建武tk-8100手动编程实验指南

LI-8100操作步骤一、硬件连接1、电缆与气路连接2、连接电池3、插入压缩闪存卡和无线卡4、连接辅助传感器接口5、连接外接传感器6、安装Soil Collars二、开机当按ON/OFF按钮启动LI-8100。

开机后约需要10分钟。

三、使用PDA进行测量连接PDA与LI-8100主机1、按PDA上Menu按钮，回到主界面；2、找到LI-8100的图标，点击进入；3、点击Connect by TCPIP4、点击OK；5、PDA将试图连接LI-8100；连接成功后，PDA将显示仪器的状态，并不断更新；操作设置用手写笔点击Instrument Status栏，将显示软件的全部菜单SetupMeasurement Protocol和Area Volumes and Flow Rate的设定依据实验要求而定Output中可以设定需要记录的数据及记录间隔。

选择TCPIP指无线网卡输出的数据按Select，进入Configure RS232 Output，选择输出参数，CRC表示对数据进行冗余校验，Strip表示消隐对数据的解释，Type1表示记录原始数据，以便于软件中对Dead Band进行重新计算；Destination选择LI-8100存储数据在内部存储器或CF卡，按send返回辅助传感器设置8100菜单中提供了仪器设置和辅助传感器输入设置的功能Start Measurement，给记录文件起个文件名，并输入Chamber Offset值，然后点击Start，仪器将开始观测。

注意：LI-8100中的数据，无论是存储在内部存储器上还是CF卡上，均不能下载到PDA中！ViewView菜单中能显示仪器的状态、当前观测的结果及本次实验的概况五、数据传输从LI-8100控制器分析主机中拔出CF卡，插入电脑卡槽中，读取数据。

六、数据分析双击桌面上File Viewer的图标，运行该程序；打开一个LI-8100的记录文件；软件界面上将显示出该记录文件中所有观测的概述；点击工具栏中的Add Chart图标，可以以当前记录文件作图；上图中三条斜线所显示的是Cdry ( dilution corrected CO2 concentration )对时间的变化趋势，右边的坐标轴显示了IVFlux值，在图中以散点显示；双击该图形，将弹出图形属性对话框；钩掉右坐标轴，再将横轴定义为Etime；得到的图形就成了Cdry对相对时间（以Chamber关闭时为原点）的变化趋势。

一、实训目的本次实训旨在使学生了解和掌握压力机机械手的基本结构、工作原理及编程方法，提高学生运用所学知识解决实际问题的能力。

通过实训，使学生能够熟练操作压力机机械手，并具备一定的编程能力。

二、实训内容1. 压力机机械手基本结构及工作原理（1）压力机机械手基本结构：压力机机械手主要由机械臂、驱动装置、控制系统、传感器等组成。

（2）压力机机械手工作原理：压力机机械手通过机械臂实现工件的抓取、搬运、放置等功能。

驱动装置为机械臂提供动力，控制系统负责控制机械臂的运动轨迹，传感器用于检测工件的位置和姿态。

2. 压力机机械手编程方法（1）编程软件：使用PLC编程软件进行压力机机械手的编程。

（2）编程步骤：①创建项目：在编程软件中创建一个新的项目，并设置项目名称、设备参数等。

②添加设备：将压力机机械手添加到项目中，设置设备参数，如机械臂关节数、关节角度范围等。

③创建程序：根据实际需求，创建一个新的程序。

④编写程序：使用编程语言编写程序，实现压力机机械手的运动控制。

⑤调试程序：将程序下载到压力机机械手，进行调试，确保程序运行正常。

三、实训过程1. 理论学习：了解压力机机械手的基本结构、工作原理及编程方法。

2. 实操练习：在老师的指导下，操作压力机机械手，熟悉其操作流程。

3. 编程实践：使用PLC编程软件进行压力机机械手的编程，完成以下任务：（1）编写一个简单的抓取、搬运、放置工件的程序。

（2）根据实际需求，编写一个复杂的应用程序，实现工件的自动搬运。

4. 调试与优化：将编写好的程序下载到压力机机械手，进行调试，确保程序运行正常。

根据调试结果，对程序进行优化。

四、实训结果通过本次实训，学生掌握了压力机机械手的基本结构、工作原理及编程方法，具备了一定的编程能力。

具体表现在以下方面：1. 熟悉压力机机械手的操作流程，能够熟练操作压力机机械手。

2. 能够使用PLC编程软件进行压力机机械手的编程，完成简单的抓取、搬运、放置工件的程序。

第一章仪器简介1.1 仪器简介仪器主要配置参见下表1.1。

1.2 技术参数目前，UV8100系列包含四种型号，UV8100A/B/C/D。

四款仪器除带宽配置略有差异外，其它指标根本一样。

仪器主要技术参数见下表1.2。

其次章仪器构造及安装2.1 仪器构造与功能简介本节将向您具体介绍仪器的主体构造，使您快速了解仪器的主要功能划分，为进一步的操作仪器作好打算。

2.1.1主机正面图2.1.1 主机正面视图自动六联池样池护盖及固定螺丝样品室：用于放置被测样品，根本配置为自动6孔位旋转样池。

显示屏：320X280点阵带背光液晶显示器，用于显示测量信息、参数及测量数据。

键盘：共26个按键，用于限制和操作仪器。

2.1.2主机后面打印机接口RS232接口1，用于连接电脑或自动进样器电源插座RS232接口2，用于连接USB 转换端口氘灯保险管座电源插座：用于连接电源，自带保险管座。

电源开关：用于连接和切断主机电源，“O”方向为断开，“|”方向为接通。

25针并行接口：用于连接激光打印机或喷墨打印机RS232接口：用于主机与计算机的通讯连接或用于连接微型打印机为便利用户输入不同类型的参数，UV8100系列为用户供给了多种字符选择，包括：数字、大写英文字母、小写英文字母。

激活输入对话框后，依次按动SELE/HOME键可依次选择不同的输入方式〔参见图〕。

2.2 仪器的安装2.2.1清点仪器的包装内容在UV8100系列的包装箱里除主机外，还有一些仪器必备的随机附件及自选附件。

开箱后，请依据装箱单检查所配部件是否齐全和有无损坏。

如有损坏或缺失，请刚好与我们联系！您的仪器附件配置以装箱单为准，仪器的标准配置应当包括如下局部：※请您妥当保管好仪器包装物及随机附件，在以后仪器的日常维护修理和您再次包装仪器时运用。

2.2.2仪器的安装环境UV8100系列在设计时充分考虑了环境因素对仪器的影响并进展了优化设计，但为了保证仪器更长的运用寿命和优良的性能指标，在安装之前，请您务必确认仪器的安装环境。

实验一认识性实验一、实验目的：认识并熟悉PLC机型、学习编程软件的使用，提高学生对《可编程序控制器原理及应用》的学习兴趣。

二、实验设备：1. MicroLogix 1500PLC 1台2. MicroLogix 1500PLC实验操作台 1台3. 编程器（安装有WINDOWS2000及Rockwell编程软件的PC机） 1台4. 直流稳压电源（0～30V） 1台5.导线若干三、实验程序（见图1-1）四、实验内容：1. 在教师指导下完成PLC与PC机、直流稳压电源的接线，调整直流稳压电源的输出电压为24VDC，确认电源电压极性及数值无误后，打开电源开关。

2. 观察当PLC接通电源（上电）时，PLC自检情况及面板上各LED的显示。

3. 从WIN2000的桌面进入进入编程软件，熟悉的主菜单及其各下拉菜单的使用。

4. 学习利用梯形图编辑器编写梯形图程序的方法，完成对PLC的配置（组态）并输入图1-1。

5. 退至主菜单将梯形图程序送入PLC，然后转入Online工作方式，观察程序的运行效果及能流。

6. 修正定时器时间常数（由2秒改为5秒），重新输入PLC并运行，观察程序的运行结果。

7. 在屏幕下方（Reference Data）窗口为输出寄存器40100～40103赋值，并利用它们作为定时器的预置定时值，重复上述实验，观察运行结果。

8. 利用输入寄存器30006～30009作为定时器的预置定时值，重复上述实验，观察运行结果。

五、完成实验报告：认真书写实验目的、实验设备、实验程序、实验内容及实验步骤，以及实验中的观察结果，总结实验中应注意的问题，写出实验的心得体会。

实验二编程软件的使用及梯形图编程一、实验目的：1. 进一步熟悉PLC及编程软件的使用。

2. 进一步了解PLC实验操作台的结构及使用。

3. 编制简单控制程序，用外接开关作模拟输入，用指示灯作模拟输出进行模拟调试。

二、实验设备：1. MicroLogix 1500PLC 1台2. MicroLogix 1500PLC实验操作台 1台3. 编程器（安装有WINDOWS2000及Rockwell编程软件的PC机） 1台4. 直流稳压电源（0～30V） 1台5.导线若干6. 按钮开关、钮子开关、24V指示灯各若干只，24V蜂鸣器1只三、实验线路：（见图2-1和图2-3）四、实验内容：按要求完成PLC、电源、编程器及实验操作台之间的连接线，在老师检查无误的前提下接通电源，完成下列两个实验。

汽轮机综合控制系统说明书(SY8100C)南京科远控制集团股份有限公司目录第一章汽轮机综合控制系统技术说明书 (3)1.1系统概述 (3)1.2SY8100C汽轮机数字电液调节系统简述 (4)1.3SY8100C汽轮机数字电液调节系统的技术指标 (4)1.4 汽轮机数字电液调节系统主要功能 (5)1.4.1 DAS功能 (5)1.4.2 自动控制系统 (5)1.5.SY8100C汽轮机数字电液调节系统电子部分构成 (7)第二章汽轮机综合控制系统逻辑设计说明 (7)3.1.SY8100C系统主要功能 (19)3.2.SY8100C系统设计说明 (20)3.2.1 EH油系统控制 (20)3.2.2 阀位标定 (20)3.2.3 挂闸判断条件 (20)3.2.4 远方挂闸 (20)3.2.5 启动方式选择 (21)3.2.6 转速的进行保持 (21)3.2.7 严密性实验 (21)3.2.9 超速保护实验 (22)3.2.10 自动同期控制 (22)3.2.11 功率闭环控制 (22)3.2.12 主汽压控制 (22)3.2.13 主汽压保护 (23)3.2.14 抽汽控制 (23)3.2.15 一次调频 (23)3.2.17 协调控制 (24)3.2.18 超速保护 (24)3.2.19 活动实验 (24)3.2.20 阀位限制 (24)第一章汽轮机综合控制系统技术说明书1.1系统概述近年来随着计算机技术的发展及用户对自动化要求的不断提高，中小汽轮机（特别是抽汽机组及联合循环机组）也陆续开始应用数字电液控制系统。

中小汽轮机以供热机组为主，从控制系统角度讲即调节系统为多变量控制系统，采用液压调节系统其控制品质不高，例如热电负荷调节产生耦合，自整性不够，调节系统仅为比例调节，调节精度不高，超调量大，调节时间过长，高低压油动机不同步等，且调节参数制造厂内一经整定后，现场很难改变，这在抽汽汽轮机中尤为突出，用户运行使用难度大；全液压调节机组由于只能实现比例调节，同时同步器调节范围有限（一般96%-106%），在高压机组（50MW以内9MPa 进汽参数）常出现滑参数启动整定的调节参数不能满足额定初终参数下运行需要，例如表现为加不满负荷或减不完负荷。

Tm-261lock——按f及按mhz（解和锁）dt——按f及按tone（解和锁）shift——按f及按shift步进——在vfo状态按下，出现步进亚音信道dt.shift，再用拨轮选，选定及按vfo，闪及用拨轮选及按vfo定位，再按任意键即返回。

频率存储方法：按vfo——选频——f——选信道——mr即存好异频存储：先存收的频率，按mr时间长一点就出现——＋号——选发射频率——再按mr即可。

转成信道状态：按f时间长一点——出现ch.d——off——将off改成on即可。

tk-705/805按住“aux”＋“d/a”，开电源，进入编程；一、用信道选择钮，改变频率，按住“aux”，转动信道选择钮，调整“兆”位频率；二、先编接收频率，用手咪上的ptt键确认，然后编发射频率，（含编解码选项）；三、依次编完所要编入的信道，关机结束编程。

四、附：1、按住“喇叭符号”+“aux”，开电源，进入菜单编程；2、按住“aux”+“scan”+“d/a”，开电源，清除记忆。

tk-708/808按住“call”，开电源，进入编频；1、用信道选择钮，改变频率，按住“ctcss”，转动信道选择钮，调整“兆”位频率；2、先编接收频率，用手咪上的ptt键确认，然后编发射频率；3、依次编完所要编入的信道，关机结束编程；4、（1）按住“sel”，开电源，进入菜单编程；（2）按住“喇叭符号/ ”，开电源，清除记忆。

tk-768/868按住a键同时打开电源，进入初试模式，prog---sel；1、按住mon键，进入功能设定模式，即显示ch1；2、按住ch▽键显示接收的频率，调好需要的接收频点，（用vol△▽键调好前三位数，用scn或d/a键调好后三位数）按ch▽一次显示off再按一次显示……按ch△便显示发射频率，用同样的方法调入发射频率，第一信道的频率就已输入；3、如要清除不需要信道：按住a键打开电源，按住ch▽直到显示不需要信道的频率，再按ch△消除成……。

INSTALLATION GUIDENI PXIe-8100This document contains information about installing your NI PXIe-8100controller in a PXI Express chassis. For complete configuration andtroubleshooting information (including information about BIOS setup,adding RAM, and so on), see the NI PXIe-8100 User Manual. The manualis in PDF format on the documentation CD included with your controllerand on the National Instruments Web site, /manuals. Installing the NI PXIe-8100This section contains general installation instructions for theNI PXIe-8100. Consult your PXI Express chassis user manual for specificinstructions and warnings.1.Plug in your chassis before installing the NI PXIe-8100. The powercord grounds the chassis and protects it from electrical damage whileyou install the module.Caution To protect both yourself and the chassis from electrical hazards, leave the chassispowered off until you finish installing the NI PXIe-8100 module.2.Remove any filler panels blocking access to the system controller slot(Slot 1) in the chassis.3.Touch the metal part of the case to discharge any static electricity thatmight be on your clothes or body.NI PXIe-8100 Installation Guide 4.Remove the protective plastic covers from the four bracket-retainingscrews as shown in Figure 1.Figure 1. Removing Protective Screw Caps5.Make sure the injector/ejector handle is in its downward position.Align the NI PXIe-8100 with the card guides on the top and bottomof the system controller slot.CautionDo not raise the injector/ejector handle as you insert the NI PXIe-8100. Themodule will not insert properly unless the handle is in its downward position so thatit does not interfere with the injector rail on the chassis.6.Hold the handle as you slowly slide the module into the chassis until the handle catches on the injector/ejector rail.7.Raise the injector/ejector handle until the module firmly seatsinto the backplane receptacle connectors. The front panel of theNI PXIe-8100 should be even with the front panel of the chassis.8.Tighten the four bracket-retaining screws on the top and bottom of thefront panel to secure the NI PXIe-8100 to the chassis.9.Check the installation.1Protective Screw Cap (4X)© National Instruments Corporation 3NI PXIe-8100 Installation Guide 10.Connect the keyboard and mouse to the appropriate connectors. If youare using a PS/2 keyboard and a PS/2 mouse, a Y-splitter adapter isavailable to connect both to a single USB connector. NationalInstruments offers a Y-splitter adapter cable, part number 778713-02,available through the online catalog at /products .11.Connect the VGA monitor video cable to the VGA connector.12.Connect devices to ports as required by your system configuration.13.Power on the chassis.14.Verify that the controller boots. If the controller does not boot, referto the What if the NI PXIe-8100 Does Not Boot? section of this guide.Figure 2 shows an NI PXIe-8100 installed in the system controller slot of aNational Instruments NI PXIe-1062Q chassis.Figure 2. NI PXIe-8100 Controller Installed in a PXI Express ChassisHow to Remove the Controller from the PXI Express ChassisThe NI PXIe-8100 controller is designed for easy handling. To remove theunit from the PXI Express chassis, complete the following steps.1.Power off the chassis.2.Unscrew the four bracket-retaining screws in the front panel.3.Press the injector/ejector handle down.4.Slide the unit out of the chassis.1NI PXIe-1062Q Chassis 2NI PXIe-8100 Controller 3Injector/Ejector RailWhat if the NI PXIe-8100 Does Not Boot?Several problems can cause a controller not to boot. Here are some thingsto look for and possible solutions.Things to Notice•Which LEDs come on? The PWROK/FAULT LED should stay litgreen. The Drive LED should blink during boot as the disk isaccessed.•What appears on the display? Does it hang at some particular point(BIOS, Operating System, and so on)? If nothing appears on thescreen, try a different monitor. Does your monitor work with adifferent PC? If it hangs, note the last screen output that you saw forreference when consulting National Instruments technical support.•What has changed about the system? Did you recently move thesystem? Was there electrical storm activity? Did you recently adda new module, memory chip, or piece of software?•Refer to your chassis user manual for additional troubleshooting steps.Things to Try•Make sure the chassis is plugged in to a working power source.•Check any fuses or circuit breakers in the chassis or other powersupply (possibly a UPS).•Make sure the controller module is firmly seated in the chassis.•Remove all other modules from the chassis.•Remove any nonessential cables or devices.•Try the controller in a different chassis.•Try a similar controller in this same chassis.•Clear the CMOS. (Refer to the System CMOS section of NI PXIe-8100User Manual.)•Make sure the RAM is properly seated.For more troubleshooting information, refer to the NI PXIe-8100 UserManual. The manual is in PDF format on the recovery CD includedwith your controller and on the National Instruments Web site,/manuals.LabVIEW, National Instruments, NI, , the National Instruments corporate logo, and the Eaglelogo are trademarks of National Instruments Corporation. Refer to the Trademark Information at/trademarks for other National Instruments trademarks. Other product and companynames mentioned herein are trademarks or trade names of their respective companies. For patentscovering National Instruments products/technology, refer to the appropriate location: Help»Patentsin your software, the patents.txt file on your media, or the National Instruments Patent Noticeat /patents. Refer to the Export Compliance Information at /legal/export-compliance for the National Instruments global trade compliance policy and how toobtain relevant HTS codes, ECCNs, and other import/export data.© 2011 National Instruments Corporation. All rights reserved.373391A-01Jun11。

P/N: 1802081000012UC-8100 Series Quick Installation GuideVersion 3.0, January 2019OverviewThe UC-8100 computing platform is designed for embedded data acquisition applications. The computer comes with one or two RS-232/422/485 serial ports and dual 10/100 Mbps Ethernet LAN ports, as well as a Mini PCIe socket to support cellular modules. These versatile communication capabilities let users efficiently adapt the UC-8100 to a variety of complex communication solutions.Package ChecklistBefore installing the UC-8100, verify that the package contains the following items: • UC-8100 embedded computer • Console cable • Power jack• 3-pin terminal block for power (preinstalled on UC-8100) •5-pin terminal block for UART x 2 (preinstalled on UC-8100)NOTE: Notify your sales representative if any of the above items are missing or damaged.UC-8100 Panel LayoutThe following figures show the panel layouts of the UC-8100. Top and Bottom ViewTopBottomFront ViewLED Indicators LED NameColor FunctionUSB Green Steady On USB device is connectedand working normallyOff USB device is notconnected.SD Green Steady On SD Card inserted andworking normallyOff SD card is not detectedPower GreenPower is on and the computer isworking normally.Off Power is off.LAN1/2 (On RJ45 connector )Green Steady On 100 Mbps Ethernet linkBlinking Data transmittingYellow Steady On 10 Mbps Ethernet linkBlinking Data transmittingOff Ethernet is not connectedWireless Signal Strength GreenYellow Red Number of glowing LEDs indicates signal strength 3 (Green + Yellow + Red): Excellent2 (Yellow + Red): Good 1 (Red): PoorOff Wireless module is not detectedDiagnosis Program-mable Green Yellow Red Refer Chapter 3 in the Hardware Manual for details. These 3 LEDs are programmable; referto Chapter 5 in the Hardware Manual for details.Installing the UC-8100There are two sliders on the back of the unit for DIN rail and wall mounting.Mounting on a DIN RailPull out the bottom slider, latch the unit onto the DIN rail, and push the slider back in.Mounting on a Wallsliders and align the screws accordingly.optional wall mounting kit. Attach two mounting brackets on the side panel of the computer, and fasten with screws. Install the computer on a wall or cabinet by fastening two screws for each bracket.Connector DescriptionPower ConnectorConnect the “terminal block to power jack converter” (in thepackage) to the UC-8100’s DC terminal block (located on the top panel), and then connect the power adapter. It takes about 30 seconds for the system to boot up. Once the system is ready, the Ready LED will light up./supportThe Americas: +1-714-528-6777 (toll-free: 1-888-669-2872)Europe: +49-89-3 70 03 99-0 Asia-Pacific: +886-2-8919-1230China: +86-21-5258-9955 (toll-free: 800-820-5036)India: +91-80-4172-90882019 Moxa Inc. All rights reserved.Grounding the UC-8100Grounding and wire routing help limit the effects of noise due to electromagnetic interference (EMI).SG: The Shielded Ground (sometimescalled Protected Ground) contact is the top contact of the 3-pin power terminal block connector whenviewed from the angle shown here. Connect the SG wire to anappropriate grounded metal surface.Ethernet PortsThe two 10/100 Mbps Ethernet ports (LAN 1 and LAN 2) use RJ45 connectors.Pin Signal 1 ETx+ 2 ETx- 3 ERx+ 6ERx-Serial PortsThe two serial ports (P1 and P2) use terminal connectors. Each port can be configured by software for RS-232, RS-422, or RS-485. The pin assignments for the ports are shown in the following table: Pin RS-232 RS-422 RS-485 1 TXD TXD+ --- 2 RXD TXD- --- 3 RTS RXD+ D+ 4 CTS RXD- D- 5GNDGNDGNDSD/SIM Card SocketsThe UC-8100 comes with an SD socket for storage expansion, and a SIM card socket for cellular communication. The SD card/SIM card sockets are located at the lower part on the front panel. To install them, remove the screw and the protection cover to access the sockets, and then plug the SD card or the SIM card into the sockets directly. You will hear “click” when finished. Remember to push in on the SD card or SIM card first if you want to remove them.Console PortThe console port is an RS-232 port that can be connected with a 4-pin pin header cable. You may use this port for debugging or firmware upgrade.Pin Signal 1 TxD 2 RxD 3 NC4GNDUSBThe USB 2.0 port is located at the lower part of the front panel, and supports a USB storage device driver. Real Time ClockThe UC-8100’s real time clock is powered by a non-chargeable battery. We strongly recommend that you do not replace thebattery without help from a qualified Moxa support engineer. If you need to change the battery, contact the Moxa RMA service team.Cellular ModuleThe UC-8100 comes with a PCIe socket inside for wireless communication. Follow these steps:1. Remove the screws on the side panel, and take off the cover.2.Find the location of the PCIe socket. Insert the cellular moduleinto the socket. Fasten the socket with screws.3.Next you need to install the antenna cable. There are twoantenna connectors on the cellular module. Connect the cableonto either connector.4. Install the other end of the cable onto the connector on thefront panel of the UC-8100. Remove the black plastic cover first.5. Install the connector, place the locker washer first, and theninsert the nut. Connect the antenna onto the connector.Connecting the UC-8100 to a PCA.Through the serial console port with the following settings: Baudrate=115200 bps , Parity=None , Data bits=8, Stop bits =1, Flow Control=Noneand login information.Default IP Address NetmaskLAN 1 192.168.3.127 255.255.255.0 LAN 2 192.168.4.127 255.255.255.0Login: moxaPassword: moxa。

Applicability This technical note explains how to configure two TM8100radios for Audio Linking operation either as Back-to-Back orCross-Band Repeater.1.IntroductionWhat is Cross-Band repeating Back to Back or Cross-band repeating provides a relatively inexpensive means for extending the range of a system and to the terminals used.A repeater allows stations to communicate that ordinarily would not be able to do so because of the frequencies used and the distance or terrain between them. This is also the case with back-to-back or cross-band repeating.A cross-band repeater is similar in function to a standard repeater, but for the different frequencies used. Voice signals that one TM8100 receives on its input frequency are automatically retransmitted on the other TM8100’s output frequency.This can provide simplex to simplex linking or repeater to simplex. It can not easily provide repeater to repeater linking as it does not have the repeater tail lockout feature.What is Back-to-Back?Back-to-back literally means having two radio units audio lines connected together. Radio A’s receiver keys radio B’s transmitter and vice versa. A normal back-to back repeater usually uses frequencies within the same band. A Cross-Band back to back repeater uses frequencies in different bands (eg. UHF to VHF)Things to consider If you are unfamiliar with how repeater setups are installed and how they operate, the points below will help guide you in the right direction.-Antenna separation: How far to separate the antennas -Notch Filtering: Is it required?-Tail Time / Delay: Critical for repeater linkingTechnical Note TN-887-AN TM8100 Cross-Band Operation28thJune 2004TN-887-AN Page 1 of 628 June 2004TN-887-AN Page 2 of 628 June 20042.InstructionsConfigure the Cross-Band interconnect cable as indicated inthe diagram below.Configuring the Cross-Band Interconnect CableFor voice applications the value of Cc should be at least100ηF.For high-speed (base band) data applications then therecommended value for Cc is 4.7µF. The capacitor needs tobe non-polarised.The simplest way to create a 600-Ohm resister is by usingtwo 1k2Ω resistors in parallel.The resistor and capacitor can be mounted inside each DB-15 plug.3.Radio Programming RequirementsInstructions After defining the Tx / Rx parameters, the settings below need to be programmed into both radios to enable cross-band operation.PTT: External PTT 1PTT Transmission Type = Voice.PTT Priority = Highest (PTT or EPTT(2) priority may need changing)Audio Source = Audio Tap In.TN-887-AN Page 3 of 628 June 2004TN-887-AN Page 4 of 628 June 2004Programmable I/O = Digital I/O Settings AUX_GPI04AUX_GPI05DirectionOutput Input LabelBusy / Rx Gate PTT ActionSignalling Audio Mute Status External PTT 1ActiveActive High Active High DebounceNONE 10Signal StateMomentary None Mirrored ToNone NoneProgramminginstructions(cont)TN-887-AN Page 5 of 628 June 2004Audio I/O Settings Rx/PTT TypeRX EPTT1Tap inNoneT5Tap in TypeA - Bypass In A - Bypass In Tap in UnmuteOn PTT On PTT Tap OutR7None Tap Out TypeD – Split C - Bypass Out Tap OutUnmuteBusy Detect +Subaudible On PTTProgrammingInstructions(cont)Cross-BandOperationTesting 1. Inject into the receiving radio an on-channel RF signal of –70dBm with a 1 kHz tone and the deviation set to either 3 kHz Wide Band or 1.5 kHz Narrow Band.2. The transmit deviation on the other radio should be3 kHz (+/- 200Hz) Wide Band or 1.5 kHz (+/- 200 Hz) NarrowBand.Compliance Issues If the link is a fixed site, RF compliance may need to beobtained and / or monies to be paid to regulatory bodies. CSO Instruction Please pass this information onto the field supporttechnicians, technical support engineers and appropriatedealers.3.Issuing AuthorityName and Position of Issuing Officer Barry CratesTechnical Support Team Leader - TerminalsConfidentiality Confidential – This message or document containsproprietary information intended only for the person(s) ororganisation(s) to whom it is addressed. All Recipients arelegally obliged to not disclose Tait technological or businessinformation to any persons or organisations without thewritten permission of Tait.Distribution Level Tait Only, Accredited Service Centre System Integrator,Accredited Service Centre and System Integrator Document History Original Release - TN-NSC078 January 2004BPModified to TEL TN format forpublishing to global audience.28 June 2004BLCTN-887-AN Page 6 of 628 June 2004。

Casio TK-2200 user and programming ManualCasio TK-2200User and Programming manualNotes:Front page missingAll other pages availableQuality: MediumLarge water stain at the bottom of each pageAll pages checked and readableTable of contents below\Intr oductionongratulations on your selection of the CASIO TK-2200 electronic cash register. This ECR is theproduct ot the world's most advanced e l ectronic technology, for outstanding versatility and rehability.The TK-2200 is pro grammed at the factory with the m ost standard operating features and functionsYour local business requirements, however, may call for other functions or a totally differentkeyboard l ayout.ThiS manuai explains the different functions avallable, as well as the procedures that you can use totailor the cash register to specific needs. Programming is simplified through the use of worksheetsfor eac h function, and step-by-step flow charts that walk you through each procedure.• Be s u r e to perfor m the machine Initia lizatIOn operation prior to operating the TK-2200 for the first• Some options may not be available in certain geographic areas.The worksheets inc l uded in this manual for pROGRAM 3, PROGRAM 2, and PROGRAM 1 help tomake your programming s i m ple and accurate. We recommend 1hat you fill out the pertinent work­sheet before attempting actual programming.1. Carefully read each def in i ti on and specify a selectio n.Each definition /s followed by a Specification column which contains numeflc values (usually to indicate asimple Y ES or NO answer). Determine the correct value according to your needs and enier it In the Selec­tion co l umn to the nght.2. Total each set of selections to calculate each program code digitThree selections (a, b, c) make up a set. Add up each set of select ions and fill in the totals'Cod e colum n for data rtems 0'0 through 0,.3. Program t h e feature or function.Be sure that you have f illed In al/ of the selections and program codewor/(sheet. and foll ow the procedure noted for the feature or function you 8re progt:amn'tmg.This is a “Table of Contents preview” for quality assuranceThe full manual can be found at /estore/catalog/ We also offer free downloads, a free keyboard layout designer, cable diagrams, free help andsupport. : the biggest supplier of cash register and scale manuals on the net。

LI-8100操作步骤一、硬件连接1、电缆与气路连接2、连接电池3、插入压缩闪存卡和无线卡4、连接辅助传感器接口5、连接外接传感器6、安装Soil Collars二、开机当按ON/OFF按钮启动LI-8100。

开机后约需要10分钟。

三、使用PDA进行测量连接PDA与LI-8100主机1、按PDA上Menu按钮，回到主界面；2、找到LI-8100的图标，点击进入；3、点击Connect by TCPIP4、点击OK；5、PDA将试图连接LI-8100；连接成功后，PDA将显示仪器的状态，并不断更新；操作设置用手写笔点击Instrument Status栏，将显示软件的全部菜单SetupMeasurement Protocol和Area Volumes and Flow Rate的设定依据实验要求而定Output中可以设定需要记录的数据及记录间隔。

选择TCPIP指无线网卡输出的数据按Select，进入Configure RS232 Output，选择输出参数，CRC表示对数据进行冗余校验，Strip表示消隐对数据的解释，Type1表示记录原始数据，以便于软件中对Dead Band进行重新计算；Destination选择LI-8100存储数据在内部存储器或CF卡，按send返回辅助传感器设置8100菜单中提供了仪器设置和辅助传感器输入设置的功能Start Measurement，给记录文件起个文件名，并输入Chamber Offset值，然后点击Start，仪器将开始观测。

注意：LI-8100中的数据，无论是存储在内部存储器上还是CF卡上，均不能下载到PDA中！ViewView菜单中能显示仪器的状态、当前观测的结果及本次实验的概况五、数据传输从LI-8100控制器分析主机中拔出CF卡，插入电脑卡槽中，读取数据。

六、数据分析双击桌面上File Viewer的图标，运行该程序；打开一个LI-8100的记录文件；软件界面上将显示出该记录文件中所有观测的概述；点击工具栏中的Add Chart图标，可以以当前记录文件作图；上图中三条斜线所显示的是Cdry ( dilution corrected CO2 concentration )对时间的变化趋势，右边的坐标轴显示了IVFlux值，在图中以散点显示；双击该图形，将弹出图形属性对话框；钩掉右坐标轴，再将横轴定义为Etime；得到的图形就成了Cdry对相对时间（以Chamber关闭时为原点）的变化趋势。

LI-8100操作手册一、硬件介绍LI-8100系统包括以下内容：分析器控制单元分析控制单元是内含LI-8100电子设备和红外气体分析仪的黄色箱子，还包括键区、6400-03充电电池支架、可插拔无线网卡和闪存卡。

控制单元左边装有一个辅助传感器接口，也是连接土壤吸室和RS-232数据电缆的终端。

辅助传感器接口辅助传感器接口附着在分析器控制单元的旁边(右边)，容许连接选择的传感器，外接电源。

辅助传感器接口将在第二节Initial Setup详细说明。

串行电缆接口串行电缆接口是一根42’’电缆，一端带有圆形接头，与分析器控制单元左边的RS-232端口匹配，另一端为9针male接头，可与RS-232串行电缆连接。

标准RS-232电缆标准RS-232电缆是两端带有9针接头的DTE对DTE电缆，一端与串行接口电缆匹配，另一端与电脑的9针串行端口连接。

压缩闪存卡随机配备的压缩闪存卡为Ⅰ型工业级存储卡，适于高温下使用的，带有适配器。

市场上的其他卡LI-8100也能兼容，但不能保证高温下稳定。

LI-8100也可使用Ⅱ型压缩闪存卡，但需要适合的适配器。

注意: Ⅱ型压缩闪存卡稍厚于Ⅰ型卡，且当插入无线网卡后适配器，从控制器分析单元取出更困难。

背带配件把背带装上分析器控制单元，仪器可以背着。

软件CD软件CD包括LI-8100 Windows® 软件和Palm® OS 界面软件，LI-8100分析软件(File Viewer) ，pdf格式的仪器手册、数据分析手册和Palm/LI-8100配置手册。

注意: LI-8100仪器软件(内含)可在LI-COR的网址下载。

.长期室(LI-8100L, LI-8100C)包括气室，8" Soil collars (p/n 8100-611)和替换垫圈配件包(p/n 8100-612)。

调查室(LI-8100S, LI-8100C)包括气室，6个4" Soil collars (p/n 8100-621)，替换垫圈配件包(p/n 8100-622)，替换圆形垫圈(p/n 8100-623)和8100-201土壤温度探头。