Wireless Thermal Imaging Camera,256x192 IR Resolution1024 x 768 Pixels for Android and iOS 50mK Sensitivity Thermal Camera with WiFi & Visual Camera for Machine Industries, HVAC
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Wireless Thermal Imaging Camera,256x192 IR Resolution1024 x 768 Pixels for Android and iOS 50mK Sensitivity Thermal Camera with WiFi & Visual Camera for Machine Industries, HVAC
High Definition Infrared Imaging: With 256x192 infrared resolution and 1024 x 768 Pixels visible image, thermal sensitivity of ≤ 50mK provides clear images, and its handheld design ensures accurate visualization from all angles
Temperature range: Reads temperatures from -4°F to 1022°F (°C /°F) with a maximum error of ±2% or ±2°C. Real-time temperature changes are viewed through waveform changes, which accurately measure temperatures and capture even the smallest temperature changes. There are also three cursors for maximum, minimum and center point and display data can be selected off and on
Slick Design: Clip it to your smartphone, use it handheld, or mount it on a tripod for stable, hands-free use, and the device's wide 56° x 42° field of view eliminates the need to manually focus, allowing you to record more detailed, smoother infrared photos and videos - for instant sharing. -Save content directly to your smartphone, clip it to your smartphone, use it handheld, or mount it on a tripod for stable hands-free use
Wireless and Compatibility: This thermal imaging camera 951A wirelessly connects to iOS and Android devices via WiFi, allowing you to bypass obstacles and measure targets from a safe distance, making it an ideal tool for detecting leaky homes, HVAC, locating hidden cameras, and checking circuit boards, as well as for tracking wildlife and enhancing nighttime surveillance!
10 pseudo-color modes: The palette has 10 pseudo-color modes (White Hot, Lava, Iron Red, Hot Iron, Medical, North Pole, Rainbow 1, Rainbow 2, Stroke Red, Black Iron) that can be freely selected according to the usage scenario; temperature measurement in Celsius, Kelvin, and Fahrenheit; and emissivity can be adjusted according to the usage scenario.