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红外热像仪

温度可能是未来故障的征兆。利用福禄克热像仪,您可以在故障发生之前将其检测出来。福禄克的红外热像仪专为日常使用而打造,能够应对恶劣的工业环境,适合非常广泛的应用。

手持式热像仪是预防性维护、电气检查和一线故障排除的理想选择。铰接式热像仪让您可以从近处和远处、从电力公司到研发过程精确定位。而在线热像仪非常适合研究、科学和工程应用,允许连续收集红外数据。

找到合适的热像仪

找到适合您需求的热像仪

选择合适的热像仪以满足您需要执行的检查、维护和故障排除。

非常适合工业检查

Fluke TiX885 红外热像仪

  • Fluke iSee™ 手机热像仪

    Fluke iSee™ 手机热像仪 - TC01A/TC01B

    轻·晰,一触可见!Fluke iSee™ 手机热像仪,只需通过智能手机的 Type C 或者 Lightning...

  • Fluke TiX885 Thermal Camera

    Fluke TiX885/TiX880/TiX875/TiX870 系列红外热像仪

    TiX885/TiX880/TiX875/TiX870 红外热像焕新上市,提供更加清晰的画质,更加准确的测试精度,更加宽泛的测温范围及灵动操作手感,可适应多种不同的应用场景...

  • Fluke TiX1060 红外热像仪

    Fluke TiX1060 红外热像仪

    福禄克新一代1024大师级红外热成像仪。

  • Fluke Ti480U Ti401U Ti400U Infrared Camera

    Fluke Ti480U Ti401U Ti400U 红外热像仪

    Ti400系列红外热像迎来卓越升级。 继承前代经典工业设计及良好的握持体验,同时核心性能——在热成像图像表现、对焦速度、帧频及软件功能都获得巨大提升。为了用户更好的使用体验,福禄克不断精益求精。...

  • Fluke RSE30/60 在线红外热像仪

    Fluke RSE30/60 在线红外热像仪

    福禄克全新在红外检测方案

  • Fluke TiS75+ Thermal Camera

    TiS75+红外热成像仪

    新款 Fluke 热成像仪秉承我们的理念,让客户得到物超所值的产品。Fluke TiS75+ 提供的功能将帮助您解决在现场可能遇到的各种问题。...

  • Fluke TiS55+ Thermal Camera

    Fluke TiS55+ 红外热成像仪

    TiS55+ 热像仪不只是热像仪借助资产标记、语音附注、IR-图像注解 和触摸屏 红外可见光融合等功能,您可以摒弃纸笔记录,而将所有必需信息都附在每张图像上。...

  • Fluke TiS60+ Thermal Camera

    Fluke TiS60+ 热像仪

    320 x 240 分辨率、定焦和 IR Fusion,3.5 英寸 LCD 显示屏。

  • Fluke Ti400+ Thermal Camera

    Fluke Ti400+ 热像仪

    非常适用于工业预防性维护计划。支持 LaserSharp™ 自动对焦和 320 x 240 分辨率。...

  • 120 x 90 thermal imager

    TiS20+ / TiS20+ MAX 热像仪

    Fluke TiS20+ 红外热像仪是用于 HVAC、机械和电气检查的理想热像仪,经 2 米跌落测试,具有 IP54 防水/防尘性能,电池续航时间超过 5 小时。...

  • Pocket Thermal Imager back view with thermal image displayed

    Fluke PTi120 便携式口袋热像仪

    一款小巧易用的手持式热像仪,无论您的热成像经验如何,您都可以使用这款小型专业热像仪来增强整个团队的实力。...

  • Fluke Ti480 PRO Infrared Camera

    Fluke Ti480 PRO 红外热像仪

    Fluke Ti480 PRO 在专业级 640 x 480 热像仪中引入了先进的红外视觉体验。

  • 640x480 resolution thermal imager

    Fluke Ti401 PRO 热像仪

    为您的预防性维护计划选择具有 640x480 分辨率的 Fluke Ti401 PRO 手持式热像仪。...

  • Fluke TiX580 Infrared Camera

    Fluke TiX580 红外热像仪

    具有 640*480 像素的高清画质(结合精密位移成像技术,可生成1280 x 960像素图像),符合人体工程学的240度可旋转镜头有效提高检测便利性,并提供了LABVIEW和MATLAB...

  • Fluke TiX1000 Infrared Camera

    Fluke TiX1000 红外热像仪

    福禄克首款高清红外热像仪,大尺寸可旋转屏幕(5.6英寸),图像质量更高(1024x768),实测红外像素高达314万,配有精密位移成像技术,4倍实测红外像素,LaserSharp® 自动对焦、自动对焦、手动和 EverSharp...

  • Fluke RSE300 Mounted Infrared Camera- 1

    Fluke RSE300 在线式红外热像仪

    高性能 320 x 240 在线式红外热像仪。非常适合输出和分析热数据,适应 MATLAB® 和 LabVIEW® 软件开发环境。...

  • Fluke RSE600 Mounted Infrared Camera- 1

    Fluke RSE600 在线式红外热像仪

    高性能 640 x 480 热像仪。非常适合输出和分析热数据,适应 MATLAB® 和 LabVIEW® 软件开发环境。...

Frequently asked questions for infrared thermal imaging cameras

What is a Thermal Camera?

A thermal camera is an inspection tool that captures infrared energy – radiation emitted from an object – and creates an image. Thermal cameras, also known as infrared cameras and thermal imagers, are ideal for industrial inspection. Maintenance, leak detection, and machine troubleshooting are all common applications.

What is a Thermal Camera Used For?

Thermal cameras can be used for a broad range of applications: building inspection, security, electrical maintenance, firefighting, gas detection, and beyond. Thermography is an especially powerful test method for uses in which:

  • Remote inspection is essential for safety
  • Damage or decay is expressed through temperature changes, such as in three-phase wiring
  • Test objects/subjects are obscured due to poor visibility

What Makes Thermal Imaging Cameras Useful?

Some thermal imaging cameras can see up to 1km and beyond, but most can’t see through thick solid surfaces like walls.

What is Thermal Imaging?

Thermal imaging is the process of capturing infrared radiation and translating it into thermal images, or thermograms. Thermal imaging shows variations in temperature expressed in color. Powerful infrared cameras are incredibly sensitive, displaying heat in great detail with color gradients.

How Does Thermal Imaging Work?

Everything around us emits infrared energy – a heat signature. Thermal imaging works by measuring infrared energy and converting that data into electronic images that display surface temperature. An optical system focused infrared energy to a sensor array, or detector chip, with thousands of pixels in a grid. A matrix of colors corresponding to temperatures is sent to the camera display as a picture.

What is an Infrared Scanner?

An infrared scanner measures human temperature, often mounted for continuous monitoring and with a large display. Infrared scanning is a term most often used for human body temperature measurement. However, infrared scanners can also be used for applications like scanning machines, concrete, and buildings.

Choosing the Best Thermal Camera

The best infrared thermal imaging camera is the one the has the price point, ruggedness, portability, thermal sensitivity, and image resolution you need.

  • Best for handheld inspections: Fluke Ti480 PRO Infrared Cameras are lightweight, handheld imagers with powerful sensitivity that make it easy to discover and diagnose issues.
  • Best for research applications: Fluke RSE600 Mounted Infrared Cameras give you the power to stream thermal images via desktop software, connect to MATLAB and LabVIEW software, and perform R&D analysis.
  • Best for industrial inspections: Fluke TiX580 Infrared Cameras are rugged handheld cameras with an easy-to-read 5.7 inch LCD display and the ability to capture high-resolution 1280 x 960 images.