CKD浮动接头插入深度
K-Line 阀门导向器安装说明说明书
INSTALLATION PROCEDUREK‐LINE® BRONZE BULLET® VALVE GUIDE‐LINER®BORING THE VALVE GUIDEThe valve guide is to bored oversized, taking care to consistently produce an accurate size valve guide bore concentric to the valve seat. In order to ensure proper alignment, a valve guide boring fixture should be used. In order to control valve guide bore diameters and roundness, K‐Line® Black Beauty® carbide boring tools should be used in conjunction with the boring fixture. Two‐point alignment, using valve seat bushing and precision reamer bushings, insure efficiency and accuracy.STEP 1Position the cylinder head on the adjustable head cradles of the boring fixture with the combustion side facing upward and the valve seat face having a slight angle toward the operator.Figure 1: Valve Guide Boring FixtureNOTE: Always disconnect the air supply before making any adjustments to the boring fixture in order to avoid injury. Accidentally moving the cylinder actuation lever will cause the clamping arm of the bore fixture to engage, causing potential injury at the point of pressure.STEP 2Select the valve seat bushing which best fits the valve seat of the valve guide you are about to bore. Typically, one size valve seat bushing will be required for the exhaust valve, and another size for the intake valve.Figure 2: Valve Seat Bushing SectionNOTE: There should be no interference between the combustion chamber and the outside diameter of the valve seat bushing.STEP 3Insert the valve seat bushing into the clamping arm of the boring fixture, and then move the bushing retainer forward into the locking position.Figure 3: Valve Seat Bushing SectionSTEP 4Release the boring arm adjustment lever. Position the clamping arm of the boring fixture over the valve seat of the valve guide you are about to bore. Note that the boring fixture column is completely adjustable for height, and will also rotate for canted valve applications. In order to maximize the efficiency and accuracy, position the boring fixture column so the clamping arm is tilted slightly towards the operator with clearance between the clamping arm and cylinder head. Lock the boring fixture column in position by moving the boring arm adjustment lever to the center position.Figure 4: Position Clamping ArmNOTE: Reconnect the air supply to the boring fixture.STEP 5With the appropriately selected carbide boring tool for Guide‐Liners® chucked in an air drill, position the carbide boring tool and reamer bushing so they are centered through the valve seat bushing and the pilot is in the valve guide. Be sure that the boring tool and clamping arm are at approximately a 90° angle to each other. The pilot of the carbide boring tool and the reamer bushing now provide a positive 2‐point alignment, locating off the valve seat bushing on the valve seat and the center of the valve guide. Lock the clamping arm into place by moving the air cylinder actuation lever to the forward position. The air pressure in the air cylinder ensures that alignment will be maintained throughout the boring process.Figure 5: Lock Clamping ArmNOTE: The carbide boring tool pilot is of sufficient length to reach a point close to the center of the valve guide hole to be bored. This will minimize any effect from previous wear which morecommonly will be situated at either end of the valve guide.STEP 6Carefully move the air drill with the carbide boring tool up and down to check freedom of movement. If any binding occurs, repeat Steps 4 & 5.Figure 6: Check Freedom of Carbide Boring Tool MovementCAUTION: While checking movement, DO NOT contact the carbide boring tool with the cylinder head, as the carbide cutting edge can be chipped causing an oversized valve guide hole.STEP 7Run the carbide boring tool through the valve guide, taking care to adhere to the following precautions:1.The carbide boring tool and bushing should be free to move through the valve seat bushing andvalve guide without the pilot of the carbide boring tool binding at any point.2.Initiate power to the carbide boring tool with the pilot already in the valve guide, but prior to thecarbide cutting edge contacting the valve guide to be bored (i.e., allow the carbide boring tool to be operating at maximum RPM as it begins to cut).3.Boring of cast iron with a carbide boring tool should be done at high speeds. 2100‐3000 RPM in ano load state is recommended.e of an air drill is preferred over electric, as the air drill will stop spinning immediately after beingdisengaged. It is important that the boring tool is not turning while being removed from the bored valve guide in order to avoid distortion to the bored valve guide.5.It is important that a consistent feed rate be maintained as you push the carbide boring toolthrough the valve guide. Consistent, steady pressure must be applied to ensure that the carbide boring tool is removing cast iron at an even rate. The average length guide (2.25”‐2.50”) should take 3‐4 seconds to bore, cutting the cast iron at a rate of 40” per minute for hardened guides, or a rate of 55” per minute for soft cast iron guides.6.All boring of cast iron must be done dry, free of lubricants.7.Carbide is a very hard material. As mishandling can cause chipping or breakage to the cutting edge,tools should be inspected on a regular basis.Figure 7: Valve Guide BoringNOTE: With a Rockwell C hardness of 93‐95, the Black Beauty® carbide boring tool allows faster operating speeds with extended tool life, even in hardened guides. Each reamer is crafted to a .0002 tolerance or less, providing a true and consistent hole size. Additionally, unlike many “off the shelf” coatings, the Black Beauty® coating process is applied at a low temperature,eliminating the possibility of tool warpage or annealing, and a unique molecular structureresists galling or chip buildup which can cause oversize boring. All of this adds up to a lubricious surface which cuts at a lower temperature and aids in very efficient chip removal.NOTE: Common causes of excessive boring tool wear and/or breakage are:•Incorrect cutting speeds•Incorrect feed rate•Reversing boring tool rotation and backing out of hole•Stopping boring tool before cutting entire length of the hole•Poor alignment•Careless handling•Excessive chip buildup•Boring tool chatter•Failure to maintain a steady feed rate•Failure to apply even pressure on the air toolNOTE: With the use of the Bronze Bullet® Valve Guide‐Liner® system, there is no need to apply a chamfer to the head prior to installing the Valve Guide‐Liner®. Uncontrolled depth chamferscan cause inconsistencies between the bronze to cast iron interface as well as form a pocket for carbon deposits on the combustion side of the valve guide.STEP 8Using compressed air, clean all debris from the valve guides.STEP 9Due to the critical importance of a properly bored vale guide hole, inspection with a K‐Line® Go‐No‐Go bore gage is necessary. K‐Line® offers a complete selection of Go‐No‐Go gages which will assist in identifying any holes which may be bored undersized or oversized.Figure 8: Inspection with Go‐No‐Go Bore GageNOTE: This gage is used to prevent under or oversized boring of the valve guide by helping the operator to know when the carbide boring tool is worn and needs to be replaced.NOTE: Use a .015 over piloted .030 boring tool when a cylinder head has already been bored for .015 valve guides and the next repair would be in repair would be installing K‐Line® Bronze Bullet®Guide‐Liners®.STEP 10Install K‐Line® Bronze Bullet® Guide‐Liners®. See Bronze Bullet® Guide‐Liners® installation procedure (next).INSTALLATION PROCEDURE OF THEK‐LINE® BRONZE BULLET® VALVE GUIDE‐LINER®Once the valve guide is bored oversize, the Bronze Bullet® Valve Guide Liner® installation process uses a K‐Line® Valve Guide Brush (KL1036) to clean debris from the bored hole. The liner is installed with the K‐Line® Auto‐Installer and sized using a K‐Line® Roller Burnishing Tool, K‐Line® Hard Chrome Ball Broaches or K‐Line® Carbide Sizing Balls. Finish with a K‐Line® Deluxe Guide‐Top Cutter (KL4235) and K‐Line® Flex‐Hone.STEP 1Turn the cylinder head over. Clean the valve guide using a valve guide brush. Wet brushing the bored valve guide hole with a water‐displacing lubricant will assist in lubricating the valve guide for the Valve Guide‐Liner® installation.Figure 9: Lubrication of Valve GuideSTEP 2Insert the appropriate Bronze Bullet® Guide‐Liner® onto the Auto‐Installer. The Valve Guide‐Liner® is inserted from the non‐chamfered end onto the Auto‐Installer. The chamfered end will then be inserted into the valve guide first. Installation of the Bronze Bullet® Guide‐Liner® is recommended from the valve guide boss or valve spring side.STEP 3Using a short stroke air hammer, drive the Bronze Bullet® Guide‐Liner® into the valve guide hole until the liner is flush with the valve guide boss.Figure 11: Bronze Bullet® Guide‐Liner® InstallationNOTE: Properly installed, the Valve Guide‐Liner® offers an improved wear surface for remanufactured valve guides. In addition to enhanced oil retention and decreased oil pass through, these liners exhibit decreased wear relative to either thin wall cast or smooth wall liners. In a series of dyno test, the interrupted spiral feature of the Bronze Bullet® Valve Guide‐Liner® has exhibited 41% less wear than smooth wall liners. In addition, historically documented data has shown thatbronze dissipates heat better than cast iron by up to 20%, has 80% less thermal expansion, and has exhibited improved wear characteristics vs. cast iron.HARD CHROME BALL BROACHES (Optional)STEP 1Select the proper hard chrome ball broach for sizing. Insert the pilot of the hard chrome ball broach into the Bronze Bullet® Guide‐Liner® until the raised sizing area is in contact with the valve guide boss. Drive the hard chrome ball broach through the Bronze Bullet® Guide‐Liner® until it passes through the entire length. This can be completed by using a K‐Line® air hammer broach holder (KL5758 or KL5759) and a short stroke air hammer.Figure 12: Sizing with Hard Chrome Ball BroachesNOTE: All Bronze Bullet® Valve Guide‐Liners® must be enlarged a minimum of .001” after installation, but the amount of material to be displaced should not exceed .003”.NOTE: Care must be taken to keep the hard chrome ball broach clean and free of lubricant or debris at all times. Any debris on the surface of this tool will obviously have a negative effect on surface finish and accuracy of sizing.NOTE: Due to material flow‐back that occurs when pressure forming bronze or other materials, hard chrome ball broaches will not finish the inside diameter to the exact size as labeled. You should generally use a hard chrome ball broach up to .0015” larger than the desired finish insidediameter.STEP 2For each cylinder head it is recommended to inspect one Valve Guide‐Liner® inside diameter for size to specification for specific engine.The recommended checking method is the use of an air bore gage system. An optional checking method would be the use of a three‐point bore gage. With either checking method, the gage must be able to check to ten thousands of an inch (.0001”).FINAL PREPARATION OF THE BRONZE BULLET® GUIDE‐LINER®STEP 1After sizing is complete, check to see if the Bronze Bullet® Guide‐Liner® is protruding out of the cast iron. If there is any protrusion, the excess material must be trimmed off using the KL4235 Deluxe Guide‐Top Cutter.STEP 2Chuck the Deluxe Guide‐Top Cutter into a 900‐1500 RPM air drill, and insert the appropriate interchangeable pilot.Figure 13: KL4235 Deluxe Guide‐Top CutterSTEP 3Using the Deluxe Guide‐Top Cutter, remove any excess material from both the top and bottom of the valve guide, making sure to finish the Bronze Bullet® Guide‐Liner® flush with the cast iron, while removing minimal amounts of cast iron.Figure 14: Remove Excess Guide‐Liner® Top Figure 15: Remove Excess Guide‐Liner® BottomSTEP 4Using compressed air, clean all debris from the valve guides.CAUTION: Failure to thoroughly clean the inside diameter of the Valve Guide‐Liner® properly can cause premature wear to both the valve stem and the Valve Guide‐Liner®.NOTE: Valve seat work should be performed prior to the Flex‐Hone® operation.STEP 5Chuck the appropriate Flex‐Hone® in an air drill generating approximately 2000‐2100 RPM in a no load state. Then run the Flex‐Hone® through the Bronze Bullet® Guide‐Liner®. One pass down and one pass up will be sufficient to gain the desired effect.Figure 16: Flex‐Hone®NOTE: The benefits of flex‐honing are to obtain an optimal surface finish range. By creating a cross‐hatch pattern, lubricating capabilities of the interrupted Spiral® are enhanced.STEP 6Dry brush to clean any debris from the Bronze Bullet® Guide‐Liner®. Slowly twist the K‐Line® Nylon Brush (KL1036) through each Bronze Bullet® Guide‐Liner®.THIS COMPLETES THE INSTALLATION PROCEDURE。
沟槽式卡箍-开槽尺寸参数整理
9、允许最小壁厚T：
封圈无泄漏，安装前必须清除所有的油、脂及污垢等。
6、尺寸B：为沟槽宽度，与密封面长度、接头键的宽度相配合，实现柔性接头的挠性。
注意沟槽底部的圆角。
7、尺寸C：为沟槽底部直径，非常关键，必须与管道外径同心，沟槽深度在整个圆周上应均匀一致。
8、尺寸D：标准沟槽深度，仅是参考值，管端外径的变化将影响该尺寸，沟槽深度需适时调整，确保尺寸C处 于公差范围之内。
注意：沟槽必须满足C尺寸的要求。
沟槽参数
3、管端的垂直度允许的最大公差：DN15-90（1/2~3-1/2）为0.76mm（0.03"），DN100-150（4~6"）为1.1mm(0.045") , DN200(8"及以上)为1.5mm（0.06"）。
4、管端的外表面不得有焊缝或杂物，并与管道外表面齐平。
管端的内表面应清洁，无油污，并清除氧化皮等，以免损坏
5、尺寸A：为密封面长度，是密封圈的密封工作区域，这个区域不得有凹陷、突起和压轮的压痕等，以确保密滚槽
沟槽参数：
1、允许的管道椭圆度不应超过1%。
2、最大与最小的管道直径之间过大的差距将导致接头安装的困难。
气动基础知识(二)
1、气压传动标准件供应商：日本：SMC（中高端市场）、喜开理（CKD）、小金井（KOGANEI）等；中国：台湾亚德客（AirTAC）、华能、台湾新恭（SHAKO）、气立可（CHELIC）等；德国：费斯托（Festo）（高端市场）美国：博世力士乐（Bosch-Rexroth）、Park等。
英国：诺冠2、典型气动系统的组成：气动系统一般有方向控制阀、气动执行元件、各种气动辅助元件及气源净化元件组成。
3、压缩空气的压强一般为0.5~0.7MPa。
4、工厂内对于耗气量比较大或需要稳定气压的设备一般需要为设备单独添置储气罐。
5、常用的气动元件：1）气源处理组合单元：干燥机、干燥器、防湿气凝结管、空气过滤器、雾分离器、油雾分离器、除臭过滤器、自动排水器、电动式自动排水器、减压阀、过滤减压阀、缓慢启动电磁阀、电气比例阀、增压阀等2）气动控制元件：3通先到电磁阀、3通直动式电磁阀、3通气控阀、5通先导式电磁阀、5通气控阀、2通先导式电磁阀、2通直动式电磁阀、2通气控阀等3）气动执行元件：气动马达、喷枪、微型气缸CJ1、针形气缸CJP2/CJP、标准型气缸CJ2、自由安装型气缸CU、机械接合式无杆气缸MY1、磁偶式无杆气缸CY3B/CY3R、气动滑台MXH、导向轴承双缸气缸MXQ、带导杆气缸MGJ、双联/基本型气缸CXS、旋转夹紧气缸MK、止动气缸RSQ、行程可读出气缸CE1、叶片旋转气缸/齿轮齿条旋转气缸、摆动气缸CRQ2、伸摆气缸MRQ、气爪（平行式、支点式）/阔型气爪等4）电动执行元件5）真空元件：真空发生器、真空负压表、真空吸盘等；6）压力检测元件7）除静电元件8）辅助气动元件：空压机、储气罐、管接头6、熟悉气缸的型号1）（空间布局、动力特性、连接固定方式和配件信息等），熟悉标示和每个字母、数字的含义，并能快速查阅型录获得技术信息。
2）熟悉气缸的动力特性和空间布局。
像定位、夹紧等对于气缸输出力、速度和行程要求不高，或者要求停电不会造成安全事故隐患的场合，可考虑用单作用气缸，其他的情况一般采用双作用气缸；需要大动力时可用串联增压气缸，运动有精度要求时刻用带导杆气缸或滑台气缸。
7.89 id6燃油管接头的标准
文章标题：深度解析7.89 id6燃油管接头的标准在汽车维护和修理领域中，燃油管接头被广泛应用于汽车的燃油系统中，其标准化对车辆的性能和安全具有重要影响。
本文将深入探讨7.89 id6燃油管接头的标准，以帮助读者全面理解和掌握这一关键部件的知识。
1. 7.89 id6燃油管接头的定义及用途7.89 id6燃油管接头是指其外径为7.89毫米，内径为6毫米的燃油管接头。
它通常用于连接汽车燃油系统中的管道和喷油嘴等部件，起着传输燃油、保持密封和保护管道不受损坏的重要作用。
2. 7.89 id6燃油管接头的标准及规范为了确保汽车燃油系统的安全和可靠运行，7.89 id6燃油管接头必须符合严格的标准和规范。
这些标准主要包括材料的选用、加工工艺、连接强度、耐压能力、密封性能等方面的要求，以及相关的测试和认证标准。
3. 7.89 id6燃油管接头标准化的重要性燃油管接头作为汽车燃油系统中的关键部件，标准化对于确保不同厂家生产的燃油管接头之间的互换性、兼容性和安全性非常重要。
只有通过严格的标准化，才能有效避免燃油泄漏、爆炸和其他安全隐患，从而保障车辆和乘车人员的安全。
4. 7.89 id6燃油管接头标准的制定和实施在我国，有关7.89 id6燃油管接头标准的制定和实施主要由国家相关部门和标准化组织负责。
针对燃油管接头标准的不断更新和完善，需要制定和修订相应的标准文档，并通过严格的测试和认证程序来验证其符合要求，然后由相关部门进行实施和监督。
5. 个人观点和理解关于7.89 id6燃油管接头标准化的个人观点和理解，我认为这是整个汽车行业中的一个重要议题。
只有通过严格制定和实施标准，才能确保燃油管接头的质量和安全性得到有效控制，从而为保障汽车维护和行驶的安全提供保障。
总结回顾通过本文的探讨，我们对7.89 id6燃油管接头的标准有了全面、深刻和灵活的理解。
我们了解了其定义和用途，标准及规范，标准化的重要性，标准的制定和实施，以及个人观点和理解。
洛比（Lopi）火器插槽（Insert）产品说明书
,
n.
OWNER"S MANUAL
LOPI FIREPLACE INSERT
MODEL X
INSTALLATION, O P E R A T I O N AND MAINTENANCE HANDBOOK
JUNE 1988
T e s t e d t o UL 907 (U.S.A.) ULC S628 (Canada)
BETWEEN THE MASONRY OF THE FIREPLACE AND THE MASONRY FACING.
NOTE: D O NOT INSTALL IN A ZERO CLEARANCE FIREPLACE!! AND USE ONLY IN ACCORDANCE WITH THESE INSTRUCTIONS.
You should inspect your fireplace far good integrity throughout
the system. There should be no missing bricks, mortar, cracks or heavy deposits of creosote. It is recommended that your fireplace be cleaned and inspected by a professional chimney sweep before installing your stove.
Inspector approve your installation in writing.
LOPI inserts are intended far installation in accordance with the Standards for Chimney Fireplaces and V e n t s NFFA No. 211.
CKD MDC2系列 开关尺寸外形图 说明书
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实点电子 C2S-OO 系列多针接口阀岛用户手册说明书
C2S-OO系列多针接口阀岛用户手册南京实点电子科技有限公司C2S-OO系列多针接口阀岛用户手册版权所有© 南京实点电子科技有限公司2023。
保留一切权利。
非经本公司书面许可，任何单位和个人不得擅自摘抄、复制本文档内容的部分或全部，并不得以任何形式传播。
商标声明和其它实点商标均为南京实点电子科技有限公司的商标。
本文档提及的其它所有商标或注册商标，由各自的所有人拥有。
注意您购买的产品、服务或特性等应受实点公司商业合同和条款的约束，本文档中描述的全部或部分产品、服务或特性可能不在您的购买或使用范围之内。
除非合同另有约定，实点公司对本文档内容不做任何明示或默示的声明或保证。
由于产品版本升级或其他原因，本文档内容会不定期进行更新。
除非另有约定，本文档仅作为使用指导，本文档中的所有陈述、信息和建议不构成任何明示或暗示的担保。
南京实点电子科技有限公司地址：江苏省南京市江宁区胜利路91号昂鹰大厦11楼邮编：211106电话：4007788929网址：目录1产品概述 (1)1.1产品简介 (1)1.2产品特性 (1)2命名规则 (2)2.1命名规则 (2)2.2型号列表 (3)3产品参数 (4)3.1通用参数 (4)4面板 (5)4.1产品结构 (5)5安装 (6)5.1外形尺寸图 (6)5.2电磁阀装配顺序 (8)6接线与使用 (9)6.1电磁阀接线 (9)6.2多针接口接线 (12)6.3使用方法 (13)1产品概述1.1产品简介C2S-OO系列阀岛是一款带多针接口的阀岛，输出控制信号通过一根带多针插头的多股电缆与阀岛相连，阀岛和信号之间的接口简化为多针插头和多股电缆。
产品采用模块化结构，占用空间小，接线端子可插拔，能够快速接线，组态简单，实现所有电信号的处理，可广泛应用于工业控制系统。
1.2产品特性⚫接口采用DB25公头插座，接线简单⚫最大支持24位双控电磁阀⚫模块化结构，占用空间小⚫配线简单，施工快捷、维护方便⚫支持定制，支持主流电磁阀，选型简单快捷2命名规则2.1命名规则编号含义取值说明（1）产品类型C2S（2）总线协议OO：表示无协议（3）电磁阀位数08：8位12：12位16：16位20：20位24：24位（4）电控类型B：双电控（兼容单电控）（5）电磁阀型号代码详见下方电磁阀型号代码表电磁阀型号代码表：2.2型号列表3产品参数3.1通用参数技术参数多针接口2个DB25公头插座电磁阀线圈数量0~48重量产品型号不同有差异尺寸产品型号不同有差异（详见5.1外形尺寸图）工作温度-5~+50℃存储温度-20~+75℃相对湿度95%，无冷凝防护等级IP204面板4.1产品结构产品各部位名称和功能描述编号名称说明①电磁阀详见“电磁阀型号代码表”②多针接口DB25公头插座1#③多针接口DB25公头插座2#④排气孔G1/4⑤进气孔G1/4⑥电磁阀接线插座4Pin⑦汇流板阀岛本体，两侧尾部带有A、B丝印5安装5.1外形尺寸图外形规格（单位mm）5.2电磁阀装配顺序⚫阀岛适配电磁阀阀岛适配电磁阀详见“2.1命名规则电磁阀型号代码表”。
kf接头标准尺寸
kf接头标准尺寸KF接头标准尺寸是指一种用于连接波导的标准接头尺寸。
这种接头是为了满足射频和微波系统中对高频信号传输的要求而设计的。
KF接头主要用于真空系统中，可用于连接不同设备，如真空干燥器、真空泵等，广泛应用于科学研究、工业生产和实验室等领域。
KF接头标准尺寸按照国际标准ISO-KF制定，其中KF代表了Klein Flansche（德文），也称为无缝快速接头（Kwik-Flange）。
这个标准定义了一系列尺寸，从KF10到KF50，尺寸编号表示了法兰连接的外径。
下面是一些KF接头标准尺寸的参考内容：1. KF10：法兰外径16mm，常用于小型真空系统中。
2. KF16：法兰外径24mm，用于连接小型手动操作阀门、真空触发器等。
3. KF25：法兰外径40mm，最常见的尺寸之一，广泛用于真空干燥器、真空泵等设备的连接。
4. KF40：法兰外径55mm，常用于大功率真空泵连接及承受高真空度。
5. KF50：法兰外径75mm，用于连接大型真空泵和其他大口径设备。
这些尺寸是根据ISO-KF标准制定的，标准还包括了法兰连接的几何参数和密封结构的要求。
例如，KF接头的密封是通过一个环形橡胶密封圈实现的，该密封圈的内径与法兰连接的外径匹配，确保了密封性能。
此外，KF接头还有一个夹紧环，用于夹紧连接并保持连接的稳定性。
在使用KF接头时，需要根据实际需求选择适当的尺寸。
尺寸的选择应基于需要连接的设备口径、系统的真空要求以及高频信号的传输要求等因素进行综合考虑。
根据不同的应用场景，还可以配备附件，如缩短套、T型套等，以满足特定的连接需求。
总结起来，KF接头是一种用于连接波导的标准接头，按照ISO-KF标准制定，具有不同的尺寸，从KF10到KF50。
这些尺寸分别对应不同的法兰外径，用于连接不同口径的设备。
在选择和使用KF接头时，需要考虑实际需求，确保连接的稳定性和密封性，以满足对高频信号传输和真空要求的需求。
2391876-1 Z-PACK 2mm HM硬度度量连接器PCB挂载头板接口，板到板，125位，5
2391876-1Z-PACK 2mm HM, Hard Metric Backplane Connectors, PCB Mount Header, ≤1 Gb/s, 25 Column, 5 Row, Mezzanine, Board-to-Board, 125 PositionConnectors > PCB Connectors > Backplane Connectors >Hard Metric ConnectorsBackplane Architecture:MezzanineNumber of Rows:5Number of Columns:25Data Rate:≤1 Gb/sPCB Connector Assembly Type:PCB Mount HeaderFeaturesProduct Type Features Backplane Interface Type 2mm HMPCB Connector Assembly Type PCB Mount Header Connector System Board-to-Board SealableNoConnector & Contact Terminates To Printed Circuit BoardConfiguration Features Rows Loaded A, B, C, D, E Number of Columns 25Number of Rows 5Backplane Architecture Mezzanine Number of Positions 125PCB Mount Orientation VerticalSignal Characteristics Crosstalk VersionStandard 2391876-1 ACTIVEZ-PACK TE Internal #:2391876-1Z-PACK 2mm HM, Hard Metric Backplane Connectors, PCB Mount Header, ≤1 Gb/s, 25 Column, 5 Row, Mezzanine, Board-to-Board, 125 PositionView on >Z-PACK 2mm HM|Crosstalk Version StandardData Rate≤1 Gb/sContact FeaturesFeedthrough Post Length 5.2 mmContact Type PinContact Underplating Material NickelPCB Contact Termination Area Plating Material TinContact Base Material Phosphor Bronze CompactPCI Designation NoneContact Mating Area Plating Material Performance Based Contact Mating Area Plating Material Thickness.38 µm[15 µin]Contact Current Rating (Max) 1.5 AMechanical AttachmentConnector Mounting Type Board MountHousing FeaturesHousing Material Polyester - GF Centerline (Pitch) 2 mm[.078 in]Housing Color GrayDimensionsBackplane Module Length50 mmUsage ConditionsOperating Temperature Range-55 – 125 °C[-67 – 257 °F] Operation/ApplicationShielded NoCircuit Application SignalIndustry StandardsAdvancedTCA Specified Product NoPackaging FeaturesPackaging Quantity10Packaging Method TubeProduct ComplianceFor compliance documentation, visit the product page on >EU RoHS Directive 2011/65/EU Compliant EU ELV Directive 2000/53/ECNot Yet ReviewedChina RoHS 2 Directive MIIT Order No 32, 2016No Restricted Materials Above Threshold EU REACH Regulation (EC) No. 1907/2006Current ECHA Candidate List: JAN 2022 (223)Candidate List Declared Against: JAN 2022 (223)Does not contain REACH SVHCHalogen ContentNot Low Halogen - contains Br or Cl > 900 ppm.Solder Process CapabilityNot reviewed for solder process capabilityProduct Compliance DisclaimerThis information is provided based on reasonable inquiry of our suppliers and represents our current actual knowledge based on the information they provided. This information is subject to change. The part numbers that TE has identified as EU RoHS compliant have a maximum concentration of 0.1% by weight in homogenous materials for lead, hexavalent chromium, mercury, PBB, PBDE, DBP, BBP, DEHP, DIBP, and 0.01% for cadmium, or qualify for an exemption to these limits as defined in the Annexes of Directive 2011/65/EU (RoHS2). Finished electrical and electronic equipment products will be CE marked as required by Directive 2011/65/EU. Components may not be CE marked. Additionally, the part numbers that TE has identified as EU ELV compliant have a maximum concentration of 0.1% by weight in homogenous materials for lead, hexavalent chromium, and mercury, and 0.01% for cadmium, or qualify for an exemption to these limits as defined in the Annexes of Directive 2000/53/EC (ELV). Regarding the REACH Regulation, the information TE provides on SVHC in articles for this part number is based on the latest European Chemicals Agency (ECHA) ‘Guidance on requirements for substances in articles’ posted at this URL: https://echa.europa.eu/guidance-documents/guidance-on-reachBackplane Power Connectors(6)Backplane Guide Hardware(37)Backplane Connector Housings(4)Backplane Coding Keys(60) TE Part #2392575-1Z-PACK/B25 RAF 125P EONTE Part #5100141-12MM H.M. TYPE "B" PIN ASSY.Compatible PartsAlso in the Series Z-PACK 2mm HMRectangular Power Connectors(87)PCB Latches, Locks & Retainers(1)PCB Ferrules & Shields(19)PCB Connector Shrouds(39)PCB Connector Covers(4)Insertion & Extraction Tools(2)Hard Metric Backplane Connectors (269)Board-to-Board Connector Contacts(2)DocumentsProduct Drawings2MM H.M. TYPE "B" PIN ASSY.EONEnglish CAD Files3D PDF3DCustomer View ModelENG_CVM_CVM_2391876-1_1.2d_dxf.zipEnglishCustomer View ModelENG_CVM_CVM_2391876-1_1.3d_igs.zipEnglishCustomer View ModelENG_CVM_CVM_2391876-1_1.3d_stp.zipEnglishBy downloading the CAD file I accept and agree to the of use.Terms and Conditions Product SpecificationsApplication SpecificationEnglish。
常用LCD液晶屏接口定义之欧阳治创编
常用LCD液晶屏接口定义时间2021.03.10 创作：欧阳治从屏的接口样式简单区分屏接口类型的方法（1）TTL屏接口样式：D6T（单6位TTL）：31扣针，41扣针。
对应屏的尺寸主要为笔记本液晶屏（8寸，10寸，11寸，12寸），还有部分台式机屏15寸为41扣针接口。
S6T（双6位TTL）：30＋45针软排线，60扣针，70扣针，80扣针。
主要为台式机的14寸，15寸液晶屏。
D8T（单8位TTL）：很少见S8T（双8位TTL）：有，很少见80扣针（14寸，15寸）（2）LVDS屏接口样式：D6L（单6位LVDS）：14插针，20插针，14片插，30片插（屏显基板100欧姆电阻的数量为4个）主要为笔记本液晶屏（12寸，13寸，14寸，15寸）D8L（单8位LVDS）：20插针（5个100欧姆）（15寸）S6L（双6位LVDS）：20插针，30插针，30片插（8个100欧姆）（14寸，15寸，17寸）S8L（双8位LVDS）：30插针，30片插（10个100欧姆电阻）（17寸，18寸，19寸，20寸，21寸）（3）RSDS屏接口样式:50排线，双40排线，30＋50排线。
主要为台式机（15寸，17寸）液晶屏。
常用液晶屏接口定义20PIN单6定义：1：电源2：电源3：地4：地5：R0- 6：R0+ 7：地8：R1- 9：R1+ 10：地11：R2- 12：R2+ 13：地14：CLK- 15：CLK+ 16空17空18空19 空20空每组信号线之间电阻为（数字表100欧左右）指针表20 －100欧左右（4组相同阻值）20PIN双6定义：1：电源2：电源3：地4：地5：R0- 6：R0+ 7：R1- 8：R1+ 9：R2- 10：R2+ 11：CLK- 12：CLK+ 13：RO1- 14：RO1+ 15：RO2- 16：RO2+ 17：RO3- 18：RO3+19：CLK1- 20：CLK1+每组信号线之间电阻为（数字表100欧左右）指针表20 －100欧左右（8组相同阻值）20PIN单8定义：1：电源2：电源3：地4：地5：R0- 6：R0+ 7：地8：R1- 9：R1+ 10：地11：R2- 12：R2+ 13：地14：CLK- 15：CLK+ 16：R3- 17：R3+每组信号线之间电阻为（数字表100欧左右）指针表20 －100欧左右（5组相同阻值）30PIN单6定义：1：空2：电源3：电源4：空5：空6：空7：空8：R0- 9：R0+ 10：地11：R1- 12：R1+ 13：地14：R2- 15：R2+ 16：地17：CLK- 18：CLK+ 19：地20：空- 21：空22：空23：空24：空25：空26：空27：空28空29空30空每组信号线之间电阻为（数字表100欧左右）指针表20 －100欧左右（4组相同阻值）30PIN单8定义：1：空2：电源3：电源4：空5：空6：空7：空8：R0- 9：R0+ 10：地11：R1- 12：R1+ 13：地14：R2- 15：R2+ 16：地17：CLK- 18：CLK+ 19：地20：R3- 21：R3+ 22：地23：空24：空25：空26：空27：空28空29空30空每组信号线之间电阻为（数字表100欧左右）指针表20 －100欧左右（5组相同阻值）30PIN双6定义：1：电源2：电源3：地4：地5：R0- 6：R0+7：地8：R1- 9：R1+ 10：地11：R2- 12：R2+ 13：地14：CLK- 15：CLK+ 16：地17：RS0- 18：RS0+ 19：地20：RS1- 21：RS1+ 22：地23：RS2- 24：RS2+ 25：地26：CLK2- 27：CLK2+30PIN双8定义：1：电源2：电源3：电源4：空5：空6：空7：地8：R0- 9：R0+ 10：R1- 11：R1+ 12：R2- 13：R2+ 14：地15：CLK- 16：CLK+ 17：地18：R3- 19：R3+ 20：RB0- 21：RB0+ 22：RB1- 23：RB1+ 24：地25：RB2- 26：RB2+ 27：CLK2-28：CLK2+ 29：RB3- 30：RB3+每组信号线之间电阻为（数字表100欧左右）指针表20 －100欧左右（10组相同阻值）一般14PIN、20PIN、30PIN为LVDS接口，25、31、40、41、60、70、75、80、100PIN接口为TTL接口，其中41PIN以下为单6位，60PIN以上为双六位屏50、80（50+30）PIN接口的为RSDS接口。
5芯航空插头(插针,插孔)
B-KYF12J5WT-NC(4-6)
5
M12
90° 线长 2 米
B-KYF12J5WT-L2M
编码 A A B B A A B B
5 芯航空插头
5 芯航空插头-M12 塑料外壳-孔型
额定电流
4A
额定电压
60V
位数
5
接触电阻
≤8mΩ
绝缘电阻
≥500MΩ
防护等级
IP65
材料接触表面
铜合金
接触件载体材料
10：环境参数
环境参数主要有环境温度、湿度、温度急变、大气压力和腐蚀环境等。电连接器在使用和保管、运输过程中所 处的环境对其性能有显著的影响，所以必须根据实际的环境条件选用相应的航空插头。
11：环境温度
航空插头的金属材料和绝缘材料决定着电连接器的工作环境温度。高温会破坏缘材料，引起绝缘电阻和耐压性 能降低；对金属而言高温可使接触对失去弹性，加速氧化和发生镀层变质。通常的环境温度为-55~100 ℃ 特殊场 合下可能要求更高。
芯航空插头m12塑料外壳针形额定电流4a额定电压60v接触电阻8m绝缘电阻500m防护等级ip65材料接触表面铜合金接触件载体材料au材料接触表面镍合金机械寿命1000连接螺纹角度带线长度物料代码编码m12180不带线kyf12j5ztnc46m12180线长2m12180不带线bkyf12j5ztnc46m12180线长2m1290不带线kyf12j5wtnc46m1290线长2m1290不带线bkyf12j5wtnc46m1290线长2芯航空插头m12塑料外壳孔型额定电流4a额定电压60v接触电阻8m绝缘电阻500m防护等级ip65材料接触表面铜合金接触件载体材料au材料接触表面镍合金机械寿命1000连接螺纹角度带线长度物料代码编码m12180不带线kyf12k5ztnc46m12180线长2m12180不带线bkyf12k5ztnc46m12180线长2m1290不带线kyf12k5wtnc46m1290线长2m1290不带线bkyf12k5wtnc46m1290线长2芯航空插头m16塑料外壳针形额定电流6a额定电压250v接触电阻8m绝缘电阻500m防护等级ip65材料接触表面铜合金接触件载体材料au材料接触表面镍合金机械寿命1000连接螺纹角度带线长度物料代码编码m16180不带线kyf16j5ztnc46m16180线长2m1290不带线kyf12j5wtnc46m1290线长2芯航空插头78额定电流5a额定电压250v接触电阻8m绝缘电阻500m防护等级ip65材料接触表面铜合金接触件载体材料au材料接触表面镍合金机械寿命1000连接螺纹角度带线长度物料代码编码78180不带线kyf78j5ztnc4678180线长27890不带线kyf78j5wtnc46航空插头也可称插头座广泛应用于各种电气线路中起着连接或断开电路的作用
Carling 技术 V-Series 控тура II 和 III 快速插入开关说明书
V-SeriesV-SeriesCONTURA II, III SWITCHESThe V-Series Contura II & III snap-in rocker switches offer countless unique options including choices for ratings, circuits, colors, illuminations and symbols. These single or double pole switches feature removable actuators in a choice of actuator styles and colors, and can be illuminated with either square or bar shaped lenses. Actuators may be purchased and stocked separately. An optional plug-in terminal connector enables pre-wiring of wire harnesses.The Contura switches with sealed option, are certified to IP66, signifying complete protection against dust and prolonged spray and submersion under pressure, and are recognized to UL1500 - Ignition Protection for Marine Products. These switches are vibration, shock, thermoshock, moisture and salt spray resistant. Temperature ratings range from -40°C to +85°C.Product Highlights:Countless options for ratings, circuits, colors, illuminations and legendsCertified to IP66 for front panel componentsVibration, shock, thermoshock, moisture and salt spray resistantTemperature range from -40°C to +85°C.Typical Applications:On/Off Highway EquipmentMarineMilitary Armored VehiclesMining Machinery and EquipmentAny application requiring environmentalprotection Download 3D CAD FilesResources: Watch Product Video2*Manufacturer reserves the right to change product specification without prior notice.V-Series SwitchDESIGN FEATURESINTERCHANGEABLE ACTUATORSPanel redesign is a snap with our wide range of rocker styles. Achieve maximum design variety with minimum inventory. Simply swap rockers to create an entirely new look for your panel.DUAL SEAL PROTECTIONSeals out water, dust,debris, and enables switch certification to IP66 for front panel components.CLEAN CONNECTIONSOptions for both eight and ten terminal base styles with AMP & Packard compatible connectors affords myriad circuit options while providing ease of assembly.MULTIPLE LIGHTING OPTIONS In addition to Incandescent lamps, our LED illumination is offered in a wide array of light intensities, colors, as well as dual level, tri-color, and flashing options.BRASS ROLLER PIN Robust mechanism eliminates the need for lubricants. Enables switch to withstand -40°C to +85°C temperatures.OPTIONAL PANEL SEAL Prevents water/dust ingress behind panel.SILVER PLATED BUTT CONTACT MECHANISM Providing 50k to 100k electrical cycles and a variety of different electrical ratings.3Contura II & IIIThe Contura II & III actuators are constructed of thermoplasticpolycarbonate and are offered with a hard nylon overlay or a “soft-touch” elastomer overlay. These models incorporate aesthetic designs on the top and bottom of the rocker featuring two rows of raised “bumps” on the Contura II and three “indented” lines on the Contura III.Contura IVThe Contura IV’s “Shape to create a Shape” actuator works with the curves, contours & advanced styling of the latest panel designs, flowing with these advanced curves & radii. This actuator style fits on the Contura flush bracket/bezel.Contura VThe symmetrically curved Contura V actuator provides the perfect complement to the Contura IV’s “Shape to create a Shape” designconcept. With its flush style mounting bracket, Contura V can be mounted in between two Contura IV’s, by itself, or in groups.Contura VIIContura VII featuring gentlycurved corners and edges assuring compatibility with most any panel design. Intuitive feel is maximized by the use of 2 embossed circular pads located at opposite ends of the rocker. Any combination of Bar or Oval style lenses can be located in the pads providing a truly unique look, exclusive to Contura VII.Contura VI (WAVE)The Contura VI WAVE sealed rocker switches, when used in a row, create an uniquely appealing “wave” design on your panel. A variety of colors and finishes are available for both rocker and wave insert. Contura VI features bar and oval lenses.Contura XThe raised bracket/bezel on theContura X helps prevent inadvertent actuation of the rocker, as well aspreventing debris from being trapped under the actuator. This curved rocker style is available with a variety of lenses and legends.Contura XIThe raised bracket/bezel on theContura XI helps prevent inadvertent actuation of the rocker, as well aspreventing debris from being trapped under the actuator. This convex style rocker is available with a wide variety of lenses and legends.Contura XIIThe Contura XII version features a paddle style actuator with the raised bracket/bezel of Contura X and XI. The contoured handle design provides intuitive recognition and ease of operation and is available with all Contura X and XI lens and legend offerings.Contura XIVThe Contura XIV represents a sleek new crossover rocker design which should appeal to Trucks, Buses and Heavy Vehicles as well as the Marine Industry. Intuitive feel is provided by recessed ridges along with a Center Groove which effectively defines the boundary between top and bottom switch functions.Illuminated Indicators & AccessoriesAlert operator of systems functions or malfunctions, are offered with removable/replaceable lamps in Contura II, II, V or X styles. Accessories include connectors, mounting panels, hole plugs, panel seals, and actuator removal tools. Refer to accessories page for full details4SWITCH MOUNTING HOLEPanel Thickness RangeGaskets Acceptable Panel Thickness 0 .030 to .250 (.76 to 6.35mm)1 .030 to .109 & .147 to .157 (.76 to 2.77mm & 3.73 to 3.98mm)Recommended: No gasket with panelthickness of .032, .062, .093, .125,.187 or .250 Contact Rating .4VA @ 24VDC (MAX) resistive 15 amps, 125VAC 10 amps, 250VAC 1/2 HP 125-250VAC 20 amps, 4-14VDC 15 amps, 15-28VDC 10A, 14VT 6A, 125VAC L Dielectric Strength 1500 Volts RMS Insulation Resistance 50 MegohmsInitial Contact Resistance 10 milliohms max. @ 4VDC Life 50,000 - 100,000 cycles circuit dependent Contacts Silver alloy, silver tin-oxide, fine silver Terminals Brass or copper/silver plate 1/4” (6.3mm) Quick Connect terminations standard. Solder lug, Wire Lead Endurance 150,000 cycles minimumcircuit dependent2 position 18°3 positions9° from centerLighted Incandescent - rated 10,000 hours Neon - rated 25,000 hours LED - rated 100,000 hours 1/2 life (LED is internally ballasted for voltages to 24VDC)Seals Internal Optional external gasket panel seal Base Polyester blend rated to 125°C with a UL flammability rating of 94V0. Contura II,III,IV,V, Hard Surface: Basic actuator VI, VII Actuator structure molded of thermoplastic polycarbonate with a hard Nylon 66 thermoplastic surface overlay. Soft Surface: Basic actuator structure molded of thermoplastic polycarbonate with an elastomer overlay.Contura X,XI,XII Actuator,VP Nylon 66 Reinforced rated to 105°C Lens Polycarbonate rated at 100°C Contura XIV Polycarbonate lens/sub-rocker with ABS shell Sealing Sealed version: IP66, this ratingapplies to front panel components of the actual switch only, and signifies complete protection against dust as well as powerful jets of water.Corrosion Mixed Flowing Gas (MFG) Class III 3 year accelerated exposure per ASTM B-827, B-845 Silver and gold contacts Operating Temp. -40°C to +85°C Vibration 1 Per Mil-Std 202F, Method 204D Test Condition A 0.06 DA or 10G’s 10-500 Hz. Tested with VCH connector. Test criteria - No loss of circuit during test, pre and post test contact resistance.Vibration 2 Resonance search 24-50 Hz 0.40 DA 50-2000 Hz ±10 G’s peak Horizontal Axis 3-5 G’s max. Random 24 Hz 0.06 PSD-Gsq/Hz 60 Hz 0.50 100 Hz 0.50 200 Hz 0.025 2000 Hz 0.025 No loss of circuit during test; <10μ seconds chatter.Shock Per Mil-Std 202F, Method 213B, Test Condition K @ 30G’s. Tested with VCH connector. Test criteria - No loss of circuit during test, pre and post test contact resistance.Salt Spray Per Mil-Std 202F, Method 101D, Test Condition A, 96 Hrs. Sealed version only.Dust Mil STD 810, Method 510.2 Air Velocity 300 Ft/Min Duration 16Hr Thermal Shock Per Mil-Std 202F, Method 107F, Test Cond. A, -55°C to +85°C. Test criteria - pre and post test contact resistance Moisture Resistance Per Mil-Std 202F, Method 106F, Test Criteria - pre and post test contact resistance Ignition Protection All Contura switches with sealed construction meet the requirements of UL1500/ISO8846 for ignition protection, in addition to conformance with EC directive 94/25/EC for marine products.ElectricalAgency CertificationsEnvironmentalMechanical Actuator Travel (Angular Displacement)Mounting SpecificationsPhysical510 LENS0 - No Actuator Z - No Lens Clear White Amber Green Red Blue1 6 8 G M T2 7 C H N U3 8 D J P V4 9 E K R W5 A F L SYLens color for LEDs must be clear, white, or match color of LED.Green or blue lenses are not recommended with Neon lamps.9 ACTUATOR 0 No Actuator A, B Contura II C, D Contura IIIActuator orientation above terminals: 1Series2Circuit3Rating5Illumination 6Lamp7Lamp8Bracket 9Actuator10Lens11Color12Legend13Legend Orientation 14Actuator Lens Legend4 Termination V 1A B A R 0000D T 0BB 01 SERIES V3 RATING 31 .4VA @ 28VDC Resistive B 15A 24V C 20A 18V D 20A 12VE 20A 14V, 10A 14VT (circuit 1, 4 , A & D only)F 10A 14V, 6A 14VT (circuitG only)M .4VA/20A 12V N .4VA/15A 24V11 ACTUATOR COLOR 1 AND TEXTURE 0 - No Actuator Black Gray Red White Soft Surface B G R W Hard Surface C H S Y14 ACTUATOR LENS LEGEND00 No legend this location / no actuator(used with codes 11-18 in selection 12) Selection 14 required when switch requires two legends. If the two legends consist of one lens and one body legend, lens legend must be specified in selection 12; body legend specified in selection 14.For legend options & codes, visit us at .1,43,6Notes:Consult factory to verify horsepower rating for your particular circuit choice.1 Custom colors are available. Consult factory.2 Body legends not available on Soft surface actuators; White imprinting is standard on black actuators; Black imprinting is standard on white, red and gray actuators. Custom colors are available, consult factory.3 Additional ratings available. See V-Series Switch Accessories page.4 Contura II available with two square lenses. Consult factory for details.2 CIRCUITTerminal Connections as viewed ( ) - momentaryfrom bottom of switch: SP - single pole - uses terminals 1, 2 & 3. 8 terminal 10 terminal DP - double pole uses terminals 1, 2, 3, 4, 5 & 6. 8 - - 7 8 - - 7 Terminals 7, 8, 9 & 10 for lamp circuit only. 1 - - 4 1 - - 4 2 - - 5 2 - - 5 3 - - 6 3 - - 6 10 - - 9 Position: 1 2 3 SP DP 2 & 3, 5 & 6 Connected Terminals 1 & 2, 4 & 5 1 A ON NONE OFF 2 B (ON) NONE OFF 3 C ON NONE (OFF) 4 D ON NONE ON 5 F ON NONE (ON) 6 J ON OFF ON 7 K ON OFF (ON) 8 L (ON) OFF (ON) SPECIAL CIRCUITS H* 2 & 3 2 & 3, 5 & 4 5 & 4 G* 2 & 3, 5 & 6 2 & 3 OFF S* 2 & 3, 5 & 6 2 & 3 1 & 2 M* (2 & 3, 5 & 6) 2 & 3 OFF R* (2 & 3, 5 & 6) 2 & 3 2 & 1 E* 5 & 6 5 & 3 5 & 1*Jumper between terminals 2 & 5 for circuits H,G,M,R & S are specified in selection 4. External jumper between terminals 2 & 4 for circuit E are provided by customer. Circuit E may be used for SP OFF-ON-ON circuit.4 TERMINATION / BASE STYLE 8 term 10 Term TerminationJumper 1 2 .250 TAB (QC) no barriers No A B .250 TAB (QC) with barriers NoJ K .250 TAB (QC) no barriers Yes T2 to 53 5 Solder Lug no barriers No C D Solder LugNo 5 6 Wire Leads no barriers No E F Wire LeadsNoNote: Codes J & K for circuits H, G & M.5 ILLUMINATIONLamp #1:above terminals 1 & 4 end of switch.; Lamp #2 above terminals 3 & 6 end of switch. Positive (+) and negative (-) symbols apply to LED lamps onlySealed Unsealed Lamps Illumination Type Lamp wired to T erminals S 0 NONE – –A 1 1 INDEPENDENT 8 (+) 7 (–)B 2 1 DOWN 3 (+) 7 (–)C 3 2 UP 3 (+) 7 (–)D 4 1 DOWN 3 (+) 7 (–) 2 DOWN 1 (+) 7 (–)E 5 1 UP 1 (+) 7 (–) 2 UP 3 (+) 7 (–)F 6 1 INDEPENDENT 8 (+) 7 (–) 2 UP 3 (+) 6 (–)G 7 1 INDEPENDENT 8 (+) 7 (–) 2 UP 3 (+) 7 (–)H Z 2 INDEPENDENT 8 (+) 7 (–)U Y 1 INDEPENDENT 8 (+) 7 (–) 2 INDEPENDENT 10 (+) 9 (–)SINGLE POLE SWITCHES ONLY J 8 1 DOWN 3 (+) 8 (–) 2 INDEPENDENT 6 (+) 7 (–)K W 1 INDEPENDENT 8 (+) 7 (–) 2 INDEPENDENT 6 (+) 7 (–)DOUBLE POLE SWITCHES ONLY L 9 1 DOWN 3 (+) 6 (–)M R 1 UP 3 (+) 6 (–)N T 1 DOWN 3 (+) 6 (–) 2 DOWN 1 (+) 4 (–)P V 1 UP 1 (+) 4 (–) 2 UP 3 (+) 6 (–)8 FLUSH BRACKET COLOR 1, PANEL SEAL Black White Gray No Seal B W G One Seal C Y H 6,7 LAMP (SAME CODING FOR BOTH SELECTIONS)Selection 6: above terminals 1 & 4; Selection 7: above terminals 3 & 6No lamp 0Neon 1 125VAC 2 250VAC Incandescent 4 3V 5 6V 6 12V 7 18V 8 24V LED* superbright superbright Red Amber Green Red 2VDC A L F R 6VDC B M G S 12VDC C N H T 24VDC D P J V* Consult factory for “daylight bright” LED options. Typical current draw for LED is 20ma.12 ACTUATOR LENS OR BODY LEGENDS 211 ON 12 OFF 13 I 14 O OFF ON O I15 O O 16 O O 17 O I 18 I O F N N F F FFor additional legend options & codes, visit us at .6 V 1Series2Circuit3Rating5Illumination 6Lock7Lamp8Bracket 9Actuator10Lens11Function12Legend13Legend Orientation4 Termination 1A S A Z 00D W 0BE 01 SERIES V3 RATING 41 .4VA @ 28VDC Resistive B 15A 24V C 20A 18V D 20A 12VE 20A 14V, 10A 14VT (circuit 1, 4 , A & D only)F 10A 14V, 6A 14VT (circuitG only)M .4VA/20A 12V N .4VA/15A 24V9 HARD SURFACE ACTUATOR 1 Black Gray Red White Contura II A B G H Contura IIIC D E FActuator orientation above terminals: 11 ACTUATOR LOCK FUNCTION AND COLOR 1Lock Color Up Down Up & Down Center 3 Match Actuator A H R 1Black B J S 2White C K T 3Red D L V 4Safety Orange E M W 512 ACTUATOR LENS OR BODY LEGEND 200 - No Legend21 22 23 24 OFF ON O I25 O 26 O 27 O 28 I F N FFor additional legend options & codes, visit us at .13 LEGEND ORIENTATION 0 No legend (used with codes 21-28 in selection 12)1 Orientation 12 Orientation 2 3 Orientation 34 Orientation 424316 LOCKLock above terminals 1 & 4 end of switch W lock1,43,6Notes:Consult factory to verify horsepower rating for your particular circuit choice.1 Custom colors are available. Consult factory.2 White imprinting is standard on black actuators; Black imprinting is standard on white, red and gray actuators. Custom colors are available, consult factory.3 Only available with 3 position circuits. Center OFF and special circuits only available with center position lock function.4 Additional ratings available. See V-Series Switch Accessories page.2 CIRCUITTerminal Connections as viewed ( ) - momentaryfrom bottom of switch: SP - single pole - uses terminals 1, 2 & 3. 8 terminal 10 terminal DP - double pole uses terminals 1, 2, 3, 4, 5 & 6. 8 - - 7 8 - - 7 Terminals 7, 8, 9 & 10 for lamp circuit only. 1 - - 4 1 - - 4 2 - - 5 2 - - 5 3 - - 6 3 - - 6 10 - - 9 Position: 1 2 3 SP DP 2 & 3, 5 & 6 Connected Terminals 1 & 2, 4 & 5 1 A ON NONE OFF 4 D ON NONE ON 6 J ON OFF ON 7 K ON OFF (ON) 8 L (ON) OFF (ON) 9 N OFF NONE ON SPECIAL CIRCUITS H* 2 & 3 2 & 3, 5 & 4 5 & 4 G* 2 & 3, 5 & 6 2 & 3 OFF S* 2 & 3, 5 & 6 2 & 3 1 & 2 M* (2 & 3, 5 & 6) 2 & 3 OFF R* (2 & 3, 5 & 6) 2 & 3 2 & 1 E* 5 & 6 5 & 3 5 & 1*Jumper between terminals 2 & 5 for circuits H,G,M,R & S are specified in selection 4. External jumper between terminals 2 & 4 for circuit E are provided by customer. Circuit E may be used for SP OFF-ON-ON circuit.4 TERMINATION / BASE STYLE 8 term 10 Term Termination Jumper 1 2 .250 TAB (QC) no barriers No A B .250 TAB (QC) with barriers NoJ K .250 TAB (QC) no barriers Yes T2 to 53 5 Solder Lug no barriers No C D Solder Lug No 5 6 Wire Leads no barriers No E F Wire LeadsNoNote: Codes J & K for circuits H, G & M.5 ILLUMINATION & SWITCH SEALINGLamp #1:above terminals 1 & 4 end of switch.; Lamp #2 above terminals 3 & 6 end of switch. Positive (+) and negative (-) symbols apply to LED lamps onlySealed Unsealed Lamps Illumination Type Lamp wired to T erminals S 0 NONE – –C 3 2 UP 3 (+) 7 (–)H Z 2 INDEPENDENT 8 (+) 7 (–)DOUBLE POLE SWITCHES ONLY M R 1 UP 3 (+) 6 (–)8 FLUSH BRACKET COLOR 1, PANEL SEAL Black White Gray No Seal B W G One Seal C Y H 7 LAMPLamp above terminals 3 & 6 end of switch No lamp 0Neon 1 125VAC 2 250VAC Incandescent 4 3V 5 6V 6 12V 7 18V 8 24V LED* superbright superbright Red Amber Green Red 2VDC A L F R 6VDC B M G S 12VDC C N H T 24VDC D P J V* Consult factory for “daylight bright” LED options. Typical current draw for LED is 20ma.10 LENS Z - No LensClear White Amber Green Red Blue 3 8 D J P VLens color for LEDs must be clear, white, or match color of LED.Green or blue lenses are not recommended with Neon lamps.7 Dimensional Specifications: in. [mm]8Circuit Diagrams:9 Lamp Circuit Diagrams:10Reduce inventory levels and cost by stocking actuators and base switches separately.Contura II, III, IV, V, VI, VII, X, XI, XII, XIV Base switches separately: specify V with code selections 2-8 in the ordering schemes.Contura II, III, IV, V Actuator only:VV with code A or C for selection 9, & with selections 10-14 in the ordering schemes.Contura VI Actuator with lenses and inserts only:VV with code selections 9-16Contura II, III, IV, V, VII Actuator only:VV with code A, C, E, G,P or Z for selection 9 & with selections 10-14 in the ordering schemes.Contura X, XI, XII, XIV actuators with lenses separately: VV with code selections 9-14 in the ordering schemes.Panel Seal: VPSactuator stemposts mount toward actuator stem11.757[19.23]PART NO 3.99 [101.35] 3.99 [101.35]3.99 [101.35]CONNECTOR HOUSINGRatings 6 & 7 must specify lamp code 1 (125VAC neon). Ratings 8 & 9 must specify lamp code 2 (250VAC neon). Rating L available with circuits 1, 4, A & D only.Easily integrate Contura products into your system, with Contura Accessories12 DETAIL VIEW VH2,VH4 & VH6HOLE PLUGS (With wing serrations)CONTURA IV HOLE PLUG(No wing serrations)VH5CONTURA V HOLE PLUG (No wing serrations)HOLE PLUGS (No wing serrations for ease of removal)VH6CONTURA V HOLE PLUG (With wing serrations)CONTURA IV HOLE PLUG (With wing serrations)Contura Mounting Panels13Authorized Sales Representatives and DistributorsAbout CarlingFounded in 1920, Carling Technologies is a leading manufacturer of electrical and electronic switches and assemblies, circuit breakers, electronic controls, power distribution units, and multiplexed powerdistribution systems. With four ISO registered manufacturing facilities and technical sales offices worldwide, Carling Technologies Sales, Service and Engineering teams do much more than manufacture electrical components, they engineer powerful solutions! To learn more about Carling please visit /company-profile .To view all of Carling’s environmental, quality, health & safety certifications please visit /environmental-certificationsClick on a region of the map below to find your local representatives and distributors or visit /findarep.Worldwide HeadquartersCarling Technologies, Inc.60 Johnson Avenue, Plainville, CT06062Phone: 860.793.9281Fax: 860.793.9231Email:sales@Northern Region Sales Office: nrsm@ Southeast Region Sales Office:sersm@ Midwest Region Sales Office:mrsm@ West Region Sales Office:wrsm@Latin America Sales Office:larsm@Asia-Pacific HeadquartersCarling Technologies, Asia-Pacific Ltd.,Suite 1607, 16/F Tower 2, The Gateway,Harbour City, 25 Canton Road,Tsimshatsui, Kowloon, Hong KongPhone: Int + 852-2737-2277Fax:Int + 852-2736-9332 Email:sales@Shenzhen, China: shenzhen@ Shanghai, China: shanghai@Pune, India:india@Kaohsiung, Taiwan: taiwan@ Yokohama, Japan:japan@Europe | Middle East | Africa Headquarters Carling Technologies LTD4 Airport Business Park, Exeter Airport,Clyst Honiton, Exeter, Devon, EX5 2UL, UKPhone: Int + 44 1392.364422Fax: Int + 44 1392.364477 Email: ltd.sales@Germany: gmbh@France: sas@。
SMC浮动接头型号
球心
球心
2-J
2-J
ø
R
R
(mm)
适合 缸径
M
型号 尺寸
ø
A
牙距
B
C
D
E
F
K
L
T
J
G
H
球心 R
螺纹最大 允许 最大使用 拧入深度 偏心量 拉压力 P N U
标准型
20 25·30 40 50·63 80 100 125·140 160
空气压：~1MPa 油压：~3.5MPa
JAL20-8-125 JAL30-10-125 JAL40-14-150 JAL63-18-150 JAL80-22-150 JAL100-26-150 JAL140-30-150 JAL160-36-150 8 10 14 18 22 26 30 36 1.25 1.25 1.5 1.5 1.5 1.5 1.5 1.5 44 52 67 82.5 98.5 123 187 213
标准型
20 25·30 40 50·63 80 100 125·140 160
空气压：~1MPa
JAF20-8-125 JAF30-10-125 JAF40-14-150 JAF63-18-150 JAF80-22-150 JAF100-26-150 JAF140-30-150 JAF160-36-150
JAHF63-24-200 JAHF80-30-200 JAHF100-42-300
M16×1.5 M20×1.5 M24×1.5 M30×1.5 M39×1.5 M48×1.5 M24×2 M30×2 M42×3
76 89 106 131 152 159
106 131 152
75 100 100 125 150 150 100 125 150
5188256-1 Z-PACK 2mm HM硬度度量背板连接器PCB挂载头说明书
5188256-1Z-PACK 2mm HM, Hard Metric Backplane Connectors, PCB Mount Header, ≤1 Gb/s, 25 Column, 7 Row, Mezzanine, Board-to-Board, 175 PositionConnectors > PCB Connectors > Backplane Connectors >Hard Metric ConnectorsBackplane Architecture:MezzanineNumber of Rows:7Number of Columns:25Data Rate:≤1 Gb/sPCB Connector Assembly Type:PCB Mount HeaderFeaturesProduct Type Features Backplane Interface Type 2mm HMPCB Connector Assembly Type PCB Mount Header Connector System Board-to-Board SealableNoConnector & Contact Terminates To Printed Circuit BoardConfiguration Features Rows LoadedA, B, C, D, E, F, Z Number of Signal Positions 175Number of Columns 25Number of Rows 7Backplane Architecture Mezzanine Number of Positions 175PCB Mount Orientation VerticalSignal Characteristics5188256-1 ACTIVEZ-PACK TE Internal #:5188256-1Z-PACK 2mm HM, Hard Metric Backplane Connectors, PCB Mount Header, ≤1 Gb/s, 25 Column, 7 Row, Mezzanine, Board-to-Board, 175 PositionView on >Z-PACK 2mm HM|Crosstalk Version ReducedData Rate≤1 Gb/sContact FeaturesFeedthrough Post Length 3.7 mmContact Type PinPCB Contact Termination Area Plating Material TinContact Base Material Phosphor Bronze CompactPCI Designation NoneContact Mating Area Plating Material TinContact Mating Area Plating Material Thickness.5 µm[20 µin]Contact Current Rating (Max) 1.5 ATermination FeaturesTermination Method to Printed Circuit Board Through Hole - Press-Fit Mechanical AttachmentConnector Mounting Type Board MountHousing FeaturesHousing Material Polyester - GF Centerline (Pitch) 2 mm[.078 in]Housing Color GrayDimensionsBackplane Module Length49.88 mmUsage ConditionsOperating Temperature Range-55 – 125 °C[-67 – 257 °F] Operation/ApplicationShielded NoCircuit Application SignalIndustry StandardsUL Flammability Rating UL 94V-0 AdvancedTCA Specified Product NoPackaging FeaturesPackaging Quantity10Packaging Method TubeOtherComment Row Configuration 5+2Product ComplianceFor compliance documentation, visit the product page on >EU RoHS Directive 2011/65/EU CompliantEU ELV Directive 2000/53/EC CompliantChina RoHS 2 Directive MIIT Order No 32, 2016No Restricted Materials Above ThresholdEU REACH Regulation (EC) No. 1907/2006Current ECHA Candidate List: JUN 2020(209)Candidate List Declared Against: JUL 2019(201)Does not contain REACH SVHCHalogen Content Not Low Halogen - contains Br or Cl > 900ppm.Solder Process Capability Not applicable for solder process capabilityProduct Compliance DisclaimerThis information is provided based on reasonable inquiry of our suppliers and represents our current actual knowledgebased on the information they provided. This information is subject to change. The part numbers that TE has identified asEU RoHS compliant have a maximum concentration of 0.1% by weight in homogenous materials for lead, hexavalentchromium, mercury, PBB, PBDE, DBP, BBP, DEHP, DIBP, and 0.01% for cadmium, or qualify for an exemption to theselimits as defined in the Annexes of Directive 2011/65/EU (RoHS2). Finished electrical and electronic equipment productswill be CE marked as required by Directive 2011/65/EU. Components may not be CE marked. Additionally, the partnumbers that TE has identified as EU ELV compliant have a maximum concentration of 0.1% by weight in homogenousmaterials for lead, hexavalent chromium, and mercury, and 0.01% for cadmium, or qualify for an exemption to these limitsas defined in the Annexes of Directive 2000/53/EC (ELV). Regarding the REACH Regulation, the information TE provideson SVHC in articles for this part number is based on the latest European Chemicals Agency (ECHA) ‘Guidance onrequirements for substances in articles’ posted at this URL: https://echa.europa.eu/guidance-documents/guidance-on-reachCompatible PartsTE Model / Part #5352069-1Z-PACK/B25 RAF 125PAlso in the Series Z-PACK 2mm HMTE Model / Part #826653-77P AMPMODU II STIFT LEITE Model / Part #6565204-3TC-ZIF REC ASSY 260PTE Model / Part #3-582118-5TEST PROBE REC130 BI GRN GPBRTE Model / Part #6-5177986-20.8FH,P06H.5,060,30/Sn,TR,SCRectangular Power Connectors(87)PCB Latches, Locks & Retainers(1)PCB Ferrules & Shields(19)PCB Connector Shrouds(39)PCB Connector Covers(4)Insertion & Extraction Tools(3)High Speed Backplane Connectors(26)Hard Metric Backplane Connectors (259)Board-to-Board Connector Contacts(5)Backplane Power Connectors(7)Backplane Guide Hardware(37)Backplane Connector Housings(2)Backplane Coding Keys(60)Customers Also BoughtTE Model / Part #3-1437565-1FSM2RA2JTE Model / Part #7-1542003-9HTS654-U=21MM HS ASSY A-TEMP CTE Model / Part #5188398-1TYPE A,FIXED BOARD M /CONNECTORTE Model / Part #5-1542007-929MM HS ASSY ULTEM CLIPTE Model / Part #188256-12MMHM PIN HDR B MOD 175P-7ROWTE Model / Part #1-170823-6250 SLEEVE FASTON REC TRANSPARENTDocumentsProduct Drawings2MMHM PIN HDR B MOD 175P-7ROWEnglish CAD Files3D PDF3DCustomer View ModelENG_CVM_CVM_5188256-1_C.2d_dxf.zipEnglishCustomer View ModelENG_CVM_CVM_5188256-1_C.3d_igs.zipEnglishCustomer View ModelENG_CVM_CVM_5188256-1_C.3d_stp.zipEnglishBy downloading the CAD file I accept and agree to the of use.Terms and Conditions Product SpecificationsApplication SpecificationEnglishProduct Environmental ComplianceTE Material DeclarationEnglish。