- FLIR T860 / T865 High-Performance Thermal Imaging Camera£26,399.00
The FLIR T860/T865 High-Performance Thermal Imaging Camera delivers a safe, non-contact solution for inspecting electrical and mechanical equipment. With an impressive IR resolution of 640 x 480 (307,200 pixels), it ensures detailed imaging for accurate analysis. Explore temperatures ranging from -20°C to 2000°C (-4°F to 3632°F), catering to diverse inspection needs.
Learn More - FLIR X6900sc Series 640X512 MWIR InSb Cooled Cameras 1004Hz
The FLIR camera offers exceptional clarity with a 640 x 512 pixel resolution for thermal imaging. Its programmable frame rate ranges from 0.0015 Hz to an impressive 1004 Hz, ensuring precise capture of high-speed events. Capable of detecting temperatures from -20°C to 2000°C, it's versatile for various temperature monitoring tasks.
Learn More - FLIR A670x 640x512 MWIR InSb Cooled Cameras 60Hz
The FLIR A670X MWIR camera provides exceptional thermal imaging with 640x512 resolution for diverse applications. With a rapid 60 Hz frame rate, it ensures smooth monitoring of dynamic scenes. Covering temperatures from -20°C to 2000°C, it enables precise temperature measurement, making it ideal for various tasks.
Learn More - FLIR A6750 640x512 MWIR InSb Cooled Cameras 125Hz
Experience exceptional imaging with the FLIR A675X 640x512 MWIR InSb cooled camera. With 640 × 512 resolution, it provides detailed thermal imagery for industrial applications. Operating at 125 Hz in full window mode, it ensures smooth thermal monitoring of dynamic scenes. Detecting temperatures from -20°C to 3000°C, it enables precise temperature measurement across various conditions.
Learn More - FLIR A6701 640x512 MWIR Package with Macro Lens & Stand
The FLIR A6701 MWIR InSb Cooled Camera boasts advanced thermal imaging with 640 x 512 resolution and a 50mm MWIR Macro Lens. Operating in the 3.0-5.0µm waveband, it delivers detailed imagery for diverse applications. Equipped with a Cooled A and X Camera Microscope Stand (4233062), it offers stability and flexibility for precise imaging tasks.
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