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指拨(Dip Switches) 功能
U盘备份数据-----转载海泰克触摸屏用(2011-10-27 09:42:19)转载▼
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触摸屏数据备份盘u杂谈年瑞典系列人机产品在大陆的推广和销售。
2005自1996年天津罗升开始负责HITECH PWS两大系列在中PWSEXTER和HMIBeijer成功并购HITECH（海泰克）后，目前旗下的产品：罗升系列产品的加入，EXTER国大陆的销售和服务全部由天津罗升企业有限公司负责。
由于的产品线更加的齐全。
穿透和透明模式举例说明下面针对BEIJER T70功能：
将历史缓冲区的数据自动存储到CF卡或U盘，此功能可以将历史数据自动保存到CF卡或U盘，能够以EXCEL表的形式在电脑中读取，方便客户存储和查看大量历史数据。
使用说明：
1．在工作参数设定中设定纪录缓冲区，在“备份存储装置”中选择“CF Card”或“USB Memory Card”这样，人机每采样一次，就会将数据自动备份到CF卡或者U盘，如图一。
图一
2．点击图一中的“编辑”，为要取样的数据取名字，如图二：
A：名称，为取样数据定义名称，中英文都可以。
word：字位置，该纪录缓冲区的第几个B．
C：格式，取样数据的格式。
D：长度，可以为单字也可以为双字。
图二
3．如此设置之后，人机会自动将纪录缓冲区中数据存保存到CF或U盘中，每个纪录缓冲区形成一个EXCEL文件，如图三
图三
4．各取样数据以图二中所取名字存在于CF卡，如图四
图四
Demo见demo21（数据保存至U盘只需要将“备份存储装置”更改为“USB Memory STICK”，其余操作与保存至CF卡一样）。
PWS500S Installation GuideF-1 IntroductionThe PWS500 is equipped with a 3.0" sized (160Hx80V) flat panel display and analog resistivetouch screen. The IP 65 (NEMA 4) rated front panel seal and INDUSTRIAL GRADE touch screen make the product rugged and durable.Pws-500S is a low cost yet powerful operator panel. It is an ideal choice for those PLC applications that have limited budget but still require an advanced and easy-to-operate man-machine interface. Thank to the use of solid state backlight, wide temperature LCD, durable mechanical switches, and anti-noise components in the 500S, you won’t be surprised that the durability of the 500S will further reinforce your cost control. Functionally speaking, the 500S is as powerful as its sister, the PWS-700. Therefore, if you are already our precious customers, you would be happy that your other projects and machines with tight budgets can also enjoy the benefit of PWS Series products now.This chapter describes how to install your Workstation in a panel, set its DIP switches, andmake cables for its communications and printer ports.F-2 General Specification of PWS500S/520SItem PWS500S-LED PWS520S-LED Display Type Monochrome STN LCDDisplay Color Blue ; 4 gray levelsDisplay Size 3.0" (diagonal); display area is 65x35mm Number of Pixels 160Hx80V; Number of 8x8 characters displayable is 20x10.Display Adjustment Contrast adjustable by VR on the backBack Light LED; Life time is approx. 100,000 hoursKeypad16 mechanical switches;Life of each switch is over 1 million activations; Membrane overlay is resistant to most solvents and chemicals.Input Power 24VDC±8% (22.5V-26V); Under 12WExport Digital IO X 8 Input and 8 output points;24VDC SourceOutput Power 5VDC±5%; under 100mAFlash Memory 640K byteRAM 32K byteCPU 16-bit embedded controllerBattery Backed Memory XCommunication Ports RS232/RS422/RS485Front Panel Seal IP65 / NEMA 4Operating Temperature 0~50°CStorage Temperature -20~70°CAmbient Humidity 20-90% RH (non-condensing)Vibration Endurance 0.5mm displacement, 10-55Hz, 2 hours per X, Y, and Z-axisdirectionsShock Endurance 10G, 11ms three times in each direction of X, Y, and Z axes RF Emissions CISPR 22, Class AElectrostatic Discharge EN61000-4-2/1995RF Susceptibility ENV50140/1993High FrequencyTransientsEN61000-4-4/1995Weight 0.65 Kg; 173x105.5x51.79mm (WxHxT)Cooling Natural coolingF-3. Dimensions of PWS500S/520SThis section illustrates the dimensions of the Workstations themselves as well as the cutout dimensions(160.8x93.3mm). The unit of dimensions is millimeter. You should allow 10 cm (4") of clearance behind the workstation for cable connectors and 5 cm (2") above and below for airflow.Rear viewCut out the mounting hole to match the dimensions shown below. Method of installation: Mount the PWS to the preserved hole from the front side. Attach the mounting brackets from behind, and fasten the screw of the brackets with a screwdriver.Insert the fixtures into mounting holes on the unit. Don't tighten the screws with too much force or it may cause a damage of the panel.F-3.1 Torque SpecificationsAfter placing the Workstation in the cutout, you should tighten each nut to 0.07 newton-meters (10 inch/pounds) of torque. If you don't have a torque wrench, then try to tighten the nuts to compress the gasket to about 50% of its original thickness.F-4. Power ConnectorThe three-position power connector accepts 24VDC only. The unit's power consumption is shown in the following:Item / Model 500S-LED 520S-LED Power Consumption 24VDC±10% 12W 24VDC±10% 12W Fuse Rating 0.5A 0.5ABe sure to use all three terminals when connecting power. To make a connection, strip about 0.64 cm (1/4") of insulation, turn the screw counter-clockwise until the gap is wide open, insert the wire all the way in, and turn the screw clockwise until it's tight.F-4.1 Electrical GroundingYou must make sure that your Workstation is properly connected to earth ground, to prevent it from radiating radio frequency noise. You should also ensure that the Workstation is on the same ground as any other equipment connected to its communications ports.If you connect a communications cable to your unit after static electricity has built up or when the Workstation and the other device are on different grounds, the resulting discharge could damage the electronics in ei t her device.F-5. Calibrating membrane function switchTo calibrate the membrane function switch,Set DIP switches SW3 and SW4 of the PWS500S to off. After power on, the PWS displays the following pattern. Figure 1F-5.1 Common Keys, Auxiliary Keys, and External KeysThere are three kinds of keys you can configure for the 500S with the ADP3:1) Common Keys - A common key is used to activate a designated function no matter what the current screen is. For example, you can press the key K1 to return to the screen 1 whenever you want if the key is configured as a common key that goes to screen 1. To configure common keys for your application, select Common Keys on the Application sub-menu of the ADP3 as shown in the Figure 2.Figure 22) Auxiliary Keys - A screen can have a number of auxiliary keys. The auxiliary keys of a screen are available for use only when that screen is the current screen. To configure auxiliary keys for a screen, select that screen first and then select Auxiliary Keys on the Screen sub-menu.3) External Keys – For a screen object requiring a real key to activate its function, you need to assign an external key switch as its external key when you configure that object. However, it is optional to assign an external key for a Numeric Entry, b ecause a Numeric Entry can also be selected by reserved arrow keys.Figure 3 Figure 4F-6 Setting of DIP SwitchesThere are ten DIP switches that you can access through the back cover. The purposes of these switches are stated in the following:SW1 System MenuON The Workstation displays System Menu after it gets a legal password or after power-on self-test if SW6 is off.OFF The Workstation doesnot display System Menu.SW2 Default User LevelON The default user level is one if the Workstation requires no password to start its operation.OFF The default user level is three if the Workstation requires no password to start its operation.SW4 SW3 Running ModeON ON Runs user application.ON OFF Off-line display screen did not link with PLCOFF ON Runs bench test program.OFF OFF Runs burn-in test program.SW5 COM2 PortON Enable RS485 circuitry of the COM2.OFF Enable RS422 circuitry of the COM2.SW6 PasswordON The Workstation asks the operator to enter a password after power-on self-test.OFF No password is required to start the Workstation.F-7 Self TestAfter power is applied, the Workstation runs a self-test that checks its hardware. After each test, the Workstation displays t h e result as shown in the following example. The version number of ROM BIOS refers to the EPROM chips, which will likely never change.If you have never configured your Workstation, the self-test may report a failure of the real time clock. If this happens, configure as described in section 10. If you have never downloaded an application to the Workstation, the self-test may report a problem in the flash chips. You can ignore these errors. If you have interrupted a download to the Workstation by switch ing off the power, disconnect the communication cable, or click cancel button in the ADP3 while a download is in progress, the self-test may report a problem in the Firmware Checksum or Application Checksum. You can ignore these errors and try to download again. If there are any items of the self-test the Workstation doesn't pass, the message "System error is detected! Press screen to continue.” appears. The Workstations continues its operation after you press screen.F-8. System MenuAfter the user level is determined by a password or by the default, the Workstation displays System Menu if the DIP switch No.1 is on; If DIP switch 7 is off, the Workstation starts running your application immediately.Warning: To avoid electric shock, be sure to switch off the power when connecting the communication/download cable to the PWS unit.F-10. Setting Operating ParametersYou can use Communication Parameter dialog box of ADP3 to set the parameters for the communications between your PWS500S and PLC. The parameters set in ADP3 is transmitted to the Workstation along with all other data when you download an application. The Workstation uses these parameters for PLC communications, if the DIP switch No.3 and No.4 are on.To get Communication Parameters dialog box, click Communications button in Workstation Setup dialog box. The Communication Parameter dialog box appears figure 5 with the following options:Figure 5F-11. Serial Communication Port2 (COM2 9pin female)COM 2 is a serial port that supports RS-232, RS-422, and RS-485 operation.The pin assignments of the port are listed in the following table:F-12. Password and User LevelThe 500S stores passwords in its Flash EPROM. A password has eight numeric characters.When you register a password, you must specify the user level associative with that password. The user level of a password determines the privilege of the user who enters that password tostart the operation of the 500S. When a user wants to use the function of the System Menu, change to another screen, or make change to a PLC location, the 500S checks the user's user level. There are three user levels: level 1, level 2, and level 3. Level 1 users have the highest privilege and Level 3 users have the lowest privilege.F-12.1 Registering PasswordsYou can register up to six passwords for your application in ADP3. To register passwords and their associated user level, click Password button on the Workstation Setup dialog box. The ADP3 displays the Password Table as shown in t he following figure. You can enter passwords as well as select the user level for them. The password data are part of the application data.Therefore, remember to compile your application and download it to the 500S when you make any changes to the password table. The default passwords are 00000000, 00000000, 00000000, 00000000, 00000000, and 00000000. The default user level is level 1.F-12.2 Setting the Lowest User LevelYou are able to set the current user level of the 500S to level 3 by pressing an Action button that is assigned the function of “Set Lowest User Level.”F-12.3 Displaying PasswordsTo display the passwords of your application on the 500S, you have to create an Action button on a screen and assign the function "Display Password Table" to that button. The 500S displays the password table as the example shown below, when a level 1 user presses and releases an Action button that is assigned the function of "Display Password Table."# Password Lvl1 22183600 12 12345678 23 12131415 34 00000000 35 00000000 36 00000000 3EscF-12.4 Reentering a PasswordWhen the 500S is running the user application, you can enter a password to change the current user level by pressing an Action button that is assigned the function of “Reenter Password.” To cancel the input of a new password, press [Esc].Figure 4 Entering a passwordNote that the default user level is 1 after the power-on self-test if the DIP switch SW2 is set to on; the default user level is 3 if the SW2 is set to off.When a screen object requiring a certain user level is activated and the current user level is higher than the specified user level with that screen object, the 500S automatically displays a box to let you enter a new password. This is a chance to change the current user level. The screen object proceeds to performs its function if a valid password with qualified user level is entered; otherwise, the 500S keeps on asking for a password or cancel the operationF-12.5 Entering PasswordAfter the self-test, if the DIP switch No.6 is on, the Workstation displays a keypad to prompt you to enter a password. If DIP switch No.6 is off, the Workstation doesn't ask you to enter a password and the default user level is 1 after the power-on self-test if the DIP switch SW2 is set to on; the default user level is 3 if the SW2 is set to off.If a password is required, the Workstation doesn't continue its operation until a legal password is entered.F-13. Adjusting Display ContrastYou can adjust the contrast of the STN LCD at any time the Workstation is running your application. The user can adjust the LCD contrast by screw the VR from rear cover.F-14. PWS520S-LED digital input and output specificationPWS520S-LED Digital IO with 20pin latch/ejector header pin assignmentInstallation screw nuts x4。
安装手册*本手册也涵盖了SEAKEEPER 7HD型号*2021年6月，修订版9安装手册产品：文档编号：修订版本：SEAKEEPER 9 / 7HD 90222 9SEAKEEPER 9 / 7HD安装手册2021年6月目录：第1节–机械安装和PC-120指南第2节–电气系统安装第3节–冷却系统安装第4节–启动第5节–安装检查事项清单和所需用品45310 ABELL HOUSE LN #350CALIFORNIA, MARYLAND, 20619, U.S.A电话：410-326-1590传真：410-326-1199电子邮件：*****************************底座底座1.1 预防措施•Seakeeper 9仅可通过提供的吊眼起吊（请参见第1.4节）。
•Seakeeper飞轮由精密轴承支撑。
拆除包装和吊起Seakeeper组件时，请勿掉落或使其受到机械震动，因为这样可能会使轴承受损。
•在搬运/安装Seakeeper组件时，请保护裸露的液压制动缸杆（见图1）不受刮擦或损坏，因为这可能会导致密封过早失效和机油泄漏。
•在搬运/安装Seakeeper组件时，不要让脱出Seakeeper外壳底部的电器配件接触任何表面或物体，因为这样可能会损坏这些配件，还可能会影响外壳的真空完整性。
•用心保护油漆表面，因为罩面受损可能会使安装好的Seakeeper的外观过早退化。
1.2 Seakeeper安装位置的选择选择Seakeeper的安装位置时应考虑以下理想特性：1. Seakeeper应安装在船的后部，以尽量减小高速运行或风浪大时因为船体/波浪的影响而产生的高加速度负荷。
如果唯一可能的Seakeeper安装位置在船中部，那么在完成设计之前安装者应让Seakeeper安装位置得到审查。
2. 需要为Seakeeper 9的定期维护和大修留出适当的维修设施用通道。
有关维修间隙要求，请参阅图2和90225 – Seakeeper 9/7HD螺栓安装细节。
安装手册*本手册还涉及 SEAKEEPER 20HD*1.1 预防措施•Seakeeper 只能使用所提供的吊眼进行吊装（请参阅第 1.4 节）。
•Seakeeper 飞轮由精密轴承支撑。
在打开包装和吊装Seakeeper 总成时，请确保不要掉落或引发机械震动，因为这可能会损坏轴承。
•在使用/安装Seakeeper 总成时，请保护外露的液压制动缸活塞杆（请参阅图1），保护其免遭刮伤或受到损坏，因为这可能会导致密封件过早失效，并会导致漏油。
•在使用/安装Seakeeper 总成时，不要让壳体底部外露的电器接头接触任何表面或物体，因为这可能会损坏这些接头，并可能会影响壳体的密封性。
•请小心保护面漆，因为面漆如果受损，则所安装 Seakeeper 的外观可能会过早失色。
1.2 选择 Seakeeper 的安装位置您在选择 Seakeeper 的安装位置时，应考虑以下所需特性：Seakeeper 应安装在船体后部。
操作时如果速度较高或风浪较大，则会产生船体/波浪冲击。
这种布置方式可将由此所产生的大加速负载降至最低。
Seakeeper 如果只可能安装在船体前部，则安装者在完成最终设计之前，应由 Seakeeper 对该安装位置进行评估。
•上方应有入口或有足够的间隙，以便以后能够拆卸/重新安装 Seakeeper 进行大修。
•Seakeeper 应安装在干燥的地方，尽量减小腐蚀的影响。
•留有间隙，可更换万向节轴上的万向节角度传感器（请参阅图2）。
•留有间隙，可加注/清空制动液压油（请参阅图2）。
•留有间隙，可加注水/乙二醇冷却回路（请参阅图2）。
•留有间隙，可更换制动液压缸（请参阅图2）。
安全Seakeeper 在进动时，万向节轴会产生很大的扭矩。
所提供的Seakeeper 盖板可防止人员或设备在Seakeeper 运行时与之发生接触。
您不得踩踏这些盖板，也不得在其顶部放置任何物品。
这些盖板在操作过程中，应始终放置到位。
貳.软件操作及练习前言:为了协助您很快的了解ADP3的规划操作，本章将详细介绍常用画面组成组件的基本范例，及几种典型组件的设计操作方法让初学者很快地就可以完成实际的画面编辑工作，并且逐步说明实际和P.L.C.联机之执行步骤及相关参数设定注意事项；并可立即和PLC联机操作。
而相关组件进阶应用之设计说明请洽各区经销商的人机应用课程介绍。
※本章说明乃针对PLC厂牌为S7-200 CPU214机型。
练习1、开启应用档1). 方法一：在档案栏的下拉窗体中选开新档案。
方法二：鼠标直接点取功能按钮行之开新档案图式按钮。
2). 出现如图2-1的对话框设定盒；您可输入新应用档批注名称“Myapplication”、选取PWS-人机接口的机型“PWS-700T”、及指定欲联机应用的PLC厂牌机型“Simatic S7-200 (via PPI)”。
图2-1 开新档案对话框设定盒一图2-2 开新档案对话框设定盒二3、当新应用文件被开启后，屏幕会出现图2-3 ADP3画面层程序窗口。
图2-3 ADP3程序窗口_应用文件层窗口练习2、认识画面组件可对应的PLC资料地址在ADP3开始规划画面组件前，设计者必须清楚了解可以使用的PLC资料地址的格式及范围；在ADP3软件中大部份均依照PLC本身原厂格式，所以您可以参考PLC原厂技术手册；下表所列为针对SIEMENS S7-200 CPU216：表1. 在ADP3软件规划可以使用的P.L.C.缓存器地址的格式及范围缓存器种类代号格式编号范围资料长度Remark Input Image IWn n=0-6 WordInput Image IDn n=0-4 Double WordOutput Image QWn n=0-6 WordOutput Image QDn n=0-4 Double WordInternal Bits MWnn nn=0-30 WordInternal Bits MDnn nn=0-28 Double WordSpecial Bits SMWnnn nnn=0-27 Word Read only Special Bits SMWnnn nnn=28-192 WordSpecial Bits SMDnnn nnn=28-190 Double WordData Area VWnnnn nnnn=0-5118 WordData Area VDnnnn nnnn=0-5116 Double WordSpecial S SWnn nn=0-30 WordSpecial S SDnn nn=0-28 Double WordTimer Tnnn nnn=0-255 WordCounter Cnnn nnn=0-255 WordAnalog input word AIWnn nn=0-30 Word Read only Analog output word AQWnn nn=0-30 Word Read only功能圖式按鈕行開新檔案圖式按鈕標題行存檔圖式按鈕開新畫面圖式按鈕呼叫畫面圖式按鈕呼叫舊檔圖式按鈕注意1:CPU-212 不能使用AIW, AQW, SW, SD注意2:PLC缓存器地址的范围须受限于P.L.C主机CPU的机型，应用时，请限制不可超过该CPU本身的最大值，否则会通讯失败。
目 录一、 TECH/PILOT使用规范 (1)二、 开关电源 (2)2.1. 开关电源 (2)2.2. DCH40NB (4)2.3. T1015变压器 (5)2.4. 开关电源使用注意事项 (6)三、 面板 (7)3.1. Q7面板尺寸： (7)3.2. Q8面板尺寸： (9)3.3. M12面板尺寸： (11)3.4. 操作面板安装注意事项 (13)四、 主机规格 (14)4.1. 主机规格列表 (14)4.2. 主机规格图 (15)4.2.1 TECH1H规格图 (15)4.2.2 TECH2H规格图 (16)4.2.3 TECHHYBH规格图 (17)4.2.4 PILOT3H规格图 (18)4.2.5 PILOT3A规格图 (19)4.3. 主机安装尺寸图 (20)4.3.1 TECH1H安装尺寸图 (20)4.3.2 TECH2H安装尺寸图 (21)4.3.3 TECHHYBH安装尺寸图 (22)4.3.4 PILOT3H安装尺寸图 (23)4.3.5 PILOT3A安装尺寸图 (24)五、 主机装配 (25)5.1. 限位开关输入装配 (25)5.2. 感温线输入装配 (26)5.3. 位置尺输入装配 (28)5.4. 方向阀输出装配 (30)5.5. 比例阀输出装配 (31)5.6. 继电器输出控制装配 (33)5.7. 继电器加热控制装配 (34)5.7.1.固态继电器 (34)5.7.2.交流接触器 (35)5.8. 马达启动控制的装配 (36)5.8.1.Y-△启动 (36)5.8.2.直接启动 (37)六、 附图 (38)一、 TECH/PILOT使用规范TECH/PILOT电控系统（包括TECH1H / TECH2H / TECHHYBH/PILOT3H /PILOT3A）是装配简单、功能齐全的注塑机控制系统。
请在安装和使用前务必阅读并了解本规范要求，以免一些错误的操作导致严重的后果。
如果将本产品用于家中，其所产生之电磁波有可能影响其它家电用品，所以使用者必须使用各种可能的补救措失以改善此问题。
电源 ◆ PWS 人机接口的输入电源是DC24V ，如果所供应的电源不是DC24V ，太多或不足都会严重的 毁损PWS 人机，因此，请定时检查交换式电源供应器所提供之DC 电源 是否稳定。
◆ 为避免被电击，在连接人机的通讯线或下载线前，请将提供人机电源之电源先切断或拔出。
接地 ◆ 人机之FG 端子请务必确时接地。
◆ 将 FG 端接妥之后，请检查此线是否确实接地，因为，如果没有确实接地， PWS 人机很有可能 会被噪声所干扰而影响其正常运作。
◆ 请使用至少 2 mm 2(AWG 14) 作为接地线，接地阻抗必须小于100Ω(class3)，请注意，此接地线 不可以与电源回路之接地线相连。
安装 ◆ 将电池安装入PWS 人机内。
◆ 将PWS 人机放入一个已按照开孔尺寸挖好的洞内。
◆ 再从人机后面用固定架将人机固定。
◆ 将此固定架之螺丝平均锁紧，单一螺丝锁太紧，太用力，或固定得不平均，可能会使人机面板 变形。
◆ 通讯线必须与电源线分开，可利用隔离线，否则可能会引起无法预期的问题。
◆ 注意，当您在钻孔或工作时不可让断的线头或填充物或其它杂质掉入人机内部。
环境 ◆ 避免安装在重粉尘油雾含导电粒子腐蚀性气体可燃性气体之环境下。
◆ 避免安装在易被电击或振动之场合。
避免安装在高温高湿度或易被雨淋湿的场所。
如果预防措施没有彻底执行，表示可能危及生命，导致严重受伤，或实质的损及财产。
Cautions (警告使用者)这是甲类信息产品, 在居住还境中使用时, 可能会造成射频干扰,在这种情况下,使用者会被要求采取某些适当的对策.纸箱中应有以下PWS6600/AP1600的安装组件:人机PWS6600/AP1600警告∙4个安装螺丝包∙电池包(CR2032)∙电源拔接端子 (已安装于人机电源端)∙打印机转接线 (仅限PWS6600C-P(N)、PWS6600S-P(N) 或 AP1600C-P(N)、AP1600S-P(N))此份安装说明也应于纸箱中，如有任何疑问请与本公司连络。
海泰克（HITECH）6600S和6600T系列人机界面使用手册海泰克6600S和6600T系列人机界面使用手册：一：首先要设置好屏上的指拨开关功能：SW1、SW2：显示类型。
出厂默认为SW1=ON;SW2=ON。
SW3、SW4：运行模式。
执行使用者应用模式SW3=ON;SW4=ON。
SW5：通讯参数。
与PLC通讯格式按照硬件系统设置时SW5=ON；与PLC通讯格式按照软件系统设置时SW5=OFF。
SW6：密码设置。
要求输入密码时SW6=ON；不要求输入密码时SW6=OFF。
SW7：系统菜单。
开机后只显示系统菜单时SW7=ON；开机后直接进入运行模式时SW7=OFF。
SW8：默认用户等级。
开机时密码等级设为1时SW8=ON；开机时密码等级设为3时SW8=OFF。
SW9：COM1通讯方式。
COM1为RS485通讯方式时SW9=ON；COM1为RS422通讯方式时SW9=OFF。
SW10：COM2通讯方式。
COM2为RS485通讯方式时SW10=ON；COM2为RS422通讯方式时SW10=OFF。
二：将触摸屏背后的7号拔码开关拔至ON位置，这样送电可进入系统目录，进入系统目录后，按F2，设置“Dow nload/updata......”选项里选择COM1口（9针上传）；选择COM2口（25针）上传都是可以的，二选其一。
三：选对通讯口后，将电脑与触摸屏连接，打开触摸屏软件，“文件”-----“上载应用”，屏上会跳出密码界面，初始码为222183600或是0 0000000，密码正确后会自动跳转到上传界面进行上传。
四：上传完成后，在触摸屏软件中“文件”-----“重建应用文件”---打开上传的文件将其转换成RCP-r.v6f格式的文件即可完成上载。
HAI UPB™ Split-Phase Repeater Installation and Operating Instructions For the following Model: 39A00-2 HAI UPB™ Split-Phase Repeater (SPR)READ THESE INSTRUCTIONS BEFORE INSTALLING DEVICEImportant Notes Prior To Installation 1. This HAI UPB™ Split-Phase Repeater is intended for installation in accordance with the National Electrical Code and all other local codes and regulations.2. Installation must only be preformed by a qualified electrician.3. This product is for indoor use only.4. Be sure that all power has been disconnected by turning off the main breaker panel.5. This product must be installed in a suitable junction box or equivalent enclosure.6. Connect only copper or copper clad wire to this device.7. Retain these instructions for reference.HAI UPB™ Split-Phase Repeater (SPR) The HAI UPB™ Split-Phase Repeater (SPR) is a small electronic device that is designed to enhance the communication reliability between devices using the Universal Powerline Bus (UPB™) method of communication (such as HLC devices). It is designed to be used in a typical residential 120/240VAC split-phase electrical environment. The main purpose of the SPR is to increase powerline communication reliability by taking UPB™ messages transmitted on one phase (leg) of the electrical system and strongly repeating them on to the other phase (leg). INSTALLATION INSTRUCTIONS 1. Turn off the power at the main breaker panel.2. Install the SPR into a suitable junction box or equivalent enclosure using the wiring nipple to insert in any ½” knock-out (if necessary).3. Connect the black wire to Phase A, and the red wire to Phase B, using wire nuts. Connect the white wire to neutral (see illustration). Check that there are no bare wires protruding and cover the wire nuts with insulating tape if necessary.4. Check all wiring and connections, and turn on the main breaker.5. The LED will light up if all connections are proper.OPERATION The SPR will automatically repeat all multi-packet messaging transmissions that it hears in order to enhance the UPB™ communication reliability of your network. All HLC devices (and most other UPB™ devices) are pre-configured at the factory to use multi-packet messaging.39I00-2, Rev AHAI UPB™ SPLIT-PHASE REPEATER WIRING DIAGRAMCONFIGURATIONAlthough the SPR will operate without any configuration, HAI recommends that you use the UPB™ UPStart configuration software to add the SPR to the UPB network with a Unit ID. Once added to the network, UPStart can then be used to adjust the receive sensitivity of the SPR and perform communication tests between other devices to insure proper system signal strength.Adding the SPR to the UPStart NetworkThe SPR is added in to a network just like most other UPB™ devices. Select Device Add Device, place the SPR into Setup Mode, and then click the Next button. To place the SPR into Setup Mode, press the Program Button 5 times. To exit Setup Mode, press the Program Button twice. While in Setup Mode, the Status LED will blink blue. Once the SPR is added to the network, it may be assigned a Room and Device Name that is used for identification purposes.Performing Communication TestsIt is important that the communication of your UPB™ network be tested to insure proper system signal strength. UPStart has a Repeater Communication Test that will test how well each device communicates with the SPR and how well the SPR communicates with all devices. The Repeater Communication Test will show a record of the signal strength, noise level, and phase at all devices.Adjusting the Receive SensitivityIf powerline noise is severe it may sometimes cause UPB™ communication to become unreliable. The SPR has an adjustable receive sensitivity which may be set to LOW or HIGH via UPStart. The low setting will help block the noise from affecting the reception.Additionally, the SPR has a manual programmable (push-button) method to adjust its receive sensitivity. Press and hold the Program Button for 5 seconds and then release it. The Status LED will blink red to indicate the current receive sensitivity setting (once for LOW or twice for HIGH). To adjust the receive sensitivity to LOW, single-tap the Program Button. To adjust the receive sensitivity to HIGH, double-tap the Program Button. Press and hold the Program Button for 5 seconds to set the new receive sensitivity. When the Program Button is released, the Status LED will turn back to blue.Once the Receive Sensitivity has been changed, the Repeater Communication Test should be repeated to insure proper system signal strength and communication.OTHER THINGS YOU SHOULD KNOWMulti-PacketsThe Split-Phase Repeater is designed to automatically repeat all multi-packet messaging transmissions which it receives in order to enable UPB™ communication on a network. A multi-packet message transmits the same basic information more than once back-to-back. All HLC devices (and most other UPB™ devices) are pre-configured at the factory to use 2-time multi-packet messaging. If any of your devices are configured to use uni-packet (Gen 1) transmissions, then the SPR will not repeat them.UPStart and the SPRUPStart normally uses uni-packet transmissions to communicate to UPB™ devices however, once the SPR is added to the network, it will automatically switch to using multi-packet transmissions. UPStart indicates that it has switched to two-time multi-packets by displaying TX=2 in the status bar. Next to this indication, UPStart will also display which phase (Same or Opposite) the PIM is plugged into.UPStart has a Network Discovery function that can quickly discover which Unit IDs are in use. In a very large electrical environment, UPStart must use the SPR to gain access to this information on all phases.Status LED IndicationsThe SPR has a blue/red status LED. When the SPR is transmitting on the powerline, it will turn the LED red. When it is receiving on the powerline, it will turn the LED purple. When nothing is happening on the powerline, the LED will stay blue.Multiple Split-Phase RepeatersIf you install more than one SPR on a single electrical system, you should change the multi-packet messaging transmissions to three.。
