Fluke infrared thermal imaging cameras provide you with high-quality thermal images for industrial inspection. You can discover faults and failures before they become a problem – and enjoy the ease of a high-resolution, high temperature sensitivity, rugged thermal camera, ready for the toughest industrial environments.

Thermal imaging is a process in which infrared (IR) energy is converted into a visible thermal image, commonly performed by thermal imaging cameras.

An ideal thermal imaging camera for HVAC, mechanical and electrical inspections, the Fluke TiS20+ infrared camera is 2-meter drop tested, IP54 water/dust resistant, and has a 16+ hour battery.

Easily see potential problems with precisely blended IR and thermal imaging–with up to 5MP visual camera, up to 320 x 240 resolution (76,800 pixels), and a large 3.5 inch LCD screen. Fluke renowned diagnostic tools such as Fluke Connect® software included data sharing, storage, in-depth analysis, and reporting.

With a full 180-degree articulating lens and 5.7 inch touchscreen, the Fluke TiX580 Infrared Camera allows thermographers to easily navigate over, under, and around objects to preview and capture images with ease.

The Fluke TiX501 thermal camera takes your inspections to the next level. Capture high quality infrared images, see small details and discover anomalies faster with up to 640 x 480 resolution and 240-degree rotating screen.

2022年4月5日 · High performance, 320x240 thermal imaging camera with MultiSharp™ Focus; Captures a clear, accurate image focused throughout the field of view; Presents an instant in-focus image of designated target with LaserSharp® Auto Focus; Delivers 4x the pixel data with SuperResolution to create a 640 x 480 resolution image

The Ti480 PRO thermal camera helps you get 4x the pixel data with multiple images and combines them to create a 1280 x 960 image.

2017年6月22日 · The Fluke Ti400 is a high performance, 320 x 240 thermal imaging camera that has the resolution, wireless connectivity and temperature range that maintenance professionals need. And its future-ready in the bargain.

An infrared camera detects and measures the infrared energy emitted by an object and its surroundings, and then can calculate the apparent differences in temperature. Because infrared cameras display apparent surface temperature variations, they can often allow you to detect issues that are not visible to the naked eye, and monitor, diagnose and