JISD8201-1994 汽车用轮胎气压表

汽车轮胎气压表使用方法轮胎气压表的看法首先，需要了解车的正常胎压值是多少，以此作为检查时作为参考。

通过查看用户手册或胎压提示牌，可以看到该数值。

一般胎压提示牌位于司机门门框处或油箱门内，打开车门或油箱门后即可看到。

然后，通过气压表的度数和标准气压进行对比，即可。

气压有不同的表示标准单位，一般有3~4种。

就像表示重量有用公斤的也有用市斤的一样，气压表上也有3~4种标示单位，如kg/cm2、bar、PSI和kpa，它们之间的换算关系是这样的：1bar=1.02kg/cm2=102kpa=14.5PSI。

轮胎气压表使用方法使用方法：将轮胎气压表测量端槽口与轮胎气门嘴对正压紧。

这时轮胎气压表指针发生偏转，其指示值即为该轮胎的充气压力，或者轮胎气压表的标杆在气压作用下被推出，这时标杆上所显示的数值即为该轮胎的充气压力。

汽车气压表十大品牌排行一：Steel Mate/铁将军广东铁将军防盗设备有限公司位于广东中山市，成立于1993年，从事汽车电子产品的研发、制造与销售，是国内汽车安全电子的领军者。

铁将军本着诚信经营的宗旨，以创社会效益的理念，细心聆听酷虎的心声，不断优化产品、提升服务，不断缔造辉煌成就!二：SecuTireSecuTire 胎安特是中国最早进行胎压监测研发与生产的制造商，公司自2005年成立以来一直专注于开发胎压监测产品，有着多种系列的胎压监测产品可供选择。

三：台湾TYPE-R台湾TYPE-R私有模具，全球最小的OBD头，完美匹配。

台湾TYPE-R始终相信细节体现品质，数据说明一切，最强的功能没有之一，只有最强。

四：霍尼韦尔霍尼韦尔是一家美国公司，世界500强企业之一，霍尼韦尔生命安全事业部是全球领先的生命安全防护设备研发和制造专家。

秉承超过50多家行业权威经验，公司的宗旨简单而又执着，那就是提供有关生命安全防护专业产品和服务并且成为行业的先锋。

五：安航星安航星采用的是LCD显示4轮胎压力、温度数据，轮胎状态一目了然，而且安装简便，2分钟快速安装。

载重汽车轮胎测试标准、测试项目和测试要求载重汽车轮胎，出口到肯尼亚、坦桑尼亚、尼日利亚、沙特等国家，都需要做COC符合性证书，做这些证书之前，产品必须先取得有CNAS资质的实验室出具的检测报告，才能进行COC 证书的申请工作，鉴于此，本人根据实际操作经验，整理了这份载重汽车轮胎的测试资料：包括测试标准、测试要求、测试项目等，希望对大家有所帮助。

因为出口到国外，出证机构一般都会要求申请人提供有CNAS资质实验室出具的国际标准所做的测试报告，载重汽车轮胎耐久性能测试标准是根据国际标准ISO10454来检测的，载重汽车轮胎强度性能方面的测试标准一般是根据JIS D4230这个标准来检测的，目前中国国内的GB标准，耐久性能和强度性能都是采用这2个标准来起草的，大部分内容都相同。

如果你的产品取得了这2个标准做的测试报告，出口肯尼亚，坦桑尼亚，沙特，阿尔及利亚、叙利亚等国家，基本上都可以接受，下面是载重汽车轮胎测试标准、测试项目、测试要求的相关内容：一、载重汽车轮胎的测试标准和测试项目，请看下表：序号 测试项目 测试标准 备注1 耐久性 ISO104542 强度性能JIS D4230二、 标准要求：1、耐久性要求将轮胎安装在规定的测量轮辋上，充以其最大额定负荷相应气压，轮胎轮辋组合体在38度±3度温度下，至少停放3h ，然后试验转鼓以匀加速启动到初始试验速度的时间应在5min 以内，各速度等级轮胎的耐久性试验条件应符合下表的规定：载重汽车轮胎耐久性试验条件轮胎速度符号试验转鼓速度r /（km/h ） 轮胎最大额定负荷的百分比/2/3子午线轮胎 斜交轮胎持续时间7h (第一阶段) 16h (第二阶段) 24h (第三阶段)a) 单胎最大额定负荷≤1500kgF 35 3565 85 100 G 40 40 J 50 50 K 55 55 L 60 55 70 90 105 M 80 65 7575115N 90 - P 100 - Q 及其以上 120- b) 单胎最大额定负荷≥1500kgF 35 35 65 85 100G 45 35 J 50 40 K 55 50 L 65 - M 70 -2、强度性能测试要求将试验轮胎安装在规定的测量轮辋上，充入最大负荷对应的气压，实验室温度应保持在18-36度范围内，试验轮胎和轮辋组合体应在实验室温度下至少停放3h，然后将停放后的试验轮胎气压重新调整到规定值，再将试验轮胎和轮辋组合体安装到试验机上，沿轮胎胎面中心线取大致间隔相等的5个点进行试验，压头垂直于胎面，并压在靠近胎面圆周中心线的花纹块上，避免压入花纹沟中，压入轮胎的速度为50mm/min±2.5mm/min，测量每个点的轮胎破坏前瞬时的压力和压入深度（行程），或压头触及轮辋瞬时的压力或行程，再转入下一个点实验前校正气压。

目录一、概述-------------------------------------------------------------------- 1二、引用标准---------------------------------------------------------------- 1三、气压设定---------------------------------------------------------------- 1四、附表-------------------------------------------------------------------- 2一、概述115S轮胎为:175/80 R14165/70 R14轮胎设定气压应使车轮在空载、满载甚至允许的过载状态下有足够的负荷能力和速度能力。

二、引用标准GB9743-1997 轿车轮胎GB/T 2978-1997 轿车轮胎系列GB/T 4503-1996 轿车轮胎强度实验方法三、气压设定115S前后桥轴荷见表1。

表1 115S轴荷参数结合附表GB/T 9743-1997，在空载、满载状态时 175/80 R14轮胎满足负荷能力下的气压如表2。

表2 175/80 R14 LT轮胎气压在空载、满载状态时165/70 R14轮胎满足负荷能力下的气压如表3。

表3 165/70 R14 LT轮胎气压结合以上数据，115S轮胎气压设定值为（表4）：表4 115S轮胎气压设定四、附表GB/T 9743-1997 轿车轮胎之“80”系列轿车子午线轮胎。

附表“80”系列轿车子午线轮胎手机震动，来一条微信消息，他说：“我开好房间了，等你！他们都说你技术好，我想试试真假。

真的，我平时对你也不错吧，你可不能让我干等着呀。

”她回：“那好吧，你先等我，我在家里，先洗个澡，换身衣服吧。

”半个小时后，她问：“你在哪里开房？”“欢乐斗地主，电信一区，12号房间，不见不散哦。

The factory-installed tires on your car were selected to provide the best performance for normal driving.Inflation PressuresThe tire label attached to theinside of the center console lidlists recommended tire pressuresfor carrying loads up to the limitshown. (Tire pressures are alsolisted on the last page of thismanual.)These pressures were chosen to provide you with the best combination of tread life, riding comfort and stability under normal driving conditions.Improper inflation can reduce both tire life and load carrying capacity. Check the tire pressures at least once a month, including the spare.Lower pressure than recommended lets the tread and sidewalls flex too much, causing increased tire temperatures, uneven wear, and poor handling. Pressure higher than recommended can make the tire too stiff, increasing the chance of damage from road hazards, and also causing uneven wear.CAUTION:Check tire pressure when the tires are cold.(After the car has been parked for more than 3 hours or drivenless than 1 mile/1.6 km).Tire pressure may increase as much as 41 kPa (6 psi) when the tire is hot, so NEVER ADJUST tire pressure when the tires arehot.Never inflate load range A tires to more than 250 kPa (36 psi)cold.Cars with luggage racks or cartop carriers DO NOT have greater load limits than those on the label.Snow Tires If you use snow tires, they should have the same load capacity as the original equipment tires, and they must be installed in sets of four, or they may cause poor handling. Cars with snow tires should not be driven faster than 75 mph (120 km/h).(cont'd)TiresTIRE LABELTires (cont'd)Tire ChainsWhen required, tire chains should be installed on the front wheels. If you are using metal type chains, make sure they are designated SAE Class "S". You may also use plastic or cable type "chains". Use only the correct size chains recommended for your tire size and make sure they are installed following the chain manufacturer's instructions.Once tire chains are installed, drive at less than 19 mph (30km/h) on roads covered with snow or ice. To minimize tire and chain wear, avoid driving on cleared roads with chains installed.CAUTION:Improper installation or loose tire chains may damage your car's chassis and fenders.NOTE:Keep the manufacturer's installation instructions in your glove box for future reference.Tire BalancingUnbalanced tires may affect handling and tire wear. A tire should always be rebalanced after it has been dismounted from the wheel.Your original tires were properly balanced before the car left the factory, but may need rebalancing at some time during the life of the tire. Tire balancing for the COMPACT spare is not necessary.CAUTION:Use only genuine Acura aluminum wheel weights if your car is equipped with aluminum wheels. Non-genuine Acura wheel weights may corrode and damage the aluminum wheel.Tire RotationTires may wear unevenly when used for a long time at the same position on the car. To avoid this, rotate the tires every 7,500 miles (12,000 km). If abnormal or uneven wear develops between rotations, the cause should be found and corrected as soon as possible. The illustration shows how the tires can be rotated. The COMPACT spare tire must not be included in tire rotation.NOTE:Brake pads should be inspected for wear whenever the tires are rotated.Tire Traction Worn tires or slippery road surfaces can reduce driving, cornering and braking traction. To reduce the possibility of losing traction,slow down when the road gets slippery, replace tires when wear indicators are visible, and KEEP TIRES PROPERLY INFLATED.Tire Replacement The original tires on your car have tread wear indicators to indicate when they should be replaced.The indicators appear as bands about 12.7 mm (1/2 in) wide when the tire tread depth is less than 1.6 mm (1/16 in). When indicators appear across two or moregrooves in a row, you shouldreplace the tire.Driving on worn-out or under-inflated tires is very hazardous, and will reduce braking effectiveness, steering accuracy and traction.When replacing tires, use only the recommended tire size. Wheel rim widths and offsets must meet those recommended by the Acura Automobile Division. Contact the Acura Automobile Division Customer Relations Office at the address shown on page 144 under Warranty Service.Tires and wheels other than those recommended may be unsafe.Do not mix radial and bias ply tires on the same car.FrontTREAD WEAR INDICATORSINDICATORLOCATIONMARKSAir Conditioner CareCondenser and Radiator Check the engine radiator and the air conditioner condenser (in front of the radiator) for accumulated dirt, insects or leaves. Carefully brush or hose them off to assure maximum cooling performance.CAUTION:Radiator and condenser fins are very thin and easily damaged; do not bend them with the high water pressure or pressor Drive Belt Check the compressor belt tension monthly, during periods when you use the air conditioner a lot.If the engine has been running, some engine components may be hot enough to burn you.When pushed with 98 N (22 Ib) of force midway between the compressor drive pulley and the engine crankshaft pulley, the belt should deflect about:9 — 11 mm (0.4 — 0.4 in)Have the belt adjusted whenever necessary.CRANKSHAFTPULLEY COMPRESSOR DRIVE PULLEYSystem MaintenanceRun your air conditioner at least once a week for about ten minutes, even during the off season, to lubricate the seals and the inside of the compressor and, to verify that the system is functional.If the air conditioner is not cooling properly, it may indicate an undercharged system. Have your dealer check the system for leaks, then evacuate and charge the system with refrigerant 12. Charging quantity:850 — 950 g (30.1 — 33.6 oz)CAUTION:Prolonged use of an undercharged system may damage the compressor.Appearance CareInterior TrimRemove dust and loose dirt with a vacuum cleaner.Wipe the vinyl with a clean, damp cloth or sponge. Stains can be removed with a commercially available vinyl cleaner.Leather Upholstery (LS and opitonal on L model)Clean the leather upholstery with a mild soap and lukewarm water; wipe with a damp cloth, then dry with a soft cloth. Never use varnish or furniture polish on the interior.CAUTION:Do not use thinner, gasoline, kerosene, naphtha or other solvents on the interior. They are toxic, flammable and hazardous and could damage the material you're cleaning.WindowsA 10 to 1 mix of water and white vinegar, or a commercially available glass cleaner may be used to clean windows and to remove the dust film sometimes caused by the ingredients used in interior vinyls and plastics.NOTE:Do not put this solution in the windshield washer reservoir, it will damage the windshield washer pump.Be careful not to scratch or damage the defogger wires when cleaning the inside of the rear window; wipe the window horizontally along the wires, not up and down. Dry the windows with a lint-free cloth or paper towel. Keep all the windows clean for maximum visibility.Exterior CareWashingRinse all loose dirt off the car by spraying it with lukewarm or cold water. Do not use hot water.Wash using a soft bristle brush, sponge, or cloth with water containing a mild detergent, such as a liquid dishwashing detergent. Remove oil, tar, tree sap, etc., with tar remover or turpentine. Remove road salt, insects, etc., with mild detergent and lukewarm water. Any of these substances may damage the finish if left on painted surfaces.Rinse the car well. Promptly wipe with a chamois or soft towel to prevent water-spotting. Do not let water or soap air-dry on painted surfaces.During wiping, inspect the surface for stone chips and scratches; paint them with touch-up paint so they won't rust (touch-up paint is available through your Acura dealer).For further instructions on corrosion protection, refer to the Rust Prevention section on this page.WaxingWax the car when water will no longer "bead" on the paint.Always wash and dry the car before you wax it.Use a good quality liquid or paste wax, and follow the manufacturer's instructions. Wax all the metal trim to keep its luster.NOTE:Removing oil, tar, etc., with a spot remover will usually strip the wax from the surrounding finish. Be sure to re-wax these areas even if the rest of the car does not yet need waxing.Aluminum Alloy WheelsCAUTION:Wash the wheels after driving on snowy or icy roads where salthas been applied.Avoid off-road driving. Brush, rocks, dirt and severe impact maydamage the wheels.Install tire chains carefully. Improperly installed chains can causedamage to the wheels.Acura aluminum alloy wheels are treated with a protectivefinish. Wash them with a low-phosphate detergent and sponge.Do not use abrasive cleaners or stiff brushes.Always install aluminum wheels in sets of four. If mixed withother types, the car's handling may be affected.Rust PreventionRusting is likely to occur in parts of the car where water is trapped or where there is continual dampness.Water will collect inside doors and body panels if drain holesbecome clogged.Water which seeps under or soaks floor mats will subject floorsections to prolonged wetness or dampness.Road dirt or sand, which collects and fills recesses on theunderside of the car, retains moisture long after the rest of the car has dried.The removal of paint and undercoating by stones, gravel, and minor accidents immediately exposes metal to air and moisture.Rusting is increased by high humidity and by the presence of corrosive substances in the air or on the roads.(cont'd)Appearance Care (cont'd)Salt used for road de-icing will coat the bottom of the car andhasten rusting.Localities with high humidity have greater potential for rustproblems, especially where salt is also present on the road or in moist sea air.Industrial pollution will accelerate the deterioration of paintfinishes and promote rusting.Preventive ServiceCheck all drain holes in doors and body panels for clogging and clear if necessary. When washing your car, also clean the underside of the car by using high pressure water; above subframe, inside front fender, rear suspension, inside rear wheel housing, and under rear bumper.After washing your car or after heavy rain, check for leaks. While checking for leaks, lift the floor mats in the passenger, cargo and spare tire areas, and check beneath them. Water can collect in these areas and remain unseen for prolonged periods. Dry any wet areas of your car's interior. Remove and dry wet floor mats. Have leaks repaired as soon as possible.Body RepairReplacement Body and Fender PartsIf your vehicle incurs body damage and requires replacement parts, we encourage you to use only Genuine Honda sheet metal body and fender parts. Many insurance companies are specifying imitation sheet metal parts for collision repairs in an effort to reduce claim costs; however, if imitation parts are used the following conditions may apply:There is no assurance that imitation parts will equal the fit andfinish of Genuine Honda sheet metal parts; and in our experience they often do not.There is no assurance that imitation parts will resist corrosion aswell as Genuine Honda sheet metal parts.Imitation sheet metal parts are not covered by the Acura LimitedWarranty.To ensure your continued satisfaction with your Acura vehicle in the event of an accident, contact your insurance adjuster and insist on Genuine Honda parts in the repair of your vehicle.。

日本汽车标准JASO T 203-85摩托车轻合金车轮1 范围本标准规定了摩托车用轻合金车轮的技术要求(包括跨斗摩托车和电动单车)(以下简称“轻合金车轮”)。

备注：本标准采用SI(国际单位制)单位和数值，｛｝中采用的是惯用单位制单位和数值，且为给定值。

2 目的本标准旨在建立确保行驶安全的轻合金车轮质量要求并将其标准化。

3 类型应使用以下类型的轻合金车轮：(1) 单体结构型轮辋和(轮盘)轮辐铸造为单独的单体的轻合金车轮。

(2) 复合结构型轮辋材质为轻合金，而(轮盘)轮辐材质为轻合金或钢制，并组装在一起的轻合金车轮。

但是钢丝轮辐型不包含在内。

4 各部分的专用名词图1(示例)中列出了各部分的专用名词。

适用标准：JASO C 603-80 汽车用钢制辐板式车轮JIS D 4203 摩托车和轻便摩托车轮胎尺寸JIS D 4215 摩托车和轻便摩托车用轮辋JIS H 0321 有色金属材料的检查通则JIS H 0522 铝铸件射线照相的射线照相试验和分类的方法JIS H 4000 铝和铝合金薄板材、带材和板材JIS H 4100 铝和铝合金挤压型材JIS H 4140 铝和铝合金锻件JIS H 4201 镁合金薄板JIS H 4204 镁合金挤压型材JIS H 5202 铝合金铸件JIS H 5203 镁合金铸件JIS H 5302 铝合金压铸件JIS H 5303 镁合金压铸件JIS Z 2343 渗透检验方法和缺陷显示的分类JASO T 203-85图1单体结构型轮辋轮辐轮毂轮辋轮辐轮毂轮辋轮辐轮毂轮辋轮辐轮毂复合结构型轮辋 轮辐轮毂轮辋 轮辐轮毂轮辋 轮辋轮辐 轮毂轮毂复合结构型JASO T 203-855 性能5.1 弯矩耐受性接受11.1中规定的试验时，在至少105个试验周期后，各接头处不应出现不良裂缝、巨大变形或异常松动。

5.2 径向载荷耐受性接受11.2中规定的试验时，在至少105个试验周期后，轻合金车轮的各接头处不应出现不良裂缝、巨大变形或异常松动。

一、产品介绍接收机：显示内容：1 —多功能按键(左键) 1 —压力数值显示2 —多功能按键(右键) 2 —压力单位标识3 —液晶显示屏 3 —电池图形标识4 —外接电源接口(miniUSB) 4 —接收机电池电量指示标识5 —底部电池安装盒 5 —传感器异常警示标识6 —汽车外形显示标识7 —行驶轮胎位置标识8 —备胎位置标识9 —温度数值显示10 —接收机工作模式标识11 —温度单位标识胎压监测传感器Ⅰ型：胎压监测传感器Ⅱ型：1 —传感器 1 —传感器2 —胎压专用防爆铝质气门嘴 2 —胎压专用橡胶铜质气门嘴3 —安装螺钉 3 —安装螺钉备注2：两种型号胎压监测传感器只是气门嘴组件使用的不同，其余全部相同。

用户在安装时可以根据喜好或轮毂尺寸匹配要求进行选择。

二、产品安装产品在车辆上安装位置如图1所示。

图1 产品安装位置图2 传感器安装方式1、接收机安装：打开接收机底部电池盒盖，将2节5号电池按照正确电池极性装入底部的电池盒中，再将电池盒盖上，完成接收机初步安装，接收机就可以正常工作了。

待完成传感器安装调试标准轮胎压力后，再将接收器放置在驾驶员直视区域或容易取阅的位置固定安放。

建议用户在驾驶台上放置汽车饰品防滑垫，将本胎压接收机放置在防滑垫上，接收机无线数据接收和使用效果最佳。

接收机内部设置振动检测传感器，检测到车辆启动振动立即自动进入设定工作模式；停车静止5分钟后自动停机关闭显示屏。

2、传感器安装：传感器出厂编号中大写英文字母代表安装轮胎位置定义为：A—左前轮、B—右前轮、C—右后轮、D—左后轮、E—备胎(选装件)，字母前面的数字是生产流水号，字母后面的数字是生产时间。

传感器安装方式：1）确定需要安装的轮胎位置，根据传感器出厂编号找到对应位置的传感器，并将传感器与随机附送的胎压专用气门嘴组装在一起形成轮胎监测传感器总成。

2）用更换轮胎气门嘴方式将轮毂上原气门嘴撤除，用轮胎监测传感器总成按照图2所示安装方式替换原来气门嘴安装到轮毂上即可。

日本汽车工业协会标准标准号标准名称页数JASO B001-1997警告牌样式12 JASO B002-1989警告牌质量8 JASO B003-1989乘用车内饰件31 JASO B004-1984乘用车外部凸出物5 JASO B006-2008道路车辆—胎压监测系统—车辆试验规程11 JASO B101-1983载货车车架总宽度3 JASO B102-1987汽车保险杠高度8 JASO B105-1993载货车和挂车后下防护装置8 JASO B106-1985商用车驾驶室乘员的防护11 JASO B203-1990汽车发动机罩盖锁系统试验规程7 JASO B204-1981载货车车身连接件形状和尺寸14 JASO B205-1986汽车滑动车门锁止系统试验规程6 JASO B301-1989乘用车燃油系统安全性试验规程16 JASO B302-1994乘用车塑料油箱9 JASO B404-1993汽车遮阳板9 JASO B407-1987汽车座椅舒适性试验规程12 JASO B409-1982汽车悬挂座椅舒适性试验规程15 JASO B801-1986汽车座椅词汇27 JASO B802-1988乘用场车身词汇18 JASO B803-1995汽车气囊系统词汇22 JASO C101-1989汽车离合器盖总成22 JASO C102-1989汽车离合器盘总成15 JASO C103-1995液压离合器主缸11 JASO C104-1995液压离合器动力油缸9 JASO C201-2007动液变矩器试验规程19 JASO C203-1985手动变速器台架性能试验规程13 JASO C204-1986手动变速器台架耐久性试验规程13 JASO C205-1991汽车动力动力输出装置侧开口12 JASO C206-1993汽车动力输出装置的双层外壳及壳间间隙9 JASO C303-1986汽车车轮配重块9 JASO C304-1989汽车半轴等速万向节22 JASO C305-1-2009汽车部件—无铅车轮平衡重—第1部分：夹型19 JASO C305-2-2009汽车部件—无铅车轮平衡重—第1部分：粘接型5 JASO C401-1987液压制动器油缸形状和尺寸25 JASO C402-1999乘用车—行车制动器道路试验规程32 JASO C404-1999载货车和大客车—行车制动器道路试验规程23 JASO C406-2000乘用车—制动装置—测功机试验规程9 JASO C407-2000载货车和大客车—制动装置—测功机试验规程9 JASO C417-1988行车制动器结构整体性试验规程—乘用车14JASO C418-1991制动衬片摩擦特性试验规程11 JASO C419-2006乘用车—行车制动器—结构整体性测功机试验规程12 JASO C420-2005载货车和大客车—行车制动器结构整体性试验规程18 JASO C421-2005载货车和大客车—行车制动器结构整体性测功机试验规程13 JASO C427-2009汽车部件—制动衬片和盘式制动蹄—惯性测功机上的磨损试验17 JASO C428-2001道路车辆—驻车制动器试验规程6 JASO C430-2002气制动器试验规程22 JASO C432-2001伺服制动器试验规程9 JASO C436-1999驻车制动装置测功机试验规程17 JASO C438-2008道路车辆—行车制动器—模拟山区车辆制动器衰退试验规程27 JASO C439-2002应急制动器道路试验规程19 JASO C441-1977行车制动器耐久性台架试验规程10 JASO C442-1977驻车制动器结构整体性测功机试验规程15 JASO C443-2009道路车辆—行车制动—测功机模拟山路消退试验17 JASO C447-1979驻车制动器结构整体性道路试验规程11 JASO C448-1980乘用车—钳盘式制动器台架试验规程25 JASO C449-1980气制动器松紧调节器9 JASO C452-2005汽车部件—制动器真空伺服单元20 JASO C454-1983直线制动时方向稳定性试验规程—乘用车10 JASO C455-2004道路车辆—缓速器道路试验规程17 JASO C456-1984磨损警报装置试验规程9 JASO C457-1985汽车制动器制动气室12 JASO C458-1986汽车制动衬片、制动块和离合器表面PH值试验规程8 JASO C459-1987载货车和大客车—盘式制动器卡箝台架试验规程25 JASO C460-1988真空伺服制动器真空泵试验规程18 JASO C461-1988汽车制动器气制动阀9 JASO C462-1989汽车制动器气继动阀12 JASO C463-1993汽车比例阀台架试验规程35 JASO C464-1994装备ABS系统车辆障碍物躲避性能试验规程13 JASO C465-1997装备ABS系统的乘用车性能试验规程18 JASO C466-2004道路车辆—制动距离试验规程8 JASO C467-1997ABS用车轮速度传感器19 JASO C501-2003汽车列车—行车制动器道路试验规程15 JASO C601-1998汽车零部件—钢板弹簧13 JASO C602-2001汽车零部件—汽车筒式减振器39 JASO C604-1999汽车悬架弹簧—强度试验方法21 JASO C605-1997汽车悬架螺旋弹簧6 JASO C606-1981轮胎噪声试验规程10 JASO C610-1979汽车轮毂螺栓17 JASO C611-1993汽车悬架支柱13 JASO C612-2004汽车扭杆15 JASO C613-1987载货车和大客车空气弹簧12JASO C614-2004汽车辐板式车轮32 JASO C615-1989独立悬架球头台架试验规程18 JASO C616-1994载货车和大客车平衡阀14 JASO C617-2002汽车部件—稳定杆19 JASO C618-2003轮胎/车轮总成高速行驶一致性试验规程7 JASO C704-2004道路车辆—转向力(转弯时)试验规程8 JASO C705-2004道路车辆—静态转向力试验规程5 JASO C707-2004乘用车—轻型挂车列车—车道变换试验规程14 JASO C708-2004乘用车—轻型挂车列车—转弯性能试验规程19 JASO C709-2004乘用车—轻型挂车列车—蛇行试验规程12 JASO C712-1982动力转向泵性能台架试验规程13 JASO C713-1996汽车转向轮17 JASO C715-2005道路车辆—转向球节台架试验规程21 JASO C716-1990转向轴节台架性能试验规程8 JASO C717-1991齿条和行星齿轮类手动转向器台架试验规程22 JASO C801-1994汽车手动变速器词汇37 JASO C802-1994汽车自动变速器词汇44 JASO C803-1986汽车驱动轴词汇23 JASO D005-1993汽车螺线管试验方法通用规则11 JASO D006-1995汽车串行数据通信系统试验方法29 JASO D009-1999汽车零部件—印刷线路板电磁继电器试验方法14 JASO D102-2005汽车零部件—36V铅酸电池端子2 JASO D303-2003汽车零部件—发动机电子转速计5 JASO D305-1998汽车零部件—汽车时钟试验15 JASO D404-1986汽车发动机冷却系统温度计应用开关9 JASO D506-1999汽车零部件—汽车附件电气出口和火花塞10 JASO D507-1-2004汽车零部件—车用天线—术语16 JASO D507-2-2003汽车零部件—车用天线—第2部分:插销、插座和接头14 JASO D507-3-2007汽车零部件—车用天线—第3部分:性能要求和测量方法67 JASO D603-1990汽车低压铝线缆3 JASO D605-1996汽车电子插接器15 JASO D607-1999汽车零部件—线束颜色代码4 JASO D609-2001汽车零部件—低压电缆的电流容量35 JASO D611-2009汽车零部件—无屏蔽式低压电缆27 JASO D612-1997汽车叶片型熔断器10 JASO D613-1990半挂牵引车和拖车间制动防报死装置插接器12 JASO D615-1994无屏蔽高压点火电缆总成—一般要求和试验方法7 JASO D618-2008汽车零部件—无屏蔽低压电缆试验方法34 JASO D620-2003汽车—电气电子接头用铜合金带7 JASO D621-2004汽车零部件—42V熔断器—第1部分:定义和一般试验要求22 JASO D622-2006汽车零部件—栓入式高压熔断器12 JASO D801-1996汽车电子系统和相关零部件词汇47JASO D802-2001汽车空调术语18 JASO D805-2000汽车零部件—电子及视觉连接件术语33 JASO D901-1996汽车倒车警报器6 JASO D902-1995汽车电子装置耐久性试验方法22 JASO D903-1999道路车辆—SRS气囊系统的布置18 JASO E002-1989曲轴箱排放控制系统试验规程15 JASO E004-1992汽车尾气CVS取样法18 JASO E101-1985汽车发动机气门9 JASO E103-1983汽车滚子链和套筒链9 JASO E104-1985汽车发动机气门锁片7 JASO E105-1999汽车零部件—同步滑轮9 JASO E106-1999汽车零部件—同步皮带11 JASO E107-2001汽车V型皮带及其皮带轮槽17 JASO E109-1994汽车V形橡胶带16 JASO E110-2000汽车等速皮带试验方法13 JASO E111-1993汽车发动机V形橡胶皮带轮套尺寸10 JASO E121-2002汽车部件—V形皮带—疲劳试验12 JASO E201-1985汽车柴油发动机燃油滤清器尺寸6 JASO E202-1986汽车汽油发动机一次性燃油滤清器尺寸4 JASO E203-2005压缩天然气车辆——燃料加注接头9 JASO E204-2002压缩天然气—气缸压力释放装置—性能要求12 JASO E205-2003压缩天然气—开关阀—性能要求11 JASO E207-2006压缩天然气—管接头和管路—性能要求15 JASO E302-2003汽车旋入式燃油滤清器尺寸5 JASO E401-1997汽车散热器10 JASO E402-1991恒温器13 JASO E403-2000汽车水泵机械密封圈5 JASO E404-1986汽车机油冷却器散热试验规程13 JASO E405-1994汽车自动变速器机油冷却器散热试验方法8 JASO E406-1995汽车中间冷却器散热试验方法9 JASO E501-1990汽车蒸发排放物控制系统炭罐试验方法13 JASO E801-1992汽车涡轮增压器词汇13 JASO F101-2005汽车零部件—六角螺栓和六角螺钉27 JASO F102-2005汽车零部件—六角螺母和六角细螺母11 JASO F106-1996六角锁紧螺母31 JASO F107-1998汽车零部件—弹性螺母4 JASO F109-2002螺栓或螺钉和垫圈总成25 JASO F115-1998汽车零部件—螺钉用垫圈10 JASO F116-2005六角叶片状扳手紧固件47 JASO F118-1999汽车零部件—六角头螺母和垫圈总成9 JASO F120-1999汽车零部件—自攻螺钉和平垫圈总成15 JASO F121-1985带套管的螺钉9JASO F122-1988六角紧固螺钉10 JASO F123-1991带套管的平头自攻螺钉8 JASO F124-1994合成树脂材料用自攻螺钉16 JASO F125-2004汽车零部件—锁止紧固件性能和试验方法9 JASO F203-2002汽车卡销13 JASO F204-1999汽车零部件—汽车弹簧作用型软管夹12 JASO F205-1996管路和线路用夹子27 JASO F206-1992盲孔铆钉22 JASO F207-1999汽车零部件—涡轮传动型软管夹8 JASO F208-2008汽车零部件—内外饰件用塑料夹22 JASO F302-2000汽车波型垫圈10 JASO F304-2000汽车零部件—圆形软垫圈6 JASO F402-2001汽车扩口管接头24 JASO F403-2002汽车无扩口管接头15 JASO F404-1996汽车O形环26 JASO F405-1999汽车零部件—放水开关11 JASO F408-1998汽车零部件—盲塞7 JASO F409-2006汽车零部件—尼龙管接头—性能要求17 JASO F411-2000汽车零部件—金属密封垫圈4 JASO F501-1989汽车万向节滚针轴承15 JASO F503-1995汽车成形衬套16 JASO F506-2001汽车零部件—扁轴承—衬套15 JASO F901-1970球头销和球座36 JASO F903-1975汽车控制缆线34 JASO F904-1998汽车零部件—金属孔12 JASO M101-1994汽车用金属管13 JASO M102-1978汽车结构件烧结材料17 JASO M104-1986汽车制动管试验方法19 JASO M106-1992汽车结构用钢34 JASO M110-1997汽车结构用微合金钢5 JASO M111-1998压缩天然气车辆—高压用强化纤维塑料燃料软管—性能要求10 JASO M303-1995汽车非金属密封片材料19 JASO M304-2002汽车用泡沫塑料20 JASO M305-1988汽车密封条25 JASO M310-1993汽车散热器抑制剂14 JASO M312-1985汽车塑料件试验方法20 JASO M315-2004自动变速器液12 JASO M316-1980汽车燃油软管6 JASO M317-2001汽车气制动尼龙管7 JASO M318-1978汽车窜缸混合气软管8 JASO M319-1980汽车软管标准试验方法16 JASO M321-1999汽车零部件—空调软管总成8JASO M328-1995汽车汽油发动机油评估气门系统磨损试验规程34 JASO M330-1987汽车硬质塑料安全玻璃材料18 JASO M331-1991低温和常温下汽车汽油发动机燃油洗涤剂评估试验规程36 JASO M332-1986汽车软质塑料安全玻璃12 JASO M334-1986汽车外饰薄膜9 JASO M336-1998汽车柴油发动机油—洗涤剂试验规程32 JASO M337-1989汽车燃油加注软管10 JASO M338-1989汽车玻璃黏合剂28 JASO M340-2003二冲程汽油发动机—发动机油—润滑性试验规程26 JASO M341-2003二冲程汽油发动机—发动机油—去垢性试验规程25 JASO M342-2003二冲程汽油发动机—发动机油—烟度试验规程24 JASO M343-2003二冲程汽油发动机—发动机油—排气系统堵塞试验规程26 JASO M344-1992汽车齿轮油与橡胶密封材料兼容性试验规程7 JASO M345-2003二冲程汽油发动机—发动机油—分类6 JASO M346-1993汽车内饰件氙气弧光灯轻度照射试验方法20 JASO M347-1995自动变速器液剪切稳定性试验方法9 JASO M348-2002自动变速器液摩擦特性试验方法18 JASO M349-2001道路车辆—自动变速器液抗不稳定性试验方法20 JASO M350-1998自动变速器液—与塑料材料的兼容性试验3 JASO M351-1998汽车零部件—外饰件氙弧灯加速老化试验方法9 JASO M352-1998汽车汽油发动机—添加剂裂化引起的燃烧室沉积物台架试验规程12 JASO M353-1998汽车—结构附着剂—试验方法32 JASO M354-2006汽车柴油机油—气门系统磨损试验42 JASO M355-2008汽车柴油机油9 JASO M357-2001道路车辆—自动变速器液与湿磨擦材料兼容性试验方法22 JASO M358-2005带式CVT液金属磨擦特性标准金属试验方法19 JASO M359-2005道路车辆—直喷汽油机沉积物的评价41 JASO M360-2006汽车燃油—作为混合原料的FAME14 JASO M361-2006汽车燃油—作为混合原料的乙醇8 JASO M404-1984汽车地毯12 JASO M406-1987汽车玻璃纤维强化塑料25 JASO M501-1994汽车安全玻璃22 JASO M601-1989汽车电镀塑料零部件8 JASO M607-1986汽车塑料零部件热冲压9 JASO M608-1990装饰用塑料零部件真空喷镀8 JASO M609-1991汽车材料锈蚀试验方法14 JASO M610-1992汽车零部件外涂层腐蚀试验方法12 JASO M611-1992汽车消声器内部锈蚀试验方法11 JASO M612-1992汽车防锈蜡试验方法24 JASO M801-1993塑料产品种类标识和标记系统11 JASO M902-2007道路车辆—内饰件和材料—VOC测量方法11 JASO T001-1997摩托车控制电缆33JASO T003-2009摩托车—骑乘位置6 JASO T004-1989摩托车尺寸、重量和载荷测量方法6 JASO T005-2009摩托车—驾驶员视野12 JASO T006-2007摩托车—H点确定规程8 JASO T007-1987摩托车最小转弯半径试验规程6 JASO T008-1988摩托车加速噪声的测量8 JASO T009-2009摩托车—后视镜测量方法11 JASO T010-1992支架在侧部和中部的摩托车的驻车稳定性5 JASO T011-2003摩托车—稳态转弯试验9 JASO T012-2005摩托车—侧向瞬态响应试验规程11 JASO T013-2007摩托车—车道变换试验规程21 JASO T102-1984摩托车把手宽度及抓握角度4 JASO T103-2004摩托车—导流罩9 JASO T201-1977摩托车制动踏板强度试验规程和要求(包括JASO T 202)8 JASO T202-1977摩托车制动杆强度试验规程及要求(包括JASO T 201)9 JASO T203-1985摩托车轻合金车轮12 JASO T204-2001摩托车—制动装置—测功机试验规程13 JASO T206-2005摩托车—车轮平衡块9 JASO T304-1986摩托车点火线圈6 JASO T802-1988摩托车座椅词汇11 JASO T902-1995摩托车和轻便摩托车—两冲程汽油发动机可见烟度测量方法10 JASO T903-2006摩托车—四冲程汽油发动机油11 JASO T904-2006摩托车—四冲程汽油发动机油—离合器磨擦特性试验规程11 JASO T905-1999摩托车—塑料燃油箱—试验方法和性能要求5 JASO T906-2002摩托车—燃料箱—空气密闭性试验方法12 JASO Z003-1990汽车性能图解格式11 JASO Z006-1992牵引车、半挂车和全挂车组合90°转向场所图解格式14 JASO Z013-1986乘用车驾驶员手动控制范围检查规程5 JASO Z014-1990载货车和挂车后牌照板16 JASO Z105-1984乘用车移动蔽障后碰撞试验规程11 JASO Z107-2004铰接列车—最小稳定转弯半径试验规程12 JASO Z110-1991乘用车瞬时响应试验规程11 JASO Z112-1988汽车接近角、离去角和坡道翻车角测量方法4 JASO Z114-1996乘用车转向中油门关闭试验规程10 JASO Z115-1999汽车空调—冷凝器损耗试验方9 JASO Z116-1999汽车空调—蒸发器冷却性能试验方法8 JASO Z120-2004汽车空调—低温冷凝器损耗试验方法15 JASO Z123-2007汽车零部件—空调—制冷剂(R134a)泄露量测量方法15 JASO Z125-2009道路车辆—内饰件—VOC测量方法11 JASO Z202-2004汽车零部件—管接头—词汇16 JASO Z211-1983汽车安全词汇26 JASO Z213-1989汽车转向系统词汇52JASO Z214-1987汽车振动和噪声词汇35 JASO Z216-1990载货车车身词汇28 JASO Z217-1991汽车安全带词汇19 JASO Z218-1982汽车空气动力学特性词汇60 JASO Z219-2005道路车辆—维修用词汇—发动机和底盘30。