EAO开关按钮选型手册及价格表
开关和指示器_eao-01系列
18
01.2000
Accessories附件 01
前面
灯罩
a
b
外形 灯罩／灯座 颜色
18 x 24 mm 型号
18 x 18 mm 型号
直型号径 1 8 m m e
灯罩
平面 透明／半透明
1 UT 01-701.006 01-703.006 01-741.006 3 2 1 1 0,008
Байду номын сангаас
2 UT 01-702.006 01-704.006 01-742.006 4 2 1 1 0,008
连接方式: ST = 焊接接头； PT = 快速连接接头； UT = 通用接头； PCB 插座见２０页 标记见３３页 尺寸图见２７页，安装尺寸图和单元图见２９页，电路图见３１页
14
01.2000
Description 说明
01
一般资料
01 系列照明按钮配有快动或低电平开关单元。 对于 2.8mm 快速连接接头的开关单元，除了标准触点 （镀金的银）外， 还可供应银触点。 这些按钮的前框尺寸为 18x24mm，18x18mm 或直径 18mm。 除了这些照明按钮外，用户亦可从具有同一前框和安装尺寸的其他各类 按钮和附件中选择指示器。
红色 01-901.2 01-951.2 01-931.2 0,001
白色 01-901.9 01-951.9 01-931.9 0,001
黄色 01-901.4 01-951.4 01-931.4 0,001
塑料
平面 不透明／半透明 黑色
1 main UT 01-713.029 01-717.029 01-747.029 11 5 1 1 0,010
mom UT 01-705.029 01-709.029 01-743.029 25 5 1 1 0,010
依爱系列最新标准产品报价模板
报价编号: QP -1中国电子科技集团公司第四十一研究所蚌埠依爱消防电子有限责任公司依爱系列消防电子产品标准报价发布日期: .1.1依爱消防电子有限责任公司地址: 安徽省蚌埠市长征路726号邮编: 233006电话: 、4099437传真:邮件:依爱消防电子青岛公司地址: 青岛市经济技术开发区香江路98号邮编: 266555电话: 传真: 邮件:标准报价使用说明:1．本报价( QP -1) 包括我公司火灾自动报警系统、消防联动控制系统、电气火灾监控系统、广播电话系统和网络监控系统等系列产品及配套部件的价格。
2．各区域代理商如有必要可据此报价在本区域内进行适当调整。
3．报价表中备注为”实价”的产品, 不得打折销售。
备注为”市价”的产品一般为公司外购的配套产品, 签订合同前必须向公司了解当时的价格信息。
4．EI-6000L、EI- M、EI- G、EI-6000T控制器报价不含备用电池, EI-6000L、EI- M控制器报价不含打印机。
5．每台火灾报警控制器、外设电源均需按报价表的说明另配备用电源( 蓄电池) 。
6．EI-6000L控制器需根据工程总地址点选择相应的容量, 可另配J-EI6122总线联动盘、J-EI6123多线联动盘、J-EI6115依爱网卡、微型打印机、J-EI6201落地式外控电源等。
7．EI- M控制器需根据工程总地址点选择相应的容量, 可另配J-EI6112总线联动盘、J-EI6113多线联动盘、J-EI6115依爱网卡、J-EI6116串行网卡、J-EI6117对讲电话板、微型打印机、J-EI6201落地式外控电源等。
8．EI- G/EI-6000T型火灾报警控制器需根据工程总地址点选择相应的容量, 可另配J-EI6102总线联动盘、J-EI6103多线联动盘、J-EI6105依爱网卡、J-EI6200外控电源等。
EI- G柜式控制器具有17U安装空间可用, EI-6000T琴台式控制器基本配置为1个双组琴台, 可根据需要另配多组琴台, 价格另计。
EAO 紧急停止开关白皮书说明书
Emergency stop switches, generally referred to as E-Stops, ensure the safety of persons and machinery and provide consistent, predictable, failsafe control response. A wide range of electrical machinery must have these specialized switch controls for emergency shutdown to meet workplace safety and established international and U.S. regulatory requirements. E-Stops – critical human machine interface (HMI) devices – differ from simple stop switches (that merely turn equipment off) in that they offer “foolproof” equipment shutdown. This is accomplished through advanced switch design that requires a twist, pull, or key to release electrical contacts to allow machinery restart.E-Stops are generally designed for failsafe operation so the stop command has priority over the sustaining function. This has led to innovative switch designs that prevent “blocking” (wanton or accidental obstruction of the actuator with foreign objects) and “teasing” (which could result in premature or unreliable action). Switch companies also are developing new solutions to problems that arise when contact block and actuator are improperly installed or separated because of vibration or other malfunction. Safe Emergency StoppingAccording to international standards, the emergency stop function must be initiated by a single human action using a manually actuated control device. The E-Stop function mustbe operational at all times and designed to stop the machine without creating additional hazards.Resetting the electrical system can only be done by first releasing the E-Stop that was originally activated. If E-Stops were activated at multiple locations, all must be released before machinery restart. It should be noted that resetting E-Stops does not in itself restart the machinery; it only permits restarting through normal procedures appropriate for the machinery involved. Ergonomic, electrical, mechanical, and color requirements for E-Stops are quite specific. The E-Stop control, commonly a distinctive pushbutton switch or “mushroom type” pushbutton (although wires, ropes, bars, handles, or foot pedals are sometimes employed), must use direct mechanical actionwith mechanical latching. When the E-Stop is activated (pushed), it permanently opens the electrical contacts through a latching mechanism. To close the electrical contacts and allow machinery restart, the E-Stop actuator must be manually unlatched with a twist or a key release. Some E-Stop actuators can simply be pulled to close the electrical contacts.This approach may be less desirable from a safety standpoint than a twist or key release, which requires a more deliberate action by an operator.Designers should be aware of international and U.S. standards and regulations that impact the design and use of E-Stops.Emergency Stop SwitchesJoseph Torzillo, VP Sales, HMI ComponentsLance A. Scott, President, EAO Switch CorporationPicture Picture(grayscale)E-Stops are critical to the human machine interface (HMI).Selecting the Right E-Stopfor Your ApplicationBecause of the confusing array ofE-Stops available, it is important to understand the design basics that contribute to high-quality, ergonomic switch design. EAO is a leader in HMI Components and Systems, including innovative, rugged, reliable, and affordable E-Stops that meet or exceed international and U.S. standards. One of the first steps is determiningwhere the E-Stop fits within your machine control system and whether your particular application requires Category 0 or Category 1 type emergency shutdown. The intended application often determines the placement, size, electrical specifications, mechanical characteristics, ergonomics, color/legends, and number of E-Stops required. So a thorough understanding of the machinery and associated control systems is key to making the right E-Stop choice.A second, and equally important step, is determining what international and U.S. standards, performance ratings, and codes apply for your application. Requirements vary by industry segment, so standards for E-Stops used on transportation vehicles may differ significantly from those used on process machinery or medical equipment and will be governed by different regulatory bodies specific to those segments. Regulatory bodies may also specify size, color, legend, contact terminals, etc.It is then useful to construct or consultan existing E-Stop series selector chart (often supplied by vendors). For example, EAO provides a chart that allows easy comparison of key design factors(see Figure 2). You can select panel opening size, type of actuator, type andnumber of contact blocks, connectors,colors, and maximum electrical rating tocome up with one or more appropriatemodels.Like many vendors, EAO provides specialenclosures, switch guards, palm guards,custom labeling, and other accessories tocomplete virtually any E-Stop application.Some accessories may be specified byindustry standards, such as the SEMIstandards for semiconductor fabricationequipment that mandate the use of palmguards. EAO and other vendors also offerservices to assist customers in the design,engineering, and production of HMISystems, integrating E-Stops.Designed for rough dutyRobust, heavy-duty construction is thehallmark of the original 22.5 mm switches.Many, like the EAO Series 04 E-Stops,have stackable contact blocks, optionalkey release actuators, and mountingoptions for 22.5 mm panel openings. ThisEAO series is rated at up to 10 A, 600VAC, has silver contacts with availablegold over silver or silver over palladiumcontacts, and silver-plated screw terminalswith available quick-connect terminals.Smaller mounting footprintModern applications often demanda slimmed down E-Stop with 16 mmmounting. Innovative products, like theEAO Series 61, are now available with anactuator shape that prevents blockagefrom foreign objects, a black indicatorring visible from long distances, andavailable key release actuators. This EAOseries is rated at 5 A, 250 VAC, and has achoice of silver or gold contacts, screw orsolder quick-connect terminals.An E-Stop must be initiated by a single human action using a manual control device.A 22.5 mm switch must be durable and rugged.T oday’s applications often require a slimmer footprint.12345Figure 1 – Parts of an E-StopShort behind-panel depthNewer electronic applications are requiring E-Stops with shorter behind-panel depth. EAO’s Series 84 E-Stop,for example, features a very short behind-panel depth (18 mm maximum), single “mono-block” construction, 22.5 mm mounting, and available LED illumination that is visible from the side as well as front of the actuator. This series is rated at 3 A, 120 VAC and 1.5 A, 240 VAC, has gold contacts, quick-connect/solder printed circuit board terminals, and ribbon cable terminals.ApplicationsVirtually all industry segments – from machinery, instrumentation, medical treatment and diagnostic, lifting/ moving, and transportation – mandateE-Stops for safe operation. Designers need to have a thorough knowledge ofE-Stop fundamentals, E-Stop switch characteristics and capabilities, and the international and U.S. standards and compliance requirements that apply to their application areas.E-Stops are required on all machinery independent of the type of energy used to control the function, except for ma-chines in which an E-Stop function would not lessen the risk. An E-Stop switch is intended to be one part of a compre-hensive safety system, so the equip-ment designer must also consider safetyfunctions, such as reversal or limitationof motion, deflection, shielding, braking,or disconnecting, that are not specificallyaddressed in this paper. Primary applica-tion areas where electrical machineryis safeguarded with E-Stop technologyinclude:MetalworkingWood productionTextile productionFood processingPrintingMedical laser & x-ray equipmentPackaging equipmentSemi-fab equipmentPumpingLifting/moving equipmentPlastics & rubber processingMaterials handlingElectronic production equipmentPaper & cardboard productionInspection/testing equipmentCompressorsLaundry/dry cleaning facilitiesTransportationConstruction/building materialsX-ray EquipmentCabinet x-ray systems used fordiagnostic and therapeutic medicalapplications, industrial non-destructiveinspection and thickness gauging,security inspection of baggage, andother imaging are closely regulated foroperational safety. E-Stops are coveredby standards and regulations of theFDA Department of Health and HumanServices. The key document is CFR Title21, Part 1020 – Performance Standardsfor Ionizing Radiation Emitting Products,section 40, which requires accessibleemergency stop switches and keyedlock-out switches to disable the system.Semiconductor ManufacturingSemiconductor chips used in electricaland electronic devices are fabricatedthrough a sequence of photographicand chemical processing steps. Theprocess includes lithography, steppers,etching, and deposition equipment. Thecomplex process is governed by specificoperational and safety guidelines setdown by SEMI, a trade organization ofsuppliers of equipment and materialsused in the fabrication of semiconductordevices. SEMI S2-93 makes a cleardistinction between emergency off (EMO)switches and E-Stops, requiring the latterto be clearly distinguishable from EMOsthrough the use of color (red), actuatorshape (extended not mushroom), andlabeling (“Emergency Stop”). It alsospecifies that E-Stops should stop allhazardous mechanical motion at theequipment interface, but not shut offMedical imaging E-Stops are closely regulated.In semiconductor manufacturing, there are strictguidelines set by the SEMI trade organization.E-Stops may require shorter behind-panel depth.associated equipment.Overhead and Gantry CranesThese large lifting and moving devices may have a gantry mounted cab which includes an E-Stop on the operator console. Smaller overhead cranes usually have a wired or wireless pendant control operated from ground level. The pendant includes an E-Stop. The chief regulating body for these massive devices is the Occupational Safety and Health Administration. OSHA 29 CFR 1910.179 (a)(59) defines “emergency stop switch” as a manually or automatically operated electric switch to cut off electric power independent of the regular operating controls. Another section, 9 CFR 1910.179(a)(61) defines “main switch”as a device controlling the entire power supply to the crane.U.S. Standards for E-Stops Occupational Safety and Health Administration (OSHA) – Standards –29 CFR (Code of Federal Regulations); OSHA 1910American National Standards Institute (ANSI) – B11, Electrical and Mechanical Equipment GuidelinesANSI/NFPA (National Fire Protection Association) – 79, Electrical Standardsfor Industrial MachineryUnderwriters Laboratories Inc. (UL) –Category NISD, Emergency Stop DeviceFood and Drug Administration,Department of Health and HumanServices, Subchapter J – RadiologicalHealth: CRF Title 21, Part 1020,Performance Standards for IonizingRadiation Emitting ProductsOther Complianceand Rating BodiesMost quality E-Stop switches, includingthose made by EAO, are RoHS andREACH compliant, meet cUL (CanadianUL) requirements, and TÜV (TechnischerÜberwachungsverein, a German safetymonitoring agency), SEV (a Swissdesignation) and CE (European Union)approvals.Depending on design and applicationrequirements, many E-Stops are listedas UL category NISD emergencystop devices. This rating covers twocategories of E-Stop function as definedin ANSI/NFPA 79, Electrical Standardsfor Industrial Machinery (ANSI is theAmerican National Standards Instituteand NFPA is the National Fire ProtectionAssociation):1. Stop Category 0 – Immediate removalof power to the machine or mechanicaldisconnection (de-clutching) of hazardouselements.2. Stop Category 1 – Controlled stopwith power available to stop the machinefollowed by removal of power when thestop is achieved.The emergency stop actuator providedin these devices must be a self-latchingtype. E-Stops with this rating have beenreviewed for their functionality in additionto fire and electric shock safety.ISO 13850 (formerly EN418)Max rating: 5 A/250 VACMax rating: 3 A/250 VACE-Stops can be mounted on a console or on awireless pendant.Figure 3 – International standards that apply to Emergency Stops vs. Stop SwitchesFuture of the TechnologyThe pace of change in E-Stop technology is steady, not revolutionary. By their nature, these devices must be recognizable, reliable, and rugged. They have a straightforward function: instantly shut down equipment witha simple push of a (usually) bright red actuator. For safety, reactivation of the switch requires twisting or pulling the actuator by hand or, for even more security, unlocking it with a key beforemachinery can be restarted. Established standards, function, and familiarity dictate a certain beneficial inertia in new E-Stop developments.Many advances are driven by norm changes for E-Stops, such as DIN EN ISO 13850: 2008 that now requires mechanical latching and manual resetting of E-Stops. Most researchand development is aimed at improving the safety and reliability of the switches themselves and expanding their roles as lockout devices in some worker safety applications.One area of current interest is making sure that the E-Stop itself will “failsafe” should the actuator and contact block be separated. The contact block has normally closed contacts that allow power to flow to the machinery. Pushingan E-Stop separates the spring-loadedcontacts, and mechanical latching keepsthem open, stopping the machinery. Butwhat happens if the actuator separatesfrom the contact block or the latchingmechanism fails?Separation of the contact block from theactuator renders an E-Stop ineffective.Current solutions include mono-blockor unibody switches with a one-pieceactuator/contact block, as well asswitches with failsafe contact blocks thatautomatically cause machinery shutdownif the actuator and contact block areseparated.Other advances are application-driven.EAO’s Series 84 E-Stops, for example,were developed for hand-held enclosureswith slim behind-panel depth for roboticsapplications. These versatile E-Stopsalso are used in pendant controls forlifting and moving machinery. Applicationrequirements have also created a widevariety of available optional features andaccessories for most E-Stop products –illumination, protective rings, enclosures,guards, legend plates, etc. – that addto the functionality and safety of E-Stopinstallations.E-Stops will continue to evolve to meetnew standards and new applications.For designers, the most importantconsiderations in making the right designdecisions are a thorough understandingof E-Stop function; a grounding in thestandards, codes, and compliancesinvolved; proper selection of devicesthat meet or exceed the applicationrequirements.Once you understand the E-Stop function and relevant standards, codes, and compliances you candetermine the appropriate device.Emergency Stop Switches J. T orzillo, L. ScottEAO Switch Corporation98 Washington StreetMilford CT 06460T: (203) 877 4577F: (203) 877 3694E-mail:*******************Member of the EAO Group。
EAO 智能盒子产品说明书
智能盒子简单、小巧、多用途.机器操作必须满足众多要求，才能在工业环境中可靠运行。
为了获得成功，前端设计必须提供灵活的配置，安装过程必须简单快捷 – 即使在非常狭小的空间内。
EAO智能盒子是一种简单可订制的“快速安装式使用”解决方案，适用于工业操作装置，可以包括数控机床加工或半导体生产中的开/关，上/下或紧急停止功能。
除了广泛的标准范围，订制解决方案也可以满足用户的需求。
简单快速安装和M12连接技术安装不需要任何特殊工具，将其与适配器挂上即可。
智能盒子配有标准M12连接方式，能够快速简单地开始运行。
不需要加配额外安装部件，该设备还可以安装在标准轨道顶部上。
智能盒子使用数量和使用分布独有的灵活性，方便使用者的使用。
可采用汇流排连接或直接布线轻松将智能盒子集成到系统中。
简单地拔出插头，将弹簧元件向后推，即可拆卸装置。
此设计项目可以使使用者毫不费力地将智能盒子拆下来。
通过EAO相容的操作器和指示器，智能盒子能够实现无缝化操作。
84系列能够理想地实现这一功能 – 特别是带灯按钮和紧急停止开关（其他EAO产品则按需求）。
结构坚固外加前端高达IP67的保护装置可确保自由切换 – 工作温度范围为从– 25 °C 到+ 70 °C（基于整合式产品），可用于肮脏、高湿度或剧烈振动的工作环境中。
订制前端薄膜设计前端设计可以随意及灵活地并适用于任何具有耐老化聚酯膜的应用程式（例如用于客户标识或警告符号）、标记板或LED指示器。
EAO能够与其他任何PCB电子功能设备联用，并可以按照特定需求进行装配、连接。
智能盒子简单、小巧、多用途.EAO 智能盒子: “快速安装式使用”，适用于工业环境中的操作装置上. .23 .典型的应用CNC 铣削、车削、磨削和钻孔设备半导体和电子生产自动化的工业起重和装卸冷却和通风设备食品和饮料生产制药、化工生产和过程控制烟草生产和过程控制纺织生产(包括用于准备、干燥、 纺纱和织造等)包装系统生产线还有其他应用EAO 温馨提示我们的专家乐于帮助您选择符合您要求的产品，并能为您提供适合满足个人应用需求的订制解决方案。
AEG选型手册
OUR BRAND我们的品牌全球最早实现序列化生产真空灭弧室研制出世界上第一台自由喷射式空气断路器1935奥博斯普瑞电站，德国第一个三相交流电站建成世界第一条高压直流输电系统，横跨非洲大陆perfekt in form und funktion—1895等AEG IN CHINA AEG在中国中压产品系列低压产品系列综保仪表产品系列CONTENT 目录中压产品系列Medium Voltage Product SERIES VL US 3.0-( //)扩展（母线连接器）类型L ：左边扩展R ：右边扩展LR：两边扩展空白：不可扩展额定电流630A，1250A开关柜类型（AM，A，APT采用空气绝缘)C：负荷开关柜F：负荷开关-熔断器组合柜CB：真空断路器柜D：有气箱电缆引入柜AM：计量柜I：母联柜A：无气箱电缆引入柜CPT：带开关压变柜APT：带开关压变柜ATS：双电源转换柜CI：负荷开关母联柜CBI：断路器母联柜额定电压12-12kV, 24 -24kV型号无产品型号F- 固定式 W- 手车式无- 中置式 B- 落地式额定短路开断电流（kA）：25、31.5、40、50额定电流（A）：630、1250、1600、2000、2500、3150、4000、5000主回路形式：A-绝缘筒装配 E-固封极柱额定电压（kV）:12、24、40.5-弹操 M -永磁VX12630额定短路开断电流(kA)50熔断器额定电流(A)6.3、10 (355)A：组装绝缘柜，E：固封极柱额定电压 07：7.2kV，12：12kVWCH真空接触器熔断器保护方式M：电动机保护T ：变压器保护无：无熔断器WCH 07M M 8050/M：机械保持，E：电保持，P：永磁保持 A F：固定式，无：手车式F----/产品型号额定短路开断电流（kA）：20、25T 涌流保护器F 智能保护控制器V FTU智能保护控制器额定电流（A）额定电压（kV）无-不需隔离开关G-配一体化隔离开关低压产品系列LOW VOLTAGE PRODUCT SERIES ME09M 33W 50Mpro S06+附件产品分断能力 (415V)A-lcs=50kA, lcu=50kA,lcw=50kA D-lcs-65kA, lcu=70kA, lcw=65kA H1-lcs=80kA, lcu=80kA, lcw=65kA H2-lcs=80kA, lcu=80kA, lcw=80kA M-lcs=100kA,lcu=100kA,lcw=100kA(只有5000A,6400A适用)安装形式：F：固定式 W：抽出式极数：3 - 三极4 - 四极1-框架1 (A/D型 400A~2500A)2-框架2 (A/D型 3200A、4000A及H1/H2型)3-框架3 (M型 5000A至6400A)框架:MCS 169S 3160MM系列MC系列N:36kA(仅MM系类可以提供)S:50kA H:80kA X:100kA 3：三极4：四极MM169：7~160A MC169：25~160A MC259：125~250A MC409：250~400A MC639：400~630A MC809：630~800AL： (适用于MM169,MC169/259)标准型热磁保护S： (适用于MC169/259)选择型热磁保护M：(适用于MM169,MC169/259)单磁马达保护H： (适用于MC169/259)高性能带通讯电子式线路保护D： (适用于MC169/259)高性能带通讯电子式电动机保护A： (适用于409/639)标准型电子式线路保护B： (适用于409/639)标准型电子式电动机保护C： (适用于409/639)全功能电子式线路保护F： (适用于409/639)增强型电子保护169:160A 259:250A 409:400A 639:630A 809:800A极数:1-1P; 2-2P 3-3P; 4-4P 交直流通用型只提供1P/2PS: 10kA分断无: 6kA分断UC: 交直流通用 (10kA)无: 交流用B-B型脱扣,3~5 ln C-C型脱扣,5~10 ln D-D型脱扣,10~20 ln 0.5-0.5A ……16-16A ……63-63A N:极数为3P+N或1P+N,无:不带N极H:辅助接点S/H:故障接点SHT:分励脱扣器UVR:欠压脱扣器额定电流:脱扣特性:E91（S）（UC）B 16N +附件REC90紧凑型微型断路器极数: 1-1P 2-2P脱扣类型: B-B型脱扣,3-5ln C-C型脱扣,5-10ln20-2A 04-4A ……40-40A N: 级数为1P+NR: N级右置额定电流:EC91C 16N低压产品系列LOW VOLTAGE PRODUCT SERIES 电子式剩余电流保护断路顺E90D系列(1P+N)剩余电流类型: AC型脱扣特性: C-C型脱扣06-6A16-16A ……40-40A 剩余电流动作值:030-30mA G: 带过压保护无:不带过压保护H:辅助接点S/H:故障接点SHT:分励脱扣器UVR:欠压脱扣器额定电流:E9D C 16/030G +附件·电磁式剩余电流保护 断路器(1P+N)·HD90系列,剩余电流 动作类型:A型·D90系列,剩余电流动 作类型:AC型脱扣特性:C-C型脱扣额定电流:04-4A-06-06A 40-40A(B型脱扣器从6A开始)剩余电流动作值:030-30mA 300-300mA H:辅助接点S/H:故障接点SHT:分励脱扣器UVR:欠压脱扣器HD90C 04/030+附件ASR系列隔离开关极数: 10: 1P 20: 2P 30: 3P 40: 4P额定电流:40: 40A 63: 63A 100:100AASR 40100适用的微型断路器极数:2-2极4-4极(40A及以下)5-4极(32A以下2mod)适用的微型断路器电流等级:32-32A及以下63-32A至63A剩余电流动作值:030-30mA 300-300mA电磁式微型断路器漏电模块HD9系列,剩余电流动作类型：A型D9系列,剩余电流动作类型：AC型HD9232/030低压产品系列LOW VOLTAGE PRODUCT SERIESEB10系列终端配电箱3：左右开门4：上下开门08：8位 12：12位 15：15位18：18位 24：24位 36：36位T：透明面盖无：白色面盖注:EB103最大为36位，EB104最大为24位。
系列年-全球数百万次的使用-EAO
版本 22 . 2016 年夏季联络in brief .256系列20年-全球数百万次的使用in focus .8聚焦 45 – 系列的照明按钮开关和锁开关。
in sider .11EAO Japan –成功是共同目标。
in action .4Stadler Rail 铁路的一个国际重大项目选择了EAO。
社评亲爱的顾客和合作伙伴们今年，EAO庆祝56系列的20周年。
我们为这个感到很骄傲，因为他很多方面展示了我们公司的强项。
20年前，我们与铁路车辆制造商和运营商密切协作的瑞士联邦运输和办公室代表乘客和残疾人协会，开发了创新开门按钮。
这彻底改变了客运交通行业，也使EAO建立了自己的运输部门。
对客户利益的不断定位仍然是我们目前创新战略的一个基本组成部分。
这与现在我们与Stadler Altenrhein AG的阿塞拜疆国家铁路使用EAO产品的项目以及日本同事们的体育成果非常 吻合。
EAO定位为人机界面应用专家的合作伙伴，耐心，强大的团队精神以及客户的关注度，这仍然是我们对尊贵的客户和合作伙伴们的承诺 。
享受阅读。
David Kramer市场部总监数百万次的使用奠定坚实基础EDS Summit拉斯维加斯，美国2016.5.10. – 5.13SPS / IPC / Drives帕尔马，意大利 2016.5.24. – 5.26INNOTRANS柏林，德国 2016.9.20. – 9.23Scanautomatic哥德堡，瑞典 2016.10.4 – 10.6SPS / IPC / Drives纽伦堡, 德国 2016.11.22. – 11.24国际贸易展览会 201656系列20周年庆.当EAO1996年推出了彻底改变了公共交通领域的直观可靠的56系列门开关。
EAO现在庆祝在公司历史上最重大的创新成果之一，年满二十周年。
触觉，声、光反馈和无错误的长时间使用寿命，使得56系列成为EAO应用最成功的产品之一。
EAO-14系列
Technical Drawing / Dimension / Layout 尺寸图 / 安装尺寸图 / 设计图 Circuit Drawing 电路图
Typical Applications 典型实例
Marking 标记
151 页 152 页
153 页 160 页 164 页 171 页 174 页 182 页 192 页 193 页
灯罩 平面灯罩是用聚酰胺 （polyamide）为材料制成的，有各种颜色，透 明或半透明。
标记 雕刻、热压或软片插入参见 194 页。
照明 灯 T 5,5 (6-60 V) 可确保最佳的照明效果并有各色透明 / 半透明灯 罩。 当电源电压高于 60 V 时，需外接降压元件 （外接串联电阻，电容或 变压器）。因工作时温度高，电阻器不能直接焊在接头或按钮上。 多点发光二极管 T 5,5 (6, 12, 24, 48 V) 有红、黄、绿三种颜色。
0,013
962
0,013
962
0,013
662
0,015
10 6 2
0,015
762
0,017
11 6 2
0,017
862
0,019
12 6 2
0,019
155
08.2002
Pushbuttons for standard mounting 按钮，标准安装
14
照明按钮，连蘑菇形盖
d 照明蘑菇盖 ，见 165 页 d 印字板，适用于蘑菇盖，见 165 页 d 前圈，见 166 页 d 白炽灯，见 168 页 d 发光二极管，见 169 页
151
08.2002
product assembly 产品安装
EAO-03系列
03开关和指示器开关和指示器34 01.200203系列Description说明Product Assembly安装Product Range产品系列- pushbuttons for standard mounting按钮，标准安装- accessories附件 / spare parts备件Technical Data技术资料Technical Drawing尺寸图 / Dimension安装尺寸图Circuit Drawing电路图Typical Applications典型实例Marking标记35页36页37页46页53页55页58页62页63页目录说明033501.2002一般资料03系列按钮值得一提的是它坚固耐用的壳体，操作可靠，大型刻印和照明面积。
按钮含有一个或二个分开操作快动开关元件。
技术资料见54页。
03系列照明按钮，有二个独立灯，可提供不同模式的指示作用。
- 指示二种不同功能- 用两种不同颜色指示两种不同功能- 用两个灯指示增强可靠性此外，03系列备有两个开关系统，独立操作的或机械互锁。
开关，前框可任选前框任选，能够使用户在预先设计时与开关相匹配，以满足不用的用途。
前框防止了无意的开关动作。
框为黑色。
安装开关从前端被推进面板的切口内，用塑料套筒锁紧在面板上，最大扭矩为0.2Nm （安装尺寸和间距见页56）。
灯罩可供应透明或半透明各种颜色的polymethyl methacrylate 聚甲基丙烯酸甲酯的平面灯罩。
03系列提供两种颜色或两种不同操作开关机理（每个开关有两个灯罩）的灯罩。
更有多款灯罩带有特殊设备，例如在黑房使用的。
所有灯罩能够交换，而不影响开关位置。
标记有刻印，热压和软片插入，见64页的“标记”部分。
照明用6-60V T6-8白炽灯及不同颜色灯罩提供了理想照明。
由于电源电压超过60V，需采用降压元件（外接电阻，电容或变压器）。
因表面温度高，电阻不应直接焊接在开关的接头上。
EAO-51系列
3 NC + 3 NO - M S 51-123.0252
MA S 51-263.0252
4 NC + 4 NO - M S 51-124.0252
MA S 51-264.0252
触点：常闭 =NC，常开 =NO，1 个常开 =1NO，1 个常闭 =1NC 开关动作：持续性动作 =MA，瞬时性动作 =M 连接方式：焊接接头 / 快速连接接头 =-，通用接头 =UT，焊接接头 =S 按钮的装配见第二张安装图 电路图见 382 页，尺寸图见 378 页，安装尺寸图见 381 页，单元图见 381 页
开关和指示器
51
Switches and Indicators 开关和指示器
目录
51 系列
Description 说明
Product Assembly 安装指引
Product Range 产品说明
- pushbuttons for standard mounting 标准安装按钮 - accessories 附件 / spare parts 备件
2 NC + 2 NO M S A 51-496.025D2 51-146.025D2 51-142.025D2 42 6 2 0,016
3 NC + 3 NO M S A 51-497.025D2 51-147.025D2 51-143.025D2 43 6 2 0,016
4 NC + 4 NO M S A 51-498.025D2 51-148.025D2 51-144.025D2 44 6 2 0,016
b
18 x 18 mm 型号 51-455.036 51-485.036 51-456.036 51-486.036 51-453.036 51-483.036 51-451.036 51-481.036 51-452.036 51-482.036 51-151.0252 51-151.022 51-281.0252 51-281.022 51-709.0292 51-717.0292 51-710.0292 51-718.0292 51-152.0252 51-282.0252 51-711.0292 51-719.0292 51-712.0292 51-720.0292 51-153.0252 51-283.0252 51-154.0252 51-284.0252
EAO 04系列按钮
直径 29mm 型号 704.021.6 704.021.4 704.021.5 704.021.7 704.021.2 704.020.6 704.020.4 704.020.5 704.020.7 704.020.2 704.024.6 704.024.4 704.024.5 704.024.7 704.024.2 704.022.6 704.022.4 704.022.5 704.022.7 704.022.2
e
1 1 1 0,020 1 1 1 0,020 1 1 1 0,020 1 1 1 0,020 1 1 1 0,020 1 1 1 0,020 1 1 1 0,020 1 1 1 0,020 1 1 1 0,020 1 1 1 0,020 1 1 1 0,025 1 1 1 0,025 1 1 1 0,025 1 1 1 0,025 1 1 1 0,025 1 1 1 0,025 1 1 1 0,025 1 1 1 0,025 1 1 1 0,025 1 1 1 0,025
锁开关 标准锁型号为 251，以型号 0 结尾 （例如 704.335.0）。接下来的锁 号 （锁号 / 型号的结尾部分）也可以是 252/1，253/2，254/3，255/ 4， 256/5， 257/6， 259/8， 260/9。 每个锁开关配 2 把钥匙。
旋转开关 04 系列的旋转开关是理想的控制和设备开关。 CG4-1 型开关特别适 合小电压开关。它们符合 IEC 947-3 和 VDE 0660， 107 部分规则。 轴向的连接座使开关可肩并肩紧密安装。在安装位置，接触标记清晰 易读。 这种开关所需要的间距很小。
前框 / 前圈颜色 灰
黑
灯罩盖 / 印字盖 透明 / 半透明
透明 / 半透明