威纶通MT500使用手册
威纶通
1、为什么我做的画面中文不能正常显示，显示的却是乱码？答：这种情况一般都是由于没有选择正确的中文字体造成的，只要选择一下中文字体就可以了，具体操作步骤如下：1) 在EasyBuilder软件中选择“选项/语言/东方语言”；2) 在“编辑/系统参数/编辑器/选择字体”，在选择字体对话框中选择一个需要的中文字体，比如宋体等等。
并且选择字符集为“Chinese-GB2312”。
3) 存盘，编译，离线模拟，你就可以看到中文字体显示正常了。
2、为什么触摸屏下载后出现屏幕无显示的情况呢？怎么解决这个问题呢？答：这很可能是你的触摸屏的硬件版本跟你使用的软件版本不匹配造成的。
eView MT500系列触摸屏从2004年2月份就开始陆续将CPU由原来的133MHZ升级到200MHZ，这样硬件版本号由原来的MT5***V3升级为现在的MT5***V4。
这样相应的软件版本也由原来的2.3.0升级到现在的V2.5.1直到V2.5.2。
所以，如果你手上拿到的如果是V4版本的触摸屏，则必须使用V2.5.0以上之版本软件才可以对V4版本硬件的触摸屏有效，否则如果使用了以前的低版本的软件(比如V2.3.0等)下载程序，就会出现LCD无显示，CPU灯不亮等情况。
并且现在的V2.5.0以上之版本软件对以前的V1/V2/V3硬件版本的触摸屏是兼容的。
如果出现了这个情况如何恢复呢？你只需要将触摸屏设置为RDS模式，重新使用V2.5.0以上版本的软件下载一次程序就可以了。
具体操作步骤如下：1) 将触摸屏后面的第二个止拨开关拨到“ON”的位置；2) 按一下“RESET”按钮或者重新上电；3) 使用V2.5.0以上版本软件下载程序；4)下载完之后将第二个止拨开关拨到“OFF”的正常位置；5)再按一下“RESET”按钮或者重新上电。
这样就可以恢复正常了，之后下载程序的时候就直接使用V2.5.0以上版本之软件，不必再去动后面的止拨开关了。
3、为什么使用V4硬件的触摸屏跟PLC通讯的时候偶尔会出现“PLC NO RESPONSE”的提示，但是换成V3硬件的就没有问题呢？答：这个现象往往是由于跟通讯指令处理比较慢的PLC出现的。
威伦触摸屏软件使用方法[指南]
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威伦触摸屏软件使用方法[指南] 威伦触摸屏软件EasyBuilder 500使用方法安装好EB500软件后,在[开始]中选择[程序]/[EasyBuilder]/[EasyBuilder 500]。
一、建立新的工程文件选择菜单“文件\新建”，在类型选择对话框中选择人机界面的产品型号:MT506T/C/M(320×234),显示模式为水平，语言为东方语言。
新文件建立之后“确定”即可进入主界面。
主界面外观如图所示，界面分为几个区:菜单条(包含9个主菜单项)、工具条(快捷按钮和选择项)、画图工具条、窗口选择列表框、元件工具条等。
除菜单条和窗口画面外，用户可根据需要决定其他的取舍。
为实现威伦触摸屏RS232端口与FX2N-232BD模块RS232口通讯，在菜单条选择“编辑/系统参数”，进入系统参数设置对话框，点击“PLC设置”，选择PLC 机型、通讯口类型及通讯参数，如下图所示。
完成后“确定”。
PLC端设置:新建工程后，点击左边工程数据列表中的参数选项—PLC参数(双击进入)，点击PLC系统(2)菜单按下图设置。
设置完成后就可正常的编写PLC程序，在进行程序下载(写入PLC)时，选择PLC参数选项将刚设置好的参数一并下载。
以后改变PLC程序后下载时就不再选择PLC参数选项。
二、窗口画面设定窗口是EB500的工程的基本元素。
每个屏幕都是由一些窗口组成。
窗口有3种类型:基本窗口，公用窗口和快选窗口。
改变大小以后的基本窗口还可以当作弹出窗口使用。
所有的窗口都可以作为底层窗口。
基本窗口是通常窗口的类型。
当用”切换基本窗口”命令来切换基本窗口时，当前屏幕会清屏(除了公用窗口和快选窗口之外的窗口都会被清掉)，而要切换的基本窗口会显示在当前屏幕上。
当基本窗口上的元件调用弹出窗口时，基本窗口的原始信息会保留，而调用的弹出窗口会附加到当前基本窗口上，所有的这样的弹出窗口与基本窗口都是父子窗口的关系。
当从基本窗口N切换到基本窗口M时，所有窗口N的子窗口都将关闭，而显示窗口M和窗口M的子窗口。
eView 500 系列触摸屏人机界面MT-506SV3, MT-506LV3 说明书
e View 500系列触摸屏人机界面MT-506SV3, MT-506LV3安装说明1.0 安装概述安装环境应用场所MT-500 系列触摸屏人机界面是依据工厂应用环境而设计的工业产品。
它设计的规范可以保证它能够在32到113 °F (0到45 °C)的大多数工业环境中稳定工作。
它可能不能应用于某些特定的室外环境，如果您需要在室外的特定场合使用时，请务必向您的提供商咨询！NEMA防护规定（NEMA是国际电气制造业协会）MT-500 系列触摸屏人机界面的前面板符合NEMA 4的防护规定。
当产品正确地安装在符合NEMA 4防护规定的盘柜上时，盘柜仍然保证符合NEMA 4的规定，即当对盘柜表面喷淋液体时，液体不会渗入盘柜内部。
电气环境MT-500 系列触摸屏人机界面已经通过测试证明符合欧洲CE电气认证的标准。
即产品的电路设计可以抵抗电气噪声的干扰，但这并不保证可以免除所有情况的电气噪声的干扰。
正确的布线和接地方式才能确保正确的使用。
机械环境为保证您正确的使用，请避免在存在强烈的机械振动的环境中安装MT500系列触摸屏人机界面产品。
2.0 安装说明2.1 安装指南2.1.1 安装位置请注意在产品背后安装设备时，请确保交流电源线、PLC输出模块、接触器、启动器、继电器和其它类型的电气接口设备与MT500系列产品的背面距离较远。
特别需要注意与变频调速器和开关电源供应器保持较远的距离，这类设备的输入和输出电缆都必须采用屏蔽电缆，并将屏蔽网接到系统的星形接地点。
2.1.2 按照NEMA-4标准安装盘柜细节MT500系列产品可以安装在深度超过105毫米的盘柜中，推荐您安装在盘柜的前面板上，为了保证不影响您正常地打开盘柜的前面板，请在安装产品的四周保持至少25毫米的空间距离。
为了保证您可以顺畅地连接电源和通讯电缆，我们建议您至少采用深度超过105毫米的盘柜。
NEMA-4 安装把产品放入面板上开好的安装孔中，从面板背面将安装螺钉分别卡入产品外壳周围的4个安装螺钉固定孔，然后逐个锁紧安装螺钉，直到产品牢靠地固定在面板上。
MT500测厚仪说明书
1.2 主要功能 适合测量金属(如钢、铸铁、铝、铜等)、塑料、陶瓷、玻璃、
玻璃纤维及其他任何超声波的良导体的厚度； 可配备多种不同频率、不同晶片尺寸的探头使用； 具有探头零点校准、两点校准功能, 可对系统误差进行自动
修正； 已知厚度可以反测声速，以提高测量精度； 具有单点测厚和扫描测厚两种测厚工作模式； 可预先设置厚度值上、下限，超出范围自动报警； 具有耦合状态提示功能； 有 EL 背光显示，方便在光线昏暗环境中使用； 有剩余电量指示功能，可实时显示电池剩余电量； 具有自动休眠、自动关机等节电功能； 带有 RS232 接口，可以方便、快捷地与 PC 机进行数据交换
量数据 报警功能：可设置限界，对限界外的测量值能自动蜂鸣报
警 工作电压：3V（2 节 AA 尺寸碱性电池串联） 持续工作时间：约 100h（不开背光时） 通讯接口标准：RS232，可与微型打印机或 PC 连接 外 壳：挤压铝制外壳，美观、便携，坚实耐用、抗干扰 外形尺寸：132mm × 76.2 mm 整机重量：345g
2 结构与外观 .....................................................................5 2.1 仪器外观.............................................................5 2.2 主机结构.............................................................5 2.3 主显示界面.........................................................6 2.4 键盘定义.............................................................7
威纶EasyManager使用入门
为了让更多的朋友会使用EasyBuilder软件，现在推出[轻松入门EasyBuilder]连载，循序渐进介绍该软件如何使用，此次先对软件做一个整天概数，其它功能的使用会在以后逐步介绍。
一.EasyBuilder500软件安装完成MT500系列EasyBuilder500 2.7.2版本软件后,在[程序]中会出现EasyBuilder.如图1所示:图1MT500系列EasyBuilder500常用软件，即：EasyManager、EasyBuilder500、和PLCAddressView。
1.1 EasyManagerEasy Manager是整套EasyBuilder500系列软件的系统综合软件。
Easybuilder是组态软件，用来配置各种元件，一般简称EB500。
在Easybuilder中也可以下载及在线(或离线)模拟，此时并不需要打开EasyManager窗口，但是必须先设定好EasyManager上的相关参数(比如通信口、通信速率等)，否则这些操作可能会不能进行。
选择菜单[开始]/[程序]/[EasyBuilder]/[EasyManager]，将弹出EasyManager的对话框窗口如图2所示：下面来详细的介绍EasyManager中的各个选项的内容。
在EasyManager上的通信参数是计算机和触摸屏之间的通信参数，具体定义如下：通信口选择：选择计算机和触摸屏相连接的计算机的串口为COM1或COM2（可选择COM1~COM10）。
通信口速率选择：在下载/上传时决定计算机和触摸屏之间的数据传输速率，建议选择115200bps(一般对于一些老型机器或特殊要求时才选用38400bps)。
Project Download/Upload or Recipe Download/Upload：上传/下载工程或者上传/下载配方资料数据。
Project：工程的所有相关文件Recipe：配方资料数据Complete or Partial Download/Upload：对于下载，“complete” 是包含工程文件(*.eob)和系统文件(*.bin)一起下载，速度较慢；“Partial”则仅下载工程文件(*.eob)，速度较快。
威纶触摸屏Easybuilder_500软件使用入门
威纶触摸屏Easybuilder 500软件使用入门下面通过多画面变频电机测控实验的例子，来介绍触摸屏Easybuilder 500软件的使用方法。
一触摸屏的画面设计介绍1.1 参数设置在中国台湾威纶公司的触摸屏组态软件EasyBuilder中新建一个项目，选择触摸屏的型号为5.7in的MT506T/C/M(320×234)，语言为“东方语言”。
在组态软件的工作区出现自动生成的初始画面。
执行菜单命令“编辑”→“系统参数”，在打开的对话框的“PLC设置”选项卡中，设置PLC的类型为FX2N，并设置PLC与触摸屏的通信参数。
1.2 画面的生成与参数设置执行菜单命令“窗口”→“打开窗口”，在出现的“打开窗口”对话框（见图1）中可以新建画面、删除和打开选中的画面。
点击“新建窗口”按钮，选择窗口的类型为基本窗口，在打开的“窗口设置”对话框中设置窗口的属性，生成一个新的窗口。
在“打开窗口”对话框中选中某个画面后点击“设置”按钮，可以设置该窗口的参数。
用“背景”域的“颜色”选择框可以设置画面背景的颜色。
我建立了两个窗口，一个命名为“初始画面”，窗口编号为10，一个命名为“主画面”，窗口编号为11。
图1 “打开窗口”对话框图2是触摸屏上电后自动打开的初始画面，图3中的主画面用来监视和控制一台变频器驱动的电动机的运行。
用触摸屏上的两个按钮来控制电动机的起动和停止，用FX2N的输出点Y0来控制电动机运行。
在触摸屏上设置的电动机转速给定值送到PLC的数据寄存器D0，同时用触摸屏显示PLC的D1中实测的电动机转速。
生成触摸屏画面的主要工作就是生成画面中的各种元件和设置它们的属性。
图2 初始画面图3 主画面1.3 指示灯的组态如何找到画面设计所需的组态元件，在哪里？看图4可知，一种方法是点击菜单栏“元件”选项，出现下拉菜单，以及选择你需要的元件，例如“位状态指示灯”，大家找到了吗？另一种方式是在软件界面右侧，元件工具条里找，鼠标在每个元件图素上等待片刻，就会自动显示出该元件图素是啥元件，大家试试，“位状态指示灯”元件长啥样？现在首先生成显示电动机运行状态的绿色指示灯。
台湾威伦触摸屏与各类PLC连接
14.WeinView MT500系列触摸屏与常见厂牌PLC的连接方法14.1 OMRON PLC欧姆龙自动化OMRON CPM系列PLC 与WeinView MT500触摸屏的连接说明EasyBuilder500软件设置：参数项推荐设置可选设置注意事项PLC类型OMRON OMRON/OMRON(4852W)OMRON(485 2W)仅在采用RS485两线式连接时选用通信口类型RS232 RS232/RS485数据位7 7 or 8 必须与PLC通信口设定相同停止位 2 1 or 2 必须与PLC通信口设定相同波特率9600 9600/19200/38400/57600/115200必须与PLC通信口设定相同校验偶检验偶检验/奇校验/无必须与PLC通信口设定相同人机站号0 0-255对此协议不需要设定PLC站号0 0-255必须与PLC通信口设定相同多台人机互连关闭关闭/主机/副机仅用于多台人机互连人机互连通信速度115200 38400/115200 仅用于多台人机互连PLC超时常数 3.0 1.5-5.0 请采用默认设定PLC数据包0 0-10建议在0-10范围内设置P LC软件设置：1.设置通讯端口的通讯协议为Hostlink。
请参阅OMRON相关PLC的编程软件使用手册参考网址：/oei/TechManuals-PLC.htm可操作的地址范围：PLC地址类型可操作范围格式说明IR 0-409515 DDD(BB) I/O 和内部继电器HR 0-409515 DDD(BB) 保持型继电器AR 0-409515 DDD(BB) 辅助继电器LR 0-409515 DDD(BB) 联接继电器TC 0-255 DDD 定时器/计数器寄存器DM 0-9999 DDD 数据寄存器说明：D表示十进制，B表示位编码，范围为0 -15。
上表可操作范围为MT500触摸屏可操作范围，实际PLC的范围可能小于或大于此范围。
MT-500系列机械械轧纸机安装和启动指南说明书
MT-500 seriesMT-510T, MT-508T Installation Instruction1.0 Installation and StartupGuideInstall EnvironmentWhere UsedThe MT-500 Series is designed for use in a factory environment. It is designed to operate from 32 to 113 °F (0 to 45 °C) temperatures, as found in most industrial environments. It may not be suitable for use in certain outdoor applications. Please consult the factory for advised usage in outdoor applications.NEMA RatingThe MT-500 Series front bezel is NEMA 4 rated. When installed properly in a NEMA 4 panel, the NEMA 4 rating of the panel will not be compromised. This means that fluids will not enter the panel during wash downs.Electrical EnvironmentThe MT-500 Series has been tested to conform to European CE requirements. This means that the circuitry is designed to resist the effects of electrical noise. This does not guarantee noise immunity in severe cases. Proper wire routing and grounding will insure proper operation.Mechanical EnvironmentAvoid installing units in environments where severe mechanical vibration or shocks are present.2.0 Installation Instructions2.1 Mounting Instructions2.1.1 Location ConsiderationsCare should be taken when locating equipment behind the unit to ensure that AC power wiring, PLC output modules, contactors, starters and relays, and any other source of electrical interference are located away from the back of the unit.Particular note should be taken to the position of variable speed drives and switching power supplies. Their input and load cables should be screened to a central star earth point.2.1.2 Making a NEMA-4 MountingPanel Details The unit can be mounted into panels with a depth of 4” (105mm). It is recommended that the unit be mounted on the front panel of a steel enclosure, through an appropriate opening*. Allow a clearance of 1”(25mm) around the sides of the unit for mounting hardware. Allow clearance for cable connections to the back of the unit. Unit depth may vary according to cable type used. Typically, plan a depth to accommodate at least 4” (105mm) behind the panel.NEMA-4 Mounting Put the unit through the panel cut out. Slide the clamps into the 6 holes provided around the case. Tighten the clamping screws in an even pattern until the unit is secured in the panel.Caution!Do not over tighten mounting clamps!Note:SpecificationsNote: To seal to NEMA-4 specifications, all supplied mounting clamps must be used andpanel cannot flex more than 0.010”.2.1.3 Environmental Considerationsz The MT-500 are to be used indoors as built in displays. Make sure that the displays are installed correctly and that the operating limits are followed (See Specifications).z Do not operate the unit in areas subject to explosion hazards due to flammable gases, vapors or dusts.z The unit should not be installed where fast temperature variations and/or high humidity are present. This will cause condensation of water in the device.z Do not install these terminals in environments where have inflammable gases.2.2 Power ConnectionsMake sure that all local and national electrical standards are met when the installing the unit.Contact your local authorities to determine which codes apply.2.2.1 Power RequirementsPower The MT-500 can be powered by DC power only. The specified voltage rangeis 24±5% V olts DC. This insures compatibility with most controller DCsystems.The power conditioning circuitry inside the unit is accomplished by aswitching power supply. The peak starting current can be as high as 700mA.Fusing Requirements If the display does not come on within 2 seconds of power up, remove power. An internal fuse will prevent damage if the polarity of the DC power is incorrect. Check wiring to insure proper connections and try to power up again.Caution High Voltage An Internal fuse will prevent damage for over voltage condition however it isn’t guaranteed.DC voltage sources should provide proper isolation from main AC power and similar hazards.Caution Emergency Stop A Hard-wired EMERGENCY STOP should be fitted in any system using an MT-500 to comply with ICS Safety Recommendations.Caution Supply Voltage Condition Do not power the MT-500 and inductive DC loads, or input circuitry to the controller, with the same power supply. Note: The 24 VDC output from some controllers may not have enough current to power the MT-500.Caution Wire Routing Wire lengths should be minimized (Maximum 1600’ (500 m) shielded, 1000’ (300 m) unshielded).Wires should be run in pairs with a neutral or common paired with a hot or signal line.If wiring is to be exposed to lightning or surges, use appropriate surge suppression devices.Keep AC, high energy, and rapidly switching DC wiring separate from signal wires.Equip ungrounded DC supplies with a resistor and capacitor in parallel to earth ground. This provides a path for static and high frequency dissipation. Typical values to use are 1MOhm and 4700pF.Connection To make a connection, strip about 3/8” of insulation off the end of the wire,turn the connector screw counterclockwise until the gap is wide open, insertthe wire all the way in, and turn the screw clockwise until it’s tight.Connect positive DC line to the ‘+24V’ terminal and the DC ground to the‘0V‘ terminal.2.2.2 Grounding RequirementsChassis ground must be used. DC ground is not directly coupled to Earthground internally. It is preferable not to ground DC negative return to chassisground as poor site earths can introduce noise into a system, but if necessaryan earth connection should be made, from the power supply return point tothe central star earth point. Ground conductors should be as short and as largein size as possible. The conductors must always be large enough to carry themaximum short circuit current of the path being considered. Groundconductors should be connected to a tree from a central star earth groundpoint. This ensures that no ground conductor carries current from any otherbranch.2.2.3 CE RequirementsTo make an MT-500 comply with EMC directives, and to reduce susceptibility to electrical interference, a separate #14 AWG ground wire should be taken to the chassis ground terminal of the power connector. This ground connection should be run directly to the central star earth connection point (as recommended in most Installation Instructions).2.2.4 Safety GuidelinesThis section presents recommended installation practices, and procedures. Since no two applications are identical, these recommendations should be considered as guidelines.Hardware Considerations WARNING!The system designer should be aware that devices in Controller systems could fail and thereby create an unsafe condition. Furthermore, electrical interference in an operator interface, such as an MT-500, can lead to equipment start-up, which could result in property damage and/or physical injury to the equipment operator.If you, or your company, use any programmable control systems that require an operator or attendant, you should be aware that this potential safety hazard exists and take appropriate precautions. Although the specific design steps depend on your particular application, the following precautions generally apply to installation of solid-state programmable control devices. In addition, these precautions conform to the guidelines for installation of Controllers as recommended in the NEMA ICS 3-304 Control Standards.Programming Considerations To conform with ICS Safety Recommendations, checks should be placed in the controller to ensure that all writable registers that control critical parts of plant or machinery have limit checks built into the program, with an out-of-limit safe shut down procedure to ensure safety of personnel.ICS 3-304.81 Safety Recommendations:Consideration should be given to the use of an emergency stop function, which is independent of the programmable controller.Where the operator is exposed to the machinery, such as in loading or unloading a machine tool, or where the machine cycles automatically, consideration should be given to the use of an electromechanical override or other redundant means, independent of the programmable controller, for starting and interrupting the cycle.If provision is required for changing programs while the equipment is in operation, consideration should be given to the use of locks or other means of assuring that only authorized personnel can make such changes.These recommendations are intended as safeguards against the failure of critical components and the effects of such failures or the inadvertent errors that might be introduced if programs are changed while the equipment is in operation. * z The ICS 3-304.81 Safety Recommendations are reproduced by permission of the National ElectricalManufacturers Association from NEMA ICS 3-3042.3 Communications ConnectionsThe ports as you look at the back of the case, are the ports for connecting to a printer, PLC or some external device (Controller Connectors).2.3.1 Connection to an External DeviceCableRequirementsDifferent cables are required for various devices.Caution Restrict cable length to less than 500’ (150m) for RS485/422 devices and 50’ (15m) for RS232 devices to avoid communications problems. Communications problems cause the display to show “PLC no response...” until communications can be established. The COM light on the front of the MT-500 will turn on with each communication.Shielded cable must be used for long lengths or cables run in an electrically noisy environment.Do not run cables next to AC power lines or near sources of electrical noise. Be sure that the cable ends have been inserted all of the way into mating connectors and are securePin DesignationsPin assignment of the 9 Pin, Female, SUB-D, PLC [RS-232] Port. This port is used for connecting the MT-500 to a controller.Note: This port is not used for programming the MT-500 or for printing functions.PLC [RS-232]Pin# Symbol PLC [RS232] AUX[RS232](only E series)1 Aux_TxD TransmittedData2 TxD TransmittedData3 RxD ReceivedData4 Notused5 GND SignalGround6 Aux_RxD ReceivedData7 CTS Clear to send input8 RTS Ready to send output9 +5V2.3.2 Connection to a Personal ComputerThe 9 Pin, Female, SUB-D, PC [RS-232] & PLC [RS-485] Port on the back of the unit is the programming port (PC Connector) and RS485/422 communications port for connecting to a controller.Connection This port can be attached to a Computer via a special DB9 Female to DB9Female cable. (P/N: MT5_PC, optional)Port Activation This port is activated automatically by the PC during on line simulation,download and upload activities.The Programmer Port cannot simulate, download or upload to the MT-500 while it is on line with the controller at the same time. The MT-500 must be put into “RDS” mode with the EasyManager applet first.Pin DesignationsPC [RS-232] &PLC [RS-485]Pin assignment of the 9 Pin, Male, SUB-D PC [RS-232] &PLC [RS-485]Port. (Only MT5XXXE4 has AUX RS485) Pin# Symbol PLC[RS485]4 wire PLC[RS485]2 wire Aux[RS485] (only E series) PC[RS232]1 Rx- Rx- Data-2 Rx+ Rx+ Data+3 Tx- Tx-4 Tx+ Tx+5 GNDSignal Ground6 Data- Data-7 TxD Transmit 8 RxDReceive 9 Data+Data+MT-500 to PC MT5_PC Cable ConfigurationMT-500 RS232/485PLC RS485PC RS2322.3.3 Connection to a PrinterThe printer port on the back of the unit is a Parallel printer port and is compatible with most printers that accept parallel connectors.Print OutThe MT-510T and MT-508T models have print out capabilities. The printer port transmits data when a printable object is activated.MT-500 support compatible with EPSON ESC/P2 printer. For details, contact your local distributor.Note: Connect printer the distance can’t longer than 5m. Pin DesignationsPin assignment of the 25 Pin, SUB-D, Parallel Printer Port.PRINTER Pin# Symbol Function Pin# Symbol Function1 STB Output 11 BUSY Input2 DATA0 Output 15 ERROR Input3 DATA1 Output 16 INIT Output4 DATA2 Output 17-25GND SignalGround5 DATA3 Output6 DATA4 Output7 DATA5 Output8 DATA6 Output9 DATA7 Output2.3.4 Dip Switchz Touch Screen Test mode: In this mode when you touch the screen, the screen will display a “+” sign.So you can test the touch screen was accurate.z RDS (Remote Debug & Simulation) mode: Used for simulation and download/upload.When E4 series insert a CF card will appear a green button on screen right and bottom side.Press this button to startup the project download procedure.z Touch Adjust (Touch screen calibration) mode: Used to calibrate the touch screen.z Application (On line operation) mode: This is the normal operating mode of the EasyView; the EasyView will start from the startup window of the project download.2.4 CE RequirementsEU directives that apply to the MT-500 Series:z EMC Directive (89/336/EEC, 92/31/EEC, 93/68/EEC) electromagnetic emissions and immunityz Machinery Directive (89/392/EEC, 91/368/EEC, 93/44/EEC, 93/ 68/EEC) machine safetyz MT500 products will be CE-marked to indicate compliance with the EMC Directive.The MT-500 Series has been designed to operate satisfactorily in electromagnetic noise (immunity) and without emitting high levels of electrical noise into the environment (emission). The units are designed to meet European Community standards when installed per the wiring instructions in this manual.CompatibilityStandards The MT-500 has been designed to meet electromagnetic compatibility for industrial environments.• CISPR (EN 55011) Group 1, Class A Radiated Emissions levels• EN50081-2 Generic emission standard, industrial environment (Also US FCCClass A)• EN50082-2 Generic immunity standard, industrial environmentSW1SW2ModeON ON Touch Screen Test modeOFF ON RDS (Remote Debug & Simulation) modeON OFF Touch Adjust (Touch screen calibration)modeOFF OFF Application (On line operation) mode3.0 SpecificationsMT510TE MT510TV MT508TE MT508TVHardware SpecificationDisplay 10.4" TFT 10.4" TFT 8" TFT 8" TFT Brightness 400 cd/m2 400 cd/m2 400 cd/m2 400 cd/m2 Color 256 color 256 color 256 color 256 color Contrast Ratio 300:1 300:1 250:1 250:1 Resolution (WxH dots) 640 x 480 640 x 480 640 x 480 640x480 Back light CCFLx2 CCFLx2 CCFLx1 CCFLx1 CCFL life time 50,000 hr. min. 50,000 hr. min. 50,000 hr. min. 50,000 hr. min. Touch panel 4 wires resistive typeTouch Accuracy 2mmSurface Hardness 4HSerial port HMI-PC (RS-232)HMI-PLC (RS-232/485)HMI-AUX (RS-232/485)HMI-PC (RS-232)HMI-PLC (RS-232/485)HMI-PC (RS-232)HMI-PLC (RS-232/485)HMI-AUX (RS-232/485)HMI-PC (RS-232)HMI-PLC (RS-232/485)Ethernet port 10Mbps N/A 10Mbps N/AProcessor 32bit RISC CPU 200MHzFlash Memory4MB 2MB 4MB 2MBRecipe memory 128kBCompact Flash card slot Yes N/A Yes N/ARTC YesParallel printer port YesSystem Diagnostic Power failure detectionGeneral SpecificationInput Power 24±5% VDCMaximum Power Consumption 440 mA@24VDC 440 mA@24VDC 440 mA @24VDC 440 mA @ 24VDCCE Complies with EN50081-2 and EN50082-2 standardsFCC Complies with FCC Class AV oltage resistance 500V AC (1 min.)Isolation resistance Exceed 50MΩ at 500VDCVibration endurance 10 to 25 Hz (X,Y,Z direction 2G 30minutes)Protection structure IP65 front panel (O ring seal)Operating Temperature 0~45°COperation humidity 10-90% RH (non –condense)Enclosure Plastic Dimensions WxHxD 315x238x62mm 315x238x62mm 231x176x55mm 231x176x55mmPanel cutout dimension302 x 225 mm 302 x 225 mm 222 x 167 mm 222 x 167 mmWeight Approx.2.0 kg Approx.2.0 kg Approx.1.2 kg Approx.1.2 kgSoftwareScreen Editor Software EasyBuilder 500 V2.7.0 or later。
MT-500说明书
MT-500S系列保护装置技术手册长沙铭泰电力科技有限公司济南华电东工科技有限公司目录1系统综述 (1)1.1适用范围 (1)1.2系统特点 (1)1.3技术指标 (1)1.3.1额定数据 (1)1.3.2功耗 (2)1.3.3环境条件 (2)1.3.4抗干扰性能 (2)1.3.5绝缘性能 (3)1.3.6机械性能 (3)1.3.7各整定元件工作范围及误差 (3)1.3.8延时元件整定范围及误差 (3)1.3.9测量精度 (3)1.4结构和安装 (4)1.4.1机箱结构 (4)1.4.2接线端子示意图 (4)2人机接口操作说明 (6)2.1面板指示灯说明 (6)2.2液晶显示及键盘操作 (6)2.2.1按键介绍 (6)2.2.2主菜单 (7)2.2.3浏览菜单 (8)2.2.4调试操作 (10)2.2.5整定操作 (12)3微机线路保护测控装置 (15)3.1概述 (15)3.2功能配置 (15)3.3保护原理 (15)3.3.1起动元件 (15)3.3.2三段过流保护 (15)3.3.3接地告警 (16)3.3.4三相一次重合闸 (16)3.3.5加速保护 (17)3.3.6过负荷保护 (17)3.3.7TV断线检测 (18)3.3.8装置告警 (18)3.3.9对时功能 (18)3.3.10网络通信 (18)3.4保护定值 (19)3.5装置接线端子定义 (19)3.5.1接线端子示意图（后视图） (19)3.5.2接线端子定义说明 (19)3.6附图 (22)附图3-1MT-L542S系列装置直流操作二次接线示意图 (22)附图3-3MT-L542S系列装置交流操作二次接线示意图 (22)附图3-4MT-L542S系列装置交流操作回路接线示意图 (22)4微机配电变保护测控装置 (27)4.1概述 (27)4.2功能配置 (27)4.3保护原理 (28)4.3.1起动元件 (28)4.3.2两段过流保护 (28)4.3.3高压侧零序过流保护 (28)4.3.4低压侧零序反时限过流保护 (29)4.3.5低压侧零序过流保护 (29)4.3.6低电压保护 (29)4.3.7过负荷保护 (29)4.3.7TV断线检测 (30)4.3.8装置告警 (30)4.3.9对时功能 (31)4.3.10网络通信 (31)4.4保护定值 (31)4.5接线端子定义 (32)4.5.1接线端子示意图（后视图） (32)4.5.2接线端子定义说明 (32)4.6附图 (34)附图4-1MT-T543S系列装置直流二次接线示意图 (34)附图4-2MT-T543S系列装置直流操作回路接线示意图 (35)附图4-3MT-T543S系列装置直流二次接线示意图 (35)附图4-4MT-T543S系列装置直流操作回路接线示意图 (35)5微机电容保护测控装置 (40)5.1概述 (40)5.2功能配置 (40)5.3保护原理 (40)5.3.1起动元件 (40)5.3.2两段过流保护 (40)5.3.3小电流接地告警 (40)5.3.4不平衡电压保护 (41)5.3.5过电压保护 (41)5.3.6低电压保护 (41)5.3.7TV断线检测 (42)5.3.8装置告警 (42)5.3.9对时功能 (43)5.3.10网络通信 (43)5.4保护定值 (43)5.5装置接线端子定义 (44)5.5.1接线端子示意图（后视图） (44)5.5.2接线端子定义说明 (44)5.6附图 (46)附图5-2MT-C541S系列装置直流操作回路接线示意图 (46)附图5-3MT-C541S系列装置交流操作二次接线示意图 (46)附图5-4MT-C541S系列装置交流操作回路接线示意图 (46)6微机电动机保护测控装置 (51)6.1装置简介 (51)6.2功能配置 (51)6.3保护原理 (51)6.3.1电流速断保护 (51)6.3.2不平衡保护 (52)6.3.3接地保护 (53)6.3.4堵转保护 (53)6.3.5起动时间过长保护及其合闸回路闭锁 (53)6.3.6过热保护及其合闸回路闭锁 (54)6.3.7过负荷保护 (55)6.3.8低电压保护 (55)6.3.9F-C闭锁 (56)6.3.10装置告警 (56)6.3.11对时功能 (56)6.3.12网络通信 (56)6.4保护定值 (57)6.5装置接线端子定义 (58)6.5.1接线端子示意图（后视图） (58)6.5.2接线端子定义说明 (58)6.6附图 (60)附图6-1MT-E541S系列装置直流操作二次接线示意图 (60)附图6-2MT-E541S系列装置直流操作操作回路接线示意图 (60)附图6-3MT-E541S系列装置交流操作二次接线示意图 (60)附图6-4MT-E541S系列装置交流操作操作回路接线示意图 (60)7现场安装和调试 (65)7.1调试资料及试验仪器准备 (65)7.2通电前检查 (65)7.3通电试验 (65)7.4模拟量刻度校验 (66)7.5异常处理 (66)8投运说明及注意事项 (67)8.1投运前的设置、检查 (67)8.2运行注意事项 (68)8.3正常运行模拟量参考 (68)9存储及保修 (68)10供应成套性 (69)11订货须知 (69)1系统综述1.1适用范围MT-500S配电站自动化系统集保护、测量、控制、监控于一体，适用于10kV及以下电压等级的城市电网、楼宇及厂矿企业的供电系统。
VIAVI TM500 网络性能和容量测试器手册说明书
BrochureVIAVITM500Network Performance and Capacity TesterEnsuring ahigh qualityand consistent service for mobile subscribers2 TM500Don’t let your network strain under loadOptimize new network architecture to meet the needs of new applicationsDeliver optimumexperience to end-users3There have been several well-publicized cases of existing 4G mobile networks straining under the load of data-hungry devices to the extent that the network can no longer function. T o avoid such situations, you need the reassurance that the network can at the very least manage the requested capacity without failure. And of course, no-one wants to find out via a customer complaint that expensively marketed new services are not working,resulting in negative press coverage.Networks are going through a rapid architectural change with the introduction of 5G technology in order to improve network performance and support new 5G applications, such as time critical driverless vehicles and smart city services that use many Io T type devices. Supporting these new applications requires operators to optimize their network to address the need for increased data speeds for gigabit handsets, cost-effective scaling, securitization of the Io T and reduced latency for critical applications.It is vital to ensure the complete network infrastructure performs under loaded conditions, delivering an optimum experience to the end-user, resulting in an excellent Quality of Experience for the wireless subscriber.Inter-workAcross multiple technologies and RATSWork at scaleEmulate 1000’s of devices and applicationsWork under stress Manage a robust network underextreme scenarios4 TM500The TM500 is a highly scalable network performance and capacity test product that validates networks by simulating mobile devices connecting to the network under test. It tests the network performance as experienced by end users. By continuing to innovate when it comes to new features, the TM500 continues to stay ahead of market need, empowering network operators to prove network performance under real-life usage conditions before the availability of actual handsets, with the ability to test independent complex services at scale with vendor agnostic performance testing.This powerful product delivers 5G first while continuing to support the latest 4.5G specifications, allowing simultaneous capacity testing with a combination of 4G and 5G scenarios such as VoL TE, Video users and Io T devices, enabling the assessment of how new 4G services are impacted with the introduction of different 5G requirements. The TM500 is the de facto in ensuring Quality of Service to all types of devices and users at scale, ensuring the network delivers without compromise thus helping to maintain brand reputation.Simplifying complex 5G test scenarios, our solutions:The TM500™ is the industry standard network test platform, used by all the major infrastructure vendors worldwide to validate their networks under realistic usage and loading scenarios.True End-to-EndNetwork Service PerformanceValidation5Unlock your network’s full potential6 TM5007timing, delay andesting individual calls wouldNetwork AssuranceAfter an upgrade to existing or new infrastructure:y Can you be sure your target KPI’s are unaffected?y If software has been updated, can you guarantee this has not affected other applications?y Do you fully rely on a third-party company to ensure KPI’s are being met?TM500 can help to maintain your customers satisfaction by proving your network is reaching those KPI’s and is the defacto test equipmentto evaluate your choice of network equipment against your exacting needs. TM500 rich set of KPI’s are already used by Network Equipment Vendors in a production environment aroundthe world to validate base stations beforenew software is released. The TM500 doesn’t just provide system level statisitics but also application level statistics key for the evaluation of software upgrades affecting target KPI’s.In the race to 5G this only becomes more complex as many extreme use cases are introduced. New 5G applications include those that need ultra-reliable requirements which when they beginto be deployed it will be vital that you can guarantee your KPI’s are consistently met and can be validated in the lab prior to deployment. While evaluating 5G the TM500 is able to evaluate the impact on existing 4 or 4.5G services, resultingin the ability to check the throughput, latency and roundtrip times remain unaffected when delivering these new services. Repeatable performance evaluation of complex technologies such as Massive MIMO is vital for5G network success and the TM500 provides the tools for accurate and consistant results for the evalutation of these technologies before pre-deployment and maintenance.Reliability from your infrastructure has never been more important and the best way to achieve this is to use defacto standard benchmarking. TM500 can ensure RAN vendors are meeting the performance requirements influential in purchasing desicisions.Repeatable and consistent performance evaluation of complex technologies Evalute the affect of 5G on exisitng and evolving services Defacto-standard benchmarking8 TM500Giving customers confidence inyour network9Push your network to it’s limit10 TM500Maintain data QoS to application users Handle VoL TE capacitybursts and maintaingood QoE for usersManage handoverrequests11Capacity ManagementIs your network able to sufficiently handle a storm? How can you reduce the number of outages on New Y ears Eve, when your network is under pressure?TM500 can emulate thousands of devices simultaneaously across multiple cells and technologies enabling it to simulate a storm environment to help prepare for such eventualities.Stress testing - In base station and Evolved Packet Core R&D testing, only limited data services are covered- therefore the mobile network may not be robust enough to ensure the QoE of mixed user applications. Including services such as Netflix and data-hungry services such as Y ouTube and Facebook.y TM500 can help you validate the performance of your network by generating mixed user applications and servicesy Check the overall impact to your network when 1000’s of devices are running data-hungry servicesy Reduce the risk of the network not functioning by validating the new services and applications in a load test environmentTM500 can help you deliver the content and manage the capacity with complete confidence by testing different scenarios in the lab. Ensuring successful content delivery and capacity management - Optimal delivery and quality of the user content is assured while maximizing the capacity of network.New Y ears Eve ScenarioEmulate low complexity IoT device connection requests combined with 1000’s of devices sending bursts of data to emulate a realistic challenging scenario.Enabling evaluation of network prioritization, load balancing and delay multiplexing management to ensure users receive a consistent service.Vendor agnostic network insight Deep analysis and troubleshootingEnd-to-endperformance evaluation 12 TM500Scalable VisibilityTM500 provides the test tools and availability of KPIs to validate Radio Access Network behavior. TM500 gives visibility of base station performance via multi-layered mode testing combined with rich layer mode statistics for performance evaluation including quality measurements such as timing, delay , lower layer to application layer statistics.TM500 allows deeper analysis and troubleshooting of the RAN by providing overide command tools to test base station behavior under different test modes and conditions. This overiding capability allows the user to do erroneous configurations to test how the base station will react for example when applying an incorrect connection error message for multiple devices - evaluating how stable the network really is, will it crash or recover?Alternative testing tools may not give a true insight into end-to-end peformance validation as without significant investment into tools with evolving 4G features and services accurate results will not be achieved. TM500 can give a vendor agnostic appproach to true network insight.True insight intoyour network’s performance13How to achieve the most reliable performance and capacity testingThe TM500 is based on a common highly configurable hardware platform, for testing base station and network functionalities, performance and capacity.It has the ability to connect to tens of base station sectors, emulating tens of thousands of mobile devices and modelling real RF channel conditions.Test Scenariosy A set of core test case scenarios allows the user to assess the performance of network features within a loaded network environment. The TM500 supports multiple real stateful data applications enabling true end-to-end data generation and analysis per emulated mobile device.y T est cases can easily be configured for thousandsof application data flows, and allocated to different mobile device groups with different traffic profiles. User Operationy The design, scheduling and analysis of complex test cases is made easy via an intuitive graphical user interface.y T est scenarios managing thousands of mobiles having individual mobility and data applications profiles can quickly be created and executed within a drag-and-drop environment.y Upon test completion, measurements and KPIs can be viewed or exported to third party tools for post processing and advanced analysis.Real Data Servicesy The TM500 Family supports multiple real stateful data applications enabling true end-to-end data generation and analysis per emulated mobile device. T est cases can easily be configured for thousandsof application data flows and allocated to different mobile device groups with different traffic profiles. Performance KPIs and Statisticsy T o enable complete performance analysis, the system produces a comprehensive set of measurement logs, KPIs, and protocol metrics during and after each test case run.14 TM50015Unparalleled Support FootprintToday’s competitive realities demand new thinking that keeps you on the cutting-edge. To stay current with the latest technologies —and gain productivity—VIAVI can ensure that your engineers and testing labs have the support they need to keep you ahead.Whether it’s a quick initial setup or a comprehensive on-site installation and configuration, VIAVI professional service options are designed to ensure that you get the most out of your VIAVI products and solutions. VIAVI maintenance and support agreements offer comprehensive coverage to protect and maximize your solution investment.Our dedicated team of Field Application Engineers are located all around the globe to ensure 24/7 support of your VIAVI products.Optimize End-to-end Performance Rich KPI’S and analysisManage Complex Deployment Scenarios Mobility and integrated channel fading modelsGenerate Realistic Traffic Real Data Applications andcomplex traffic profiles/wirelessvalidation© 2020 VIAVI Solutions, Inc.Product specifications and descriptions in this document are subject to change without notice.tm500-br-wir-nse-ae 30186479 900 0919To reach the VIAVI office nearest you, visit /contactVIAVI is the global market leader in 5G network testing. It offers thebroadest scope of 4G and 5G validation, verification and visibility solutions for end-to-end network testing from the lab to the field.CellAdvisor 5G & T-BERD/MTS-5800RAN and x-haul performance testingNITRO MobileConverged Assurance& AnalyticsNITRO GEOLocation IntelligenceONT-600Optical networktestingRANtoCOREEnd to end network simulation testingTeraVM Application emulationTM500End-user experience simulationT-BERD/MTS-2000Fiber inspection &certificationPhase 1:LabTechnology &Experience ValidationPhase 2:FieldField Trials,Activate, ScalePhase 3:AssuranceAssure, Optimize,MonetizeLab to fieldField to assuranceNITRO PlatformVALIDATIONField Validation Lab ValidationAssurance & Automation Service Turn-upVERIFICATIONVISIBILITYNITRO vNET FusionVirtual service activation and performance managementOTU-8000/ONMSiFiber Monitoring。