NS3000电子海图简明使用手册

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SIR-3000用户手册-d 20060315

TerraSIRch SIR-3000用户手册美国地球物理测量系统公司TerraSIRch SIR-3000用户手册 (1)第一部分介绍 (1)1.1仪器配置Unpacking Your System (1)1.2概述General Description (1)硬件连接Hardware Connections (1)第二部分启动和设置TerraSIRch (6)2.1 硬件设置Hardware Setup (6)2.2 系统启动与显示 Boot-Up and Display Screen (8)数据显示窗口 Data Display Windows (9)2.3 系统模式和菜单：概述 System Modes and Menus (10)系统菜单SYSTEM (10)采集菜单COLLECT (12)雷达Radar (12)扫描SCAN (13)增益GAIN (15)信号位置POSITION (16)滤波器FILTERS (17)回放菜单PLAYBACK Menu (18)扫描SCAN (18)处理PROCESS (19)输出菜单OUTPUT Menu (19)显示DISPLAY (19)数据传输Transfer (20)2.4: 命令栏Command Bar (20)参数设置模式In Setup Mode (20)运行模式（In RUN Mode） (22)第三部分 TerraSIRch设置采集参数 (24)3.1: 二维采集参数设置 (24)第一步：系统启动 (24)第二步：检查参数 (24)打开参数设置文件 Load SETUP (24)测量轮标定 Survey Wheel Calibration (25)测量轮的缺省设置： (26)检查时间窗口 Check RANGE (27)检查扫描数/单位距离 Check SCN/UNIT (27)检查增益 Check GAIN (28)第三步：资料采集 (28)3.2 三维采集参数设置Setup for Single Line 3-D Collection in TerraSIRch (29)第一步：选择天线，设置参数 (29)第二步：布置测量网格 (29)第三步：测网位置信息 (29)第四步：采集数据 (29)3.3 连续测量Setting Up for Time-Based Data Collection (30)第一步：系统启动。

默纳克3000电气原理图介绍和快捷调试

默纳克3000电气原理图介绍和快捷调试这次找的图纸是一份黙纳克3000的电气图，因为现在新时达和黙纳克的系统比较常用，所以这份图纸可能更有代表性一些吧，不过这个图纸我也是第二次看到，我本人擅长的不是黙纳克的系统，所以也算是和大家一起慢慢的琢磨着看，也就是说对于这份图纸来说我也是一个新人，所以难免有讲错的地方，还请大家多指正，让我一起跟着进步。

之所以不讲我擅长的图纸是因为那种品牌更多的人不熟悉，系统又不像莫纳克新时达这样直观，对于广大新手来说更难理解。

言归正传，拿到一份图纸，先翻看第一页，看右下角，右下角这个小表格里面一般注明这个图纸有多少页，是什么品牌，这一张是画的什么。

这样我们对这一本图纸有个大概的了解。

然后看正文，左边的文字是莫纳克3000的技术标准，画图的原则，右边是一个目录，那一页画的什么，方便我们去找。

如果是第一次接触一个电梯的图纸，肯定是很多原件看不懂的，不知道是干什么的，我们应该首先看元件代码表，我们看目录，第二页是电气代号说明，也就是元件代码表。

现在先翻到第二页这一页密密麻麻，都是符号，我们从上往下看，第一行，最左边1BFS 他的含义是缓冲器开关1，也就是说只要再图纸上看到BFS就是缓冲器开关，他的位置在哪呢？HTW ，这是什么意思？看右下角，HTW是井道，也就是说缓冲器开关是在井道里，在这里说一下，这个图纸等于是把底坑也划到井道里了，因为在右下角我们只能看到四个位置说明，轿厢，控制柜，主机，井道。

然后再看第三行，AB，就是警铃，在轿厢安装。

看图就是这样看，对着元件代码，能找到所有的东西第三张就是正经的图纸了，先看右下角，380电源供电回路，这就说明这一页画的是电源回路，看最后边，标的有ABNDEF，最上面标的12345678，这就是图纸的坐标，在整页图纸上找一个东西，只要把坐标横纵坐标对起来就知道在那一块了，比如说2B，写的QF1（10A)对照第二页的代码表，我们知道这是一个380的空开，最大的允许电流是10A，也就是说这个空开上电流如果超过10A空开就会动作，切断电路。

ENS3000使用手册

操作手册ENS3000目录1. 功能2. 安装3. 操作键4. 数显5. 输出功能5.1. 开关量输出5.1.1. 开关点设置5.1.2. 视窗功能设置5.2. 模拟量输出5.3. 开关点和延滞的设置，视窗功能的开关值设置5.4. 开关量输出的设置范围6. 基本设置6.1. 基本设置的变更6.2. 基本设置的概要7. 重置峰值8. 编程锁定8.1. 更改工作状态下的编程锁定8.2. 更改总编程锁定9. 故障信息10. 调整注意11. 线路图12. 技术参数12.1. ENS3000不带温度传感器12.2. ENS3000带温度传感器13. 订货代号14. 附件14.1. 用于电气连接14.2. 用于机械连接15. 安装尺寸16. 应用案例17. 记录z在小型塑料油箱内，应尽量安装在油箱的正中附近。

z如果介质污染较严重，设备应安装在有紊流的地方（比如：进/出口）z如果需要安装在加长杆上，则传感器必须安装在加长杆的正中，建议使用60mm 直径以上的加长杆，以保证测得数据正确。

z任何金属物体（比如金属管或加强筋）必须距离传感器的工作区60mm以上，否则它们会被误认为是被测量物。

z安装在油箱上，必须离油箱壁20mm以上可减少电磁干扰的注意事项：z用尽量短的屏蔽线连接z屏蔽线（如LIYCY 4x0.5mm2）z为减少干扰，必须根据环境条件由专业人员连接屏蔽线z必须避免接近会引起干扰的用户装置、电器、电子产品的连线，越远越好机械连接圈末端需要接地，如果未直接接地（如塑料油箱），我们建议使用1mm2短线接地。

ENS3000必须接近垂直安装，如果不垂直安装，则测量液位会根据倾斜角度增加，（如倾斜角度5°则±0.5%，倾斜角度10°则±1.5%）3. ENS3000的操作按键4. 数字显示通电后，该装置先短时显示“ENS”，随后显示当前液位值（基本设置）。

Niv是为液位的意思如果液位低于测量区域，则显示以下内容显示屏闪烁在基本设置中，可改变显示的字样：z显示液位最大值“n.TOP”该值为从ENS3000开启或从最后一次设置开始测出的系统中液位最大值 z显示液位最小大值“n.MIN”该值为从ENS3000开启或从最后一次设置开始测出的系统中液位最小值 z显示当前温度“TEMP”z显示温度最大值“T.TOP”该值为从ENS3000开启或从最后一次设置开始测出的系统中温度最大值 z显示温度最小值“T.MIN”该值为从ENS3000开启或从最后一次设置开始测出的系统中温度最小值如果当前压力低于产品的量程范围的，则显示“000”或预设停止值。

电子海图详细手册完整版

电子海图详细手册 HEN system office room 【HEN16H-HENS2AHENS8Q8-HENH1688】英国船商有限公司电子海图显示与信息系统(Navi-Sailor 2400 ECS/ECDIS)操作手册二OOO年七月S E T S T H E S T A N D A R D1.1介绍及注意事项1.1.1版权TRANSAS MARINE 是英国船商有限公司的注册商标。

NAVI-SAILOR是船商公司电子海图产品的注册商标。

软件版权在公司产品许可证中有规定，本手册属于船商公司产品，没有船商公司书面许可，不得复制及转载。

1.1.2 电子海图使用注意事项Navi-Sailor 2400 ECDIS(以下简称NS)应当与国家航道测量局公布的S57格式的海图配合使用，并且根据航道测量局的要求及时更新。

如果NS使用其它格式的海图，则应注意以下几点：船商生产的格式海图不是为了替代官方的海图。

船商海图无需包括最新的更新，只有与官方纸海图配合才能使用。

屏幕上显示的船位只是坐标的图形指示，实际船位要依靠与定位传感器如GPS连接。

在使用NS进行航线设计前，首先应使用适当比例尺的纸海图，并依据最新航海通告进行更新。

在将纸海图的其它数据转换到NS时，应首先注意纸海图数据和船商海图使用的WGS-84数据的可能差别。

1.2如何使用用户手册1.2.1用户手册简介及目的本手册的编排能使用户方便地找到所需信息，包含以下几部分：1.简介2.NaviSailor系列软件的基本功能及使用界面介绍3.NaviSailor各功能详细介绍4.附录5.NaviSailor软件"技术参考"手册简要介绍了NS系统的各个功能，并提供了各菜单功能的索引1.2.2本手册对操作描述方式的解释略1.2.3 本手册缩略语NS - NaviSailor 船商NaviSailor系列电子海图系统App. - Appendix 附录CMG - Course Made GoodCPP - Controllable Pitch Propeller 可变距螺旋桨ECDIS - Electronic Chart Display and Information System电子海图显示与信息系统ENC - Electronic Navigational Chart 电子导航海图ERBL - Electronic Range and Bearing Line 电子距离方位线ERML - Expected Relative Motion Line 预计相对运动线ETA - Estimated Time of Arrival 预计到达时间ETML - Expected True Motion LineFPP - Fixed Pitch propeller 固定距螺旋桨GMT - Greenwich Mean Time 格林威治时间GPS - Global Positioning System 全球定位系统HDG - heading 艏向HO - Hydrographic Office （国家）航道测量局ME - Main Engine 主机OS - Operationg System 操作系统RML - Relative Motion Line 相对运动线SENC - System Electronic Navigational Chart 系统导航电子海图SOG - Speed Over Ground 对地速度STG - Speed To Go 应采用的速度TML - True Motion Line 真运动线WP - Waypoint 转向点XTE - Cross Track Error 航迹横向误差2NaviSailor基本功能及使用界面介绍NS使用目的及操作模式2.1.1 NS使用目的及性能NaviSailor系列是为了保障航行安全的海图电子信息系统。

杰森9SX3000IM海上UPS商品说明说明书

Eaton 9SX3000IMEaton 9SX Marine UPS, 3000 VA, 2700 W, Input: C20, Outputs: (8) C13, (1) C19, TowerEaton 9SX Marine UPS 9SX3000IM74317209102441.2 cm34.6 cm 21.4 cm34 kg CE MarkedTUVcULus ListedCSA 22.2FCC part 15 Class BCISPR22 Class BIEC/EN 62040-1UL 1778IEC/EN 62040-2CEcULus ListedEACDNV GL CertifiedProduct Name Catalog NumberUPC Product Length/DepthProduct Height Product WidthProduct Weight CompliancesCertificationsSecondary frequency - max60 HzOutput waveformSine waveMax number of battery packs4Wattage2700 WOutput power factor0.9Form factorTowerVoltage distortion output (linear load) - max3Includes network cardNoInput connectionC20Input voltage - min140 VOutput voltage - max240 VSecondary frequency - min50 HzSoftware compatibilityEaton Intelligent Power Manager, Eaton Intelligent Power ProtectorBattery replacementHot-swappable internal batteries and extended battery modules (EBMs)Battery typeSealed, lead-acidEfficiency92.4Special featuresDNV-GL approvedDouble conversion topology Constantly monitors power conditions and regulates voltage and frequency Provides more real power (watts) to protect more equipment with a 0.9 power factorEnergy efficient, reduce energy and cooling costs Internal bypass allows service continuity in case of UPS faultNext-generation graphical LCD displayMeter energy consumption (at the UPS level)Hot swappable batteries Advanced Battery Management (ABM) technology to increase battery lifetimeLong backup time with up to 4 optional EBMConstruction typeFree standing modelOutput voltage - min200 VColorBlackExtended battery capability YesOutput voltage range200/208/220/230/240 V +/- 2%TopologyOnline/Double-conversionBTU RatingOnline: 818Efficiency (eco-mode)97.4Runtime at half load15.5 minInput nominal voltage230V default (200/208/220/230/240V)Input power factor>.99Input frequency range40-70 HzInternal bypassYesInput voltage - max276 VVoltage typeACPhase (output)1Battery managementABM & Temperature compensated chargingmethod (user selectable) Automatic battery testDeep discharge protection Automatic recognition ofexternal battery unitsAuto shutdown functionYesNumber of Outputs C138Number of Outputs C191VA rating3000 VAPotential free switch contactYesReceptacle(8) C13, (1) C19Phase (input)1Package contentsUPSQuickstart guide(2) IEC-IEC output cables Serial cableUSB cableNoise level<45 dB at 1 meterFeed type1Runtime graphView runtime graphUser interfaceMultilingual graphical LCD displayBattery quantity8Voltage230VHot swap powerNoInput cord length1.8mTemperature range0° to 40°C (32° to 104°F)Ethernet interfaceNoCommunicationUSB port (HID compliant) Serial port (RS232)Mini-terminal block forremote power offMini-terminal block foroutput relayDry contacts (2 outputs, 1 input, optocoupler, DB9)Relative humidity0-96% non-condensingRack mounting kitNoEaton Corporation plcEaton House30 Pembroke RoadDublin 4, Ireland © 2023 Eaton. All Rights Reserved. Eaton is a registered trademark.All other trademarks areproperty of their respectiveowners./socialmedia 50/60 Hz6 min40 Hz12 V / 9 AhUPS230V default (200/208/220/230/240V)One slot for optional communication card200-276 V (140 V-276 V with derating)50/60 Hz70 Hz3000 mOutput frequencyRuntime at full loadPrimary frequency - minBattery ratingTypeOutput nominal voltageExpansion slotsInput voltage rangeNominal frequencyPrimary frequency - maxAltitude。

NS3000电子海图简明使用手册

NS3000电子海图简明使用手册字体: 小中大| 打印发表于: 2010-12-14 12:51 作者: landho 来源: 海员联盟1．通用操作说明Navi Sailor 3000电子海图系统运行在Windows NT下，符合Windows应用软件的标准，很多操作风格都和其他windows应用软件相似，现加以说明：1．1 右下角的主菜单的各菜单项，，除”Ahead”,”Review”,”ERBL”,”Zoom”,”Event”,”Info”即前两排菜单外，均为按钮选择型。

当点击该菜单项时，海图区的下部则会出现该菜单项的详细窗口，用户可在其中选择具体的操作，这时该菜单项呈白色，表示该按钮已按下。

如果要关闭该菜单，可再点击一下即可关闭。

若要选择其他菜单项，可直接点击该菜单项，若该菜单为白色，表示您在之前已对该菜单作过操作，并保存着当时的状态。

您只需点击屏幕左下角标记该菜单名称的一项，即可切换到该菜单项的具体操作。

这样您可同时打开多个菜单，并可在菜单之间切换，方便了用户的操作。

1．2 系统屏幕中快捷按钮：在海图的右边有一竖排快捷按钮，用户可以在操作电子海图的任何时刻点击快捷按钮进行相应的操作，当把光标移动到按钮上时会有该按钮的操作功能说明。

1．3 UTC和Local Time之间的切换，点击右上角当前时间左边时钟形状的按钮，即可在UTC和Local Time之前切换，并会有相应的提示。

UTC和Local Time及时区的设置，是在Config->Time Zone中进行设置。

2．本手册缩略语NS - NaviSailor 船商NaviSailor系列电子海图系统App. - Appendix 附录CMG - Course Made GoodCPP - Controllable Pitch Propeller 可变距螺旋桨ECDIS - Electronic Chart Display and Information System电子海图显示与信息系统ENC - Electronic Navigational Chart 电子导航海图ERBL - Electronic Range and Bearing Line 电子距离方位线ERML - Expected Relative Motion Line 预计相对运动线ETA - Estimated Time of Arrival 预计到达时间ETML - Expected True Motion LineFPP - Fixed Pitch propeller 固定距螺旋桨GMT - Greenwich Mean Time 格林威治时间GPS - Global Positioning System 全球定位系统HDG - heading 艏向HO - Hydrographic Office （国家）航道测量局ME - Main Engine 主机OS - Operationg System 操作系统RML - Relative Motion Line 相对运动线SENC - System Electronic Navigational Chart 系统导航电子海图SOG - Speed Over Ground 对地速度STG - Speed To Go 应采用的速度TML - True Motion Line 真运动线WP - Waypoint 转向点XTE - Cross Track Error 航迹横向误差3．控制面板介绍Navi Sailor 3000电子海图系统的控制面板由一定数量的窗口组成，窗口数目的多少由系统的分辨率决定。

CCS3000手册_new

CCS3000 使用手册内容内容 (2)插图 (3)1简介...................................................................................................... 错误！未定义书签。

2启动. (4)2.1解包 (4)2.2物理安装 (4)2.3电气连接 (5)3PC设置软件 (7)3.1密码 (9)3.2设置 (10)3.2.1测量模式 (11)3.2.2现场总线配置.......................................................................... 错误！未定义书签。

3.2.3串行l/4-20mA 配置 (11)3.2.4产品代码配置 (12)3.2.5产品过滤 (13)3.2.6以太网设置 (15)4标定...................................................................................................... 错误！未定义书签。

4.1.1纠正偏差方法 (16)4.1.2线性衰退 (17)5仪表选项............................................................................................... 错误！未定义书签。

5.1涡流冷却面板的连接................................................................ 错误！未定义书签。

插图插图 1 仪器安装配置 (5)插图 2 仪器连接 (6)插图 3 由自带电源驱动的远距离显示器, 非隔绝回路#1 (7)插图 4 由外部电源驱动的远距离显示器, 非隔绝回路#2 (7)插图 5 启动主屏幕 (8)插图 6 连接和开试测试后的主屏幕 (9)插图 7基本设置屏幕 (10)插图 8 测试设置屏幕 (10)插图 9 系列/4-20mA 设置屏幕 (11)插图 10产品代码设置–一般参数 (12)插图 11 产品规格参数 (13)插图 12阻尼&过滤带效果图 (14)插图 13 以太网设置 (15)插图 14 标定屏幕 (16)插图 15 发光管 (18)插图 16 嵌入式面板视图窗口 (18)插图 17观察管 (19)插图 18气动取样器 (19)1 简介感谢选用Sensortech Systems, Inc.附属公司MoistTech的测量仪。

【二副业务】FURUNO古野电子海图用户指南分享

【二副业务】FURUNO古野电子海图用户指南分享1 IntroductionThe purpose of this guide is to provide equipment-specific information to assist users inmanaging their AVCS ENC holdings.This guide should be used in conjunction with the AVCS User Guide, as well as the ECDIS Operators Manual or other documentation as supplied by the equipment manufacturer.The actual instructions and screenshots in this guide are based on the version of theFURUNO 3000 Series ECDIS installed in the UKHO as detailed on the front cover. There maybe minor differences between certain models (i.e. screen layouts may vary).2 Data ManagementAll electronic chart licensing and data management operations are carried out through the “Charts” Option on the Top Toolbar and then from the various Tabs on the left hand side ofthe Home screen on the FURUNO ECDIS:3 The User Permit Number (UPN)The User Permit Number is a 28 character alphanumeric string that is unique to each ECDIS installation or group of ECDIS, e.g. multiple bridge installations. The User Permit Numbershould have been supplied at the time of delivery and must be used when ordering an AVCS licence.To check the 'User Permit Number’:License: ENC → ENC User Permit → ENC User Permit’ Box1. Select 'License’ on the Home screen2. In the 'Licenses’ window, select 'ENC User Permit’The User Permit then appears in the 'ENC User Permit’ Box.4 Deleting ENC DataNew AVCS customers who had previously subscribed to other ENC services are strongly recommended to remove (purge) all ENC Permits and ENCs from the system before installing AVCS. For more information please refer to the 'Data Cleansing’ section in the AVCS UserGuide.Deleting 1 Chart OnlyManage Charts: Select Chart to be deleted → Delete Charts1. Select 'Manage Charts’ on the Home screen2. In the 'Manage Charts’ window, tick the Chart to be deleted3. Click on 'Delete Charts’An 'Attention’ window with the message “All selected Charts will be deleted. Do you wish to continue?” is then displayed. Click 'OK’ to confirm the deletion of the selected Chart.A final 'Attention’ window then confirms the deletion. Click 'OK’.The deleted Chart will disappear from the 'Licenses’ window.Deleting ALL ChartsManage Charts:Right-click to left of Type box → Select All → Delete Charts1. Select 'Manage Charts’ on the Home screen2. In the 'Manage Charts’ window, right-click the block to the left of the 'Type’ box.3. 2 options then appear 'Select All’ and 'Deselect All’. Click on 'Select All’.4. When all Charts are selected with a Tick in front of them, click on 'Delete Charts’An 'Attention’ window with the message “All selected Charts will be deleted. Do you wish to continue?” is then displayed. Click 'OK’ to confirm the deletion of all the selected Charts.A final 'Attention’ window then confirms the deletion. Click 'OK’.The deleted Charts will disappear from the 'Manage Charts’ window.5 Deleting ENC PermitsIf the user has previously subscribed to another ENC service it is advised to remove these ENC permits from the ECDIS system before use. The user must select the cells for which permits are to be deleted. In most instances this will simply involve selecting all cells. In certain circumstances it may be required to remove permits for individual cells, in this case simply select the cells for which permits need to be deleted.Deleting 1 Permit onlyLicense: ENC → Select Permit to be deleted → Delete Licenses1. Select 'License’ on the Home screen5. In the 'Licenses’ window, select the Chart for which the Permit is to be deleted, with a Tick in front of them6. Click on 'Delete Licenses’An 'Attention’ window with the message 'Selected group will be deleted. Do you wish to continue?’ is then displayed. Click 'OK’ to confirm the deletion of all the selected Charts.A final 'Attention’ window then confirms the deletion: '1 ENC Permit removed’. Click 'OK’. The deleted Chart will disappear from the 'Licenses’ window.Deleting ALL PermitsLicense: ENC → Select All Permits → Delete Licenses1. Select 'License’ on the Home screen2. In the 'Licenses’ window, right-click the block to the left of the 'Type’ box.3. 2 options then appear 'Select All’ and 'Deselect All’. Click on 'Select All’.4. Once all the Permits to be deleted are selected with a tick in front of them, click 'Delete Licences’ on this 'Licenses’ window.An 'Attention’ window with the message “Selected group will be deleted. Do you wish to continue?” is then displayed. Click 'OK’ to confirm the deletion of all the selected Charts.A final 'Attention’ window then confirms the deletion: 'XXX ENC Permits removed’. Click 'OK’. The deleted Charts will now disappear from the 'Licenses’ window.6 The Public KeyThe Admiralty Vector Chart Service currently uses the IHO.CRT, issued by the International Hydrographic Organisation, to authenticate its AVCS ENCs. However, the Furuno 3000 ECDIS uses the IHO.PUB Public Key which is included in all AVCS Media.To view the installed Public KeyPublic Key: Select Public Key window → Display Content1. Select 'Public Key’ Menu on the Home screen2. In the 'Select Public Key’ window appearing, when a Public Key is already activated, an 'A’populates the box next to the selected Public Key3. Click on 'Display Content’ to view the already activated Public KeyTo install a new Public KeyPublic Key: Select Public Key window → Load New Key1. Select 'Public Key’ Menu on the Home screen2. In the 'Select Public Key’ window appearing, click on 'Load New Key’ to install a new Public KeyOn the next 'Open File’ window, select the location where the new Public Key to install is stored (i.e. CD, DVD, USB). Select the IHO.PUB and click 'Open’.An 'Attention’ message confirming the installation of the new Public Key will appear on the screen. Click 'OK’.3. Highlight the new Public Key and select 'Activate’ to select the required Public Key to be installed4. An 'A’ will then populate the box next to the selected Public Key.5. Click 'Close’ to finish.7 Installing ENC PermitsTo install AVCS ENC Permits:License: Licenses → ENC Tab → Install Licenses → Select File window → Permit.txt file →Open → OK1. Select 'License’ on the Home screen and in the 'Licenses’ window, select the 'ENC’ Tab2. Select 'Install Licenses’In the next 'Select File’ window, highlight the Permit.txt file from the selected source location (i.e. USB), click 'Open’ and then 'OK’If needed, the Permit List can then be exported to external Media (i.e. CD, DVD, USB) by clicking on the 'Export List’ option:8 Installing AVCS Base CDsThere are currently 9 AVCS Base CDs but this number will grow as more ENCs become available for distribution within AVCS. It is unlikely that users will need to install all of the CDs in order to load all licensed ENCs. Reference to the Schedule A can avoid the unnecessary loading of some CDs and save the user time.The process described here should be used in almost all circumstances as it will automatically select data to be loaded according to the permit file installed by the user.Note: Ensure the latest permits have been installed before attempting to install any dataAuto Load: Search File Media → OK → Install Chart Data1. After having inserted the first AVCS Base CD identified in the Schedule A into the appropriate drive (i.e. D/Q), click on 'Auto Load’ on the Home screenAn 'Attention’ window then appears warning that 'this process takes time to complete and the operation speed of the system will decline. Do you wish to continue?’. Click 'OK’.Another 'Attention’ window confirms how many 'Charts are contained in the inserted AVCS Media and how many can be installed (based on the previously installed Permit file). Do you wish to continue?’. Click 'OK’.Note: Whenever Charts are cancelled, they will automatically be removed from the system. When this happens, this will be communicated in the 'Error/Warning Guidance’ window at the end of the installation.The AVCS Media will be read and a progress Bar will display on the 'Install Chart Data’ window on the screen.When the installation is complete, a window confirming the installation will appear, click'Confirm’(this window can take some time to appear even if the Progress Bar shows a completion rate of 100%)To check the details of the data installation, click on 'Show Details’ on the 'Install Chart Data’window. Click 'Finish’ to close. This process should be repeated until all required Base CDs have been installed.Note: Make sure that all the required AVCS Base CDs have been inserted and the import operations completed before installing the latest Update CD. Updates cannot be applied unless the ENC base file is present in the system database.9 Installing AVCS Update CDThe Weekly AVCS Update CD must only be inserted into the CD Drive after having installed the latest required Base CD(s).Insert the latest AVCS Update CD into the appropriate Drive (i.e. D/Q)Note: Base CDs are re-issued about every 6 to 8 weeks. The AVCS Update disc will indicate which Base disc week must have been installed. It is important that users do not attempt to load an Update CD that is not consistent with the Base CDs.Auto Load: Search File Media → OK → Install Chart Data1. Click on 'Auto Load’ on the Home screenAn 'Attention’ window then appears warning that 'this process takes time to complete and the operation speed of the system will decline. Do you wish to continue?’. Click 'OK’.Another 'Attention’ window confirms how many 'Charts are contained in the inserted AVCS Media and how many can be updated (based on the previously installed Permit file). Do you wish to continue?’. Click 'OK’.Note: Whenever Charts are cancelled, they will automatically be removed from the system. When this happens, this will be communicated in the 'Error/Warning Guidance’ window at the end of the installation.The AVCS Media will be read and a progress Bar will display on the 'Install Chart Data’ window on the screen.When the installation is complete, a window confirming the installation will appear, click'Confirm’(this window can take some time to appear even if the Progress Bar shows a completion rate of 100%)To check the details of the data installation, click on 'Show Details’ on the 'Install Chart Data’window. Click 'Finish’ to close.10 Installing AVCS DVDWhen using the AVCS DVD Service, only one disc needs to be installed because it contains all the Base ENCs and Updates up to the date of its issue.Insert the latest AVCS DVD into the appropriate Drive (i.e. D/Q)Note: The loading process within the ECDIS will be very similar to that required for the AVCS CD Service however there are some minor differences which are detailed belowAuto Load: Search File Media → OK → Install Chart Data1. Click on 'Auto Load’ on the Home screenAn 'Attention’ window then appears warning that 'this process takes time to complete and the operation speed of the system will decline. Do you wish to continue?’. Click 'OK’. Another 'Attention’ window confirms how many 'Charts are contained in the inserted AVCS Media and how many can be installed (based on the previously installed Permit file). Do you wish to continue?’. Click 'OK’.Note: Whenever Charts are cancelled, they will automatically be removed from the system. When this happens, this will be communicated in the 'Error/Warning Guidance’ window at the end of the installation.The AVCS Media will be read and a progress Bar will display on the 'Install Chart Data’ window on the screen.When the installation is complete, a window confirming the installation will appear, click'Confirm’(this window can take some time to appear even if the Progress Bar shows a completion rate of 100%)To check the details of the data installation, click on 'Show Details’ on the 'Install Chart Data’window. Click 'Finish’ to close.11 Installing AIO PermitsThe Admiralty Information Overlay (AIO) is installed in the Furuno FMD 3000 ECDIS by installing the Cell GB800001 included in the PERMIT.TXT file and then the AIO Data.To install the AIO Permits:License: Licenses → ENC Tab → Install Licenses → Select File window → Permit.txt file →Open → OK1. Select 'License’ on the Home screen and in the 'Licenses’ window, select the 'ENC’ Tab2. Select 'Install Licenses’In the next 'Select File’ window appearing, highlight the Permit.txt file which contains the AIO Permit from the selected source location (i.e. USB), click 'Open’ and then 'OK’3. The AIO Permit will now appear in the Licenses List12 Installing AIO CDThe AIO Media can only be installed when the usual AVCS S-63 1.1 Data has been previously installed. After having previously installed the Permit for the AIO Cell GB800001, the AIO Media now needs to be installed.Insert the latest AIO CD into the appropriate drive (i.e. D/Q)Auto Load: Search File Media → OK → Install Chart Data1. Click on 'Auto Load’ on the Home screenAn 'Attention’ window then appears warning that 'this process takes time to complete and the operation speed of the system will decline. Do you wish to continue?’. Click 'OK’.Another 'Attention’ window confirms how many 'Charts are contained in the inserted AVCS Media and how many can be installed (based on the previously installed Permit file). Do you wish to continue?’. Click 'OK’.The AIO CD will be read and a progress Bar will display on the 'Install Chart Data’ window on the screen.When the installation is complete, a window confirming the installation will appear, click'Confirm’(this window can take some time to appear even if the Progress Bar shows a completion rate of 100%)To check the details of the data installation, click on 'Show Details’ on the 'Install Chart Data’window. Click 'Finish’ to close.2. Once the AIO Permits and Media have been installed, the AIO is enabled3. If needed, the system will give the user the option of then disabling the AIO from the'Licenses’ window:13 Systems ChecksThe user has the option to review the status of all installed ENCs on the Furuno FMD 3000 ECDIS by consulting various Reports.1. Select 'Record’ on the Home screen2. Select 'Chart Log’3. Select 'ENC’A Report containing all the installed Cells then appears on the screen. This Report contains information about all the Update status of the Cells currently installed on the system. Select 'Close’ to close the Report.The Furuno FMD 3000 ECDIS displays the Cell status of the Cells installed within a colour coding system on the Geographical Display:Green: The Permit is valid and the ENC is available for use in SENC format. If the source of the ENC is a RENC, then the ENC is also up-to-date. If the source of the S-57 vector chart is something other than a RENC then all loaded updates are included into the SENC.Orange: You have a valid Permit and the ENC is available for use in SENC format but it is either not up-to-date or has been cancelled. This could be for several reasons, either the SENC is from a previous edition, the latest SENC update was missed or the ENC has been cancelled.Red: If an ENC is installed in the SENC but does not have a corresponding permit installed then the ENC is no longer available for display in the viewer.Blue: The conversion of the Cells from RENC to SENC as somehow failed during the conversion process. This can be due to a software upgrade or an issue with the data itself preventing the Furuno from successfully converting to SENC. For example, one Cell was up-to-date before a software upgrade and was not updated when the software was upgraded. Then the Cell would show as blue until the conversion process is completed. Contrary to the Magenta colour which means that the RENC to SENC conversion was not even started. Magenta: You have a permit to use the ENC, but the installed ENC is not available in SENC format and thus you cannot use the ENC currently.It is also possible to check the updating status of all Cells installed within the Cell Status mode:1. Select 'Cell Status’ on the Home screen2. The 'Cell Status’ window then appears displaying the Updating status of all Cells installed: If screenshots need to be taken (i.e. report specific issues), this is carried out in the Furuno FMD 3000 by clicking on 'Capture Screenshot’ on the Home screen.When the required screenshot is taken, it will be automatically saved on the system within the 'Settings’ Tab on the top MenuIn the next 'Settings’ window, find the screenshot previously taken (usually at the bottom of the drop down list), highlight it with a tick on its left hand side and then click on 'Export’. This will open a new window where you can then save this screenshot on the preferred source location (i.e. USB).14 TroubleshootingMany of the difficulties that could be experienced when using the Admiralty Vector Chart Service with this system can be avoided by carefully following the instructions in this guide. However, issues that are known to have caused confusion in the past are detailed in the Frequently Asked Questions (FAQ) section which can be found at:If you encounter problems that are not solved by referring to the FAQs, you may wish to seek Technical Support. Please see the section below for contact details.Who should you contact?You will receive the most effective support if you address your initial query to either yourECDIS Manufacturer or ADMIRALTY Chart Agent, but in certain circumstances you may need to contact the UKHO Customer Services.When reporting a chart related problem it is useful if you can provide the following details:> Licence number> Vessel name> ECDIS/Software Manufacturer> Details of error message – Including 'SSE’ error code> Screen shot(s) of error> Details of Base Discs used (date)> Details of Update CD used (date)> Details of Permits used (date)> Details of Cell number(s) errors apply to> Have there been any configuration changes to system(s)> Details of User Permit(s) and PIN Number(s)Emergency Chart Permit GenerationIn certain circumstances it may be necessary for a vessel to get access to an AVCS chart at very short notice, for instance if a route needs to be diverted due to a medical or safety emergency.In these emergency circumstances only, individual AVCS ENC Permits can be obtained from the UKHO 24 hours a day, 365days a year.To obtain the AVCS emergency permit, please quote:> Vessel Name> ECDIS User Permit Number> Required ENCsThe permits can be sent directly to the vessel by email wherever possible, by fax, or simply by reading the characters out over the telephone or radio.Please contact UKHO Customer Services using the contact details below:。

珠江富士3000

1)MOD : 表示电梯的运行模式。

ÖSTARTUP : 系统启动准备中。

ÖINSPECTION : 外部检修运行模式。

ÖOPP INSPECTION : OPP检修运行模式。

ÖCALIBRATION : 楼层高测定模式。

ÖPARKING : 锁梯模式。

ÖAUTO : 自动运行模式。

ÖOPP AUTO : OPP自动运行模式。

ÖAUTO REPEAT : 反复运行模式。

ÖINDEPENDENT : 独立运行模式。

ÖATTENDANT : 司机操作模式。

ÖFIREMAN CONTROL : 消防运行模式。

ÖEACH FLOOR STOP : 每层停止模式。

ÖFIRE CONTROL : 火灾管制运行模式。

ÖSEISMIC VERY LOW : 地震管制运行模式。

ÖSEISMIC LOW : 地震管制运行模式。

ÖSEISMIC HIGH : 地震管制运行模式。

ÖUPS CONTROL : 停电管制运行模式。

ÖGENERATOR CONTROL : 发电机运行模式。

ÖMOVING HOUSE : 搬家运行模式。

ÖOIL TEMP LOW : 低温检测油温传感器模式。

ÖOIL TEMP HIGH : 高温检测油温传感器模式。

ÖAUTO TUNING : 马达自学习功能模式。

ÖRESET : 系统重新设定中。

2)FLR : 表示现在电梯所在楼层。

3)DIR : 表示电梯运行方向。

停止时表示 ‘ - ’。

4)ACT : 表示运行状态以及错误警告。

ÖSystem Check : 正在准备系统开动中。

ÖNot Calibration : 楼层高度测定没完毕。

★ 自动运行一定需要楼层高测定完毕。

NS3000电子海图简明使用手册

当点击该菜单项时，海图区的下部则会出现该菜单项的详细窗口，用户可在其中选择具体的操作，这时该菜单项呈白色，表示该按钮已按下。

如果要关闭该菜单，可再点击一下即可关闭。

若要选择其他菜单项，可直接点击该菜单项，若该菜单为白色，表示您在之前已对该菜单作过操作，并保存着当时的状态。

您只需点击屏幕左下角标记该菜单名称的一项，即可切换到该菜单项的具体操作。

这样您可同时打开多个菜单，并可在菜单之间切换，方便了用户的操作。

1．3 UTC和Local Time之间的切换，点击右上角当前时间左边时钟形状的按钮，即可在UTC和Local Time之前切换，并会有相应的提示。

UTC和Local Time及时区的设置，是在Config->Time Zone中进行设置。

控制系统说明(海淡)

黄岛3000T/d反渗透海水淡化控制系统说明（本说明适用于PLC+上位机系统，对于就地操作不起作用）第一部分程序编辑黄岛电厂3000T/d反渗透海水淡化自动控制系统分为上位机手动和上位机自动两大部分。

上位机手动指操作员在电脑上人为确定各个设备的操作状态，上位机自动指系统根据实际情况自动实现生产过程的各个环节，无需人为干预。

上位机手动上位机手动操作泛指所有控制设备的单体启动或停止操作，主要用作试验和特殊情况下的设备动作，在实际的应用过程中，为防止工作人员误操作引起设备的非正常运行，而导致设备的损坏，在上位机手动控制中加入了一些必要的连锁信号，例如报警信号和停车信号，保证设备的安全生产。

整套3000T反渗透海水淡化系统上位机手动分为四部分：超滤系统、反渗透系统、冲洗/清洗系统和产品水系统，下面分述系统各部分单体设备的操作情况：*所有设备上位机手动启动时应具备的必要条件在上位机自动时同样适用*一、超滤系统1.取水泵（P101泵）i.水泵启动、停止操作：远程/就地开关在“远程位置”保持“1”状态下以下操作起作用：a)启动主回路时“合闸控制”置“1”保持，同时将分闸控制置“0”；b)停止主回路时“分闸控制”置“1”保持，同时将合闸控制置“0”；c)启动变频器时“变频启/停”置“1”保持，同时可在上位机上随意调节转速；d)停止变频器时“变频启/停”置“0”保持；e)系统在突然停电情况下，所有操作回到初始化；ii.P101泵变频器启动应具备的必要条件：a)超滤膜组1电动阀门CV01和CV02、超滤膜组2电动阀门CV06和CV07、超滤膜组3电动阀门CV11和CV12、超滤膜组4电动阀门CV16和CV17，在这四组阀门中至少有一组阀门保持在打开位置，即开状态为“1”；iii.P101泵变频器运行中出现的报警信号：a)变频器故障；b)自清洗进水压力PT101压力值低于0.1MPa；c)超滤进水压力PT102压力值高于0.4MPa；d)中间水池液位LT101液位值高于2800mm；e)中间水池液位LT101液位值低于800mm；iv.P101泵变频器运行中出现的停机连锁信号：a)自清洗进水压力PT101压力值低于0.1MPa；b)中间水池液位LT101液位值高于2800mm；2.反冲洗泵（P102泵）i.P102泵启动、停止操作：远程/就地开关在“远程位置”保持“1”状态下以下操作起作用：a)启动时合闸控制置“1”不保持（脉冲信号），同时将分闸控制置“0”；b)停止时分闸控制置“1”保持，同时将合闸控制置“0”；c)系统在突然停电情况下，所有操作回到初始化；ii.P102泵接触器启动应具备的必要条件：反冲洗泵启动需满足下列条件之一：a)超滤膜组1电动阀门CV04和CV05、超滤膜组2电动阀门CV09和CV10、超滤膜组3电动阀门CV14和CV15、超滤膜组4电动阀门CV19和CV20，在这四组阀门中至少有一组阀门保持在打开位置，即状态为“1”；b)超滤膜组1电动阀门CV03和CV05、超滤膜组2电动阀门CV08和CV10、超滤膜组3电动阀门CV13和CV15、超滤膜组4电动阀门CV18和CV20，在这四组阀门中至少有一组阀门保持在打开位置，即状态为“1”；iii.P102泵接触器运行中出现的报警信号a)反冲洗压力PT109压力值高于0.5MPa；iv.P102泵接触器运行中出现的停机连锁信号a)中间水池液位LT101液位值低于500mm；3.电动阀门组（CV01——CV20）i.电动阀门打开、关闭操作：a)打开时将打开控制置“1”状态；b)关闭时将关闭控制置“1”状态；二、反渗透系统1.中间水泵（P103泵）ii.P103泵启动、停止操作：远程/就地开关在“远程位置”保持“1”状态下以下操作起作用：a)启动时合闸控制置“1”不保持（脉冲信号），同时将分闸控制置“0”；b)停止时分闸控制置“1”保持，同时将合闸控制置“0”；c)系统在突然停电情况下，所有操作回到初始化；ii.P103泵接触器启动应具备的必要条件：中间水泵启动需满足下列条件之一：a)中间水池液位LT101不在低液位500mm；b)电动阀CV29在打开位置，即开状态为“1”；c)电动阀CV28在关闭位置，即关状态为“1”；iii.P103泵接触器运行中出现的报警信号：进水电位ORP101电位值大于150；iv.P103泵接触器运行中出现的停机连锁信号：中间水池液位LT101液位值低于500mm；2.高压泵（P104泵）i.高压泵启动、停止操作：远程/就地开关在“远程位置”保持“1”状态下以下操作起作用：a)启动时合闸控制置“1”保持，同时将分闸控制置“0”；b)停止时分闸控制置“1”保持，同时将合闸控制置“0”；c)系统在突然停电情况下，所有操作回到初始化；ii.P104水泵启动应具备的必要条件：a)进水压力变送器PT110的压力值大于0.1MPa；b)调节阀CV21的开度反馈量最小，阀门处于关闭位置即4mA；c)中间水泵P103处于运行状态，即开状态为“1”；d)电动阀CV24和电动阀CV25中至少有1个阀门在打开位置，即开状态为“1”；e)电动阀CV22处于关闭位置，即关状态为“1”；iii.P104泵运行中出现的报警信号：a)高压泵出口压力PT106压力值大于7.0MPa；b)反渗透膜组进水压力PT108压力值大于6.5MPa；iv.P104泵运行中出现的停机连锁信号：a)中间水泵P103泵停止运行；b)增压泵P105泵停止运行；c)电动阀CV24和电动阀CV25都关闭，即开状态为“0”；d)进水压力PT110压力值小于0.1MPa；e)电动阀CV22不处于关闭位置，即关状态为“0”；f)反透膜组进水压力PT108压力值大于6.7MPa；4.增压泵（P105泵）i.增压泵启动、停止操作：远程/就地开关在“远程位置”保持“1”状态下以下操作起作用：a)启动主回路时“合闸控制”置“1”保持，同时将分闸控制置“0”；b)停止主回路时“分闸控制”置“1”保持，同时将合闸控制置“0”；c)启动变频器时“变频启/停”置“1”保持，同时可在上位机上随意调节转速输出；d)停止变频器时“变频启/停”置“0”保持；e)系统在突然停电情况下，所有操作回到初始化；ii.P105水泵启动应具备的必要条件：a)中间水泵P103泵处于运行状态，即运行状态为“1”；b)电动阀CV24和电动阀CV25中至少有1个阀门在打开位置，即开状态为“1”；c)电动阀CV22处于关闭位置，即关状态为“1”；iii.P105泵变频器运行中出现的报警信号：a)增压泵出口压力PT107压力值大于6.5MPa；b)变频器故障；iv.P105泵变频器运行中出现的停机连锁信号：a)反渗透进口压力PT108压力值大于6.7MPa；b)中间水泵P103泵不在运行状态，即开状态为“0”；c)电动阀CV22不处于关闭位置，即关状态为“0”；d)电动阀CV24和电动阀CV25处于关闭位置，即关状态为“1”；5.电动阀门（CV21、CV24——CV31）i.电动阀门（CV24——CV31）打开、关闭操作：a)打开时将打开控制置“1”状态；b)关闭时将关闭控制置“1”状态；ii.调节阀门CV21打开、关闭操作：a)打开时将打开控制置“1”状态；b)开度在上位机上手动调节开度4——20mA；c)关闭时将打开控制置“0”状态；三、冲洗/清洗系统1.冲洗/清洗水泵（P106/ P107泵）i.冲洗/清洗泵启动、停止操作：远程/就地开关在“远程位置”保持“1”状态下以下操作起作用：a)启动主回路时“合闸控制”置“1”保持，同时将分闸控制置“0”；b)停止主回路时“分闸控制”置“1”保持，同时将合闸控制置“0”；c)启动变频器时“变频启/停”置“1”保持，同时可在上位机上随意调节转速输出；d)停止变频器时“变频启/停”置“0”保持；e)系统在突然停电情况下，所有操作回到初始化；ii.冲洗/清洗泵启动应具备必要条件：a)冲洗水箱液位LT401不在低液位500mm；b)其它设备（包括电动阀、水泵）均处于停止状态；c)满足下列3个条件之一：1、超滤膜组1电动阀门CV01和CV03；超滤膜组2电动阀门CV06和CV08；超滤膜组3电动阀门CV11和CV13；超滤膜组4电动阀门CV16和CV18；在这四组阀门中至少有一组阀门保持在打开位置，即状态为“1”；2、反渗透冲洗阀CV22，排放阀CV22均处于打开位置，即状态为“1”；3、反渗透冲洗阀CV22处于打开位置，，水箱回水阀CV26或CV26处于打开位置，即状态为“1”；二、1.P106/P107变频器运行中出现的报警信号：a)冲洗压力PT401压力值大于0.5MPa；b)变频器故障；2.P106/P107变频器运行中出现的停机连锁信号：a)超滤膜组1电动阀门CV01和CV03、超滤膜组2电动阀门CV06和CV08、超滤膜组3电动阀门CV11和CV13、超滤膜组4电动阀门CV16和CV18，反渗透冲洗阀CV22，都不在打开位置，即状态为“0”；四、产品水系统1.产品水泵（P301泵/P302泵）i.产品水泵启动、停止操作：远程/就地开关在“远程位置”保持“1”状态下以下操作起作用：a)启动主回路时“合闸控制”置“1”保持，同时将分闸控制置“0”；b)停止主回路时“分闸控制”置“1”保持，同时将合闸控制置“0”；c)启动变频器时“变频启/停”置“1”保持，同时可在上位机上随意调节转速输出；d)停止变频器时“变频启/停”置“0”保持；e)系统在突然停电情况下，所有操作回到初始化；ii.产品水泵启动应具备必要条件：a)产品水箱液位LT301液位值不小于500mm；iii.变频器运行中出现的报警信号：a)变频器故障；b)产品水箱液位LT301液位值小于1000mm；iv.变频器运行中出现的停机连锁信号：产品水箱液位LT301液位值小于500mm；a)上位机自动上位机自动泛指系统根据现场实际情况的需要，自动进行各个环节的调节和运行。

Standard3000中文操作手册part4

9.3. STO_3壓機控制訊號針腳編號訊號說明1 +24VDC_PRESS_OUT 供應壓機+24V DC電源2 HOMEPOSITION_IN 原始位置感應器訊號輸入3 PU_PRESS_IN PU開關(PU-switch)訊號輸入4 SSW_1_PRESS_IN 安全開關1 (6mm) 訊號輸入5 SSW_2_PRESS_IN 安全開關2 (6mm) 訊號輸入6 MV_1_OUT 電磁閥1訊號輸出7 MV_2_OUT 電磁閥2訊號輸出8 SSW_1_PRESS_OUT 安全開關1 (6mm) 訊號輸出9 SSW_2_PRESS_OUT 安全開關2 (6mm) 訊號輸出10 INC_A_IN 行程測量訊號輸入(A軌)11 INC_B_IN 行程測量訊號輸入(B軌)12 PRESSURE_C_AIN 指針模擬系統壓力輸入訊號13 TRIGGER_C_AIN 指針模擬觸感起振器(偵測壓力差)輸入訊號14 24VDC_DELAY_OUT PU開關之延遲電流供應輸出訊號電源接地之訊號輸出15 GND24VDC_PRESS_OUT9.4. STO_5雙手起動開關控制訊號針腳編號訊號說明1 Nc2 START_1_OUT 起動開關1訊號輸出3 START_1_NC_IN 起動開關1訊號輸入(正常關閉)4 START_1_NO_IN 起動開關1訊號輸入(正常開啟)5 START_2_OUT 起動開關2訊號輸出6 START_2_NC_IN 起動開關2訊號輸入(正常關閉)7 START_2_NO_IN 起動開關2訊號輸入(正常開啟)8 24VDC_DELAY_OUT 控制緊急停止掣之延遲電源供應9 EMERGENCY_1_IN 緊急停止掣1訊號輸入10 EMERGENCY_2_IN 緊急停止掣2訊號輸入11 nc電源接地之訊號輸出12 GND24VDC_PRESS_OUT10 不當使用之錯誤訊息正常ADG錯誤ADG訊號焊接週期階段0>1促動器下壓(焊接前下壓行程)1>2下壓速度漸緩2>3增加功率3>4焊接4>5固化5>6促動器上行裝備隔音罩之正常ADG裝備特殊促動器之ADG焊接週期階段0>2促動器下壓(焊接前下壓行程)1>3下壓速度漸緩2>4增加功率3>5焊接4>6固化5>7促動器上行11 機械維護11.1. 錯誤群組說明錯誤群組002 電箱錯誤003 壓機錯誤004 隔音罩錯誤005 限制值錯誤006 數位控制錯誤007 硬體錯誤008 RS232錯誤009 CANopen錯誤020 限制值警告021 參數值警告11.2. 錯誤代碼詳細說明電箱錯誤(錯誤群組 002:xxx)錯誤代碼優先性說明002:000 低達到最大功率損失(Pv測試)002:001 高電源電壓過低002:002 高Power pack +12V defective002:003 高Minimal level control final stage002:004 高溫度過高002:005 低頻率低於最低值002:006 低頻率高於最高值002:007 低換能器電壓高於最大值002:008 低出力過載002:009 低Full level control of the final stage reached 002:010 低未連接換能器壓機錯誤(錯誤群組 003:xxx)錯誤代碼優先性說明003:000 低測量行程時發生錯誤003:001 低閥門錯誤003:002 低雙手起動開關錯誤003:003 低促動器未回到原始位置Abort 003:004 低安全開關(最後6mm)錯誤003:005 低超過最大焊接週期時間003:006 低焊接過程中斷003:007 低觸感起振器設定錯誤003:008 低超音波起振錯誤003:009 低系統壓力過低隔音罩錯誤(錯誤群組004:xxx)錯誤代碼優先性說明004:000 低安裝錯誤004:001 低開始焊接時工作窗無法開啟004:002 低時間超過而降下工作窗004:003 低時間超過而升起工作窗004:004 低隔音罩門打開004:005 低焊接週期中打開工作窗限制值錯誤(錯誤群組005:xxx)錯誤代碼優先性說明005:000 低超過設定的最大時間005:001 低低於設定的最小時間005:002 低超過設定的最大能量005:003 低低於設定的最小能量005:004 低超過設定的最大出力005:005 低低於設定的最小出力005:006 低超過設定的最大行程005:007 低低於設定的最小行程005:008 低超過設定的最大行程差005:009 低超過設定的最小行程差005:010 低到達設定的良品數數位控制錯誤(錯誤群組006:xxx)錯誤代碼優先性說明006:000 低焊接週期停止006:001 低設定超音波停振1006:002 低設定超音波停振2006:003 低設定重設006:004 低退出外置起動006:005 低需要外製起動006:006 低資料傳遞輸入訊號錯誤硬體錯誤(錯誤群組007:xxx)錯誤代碼優先性說明007:001 高輸出群組1短路007:002 高輸出群組2短路007:003 高輸出群組3短路007:004 高輸出群組4短路007:005 高輸出群組5短路007:006 高輸出群組6短路007:007 低壓力輸入低於1mA007:008 低觸感起振器輸入低於1mA007:009 低數控振幅輸入超過120%或12VRS232錯誤(錯誤群組008:xxx)錯誤代碼優先性說明008:001 低資料溢出錯誤(符號丟失)008:002 低同等性錯誤(同等性符號錯誤)008:003 低結構錯誤(無有效停止符號→bit rate錯誤) 008:004 低傳輸中斷(位元組過長→bit rate錯誤) 008:005 低未連接接收器CANopen錯誤(錯誤群組009:xxx)錯誤代碼優先性說明009:001 低 SDO讀取錯誤(暫停)009:002 低 SDO寫入錯誤(暫停)009:003 低 SDO服務(錯誤參數)009:004 低 SDO無法進入(設定值範圍錯誤)009:005 低 SDO其他錯誤限制警告(警告群組020:xxx)錯誤代碼優先性說明020:000 警告超過設定的最大時間020:001 警告低於設定的最小時間020:002 警告超過設定的最大出力020:003 警告低於設定的最小出力020:004 警告超過設定的最大功率020:005 警告低於設定的最小功率020:006 警告超過設定的最大行程020:007 警告低於設定的最小行程020:008 警告超過設定的最大行程差020:009 警告低於設定的最小行程差參數警告(警告群組021:xxx)錯誤代碼優先性說明021:000 警告資料組是空的 / 未載入資料組021:001 警告警告資料未刪除11.3. 清潔機器注意：清潔與維護須由受過專業訓練之人員操作，開始維護前，確認電源與壓縮空氣源均未接上。

电子海图操作手册

电子海图使用手册V1.0武汉科技大学计算机学院2013.10目录1、引言 (1)1.1目的 (1)1.2背景、应用目的与功能概述 (1)1.3 版权所有 (1)2、技术指标 (1)3、软件运行环境 (2)3.1硬件环境 (2)3.2 软件环境 (2)4、软件操作说明 (3)4.1 软件安装 (3)4.1.1 YimaEnc控件注册 (3)4.2 软件操作 (3)5、技术支持 (13)1、引言1.1目的本用户手册的编写目的是帮助用户了解使用“电子海图”，并学会对软件的操作。

本用户手册的读者对象为:使用该软件的相关人员。

1.2背景、应用目的与功能概述开发软件名称：电子海图背景：航道拥挤程度的提高、船舶的大型化、以及超高速船舶的出现给船舶航行安全提出了严峻的挑战。

解决这个问题的一种方式是集成式地把本船的位置、所处的静态环境、周围的动态目标信息显示在一个屏幕上，使得船舶驾驶员能够迅速地获取所有这些信息，及时地做出操船决策。

海运船舶驾驶中使用各种现代化的导航设备和雷达设备，能够在很短的时间间隔内获取精确可靠的关于船位、船舶运动参数以及周围环境方面的信息。

使用电子海图，能够把驾驶员从海图作业这一事务性工作中解脱出来，使其把主要精力放在航行监视和及时制定操船决策上来。

未经许可，不得以机械的、电子的或其它任何方式进行复制和传播。

2、技术指标技术指标：a．具有海图加载功能；b．具有数据库管理功能；c．具有航迹记录及回放功能；d. 具有航线生成功能；e. 具有AIS信息解析功能。

3、软件运行环境3.1硬件环境个人计算机硬件环境要求如下：PC机，CPU 1G Hz以上；内存512MB；硬盘空间10G 。

3.2 软件环境本软件运行的软件环境要求如下：Windows 2000/XP/Vista以上操作系统。

4、软件操作说明4.1 软件安装本软件是用vc6.0和SQL Server软件以及YimaEnc电子海图控件进行开发。

电子海图及应用(手册)

电子海图及应用上海海事局海测大队目录前言电子海图电子海图应用系统电子海图发展状况电子海图相关标准中国海事电子海图覆盖区域电子海图应用系统的使用应用电子海图的常见问题解答前言随着计算机技术和航海技术的发展，产生了以数字形式表示的、描写海域地理信息和航海信息的电子海图以及各种电子海图应用系统。

它们的出现是海道测量领域和航海领域的一场新技术革命，使海图研究、生产以及使用跨入了一个新的纪元，也促使航海自动化迈上新的台阶。

国际海道测量组织（IHO）、国际海事组织（IMO）、国际电工委员会（IEC）等国际性组织分别从就电子海图生产及应用等方面展开标准化和规范化的研究，这些工作为电子海图的生成、传输及ECDIS（电子海图显示及信息系统）应用奠定了基础、并形成了一些规范和标准性的文件。

在此基础上，世界各国对电子海图及其应用系统都极为重视，不惜花费巨资进行研究开发，相继取得了令人瞩目的成就。

我国作为一个航海大国，发展制作电子海图并推广应用是中国海道测量组织努力的目标。

中国海事局作为我国的官方海道测量机构，一直致力于电子海图的研究、生产和推广应用，经过多年的发展，在各方面取得了丰硕的成果，已经于2008年9月1日公开对外发布了中国沿海港口航道的电子海图，在保障航海安全方面发挥了重要的作用。

本手册将介绍电子海图的一些基本概念、电子海图有关的国际标准、ECS （或ECDIS）的应用等内容。

目的是为了使大家对电子海图有一个基本的了解，方便用户更好地应用电子海图数据和各种电子海图应用系统。

电子海图电子海图基本概念电子海图是一个总的概念名词，可分为两个部分，一个部分是电子海图数据，另一部分是各种基于电子海图数据的应用系统。

电子海图这个总概念是对所有有关电子海图的生产或应用、软件或硬件的技术泛称，即包含了所有涉及电子海图数据、基于电子海图数据的应用系统的内容；但在狭义角度，电子海图就是指电子海图数据，在本手册中，如没有特殊说明，电子海图均专指电子海图数据。

康涅狄格州3000 系列 i-Solution 说明书

Features included in i-SolutionInclude:Live Measurement and Overlay SettingsUsers can perform measurements on the live preview image, using the crosshair or grid masks to center and count. The grid masks include calibration data. Calibration marker (scale bar) can be placed on the live preview image. The marker (scale bar) can also be burned on each captured image automatically. Anystandard file format image can be chosen to see it above live preview image.Calibration (Auto, Manual)All measurements start with an accurate calibration. Auto, Semi-Auto calibration functions allow the software to calculate the pixels-per-unit value automatically. Only setting the unit for the calibration scale and the distance between the scale marks is needed. This feature greatly improves the accuracy and repetition of measurements. Manual calibrations are easily added and saved for recall from a drop down menu. All calibrations can be saved as files, which let the calibration be retrieved by simply opening the saved files later.Calibration can be protected by password option. Two password options, one in calibration menu itself and the other in camera resolution option, protect calibration by unexpected change. A scale bar can be permanently added to each image. Scale bar properties for color, size and text are simple to optimize for any image background.Z-Axis Extended Focus Imaging (EFI), with displacement compensation for stereo microscopesSamples with curves or of varying heights are difficult to bring into focus under highly magnified conditions. And more a stereomicroscope takes images with tilting due to its own structural characteristics. Thus, each image is out of its supposed position when you move microscope to the Z-axis getting the right focus. Our displacement compensation function allows you to rearrange these images automatically and manually.Software can combine a stack of images sequentially captured at different levels of focus and combine them into a single in-focus image. You can count on our software not to leave any trace of the composites.3D Visualization. . . clearly view complex structuresA Three-dimensional picture can be created from any image. The 3-D presentation is based upon intensity values of the image and can be displayed as a normal or wire frame image. Z axis information can easily be adjusted to optimize the 3-D effect. To better visualize an image in 3-D, software offers full 360 degrees of rotation on X-Y-Z axis. A 3D image can then saved in JPG, TIF or BMP format.Image Stitching. . . create a mosaic of the “Big Picture”With our software, you can create auto and manual composites of continuously captured images in order to minimize the reduction in the field-of-view that typically comes with increased magnification. Combined images are automatically corrected for brightness without leaving any stitching mark. Live Image Comparison. . . for fast inspection and size verificationFor QA testing or quick go/no-go inspections any stored image can be used as a reference image onto which the live preview image is projected.Time Lapse Capture and Movie File Production. . . Import into Power PointSoftware features a Time Lapse Capture function that supports TIF, BMP and JPG file formats. The Time Lapse Capture function also includes an Auto Save feature byyyyy/mm/dd/hour/minute/second. You can save video movie recordings in AVI, MPG, MPEG, and MOV formats.Combine Image Planes - Fluorescence ImagingMerge and pseudo color monochrome images into a single RGB composite.Advanced - Fluorescence Image mergeFluorescence merging function allows several images to one composite image.There is rich list of pre-defined dyes already.One can choose desired emission wavelength in nanometers also and then correspondent color is calculated automaticallyExport Into Excel® - with one mouse clickA single mouse click exports the original image with measurement, calibration, annotation overlay, measurement data, statistics, and chart.Manual Measurement Tools - Including Various Perpendicular DistanceSoftware’s versatile manual measurement features include tools for measuring lengths, areas, and angles and can even auto detect an object's outline and then make specified measurements. The software is equipped with a wide choice of powerful measurement tools including 3-point circle functionality, Npoint circle measurement functionality, parallel line distance measurement, perpendicular distance measurement and object distance measurement. In addition, a zoom-in window can be used to determine the accurate measuring point of an object.Once you've measured a specimen you can easily export all of the images, measurement data and statistics to an Excel® file. With i-Solution, comprehensive statistics and data are just one effortless mouse click away.Line ProfilingSingle, multiple, parallel and polyline commands provide Gray/Red/Green/Blue intensity values for specific lines within an image. The profile data of each pixel on the line can be exported to MS Excel. Auto TraceUsing an automatic edge detection algorithm, our software will perform an auto trace measurement function around a closed object. This function greatly increases accuracy and saves time when makingmeasurements of complex shapes.Image ProcessingManual Brightness, Contrast, Gamma, Background Subtraction, Shading Correction, Histogram, Clone, Crop, AOI, Resize, Rotate, Split, Merge Monochrome series into RGB Color, Combine different exposure Images for highlight reduction, Image Mode Change, Grayscale, RGB, HSB, YUV Pseudo Color view, Full range of enhancement and morphology filters 8bit and 16bit per channel Manual MeasurementsPoint Count, Straight Line, Circle by radius, Circle by N points, Circle by diameter, Circle by 3 points, rectangle, polygon, polyline, splice lines from a common point, auto trace, angle parallel lines, perpendicular width, perpendicular from common line, angle between 2 lines, distance, perpendicular distance.Shading CorrectionThe edge parts of captured image by low magnification have background shading frequently, which can be removed by the shading correction function. The color of the original image remains the same though. A standard image is acquired from a blank space on the slide glass, or from an out of focus image in a metallurgical specimen. Such a standard image is used to correct the background shading of all other captured images.AnnotationLine, arrow, polyline, spline, rectangle, ellipse, textRegion of Interest- ROI. . . . with unique add/subtract capabilityRectangle, arbitrary rectangle, circle, arbitrary ellipse, polyline, spline, magic wand ROI itself can be saved to work with other images. The saved ROI can be placed on the exact same location of other images.View and Zoom ImageManual zoom In-Out, User Defined, Fit to Window, 1600% Zoom in Window for Accurate Edge Detect, sizeable context Window to view all open ImagesImage EditingUndo, Redo, Copy, Paste, Paste New, Delete, Delete All, Annotate, Image InformationSave OptionsTXT File Format, image and measurement data together in Proprietary .img File Format for future editing and data collectionSupported Image File Formatsjpg, jpeg, tif, tiff, bmp, gif, pcx, tga, mpg, mpeg, avi, mov, img, rpt, txt and etc.Report GeneratorCreate Report, Insert Image and Data, Insert other OLE ObjectsWindow ViewSplit Horizontal, Split Vertical, Cascade, Tile Horizontal, Tile Vertical, Arrange icons, Dynamic User Interface (UI), Classic, ModernTime Lapse Sequence ControlPlay Forward, Backward, Making Movie File (mpg, avi, mov) with Still Images, Split Single Image from Sequence FileAuto/Manual Thresholding for Count and SizeIntensity and color based thresholding tools for identifying, counting and categorizing objects.Ideal for automatic objects counting and percentage of area measurements.Objects Editing… enhanced measurement accuracy!Target threshold objects can be edited by all measurement parameters or with filters to clean, close, open, dilate, erode, automatic separate and fill holes.Densitometryi-Solution software automatically calculates Optical Density (OD) by absolute and relative figures, semi automatically, or manually based on user configuration. Images and OD figures can then be exported directly to an MS PowerPoint file.Perfect Focus Enhancementi-Solution implements a perfect function of focus compensation irrespective of the status of lights and specimen.Macro-Enabled RecordingCreate and save customized measurement settings and sequencesData CollectorSelect desired measurements then easily collect and tabulate data from multiple samples. Reflected Light Subtractioni-Solution creates clear, evenly illuminated images by removing the bright saturated light from a highly reflective sample.Automatic count for live and stained cellsConglomerated live and stained cells are separated automatically and counted.Particle AnalysisParticle data in many images is given by statistics and individual form. Each object is viewed with data together.Phase Analysis & Advanced Thresholdi-Solution conducts phase analysis on an entire image or within a specified Region of Interest (ROI) and it can allow to sort images using Gray Scale, RGB, HSB or YUV.Thickness Measurement (Layer Depth Measurement)Average thickness is measured automatically by defining box. The number of scan lines can be defined by users.Stereometry for BiovolumeThe 3D volume of an object is calculated by using 2D measuring parameters.46 selectable measurement parametersA complete menu of measurement types with a description of the parameterIlluminator controlProgram controls illuminator shutter.Live cell countLive cells having irregular shape can be counted automatically, which can be hardly possible by ordinary thresholding method.System Requirements• PC with a Pentium-class processor; Pentium 300MMX or higher recommended• Microsoft Windows Win7/Vista/WinXP/2000/ME/Win98SE operating system• 32 MB of RAM or more (128 MB recommended)• 15 MB or more hard-disk space (50 MB recommended)• CD-ROM drive• VGA or higher-resolution monitor; Super VGA recommended (1024 x 768 pixel and 24 bit and more color support video card is recommended)• Microsoft Mouse or compatible pointing device• USB- or LPT-port for hardware key (depends on delivery).Supported imaging devices1. TWAIN Driver2. DirectShow/ WDM (Windows driver mode) driver3. i-Link DevicesAll PixeLINK cameras.Optronics digital cameras- MicroFire- MacroFire- QuantiFire and QuantiFire XI- Microcast- All MPX series cameras- All QPX series camerasJenoptik ProgRes digital cameras- C3 (cooled and non-cooled)- C5 (cooled and non-cooled)- C14- ProgRes CF and CFScan (cooled, non-cooled, and scan)- ProgRes MF (cooled, non-cooled, and scan)-ProgRes all CMOS cameras.Nikon digital cameras- DS-U2 Fi1- DS 5M/2M-U2- DS 5M/2M-U1- DXM 1200C- DXF 1200FPixera digital camera- Penguin series all models- Pro series all modelsScion corporation digital camera-CFW series all modelsMatrix vision-mvBlueFox digital cameraArtray- ARTCAM-500MI- ARTCAM-300MI- ARTCAM-200MI- ARTCAM-130MI (color, mono, and NIR)- ARTCAM-036MI (color, mono, and TWIN)- ARTCAM-500P- ARTCAM-200SH- ARTCAM-150P-II (color and mono)- ARTCAM-098 (color and mono)- ARTCAM-34MCLumenera- Infinity 1 series all models- Infinity 2 series all models- Infinity 3 series all models- Infinity X and Infinity X-21XLi camera- M series cameras- DC series cameras- DX series camerasSpot digital camera- Insight- FlexQimaging digital cameras- MicroPublisher- RetigaAll Leica digital cameras by TWAINCarl Zeiss AxioCam by TWAIN FlashBus frame grabber- Spectrim Lite- Spectrim Pro- MV LiteMatrox frame grabber- Meteor IIAvermedia frame grabber- EZMakerConsumer digital camerasIMT i-Solution Inc. 。

NS3000电子海图长江导航应用分析

第11卷第11期中国水运V ol.11N o.112011年11月Chi na W at er Trans port N ovem ber 2011收稿日期：5作者简介：凌元，男，江苏江阴人，中国卫星海上测控部船长。

NS3000电子海图长江导航应用分析凌元，汪新，许龙画，杨便佼（中国卫星海上测控部，江苏江阴214431）摘要：由于保密原因，目前长江蓝图不再提供经纬度和比例标尺，导致船舶海图数字扫描仪无法对长江蓝图进行数字化扫描制作；其次长江航道局制作的电子版长江蓝图与船舶SPE ERY 电子海图系统不兼容而无法安装运行。

长江航行时SPEE RY 电子海图系统无法发挥应有的功能和作用，只能回归到原先的雷达方位距离海图作业定位导航模式，显然不能适应航海保障要求。

在这种背景下，文中以需求为牵引，在分析NS3000电子海图系统平台主要功能和长江航行特点的基础上，研究了如何应用NS3000电子海图系统平台制作长江蓝图及其应用于长江导航的可行性。

关键词：NS3000电子海图；长江蓝图；长江导航中图分类号：U 675.8文献标识码：A 文章编号：1006-7973（2011）11-0010-03引言长江航行主要根据长江航道、水文、障碍物、助航标志等情况和法规制度，结合本船的操纵性能，对复杂多变的航行条件和规律进行分析，从而准确而迅速地判定船位，采取正确的驾驶措施。

众所周知，长江航行长期依靠纸质长江蓝图来保证船舶航行安全。

由于保密原因目前长江蓝图不再提供经纬度和比例标尺，导致船舶海图数字扫描仪无法对长江蓝图进行数字化扫描制作；其次长江航道局制作的电子版长江蓝图与远望号SPEERY 电子海图系统格式不兼容而无法安装运行。

长江航行时SPEE RY 电子海图系统无法发挥原先应有的功能和作用，只能回归到原先的雷达方位距离海图作业定位导航模式，显然不能适应航海保障要求，为此本文分析了NS3000电子海图系统主要功能，研究了如何应用NS3000电子海图系统平台制作长江蓝图，并分析了应用于长江导航的可行性。

共聚焦显微镜Naoscope NS3000手册

NS-3000Confocal 3D profilerConfocal3D profilerNanoscope Systems Operation Manual Operation Manualfor PSS measurementRev. 1.1ContentsContents1. Installation of PC 32. Measurement parameter setting163.Config file manipulation284Calibration for PSS measurement4.Calibration for PSS measurement355.Trouble shooting4921. Installation of PCIf the dedicated PC for the confocal microscope NS-3000 was alreadyprovided, please skip this chapter.3STEP 09Checking PC At l t 3PCI l t h ld b il bl User should check whether the below hardware and OS is ready.At least 3 PCI slot should be available At least 1 RS-232 port should be available OS should be Windows XP9Checking Boards (Normally provided with the confocal measurement module)Cronos Plus PCI-6229PCI 6229PCI-14104STEP 1Copy the files as shown below in the PC at location “C:\”.And rename the folder name “Setup_File’s” to “Setup_File”.It is because the installation from CD directly sometimes causes error, and the character [s] It is because the installation from CD directly sometimes causes error and the character[‘s] also can be the cause of the error.These files are included in CD (provided for the procurement ofconfocal module only)NOTE !!Board software should be installed first, and insert the board (hardware)later. (Do not insert the board first)5STEP 2Move the whole folder “NSViewPro” to “C:\Program Files”“C:\Program Files\NSViewPro\” will be the main directory6STEP 3Execute“NIDAQ860-1\setup.exe”.When it is asking something during the installation, answer as ‘default’ value.When installation is completed, Reboot.p,It will ask software license. Please type the license number.7STEP 4Execute“VISIONACQ\setup.exe”.When it is asking something during the installation, answer as ‘default’ value.When installation is completed, Reboot.p,It will ask software license. Please type the license number.8STEP 5Execute“MIL Lite8.1.0\setup.exe”.Check “Cronos Plus”, “Memory 256 MB”. Others as defaultWhen installation is completed, Reboot.p,It will ask software license. Please type the license number.Some error message may be displayed during the installation of this board.gIgnore it.9STEP 6Now, turn off the PC, and insert the 3 boards.Insert(1)Cronos Plus(2)PCI-6229()(3)PCI-1410From the bottom of PC. (Cronos Plus at lowest slot)Any sequence will be ok, but Above sequence is recommended for the convenience of cable connection later.gTurn on the PC, and let the PC recognize the boards.Check whether all the hardware boards are well-recognized.Ch k h th ll th h d b d ll i dCheck it at the“Control panel ÆSystem ÆHardware ÆDevice manager” in the WindowXP.10STEP 7Run “Measurement & Automation” from “Start” menu or “Desktop”Expand NI-DAQmx Expand NI DAQmx deviceÆNI PCI-6229: “Dev1”If i i “D 1”i b i h li kNOTE !!If it is not “Dev1”, rename it by right click mouse.It should be displayed as [NI PCI-6229:”Dev1”]11STEP 8Go to the folder “NI-IMAQ_Data_[Camera_File’s]”. –(at setup file folder)pyCopy ”NS-I3000T.icd” and “CSM0.iid”. Be careful not to select “NS-I3000.icd”Go to the folder “C:\Program Files\National Instruments\NI-IMAQ\Data”,And paste above two files [”NS-I3000T.icd” and “CSM0.iid”] in this folder.12STEP 9In the folder “C:\Program Files\National Instruments\NI-IMAQ\Data”, there is “img0.iid file”.Open it on the notepad, copy the serial number, and paste it to the serial number offile “CSM0.iid”, which is copied at STEP 8.Two numbers should be same. Copy it from img0.iid, and paste it into CSM0.iid.13STEP 10Run “MIL Control Center” from “Desk-top”.Click “MilConfig” ÆVideo Hardware AccelerationÆScroll the acceleration as “2” and OK.14STEP 11Copy & Paste the “Release1.39B” folder at the Desktop. Open this folder.(The Release version can be updated.)(The Release version can be updated)Execute “NSViewPro.exe”. If main window is opened without any message, it is successfully installed.If any error message is shown before the main window is opened, it will not work.Please check the procedure again.If the installation failed anyway,please ask to the distributors or the manufacturer.If the installation failed anyway, please ask to the distributors or the manufacturer.152. Measurement parameter settingThis chapter is for the operation of the system with the automatic XYZ stage. For the system with the automatic Z and manual XY, pleaserefer the Rev.0.9.refer the Rev. 0.9.16The instructions in this chapter is assumed that the hardware installation was successfully done.The completion of hardware installation contains ;1.PC installation2Confocal head and microscope frame installation2.Confocal head and microscope frame installation3.Motorized X,Y, and Z stage installation4.Limit sensor for Z stage installation (Most important to check for safe operation)If any one of above is not ready, please contact the operator.If everything is ready, run NSViewPro.NOTE !!At the first time run, do not click “Change sample” button.Do not put anything on the XY stage.Please click “Initialize” button first.17As other optical microscopes, the confocal microscopic image will be different by the different setting. For example, if the laser power is too high or too low, the image will be distorted.Parameters are set up from three windows.Main window (1)Main window (2)Option window : Main ÆClick “Option” button (3)Calibration : Analysis ÆBump Analysis ÆMore(3)(1)18(2)()(1) Main WindowImportant parameter(1)Laser Power(2)PMT GainsIf you want to change Laser Power, PMT Gain,change the value and click Save button.change the value and click“Save”buttonIf you execute ‘3D Scan’ measurement, it will automatically save the current setting.19()p(2) Option WindowImportant parameter(3) Intensity Threshold(4) Slope EdgeIt is saved when click ‘OK’.20()p(3) Calibration parameter windowIt is saved when click ‘OK’.Please see Chapter 4 to see how the calibration parameters are determined.21Recipe mode with automatic stages NS-3000 Semi-automatic PSS measurement system provides the recipe mode.With this function, the user can conveniently perform the measurement repeatedly done for p gthe similar kinds samples, once it is tuned up.The rules for the recipe mode are as below.User choose the recipe when he do “Change sample [Button]”1.User choose the recipe when he do Change sample [Button]2.All measurement parameters including the stage positions are saved independently for the current recipe 3.Maximum 10 recipes can be used f4.Each recipe should be set up individuallyThe follwing example will be the good explantion.22p p(/)Recipe mode example (1/3)Showing current RCPCurrent recipe is [2” PSS]. Laser power 100%, PMT gain 0.34.23Recipe mode example (2/3)p p (/)h li k h l b i ill h d i d i 24When you click [Change sample] button, it will show pre-determined recipe names.If you choose [2”PR] and click OK, the parameters are changed to the [2” PR] set-up values.Recipe mode example (3/3)p p (/)25Recipe name changes. Laser power 50%, PMT gain 0.50.The calibration scale, offset, and “PR” “Non-PR” also change by each recipe.B li ki “M d h ”b Parameter lock By clicking “Mode change” button.It is locked.The parameter value is deactivated.26If you click again, it will ask login password. Type password. If li k i i ill k l i d T d All parameters will be activated to be changeable.273. Config file manipulation28The files for hardware configuration should be managed strictly. Any mistake can cause the wrong measurement information. Sometimes it can cause the damage to the objective lens or the confocal head as it can command to move more than actual distance.or the confocal head as it can command to move more than actual distanceThe config files to be manipulated are in the folder C:\Program Files\NSViewPro\config, and C\Program Files\NSViewPro\config\RecipeParamThe config files which should be managed by the user are;1.nsviewcfg.ini2.RecipeParam_XX.cfg2RecipeParam XX cfg3.preset_XX.prs29File locationYou can modify 10 recipe files.(*00 is for manual stage system. It is not used for automataic stage system)30When it calls ‘RecipeParam 07.cfg’ file, for example,it will use the XY coordinate defined in the file ‘preset_7.prs’The file with same extension number is called.Recipe Params file Each parameter of ‘RecipeParam’ files can be modified and saved in NSViewPro program.But you have to directly type for 4 parameters.p* Auto Gain : 0 Not activated *Sample Name ;Type the name for Recipe 10characters 1 Activated* Sample Name ; Type the name for Recipe. 10 characters.* Sample Thick ; Relative distance from ‘RecipeParam_01.cfg’Sample Thick of RecipeParam_01should be 0.Refer the next page for Sample Thick.*Sample inch :Size of sample for this recipe * Sample inch : Size of sample for this recipe31p pRecipe Params file –Sample ThickSample Thick5S l Thi k4Sample Thick4Sample Thick3Sample Thick2Sample Thick1 = 0. (디폴트)The position of ‘Sample Thick1’ is set at the first installation, ans saved in the file‘RecipeParam_01.cfg’. If the sample 2 is thicker than sample 1 , ‘Sample Thick’ of the file ‘RecipeParam_02.cfg’ will be the distance of thickness between sample 2 and sample 1.p_g p p Note that the unit of ‘Sample Thick’ is count of Z-stage.32pRecipe Params file –Null NameIf you don’t type anything,If you don t type anything,It will not be shown.3333nsviewcfg.ini file gYou can change password hereYou can change password here.NOTE !!34Other values in ‘nsviewcfg.ini’ file should not be changed without notification to the manager NOTE !!4. Calibration for PSS measurement35Calibration procedure 1Reference sample preparation Known height measured by AFM The whole process is following the steps.p1.Reference sample preparation ÆKnown height measured by AFM The height of samples should have some variation. For example, height 1.0/1.02/1.03/1.04 is not good because these are too close to find out the reasonable ‘slope’. Height 0.9/0.97/1.1 is better.2.Fixing measurement setting parameter (Laser power, PMT Gain, etc)3.Initialization of calibration parameter (Scale=1, Offset=0)4.Measurement by confocal microscope5.Data selection (Ignore some unreasonable data)6.Calculate Scale and Offset Y=aX+b (a : scale, b : offset, X: confocal measurement (with scale=1, offset=0), Y: AFM data)NOTE !!36If it is not well correlated, try with another ‘measurement setting parameters’NOTE !!Parameter setting gSet appropriately ‘Laser Power’and ‘PMT Gain’here -Laser Power -PMT Gain -Intensity threshold Slope edgeSet appropriately Laser Power and PMT Gain here.-Slope edge Should be fixed before calibration and during the measurement of this kindClick here to set ‘Intensity threshold’ and ‘Sloe edge’37Parameter setting –Analysis window g y38If the intensity number (red dotted-box) is less than 140 (149 in this picture) or some, please increase the PMT Gain . The optimum intensity number is between about 180~240.Parameter setting –Pop up window by clicking ‘Options’g p p y g pIf PSS shape is shaper, reduce Intensity threshold and/or increase Slope edge .The current setting (0.05/75) is for relatively sharp shape. If new sample is smoother and/or larger, please try with -for example-Intensity threshold : 0.1 / Slope edge : 65.You may need some trial and error “Valid data”view in Analysis window may help you to 39You may need some trial and error. Valid data view in Analysis window may help you to judge the effectiveness of the measurement result.Initialize the calibration parameterpPlease NOTE :Before initializing calibration parameters, back up the folder ~NSViewPro/config/RecipeParam. Calibration parameters are saved (overwritten) in the files in this folder.Calibration parameters are saved(overwritten)in the files in this folderIf you judge it is not necessary to change the ‘Scale’ (i.e., measurement by confocal with current calibration parameters (scale and offset) is following the AFM result, but only offset exist.), then you don t have to initialize the calibration parameters.then you don’t have to initialize the calibration parametersIn this case, you can just add or subtract the offset value from ‘Offset’ parameter value.40Initialize calibration -Analysis window For calibration, you should open the already measured data (*.naf file), or measure the sample right now. Parameters are saved when the detection algorithm is normally executed.yClick Bump Analysis41Initialize calibration -Bump analysis windowp yClick More42p y pInitialize calibration -Bump analysis parameters windowSetScale=1 and Offset=0 for initializing.For both Height and WidthClick OK43Initialize calibration -Bump analysis windowp yClick Execute44Measurement and Data selectionDo measurement by confocal.Averaged data will be better.When you plot Confocal vs AFM, if there’s some data point which does notfollow the trend, you may consider whether you ignore or not.For example, if 1 or 2 data out of 10 data, I will ignore it. But if more than3 data out of 10, I will retry.It is important procedure and it needs some experiences.45Calculate scale and offsetPlotting Confocal vs AFM data,deciding which data to ignore,It is better to use the averaged data for confocal Confocal data AFM data Plotting Confocal vs AFM data, deciding which data to ignore,it can be easily calculated by MS Excel.It is better to use the averaged data for confocal data.Plot data (X,Y) = (Confocal, AFM)Find the trend line and equation by Excel.For this example, Scale=0.98 and Offset =0.146If R 2is less than 0.9, it is better to consider re-try.Setting the value The window of Bump Analysis Parameters may be different by Versions, but procedure is same.gClick OK 47New Sale and Offset value is automatically saved to each file in the fiild li k “E ”Bump analysis window fiilder once you click “Execute” p yClick Execute 485. Troubleshooting495. TroubleshootingPSS is measured but not detected by the searching algorithmÆCheck intensity level is more than 180. See page 38.y y gIf this intensity level is low, increase the PMT GAIN and try again.Measured image is all blackÆTry INITIALIZE the auto stagep gÆCheck the thickness of sample is changed.ÆCheck the Z-coarse stage position, and re-adjust the positionIt measured at some position, but not measured at the other positionÆCheck the planerity of the wafer holder. See page 51~52.p y p gMeasured 2D image looks ok, but the reported value is 0, or too high.ÆAuto Focus (AF) has some offset. You can modify it as in page 53.The value is too much different compare to the referenceÆCalibrate again (with another recipe if necessary)ÆIt happens sometimes that the reference value is not right. The reference value should befound not from just ‘one measurement’, but from ‘repeated measurement’. It is because thereference machine (ex, SEM, AFM) may have some error. For example, if the reference machine is SEM, we recommend to do the test as shown in page 54 to find the reference value. Youmay have some idea how to verify the reference machine.50。

ENS3000使用手册

z任何金属物体（比如金属管或加强筋）必须距离传感器的工作区60mm以上，否则它们会被误认为是被测量物。

NSC3000 用户手册说明书

两台电源分别能输出最大电流为200A、电压为6V,（电源为并联使用，所以两台电源设定电压必须一致，否则可能会损坏电源）。

接线说明本系统通信采用RS485，已将两台N3100系列电源和NSC3000电流换相器通信接口连接到一起，只需将N3100电源的RS485通信接口连接到电脑便可与三台设备通信。

NSC3000的默认地址为128，N3100电源的地址为1和2。

NSC3000后面板OUT+和OUT-为电流输出端口。

本系统通过软件远程控制，暂不支持面板操作。

N3100系列电源RS-485通讯接口定义用户可以定制选择RS-485通讯接口。

以下图表表示了为两种界面引脚定义：脚位RS-485 引脚定义1 GND2 GND3 A(D+)4 B(D-)5 NC6 NC7 NC8 NC系统DEMO软件说明✧程序操作说明首先，启动程序后，显示界面如下。

✧连接设置通讯配置。

指定端口号，波特率。

端口号请查看操作系统的硬件配置，例如本机为COM3，如下图。

波特率默认为9600，用户不可更改，否则会造成通讯故障。

然后、点击“连接”按钮。

连接成功，按钮变灰。

如下图电源、电流换向器控制本程序可以同时控制两台电源和一台电流换向器，电源的地址码默认为1和2，可以通过电源设备界面操作获取。

电流换向器的地址码默认128。

电源和电流换向器的地址码都不可更改，因为控制程序代码已设定好通信地址的对应关系。

更改设备地址后，控制程序不能与设备建立通信。

连接成功后，设定电压值（最大值6V）、电流值(最大值400A,设定值为两个电源并联后的电流值)、电流方向。

最后点击“提交”按钮。

点击“回读值”按钮，回读回显值。

点击“OFF”按钮，电源输出电流为0A。

PHOTOSWITCH 液度水平和电阻感应控制版本13DJ3-3000说明书

Installation InstructionsPHOTOSWITCH® Liquid Level and Resistance Sensing ControlBulletin 13DJ3-3000IMPORTANT: SAVE THESE INSTRUCTIONS FOR FUTURE USE.Product D a t aDe sc r i p t i onThe PHOTOSWITCH Bulletin 13DJ3 S er i es 3000 i s a high s ens i t i vi tyLiquid Le v e l C on tr o l designed to detect the le v e l of conductive liq u id s or s o lid s with a moisture content as low as 5%.Fea t u r e s•V e r y high s e n s itiv ity —up to 60 megohms cm liquid r e s is tivity •Compact, a ll s o lid state, plug-in, modular design for r e lia b ility with f l exi bi li ty•DPDT EM relay and 12V DC s ol i d state outputs. Opt i onal s ol i d s t at e logic outputs•Low probe voltage isolated from lin e v o lta g e •Fast response tim e•Wide selection of probe a ss e m b lie s•All molded parts of rugged, i m pact r es i s t ant polyphenylene oxide (PPO) and polystyrene (PS)•Heavy-duty easy to w ir e te r m in a ls•High voltage connections isolated from low v o lta g e •Ambient temperature range: -40 to 135°F (-40 to 57°C )G e n e r a lThe Bulletin 13DJ3 S er i es 3000 C onduct i ve Liquid Level Control i s designed to provide a reliable le v e l detection of conductive liq u id s or s o lid s . No moving parts or f lo a ts are required. M e ta l probe rods are placed in th e conductive liquid at the d e s ir e d levels. The liquid or s o lid c ondu c tiv e m a te r ia l completes the circuit between the probe rod or rods to the m e ta l m a te r ia l container. If the container is non-conductive (f ib e r g la ss , c e m e n t, etc.), an a dd itio n a l probe rod is used as a grounding probe to complete th e e le c tr ic a l circuit. Completion of the circuit will cause the output relay to operate. The relay contacts may be used for pump, valve, or motor control; audible and/or v is u a l le v e l in d ic a tio n.The controls will operate over a r e s is tivity range of 0 to 60M e g O h m s c m . This permits the sensing of liq u id s or solids withverylow conductivity s u c h as a n tibio tic s , r e f r ig e r a n ts , or sand with a moisture content as low as 5%.In addition to high s e n s itiv ity , the c on tr o l has a f a s t response time and c a n be wired for electronic c on tr o l latching on certain applications, a llo w in g th e use of both sets of relay contacts for e x te r n a l lo a d s .A s o lid -state output s ig n a l can be obtained from the c on tr o l s im u lta n e ou s ly with a relay output. This s ig n a l can be used for electronic counting, d a ta logging, or f ee d in g in f o r m a tio n to a computer.The c on tr o l has protection against f a ls e operation due to lin e v o lta g e transients, lin e voltage dropouts of 1/2 second or less, or during in itia l power up. These f ea tu r e s a llo w the 13DJ3 Series 3000 C on tr o l to be used in s o lv in g the more difficult in du s tr ia l le v e l a pp lic a tio n s .R e s is t a n c e Sensing C o n t r o lPHOTOSWITCH Bulletin 13DJ3 is also designed to be used as a r e s is ta n c e sensing control. In this application the c on tr o l operates as an e le c tr on ic s witc h which converts the minute current flow through delicate m e c h a n ism s or extremely light contacts into a s witc h in g output capable of h a nd lin g r e la tiv e ly heavy e le c tr ic a l loads. The maximum s e n s itiv ity of the control when used for resistance sensing is 15 m e goh m s .Figure 1: Probes for Level Controls Series 61, 63, 64P r ob e A ss em b li esA selection of probe assemblies is available for a wide variety of applications. The probe assembly consists of a probe fitting threaded for convenient in s ta lla tio n into a tank, vat, or other container; a stainlesss te e l probe rod or insulated suspension w ir e which may be cut to thed e s ir e d length for the particular in s ta lla tio n; and a probe tip designed to provide th e required s u r f a c e area at a point of contact with the liquid. Figure 1 s ho w s ty p ic a l probe a ss e m b lie s.Series 61 probe f ittin g s are ceramic insulated with stainless s te e l trim which may be used either alone or in one of a variety of m e ta l enclosures. S in g le and double probe f ittin g s are available. Series 63 sanitary probe f ittin g s a r e available for dairy and other f ood processing installations. Sanitary p r ob e s do not require probe tips for s a tis f a c to r y op e r a tio n. Series 64 probe tip assemblies are combinations of a probe rod or suspension w ir e of the d e s ir e d length with a suitable probe tip and are u s e d with a ll Series 61 probe f ittin g s.23Table 1: Level and Resistance C on t r o lS p e c i f i c a t i on sPower C on s u m p t i on : 3 watts (includes c on tr o l b a s e )R es i s t i vi t y Range:T y p ic a l liquid r e s is tivity 0--60 MegOhms • c e n tim e te r(See T able 5)R e s is t a n c e Sensing S e n s it iv it y :0--15 MegOhms in s ix ranges. (See T able 6, C onsult f a c to r y for higher r a ng e s .)Maximum Pr o b e V o lt ag e :22.5V A C (Ranges 1, 2, & 3), 29 V AC (Ranges 4, 5, & 6) (See Table 6)Maximum Pr o b e C u rr e n t:65 mA to 0.001 mA. (See T able 6)Solid S t a t e Output S ign a l:12V DC open circuit limited to 30mA short circuit. T erminals #5 and #2 on C on tr o l B a s e .Speed of R e s p o n s e :0.003 sec. to 0.20 sec. (See Table 7)P erm i ss i b l e Lead L en gth :Up to 2,000 ft (609.6 m) (See T able 8) Use #16 A WG w ir e minimum Ambient T e m p e r a t u r e :-40 to 135°F (--40 to 57°C)Bulletin Number Control BaseOutputVoltage SupplyOutput CharacteristicsResponse TimeResistivity RangeType Rating Leakage 13DJ3-3000———Refer to Table 7Refer to Table 660-1600B 120V AC 50/60 Hz ———60-1601B240V AC 50/60 Hz———8-670supplied with control base DPDT EM Relay 5A, 120V AC 2.5A, 240V AC 1A, 120V DC —8-651SPNO TRIAC AC 1A, 265V AC 20mA min.1mA 8-652SPNO FET AC/DC 30mA,120V AC/DC 10μA 63-116Voltage DC Output 30mA,24V DC —63-115NPN Open Collector250mA,24V DC1mA4Table 2: Probe F i tt i ng s Table 3: Probe Rod A ss e m b li e sTable 4: Spare Pa r t sBulletin Number DescriptionRods or Wires UsedHousing MaterialFitting Pipe ThreadMaximum TemperatureMaximum Pressurepsi 61BD1-1000Probe fitting with rubber cap1None 1/2 in.300°F 149°C250 (1,724 kPa)61LF1-1000Probe fitting in cast enclosure2Bronze1 in.200 (1,378 kPa)61LF1-1000M 316 Stainless Steel61LJ2-1000Two probe fittings in cast enclosureBronze2 in.250 (1,724 kPa)61LJ2-1000316 Stainless Steel200 (1,378 kPa)63GH1-1000Special sanitary probe with 3 ft (0.91 m) probe rod(s) supplied with 10 ft (3 m) cable and separable connector1NoneFits 1 1/2 in. LAMD 13H nut for#15 Union Ferrule212°F 100°C—63GH2-1000263GJ1-10001Fits 2 in. LAMD 13H nut for #15 Union Ferrule63GJ2-10002Bulletin Number Description64CR1- 1000316 Stainless Steel Probe Tip and 1/4 in. dia. x 12 in. (0.3 m) Probe Rod 64CR1- 1001316 Stainless Steel Probe Tip and 1/4 in. dia. x 24 in. (0.61 m) Probe Rod 64CR1- 1002316 Stainless Steel Probe Tip and 1/4 in. dia. x 36 in. (0.91m) Probe Rod 64CR1- 1003316 Stainless Steel Probe Tip and 1/4 in. dia. x 48 in . (1.22 m) Probe Rod 64CR1- 1004316 Stainless Steel Probe Tip and 1/4 in. dia. x 72 in. (1.83 m) Probe Rod 64CR1- 1005316 Stainless Steel Probe Tip and 1/4 in. dia. x 96 in. (2.44 m) Probe Rod 64CR1- 1006316 Stainless Steel Probe Tip and 1/4 in. dia. x 120 in. (3 m) Probe Rod Part Number DescriptionApplication3- 170Rubber CapFor 61BD121- 49- 1Connector and 10 ft (3 m) Cable Assemb l y For 63GH2 -- 63G J221- 50For 63GH1 -- 63G J131- 224 1 1/2 in. diameter T eflon Space r Separates double probes when the long p r obe exceeds 30 in. (76.2 cm )33- 2871/4--20 UNC Hex Nu tUsed with 64CR1 probe asse m b li es58- 66Insulation Suspension Wir eUsed when the required probe length exceeds 10 ft (3 m)61- 3284316 SS 5/8? diameter Suspension Wire Probe T i p Used when the required probe length exceeds 10 ft (3 m)61- 3285316 SS Adap torConnects suspension wire to 61 Series p r obes 61- 3288316 SS 9/16 in. diameter Probe T i p Required on all probe rods for rated sensi ti vi ty 61- 3519Resistor PackageFor 13DJ3-30005Figure 26Table 5: Typical Control Ranges and Probe Ma t e r i a l sTypical LiquidConcentration (% by w e i gh t )Resistivity Range (ohms c m ) Control RangeSuitable Probe Material Acetate Ac i d 5-50600-1,3002HC A mm on i a6.4--151,000-2,0002SS Ammonium Ch l o ri de 5-252-101HB, HC Ammonium Io d i de 10-502-121SS Ammonium N itr a t e 5-503-201SS Ammonium Su lfate 5-305-201HC An ti b i o ti cs 200,000--2 M Ω5SS Barium Ch l o ri de 10-255-151SS Barium N itr a t e 4.2--8.430-501SS Bee r 200-2,000 1 or 2SS Butyric Ac i d 1-201,000-2,0002SS Cadium B r o mi de 5-3035-1001SS Cadium Ch l o ri de 5-5030-601SS Cadium Io d i de 5-4530-1601SS Cadium N itr a t e 5-4810-201SS Cadium Su lf a t e 5-3620-701SS Calcium Ch l o ri de 5-355-151SS Calcium N itr a t e 6-5010-201SS Copper Ch l o ri de 10-3510-151HB, HC Cupric N itr a t e 10-3510-151SS Cupric Su lf a t e 2.5--17.520-1001SS Distilled Water 20,000-200,0003SS Formic Ac i d 5-60100-2001SS Hydrobromic Ac i d 5-152-51HB Hydrochloric Ac i d 5-401-51HB Hydrofluoric Ac i d 5-303-201M, HC Hydroiodic Ac i d 581SS Lead N itr a t e 20-3015-201SS Lithium Ca r bona te 0.23001SS Lithium Ch l o ri de 5-405-151SS Lithium Hyd r ox i de 1.25-7.54-121SS Lithium Io d i de 10-255-201SS Lithium Su lf a t e 5251SS Magnesium Ch l o ri de 5-2810-201M Magnesium N itr a te 10-1710-121SS Magnesium Su lfate 5-2520-401SS Mercuric B r o mi de 0.223-0.42240,000-60,0003SS Mil k 200-2,000 1 or 2SS Nitric Ac i d 5-601-51SS Oxalic Ac i d 3.5--712-201SS Phosphoric Acid 10-875-201HC Potassium Ace t a t e 10-304-181SS Potassium B r o mi de 10-362-101SS Potassium Ca r bona te 5-505-201SS Potassium Ch l o ri de 5-204-181SS Potassium Cyan i de 3-61-201SS Potassium F l uo ri de 5-405-151SS Potassium Hyd r ox i de 5-402-51M Potassium I od i de 10-555-181SS Potassium N itr a t e 10-205-121SS Potassium O xa l a t e 10111SS Potassium Su lf a t e10121M7T able 5: Typical Control Ranges and Probe Materials (c on t i nu e d )Measured at normal room tem pe r a tur e Suitable probe materialsSS = 316 stainless steel (standard)M = MonelHB = Hastelloy B2HC = Hastelloy C Table 6: Level and Resistance Sensing Ra ng e sN o t e : All r ang e r e s i s t o r s a r e 1/2 W ± 10% except Range 1, w h i c h i s 2 W .Typical LiquidConcentration (% by w e i gh t )Resistivity Range (ohms c m ) Control RangeSuitable Probe MaterialPotassium Su lfi de 5-502-101SS Propionic Acid 5-30900-1,2002M Re fri ge r an t s 2M Ω-20M Ω 5 or 6SS Silver N itr a t e 10-605-201SS Sodium Ace t a t e 20-3015-181SS Sodium Ca r bona te 5-1510-201SS Sodium Ch l o ri de 5-255-151SS Sodium Hyd r ox i de 20-505-201M Sodium Io d i de 10-405-201SS Sodium N itr a t e 10-307-121SS Sodium Su lfate 10-158-121SS Sodium Su lfi de 2-185-201SS Strontium Ch l o ri de 10-205-121SS Strontium N itr a t e 10-4010-151SS Sulfuric Ac i d 5-501-101HC Synthetic La te x 2M Ω-20M Ω6SS T apwa t e r 2,000-20,0003SS Zinc Ch l o ri de 10-4010-151M Zinc Su lfate5-3020-1001SSRange Liquid Resistivity oh m s /cm Resistance SensingRange ResistorMaximum Volts Maximum Current Typical Solutions 10 -- 6000 -- 150ΩOr ange Or ange B r own 330Ω22.5 V A C65 m AAc i ds Bases Sa lt s2600 -- 6,000150 -- 1,500Ω Red V i o l e t Red 2,700Ω22.5 V A C 8.33 m A Bee r Mil k Water36,000 -- 60,0001,500 -- 15,000Ω Red V i o l e t Or ange 27,000Ω22.5 V AC 0.83 m AW a t e r A l coho l s Distilled Water460,000 -- 0.6M Ω15,000 -- 150,000Ω Red V i o l e t Y e ll ow 270,000Ω29 V DC 0.1 mAA l coho l s A mm on i a Distilled Water5.6MΩ -- 6M Ω150,000 -- 1.5M Ω Red V i o l e t Gr een 2.7M Ω29 V DC 0.01 m AAn ti b i o ti csRe fri ge r an t s66MΩ -- 60M Ω 1.5 -- 15M Ω Red V i o l e t B l ue 27M Ω29 V DC 0.001 m ARe fri ge r an ts Synthetic La te x8Table 7: Speed o f Response (s e c ond s )Ordering Ins t r uc t ions1. S e le c t 13DJ3--30002. S e le c t C o n t r o l B a s e3. Select P r ob e F i tt i n g4. Select P r ob e Rod A ss em b li es for 61 Series P r ob e F i tt i n gsRange Solid-State OutputsRelay OutputO N O FF O N O FF 10.0030.0600.0120.07020.00350.0600.0130.07030.0040.0600.0140.07040.0060.0600.0180.07050.0230.0600.0330.07060.1900.1900.2000.200Bulletin NumbersVoltage SupplyDescription 60- 1600B 120 VAC 50/60 Hz Open Type 60- 1610B NEMA 1 Enc l osu r e 60- 1601B 230 VAC 50/60 HzOpen Type 60- 1611BNEMA 1 Enc l osu r eFor NEMA 3, 4, 12, and 13; order open type base and 61--4090 enclosu r e .Bulletin Number Description Rods or Wires Used61B D1- 1000Probe fitting w it h rubber cap161L F1- 1000Probe fitting in cas t enclosu r e61L F1- 1000M 61LJ 2- 1000Two probe fittings i n cast enc l osu r e261LJ 2- 1000MNote : 61 Series probe fittings require suitable Series 64 probe tips and probe rod or suspension wires shown be l ow .63G H1- 1000Special sanitary p r obe with 3 ft (0.91 m) p r obe rod(s) supplied w ith 10 ft (3 m) cable and separable connecto r163G H2- 1000263G J 1- 1000163G J 2- 10002Bulletin Number Description64CR1- 1000Probe Tip and 1/4 in. dia. x 12 in. (0.3 m) Probe Rod 64CR1- 1001Probe Tip and 1/4 in. dia. x 24 in. (0.61 m) Probe Rod 64CR1- 1002Probe Tip and 1/4 in. dia. x 36 in. (0.91 m) Probe Rod 64CR1- 1003Probe Tip and 1/4 in. dia. x 48 in. (1.22 m) Probe Rod 64CR1- 1004Probe Tip and 1/4 in. dia. x 72 in. (1.83 m) Probe Rod 64CR1- 1005Probe Tip and 1/4 in. dia. x 96 in. (2.44 m) Probe Rod 64CR1- 1006Probe Tip and 1/4 in. dia. x 120 in. (3 m) Probe RodI n s t a ll a t i onThe c on tr o l point for liquid le v e l is the point at which the liquid makes or breaks contact with the probe tip and is determined by the length of th e probe rod. Rods may be ordered to size, or may be supplied longer th a n required and cut to the d e s ir e d length. One end of the rod isthreaded for connection to the probe fitting. The unthreaded (cut) end should be in s e r te d in the probe tip and held by means of a set s c r e w .For deep w e ll and other long probe applications over 10 ft (3 m), s u s p e n s io n wires and tips should be installed. Standard probe tip 613288, is used with a ll probe rods. S p e c ia l probe tip 61--3284 with in s u la tin g sleeve, is u s e d w i t h s uspens i on w i r e.The probe rod or suspension w ir e adaptor 61--3285 is connected to th eprobe fitting as f o llo w s :61 Series f ittin g s have a 1/4--20 f e m a le thread to receive the 1/4--20 m a lethread of the probe rod or suspension w ir e a d a p to r .When the long probe of any multiple probe assembly is over 30 in. (0.76 m), a T e f lo n in s u la tin g spacer 31--224, is fitted o ver the short proberod immediately above the probe tip to prevent the rods from touching. For suspension w ir e assemblies, an in s u la tin g sleeve fits over the probe tip to prevent it from touching other s u r f a c e s .Series 63 sanitary probes for dairy and f ood in du s try applications are m a d e for s p e c ia l sanitary f ittin g s . The probe insulator is made to fit a #15 union f e rr u le and to be secured with a #13H union nut. The f e rr u le and nut a r e supplied by the customer and are soldered, brazed, or otherwise s e c u r e d b e f o r e insertion of the probe assembly. Probes 63GH1 and 63GH2 f it 1--1/2 in. f e rr u le , while probes 63GJ1 and 63GJ2 fit a 2 in. f e rr u le . All Series 63 probe rods are 3 ft (0.91 m) long and are to be cut to length on the job.MountingThe 13DJ3 controls may be mounted in any po s itio n on a sturdy w a ll, p a r titio n, p a n e l board, bracket, or s imilar support. While the NEMA enclosure is being mounted, the c on tr o l base should be stored in a s a f e place to a v o id moisture and m e c h a n ic a l d a m a g e .The enclosure mounting hole dimensions are shown on page 12 and s h ee t metal, wood or machine screws, bolts, or s imilar fas te n e r s may be u s e d. When the housing has been securely f a s te n e d, connect the cables or conduits to the housing in the knock out holes provided and replace th e c on tr o l b a s e .The wiring between the c on tr o l and the probes should not exceed th e lengths listed b e lo w .Table 8: Maximum Recommended Cable L e ng t hRange Cable Length 12000 ft (609.6 m)21000 ft (304.8 m)3500 ft (152.4 m)42000 ft (609.6 m)52000 ft (609.6 m)6150 ft (45.7 m)9Resistor Se l e c t i onWhen the r e s is tivity of the liquid is known, convert to ohms • cm and s e le c t the range resistor that corresponds to the r e s is tivity range in T able 5.When the r e s is tivity of the liquid is not known, immerse the high le v e l probe tip 1/16 in. (1.5 mm) into the liquid.For operation with the relay energized with the probe immersed, connect th e Range 1 resistor (330 ohms) to T erminals 1 and 2. The relay s hou ld energize. If it does not, use successively higher range resistors until th e relay energizes. If relay action is sluggish, use the next higher range r e s isto r .For operation with the relay de-energized with the probe immersed, c onn e c t the Range 1 resistor (330 ohms) to T erminals 1 and 3. The relay s hou ld de-energize. If it does not, use successively higher range resistors until th e relay de-energizes. If relay action is sluggish, use t he next higher r a ng e r e s isto r .N o t e :For r e s i s t an c e s e n s i ng app li c a t i on s , use the v a l u e s ofr e s i s t an c e s e n s i ng s e n s i tivity li s t e d in T ab l e 6 in p l a c e of p r ob e circuit r e s i s t i v i t y for s e l e c t i on of the proper r ang e r e s i s t o r .N o t e :Wiring for Ranges 1--2--3 d i ff e r s from Ranges 4--5--6. F o ll o w wiring i n s t r u c t i on s in Wiring D i ag r a m s in F i gu r e s 6--11.W i r i ngAll e x te r n a l wiring should c on f o r m to the N a tio n a l Electric Code a nd applicable lo c a l codes. See wiring diagrams for e x te r n a l connections. W ir e no smaller than 16 A WG is r e c o mm e nd e d.Since the 13DJ3 c on tr o l operates with liq u id s having high e le c tr ic a l resistance, the in s u la tio n resistance of the wiring connecting the c on tr o l to the probe must be extremely high. It is important, th e r e f o r e , to use p la s tic insulated w ir e to insure that the in s u la tio n will not absorb moisture or c r a c k and permit leakage paths to develop. Wires insulated with paper, cotton, asbestos, etc. must not be used. Series 63 sanitary probes are f u r n is h e d with a molded separable connector and 10 ft (3 m) cable a ss e m b ly .Do not run probe or reset l ea d s in same conduit with power li n e s or h i gh current c a rry i ng c ondu c t o r s .Outline and Mounting D i m e n s i on sUnless otherwise indicated, dimensions shown are in inches. Those inparentheses are in m illim e te r s .Figure 3Figure 410Figure 5Typical Series 13DJ3 Wiring DiagramsFigure 6Figure 711Figure 8Figure 9Figure 10Figure 11Figure 12Figure 11A Figure 131213Figure 14141513DJ-2.0 Ver 02 February 2013Printed in USA。

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当点击该菜单项时，海图区的下部则会出现该菜单项的详细窗口，用户可在其中选择具体的操作，这时该菜单项呈白色，表示该按钮已按下。

如果要关闭该菜单，可再点击一下即可关闭。

若要选择其他菜单项，可直接点击该菜单项，若该菜单为白色，表示您在之前已对该菜单作过操作，并保存着当时的状态。

您只需点击屏幕左下角标记该菜单名称的一项，即可切换到该菜单项的具体操作。

这样您可同时打开多个菜单，并可在菜单之间切换，方便了用户的操作。

1．3 UTC和Local Time之间的切换，点击右上角当前时间左边时钟形状的按钮，即可在UTC和Local Time之前切换，并会有相应的提示。

UTC和Local Time及时区的设置，是在Config->Time Zone中进行设置。

在1024x768的分辨率下，可以显示11个窗口，而在1280x1024下则可显示12个窗口。

要设置系统的分辨率在程序项System Configuration 中设置。

控制面板的窗口显示在海图系统的右边，此外，所有数据窗口都可以用光标拖动。

窗口可以拖动在屏幕的任一区域，使用用户操作起来非常方便。

（如下图）3.1 Sensors and Network 窗口该窗口用来显示该电子海图系统的状态（即是Master还是Slave）及ARPA、雷达卡(RIB)的当前使用状态。

根据系统网络配置的不同，本机的电子海图系统的网络状态可以是如下状态：Master –表示本机作为主系统.Slave –表示本机作为从系统，所有数据都从Master传过来.电子海图系统可以接两套ARPA设备，并可从中任选一套来显示ARPA捕获的目标（具体与ARPA的连接请见技术手册），当显示A时表示正在使用ARPA-A系统，显示B时表示正在使用ARPA-B系统。

AIS –为按钮形状，按下去表示显示AIS目标，弹起时表示不显示AIS目标。

RIB –为按钮形状，按下去表示显示雷达卡(RIB)捕获的目标，弹起时表示不显示。

Overlay –为按钮形状，是否显示雷达叠加的图像。

3.2 time and Ship 窗口该窗口用来显示本船位置的状态及当前时间。

.（1) Position Dropped –表示本船的标识没有显示在海图区域上，在对海图进行操作时本船标识会丢失（当操作海图时，过小的比例尺及查看其他区域的海图等情况时，本船标识会丢失，这是正常现象），只需点击主菜单Ahead或按F8热键，本船标识即会显示在海图上。

（2）系统可显示两种类型的时间：UTC and 本船时间, 要在两种时间之间切换，只需要点击时钟图标。

3.3 Alarms 窗口Alarms窗口用来显示当前报警信息.该窗口显示的信息的说明如下：红色的ALARM闪烁时，表示系统存在未被确认的报警信息。

红色的ALARM不闪烁时，表示系统存在已被确认但还未处理的报警信息。

ARLARM按钮为灰色时，表明不存在报警信息。

此外，如果存在多条报警信息时，点击ALARM按钮可以显示所以所有报警信息列表。

如果报警信息为黑体，表明该信息未被确认。

若为常规字体则表明该报警信息已被确认但未被处理。

当所有报警都被确认后，则会显示“ No new alarms message ”3.4 Primary 窗口该窗口显示本船的坐标及从何GPS获取的位置信息。

当GPS信号丢失或接收到不正确的信号时，窗口内会显示一个特殊的红色三角标识符号。

3.5 Secondary 窗口当存在第二个GPS时，该窗口显示该GPS与主GPS的方位及距离。

当GPS信号丢失或接收到不正确的信号时，窗口内会显示一个特殊的红色三角标识符号。

3.6 COG\SOG\HDG\LOG 窗口该窗口显示本船的一些运行参数。

当某一数据丢失时，该参数的名称会变为红色。

3.7 charts Area 窗口该窗口显示海图的一些状态信息，可以改变海图的比例尺，确定是否自动调用海图等功能。

当选用的比例尺不适当时，会显示红色的提示信息。

Chart number (World) 按钮–点击该按钮可以显示所有含盖本船所在位置的海图列表，用户可以选择想要查看的海图，再点击鼠标即可查看。

1:100,000,000（比例尺按钮）–用户可以点击该按钮来选择适当的比例尺来查看海图。

Autoload –确定是否自动调用海图。

ON –自动调用海图，当本船航行到当前海图边缘时，相应的海图会自动调用。

OFF –不自动调用海图。

FIX –固定海图模式.Man. Corr.按钮–点击该按钮时，按钮按下去时，显示该功能为ON，再点击一下，按钮弹起来时，表明该功能为OFF。

如果存在手工更新修正的物标数据，并确定显示时，该按钮右边会有一亮圆点。

否则则会灰色.DANGEROUS SCALE –表明当前比例尺与海图原始比例尺大于5级的差别，系统认为会影响航行安全，所以显示该提醒信息，以提醒驾驶员注意。

NOT RECOM. SCALE –属于不建议的比例尺，即当前比例尺与海图原始比例尺相差不足5级时，系统会显示该提示信息。

我也来说两句查看全部回复最新回复•landho (2010-12-14 12:53:15)3.8 Add Info Area窗口有两个用户海图添加信息条可以为用户添加不同的信息叠加和显示。

包含有下列数据:– A/B –点击可以打开不同的用户海图以装载不同的海图数据层面(A or B);– Load Chart –点击即可显示已提供的不同用户海图的不同层面，如果装载了用户海图会在上面列出所装载的用户层面，通过按下小三角可以装入其它海图，原有的海图会卸载，以装入你指定的海图3.9 Multy Panel窗口多面板窗口用于显示各种各样的数据，通过按下小三角可以显示5个选页。

System information p系统信息页显示如下信息：– Drift –漂移水流方向和速度;– Safety contour – NS确定的安全等深线尺度;– Current –根据现在船位和时间计算出来的表面流和潮流的相加后的方向和速度;– Tide height –根据现在船位和时间，和最近的潮位参考点计算出的潮高;– Wind –来自风速风向仪的风的方向和速度;– Water temperature –来自水温计的水温;– Depth –来自测深仪的水深.Primary status information 定位状态页显示相关的定位系统的相关数据. 在PS模式下才会显示下列信息:– Fixed UTC –定位时的UTC时间;– Latitude –经度;– Longitude –纬度;– Quality –定位品质;– Satellites –目前用于定位的卫星数;– HDOP – HDOP因素;– Data age –数据有效期;– Station ID –差分台的识别名（仅在差分GPS下有）.在ER模式下才会显示下列信息:- Target No –参照目标编号.- Bearing –目标方位值.- Distance –目标距离值.- 95% rmc error –在DR模式下才会显示下列信息:– Time in DR –推算经历的时间.–95% rmc error–Schedule information page进度页显示航路进度的相关信息.装载航路和航路点后会显示相关信息，如果相关参数超出安全设定范围，会以高亮红色显示。

包含下列信息:– WP –显示相关的航路上的航路点，小横线显示航路点;– ETA –根据现在的位置和速度计算出到达预置航路点的预计到达时间– TTG –根据预计到达时间（ETA）计算出的所需到达经历的时间t– PTA – (Planning Time of Arrival) –操作者在一个航路点输入一个计划到达时间用于下面的STG计算;– STG –操作者输入一个航路点的新计划到达时间用于上面的PTA计算;– Voyage plan航行计划–根据目前装载的航路ETA设置PTAle.Route information page航路信息页显示根据下一个航路点计算出的相关信息.– Route –导航模式下航路名;– Next WP –依据哪一个航路点计算;– Course –如果是航线RL型是航线方向，若是GC航线就是切线方向;– XTE –偏离航线距离;– BWP/DWP –下一个航路电的方位和距离;– TTG –根据COG 计算出到下一个航路点所需走的时间;– ETA –根据现在的位置和速度计算出到达下一个航路点的预计到达时间;– New course –下一断航线的航向.Environment Data page环境参数也用于图形显示潮高，潮流和表面流。

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