2009年我国GDP同比增长8.7%
2009年度第三批达国Ⅳ排放标准的轻型汽车(带OBD)
附件1:2009年度第三批达国Ⅳ排放标准的轻型汽车（带OBD）(下文出现的“*”代表随机变动实号，“（*）”代表随机变动实号或虚号)1、RENAULT s.a.sVYRTY 多用途乘用车VYRTE 运动型多用途乘用车发动机：2TRA703（NISSAN）机外净化器：前：JY0（NISSAN）后：JG8（NISSAN）燃油蒸发控制装置：149506N201（MAHLE TENNEX）氧传感器：前：211200-7040（DENSO）后：OZA603-N9（NTK）2、安徽江淮汽车股份有限公司HFC7200ETF 轿车发动机：HFC4GA3.1C（安徽江淮汽车股份有限公司）机外净化器：WLDQJ4011（无锡威孚力达催化净化器有限责任公司）燃油蒸发控制装置：GL-Ⅱ（天津市格林利福新技术有限公司）氧传感器：前:RE94（北京德尔福万源发动机管理系统有限公司）后:RE94（北京德尔福万源发动机管理系统有限公司）3、北京汽车制造厂有限公司BJ5021TJL13 教练车发动机：4G22D4（沈阳新光华晨汽车发动机有限公司）机外净化器：前:M25（DELPHI）后:M102（DELPHI）燃油蒸发控制装置：YX1104210（廊坊远祥汽车配件有限公司）氧传感器：前:RE94（DELPHI）后:RE94（DELPHI）或机外净化器：前:M25（DELPHI）后:M102（DELPHI）燃油蒸发控制装置：GL-Ⅱ（天津市格林利福新技术有限有限公司）氧传感器：前;RE94（DELPHI）后:RE94（DELPHI）4、北京市清洁机械厂BQJ5021GSS 洒水车发动机：JL466Q4（重庆长安汽车股份有限公司）机外净化器：KD-FⅥ（重庆长安汽车股份有限公司）燃油蒸发控制装置：GL-I（天津格林利福新技术有限公司）氧传感器：前:LSF4（联合汽车电子有限公司）后:LSH25（联合汽车电子有限公司）或机外净化器：KD-FⅥ（重庆长安汽车股份有限公司）燃油蒸发控制装置：FY（重庆方圆工贸有限公司）氧传感器：前:LSF4（联合汽车电子有限公司）后:LSH25（联合汽车电子有限公司）5、北汽福田汽车股份有限公司BJ5020V2DV2-X 厢式运输车BJ5020V2DV2-X1 仓栅式运输车BJ5020V3BV2-X 仓栅式运输车BJ5020V2BV2-X 厢式运输车BJ1020V2AV2-X 载货汽车BJ1020V3JV2-X 载货汽车发动机：LJ465Q-2AE（柳州五菱柳机动力有限公司）机外净化器：1101020000036（杭州德力西三元催化器有限公司）燃油蒸发控制装置：GL-Ⅰ（天津市格林利福新技术有限公司）氧传感器：前:SE4-276（SNG）后:SG4-31（SNG）6、德国宝马汽车公司BMW Z4 sDrive23i LM31 敞篷轿车发动机：N52B25BF（BMW）机外净化器：左:7 591 447（BMW）右:7 591 447（BMW）燃油蒸发控制装置：6 764 044（Delphi）氧传感器：左前:LSU 4.9（Bosch）右前:LSU 4.9（Bosch）左后:LSF 4.2（Bosch）右后:LSF 4.2（Bosch）BMW Z4 sDrive30i LM51 敞篷轿车发动机：N52B30BF（BMW）机外净化器：左:7 591 446（BMW）右:7 591 446（BMW）燃油蒸发控制装置：6 764 044（Delphi）氧传感器：左前:LSU 4.9（Bosch）右前:LSU 4.9（Bosch）左后:LSF 4.2（Bosch）右后:LSF 4.2（Bosch）BMW Z4 sDrive35i LM71 敞篷轿车发动机：N54B30A（BMW）机外净化器：左前/右前:7 591 480（BMW）左后/右后:7 589 585（BMW）燃油蒸发控制装置：6 764 044（Delphi）氧传感器：左前:LSU 4.9（Bosch）右前:LSU 4.9（Bosch）左后:LSF 4.2（Bosch）右后:LSF 4.2（Bosch）7、东风柳州汽车有限公司LZ6512AQ7S 多用途乘用车LZ6512AQ7SQ 多用途乘用车发动机：4G63S4M（沈阳航天三菱汽车发动机制造有限公司）机外净化器：前:A-1205030（上海德尔福排气控制系统有限公司）后:A-1205040（上海德尔福排气控制系统有限公司）燃油蒸发控制装置：1104MT-010（厦门信源环保科技有限公司）氧传感器：前:RE94（DELPHI）后:RE94（DELPHI）LZ6470AQAS 多用途乘用车LZ6510AQAS 多用途乘用车LZ6510AQASN 多用途乘用车LZ6510AQASQ 多用途乘用车发动机：4G69S4N（沈阳航天三菱汽车发动机制造有限公司）机外净化器：前：A-1205030（上海德尔福排气控制系统有限公司）后：A-1205040（上海德尔福排气控制系统有限公司）燃油蒸发控制装置：1104MT-010（厦门信源环保科技有限公司）氧传感器：前：RE94（北京德尔福技术开发有限公司）后：RE94（北京德尔福技术开发有限公司）8、东风汽车有限公司DFL7162ACC 轿车发动机：HR16（东风汽车有限公司）机外净化器：前:EW5***（广州三五汽车部件有限公司）后:CJ0***（广州三五汽车部件有限公司）燃油蒸发控制装置：14950 EN200（飞得滤机(苏州)有限公司）氧传感器：前:OZA603-**(*)（上海特殊陶业有限公司(NTK)）后:OZA603-**(*)（上海特殊陶业有限公司(NTK)）DFL7162MCC 轿车发动机：HR16（东风汽车有限公司）机外净化器：前:EW5***（广州三五汽车部件有限公司）后:CJ0***（广州三五汽车部件有限公司）燃油蒸发控制装置：14950 EN200（飞得滤机(苏州)有限公司）氧传感器：前:OZA603-**(*)（上海特殊陶业有限公司(NTK)）后:OZA603-**(*)（上海特殊陶业有限公司(NTK)）DFL7200VCC 轿车发动机：MR20（东风汽车有限公司）机外净化器：前:EW6***（广州三五汽车部件有限公司）后:EW8***（广州三五汽车部件有限公司）燃油蒸发控制装置：14950 EN200（飞得滤机(苏州)有限公司）氧传感器：前:OZA603-**(*)（上海特殊陶业有限公司(NTK)）后:OZA603-**(*)（上海特殊陶业有限公司(NTK)）9、合肥昌河汽车有限责任公司CH7101CE4 轿车发动机：DA465Q-2（哈尔滨东安汽车动力股份有限公司）机外净化器：前:7101E4-1205100（安格环保技术(上海)有限公司）后:7101E4-1205200（安格环保技术(上海)有限公司）燃油蒸发控制装置：18560-83F00(83F0)（北京德尔福万源发动机管理系统有限公司）氧传感器：前:LSF 4.2（联合汽车电子有限公司）后:LSF 4（联合汽车电子有限公司）CH6390FE4 客车发动机：DA465QE-1A（哈尔滨东安汽车动力股份有限公司）机外净化器：6390E4-1201200（庄信万丰化工有限公司）燃油蒸发控制装置：QYK1129C(18560-C30E0)（固安远祥汽车配件厂）氧传感器：前:LSF 4.2（联合汽车电子有限公司）后:LSF 4（联合汽车电子有限公司）CH6390FHE4 客车发动机：DA465QE-1A（哈尔滨东安汽车动力股份有限公司）机外净化器：6390E4-1201200（庄信万丰化工有限公司）燃油蒸发控制装置：QYK1129C(18560-C30E0)（固安远祥汽车配件厂）氧传感器：前:LSF 4.2（联合汽车电子有限公司）后:LSF 4（联合汽车电子有限公司）10、湖南江南汽车制造有限公司JNJ6406A1 轻型客车发动机：4G13S1（哈尔滨东安汽车发动机制造有限公司）机外净化器：前：HVC-ZTAQ4-01（湖南威斯特汽车零配件有限公司）后：HVC-ZTAQ4-02（湖南威斯特汽车零配件有限公司）燃油蒸发控制装置：GL型（天津格林利福新技术有限公司）氧传感器：前:LSF 4（联合汽车电子有限公司）后:LSF 4（联合汽车电子有限公司）JNJ6406B1 轻型客车发动机：4G15S（哈尔滨东安汽车发动机制造有限公司）机外净化器：前：HVC-ZTAQ4-01（湖南威斯特汽车零配件有限公司）后：HVC-ZTAQ4-02（湖南威斯特汽车零配件有限公司）燃油蒸发控制装置：GL型（天津格林利福新技术有限公司）氧传感器：前:LSF 4 （联合汽车电子有限公司）后:LSF 4 （联合汽车电子有限公司）11、奇瑞汽车股份有限公司SQR7151A217 轿车发动机：SQR477F（奇瑞汽车股份有限公司）机外净化器：预催：WLDJ149C（无锡威孚力达催化净化器有限责任公司）主催：WLDJ149C（无锡威孚力达催化净化器有限责任公司）燃油蒸发控制装置：MWV A1X00CC（武汉神龙汽车塑胶件制造有限公司）氧传感器：前：LSF4（联合汽车电子有限公司）后：LSF4（联合汽车电子有限公司）或机外净化器：预催：WLDJ149C（无锡威孚力达催化净化器有限责任公司）主催：WLDJ149C（无锡威孚力达催化净化器有限责任公司）燃油蒸发控制装置：MWV A1X00CC（上海马勒滤清系统有限责任公司）氧传感器：前：LSF4（联合汽车电子有限公司）后：LSF4（联合汽车电子有限公司）SQR7130S21T7 轿车发动机：SQR473F（奇瑞汽车股份有限公司）机外净化器：WLDJ149C（无锡威孚力达催化净化器有限责任公司）燃油蒸发控制装置：MWV A1X00CC（武汉神龙汽车塑胶件制造有限公司）氧传感器：前:OZA522-BB1（NTK）后:OZA522-BB1（NTK）或机外净化器：WLDJ149C（无锡威孚力达催化净化器有限责任公司）燃油蒸发控制装置：MWV A1X00CC（廊坊华安汽车装备有限公司）氧传感器：前:OZA522-BB1（NTK）后:OZA522-BB1（NTK）SQR7130S12T7 轿车发动机：SQR473F（奇瑞汽车股份有限公司）机外净化器：WLDJ149C（无锡威孚力达催化净化器有限责任公司）燃油蒸发控制装置：MWV A1X00CC（武汉神龙汽车塑胶件制造有限公司）氧传感器：前:OZA522-BB1（NTK）后:OZA522-BB1（NTK）或机外净化器：WLDJ149C（无锡威孚力达催化净化器有限责任公司）燃油蒸发控制装置：MWV A1X00CC（廊坊华安汽车装备有限公司）氧传感器：前:OZA522-BB1（NTK）后:OZA522-BB1（NTK）12、日本丰田汽车公司TRH223L-LEPNK4 商用车发动机：2TR（TOYOTA）机外净化器：前:T75（TOYOTA）后:U75（TOYOTA）燃油蒸发控制装置：77704-*****（AISAN）氧传感器：前:89467-*****（DENSO）后:89465-*****（DENSO）TRH213L-JDMNK4 商用车TRH223L-LEMNK4 商用车发动机：2TR（TOYOTA）机外净化器：前:T75（TOYOTA）后:U75（TOYOTA）燃油蒸发控制装置：77704-*****（AISAN）氧传感器：前:89467-*****（DENSO）后:89465-*****（DENSO）ACR50L-GFPGK4 乘用车发动机：2AZ（TOYOTA）机外净化器：前:28***（TOYOTA）后:GB3（TOYOTA）燃油蒸发控制装置：77704-*****（AISAN）氧传感器：前:89467-*****（NTK或DENSO）后:89465-*****（NTK或DENSO）13、上海大众汽车有限公司SVW7183SJD 轿车发动机：CED（上海大众汽车有限公司）机外净化器：8D0 178 BE（EBERSPAECHER）燃油蒸发控制装置：3BD 201 803*（河北华安汽车装饰装置公司）氧传感器：前:LU10（BOSCH(联合汽车电子有限公司转口贸易)）后:LF07（BOSCH(联合汽车电子有限公司转口贸易)）或机外净化器：3BD 178 CN（大连华克-埃贝斯佩歇汽车排气系统有限公司）燃油蒸发控制装置：3BD 201 803*（河北华安汽车装饰装置公司）氧传感器：前:LU10（BOSCH(联合汽车电子有限公司转口贸易)）后:LF07（BOSCH(联合汽车电子有限公司转口贸易)）SVW7183TJD 轿车发动机：CED（上海大众汽车有限公司）机外净化器：3BD 178 CN（大连华克-埃贝斯佩歇汽车排气系统有限公司）燃油蒸发控制装置：3BD 201 803*（河北华安汽车装饰装置公司）氧传感器：前:LU10（BOSCH(联合汽车电子有限公司转口贸易)）后:LF07（BOSCH(联合汽车电子有限公司转口贸易)）或机外净化器：8D0 178 BE（EBERSPAECHER）燃油蒸发控制装置：3BD 201 803*（河北华安汽车装饰装置公司）氧传感器：前:LU10（BOSCH(联合汽车电子有限公司转口贸易)）后:LF07（BOSCH(联合汽车电子有限公司转口贸易)）SVW7203UPD 轿车发动机：BNL（上海大众汽车有限公司）机外净化器：3BD 131 701（大连华克-埃贝斯佩歇汽车排气系统有限公司）燃油蒸发控制装置：3BD 201 803*（河北华安汽车装饰装置公司）氧传感器：前:LU10（BOSCH(联合汽车电子有限公司转口贸易)）后:LF07（BOSCH(联合汽车电子有限公司转口贸易)）或机外净化器：3B0 131 701**（EBERSPAECHER）燃油蒸发控制装置：3BD 201 803*（河北华安汽车装饰装置公司）氧传感器：前:LU10（BOSCH(联合汽车电子有限公司转口贸易)）后:LF07（BOSCH(联合汽车电子有限公司转口贸易)）SVW7203VPD 轿车发动机：BNL（上海大众汽车有限公司）机外净化器：3BD 131 701（大连华克-埃贝斯佩歇汽车排气系统有限公司）燃油蒸发控制装置：3BD 201 803*（河北华安汽车装饰装置公司）氧传感器：前:LU10（BOSCH(联合汽车电子有限公司转口贸易)）后:LF07（BOSCH(联合汽车电子有限公司转口贸易)）或机外净化器：3B0 131 701**（EBERSPAECHER）燃油蒸发控制装置：3BD 201 803*（河北华安汽车装饰装置公司）氧传感器：前:LU10（BOSCH(联合汽车电子有限公司转口贸易)）后:LF07（BOSCH(联合汽车电子有限公司转口贸易)）SVW7283WKD 轿车发动机：BBG（德国大众）机外净化器：前:8D0 178 BF/8D0 178 BG（Leistritz）后:8D0 178 AM/8D0 178AS（Faurecia）燃油蒸发控制装置：3BD 201 803*（河北华安汽车装饰装置公司）氧传感器：前:LF07（BOSCH(联合汽车电子有限公司转口贸易)）后:LF07（BOSCH(联合汽车电子有限公司转口贸易)）14、上海通用(沈阳)北盛汽车有限公司SGM7169MTA 轿车发动机：LDE（通用汽车匈牙利动力总成有限公司）机外净化器：GM 185（Benteler Automobiltechnik GmbH）燃油蒸发控制装置：CC 185（MAHLE）氧传感器：前: OZA 619（Continental/大陆汽车电子（长春）有限公司）后: OZA 619（Continental/大陆汽车电子（长春）有限公司）SGM7169ATA 轿车发动机：LDE（通用汽车匈牙利动力总成有限公司）机外净化器：GM 185（Benteler Automobiltechnik GmbH）燃油蒸发控制装置：CC 185（MAHLE）氧传感器：前: OZA 619（Continental/大陆汽车电子（长春）有限公司）后: OZA 619（Continental/大陆汽车电子（长春）有限公司）SGM7184ATA 轿车发动机：2HO（通用汽车匈牙利动力总成有限公司）机外净化器：GM 185（Benteler Automobiltechnik GmbH）燃油蒸发控制装置：CC 185（MAHLE）氧传感器：前: OZA 619（Continental/大陆汽车电子（长春）有限公司）后: OZA 619（Continental/大陆汽车电子（长春）有限公司）15、沈阳华晨金杯汽车有限公司SY7150WSBAA 轿车发动机：4A15（绵阳新晨动力机械有限公司）机外净化器：WLDQJ4007（无锡威孚力达催化净化器有限责任公司）燃油蒸发控制装置：QXTZ80（南京宏光空降装备厂）氧传感器：前:RE94（北京德尔福万源发动机管理系统有限公司）后:RE94（北京德尔福万源发动机管理系统有限公司）16、天津一汽丰田汽车有限公司TV6460GLM 多用途乘用车TV6460GLMNAVi 多用途乘用车TV6460DLXM 多用途乘用车发动机：1AZ（广汽丰田发动机有限公司）机外净化器：前:28340（前:TOYOTA MOTOR CORPORA TION）后:GJ9（后:天津三五汽车部件有限公司）燃油蒸发控制装置：77704-0R010（爱三（天津）汽车部件有限公司）氧传感器：前:89467-58030（前:DENSO CORPORA TION）后:89465-42170（后:NGK SPARK PLUG CO.,LTD）或机外净化器：前:28340 （前:TOYOTA MOTOR CORPORA TION）后:GJ9（后:天津三五汽车部件有限公司）燃油蒸发控制装置：77704-0R010（爱三（天津）汽车部件有限公司）氧传感器：前:89467-58030（前:DENSO CORPORA TION）后:89465-42170（后:NGK SPARK PLUG CO.,LTD）TV6460GL 多用途乘用车TV6460GLNAVi 多用途乘用车TV6460DLX 多用途乘用车发动机：1AZ（广汽丰田发动机有限公司）机外净化器：前:28340（前:TOYOTA MOTOR CORPORA TION）后:GJ9（后:天津三五汽车部件有限公司）燃油蒸发控制装置：77704-0R010（爱三（天津）汽车部件有限公司）氧传感器：前:89467-58030（前:DENSO CORPORA TION）后:89465-42170（后:NGK SPARK PLUG CO.,LTD）TV6460GLX-iM 多用途乘用车TV6460GLX-iMNA Vi 多用途乘用车发动机：2AZ（广汽丰田发动机有限公司）机外净化器：前:28340（前:TOYOTA MOTOR CORPORA TION）后:GJ9（后:天津三五汽车部件有限公司）燃油蒸发控制装置：77704-0R010（爱三（天津）汽车部件有限公司）氧传感器：前:89467-58030 （前:DENSO CORPORA TION）后:89465-42170（后:NGK SPARK PLUG CO.,LTD）或机外净化器：前:28340（前:TOYOTA MOTOR CORPORA TION）后:GJ9（后:天津三五汽车部件有限公司）燃油蒸发控制装置：77704-0R010（爱三（天津）汽车部件有限公司）氧传感器：前:89467-58030（前:DENSO CORPORA TION）后:89465-42170（后:NGK SPARK PLUG CO.,LTD）TV6460GLX-i 多用途乘用车TV6460GLX-iNAVi 多用途乘用车发动机：2AZ（广汽丰田发动机有限公司）机外净化器：前:28340（前:TOYOTA MOTOR CORPORA TION）后:GJ9（后:天津三五汽车部件有限公司）燃油蒸发控制装置：77704-0R010（爱三（天津）汽车部件有限公司）氧传感器：前:89467-58030（前:DENSO CORPORA TION）后:89465-42170（后:NGK SPARK PLUG CO.,LTD）17、天津一汽夏利汽车股份有限公司CA7150E4 轿车CA7150E4Z1 轿车发动机：5A+（天津一汽丰田发动机有限公司）机外净化器：T1A20（大连华克吉来特汽车消声器有限公司）燃油蒸发控制装置：77740-0DA30（天津市格林利福新技术有限公司）氧传感器：前级:RE94（DELPHI）后级:RE94（DELPHI）18、通用汽车公司Escalade Hybrid 越野车发动机：LFA（通用汽车公司）机外净化器：左: 12585307 （Katcon）右:12585308（Katcon）燃油蒸发控制装置：15113366（Expert）氧传感器：前左:12583804（Denso）前右:12583804（Denso）后左: 12609457（NTK）后右: 12609457（NTK）19、浙江中誉汽车有限公司ZZY6540 商务车发动机：112（戴姆勒股份公司）机外净化器：前：KT6032（戴姆勒股份公司）后：KT6027（戴姆勒股份公司）燃油蒸发控制装置：AF0011（戴姆勒股份公司）氧传感器：前：OS 0005（戴姆勒股份公司）后：OS 0005（戴姆勒股份公司）20、郑州日产汽车有限公司ZN5021XJHV1J4 救护车发动机：PSA RFN 10LH3X（神龙汽车有限公司）机外净化器：前：TR PSA K396（武汉佛吉亚通达排气系统有限公司）后：20010 V0100（德尔福汽车系统（中国）投资有限公司）燃油蒸发控制装置：14950 6N208（厦门信源环保科技有限公司）氧传感器：前:OSP+（DELPHI）后:OSP+（DELPHI）ZN1033F2G4 多用途货车ZN5033XLCF2G4 冷藏车发动机：KA24（日本日产公司）机外净化器：前:V****（日本日产公司）后:VD9**（日本日产公司）燃油蒸发控制装置：14950 *****（日本TENNEX）氧传感器：前:OZA***-**（日本NTK）后:OZA***-**（日本NTK ）21、中国第一汽车集团公司CA7206AT 轿车CA7207A T 轿车发动机：LF（中国第一汽车集团公司）机外净化器：LFN3（TOKYO ROKI）燃油蒸发控制装置：FS5R（AISAN）氧传感器：前:A5(*)(*)(*)(*)(*)（NTK）后:S84(*)(*)(*)(*)(*)（NTK）CA7206MT 轿车发动机：LF（中国第一汽车集团公司）机外净化器：LFN2（TOKYO ROKI）燃油蒸发控制装置：FS5R（AISAN）氧传感器：前:A5(*)(*)(*)(*)(*)（NTK）后:S84(*)(*)(*)(*)(*)（NTK）CA7256AT 轿车CA7257A T 轿车发动机：L5（中国第一汽车集团公司）机外净化器：L503（YUMEX）燃油蒸发控制装置：FS5R（AISAN）氧传感器：前:A5(*)(*)(*)(*)(*)（NTK）后:S84(*)(*)(*)(*)(*)（NTK）。
TB铁道行业标准2009版
序号标准编号标准名称代替标准号专业分类1 TB/T n 1—1985 铁路电话交换网长途自动电话编号TB n 1—1978 铁路通信2 TB/T 1.1—1995 铁道车辆标记一般规则GB 7703.1—1987 铁道车辆3 TB/T 1.2—1995 铁道车辆标记文字与字体GB 7703.2—1987 铁道车辆4 TB/T 2—1999 车辆用票插TB/T 2—1968 铁道车辆5 TB/T 3—1974 客车编组顺位牌插(A、B型)型式尺寸TB 3—1968 铁道车辆6 TB/T n 3—1987 2000毫升轻油样品包装箱TB n 3—1978 铁路运输7 TB/T 5—1993 客车运行区间牌TB/T 5—1986 铁道车辆8 TB/Z 5—1976* 螺旋道钉硫磺锚固及绝缘防锈涂料工务工程9 TB/T 19—1999 货车手制动轴套TB/T 19—1974 铁道车辆10 TB/T 23—1999 机车车辆用防尘堵及链TB/T 23—1982 机车车辆综合11 TB/T 24—1999 机车车辆用三通接头TB/T 24—1974 机车车辆综合12 TB/T 25—1999 货车制动管吊组装TB/T 25—1974 铁道车辆13 TB/T 26—1999 货车制动管吊板TB/T 26—1974 铁道车辆14 TB/T 33—1999 货车用闸瓦插销TB/T 33—1974 铁道车辆15 TB/T 34—1999 货车用闸瓦销环TB/T 34—1974 铁道车辆16 TB/T 35—1999 货车用中心销TB/T 35—1968 铁道车辆17 TB/T 36—1999 车辆用从板TB/T 36—1974 铁道车辆18 TB/T 37—1999 货车用右闸瓦托TB/T 37—1974 铁道车辆19 TB/T 38—1999 货车用左闸瓦托TB/T 38—1974 铁道车辆20 TB/T 39—1974 车辆用闸瓦托技术条件TB 39—1959 铁道车辆21 TB/T 40—1999 车辆用前从板座TB/T 40—1982 铁道车辆22 TB/T 41.1—1999 车辆用后从板座A型TB/T 41—1982 铁道车辆23 TB/T 41.2—1999 车辆用后从板座B型TB/T 41—1982 铁道车辆24 TB/T 42—1999 2号车钩用冲击座TB/T 42—1974 铁道车辆25 TB/T 46—1995 车辆用上下心盘技术条件TB/T 46—1974 铁道车辆26 TB/T 48—1999 扶梯TB/T 48—1968 铁道车辆27 TB/T 54—1993 光圆销TB 54—1984 机车车辆综合28 TB/T 54—1993光圆销（1号修改单）机车车辆综合/XG1—200929 TB/T 55—1993 半光圆销TB 55—1984 机车车辆综合30 TB/T 56—1993 毛圆销TB 56—1984 机车车辆综合31 TB/T 59—1993 圆销用垫圈TB 59—1984 机车车辆综合32 TB/T 60—2001 制动软管连接器总成TB/T 60—1989 机车车辆综合33 TB/T 66—1995 机车车辆制动机弹簧技术条件TB/T 66—1959 机车车辆综合34 TB/T 85—1999 截断塞门TB/T 85—1974 机车车辆综合35 TB/T 112—1974 客车用注水口(A、B型)型式与尺寸TB 112—1968 铁道车辆36 TB/T 119—1974 客车紧急制动阀型式与尺寸TB 119—1968 铁道车辆37 TB/T 122—2001 机车车辆产品图样及设计文件编号原则TB/T 122—1974 机车车辆综合38 TB/T 304—1995 机车用总风缸技术条件TB/T 304—1982 铁道机车39 TB/T 315—2005 机车车辆用球阀TB/T 312～321—1993 机车车辆综合40 TB/T 333—2005 机车车辆用螺纹管接头TB/T 333—1993 机车车辆综合41 TB/T 335—1975 H－6 自动制动阀技术条件TB 335—1961 铁道机车42 TB/T 336—1975 H－6 自动制动阀型式尺寸TB 336—1961 铁道机车TB 399—1964 工务工程43 TB/T 399—1975* 标准轨距铁路每米43和50公斤钢轨9、12号单开道岔44 TB/T 402—1975* 标准轨距铁路每米43公斤钢轨6.25米尖轨转辙器TB 402—1964 工务工程45 TB/T 403—1975* 标准轨距铁路每米43公斤钢轨7.7米尖轨转辙器TB 403—1964 工务工程46 TB/T 404—1975* 标准轨距铁路每米50公斤钢轨6.25米尖轨转辙器TB 404—1964 工务工程47 TB/T 405—1975* 标准轨距铁路每米50公斤钢轨7.7米尖轨转辙器TB 405—1964 工务工程48 TB/T 412—2004 标准轨距铁路道岔技术条件TB/T 412—1990 工务工程49 TB/T 413—1975* 标准轨距铁路道岔用半圆头方颈螺栓(粗制) TB 413—1964 工务工程50 TB/T 414—1975* 标准轨距铁路道岔用方头螺栓(粗制) TB 414—1964 工务工程51 TB/T 415—1975* 标准轨距铁路道岔用双头螺栓(粗制) TB 415—1964 工务工程52 TB/T 416—1975* 标准轨距铁路道岔用长方头螺栓(粗制) TB 416—1964 工务工程53 TB/T 417—1975* 标准轨距铁路道岔用六角厚螺母(粗制) TB 417—1964 工务工程54 TB/T 418—1975* 标准轨距铁路道岔用弹簧垫圈TB 418—1964 工务工程55 TB/T 419—1975* 标准轨距铁路道岔用双肩平垫板TB 419—1964 工务工程56 TB/T 420—1975* 标准轨距铁路道岔用轨撑垫板TB 420—1964 工务工程57 TB/T 421—1975* 标准轨距铁路道岔用滑床板TB 421—1964 工务工程58 TB/T 422—1975* 标准轨距铁路道岔用护轨平肩垫板TB 422—1964 工务工程59 TB/T 428—1975* 标准轨距铁路道岔用顶铁TB 428—1964 工务工程60 TB/T 429—1975* 标准轨距铁路道岔用接头铁TB 429—1964 工务工程61 TB/T 431—1975* 标准轨距铁路道岔用拉杆TB 431—1964 工务工程62 TB/T 432—1975* 标准轨距铁路道岔用连杆TB 432—1964 工务工程63 TB/T 433—1975* 标准轨距铁路道岔用辙跟鱼尾板TB 433—1964 工务工程64 TB/T 437—1975* 标准轨距铁路道岔用轨撑TB 437—1964 工务工程65 TB/T 438—1975* 标准轨距铁路道岔辙跟外轨撑TB 438—1964 工务工程66 TB/T 439—1975* 标准轨距铁路道岔护轨中部间隔铁TB 439—1964 工务工程67 TB/T 440—1975* 标准轨距铁路道岔用垫圈TB 440—1964 工务工程68 TB/T 441—1975* 标准轨距铁路道岔用辙跟垫圈TB 441—1964 工务工程69 TB/T 442—1975* 标准轨距铁路道岔用鱼尾板垫圈TB 442—1964 工务工程70 TB/T 443—1975* 标准轨距铁路道岔用扣铁TB 443—1964 工务工程71 TB/T 444—1975* 标准轨距铁路道岔用绝缘垫圈TB 444—1964 工务工程72 TB/T 445—1975* 标准轨距铁路道岔用绝缘管TB 445—1964 工务工程工务工程73 TB/T 447—2004 高锰钢辙叉技术条件TB/T 447—1990TB/T 2327—1992机车车辆综合74 TB/T 449—2003 机车车辆车轮轮缘踏面外形TB/T 449—1976TB/T 1967—198775 TB/T 451—1996 车辆和煤水车用车轴技术条件TB/T 451—1986 铁道车辆76 TB/T 454—1981 铁路信号名词术语TB 454—1963 铁路信号77 TB/T 456—2008 机车车辆用车钩、钩尾框TB/T 456—1991铁道车辆TB/T 3170—2007(原GB/T 17425—1998)78 TB/T 493—2004 铁道车辆车钩缓冲装置组装技术条件TB/T 493—1993铁道车辆TB/T 1612—1985TB/T 1953—1987GB/T 15836.2—199579 TB/T 494—1997* 铁路照明照度标准TB/T 494—1987 基础与综合80 TB/T 564—1992 螺旋道钉TB 564—1976 工务工程81 TB/T 574—1975 铁路钢桥产品技术条件TB 574—1964 工务工程82 TB/T 776—2005 机车车辆用螺纹管接头球接头TB/T 776—1993 机车车辆综合83 TB/T 777—2005 机车车辆用螺纹管接头接头螺母TB/T 777—1993 机车车辆综合84 TB/T 778—2005 机车车辆用螺纹管接头技术条件TB/T 778—1991 机车车辆综合85 TB/T 780—1993 扁开口销TB 780—1984 机车车辆综合86 TB/T 781.1—1999 集尘器A型TB/T 781—1976 铁道机车87 TB/T 781.2—1999 集尘器B型TB/T 781—1976 铁道机车88 TB/T 782—1999 13号车钩用冲击座TB/T 782—1982 铁道车辆89 TB/T 783—1999 2号车钩用车钩托梁TB/T 783—1976 铁道车辆90 TB/T 798—1991* 内接活接头TB 798—1984 机车车辆综合91 TB/T 799—1993* 内外活接头TB 799—1984 机车车辆综合92 TB/T 800—1993* 内接活弯头TB 800—1984 机车车辆综合93 TB/T 801—1993* 外接活弯头TB 801—1984 机车车辆综合94 TB/T 802—1993 活接三通TB 802—1984 机车车辆综合95 TB/T 803—1991 套管TB 803—1984 机车车辆综合96 TB/T 804—1991 内螺纹带肩套管TB 804—1984 机车车辆综合97 TB/T 805—1993 外螺纹带肩套管TB 805—1984 机车车辆综合98 TB/T 806—1993 活弯头体TB 806—1984 机车车辆综合99 TB/T 807—1993 活接三通体TB 807—1984 机车车辆综合100 TB/T 808—1991 活接头螺母TB 808—1984 机车车辆综合101 TB/T 809—1991* 接头垫TB 809—1984 机车车辆综合102 TB/T 810—1993* 管接头TB 810—1974 机车车辆综合103 TB/T 811—1993* 异径管接头TB 811—1974 机车车辆综合104 TB/T 812—1993* 弯头TB 812—1974 机车车辆综合105 TB/T 813—1974* 带孔弯头TB 813—1968 机车车辆综合106 TB/T 814—1993* 异径弯头TB 814—1974 机车车辆综合107 TB/T 815—1993* 内外弯头TB 815—1974 机车车辆综合108 TB/T 816—1993* 制动软管弯头TB 816—1974 机车车辆综合109 TB/T 817—1993 异径制动软管弯头TB 817—1974 机车车辆综合110 TB/T 818—1993* 三通TB 818—1974 机车车辆综合111 TB/T 819—1993* 异径三通TB 819—1974 机车车辆综合112 TB/T 820—1993* 四通TB 820—1974 机车车辆综合113 TB/T 821—1993* 异径四通TB 821—1974 机车车辆综合114 TB/T 822—1993* 三向四通TB 822—1974 机车车辆综合115 TB/T 823—1991* 内外接头TB 823—1984 机车车辆综合116 TB/T 824—1991* 外接头TB 824—1984 机车车辆综合117 TB/T 825—1991* 管帽TB 825—1984 机车车辆综合118 TB/T 826—1991* 锁紧螺母TB 826—1974 机车车辆综合119 TB/T 827—2005 机车车辆用表管接头TB/T 827—1993 机车车辆综合120 TB/T 828—2005 机车车辆用球面弯头TB/T 828—1993 机车车辆综合121 TB/T 829—2005 机车车辆用球面直角接头TB/T 829—1993 机车车辆综合122 TB/T 830—2005 机车车辆用球面三通TB/T 830—1993 机车车辆综合123 TB/T 831—2005 机车车辆用球面栽入三通TB/T 831—1993 机车车辆综合124 TB/T 832—2005 机车车辆用单球面直通接头TB/T 832—1993 机车车辆综合125 TB/T 833—2005 机车车辆用双球面直通接头TB/T 833—1993 机车车辆综合126 TB/T 844—1991 六角头螺堵TB 844—1974 机车车辆综合127 TB/T 845—1991* 方头螺堵TB 845—1984 机车车辆综合128 TB/T 846—1991* 方孔螺堵TB 846—1984 机车车辆综合129 TB/T 894—1999 链环TB/T 894—1968 铁道车辆130 TB/T 895—1999 链蹄环TB/T 895—1974 铁道车辆131 TB/T 896—1999 羊眼螺栓TB/T 896—1968 铁道车辆132 TB/T 897—1999 眼环螺栓TB/T 897—1974 铁道车辆133 TB/T 1002—2006 铁道客车用直流无刷电风扇TB/T 1002—1982 铁道车辆134 TB/T 1010—2005 铁道车辆用轮对型式与基本尺寸TB/T 1010—1985 铁道车辆135 TB/T 1013—1999 碳素钢铸钢车轮技术条件TB/T 1013—1963 铁道车辆136 TB/T 1022—1998 铁路信号产品型号编制原则及管理办法TB/T 1022—1977 铁路信号137 TB/T 1023—1992 铁路信号文字符号编制原则TB 1023—1978 铁路信号138 TB/T 1025—2000 机车车辆用热卷螺旋压缩弹簧供货技术条件TB/T 1025—1991 机车车辆综合139 TB/T 1027—1991 机车车轴技术条件TB/T 1027—1986 铁道机车140 TB/T 1076—1975 机车车辆用检查锤TB 1076—1961 机车车辆综合141 TB/T 1117—1961* 信号用电锁器技术条件铁路信号142 TB/T 1118—1980 信号用变阻器TB 1118—1961 铁路信号143 TB/T 1120—2000 通信信号产品图样及技术文件的编号原则TB/T 1120—1975 通信信号综合144 TB/T 1121—1998 通信信号企业标准的编号原则TB/T 1121—1975 通信信号综合145 TB/T 1122—1992 铁路信号图形符号TB 1122—1978 铁路信号146 TB/T 1123—1992 铁路信号联锁图表编制原则TB 1123—1978 铁路信号147 TB/T 1124—2002 机车车辆通用件图样编号办法TB/T 1124—1973 机车车辆综合148 TB 1126—1999 机车控制与照明电路标准电压TB 1126—1987 铁道机车149 TB/T 1132—1996 内燃、电力机车的管路涂色TB/T 1132—1984 铁道机车150 TB/T 1133—1999 折角塞门TB/T 1133—1974 机车车辆综合标准编号标准名称代替标准号专业分类151 TB/T 1134—1974 货车木材技术条件铁道车辆152 TB/T 1135—1975* 标准轨距铁路道岔用尖轨补强板工务工程153 TB/T 1136—1975* 标准轨距铁路道岔用辙跟内轨撑工务工程154 TB/T 1137—1975* 标准轨距铁路道岔用辙跟间隔铁工务工程155 TB/T 1138—1975* 标准轨距铁路道岔用护轨端部间隔铁工务工程156 TB/T 1139—1983 机车用天然水分析方法 (部分内容被TB/TTB 1139—1975 铁道机车2725-1996代替)157 TB/T 1143—1975 铁路软水用离子交换树脂分析方法铁道机车158 TB/T 1145—1975 溶液配制及标定方法铁道机车159 TB/T 1146—1975* 标准轨距铁路道岔用拉杆调整片工务工程160 TB/T 1147—1975* 标准轨距铁路道岔用绝缘片工务工程标准编号标准名称代替标准号专业分类铁道机车161 TB/T 1160—2006 内燃机车用铜散热器TB/T 1160—1993TB/T 1734—1986TB/T 2877—1998工务工程162 TB/T 1162—1977* 标准轨距铁路每米43公斤钢轨9号辙叉及护轨(高锰钢整铸直线辙叉)工务工程163 TB/T 1163—1977* 标准轨距铁路每米43公斤钢轨12号辙叉及护轨(高锰钢整铸直线辙叉)工务工程164 TB/T 1164—1977* 标准轨距铁路每米50公斤钢轨9号辙叉及护轨(高锰钢整铸直线辙叉)工务工程165 TB/T 1165—1977* 标准轨距铁路每米50公斤钢轨12号辙叉及护轨(高锰钢整铸直线辙叉)166 TB/T 1166—1977* 标准轨距铁路道岔用导电销工务工程167 TB/T 1167—1991 扁孔圆销TB 1167—1977 机车车辆综合168 TB/T 1168—1991* K1、K2、GK型三通阀技术条件TB 1168—1976 机车车辆综合169 TB/T 1169—1991* 铁路通信工程图形符号TB 1169—1977 铁路通信170 TB/T 1170—1995* 42724QT 圆柱滚子轴承基本尺寸与技术要求TB/T 1170—1977 铁道车辆标准编号标准名称代替标准号专业分类171 TB/T 1171—1995* 152724QT圆柱滚子轴承基本尺寸与技术要求TB/T 1171—1977 铁道车辆172 TB/T 1172—1995* 42726QT 圆柱滚子轴承基本尺寸与技术要求TB/T 1172—1977 铁道车辆173 TB/T 1173—1995* 152726QT圆柱滚子轴承基本尺寸与技术要求TB/T 1173—1977 铁道车辆174 TB/T 1235—1977* 铁路会议电话设备制式系列铁路通信铁道机车175 TB/T 1240—2009 机车车辆用衬套TB/T 1240—1991TB/T 2696—1996176 TB/T 1243—1982 客车门窗玻璃TB 1243—1977 铁道车辆177 TB/T 1250—1993 椭圆法兰TB 1250—1981 机车车辆综合178 TB/T 1251—1993 椭圆法兰垫片TB 1251—1981 机车车辆综合179 TB/T 1252—1993 三角法兰TB 1252—1981 机车车辆综合180 TB/T 1253—1993 三角法兰垫片TB 1253—1981 机车车辆综合标准编号标准名称代替标准号专业分类181 TB/T 1254—1980 倾翻汽缸技术条件铁道车辆182 TB/T 1255—1993 方法兰TB 1255—1981 机车车辆综合183 TB/T 1256—1993 方法兰垫片TB 1256—1981 机车车辆综合184 TB/T 1257—1993 圆法兰TB 1257—1981 机车车辆综合185 TB/T 1258—1993 圆法兰垫片TB 1258—1981 机车车辆综合186 TB/T 1259—1991 一端固定单管卡TB 1259—1981 机车车辆综合187 TB/T 1260—1991 两端固定单管卡TB 1260—1981 机车车辆综合188 TB/T 1261—1991 两端固定双管卡TB 1261—1981 机车车辆综合189 TB/T 1262—1991 中间固定双管卡TB 1262—1981 机车车辆综合190 TB/T 1263—1991 异径双管卡TB 1263—1981 机车车辆综合标准编号标准名称代替标准号专业分类191 TB/T 1265—1993 软管卡TB 1265—1981 铁道机车192 TB/T 1266—1993 内六角螺堵TB 1266—1981 机车车辆综合193 TB/T 1281—1978 组合、组合架及综合架铁路信号194 TB/T1333.1—2002 铁路应用机车车辆电气设备第1部分：一般使用条件和通用规则TB/T 1333—1996 机车车辆综合195 TB/T1333.2—2002 铁路应用机车车辆电气设备第2部分：电工器件通用规则TB/T 1333—1996 机车车辆综合196 TB/T1333.3—2004 铁路应用机车车辆电气设备第3部分：电工器件直流断路器规则机车车辆综合197 TB/T1333.4—2005 铁路应用机车车辆电气设备第4部分：电工器件交流断路器规则TB/T 1453—1997TB/T 2055—1999机车车辆综合198 TB/T1333.5—2005 铁路应用机车车辆电气设备第5部分：电工器件高压熔断器规则机车车辆综合199 TB/T 1334—1993 直接作用模拟指示机车电测量仪表技术条件TB 1334—1982 铁道机车200 TB/T 1335—1996 铁道车辆强度设计及试验鉴定规范TB/T 1335—1978 铁道车辆标准编号标准名称代替标准号专业分类201 TB/T 1343—1979* 铁路长途通信传输质量指标铁路通信202 TB/T 1344—2008 内燃机车用齿轮油泵TB/T 1344—1993 铁道机车203 TB/T 1346—1979 普通道钉工务工程204 TB/T 1347—2004 电动捣固镐通用技术条件TB/T 1347—1990 工务工程205 TB/T 1347—2004/XG1—2007 电动捣固镐通用技术条件（1号修改单）工务工程206 TB/T 1350—1983 铁路曲线轨距加宽工务工程207 TB/T 1352—1994 铁路线路术语TB 1352—1979 工务工程208 TB/T 1353—1979 铁路道岔和交叉名词术语工务工程209 TB/T 1354—1979 钢轨实物弯曲疲劳试验方法工务工程210 TB/T 1355—1993 铁路1 t叉车技术条件TB 1355—1979 铁路运输标准编号标准名称代替标准号专业分类211 TB/T 1356—1996 铁路用卸煤机、装砂机技术条件TB/T 1356—1979 铁路运输212 TB/T 1357—2007 铁路门式起重机TB/T 1357—1992TB/T 1418—1989TB/T 2334—1993TB/T 2666—1995铁路运输213 TB/T 1358—2003 机车车辆车轮轮缘踏面样板TB/T 1358—1998 机车车辆综合TB/T 1359—1999TB/T 1968—1987TB/T 1969—1987214 TB/T 1362—1996 轮对内距尺TB/T 1362—1980 机车车辆综合215 TB/T 1365—1980* SH2－180型转换锁闭器铁路信号216 TB/T 1381—1995* 铁路通信产品型号命名方法及管理办法TB/T 1381—1987 铁路通信217 TB/T 1382—2006 机车、动车用柴油机零部件活塞环TB/T 1382—1993 铁道机车218 TB/T 1383—2003 铁道动力装置柴油机用涡轮增压器技术条件TB/T 1383—1982 铁道机车219 TB/T 1384—2003 铁道动力装置柴油机用涡轮增压器试验方法TB/T 1384—1982 铁道机车220 TB/T 1386—1982 液力传动箱技术条件铁道机车标准编号标准名称代替标准号专业分类221 TB/T 1387—1982 液力传动箱试验方法铁道机车工务工程222 TB/T 1388—1981 混凝土轨枕、混凝土轨枕板用每米50公斤钢轨橡胶垫板型式尺寸223 TB/T 1389—1981 混凝土轨枕板用每米43公斤钢轨橡胶垫板型式尺寸工务工程224 TB/T 1391—2007 机车司机控制器TB/T 1391—1993 铁道机车225 TB/T 1392—1993 机车电空阀技术条件TB 1392—1981 铁道机车226 TB/T 1393—2003 铁路应用机车车辆电气设备开启式功率电阻器TB/T 1393—1993 机车车辆综合规则227 TB/T 1395—2003 直流110 V机车控制电源柜技术条件TB/T 1395—1981 铁道机车228 TB/T 1398—2001 机车电气设备文字符号TB/T 1398—1981 铁道机车229 TB/T 1400—2005 机车用铸钢轮心技术条件TB/T 1400—1991 铁道机车工务工程230 TB/T 1404—2008 铁路液压捣固机和液压道岔捣固机通用技术条件TB/T 1404—1999部分代替TB/T 2479.4—1993 标准编号标准名称代替标准号专业分类231 TB/T 1405—1996 液压轨缝调整器通用技术条件TB/T 1405—1981 工务工程基础与综合232 TB/T 1407—1998 列车牵引计算规程TB/T 1407—1982TB/T 1407.1—1989233 TB/T 1413—2001 透镜式色灯信号机构及信号表示器TB/T 1413—1991 铁路信号234 TB/T 1421—1982 铁路机车车辆用制动软管垫圈技术条件机车车辆综合235 TB/T 1422—1982 铁路机车车辆用门窗密封胶垫技术条件机车车辆综合236 TB/T 1423—1982 通信信号产品表面涂色通信信号综合237 TB/T 1424—1982 通信信号产品的温升通信信号综合238 TB/T 1428—1990 铁路货场桥式、门式起重机防风制动装置技术条件TB 1428—1982 铁路运输239 TB/T 1429—2006 机车、动车用柴油机零部件铸铁气缸套TB/T 1429—1993TB/T 2576—1995铁道机车240 TB/T 1433—1999 铁路信号产品环境条件地面固定使用TB/T 1433—1982 铁路信号标准编号标准名称代替标准号专业分类241 TB/T 1434—1999 铁路通信产品环境条件地面固定使用TB/T 1434—1982 铁路通信242 TB/T 1435—2009 机车、动车用柴油机零部件主轴瓦及连杆轴瓦TB/T 1435—1993 铁道机车243 TB/T1436.1—2008 内燃机车机油滤清器第1部分：技术条件TB/T 1436—2002TB/T 2564—1995铁道机车244 TB/T1436.2—2008 内燃机车机油滤清器第2部分：试验方法TB/T 3056.1—2002TB/T 3056.2—2002TB/T 3056.3—2002TB/T 3056.4—2002铁道机车245 TB/T1437.1—2008 内燃机车燃油滤清器第1部分：技术条件TB/T 1437—2002TB/T 2994—2000铁道机车246 TB/T1437.2—2008 内燃机车燃油滤清器第2部分：试验方法TB/T 2964.1—1999TB/T 2964.2—1999TB/T 2964.3—1999TB/T 2964.4—1999铁道机车247 TB/T 1443—1983 铁路机车车辆用铸造轴承合金锭技术条件机车车辆综合248 TB/T 1444—2002 内燃机车用橡胶密封件TB/T 1444—1983 铁道机车249 TB/T 1445—1982 轨道电路参数铁路信号250 TB/T 1447—1982 信号产品的绝缘电阻铁路信号标准编号标准名称代替标准号专业分类251 TB/T 1448—1982 通信信号产品的绝缘耐压通信信号综合252 TB/T 1451—2007 机车、动车前窗玻璃TB/T 1451—2001 铁道机车253 TB/T 1454—1993 机车电空接触器技术条件TB 1454—1982 铁道机车254 TB/T 1456—2004 铁路应用机车车辆干线机车车辆受电弓特性和试验TB/T 1456—1999 铁道机车255 TB/T 1457—2007 机车位置转换开关TB/T 1457—1993 铁道机车256 TB/T 1458—1983 JS型塞钉式钢轨接续线铁路信号257 TB/T 1459—1983 YG型钢轨引接线铁路信号258 TB/T 1460—1983 AD型道岔跳线铁路信号259 TB/T 1461—1982 内燃机车柴油机活塞销技术条件铁道机车260 TB/T 1462—1983 内燃机车柴油机调速器一般技术条件铁道机车标准编号标准名称代替标准号专业分类261 TB/T 1463—2006 机车轮对组装技术条件TB/T 1463—1991TB/T 1757—1991铁道机车262 TB/T 1464—1991* 铁道机车车辆用碳钢铸件通用技术条件TB 1464—1983 机车车辆综合263 TB/T 1465—1993* 铁道机车车辆用球墨铸铁件通用技术条件TB 1465—1983 机车车辆综合264 TB/T 1466—1991* 铁道机车车辆用灰铸铁件通用技术条件TB 1466—1983 机车车辆综合265 TB/T 1472—1983 综合护套、铝护套信号电缆技术条件铁路信号266 TB/T 1476—1983 铁路信号箱、架、柜外型基本尺寸系列铁路信号267 TB/T 1477—2005 ZD6 系列电动转辙机TB/T 1477—1998 铁路信号268 TB/T 1478—1983* 铁路长途通信电缆制式系列及主要技术条件铁路通信269 TB/T 1479—1991 铁道车辆车轴轴端螺栓TB 1479—1983 铁道车辆270 TB/T 1480—1983 车辆滚动轴承用防松片铁道车辆标准编号标准名称代替标准号专业分类271 TB/T 1481—1983 滚动轴承压板铁道车辆272 TB/T1484.1—2001 铁路机车车辆电缆订货技术条件第1部分：额定电压3kV及以下电缆TB/T 1484—1983 机车车辆综合273 TB/T1484.2—2001 铁路机车车辆电缆订货技术条件第2部分：额定电压30kV电力电缆TB/T 1484—1983 机车车辆综合274 TB/T1484.3—2001 铁路机车车辆电缆订货技术条件第3部分：通信网络用电缆TB/T 1484—1983 机车车辆综合275 TB/T 1486—1999 13号车钩用车钩托梁TB/T 1486—1983 铁道车辆276 TB/T 1488—1983 铁路机车车轴排列型式表示方法铁道机车277 TB/T 1489—1983 钢轨组合辙叉堆焊技术条件工务工程278 TB/T 1490—2004 铁道客车转向架通用技术条件TB/T 1490—1983TB/T 2976—2000铁道车辆279 TB/T 1491—2004 机车车辆油压减振器技术条件TB/T 1491—1983TB/T 1671—1985机车车辆综合280 TB/T 1492—2002 铁道车辆制动机单车试验方法TB/T 1492—1983 铁道车辆TB/T 2401—1993标准编号标准名称代替标准号专业分类281 TB/T 1492—2002/XG1—2006 铁道车辆制动机单车试验方法（1号修改单）铁道车辆282 TB/T1495.1—1992弹条I型扣件组装和配置TB 1495.1—1984 工务工程283 TB/T1495.2—1992弹条I型扣件弹条TB 1495.2—1984 工务工程284 TB/T1495.3—1992弹条I型扣件轨距挡板TB 1495.3—1984 工务工程285 TB/T1495.4—1992弹条I型扣件平垫圈TB 1495.4—1984 工务工程286 TB/T1495.5—2003TB/T 1495.5—2003 TB/T 1495.5—1992 工务工程287 TB/T1495.5—2003/XG1—2004 弹条I型扣件第5部分: 弹条I型、Ⅱ型扣件挡板座（1号修改单）工务工程288 TB/T 1497—1984 钢轨绝缘技术条件铁路信号289 TB/T 1498—1984 铁路通信信号产品包装技术条件通信信号综合290 TB/T1500.1—2009 接发列车作业第1部分：双线自动闭塞集中联锁（设信号员）TB/T 1500—2003 铁路运输标准编号标准名称代替标准号专业分类291 TB/T1500.2—2009 接发列车作业第2部分：双线自动闭塞集中联锁（未设信号员）TB/T 1501—2003 铁路运输292 TB/T1500.3—2009 接发列车作业第3部分：单双线半自动闭塞集中联锁（设信号员）TB/T 1502—2003 铁路运输293 TB/T1500.4—2009 接发列车作业第4部分：单双线半自动闭塞集中联锁（未设信号员）TB/T 1503—2003 铁路运输294 TB/T1500.5—2009 接发列车作业第5部分：单双线半自动闭塞色灯电锁器联锁TB/T 1504—2003 铁路运输295 TB/T1500.6—2009接发列车作业第6部分：单双线电话闭塞无联锁TB/T 1506—2003 铁路运输296 TB/T1500.7—2009 接发列车作业第7部分：单线自动站间闭塞集中联锁（设信号员）铁路运输297 TB/T1500.8—2009 接发列车作业第8部分：单线自动站间闭塞集中联锁（未设信号员）铁路运输298 TB/T 1507—1993 机车电气设备布线规则TB 1507—1984 铁道机车299 TB/T 1508—2005 机车电气屏柜技术条件TB/T 1508—1993 铁道机车300 TB/T 1512—1984 道镐工务工程标准编号标准名称代替标准号专业分类301 TB/T 1513—1984 道碴叉工务工程302 TB/T 1514—1984 道碴耙工务工程303 TB/T 1515—1984 道钉锤工务工程304 TB/T 1516—1984 耙镐工务工程305 TB/T 1517—1984 撬棍工务工程306 TB/T 1527—2004 铁路钢桥保护涂装TB/T 1527—1995 工务工程307 TB/T1528.1—2002铁路信号电源屏第1部分：总则TB/T 1528—1994 铁路信号308 TB/T1528.2—2005铁路信号电源屏第2部分：试验方法铁路信号309 TB/T1528.3—2002 铁路信号电源屏第3部分：继电联锁信号电源屏TB/T 2315—1992TB/T 2474—1993TB/T 2475—1993TB/T 2669—1995铁路信号310 TB/T1528.4—2002铁路信号电源屏第4部分：计算机联锁信号电源屏铁路信号标准编号标准名称代替标准号专业分类311 TB/T1528.5—2005铁路信号电源屏第5部分：驼峰信号电源屏铁路信号312 TB/T1528.6—2002铁路信号电源屏第6部分：区间信号电源屏铁路信号313 TB/T1528.7—2002铁路信号电源屏第7部分：25Hz信号电源屏铁路信号314 TB/T 1537—1997 保温车隔热性能试验评定方法TB/T 1537—1984 铁道车辆315 TB/T 1552—1984 车辆减速器液压传动系统技术条件铁路信号316 TB/T 1555—2005 驼峰专用气动系统技术条件TB/T 1555—1984 铁路信号317 TB/T 1556—1984 驼峰机车信号技术条件铁路信号318 TB/T 1557—1984 驼峰进路控制技术条件铁路信号319 TB/T 1558—1984 对接焊缝超声波探伤机车车辆综合320 TB 1560—2002 货车安全技术的一般规定TB 1560—1984 铁道车辆标准编号标准名称代替标准号专业分类321 TB/T 1561—1985 BX1－34型信号变压器铁路信号322 TB/T 1562—1985* WD型道岔握柄铁路信号323 TB/T 1563—1985* WX型信号握柄铁路信号324 TB/T 1564—1985 BD型道岔表示器铁路信号325 TB/T 1565—1985* DG型导管导轮铁路信号326 TB/T 1566—1985* TG型导管调整器铁路信号327 TB/T 1567—1990 铁路自动闭塞技术条件TB 1567—1985 铁路信号328 TB/T 1577—1985* DZB型臂板自控信号灯铁路信号329 TB/T 1578—1998 液压起道器通用技术条件TB/T 1578—1985 工务工程330 TB/T 1578—1998/XG1—2007 液压起道器通用技术条件（1号修改单）工务工程标准编号标准名称代替标准号专业分类331 TB/T 1580—1995 新造机车车辆焊接技术条件TB/T 1580—1985 机车车辆综合332 TB/T 1581—1996 机车车辆修理焊接技术条件TB/T 1581—1985 机车车辆综合333 TB/T 1588—2005 铁路科学技术档案分类与代码TB/T 1588—1985 基础与综合334 TB/T 1591—1985 内燃机车和内燃动车主要控制装置的布置、型式和操纵方向的规定铁道机车335 TB/T 1594—1996 内燃、电力机车车钩(上作用) TB/T 1594—1985 铁道机车336 TB/T 1595—1996 内燃、电力机车车钩(下作用) TB/T 1595—1985 铁道机车337 TB/T 1596—1996 内燃、电力机车车钩用前从板TB/T 1596—1985 铁道机车338 TB/T 1597—1985 铁路企业综合能耗计算方法基础与综合339 TB/T 1606—1985* 球墨铸铁曲轴超声波探伤铁道机车340 TB/T 1607—1991 机车转车盘技术条件TB/T 1607—1985 铁道机车标准编号标准名称代替标准号专业分类341 TB/T 1608—2001 机车车辆用三相异步电机基本技术条件TB/T 1608—1985 机车车辆综合342 TB/T 1611—1985 货车空气制动管系设计参数铁道车辆343 TB/T 1613—1985 货车手制动装置设计参数铁道车辆344 TB/T 1617—1985 机车车辆热处理通用技术条件机车车辆综合345 TB/T 1618—2001 机车车辆车轴超声波检验TB/T 1618—1985 机车车辆综合346 TB/T 1619—1998 机车车辆车轴磁粉探伤TB/T 1619—1985 机车车辆综合347 TB/T 1620—1985 臂板电锁器联锁技术条件铁路信号348 TB/T 1621—1985 色灯电锁器联锁技术条件铁路信号349 TB/T 1626—1985* 通信信号塑料制件尺寸公差通信信号综合350 TB/T 1630—1985 电气化区段150／450MHz铁路列车无线电通信最小可用接收电平及其测量方法铁路通信标准编号标准名称代替标准号专业分类351 TB/T 1631—2002 钢轨电弧焊补技术条件TB/T 1631—1985 工务工程352 TB/T1632.1—2005 钢轨焊接第1部分：通用技术条件TB/T 1632—1991TB/T 1632.2—1997工务工程353 TB/T1632.2—2005 钢轨焊接第2部分：闪光焊接TB/T 1632—1991TB/T 1632.2—1997工务工程354 TB/T1632.3—2005 钢轨焊接第3部分：铝热焊接TB/T 1632—1991TB/T 1632.2—1997工务工程355 TB/T1632.4—2005 钢轨焊接第4部分：气压焊接TB/T 1632—1991TB/T 1632.2—1997工务工程356 TB/T 1651—1996* 牵引变电所变压器容量的计算条件和方法TB/T 1651—1985 牵引供电357 TB/T 1652—1996* 牵引供电系统电压损失的计算条件和方法TB/T 1652—1985 牵引供电358 TB/T 1653—1996* 牵引供电系统电能损失的计算条件和方法TB/T 1653—1985 牵引供电359 TB/T 1659—1985 内燃机车柴油机钢背铝基合金双金属轴瓦超声波探伤铁道机车360 TB/T 1661—1991 铁道车辆高磷闸瓦TB 1661—1985TB 1610—1985铁道车辆标准编号标准名称代替标准号专业分类361 TB/T 1662—2001 内燃机车用机油胶管TB/T 1662—1985 铁道机车362 TB/T 1666—1985 铁路货车二轴转向架设计参数铁道车辆363 TB/T 1667—1985 棚车车体设计参数铁道车辆364 TB/T 1668—1985 煤炭漏斗车车体设计参数铁道车辆365 TB/T 1669—2004 13号车钩样板TB/T 1669—1985（补充件）TB/T铁道车辆1669.1～.13—1985TB/T1669.21～.33—1985TB/T1669.41～.60—1985铁道车辆366 TB/T 1670—2009 15号车钩样板TB/T1670.1～.22—1985367 TB/T 1672—1985 铁路客车用感应子发电机技术条件铁道车辆368 TB/T 1673—1985 铁路客车用感应子发电机试验方法铁道车辆369 TB/T 1674—1993 铁道客车隔热性能试验方法TB/T 1674—1991 铁道车辆370 TB/T 1675—2001 铁道客车空气调节试验方法TB/T 1675—1985 铁道车辆标准编号标准名称代替标准号专业分类371 TB/T 1676—1991 铁路客车防寒采暖试验方法TB/T 1676—1985 铁道车辆372 TB/T 1677—1997 电气化铁道牵引供电系统术语TB/T 1677—1985 牵引供电373 TB/T 1678—1997 交流电气化铁道通信防护专业术语TB/T 1678—1985 牵引供电374 TB/T 1679—1997 电气化铁道牵引供电系统电气图用图形符号TB/T 1679—1985 牵引供电375 TB/T 1680—2006 铁路应用机车车辆牵引变压器和电抗器TB/T 1680—1997 机车车辆综合376 TB/T 1681—1999 机车过电流继电器技术条件TB/T 1681—1985 铁道机车377 TB/T 1683—1993 内燃机车电压调整器技术条件TB/T 1683—1985 铁道机车378 TB/T 1686—2000 25 t电动架车机技术条件TB/T 1686—1985 铁道机车379 TB/T 1688—1993* 铁路电话交换网用户信号方式TB/T 1688—1985 铁路通信380 TB/T 1689—1993* 铁路电话交换网带内单频脉冲线路信号方式TB/T 1689—1985 铁路通信标准编号标准名称代替标准号专业分类381 TB/T 1690—1993* 铁路电话交换网数字型线路信号方式TB/T 1690—1985 铁路通信382 TB/T 1691—1995* 铁路电话交换网所间直流信号方式TB/T 1691—1985 铁路通信383 TB/T 1692—1993* 铁路电话交换网多频记发器信号方式TB/T 1692—1985 铁路通信384 TB/T 1693—1995* 铁路电话交换网自动电话交换机的信号接口TB/T 1693—1985 铁路通信385 TB/T 1694—1995 调度集中和调度监督系统技术条件TB/T 1694—1985 铁路信号386 TB/T 1697—1985 铁路涵洞孔径系列工务工程387 TB/T 1698—1993 铁路1 t通用集装箱技术条件和试验方法TB/T 1698—1985 铁路运输388 TB/T 1699—1985 铁路车站行车作业人身安全标准铁路运输。
VW80972_EN_2009-11-01
Infotainment SystemsGeneral Functional RequirementsPrefaceToday, specific performance specifications are available for all new infotainment projects, defining requirements on a project-specific basis. In order to avoid confusion and ambiguity, these require‐ments will be removed from this standard (in compliance with the CC Radio/Tuner decision of January 14, 2008) which will be limited to more general issues. Only the methods and measurement proce‐dures used to determine the characteristic values of the specific requirements will be described.Previous issuesTL 972: 1995-07; VW 80972: 2000-07, 2001-10, 2006-09ChangesThe following changes have been made as compared to VW 80972: 2006-09:–Title changed–Scope: extended to include all infotainment systems–Release testing: extended and divided into field testing and laboratory testing with references tospecific performance specifications –Definitions: supplemented–Editorial: Replacement of term LF (low frequency) by audio operating modes and descriptionaccording to definiton in VW 80101–Environmental requirements supplemented–Preferred measurement frequency: AM harmonized for NAR and EU–Temperature requirements: Section 8.2.1.1 Audio continuous power, system cooling divided into5.2.3.1 System cooling and 8.2.1.1 Audio continuous power; further installation locations andcontrol elements added and temperature stages test addedGroup StandardVW 80972Issue 2009-11Class. No.:8FL40Descriptors:car radio, radio, radio navigation systems, infotainment modules, infotainment, audio systems, mediaCheck standard for current issue prior to usage.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 shall govern.Numerical notation acc. to ISO practice.Page 1 of 39Technical responsibility Standards Department EEFI/3Detlev BeyerTel.: +49-5361-9-23881EKDV/4 Dirk Beinker EKDVTel.: +49-5361-9-32438Manfred TerlindenConfidential. All rights reserved. No part of this document may be transmitted or reproduced without prior permission of a Standards Department of the Volkswagen Group.Parties to a contract can only obtain this standard via the B2B supplier platform .© Volkswagen AktiengesellschaftVWNORM-2008-12hPage 2VW 80972: 2009-11–EMC approval: Individual standards removed and reference to Volkswagen Component Perfor‐mance Specifications Template for EMC module added–Illumination: Reference to Performance Specifications on Illumination (of Display and Control Elements in the Passenger Compartment) added–Antenna remote supply: AM/FM harmonized with DAB, SDARS complemented–Operating temperatures: CompactCassette (CC) and MiniDisk (MD) withdrawn–Operating noise: CC and MD withdrawn, DVD added–Test sequence: Table 3 updated–Mechanics requirements: Reference to …MIB_Device_Mechanics_Main_Unit“, Chapter 4 "Tech‐nical Requirements"; load cycle quantity deleted–Actuation forces: keys, values revised–Endurance test: Output power increased and radio extended to 1000 h–Voltages: Functional states, editorial revision, supplements and revision of "after end of functional state D"–Voltage dip: requirements complemented–Interruption: conditions after functional state added–Interference immunity: operating voltages quickly changing in time added–Switching behavior, ON/OFF: reference to MIB power management performance specifications added–Control input/output: MOST reference added to CAN performance specifications–Audio requirements: Reference to performance specifications …MIB_RQ_List_Sound“ added and note on common mode rejection for voltage changes added–Audio phase position AM/FM new–Common mode rejection: values revised–Audio source level plan: generalized, only refers to basic sources–BOSE®: deleted–Other sound systems: new description: sound systems, "branded"–Audio outputs: Values adapted–Frequency responses: Measurement conditions for different sources combined and reference to performance specifications "MIB_RQ_List_Sound" added–Control capacity of ...: merged and reference to performance specifications "MIB_RQ_List_Sound" added–Audio inputs: values adapted–CC drive requirements: removed–MD drive requirements: removed–CD, DVD audio,...: combined in the media Section and reference to performance specifications added–CD, DVD, HDD drive requirements revised with regard to mechanics and performance require‐ments described in VDA guideline 240-300 and in the "Test Case Book for Automotive Drives".–Video requirements: new–Navigation requirements new–Road test: text on assessment revised–Table 1: deleted, integrated in radio sections–Laboratory testing: operating noise and rattling added– 5.1.2 Operating temperatures: text complemented– 5.3.4 System temperature management : Text complemented– 5.5 Illumination: only reference to: display illumination performance specifications– 5.7 Chemical requirements: listing of individual substances omitted, only reference to VW 80101,a), o) and q) deleted– 5.11 Operating noise: details complemented– 6. Mechanical Requirements: All individual points deleted, only reference to performance spe‐cifications, VW80101 and performance specifications module "Testing"– 5. General requirements: Reference to other requirement areas according to VW 80101– 5.1.2 Temperature requirements complemented– 5.7 Resistance to light complemented, distinction of materials– 5.8 Test sequence: table removed, reference to MQB test performance specifications– 5.10 Operating noise: reference to VW 82469, "Accessory Equipment; Acoustic Requirements"–7.1 Adjustable frequency ranges: table removed and references created –7.2 Voltages: adapted to new values from AK 4.14–7.8 Irritating noise: control elements reintegrated and headline errors revised –12. Telephone requirements: reference to performance specifications–13. Radio requirements: reference to performance specifications and radio sections of this stan‐dard–New limit values more suitable for practical use for: 8.2.6 THD against power; 8.7 Audio inputs S/N; 9.3.1.3 Channel separation –EMC references revised–Audio requirements: changed name of performance specifications adopted –7.4.2.3 Antenna supply: current limitation added–8.5 Reception-quality-dependent sound influence: deleted, reference to "MIB_RQ_Radio_AM-FM-IBOC"ContentsPageScope .............................................................................................................................5Terms .............................................................................................................................6General descriptions: .....................................................................................................6Broadcasting terms for radio wave ranges depending on wave length .........................6Higher-level regulations and guidelines .........................................................................7Regulations ....................................................................................................................7Applicable laws and regulations .....................................................................................7EMC approval ................................................................................................................8Environmental requirements ..........................................................................................8General test conditions ..................................................................................................8Voltage source ...............................................................................................................8Test temperature ............................................................................................................9Preferred measurement frequencies .............................................................................9Modulation .....................................................................................................................9Note .............................................................................................................................10Identification of devices ................................................................................................10Test frames (schematic description) . (10)122.12.233.13.23.33.444.14.24.34.44.54.64.7Page 3VW 80972: 2009-11Operating modes (extract from VW 80101, Operating modes) ....................................10General requirements ..................................................................................................11Release testing ............................................................................................................11Road test ......................................................................................................................11Laboratory testing ........................................................................................................12Temperature requirements ..........................................................................................12Operating temperatures ...............................................................................................13Multi-stage temperature test ........................................................................................13Temperature resistance ..............................................................................................13Conditioning (forced-air aging, without load) ...............................................................13Temperature cycle (no load) ........................................................................................14Rapid temperature cycle with specified transfer duration (thermal shock test) ............14System temperature management ...............................................................................14Resistance to humid/warm environments (cyclic) ........................................................15Illumination/nighttime design ........................................................................................16Control elements (buttons and trim) .............................................................................16Chemical requirements (resistance to chemical agents) .............................................16Lightfastness ................................................................................................................16Test sequence .............................................................................................................16Flammability .................................................................................................................16Operating noise ............................................................................................................16Noise limit values during excitation (rattling and squeaking) .......................................17Mechanical requirements .............................................................................................17Requirements for electric system .................................................................................17Frequency ranges that can be selected .......................................................................17Voltages .......................................................................................................................18Overvoltage strength ....................................................................................................19Testing at 10,8 V ..........................................................................................................19Voltage dip, brief period (starting pulse) ......................................................................19Interruption ...................................................................................................................19Reverse polarity protection ..........................................................................................20Current .........................................................................................................................20Maximum permissible closed-circuit current/power consumption ................................20Control lines (capacity) ................................................................................................20Overcurrent strength ....................................................................................................22Switching behavior, ON/OFF .......................................................................................22Control inputs ...............................................................................................................22PHONE (analog input) .................................................................................................22S contact (analog input) ...............................................................................................22Illumination ...................................................................................................................23Speed-dependent volume control ................................................................................23Frequency constancy ...................................................................................................23Station frequency repeatability .....................................................................................23Frequency drift upon change in ambient temperature .................................................23Frequency drift upon changes in operating voltage .....................................................24Interferences ................................................................................................................24Interferences caused by control elements ...................................................................24Interference caused by internally generated auxiliary operating frequencies orcheck routines ..............................................................................................................24Interference due to internal drives (CD, DVD, SD and HDD) ......................................25Interference immunity ..................................................................................................25Ignition interference .. (25)4.855.15.1.15.1.25.25.2.15.2.25.35.3.15.3.25.3.35.3.45.45.55.65.75.85.95.105.115.12677.17.27.37.3.17.3.27.3.37.3.47.47.4.17.4.27.4.37.57.67.6.17.6.27.6.37.6.47.77.7.17.7.27.7.37.87.8.17.8.27.8.37.97.9.1Page 4VW 80972: 2009-11Electric system interference .........................................................................................25Interference caused by alternator ................................................................................25Electrostatic charging protection ..................................................................................26Audio requirements ......................................................................................................26Audio source level plan (objective: lowest possible subjective volume difference)......................................................................................................................................26Audio outputs ...............................................................................................................27Audio outputs for passive speaker systems .................................................................27Audio outputs for sound systems (line/AUX out, rear seat entertainment) ..................28Audio outputs for sound systems with full level input ...................................................29Audio background noise ..............................................................................................29Clipping ........................................................................................................................29THD against power ......................................................................................................29Volume range ...............................................................................................................30Audio phase position at FM and AM ............................................................................30Audio frequency response ..........................................................................................30Loudness .....................................................................................................................31Vehicle-specific sound curve, frequency response for traffic audio memory ...............31Control capacity of the volume, geometry and bass/treble controls ............................31Reception-quality-dependent sound influence for FM .................................................31Speed-dependent corrections of the audio signal ........................................................31Audio inputs .................................................................................................................31Stereo input for external media ....................................................................................31Stereo input for external media (AUX) .........................................................................32Audio input for telephone .............................................................................................32Media AUDIO requirements .........................................................................................32Cassette operation, cassette drive requirements .........................................................32MiniDisc operation (MD requirements) ........................................................................32CD, DVD, HDD and SD operation ...............................................................................32CD playback requirements ...........................................................................................33Memory cards ..............................................................................................................34Hard disk drives (HDD) as audio source ......................................................................36Video requirements ......................................................................................................37TV requirements ..........................................................................................................37Navigation requirements ..............................................................................................37Telephone requirements ..............................................................................................37Radio requirements ......................................................................................................37Radio requirements EUROPA, CHINA and ROW .......................................................38Radio requirements, JAPAN ........................................................................................38Radio requirements North America / Latin America .....................................................38Referenced documents ................................................................................................38Bibliography .................................................................................................................397.9.27.9.37.1088.18.28.2.18.2.28.2.38.2.48.2.58.2.68.2.78.2.88.38.3.18.3.28.48.58.68.78.7.18.7.28.7.399.19.29.39.3.19.3.29.3.31010.111121313.113.213.31415ScopeThis standard specifies requirements and tests for all infotainment systems implemented within the Volkswagen Group and associated components (radios, navigation systems, media player, audio amplifiers,...).The relevant version valid at the time the order is placed applies to corresponding standards and regulations.1Page 5VW 80972: 2009-11The performance specifications (German abbreviation LAH) specified in this standard are exemplary and must be specifically adapted for other projects. The compliance with the respective component performance specifications (German abbreviation BT-LAH) and with this standard are prerequisites for technical engineering approval (BMG) and the resulting component release.TermsGeneral descriptions:AU-S Function description AU dio S ound OMO perating M odeControl elementsAll elements (keys, knobs, display and media) which must be used for oper‐ation, use or control of the systemUser-accessible areas All areas that can be touched voluntarily or involuntarily by the user withoutremoving installation, add-on, trim or protection elementsBMG Technical Engineering Approval (German abbreviation)BT-LAH Component Performance Specifications (German abbreviation)CRIN Description in ISO for C ar R adio I dentification N umber HW H ard W are LCD L iquid C rystal D isplay (display type)LSM L ast S ituation M emory ROW "R est o f W orld", applies to requirements not assigned to specific regions RT R oom T emperature SW S oft W are TFT T hin F ilm T ransistor (display type)Calibration value Measured value in as-delivered condition before carrying out any test thatmay have an influenceHead impact Simulation of a collision in which the front seat passengers' heads hit thedashboard.KAF Volkswagen group acceptance test drive (German abbreviation)Functional statuses See VW 80101, Section on functional states Broadcasting terms for radio wave ranges depending on wave lengthAMA mplitude M odulation, also MFLimitation Compensation of audio level fluctuations depending on the reception level DAB Digital Audio Broadcasting (digital radio)dB Unit of measure for the logarithmic relationship of levels dBµV Logarithmic level relationship with the reference value 1µVE´RF level at antenna input downstream of the antenna simulation E´R RF level for noise-limited sensitivity f N Frequency of the desired station f S Frequency of the interfering stationf nnth transmitter in multiple-transmitter measuring methods2 2.12.2 Page 6VW 80972: 2009-11FM F requency M odulation, also VHF VHF V ery H igh F requency, also FMFS "F ull S cale" reference full level CD 0 dB (full modulation amplitude)RF R adio F requency, frequencies > 100 kHz k maxMaximum nonlinear distortion factorNonlinear distortion factor Degree of nonlinear audio distortions, indicated in %SW S hort W aveL Left stereo channel LW L ong W avem Modulation level for AM modulations in %MW M edium W ave, also AMLFL ow F requency, audio frequency range, 20 Hz to 20 kHz Desired station Station tuned in to listen to P LFAudio output powerRRight stereo channelStereo2-channel sound playbackInterfering station The station influencing the desired station T HS Temperature on heat sinkT CE Temperature of trim/control elementsU B Battery voltage/operating voltage at the control unit's connection block U Ant Antenna operating voltage at the antenna jackU A RF output level at signal generator upstream of antenna simulation Δf Modulation shift for FM modulations in kHzHigher-level regulations and guidelines RegulationsUnless other requirements exist, the standard production devices must comply with the specifications of the respective national governmental approval agency.The manufacturer is responsible for proof of compliance.Applicable laws and regulationsPassenger compartment (interior trim)ECE R21 [1]Passenger compartment (head impact)EC 74/60 EEC [2]Electromagnetic compatibility ECE R101) [3]Electromagnetic compatibilityEC GL 2006/96/EC [4]Presentation for type approval for the passenger compartment specifications to the releasing gov‐ernment authority is carried out and released by the responsible department of the respective cor‐porate brand in the scope of the vehicle type approval process.3 3.13.21)This is covered by the Volkswagen Group in the EMC type approval. For the original equipment, use in the vehicle manufacturing plant,neither an e nor an E nor a CE marking is required.Page 7VW 80972: 2009-11EMC approvalFor original use, an EMC approval is carried out by the Volkswagen AG specialized departments in the scope of the vehicle type approval process.Compliance with the applicable EMC guidelines according to "VW Component Performance Specifi‐cations Template Module for EMC" [5] is absolutely necessary for this.For EMC testing, all sample versions starting from the basic sample must be submitted to the re‐sponsible department including complete documentation and measurement protocols. For EMC re‐lease, three sample devices representing the standard production status have to be presented. After successful release, these devices must be stored as confirmed reference samples, one device at the department carrying out the EMC release, one at the development release department and one at the manufacturer.Environmental requirementsCompliance with the Group requirements for the manufacture of the devices and the choice of the materials must be ensured.–VW 91100 "Environmental Standard for Vehicles; Vehicle Parts, Materials, Operating Fluids;Policy, Specifications"–VW 91101 "Environmental Standard for Vehicles Vehicle Parts, Materials, Operating Fluids Avoidance of Hazardous Substances"–VW 91102 SUPPLEMENT 3 "Environmental Standard for Vehicles;Requirements for a Process‐ing Concept"–VW 91102 "Environmental Standard for Vehicles; Recycling Requirements, Use of Recycled Material, Type Approval with Regard to Recyclability"–VW 91104 "Vehicle Environmental Standard; Basics, Technical Inventory Analysis, Life Cycle Inventory Analysis"–VDA 260 "Motor Vehicle Components; Marking of Materials"Compliance must be documented by the manufacturer by means of a hazardous-substance docu‐mentation list including quantity data for the hazardous substances contained in the product.General test conditionsAll DUTs must comply with the requirements specified in VW 80101. All parts must completely fulfill their specified function both during and after the tests, unless these are destructive tests. The re‐quirements apply to the entire operating voltage and operating temperature ranges.During the tests, the DUTs must be continuously monitored using suitable monitoring devices with test cycles adapted to the requirements and the operating states.For test procedure, number and sequence, see test performance specifications. See also Section 5.9 for further notes.Voltage sourceTest voltage14V ± 0,1 V, terminal voltage at the device Internal resistance< 0,1 ΩReference output power0,5 W at load simulation of 4 Ω3.3 3.444.1Page 8VW 80972: 2009-11Test temperatureAll limits and parameters according to the valid specifications must be adhered to within the test temperature range.Temperature range: -30 °C to +70 °CFurther "special" temperatures are indicated in the relevant Sections and must be taken into consid‐eration.A tolerance of ± 2 °C applies to all temperatures.Measurements for which no temperature is specified are to be performed at RT ≙ 23 °C ± 5 °C according to DIN.Preferred measurement frequenciesThe following measurement frequencies and modulations are given as an orientation and as default settings for the tests and requirements specified in Section 5 onwards. Location-specific changes required due to local transmitters must be documented.Deviating modulation signals for source differentiation when carrying out the reliability tests are per‐mitted.Table 1LW 153183252 kHz AM(MW)54010801440 kHz SW 6,1 MHz FM 89,194,199,1106,1MHz FM 79,582,586,589,5MHz JapanDAB 174,928216,928223,936239,200BAND III EUROPE/CANADA DAB 1452.9601471.7921490.624 L-BAND EUROPE/CHINA DAB 1452.8161472.0001491.184L-BAND CANADA DAB tbdBand III, CHINA SDARSall reception paths (terrestrial and SAT)North AmericaDRM / IBOC analogous to AM and FM ModulationAM:1000 Hz Modulation signal 30 %Degree of modulation FM:1000 HzModulation signal ± 40 kHzFrequency shift Additionally for stereo:19 KHzPilot signal± 7,5 KHzFrequency shift Additionally for RDS:57 KHzPilot signal± 2 KHzFrequency shift4.2 4.34.4 Page 9VW 80972: 2009-11。
Extron 2009年 新产品手册
2009 年新产品手册第一版满意度保证作为视音频行业的领导制造商，我们努力按照最高标准的质量、性能和价值来设计和制造产品。
从先进的产品设计、制造和质量控制流程到待人亲切、知识丰富的支持团队， 我们始终将客户满意度放在最重要的位置。
每次与Extron打交道，都能让您对我们的 S3承诺“服务、支持和解决方案 (Service, Support, and Solutions)”充满信心。
25 年来我们一直信守着目标，就是确保每位客户对每次购买都完全满意。
为了强化这一承诺，我们推出“满意度保证”计划。
这表示我们将坚持不懈地解决您在购买时遇到的任何问题，直到您完全满意为止。
Extron员工已准备好尽一切努力，在业务往来的整个过程中为您留下积极、专业的良好印象。
对于我们实现这一保证的能力，我本人充满信心。
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希望您能够成为我们终身的客户。
Andrew C. Edwards总裁信号处理器型号产品说明 产品编号CVC 300分量视频至 RGB 转换器 .................................. 60-971-01CVC 300分量视频至 RGB 转换器Annotator注解图像处理器Extro n CVC 300 是一种通用型高分辨率分量视频至 RGB 的转换器。
它接受所有常见的模拟分量视频格式，以及 RGsB 格式，包括从 480i 和 576i 到 HDTV 1080p/60 和 1920x1200。
CVC 300 支持带双电平或三电平同步的隔行扫描或逐行扫描视频信号，并可将输入端的分量视频信号转换为 RGBS 或 RGBHV 输出。
对于需要集成带分量视频输出的设备的应用，诸如将 DVD 播放器，数字电视调谐器和录像机，或游戏机集成到基于 RGB 格式设计的 A/V 系统里面等的典型应用，CVC 300 无疑是理想之选。
13843_EN_2009
Ausdrucke aus der digitalen Datenbank der TÜV Rheinland Group. Vervielfältigung der CEN Standards aufgrund DIN-Mitgliedschaft.
Ausdrucke aus der digitalen Datenbank der TÜV Rheinland Group. Vervielfältigung der CEN Standards aufgrund DIN-Mitgliedschaft.
Ausdrucke aus der digitalen Datenbank der TÜV Rheinland Group. Vervielfältigung der CEN Standards aufgrund DIN-Mitgliedschaft.
Ausdrucke aus der digitalen Datenbank der TÜV Rheinland Group. Vervielfältigung der CEN Standards aufgrund DIN-Mitgliedschaft.
Ausdrucke aus der digitalen Datenbank der TÜV Rheinland Group. Vervielfältigung der CEN Standards aufgrund DIN-Mitgliedschaft.
Ausdrucke aus der digitalen Datenbank der TÜV Rheinland Group. Vervielfältigung der CEN Standards aufgrund DIN-Mitgliedschaft.
2009年CLSI更新
新
CLSI的AST标准 2009年1月
M100-S19 表格(2009)* M02-A10 纸片扩散法(2009)** M07-A8 MIC 方法(2009)**
*M100每年更新一次 **M02，M07每3年更新一次
2009年的CLSI AST标准的主要 改变
VISA－以前的假“S”株（CLSIM100－ S18）万古霉素纸片扩散法折点
金黄色葡萄球菌
万古霉素的抑菌环直径与MIC比对
以前（2008）折点15mm
抑菌环直径（mm）
汇报葡萄球菌万古霉素试验的策略
选择性的做万古霉素的MIC（如可能会使用万 古霉素的情况） 常规检测万古霉素的MIC 金黄色葡萄球菌 －在所有的DD平皿上贴万古霉素纸片筛选 VRSA －BHI琼脂筛选（注：不能检测MIC＝4 μg/ml 的VISA） 金黄色葡萄球菌和CoNS的万古霉素结果对于正 在使用和已经用过万古霉素的患者十分重要。 其他
新的“折点”表格2A-2L (DD和 MIC在一个表格里)
AST实验条件小结（以前没有过）
对表格进行重组导致……
“以前列在表2A-2L中的一些要求或实验 推荐方法现在出现在附录A—G（M100S19）或分出去在M02-A10或M07-A8 ”
很重要！
“非敏感”的解释
对于只有敏感折点的菌株/药物组合，可能是由于 一种新的抗微生物制剂在其刚制定折点时还未遇 到过耐药菌株。如果菌株的 MIC 高于敏感折点则 认为是非敏感，这样的情况不一定意味着该菌株 中存在某种耐药基因。这一非敏感的 MIC 值可能 也是野生型菌株药敏结果中曾出现的，但是对于 这 样 菌 株 的 临 床 治 疗 的 经 验 有 限 。
ASTM D3577-(2009)-Standard Specification for Rubber Surgical Gloves
Designation:D3577–09´1Standard Specification forRubber Surgical Gloves1This standard is issued under thefixed designation D3577;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(´)indicates an editorial change since the last revision or reapproval.This standard has been approved for use by agencies of the Department of Defense.´1N OTE—Footnote1and8.5.1were editorially corrected in February2009.1.Scope1.1This specification covers certain requirements for pack-aged sterile rubber surgical gloves used in conducting surgical procedures.1.2The values stated in SI units are to be regarded as standard.No other units of measurement are included in this standard.1.3The following safety hazards caveat pertains only to the test method portion,Section8,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 limita-tions prior to use.2.Referenced Documents2.1ASTM Standards:2D412Test Methods for Vulcanized Rubber and Thermo-plastic Elastomers—TensionD573Test Method for Rubber—Deterioration in an Air OvenD3767Practice for Rubber—Measurement of Dimensions D5151Test Method for Detection of Holes in Medical GlovesD5712Test Method for Analysis of Aqueous Extractable Protein in Natural Rubber and Its Products Using the Modified Lowry MethodD6124Test Method for Residual Powder on Medical GlovesD6499Test Method for The Immunological Measurement of Antigenic Protein in Natural Rubber and its Products 2.2Other Documents:ISO2859Sampling Procedures and Tables for Inspection by Attributes3U.S.Pharmacopeia43.Classification3.1Type1—Gloves compounded primarily from natural rubber latex.3.2Type2—Gloves compounded from a rubber cement or from synthetic rubber latex.4.Materials and Manufacture4.1Any rubber polymer compound that permits the glove to meet the requirements of this specification.4.2A lubricant that meets the current requirements of the U.S.Pharmacopeia for Absorbable Dusting Powder may be applied to the glove.Other lubricants may be used if their safety and efficacy have been previously established.4.3The inside and outside surface of the rubber surgical gloves shall be free of talc.5.Significance and Use5.1The specification is intended as a reference to the performance and safety of rubber surgical gloves.The safe and proper use of rubber surgical gloves is beyond the scope of this specification.6.Sampling6.1For referee purposes,gloves shall be sampled and inspected in accordance with ISO2859.The inspection levels and acceptable quality levels(AQL)shall conform to those specified in Table1,or as agreed between the purchaser and the seller,if the latter is more comprehensive.7.Performance Requirements7.1Gloves,sampled in accordance with Section6,shall meet the following referee performance requirements:7.1.1Comply with requirements for sterility when tested in accordance with8.2.1This specification is under the jurisdiction of ASTM Committee D11on Rubber and is the direct responsibility of Subcommittee D11.40on Consumer Rubber Products.Current edition approved Jan.1,2009.Published February2009.Originally approved st previous edition approved in2006as D3577–06´1.2For referenced ASTM standards,visit the ASTM website,,orcontact 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.3Available from American National Standards Institute,25West43rd St.,4th Floor,New York,NY10036.4U.S.Pharmacopeia,latest edition,Mack Publishing Co.,Easton,PA19175.Copyright©ASTM International,100Barr Harbor Drive,PO Box C700,West Conshohocken,PA19428-2959,United States.--` , , ` ` ` , , , , ` ` ` ` -` -` , , ` , , ` , ` , , ` ---7.1.2Be free from holes when tested in accordance with8.3.7.1.3Have consistent physical dimensions in accordance with8.4.7.1.4Have acceptable physical property characteristics in accordance with8.5.7.1.5Have a powder residue limit of2.0mg in accordance with8.6.7.1.6Have a recommended aqueous soluble protein content limit of200µg/dm2in accordance with8.7and Annex A1or have a recommended antigenic protein content limit of10µg/dm2in accordance with8.9and Annex A2.7.1.7Have a recommended maximum powder limit of15 mg/dm2in accordance with8.8.8.Referee Test Methods8.1The following tests shall be conducted to assure the requirements of Section7as prescribed in Table1:8.2Sterility Test—Testing for sterility shall be conducted in accordance with the latest edition of the U.S.Pharmacopeia.8.3Freedom from Holes—Testing for freedom from holes shall be conducted in accordance with Test Method D5151.8.4Physical Dimensions Test:8.4.1The gloves shall comply with the dimension require-ments specified in Table2.8.4.2The length shall be expressed in millimetres as mea-sured from the tip of the secondfinger to the outside edge of the cuff.8.4.3The width of the palm shall be expressed in millime-tres as measured at a level between the base of the indexfinger and the base of the thumb.Values of width per size other than listed shall meet the stated tolerance specified in Table2.8.4.4The minimum thickness shall be expressed in milli-metres as specified in Table2when using a dial micrometer described in Practice D3767and in the locations indicated on Fig.1.For referee tests,cutting the glove is necessary to obtain single-thickness measurements.8.4.5Precision and Bias—The precision and bias of mea-suring glove dimensions are as specified in Practice D3767.8.5Physical Requirements Test:8.5.1Before and after accelerated aging,the gloves shall conform to the physical requirements specified in Table3. Tests shall be conducted in accordance with Test Methods D412.Die C is recommended.8.5.2Accelerated aging tests shall be conducted in accor-dance with Test Method D573.Test the gloves by either one of the following methods:8.5.2.1After being subjected to a temperature of7062°C for16662h,the tensile strength and ultimate elongation shall not be less than the values specified in Table3.This method shall be the condition for referee tests.8.5.2.2After being subjected to a temperature of10062°C for2260.3h,the tensile strength and ultimate elongation shall not be less than the values specified in Table3.8.5.3Precision and Bias—The precision and bias of deter-mining tensile strength and ultimate elongation of gloves are as specified in Test Methods D412.8.6Powder Free Gloves:8.6.1Determine the powder residue using Test Method D6124.8.7Aqueous Extractable Protein Content:8.7.1Determine the aqueous extractable protein(µg/mL) using Test Method D5712for each glove sample tested.8.7.2Determine the totalµg of aqueous extractable protein in each glove sample by multiplying the result from8.7.1by the total volume of extractant used for that specific glove sample.If the glove sample is less than a whole glove,then adjust the protein results to reflect the amount of protein in the whole glove.8.7.3Determine the square decimetres for the glove size. Multiply the minimum length and nominal width found in Table2and convert to dm2using(dm2/mm2)(mm2/10000). Four(4)is the factor for all inside and outside surface areas.8.7.4Determine the aqueous extractable protein content of a glove sample by dividing the result from8.7.2(totalµg of protein)by8.7.3(total surface area of glove).TABLE1Performance RequirementsCharacteristic Related Defects InspectionLevelAQLSterility fails sterility A N/A Freedom from holes holes I 1.5 Physical dimensions length,width,andthicknessS-2 4.0Physical properties before aging,after accel-erated agingS-2 4.0 Powder Free Residue Exceeds Maximum Limit N=5N/A Protein Content Exceeds RecommendedMaximum LimitN=3N/APowder Amount Exceeds RecommendedMaximum LimitN=2N/AAntigenic Protein Content Exceeds RecommendedMaximum LimitN=1N/AA See U.S.Pharmacopeia.TABLE2Dimensions and Tolerances8.7.5If the sample is more than one (1)glove,use theaverage µg/dm 2of protein for the number of gloves tested in the sample.8.8Powdered Gloves :8.8.1Determine the recommended maximum powder limit using Test Method D 6124for powdered gloves.8.8.2Determine the square decimeters for the glove size as in 8.7.3.8.9Antigenic Protein Content :8.9.1Determine the extractable antigenic protein (µg/mL)using Test Method D 6499for each glove sample tested.8.9.2Determine the total microgram of extractable anti-genic protein in each glove sample by multiplying the result from 8.9.1by the total volume of extractant used for that specific glove sample.8.9.3Determine the square decimeter for the glove size as in 8.7.3.8.9.4Determine the extractable antigenic protein content of a glove sample by dividing the result from 8.9.2(total microgram of antigenic protein)by 8.9.3(total surface area of glove).9.Acceptance9.1Gloves will be considered to meet the referee perfor-mance requirements when test results conform to the require-ments prescribed in Table 1.9.2Retests or reinspections are permissible under the pro-visions of the U.S.Pharmacopeia and ISO 2859.10.Packaging and Package Marking10.1Packaging —Packaging shall be provided to maintain sterility after sterilization during shipping and storage and permit opening without contamination of the gloves.10.2Marking:FIG.1Location of Thickness MeasurementsTABLE 3Physical RequirementsType Before Aging After Accelerated AgingTensile Strength Ultimate Elongation Stress at 500%Elongation Tensile Strength Ultimate Elongation I 24MPa,min 750%min 5.5MPa,max 18MPa,min 560%min II17MPa,min650%min7.0MPa,max12MPa,min490%min--`,,```,,,,````-`-`,,`,,`,`,,`---10.2.1Gloves shall have an appropriate marking or be color-coded to designate size.10.2.2Inner wrappers or wallets,if used,shall bear a size marking to be located on the outside of the wallet or wrapper.10.2.3Packages shall bear markings for the contents to include the glove size,instructions for opening,the legend “sterile,”and a manufacturing lot number.10.2.4The outermost case shall be labeled on one or more end panels with the glove size,the legend“sterile,”and a manufacturing lot number.10.2.5All levels of packaging shall conform to all appro-priate government labeling regulations.11.Keywords11.1gloves;rubber;surgicalANNEXES (Mandatory Information) A1.PROTEIN CONTENTA1.1The current assay precision is large enough that only a recommended limit can be considered.A1.2Consideration should be given to the relative repeat-ability and reproducibility when reporting test method results.A1.3Reasonable allowance should be given for test results in excess of the recommended limit until greater precision of the method can be attained.A2.ANTIGENIC PROTEIN CONTENTA2.1The current assay precision is large enough that only a recommended limit can be considered.A2.2Consideration should be given to the relative repeat-ability and reproducibility when reporting test method results.A2.3A pooled sample from three individual NR specimens or products as extracted in Test Method D5712is permitted for use as the extraction sample.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().--`,,```,,,,````-`-`,,`,,`,`,,`---。
海关总署公告2009 年第78号
附件231项加工贸易单耗标准文本1.不锈钢丝加工贸易单耗标准HDB/YB011-2009序号成品原料净耗（千克/千克）工艺损耗率（%）名称单位商品编号规格名称单位商品编号规格1 不锈钢丝千克72230000 直径≥3.0 mm 不规则盘卷的不锈钢热轧条、杆（不锈钢热轧盘条）千克72210000 1 0.52 不锈钢丝千克72230000 直径1.5-3.0 mm 不规则盘卷的不锈钢热轧条、杆（不锈钢热轧盘条）千克72210000 1 13 不锈钢丝千克72230000 直径≤1.5 mm 不规则盘卷的不锈钢热轧条、杆（不锈钢热轧盘条）千克72210000 1 1.54 不锈钢丝千克72230000 冷镦不锈钢丝不规则盘卷的不锈钢热轧条、杆（不锈钢热轧盘条）千克72210000 1 5注：以上1-3项成品为普通五金材料，执行标准为GB4240；第4项成品为冷镦材料，执行标准为GB/T4232-1993（冷镦就是利用金属的塑性，采用冷态力学进行施压或冷拔，达到金属固态变形的目的。
冷镦钢丝是指下游企业用冷镦加工成型工艺生产互换性较高的标准件用钢丝，基本用于制造螺栓、螺母、螺钉等各类紧固件，对钢丝的材质和加工方法都有较高的要求。
12.非合金钢丝（铁丝）加工贸易单耗标准HDB/YB012-2009序号成品原料净耗（千克/千克）工艺损耗率（%）名称单位商品编号规格名称单位商品编号规格1 非合金钢丝（铁丝）千克72179000 直径0.5-10mm 盘条千克72171000 直径5-15mm 1 1.523.钢丝帘线加工贸易单耗标准HDB/YB013-2009序号成品原料净耗（千克/千克）工艺损耗率（%）名称单位商品编号规格名称单位商品编号规格1 钢丝帘线千克73121000 热轧盘条千克72139100 直径5.5mm 1 52 钢丝帘线千克73121000 镀铜钢丝千克72173010 直径0.8-1.5mm 1 1.534.碳素钢药芯焊丝加工贸易单耗标准HDB/YB014-2009序号成品原料净耗（千克/千克）工艺损耗率（%）名称单位商品编码规格名称单位商品编码规格1 碳素钢药芯焊丝千克83112000 不限冷轧碳素钢带千克72112300 已剪切成条11 助焊剂千克38109000 不限 2注：因各企业产品工艺配料不同，钢带和助焊剂占成品的比例会有所不同，因此在本标准中不规定每种原料的净耗值，两种原料净耗之和不大于1，参考值为：冷轧碳素钢带≤0.853±0.0075，助焊剂≤0.147 +¯0.0075。
D2009系统产品参数
各产品功能与技术参数1、主机1）、12SLDG系列数码式主机☎产品种类：EC12SLDGN 数码式彩色可视主机EB12SLDGN 数码式黑白可视主机EC12SLDGK 数码式彩色可视门禁主机EB12SLDGK 数码式黑白可视门禁主机☎产品功能：LCD显示屏，中文操作提示；可呼叫分机及管理中心，并与之通话，传送视/音频信号；最大码容量为9999户分机；防拆报警，密码开锁；可扩展门禁（IC/ID）开锁；具备锁开超120秒报警功能；黑白CCD有红外夜视功能，按键有夜光功能；彩色CCD具有超亮LED补光功能。
ESD防静电、防脉冲干扰、增加浪涌保护,防雷击等强烈电流破坏。
☎技术参数：电源：DC30V±10% 功耗：工作4.2W，待机1.5W 环境温度：-40℃~+55℃安装方式：嵌入式和预埋式外型尺寸：257*180*72mm 外壳防护等级：IP54黑白摄像头技术参数：彩色摄像头技术参数：①、制式：1/3”CCD PAL制①、制式：1/3”CCD PAL制②、水平解析度：420TVL ②、水平解析度：420TVL③、信噪比：﹥48DB ③、信噪比：﹥48DB④、最低照度:0.1Lux ④、最低照度:0.1Lux中文液晶显示屏技术参数：①、LED液晶显示屏②、屏尺寸：78 mm X 70 mm③、点数：128 X 64EC12SL26N 直按式彩色可视主机（户型2*6）EB12SL26N 直按式黑白可视主机（户型2*6）EC12SL48K 直按式彩色可视门禁主机（户型4*8）EB12SL48K 直按式黑白可视门禁主机（户型4*8）☎产品功能：最大码容量为32户分机；可呼叫分机及管理中心，并与之通话，传送视/音频信号；防拆报警；可扩展门禁（IC/ID）开锁；具备锁开超120秒报警功能；黑白CCD有红外夜视功能，按键有夜光功能；彩色CCD具有超亮LED补光功能。
ESD防静电、防脉冲干扰、增加浪涌保护,防雷击等强烈电流破坏。
ISO9117-1-2009_Paints_and_varnishes_—_Drying_tests_part1-Determination_of_through-dry_state
Reference number ISO 9117-1:2009(E)© ISO 2009INTERNATIONAL STANDARD ISO 9117-1First edition 2009-05-15Paints and varnishes — Drying tests — Part 1:Determination of through-dry state and through-dry timePeintures et vernis — Essais de séchage —Partie 1: Détermination du séchage à cœur et du temps de séchage à cœurCopyright International Organization for Standardization--`,,`,,``,```,,`,``,,````,,,``,-`-`,,`,,`,`,,`---ISO 9117-1:2009(E)PDF disclaimerThis PDF file may contain embedded typefaces. In accordance with Adobe's licensing policy, this file may be printed or viewed but shall not be edited unless the typefaces which are embedded are licensed to and installed on the computer performing the editing. In downloading this file, parties accept therein the responsibility of not infringing Adobe's licensing policy. The ISO Central Secretariat accepts no liability in this area.Adobe is a trademark of Adobe Systems Incorporated.Details of the software products used to create this PDF file can be found in the General Info relative to the file; the PDF-creation parameters were optimized for printing. Every care has been taken to ensure that the file is suitable for use by ISO member bodies. In the unlikely event that a problem relating to it is found, please inform the Central Secretariat at the address given below.COPYRIGHT PROTECTED DOCUMENT© ISO 2009All rights reserved. Unless otherwise specified, no part of this publication may be reproduced or utilized in any form or by any means, electronic or mechanical, including photocopying and microfilm, without permission in writing from either ISO at the address below or ISO's member body in the country of the requester. ISO copyright officeCase postale 56 • CH-1211 Geneva 20 Tel. + 41 22 749 01 11 Fax + 41 22 749 09 47 E-mail copyright@ Web Published in Switzerlandii © ISO 2009 – All rights reservedCopyright International Organization for Standardization --`,,`,,``,```,,`,``,,````,,,``,-`-`,,`,,`,`,,`---ISO 9117-1:2009(E)© ISO 2009 – All rights reservediiiContents PageForeword............................................................................................................................................................iv 1 Scope.....................................................................................................................................................1 2 Normative references...........................................................................................................................1 3 Terms, definitions and abbreviated terms.........................................................................................1 4 Principle.................................................................................................................................................2 5 Apparatus and materials......................................................................................................................2 6 Sampling................................................................................................................................................4 7 Test panels............................................................................................................................................4 7.1 Substrate ...............................................................................................................................................4 7.2 Preparation and coating.......................................................................................................................4 8 Procedure..............................................................................................................................................5 8.1 Preparation of apparatus.....................................................................................................................5 8.2 Drying the test panel ............................................................................................................................5 8.3 Determination of through-dry state ....................................................................................................5 8.4 Determination of through-dry time .....................................................................................................5 8.5 Thickness of coating............................................................................................................................6 9 Precision................................................................................................................................................6 10Test report (6)Bibliography (7)Copyright International Organization for Standardization --`,,`,,``,```,,`,``,,````,,,``,-`-`,,`,,`,`,,`---ISO 9117-1:2009(E)iv © ISO 2009 – All rights reservedForewordISO (the International Organization for Standardization) is a worldwide federation of national standards bodies (ISO member bodies). The work of preparing International Standards is normally carried out through ISO technical committees. Each member body interested in a subject for which a technical committee has been established has the right to be represented on that committee. International organizations, governmental and non-governmental, in liaison with ISO, also take part in the work. ISO collaborates closely with the International Electrotechnical Commission (IEC) on all matters of electrotechnical standardization. International Standards are drafted in accordance with the rules given in the ISO/IEC Directives, Part 2. The main task of technical committees is to prepare International Standards. Draft International Standards adopted by the technical committees are circulated to the member bodies for voting. Publication as an International Standard requires approval by at least 75 % of the member bodies casting a vote.Attention is drawn to the possibility that some of the elements of this document may be the subject of patent rights. ISO shall not be held responsible for identifying any or all such patent rights.ISO 9117-1 was prepared by Technical Committee ISO/TC 35, Paints and varnishes , Subcommittee SC 9, General test methods for paints and varnishes , in collaboration with CEN/TC 139, Paints and varnishes . It cancels and replaces ISO 9117:1990, which has been technically revised. The main changes are: a) failure is defined in terms of damage, rather than damage or marking;b) the former Annex A concerning required supplementary information has been integrated in the test report. ISO 9117 consists of the following parts, under the general title Paints and varnishes — Drying tests : ⎯ Part 1: Determination of through-dry state and through-dry time ⎯ Part 2: Pressure test for stackability 1) ⎯ Part 3: Surface-drying test using ballotini 2)1) To be published. (Revision of ISO 4622:1992) 2) To be published. (Revision of ISO 1517:1973)Copyright International Organization for Standardization--`,,`,,``,```,,`,``,,````,,,``,-`-`,,`,,`,`,,`---INTERNATIONAL STANDARD ISO 9117-1:2009(E)© ISO 2009 – All rights reserved1Paints and varnishes — Drying tests —Part 1:Determination of through-dry state and through-dry time1 ScopeThis part of ISO 9117 specifies a test method for determining under standard conditions whether a single coat or a multi-coat system of paint, varnish or related material has reached the through-dry state after a specified drying period.NOTEThe test procedure may also be used to determine the time taken to achieve that state.2 Normative referencesThe following referenced documents are indispensable for the application of this document. For dated references, only the edition cited applies. For undated references, the latest edition of the referenced document (including any amendments) applies.ISO 48, Rubber, vulcanized or thermoplastic — Determination of hardness (hardness between 10 IRHD and 100 IRHD)ISO 1513, Paints and varnishes — Preparation of test samples ISO 1514, Paints and varnishes — Standard panels for testing ISO 2808, Paints and varnishes — Determination of film thicknessISO 15528, Paints, varnishes and raw materials for paints and varnishes — Sampling3 Terms, definitions and abbreviated termsFor the purposes of this document, the following terms, definitions and abbreviated terms apply. 3.1IRHD scaleinternational rubber hardness degree scale3.2through-dry statecondition of a film in which it is dry throughout its thicknessNOTE 1 The through-dry state should not be confused with the condition in which the surface of the film is dry but the bulk of the coating is still mobile.Copyright International Organization for Standardization --`,,`,,``,```,,`,``,,````,,,``,-`-`,,`,,`,`,,`---ISO 9117-1:2009(E)2© ISO 2009 – All rights reservedNOTE 2 For the purposes of this part of ISO 9117, a single coating or a multi-coat system of paint or varnish or related material is considered to be through-dry when a specified gauze under specified pressure, torsion and time does not damage the film.3.3through-dry timeperiod of time between the application of a coat to a prepared test panel and the achievement of the through-dry state, as determined by the specified test procedure4 PrincipleA coat of paint or varnish of agreed thickness is applied to a substrate and is allowed to dry under specified conditions. The completeness of drying throughout the coat is determined by examination of the surface of the coat after the application of a load, applied over a given area of the surface, and subsequent rotation of the load-applying face through 90°.5 Apparatus and materialsOrdinary laboratory apparatus and glassware together with the following:5.1 Baseplate and plunger assembly (see Figure 1 and Figure 2), consisting essentially of a baseplate and a free-sliding plunger. The plunger head shall have a diameter of at least 25 mm. It shall be designed in such a way that the underside of the head can align itself with the upper surface of the test panel.NOTE 1 If the mass of the plunger is not greater than 250 g, the apparatus described in ISO 4622 [1] is suitable for thetest.Copyright International Organization for Standardization --`,,`,,``,```,,`,``,,````,,,``,-`-`,,`,,`,`,,`---ISO 9117-1:2009(E)© ISO 2009 – All rights reserved3Key1 weights2 plunger3 ball joint4 plunger head5 baseplateFigure 1 — Baseplate and plunger assemblyA rubber disc (5.2) shall be attached to the centre of the underside of the plunger head using tape coated on both sides with adhesive. There shall be a device to firmly clamp a gauze (5.3) to the test face, and the plunger head shall be able to be rotated through 90°.NOTE 2 It is recommended that a ball-joint connection be present between the plunger and its head and that, for reasons of economy, the plunger specified in ISO 4622 be used.5.2 Flat rubber disc , of diameter (22 ± 1) mm, thickness (5 ± 0,5) mm and hardness (50 ± 5) IRHD (see ISO 48).NOTEFor reasons of economy, it is recommended that the rubber disc specified in ISO 3678 [2] be used.5.3 Gauze , of woven monofilament polyamide, minimum size 100 mm × 100 mm. The gauze thread diameter shall be 0,120 mm and the gauze aperture approximately 0,2 mm. 5.4 Weights , giving a total mass of (1 500 ± 10) g. 5.5 Stopwatch , accurate to 0,1 s.Copyright International Organization for Standardization --`,,`,,``,```,,`,``,,````,,,``,-`-`,,`,,`,`,,`---ISO 9117-1:2009(E)4© ISO 2009 – All rights reservedKey1 plunger2 clip3 rod for rotating plunger head4 gauze 5double-faced adhesive tape 6 rubber discFigure 2 — Detail showing assembled plunger head6 SamplingTake a representative sample of the product to be tested (or of each product in the case of a multi-coat system), as described in ISO 15528.Examine and prepare each sample for testing, as described in ISO 1513.7 Test panels7.1 SubstrateSelect as the substrate three test panels (or six if both the through-dry state and the through-dry time are to be determined) of a type described in ISO 1514, where possible ensuring that the substrate is equivalent to the intended application.7.2 Preparation and coatingPrepare the test panels (see 7.1) in accordance with ISO 1514 and then coat them with the product or system under test by the specified method to the thickness specified for the dry film.The coating method and dry film thickness shall be as specified by the manufacturer, or agreed between interested parties, and included in the test report [see Clause 10, items c) 2) and c) 3)].Copyright International Organization for Standardization --`,,`,,``,```,,`,``,,````,,,``,-`-`,,`,,`,`,,`---ISO 9117-1:2009(E)© ISO 2009 – All rights reserved58 Procedure8.1 Preparation of apparatusClamp the gauze (5.3) over the rubber disc (5.2) under the plunger head (see Figure 2), taking care to ensure that the exposed surface of the gauze is free from creases. Take a fresh piece of gauze for each test.8.2 Drying the test panelDry (or stove) and age, if applicable, each coated test panel in a horizontal position with free circulation of air, but shielded from draughts and direct sunlight, for the specified time under the specified conditions.The drying (or stoving) and aging time and conditions shall be as specified by the manufacturer, or agreed between the interested parties, and included in the test report [see Clause 10, items c) 4) and c) 5)].8.3 Determination of through-dry state8.3.1On completion of the specified drying time (see 8.2), place a test panel on the baseplate.8.3.2 Place the weights (5.4) on the top of the plunger. Gently lower the plunger so that the gauze is in contact with the test panel. Start the stopwatch (5.5) and allow the plunger to remain in this position for (10 ± 1) s.8.3.3 At the end of this period, turn the plunger head through an angle of 90° over a period of about 2 s. Immediately raise the plunger, remove the test panel and examine the coat in the test area using the naked eye. 8.3.4Repeat the procedure in 8.3.1 to 8.3.3 on two additional coated panels.8.3.5 If no damage is observed on any of the three test surfaces, report the result as “through-dry state achieved”. If damage is observed on one or more of the three test surfaces, report the result as “through-dry state not achieved”.Some coatings do not reach a point where they are totally unaffected by the test (i.e. a point where no mark, for instance, is left on the surface by the gauze), even when they have reached a functionally acceptable state of drying or cure. In such cases, the time when the coating reaches the stage at which the action carried out in the test does not cause deterioration of the coating to an extent where it could not perform its ultimate function shall be quoted.For some coatings, e.g. those which are applied to protect the substrate rather than for cosmetic reasons, marking of the surface would not constitute an inability of the coating to perform its function. For highly pigmented coatings, the action of the gauze can cause polishing of the surface, leaving marks which might not be detrimental to the coating’s ultimate function. In such cases, all observations shall be recorded in the test report.Take care to avoid confusion between cohesive failure within the coat (a failure under this test) and failure of the coat to adhere to the substrate (not a failure under this test).8.4 Determination of through-dry time8.4.1On completion of the specified drying time (see 8.2), place a test panel on the baseplate.8.4.2 At appropriate intervals, carry out the test described in 8.3.2 and 8.3.3. Examine the coating in the test area for damage. Stop the test when no damage occurs to the coat (see 8.3.5). 8.4.3 Repeat t he procedure in 8.4.1 and 8.4.2 on two additional coated panels.8.4.4Report the longest time taken in the three tests for the coat to reach the through-dry state.Copyright International Organization for Standardization --`,,`,,``,```,,`,``,,````,,,``,-`-`,,`,,`,`,,`---ISO 9117-1:2009(E)6© ISO 2009 – All rights reserved8.5 Thickness of coatingDetermine the thickness, in micrometres, of the coat in the through-dry state by one of the procedures specified in ISO 2808, using an untested area of the coated panel.9 PrecisionNo precision data are currently available.10 Test reportThe test report shall contain at least the following information: a) all information necessary for identification of the product tested; b) a reference to this part of ISO 9117 (ISO 9117-1:2009); c) details of the preparation of the test panels, including:1) the substrate material and the surface preparation of the substrate (see 7.1 and 7.2), 2) the method of application of the test coating to the substrate (see 7.2),3) the thickness, in micrometres, of the dry coating and the method of measurement from ISO 2808(see 8.5), and whether it is a single coating or a multi-coat system, 4) when assessing the through-dry state, the duration and conditions of drying (or stoving) the coat andthe conditions of ageing, if applicable, before testing (see 8.3), 5) when determining the through-dry time, the conditions of drying (or stoving) the coat and theconditions of ageing, if applicable, before testing, and the intervals between tests (see 8.4); d) the results of the test as specified in Clause 8, including:1) whether the coat achieved the through-dry state or not, and/or2) the through-dry time,3) all observations (see 8.3.5, third paragraph); e) any deviations from the procedure specified; f)any unusual features (anomalies) observed during the test;g) the date of the test.Copyright International Organization for Standardization --`,,`,,``,```,,`,``,,````,,,``,-`-`,,`,,`,`,,`---ISO 9117-1:2009(E) © ISO 2009 – All rights reserved 7Bibliography[1] ISO 4622, Paints and varnishes — Pressure test for stackability 3)[2] ISO 3678, Paints and varnishes — Print-free test3) Under revision. The revision will be published as ISO 9117-2.Copyright International Organization for Standardization Provided by IHS under license with ISO Licensee=Hong Kong Polytechnic Univ/9976803100 Not for Resale, 10/24/2009 22:07:36 MDT No reproduction or networking permitted without license from IHS --`,,`,,``,```,,`,``,,````,,,``,-`-`,,`,,`,`,,`---ISO 9117-1:2009(E)--`,,`,,``,```,,`,``,,````,,,``,-`-`,,`,,`,`,,`---ICS 87.040Price based on 7 pages© ISO 2009 – All rights reservedCopyright International Organization for StandardizationProvided by IHS under license with ISO Licensee=Hong Kong Polytechnic Univ/9976803100 No reproduction or networking permitted without license from IHSNot for Resale, 10/24/2009 22:07:36 MDT。