OPTIFLECF简易操作手册
优湛Filter系列商品使用说明书
www.graf-online.de Contents:1. General advicePage 22. Installation conditions Page 2 3. Technical specsPage 3 4. AssemblyPage 4 5. InstallationPage 5 6. AccessoryPage 6 7. Maintenance Page 6 Otto GRAF GMBH, Carl-Zeiss-Straße 2-6, 79331 Teningen – Tel.: 0049/(0)7641/589-0, Fax: 0049/(0)7641/589-50 – www.graf-online.de ,GRAF SA - 45, route d'Ernolsheim, F- 67120 Dachstein-Gare – Tel.: 0033/388497310, Fax: 0033/388493280 – www.graf.frPlease read and follow all instructions provided by this manual. In case of non-compliance, any warranty claim is void. For every accessory supplied byGRAF you will receive separate installation instructions which will be enclosed inthe transport packaging.Any missing instructions have to be requested immediately.Previous to installation and mounting, it is necessary to test all components fo r possible damages.1.1 SafetyFor all work performed, please observe the relevant domestic rules for accident prevention.Furthermore all relevant rules and norms should be observed during installation, assembly, maintenance and repairing. Please find relating advice in the respective chapters of this instruction manual.The installation of this rainwater harvesting system and its different components should be performed in a professional manner and according to the enclosed instruction manual.For all workings on the system and its components respectively the whole system has to be stopped and protected against unauthorized resetting.GRAF offers a wide range of accessories which are all matched to each other and which can be extended to complete systems. The use of other accessories may lead to dysfunctions and the suspension of the liability for resulting damages.1.2 Marking responsibilityThe processed water is not suitable for consumption and for body hygiene.All plumbing and tappings of process water must be marked with non-potable water stickers, writing or by illustrations according to the relevant domestic rules, in order to avoid the wrong connection with the drinking water pipework even after years of use. Improper use may even arise with correct marking, e.g. by children. Therefore all process water tappings should be installed with child-safe valves.2.1 Optimax-Pro Filter internal-The Optimax-Pro Filter is suitable for installation in a manhole or underground tank.-The difference between inflow and outflow is 6.5”.-The filter is suitable for roof areas up to 3,750 ft².-The mesh width of the sieve insert is 0.35 mm.Dimensions:Transparent coverStainless Steel Filter InsertSupport for optional Opticlean sprayheadFilter body 5.1OverviewComponents:5.2 Installation of inflow pipe and overflow siphonCarat 2700 L 3750 L 4800 L 6500 L 7500 L 9800 L 13000 L[L] 1330 mm 1550 mm1800 mm2050 mm1550 mm1800 mm 2050 mm5.4 Insert the filter into the tankInsert the filter, fitted with the downpipe and the calming inlet, into the tank. Insert the overflow from top into the siphon and fix the filter inflow with the spannfix collar (contained in filter package 3).Depending on the amount and type of debris, the filter sieve may need to be cleaned up to several times a year. Remove the transparent cover from the filter body. The sieve and the cover is one unit which removes easily. The optional Opticlean sprayhead can minimize oreliminate the need for manual cleaning. 6. AccessoryHandle XL for Optimax – Pro FilterItem-No. 330220 7. Maintenance20”。
福禄克FLuke OptiFiber_Pro用户操作说明OFP-100-Q
警告
为了避免引起火灾、触电、人身伤害或设备损坏或测试结果 不准确，请先阅读 《OptiFiber Pro用户手册》中的安全信 息，然后再使用测试仪。
PN 4095544 (Simplified Chinese) January 2012, Rev. 2 5/13
©2012-2013 Fluke Corporation. Printed in USA. All product names are trademarks of their respective companies.
GUY26.EPS
图 5.OTDR结果屏幕示例
6.
保存结果
6-1 如果通过测试，按保存；如果测试失败，按稍后修复。 6-2 如果电缆ID框显示正确的ID，按保存。 要输入电缆ID，按保存结果屏幕上的电缆ID框，使用键盘输入结 果的名称，按完成，然后按保存。 如果不选择其他项目，测试仪将把结果保存在默认项目中。
测试类型：选择自动OTDR。 前导补偿：如果您将使用前导/末尾线，将此设置为开。 波长：选择测试波长。 光纤类型：在光纤类型屏幕，选择适用的光纤类型。要查看 其他光纤类型组，按一下更多，然后按一个组。 测试限制：为此项作业选择正确的限制。要查看其他限制 组，按更多，然后按组名。
2-4 要保存设置，在测试设置屏幕上按保存。
连接器、按键和LED
B C D E
A N
M L K J I
F G H
GPU06.EPS
图 1.连接器、按键和LED
带触摸屏的LCD显示屏。 单模OTDR端口，带SC可互换适配器和护盖。当端口发出一个光
学信号时，端口前部的LED亮起。
带SC可互换适配器和护盖的多模OTDR端口。当端口发出一个光
金宝Fle床旁血滤操作流程
金宝F l e床旁血滤操作流程Coca-cola standardization office【ZZ5AB-ZZSYT-ZZ2C-ZZ682T-ZZT18】Flex血滤机持续血液滤过（CVVH）操作指南责任人：常建英【操作常规】预充流程：1.治疗信息确认开通确认开通相关配套后点“新病人”2.输入病人信息编号、体重3.选择治疗点“CVVH”4.安装配套装好相应部件后点“安装”确认后点“继续”（也可手动选择配套）5.准备和连接溶液选择“预充”6.预充请等待7.预充完成点“预充测试”8.预充测试通过调节静脉壶后点“继续”9.治疗设定设置完成后，点“确认”10.设置流速设置完成后点“确认”确认处方后点“继续”11.连接病人动、静脉端连接病人，废液端连接废液袋打开需要使用的管路夹子，点“开始”下机流程：1.确认治疗已完成，在治疗状态界面点“停止”，点“结束治疗”，点“回血”2.回血设置“血流速”并确认连接好管路后，长按“手动回血”启动血泵，回血完成后，点“继续”3.人机分离断开病人静脉端并封管，夹闭所有管路夹后，点“卸装”4.确认卸装确认已经人机分离后，点“卸装”5.治疗结束【注意事项】未安装配套之前，磅秤不可挂任何东西，更换任何液袋都要先将磅秤拉出2.随时注意静脉壶液面是否维持在正常位置，如果需要冲洗管路，应严格预防空气进入管路3.警报发生时请勿直接按“断连接”键4.警报无法排除时，请回血后才寻求协助，防止配套凝血5.若无法由机器自动回血，请改手动回血6.手动回血4步骤：1）关掉机器左侧的I/O开关；2）将静脉管路拉出静脉夹；3）将动脉管路接生理盐水；4）用工具顺时针转动血泵回血。
（注意：手动回血过程中，机器的病人保护警报不工作，请操作者留意血路中是否有空气或血栓）。
【维护保养】1.操作完毕，整理用物。
500mg/L含氯消毒剂擦拭机身。
处理完毕后，备用。
2.仪器负责人定期清洁检查仪器，有记录Prismaflex 操作指引（简易）开始治疗操作步骤开机准备消耗品自检自检通过这时屏幕为状态版面结束治疗操作步骤在状态版面分离动脉端并连接生理盐水关机。
IQFLEX使用规范
五、IQdebug使用
1、软件安装
• 双击IQflex BG only A，运行installer.bat
• 出现如上图所示对话框，点选Finish
• 等待安装完成出现上图所示，点击close
• 出现下图所示，点击NEXT
• 出现下图所示，点击点选“I accept ”后点击“next ”
七、常见故障及处理
• 测试过程出现IQ无法初始化 对策：检查IQ是否通电，启动是否正常，网线连接是否正确，能否PING通IP地址 • 确认IQ启动正常，无法PING通IQ 对策：确认网线连接是否正确，连接电脑网卡IP是否为192.168.100.X（除254 外），另确认网卡是否OK • IQ启动异常，常亮红灯 对策：分析可能为IQ保存设置电池长期使用，电量用尽，可将外设（键盘、鼠标、 显示器）接上，确认是否为此原因，是则更改COMS设置使其正常启动，有必 要通知厂商更换电池。若排除此原因，须联系厂商前来处理 • 校准线材时发现IQ偏差过大 对策：首先确认线材是否OK（进行交叉测试），若确认线材OK，使用IQdiagnostics
• 出现下图所示，点击NEXT
• 出现下图所示，点击Install
• 出现下图所示，等待自动安装
• 出现下图所示，点击Finish,完成安装
2、IQdebug校验线材
• 点击开始-程序-IQflex Applications 1.2.6.b-iqdebug.exe运行IQdebug,出现如下图所示
2、校准工具
校准接头
校准线
3、软件运用
• 点击开始—程序—IQdiagnostics，运行IQdiagnostics。
•
出现如上图所示，输入IQ IP地址（192.168.100.254）并点选Verify
伯乐 cf 操作指南
开启仪器
仪器自检后，开启软件。
开启或关闭Lid
新建实验，开启 数据进行分析等
Protocol-实验反应程序设置
从Express Load下拉菜单直接加载所需程序。 主要分为2步法-2stepAmp及3步法-3stepAmp。 带有+Melt为SYBR等染料法使用的。 带有Gradient的为温度梯度预设程序。
编辑Plate
样品放置 位置
选择正确的荧 光信号名称
设置样品 类型
加载荧光信 号名称，输 入基因名字
输入样品处 理信息
设置平行重复
设置标准品 的起始浓度
设置相对 定量信息
编辑Plate
确定内参基因
确定样品处理组对照
实验结果分析-标准曲线
在Quantification下可查看扩增曲线，标准曲线 鼠标右击图片区域可Copy或保存为图片格式。
基因分型 散点图
基因分型 Data
Protoc改sample volume。 根据预混液条件更改预变性温度、时间及延伸时间。
Plate设置
在Express Loading下拉菜单中直接加载全板扫描 Quick Plate_96_wells_SYBR Only适用于一个反应管中仅有SYBR或FAM探针 Quick Plate_96_wells_All Channels适用于一个反应管中含有多条探针
在Melt Curve Data下查看Tm值。鼠标右击可将数据输出到Excel表。
实验结果分析-相对定量
在Gene Expreesion里查看相对定量结果 鼠标右击相对定量数据区域可将数据输出至Excel表
2-ΔΔCt
相对定量 柱形图
相对定量 数据
实验结果分析-基因分型
OptimaICP光谱仪操作规程-详细方法建立
Optima ICP 光谱仪操作规程- 详细方法建立Optima ICP 光谱仪操作规程一、准备1、开机1.1检查实验室温度湿度，若有需要，打开空调。
1.2检查并保证有足够的氩气用于连续工作。
1.3确认废液桶有足够的空间用于容纳废液。
1.4 打开氩气并调节出口压力在0.6 —0.8Mpa 之间。
1.5 （如果有的话）打开稳压器电源，一分钟后将主机右侧电源开关置于ONI犬态。
1.6检查循环冷却水的水位，不能低于最低指示刻线，通常液面位于指示刻度的1/2 处。
如果正常，打开其电源开关。
1.7将空气压缩机电源接通。
1.8打开电脑、显示器和打印机，启动WinLab32软件。
2、进入软件2.1双击桌面打开Win Lab32软件图标，进入软件控制界面二、分析1 建立方法文件—新建—方法，打开方法模板，如下图:点击页面右上角的“确定”，会进入模板页面，如下图「f a1L 」点击“元素周期表”按钮，打开元素周期表双击元素符号即可选择该元素的最强谱线，如果需要选择元素的其他波长，请先单击该元素，之后从“波长“中选择其他波长。
元素选定后关闭“元素周期表”。
点击方法编辑器上面的“设置”，进入设置页面：在“设置”页面中，可以重复次数，一般设定为1,3 其余的参数使用仪器默认即可。
点击“取样器”，进入取样器设定页面在“取样器”页面中，如果没有特殊的要求，可以完全使用默认的参数点击“校准”进入校准页面：在“校准”页面按照自己准备的空白以及标准的数量分别给定空白以及标准的位置。
（注意：对于没有自动进样器的用户，这个位置是虚拟的，只要不重复即可）。
在上图中是1个标准空白，3个标准样品，1个试剂空白。
点击“标准单位和浓度”，进入下图：分别输入校准标样1、2、3的浓度，在这里，浓度分别是1、2、3.并且选择校准单位，在这里我选择的单位是毫克/升」「「厅就奇1=J■：Tf«la 如.ifen点击“方程及式样单位”，进入下图在图中标记的空白处给定方法的名称，之后点击“确定” 一个标准的方法。
AFL FOCIS Flex NW无线光纤测量系统说明书
•Optical network installation, troubleshooting and maintenance•Inspect MPO/MTP multi-fiber connectors•Assure critical fiber infrastructure performs properly•Keep fiber connections working at optimal performance levels•Verify proper connector cleaning practices are being usedThe FOCIS Flex NW addresses the need of network maintenance contractors operatingin secure environments, where devices emitting radio frequency (RF) communicationsignals are prohibited, such as government and defense facilities and restricted privateenterprise network facilities. The FOCIS Flex NW removes, in both hardware and software,Bluetooth and WiFi communications transceiver functions. It includes internal storage for10,000 ferrule end-face images and pass/fail results, as well as a USB mass storage deviceinterface, so that inspection results can be transferred at the end of the workday.Pass/fail results in seconds: With the press of a single button, FOCIS Flex NW auto-focuses, captures and centers the end-face image, applies pass/fail rules, and displays image and pass/fail results. All in a matter of seconds!Independent, untethered operation: With rechargeable battery supply and integrated display, FOCIS Flex NW can be used independently – without requiring an external OTDR or display unit.Save results internally or externally: FOCIS Flex NW internally stores thousands of results using file-naming capabilities similar to FlexScan and FlexTester OTDRs. A micro-USB port supports fast upload of internally stored results to PC, and ensures your FOCIS Flex NW software can be updated to the latest features and supported languages.Wide range of adapter tips: Interchangeable adapter tips support connector inspection for a wide range of both single-fiber and multi-fiber patchcords and bulkhead-mounted connectors having either PC or APC polished end-faces.FOCIS Flex NW is available in standalone kit configurations including soft carry case/holster and user-selected adapter tips.FOCIS Flex – No WirelessFiber Optic Connector Inspection SystemSpecifications aOPTICAL PERFORMANCEField of View (viewed on FOCIS Flex)Live: 710 x 860 µm;Captured, Zoomed Out: 560 x 600 µm;Captured, Partially Zoomed In: 360 x 390 µm;Captured, Fully Zoomed In: 180 x 195 µmField of View (Viewed on a PC)Stored, Zoomed Out: 700 x 525 µm;Stored, Fully Zoomed In: 240 x 180 µmManual Detection Capability 1 µmAnalysis Resolution 1.5 µmCaptured Image Size (Pixels)648 x 480 VGA; Images stored internally in three .JPG files, one at each FOV OPERATING FEATURESFocus Auto-focus and manual focusCentering Auto-centering after capturePass/Fail Analysis IEC 61300-3-35 (2015), IPC and user-defined criteriaImage Capture and File Storage Capacity10,000 filesFile Format (Image and Pass/Fail Results)jpg, gifUSB Characteristics USB 1.1 mass storage deviceSupported Languages English, French, German, Japanese, Spanish, Polish, Russian PHYSICAL AND POWER CHARACTERISTICSDisplay size, type, resolution 2.4", TFT, 240 x 320 with brightness controlBattery Type NiMH, user replaceableBattery Operating Time (typical)8 hours (60 tests in 20 minutes each hour; auto-off enabled) Recharge Time<4.5 hoursPower Save Features Auto-off (disabled, 2, 5, 10 minutes)AC Charger voltage, frequency, current100-240 V, 50/60 Hz, 5VDC, 2ASize47 x 37 x 183 mm (1.8 x 1.5 x 7.2 in)Weight240 g (0.5 lb)ENVIRONMENTAL CHARACTERISTICSOperating Temperature0 to +50 °CStorage Temperature-40 to +70 °CRelative Humidity95%, non-condensingTransit and shock2G vibration, 30G shockNotes:a. All specifications valid at 23°C ±2°C (73.4°F ±3.6°F).FOCIS Flex – No WirelessFiber Optic Connector Inspection SystemInternational Sales and Service Contact InformationAvailable at /Test/ContactsDESCRIPTIONAFL NO.SC-UPC bulkhead adapter tip FFLX-01-SC FC-UPC bulkhead adapter tip FFLX-01-FC ST-UPC bulkhead adapter tip FFLX-01-ST LC-UPC bulkhead adapter tipFFLX-01-LC Universal 2.5 mm, UPC ferrule adapter tip FFLX-01-U25Universal 1.25 mm, UPC ferrule adapter tip FFLX-01-U125SC-APC bulkhead adapter tip FFLX-01-ASC FC-APC bulkhead adapter tip FFLX-01-AFC LC-APC bulkhead adapter tipFFLX-01-ALC Universal 2.5 mm, APC ferrule adapter tip FFLX-01-A25Universal 1.25 mm, APC ferrule adapter tipFFLX-01-A125FOCIS Flex adapter extension tube, straight, 46 mm FFLX-01-EXTS46FOCIS Flex adapter extension tube, straight, 80 mm:FFLX-01-EXTS80E2000 PC/UPC bulkhead adapter tip DFS1-00-0023MR E2000 APC bulkhead adapter tipDFS1-01-0008MR Tip for SC/APC (OptiTap ®) bulkhead adapterDFS1-01-0007MR Tip for OptiTip ® APC ferrule and bulkhead adapterDFS1-01-0013MR Multi-row MTP/PC ferrule & bulkhead adapter extended tip kit (base plus multi-row MTP/PC front end tip)DFS1-00-0050MR MTP/PC ferrule & bulkhead adapter extended tip kit (base plus MTP/PC front end tip)DFS1-00-0037MR MTP/PC and MTP/APC ferrule & bulkhead adapter extended tip kit (base,MTP/PC, MTP/APC front end tips)DFS1-00-0042MR MTP/APC ferrule and bulkhead adapter extended tip kit (base plus MTP/APC front end tip)DFS1-01-0010MRFOCIS Flex Adapter Tips (Contact AFL for adapter tips for other connector types)AF L Te s t & I n s p e c t i o nOrdering InformationDESCRIPTIONAFL NO.FOCIS Flex Kit, soft carry case / holster, USB cable, AC charger, TRM 2.0 reporting software, reference guide, no tips, no BT or WiFi wireless functionalityFOCIS-FLX-NW-P4XN FOCIS Flex Kit, soft carry case / holster, USB cable, AC charger, TRM 2.0 reporting software, reference guide, 2 user-selected UPC adapter tips (ferrule and bulkhead), user-selected One-Click cleaner, no BT or WiFi wireless functionalityFOCIS-FLX-NW-P4XU FOCIS Flex Kit, soft carry case / holster, USB cable, AC charger, TRM 2.0 reporting software, reference guide, 2 user-selected APC adapter tips (ferrule and bulkhead), user-selected One-Click cleaner, no BT or WiFi wireless functionalityFOCIS-FLX-NW-P4XA。
optigrating基础教程
Optigrating 基础教程By：河边一枝花2017/04/27你需要在电脑上安装个optigrating，我这边安装的是optigrating4.2.2版本的，安装包和安装过程可自行百度，按照教程装好之后就可以使用optigrating了，刚接触这个软件在网上一直找不到入门教程，严重拖慢了学习进度，所以我这里就自己弄了个optigrating的初级入门教程方便大家熟悉这个软件，要想真正掌握还是要靠自己不断摸索练习。
首先，打开optigrating ，就是下面这个样子：自己先熟悉下操作界面，熟悉完了就可以开始最简单的布拉格光栅的设计咯，对于初学者，第一个光栅我们就不设定参数，都采用系统默认的参数。
具体步骤如下：点开File >> New 可以看到这个界面：这里我们选择第一个进行后续操作，点击了第一个单根光纤后可以看到下个界面：这个界面就是后面设定光纤参数，计算光纤，显示的界面了。
在左边项目窗口中点击光纤/波导参数设置按钮。
单光纤设置界面就出来了，我们这里使用默认参数就不用改变里面的参数了，直接点ok关掉该界面即可。
接着在左边项目框中点击mood按钮，访问光纤/波导结构的计算模式列表：在该界面要检查确保Input（幅度）设定为1 ，Phase（相位）设定为0.之后既可以点击Ok保存参数，退出该窗口。
注意：如果您选择使用单光纤模块或单波导模块，您将看到模式对话框中只有一个模式列表。
如果您正在使用其他模块，您将看到对话框中有两个可用的列表。
接下来，继续在左边项目框点击光栅按钮，进入光栅管理器窗口，可以在其中定义每个光栅的参数。
光栅管理器为您提供光栅对象的列表（以及有关这些对象的一些重要信息），并允许您添加，删除或复制光栅或相移。
点击编辑按钮（右上角那个小笔）进入光栅参数设定窗口：在该界面可以设定光栅的众多参数，就不一一介绍了，可以自己熟悉。
这里需要设定参数如下：1：Grating Shape：sine2：Index ：03：Period Chirp ：linear4：Total Chirp ：25：Apodization ：User Defined6：Ind. Mod ：0.00067：Number of Segments : 101在“光栅定义”对话框中，单击启用的“定义”按钮（“锥度参数”选项旁边）在“用户定义的功能”对话框中，从“编辑”窗口（默认情况下已经定义了一个功能）删除所有内容，并写入以下函数：W = 0.7exp(-(2*(x-Length/2)/(Length*w))^4)点击显示按钮，查看定义的新曲线，如下：可以改变w的值，然后点击display 可以查看不同的曲线图。
OPTIX Series 3传输器（TX）用户手册说明书
OPTIX Series 3Transmitter (TX):The OPTIX Series 3 Transmitter has three indicator lights, an available monitor output, and two on-board controls for DC power and gain adjustment.This Monitor Output is a direct loop from the RF Input port for sampling the input signal on a spectrum analyzer or connecting to other equipment. The Monitor Output is not affected by the DC Control or the Gain Adjust.Transmitter (TX):To adjust the settings of the DC Out Control and Gain Adjust, first unscrew the gray removable cap-plugs. These plugs are threaded and may be removed and installed with a Philips head screwdriver. When installing, ensure that the plugs are snug to prevent water/dust ingress, but do not over tighten and distort the rubber o-ring. Adjustments to the user controls are made by turning the 16-position rotary switch to a specific position using a small Philips head screwdriver (Notice the numbered/lettered positions and the arrow in the close-up photos).***Always reinstall the cap-plugs when not adjusting the user controls***DC Out Control:The DC Out Control provides DC Voltage to the RF Input/DC Out port. DC Out Control has 5 possible selections, of which only Positions 0 and 1 are typically used. However, below are the descriptions of the output for all five positions. NOTE: there is no functionality of Positions 5-9 and A-F. Do not adjust the control to these positions.Position 0: the DC Out Indicator Light is off and there is no DC power on the RF Input/DC Output port. (this is the Preset position)Position 1: the DC Out Indicator Light is green and the RF Input/DC Output port receives 12VDC. Position 2: the DC Out Indicator Light flashes green and the RF Input/DC Output port receives 12VDC with a superimposed 22kHz signal.Position 3: the DC Out Indicator Light is orange and the RF Input/DC Output port receives 11VDC. Position 4: the DC Out Indicator Light flashes orange and the RF Input/DC Output port receives 11VDC with a superimposed 22kHz signal.Position 2, 3, and 4 are not typically used. At all other positions (5 through F) there is no DC power at the RF Input port and the DC Out Indicator Light is off.Gain Adjust:The Gain Adjust control has 16 possible settings including an Automatic Gain Control (AGC) mode. The AGC is active at Position 0. It increases or decreases the input signal strength to reach an output of approximately -35 dBm if the signal is within the AGC hold range of approximately -10 dBm to -40 dBm. The factory preset is at Position 9. Position A through F each present approximately 2dB of gain for a maximum of 12 dB, while Position 8 through 1 each present approximately 2dB of attenuation for a maximum of 16 dB.***IMPORTANT OPERATING NOTE: Do not use AGC on the TX and the RX at the same time ***The OPTIX Series 3 receiver has three indicator lights, two on-board controls for Gain Mode and Output Level Adjust, and two duplicate RF outputs, 1 and 2.To adjust the settings of the Gain Mode and Output Level Adjust, first unscrew the gray removable cap-plugs. These plugs are threaded and may be removed and installed with a Philips head screwdriver. When installing, ensure that the plugs are snug to prevent water/dust ingress, but do not over tighten and distort the rubber o-ring. Adjustments to the user controls are made by turning the 16-position rotary switch to a specific position using a small Philips head screwdriver (Notice the numbered/lettered positions and the arrow in the close-up photos).***Always reinstall the cap-plugs when not adjusting the user controls***Gain Mode:The Gain Mode has 2 options, Automatic Gain Control (AGC) and Manual Gain Control.Position 0: Automatic Gain Mode – the output signal is kept constant (as long as the input signal is within the AGC hold range).Position 1: Manual Gain Mode – the output signal changes relative to input signal changes. (this is the Preset position)Do not set Gain Mode to anything other than 0 or 1, as doing so may run the risk of misconfiguration.***IMPORTANT OPERATING NOTE: Do not use AGC on the TX and the RX at the same time ***Output Level Adjust:The Output Level Adjust has 16 selectable positions in Automatic Gain Mode (Gain Mode Position 0) and 9 selectable positions in Manual Gain Mode (Gain Mode Position 1). In Manual Gain Mode (Position 1) the Output Level Adjust attenuates/amplifies the signal from -5 to +11 dB in 2dB steps; Positions 9 through F are not used. In Automatic Gain Mode (Position 0) the Output Level Adjust changes what level the output is held to from -62 dBm to -32 dBm (also in 2dB steps). The input signal must be within the AGC hold range to maintain a consistent output. The factory preset position is 3.Two lists of sample measurements from a -35.62 dBm input signal at 526 MHz in Manual Gain Mode and Automatic Gain Mode are shown below:*Position not used (Note: while you can see some change in the output in these positions, the unit’s controls are not intended to provide any operating benefit for these positions, so the output results are not indicative of performance)。
EXFO 光纤云分析智能说明书
Work Flow & Automation in Fibre Optics Hugo Garcia Escobar MoralesAE BureauJuly 24, 2019New fibre deployment MCI in MexicoISO operations certified!!Documenting field work:-Manual time consuming tasks-abc-Paper reports of OTDR traces-and moreFTTH deployments western Europe 2009 –Portugal2010 –Andorra2013 –Spain2015 –France2017 –Italy2018 –UKDocumenting field work:-Manual time consuming tasks-abc-OTDR traces, Yes / No, perhaps…-and moreOur industry is transforming . . .Fiber Cloud AnalyticsIntelligenceHigh-speedAsking more from FO networks Fiber rollouts Network densification End-to-end visibility. . . and facing moreand more challengesReputationdamage Subscriber churn Compliance issuesService issues DelaysCostoverrunsVolumeVisibilityComplianceToday, issues faced by Operators and Network CarriersNo view over performanceEnough auditors in the field?Lack of standardized MOPsContractors doing thingstheir wayLarge amount of testsDelays in getting results… lack of visibility over results impacts the quality of business decisionsCompetitionTimeQualityToday, problems faced by contractors…Never ending admin tasksRepeat truck rollsLack of standardized MOPsManual executionNeed to be fasterEvaluated on efficiency… if testing is not done the first time right, contractors return on their own expenseReduce operationalcosts $Time savingsImprove business ✓Adhere to testing Best Practices✓Reduce field and project management testing validation✓Hassle-free job definition –✓Built-in test validation streamlines closeouts quickly✓100% confidence that the job is done first time right✓Get paid fasterWhat if…CONTRACTORToday’s Field Testing practicesDefine Share job Setup Test Test Results Admin Share Results PackageResultsShare CloseoutPackage Validate AnalyzeCONFIGURATIONISSUES FIELD TESTING ISSUES CLOSEOUT ISSUESVALIDATION &TRACKING ISSUESProject Manager Technician Field Manager Auditor Executive•50+ page process docs•Job info•Test configs •Not following process•Typos, missing data•Wrong test config•Managing test results•Missing/wrong results•Repetitive, laborious•Customized reports•Missing/wrong results•Repetitive, laborious•Lack of visibility, insightsDURATIONSERVICE PROVIDERCONTRACTORSmart Field Testing Approach. Work Flow AutomationEnsureCompliance Right First Time Auto Automated AuditFull VisibilityProject Manager Technician FieldManager Auditor ExecutiveSimple JobCreation Define Assign Test Validat e AnalyzeStandardize d Testing Real-timevisibility 50% time savingReport Automated uploads Valuable insights DURATIONSERVICE PROVIDER85% ondata entry 50% on field testing 80%on post-processing…from weeks to minutesWork Flow & Automation in Fibre OpticsYou can’t fix what you can’t see Right firsttimeFaster invoicing& deploymentsAutomateReporting &auditingEnsure complianceReliable test results Real-time syncand validationAutomated &CustomizableAnalyticsTotalvisibilityMore projects andaccelerated timeto revenueEasy close out work flow package ✓Documentation✓Combine different types of jobs✓Validate compliance✓Generate report✓Batch processing✓Analyze measurements✓Duplicated files detection✓Auto-validation Automated test results acceptance process forfaster test AcceptanceAnalytics. Insights on Network Health✓Data crunching on KPIs✓Automated results upload✓Automated results processing & aggregation✓Quality and compliance metrics highlight areas to fix✓Progress and efficiency metrics highlight areas to improve Project Tracking and StatusEfficiency MetricsQuality Metrics Compliance and Trending MetricsUnique insights Immediatevisibility Standardize process Improve processFTTH deployment by Tier 1 CarrierSolution–TestFlow reduces project test validation time to 2.5 days–100% first-time-right–Complete confidence–Immediate access to results Benefits–Reduces time to close out project from 5 to 2.5 days: 50% reduction–Removed all the tedious steps of testing validation–Increase in SLA compliance–Clear identification of problemsChallenge–Each Project took over 5 days toclose out–Lots of human interventionrequired–Lots of doubt and finger pointing–Unreliable resultsOver $1.5 Million/year* in savings identified*Based on EXFO’s estimated calculation. End numbers were not provided by the carrier. 3000 projects/year x 2.5 days savings/project = 7500 man days SAVINGS/yearThank you1. Project ManagerEnsure complianceAccurateDataEntryEnforcepass/failthresholdsReal time,Controlled &flexible✓Clear pre-established job definitions (jobinfo, fiber ID creation, Project dates,Correct test configurations)✓Increase compliance & work quality✓Automated and quick visualization ofjob/site/project metrics✓Actionable insights into job progression,resource performance, compliance &quality✓Reduce test results admin (reporting,post-processing, auditing/validation✓User-based assignment and easy re-assignment✓Auto-sync with one or multipletechniciansTestFlow BenefitsCreateAssignDefine2. Field TechnicianIntuitive& fast Error-free Manipulation Automated Reporting ✓Seamless test app integration✓Significantly reduced test setup –no time wasted documenting, entering data ✓Step-by-step guidance with testsequencing applicable to multipletechnologies✓Meet customer requirements based on job definition✓No delays waiting for resultsFirst-time right resultsTestFlow Benefits AccessUploadresultsPerform4. Site Lead, Field ManagerMeetcustomer requirementsCustomizable templatesImmediateresults ✓Significantly reduce bookkeeping tasks for whole project✓Increase technician autonomy with predefined test configurations &sequencing✓Step-by-step guidance & view of overall job progress in real time✓Reduce repeat jobs✓Automated and customizable templates and post-processing flexibility✓Faster job completion for multi-technician jobsAutomated reportingTestFlow Benefits ComplyShareAdapt4. Test Result AuditorReliable & compliant resultsFeedback sent in real-timeValidation done in minutes ✓Automated and quick visualization of job/site/project metrics (missing and/oradded test IDs, test thresholds/standards, test config/parameters).✓Reliable from-the-start test results reduces validation time –less data to fix.✓Prioritization of assigned tasks for review✓Generates an error report and can send ‘Quick Fix’ indications to technicianswhile they are still on-site –no repeattruck rolls✓Reduce test auditing/validation from hours to minutesReal-time validationTestFlow Benefits ReviewAcceptAdjust5. Operation Director/ExecutivesAutomated & Customizable updates Complete dashboardsfor quick visualization Informed decisions based on performance ✓Automated and quick visualization of projects and overall deployment metrics ✓Actionable insights into job progression, resource performance, compliance &quality✓Capacity to find and fix systemicdeployment issues before they impactdeployment✓OPEX savings through processoptimization✓Informed business decisions about prime contractors & inventory vendors100% visibilityTestFlow Benefits AnalyzeDecideAssess。
OPTIFLECF简易操作手册
O P T I F L E C F简易操作手册公司标准化编码 [QQX96QT-XQQB89Q8-NQQJ6Q8-MQM9N]两线制导波雷达（TDR ）物位仪表测量液体和浆液的距离、液位、体积，也适用于粉料和固体颗粒本文件根据以下文件编辑整理，如有更改，恕不通知。
手册OPTIFLEX 2200 C/F目录本手册是为现场接线、安装调试提供便捷途径。
详细内容请阅读随机光盘操作手册！1开箱、交货范围①转换器和天线②同轴套管，标配没有！③快速安装说明（英文版）④光盘（包含所有的文件）⑤开盖工具⑥保护帽，用于转换器维修时防止传感器顶部进水。
2 安装要点天线周围300mm半径内没有影响雷达波的机械结构件或受到物料冲刷，短节高度小于直径（h＜d）。
3开盖与接线开盖取下外壳与前盖（或后盖）之间的紧固组件。
用开盖工具逆时针旋转前盖（或后盖），从刻度①---刻度②。
向上提出前盖（或后盖）③3．2接线二线制4--20mA回路供电信号接线，信号地③，设备地④分体型仪表传感器与转换器接线打开转换器与传感器盖子，用一根四芯帯屏蔽导线一一对应接线。
（防爆型仪表必须配科隆原厂导线）4就地显示和键盘操作正常显示状态设置显示状态①百分百显示⑤更新数据①菜单功能描述②显示内容：液位、距离等⑥测量值和单位②设置状态③报警信息⑦设备状态③菜单编号④位号⑧键盘面板按键定义：1号键2号键3号键4号键①液位、距离、体积等切换请注意：按住4号键3秒钟，显示语言转换为英语。
再次按住该键3秒钟，显示语言会从英语转换为所设定的语言。
5 菜单操作6 仪表安装时必需设置的内容（快速设置）缆长设置（菜单）加大，可以先加的大一点，读出空罐时的距离，再在该距离的基础上重新设置罐高（菜单）（空罐时的距离+110mm）死区设置（菜单）400~500mm输出范围（菜单）选择4-20mA故障延时（菜单）设置为5min跟踪速度（菜单）根据实际进出料的速度尽量取小天线末端脉冲振幅（菜单）查看实际末端信号大小，然后在天线末端阈值（菜单）中进行修改，尽量将门槛设低。
全-自-动-软-水-器富莱克FLECK产品使用手册
全自动软水器富莱克FLECK产品使用手册MODEL FLECK2510、2750、2850 、2900、3150、3900 CONTROL VALVE产品概述FLECK全自动控制器以闻名于世的 FLECK公司软化水技术为基础，它是将软水器的运行及再生的每一个步骤实现全自动控制，并采用时间流量或感应器等方式来启动再生。
由于FLECK系列全自动软水设备控制系统技术成熟、操作简便、富来控制器采用了无铅黄铜阀体完全符合食品卫生要求，配以聚四氟乙烯（Teflon）涂层，活塞减小了阻力，延长了使用寿命，运行可靠。
FLECK系列全自动软水器可用于工业锅炉、热交换器、宾馆饭店、食品工业、戏衣印染、医疗卫生等行业，该产品具有自动化程度高、交换容量大、结构紧凑、能耗低、省人工、无需日常保养等特点。
系统技术参数进口压力：0.2 Mpa-0.6 Mpa工作温度：2 ℃—50℃出水硬度：≤0.03mmol/L使用电源：220v /50Hz AC布置形式：单罐或双罐并联再生方式：顺流再生操作程序：自动程序控制使用树脂：001×7强酸性阳离子交换树脂海扬公司将为用户提供完善的技术服务及售后服务。
MODEL2150、 2750、2850、2900、3150、3900机械式流量控制再生型流量的设定流量控制盘* 24 HOUR GEAR：在标准的即时再生系统中，没有24 HOUR GEAR（时间盘）按树脂罐内装填树脂的交换能力算出周期制水量，减去必要的储备量后的值就是所设定的流量。
向外提出流量盘并转动，使设定的流量数对准流量盘上的白色圆点，然后松开流量盘，注意让齿轮啮合好。
注意：最初安装流量计后应进行检查：1、转动手动再生阀，走一遍程序。
2、顺时针转动程序轮或顺时针转动中心轮，使设定的流量数对准小白点。
3、可随时改变设定的流量。
时间的设定（*仅指带有延时功能的系统）压下红色按扭，松开与24小时时间盘的啮合。
转动时间盘，使当天的真实时间对准写有“time of day”的箭头。
OPTIFLECF简易操作手册
O P T I F L E C F简易操作手册Final approval draft on November 22, 2020两线制导波雷达（TDR ）物位仪表测量液体和浆液的距离、液位、体积，也适用于粉料和固体颗粒本文件根据以下文件编辑整理，如有更改，恕不通知。
OPTIFLEX 2200 C/F目录本手册是为现场接线、安装调试提供便捷途径。
详细内容请阅读随机光盘操作手册！1开箱、交货范围①转换器和天线②同轴套管，标配没有！③快速安装说明（英文版）④光盘（包含所有的文件）⑤开盖工具⑥保护帽，用于转换器维修时防止传感器顶部进水。
2 安装要点天线周围300mm半径内没有影响雷达波的机械结构件或受到物料冲刷，短节高度小于直径（h＜d）。
3开盖与接线开盖取下外壳与前盖（或后盖）之间的紧固组件。
用开盖工具逆时针旋转前盖（或后盖），从刻度①---刻度②。
向上提出前盖（或后盖）③3．2接线二线制4--20mA回路供电信号接线，信号地③，设备地④分体型仪表传感器与转换器接线打开转换器与传感器盖子，用一根四芯帯屏蔽导线一一对应接线。
（防爆型仪表必须配科隆原厂导线）4就地显示和键盘操作正常显示状态设置显示状态①百分百显示⑤更新数据①菜单功能描述②显示内容：液位、距离等⑥测量值和单位②设置状态③报警信息⑦设备状态③菜单编号④位号⑧键盘面板按键定义：1号键2号键3号键4号键①液位、距离、体积等切换请注意：按住4号键3秒钟，显示语言转换为英语。
再次按住该键3秒钟，显示语言会从英语转换为所设定的语言。
5 菜单操作6 仪表安装时必需设置的内容（快速设置）对应量程缆长设置（菜单）加大，可以先加的大一点，读出空罐时的距离，再在该距离的基础上重新设置罐高（菜单）（空罐时的距离+110mm）死区设置（菜单）400~500mm输出范围（菜单）选择4-20mA故障延时（菜单）设置为5min跟踪速度（菜单）根据实际进出料的速度尽量取小天线末端脉冲振幅（菜单）查看实际末端信号大小，然后在天线末端阈值（菜单）中进行修改，尽量将门槛设低。
OPTIFLEX1300,操作菜单
安装要求: • Microsoft® .NET Framework version 1.1 或更新的版本 • PACTware 3.0 • HART® 接口模块 (USB, RS232...) • Device Type Manager (当前版本为DTM Version 1.0.0.34)
可以在随机的的光盘中找到所需软件和安装指Leabharlann 。5.3.2 按键按
键
Esc 5
右键 回车键 下键
功
能
上键
退出（组合键） 同时按住右键和上键
5.3.3 帮助的显示
当你在管理员模式下，就地显示能帮助你来设定仪表。如果在30秒内不对按键做任何操作，仪表 会自动显示帮助信息。该帮助信息会解释当前所操作的菜单；同时按住右键和上键，即可退出帮 助信息。如果30秒内仍不对仪表进行操作，帮助信息会再次显示。
OPTIFLEX 1300 C SE 系列 操作手册
TDR原理物位仪表
OPTIFLEX 1300 C 可用于测量液体,浆料和固体的距离,物位,体积以及液体界面
OPTIFLEX 1300 C -L 可用于测量液体的距离,物位以及液体界面
5 启动
5.3 显示屏
5.3.1 就地显示布局
OOPPTTIIFFLLEEXX11330000CC
1 ! Installation Setup
2
Tank Height
4
Nozzle Height
Nozzle Diameter
Probe Length
> Blocking Distance
3
Detection Delay
Reference Offset 4
图 5-1: 就地显示布局图
Aeroflex IFR 3900系列测试设备操作指南说明书
The AutoTest facility in the Aeroflex IFR 3900 series testOVERVIEWC r e a t i n g a n A u t o T e s t s c r i p tA 3900 AutoTest script takes the form of a flat (unformatted) text file as created, for example, on a PC using Microsoft ®Notepad.Whichever editor you use, it is important not to apply any format-ting (such as font selection). Note that the test set requires AutoTest script files to have the extender .ats so, when saving the file in Notepad, be sure to (a) specify the extender in File name :as '.ats', and set Save as type: to 'All Files'. If you leave Save as type : at the default value of 'Text Documents (*.txt)', then the file may be saved with the extender '.ats.txt' and, in that form, will not be recognized by the test set.The file can be transferred to the test set on a USB memory stick or floppy disk, from which it can be imported via the UTILS menu (UTILS / File Management / AutoTest / Scripts / Import) (Fig 1)Fig 1: Importing an AutoTest script from floppy diskRunning a scriptTo run an AutoTest script, it is first necessary to load the 3900's AutoTest system. Press the CONFIG key twice, navigate via the ARROW keys to highlight Systems / AutoTest , and press SELECT .Inside AutoTest, press the Load Script softkey, and highlight and select the required script. (Fig 2)Fig 2: Importing an AutoTest script from floppy disk Before running the script, you can use the On Error softkey to set how AutoTest behaves if a test fails -it can (a) Pause (i.e. the oper-ator decides whether the run should continue or halt), (b) Abort (the run halts regardless), or (c) Ignore (the run, if at all possible,continue). Pause is most appropriate when the UUT is being test-ed by a skilled technician; Ignore is most appropriate for simple pre-screening applications.The screen shows the progress of the test run and any operator action is prompted. (Fig 3)Fig 3: Registration test -operator prompted to turn on the UUTStoring resultsThe results of a test run can be saved to the test set's results directory. When the test has ended, select Results / Store, and enter a filename. Results files can be exported to USB memory or floppy disk via UTILS / File Management / AutoTest / Results .On a PC they can be read by Microsoft ®WordPad orWord. If read by Microsoft ®Notepad, the line terminators used by the 3901make the text confusing to read.Results files can also be imported to the test set from USB mem-ory or floppy disk via UTILS / File Ma na gement / AutoTest /Results , and displayed in AutoTest via Results / Recall.PROGRAMMINGS c r i p t e l e m e n t sAs illustrated in Fig 4, an AutoTest script is made up of the com-mands that allow:•the appropriate system to be loaded into AutoTest (more on this later),•system parameters to be set up,•functional and parametric testing against programmable lim-its.Although most scripts will follow a simple beginning-to-end sequence, the language allows for looping around and, if required, for using different parmeter values in each pass. For example:repeat 4set_rf_gen_level {-70} {-80} {-90} {-100}test_power_level_avg endtests the power level from the UUT at four sig gen levels: -70, -80,-90 and -100 dBm.Bit Error Rate testingSince AutoTest is restricted to the TETRA MS system (and not TETRA MS T1), bit error rate (BER) testing in AutoTest requires the use of TETRA Test (TT) Mode. Currently however, not all mobiles support TT Mode. When using TT Mode, the modified form of AutoTest's registration command:test_registration test_modeshould be employed. With this, once the mobile has registered,the 3901will automatically confirm TT operation.When in TT Mode, you can test bit error rate using commands such as:test_rx_meas_ber -112.0 class0 class1 class2 test_rx_meas_rber -112.0 mer class0 class1Loading a system into AutoTestFor it to operate, the 3900 test set must be loaded with a system such as TETRA MS, TETRA BS T1, etc. As can be seen from the CONFIG / Systems menu, AutoTest itself is classed as one of those systems. H owever, when you load the AutoTest system, AutoTest itself does not have a system loaded into it.The AutoTest command for loading TETRA MS has three versions:system "TETRA MS" defaultsystem "TETRA MS"system "TETRA MS" manualand each has its own properties.1. If the script usessystem "TETRA MS" defaultthen, every time the script is run, TETRA MS is loaded and all its parameters are automatically set to the AutoTest Default Values listed in the 3900 Operating Manual, Chapter22.2.If the script usessystem "TETRA MS"then:•on the first run, AutoTest loads TETRA MS and all its parame-ters are automatically set to the AutoTest Default Values.•on subsequent runs, AutoTest will not load TETRA MS and the script will start with all its parameters set as they currently stand (i.e. however they were left after the previous run).3.If the script usessystem "TETRA MS" manualthen, every time the script is run, TETRA MS is loaded and all its parameters are automatically set to the values saved when TETRA MS was last used manually(i.e. outside AutoTest).The significance of the three commands is as follows:1. system "TETRA MS" default is the most straightforward.Knowing that every run will start with all parameters set to known defaults, the writer simply has to include a relatively small number of setup statements to suit the requirements of the Unit Under Test (UUT).Loading a system adds several seconds to the run time. However, if the time penalty of loading TETRA MS on every run is not a critical issue, the relative simplicity of using system "TETRA MS" default can be attractive, to R& D experimenters looking for a quick way of creating automated test sequences. For example code, see Appendix1, Example 1.2. Since the TETRA MS system is loaded only once, usingsystem "TETRA MS"significantly reduces overall run time.However, the script must include statements not only to modi-fy AutoTest defaults to suit the UUT, but also to re-set any parameters that are modified during a run. Fortunately, the additional run time of the extra setup statements is negligible compared with the time saved by loading the TETRA MS sys-tem only once. S S o,i f y o u p l a n t o r u n t h e s a m e s c r i p t t w o o r m o r e t i m e s c o n s e c u t i v e l y,t h e n system "TETRA MS"i s t h e c o r r e c t c h o i c e.See Example 2.3. It should be noticed that scripts using either of the above twosystem commands effectively have all their parameters hard-coded, thus making them specific to the UUT type. The third command, system "TETRA MS" manual, provides for the creation of 'generic' (non UUT-specific) scripts. Such scripts assume the operator has already set the UUT-specific parame-ters (such as frequency plan, traffic channel, country code, net-work code, etc) before switching the test set into AutoTest.Although the number of parameters may be significant, the operator's workload (and the consequent risk of error) can be minimized by setting up the 3900's store-and-recall facility with the parameters for each UUT type.As with system "TETRA MS" default, system "TETRA MS" manual has the time overhead of always loading the TETRA MS system. However, the ability to use a single script on mobiles that are set up for different channels, etc, may have an overriding attraction to, say, a repair organization. SeeExample 3.Fig 4: Example script structureFor the very latest specifications visit Appendix1: Example AutoTest scriptsEach of the following three examples follow the same pattern of testing: the mobile is registered with the 3901test set, a call is placed, a few parameteric tests are carried out, and the call is closed.Examples 1and 2are each dedicated to a particular Channel Plan, Mobile Country Code and Mobile Network Code. It will be necessary to adjust these values to suit the mobile under test. All that is necessary to do is edit the values given in the Setup UUT-SPECIFIC parameters: section.By contrast, Example 3is generic, requiring the operator to set up those parameters manually in the 3901's TETRA MS mode prior to invoking AutoTest. In addition, Example 3illustrates the use of TT Mode to enable BER tests to be made. If the moble in ques-tion does not support TT Mode, then the BER and RBER tests should be removed and the test_registration statement should be modified in line with Examples 1and 2.Soft copies of the latest versions can be found on the 3900 App Notes pages at /tetra/3900scripts.zip.Example 1This example uses s s y s t e m"T E T R A M S"d e f a u l t to guarantee all parameters revert to default values at the start of every test run -but at the cost of running time. It is dedicated to a particular channel, MCC and MNC.Summary CommentType:UUT-specific Hard coded channels, MCC,MNC, etc.Foolproof:Yes Operator has no influence onparameters.Run time:Slow TETRA MS system reloadedon every run.Notes:Script starts with default values on every run.# Simple_800Band_AutoDefaultVals.ats# March 2005# 3900 AUTOTEST script to register a mobile# (in test mode), place a call from the# mobile, measure TX parameters, and close# the call from the testset.# This script assumes the values specified# in 'Setup UUT-SPECIFIC parameters', below.# ########################################### LOAD TETRA MS AND SET UP SYSTEM PARAMETERS # ########################################### Load TETRA MS system, using default# parameters on every run:system "TETRA MS" default# Setup TEST-SPECIFIC parameters:set_registration_timeout 60set_group_attach_wait 1# Setup UUT-SPECIFIC parameters:set_channel_plan "TETRA 805-870 +12.5"set_control_channel 2040set_traffic_channel 2140set_tch_timeslot 3set_MCC 1set_MNC 00001# ########## RUN TESTS# ########## Register mobile:set_rf_gen_level -75.0test_registration# Mobile-originated call:test_mobile_call phone# Tx tests:test_burst_timing_wctest_power_level_avgtest_power_profiletest_freq_error_wctest_vector_error_rms_maxtest_vector_error_peak_maxtest_residual_carrier_max# Close call from test set:test_testset_clearExample 2This example uses s s y s t e m"T E T R A M S"to minimize overall run time. As in Example 1, this script is dedicated to a particular chan-nel, MCC and MNC.Summary CommentType:UUT-specific Hard coded channels, MCC,MNC, etc.Foolproof:Yes Operator has no influence onparameters.Run time:Fast TETRA MS system loadedonly on first run after loadingthe script.Notes:Script starts with default values on first run.Script writer has to reset only those parametersthat change during a run.# Simple_800Band_NoDefaultVals.ats# March 2005# 3900 AUTOTEST script to register a mobile, # place a call from the mobile, measure TX# parameters, and close the call from the# testset.# This script assumes the values specified# in 'Setup UUT-SPECIFIC parameters', below.# ########################################### # LOAD TETRA MS AND SET UP SYSTEM PARAMETERS: # ########################################### # If this is the first run since loading this # script, then load TETRA MS using default# parameters:system "TETRA MS"# Restore any parameters that are altered# during the test run:set_rf_gen_level -75.0# Setup TEST-SPECIFIC parameters:set_registration_timeout 60set_group_attach_wait 1# Setup UUT-SPECIFIC parameters:set_channel_plan "TETRA 805-870 +12.5"set_control_channel 2040set_traffic_channel 2050set_tch_timeslot 3set_MCC 400set_MNC 3# ########### RUN TESTS:# ########### Register mobile:test_registration# Mobile-originated call:test_mobile_call phone# Tx tests:test_burst_timing_wctest_power_level_avgtest_power_profiletest_freq_error_wctest_vector_error_rms_maxtest_vector_error_peak_maxtest_residual_carrier_max# Close call from test set:test_testset_clearExample 3The previous examples, by setting-up all parameters prior to test-ing the UUT, are dedicated to testing on a particular channel, MCC, MNC, etc. By contrast, this example uses s s y s t e m"T E T R A M S"M a n u a l as a means of generating a generic script. However, it assumes that the operator manually sets up the test set appro-priate to this UUT before selecting AutoTest and running the script.Summary CommentType:Generic Operator sets parameterswith normal 3900 manualscreens immediately before Foolproof:No selecting AutoTest.Run time:Slow TETRA MS system reloadedon every run.Notes:Script starts with (operator pre-set) values onevery run.# Simple_Generic_TTMode_ManualVals.ats# March 2005# 3900 AUTOTEST script to register a mobile# (in test mode), place a call from the# mobile, measure TX and Rx parameters, and# close the call from the testset.# This script assumes:# 1. The UUT supports TT mode.# 2. The operator manually sets-up the test# set appropriate to the UUT before# selecting AutoTest, loading this script # and running it.# ########################################### # LOAD TETRA MS AND SET UP SYSTEM PARAMETERS: # ########################################### # On every run, load TETRA MS system using# values as saved when TETRA MS was last used # manually (i.e. outside AutoTest):system "TETRA MS" manual# Setup TEST-SPECIFIC parameters:set_registration_timeout 60set_group_attach_wait 1# ########### RUN TESTS:# ########### Register mobile, confirm in TT mode:test_registration test_mode# Mobile-originated call:test_mobile_call phone# Tx tests:test_burst_timing_wctest_power_level_avgtest_power_profiletest_freq_error_wctest_vector_error_rms_maxtest_vector_error_peak_maxtest_residual_carrier_max# Rx tests:test_rx_meas_ber -112.0 class0 class1 class2 test_rx_meas_rber -112.0 mer class0 class1# Close call from test set:test_testset_clearFor the very latest specifications visit Appendix2: Code to set TETRA MS AutoTest DefaultsThe following code sets all TETRA MS AutoTest parameters to the AutoTest Default values listed in Chapter22of the 3900 Operating Manual. By pasting all or part of this code into your test scripts, and selectively adjusting values, you can minimize the effort involved in the setting up of test parameters. Soft copy of the latest version can be found on the 3900 App Notes pages at /tetra/3900scripts.zip.Commands are grouped in functional blocks, resulting in some (such as set_ptt_timeout and set_traffic_channel) appearing more than once.For the purposes of this application note, (+++) indicates that a long command has been wrapped around. In reality, AutoTest commands cannot be continued onto another line.# Name: 3900_TETRA_MS_All_Defaults.txt# Date: May 2005# The following code sets all TETRA MS# AutoTest parameters to the AutoTestDefault# values listed in Chapter 22 of the 3900# Operating Manual.# It is not a complete test script.However,# it is intended as a typing shortcut, to be # pasted, all or in part, into users' own# scripts with values altered as required.# ############################### Setting default parameters ...# ############################### Default GENERAL parameters:set_rf_ana_control_mode expectedset_rf_ana_port trset_rf_ana_level_offset_enable offset_rf_ana_level_offset_value 0.0set_rf_ana_expected_level +30.0set_rf_gen_level -75.0set_rf_gen_port trset_rf_gen_level_offset_enable offset_rf_gen_level_offset_value 0.0set_timing_offset_enable offset_timing_offset_value 0.0# Default IN CALL parameters:set_idle_channel message facchset_rf_ana_control_mode open# Default POWER LEVEL test parameters:set_power_class 4set_power_class_usage reportedset_power_level_limits +2.0 -2.0 +2.5 -2.5set_power_samples 20set_ptt_timeout 20# Default POWER PROFILE test parameters:set_power_profile_limits -70.0 -36.0 +6.0+3.0set_ptt_timeout 20# Default BURST TIMING test parameters:set_burst_timing_limit 0.25set_burst_timing_samples 20set_ptt_timeout 20# Default FREQUENCY ERROR test parameters: set_freq_error_limit 100set_freq_error_samples 20set_ptt_timeout 20# Default VECTOR ERROR RMS test parameters: set_vector_error_rms_limit 10.0set_vector_error_rms_samples 20set_ptt_timeout 20# Default VECTOR ERROR PEAK test parameters: set_vector_error_peak_limit 30.0set_vector_error_peak_samples 20set_ptt_timeout 20# Default RESIDUAL CARRIER test parameters: set_residual_carrier_limit 5.0set_residual_carrier_samples 20set_ptt_timeout 20# Default RX MEAS - BER test parameters:set_BER_class0_limits 4.27 4.88 4.27set_BER_class0_samples 15000set_BER_class1_limits 0.23 0.23 0.23set_BER_class1_samples 15000set_BER_class2_limits 0.23 0.23 0.23set_BER_class2_samples 15000set_rx_class Aset_rx_class_usage reportedset_level_change_wait 2# Default RX MEAS - RBER test parameters:set_MER_limits 0.045 0.045 0.045set_MER_samples 300set_RBER_class0_limits 4.27 4.88 4.27set_RBER_class0_samples 15000set_RBER_class1_limits 0.23 0.23 0.23set_RBER_class1_samples 15000set_rx_class Aset_rx_class_usage reportedset_level_change_wait 2# Default REGISTRATION test parameters:set_access_param -45set_base_advanced_link not_supportedset_base_air_interface_encryption not_avail-ableset_base_circuit_mode_data_service(+++) not_supportedset_base_migration supportedset_base_minimum_mode_service never_usedset_base_power_off_deregistration required set_base_power_on_registration requiredset_base_priority_cell yesset_base_reserved not_availableset_base_system_wide_services normal_modeset_base_tetra_packet_data_service(+++) not_availableset_base_tetra_voice_service supportedset_BCC 01set_channel_plan "TETRA 380-400 +12.5"set_control_channel 3600set_group_attach_wait 25set_GSSI 1set_GSSI_usage reportedset_LA 00001set_max_tx_level 30set_MCC 001set_min_rx_level_access -125set_MNC 00001set_registration_timeout 30set_SSI 00000001set_SSI_usage reported# Default PLACE CALLS FROM TEST SET# test parameters:set_emergency_call_params individual simplex(+++) direct 742200set_group_call_params 00 742200set_phone_call_params 00 "01438742200" incset_place_call_timeout 20set_place_call_typecheck yesset_private_call_params simplex hook 00742200set_tch_timeslot 3set_traffic_channel 3700set_user_call_params individual duplex hook00(+++) 16777186 "742200" inc# Default PLACE CALLS FROM MOBILE test# parameters:set_place_call_timeout 20set_place_call_typecheck yesset_tch_timeslot 3set_traffic_channel 3700# Default CALL CLEARDOWN FROM TEST SET test# parameters:# ... there are no parameters to set# Default CALL CLEARDOWN FROM MOBILE test# parameters:set_clear_call_timeout 20# Default DEREGISTRATION test parameters:set_deregistration_timeout 20# Default SPEECH QUALITY / TONE / SILENCE# test parameters:set_audio_test_timeout 20set_ptt_timeout 20# ######################################### ... finished setting default parameters.# ########################################For the very latest specifications visit 。
FLECK操作说明书-软水处理器
F L E C K 中文说明书目录一、产品概述二、工作流程图三、工作系统说明四、设备的安装和运行五、设备安装示意图六、流量型控制器调试步骤七、时间型控制器调试步骤八、故障排除一、产品概述FLECK 全自动控制器以闻名于世的FLECK 公司软化水技术为基础，它是将软水器的运行及再生的每一个步骤实现全自动控制，并采用时间、流量或感应器等方式来启动再生。
调整FLECK 系列全自动软水器采用时间同步电机控制全部的工作程序，在7 天或12 天范围内根据需要设定还原周期，二十四小时内任意选择还原时间，并可以对还原过程进行调整。
富来流量型全自动软水器采用流量控制全部工作程序，设备可连续（或间断）供水。
再生—由流量控制器自动启动再生装置，可根据需要自行设定再生程序。
由于FLECK 系列全自动软水设备控制系统技术成熟、操作简便、采用了无铅黄铜阀体完全符合食品卫生要求，配以聚四氟乙烯（Teflon）涂层活塞减小了阻力，延长了使用寿命，运行可靠。
FLECK 系列全自动阀门应用于工业锅炉、热交换器、大型中央空调、宾馆饭店、食品工业、洗衣印染、医疗卫生等行业，该产品具有自动化程度高、交换容量大、结构紧凑、能耗低、省人工、无需日常保养等特点。
进水口工作压力：0.2Mpa—0.6Mpa工作温度：2℃--50℃出水硬度：≤0.03 mmoI/L使用电源：220V/50Hz AC布置形式：单罐或多罐并联再生方式：顺流再生或逆流再生操作程序：自动程序控制使用树脂：001×7 强酸性阳离子交换树脂我公司将为用户提供完善的技术服务。
二、工作流程图三、工作系统说明系统1单流量计程序控制，即时或延时再生系统。
延时再生：单罐、单流量计系统。
当流量计回零时，装置仍保持在供水服务状态，直至2.00am装置将自动启动再生。
即时再生：单罐、单流量计。
当流量计回零时，装置立即还原再生。
系统2两流量计互锁程序控制系统。
两罐两流量计互锁系统。
两罐同时供水服务，当两流量计中一个回零时，此罐开始再生。
OPTIFLEX2200CF简易操作手册
两线制导波雷达（TDR ）物位仪表
测量液体和浆液的距离、液位、体积，也适用于粉料和固体颗粒
本文件根据以下文件编辑整理，如有更改，恕不通知。
简易操作手册
OPTIFLEX 2200 C/F
MA_OPTIFLEX2200_en_130731_4000668002_R02.pdf
目录
1开箱、交货围 (4)
2 安装要点 (4)
3开盖与接线 (6)
4就地显示和键盘操作 (8)
5 菜单操作 (10)
6 仪表安装时必需设置的容（快速设置） (12)
本手册是为现场接线、安装调试提供便捷途径。
详细容请阅读随机光盘操作手册！
1开箱、交货围
①转换器和天线
②同轴套管，标配没有！
③快速安装说明（英文版）
④光盘（包含所有的文件）
⑤开盖工具
⑥保护帽，用于转换器维修时防止传感器顶部进水。
2 安装要点
天线周围300mm半径没有影响雷达波的机械结构件或受到物料冲刷，短节高度小于直径（h＜d）。
3开盖与接线
3.1 开盖
取下外壳与前盖（或后盖）之间的紧固组件。
用开盖工具逆时针旋转前盖（或后盖），从刻度①---刻度②。
向上提出前盖（或后盖）③
3．2接线
3.2.1二线制4--20mA回路供电信号接线，信号地③，设备地④
3.2.2分体型仪表传感器与转换器接线
打开转换器与传感器盖子，用一根四芯帯屏蔽导线一一对应接线。
（防爆型仪表必须配科隆原厂导线）。
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两线制导波雷达（TDR ）物位仪表
测量液体和浆液的距离、液位、体积，也适用于粉料和固体颗粒
本文件根据以下文件编辑整理，如有更改，恕不通知。
OPTIFLEX 2200 C/F
目录
本手册是为现场接线、安装调试提供便捷途径。
详细内容请阅读随机光盘操作手册！
1开箱、交货范围
①转换器和天线
②同轴套管，标配没有！
③快速安装说明（英文版）
④光盘（包含所有的文件）
⑤开盖工具
⑥保护帽，用于转换器维修时防止传感器顶部进水。
2 安装要点
天线周围300mm半径内没有影响雷达波的机械结构件或受到物料冲刷，短节高度小于直径（h＜d）。
3开盖与接线
开盖
取下外壳与前盖（或后盖）之间的紧固组件。
用开盖工具逆时针旋转前盖（或后盖），从刻度①---刻度②。
向上提出前盖（或后盖）③
3．2接线
二线制4--20mA回路供电信号接线，信号地③，设备地④
分体型仪表传感器与转换器接线
打开转换器与传感器盖子，用一根四芯帯屏蔽导线一一对应接线。
（防爆型仪表必须配科隆原厂导线）
4就地显示和键盘操作
正常显示状态设置显示状态
①百分百显示⑤更新数据①菜单功能描述
②显示内容：液位、距离等⑥测量值和单位②设置状态
③报警信息⑦设备状态③菜单编号
④位号⑧键盘
面板按键定义：
1号键2号键3号键4号键
按键功能
①液位、距离、体积等切换
请注意：按住4号键3秒钟，显示语言转换为英语。
再次按住该键3秒钟，显示语言会从英语转换为所设定的语言。
5 菜单操作
6 仪表安装时必需设置的内容（快速设置）
对于选液位的参考图1，选距离的参考图
缆长设置（菜单）加大，可以先加的大一点，读出空罐时的距离，再在该距离的基础上重新设置罐高（菜单）（空罐时的距离+110mm）
死区设置（菜单）400~500mm
输出范围（菜单）选择4-20mA
故障延时（菜单）设置为5min
跟踪速度（菜单）根据实际进出料的速度尽量取小
天线末端脉冲振幅（菜单）查看实际末端信号大小，然后在天线末端阈值（菜单）中进行修改，尽量将门槛设低。
需要指出的是，脖子安装DN 100 200mm高这不符合仪表的安装要求，建议用户整改。
要求是短脖高度不能大于短脖直径。
KROHNE产品一览
●电磁流量计
●浮子流量计
●超声波流量计
●质量流量计
●涡街流量计
●流量控制器
●物位计
●温度计
●压力计
●分析产品
●用于石油和天然气工业的测量系统●用于远程运输船舶的测量系统
科隆测量仪器（上海）有限公司
上海总部
地址：上海市徐汇区桂林路396号
（浦原科技园）1号楼9F
邮编：200233
电话：021 -
传真：021 -。