Mileseey TR256i USB-C Mini Thermal Camera, Mini Kamera termowizyjna Mileseey TR256i USB-C

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220,00 €

220,00 €

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Mileseey TR256i USB-C Mini Thermal Camera Compact, lightweight, and ready to use almost anywhere—the Mileseey TR256i opens up a whole new way to observe your surroundings. This compact thermal imaging camera with a USB-C port combines high-resolution thermal imaging, a wide temperature measurement range, high-precision readings, and practical analytical features in a handy form factor. It allows you to quickly detect concerning temperature differences, track the hottest and coldest spots, and react immediately thanks to temperature alarms. The package is rounded out by a professional app, various color palettes, and a wide field of view, making the TR256i ideal for both everyday use and more specialized tasks. Detailed thermal imaging always at your fingertips The TR256i is equipped with a sensor offering 256 × 192 infrared resolution, which translates to 49,152 thermal pixels. This level of detail allows you to better perceive temperature distributions and more quickly identify areas requiring attention. A 25 Hz refresh rate ensures a smooth and comfortable viewing experience, which is especially important when working on the move or analyzing changing conditions. An additional advantage is thermal sensitivity of ≤ 50 mK, allowing the camera to detect even subtle temperature differences, providing a clearer and more useful overview of the situation. Wide field of view and clear temperature display The TR256i offers an ultra-wide 56° × 42° field of view, making it easier to cover a larger area at a glance. In practice, this means more convenient scanning of rooms, installations, or equipment without having to constantly change positions. The thermal image displayed on the screen of a phone or tablet is clear and easy to analyze, significantly increasing work comfort. This solution is particularly useful when a quick assessment of the situation is crucial and the ability to detect a potential problem on the first scan is essential. Precise measurement over a wide ran