电磁阀在线检测台说明书
电磁阀使用说明书(1)
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3 2 SERIES 327 3 2 电磁阀 使用手册说明书
NF 8,0 8,0 5,0 6,4 / 8
-20 to +60
WSCR 8,0 8,0 5,0 6,4 / 8
-20 to +60
WSCREM 8,0 8,0 5,0 6,4 / 8
-20 to +60
(2) Refer to the dimensional drawings on page 3 and 4
*ATEX/IECEx valves using these solenoids are approved according to EN ISO 80079-36 & EN ISO 80079-37 (non electrical)
Options & Accessories
spare part kit no.(1)
10
Sprinkler systems
• Direct operated, balanced poppet, 3/2-way, Normally Closed, Normally Open
valve with auto latching lever and manual override
• In normal state the Solenoid Valve is de-energized. In case of fire the Detection Unit of the
Explanation of temperature ranges of solenoid valves
Valve temperature range
The valve temperature range (TS) is determined by the selected seal material, the temperature range for proper operation of the valve and sometimes by the fluid (e.g. steam)
电磁阀在线检测台说明书
电磁阀在线检测台使用说明书目录1 系统概述........................................... - 1 -1.1产品概述 ...................................... - 1 -1.2功能特点 ...................................... - 1 -2 用户指南........................................... - 1 -2.1 系统登录...................................... - 1 -2.2 功能介绍...................................... - 2 -2.2.1 参数设置................................. - 3 -2.2.2 自动测试................................. - 4 -2.2.3 手动测试................................. - 5 -2.2.4 设备自检................................. - 6 -3 常见设备故障及原因分析............................. - 7 - 使用须知............................................. - 8 -1 系统概述1.1产品概述本产品是针对两位两通、两位三通、两位五通等多类电磁阀而设计的新型在线检测设备。
在该设备上能够实现多型号、多规格电磁阀门的高低压动作检测、阀门泄漏检查、阀门动作性能测试、寿命老化测试等功能。
该系统实现了全自动化、标准化测试流程，采用精度压力传感器用干式检漏法检漏，减少了人为因素对产品质量的影响，极大地提高了生产效率，保证产品出厂标准的一致性。
Power-Genex Ltd. ESV-3 Series 电磁阀使用说明书
Instruction and OperatingManualSolenoid ValveESV-3 SeriesPower-Genex Ltd.1. Introduction1.1General InformationThis instruction and operating manual contains important notices the user should observe for a personal safety as well as for prevention against damage to property. Notices concerning a personal safety are highlighted by a safety alert symbol ().1.2General Safety InstructionsThis product was delivered out from the factory without any safety problems after a strict quality management process. In order to maintain this status and ensure a safe operation of this product, please be sure to read all safety instructions carefully described in this manual and observe safety information and symbols without exception.1.3 Correct Usage① This product can be used only for purposes specified in these instructions. If they are notdefinitely stated in these instructions, the user is fully responsible for all changes and retrofits to this product.② This product is the electrostatic sensitive device that may be seriously damaged by voltagesundetectable to a human. These kinds of voltages occur as soon as a electronic component or an assembly is touched by a person who is not grounded against a static electricity.Damage to a electronic component as a result of overvoltage cannot usually be detected immediately. It may become apparent after a long period of operation. Therefore, please make sure to avoid electrostatic charge.1.4 Range and Responsibilities of Personnel① Qualified personnel should be trained, instructed or authorized in operating and maintainingproducts and systems according to the safety regulations for electrical circuits, high voltages and hazardous atmosphere.② For explosion proof products, they should be trained, instructed or authorized in carrying outwork on electrical circuits for hazardous systems.③ They should be trained or instructed in maintenance and use of proper safety equipmentaccording to the safety instructions.④ They should have a good experience to identify risks and avoid potential hazards whenworking with these products and systems.1.5 Transport and StorageMake sure that damages during delivery are prevented through proper packaging.Products and replacement parts should be returned in their original packaging. If the original packaging is no longer available, please ensure that they should be packaged to provide sufficient protection against transport.2. SpecificationsESV-3 Operating Air pressure 1.5 ~ 10 bar Supply Air Pressure (Max.) 15 bar Operating Voltage : CurrentAC 220V : 17mA AC 110V : 55mA DC 24V : 138mAVoltage Tolerance ±10%Explosion proof class Exd IIC T6 (KC-certified)Operating Ambient Temp.-20 ~ +60℃Flow Capacity(Cv) 145 L/min at 6 bar supply airMounting Configuration Screw interface Pneumatic Connections PT 1/4 or NPT 1/4 Electrical Connections G 1/2, NPT 1/2 or M20Coil Insulation GradeClass F or H Duty Cycle 100%Material (body)Aluminum 316SS Weight0.5Kg1Kg3. Part Numbering System (order code)Model No.ESV - 3 xX XMaterialAluminum . 316SS SOperating VoltageAC 220 A220 AC 110 A110 DC 24D24Connections (Pneumatic -Electrical)Rc 1/4 - G1/2 P NPT 1/4 - NPT 1/2N4. Manual SwitchThe ESV solenoid valve can be operated by this switch manually while air is supplied. - Ininitial setting “0” : the ESV solenoid valve works with a power voltage. - Manual operation “1” : Port 4 is open regardless of a power voltage.When power is off and the manual switch is positioned to “0”, Port 2 becomes open. When the manual switch is postioned to “1”, Port 4 becomes open.Note that the manual switch is not active when power is off.5. Electrical ConnectionsThe ESV solenoid valve head can be rotated by 90° to the right or to the left for an optimalmounting as shown below.① Supply the rated voltage and current stated on this manual. Otherwise, it may cause a serious damage or malfunctions.② Observe all explosion proof regulations required in the area.. ③Earth internally and externally before using.6. DimensionsPower-Genex Ltd.99, Eunbong-ro, Namdong-gu, Incheon 405-849 KoreaTel : +82-32-812-6644Fax : +82-32-812-6645Website : E-mail : ********************Subject to change without prior notice。
RX9904电脑型电磁阀性能测试台技术指导
一、产品简介:
电磁阀寿命试验台，根据客户要求模拟电磁阀在实际工作压力下，通入介质进行寿命试验；对电磁阀各项性能进行检测及耐久性测试，测试系统采用PLC主控+电脑,自动检测及数字显示，测试台主要配件采用进口及国产知名品牌，工作稳定可靠操作简单方便。
技术参数:
1.试验工位: 1-10个
2.试验介质:水
3.试验压力: 0.1-1.0MPa可调节
4.测试电源: DC:0-30V可调
5.试验次数: 0-999999次
6.动作频率: 0~ 30次/min;
7.强吸时间: 0-99.99S
8.停止时间:0-99.99S
9.环境温度:-5℃-+42℃
10.环境温度:50%RH-96%RH
11.压缩空气：3~6bar输入压缩空气需进行脱水；脱油的清洁处理
12.使用电源: AC220V±10%，50HZ，3KVA。
电磁继动阀测试台操作指南
挂车电磁阀测试程序使用帮助1简介本程序为挂车ABS电磁阀检测程序，开发环境为Visual C++6.0SP6和NI Measurement Studio，使用的采集卡为NI6221M。
在Windows2000SP4和WindowsXP SP2下测试通过。
程序由产品测试、数据查看、参数设置、用户管理等四部分组成。
能实现产品检测、测试曲线显示、产品合格性判断、检测数据存储、历史数据回放等功能。
2登陆程序采用了用户授权管理，启动程序，需要登陆后方可使用。
2.1登陆对话框图-1登陆对话框启动程序后出现登陆对话框，在用户名下拉列表中选择用户名，密码文本框中输入该用户的密码，然后单登陆按钮进入测试程序，如果单击退出，刚退出测试程序。
登陆后，会在状态栏中显示当前用户名，如图-4。
注意：初始用户名为administrator，密码是a，有管理权限，请管理员修改并添加用户。
2.2信息提示输入正确的密码后，程序会弹出信息提示对话框，如图-2图-2提示信息图-3采集卡错误信息提示检测员要仔细检测气密性，程序不对气密性进行判断。
单击确定进入测试程序。
此时，程序查找采集卡并进行设置，如果未找到采集卡或者采集卡设置出现错误，会弹出图-3所示对话框。
选择是则退出程序，选择否继续运行程序，可以进行数据查看、用户管理、参数设置等操作，但无法进行产品检测。
2.3用户权限5普通用户权限：产品测试、本用户信息修改5管理员：产品测试、历史数据查看、测试参数设置和用户信息管理3产品测试用户登陆之后，显示如图-4所示界面，左边窗口为功能选择区，分别为产品测试、数据查看、参数设置、用户管理、切换用户、退出系统。
右边窗口为产品测试控制面板。
其中两个图形控件显示测试曲线，测试结果中显示检测结果，共11项测试指标。
最右边的进度条显示测试的进度。
在测试过程中一直会有信息提示框提示测试过程和注意事项，测试完毕后，信息提示框消失。
图-4产品测试面板3.1产品检测检测过程为：3装卡产品3在序列号文本框中输入产品序列号3点击启动按钮，或者按下操作台上启动按钮，开始测试31口20L储气筒充气，4口1L储气筒充气，判断气压是否达到要求3根据测试过程进度条的内容进行自动检测3检测完成后产品复位，计算检测结果，进行产品合格性判断。
进水电磁阀测试台操作规程
1 目的：正确指导进水电磁阀测试台的操作、使用、维护保养。
2 范围：本规程适用于本公司生产过程使用进水电磁阀测试台的操作。
3检查：3.1、操作前，应例行检查水柜内的水位，并仔细清除水面上和水中的杂物！[下载自.管理资源吧]3.2、检查各阀门和各开关旋钮的位置和状态，确认各阀门和各开关旋钮处于正常的位置和状态。
4测试方法：4.1、测试前的准备把待测试的电磁阀正确旋入测试台水龙头接口，打开水龙头球阀，接好电源线。
打开“总电源开关”和“流量显示”开关。
根据产品类型选择好测试电压的类型（交流、直流或脉冲），调节电压旋钮使电压数显表数值至预设值。
4.2、测试启动特性和中水压流量：测试时，按下“中水压输出”开关，旋动“中水压调节”阀门使压力表指针至预设值。
然后依次打开各“输出分路”开关2－3次，测试各电磁阀的启动特性。
同时，流量仪显示电磁阀在中水压状态时的流量值。
测试结束后，关闭“中水压输出”开关。
（若要提高启动水压，可以关闭安全阀下的增压阀，再关小中水压补偿调节阀，直至水压升至所需值。
但在升压测试后要及时把各相关的调节阀分别恢复到原状态：打开安全阀下的增压阀，并且把中水压补偿调节阀调回至原状态。
）4.3、测试低水压流量测试时，按下“低水压输出”开关，旋动“低水压调节”阀门使压力表指针至预设值。
然后依次打开各“输出分路”开关，流量仪显示各电磁阀的低水压流量值。
（建议：测试操作时若先打开后一路的分路开关，再关闭前一路的分路开关，可以减少动静水压的波动，缩短测试的时间。
）4.4、测试泄漏（低水压密封性能）测试完4.3后，关闭各“输出分路”开关，保持“低水压输出”继续工作，然后目测各电磁阀处在预设值低水压时出水口的泄漏量，应符合产品要求。
测试结束后，关闭“低水压输出”开关。
4.5、测试耐水压测试时，按下“高水压输出”开关，旋动“高水压输出”阀门使压力表指针至预设值。
目测产品耐水压是否符合产品要求，测试到规定的时间结束时，关闭“高水压输出”开关。
电磁阀使用说明书
电磁换向阀使用说明
是相对独立的，更换线圈时无需拧下导磁套，因而使得维修变得很方便。
2工作原理：
在未操纵（电磁铁断电）状态下，阀芯由复位弹簧保持在初始位置，油口P 与A相通，B与T相通。
当电磁铁通电时，电磁铁的力径推杆作用在控制阀芯上，将推到末端的换向位置。
此时，油口P与B相通，A与T相通。
当电磁铁断电时，控制阀芯靠复位弹簧返回初始位置。
3技术参数；
流量：最大80 l/min
工作压力：油口P、A和B最高压力350bar，油口T最高压力140 bar
工作介质：磷酸酯抗燃油
密封材料：氟橡胶
工作油温范围：30~+70℃
保持功率：28W。
电磁阀性能测试平台说明书
The Design of Electric Control System of Proportional Electromagnetic Valve Test BenchJie Liu*, Weihua Jiang and Yi LiSchool of Electric & Information Engineering, Wuhan Institute of Technology, Wuhan, Hubei, China*Corresponding authorAbstract—For high precision detection of hydraulic proportional solenoid valve pressure, sealing properties and steady pressure characteristic performance indexes, independently design a solenoid valve performance testing platform, which has a high level of automation. Its core based on PLC controller and touch screen, it makes power units, hydraulic integrated block, test valve installation disc, and other components as its control object, and adopt the input and output module to make up an open structure supervisory computer control system to realize data preprocessing, sensor linearization and nonlinear compensation, scale transform, the limit alarm function processing engineering, digital controller, meeting the proportional solenoid valve testing requirements. The article describes in details the constitute of test platform of electronic control system, work principle and the realization of the function of each part.Keywords-proportional electromagnetic; detection; control object; digital controllerI.I NTRODUCTIONElectro-hydraulic proportional solenoid valve as the premise control components of electro-hydraulic shift valve, the control accuracy, response speed and linearity of the high and low oil pressure is stable or not, and output will directly affect the dynamic performance of power level valve core, and then affect the control of the oil pressure, has important influence on the quality of the shift gears valve. Shift valve has experienced the development from the high-speed switch electromagnetic valve to the electro-hydraulic proportional solenoid valve. High-speed response switch electromagnetic valve has simple structure, cheap, strong ability to resist pollution, but due to its control principle is through the PWM signal to continuously open and close the pulse oil pressure of the ball valve hydraulic output, control frequency is limited, and because the control mode belongs to discrete control rather than a continuous control, has the characteristics of discrete and nonlinear, which brings difficulty to precise control. Due to the shortcoming of the high-speed response switch electromagnetic valve, proportional electromagnetic valve applied in the shifting control circuit, proportional electromagnetic valve because of its pressure, sealing characteristics and steady state pressure characteristics, will increase the demand for proportional solenoid valve products in the department of petrochemical industry, electric power, metallurgy, chemical industry and urban construction. Therefore, the proportional solenoid valve testing is particularly important. For a long time, solenoid valve performance testing method is to use simple manual testing, the test platform for testing personnel demand is high, the strength of the operating personnel is very big, speed is more slow, especially in terms of accuracy, the effect is not very satisfying. Research and development with independent intellectual property rights, with high level of automation solenoid valve performance testing, will have important significance of the productivity and automation degree.II.T EST P RINCIPLE AND S YSTEM C OMPOSITION OFP ROPORTIONAL E LECTROMAGNETIC V ALVE C HARACTERISTIC Hydraulic proportional valve test board mainly includes power units, hydraulic integrated block, test valve installation plate, electric control system, etc., among them, the power unit, hydraulic integrated block, the test valve installation disc and each element as the control object, electronic control system consists of PLC and touch screen, realizing to control and detect the controlled object, system assembly drawing as shown in figure 1:FIGURE I.ASSEMBLY DIAGRAMIn the hydraulic electric control system, industrial controller PLC must go through input/output interface and process channels to be connected to the controlled object. Input/output interface is a bridge for controller to exchange information with external devices, it includes input interface and output interface, in the process of system operation, the exchange of information is frequent. Process channel is the connected channel of information transmission and transformation which are set up between the controller and the controlled object, it includes analog input channel, analog output channel, digital quantity input channel, digital quantity output channel. Various parameters of the controlled object are sent to PLC controller through analog input channel or digital quantity input channel, the results of the controller after dealing with the calculation and the simulation are sent to thecontrolled object through analog output channel or digital 2nd International Conference on Electrical, Automation and Mechanical Engineering (EAME 2017)output channel, realizing the control of the controlled object. Touch screen and PLC controller use serial interface mode, use the standard data exchange interface, SCADA software with the function of the system supervisory control and data acquisition, makes communications in an indirect way through DDE and OPC internal data exchange center and hardware devices. Communication lines use the RS—422A, the full-duplex works, the advantage of RS—422A is using balance drive and difference reception mode, fundamentally eliminate the signal ground. This drive is equivalent to two single side drive, their input are the same signals, and the output of the drive is opposite to another one. When interference signal as a common mode signal appears, the receiver is receiving differential input voltage. As long as the receiver has enough resistance to common-mode voltage range, it can identify the two signals and receive and transmit information. Remote communication between two points is realized by using the RS – 422A, need two pairs of balanced differential circuit forming full-duplex transmission circuit.Electric control system based on the touch screen + PLC controller as the core, the input and output module channel is adopted to form the supervision and control system with an open structure. Touch screen epistemic machine is mainly used for processing of unreal-time control, realizing the original process information and other parameters, according to the mathematical model or other approaches for describing the production process, automatically changing the set point in PLC controller which is working by way of direct digital control, thus making the production process remain the optimal working condition, at the same time serving as the movement of the object state display interface. PLC controller completes the function of the measurement data preprocessing, flow sensor and pressure sensor linearization and nonlinear compensation, scale transform method, the limit alarm function processing, digital controller of the project. The structural block diagram of the composed supervision and control system is shown in figure 2.FIGURE II. THE SUPERVISION AND CONTROL STRUCTUREDIAGRAMIII.T HE E NGINEERING I MPLEMENTATION OF D IGITALC ONTROLLERThis design is to design proportional electromagnetic valve characteristic test platform which is based on programmable logic controller (PLC), in the project implementation of digital controller, 6 steps of the given value and controlled quantity handling, deviation handling, the realization of the controlalgorithm, controlling quantity processing andautomatic/manual switching technology should be included,the schematic diagram is shown in figure 3:FIGURE III. DIGITAL CONTROLLER ENGINEERINGIMPLEMENTATION SCHEMATIC DIAGRAMFor computer control system of test-bed, manual operator can be used as a backup computer operation. When the switch is in the automatic position, control quantity MV outputs by D/A, at this moment the system is in normal way of computer control, it is called automatic state (HA);Conversely, when the switch is in the manual position, the computer will no longer undertake control tasks operating remotely on actuators through manual operation outputting 0 ~ 10 m ADC or 4 ~ 20 madc signal by operation personnel, which is referred to as a manual state (HM).In order to realize no balance operation and undisturbed switch from manually to automatically, in manual mode, although there is no algorithm calculation, the set value(CSV) should be made to track the controlled quantity(CPV), at the same time the historical data should be cleared to zero such as the moment before the sampling value of e (k - 1) reset, and the controller a moment before the output value of u (k - 1)should be made to track manual control quantity .In this way, once it is switched automatically and the controller the moment before the output value of u (k - 1) is equal to the amount of manual control quantity at the switching moment, the continuity of the controller output control quantity can be guaranteed. When it is switched from automatically to manually, as long as the computer applications work properly, the undisturbed switching can be guaranteed automatically. When it is switched from output maintaining state or security output state to normal auto matical working state, the undisturbed switching is also needed, similar measures can be taken for this. Of course, all of this need a corresponding hardware circuit to cooperate.Using the digital controller above, can not only form single loop control system, but also form a cascade, feed forward, pure lag compensation (Smith), and other complex control system, the last two systems should be added compensator operation module. Using the control module and the combination of various functional operation module, can form various control system to meet the requirements of proportional solenoid valve control.IV. T EST CONTROL P ROCESS OF H YDRAULIC P ROPORTIONAL E LECTROMAGNETIC V ALVE C HARACTERISTICAccording to the technological requirements, the touch screen takes the real-time interpolation calculation to process curve, gives the signal, start the pump at the same time,through receiving of PLC then operates output, outputs the analog quantity signal, it is sent to the proportional solenoid valve through the amplifier, proportional electromagnetic valve receives the size of the digital controller output value to control the opening degree, and the change of the electromagnetic valve opening will bring the change of the flow, and pressure will be changed too. The pressure signal detected by the pressure sensor and flow signal detected by the flow sensor are switched through A/D, then will be sent to PLC after dealing with by the data acquisition program, digital filter program and scale transformation process. According to the requirements of voltage endurance characteristics, sealing properties and steady pressure performance of hydraulic proportional electromagnetic valve, the testing method of performances areas follow:1)voltage endurance experiment: After installing the tested valve to test bed, dry oil around, keep the tested valve body and installed valve plate clean. Test platform has switched the rated pressure to 3MPa, (if you want to increase the pressure, shut off ball valve 15.1, 15.2, remove the protective cap of overflow valve 8, adjust the stud, clockwisefor rise, counterclockwise for low, after the adjustment, tighten the protection cap, open the ball valve 15.2), hold pressure for 5min and observe whether the oil spill.2)sealing test: remove the oil return pipe of testing valve plate, place measuring cup for leakage at its outlet, Offer the shift valve 24v and keep it open fully for 5min, observe the leakage rate and record the data. Then power the tested valveoff for 5min, observe the leakage rate.3)Steady pressure performance test: adjust the overflow valve 14 of simulated loading pressure to 1.5 MPa (the factory has been set, if you want to change, open the ball valve 15.1, close ball valve 15.2, 15.3, then adjust the overflow valve 14, clockwise for increase, counterclockwise for reduction), provide the tested valve with different signals, under each of the input signal value, keep it for 1min, collected the outlet pressure of tested valve. When providing the tested valve with signals, it is suggested to rise gradually, then lower gradually, the pressure curve of the tested valve can be measured.V.C ONCLUSIONThe operation of this system is simple, use and maintenance is convenient, performance is reliable; Using by digital technology controlled way, improved the quality detected accuracy of the hydraulic proportional electromagnetic valve; improved the working conditions, without manual operation, eliminated the human factors; it is easy for modern management and product quality analysis; using tables, graphs, curves are more intuitive, and has function of printing output.R EFERENCES[1]Yang, King let al. Non-linear Modeling and Dynamic Analysis ofHydraulic Control Valve Effect of a Decision Factor betweenExperiment and Numerical Simulation[J]. Nonlinear Dynamics, 2012,69(4) : 2135-2146.[2]LIN Tian-liang, WANG Qing-feng, HU Bao-zan, etal. Development ofHybrid Powered Hydraulic Construction Machin-ery [J]. Automation inConstruction, 2010, 19(1):11-19. [3]H. G. JUNG, J. Y. HWANG, P. J. YOON, et al. Resistance Estimationof a PWM-driven Solenoid [J]. International Journal of Automotive Technology, 2007, 8(2) :249-258.[4]DREW B, PLUMMER AR, SAHINKAYA M N. A Review of WaveEnergy Converter Technology[C]. Proc. IMechEVol. 223 Part A: J.Power and Energy, 2009, 223 (14) :887-902.[5]Dasgupta K, Watton J.Dynamic Analysis of Proportional SolenoidControlled Piloted Relief Valve by Bondgraph[J]. Simulation Modelling Practice and Theory, 2005, 13: 21-38.[6]HENDE R SON Ross. Design, Simulation and Testing of a NovelHydraulic Power take-off System for the Pelamis Wave Energy Converter[J]. Renewable Energy, 2006, 31(9) : 271-283.[7]Morselli R, Zanasi R, Cirsone R, et al. Dynamic Modeling and Controlof Electro-hydraulic Wet Clutches[C]. In Proceedings of IEEE Intelligent Transportation Systems 1, October 2003.[8]CO R MICK M, MODIFIED M E. A Modified Linear Analysis of aWave Energy Conversion Buoy[J]. Ocean Engineering, 1976, 3(3) : 133-144.[9]Belau A E, Caruntu C F, Patrascu D I, et al. Modeling of a Pres-sureReducing Valve Actuator for Automotive Applications[C]. In Proceedings of the 18th IEEE International Conference on Control Applications, Saint Petersburg, Russia, July 2009: 1356-1361.[10]Ge Anlin, Wu Jin qiu, Lin Ming fang. Optimum matching o f Para meterfor automotive power train[J]. Automotive Engineering, 1991, 13 (1): 35- 42. ( in Chinese)。
Guardian 电子产品电磁阀说明书
S O L E N O I D SAC FrameAC LaminatedDC FrameDC TubularCustom Designs For over 80 years, Guardian Electric has designed and built electro-mechanical components for a wide variety of industries and applications. We put that experience to work everyday to continue to serve our customers’ ever changing needs.To maintain the highest level of quality we manufacture the key components of every solenoid. We mold our own coil bobbins and wind or coils in house. We also have state of the art machining capabilities for manufacturing all custom components.All of our employees are trained in, and utilize Lean Tools for Continuous Improvement in our factory to keep our lead times, product quality and prices competitive with any solenoid on the market today.•All of our solenoids are UL recognized components •All of our solenoids are RoHS Compliant •We are ISO9100:2009 Certified•All of our solenoids are 100% Made in the USAGuardian Solenoid TypesWhy Choose Guardian For Your Solenoid Needs?AC & DC Frame Solenoids Long Life Tubular SolenoidsAC Laminated SolenoidsDC Tubular SolenoidsOptions To Meet Your Specific Application NeedsValue Added SolutionsPut the Guardian Electric engineering team to work for you. We can create application specific solenoid designs with:We also specialize in custom winding and insulation of our coils to meet your requirements for:We offer our solenoids in pull or push types . We also offer magnetic latching designs. Our expertise also includes the design and assembly of value-added packages to ease the integration into the end application.You won’t have to deal with the hassle of trying to use an “off the shelf” solenoid solution when you trust your design to the solenoid experts at Guardian Electric. We will partner with you from the initial concept to prototypes to final production.Your success is our mission.Custom Plungers Spring ReturnsExplosion-Proof PackagingPlunger Retention Features •Custom plungers •Spring returns •Custom mounting •Custom terminations•Operational force •Duty cycle •Life expectancyGuardian ElectricFRAME BODY SIZE AC FORCE FORCEAC HOLDING DING FORCE SOLENOIDSERIES (Inches)CONT.INT.CONT.INT.CO2 1.54 6 - 2015 - 545080 1 -2HD 1.79 - 2620 - 645570 1 -3HD 1.747 - 268 - 884388 1 -41.989 - 1338 - 464392 1 -120 & 240 VAC 4HD 2.1718 - 2460 - 7580135 5 -111.84 4 - 138 - 241220 1 -11HD 2 3 - 127 - 245085 1 -22 1.13 1 - 7 2 - 867 1 -24 1.23 1 - 8 2 - 142023 1 -26 1.73 1 - 10 2 - 201527 1 -Continuous or 28 1.13 4 - 11 5 - 181315 1 -12 & 24 VDC.Intermittent28HD1.23 4 - 128 - 243561 1 -TUBULAR BODY SIZE PULL DC FOR C FORCE PULL DC HOLDI HOLDING FORCESOLENOIDSERIES (Inches)CONT.INT.CONT.INT.COT-3.5x9 1.18.5 - 3 1 - 52021.5T4x70.89.5 - 3 1 - 62024.5T4x12 1.51 1 - 4 1 - 7222512 & 24 VDC.T4x16 2.01 1 - 5 2 - 823281T6x121.54 2 - 17 6 - 244853 2 -T8x9 1.17.5 - 20 2 - 4296128 1 -T8x16 2.04 2 - 308 - 60103125 1 -Continuous or T12x13 1.68 1 - 807 - 140188215 1 -IntermittentT12x192.388 - 10020 - 145179205 6 -LONG LIFEBODY SIZE PULL DC FOR C FORCEPULL DC HOLDI HOLDING FORCETUBULAR SOLENOIDSERIES (Inches)CONT.INT.CONT.INT.LT-3.5x9 1.18 1 - 3 1.5 - 6 1.5 1.8LT4x70.89.5 - 3.5 1 - 639LT4x12 1.51.5 - 9 1.5 - 16101812 & 24 VDC.LT4x16 2.01.5 - 8 1.5 - 141317LT6x121.54.5 - 30 1 - 452139LT8x9 1.17.5 - 25 2 - 502460LT8x162.04 1 - 45 3 - 804366Continuous or LT12x13 1.68 1.5 - 907 - 160100144IntermittentLT12x192.43 3 - 11010 - 170139160LAMINATED BODY SIZE PULL AC FOR C FORCEPULL AC HOLDI HOLDING FORCESOLENOID SERIES (Inches)CONT.INT.CONT.INT.CO12 1.63 5 - 308 - 482535120 & 240 VAC. 14 2.4675 - 115108 - 130******** 1.638 - 688 - 112701308 -Continuous or Intermittent182.560 - 155144 - 33624543060 -*All Forces arSolenoid SelectorDING FORCE STROKE (Inches))C FORCE DC HOLDINGDC FORONT.INT.CONT.INT.AC DISTANCE DC DISTANCE PUSH PULL - 9510 - 1251451810.75.75 (1.00 Int)X 10010 - 1351551910.75.75 (1.00 Int)X 115 5 - 16514518111X 10020 - 14015518111X 12520 - 16517623511X - 35 5 - 6293820.751X X - 70 5 - 10016815011X - 11 1 - 2039450.5 .375 (.50 Int)X - 15 2 - 3348650.750.5X - 25 2 - 305875.75 (1.00 Int).625 (1.00 Int)X - 25 2 - 3276920.50.5X X - 30 5 - 651301590.50.5XHOLDING FORCE STROKE (Inches))DC FORCE PUSH DC HOLDPUSH DC FONT.INT.CONT.INT.PULL DISTANCE PUSH DISTANCE PUSH PULL 5 - 3 1 - 515170.250.25X X 5 - 3 1 - 616200.250.25X X0.25X - 4 2 - 6.518220.250.25X X - 13 5 - 1938430.3750.375X X - 16 1 - 34761230.50.38X X - 24 1 - 48831000.750.75X X - 64 5 - 1121461680.750.75X X - 8016 - 11614316311X XSTROKE (Inches))PULL DISTANCE PULL0.25X0.25X0.375X0.375X0.5X0.5X0.75X0.75X1XHOLDING FORCE STROKE (Inches)) PUSH AC FAC FORCE PUSH AC HOLDONT.INT.CONT.INT.PULL DISTANCE PUSH DISTANCE PUSH PULL1X1X - 688 - 1127013011X X - 155144 - 33610024011X X re in OuncesPROUDLY MADE IN THE USAKey considerations for specifying a Guardian solenoid for your application are:You can use the Solenoid selector in this guide to choose the product type that best fits your needs based on the parameters above and the information below.•Force: The power the solenoid plunger is able to deliver to the load.•Stroke: Distance the plunger will need to travel.•Life Expectancy: # of cycles the solenoid needs to operate for.•Temperature: Max and min temperature the solenoid will be exposed to.•Power: Amount of electrical energy the solenoid coil will consume.Helpful InformationHow to Specify a Guardian Solenoid•Mounting: How will the solenoid be mounted in the application.•Size: Space required for the solenoid to operate in.•Electrical Connections: Terminals, lead wires, connector.•Duty Cycle: The ratio of the on-time divided by the total time for one complete cycle (on-time + off-time).•Holding Force: The force required to break the plunger free from the plug (stop) when the coil isenergized.AC Applications: The Plunger MUST seat. Lack of seating results in excessive coil current which could result in failure of the coil.AC Applications: The force remains more even as the stroke decreases.DC Applications: The force is non-linear and increases as the stroke decreases.Highly Configurable: Guardian can fabricate custom plungers to interface with almost any application. Coil windings can be modified to accommodate almost any voltage or PWM applications.Magnetic Latching Solenoids: Include a permanent magnet to hold the plunger in place after it is fully engaged. To release, the polarity to the coil must be reversed.Long Life Tubular Solenoids: Incorporates an anti-bottoming, Teflon coated plunger, riding in a stainless steel tube to provide high performance and long life in critical applications.Tight Manufacturing Tolerances and Robust Materials: Yield outstanding performance, high reliability and long life. Guardian solenoids have been tested in excess of 10 million cycles without failure.Anatomy of the Guardian Long Life Tubular SolenoidPull Type Linear Solenoid Push Type Linear SolenoidPrinciple of OperationA solenoid is an electromechanical device which converts electrical energy intomechanical motion to move an external load a specified distance. For a linear solenoid, when electrical power is applied, the solenoid plunger moves into the solenoid coil until it hits the mechanical stop. For a pull type solenoid the load is pulled towards the coil by the plunger. For a push type, an extension rod pushes the load away from the coil.Plunger PlungerLoadLoadDirection of motion when energizedUnique plug design ensures the plunger never bottoms out. This eliminates any deforming action and shock forces that could damage the plunger ensuring a long operational life.Standard 6” leads come through notch in steel shell.Stainless steel plunger sleeve boosts life expectancy by replacing traditional phenolic.Sturdy tube steel shell is notched. All components are locked in place resulting in a strong and economical assembly.Plunger stop is moved to the front of the plunger. It seats on the end plate/bushing assembly. This unique design uses a rubber washer to absorb & cushion the force of the plunger seating. A stainless steel washer is included for strength and a “C” ring retainer holds the pieces in place.Lock WasherThese solenoids practically install themselves. Clean design allows side-by-side mounting. Just insert threaded bushing through the installation hole and tighten furnished nut on lock washer.Or, mount with special bracket furnished with each solenoid.Rubber WasherStainless Steel Washer“C” Ring“C” Ringmounting slotEnd plate/bushing assembly is stronger and notched to permit more torque when installing with no chance of damage.Hex NutTeflon “S” coating is standard on plunger. Molybdenum disulfide is an option.PROUDLY MADE IN THE USAD E S I G N I N G F U T U R E T E C H N O L O G I E S T O D A Y1425 L a k e A v eW o o d s t o c k , I L 60098P H : 815-334-3600T o l l F r e e : 800-762-0369F X : 815-337-0377•Security / Door Interlocks •Safety Interlocks •Vending Machines •Banking / ATMs •Gaming Equipment •Food Processing •Appliances•Medical Equipment •Power Generation •Office Equipment•Access Panels •Landing Gear •Payload•Doors / HatchesMilitary / AerospaceCommercialIndustries and Applications Served。
电磁阀规格书(车用电磁阀)
电磁阀规格书编号：产品名称：CDF型电磁阀用途：汽车空调系统编制：校对：审核：批准：1．适用范围本规格书适用于本公司生产的以R134a、R410a为制冷剂的汽车空调系统用电磁阀。
2．术语和定义电磁阀是一种由线圈产生的电磁吸力控制内部芯铁上下活动，开闭阀口，从而控制流通介质通断的执行器件。
3．基本规格序号项目规格备注3.1 电源DC24V/DC12V3.2 电压变化额定电压的90%-110%范围3.3 最大工作压力4.2MPa3.4 额定功率<20W3.5 阀口公称通径Φ10mm3.6 适用制冷剂R134A、R410A等3.7 介质流动方向单向3.8 安装方式以阀体及线圈的断面中心线为轴，在垂直±15°以内3.9 适用环境温度-20℃～+55℃3.10 适用环境湿度95%RH以下3.11 适用液体温度-30℃～+105℃4. 环保要求4.1 阀体外表面要求耐NaCl、H2S等腐蚀；4.2 所用材料对人体无毒害且不产生有毒物质，符合RoHS要求；4.3 阀体内部结构材料需满足耐冷媒腐蚀，冲击；4.4 阀内部材料强度，刚度能满足产品性能要求；5. 外观构造5.1 外观、尺寸、构造、材质满足图纸要求。
5.2 外观无明显的伤痕、变形、氧化腐蚀、毛刺等缺陷，线圈引出线及端子完好无损。
5.3 产品由线圈与阀体组成。
5.4 阀体内部不得有切屑、油渍、锈迹等存在。
5.5 包装：接管进、出口端使用防尘帽。
6. 性能测试基本条件如下：6.1 安装：基本状态竖直安装，线圈安装在阀体上，阀体轴心线倾斜角度控制在15°以内；6.2 除有特别规定外，基本测试条件如下：6.2.1 室温（试验品）及流体温度：20±5℃；6.2.2 相对湿度：65±20%RH，无风；6.2.3 流动方向：进口管—出口管(单向)；6.2.4 电源：DC24V/DC12V；7．测试仪表要求：测试设备应在有效使用期内，并附有鉴定合格证，其仪表准确度等级应符合下列规定：①温度测量仪表准确度不低于1.0级；②压力测量仪表准确度等级不低于1.5级；③流量测量仪表准确度不低于1.5级；④电压测量仪表准确度等级不低于1.5级；⑤拉力测试仪表准确度等级不低于1.0级；⑥电阻测量仪表准确度不低于0.1级；8. 试验项目及试验方法：10. 标志、包装及贮存10.1 在电磁阀的标签上应标出下列内容：a．电磁阀型号及名称；b．额定电压；c．产品编号或生产日期；d. 制造厂名及商标；e. 介质流动方向；10.2、产品出厂时进、出气管口处应有防尘保护，并应做到清洁、防潮和防霉。
交流电磁阀线圈检测仪说明书
交流电磁阀线圈检测仪说明书一、产品概述：交流电磁阀线圈检测仪是一种用于检测电磁阀线圈性能的专用仪器。
它通过对电磁阀线圈的电流、电压和电阻等参数进行准确测量，判断线圈是否正常工作。
本检测仪具有高精度、高灵敏度和高可靠性等特点，广泛应用于工业控制系统、自动化设备和仪表领域。
二、产品特点：1. 高精度测量：本检测仪采用先进的测量技术，能够实时准确地测量电磁阀线圈的电流、电压和电阻等参数，确保测量结果的精度和可靠性。
2. 多功能显示：本检测仪配备了大屏幕液晶显示屏，能够直观地显示测量结果和相关参数，操作简便，方便用户进行观测和分析。
3. 自动识别功能：本检测仪具有自动识别电磁阀线圈型号和参数的功能，用户只需接入线圈即可自动识别并进行相应的测量。
4. 数据存储功能：本检测仪内置存储器，能够存储大量的测量数据，用户可以随时查看和导出测量结果，方便数据分析和报告生成。
5. 报警功能：本检测仪具有电流过载、电压过高和电阻异常等报警功能，当检测到异常情况时会自动报警提醒，确保用户的安全和设备的正常运行。
三、使用方法：1. 连接电源：将交流电磁阀线圈检测仪与电源连接，确保电源稳定并符合仪器要求。
2. 连接电磁阀线圈：根据线圈型号和参数，选择相应的接线方式，并将线圈与检测仪连接。
3. 开始测量：打开检测仪电源，进入测量界面，按照仪器提示进行操作，开始测量。
4. 查看结果：测量完成后，可以在液晶显示屏上直接查看测量结果和相关参数，也可以通过存储器导出数据进行进一步分析和处理。
四、注意事项：1. 在使用检测仪之前，请仔细阅读本说明书，并按照指导操作，以确保操作正确和安全。
2. 使用检测仪时，请确保电源稳定，并避免与其他高压设备或强电磁场接触，以免影响测量结果和仪器正常工作。
3. 在操作过程中，严禁拆卸或改动检测仪的任何部件和线路，以免影响仪器的性能和安全。
4. 使用检测仪时，请保持环境清洁干燥，并注意防尘、防水和防震。
5. 若发现检测仪出现异常或故障，请立即停止使用，并联系售后服务部门进行维修。
0340 3 2-way 电磁阀说明书
0340Type 0340 can be combined with...3/2-way Solenoid Valvefor gases and liquidsThe pilot-controlled 3/2-way solenoid valveType 0340 with smoothly operating servo-piston requires a differential pressure of 7 PSI for complete opening and closing. A diaphragm separates the operating medium from thedrive. It can be used in many ways, even for dry running.Manual override as standard.Circuit function C3/2-way valve, when de-energized outlet port A exhausted, with 3-way pilot controlCircuit function D3/2-way valve, when de-energized outlet port B pressurized, with 3-way pilot controlType 2511 Type 8600Technical dataPort R is one orifice size larger than the ports A/B and P (see Dimensional Table). As a result, the flow A R is increased by the factor 1.5 to 2 over the value in the table.Ordering chart for valves (other versions on request)All valves with manual override, brass body, NBR seal and cable plug■Port R is one orifice size larger than the ports A/B and P (see Dimensional Table). As a result, the flow A ➔R is increased by the factor 1.5 to 2 over the value in the table.* Maximum pressure rating for UL listed valves is 174 PSIFurther versions on requestVoltageNon-standard voltages (012/DC and 110/50) ApprovalsATEX-Ex / UL / UR / CSAMaterialCoil: EpoxySeparating diaphragm: NBR O -ring: NBR Piston ring: PTFE Seat seal: NBR Body:BrassDimensions [mm]A B D H L 46 33 NPT 1/4 154.5 65 46 33 NPT 3/8 179.5 76 46 33 NPT 1/2 179.5 76 62 52 NPT 3/4 215.5 90 8260NPT 1237.5110This dimensional drawing shows a valve in circuit function C with port designations P, R and A/B (see figure on the front page). In circuit function D, the manual override is located above the port connection A/B.In case of special application conditions, We reserve the right to make technical changes without notice. please consult for advice. © Christian Bürkert GmbH & Co. KG0801/3_US-en_1000082397To find your nearest Burkert facility, click on the orange box➞。
电磁阀位置监视器LSB-1000系列使用说明书
Instruction and OperatingManualValve Position MonitorLSB-1000 Series< Ver. 1.0 >Power-Genex Ltd.2Table of Content1. Safety Instructions / Precautions2. Overview of Structure.3. Product Specifications / Features4. Name Plate5. Part Numbering System (order code)6. Specifications of Switch and Sensors6.1 Mechanical Switch6.2 P&F Proximity Sensors NJ2-V3-N7. Wiring8. Adjusting Switch and Cam9. Dimensions345567891031. Safety Instructions / Precautions1-1. Safety instructionsThese safety instructions are intended to prevent hazardous situations and/or equipment damage. These instructions indicate the level of potential hazard with the labels of “Caution,” “Warning” or “Danger .” They are all important notes for safety regulations.Caution Caution indicates a hazard with a low level of risk which, if not avoided, could result in minor or moderate injury.Warning Warning indicates a hazard with a medium level of risk which, if not avoided, could result in death or serious injury.DangerDanger indicates a hazard with a high level of risk which, if not avoided, will resultin death or serious injury.Warning. The compatibility of the product is the responsibility of the person who designs the equipment or decides its specifications.Since the product specified here is used under various operating conditions, its compatibility with specific equipment must be decided by the person who designs the equipment or decides its specifications based on necessary analysis and test results. The expected performance and safety assurance of the equipment will be the responsibility of the person who has determined itscompatibility with the product. This person should also continuously review all specifications of the product referring to its latest catalogue information, with a view to giving due consideration to any possibility of equipment failure when configuring the equipment.2. Only personnel with appropriate training should operate machinery and equipment. The product specified here may become unsafe if handled incorrectly.The assembly, operation and maintenance of machines or equipment including our products must be performed by an operator who is appropriately trained and experienced.3. Do not service or attempt to remove product and machinery/equipment until safety is confirmed. 1. The inspection and maintenance of machinery/equipment should only be performed after measures to prevent falling or runaway of the driven objects have been confirmed.2. When the product is to be removed, confirm that the safety measures as mentioned above areimplemented and the power from any appropriate source is cut, and read and understand the specific product precautions of all relevant products carefully.3. Before machinery/equipment is restarted, take measures to prevent unexpected operation and malfunction.4. Contact POWER-GENEX beforehand and take special consideration of safety measures if the product is to be used in any of the following conditions.1. Conditions and environments outside of the given specifications, or use outdoors or in a place exposed to direct sunlight.2. Installation on equipment in conjunction with atomic energy, railways, air navigation, space, shipping, vehicles, military, medical treatment, combustion and recreation, or equipment in contact with food and beverages, emergency stop circuits, clutch and brake circuits in press applications, safety equipment or other applications unsuitable for the standard specifications described in the product catalogue.3. An application which could have negative effects on people, property, or animals requiring special safety analysis.4. Use in an interlock circuit, which requires the provision of double interlock for possible failure by using a mechanical protective function, and periodical checks to confirm proper operation.41-2. Safety instructionsCaution1. The product is provided for use in manufacturing industries.The product herein described is basically provided for peaceful use in manufacturing industries. If considering using the product in other industries consult POWER-GENEX beforehand and exchange specifications or a contract if necessary. If anything is unclear, contact your nearest sales branch.Limited warranty and Disclaimer/Compliance Requirements The product used is subject to the following “Limited warranty and Disclaimer” and “Compliance Requirements”. Read and accept them before using the product.Limited warranty and Disclaimer1. The warranty period of the product is 1 year in service or 1.5 years after the product is delivered. Note 2)Also, the product may have specified durability, running distance or replacement parts. Please consult your nearest sales branch.2. For any failure or damage reported within the warranty period which is clearly our responsibility, a replacement product or necessary parts will be provided. This limited warranty applies only to our product independently, and not to any other damage incurred due to the failure of the product.3. Prior to using POWER-GENEX products, please read and understand the warranty terms and disclaimers noted in the specified catalogue for the particular products.Note 2) Vacuum pads are excluded from this 1 year warranty.A vacuum pad is a consumable part, so it is warranted for a year after it is delivered.Also, even within the warranty period, the wear of a product due to the use of the vacuum pad or failure due to the Deterioration of rubber materials are not covered by the limited warranty.Compliance Requirements1. The use of POWER-GENEX products with production equipment for the manufacture of weapons of mass destruction (WMD) or any other weapon is strictly prohibited.2. The exports of POWER-GENEX products or technology from one country to another are governed by the relevant security laws and regulations of the countries involved in the transaction. Prior to the shipment of a POWER-GENEX product to another country, assure that all local rules governing that export are known and followed.51-3. PrecautionsOperationWarning1. Do not operate the Switch Box outside the specified range as this may cause problems. (Refer to the specifications.)2. Design the system to include a safety circuit to avoid the risk of danger should the Switch Box suffer failure.3. Be sure that exterior lead-in wiring to the terminal box is based on the guidelines for explosion-protection of manufactory electric equipment when being used as a flame proof, explosion proof construction.4. Do not remove terminal cover in a hazardous location while the power is on.5. Covers for the terminal and body should be in place while operating.6. Do not wire in a hazardous location while the power is on.Caution1. Do not touch the actuator or valve's oscillating section when supply pressure has been added, as this is dangerous.2. Make sure fingers do not get caught when mounting and aligning the cam.Cut off the pressure supply and always release the compressed air inside the Switch Box and actuator before performing this work.3. Always flush the pipe's inside before piping to ensure foreign objects such as machining chips do not enter the Switch Box.4. The actuator opening may become unstable when using the booster relay.5. Always use a ground connection to prevent noise from the input current and to prevent damage because of static electricity.6. Use the pressure reading on the supplied pressure gauge as an indication.7. The supplied pressure gauge's needle will malfunction if the pressure supply to the internalmechanism or Switch Box freezes. Ensure that the pressure gauge's internal parts do not freeze if using the pressure gauge in an operating environment with an ambient temperature of less than 0°C.For usersCaution1. Assemble, operate and maintain the Switch Boxes after reading the operation manual tho-roughly and understanding the content.61-4. PrecautionsHandlingCaution1. Avoid excessive vibration or impact to the Switch Box body and any excessive force to the armature, as these actions may cause damage to the product. Handle carefully while transporting and operating.2. If being used in a place where vibration occurs, using a binding band is recommended to prevent broken wires because of the vibration.3. When exposed to possible moisture invasion, please take the necessary measures. For example, if the Switch Box is left onsite for long periods, a plug should be put in the piping port and a body cover unit fitted to avoid water penetration.Take measures to avoid dew condensation inside the positioner if exposed to high temperature and humidity. Take enough measures against condensation especially when packing for export. 4. Keep magnetic field off the positioner, as this affects its characteristics.Operating EnvironmentCaution1. Do not operate in locations with an atmosphere of corrosive gases, chemicals, sea water, or where these substances will adhere to the regulator.2. Do not operate out of the indicated operation temperature range as this may cause damage to electronic parts and seal materials to deteriorate.3. Do not operate in locations where excessive vibration or impact occurs.72. Overview of Structure83. Product SpecificationsProduct LSB-1000Protection RateWaterproof Dustproof IP67 (Option IP68) Switch / Sensor Mechanical Switch (2) SPDT, (4) SPDTP&F Proximity Sensor (2)NJ2-V3-NAutonics Proximity Sensor (2)PSN17-5DHoneywell Mechanical Switch (2)SPDTHermetically-sealed magnetic Sensor (2)MS-20Operating Temperature -40 ~ +100℃ (-40 ~ +212℉) Electrical ConnectionsPF1/2, NPT 1/2, M20x1.5, PG13.5Body MaterialsAluminum Die-castWeight0.8kg• Non-Explosion-proof type (IP67 / IP68) Switch Box. • Made with solid Aluminum Die-Casting Material4. Nameplate- Model: LSB-1000- Switch: Shows Switch / Sensor type. - Ratings: Shows rated voltage / Current.95. Part Numbering System (order code)LSB — 1xx x — x x x x x xSwitch / Sensor MechanicalSwitch 2 x SPDT 0 4 x SPDT2 Proximity Sensor2 x NJ2-V3-N / P&F4 2 x PSN17-5D (PNP or NPN) Autonics 8Honeywell Switch2 x SPDT (Silver) J2 x SPDT (Gold)LHermeticallySealedmagnetic Sensor2 x MS-20CPosition transmitterNot IncludedProtection Rate Waterproof Dustproof IP67 7Waterproof Dustproof IP688Beacon Indicator Not IncludedN Beacon Indicator 90° (open / close) AL or T Port IndicatorDElectrical PF 1/2 C Connections NPT 1/2 DM20x1.5 EPG 13.5HNo. of Electrical Connections2 pcs2Feedback Shaft RotaryType NAMUR Shaft N Fork Lever FLinear TypeStroke 10 ~ 40mmAStroke 10 ~ 80mm B Stroke 80 ~ 150mm CStroke 80 ~ 200mmDMounting Bracket NonN 30 x 80 x 20(H) - VDI / VDE3845 (IEC60534-6-2) 1 30 x 80 x 30(H) - VDI / VDE3845 (IEC60534-6-2) 2 30 x 130 x 30(H) - VDI / VDE3845 (IEC60534-6-2) 330 x 130 x 50(H) - VDI / VDE3845 (IEC60534-6-2)4Multi-Size Bracket M106. Specifications of Switches and Sensors6.1 Mechanical Switch 6.1.1 SPDT, SZM-V16-2FA-61< SPDT Mechanical Switch>ModelNon-Inductive Override Inductive override Resistance Lamp Inductivity Motor Allowed voltage250VAC8VDC 30VDC 125VDC 250VDC16A 16A 10A 0.6A 0.3A2A 4A 4A 0.1A 0.05A10A 10A 10A 0.6A 0.3A3A 6A 4A 0.1A 0.05A<Connection Diagram>Operating Temperature-30 ~ +105 ℃6.1.2 Honeywell SPDT, V7-1C17E9-022< SPDT Mechanical Switch>ModelNon-Inductive Override / Inductive overrideAllowed Voltage125VAC250VAC 277VAC 125VDC 250VDC15.1A 1/2HP 15.1A 1/2HP 15.1A 1/2HP0.5A 0.25A<Connection Diagram>Operating Temperature-40 ~ +82 ℃6.2 P&F Proximity Sensor NJ2-V3-N<Proximity Sensor>Standard FeaturesSwitching Functioning Factor Detection Range InstallationOutput polarityCertified Detection rangeNAMUR NC 2mm Built-in NAMUR0 ~ 1.62 mm Nominal Ratings Nominal voltage Switching Frequency HysteresisPower consumptionMeasuring plate not detected Measuring plate detected8.2 VDC0 ~ 1000 Hz 0.01 ~ 0.1 mm> 3mA < 1mA<Connection Diagram>Mechanical property Connection Type Core Cross Section Housing Material Sensor Surface Protection Rate PCV Cable, 130 mm 0.14 mm PBT PBT IP67Operating Temperature-25 ~ +100 ℃117. Wirings① Supply voltage and current as mentioned in this manual. Otherwise, it may cause critical damages to the product or malfunctions.② When using the product, earth the internal and external electrical box. ③Check +, - Polarity correctly before connection.<SPDT Mechanical Switch><Autonics 3 Wire Proximity Sensor><P&F 2 Wire Proximity Sensor>GROUNDPROXIMITY SWITCHS5O P E N GROUND1423C L O S E LOAD6LOAD+-BU BNBK +-BU BNBK SWITCHOPENSWITCHCLOSEGROUNDPROXIMITY SWITCHS5O P E N GROUNDBU BN 1423C L O S E LOAD6LOADBUBN+-+-SWITCHOPENSWITCHCLOSE128. Adjusting Switch Camsa) Users can make change the default position of the Cam. b) Pull the Cam up as shown on the diagram to turn.c) Turn the Red Cam to a position where user wishes to operate limit switches and push the Cam down to adjust.d) Blue Cam can be turned by pulling downward and place it on a positioner where user wishes to operate limit switches.139. Dimensions14Power-Genex Ltd.99, Eunbong-ro, Namdong-gu, Incheon Tel : (032) 812-6644 Fax : (032) 812-6645Home Page : E-Mail : *********************Subject to change without prior notice。
天津康德科 G2 220V电磁阀 说明书
目录一、安全注意事项 (4)1.1 应用范围 (4)1.2 使用前 (4)1.2.1 拆箱检查 (4)1.2.2 环境确认 (4)1.2.3 安装确认 (4)二、ED200系列产品简介 (4)2.1 产品简介 (4)2.2 产品命名 (5)2.3 产品铭牌 (5)2.4 技术规范 (5)2.4.1 电气规格 (5)2.4.2 环境条件 (5)2.4.3 功能规格 (6)2.5 各部分介绍 (7)2.6 按键功能 (7)2.7 接口定义及下载连接 (8)2.7.1 接口引脚定义 (8)2.7.2 下载连接 (8)三．产品体系结构 (9)3.1 外形尺寸及安装方法 (9)3.2 安装 (9)3.3 PLC连接使用方法 (9)3.3.1 连接单元 (10)3.3. 2 通讯参数设置 (10)3. 3.3 电缆连接 (11)四. EuraDesign上位机软件介绍 (11)4.1 画面编辑和工程下载方法 (12)4.1.1 建立新工程 (12)4.1.2 制作画面 (15)4.1.3 保存工程 (16)4.1.4 下载工程 (17)4.1.5 画面数据溢出 (18)4.2 控件使用说明 (18)4.2.1 静态文本及静态矢量文本 (18)4.2.2 动态文本及动态矢量文本 (19)4.2.3 指示灯 (19)4.2.4 功能键 (20)4.2.5 寄存器 (25)4.2.6 柱状图 (28)4.2.7 趋势图 (28)4.2.8 图片 (29)4.2.9 告警控件 (30)4.2.10 报警列表 (30)五．常见问题 (31)5.1 程序无法下载 (31)5.2 文本屏和PLC 等设备通讯问题 (31)5.3 程序保密性 (32)敬告用户 (33)一、安全注意事项本章对与本产品相关的安全注意事项进行说明。
如果不遵守这些注意事项，可能会损坏本产品。
因未遵守本使用说明书的内容而造成设备损坏，本公司将不负任何责任。
电磁阀检验报告
电磁阀检验报告
简介
本报告对XXX公司生产的电磁阀进行了全面的检验和测试，
以确保其性能符合相关要求。
检验方法
- 外观检查：检查电磁阀的外观是否完好，无明显损伤。
- 尺寸测量：测量电磁阀的关键部位的尺寸，与设计要求进行
对比。
- 密封性测试：进行密封性测试，以确保电磁阀的密封性良好。
- 动态性能测试：通过施加不同电压和频率，测试电磁阀的开
启和关闭时间、重复性等动态性能指标。
检验结果
经过严格的检验和测试，以下是对电磁阀的评估结果：
- 外观检查：电磁阀外观完好，无任何明显损伤。
- 尺寸测量：电磁阀的尺寸与设计要求完全符合。
- 密封性测试：电磁阀在不同压力下进行的密封性测试表明其
密封性良好。
- 动态性能测试：通过测试，电磁阀的开启和关闭时间均满足
设计要求，且重复性良好。
结论
根据以上的检验结果，XXX公司生产的电磁阀在外观、尺寸、密封性和动态性能等方面均符合相关要求。
经评估，电磁阀可以安
全投入使用。
建议
建议XXX公司继续保持对电磁阀生产过程的严格控制，并与
供应商保持密切合作，以确保电磁阀的质量和性能长期稳定。
以上为电磁阀检验报告，如有任何疑问或需要进一步了解，请
随时和我们联系。
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电磁阀在线检测台
使
用
说
明
书
目录
1 系统概述........................................... - 1 -
1.1产品概述 ...................................... - 1 -
1.2功能特点 ...................................... - 1 -
2 用户指南........................................... - 1 -
2.1 系统登录...................................... - 1 -
2.2 功能介绍...................................... - 2 -
2.2.1 参数设置................................. - 3 -
2.2.2 自动测试................................. - 4 -
2.2.3 手动测试................................. - 5 -
2.2.4 设备自检................................. - 6 -
3 常见设备故障及原因分析............................. - 7 - 使用须知............................................. - 8 -
1 系统概述
1.1产品概述
本产品是针对两位两通、两位三通、两位五通等多类电磁阀而设计的新型在线检测设备。
在该设备上能够实现多型号、多规格电磁阀门的高低压动作检测、阀门泄漏检查、阀门动作性能测试、寿命老化测试等功能。
该系统实现了全自动化、标准化测试流程，采用精度压力传感器用干式检漏法检漏，减少了人为因素对产品质量的影响，极大地提高了生产效率，保证产品出厂标准的一致性。
1.2功能特点
1.参数设置
◆支持自动组合测试及单步手动测试
◆动作测试次数、动作频率、检漏标准等参数可调
◆单、双电控制模式可选
2.显示与提示
◆动作测试时，实时显示动作次数；
◆检漏测试时，实时显示检漏压力；
◆系统故障、误动作、目标元件泄漏时，系统声光报警提示，并在显示器上显示相
应的故障提示信息。
2 用户指南
整个控制系统的操作主要分为阀体安装，触摸屏和面板上按钮控制两部分。
具体操作说明如下：
2.1 系统登录
打开面板上的船形“电源”开关，系统自动进入测试程序，首先显示如图2-1欢迎界面，3s后自动进入自动测试界面，见图2-2。
图2-1 测试系统欢迎界面
图2-2 自动测试界面
2.2 功能介绍
图2-2中，左边是1号阀对应操作按钮，中间是1号和2号阀测试信息显示。
右边是2号阀对应操作按钮，界面下方是画面切换按钮。
非测试期间，可进行画面切换操作。
2.2.1 参数设置
点击图2-2中的“参数设置”按钮，进入如图2-3参数设置界面。
图2-3 参数设置界面
在图2-3参数设置界面中，可对单／双电控方式、动作次数、动作频率、阀类型以及检漏标准进行设置。
一次设置长久保存，直到下次更新设置。
点击控制方式中的“单电”和“双电”按钮，设置控制方式；点击动作次数或动作频率数据输入框，弹出如图2-4键盘，通过键盘输入数据，对动作次数或动作频率进行设置；点击按钮或显示框，弹出图2-5阀种类设置窗口，点击图2-5中左边的按钮灯或是右边的阀类型框，选择待测阀类型。
图2-4 数字输入键盘
如，选择控制方式为“双电”、动作次数为100次、动作频率为10Hz、阀类型为1～8通径两位五通、检漏标准为2立方厘米/分钟，参数设置结果见图2-6。
图2-5 待测阀种类设置窗口
图2-6参数设置结果
2.2.2 自动测试
在自动测试界面，放好阀体后，点击面板或是触摸屏上的夹紧按钮，再点击开始按钮，
即可自动顺序执行低压动作测试、低压检漏测试、高压动作测试和高压检漏测试操作。
动作测试期间实时显示动作执行次数；检漏测试期间，检漏压力值。
见图2-5，显示1号阀正在进行高压检漏测试，2号阀测试结束。
图2-5 自动流程测试期间状态显示
2.2.3 手动测试
图2-6 手动测试界面
在手动测试界面，用户可单步进行低压动作测试、低压检漏测试、高压动作测试或高压检漏测试等操作。
具体步骤：放好阀体后，点击面板或是触摸屏上的夹紧按钮，选择高（低）压，再点击开始按钮，即可自动进行高（压）动作测试；点击检漏测试按钮，即可进行高（低）压检漏测试；检漏测试期间，实时显示检漏压力值。
2.2.4 设备自检
用户可定期或是怀疑检测台本身有泄漏或故障时，可对设备进行自检。
具体步骤如下：1．看检测台高/低压调节阀显示高低压压力值是否正常；
2．点击按钮，进入图2-7设备自检界面；
3．将设备配备密封块放到夹具上，夹紧固定；
4．点击自检按钮。
图2-7 设备自检界面
即可对设备进行自检，检查设备控制气路是否正常，设备是否有泄漏。
系统故障、误动作、目标元件泄漏时，系统声光报警提示，并在显示器上显示相应的故障提示信息。
3 常见设备故障及原因分析
使用须知
了解下列安全性预防措施，以避免人身伤害，并防止损坏本产品或与本产品连接的任何产品。
为避免可能的危险，请务必按照规定使用本产品。
（1）将产品可靠接地：为避免电击，接地导体必须与地相连；
（2）应尽量远离大功率用电设备，不与大功率用电设备共用插排；
（3）在使用时，应远离干扰设备(如高压发生器，变频器，静电发生器等)，避免强微波辐射和强电磁干扰；
（4）设备故障时，立即停止操作并与相关技术人员联系；
（5）避免电路外露，请勿随意打开测试台后门，电源接通后请勿接触外露的接头和元件；
（6）气源应保持清洁，过量杂质和水汽会影响待测电磁阀换向动作；
（7）系统在运输存放和使用时，应防止污染物如灰尘、酸类物、腐蚀性气体、盐类物等侵入；
（8）系统机壳非防水设计，应注意防潮，安装在无雨淋与直接日晒的地方；
（9）不可将系统安装和放置在易燃易爆物体的附近；
（10）产品安装必须牢固无振动，安装时不可对产品进行抛掷、敲击和撞击，前面板和触摸屏应防止碰撞和划伤；
（11）接通电源前，确保开关在断电位置，避免偶然启动，不可以对系统频繁通断电；
（12）为保证系统安全运行，在插拔插头前，手应保持干燥，以防触电，测试过程中禁止插拔线圈插头；
（13）参数的设置必须在参数允许范围内，超过允许范围可能会导致运转不稳定或设备故障；
（14）操作员操作触摸屏时，应保持手指干燥、清洁、无油污；
（15）检修更换元器件前，必须切断电源；
（16）发生短路或过载时，应检查并排除故障后，方可通电运行；
（17）系统受损或零件不全时，不可进行安装或操作；
（18）测试过程中禁止插拔线圈，折、拆气管。