262X地学4 DOKL EARTH SCI DOKLADY EARTH SCIENCES1028-334X地学41755-6910地学4 EARTH ENV SCI T R SOEarth 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ELECTRON ORGANIC ELECTRONICS1566-1199工程技术1 P IEEE PROCEEDINGS OF THE IEEE0018-9219工程技术1 PLASMONICS Plasmonics 1557-1955工程技术1 POLYM REV Polymer Reviews1558-3724工程技术10960-8974工程技术1 PROG CRYST GROWTH CHPROGRESS IN CRYSTAL GROWTH AND0360-1285工程技术1 PROG ENERG COMBUST PROGRESS IN ENERGY AND COMBUSTIPROG MATER SCI PROGRESS IN MATERIALS SCIENCE0079-6425工程技术1 PROG PHOTOVOLTAICS PROGRESS IN PHOTOVOLTAICS1062-7995工程技术1 PROG QUANT ELECTRON PROGRESS IN QUANTUM ELECTRONICS0079-6727工程技术1 PROG SURF SCI PROGRESS IN SURFACE SCIENCE0079-6816工程技术11364-0321工程技术1 RENEW SUST ENERG REVRENEWABLE & SUSTAINABLE ENERGYSIAM J IMAGING SCI SIAM Journal on Imaging Science1936-4954工程技术1 SMALL SMALL1613-6810工程技术1 SOFT MATTER Soft Matter1744-683X工程技术1 SOL ENERG MAT SOL C SOLAR ENERGY MATERIALS AND SOLA0927-0248工程技术1 TRENDS BIOTECHNOL TRENDS IN BIOTECHNOLOGY0167-7799工程技术10924-2244工程技术1 TRENDS FOOD SCI TECHTRENDS IN FOOD SCIENCE & TECHNOVLDB J VLDB JOURNAL1066-8888工程技术1 AICHE J AICHE JOURNAL0001-1541工程技术20175-7598工程技术2 APPL MICROBIOL BIOT APPLIED MICROBIOLOGY AND BIOTECCHEM ENG SCI CHEMICAL ENGINEERING SCIENCE0009-2509工程技术2 FOOD CHEM FOOD CHEMISTRY0308-8146工程技术20018-926X工程技术2 IEEE T ANTENN PROPAGIEEE TRANSACTIONS ON ANTENNAS A0018-9286工程技术2 IEEE T AUTOMAT CONTRIEEE TRANSACTIONS ON AUTOMATIC0018-9383工程技术2 IEEE T ELECTRON DEV IEEE TRANSACTIONS ON ELECTRON D0018-9448工程技术2 IEEE T INFORM THEORYIEEE TRANSACTIONS ON INFORMATIO0018-9480工程技术2 IEEE T MICROW THEORYIEEE TRANSACTIONS ON MICROWAVE1053-587X工程技术2 IEEE T SIGNAL PROCESIEEE TRANSACTIONS ON SIGNAL PRO0888-5885工程技术2 IND ENG CHEM RES INDUSTRIAL & ENGINEERING CHEMIS0168-1605工程技术2 INT J FOOD MICROBIOLINTERNATIONAL JOURNAL OF FOOD M0017-9310工程技术2 INT J HEAT MASS TRANINTERNATIONAL JOURNAL OF HEAT A0925-8388工程技术2 J ALLOY COMPD JOURNAL OF ALLOYS AND COMPOUNDSJ AM CERAM SOC JOURNAL OF THE AMERICAN CERAMIC0002-7820工程技术20013-4651工程技术2 J ELECTROCHEM SOC JOURNAL OF THE ELECTROCHEMICAL0921-5093工程技术2 MAT SCI ENG A-STRUCTMATERIALS SCIENCE AND ENGINEERIMATER LETT MATERIALS LETTERS0167-577X工程技术2 SCRIPTA MATER SCRIPTA MATERIALIA1359-6462工程技术20925-4005工程技术2 SENSOR ACTUAT B-CHEMSENSORS AND ACTUATORS B-CHEMICASURF COAT TECH SURFACE & COATINGS TECHNOLOGY0257-8972工程技术2 SYNTHETIC MET SYNTHETIC METALS0379-6779工程技术20734-2071工程技术2 ACM T COMPUT SYST ACM TRANSACTIONS ON COMPUTER SY0098-3500工程技术2 ACM T MATH SOFTWARE ACM TRANSACTIONS ON MATHEMATICA1550-4859工程技术2 ACM T SENSOR NETWORK ACM Transactions on Sensor Netw1049-331X工程技术2 ACM T SOFTW ENG METHACM TRANSACTIONS ON SOFTWARE ENACM T WEB ACM Transactions on the Web 1559-1131工程技术21944-8244工程技术2 ACS APPL MATER INTERACS Applied Materials & Interfa0724-6145工程技术2 ADV BIOCHEM ENG BIOTADVANCES IN BIOCHEMICAL ENGINEEANN BIOMED ENG ANNALS OF BIOMEDICAL ENGINEERIN0090-6964工程技术20066-4200工程技术2 ANNU REV INFORM SCI ANNUAL REVIEW OF INFORMATION SCAPPL ENERG APPLIED ENERGY0306-2619工程技术2 APPL SOFT COMPUT APPLIED SOFT COMPUTING1568-4946工程技术21134-3060工程技术2 ARCH COMPUT METHOD EARCHIVES OF COMPUTATIONAL METHOARTIF INTELL ARTIFICIAL INTELLIGENCE0004-3702工程技术21322-7130工程技术2 AUST J GRAPE WINE R AUSTRALIAN JOURNAL OF GRAPE ANDAUTOMATICA AUTOMATICA0005-1098工程技术21387-2532工程技术2 AUTON AGENT MULTI-AGAUTONOMOUS AGENTS AND MULTI-AGE1822-427X工程技术2 BALT J ROAD BRIDGE EBaltic Journal of Road and Brid1369-703X工程技术2 BIOCHEM ENG J BIOCHEMICAL ENGINEERING JOURNALBIODEGRADATION BIODEGRADATION0923-9820工程技术2 BIOMASS BIOENERG BIOMASS & BIOENERGY0961-9534工程技术2 BIOMECH MODEL MECHANBiomechanics and Modeling in Me1617-7959工程技术2 BIOMED MICRODEVICES BIOMEDICAL MICRODEVICES1387-2176工程技术2 BIOTECHNIQUES BIOTECHNIQUES0736-6205工程技术2 BIOTECHNOL PROGR BIOTECHNOLOGY PROGRESS8756-7938工程技术2 BMC BIOTECHNOL BMC BIOTECHNOLOGY1472-6750工程技术2 CELLULOSE CELLULOSE0969-0239工程技术2 CEMENT CONCRETE RES CEMENT AND CONCRETE RESEARCH0008-8846工程技术2 CHEM ENG J CHEMICAL ENGINEERING JOURNAL1385-8947工程技术20169-7439工程技术2 CHEMOMETR INTELL LABCHEMOMETRICS AND INTELLIGENT LACOAST ENG COASTAL ENGINEERING0378-3839工程技术2 COMBUST FLAME COMBUSTION AND FLAME0010-2180工程技术2 COMMUN ACM COMMUNICATIONS OF THE ACM0001-0782工程技术2。

YARD RAMP SUPPLY 2000 LB STEEL FOLDING LOADING RAM

YARD RAMP SUPPLY 2000 LB STEEL FOLDING LOADING RAM

610-24649/10842000 LB STEEL FOLDING LOADING RAMPSU.S. PATENT No. 5,645,3945 (x4)8 (x8)10 (x8)12 (x4)7 (x4)11 (x8)6 (x8)3 (x4)2 (x2)4 (x4)13 (x2)1 (x2)TOOLS REQUIRED FOR ASSEMBLY:3/4" Wrench or Socket •9/16" Wrench or Socket•Adjustable Wrench•9 (x8)Carton Contents1231894310111216572211213Attach support bars to ramp top.Tighten bolts at this time. Slide support bar pads onto bars as shown.Invert ramp bottom so that flanges face up. Place ramp top inside the ramp bottom so that the side holes of each are in line. Be sure to place a washer between the two ramp pieces to allow hinge to work properly.Note: Apply soapy water inside support bar pad, this will allow the pad to slide onto the bar easier.Note: DO NOT OVER TIGHTEN. Ramp must be able to swivel.Repeat steps 1 and 2 for second ramp.Assembly InstructionsWarrantyIf this product fails due to a defect in material or workmanship within TWO YEARS from the date of purchase, we will at our option repair or replace it free of charge.This warranty does not cover:Repairs necessary because of operator abuse or negligence.••Equipment used for commercial or rental purposes.Paint that is worn or faded due to normal use or exposure.•To arrange for product repair call 1-800-652-2321, or return this product to place of purchase for replacement.This warranty gives you specific legal rights, and you may also have other rights which may vary from state to state. This warranty applies only while this product is in use in the United States.In the space below record the purchase date of your Loading Ramps.Model Number 610-24649 / 1084Purchase DateKeep this Owner's Manual and your receipt in a safe place for future reference.After the two year warranty period all replacement parts may be ordered by calling 1-800-652-2321.When ordering replacement parts, always give the following information:•Product 2000 lb STEEL FOLDING LOADING RAMPS•Model Number 610-24649 / 1084•Part Number•Part Description。

生化培养箱用户需求标准

生化培养箱用户需求标准

目录背景介绍
目的和范围
参考资料
缩写
用户需求
背景介绍
现有的1台生化培养箱需要用于模拟灌装样品培养,所以现有的生化培养箱不能满足日常的实验需要,需购买一台容量在600L至800L的生化培养箱。

目的和范围
为了满足微生物实验室日常检验的要求,所以需购一个培养箱满足上述要求。

拟采购的生化培养箱将应用于培养室中对水系统、成品或中间产品的微生物限度,以及对无菌检测样品的微生物培养。

参考资料
在下表中列出所有参考的文件,如行业标准,国家标准,公司政策;此章节也许可以标注为“NA”并删除下表。

缩写
所有在文件中用到的缩写及其定义应列在下表中; 按字母顺序排列;此章节也许可以标注为“NA”并删除下表。

用户需求
以下列出了一些在填写用户需求是需考虑的部分,对于不适用的部分可填写“NA”,但不得删除。

供应商资质
交货地址
安装要求
系统功能要求
系统设计的卫生学要求
系统功能要求
电气要求
自动控制系统要求
仪表要求
验证要求
文件要求
服务与维修要求
安全方面要求
环境方面。

JB/T 10560-2006《滚动轴承防锈油、清洗剂清洁度及评定方法》标准介绍

JB/T 10560-2006《滚动轴承防锈油、清洗剂清洁度及评定方法》标准介绍

JB/T 10560-2006《滚动轴承防锈油、清洗剂清洁度及评
定方法》标准介绍
佚名
【期刊名称】《轴承技术》
【年(卷),期】2008(000)002
【摘要】由中国机械工业联合会提出、全国滚动轴承标准化技术委员会(SAC/TC98)归口、浙江工业大学和浙江大学制定的JB/T10560—2006《滚动轴承防锈油、清洗剂清洁度及评定方法》已于2006年5月6日发布,2006年10月1日起实施。

【总页数】4页(P31-34)
【正文语种】中文
【中图分类】TH133.33
【相关文献】
1.JB/T 7051-2006《滚动轴承零件表面粗糙度测量和评定方法》标准介绍 [J], 马素青
2.JB/T 10510-2005《滚动轴承材料接触疲劳试验方法》标准介绍 [J], 高元安
3.JB/T 10560—2017《滚动轴承防锈油、清洗剂清洁度及评定方法》解读 [J], 巩萱
4.JB/T 7050-2005《滚动轴承清洁度评定方法》介绍 [J],
5.JB/T 10560-2006《滚动轴承防锈油、清洗剂清洁度及评定方法》介绍 [J],因版权原因,仅展示原文概要,查看原文内容请购买。

保温材料试验委托书

保温材料试验委托书

工呈编号:
注:委托编号、试验编号和试样状态栏由检测单位填写
工呈编号:
注:委托编号、试验编号和试样状态栏由检测单位填写
注:委托编号、试验编号和试样状态栏由检测单位填写
注:委托编号、试验编号和试样状态栏由检测单位填写
注:委托编号、试验编号和试样状态栏由检测单位填写
玻璃棉保温材料试验委托书工程编号:
注:委托编号、试验编号和试样状态栏由检测单位填写
玻璃棉保温材料试验委托书工程编号:
注:委托编号、试验编号和试样状态栏由检测单位填写。

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Date Marking Vehicle PartsPrevious issuesVW 10560: 1980-12, 1991-12, 2000-12, 2007-12ChangesThe following changes have been made compared with VW 10560: 2007-12:–Section 2, paragraph 2: text shortened –Table 6, type K extended –Section 5.2, Table 9 added–Section 5.3, partially encoded 4- and 5-digit types P and R added –Section 6.1, "Date marking for vehicle glazing" corrected: was type L –Section 6.2 revised ContentsPageScope .........................................................................................................................2Requirements .............................................................................................................2Date marking using symbols .. (2)Date of manufacturing (month, year) .........................................................................2Date grid (month and year) ........................................................................................4Date marking (uncoded) .............................................................................................4Week, year (uncoded) ................................................................................................4Shift, day, week, year .................................................................................................4Shift, day, week, year (double stamp) ........................................................................4Date marking (encoded and partially encoded) .........................................................5Single-digit type ..........................................................................................................5Month (5)1233.13.244.14.24.355.15.1.1Group StandardVW 10560Issue 2010-12Class. No.:01152Descriptors:date marking, parts marking, date of manufactureVerify that you have the latest issue of the Standard before relying on it.This electronically generated Standard is authentic and valid without signature.The English translation is believed to be accurate. In case of discrepancies, the German version is alone authoritative and controlling.Page 1 of 10Confidential. All rights reserved. No part of this document may be provided to third parties or reproduced without the prior consent of the Standards Department of a Volkswagen Group member.This Standard is available to contracting parties solely via the B2B supplier platform .© Volkswagen AktiengesellschaftVWNORM-2010-08eYear ............................................................................................................................5Two-digit type (year, month) ......................................................................................5Four- and five-digit type: year, calendar week, day of the week, shift .......................7Date marking for special cases ..................................................................................8Date marking for vehicle glazing ................................................................................8Date marking for SLI batteries ...................................................................................9Week, year (formation date) .......................................................................................9Date marking for engine and transmission control units ............................................9Day, month, year ........................................................................................................9Shift, day, month, year ...............................................................................................9Drawing specification ...............................................................................................10Other applicable documents ....................................................................................105.1.25.25.366.16.26.2.16.36.3.16.3.278ScopeThis standard specifies the marking of vehicle parts, which must carry a date marking proving the date of manufacture –in order to comply with official regulations,–in order to allow sorting according to date of manufacture, or–in order to allow retracing of customer complaints (retraceability of parts).Examples are given in Table 11) to Table 12 and in Figure 1 to Figure 7.RequirementsA date marking as specified in this standard must be applied to each vehicle part.Whether date marking is necessary or not must be specified on the drawing (see text macro NO-E2in Volkswagen standard VW 01014, Figure 7). This applies also to the size and position of the mark‐ing.It must be ensured that the marking remains legible over the service life of the part. The marking must be applied to the parts in a permanent and non-removable manner using suitable manufacturing methods, e. g. embossing, stamping, electric discharge machining, casting.Typeface H (medium-spaced lettering) acc. to DIN 1451-4 is to be used for the markings. If required,the respective manufacturing method, e.g., "cast", "etched", "embossed", "stamped" or "electric dis‐charge machined" must be specified in the drawing. If there is no such specification in the drawing,the choice of the manufacturing method is left to the manufacturer.Further notes regarding the marking of parts are given in VW 10500.Date marking using symbols Date of manufacturing (month, year)See Figure 1 and Figure 2.123 3.11)Dimensions in Tables and Figures are given in mm.Page 2VW 10560: 2010-12Figure 1 – Type AThe months of manufacture must be marked in clockwise direction, with the markings being raised between 0,5 mm and 0,8 mm.The number of markings corresponds to the number of the calendar month in which the part wasmanufactured.Figure 2 – Type BRotatable and replaceable arrow with year number installed in the respective marking tool.Table 1Nominal ∅ d 1456810121416182025304050d 233,84,567,5910,51213,51519233038d 322,534567891013152025a 0,70,811,21,41,822,533,54568b 1,21,41,622,533,5456781012,5c 0,811,21,622,5333456810e ≈0,50,60,711,21,51,722,32,533,856f ≈0,20,250,30,40,50,60,70,80,911,21,522,5d 2 ≈ 0,75d 1d 3 ≈d 12c ≈ 0,2d 1e ≈d 18f ≈ 0,05 d 1Page 3VW 10560: 2010-12Date grid (month and year)See Figure 3.Figure 3 – Type CDate marking (uncoded)Week, year (uncoded)See Table 2.Table 2 – Type DMarking Example NoteWeek, year27/0727th week of the year 2007Shift, day, week, yearSee Table 3.Table 3 – Type Fa)Alternative notation for shift: I = A, shift II = B, shift III = C b)The first day of a week is Monday.Shift, day, week, year (double stamp)See Table 4.3.2 44.14.24.3 Page 4VW 10560: 2010-12Table 4 – Type Ga)Alternative notation for shift: I = A, shift II = B, shift III = C b)The first day of a week is Monday.Date marking (encoded and partially encoded)Single-digit type MonthSee Table 5.Table 5 – Type JMonth Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec Code A B C D E F G H J K L MYearSee Table 6.Table 6 – Type KYear 199119921993199419951996199719981999200020012002Code M N P R S T V W X Y 12Year 200320042005200620072008200920102011201220132014Code 3456789A B C D E Year 201520162017201820192020 Code FGHJKLTwo-digit type (year, month)See Table 7, Table 8, and Table 9.5 5.1 5.1.15.1.25.2Page 5VW 10560: 2010-12Table 7 – Type LMonth Year1991199219931994199519961997199819992000January MA NA PA RA SA TA VA WA XA YA February MB NB PB RB SB TB VB WB XB YB March MC NC PC RC SC TC VC WC XC YC April MD ND PD RD SD TD VD WD XD YD May ME NE PE RE SE TE VE WE XE YE June MF NF PF RF SF TF VF WF XF YF July MG NG PG RG SG TG VG WG XG YG August MH NH PH RH SH TH VH WH XH YH September MJ NJ PJ RJ SJ TJ VJ WJ XJ YJ October MK NK PK RK SK TK VK WK XK YK November ML NL PL RL SL TL VL WL XL YL DecemberMMNMPMRMSMTMVMWMXMYM Table 8 – Type LMonth Year20012002200320042005200620072008200920102011201220132014January 1A 2A 3A 4A 5A 6A 7A 8A 9A AA BA CA DA EA February 1B 2B 3B 4B 5B 6B 7B 8B 9B AB BB CB DB EB March 1C 2C 3C 4C 5C 6C 7C 8C 9C AC BC CC DC EC April 1D 2-D 3-D 4D 5D 6D 7D 8D 9D AD BD CD DD ED May 1E 2E 3E 4E 5E 6E 7E 8E 9E AE BE CE DE EE June 1F 2F 3F 4F 5F 6F 7F 8F 9F AF BF CF DF EF July 1G 2G 3G 4G 5G 6G 7G 8G 9G AG BG CG DG EG August 1H 2H 3H 4H 5H 6H 7H 8H 9H AH BH CH DH EH September 1J 2J 3J 4J 5J 6J 7J 8J 9J AJ BJ CJ DJ EJ October 1K 2K 3K 4K 5K 6K 7K 8K 9K AK BK CK DK EK November 1L 2L 3L 4L 5L 6L 7L 8L 9L AL BL CL DL EL December1M2M3M4M5M6M7M8M9MAMBMCMDMEM Page 6VW 10560: 2010-12Table 9 – Type LMonthYear 201520162017201820192020January FA GA HA JA KA LA February FB GB HB JB KB LB March FC GC HC JC KC LC April FD GD HD JD KD LD May FE GE HE JE KE LE June FF GF HF JF KF LF July FG GG HG JG KG LG August FH GH HH JH KH LH September FJ GJ HJ JJ KJ LJ October FK GK HK JK KK LK November FL GL HL JL KL LL DecemberFMGMHMJMKMLMFour- and five-digit type: year, calendar week, day of the week, shiftThis type of date marking consists of the following elements: year code according to type K of this standard (see Table 6), unencoded specification of the calendar week from 01 to 52, specification of the day of the week from 1 to 7 (type P, see Figure 4). The marking may optionally comprise an additional shift specification from A to C, i.e., shifts 1 to 3 (type R, see Figure 5).Figure 4 – Type PLegend 11st digit: year acc. to VW 10560, type K, Table 6. In this example: A = 201022nd and 3rd digit: calendar week. In the example: 01 = 1st calendar week (for single-digit calendar weeks with leading zero).34th digit: day of the week in question. In the example: 5 = fifth day of the first calendar week.5.3Page 7VW 10560: 2010-12Figure 5 – Type RLegend 11st digit: year acc. to VW 10560, type K, Table 6. In this example: A = 201022nd and 3rd digit: calendar week. In the example: 01 = 1st calendar week (for single-digit calendar weeks with leading zero).34th digit: day of the week in question. In the example: 5 = fifth day of the first calendar week.45th digit: shift marking In the example: A = shift 1.Date marking for special cases Date marking for vehicle glazingType V - marking codedThe marking includes the date of manufacture comprising month and year in encoded form.The marking must be encoded as follows:1.Number for year of manufacturelast digit of the year number of the year of manufacture (calendar year)2.Series of dots for month of manufacture, see Table 10Table 10 – Type V6 dots left of the year number = January 1 dot left of the year number = June 6 dots right of the year number = July 1 dot right of the year number = December Examples: 1. half of the year ......6= January 2006.7= June 2007 2. half of the year 6......= July20067.= December20076 6.1Page 8VW 10560: 2010-12Date marking for SLI batteriesWeek, year (formation date)Figure 6 – Type MLegend a 03 = 3rd week b11 = year 2011The formation date of the battery must be applied on the negative terminal post as shown in Figure 6. Batteries formed from Monday to Wednesday receive the date marking of the current week. Bat‐teries formed from Thursday to Sunday receive the date marking of the following week. Sealed bat‐teries acc. to VW 75073 deviate from this specification due to the quarantine period common for this type of battery. For these batteries, the date marking specifies the week at the end of the quarantine period in which a test with an OK was performed. The procedure used for the formation date also applies to the specification of the week. Markings applied to the battery cover near the negative terminal post by means of hot embossing are permissible.Date marking for engine and transmission control units Day, month, yearSee Table 11.Table 11 – Type NMarking Example NoteDay, month, year03.11.073rd November 2007Shift, day, month, yearSee Table 12.Table 12 – Type Oa)alternative notation for shift I = A, shift II = B, shift III = C6.2 6.2.16.3 6.3.16.3.2Page 9VW 10560: 2010-12Drawing specificationMarkings are specified in drawings using the CAD text macro NO-E2 according to VW 01014.Figure 7 – Text macro NO-E21.Drawing specification for a part marking using the type A date of manufacturing with the nominal diameter d 1 = 16mm:Date marking VW 10560 – A162.Drawing specification for a part marking using the date grid with the nominal size C1:Date marking VW 10560 – C13.Drawing specification for a part marking using the type D (F, J, K, L, N, O, P, R) date marking with a font size of 3 mm:Date marking VW 10560 – D3 (F3, J3, K3, L3, N3, O3, P3, R3)4.Drawing specification for a part marking using the type G date marking with a diameter d = 10 mm:Date marking VW 10560 – G10Other applicable documentsThe following documents cited in this Standard are necessary to its application.Some of the cited documents are translations from the German original. The translations of German terms in such documents may differ from those used in this Standard, resulting in terminological inconsistency.Standards whose titles are given in German may be available only in German. Editions in other languages may be available from the institution issuing the standard.VW 01014Engineering Drawings; Drawing Frames and Text Macros VW 10500Company Designation, Marking of Parts; Guidelines for Use VW 75073SLI Batteries for 12-V Electric Systems; General Test Conditions DIN 1451-4Typefaces; lineal linear-antiqua; stenciled lettering for engraving and other processes7 8Page 10VW 10560: 2010-12。

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