MILESEEY TR256E Thermal Imaging Camera,Super Resolution 256 x 192 Thermal Camera,50 Hz Refresh Rate, -4°F to 662°F Handheld Infrared Imager,12-Hour

MILESEEY TR256E Thermal Imaging Camera,Super Resolution 256 x 192 Thermal Camera,50 Hz Refresh Rate, -4°F to 662°F Handheld Infrared Imager,12-Hour

【Super Resolution Thermal Camera】The TR256E infrared camera is equipped with 256 x 192 ultra-high resolution. Delivers smooth and fluid thermal imaging with a 50Hz refresh rate, ensuring real-time monitoring and swift detection of dynamic thermal changes. 【High-precision Temperature Measurement】Achieves a accurate temperature resolution of 0.1°C, enabling precise detection and differentiation of temperature variations.High Sensitivity, features a NETD of 40mK, ensuring sensitivity to subtle temperature changes for detailed thermal analysis.Provides reliable and consistent thermal data, essential for critical applications such as electrical inspections, mechanical diagnostics, and building assessments. 【Long Battery Life & Durable】 (1)The TR256E thermal imager Equipped with a powerful 5000mAh battery, providing 12-hour operational time for prolonged use in the field without frequent recharging. (2)Features an integrated LED flashlight for added convenience and illumination during inspections or low-light conditions.(3) Passed 6.6ft drop resistance tests, ensuring reliability and durability in rugged environments. 【4 Color Palettes】Choose from 4 distinct color palettes to visualize thermal data in different ways, enhancing clarity and ease of interpretation.Each palette offers unique visualization options, allowing users to highlight specific temperature ranges or anomalies effectively. Adjust color palettes according to environmental conditions or personal preferences, ensuring optimal thermal image clarity. 【Versatile Applications】 Competent for vehicle diagnostics, HVAC inspections, industrial maintenance, and electrical inspections. Provides strong performance to improve accuracy and efficiency in a variety of professional contexts. Thermal Imagers