FLIRA315红外热像仪中文说明书

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flir红外热像仪使用说明书

flir红外热像仪使用说明书1. 引言红外热像仪是一种先进的测温设备，能够通过检测物体散发的红外辐射来提供准确的温度信息。

本使用说明书将详细介绍Flir红外热像仪的各项功能和操作方法，以帮助用户正确地使用设备并获取准确可靠的测温结果。

2. 设备概述Flir红外热像仪采用先进的红外成像技术，具备高分辨率、高灵敏度和高精度的特点。

设备包括以下主要部件：- 红外传感器：用于检测物体散发的红外辐射，并将其转化为热像数据。

- 显示屏：用于显示热像数据和温度信息。

- 操作按钮：包括开关、菜单、功能键等，用于设备的操作和设置。

- 电源：通过电池供电或直接连接电源适配器。

3. 设备操作在开始使用Flir红外热像仪之前，请确保设备已经充电或连接了电源适配器。

按下设备上的开关按钮，待设备启动后，即可进行以下操作：3.1. 图像显示Flir红外热像仪会将拍摄到的红外热像数据转化为可见的热图。

图像显示模式可通过设备的菜单键进行切换，用户可以选择查看热图、可见光图像或叠加图像。

3.2. 温度测量Flir红外热像仪可以对物体进行非接触式的温度测量。

在查看热图时，可以通过指向物体并按下功能键来获取该物体的表面温度信息。

3.3. 色彩调整为了更好地显示热图和温度分布，Flir红外热像仪提供了色彩调整功能。

用户可以调整色带类型、高低温度范围、对比度等参数。

3.4. 数据存储Flir红外热像仪支持将图像和测温数据保存到设备内存或外部存储介质（如SD卡）中。

通过设备的菜单键，用户可以选择存储图像的格式和质量，并进行相应的保存操作。

4. 注意事项在使用Flir红外热像仪时，需要注意以下事项，以确保设备的正常运行和使用体验：4.1. 温度测量误差由于物体表面的环境条件和红外热像仪本身的性能限制，温度测量结果可能存在一定的误差。

用户在进行温度测量时，应尽量减少外界干扰因素，保持物体表面清洁并与热像仪保持适当的距离。

4.2. 设备保养为了确保Flir红外热像仪的长期使用寿命和性能稳定性，用户需要定期清洁设备的镜头和显示屏。

FLIR E-Series 热成像相机说明书

Troubleshoot more efficiently, create detailed reports easier, and share images and findings faster with FLIR’s E-Series thermal imagers. Featuring a fresh array of imaging, communication, and productivity tools to help you get more done in a Connect an E-Series camera to smartphones and tablets with our Wi-Fi app. Stream live video so others can watch along. Import radiometric JPEGs, adjust levels, add measurement tools, then send images off in simple reports via email to Up to 76,800 pixels (320 × 240) for better long-range accuracy and the highest level of point & shoot camera IR See numbers, labels and other key visual details not normally apparent in a regular thermal image with an all-in-one thermal picture that instantly orients you to right where heat FLIR Tools Mobile Wi-Fi connectivityVisible light pictures align with thermal images: 3.1MP digital camera, LED lamp, and laser pointerLarge buttons for easy glove-handedoperationMSX image enhancement Bluetooth ® METERLiNK ®communicationLarge 3.5" touchscreenAuto-orientation keeps diagnosticsImaging specificationsApplicationsOrdering information64501-0101 .......FLIR E40 IR Camera w/MSX 160 x 120 Resolution/60Hz64501-0101-KIT ...FLIR E40 w/MSX 160 x120 Resolution/60Hz with FLIR Tools +64501-0201 .......FLIR E50 IR Camera w/MSX 240 x 180 Resolution/60Hz64501-0201-KIT ...FLIR E50 w/MSX 240 x 180 Resolution/60Hz with FLIR Tools +64501-0302 .......FLIR E60 IR Camera w/MSX 320 x 240 Resolution/60Hz64501-0302-KIT ..FLIR E60 w/MSX 320 x 240 Resolution/60Hz with FLIR Tools +Electrical: hot fuses Motor: internal winding problem Motor: bearing problem NASDAQ: FLIREquipment described herein may require US Government authorization for export purposes. Diversion contrary to US law is prohibited. Imagery used forillustration purposes only. Specifications are subject to change without notice. ©2013 FLIR Systems, Inc. All rights reserved. 3591 (Rev. 09/13)* After product registration on ACCESSORIES1196961 ..............IR lens, f = 30 mm, 15° incl. case 1196960 ..............IR lens, f = 10 mm, 45° incl. case T910814 ..............Power supply, incl. multi plugs T911230ACC ........Memory card SDHC 4 GB 1910423 B cable Std A <-> Mini-BT198509 ..............Cigarette lighter adapter kit, 12 VDC, 1.2 m/3.9 ft.1910582ACC .......Video cableT197771ACC ........Bluetooth HeadsetT198583 ..............FLIR Tools+ (license only)T911093 ..............Tool beltT198125 ..............Battery charger, incl. power supply with multi plugs ExxT198113 ..............IR lens, 76 mm (6°) with case and mounting support for Exx T198341 ..............Transport case ExxT198487 ..............Li-Ion Battery pack 3.7V 17Wh T198484 ..............Pouch for FLIR Exx series T198486 ..............Tripod Adapter T198485 ..............Sun shieldAsia Pacific Headquarters HONG KONGFLIR Systems Co. Ltd.Room 1613 – 16, Tower 2,Grand Central Plaza,No. 138 Shatin Rural Committee Road, Shatin, New Territories,Hong KongTel. : +852 2792 8955Fax : +852 2792 8952E mail :*************.hkFLIR Systems (Shanghai) Co. Ltd.Head OfficeTel. : +86 21 5169 7628Fax : +86 21 5466 0289E mail :************Beijing Representative Office Tel. : +86 10 5979 7755Fax : +86 10 5907 3180E mail :************Guangzhou Representative Office Tel. : +86 20 8600 0559Fax : +86 20 8550 0405E mail :************FLIR Systems Japan K.K.Tel. : +81 3 6277 5681Fax : +81 3 6277 5682E mail :************FLIR Systems Korea Co., Ltd Tel. : +82 2 565 2714Fax : +82 2 565 2718E mail :******************FLIR Systems Taiwan Representative OfficeTel. : +886 2 2757 9662Fax : +886 2 2757 6723E mail :*************.hk FLIR Systems India PVT. Ltd.Tel. : +91 11 4560 3555Fax : +91 11 4721 2006E mail :******************.hkFLIR Systems Australia Pty Ltd.Head Office (Vic)Tel. : 1300 729 987NZ : 0800 785 492Fax : +61 3 9558 9853E mail :*************.au NSW OfficeTel. : +61 2 8853 7870Fax : +61 2 8853 7877E mail :*************.au WA OfficeTel. : +61 8 6263 4438Fax : +61 8 9226 4409E mail :*************。

FLIR 红外气体成像相机产品介绍说明书

OPTICAL GAS IMAGING Infrared Cameras for Gas Leak DetectionMAKE INVISIBLE GASES VISIBLESAVE LIVES, REVENUE, AND THE DAY A facility can have thousands of connections and fittings that require regular inspection, but the reality is less than one percent of these components will ever leak. Testing them all with a traditional “sniffer” takes a great deal of time and effort.From natural gas extraction to petrochemical operations and power generation, companies have saved more than $10 million annually in lost product by including FLIR optical gas imaging in their leak detection and repair (LDAR) programs.METHANE AND HYDROCARBONSScan thousands of connections for natural gas(methane) and other hydrocarbon leaks quickly and froma safe distance to avoid regulatory violations, fines, andlost revenue.SULFUR HEXAFLUORIDE (SF6)Scan substation circuit breakers for sulfur hexafluoride(SF6) leaks at a safe distance from high-voltage areas,without the need to shut down operations.HYDROGEN (CO2 TRACER GAS)Imaging the tracer gas, CO2, with an optical gas cameraallows operators of hydrogen-cooled generators toefficiently find hydrogen leaks.CARBON DIOXIDE (CO2)Prevent shut-downs by detecting carbon dioxide(CO2) leaks early in chemical production, manufacturing, andEnhanced Oil Recovery programs.CARBON MONOXIDE (CO)Protect workers and the environment from toxic levelsof carbon monoxide (CO) by pinpointing leaks quicklyand efficiently.REFRIGERANTSFind leaks early to avoid interruptions in operations,prevent the loss of perishable products, and limit theenvironmental impact of toxic refrigerants.SPOT HARD-TO-FIND CO2 LEAKSSEE HYDROCARBON LEAKS CLEARLY FIND LEAKS AT STEEL PLANTSFIND SF6 LEAKS EASILYDETECT R-124 COMPRESSOR LEAKSDETECT LEAKS FROM HYDROGEN-COOLED GENERATORSOptical gas imaging cameras give you the power to spot invisible gases as they escape, so you can find fugitive emissions faster and more reliably than with sniffer detectors. With a FLIR GF-Series camera, you can document gas leaks that leadto lost product, lost revenue, fines, and safety hazards.TRACK LEAKS TO THEIR SOURCEThe GF-Series optical gas imaging cameras can detect natural gas, SF6, and CO2 leaks quickly, accurately, and safely without the need to shut down systems, or the need for contact with the components. Gas leaks that are invisible to the naked eye look like smoke on infrared optical gas imaging cameras, making them easy to see – even from a distance.WITH FLIR OPTICAL GAS IMAGERS, YOU CAN:• Scan broad areas quickly, from a safe distance• Survey hard-to-reach connections and fittings• Improve compliance with environmental regulations• Check electro-mechanical systems for signs of failure, using temperature measurement capability A LEAKING PRESSURE GAUGECAPTURED GAS LEAKLEAK IS CLEARLY VISIBLE ON THE THERMAL IMAGEHANDHELD CAMERASWhen you need to survey large work areas for industrial gas or chemical leaks, a handheldoptical gas imaging camera can help you get the job done quickly and efficiently. Camerassuch as the GFx320, GF306, and GF346 allow you to check every component throughoutmultiple sites, and are ergonomically designed for comfortable, all-day use. These camerasalso offer features such as temperature calibration for improved contrast between the gascompound and the background scene.HELPFUL ACCESSORIESFLEXIBLE SYSTEMS THAT MEETYOUR CHANGING NEEDSNo other thermal imaging camera manufacturer offersa wider range of accessories than FLIR Systems.Hundreds of accessories are available to customize ourcameras for a wide variety of imaging and measurementapplications. From a comprehensive range of lenses,through LCD screens, to remote control devices,everything is available to tailor your camera to yourspecific application.FIXED CAMERASHave a need for continuous monitoring or automated leak detection in criticalareas? With thermal imaging cameras such as the G300a, G300pt, andA6604, you can constantly monitor vital gas pipelines and installations inremote or difficult to access zones. You will immediately see if a dangerousand costly gas leak appears. Monitoring is performed from a safe distancewithout the need to send technicians into potentially dangerous areas.GF-SERIES HANDHELD CAMERAS ARE IDEAL FOR:• Chemical processing plants• Manufacturing plants• Natural gas wellsites• Electrical substations• Power generatorsG300A, G300PT, AND THE A6604 CAMERASARE IDEAL FOR:• Offshore oil platforms• Natural gas processing plants• Biogas generation plants• Petrochemical facilities• High value well sites• Underground storage facilities• Critical pipeline crossingsVISIBLE IMAGE INFRARED IMAGE HIGH SENSITIVITY MODE Scan broad areas quickly, from a safe distanceThe FLIR GF304 detects refrigerant gas leaks without interrupting or shutting down operations. Most modern refrigerants are organofluorine compounds, and while they are not ozone-depleting, some blends contain Volatile Organic Compounds (VOCs). Refrigerants are used in a variety of systems, including food production, pharmaceutical storage, and air conditioning.• R 22• R 125• R 134A • R 143A• R 245fa • R 404A • R 407C • R 410A• R 417A • R 422A • R 507AThe FLIR GF306 detects sulfur hexafluoride (SF 6) – used to insulate high voltage circuit breakers – as well as the industrial refrigerant and fertilizer anhydrous ammonia (NH 3). SF 6 is a potent greenhouse gas, with a global warming potential that’s 22,000 times greater than CO 2 over a 100-year period. By detecting and repairing SF 6 leaks, energy producers can avoid costly damage to circuit breakers while protecting the environment.A/C COMPRESSOR - INFRARED IMAGEHIGH SENSITIVITY MODECOMMON SF 6 PLUMBING LEAKSF 6 LEAKING FROM CIRCUIT BREAKERGF304 CAMERAS ARE IDEAL FOR:• Food production, storage, and retail • Automotive production and repair • Air conditioning• Pharmaceutical production, transport, and storageGF306 CAMERAS ARE IDEAL FOR:• Utilities • Ammonia plants• Industrial refrigeration systemsFLIRGF306FLIRGF304REFRIGERANTSSULFER HEXAFLUORIDE AND AMMONIAGF306 DETECTS THE FOLLOWING GASES:GF304 DETECTS THE FOLLOWING REFRIGERANT GASES:• A cetic acid • A cetyl chloride • A llyl bromide • A llyl chloride • A llyl fluoride • A nhydrous ammonia • B romomethane • C hlorine dioxide • E thyl cyanoacrylate (superglue)• E thylene • F reon-12• H ydrazine • M ethylsilane• M ethyl ethyl ketone (MEK)• M ethyl vinyl ketone • P ropenal • P ropene • S ulfur hexafluoride • T etrahydrofuran • T richloroethylene • U ranyl fluoride • V inyl chloride • V inyl cyanideThe GFx320 and GF320 detect methane emissions from the production, transportation, and use of oil and natural gas. They allow you to survey large areas up to nine-times faster than with traditional gas sniffer methods. These OGI cameras also offer highly accurate temperature measurements, so inspectors can assess and improve thermal contrast between the gas cloud and the background.• M ethane • M ethanol • P ropane • B enzene • E thane • P ropylene • E thanol • P entane• 1-Pentene• I soprene• B utane• E thylbenzene• M EK• M IBK• T oluene• O ctane• H eptane• X ylene• E thylene• H exaneINTRINSICALLY SAFEThe FLIR GFx320 allows you to quickly detect and visualize fugitive natural gas emissions while maintaining safety inside hazardous locations. This Intrinsically Safe OGI camera is third-party certified for use in Class I Div II safety areas. The GFx320 is verified to meet sensitivity standards defined in the US EPA’s OOOOa methane rule and meets reporting requirements by tagging each recording withGPS data. By finding leaks and fixing them quickly, your company can protect the environment while avoiding product losses and the cost of regulatory fines.GFx320: SAFETY ZONE COMPLIANTAt offshore rigs, well sites, and production plants,there’s often a risk of gas collecting and ignitingwith a stray spark or hot surface. Working in theseareas requires special clothing and equipment – if it’spossible at all.The oil and gas industry has long awaited a gasdetection solution such as the GFx320, because itsIntrinsically Safe designation allows the user to workconfidently and focus on the job at hand.THE GFx320 HAS THE FOLLOWINGCERTIFICATIONS:ATEX/IECEx, Ex ic nC op is IIC T4 Gc II 3 GANSI/ISA-12.12.01-2013, Class I Division 2CSA 22.2 No. 213, Class 1 Division 2THE GFx320 AND GF320 ARE IDEAL FOR:• O ffshore platforms• L iquid natural gas shipping terminals• O il refineries• N atural gas wellheads and processing plants• C ompressor stations• B io-gas and power generation plantsMETHANE LEAK AT NATURAL GAS FACILITY SITENATURAL GAS LEAK ON COMPRESSOR VALVEVENTING STORAGE TANK PRESSURE RELIEF VALVEMETHANE & HYDROCARBONS FLIR GFx320FLIR GF320THE GFx320/GF320 DETECT MORETHAN 400 GASES, INCLUDING:NEW!The GF343 lets you see CO2 leaks quickly and accurately, whether the gas is the result of a production process, part of an Enhanced Oil Recovery program, or being used as a tracer gas for hydrogen. CO2 is a primary greenhouse gas, with emissions resulting not only from the combustion of fossil fuels but also from industrial processes, oil production, and manufacturing. Reliable non-contact CO2 detection allows plants to inspect equipment while it is still online in the course of normal operations, avoiding unplanned outages. It also helps keep operations safe while moving towards carbon-neutral capture and storage operations.The FLIR GF346 exposes invisible, odorless carbon monoxide (CO) emissions from a safe distance. CO leaking from vent stacks or pipes can be deadly, especially if the gas is allowed to collect in an enclosed area. The GF346 can quickly scan broad areas and pinpoint even small leaks from several meters away, increasing worker safety and protecting the environment.• A cetonitrile• A cetyl cyanide • A rsine• B romine isocyanate • B utyl isocyanide • C hlorine isocyanate • C hlorodimethylsilane • C yanogen bromide • D ichloromethylsilane • E thenone• E thyl thiocyanate• G ermane• H exyl isocyanide• K etene• M ethyl thiocyanate• N itrous oxide• S ilanevSPOT HARD-TO-FIND CO2 LEAKSSEE MORE WITH HIGH SENSITIVITY MODE (HSM)VENTING FROM BLAST FURNACELEAKING FLANGEGF343 CAMERAS ARE IDEAL FOR:• Enhanced Oil Recovery programs• Hydrogen-cooled power generators• Carbon capture systems• Ethanol producers• Industrial tightness testingGF346 CAMERAS ARE IDEAL FOR:• Steel industry• Bulk chemicals manufacturing• Packaging systems• Petrochemical industryCARBON DIOXIDECARBON MONOXIDE FLIR GF343FLIR GF346GF346 DETECTS CARBON MONOXIDEAND THE FOLLOWING GASES:ImagingSpecifications GFx320GF320GF304GF306GF343GF346Primary Gas Seen Methane (CH4)Methane (CH4)Refrigerants Sulfur hexafluoride (SF6) / Ammonia (NH3)Carbon dioxide (CO2)Carbon monoxide (CO)Detector Type Cooled InSb Cooled InSb Cooled QWIP Cooled QWIP Cooled InSb Cooled InSb Spectral Range 3.2 – 3.4 µm 3.2 – 3.4 µm8.0 – 8.6 µm10.3 – 10.7 µm 4.0 – 4.4 µm 4.52 – 4.67 µm Resolution320 x 240320 x 240Total Pixels76,80076,800Hazardous Location Certifications ATEX/IECEx, Ex ic nC op is IIC T4 Gc II 3 G ANSI/ISA-12.12.01-2013, Class I Division 2 CSA 22.2 No. 213, Class 1 Division 2Thermal Sensitivity<15 mK at 30°C (86°F)<15 mK at 30°C (86°F)Accuracy±1°C (±1.8°F) for temperature range 0°C to 100°C (32°F to 212°F) or ±2% of reading for temperature range >100°C (>212°F)*±1°C (±1.8°F) for temperature range 0°C to 100°C (32°F to 212°F) or ±2% of reading for temperature range >100°C (>212°F)* Temperature Range-20°C to 350°C (-4°F to 662°F)–20°C to 250°C (–4°F to 482°F)-40°C to 500°C (-40°F to 932°F)Not calibrated for temperature measurement–20°C to 300°C (–4°F to 572°F) Lenses14.5° (38 mm), 24° (23 mm)Standard: 24° × 18°; Optional: 14.5°, 6°Standard: 24° × 18°; Optional: 14.5°Standard: 14.5° × 10.8°; Optional: 24°Standard: 24° × 18°; Optional: 14.5°Standard: 24° × 18°; Optional: 14.5°, 6°Zoom1-8x continuous digital zoom1-8x continuous digital zoomFocus Manual Auto and manual Auto and manualColor LCD Monitor 4.3 in., 800 x 480 pixels 4.3 in., 800 x 480 pixelsAdjustable Viewfinder Tiltable OLED, 800 x 480 pixels Tiltable OLED, 800 x 480 pixelsVideo Camera w/Lamp 3.2 MP 3.2 MPLaser Spot Activated by dedicated button Activated by dedicated buttonVideo Out HDMI HDMIAnalysisSpotmeters10*10*Area Boxes 5 (min./max./avg.)* 5 (min./max./avg.)*Profiles 5 (min./max./avg.)* 5 (min./max./avg.)*Delta T Delta temperature between measurement functions or reference temperature*Delta temperature between measurement functions or reference temperature*AnnotationGPS Location data automatically added to images Location data automatically added to imagesFile StorageRadiometric JPEG14-bit measurement data included14-bit measurement data includedRadiometric IR Video15 Hz direct to memory card15 Hz direct to memory cardMPEG Recording RTP/MPEG4RTP/MPEG4SPECIFICATIONS*GF343 is not calibrated for temperature measurement.NEW!INFRARED TRAINING CENTERThe Premier Infrared Camera User Educational & Training ResourceYour professionalism drives you to know everything you can about your business; that’s why you’ll want to get the most out of your GF-Series camera.FLIR cameras are easy to use and intuitive, but only expert training will give you the knowledge and skills to wringevery last bit of capability from your investment. An Infrared Training Center (ITC) certificate is proof of your expertise in operating your camera and interpreting the thermal information it provides.During the three-day ITC Optical Gas Imaging certification course, you’ll learn how to set up and operate FLIR GF-Series cameras, which gases these cameras can see, and how environmental conditions affect gas leak detection, all while earning 2.0 IACET CEUs. Training includes classroom instruction and lab time covering basic inspection procedures, permitting requirements, safety practices, and more.For full course descriptions, updated schedules, and more information,visit the itc website at: or call 1.866.872.4647.ITC COURSES PROVIDE:• I ndustry-leading, high-quality interactive instruction • T he most qualified international instructors • T he most extensive hands-on laboratories • I SO 9001-registered• O ptional online training coursesOTHER ITC COURSES INCLUDE:• OOOOa Fugitive Emissions Monitoring (U.S. Only)• Thermography Fundamentals • General Thermography Primer• Level I, Level II, and Level III Thermography • IR Electrical Inspection • IR Mechanical inspectionAttend classes at our training center, locally at one of our regional classes, or in your facility with our on-site service.THE PROFESSIONAL GUIDESEE OPTICAL GAS IMAGING IN ACTION, ACCESS CASE STUDIES, AND MUCH MOREGain a greater understanding of OGI technology and how it can help you find and repair gas leaks with FLIR’s content-rich iBook, Optical Gas Imaging: The Professional Guide. This guide provides an in-depth look at OGI and infrared, through technical explanations, videos, and animations. You’ll get expert tips for maximizing OGI surveys and see how different industries use OGI cameras to save time, money, and the environment.Get the iBook at /OGIFLIR TOOLS MOBILEIMPORT, PROCESS, AND SHARE DATA QUICKLY WITH THE FREE APPGet the word out straight from the field with FLIR Tools Mobile for Apple ® and Android ™. Connect your smartphone or tablet to your GF-Series camera, then use the app to transfer video from the camera, tack on more measurement spots, add text, change palettes, add notes, and generate a PDF. Email video and findings to colleagues and customers in no time. Upload to Dropbox or accounts, or use the app to display images on-site to those who need to know immediately.FLIR Tools Mobile also lets you stream live video from your GF-Series, plus take remote control of GF-Series functions, including focus, level, span, and many other modes. This functionality is perfect when you need to place the camera off on its own for monitoring or safety reasons, or need to share live imaging with others nearby.OPTICAL GAS IMAGING:Key Features:• W irelessly import images from the camera’s SD card • S tream live video• R emotely control & record images and video• A nalyze & tune radiometric images - measure temperatures • C reate PDF reports with text & custom logos• S hare images & reports using email, , or DropboxEquipment described herein may require US Government authorization for export purposes. Diversion contrary to US law is prohibited. Imagery for illustration purposes only. Specifications are subject to change without notice. For the most up-to-date specs, visit our website: . ©2017 FLIR Systems, Inc. All other brand and product names are trademarks of FLIR Systems, Incorporated. 17-2691-INS-OGI/OGI NASDAQ: FLIRBOSTONFLIR Systems, Inc. 9 Townsend West Nashua, NH 03063 USAPH: +1 866.477.3687PORTLANDCorporate Headquarters FLIR Systems, Inc.27700 SW Parkway Ave.Wilsonville, OR 97070USAPH: +1 866.477.3687EUROPE FLIR Systems Luxemburgstraat 22321 Meer BelgiumPH : +32 (0) 3665 5100HONG KONGFLIR Systems Co., Ltd Rm 1613-16, Tower II Grand Central Plaza 138 Shatin Rural Committee Road Shatin, New Territories Hong KongTEL: +852 2792 8955LATIN AMERICA FLIR Systems Brasil Av. Antonio Bardella, 320Sorocaba, SP 18052-852BrasilTEL: +55 15 3238 7080CANADAFLIR Systems, Ltd.920 Shelton Ct.Burlington, ON L7L 5K6CanadaPH: +1 800.613.0507call 866.477.3687 to speak with a FLIR Specialist.。

FLIR 热成像仪说明书

IMPROVE COMMUNICATION WITH CUSTOMERSCreate professional reports using FLIR Thermal Studio to better communicate problems and repairs Carry fewer tools with this convenient, all-in-one thermal camera, worklight, and pinless and pin moisture meter that meets RESNET standards GET TO THE PROBLEM FASTERVisually scan and investigate large areas for moisture, air leaks, and other building issues without opening the wallSpecifications are subject to change without notice. For the most up-to-date specs, go to S P E C I F I C A T I O N SWILSONVILLE27700 SW Parkway Ave. Wilsonville, OR 97070 USAPH: +1 866.477.3687NASHUA9 Townsend West Nashua, NH 03063 USAPH: +1 866.477.3687LATIN AMERICAAv. Antonio Bardella, 320 Sorocaba, SP 18085-852 BrasilPH: +55 15 3238 8070CANADA3430 South Service Road, Suite 103Burlington, ON L7N 3J5CanadaPH: +1 800.613.0507Equipment described herein is subject to US exportregulations and may require a license prior to export.Diversion contrary to US law is prohibited. Imagery forillustration purposes only. Specifications are subject tochange without notice. ©2021 Teledyne FLIR LLCAll rights reserved. Created 05/27/2121-0617-INSNASDAQ: TDYThermal ImagingThermal image resolution160 × 120 (19,200 pixels)Spectral response8 µm to 14 µmField of view (W × H)57° × 44°Sensitivity<150 mKObject temperaturerange0°C to 100°C (32°F to 212°F)Emissivity correction 3 pre-set and 1 custom emissivity settingImage update speedfrequency9 HzImage Modes and DisplaysThermal image palettes Iron, Rainbow, Arctic, White-hot, Black-hotMSX®Adds visual details to full resolution thermal image Image modes Thermal, Visual, MSXInternal memory8 GBImage gallery YesDisplay type QVGA (320 × 240 pixels) 2.8-in color TFT graphicaldisplayMoisture MeasurementsPin moisture range7% to 100%Pin moisture accuracy±1.5%, 7% to 30%, Reference only: 30% to 100% Pin moisture groups11 material groupsPinless moisture rangeand accuracy0 to 100; relativePinless measurementdepthMax of 19 mm (0.75 in)Measurement resolution0.1Response timepinless mode100 msResponse time pin mode 750 msGeneral InformationSaved image file format Radiometric jpgStored image capacity 15,000 ImagesDigital camera 2 MPDigital camerafield of view (FOV)83° (70.5° HFOV × 56° VFOV)Language options22Laser type Visible class 2, single laser pointer to center ofthermal imageWarranty Limited 10-Year WarrantyPower SystemContinuous run time10 hours maximumTypical usage 4 work weeksAuto power off Programmable: off, 5, 10, 20 and 30 minutesBattery Rechargeable 3.7 V nominal, 5400 mAh LiPoCertificationsCertification standards EN 61326 (EMC), EN 60825-1 Class 2 (laser),IEC61010-1Agency approvals CE, RCM, FCC Part 15B, UKCAEnvironmental and Physical DataOperating temperature0°C to 45°C (32°F to 113°F)Storage temperature-20°C to 60°C (-4°F to 140°F)Operating humidity10% to 90%Storage humidity90% relative humidity (no condensation)Drop test 2 m (6.6 ft)Weight392 g (0.7 lb)Size (L × W × H)17.7 × 8.9 × 3.6 cm (6.97 × 3.5 × 1.43 in)Shipping InformationPackaging contents FLIR MR265, FLIR MR02 Standard Moisture PinProbe, quick start guide, international USB charger,USB cable, and lanyard。

FLIR热成像仪_中文资料

趣味应用集
GF320捕捉放屁的一瞬间
复旦大学用FLIR热成像仪做的针灸学研究
FLIR -- 全球红外热成像仪设计、制造及销售领域的领导者
FLIR热成像仪用于考古和油画的研究
美国NASA在太空飞船上用FLIR热成像仪做检测
FLIR -- 全球红外热成像仪设计、制造及销售领域的领导者
选择适合自己的热像仪
在热成像仪技术发展的过程中，由于其军事用途的敏感性,全球热成像仪的出口一直被美国政府严格管控。从90年代末开始才被逐步放开出口限制，红外技术就是从该时期开始迅速进入中国的高端市场的，如各地的电力科学研究院，国家以及高等院校的重点实验室等，同时随着成本和销售价格的不断降低，慢慢地才被更多的普通用户所了解和使用。
FLIR -- 全球红外热成像仪设计、制造及销售领域的领导者
应用及选型手册
关于FLIR
FLIR - 全球红外热成像仪设计、制造及销售领域的领导者
FLIR Systems Inc, (NASDAQ: FLIR) 作为创新成像系统制造领域的领军企业，其产品范围涉及红外热像仪、航空摄像机和机械检测系统等。FLIR产品已在全球60余个国家内的工商业及政府领域中发挥了重要作用。
简单地说：红外热像仪就是一台红外相机。
原理和用途：通过检测物体发射和反射过来的红外光强度，算出物体表面每一点的温度，以不同的颜色显示不同的温度。
热像仪成像过程
FLIR -- 全球红外热成像仪设计、制造及销售领域的领导者
防患于未然——电气&机械
安全、直观、快速、准确
● 保障设备安全 ● 预防意外停机 ● 提高检测效率
为什么要测量温度？
故障发生前基本都会出现温度异常及时掌握设备的温度极为重要重要

FLIR说明书

世界第六感3.5英寸明亮触摸屏/图像捕捉手动调焦LED灯&激光指示器310万像素可见光相机安装于T640和T660的取景器大型4.3英寸电容式触摸屏/图像捕捉500万像素数码相机LED灯&激光指示器手动调焦带MSX的图像FLIR 2-10年保修所有的T系列红外热像仪，凡在购买之日起T系列极致功能型号FLIR T420FLIR T440FLIR T460 成像与光学参数热灵敏度/NETD<0.04°C@+30°C <0.04°C@+30°C<0.03°C@+30°C数字变焦2倍与4倍变焦2倍，4倍与8倍变焦2倍，4倍与8倍变焦测量精度±2°C或读数的2%±2°C或读数的2%±1°C或读数的±1%(限制温度)±2°C或读数的2%目标温度范围-20°C至+120°C； 0°C至+650°C -20°C至+120°C； 0°C至+650°C；+250°C至+1200°C-20°C至+120°C； 0°C至+650°C；+250°C至+1500°C测量分析线温分布图1条线温分布图，含最高/最低温度值1条线温分布图，含最高/最低温度值自动热点/冷点检测区域内自动标记热点或冷点；热/冷点温度数据显示区域或线温图内自动标记热点或冷点；热/冷点温度数据显示区域或线温图内自动标记热点或冷点；热/冷点温度数据显示测量预设值无测量，中心点，热点，冷点，3个测温点，热点-点，热点-温度无测量，中心点，热点，冷点，3个测温点，热点-点，热点-温度，用户预设值1，用户预设值2无测量，中心点，热点，冷点，3个测温点，热点-点，热点-温度，用户预设值1，用户预设值2用户预设值用户可选择和组合任何数量的测温点/输入框/圆圈/线温分布图/温差进行测量用户可选择和组合任何数量的测温点/输入框/圆圈/线温分布图/温差进行测量设置设置命令保存选项，可编程按钮，预设值选项，热像仪设置，Wi-Fi，指南针，蓝牙，语言，时间&单位，热像仪信息定义用户预设值，预设值选项，保存选项，可编程按钮，热像仪设置，Wi-Fi，指南针，蓝牙，语言，时间&单位，热像仪信息定义用户预设值，预设值选项，保存选项，可编程按钮，热像仪设置，Wi-Fi，指南针，蓝牙，语言，时间&单位，热像仪信息草图在热图像/数码图片绘图或添加预定义标记在热图像/数码图片绘图或添加预定义标记热像仪视频流录制全辐射红外视频录制CSQ存储至记忆卡中非辐射红外视频录制MPEG-4视频存储至记忆卡中MPEG-4视频存储至记忆卡中MPEG-4视频存储至记忆卡中可见光视频录制MPEG-4视频存储至记忆卡中MPEG-4视频存储至记忆卡中MPEG-4视频存储至记忆卡中视频流录制全辐射红外视频流使用USB全辐射传输至PC或通过Wi-Fi全辐射传输至移动设备使用USB全辐射传输至PC或通过Wi-Fi全辐射传输至移动设备使用USB全辐射传输至PC或通过Wi-Fi全辐射传输至移动设备非辐射红外视频流使用Wi-Fi传输MPEG-4视频使用USB传输未压缩彩色视频使用Wi-Fi传输MPEG-4视频使用USB传输未压缩彩色视频使用Wi-Fi传输MPEG-4视频使用USB传输未压缩彩色视频可见光视频流使用Wi-Fi传输MPEG-4视频使用USB传输未压缩彩色视频使用Wi-Fi传输MPEG-4视频使用USB传输未压缩彩色视频使用Wi-Fi传输MPEG-4视频使用USB传输未压缩彩色视频成像与光学参数红外分辨率320x240像素UltraMax(超级放大)功能有(增强到640x480像素)视场角(FOV)/最小焦距25°x19°/0.4 m焦距18 mm空间分辨率(IFOV)1.36 mrad图像帧频60 Hz调焦自动(单次拍摄)或手动探测器参数探测器类型焦平面阵列(FPA)，非制冷型红外探测器波长范围7.5-13 µm图像显示显示器触摸屏,3.5 in. LCD显示器,320x480像素自动定向自动切换为横立或竖立模式MSX(多波段动态成像）带有细节增强显示的热图像图像调节自动或手动测量分析点测温5区域测温5个区域(输入框或圆圈),含最大值/最小值/平均值温差各温度测量值与参考温度之间的温度差参考温度使用温差手动设置发射率校正0.01至1.0,或从材料清单中选择测量校正发射率，反射温度，相对湿度，大气温度，目标距离，外部红外窗口补偿调色板铁红色，彩虹色，高对比彩虹色，白热，黑热，极光色，熔岩色报警颜色报警(等温线)高于/低于及温度区间测量功能报警针对选定测量功能执行的声音/可视报警(过高/过低)甄别温差报警(发声)服务功能热像仪软件升级使用PC软件F LIR Tools图像存储图像存储记忆卡存储标准JPEG图片,包括数码图片和测量数据图像存储模式以相同的JPEG格式同步存储热图像和数码图片,可选择以单独的JPEG格式存储数码图片延时拍摄15秒-24小时图像注释(静止图像)声音60秒(通过蓝牙)，与图像一同存储文本添加表格选择预定义模板或在F LIR Tools中创建个性化模板图像描述添加简短说明(存储于JPEG exif标签中)METERLiNK无线连接(蓝牙功能)至带有METERLiNK功能的FLIR仪表报告生成热像仪内生成含红外和可见光图像的即时报告(*.pdf文件)；带有报告生成功能的单独PC软件地理信息系统指南针将热像仪方位直接添加至每张静止图像中数码相机内置数码相机310万像素，带LED灯(图片可作为单独的图像)数码相机，焦距固定焦距数码相机，视场角(FOV)可根据红外镜头调节内置数码镜头参数FOV 53°x41°数码相机,屏幕高宽比4:3激光指示器激光由专用按钮激活激光对准位置自动显示在红外图像上激光分类2级激光类型半导体AlGaInP二极管激光激光功率 1 mW激光波长635 nm(红色)数据通信接口接口mini-USB，USB-A，蓝牙，Wi-Fi,复合视频输出METERLiNK/蓝牙通过耳机和外部传感器通信Wi-Fi点对点(Ad-Hoc)或基础设施(网络)SD卡1个适用于可拆卸SD存储卡的插槽USBUSB USB-A:连接外部USB设备，mini-USB-B：从/向PC传输数据或未压缩彩色视频USB，标准迷你USB-B：2.0复合视频视频输出复合视频视频,标准CVBS (ITU-R-BT.470 PAL/SMPTE 170M NTSC)视频，连接器类型4针3.5mm插孔无线电Wi-Fi标准：802.11 b/g，频率范围：2412–2462 MHz，最大输出功率：15 dBmMETERLiNK/蓝牙频率范围：2402-2480 MHz天线内置电源系统电池类型可充电锂离子电池电池电压 3.7 V电池容量+20°C至+25°C时4.4 Ah电池工作时间+25°C环境温度以及一般用途时约4小时充电系统直充(交流适配器或12V车载充电器)或双座充电器充电时间4h充满电量的90%，由LED灯指示充电状态充电温度0°C至+45°C电源管理自动关机与睡眠模式(用户选择)交流电运行交流电适配器，90–260 VAC输入，12V输出至热像仪由睡眠模式启动的时间瞬时超短环境参数工作温度范围-15°C至+50°C储存温度范围-40°C至+70°C湿度(工作和存储)IEC 60068-2-30/24小时，95%相对湿度，+25°C至+40°C/2 次循环电磁兼容性(EMC)ETSI EN 301 489-1(无线电)ETSI EN 301 489-17EN 61000-6-2(抗干扰)EN 61000-6-3(抗辐射)FCC 47 CFR第15部分B类(抗辐射)ICES-003抗无线电干扰ETSI EN 300 489328FCC第15.247部分RSS-210磁场EN 61 000-4-8，连续场测试等级5(适用于苛刻的工业环境)封装IP 54 (IEC 60529)抗撞击25 g (IEC 60068-2-29)抗振性 2 g (IEC 60068-2-6)安全EN/UL/CSA/PSE 60950-1物理参数热像仪重量(含电池)0.855 kg热像仪尺寸(长x宽x高)内置镜头前伸时106x201x125mm三脚架安装UNC ¼"-20(需要适配器)材料聚碳酸酯+ABS树脂(PC-ABS)熔铸式镁合金热塑性弹性塑料(TPE)颜色石墨灰和黑色运输信息带有镜头的红外热像仪；电池(2块)；电池充电器；蓝牙耳机；热像仪镜头盖；校验证书；F LIR Tools下载卡；用户文档CD-ROM光盘；打印文档；硬质便携箱；存储卡；颈带；具有多种插头的电源；遮阳罩；USB数据线；视频电缆型号FLIR T600 FLIR T610 FLIR T620 FLIR T640FLIR T660成像与光学参数红外分辨率480x360像素640x480像素640x480像素640x480像素640x480像素UltraMax(超级放大)功能无有(增强到1280x960像素)有(增强到1280x960像素)有(增强到1280x960像素)有(增强到1280x960像素)热灵敏度/NETD<0.04°C@ +30°C<0.04°C@ +30°C<0.04°C@+30°C<0.03°C@+30°C<0.02°C@+30°C空间分辨率IFOV(25°镜头)0.92 mrad0.68 mrad0.68 mrad0.68 mrad0.68 mrad调焦自动(单次拍摄)或手动自动(单次拍摄)或手动自动(单次拍摄)或手动连续,自动(单次拍摄)或手动连续,自动(单次拍摄)或手动数字变焦1-4倍连续变焦1-4倍连续变焦1-4倍连续变焦1-8倍连续变焦1-8倍连续变焦图像显示取景器内置800x480像素内置800x480像素测量精度±2°C或读数的2% ±2°C或读数的2% ±2°C或读数的2% ±2°C或读数的2% ±1°C或读数的±1%(限制温度)±2°C或读数的2%目标温度范围-40°C至 +150°C；+100°C至+650°C -40°C至 +150°C；+100°C至+650°C-40°C至 +150°C；+100°C至+650°C-40°C至 +150°C；+100°C至+650°C ；+ 300°C 至+2000°C-40°C至 +150°C；+100°C至+650°C；+ 300°C 至+2000°C测量分析线温分布图1条线温分布图，含最高/最低温度值1条线温分布图，含最高/最低温度值自动热点/冷点检测区域内自动标记热点或冷点；热/冷点温度数据显示区域内自动标记热点或冷点；热/冷点温度数据显示区域内自动标记热点或冷点；热/冷点温度数据显示区域或线温图内自动标记热点或冷点；热/冷点温度数据显示区域或线温图内自动标记热点或冷点；热/冷点温度数据显示用户预设值测温点/输入框/圆圈/温差测温点/输入框/圆圈/温差测温点/输入框/圆圈/温差测温点/输入框/圆圈/温差/线温分布图测温点/输入框/圆圈/温差/线温分布图设置设置命令定义用户预设值，保存选项，可编程按钮，预设值选项，热像仪设置，Wi-Fi，蓝牙，语言，时间&单位，热像仪信息定义用户预设值，保存选项，可编程按钮，预设值选项，热像仪设置，Wi-Fi，蓝牙，语言，时间&单位，热像仪信息，GPS&指南针定义用户预设值，保存选项，可编程按钮，预设值选项，热像仪设置，Wi-Fi，蓝牙，语言，时间&单位，热像仪信息，GPS&指南针定义用户预设值，保存选项，可编程按钮，预设值选项，热像仪设置，Wi-Fi，蓝牙，语言，时间&单位，热像仪信息，GPS&指南针定义用户预设值，保存选项，可编程按钮，预设值选项，热像仪设置，Wi-Fi，蓝牙，语言，时间&单位，热像仪信息，GPS&指南针图像注释(静止图像)报告生成带有报告生成功能的单独PC软件带有报告生成功能的单独PC软件带有报告生成功能的单独PC软件带有报告生成功能的单独PC软件带有报告生成功能的单独PC软件热像仪中生成即时报告(*.pdf文件)热像仪中生成即时报告(*.pdf文件)热像仪中生成即时报告(*.pdf文件)热像仪中生成即时报告(*.pdf文件)地理信息系统GPS将位置数据从内置GPS自动添加至每张静止图像中将位置数据从内置GPS自动添加至每张静止图像中将位置数据从内置GPS自动添加至每张静止图像中将位置数据从内置GPS自动添加至每张静止图像中指南针将热像仪方位直接添加至每张静止图像中将热像仪方位直接添加至每张静止图像中将热像仪方位直接添加至每张静止图像中将热像仪方位直接添加至每张静止图像中热像仪视频流录制全辐射红外视频录制CSQ存储至记忆卡中非辐射红外视频录制MPEG-4 视频存储至记忆卡中MPEG-4 视频存储至记忆卡中MPEG-4 视频存储至记忆卡中MPEG-4 视频存储至记忆卡中MPEG-4 视频存储至记忆卡中可见光视频录制MPEG-4 视频存储至记忆卡中MPEG-4 视频存储至记忆卡中MPEG-4 视频存储至记忆卡中MPEG-4 视频存储至记忆卡中MPEG-4 视频存储至记忆卡中视频流录制全辐射红外视频流使用USB全辐射传输至PC；通过Wi-Fi 全辐射传输至移动设备使用USB全辐射传输至PC；通过Wi-Fi 全辐射传输至移动设备使用USB全辐射传输至PC；通过Wi-Fi 全辐射传输至移动设备使用USB全辐射传输至PC；通过Wi-Fi 全辐射传输至移动设备非辐射红外视频流使用Wi-Fi传输MPEG-4视频使用USB传输未压缩彩色视频使用Wi-Fi传输MPEG-4视频使用USB传输未压缩彩色视频使用Wi-Fi传输MPEG-4视频使用USB传输未压缩彩色视频使用Wi-Fi传输MPEG-4视频使用USB传输未压缩彩色视频使用Wi-Fi传输MPEG-4视频使用USB传输未压缩彩色视频可见光视频流使用Wi-Fi传输MPEG-4视频使用USB传输未压缩彩色视频使用Wi-Fi传输MPEG-4视频使用USB传输未压缩彩色视频使用Wi-Fi传输MPEG-4视频使用USB传输未压缩彩色视频使用Wi-Fi传输MPEG-4视频使用USB传输未压缩彩色视频使用Wi-Fi传输MPEG-4视频使用USB传输未压缩彩色视频成像与光学参数视场角(FOV)/最小焦距25°x19°/0.25 m镜头识别自动图像帧频30 Hz数字图像增强自适应数字降噪探测器参数探测器类型焦平面阵列(FPA)，非制冷型红外探测器波长范围7.5–14 µm探测器像元间距17 µm图像显示显示器内置触摸屏,4.3 in.宽屏LCD显示器,800x480像素显示器类型电容式触摸屏自动定向自动切换为横立或竖立模式自动图像调节连续调节，基于直方图手动图像调节基于线温分布图；可调节电平/跨度/最大值/最小值图像显示模式红外图像全彩色红外图像可见光图像全彩色可见光图像多波段动态成像(MSX)热图像带有细节增强显示的热图像画中画(PiP)可见光图像上设有可调节和可移动的红外区域测量分析点测温10区域测温5个区域(输入框或圆圈),含最大值/最小值/平均值测量预设值无测量，中心点，热点，冷点，用户预设值1，用户预设值2温差各温度测量值与参考温度之间的温度差参考温度使用温差手动设置大气传递校正自动，基于距离、大气温度及相对湿度的输入值光学镜头传输校正自动，基于内部传感器发出的信号发射率校正0.01至1.0,或从材料清单中选择发射率表预定义材料的发射率表反射表观温度校正自动，基于反射温度输入值温差各温度测量值与参考温度之间的温度差参考温度使用温差手动设置温差各温度测量值与参考温度之间的温度差报警颜色报警(等温线)高于/低于及温度区间测量功能报警针对选定测量功能执行的声音/可视报警(过高/过低)服务功能热像仪软件升级使用PC软件F LIR Tools图像存储图像存储记忆卡存储标准JPEG图片,包括数码图片和测量数据存储介质可拆卸SD存储卡图像存储模式以相同的JPEG格式同步存储热图像和数码图片，可选择以单独的JPEG格式存储数码图片延时拍摄15秒-24小时文件格式标准JPEG，包含测量数据文件格式，可见光图像标准JPEG格式，自动与对应的热图像关联图像注释(静止图像)声音60秒(通过蓝牙)，与图像一同存储文本添加表格选择预定义模板或在F LIR Tools中创建个性化模板图像描述添加简短说明(存储于JPEG exif标签中)草图在热图像/数码图片绘图或添加预定义标记METERLiNK无线连接(蓝牙功能)至带有METERLiNK功能的FLIR仪表数码相机内置数码相机500万像素，带LED灯(图片可作为单独的图像)数码相机，视场角(FOV)可根据红外镜头调节视频灯内置LED灯激光指示器激光由专用按钮激活激光对准位置自动显示在红外图像上激光分类2级激光类型半导体AlGaInP二极管激光，1 mW， 635 nm(红色)数据通信接口接口mini-USB，USB-A，蓝牙，Wi-Fi,数字视频输出METERLiNK/蓝牙通过耳机和外部传感器通信Wi-Fi点对点(adhoc)或基础设施(网络)SD卡1个适用于可拆卸SD存储卡的插槽USBUSB USB-A:连接外部USB设备，mini-USB-B：从/向PC传输数据或未压缩彩色视频USB(Std)，标准USB 2.0高速接口视频输出视频输出数字视频输出(DVI)视频，连接器类型HDMI兼容无线电：Wi-Fi标准：802.11 b/g，频率范围：2412–2462 MHz，最大输出功率：15 dBmMETERLiNK/蓝牙频率范围：2402-2480 MHz天线内置电源系统电池类型可充电锂离子电池电池工作时间25°C一般用途时 > 2.5小时充电系统直充(交流适配器或12V车载充电器)或双座充电器充电时间 2.5h充满电量的90%，由LED灯指示充电状态充电温度0°C至+45°C以太网供电运行AC适配器90-260VAC,50/60Hz或12V车载供电(带有标准插头的电缆，可选配)电源管理自动关机与睡眠模式(用户选择)环境参数工作温度范围-15°C至+50°C储存温度范围-40°C至+70°C湿度(工作和存储)IEC 60068-2-30/24小时，95%相对湿度，+25°C至+40°C/2 次循环电磁兼容性(EMC)ETSI EN 301 489-1(无线电)，ETSI EN 301 489-17，EN 61000-6-2(抗干扰)，EN 61000-6-3(抗辐射)，FCC 47 CFR第15部分B类(抗辐射)，ICES-003抗无线电干扰ETSI EN 300 489328，FCC第15.247部分，RSS-210封装IP 54 (IEC 60529)抗撞击25 g (IEC 60068-2-29)抗振性 2 g (IEC 60068-2-6)安全性EN/UL/CSA/PSE 60950-1物理参数重量1.3 kg (2.87 lb.)热像仪尺寸，不含镜头(长x宽x高)143x195x95mm(5.6x7.7x3.7 in.)三脚架安装UNC ¼"-20外壳材料镁合金运输信息带有镜头的红外热像仪；电池(2块)；电池充电器；蓝牙耳机；校验证书；FLIR Tools下载卡；用户文档CD-ROM 光盘；打印文档；HDMI-DVI数据线；HDMI-HDMI数据线；硬质便携箱；镜头盖；存储卡；颈带；具有多种插头的电源；三脚架适配器；USB数据线本文所述设备如用于出口，须获得美国政府的授权。

FLIR i-Series 热成像相机产品介绍说明书

FLIR i-SeriesThe Most Affordable Point-and-Shoot Infrared Cameras Just Got BetterMore powerful than ever, i-Series improves your options with a strong line-up of fresh choices to ﬁ t the level of detail your application requires. Featuring the new i7, now with 36% higher thermal resolution than before and a wider ﬁ eld of view to help you image more clearly, scan more quickly, and store an entire scene in one complete picture.Three Best-in-Class Imagers – FLIR i3 – 3,600 pixels; FLIR i5 – 10,000 pixels; FLIR i7 – 19,600 pixelsAccuracy – Temperature accuracy calibrated within ±2°C or 2% of reading to meet the standard you can always trust FLIR to deliver Compact Design – Light at 13 ounces (365g) for easy one-handed operation yet tough enough to stow with the rest of your tools Optimized Temperature Range – F rom –4 to 482°F(–20 to 250°C) for electrical, industrial and building applications Radiometric Images – Stores up to 5,000 JPEG image ﬁ leswith all temperature measurements right in the camera ready to download for further analysis and custom reports Focus Free Lens – For convenient viewing High Resolution Color LCD – 2.8” (71mm)Measurement Modes – All models - Spot (center); FLIR i7 also features Area (Min/Max)Thumbnail Image Gallery – Allows quick search of stored images Li-Ion Rechargable Battery – provides >5 hours continuous use, is replaceable, and features an in-camera charging system Includes – 2G miniSD Card with adaptors, Li-Ion rechargeable battery with 100-240V AC adaptor/charger with EU, UK, US and Australian plugs, mini USB cable, FLIR Tools reporting software, built-in manual lens shutter, and hard caseFind Hot Spots Fast!Focus-free Lens for Point-and-ShootSimplicity Excellent 2.8” Color LCD Shows the Whole Scene Removable SD Card and USB Output for Fast Image DownloadsIncludes Hard Casewww.GlobalTestSupply .comQuality FLIR Products Online at:**************************Imaging Speciﬁ cationsWhy Thermal Imaging?FEATURES FLIR i3FLIR i5FLIR i7Thermal sensitivity (N.E.T.D) <0.15°C at 25°C <0.1°C at 25°C <0.1°C at 25°CField of view/min focus distance12.5° x 12.5°/0.6m (2 ft.) 21° x 21°/0.6m (2 ft.)29° x 29°/0.6m (2 ft.) Detector Type - Focal plane array (FPA)uncooled microbolometer60 x 60 pixels100 x 100 pixels140 x 140 pixels Measurement modes Spot Spot Spot, Area (Max/Min) Isotherm——Above/Below COMMON FEATURESTemperature range -4°F to 482°F (-20°C to 250°C)Image Storage5000 Images (microSD card memory)Emissivity Emissivity Table; 0.1 to 1.0 adjustableFrame Rate9HzFocus Focus freeSpectral range 7.5 to 13μmDisplay Built-in 2.8" color LCDImage modes Thermal - Palettes (Iron, Rainbow, and Black/White)Set-up controls Date/time, °C/°F, 21 languagesBattery Type/operating time Li-lon/ >5 hours, Display shows battery statusCharging system In camera, AC adapter; 3 hours to 90% capacityShock/Vibration/Drop / Encapsulation; Safety 25G, IEC 60068-2-29 / 2G, IEC 60068-2-6 / Drop-proof 2m (6.6ft) IP43; UL, CSA, CE, PSE and CCCDimensions/Weight8.8x3.1x3.4" (223x79x85mm)/<12.9oz. (365g), including battery Warranty2/5/10 (Camera-2 years, Battery-5 years, Detector-10 years)Ordering Information60101-0101..................FLIR i3 Compact Thermal Imaging InfraRed Camera (60x60)60101-0101-NIST ..........FLIR i3 with Certiﬁ cate Traceable to NIST60101-0201 .................FLIR i5 Compact Thermal Imaging InfraRed Camera (100x100)60101-0201-NIST ..........FLIR i5 with Certiﬁ cate Traceable to NIST60101-0301 .................FLIR i7 Compact Thermal Imaging InfraRed Camera (140x140)60101-0301-NIST ..........FLIR i7 with Certiﬁ cate Traceable to NISTACCESSORIEST911085 .......................Pouch for FLIR ix-seriesT911093 .......................Tool BeltT911025 .......................Car ChargerT910711 .......................Power supply/charger with EU, UK, US and AU plugsT197410 .......................Rechargeable Li-Ion BatteryT197619 .......................Hard Transport CaseCANADAFLIR Systems, Ltd. PH: +1 800.613.0507MEXICO/LATIN AMERICA FLIR Systems Brasil Av. Antonio Bardella PH: +55 15 3238 8070BOSTONFLIR Systems, Inc. PH: +1 866.477.3687 PH: +1 978.901.8000PORTLANDCorporate HeadquartersFLIR Systems, Inc.PH: +1 866.477.3687www.ﬂ NASDAQ: FLIRWhile spot IR thermometers offer only a single temperaturereadout, thermal imaging cameras give you the whole picture,equal up to 19,600 spots (FLIR i7)! Thermal imaging is the mosteffective method for ﬁ nding problems or potential problems ina variety of applications across many ﬁ elds. If you are new toThermography and need a general purpose infrared camera fortroubleshooting, the FLIR i3, FLIR i5 or FLIR i7 is perfect for you!Equipment described herein may require US Government authorization for export purposes. Diversion contrary to US law is prohibited. Imagery used for illustration purposes only. Speciﬁ cations are subject to change without notice. ©2012-2013 FLIR Systems, Inc. All rights reserved. 3723 (Rev. 01/14/13)10-Year DetectorProtection5-Year Battery2-Year Parts & LaborHuman Eye View IR ThermometerSingle Spot Thermal ImagingCameraQuality FLIR Products Online at:**************************。

施乐 FLIR Pocket 红外热像仪使用说明书

The Pocket Series is equipped with a high-resolution 256 x 192 (49,152 pixels) detector,a high-resolution 8 MP optical lens, and a 3.5”LCD touch screen. It helps you locate faultsfaster and more efficiently, and measure temperatures more accurately. The wide tem-perature range of -20 °C to 400 °C is ideal for Building Inspections, HVAC, Electrical, andMechanical Equipment Maintenance. The 25 Hz frame rate allows for smooth operationand the Wi-Fi function allows the Pocket to share images in realtime. The Pocket Seriesputs a powerful thermography tool in your pocket so it’s always there when you need it.•Thermography :Device detects the real-time temperature, and display it on the screen•Storage :Device is equipped with memory card of 16 GB to store recorded captured snapshots, and important data.•Palette :Device supports 7 palettes.•Fusion :The camera can display both thermal image and real image at the same time•Vidéo :The camera is able to make videos with a storage capacity of 10 hours•Pocket format :The camera is compact enough to fit in your pocketKey features :•Thermal resolution: 256 x 192 (49, 152 pixels),•NETD : < 40 mK (@ 25°C, F# = 1.0)•Accurately measure temperature from -20°C to 400 °C(-4°F to 752°F)•Accuracy: Max. (± 2°C/3.6°F, ± 2%)•Thermal, fusion, PIP, and optical modes,8 MP optical camera•25 Hz image frequency•Manual, automatic, and 1-Tap level and span•Up to 4 hours continuous running•High temperature alarm•LED work light• 1.0x to 4.0x continuous digital zoom•Built-in 16 GB memorySpecifications :Applications :High Performance Compact Thermography Camera for ProfessionalsPocket formatHot water pipes verification Electrical inspectionsHVACPCB Circuit BoardsImage modes :Fusion OpticalThermalPIPMultiple Level & Span modesThree level & Span modes (manual,automatic, and 1-Tap) help youinstantly to improve image contrastand highlight potential problems.Portable pocket-sized DesignEasy to carry and hold. It fits per-fectly in your pocket and tool bag.Faster TroubleshootingBuilt-in speaker and flash light givethe operator audio and visual alertsto high temperatures. Full-screenmeasurement using different userpresets allows to check everywhereinstantly.Rugged & Durable DesignIP54 rated for protection against water and dust.Featuring 2-meter drop protection, suitable forindustrial use.LED flashlightThe LED flashlightallows you to worksafely in or dark envi-ronments.On-Camera RecordingBuilt-in 16 GB internal memory pro-vides onboard recording and play-back features.Mobile application(available end of september 2022)Connect (Wi-Fi or Hotspot) to theSefram Viewer App to transmit pic-tures from the camera to a mobilephone. Analyze, share images andgenerate simple reports in real-timeon-site.PC softwareUse the Sefram Analyzer PC softwa-re to provide customers with pro-fessional reports with images docu-menting problems and repairs.Quick StartGuide (x1)PowerSupply (x1)USB Cable (x1)Carrying Pouch (x1)Wrist Strap (x1)。

flir红外热像仪使用说明书

FLIR红外热像仪使用说明书1. 简介1.1 概述FLIR红外热像仪是一种专业的热成像设备，用于检测和显示物体的红外辐射以及温度分布。

通过红外热像仪，用户可以获得目标物体的温度图像，以实时监测和分析物体的热量变化。

1.2 主要特点•高精度：采用先进的热成像技术，能够实时获取目标物体的温度分布，精度高达0.05℃。

•多功能：支持多种测量模式和色带调整，可根据需求灵活切换。

•高清图像：配备高分辨率红外摄像头，能够提供清晰且细致的热像图像。

•易于操作：友好的用户界面和简洁的操作流程，使得操作起来更加简单便捷。

•强大的数据处理能力：内置强大的数据处理功能，可以实时分析、保存和导出数据。

2. 硬件连接在使用FLIR红外热像仪之前，需要先进行硬件连接。

请按照以下步骤进行连接：1.将红外热像仪的电源线插入电源插座，并接通电源。

2.将红外热像仪与计算机通过USB线连接。

3. 软件安装与设置3.1 软件安装在连接完成后，需要安装相关的软件驱动程序。

请按照以下步骤进行安装：1.打开FLIR红外热像仪附带的驱动光盘或下载页面。

2.找到并双击驱动安装程序。

3.按照提示完成驱动的安装。

3.2 软件设置安装驱动完成后，需要进行软件设置。

请按照以下步骤进行设置：1.打开安装完成的红外热像仪软件。

2.在菜单栏中找到并点击“设置”选项。

3.在设置界面中，根据自己的需求配置相关参数，例如测量模式、色带调整等。

4. 红外热像仪使用方法4.1 打开红外热像仪在进行实时监测之前，需要打开红外热像仪。

请按照以下步骤进行操作：1.确保红外热像仪已经连接并且软件已经启动。

2.在软件界面中，点击“打开设备”按钮。

3.等待片刻，直到红外热像仪连接成功并开启。

4.2 实时监测红外热像仪可实时监测目标物体的温度分布。

请按照以下步骤进行操作：1.确保红外热像仪已经打开并连接成功。

2.将红外热像仪对准目标物体，并调整焦距。

3.在软件界面中，点击“开始监测”按钮。

flir红外热像仪使用说明书

flir红外热像仪使用说明书FLIR红外热像仪使用说明书1. 准备工作a. 确保红外热像仪已充电，并且电池电量足够使用。

b. 确保红外热像仪镜头清洁，无灰尘或污垢。

c. 熟悉红外热像仪的各个按钮和功能。

2. 打开红外热像仪a. 在红外热像仪上按下电源按钮，等待红外热像仪启动。

b. 确保显示屏上显示出图像。

3. 调整显示设置a. 使用菜单按钮进入菜单界面。

b. 在菜单界面中，选择显示设置选项。

c. 根据需要调整亮度、对比度、色调等显示参数。

d. 退出菜单界面。

4. 调整温度范围a. 使用菜单按钮进入菜单界面。

b. 在菜单界面中，选择温度范围选项。

c. 根据需要选择合适的温度范围，以便更好地观察热点。

d. 退出菜单界面。

5. 测量温度a. 确保红外热像仪对准目标物体。

b. 按下测量按钮，红外热像仪会在显示屏上显示目标物体的温度。

c. 可根据需要在图像上标注温度信息。

6. 拍摄图像或视频a. 按下拍摄按钮，可以拍摄当前显示屏上的图像。

b. 按住拍摄按钮，可以录制当前显示屏上的视频。

c. 图像或视频保存至红外热像仪内存或外置存储介质。

7. 转存数据a. 连接红外热像仪和计算机，确保二者能够互相进行数据传输。

b. 在红外热像仪上选择数据转存选项。

c. 将所需数据从红外热像仪传输至计算机。

8. 关闭红外热像仪a. 在红外热像仪上按下电源按钮，确认关闭红外热像仪。

b. 可将电池从红外热像仪中取出以节省电量。

请仔细阅读并按照以上步骤操作红外热像仪，以确保正确使用和保护设备。

FLIRA315红外热像仪中文说明书

FLIRA315红外热像仪使用说明书代理商：武汉筑梦科技有限公司2014-1-6第一章设备简介1 FLIR红外热像仪原理1.1红外热像仪从原理上讲，热像仪包括两部分：光学部件和探测器。

光学部件使目标的红外辐射集中到探测器上，探测器对之成像。

1.1.1光学材料红外辐射和可见光的性质一样能折射和反射。

因而，红外热像仪的光学部件设计方法和普通相机的相似。

用于普通相机的玻璃对红外线的透射程度不够好，因而不能用于红外热像仪。

所以必须寻找别的材料。

对红外线透明的材料一般对可见光不透明。

象硅和锗就通常对可见光不透明。

从图中可以看出，这两种材料可以作为SW和LW光学材料。

通常，硅用于SW系统而锗用于LW热像仪。

硅和锗有好的机械性能，即不易破裂，它们不吸水，可以用现代车削法加工成镜头。

1.1.2探测器对红外辐射敏感的元件称为探测器。

这些年来，热像仪采用过许多不同类型的探测器。

这些探测器不分类型都有一些典型特点。

探测器对入射辐射的探测结果以电信号输出。

这信号取决于入射红外辐射的强度与波长。

大部分探测器都存在截止波长，这也很典型。

如果入射辐射的波长长于探测器的截止波长，探测器将没有信号输出。

在1997 年以前，所有的探测器都是制冷型的，根据不同型号，低的至少制冷到–70ºC，更有甚者需制冷到–196ºC。

1997 年，AGEMA 公司在世界上首先生产出了新一代非制冷微量热型探测器热像仪：Thermovision© 570，现在叫做AGEMA 570。

500 系列的另一种热像仪叫做AGEMA 550，它使用制冷型探测器。

AGEMA 550 的探测器由斯特林制冷机制冷。

这种PtSi探测器需制冷到–196ºC。

它需要两分钟来制冷。

作为“单一”探测器的换代品，在1995年FPA 探测器被运用于所有的热像仪（AGEMA）上。

AGEMA 550的探测器有320 x 240 = 76,800 探测器单元。

FLIR PTZ-35x140 MS 热成像系统技术说明

热成像仪可以在全黑环境下生成清晰的图像。

它们根本不需要有光就能生成清晰的图像，呈现最微小的细节，因此是适用于许多夜视场合的得力工具。

人们常问“使用热成像仪能看多远？”这个问题的答案对于绝大多数夜视应用都非常重要。

热成像仪的可视距离（也称为范围），很大程度上与热像仪的许多因素有关：使用的是什么镜头？热像仪配备的是制冷探测器还是非制冷探测器？灵敏度是多少？想要探测多大尺寸的对象？目标和背景的温度是多少？对于“看多远”这个问题，一般都是按理想天气条件回答的，因此，接下来又要回答：“雾、雨或其它气候条件下的可视范围是多少？”虽然热成像仪可以在全黑、薄雾、小雨雪天气下探测，但它们的探测距离会受这些天气条件的影响。

热成像仪帮您拨开雨雾雨雾气象条件下红外热像仪的性能红外辐射的透射率即使是晴空万里，固有的大气吸收率也会制约特定红外热像仪可以探测的距离。

热成像仪根据目标散发的热辐射差异生成图像。

实际上，从目标传输到热像仪的红外信号传输距离越远，沿途损失的信号就越多。

因此，必须要考虑衰减系数。

它是入射辐射与透过遮挡材料射出的辐射之比。

湿润的空气就是红外辐射的“屏盾”。

夏季的大气湿度大，所以衰减一般高于冬季。

因此，在晴好天气条件下，冬季的热成像仪将比夏季探测的距离更远。

PTZ-35x140 MS 热成像系统内置了两个热成像仪和一个日光/微光摄像机。

两个热成像仪都配备了长波非制冷微辐射计探测器，在尘雾气象条件下提供卓越的探测范围性能。

技术说明不过，湿润的空气只是红外辐射的衰减原因之一，其它一些气候条件会对热成像仪的探测范围产生更为不利的影响。

由于水滴对光的散射，雾和雨可能严重制约热成像系统的范围。

水滴密度越高，红外信号损失越多。

客户询问的一个重要问题是，雨或雾对热红外仪的范围性能影响有多大，与光谱可见部分的范围性能相比结果如何。

雾的分类雾是悬浮在地球表面或接近地球表面的大气中的微小水滴积聚成而成的。

当空气中的水蒸汽几近饱和，也就是相对湿度已接近 100% 时，如果有足够数量的凝结核，就能形成雾，凝结核可以是烟和灰尘颗粒。

flir红外热像仪使用说明书

FLIR红外热像仪使用说明书简介FLIR红外热像仪是一种用于检测和显示物体表面温度分布的设备。

它通过测量物体发射的红外辐射来生成热像，并将其转化为可视化图像，帮助用户在各种应用场景中进行温度分析和故障诊断。

本使用说明书将详细介绍FLIR红外热像仪的功能、操作方法、注意事项以及常见问题解答，以帮助用户正确、安全地使用该设备。

目录1.功能介绍2.设备规格3.操作方法– 3.1 开机与关机– 3.2 菜单选项– 3.3 图像浏览与保存– 3.4 温度测量与标定4.注意事项与安全操作5.常见问题解答1. 功能介绍FLIR红外热像仪具有以下主要功能： - 红外图像实时显示：能够即时获取并显示物体表面的红外热图。

- 温度测量：支持对物体表面温度的准确测量，提供最大、最小和平均温度值。

- 图像和视频保存：可以将红外图像和视频保存到内部存储器或外部存储设备中，方便后续分析和报告生成。

- 色彩调节：支持对热图颜色调色板进行调整，以适应不同的应用场景。

- 自动和手动对焦：可以选择自动对焦功能，也可以手动调整焦距来获得清晰的图像。

2. 设备规格FLIR红外热像仪的主要规格如下： - 红外分辨率：XX×XX像素 - 温度测量范围：-XX℃至XX℃ - 温度测量精度：±X℃或±X%（取较大值） - 显示屏尺寸：X英寸- 存储容量：XXGB（可扩展） - 电池续航时间：约X小时 - 重量：约X克3. 操作方法3.1 开机与关机1.按下电源按钮，等待设备启动。

2.在启动界面显示完毕后，设备即可进入工作状态。

3.若要关机，长按电源按钮直至设备关闭。

3.2 菜单选项FLIR红外热像仪提供了多个菜单选项以满足不同的需求： - 图像模式：选择红外、可见光或混合模式显示图像。

- 视频录制：设置录制参数，开始或停止视频录制。

- 图像保存：选择保存格式和路径，保存当前图像。

- 温度单位：选择温度显示单位，如摄氏度或华氏度。

红外热像仪操作说明书

1. Switch OnTurn on the device by pressing the Power button 2s.The infrared image comes on, stays on, and the LED indicator is lighted on.2.Switch OffThe camera will be switched off by long pressingthe Power button and release the button when thecount down timer change from 3 to 0.3. Standby ModeWhen the device is on, short press the Power buttonto enter the standby mode with indicator light flickering. Short press the Power button again to wake up the device from the standby mode to the normal mode.5. Switch the Image ModeShort press the Image Mode button to switch the image modefrom white hot, black hot, red hot, pseudo color, target highlightmode circularly.White Hot Black Hot Red Hot Pseudo Color Highlighthot spot tracking function and the hottest shows on the display screen indicating theuser cursor. The user can adjust the cursor4. Eyepiece AdjustmentThe eyepiece adjustment can help user to get the clearest image for different eye conditions.boar (0.9m target) and hare (0.2m target)Wi-Fi / screen brightness / hue selection18. Moreenter the secondary menu, includingfunctions of digital compass / motiontoggle from all directions. Short pressthe image mode button or Photobutton to adjust the reticle position.When done, long press the E-zoom button to save and exit.23. System InformationShort press the E-zoom button toenter the system information interface,under which user can check allversion information and product code.Short press the E-zoom button for factory reset. Select √ (Yes)or × (No) with a short press of the Image Mode button or PhotoCalibration Mode - S,- warm, and the other functions are off. COMPONENTS & CONTROLSEyeshadeEyepiece AdjustmentIndicatorPhotoE-zoomImage ModePowerLaserLens17. Picture in Picture (PIP)When the PIP function is turned on, asmall window appears at the topcenter of the screen, showing adouble zoom of the center area ofthe target image.The motion sensor will display on the right side of the screenangle, and the vertical represents theand pitch angle are displayed on the bottom of the scale plate.Eye Ⅱ 单目热像望远镜V3.0**************************1. The rated charging voltage of this product is 5V, pleasecharge timely when power is low, so as to avoid the service lifeloss caused by battery over-discharge .2. The thermal imager is not recommended to use in high-temperature environment for a long time, if the temperature is too high, the imager will enter the high-temperature protection state, and automatically shut down.3. The use of temperature is recommended at -10°C to +50° C4. Make sure that the USB/MCX port cover on the bottom of the thermal imager is tightly plugged firstly when using in water environment, such as rainy days.5. Under any circumstances (whether on or off), do not expose the thermal imager directly into the high-intensity radiation sources (such as the sun, laser, etc.), to avoid irreversible damage to the device.6. The B correction mode will reduce the frequency ofautomatic shutter correction after the condition of the device become stable. If the image gets worse, please cover the lens cover for manual background correction.7. When the device is not used for a long time, it should be charged at least 2 months during storage and stored in a dry and ventilated environment.8. Do not shine the laser pointer on human eyes.9. The laser and cursor function depends on the legal restrictions of different countries and region .10. Do not be charged in an environment above 40° C.ATTENTIONTHERMAL MONOCULAR2021.01QUICK START GUIDErestrictions in your countries and regions.Actual operation time depends on the intensity of WiFi use and the built-in video recorder. T echnical parameters of the device may be improved without prior notice of the customer.E3Plus E3Max E6+ WeChat Official AccountOfficial WebsiteEye Ⅱ V2.0 Series25. ChargeWhen the indicator light is flashing red, it means the battery is less than 10%, please charge in time. At the same time, there will be relevant text prompts on the screen.Open the USB cover at the bottom, plug in the USB charging cable, and connect with the power to charge, you can also charge with the power adapter or any other power supply such as portable power.The indicator light is orange when charging and green when full.When the warning indication of power less than 3% appears on the display screen, if the device is not charged in time, the device will automatically shut down after 3s.26. Data CatchingAfter connecting the device with the computer via USB cable, the memory of the device can be read on the computer.。

fluke红外成像仪说明书

®TiR2,TiR3,TiR4, Ti40,Ti45,Ti50,Ti55IR FlexCam Thermal Imager PN 2808417January 2007, Rev. 1, 8/07 (Simplified Chinese)© 2007 Fluke Corporation. All rights reserved. Printed in USA.All product names are trademarks of their respective companies.有限担保和有限责任Fluke 担保在正常使用和保养的情况下，其产品没有材料和工艺上的缺陷。

两年的担保期间由产品发货之日算起。

部件、产品修理和服务的担保期限为 90 天。

本担保仅限于 Fluke 授权零售商的原购买人或最终用户，并且不适用于一次性电池、电缆接头、电缆绝缘转换接头或 Fluke 认为由于误用、改装、疏忽、污染及意外或异常操作或处理引起的任何产品损坏。

Fluke 担保软件能依照功能规格正常运行 90 天，并且软件是记录在无缺陷的媒介上。

Fluke 并不担保软件毫无错误或在运行中不会中断。

Fluke 授权的零售商应仅对最终用户就新的和未使用的产品提供本担保，但无权代表Fluke 公司提供额外或不同的担保。

只有通过 Fluke 授权的销售店购买的产品或者买方已经按适用的国际价格付款才能享受 Fluke 的担保支持。

在一国购买的产品需在他国修理时，Fluke 有权向买方要求负担重大修理/零件更换费用。

Fluke 的担保为有限责任，由 Fluke 决定是否退还购买金额、免费修理或更换在担保期间退还 Fluke 授权服务中心的故障产品。

如需要保修服务，请与您就近的 Fluke 授权服务中心联系，获得退还授权信息；然后将产品寄至服务中心，并附上产品问题描述，同时预付运费和保险费（目的地离岸价格）。

Fluke 不承担运送途中发生的损坏。

FLIR系列Exx热成像相机说明书

FLIR ha rediseñado completamente la serie Exx para ofrecer un rendimiento, una resolución y una sensibilidad inigualables en una cámara térmica de mano.Las nuevas cámaras de la serie Exx cuentan con numerosas funcionalidades útiles para resolver rápidamente problemas de distribución eléctrica y sistemasmecánicos, de manera que podrá evitar fallos en los equipamientos, aumentar la seguridad de una planta y maximizar el tiempo de s cámaras de la serie Exx de FLIR ahora ofrecen:•Lentes intercambiables de calibraciónautomática*•Medidor de distancia con láser para información de medición y un enfoque nítido y preciso •Nuestra mejora de imágenes MSX®•Procesamiento UltraMax® para una resoluciónen píxeles 4 veces mejor•Una pantalla de más tamaño, de 4”, que es un33% más brillante•Una nueva interfaz intuitiva•Mejora en la organización y en las opciones deinformesBRILLANTEZEN EL TRABAJO*Únicamente E75/E85/E95La nueva serie EXX cuenta con lasfunciones de alto rendimiento que necesita para encontrar e informar rápidamente de puntos calientes: una pantalla nueva y brillante, lentes nítidas y una interfaz de usuario de respuesta rápida.Enfoque rápido y real•El enfoque automático responde rápidamente y mejora la precisión de las mediciones*•Rendimiento superior por tamaño de punto para la medición de objetivos pequeños y distantes•Las lentes intercambiables proporcionan cobertura para cualquier objetivo y cualquier escena*Navegación más sencilla por las pantallas•Pantalla capacitiva de respuesta rápida •GUI actualizada con mejor flujo y mejores resultados•Navegación lógica en la pantalla y en menúsVer más detalle•El nítido LCD es un 33% más brillante que los modelos anteriores•Gran pantalla de 4” con ángulo de visión de 160°•Hasta 464 x 348 de resolución IR nativa real •Mejora de imágenes MSX ® de FLIRRENDIMIENTO INCOMPARABLEInformes rápidos sobre problemas•La cámara se conecta por wifi con los dispositivos móviles o las redes internas •La anotación de imágenes por voz, texto, dibujos en pantalla, etiquetado GPS y brújula •La nueva estructura de carpetas y de nomenclatura facilita encontrar las imágenes •Análisis de imágenes y elaboración de informesmejorados a través del software FLIR Tools+Cuantificar posibles problemas•Lecturas precisas de temperatura en puntos calientes •Amplios rangos de temperatura, hasta 1500 °C •Sensibilidad para detectar diferencias mínimas de temperatura*Únicamente E75/E85/E95Varios objetivos, una soluciónNo todos los objetivos son lo bastante grandes o están lo bastante cerca para una medición correcta con una solalente. Por eso, FLIR ha diseñado la nueva serie Exx con lentes intercambiables* de 24°, 42° y 14°, para que pueda utilizar la misma cámara para todos los objetivos que investigue. La cámara se calibra automáticamente con cada nueva lente para garantizar que producirá imágenes de alta calidad y mediciones térmicas precisasAdaptada a sus sistemasLas nuevas cámaras de la serie Exx producen JPEG radiométricos estándar que pueden abrirse y verse sin software privado. Estas imágenes pueden verse y editarse en FLIR Tools y son compatibles con SoftwareDevelopment Kit (ATLAS SDK) de FLIR. Esto permite que las empresas utilicen sus propios sistemas de supervisión de mantenimiento computerizado (CMMS, por sus siglas en inglés) y aun así podrán utilizar la lectura de mediciones térmicas, datos de METERLiNK ® y otros parámetros importantes integrados en la imagen.Las mejores lentes necesitan el mejor enfoque automático*FLIR siguió el ejemplo del sector de las cámaras digitales al rediseñar el sistema de enfoque de la serie Exx. Bien si se decide por el enfoque automático o por el continuo, el preciso enfoque asistido por láser de la cámara y las innovadoras lentes de FLIR garantizan que obtendrá unos resultados nítidos y las lecturas de temperatura más precisas.EXPANSIBLE Y MODULAR*Únicamente E75/E85/E95ESPECIFICACIONESTÉCNICASCentro de formación eninfrarrojosCuanto más conocimientos tenga de termografía, mayores serán los dividendosque conseguirá para su empresa y su carrera. Por ese motivo, el centro deformación en infrarrojos (ITC) ofrece clases prácticamente para cada aplicación,desde cursos en línea gratuitos hasta formación avanzada con la que puedeobtener la certificación como experto en termografía, lo que le permitirá liderarsu programa interno de infrarrojos.Las clases del ITC incluyen:• Formación en los fundamentos de la termografía• Inspecciones eléctricas con infrarrojos• Inspecciones mecánicas con infrarrojosFormación con certificación en termografíaEl nivel I certifica que sabe cómo funciona un termógrafo y que sabe utilizarlo.El nivel II aumenta su credibilidad con conceptos en profundidad y actividadesintensivas en laboratorio. El nivel III garantiza que tiene conocimientos yhabilidades para administrar el programa de termografía de su empresa. Estascertificaciones ofrecen una potente validación para respaldar su trabajo comotermógrafo.Recomendamos las unidades móviles de formación y la formación in situ ensu lugar de trabajo si desea certificar a un grupo de 10 o más. Para ver una listacompleta, un programa de los cursos y más información, visite.Las cámaras de la serie Exx cuentancon el respaldo de la garantía líder del sector de FLIR2 años: protección total, piezas, mano de obra10 años: DetectorGARANTIADEL PRODUCTO*GARANTIADEL DETECTOR** Al registrar su producto FLIR en: AÑO S AÑO SMÁS INFORMACIÓN SOBRE CÁMARAS DE LA SERIE EXX EN /EXX-ELECTRICALSerie Exx de FLIR™Características porcámaraE53E75E85E95Resolución IR240 × 180(43 200 píxeles)320 × 240(76 800 píxeles)384 × 288(110 592 píxeles)464 × 348(161 472 píxeles)UltraMax®—307 200 píxeles442 368 píxeles645 888 píxelesIntervalo de temperatura delobjetoDe -20 a 120 °C(de -4 a 248 °F)De 0 a 650 °C(de 32 a 1200 °F)De -20 a 120 °C(de -4 a 248 °F)De 0 a 650 °C(de 32 a 1200 °F)OpcionalDe 300 °C a 1000 °C(de 572 °F a 1830 °F)De -20 a 120 °C(de -4 a 248 °F)De 0 a 650 °C(de 32 a 1200 °F)De 300 a 1200 °C(de 572 a 2192 °F)De -20 a 120 °C(de -4 a 248 °F)De 0 a 650 °C(de 32 a 1200 °F)De 300 a 1500 °C(de 572 a 2732 °F)Enfoque Manual Medidor de distancialáser (LDM, por sussiglas en inglés)continuo de undisparo, contraste deun disparo, manualMedidor de distancialáser (LDM, por sussiglas en inglés)continuo de undisparo, contraste deun disparo, manualMedidor de distancialáser (LDM, por sussiglas en inglés)continuo de undisparo, contraste deun disparo, manualCampo de visión (FOV)24° × 18°42° × 32° (lente de 10mm), 24° × 18° (lentede 18 mm), 14° × 10°(lente de 29 mm)42° × 32° (lente de 10mm), 24° × 18° (lentede 18 mm), 14° × 10°(lente de 29 mm)42° × 32° (lente de 10mm), 24° × 18° (lentede 18 mm), 14° × 10°(lente de 29 mm)Identificación de la lente—Automático Automático AutomáticoTime-lapse (infrarrojo)———De 10 segundos a 24horasMedición de área con láser——SíSíMedición a distancia conláser—Sí, en pantalla Sí, en pantalla Sí, en pantallaValores preestablecidos demedidaSin medición, puntocentral, punto caliente,punto frío, tres puntos,punto caliente-puntoSin medición, puntocentral, puntocaliente, punto frío,valor preestablecidode usuario 1, valorpreestablecido deusuario 2Sin medición, puntocentral, puntocaliente, punto frío,valor preestablecidode usuario 1, valorpreestablecido deusuario 2Sin medición, puntocentral, puntocaliente, punto frío,valor preestablecidode usuario 1, valorpreestablecido deusuario 2Medidor puntual 3 en modo en directo 1 en modo en directo 3 en modo en directo 3 en modo en directoÁrea 1 en modo en directo 1 en modo en directo 3 en modo en directo 3 en modo en directoImagen en imagenÁrea infrarrojacentrada en la imagenvisualRedimensionable ymóvilRedimensionable ymóvilRedimensionable ymóvilCaracterísticas comunesTipo y pitch del detector Microbolómetro no refrigerado, 17 µmSensibilidad térmica/NETD<0,04°C a 30 °C (86 °F), lente de 24°Rango espectral De 7,5 a 14,0 µmFrecuencia de imagen30 HzNúmero F f/1,3, lente de 24°Zoom digital De 1-4 aumentos continuoPresentación de imagen y modosPantalla Pantalla LCD táctil de 4” y 640 × 480 píxeles con rotación automáticaCámara digital 5 MP, campo de visión 53° × 41°Paletas de colores Iron, Gray, Rainbow, Arctic, Lava, Rainbow HCModos de imagen Infrarrojos, visual, MSX®, imagen en imagenMSX®Estampa detalles visuales en la imagen térmica en resolución completaMedición y análisisPrecisión ±2 °C (±3,6 °F) o ±2% de lectura, para temperatura ambiente de 15 a 35 °C (de 59 a 95 °F) ytemperatura del objeto superior a 0 °C (32 °F)Alarmas Alarma de humedad, alarma de aislamiento, alarmas de mediciónAlarma de color (isoterma)Por encima/por debajo/intervalo/condensación/aislamientoBrújula, GPS Sí; etiquetado de imágenes automático por GPSMETERLiNK®Sí; varias lecturasPuntero láser Sí; botón específico para esta funciónAlmacenamiento de imágenesSoporte de almacenamiento Tarjeta SD extraíble (8 GB)Formato de archivo deimagenJPEG estándar con datos de medición incluidosGrabación y transmisión de vídeoGrabación de vídeo IRradiométricoGrabación radiométrica en tiempo real (.csq)Vídeo en flujo continuo IR noradiométrico o visualH.264 en tarjeta de memoriaTransmisión de vídeo IRradiométricoSí, por UVC o wifiTransmisión de vídeo IR noradiométricoH.264 o MPEG-4 por wifi MJPEG por UVC o wifiInterfaces de comunicación USB 2.0, Bluetooth, wifi, DisplayPortSalida de vídeo DisplayPort por USB tipo CDatos adicionalesTipo de batería Batería de iones de litio, cargada en la cámara o en un cargador aparteDuración de la batería Unas 2,5 horas a 25 °C (+77 °F) de temperatura ambiente y uso típicoIntervalo de temperatura detrabajoDe -15°C a 50°CIntervalo de temperatura dealmacenamientoDe -40 a 70 °C (de 40 a 158 °F)Choque/vibración/protección;seguridad25 g/IEC 60068-2-27, 2 g/IEC 60068-2-6, IP 54/IEC 60529; EN/UL/CSA/PSE 60950-1Peso/Dimensiones 1 kg (2,2 lbs), 27,8 × 11,6 × 11,3 cm (11,0 × 4,6 × 4,4 in)Contenido de la cajaCámara de infrarrojos con lente, batería (2 ea), cargador de batería, protección frontal, correas(mano, muñeca), maletín de transporte rígido, correas, tapas de la lente, paño de limpieza de lente,fuentes de alimentación, tarjeta SD de 8 GB, llave Torx, cables (USB 2.0 A a USB tipo C, USB tipoC a USB tipo C, USB tipo C a HDMI)*Medición delta de punto caliente a punto centralE-mail:**************************。

FLIR ONE 热成像仪说明书

for Android / iOSFLIR ONE™ is a compact thermal imager that detects invisible heat energy, allowing users to “see” and measure subtle changes in temperature.With separate models for Android and iOS devices, FLIR ONE attaches to smartphones and tablets via micro-USB (Android) or a lightning connector (iOS) and displays thermal images on the device’s screen. Powered byLepton—FLIR’s smallest thermal camera module—FLIR ONE offers valuable solutions, like spotting energy leaks at home, locating a missing pet at night, or seeing in complete darkness. The device also includes a visible CMOS camera, which enables the use of FLIR’s patented MSX ® technology. THERMAL CAMERA ATTACHMENT FOR MOBILE DEVICES Quick plug-and-play operation• Connects to Android and iOS smartphones and tablets equipped with micro USB ports (Android) or lightning connectors (iOS)• Generates 160 x 120 thermal video resolution• Advanced spot measurement detects temperature differences as small as 0.1°C (0.18°F)• Multi-Spectral Dynamic Imaging (MSX ®) enhances thermal image detail SIMPLE TO USE Intuitive control with FLIR ONE App• Auto shutter eliminates need to manually reset thermal sensor• Includes nine different color palettes• Record video and still images with common touchscreen gestures • Easily share photos and video on popular social media channelsMULTIPLE APPLICATIONS From home improvement and personal safety to art• Improve energy efficiency by pinpointing heat loss and water leaks • Monitor pet health and safety• Save time and money by locating car problems• Observe wildlife while hiking or camping• Create artistic thermal images using FLIR ONE Panorama™, FLIR ONETimeLapse™, and FLIR ONE CloseUp™TM/flironeSpecifications NASDAQ: FLIR SANTA BARBARA FLIR Systems, Inc. 70 Castilian Drive Goleta, CA 93117 USA PH: +1 866.344.4674PORTLAND Corporate Headquarters FLIR Systems, Inc.27700 SW Parkway Ave.Wilsonville, OR 97070USA PH: +1 866.344.4674EUROPE FLIR Systems Luxemburgstraat 22321 Meer Belgium PH: +32 (0) 3665 5100CANADA FLIR Systems - Canada 250 Royal Crest Court Markham, Ontario,Canada L3R 3S1PH: +1 866.344.4674Equipment described herein may require US Government authorization for export purposes. Diversion contrary to US law is prohibited. Imagery for illustration purposes only. Specifications are subject to change without notice. ©2015 FLIR Systems, Inc. All rights reserved. (Updated 07/15)/flirone。

FLIR M系列红外热像仪探冰技术说明书

由于冰中的气泡和其他缺陷分散了雷达信号，所以使用雷达很难发现冰川的踪迹。

许多经验丰富的航海者证明，雷达探冰非常艰难。

即使是大型冰山反馈的雷达信号，其强度也远低于船舶目标反馈的雷达信号，原因是冰（特别是雪）的雷达反射率低于钢的雷达反射率。

因此，冰目标的检测难度相当大，尤其是他们有低矮或光滑的外形时。

冰块从冰山上脱落之后，产生的较大冰块称为小冰山，较小部分称为残碎冰山。

残碎冰山更难被雷达探测。

这在波涛汹涌的海洋条件下更是如此，从浮冰反馈回的雷达信号可能会消失在所谓的“海面干扰”里，也就是说，因为海浪在雷达图像上显示，因此很难区分冰和海浪。

在白天，如果雷达不能检测到冰，但在一定条件下还可以通过目测来弥补。

这需要有良好的能见度，但是，在漫长的极夜，由于缺乏光而变得极其困难，即使偶尔有几小时的日光，其能见度可能受到雾或雪的限制。

在北极的开放水域期间，雾极其常见，无惧冰山！增加极地地区海上旅行的安全性使用红外热像仪探冰许多航海者都认为地球的极地是世界上最具环境挑战性的区域。

极为漫长的夜晚，恶劣的天气和冰山，使得穿越北极和南极水域极其危险。

现在，使用FLIR Systems公司的红外热像仪可以使这些旅行安然无忧。

红外热成像技术可以帮助航海者找到游刃于冰山之间的最安全路径。

在测试中，两种型号的M系列红外热像仪安装在驱冰船桥楼旁边的三脚架上。

这是一艘穿越格陵兰北极水域的驱冰船。

借助热像仪，穿越北极水域更安全。

FLIR M系列红外热像仪在完全黑暗的环境中，在各种天气条件下无缝探冰技术说明书而在冬季则经常会出现暴风雪。

在夜间，黑暗加上雾或雪限制了肉眼检测冰危害的能力。

热像仪检测冰解决这个问题的方法是使用热像仪。

热像仪记录红外光谱中的电磁辐射强度。

所有物质均会发出红外辐射，即使我们认为是很冷的东西，比如冰，也发出红外辐射。

在热像仪中，红外辐射通过透镜聚焦在探测器上。

所记录的红外辐射强度转换成可视图像。

由于热像仪依赖于热对比，而不是色彩对比，所以他们在夜间并不需要照明来产生清晰的图像。

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