测温监控系统软件说明书

冰箱、冰柜温度无线监控系统软件使用手册唐山众智科技开发有限公司地址：河北省唐山市高新技术开发区大庆道86号电话：************************传真：************网址：邮编：063020E-mail：*************冰箱、冰柜温度无线监控系统软件使用手册一．安装1.1安装环境A：硬件环境：●计算机采用工业控制计算机或服务器；●必须安装声卡、音箱；●最低需求采用P4以上级别CPU、512M内存、40G以上硬盘，推荐 CUP主频1.8GHz以上、1G以上内存；●显示器分辨率为1024×768的显示模式。

B：软件环境：●操作系统：Window2000\XP\2003；●系统软件：IIS信息服务管理系统 5.0及以上版本（网络版需求），.netFramework2.0，SQL SRVER2000、SQL SERVER2005数据库，默认使用SQL SERVER 2005 EXPRESS；1.2安装步骤1.2.1安装.NET、SQL Server及冷链无线温度监控系统软件本安装程序会自动将.net软件以及SQL Server数据库自动安装到系统中。

运行安装盘中“setup.exe”文件根据提示安装应用软件。

点击图标，安装程序弹出如下窗口：图1.2.1-1 .net安装窗口点击按钮，弹出SQL Server安装窗口，如下图：图1.2.1-2 SQL Server安装窗口点击按钮，系统开始安装,NET及SQL Server软件，这个过程需要一段时间，请耐心等候。

.NET及SQL Server软件安装完成后，安装程序会继续安装冷链无线温度监控系统，如下图：图1.2.1-3 冷链无线温度监控系统点击按钮，选择安装程序的路径，如图图1.2.1-4 选择路径窗口点击按钮，弹出确认安装窗口，继续点击按钮，安装程序安装完成，如图1.2.1-6所示：图1.2.1-5 确认安装窗口图1.2.1-6 安装完成窗口安装软件后需要确保数据库操作用户具有安装目录的写入权限，否则运行程序时，可能不能正确附加数据库。

版温湿度监控系统操作说明软件操作说明：本套软件分为系统监控软件（现场温湿度采集软件）和查阅软件（办公室查阅软件）车间现场使用软件操作如下；步骤一：运行软件，弹出登录系统窗口。

系统出厂管理员用户名和密码都为；若要修改密码，进入后再另行修改。

输入正确用户名和密码，显示画面如下：在软件格子条纹框内，右键→新建设备，跳出如下设备属性输入框；注意事项：设备每个设备都不一样。

车间内如果有个探头，那么探头对应的应该为号。

每个部门的设备都是从号开始。

设备不可重复，依次新建设备。

设备类型（贵司类型均为）设备名称自行修改（对应探头地方） 显示在设备显示屏左上角第二个数字单通道设备全部设置为探头 不用输入双击设备，弹出下列属性框。

白色部分为可修改：保存间隔；设置成为，所有数据则是半个小时保存一次。

从开始采集开始算。

如果是中午：开始采集，数据就会：保存一组，：保存一组，一直到软件停止运行。

属性框设置温湿度上下限，超出范围，大屏上数值变红色，并一直显示超限设备数值。

按照各个库请自行设定好温湿度上下限。

修改好之后，请点击保存。

以上设置好之后，请点击保存配置文档，否则，下次打开软件，要重新输入设置通讯设置红色部分为，无线数据接收器接入端口，波特率为（固定为）蓝色部分为，数据备份到指定文件夹，可以选择，软件采集后，数据自动会存到文件夹中，电脑断电，数据会自动保存，不会丢失。

以上设置结束，点击开始采集。

打印数据步骤：视图→点击历史数据→选择起始时间和结束时间→刷新库区→库区选择所有库区→所有设备→点击列表→查询历史数据，点击打印，打印之前可以预览下，点数多，可以分纵向和横向打印；打印标题自行修改。

以上，如有疑问，联系说明归深圳市拓普瑞电子所有。

非制冷焦平面热像仪DM60_Client用户手册浙江大立科技股份有限公司© 2007 DALI TECHNOLOGY声明浙江大立科技股份有限公司版权所有，保留一切权利。

内容如有改动，恕不另行通知！目录1.软件应用范围 (1)1.1软件应用对象 (1)1.2计算机及软件配置要求 (1)2.软件操作说明 (1)2.1软件启动 (1)2.2软件说明 (2)2.2.1软件连接步骤 (2)2.2.2快捷键及操作说明 (4)2.2.3按键及操作说明 (5)2.3系统设置 (8)2.4监控录像回放软件 (11)3.故障分析与排除 (13)4.公司联系方式 (14)1.软件应用范围1.1 软件应用对象DM60_Client为DM60-S仪器网络通讯（RJ45）配套演示软件，仅供客户通过计算机网络使用DM60-S仪器。

1.2 计算机及软件配置要求硬件配置1、Pentium II 以上的微型计算机2、内存128M以上3、硬盘50M以上4、Direct 3D声卡3、支持DirectX的独立显卡(32M以上)4、网卡(10/100M)软件配置1、支持Microsoft的Windows 2000/XP/2003操作系统2、安装DirectX 8 以上2.软件操作说明2.1软件启动确认系统连接正确后，接通仪器端电源，双击启动软件，界面如图2.1：图2.12.2软件说明2.2.1软件连接步骤图2.2213界面操作区间共有4个，也就是说可以同时连接四个设备，并对当前选中的一个界面进行操作。

选取其中一个界面，双击，界面便放大为只有一个设备的画面出现在软件上面。

下面以左上角的区间1作为演示说明。

第一步：选取监控区域。

鼠标左键选取监控区域1，然后点击右键。

如图2.3：图2.3第二步：在弹出的菜单中，选择“系统设置”。

即可设置当前窗口的各种参数，如IP地址、图像数据存储路径以及报警设置和比辐射率等，详见下面“系统设置”说明。

电力温度在线监测系统说明书 YGWT-2008第一部分公司简介保定市屹高电气有限公司位于保定市国家高新技术产业开发区, 是专业从事电力系统产品研发、生产和销售的高技术企业。

企业从创建开始,就一直坚持服务电力行业、满足客户需求和技术创新的原则,秉承“真诚服务,创造价值”的经营理念,不断致力于电力系统自动化领域的开拓及发展。

公司崇尚以市场为导向, 以科技求发展、以服务做保障的宗旨, 在通过深入了解客户需求的基础上, 以不断进行创新的产品适应国家飞速发展的电力工业; 同时在产品的生产过程中, 恪守质量是企业生命的观念, 以完善的质量管理体系严把产品质量关, 公司现有产品经国家权威部门检验, 各项技术指标均达到标准要求。

企业始终贯彻为客户创造最大价值的服务方针, 并以科学严格的管理、严谨求实的作风、先进实用的技术来服务电力系统用户。

我们在售前、售中、售后三个方面向用户郑重承诺, 保证以最快捷、最周到的服务来满足客户需求。

技术特色1. 技术成熟、运行可靠,专利产品,并通过电科院相关检测。

2. 设备已经成功运行在上百座 500KV~35KV变电站达四年以上,为电力系统成功发现多处隐患, 取得良好的经济效益和社会效益, 为状态检修提供直接依据, 助力智能电网建设。

3. 温度传感器与测温主机采用分体设计,测温主机距离发热源 30cm 以上,测温主机与母排之间有 2mm 以上缝隙,确保主机工作在 85度一下,提高设备可靠性。

4. 测温终端独特设计的半球形以及环形结构,不影响电场分布,不影响绝缘性能。

5. 信号远距离传输, 穿透能力强。

典型应用距离 800米以上, 满足常见 500KV 变电站站内通讯要求。

信号能够穿透高压开关柜、箱式变、金属门屏蔽等。

6. 测温终端独特设计的半球形以及环形结构,不影响电场分布,不影响绝缘性能。

7. 防护等级满足 IP68,能满足户外全天候运行,测量精度可达±0.5℃。

8. 采用接收装置和无线测温终端 1:N 模式,配置灵活,施工方便无需布线。

温湿度监控系统操作使用说明一、系统简介温湿度监控系统是一种用来实时监测和记录环境温度和相对湿度变化的系统。

该系统通过传感器检测环境温湿度，并将数据传输到监控中心进行实时显示和记录。

系统具有高精度、高稳定性、易操作等特点，适用于各种场所和环境。

二、系统组成1.传感器：用于检测环境的温度和湿度。

2.集控器：接收传感器数据并传输到监控中心。

3.监控中心：显示和记录传感器数据，提供报警功能等。

三、系统安装1.传感器安装：选择合适的位置安装传感器，注意避免阳光直射、水汽等影响温湿度测量的因素。

传感器应固定牢固，避免震动和干扰。

2.集控器安装：将集控器与传感器通过正确的接口连接起来，确保连接稳定。

集控器应安装在通风良好、温度适宜的地方。

3.监控中心安装：安装监控中心软件并按照说明进行设置，确保能够与集控器通信。

四、系统操作1.开机操作：按照监控中心软件的指引启动系统，确保传感器和集控器正常连接，并显示传感器的温湿度数据。

2.数据监测：监控中心会实时显示传感器采集到的温湿度数据，包括当前数值、最高值、最低值等信息。

可以通过图表等形式进行查看和分析。

3.数据记录：系统会将传感器数据保存到数据库中，用户可通过查看历史数据来了解温湿度变化的趋势。

可以根据需要设置保存的时间间隔和记录的数量。

4.报警功能：监控中心可以设置温湿度的报警阈值，当传感器检测到温湿度超出设定的范围时会自动报警，提醒用户进行处理。

报警方式可以通过声音、弹窗、短信等形式进行设置。

5. 数据导出：系统可以将数据导出为Excel或其他格式的文件，方便用户进行数据分析和报表制作。

6.系统设置：监控中心提供一些系统参数的设置选项，用户可以根据需要进行调整，如显示单位、报警阈值、报警方式等。

五、系统维护1.定期校准：传感器的准确度会随着时间的变化而降低，建议定期对传感器进行校准，确保温湿度的测量结果准确可靠。

2.清洁保养：定期清洁传感器和集控器，保持设备的良好状态，避免尘埃或污物的积累对测量结果的影响。

HY-2005B红外智能体温监测系统软件产品使用说明书十分感谢您选择我们的产品，建议您在使用本热像仪前仔细阅读说明书，相信会对您正确使用本产品有很大帮助。

目录第一篇概述 (1)第二篇软件安装说明 (2)2.1 安装运行必备环境 (2)2.2 安装数据库 (2)2.3 安装客户端软件 (3)2.4 安装录像编解码器 (3)第三篇软件功能说明 (5)3.1 显控主界面 (5)3.2 网络配置 (7)3.3 视频调节 (8)3.4 测温参数配准 (9)3.4.1 配置屏蔽区域 (9)3.4.2 配置黑体区域 (11)3.4.3 配置校准区域 (12)3.4.4 配置温度曲线 (13)3.5 高级应用配置 (15)3.6 历史记录浏览 (16)第一篇概述HY-2005B红外人体表面温度快速筛检仪是集先进的光电子技术、热成像技术、图像处理技术和控制技术于一体的高科技产品。

该仪器具有测温灵敏度高、热图像直观、探测范围广、速度快、不干扰被测目标、使用安全等特点，该系统核心元件是进口的非制冷焦平面探测器，温度分辨率可达到0.07℃，寿命可达4万小时。

只需被测目标在红外镜头探测器范围内快速经过，仪器立即显示人体热图像和最高体温标度，操作人员即可获得准确的数据。

若遇到可疑发热病人，仪器会立即报警，有效的防止了操作人员与人流的交叉感染。

HY-2005B红外人体表面温度快速筛检仪具有以下系统特点：✧ 快速性。

被测人流经过检测区域，1秒钟就能检测出人体温度。

✧ 非接触式远距离测量。

被检测者在离镜头6-8米处接受体温测量，不易引起被测者的反感和恐慌。

监测者可在更远的操作台，避免交叉感染。

✧ 灵敏性。

该仪器温度分辨率可达0.07℃，适合在人流量大的区域远距离对人群进行搜索和检测，准确找出其中发烧病人。

✧ 隐蔽性。

可在被检测对象完全不知情的情况下进行测温，有利于保证机场、港口、火车站等重要部门正常的工作秩序。

✧ 外围丰富的数字化接口。

GS-HG高速型窑胴体温度计算机实时监测系统软件操作使用说明书目录一、软件应用概述................................... 错误!未定义书签。

二、软件运行环境................................... 错误!未定义书签。

三、软件组成与建库................................. 错误!未定义书签。

四、软件界面配置................................... 错误!未定义书签。

五、软件操作及分析................................. 错误!未定义书签。

六、软件可选功能使用说明........................... 错误!未定义书签。

七、软件网络功能的设置与使用方法................... 错误!未定义书签。

一、软件应用概述回转窑是水泥和冶金等行业物料煅烧的关键工艺设备, 窑内的窑衬是回转窑生产中优质、高产、低消耗和长期安全运转的关键因素, 因温度过高, 热振荡过大会严重损坏窑衬和窑胴体。

窑胴体温度计算机实时监测系统是防止窑衬及窑胴体损坏, 保证回转窑安全可靠的运行, 实现回转窑经济运行的重要监控设备。

经过智能机电一体化的红外测温仪对胴体表面温度进行实时检测, 并将数以万计的温度信息实时输入计算机, 然后经过窑胴体温度计算机实时监测系统进行处理和分析, 最终以图文并茂的形式迅速地揭示由窑胴体表面温度所”携带”的大量的窑内工况信息。

这些信息对设备的正常运转, 稳定工艺工况具有十分重要的意义, 该系统的使用, 能够有效的改进窑的操作, 稳定窑的工况, 从而达到提高运转率, 增加产量, 实现窑经济运行的目的。

二、软件运行环境窑胴体温度监控及在线分析系统采用面向对象程序设计语言Delphi、并在其中嵌入汇编语言编程。

汇编语言主要用于编写与下位机通信程序( 下位机为单片机计算机系统) 、下位机数据采集处理、并对智能机电一体化的红外测温仪运行进行控制; Delphi语言用于编写图形图像处理及在线分析。

User manualFOTEMP ASSISTANT 2 Temperature measurement softwareContact information and support Global technical supportEmail:****************************Weidmann Technologies Deutschland GmbHWashingtonstrasse 16/16a01139 Dresden, GermanyTD +49 351 843 599 0Copyright © 2022 by Weidmann. All rights reserved.Reproduction without written permission is prohibited.Specifications are subject to change without notice.Version: 1.0.1Revised: Januar 2022Table of contentsTable of contents1Introduction __________________________________________________________________ 41.1Conventions used in this manual ................................... Fehler! Textmarke nicht definiert.1.2Accompanying documentations (4)1.3Warranty (4)2Product description ____________________________________________________________ 52.1Requirements for hardware (5)2.2Functionality (5)3Requirements of software _______________________________________________________ 54Software _____________________________________________________________________ 54.1Main window (5)4.2Menu “Devices” (6)4.3Menu “Diagrams” (7)4.4Menu “LogJobs” (8)4.5Menu “Help” (9)4.5.1Options - System (10)4.5.2Options - Profiles (10)4.5.3Options - Device Search (11)4.5.4Options - Protocol (11)4.6Add-Ons (12)4.6.1Add-In “Calibration” (13)4.6.2Add-In “Spectrum” (13)Introduction1 IntroductionThank you for using a FOTEMP temperature measurement system. In combination with the TS temper-ature sensors, FOTEMP and InsuLogix® T offers reliable and proven online temperature monitoring. For safe and proper use, carefully read the user manual and all accompanying documentation and keep instructions for further reference.Further information can be found on our website https:///1.1 Accompanying documentationsThe following accompanying documentation is also relevant to using the FOTEMP ASSISTANT 2 in addition to this user manual:•Cleaning tool instruction manual (provided together with the cleaning tool if ordered)•Handling instruction for fiber optic cables and sensors (provided together with the cable or sensor) •Power supply instructions (provided together with power supply)1.2 WarrantyWeidmann makes no warranty concerning the software, since the software and the communication pro-tocol is available for free. The warranty is void in the event of abuse, e.g. failure to follow recommended operation procedures or failure by the customer to perform as specified in the instruction manual.Product description2 Product description2.1 Requirements for hardwareTo unpack and inspect your InsuLogix® T temperature measurement system, perform the following steps:1. Carefully unpack all components.2. Store the packing material until you have inspected all components.3. Check if you received all items listed on the enclosed packing list.4. Inspect the items for damage.5. If you note any damage or suspect damage, immediately contact Weidmann.2.2 FunctionalityMain product featuresLoggingDiagramSettingDisplay3 Requirements of softwareThe download package contains an installer for Windows. Prerequisites are Windows® 7 and 4.6. Admin rights are needed for installation only.4 Software4.1 Main windowFigure 1: Sample screen with explanation of software elementsFigure 2: Sample screen with explanation of software elementsThe main window operates as a display for the measurement channels of connected the FOTEM devices. It also shows diagrams and logging information if logging is enabled. Also the connection status of active devices can be checked during runtime.From the main window the configuration dialog of connected devices can be started. Scans for de-vices can be started, single channels can be activated or deactivated. Diagrams or logging can be paused, restarted or deleted.The main window also allows to store or reload the user settings in profiles.Nr Element Description1 Navigation Main menu of the program2 Progress bar Displays the progress while searching for new devices3 COM ports Holds all available COM ports and display their status and used protocol 4ProfileShows the actual profile4.2 Menu “Devices ”SymbolEntryDescriptionSearch• Single Port Search• Search for Ascii Devices • Search for Modbus DevicesDifferent options to search for new devicesSettings Control center for FOTEMP devicesHidden List the hidden devices.Profiles• Load • SaveLoad or Save your preferred Profile settings.SymbolEntryDescriptionAdvanced•Modbus Broadcasto Intercom Ono Intercom Off Advanced functions for FOTEMP device con-trol.The menu “Devices” allows to execute device searches.A “Single Port Search” can search FOTEMP devices on a specific user-given COM port. A possible result are one to 255 devices listed in the main window.“Search for Ascii Devices” iterates through all existing COM ports of the PC. On each COM port it is tested if a modular FOTEMP system (e.g. “FTMS”) or a non-modular device (“OEM”, “OEM-PLUS”, “FT-MINI”, “FOTEMP-T2”) is answering.“Search for Modbus Devices” iterates through all PC’s COM ports asking via Modbus protocol for avail-able devices.Especially for the Modbus protoc ol, the menu item “Modbus Br o adcast” was introduced. In the special case of the FOTEMP T2 in its 9-16 channel version:This FOTEMP device contains two Modbus devices in one housing. Device one contains channels 1-8 and device two contains channels 9-16. Both internal devices talk to eachother to show all temperature values on one display. To use FOTEMP Assistant with this device, the internal communication must be switched off. So the command “Modbus Broadcast –Intercom Off” must be executed. After succes sful execution, the device’s display shows “REMOTE” on channels 9-16. For setting the device back to standalone mode (measuring on all channels without software interaction) execute the command “Mod-bus Broadcast –Intercom On”.In general, if an answer was received in an appropriate time (see Options dialog), the measurement channels of the device will be listed in the main window.4.3 Menu “Diagrams”Symbol Entry DescriptionNew Diagram…Opens a menu to setup a new diagram.Load Diagram Open a window to display stored data.Figure 3: Sample screen with explanation of software elementsThe menu entry “New Diagram” wants to measure and show measured values. Therefore it needs to know the desired channels. The user is asked via the dialog in Figure 8, which channels shall be shown in the diagram. Choose multiple channels holding shift key and use the One-Arrow icon to transfer the list entries from the left to the right box. Enter a name, an interval into the textboxes and press the “Apply” button. If channels are selected (single channel with the One-Arrow icon, all channels with the Two-Arrow icon), the diagram is added to the main window. Here the user has the chance kill the dia-gram or to double-click on the box to open a separate window.The separate window shows current measurement values as time-series and has two menu icons. The most left icon let the user create an additional time-series for calculated values (adding, substract-ing, … channels). The right most icon let the user save the diagram as PNG picture or CSV.Attention :Initially the diagram is used to show measured values. It does not store the values somewhere but in internal memory. The save command in the separate diagram window stores existing already drawn values only.4.4 Menu “LogJobs ”SymbolEntryDescriptionNew LogJob …Opens a menu to setup a new LogJob.Figure 4: Sample screen with explanation of software elements“LogJobs” are tasks which have another priority than diagrams. Use them if the measurement is fixed and there is a need to prove something to be working. Instead of drawing and maybe storing the meas-ured data, the LogJob stores the values with higher priority in the given file. Additionally a diagram can be set up to also watch the values during logging.LogJobs can measure as fast as the device and the PC allows when the option “Contious (250ms)” is chosen. Any parallel diagram will then slow down the sampling. Otherwise a period can be set up. When overnight or defined periods are to be logged, the Option “Duration” can be setup accordingly.4.5 Menu “Help ”The Help menu contains the software options for loggin and hardware interfaces.SymbolEntryDescriptionOptionsParameters of the software.About4.5.1 Options - SystemFigure 5: Sample screen with explanation of software elementsThe Option menu command allows access to parameters for the software system.For files in CSV format, the separator and the default file location can be setup. “Ask before closure” defines, if running Diagrams or LogJobs are closed automatically if the user closes the software or if a warning will appear. When a new LogJob is started, option “Clear Logs Automatically” defines the status of previous data.4.5.2 Options - ProfilesFigure 6: Sample screen with explanation of software elementsProfiles contains active COM ports (hardware setup) and hardware’s serial number. They can be stored as XML files for later use or reuse in repeated measurements in the desired directory. They can auto-matically loaded for saving the initial scan process.4.5.3 Options - Device SearchFigure 7: Sample screen with explanation of software elementsThe “Device Search” optio ns allow to enable or disable time consuming search for addressable FTMS devices. Also the maximum available address can be defined to restrict the searching address space from 1-255 down to the more appropriate range of 10 or less.If “Automated Device Search is “Activated”, the COM ports of the PC are scanned each 5 seconds for new devices. During running measurements, this can be a bad option for timing accuracy.4.5.4 Options - ProtocolFigure 1: Sample screen with explanation of software elementsThe options of “Protocol” allow to adjust the search process for retrying scans or changing the search timeouts.4.6 Device ConfigurationFigure 9: Device settingsEach connected device speaking ASCII protocol can be set up by the user as Figure 9 shows. After a connected device is chosen in the “Device” combobox, system values like Serial Number, Firmware version, analog output interface or logging information are r ead. The sections “Output” and “Logging” are only shown, if a device supports these features. Otherwise these spaces are blank.For each channel of the chosen device the following values are read out and shown. If analog output and relay features are given by the device, their switching border levels are shown too. The channels can be enabled or disabled. The state that all channels of a device are switched off is invalid and the software will automatically re-enable channel 1.A green backcolor of a textbox shows that the value is the same as in the device memory.4.7 Add-OnsIn November 2021 version 2.3 of “FOTEMP Assistant 2” was released with two Add-Ins for manimulat-ing the calibration table stored in a device and another one checking the spectrum of a sensor signal. Both releases are in Alpha stage of the development. Using them to manipulate the calibration data voids the warranty.4.7.1 Add-In “Calibration”Figure 9: Add-In “Calibration”For using add-In “Calibration” one has to choose the connected device in the upper Combobox, there-fore no diagram nor LogJob may run. If the desired device is chosen, the window presents serial number, firmware version and the used sensor data of the device. It reads the channels calibration table of the channel shown in the right upper textbox “Channel”. The background color must be green to show validity of data. 16 data pairs can be stores in the device. Changing the values in the table and pressing the write button will store the table values (all at once) in the device memory (upper left red icon). Read-ing the values from the device again will be done pressing the upper right red button. Storing and reading data from/to disk happens by using the lower red icons (left: store table to disk, right: read table from disk).4.7.2 Add-In “Spectrum”Figure 10: Add-In “Spectrum”When chosen the intended device and after that the channel, this add-in allows to see the reflected input signal of the spectrometer switched to the chosen channel. Using a reference lamp, the appropriate wavelength could be found for the given CCD-sensor’s pixel indices.This add-in can be used to self-calibrate a device by reusing the here measured “Edge” value in the calibration add-in.Make sure to use the checkbox “Automated Integration Time” and “Integration Time” accordingly. Another use case of this Add-In is, to see the quality of the sensor. Therefore the “Automated Integration Time” shall be noted for a specific testing temperature. Comparing current timing value after a few months with the initially noted value pair gives a “figure-of-merit” for cleanup or recalibration. A recali-bration shall be done if the value is 200% of the initial one for keeping accuracy as bought. Each con-nection change of a fiber optical connector my influence this value.The add-in allows to log the spectra periodically with the icons on the lower left side. Input elements of the lower right side allow to change part of this process.Readout speed shall not below 500ms.EoD。