UL 1439_1998 Rev 2004 (4th Ed)
一般公差 未注尺寸及几何公差的规定
版本记录1 目的根据公司产品图样的实际情况及加工成本对未注的一般公差进行规定，以有效控制产品的质量，统一产品的生产、检验标准，确保产品符合设计要求。
2 适用范围本标准适用于公司所有电扶梯产品图样，以及本公司加工和委外加工成品、半成品，外购来料，产品之检验。
3 职责无4 定义4.1一般公差1) 未注公差的线性和角度尺寸公差主要有：a. 线性尺寸，包括外尺寸、内尺寸、阶梯尺寸、直径、半径、倒圆半径和倒角高度b. 角度尺寸，包括通常不注出角度值的角度尺寸，例如直角（90º）2) 未注公差的几何公差主要有：a. 形状公差，包括直线度、平面度b. 位置公差，包括垂直度、对称度、圆跳动等4.2参考标准GB/T1800.1-2009（产品几何技术规范极限与配合第1部分：公差、偏差和配合的基础）GB/T1800.2-2009（产品几何技术规范极限与配合第2部分：标准公差等级和孔、轴极限偏差表）GB/T1804-2000（一般公差未注公差的线性和角度尺寸的公差）GB/T15055-2007（冲压件未注公差尺寸极限偏差）GBT13914-2013（冲压件尺寸公差）GBT13915-2013（冲压件角度公差）GB/T13916-2013（冲压件形状与位置未注公差）GB/T1184-1996 (形状与位置公差未注公差值)GB/T6414-1999 (铸件尺寸公差与机械加工余量)GB/T19804-2005（焊接结构的一般尺寸公差和形位公差）GB/T6403.4-2008(零件倒圆与倒角)JB/T4129-1999（冲压件毛刺高度）GBT 3672.1-2002-(橡胶制品的公差第1部分尺寸公差)GBT 14486-2008-(塑料模塑件尺寸公差)5 线性和角度未注公差5.1各种不同加工方法的线性尺寸公差5.1.1 各种不同的加工方法所对应的尺寸公差等级分类按GB/T1804-2000- m、c、v级的规定，见表一，设计、检验均以此为依据。
一般公差未注公差的线性和角度尺寸公差(西子)
版本记录1 目的根据公司产品图样的实际情况及加工成本对未注的一般公差进行规定，以有效控制产品的质量，统一产品的生产、检验标准，确保产品符合设计要求。
2 适用范围本标准适用于公司所有电扶梯产品图样，以及本公司加工和委外加工成品、半成品，外购来料，产品之检验。
3 职责无4 定义4.1一般公差1)未注公差的线性和角度尺寸公差主要有：a.线性尺寸，包括外尺寸、内尺寸、阶梯尺寸、直径、半径、倒圆半径和倒角高度b.角度尺寸，包括通常不注出角度值的角度尺寸，例如直角（90º）2)未注公差的几何公差主要有：a.形状公差，包括直线度、平面度b.位置公差，包括垂直度、对称度、圆跳动等4.2参考标准GB/T1800.1-2009（产品几何技术规范极限与配合第1部分：公差、偏差和配合的基础）GB/T1800.2-2009（产品几何技术规范极限与配合第2部分：标准公差等级和孔、轴极限偏差表）GB/T1804-2000（一般公差未注公差的线性和角度尺寸的公差）GB/T15055-2007（冲压件未注公差尺寸极限偏差）GBT13914-2013（冲压件尺寸公差）GBT13915-2013（冲压件角度公差）GB/T13916-2013（冲压件形状与位置未注公差）GB/T1184-1996 (形状与位置公差未注公差值)GB/T6414-1999 (铸件尺寸公差与机械加工余量)GB/T19804-2005（焊接结构的一般尺寸公差和形位公差）GB/T6403.4-2008(零件倒圆与倒角)JB/T4129-1999（冲压件毛刺高度）5 线性和角度未注公差5.1各种不同加工方法的线性尺寸公差5.1.1各种不同的加工方法所对应的尺寸公差等级分类按GB/T1804-2000 m、c、v级的规定，见表一，设计、检验均以此为依据。
表一：各种不同的加工方法所对应的尺寸公差等级5.1.2 表二为GB/11804-2000规定的不同公差等级的线性尺寸的极限偏差数值表二：不同公差等级的线性尺寸的极限偏差5.1.3轴和孔的未注公差采用GB/T1800.2-2009的IT13，即：孔H13，轴h13。
杜邦漆价格表
636R-T04L
侵蚀底漆固化剂
4 LITER X2
551.70
罐
1010R-T01L
双组份底漆固化剂
1 LITER X6
252.00
罐
915R-T01L
塑料底漆固化剂
1 LITER X6
197.10
罐
421R-T01L
快干添加剂
1 LITER X6
184.50
罐
805R-T01L
弹性添加剂
1 LITER X6
产品分类-树脂
AK100-T04L
先达利500 2K树脂
4 LITER X4
468.00
罐
AF101-T04L
先达利2K快干树脂
4 LITER X4
494.10
罐
AU175-T01L
先达利平光树脂
1 LITER X4
216.90
罐
AK117-T01L
先达利细咬花树脂
1 LITER X4
414.90
罐
558.00
罐
AM66-T01L
紫红
1 LITER X4
536.40
罐
AM70-T01L
标准红(低浓)
1 LITER X4
396.00
罐
AM72-T01L
红色珍珠
1 LITER X4
824.40
罐
AM721-T01L
缎红珍珠
1 LITER X4
774.90
罐
AM724-T01L
干扰红珍珠
1 LITER X4
981.00
罐
AM725-THLL
特闪红珍珠
0.5 LITER X4
一般公差未注公差地线性和角度尺寸公差(西子)
版本记录1 目的根据公司产品图样的实际情况及加工成本对未注的一般公差进行规定，以有效控制产品的质量，统一产品的生产、检验标准，确保产品符合设计要求。
2 适用范围本标准适用于公司所有电扶梯产品图样，以及本公司加工和委外加工成品、半成品，外购来料，产品之检验。
3 职责无4 定义4.1一般公差1)未注公差的线性和角度尺寸公差主要有：a.线性尺寸，包括外尺寸、内尺寸、阶梯尺寸、直径、半径、倒圆半径和倒角高度b.角度尺寸，包括通常不注出角度值的角度尺寸，例如直角（90º）2)未注公差的几何公差主要有：a.形状公差，包括直线度、平面度b.位置公差，包括垂直度、对称度、圆跳动等4.2参考标准GB/T1800.1-2009（产品几何技术规范极限与配合第1部分：公差、偏差和配合的基础）GB/T1800.2-2009（产品几何技术规范极限与配合第2部分：标准公差等级和孔、轴极限偏差表）GB/T1804-2000（一般公差未注公差的线性和角度尺寸的公差）GB/T15055-2007（冲压件未注公差尺寸极限偏差）GBT13914-2013（冲压件尺寸公差）GBT13915-2013（冲压件角度公差）GB/T13916-2013（冲压件形状与位置未注公差）GB/T1184-1996 (形状与位置公差未注公差值)GB/T6414-1999 (铸件尺寸公差与机械加工余量)GB/T19804-2005（焊接结构的一般尺寸公差和形位公差）GB/T6403.4-2008(零件倒圆与倒角)JB/T4129-1999（冲压件毛刺高度）5 线性和角度未注公差5.1各种不同加工方法的线性尺寸公差5.1.1各种不同的加工方法所对应的尺寸公差等级分类按GB/T1804-2000 m、c、v级的规定，见表一，设计、检验均以此为依据。
表一：各种不同的加工方法所对应的尺寸公差等级5.1.2 表二为GB/11804-2000规定的不同公差等级的线性尺寸的极限偏差数值表二：不同公差等级的线性尺寸的极限偏差5.1.3轴和孔的未注公差采用GB/T1800.2-2009的IT13，即：孔H13，轴h13。
序号——精选推荐
附件一:64项化工、石化、冶金、有色金属行业标准名称及主要内容序号标准编号标准名称标准主要内容代替标准采标情况化工行业1HG/T 4288-2012 偏光眼镜用三醋酸纤维素酯（TAC）薄膜本标准规定了偏光眼镜用三醋酸纤维素酯（TAC）薄膜的要求、试验方法、检验规则及标志、包装、运输、贮存。
本标准适用于偏光眼镜用无色三醋酸纤维素酯薄膜、有色三醋酸纤维素酯薄膜及含紫外吸收（UV）的三醋酸纤维素酯薄膜。
2HG/T 4292-2012 液晶显示器背光源用PET涂布型下扩散膜本标准规定了下扩散膜的要求、试验方法、检验规则、标识、包装、储存与运输。
本标准适用于在聚对苯二甲酸乙二醇酯（PET）薄膜上进行涂布制成的用于背光源的下扩散膜。
3HG/T 4294-2012 光学功能薄膜表面硬化薄膜硬度测试方法本标准规定了一种通过在涂有硬化涂层的薄膜表面推压已知硬度标号的铅笔来测定硬化涂层硬度的方法。
本标准适用于聚对苯二甲酸乙二醇酯（PET）、聚碳酸酯（PC）、丙烯腈-丁二烯-苯乙烯共聚物（ABS）、三醋酸纤维素酯（TAC）等表面涂有硬化涂层薄膜硬度的测试。
4HG/T 4302-2012 耐候阻隔绝缘性功能薄膜本标准规定了耐候阻隔绝缘性功能薄膜产品的要求、试验方法、检验规则和标识、包装、运输、贮存等内容。
本标准适用于耐候阻隔绝缘性功能薄膜。
5HG/T 4303-2012 表面硬化聚酯薄膜耐磨性测定方法本标准规定了采用磨擦锤和配重计量块及钢丝绒，通过钢丝绒的往复运动进行摩擦来测定表面硬化聚酯薄膜的耐磨性试序号标准编号标准名称标准主要内容代替标准采标情况验方法。
本标准适用于表面硬化聚酯薄膜的耐磨性检测。
6HG/T 4289-2012 T3型工业X射线胶片本标准规定了T3型工业X射线胶片的要求、试验方法、检验规则及包装、标志、运输和贮存。
本标准适用于对钢、铁、铝等金属及其合金材料的焊缝、铸件等进行无损探伤检验用的X射线胶片。
涂料检测国标
HG/T 3855-2006
绝缘漆漆膜制备法
114
HG/T 3856-2006
绝缘漆漆膜吸水率测定法
115
HG/T 3857-2006
绝缘漆漆膜耐油性测定法
116
HG/T 3858-2006
稀释剂、防潮剂水分测定法
117
HG/T 3859-2006
稀释剂、防潮剂白化性测定法
118
HG/T 3860-2006
色漆和清漆? 杯突试验
73
GB/T 9760-1988
色漆和清漆? 液体或粉末状色漆中酸萃取物的制备
74
GB/T 9761-2008
色漆和清漆 色漆的目视比色
75
GB/T 9780-2005
建筑涂料涂层耐沾污性试验方法
76
GB/T 10125-1997
人造气氛腐蚀试验
77
GB/T 10834-2008
颜料-漆料体系的分散细度
133
ASTM D 1308-2002(2007)
日用化学品对清漆和着色有机面漆的影响
134
ASTM D 1400-2000
在非磁性金属底材上的色漆、清漆、喷漆及有关产品的非金属涂层干膜厚度的测定
135
ASTM D1475-1998(2008)
液态涂料、墨水和相关产品密度的试验方法
128
ASTM D 714-2002el
评价涂料起泡程序的试验方法
129
ASTM D 1005-1995(2007)
有机涂层干膜厚度的测定
130
ASTM D 1186-2001
于磁性底材上的非磁性有机涂层干膜厚度的测定
131
ASTM D 1209-2005
UL-1434测试标准中文翻译
UL-1434测试标准中文翻译以下内容是对UL-1434中规定热敏电阻测试条件部分的翻译，希望对大家热敏电阻UL认证的准备工作有所帮助。
21.1表21.1中指明的样品必须要经过22-29条规定所述的所有测试，新样品除过载和耐力测试以外要经过所有的测试。
21.2:除非另有说明，测试的温度必须在±2C（±3.6F）范围。
21.3对每一个温度点和额定电功率都必须进行测试，除非某一个温度和额定电功率能够代表其他的。
21.4除非另有说明，对浪涌电流的测试必须是在额定频率和表21.2所指定的电压下进行。
当输入电压在额定电压范围内变化，如果热敏电阻的作用发生改变，在额定电压范围内的最高值和最低值下都必须进行测试。
对于只有单一额定电压的热敏电阻，如果在表21.2的测试结果下热敏电阻的作用发生变化，则必须对该热敏电阻在额定电压下进行测试。
表21.2对于只有单一额定电压即不再以上任何指定的电压范围内，该热敏电阻必须要测试该额定电压。
如果一个热敏电阻有一系列额定电压值并且有一个或者多个电压值在上述电压范围内，该热敏电阻将会在上述对应的电压范围内或者最高的电压下进行测试。
如果热敏电阻有一系列额定电压值且没有一个在上述电压范围内的，该热敏电阻必须在指定的最高电压值下进行测试。
如果一个热敏电阻有2个额定电压，对该热敏电阻的测试必须在这2个电压下都进行除非对一个额定电压的测试能代表对另外一个额定电压的测试。
21.6所谓稳定的温度是指，连续三次成功测量读数/每隔10%/过去的持续时间/测试必须表明温度变化最大不超过±1.0C（±1.8F），在任何情况下，时间间隔必须少于5分钟。
22.校准测试22.1概述22.1.1在可接受条件下，每一个热敏电阻的样品都必须接受22.2描述的R/T测试和22.3、22.4条描述的可接受的校准测试。
所有测试结果必须在制造商所描述的极限范围内。
22.1.2以下测试是对之前23、24,26-28校准测试的重复进行，测试结果必须在表22.1或者22.2所指明的其中一个等级内，或者在规定的成品标准限制范围内，并且：A)一个浪涌电流抑制器与其对应的可接受的R/T曲线的不同点不能超过表22.1所指明的。
ASTM B43-98(2004)无缝红铜管尺寸
Designation:B 43–98(Reapproved 2004)Standard Specification forSeamless Red Brass Pipe,Standard Sizes 1This standard is issued under the fixed designation B 43;the number immediately following the designation indicates the year of original adoption or,in the case of revision,the year of last revision.A number in parentheses indicates the year of last reapproval.A superscript epsilon (e )indicates an editorial change since the last revision or reapproval.This standard has been approved for use by agencies of the Department of Defense.1.Scope*1.1This specification 2covers seamless red brass (Copper Alloy UNS No.C23000)3pipe in all nominal pipe sizes,both regular and extra-strong.In the annealed temper (O61),the pipe is suitable for use in plumbing,boiler feed lines,and for similar purposes.In the drawn general purpose temper (H58),the pipe is suitable for architectural applications,such as guard railings and stair hand railings.1.2The values stated in inch-pound units are to be regarded as the standard.The values given in parentheses are provided for information purposes only.1.3The following hazard caveat pertains only to the test method portion,Section 9,of this specification.This standard does not purport to address all of the safety concerns,if any,associated with its use.It is the responsibility of the user of this standard to establish appropriate safety and health practices and determine the applicability of regulatory limitations prior to use.1.4Warning —Mercury is a definite health hazard in use and disposal.(See 9.1.)2.Referenced Documents2.1The following documents of the issue in effect on date of material purchase form a part of this specification to the extent referenced herein:2.2ASTM Standards:4B 153Test Method for Expansion (Pin Test)of Copper and Copper-Alloy Pipe and TubingB 154Test Method for Mercurous Nitrate Test for Copper and Copper AlloysB 601Classification for Temper Designations for Copper and Copper Alloys—Wrought and CastE 8Test Methods of Tension Testing of Metallic Materials E 29Practice for Using Significant Digits in Test Data to Determine Conformance with SpecificationsE 53Test Methods for Determination of Copper in Unal-loyed Coppers by GravimetryE 62Test Methods for Chemical Analysis of Copper and Copper Alloys (Photometric Methods)E 112Test Methods for Determining Average Grain Size E 243Practice for Electromagnetic (Eddy Current)Exami-nation of Copper and Copper Alloy TubesE 255Practice for Sampling Copper and Copper Alloys for the Determination of Chemical CompositionE 478Test Methods for Chemical Analysis of Copper AlloysE 527Practice for Numbering Metals and Alloys (UNS)3.Terminology 3.1Definitions:3.1.1tube,seamless —a tube produced with a continuous periphery in all stages of the operations.3.1.1.1pipe —a seamless tube conforming to the particular dimensions commercially known as nominal or standard pipe sizes.3.1.2lengths —straight pieces of the product.3.1.2.1standard —uniform lengths recommended in a Sim-plified Practice Recommendation or established as a Commer-cial Standard.3.2Definition of Term Specific to This Standard:3.2.1capable of —as used in this specification,the test need not be performed by the producer of the material.However,should subsequent testing by the purchaser establish that the material does not meet these requirements the material shall be subject to rejection.4.Ordering Information4.1Orders for material under this specification shall include the following information:4.1.1Temper (see 6.1),4.1.2Pipe size,regular or extra-strong (see 11.2),4.1.3Length (see 11.3),4.1.4Total length of each size,and1This specification is under the jurisdiction of ASTM Committee B05on Copper and Copper Alloys and is the direct responsibility of Subcommittee B05.04on Pipe and Tube.Current edition approved May 1,2004.Published May 2004.Originally approved in st previous edition approved in 1998as B 43–98e 1.2For ASME Boiler and Pressure Vessel Code applications see related Specifi-cation SB-43in Section II of that Code.3The system for copper and copper alloys (see Practice E 527)is a simple expansion of the former standard designation system accomplished by the addition of a prefix “C”and a suffix “00.”The suffix can be used to accommodate composition variations of the base alloy.4For referenced ASTM standards,visit the ASTM website,,or contact ASTM Customer Service at service@.For Annual Book of ASTM Standards volume information,refer to the standard’s Document Summary page on the ASTM website.1*A Summary of Changes section appears at the end of this standard.Copyright ©ASTM International,100Barr Harbor Drive,PO Box C700,West Conshohocken,PA 19428-2959,United States.4.1.5If material is required to meet ASME Boiler and Pressure Vessel Code (see 6.1,6.2,or 6.3),4.1.6Certification,if required (see 20.1),4.1.7Mill test report,if required (see 21.1),4.1.8Hydrostatic test,if required,and 4.1.9Pneumatic test,if required.4.1.10Mercurous Nitrate Test,if required (Section 9).5.Chemical Composition5.1The material shall conform to the following chemical requirements:Copper,%84.0to 86.0Lead,max,%0.05Iron,max,%0.05Zincremainder5.2These specification limits do not preclude the presence of other elements.Limits for unnamed elements are to be established by agreement between manufacturer or supplier and purchaser.5.2.1For copper alloys in which zinc is specified as the remainder,either copper or zinc shall be permitted to be taken as the difference between the sum of all the elements analyzed and 100%.5.2.1.1When all the elements in the table in 5.1are analyzed,their sum shall be 99.8%minimum.6.Temper6.1All pipe shall normally be furnished in the O61(an-nealed)(see Classificiation B 601)condition.6.2In the O61(annealed)temper,the degree of annealing shall be sufficient to produce complete recrystallization with an average grain size not in excess of 0.050mm.The surface of the test specimen for grain size determination shall approxi-mate a radial longitudinal section and shall be prepared and examined in accordance with Test Methods E 112.6.3The pipe is permitted to be furnished in the H58(drawn general purpose)temper,if agreed upon between the manufac-turer and the purchaser.(See Table 1.)7.Mechanical Properties7.1Material in the O61(annealed)temper specified to meet the requirements of the ASME Boiler and Pressure Vessel Code only shall have tensile properties as prescribed in Table 1.7.2All H58(drawn general purpose)material shall have the tensile properties as prescribed in Table 1.8.Expansion Test8.1Specimens in the O61(annealed)temper shall withstand an expansion of 25%of the outside diameter when expandedin accordance with Test Method B 153.The expanded pipe shall show no cracking or rupture visible to the unaided eye.Pipe ordered in the drawn (H)condition is not subject to this test.N OTE 1—The term “unaided eye,”as used herein,permits the use of corrective spectacles necessary to obtain normal vision.8.2As an alternative to the expansion test for pipe over 4in.(102mm)in diameter in the O61(annealed)condition,a section 4in.in length shall be cut from the end of one of the lengths for a flattening test.This 4-in.specimen shall be flattened so that a gage set at three times the wall thickness will pass over the pipe freely throughout the flattened part.The pipe so tested shall develop no cracks or flaws visible to the unaided eye (see Note 1)as a result of this test.In making the flattening test the elements shall be slowly flattened by one stroke of the press.9.Mercurous Nitrate Test9.1Warning —Mercury is a definite health hazard and therefore equipment for the detection and removal of mercury vapor produced in volatilization is recommended.The use of rubber gloves in testing is advisable.9.2When the test is required to be performed,the test specimens,cut 6in.(152mm)in length,shall,after proper cleaning,withstand an immersion for 30min without cracking in the standard mercurous nitrate solution prescribed in Test Method B 154.Immediately after removal from the solution,the specimen shall be wiped free of excess mercury and examined for cracks.9.3Product of the O61(annealed)temper shall pass the mercurous nitrate test when tested in accordance with Test Method B 154.9.3.1The test need not be performed except when indicated in the contract or purchase order at the time of placing of the order.10.Nondestructive Testing10.1The material shall be tested in the final size but is permitted to be tested prior to the final anneal or heat treatment,when these thermal treatments are required,unless otherwise agreed upon by the manufacturer or supplier and purchaser.10.2Eddy-Current Test —Each piece of material from 1⁄8in.up to and including 21⁄2in.nominal outside diameter or within the capabilities of the eddy-current tester,shall be subjected to an eddy-current test.Testing shall follow the procedures of Practice E 243except for determination of “end effect.”The material shall be passed through an eddy-current testing unit adjusted to provide information on the suitability of the material for the intended application.10.2.1Notch-depth standards rounded to the nearest 0.001in.(0.025mm)shall be 10%of the nominal wall thickness.The notch depth tolerances shall be 60.0005in.(0.013mm).Alternatively,when a manufacturer uses speed insensitive equipment that allows the selection of a maximum imbalance signal,a maximum imbalance signal of 0.3%is permitted to be used.10.2.2Material that does not actuate the signaling device of the eddy-current test shall be considered as conforming to theTABLE 1Tensile RequirementsTemper Designation Tensile Strength,min.ksi (MPa)Yield Strength A min.ksi (MPa)Elongation in 2-in.min.%Standard Former O61Annealed40.0(276)12.0(83)35H58Drawn general purpose44.0(303)18.0(124)...AAt 0.5%extension underload.requirements of this test.Material with discontinuities indi-cated by the testing unit is permitted to be reexamined or retested,at the option of the manufacturer,to determine whether the discontinuity is cause for rejection.Signals that are found to have been caused by minor mechanical damage,soil or moisture shall not be cause for rejection of the material provided the dimensions of the material are still within prescribed limits and the material is suitable for its intended application.10.3Hydrostatic Test—When specified,the material shall stand,without showing evidence of leakage,an internal hydro-static pressure sufficient to subject the material to afiber stress of6000psi(41MPa),determined by the following equation for thin hollow cylinders under tension.The material need not be tested at a hydrostatic pressure of over1000psi(6.9MPa) unless so specified.P52St/~D20.8t!where:P=hydrostatic pressure,psi(or MPa),t=wall thickness of the material,in.(or mm),D=outside diameter of the material in.(or mm),andS=allowable stress of the material,psi(or MPa).10.3.1For material less than1⁄2in.(12.7mm)in outside diameter and less than0.060in.(1.5mm)in wall thickness,the test is permitted to be made at the option of the manufacturer by pneumatically testing to the requirements of10.4.10.4Pneumatic Test—When specified,the material shall be subjected to an internal air pressure of60psi(415kPa) minimum for5s without showing evidence of leakage.The test method used shall permit easy visual detection of any leakage, such as by having the material under water or by the pressure-differential method.Any evidence of leakage shall be cause for rejection.11.Dimensions and Permissible Variations11.1For the purpose of determining conformance with the dimensional requirements prescribed in this specification,any measured value outside the limiting values for any dimensions may be cause for rejection.11.2Standard Dimensions,Wall Thickness,and Diameter Tolerances—The standard dimensions,wall thickness,and diameter tolerances shall be in accordance with Table2. 11.3Length and Length Tolerances—The standard length of red brass pipe is12ft(3.66m)with a tolerance of61⁄2in.(13 mm).11.4Squareness of Cut—The departure from squareness of the end of any pipe shall not exceed the following:Outside Diameter,in.(mm)ToleranceUp to5⁄8(15.9),incl0.010in.(0.25mm)Over5⁄8(15.9)0.016in./in.(0.016mm/mm)of diameter11.5Roundness—The roundness tolerance for straight length tubes with a wall thickness to outside diameter ratio of 0.01to0.05(inclusive)shall be6%of the nominal outside diameter.For tubes with a wall thickness to outside diameter ratio over0.05,the roundness tolerance shall be3%of the nominal outside diameter.11.5.1The measurement for roundness shall be made from the outside diameter.The deviation from roundness is mea-sured as the difference between the major and minor diameters as determined at any one cross section of the tube.The major and minor diameters are the diameters of two concentric circles just enclosing the outside surface of the tube at the cross section.11.6Straightness Tolerance—For pipe of H58(drawn gen-eral purpose)temper of Nominal Pipe Sizes from1⁄4to12in. inclusive,the maximum curvature(depth of arc)shall not exceed1⁄2in.(13mm)in any10-ft(3048-mm)portion of the total length.For H58temper pipe of other sizes,and for the O61(annealed)temper,no numerical values are established, however,the straightness of the pipe shall be suitable for the intended application.12.Workmanship,Finish and Appearance12.1The material shall be free of defects of a nature that interfere with normal commercial applications.It shall be well cleaned and free of dirt.13.Sampling13.1Sampling—The lot size,portion size,and selection of sample pieces shall be as follows:13.1.1Lot Size—The lot size shall be as follows:Pipe Size,in.Lot Weight,lb(kg)Up to11⁄2,incl5000(2270)or fraction thereofOver11⁄2to4,incl10000(4550)or fraction thereofOver440000(18100)or fraction thereof 13.1.2Portion Size—Sample pieces shall be taken for test purposes from each lot according to the following schedule:Number of Piecesin LotNumber of Sample Piecesto be Taken AA1to50151to2002201to15003Over15000.2%of total number of piecesin the lot,but not to exceed10sample piecesA Each sample piece shall be taken from a separate tube.13.1.3Sampling for Visual and Dimensional Examination—Minimum sampling for visual and dimensional examination shall be as follows:Lot size(Pieces/lot)Sample size2to8Entire lot9to90891to15012151to28019281to50021501to1200271201to3200353201to1000003810001to35000046In all cases,the acceptance number is zero and the rejection number is one.Rejected lots are permitted to be screenedandresubmitted for visual and dimensional examination.All de-fective items shall be replaced with acceptable items prior to lot acceptance.14.Number of Tests and Retests14.1Chemical Analysis —Samples for chemical analysis shall be taken in accordance with Practice E 255.Drillings,millings,etc.,shall be taken in approximately equal weight from each of the sample pieces selected in accordance with 13.1.2and combined into one composite sample.The mini-mum weight of the composite sample that is to be divided into three equal parts shall be 150g.14.1.1Instead of sampling in accordance with Practice E 255,the manufacturer shall have the option of determining conformance to chemical composition as follows:Conform-ance shall be determined by the manufacturer by analyzing samples taken at the time the castings are poured or samples taken from the semi-finished product.If the manufacturer determines the chemical composition of the material during the course of manufacture,he shall not be required to sample and analyze the finished product.The number of samples taken for determination of chemical composition shall be as follows:14.1.1.1When samples are taken at the time the castings are poured,at least one sample shall be taken for each group of castings poured simultaneously from the same source of molten metal.14.1.1.2When samples are taken from the semi-finished product,a sample shall be taken to represent each 10000lbTABLE 2Standard Dimensions,Weights,and TolerancesN OTE —All tolerances are plus and minus except as otherwise indicated.Nominal or Standard Pipe Size,in.OutsideDiameter,in.(mm)Average Outside Diameter Tolerances,A in.(mm)AllMinusWallThickness,in.(mm)Tolerance,B in.(mm)Theoretical Weight,lb/ft (kg/m)Regular1⁄80.405(10.3)0.004(0.10)0.062(1.57)0.004(0.10)0.253(0.376)1⁄40.540(13.7)0.004(0.10)0.082(2.08)0.005(0.13)0.447(0.665)3⁄80.675(17.1)0.005(0.13)0.090(2.29)0.005(0.13)0.627(0.933)1⁄20.840(21.3)0.005(0.13)0.107(2.72)0.006(0.15)0.934(1.39)3⁄41.050(26.7)0.006(0.15)0.114(2.90)0.006(0.15) 1.27(1.89)11.315(33.4)0.006(0.15)0.126(3.20)0.007(0.18) 1.78(2.65)11⁄4 1.660(42.2)0.006(0.15)0.146(3.71)0.008(0.20) 2.63(3.91)11⁄2 1.900(48.3)0.006(0.15)0.150(3.81)0.008(0.20) 3.13(4.66)2 2.375(60.3)0.008(0.20)0.156(3.96)0.009(0.23) 4.12(6.13)21⁄2 2.875(73.0)0.008(0.20)0.187(4.75)0.010(0.25)5.99(8.91)3 3.500(88.9)0.010(0.25)0.219(5.56)0.012(0.30)8.56(12.7)31⁄2 4.000(102)0.010(0.25)0.250(6.35)0.013(0.33)11.2(16.7)4 4.500(114)0.012(0.30)0.250(6.35)0.014(0.36)12.7(18.9)5 5.562(141)0.014(0.36)0.250(6.35)0.014(0.36)15.8(23.5)6 6.625(168)0.016(0.41)0.250(6.35)0.014(0.36)19.0(28.3)88.625(219)0.020(0.51)0.312(7.92)0.022(0.56)30.9(46.0)1010.750(273)0.022(0.56)0.365(9.27)0.030(0.76)45.2(67.3)1212.750(324)0.024(0.61)0.375(9.52)0.030(0.76)55.3(82.3)Extra Strong1⁄80.405(10.3)0.004(0.10)0.100(2.54)0.006(0.15)0.363(0.540)1⁄40.540(13.7)0.004(0.10)0.123(3.12)0.007(0.18)0.611(0.909)3⁄80.675(17.1)0.005(0.13)0.127(3.23)0.007(0.18)0.829(1.23)1⁄20.840(21.3)0.005(0.13)0.149(3.78)0.008(0.20) 1.23(1.83)3⁄41.050(26.7)0.006(0.15)0.157(3.99)0.009(0.23) 1.67(2.48)11.315(33.4)0.006(0.15)0.182(4.62)0.010(0.25)2.46(3.66)11⁄4 1.660(42.2)0.006(0.15)0.194(4.93)0.010(0.25) 3.39(5.04)11⁄2 1.900(48.3)0.006(0.15)0.203(5.16)0.011(0.28) 4.10(6.10)2 2.375(60.3)0.008(0.20)0.221(5.61)0.012(0.30) 5.67(8.44)21⁄2 2.875(73.0)0.008(0.20)0.280(7.11)0.015(0.38)8.66(12.9)3 3.500(88.9)0.010(0.25)0.304(7.72)0.016(0.41)11.6(17.3)31⁄2 4.000(102)0.010(0.25)0.321(8.15)0.017(0.43)14.1(21.0)4 4.500(114)0.012(0.30)0.341(8.66)0.018(0.46)16.9(25.1)5 5.562(141)0.014(0.36)0.375(9.52)0.019(0.48)23.2(34.5)6 6.625(168)0.016(0.41)0.437(11.1)0.027(0.69)32.2(47.9)88.625(219)0.020(0.51)0.500(12.7)0.035(0.89)48.4(72.0)1010.750(273)0.022(0.56)0.500(12.7)0.040(1.0)61.1(90.9)A The average outside diameter of a tube is the average of the maximum and minimum outside diameters as determined at any one cross section of the pipe.BMaximum deviation at any onepoint.(4550kg)or fraction thereof,except that not more than one sample shall be required per piece.14.1.1.3Due to the discontinuous nature of the processing of castings into wrought products,it is not practical to identify specific casting analysis with a specific quantity offinished material.14.1.1.4In the event that heat identification or traceability is required,the purchaser shall specify the details desired. 14.2Retests:14.2.1If any test specimen shows defective machining or developsflaws,it shall be discarded and another specimen substituted.14.2.2If the results of the test on one of the specimens fail to meet the specified requirements,two additional specimens shall be taken from different sample pieces and tested.The results of the tests on both of these specimens shall meet the specified requirements.Failure of more than one specimen to meet the specified requirements for a particular property shall be cause for rejection of the entire lot.14.2.3If the chemical analysis fails to conform to the specified limits,analysis shall be made on a new composite sample prepared from additional pieces selected in accordance with13.1.The results of this retest shall comply with the specified requirements.15.Test Methods15.1The properties enumerated in this specification shall,in case of disagreement,be determined in accordance with the following applicable methods:Test ASTM Designation(Section2) Chemical analysis E53,E62,E478Tension E8Expansion(pin test)B153Mercurous nitrate B15415.2Tension test specimens shall be of the full section of the pipe and shall conform to the requirements of the section, Specimens for Pipe and Tube,of Test Methods E8,unless the limitations of the testing machine preclude the use of such a specimen.Test specimens conforming to Type No.1of Fig.13, Tension Test Specimens for Large-Diameter Tubular Products, of Test Methods E8is permitted to be used when a full section specimen cannot be tested.15.3Whenever tension test results are obtained from both full size and from machined test specimens and they differ,the results obtained from full size test specimens shall be used to determine conformance to the specification requirements. 15.4Tension test results on material covered by this speci-fication are not seriously affected by variations in speed of testing.A considerable range of testing speed is permissible; however,it is recommended that the rate of stressing to the yield strength not exceed100ksi(690MPa)/min.Above the yield strength it is recommended that the movement per minute of the testing machine head under load not exceed0.5in./in.(0.5mm/mm)of gage length(or distance between grips for full-section specimens).16.Significance of Numerical Limits16.1For purposes of determining compliance with the specified limits for requirements of the properties listed in the following table,an observed value or a calculated value shall be rounded as indicated in accordance with the rounding method of Practice E29.Property Rounded Unit forObserved or Calculated Value Chemical composition nearest unit in the last right-handplace offigures of the specifiedlimitTensile StrengthYield Strengthnearest ksi(nearest5MPa)17.Inspection17.1The manufacturer shall afford the inspector represent-ing the purchaser,all reasonable facilities,without charge,to satisfy him that the material is being furnished in accordance with the specified requirements.18.Rejection and Rehearing18.1Material that fails to conform to the requirements of this specification shall be subject to rejection.Rejection is to be reported to the manufacturer or supplier promptly and in writing.In case of dissatisfaction with the results of the test,the manufacturer or supplier shall have the option to make claim for a rehearing.19.Packaging and Package Marking19.1The material shall be separated by size,composition, and temper,and prepared for shipment in such a manner as to ensure acceptance by common carrier for transportation and to afford protection from the normal hazards of transportation.19.2Each shipping unit shall be legibly marked with the purchase order number,metal or alloy designation,temper, size,total length or piece count or both,and name of supplier. The specification number shall be shown,when specified. 20.Certification20.1When specified on the purchase order the manufacturer shall furnish to the purchaser a certificate stating that each lot has been sampled,tested,and inspected in accordance with this specification and has met the requirements.When material is specified to meet the requirements of ASME Boiler and Pressure Vessel Code,the certification requirements are man-datory.l Test Report21.1When specified on the purchase order,the manufac-turer shall furnish to the purchaser a test report showing results of tests required by the specification.22.Keywords22.1copper alloy UNS No.C23000;red brasspipeSUPPLEMENTARY REQUIREMENTSThe following supplementary requirements shall apply only when specified by the purchaser in the inquiry,contract,or order,for agencies of the U.S.Ggovernment.S1.Referenced DocumentsS1.1The following documents of the issue in effect on date of material purchase form a part of this specification to the extent referenced herein:S1.1.1Federal Standards:5Fed.Std.No.102Preservation,Packaging and Packing LevelsFed.Std.No.123Marking for Shipment (Civil Agencies)Fed.Std.No.185Identification Marking of Copper and Copper-Base Alloy Mill Products S1.1.2Military Standard:5MIL-STD-129Marking for Shipment and Storage S1.1.3Military Specification:5MIL-C-3993Packaging of Copper and Copper-Base Alloy Mill ProductsS2.Quality AssuranceS2.1Responsibility for Inspection:S2.1.1Unless otherwise specified in the contract or pur-chase order,the manufacturer is responsible for the perfor-mance of all inspection and test requirements specified.Except as otherwise specified in the contract or purchase order,the manufacturer shall use his own or any other suitable facilities for the performance of the inspection and test requirementsunless disapproved by the purchaser at the time the order is placed.The purchaser shall have the right to perform any of the inspections or tests set forth when such inspections and tests are deemed necessary to assure that the material conforms to prescribed requirements.S3.Identification MarkingS3.1All material shall be properly marked for identification in accordance with Fed.Std.No.185except that the ASTM specification number and the alloy number shall be used.S4.Preparation for DeliveryS4.1Preservation,Packaging,Packing:S4.1.1Military Agencies —The material shall be separated by size,composition,grade,or class and shall be preserved and packaged,Level A or C,and packed,Level A,B,or C,as specified in the contract or purchase order,in accordance with the requirements of MIL-C-3993.S4.1.2Civil Agencies —The requirements of Fed.Std.No.102shall be referenced for definitions of the various levels of packaging protection.S4.2Marking:S4.2.1Military Agencies —In addition to any special mark-ing required by the contract or purchase order,marking for shipment shall be in accordance with MIL-STD-129.S4.2.2Civil Agencies —In addition to any special marking required by the contract or purchase order,marking for shipment shall be in accordance with Fed.Std.No.123.APPENDIX(Nonmandatory Information)X1.METRIC EQUIV ALENTSX1.1The SI unit for strength properties now shown is in accordance with the International System of Units (SI).The derived SI unit for force is the newton (N),which is defined as that force which when applied to a body having a mass of one kilogram gives it an acceleration of one metre per second squared (N =kg·m/s 2).The derived SI unit for pressure orstress is the newton per square metre (N/m 2),which has been named the pascal (Pa)by the General Conference on Weights and Measures.Since 1ksi =6894757Pa the metric equiva-lents are expressed as megapascal (MPa),which is the same as MN/m 2and N/mm 2.5Available from Standardization Documents Order Desk,Bldg.4,Section D,700Robbins Ave.,Philadelphia,PA 19111-5094,ATTN:NPODS.SUMMARY OF CHANGESCommittee B05has identified the location of selected changes to this standard since the last issue B43–96 that may impact the use of this standard.(1)The minimum tensile strength requirement of the H58 temper(see Table1)was changed to become44.0ksi(303 MPa).The previous value was40.0ksi.(2)Section11.6,Straightness Tolerance,was added to include straightness requirements.ASTM International takes no position respecting the validity of any patent rights asserted in connection with any item mentioned in this ers of this standard are expressly advised that determination of the validity of any such patent rights,and the risk of infringement of such rights,are entirely their own responsibility.This standard is subject to revision at any time by the responsible technical committee and must be reviewed everyfive years and if not revised,either reapproved or withdrawn.Your comments are invited either for revision of this standard or for additional standards and should be addressed to ASTM International Headquarters.Your comments will receive careful consideration at a meeting of the responsible technical committee,which you may attend.If you feel that your comments have not received a fair hearing you should make your views known to the ASTM Committee on Standards,at the address shown below.This standard is copyrighted by ASTM International,100Barr Harbor Drive,PO Box C700,West Conshohocken,PA19428-2959, United States.Individual reprints(single or multiple copies)of this standard may be obtained by contacting ASTM at the above address or at610-832-9585(phone),610-832-9555(fax),or service@(e-mail);or through the ASTM website().。
一般公差 未注尺寸及几何公差的规定
版本记录1 目的根据公司产品图样的实际情况及加工成本对未注的一般公差进行规定，以有效控制产品的质量，统一产品的生产、检验标准，确保产品符合设计要求。
2 适用范围本标准适用于公司所有电扶梯产品图样，以及本公司加工和委外加工成品、半成品，外购来料，产品之检验。
3 职责无4 定义4.1一般公差1) 未注公差的线性和角度尺寸公差主要有：a. 线性尺寸，包括外尺寸、内尺寸、阶梯尺寸、直径、半径、倒圆半径和倒角高度b. 角度尺寸，包括通常不注出角度值的角度尺寸，例如直角（90º）2) 未注公差的几何公差主要有：a. 形状公差，包括直线度、平面度b. 位置公差，包括垂直度、对称度、圆跳动等4.2参考标准GB/T1800.1-2009（产品几何技术规范极限与配合第1部分：公差、偏差和配合的基础）GB/T1800.2-2009（产品几何技术规范极限与配合第2部分：标准公差等级和孔、轴极限偏差表）GB/T1804-2000（一般公差未注公差的线性和角度尺寸的公差）GB/T15055-2007（冲压件未注公差尺寸极限偏差）GBT13914-2013（冲压件尺寸公差）GBT13915-2013（冲压件角度公差）GB/T13916-2013（冲压件形状与位置未注公差）GB/T1184-1996 (形状与位置公差未注公差值)GB/T6414-1999 (铸件尺寸公差与机械加工余量)GB/T19804-2005（焊接结构的一般尺寸公差和形位公差）GB/T6403.4-2008(零件倒圆与倒角)JB/T4129-1999（冲压件毛刺高度）GBT 3672.1-2002-(橡胶制品的公差第1部分尺寸公差)GBT 14486-2008-(塑料模塑件尺寸公差)5 线性和角度未注公差5.1各种不同加工方法的线性尺寸公差5.1.1 各种不同的加工方法所对应的尺寸公差等级分类按GB/T1804-2000- m、c、v级的规定，见表一，设计、检验均以此为依据。
高分子材料(塑料)的测试标准(
高分子材料（塑料）的测试标准（ASTM.ISO.GB/T）高分子材料的测试Testing Items Test Requirement邵氏A型硬度Shore Type A HardnessASTM D2240-05ISO 7619-97GB/T 2411-1980(1989)邵氏D型硬度Shore Type D HardnessASTM D2240-05ISO 7619-973GB/T 2411-1980(1989)洛氏硬度 Rockwell HardnessASTM D785-03ISO 2039-2:1987GB/T 9342-88拉伸强度(模塑料,原料) Tensile Strength (Mould Plastic& Materials)ASTM D638-039ISO 527-2:1993GB/T 1040-92ASTM D412-1998a(2002)e1 （橡胶）ISO 37-2005（橡胶）GB/T 528-1998（橡胶）拉伸强度(膜材与片材) Tensile Strength(Plastic Sheet & Film)ASTM D882-02 (单方向)GB/T 13022-1991 (单方向)ASTM D882-02 (MD/CD)ISO 527-3:1995 (MD/CD)GB/T 13022-1991 (MD/CD)拉伸强度（编织袋）Tensile Strength(Braided tapes )ISO 10371-1993(单方向)GB/T 8946-1998(单方向)GB/T 10454-2000(单方向)ISO 10371-1993(MD/CD)GB/T 8946-1998(MD/CD)GB/T 10454-2000(MD/CD)断裂伸长率(模塑料、原料) Elongation at break(Mould Plastic& Materials) ASTM D638-038ISO 527-2:1993ASTM D412-1998a(2002)e1 （橡胶）ISO 37-2005（橡胶）GB/T 528-1998（橡胶）断裂伸长率（膜材与片材）Elongation at break(Plastic Sheet & Film) ASTM D882-02 (单方向)ISO 527-3:1995 (单方向)GB/T 13022-1991 (单方向)ASTM D882-02 (MD/CD)ISO 527-3:1995 (MD/CD)GB/T 13022-1991 (MD/CD)拉伸模量(模塑料、原料) Tensile Modulus(Mould Plastic& Materials) ASTM D638-03ISO 527-2:1993GB/T 1040-92拉伸模量（膜材与片材）Elongation at break(Plastic Sheet & Film)) ASTM D882-02 (单方向)ISO 527-3:1995 (单方向)GB/T 13022-1991 (单方向)ASTM D882-02 (MD/CD)ISO 527-3:1995 (MD/CD)GB/T 13022-1991 (MD/CD)弯曲强度Flexural ASTM D790-03ISO 178:2001GB/T 9341-2000弯曲模量Flexural modulusASTM D790-032ISO 178:20014GB/T 9341-2000悬臂梁冲击强度IZOD Impact StrengthASTM D256-05(有缺口)ASTM D4812-1999(无缺口)ISO 180:2000GB/T 1843-96简支梁冲击强度CHARPY Impact StrengthASTM D6110-04ISO 179-2:1997撕裂强度（膜材与片材）Tearing strength(Plastic Sheet & Film)ASTM D1004-03 (单方向)ASTM D1938-02 (单方向)ISO 6383-1:1983 (单方向)GB/T 16578-96 (单方向)ASTM D1004-03 (MD/CD)ASTM D1938-02 (MD/CD)ISO 6383-1:1983 (MD/CD)GB/T 16578-96 (MD/CD)ASTM D624-00e1（橡胶）ISO 34-1:1994（橡胶）GB/T 529-1999（橡胶）剥离强度Peeling strengthASTM D5458-95(2001)(复合膜)穿刺强度Puncture StrengthASTM D4833-00压缩强度 Compression StrengthASTM D695-02ISO 604-02GB/T 1041-92压缩模量 Compression ModulusASTM D695-02aISO 604-02GB/T 1041-925压缩变形Compression SetASTM D395-03(弹性体)ASTM D395-03（橡胶）GB/T 7759-1996（橡胶）ISO 815（橡胶）薄膜摆锤冲击强度Tear Resistance of Film & Sheet by Pendulum Method ASTM D1922-03 (单方向)ASTM D1922-03 (MD/CD)- M8落锤冲击强度 Falling Weight Impact StrengthASTM D5628-96(2001)ASTM D4226-2000(PVC建材)ASTM D5420-04(Gardner Impact)GB/T 11548-89（板材）GB/T 14153-93（硬质塑料）薄膜落镖冲击强度Impact Resistance of Plastic Film by the Free-Falling Dart ASTM D1709-03GB/T 9639-1988塑胶及弹性体脆化温度Brittleness Temperature of PlasticsElastomers by Impact ASTM D746-04(需指定温度)薄膜脆化温度Brittleness Temperature of Plastic Sheeting by ImpactASTM D1790-02（薄膜）需指定温度点GB/T 11999-1989需指定温度点ASTM D1790-02（薄膜）未指定温度点GB/T 11999-1989 未指定温度点薄膜与片材动静态磨擦系数Statickinetic Coefficient of Friction of FilmSheet ASTM D1894-01ISO 8295-950 W$ \+ J- p0 M( N3 l. rGB 10006-88模具收缩率Mould ShrinkageASTM D955-00磨耗性能(Taber) Taber Abrasion Resistance（需指定转数，磨轮，重量）ASTM D1044-99ASTM D4060-01ISO 9352：1995密度DensityASTM D792-00ISO 1183-1:2004GB/T 1033-86ASTM D1622-03 (硬质泡沫表观密度)ASTM D3574-03(软质泡沫表观密度)GB/T 6343-95 (泡沫表观密度)尺寸SizeASTM D5947-03ISO 4648-91GB/T 5723-93面积重Mass per Unit AreaASTM D5261-92(2003)热学测试ASTM D1238-04 Melt-Mass Flow Rate (MFR) 质量流动速率ISO 1133:1997 Melt-Mass Flow Rate (MFR) 质量流动速率GB/T 3682-2000 Melt-Mass Flow Rate (MFR) 质量流动速率ASTM D1238-04 Melt V olume-Flow Rate (MVR) 体积流动速率ISO 1133:1997 Melt Volume-Flow Rate (MVR) 体积流动速率GB/T 3682-2000 Melt Volume-Flow Rate (MVR) 体积流动速率ASTM D648-04 Deflection Temperature of Plastics 热变形温度ISO 75-2:2004 Deflection Temperature of Plastics 热变形温度GB/T 1634.1-2004 Deflection Temperature of Plastics 热变形温度ASTM D1525-00 Vicat Softening Temperature of Plastics 维卡软化点ISO 306:2004 Vicat Softening Temperature of Plastics 维卡软化点GB/T 1633-2000 Vicat Softening Temperature of Plastics 维卡软化点ASTM D3850-94(2000) Solid Electrical Insulating Materials 热失重温度ASTM D6370-99(2003) Rubber-Compositional Analysis 热失重温度GB/T19466.2-2004 玻璃化转变温度ISO11357:1999 玻璃化转变温度GB/T19466.3-2004 熔点ISO11357:1999 熔点GB/T19466.3-2004 Crystallization Temperature 结晶温度ISO11357:1999 Crystallization Temperature 结晶温度DSC法Heat of Crystallization 结晶热DSC法Heat of Fusion 熔融热ASTM D696-03 热膨胀系数coefficient of thermal expansionASTM D3386-2000 热膨胀系数coefficient of thermal expansionASTM DE831-03 热膨胀系数coefficient of thermal expansionISO 8301-91 热抟导系数Thermal Conduction CoefficientASTM C518-02e1 热抟导系数Thermal Conduction CoefficientASTM C177-97 热抟导系数Thermal Conduction CoefficientPVC热稳定GB 2917-88 PVC类聚合物热稳定性试验Thermal Stable property of PVC ISO 305-90 PVC类聚合物热稳定性试验Thermal Stable property of PVCISO 182/1-4-90 PVC类聚合物热稳定性试验Thermal Stable property of PVCPEPP热稳定ISO 4577-83 PE,PP热稳定性试验Thermal Stable property of PE,PP不饱和聚酯GB 7193.5-87 Thermal Stable property of Unsaturated PolyesterGB 7193.5-87 不饱和聚酯热稳定性试验。
一般公差 未注公差的线性和角度尺寸公差(西子)
版本记录1 目的根据公司产品图样的实际情况及加工成本对未注的一般公差进行规定，以有效控制产品的质量，统一产品的生产、检验标准，确保产品符合设计要求。
2 适用围本标准适用于公司所有电扶梯产品图样，以及本公司加工和委外加工成品、半成品，外购来料，产品之检验。
3 职责无4 定义4.1一般公差1)未注公差的线性和角度尺寸公差主要有：a.线性尺寸，包括外尺寸、尺寸、阶梯尺寸、直径、半径、倒圆半径和倒角高度b.角度尺寸，包括通常不注出角度值的角度尺寸，例如直角（90º）2)未注公差的几何公差主要有：a.形状公差，包括直线度、平面度b.位置公差，包括垂直度、对称度、圆跳动等4.2参考标准GB/T1800.1-2009（产品几何技术规极限与配合第1部分：公差、偏差和配合的基础）GB/T1800.2-2009（产品几何技术规极限与配合第2部分：标准公差等级和孔、轴极限偏差表）GB/T1804-2000（一般公差未注公差的线性和角度尺寸的公差）GB/T15055-2007（冲压件未注公差尺寸极限偏差）GBT13914-2013（冲压件尺寸公差）GBT13915-2013（冲压件角度公差）GB/T13916-2013（冲压件形状与位置未注公差）GB/T1184-1996 (形状与位置公差未注公差值)GB/T6414-1999 (铸件尺寸公差与机械加工余量)GB/T19804-2005（焊接结构的一般尺寸公差和形位公差）GB/T6403.4-2008(零件倒圆与倒角)JB/T4129-1999（冲压件毛刺高度）5 线性和角度未注公差5.1各种不同加工方法的线性尺寸公差5.1.1各种不同的加工方法所对应的尺寸公差等级分类按GB/T1804-2000 m、c、v级的规定，见表一，设计、检验均以此为依据。
表一：各种不同的加工方法所对应的尺寸公差等级5.1.2 表二为GB/11804-2000规定的不同公差等级的线性尺寸的极限偏差数值表二：不同公差等级的线性尺寸的极限偏差5.1.3轴和孔的未注公差采用GB/T1800.2-2009的IT13，即：孔H13，轴h13。
美达尔044948产品说明说明书
Eaton 044948Eaton Moeller® series B3 Three-phase busbar link, Circuit-breaker:5, 261 mm, For PKZM0-... or PKE12, PKE32 without side mountedauxiliary contacts or voltage releasesGeneral specificationsEaton Moeller® series B3 AccessoryThree-phase busbar link0449484015080449485264 mm34 mm11 mm0.109 kgCECSA Class No.: 3211-06CSA File No.: 98494ULUL File No.: E36332CSACSA-C22.2 No. 14IEC/EN 60947-4-1UL 508UL Category Control No.: NLRV B3.1/5-PKZ0Product Name Catalog NumberEANProduct Length/Depth Product Height Product Width Product Weight Certifications Model CodeBlackForkInsulatedCan be extended by rotating installation 3Three-pole 45 + 9 mmIII3Accessories 6000 V AC5 Circuit-breakers-25 °C 55 °C 690 V 690 V 63 A0 kA 0 kA 8.4 W0 W2.8 W63 A0 WMeets the product standard's requirements.ColorElectric connection type FeaturesFunctionsNumber of phases Number of poles Mounting widthOvervoltage categoryPollution degreeProduct categoryRated impulse withstand voltage (Uimp) Suitable forAmbient operating temperature - min Ambient operating temperature - max Rated operational voltage (Ue) - max Rated operational voltage (Ue) at AC - max Rated uninterrupted current (Iu)Rated conditional short-circuit current (Iq) Rated short-time withstand current (Icw)Equipment heat dissipation, current-dependent PvidHeat dissipation capacity PdissHeat dissipation per pole, current-dependent PvidRated operational current for specified heat dissipation (In) Static heat dissipation, non-current-dependent Pvs10.2.2 Corrosion resistanceMeets the product standard's requirements.Meets the product standard's requirements.Meets the product standard's requirements.Meets the product standard's requirements.Does not apply, since the entire switchgear needs to be evaluated.Does not apply, since the entire switchgear needs to be evaluated.Meets the product standard's requirements.Does not apply, since the entire switchgear needs to be evaluated.Meets the product standard's requirements.Does not apply, since the entire switchgear needs to be evaluated.Does not apply, since the entire switchgear needs to be evaluated.Is the panel builder's responsibility.Is the panel builder's responsibility.Is the panel builder's responsibility.Is the panel builder's responsibility.Is the panel builder's responsibility.Save time and space thanks to the new link module PKZM0-XDM32ME Motor Starters in System xStart - brochureProduct Range Catalog Switching and protecting motorsSwitching and protecting motors - catalogDA-DC-00004245.pdfDA-DC-00004109.pdfDA-DC-00004544.pdfDA-DC-00004601.pdfDA-DC-00004951.pdfDA-DC-00004890.pdfDA-DC-00004944.pdfDA-DC-00004879.pdfDA-DC-00004888.pdfDA-DC-00004884.pdfDA-DC-00004917.pdfDA-DC-00004945.pdfDA-DC-00004891.pdfDA-DC-00004920.pdfDA-DC-00004911.pdfDA-DC-00004892.pdfDA-DC-00004962.pdfDA-DC-00004918.pdfDA-DC-00004887.pdfDA-DC-00004883.pdfDA-DC-00004914.pdfDA-DC-00004921.pdfeaton-manual-motor-starters-busbar-b3-accessory-dimensions-007.eps eaton-manual-motor-starters-busbar-b3-accessory-3d-drawing-007.epsDA-CE-ETN.B3.1_5-PKZ010.2.3.1 Verification of thermal stability of enclosures10.2.3.2 Verification of resistance of insulating materials to normal heat10.2.3.3 Resist. of insul. mat. to abnormal heat/fire by internal elect. effects10.2.4 Resistance to ultra-violet (UV) radiation10.2.5 Lifting10.2.6 Mechanical impact10.2.7 Inscriptions10.3 Degree of protection of assemblies10.4 Clearances and creepage distances10.5 Protection against electric shock10.6 Incorporation of switching devices and components10.7 Internal electrical circuits and connections10.8 Connections for external conductors10.9.2 Power-frequency electric strength10.9.3 Impulse withstand voltage10.9.4 Testing of enclosures made of insulating material BrochuresCataloguesCertification reports Declarations of conformityDrawingseCAD modelInstallation instructionsEaton Corporation plc Eaton House30 Pembroke Road Dublin 4, Ireland © 2023 Eaton. All rights reserved. Eaton is a registered trademark.All other trademarks areproperty of their respectiveowners./socialmediaThe panel builder is responsible for the temperature rise calculation. Eaton will provide heat dissipation data for the devices.Is the panel builder's responsibility. The specifications for the switchgear must be observed.Is the panel builder's responsibility. The specifications for the switchgear must be observed.The device meets the requirements, provided the information in the instruction leaflet (IL) is observed.IL122027ZUWIN-WIN with push-in technologyDA-CS-b3_1_5_pkz0DA-CD-b3_1_5_pkz010.10 Temperature rise10.11 Short-circuit rating10.12 Electromagnetic compatibility 10.13 Mechanical function Installation videos mCAD model。
ASTM-2004标准目录
ASTM化工标准目录(2004)(上)1 新制定标准涂料、塑料、橡胶及石油产品等D6943-03 工业防护涂料浸没试验规程D6990-03 船舶涂料系统污垢热阻和物理特性的评价规程D6989-03 溶剂基和水基油墨树脂溶液的制备规程D6976-03 橡胶避孕阴道隔膜规格E2313-03 一甘醇酯中醛的分光光度试验方法D6977-04 医用氯丁橡胶检验手套规格D6891-03 序列JVA火花点火发动机中评价汽车发动机油的试验方法D6969-03 分析用煅烧石油焦炭样品的制备规程D6970-03 分析用煅烧石油焦炭样品的收集规程D6973-03 在高压恒容叶片泵中标明石油水力流体耐磨性的试验方法D6974-03 液体燃料中能生活的细菌和霉菌的计数规程过滤和培养方法D6984-03 在序列ⅢF火花点火发动机中评价汽车发动机油的试验方法D 6986-03 航空燃料中游离水分、颗料和其它污染的试验方法目视检测法D6968-03 用气相色谱仪和原子发射检测装置同时测定天然气和气体燃料中硫化合物和微量烃的试验方法D6901-03 美术用的有色铅笔规格D6957-03 漆刷填充材料里卷曲物的测量规程D6979-03 聚氨酯原料的试验方法：多元醇碱度的测定方法，以氮百分率表示F2263-03 评价三通(T)的试验方法D6988-03 塑料薄膜试样厚度的测定指南D6866-04 用放射性碳和同位素比质量计分析自然分布区物质的生物基含量试验方法F2330-04 评价多层壁聚烯烃塑料管道对热氯化水的氧化稳定性试验方法2新修订标准第06卷涂料及有关涂层等D2065-03 在表面活性剂促进水分吸收条件下测定复合木材产品边棱性能的试验方法D2697-03 透明或着色涂料中不挥发分体积的测试方法D4827-03 胶乳中未反应单体的毛细管柱气相色谱测定方法D4834-03 涂料中铅含量的直接抽气原子吸收光谱测定方法D2066-03 糊状印刷油墨分散体的相对着色力测试方法D 5324-03 水型建筑涂料的检验指南D2803-03 金属有机涂层耐丝状锈蚀的试验指南D 5401-03 木制品用透明防水涂料的评价试验方法D 1640-03 室温下有机涂料干燥、老化或膜形成的试验方法D 5146-03 溶剂型建筑涂料的测试指南D1439-03 羧甲基纤维素钠的试验方法D1726-03 液体环氧树脂的可水解氯化物含量的试验方法D 5400-03 羟丙基纤维素的试验方法D5201-03 a 涂料及涂层配方物理常数的计算规程D2199-03 增速剂从乙烯基织物迁移至喷漆的测定方法D 5098-03 丙烯树脂乳液绘画漆规格D5722—03 用聚焦阳光和浸泡冷冻融化方法进行成批涂布压花硬质板的室外耐候性加速试验实施规程D6279—03 高光泽涂层耐擦伤性的试验方法D1078—03 挥发性有机液体馏程的试验方法D1613—03 用于涂料、清漆、喷漆及有关产品的挥发性溶剂和化学中间体中酸度的试验方法D1718—03 乙酸异丁酯(95％级)规格D2086—03 乙烯基乙酸酯和乙醛中酸度的试验方法D3130—03 乙酸正丙酯(96％级)规格D3728—03 乙酸2-乙氧基乙酯(99％级)规格D4835—03 丙二醇单甲醚乙酸酯规格第08卷塑料工艺D785—03 塑料及电绝缘材料洛氏硬度的测定方法D3895—03 用扫描差示热量法测定烯烃氧化诱导时间的试验方法D4662—03 聚氨酯原料的试验方法：多元醇的酸、碱值的测定D5491—03 用作模塑料及挤压料的回收聚乙烯薄膜原料的分类D5988—03 测定土壤中塑料材料或堆肥后残留塑料材料的有氧生物降解试验方法D1922—03 a 塑料薄膜和薄板抗撕裂扩展性的试验方法摆锤法D3262—03 玻璃纤维增强热固性树脂排污管规格D3517—03 玻璃纤维增强热固性树脂耐压管规格D3839—02ε1玻璃纤维增强热固性树脂管地下安装指南D2657—03 聚烯烃管及配件的热融接合规程D3035—03 基于控制外径聚乙烯(PE)塑料管(DrPR)规格F2019—03 用拉到原地玻璃增强塑料装置、原地固化热塑性树脂管进行现有管线及导管的修理规程F2513—03b 热塑性气体耐压管、软管及配件规格D1505—03 塑料密度测定方法密度梯度法D2343—03 增强塑料用玻璃纤维单纱，纱线和粗纱抗拉特性的试验方法D1622—03 硬泡沫塑料表观密度的测定方法D 3647—03 根据成分对增强塑料拉挤成型的型材分类的规程D 410l—03 b 聚丙烯注射及挤压材料规格D 3296—03 (FEP)氟化乙丙烯碳氟化合物管材规格D4000—03a 给定塑性材料的分类体系D4067—03 采用ASTM方法的增强和填充聚苯硫(PPS)注射模塑和挤压材料的分类体系D2291—03 玻璃树脂复合材料用环形试样的制备规程D4476—03 测定用纤维增强拉挤塑料棒抗弯性能的试验方法D4059—03 聚氨酯原材料的试验方法：异氰酸酯比重的测定方法D4878—03 聚氨酯原材料的试验方法：多元醇粘度的测定方法D5117—03 坚实的玻璃纤维增强挤拔料的染料渗透性试验方法D 5336—03 聚酞酰胺(PPA)注射模塑料规格D 5857—03 b 用ISO标准草案和方法的聚丙烯注射和挤压料规格D6289—03 测量模制热固性塑料由模型尺寸收缩的试验方法D 6778—03 聚甲醛(POM)模塑料和挤压料的分类D4661—03 聚氨酯原材料的试验方法：异氰酸酯中总氯量的测定方法D 5204—03 聚酰胺-酰亚胺模塑料及挤压料的分类体系D 3982—03 接触模压的玻璃纤维增强热固性树脂导管及通风橱罩的规格D 6864—03a 固体有色塑料壁板制品的颜色和外观稳定性规格F1807—03 SDK 9交联聚乙烯(PEX)管用的由铜卷曲环金属插入配件规格D256—03 塑料摆式抗冲击性的试验方法D638-03 塑料抗张性能的试验方法D3418-03 用扫描差示热量计测定聚合物转变温度的试验方法D4272-03 用锥体坠落器测定塑料薄膜耐总能量冲击的试验方法D2578-04 聚乙烯和聚丙烯薄膜润湿张力的试验方法D3307-04 全氟烷氧基(PFA) 碳氟化合物模塑料及挤压料规格D2241-04 聚氯乙烯额定压力管(SDR系列)规格D2513-04 热塑性气体耐压管、软管及配件规格F905-03 聚乙烯鞍型熔融接头质量检验规程F1335-04 高温设备用额定压力复合材料管和配件规格F3035-03a 依据控制外径的Dr-Br聚乙烯管规格D788-04 聚甲基丙烯酸甲酯模塑料及挤压料的分类体系D3014-04 硬质热固性泡沫塑料在垂直状态时火焰高度、燃烧时间和重量损失的试验方法D 3159-04 改性ETFE—含氟聚合物模塑料及挤压料规格D3368-04 (FEP)氟化乙丙烯炭氟化合物树脂薄板及薄膜规格D4000-04 指定塑性材料的分类体系D4894-04 聚四氟乙烯(PTFE)粒状模塑料及柱状挤压料规格D 5857-04 用ISO草案及方法的丙烯塑料注型料及挤压料规格D5946-04 采用水触角测量法对电晕处理过聚合物薄膜的试验方法D6339-04 间同(立构)聚苯乙烯模塑料及挤压料规格D2665-04 聚氯乙烯塑料排水、排污和通风管及配件规格F1803-04 依据控制内径的聚氯乙烯封闭异型重力管及配件规格D2103-03 聚乙烯薄膜及薄板规格D2457-03 塑料薄膜及固体塑料镜面光泽的试验方法D2732-03 测定塑料薄膜自由线性热收缩性能的试验方法D 4101-03 a 聚丙烯注塑料及挤压料规格D 3748-03 评价高密度硬质多孔塑料规程D1004-03 塑料薄膜及薄板抗撕裂(Graves撕裂)的试验方法D4549-03 聚苯乙烯及橡胶改性聚苯乙烯模塑料及挤压料(PS)规格D6338-03 高度交联热塑性硫化产品(HCT—PVS)分类体系D 5740-03 依照分类D4000书写材料标准的指南D 3679-03ε1硬质聚氯乙烯档板规格F794-03 受控内径的聚氯乙烯(PVC)异型动力污水管和配件规格F1281-03 交联聚乙烯／铝佼联聚乙烯(Pex-Al-pex)压力管规格F1282-03 聚乙烯—铝—聚乙烯(PE-A1-PE)复合压力管规格F949-03 光滑内壁聚氯乙烯(PVC)波纹污水管和配件规格D2665-02ε1聚氯乙烯(PVC)塑料排水管、废水管及通风管以及配件规格第09卷橡胶工业及其它D3568-03 橡胶评价乙烯-丙烯—二烯烃三元共聚物(EPDM)(包括用油混炼)的试验方法D3848-03 橡胶评价掺和炭黑的丙烯腈-丁二烯共聚物(NBR)的试验方法D5900-03 工业参比物质(IRM)的物理和化学特性规格D1417-03 a合成橡胶胶乳的试验方法D3566-03 在氯存在下用氧燃烧法测定橡胶溴含量的操作规程D2000-03 汽车用橡胶制品的分类体系D1510-03 炭黑的试验方法碘吸附值D1799-03 a 炭黑操作规程成包装运货物的采样D3765-03a 炭黑的试验方法十六烷基三甲基溴化铵(CTAB)表面积D6915-03a 炭黑操作规程标准参比炭黑的评价D429-03 橡胶性能的试验方法与刚性基底的粘合性D6746-03 生橡胶及未硫化化合物的湿抗拉强度的试验方法D4821-03a 炭黑试验方法精确度和偏差的确认指南D 5817-03a 颗粒炭黑试验用总样的缩分、混合和干燥的操作规程F1364-03 使用校准设备验证干涉激光成象无损轮胎检验系统检验能力的规程D3767-03 橡胶尺寸的测量规程D1566-04 有关橡胶的术语D1646-04 橡胶试验方法用门尼粘度计测定粘度、应力松弛及预硫化性能的试验方法D2000-03a 汽车用橡胶制品分类体系D3493-04 炭黑试验方法压制样的油吸收值试验方法D1765-04 橡胶制品用炭黑分类体系D5230-04 炭黑试验方法自动单粒硬度D6602-03b 采样和检验炭黑的易排放物和、或其它环境颗粒物的操作规程D3194-04 天然橡胶塑性保持值(PRI)的试验方法D4483-03 橡胶及炭黑制造工业评价试验方法标准精确度的规程第15卷胶粘剂等D 5363-03 厌氧的单一成分胶粘剂规格D6005-03 测定地毯胶粘剂抗滑动性的试验方法D6471-03 汽车和轻型货车用最小预稀释到50体积乙二醇基发动机冷却剂溶液规格D6472-03 汽车和轻型货车用提浓回收乙二醇基发动机冷却剂规格E1226-00ε1可燃粉剂的压力和压力提高率的试验方法E2019-03ε1空气中尘雾最小点火能量的试验方法D6586-03 在水系中GAC上，用快速小型柱子试验预告污染物吸附的规程D6446-03 测定粒状和丸状活性炭快速硫化氢突破容量的试验方法D4995-04 电子级和脱脂级1，1，2-三氯1，2，2-三氟乙烷溶剂规格D 5248-04 再生1，1，2—三氯1，2，2—三氟乙烷规格D 5396-04 再生全氯乙烯规格D 5646-04 再生三氯乙烯规格D 905-03 在压缩负荷下粘合体剪切强度的试验方法D950-03 粘合体冲击强度的试验方法D 3167-03 a 胶粘剂抗浮辊撕裂性能的试验方法E180-03 工业和特殊化学品分析和检验用ASTM方法准确度的确定规程第05卷石油产品等D 341-03 液体石油产品粘度温度关系曲线图D 665-03 加抑制剂的矿物油水存在下防锈特性的试验方法D 910-03a 航空汽油规格D1319-03 液体石油产品中烃类型的试验方法荧光指示剂吸附法D1655-03a航空涡轮机燃料规格D1835-03a 液化石油气规格D1840-03 航空涡轮机燃料中萘烃的试验方法紫外线分光光度法D 2274-03 a 馏分燃料油氧化稳定性的试验方法加速法D2532-03 航空涡轮机润滑剂粘度及承受低温后粘度变化的试验方法D2887-03 石油馏分沸程分布的试验方法气相色谱法D2892-03a 原油的蒸馏试验方法15块理论塔板蒸馏塔法D2896-03 石油产品碱值的试验方法高氯酸电位滴定法D 3228-03 润滑油和燃料油中总氮的试验方法改进的克揶达法D 3427-03 石油空气释放性的试验方法D4171-03 燃料系统用的防冻剂规格D4294—03 石油和石油产品中硫的试验方法能量分散x射线荧光光度法D4422—03 石油焦炭分析中灰分的试验方法D4485—03a 发动机油的性能规格D4625—03 柴油燃料在43℃(110‘F)贮存稳定性的试验方法D4693—03 加脂润滑的车轮轴承低温扭矩的试验方法D4814—03a 汽车火花点火发动机燃料规格D4857—03 非弦外操舟机用二冲程汽油发动机润滑油最大限度减小环粘接和活塞沉渍物能力的试验方法D 5191—03 石油产品蒸气压的试验方法微量法D5275—03 含流体聚合物的燃料注入器剪叨稳定性试验(FISST)方法D5001—03 航空涡轮机燃料润滑性测定方法用球在圆柱体润滑性评价器(BOCLE)法D 5006—03 航空燃料中燃料系统醚型防冻剂的测定方法D 5704—03 a 人工传动装置和最终驱动轴用润滑油热及氧化稳定性的评价试验方法D5705—03 残留燃料油上方的气相中硫化氢测定方法D 5800—03 a 润滑油蒸发损失的试验方法阿科(Noack)法D 5862—03 二冲程循环涡轮增压6V92TA2柴油发动机中评价发动机油的试验方法D 6121—03a 评价准双曲面凿轮驱动轴用润滑剂在低速和高扭矩条件下承载能力的试验方法D6352—03 在174 ℃～700 ℃沸腾范围内用气相色谱法测定石油馏分的沸程分布的试验方法D 6377—03 测定原油蒸气压的试验方法：VPCRx(膨胀法)D6378—03 测定石油产品、烃和烃—氧化混合物的蒸气压(VPx)的试验方法(三级膨胀法)D6424—03 天然吸气的火花点火航空发动机辛烷值的实施规程D 6447—03 航空涡轮燃料氢过氧化值的试验方法伏安分析法D6557—03 评价汽车发动机油防锈性能的试验方法D 6593—03 a 在汽油为燃料的火花点火内燃发动机内，低温、轻负载的运行条件下，评价汽车发动机油抑制沉渍物形成的试验方法D6594—03 评价柴油发动机油在135℃腐蚀性的试验方法D6709—03 在序列Ⅷ火花点火发动机(CLR油试验发动机)中，评价汽车发动机油的试验方法D6751—03 a 中间馏分燃料用的生物柴油燃料掺油料B100规格D6812—03 汽轮增压和增加负荷的火花点火航空发动机的地面辛烷值实施规程D 6837—03 在序列VIB火花点火发动机中测量汽车发动机油对客车和轻型货车节约燃料效果的试验方法D 6897—03 a 液化石油气(LPG)蒸气压的试验方法(膨胀法)D2700—03b 火花点火发动机燃料的马达辛烷值的试验方法D1977—03 用氢氟酸/硫酸分解和原子光谱分析法测定FCC平衡催化剂中镍和钒的试验方法D3663—03 催化剂和催化剂载体表面积的试验方法D 3908—03 容量真空法测定有载体的铂催化剂氢化学吸附性能的试验方法D4164—03 成型催化剂及催化剂载体机械轻击的堆积密度试验方法D41S0—03 成型催化剂及催化剂载体的振动堆积密度试验方法D4222—03 用静态容量测定法测定催化剂和催化剂载体氮吸附和脱附等温线的试验方法D4512—03 细催化剂和催化剂载体颗粒及粉体的振动表观堆积密度试验方法D4567—03 连续流动法用氮吸附单点测定催化剂及催化剂载体比表面的试验方法D4781—03 细催化剂颗粒和催化剂载体颗粒机械轻击堆积密度的试验方法D4824—03 用氨化学吸附法测定催化剂酸度的试验方法D6175—03 挤出催化剂和催化剂载体颗粒径向压碎强度的试验方法D3907—03 用微活性试验法进行流化催化裂解(FCC)催化剂的试验方法D5154—03 测定(FCC)催化剂活性和选择性的微活性试验方法3新撤消标准涂料、塑料等D2571—95 木制家具用喷漆的试验指南D1347—72(1995) 甲基纤维素试验方法D1358—86(1995) 分光光度法测定脱水蓖麻油及其衍生物二烯值的试验方法D1466—86(1995) 涂料、清漆及有关物料中常用的液体油和脂肪酸的采样方法D1467—89(1995) 防护涂料中脂肪酸的试验方法D1615—60(1995) 醇酸树脂中甘油、乙二醇和季戊四醇的试验方法D1950—86(1995) 热聚合干性油中丙酮允许量的试验方法D1951—86(1995) 干性油和脂肪酸中灰分的试验方法D1952—86(1995) 定量测定干性油裂解的试验方法D1954—86(1995) 生亚麻子油中油脚的试验方法D1955—95(1995) 干性油凝胶时间的试验方法D1958—86(1995) 奥气油中氯仿不溶物的试验方法D1960—86(1995) 干性油加热损失的试验方法D1964—85(1995) 桐油质量的试验方法D1967—86(1995) 干性油加热后色度测定的试验方法D1983—90(1995) 甲基酯气液色谱法分析脂肪酸组分的试验方法D2078—86(1995) 脂肪族季铵氯化物碘值的试验方法D 3447—0l 卤化有机溶剂纯度的试验方法D4757—98 蒸气脱脂溶剂的标记规程D 5320—96(2000) 稳定的三氯乙烯和四氯乙烯中1，1，1—三氯乙烷及二氯甲烷含量的试验方法D 5223—03 发动机冷却剂级丙二醇规格D 5999—96再悬浮中胶粘剂无干扰的试验方法D2069—9L(1998) 海船用燃料规格D 3520—88(1998) 热处理液淬火时间的试验方法磁性淬火计法D5119—02 车用发动机油在CRC—L—38火花点火发动机中的评价方法D 5302—0l a 车用发动机油在火花点火内燃机中，用汽油作燃料、低温、轻负荷条件下，抑制沉渍物生成和磨损的评价试验方法D 5480—95(1999) 用气相色谱法测定发动机油挥发度的试验方法D 5533—98 车用发动机油在程序ⅢE火花点火发动机中的评价试验方法D 5844—98 车用发动机油抑制生锈的评价试验方法(程序ⅡD)D1848—88(1998) 室外用乳胶漆漆膜破裂特性记录的分类D284—88(1999) 氧化汞颜料的化学分析方法D604—81(1996)ε1硅藻土颜料的规格D 656—87(1999) 纯甲苯胺红调色剂规格D 719—91(1999) 硅藻土颜料的分析方法D 970—86(1999) 对位红和甲苯胺红颜料的试验方法D 3360—96 液体比重计法测定普通白色体质颜料粒度分布的试验方法2004年ASTM化工标准目录(中)1 新制定标准涂料、塑料、橡胶及石油产品等D7054-04 分布于北美涂料涂敷器用的延伸标杆警告标记规格D6865-04 丙烯腈苯乙烯丙烯酸酯(Asa)和丙烯腈乙丙二烯单体苯乙烯(Aes)塑料以及复合物的模塑料和挤压料分类体系D7026-04 通过炭同位素分析法确定物料生物基含量结果用的采样及报告指南D6954-04 在氧化和生物降解联合作用环境里降解的塑料曝露和试验指南D 7029-04 在180．0 ftiF(82．2 ffic)下测定不饱和聚酯及乙烯基酯反应性的试验方法F2389-04 压力分级聚丙烯(PP)管系统规格D7050-04 天然橡胶规程按照预示工艺性能的采样及捆包分类D7057-04 气相色谱法(外部标准)分析异丙苯的试验方法D7038-04 评价汽车齿轮润滑剂耐湿度腐蚀的试验方法D 7039-04 用单色波长分散X—射线荧光分光法测定汽油和柴油机燃料中硫含量的试验方法D 7044-04 可生物降解的耐火水力流体规格D 6985-04 燃料油中间馏分的规格海军用F 2331-04 测定用于热塑性螺纹管及配件材料的螺纹密封胶化学相容性的试验方法2新修订标准第06卷涂料及有关涂层等D2369-04 涂料挥发物含量的测试方法D3960-04 色漆和有关涂料中挥发性有机化合物(VOC)含量的测试方法D1725-04 树脂溶液粘度的测试方法D1353-03 色漆、清漆、喷漆及有关产品用挥发性溶剂中不挥发物质的测试方法D1720-03 硝酸纤维溶液中活性溶剂稀释比的试验方法D3329-03 气相色谱法测定甲基异丁基酮纯度的试验方法D1308-02ε1家用化学品对透明和着色有机面漆影响的试验方法D6132-04 用超声波仪表非破坏性测量应用有机涂料干膜厚度的试验方法D1641-04 清漆户外曝露试验实施规程D3258-04 用着色法的白色或近白色涂料涂膜孔隙率的试验方法D 3793-04 乳胶漆膜低温凝聚试验方法D 5068-04 评定用试漆刷具的制备规程D6488-04 关于印刷问题术语D6583-04 用矿物油吸附法的漆膜孔隙度试验方法D6901-04 美术彩色铅笔规格D4139-04 颜料挥发物和非挥发物含量测定指南D6687-04 印刷油墨载体及其成分的试验指南D1133-04 烃类溶剂的贝壳杉脂一丁醇值的试验方法D2380-04 甲醛溶液的甲醇含量试验方法D2379—04 甲醛溶液的酸度试验方法D2916—04 异佛尔酮规格D3548—04 丙烯酸乙酯规格D 3620—04 冰乙酸规格D4416—04 丙烯酸规格D5399—04 气相色谱法的烃类溶剂沸点分布试验方法第08卷塑料工艺D4877—04 聚氨基甲酸乙酯原料的试验方法：异氰酸酯中APHA色度的测定D6110—04 塑料切口试样耐却贝冲击的试验方法F1056—04 用于熔融套接聚乙烯管、管子及配件的熔融套接工具规格F1673—04 腐蚀性废料排泄系统用聚偏氟乙烯(PVDF)规格F1807—04 Sdr9交联聚乙烯(PEX)管用的卷曲铜环金属内插件规格F1947—04 往现有排水管和通气管中安装折叠聚氯乙烯PVC管的操作规程F2023—04 评估交联聚乙烯(PEX)管道和系统对热氯化水抗氧化性能的试验方法D1238—04 测量热塑性塑料熔体流动速率挤压塑性仪法D1248—04 电线和电缆用聚乙烯塑料的挤压料规格D4895—04 用分散法生产的聚四氟乙烯(PTFE)规格D 5260—04 聚氯乙烯(PVC)均聚物和共聚物以及氯化聚氯乙烯(CPVC)化合物耐化学药剂性能的分类D5420—04 使用落锤冲击(Gardner冲击)法的扁平硬质塑料试样的冲击试验方法D 5675—04 含氟聚合物微粉规格D3679—04 硬质聚氯乙烯档板规格D4477—04 硬质未增塑聚氯乙烯拱腹规格D5813—04 就地固化的热固性树脂排污管规格D2774—04 热塑性压力管系统的地下安装规程F1974—04 聚乙烯／铝／聚乙烯和交链聚乙烯／铝／交链聚乙烯复合压力管用金属内插配件规格D746—04 塑料及弹性体脆化温度的试验方法用冲击法D 3262—04 玻璃纤维增强的热固性树脂排污管规格D3517—04 玻璃纤维增强的热固性树脂压力管规格D3754—04 玻璃纤维增强的热固性树脂耐压排污管及工业管规格D256—04 塑料抗摆锤冲击性的试验方法D789—04 聚酰胺(PA)相对粘度的测定方法D2115—04 聚氯乙烯组成的炉热稳定性规程D3012—04 用炉内的样本旋转器测定聚丙烯热氧化稳定性的试验方法D4101—04 聚丙烯注射及挤压料规格D4441—04 聚四氟乙烯水分散体规格D4889—04 聚氨基甲酸乙酯原料的试验方法：原料或改性异氰酸酯粘度的测定D4976—04 聚乙烯塑料模塑及挤压料规格D2665—04 a 聚氯乙烯(PVC)塑料排水、排污及通风管及配件规格F876—04 交联聚乙烯(PEX)管子规格F2098—04 固定Sdr 9交联聚乙烯管在金属内插配件上用的不锈钢夹子规格D1785—04 聚氯乙烯塑料管(40、80及120号表)的规格D2241—04 a 聚氯乙烯耐不同级别压力管、Sdr系列规格D2513—04a 热塑性塑料气体压力管、软管及配件规格D2837—04 获得热塑性管材流体静力学设计基础或热塑性管制晶压力设计基础的试验方法D3034—04 Psm型聚氯乙烯(PVC)污水管及配件规格F493—04 氯化聚氯乙烯(CPVC)塑料管及配件用液态粘固剂规格第09卷橡胶工业及其它D454-04 橡胶的试验方法用加热与空气加压的变质作用D 572-04 橡胶的试验方法用加热和加氧的变质作用D926-04 橡胶特性的试验方法用平行板法的塑性及复原性D2702-04 橡胶化学品用的规程红外线吸收特性的测定D3765-04 炭黑的试验方法CTAB(十六烷基三甲溴化铵)表面积D4821-04 炭黑导则试验方法精密度及偏差的确认D 750-04 用人工气候装置测定橡胶变质的试验方法第15卷胶粘剂等D896-04 粘合体耐化学试剂的试验方法D907-04胶粘剂的术语D1337—04 用稠度和粘结强度确定胶粘剂贮存寿命的试验方法D5656-04 拉伸载荷法测定胶粘剂剪切下应力—应变性能用的厚粘合金属搭接受剪节点的试验方法D6004-04 测定地毯胶粘剂的粘合剪切强度的试验方法D6105-04 为了粘接应用放电表面处理活化塑料的操作规程D853-04 工业芳烃中硫化氢和二氧化硫含量(定性)测定方法D2360-04 气相色谱法测定单环芳烃中痕量杂质的试验方法D 3792-04 邻二甲苯气相色谱分析方法D4734-04 精制苯-545规格—甲基苯乙烯(AMS)的毛细管气相色谱分析方法αD6144-04D 5159-04 颗粒活性炭的粉化磨损指南D 3878-04 复合材料术语D6484/D6484 M-04 聚合物基块复合层在制品空心抗压强度的试验方法D3943-04 新氧化铝基催化剂中总钼量的试验方法D4481-04 新氧化铝基催化剂中总镍量的试验方法D4782-04 用湿化学方法对分子筛催化剂内钯的试验方法E1064-04 有机溶液中水的试验方法库仑-费休滴定法E1615-04 用锌铁合金法的微量铁定量方法D2809-04 带有发动机冷却剂铝泵的空气腐蚀及磨耗的试验方法D4725-04 发动机冷却剂术语D5752-04 用于重载发动机的预装冷却剂中附加冷却添加剂(SCAs)的规格D847-04 苯、甲苯、二甲苯、溶剂石脑油和类似工业芳烃酸度的试验方法—甲基苯乙烯)规格αD6367-04 AMS(D2659-04 室外潮湿环境中结构层压木制品用胶粘剂规格D2867-04 活性炭中水分的试验方法第05卷石油产品等D86-04 常压下石油产品蒸馏方法D97-04 石油产品倾点的测试方法D664-04 石油产品的酸值试验方法电位滴定法D975-04 燃料柴油规格D2983-04 测定润滑油低温粘度的试验方法布鲁克菲耳德粘度计法D4683-04 在高温和高剪切速率下测定粘度的试验方法锥形轴承模拟器法D5188-04 燃料的汽液比温度试验方法真空室法D6304-04 测定石油产品、润滑油和添加剂中水分含量的试验方法卡尔费休滴定法D86-04 b 常压下石油产品蒸馏方法D445-04 透明和不透明液体运动粘度的试验方法及动力粘度的计算法D 611-04 石油产品及烃类溶剂苯胺点和混合苯胺点测试方法D975-04 a 燃料柴油规格D4055-04 戊烷不溶物的膜过滤测试方法D4485-04 发动机润滑油性能规格D4806-04 汽车点火发动机燃料用的与汽油混合的变性燃料酒精的规格D5293-04 发动机油-5℃～-30℃表观粘度的试验方法冷启动模拟法D 5372-04 烷基导热液的评价指南D5481-04 高温高剪切速率下表观粘度的测试方法多孔毛细管粘度计法D5579-04 手动传动润滑剂热稳定性试验方法循环耐久性试验法D5704-04 主传动和主驱动轴用润滑油热及氧化稳定性的评价试验方法D 5769-04 成品汽油中苯、甲苯和总芳烃含量的色谱／质谱测定方法D6201-04 P2进样阀沉积物形成的无铅火花点火发动机燃料功率计评价试验方法D6304-04a 测定石油产品、润滑油及添加剂中水分含量的库仑—费休滴定法D6379-04 测定航空燃料和石油馏分中芳烃类的试验方法带有折射率检测的高效液相色谱仪D6593-04 低温和轻负荷条件下运行的以汽油为燃料的火花点火内燃发动机内抑制沉积物形成的汽车机油评价的试验方法D6594-04 135℃柴油机油腐蚀性的评价试验方法D6792-04 石油产品和润滑油试验室中质量系统的指南D6837-04 在序列VIB火花点火发动机中测定汽车机油对客车和轻负荷货车节能影响的试验方法D6838-04 Cummins M11高烟灰试验方法D6973-04 高压恒容量叶片泵中标明石油水力流体耐磨性的试验方法D6974-04 在液体燃料中能生活的细菌和霉菌的计数规程过滤和培养方法D130-04 石油产品对铜腐蚀的试验方法铜条法D938-04 石油蜡包括凡士林冻凝点的试验方法D943-04 加抑制剂矿物油氧化特性的试验方法D 1265-04 液化石油(LP)气取样规程手动法D2158-04 液化石油(LP)气中残留物的试验方法D2887-04 石油馏分沸程分布的试验方法气相色谱法D2893-04 极压润滑油氧化特性的试验方法D3227-04 汽油、煤油、航空气轮机燃料及馏分燃料中硫醇态硫含量的试验方法电位差法。
ASTM F1929-1998(2004)染料渗透法测试包装密封泄漏
通过染料渗透试验法检验多孔医用包装密封泄漏的标准试验方法1 范围1.1 本实验介绍了能够检验并定位泄漏处的材料和步骤，其中泄漏处等于或大于一个由50微米（0.002寸）丝形成的槽，这条丝是在一个透明薄膜和一块多孔板材之间形成的包装封边上。
染料渗透溶液局部性应用于封边以便检验泄漏。
在接触染料渗透液特定时间之后，就可以在包装上目测到这种染料的渗透。
1.2 这种测试方法意在用于有一个透明薄膜和一块多孔板材形成封边的包装上。
本试验仅限于可以保留住染料渗透液，防止在最短20秒内使整个密封区变色的多孔材料。
无涂层纸张最容易受泄漏影响，因而必须小心评估此试验的用途。
1.3 本试验要求染色渗透液必须和不透明度的包装材料很易对比。
1.4 以国际单位标出的数值是标准值，圆括号内的是参考值。
1.5 本标准不旨在讨论所有安全注意问题，如果有也是结合其用途。
本标准使用者负责制定适宜的安全健康条例并在使用前决定其条例限制的适用性。
2. 参考资料2.1 ASTM标准F 1327 关于医用包装防潮材料的专用术语2.2 ANSI 标准Z1.4 特征测试的抽样程序及表格3. 术语3.1 wicking(吸收)一种液体向一个纤维材料主体移动的过程。
这与在F1327 中定义的泄漏是完全不同的。
3.2 dye penetrant（染料渗透液）--一种染料和表面活性剂的水溶液，用于渗透并指示在吸收进行之前隐蔽的泄漏处的位置。
3.3 channel (槽)—一个横过仅供微生物穿过的包装密封宽度的连续敞开的小通道。
它是本实验的主要目的，就是在染料通过它时可以目测出现的泄漏。
4. 意义和用途4.1 有害生物或特有污染可能会通过泄漏进入到装置中。
这些泄漏会频繁在相同或不同材料的包装成分的密封中发现。
泄漏有可能也会由包装材料上的小孔导致。
4.2 这个染料渗透过程仅适用于一个包装密封上的单独泄漏。
在多孔材料上发现的很多小的泄漏可以由其他技术进行检测，在此不作叙述。
旋转粘度计相关标准汇总
Method
of
testing
Emulsion
Polymer
连铸保护渣粘度试验方法
ASTM C 965-1996 ASTM C 1276-1994
软化点以上的玻璃粘度的测定的标 Practice for Measuring Viscosity of Glass Above the Softening
准实施规程（英文，下同）
Point
利用旋转粘度计测量模制粉末熔点 以上粘度的标准试验方法
GB 12007.4-1989 环氧树脂粘度测定方法
Epoxide resins--Determination of viscosity
旋转粘度计相关标准汇总
标准号
中文名称
英文名称
文件格式 备注
GB/T 12008.8-1992 聚醚多元醇的粘度测定
Polyether polyols--Determination of viscosity
Test Methods for Viscosity of adhesives
ASTM D 1417-2003 合成橡胶胶乳的试验方法
Methods of Testing Rubber Latices-Synthetic
ASTM D 1439-2003 羧甲基纤维素钠盐的试验方法 Methods of Testing Sodium Carboxymethyl-Cellulose
旋转粘度计相关标准汇总
标准号
中文名称
英文名称
文件格式 备注
GB/T 2794-1995
胶粘剂粘度的测定(中文，下同) Determination methods for viscosity of adhesives
ASTM标准.E系列
E248-02 E250-98(2004) E251-92(2003) E252-84(1999) E253-04 E255-02 E256-98(2003)e1 E257-98(2003)e1 E258-67(2002) E259-98(2003) E260-96(2001) E261-03 E262-03 E263-00 E264-02 E265-98(2002) E266-02 E267-90(2001) E272-99(2004)e1 E273-01 E274-97 E275-01 E276-03 E278-01 E279-97(2001) E280-98(2004)e1 E283-04
填料塔气相色谱法 用放射性技术测定中子的积分通量率、 积分通量和中子波谱 用放射性技术测定热中子反应速率和积 分通量率的试验方法 用铁的放射性测量快中子反应速率的测 试方法 通过镍的放射性测量快中子反应速率的 试验方法 用硫-32的放射性测量快速中子注量和 反应速率的测试方法 通过铝的放射性测量快中子反应速率的 试验方法
根据概率取样结果所得数据的验收
室温下剪切模量的测试方法
氧燃烧弹的推荐安全使用
重力对流式和强制通风式烘炉
用基耶达法进行氮气微量测定用仪器 混凝土板、墙或土壤覆层的土下水气阻 拦层试验方法
铝和镁铸件检验用参考射线照相
E159-00 E161-00 E162-02a E164-03 E165-02 E167-96 E168-99(2004) E169-99 E170-99e1 E171-94(2002) E175-82(1999)e1 E176-04a E177-90a(2002) E178-02 E179-96(2003) E180-03 E181-98(2003) E185-02 E186-98(2004)e1 E190-92(2003) E191-64(1999)e1 E192-04 E193-94(1999) E194-99 E196-95(2000)e1 E200-97(2001)e1 E202-00
UL94标准及测试方法
美国UL94防火标准UL94标准可燃性UL94等级是应用最广泛的塑料材料可燃性能标准。
它用来评价材料在被点燃后熄灭的能力。
根据燃烧速度、燃烧时间、抗滴能力以及滴珠是否燃烧可有多种评判方法。
每种被测材料根据颜色或厚度都可以得到许多值。
当选定某个产品的材料时，其UL等级应满足塑料零件壁部分的厚度要求。
UL等级应与厚度值一起报告，只报告UL等级而没有厚度是不够的。
塑料阻燃等级由HB，V-2，V-1向V-0逐级递增：1、HB：UL94标准中最底的阻燃等级。
要求对于3到13 毫米厚的样品，燃烧速度小于40毫米每分钟；小于3毫米厚的样品，燃烧速度小于70毫米每分钟；或者在100毫米的标志前熄灭。
2、V-2：对样品进行两次10秒的燃烧测试后，火焰在60秒内熄灭。
可以有燃烧物掉下。
3、V-1：对样品进行两次10秒的燃烧测试后，火焰在60秒内熄灭。
不能有燃烧物掉下。
4、V-0：对样品进行两次10秒的燃烧测试后，火焰在30秒内熄灭。
不能有燃烧物掉下。
UL94 可然性试验包括下述四个测试方法：材料分类为UL94HB的水平燃烧测定方法。
材料分类为UL94V-0 ULV-1 ULV-2的垂直燃烧测试方法。
材料分类为UL－5V的垂直燃烧测试方法。
材料分类为94VT M-0、94VT M-1、94VT M-2的垂直燃烧测试方法。
材料分类为UL94HB的水平燃烧试验.测试装置:测试炉,燃烧器,金属丝网.湿度温度控制室内进行。
试样大小:130×13(mm) 光滑边缘从末端沿其长度,分别在25mm和100mm处标上刻度线,点燃燃烧器, 灼烧30s(不改变燃烧器位置,把试样移开)测试0-25mm 的燃烧速度. 若不到30s就燃烧到25mm处,则撤去火焰,测试火焰前沿到25mm 的速度.每个试验应测5个试样,取最大燃烧速度或燃烧长度为材料评定标准.对于厚度为3-13mm的试样,如燃烧速度不大于38mm/min或对于厚度小于3mm,燃烧速度不大于76mm/min或试样燃烧100mm前熄灭,该塑料可划归为UL94HB.材料分类为UL94V-0 ULV-1 ULV-2的垂直燃烧试验。
德尔塔轨迹非接触前头红外体温计说明书
P .O. Box 398 Pleasanton, CA 94566 USA | p (925)249-2250 | (800)962-6776 | f (925)249-2251 | • El sistema avanzado de detección infrarroja da como resultadomediciones confiables y estables.• Garantizado para 100,000 mediciones • °Celsius o °Fahrenheit Seleccionables • Detección de calor en la frente• Modos seleccionables de cuerpo, superficie o habitación • Alarma de fiebre alta si la temperatura es superior a 38ºC(100.4ºF).• La memoria contiene 32 puntos de datos de temperatura.• Retención automática de datos • Apagado automático• Rango de selección automática • Resolución de Pantalla 0.1°C (0.1°F)• La luz de fondo verde indica temperatura normalLa luz de fondo naranja indica fiebre baja La luz de fondo roja indica fiebre alta• FDA 510(k) Autorizado, CE, FCC, RoHS CertificadoJXB-178 Non-Contact Forehead Infrared Thermometer (Termómetro infrarrojo de frente sin contacto)Rango (Cuerpo)32°C a 43°C (89.6°F a 109.4°F)Rango (Superficie)0°C a 60°C (32°F a 140°F)Rango (Habitación)0°C a 40°C ( 32°F a 104°F)Resolución de Pantalla 0.1°C/0.1°FTemperatura de Funcionamiento 10°C a 40°C (50°F a 140°F)Temperatura de Almacenamiento -20°C a 50°C (-4°F a 122°F)Tasa de Humedad≤ 85%Precisión del T ermómetroIR del Cuerpo sin contactoASTM E1965-1998 (2009)±0.3°C (32°C a 34.9°C) ±0.6°F (89.6°F a 94.8°F)±0.2°C (35°C a 42°C)±0.4°F (95°F a 107.6°F)±0.3°C (42.1°C a 43°C) ±0.6°F (107.8°F a 109.4°F)Distancia de Medición 3cm a 5cm (1.2pulgadas a 2pulgadas)Tiempo de Respuesta 1 segundoLuz de Fondo Verde: < 37.3°C (99.14°F) temperatura normal Naranja: 37.4°C - 37.9°C (99.3°F - 100.2°F) fiebre baja Rojo: > 38°C (100.4°F) fiebre Alta Conformidad de seguridad ASTM 1965-1998 (2009)Batería DC 3V (2 pilas AA de 1.5v) no incluido Tamaño 155 mm de largo x 100 mm de ancho x 40 mm de alto (6.1 pulgadas de largo x 3.93 pulgadas de ancho x 1.57 pulgadas de alto)Peso154gr (0.34lbs)SS_15007_SP_20I1Los T ermómetros Infrarrojos de T emperatura en la Frente aseguran lecturas precisas y estables de la temperatura corporal.Desde una distancia de 3 a 5cm (1.2 a 2 pulgadas), simplemente apunte el dispositivo a la frente y lea la temperatura que se muestra en la pantalla LCD.El paquete incluye:• Modelo 15007 Termómetro IR • Manual del usuarioLuz de fondo del modo cuerpo (Body Mode)La luz de fondo indica rápidamente cuándo la temperatura es normal, fiebre baja o fiebre alta.Uso previstoEste termómetro IR de frente sin contacto ha sido desarrollado utilizando la última tecnología infrarroja. Mide la temperatura corporal escaneando la frente desde una distancia de aproximadamente 3cm a 5cm (1.2 a 2 pulgadas). La temperatura del sujeto se muestra en un segundo, lo que lo convierte en un termómetro de detección de fiebre ideal para los puntos de control de temperatura.Alarma de Fiebre Alta Cuandola temperatura es superior a 38° C, (100.4°F), sonará una alarma continua para indicar fiebre alta. El usuario puede ajustar la configuración de alarma predeterminada de 38°C (100°F)”.Luz de fondo verde: Temperatura Normal< 37.3°C (99.14°F) Rojo: Fiebre Alta> 38°C (100.4°F)Naranja: Fiebre Baja37.4°C - 37.9°C (99.3°F - 100.2°F)La temperatura corporal del ser humano varía durante el transcurso del día. También puede ser influenciada por los siguientes factores:edad, género, tipo y grosor de la piel.。