VEVOR Pro Thermal Imaging Camera, Upgraded 512 x 384 TISR Super Resolution, 3.45 inch LCD Infrared Thermal Imager with 2MP Visual Camera, 25HZ Refresh Rate, -4F - 1022F, 4 Image Modes & 7 Color Palettes

Features

• Image Enhancement Technology: VEVOR pro thermal imager adopts TISR enhancement technology, upgrading the original infrared resolution of 256x192 to a 4x super resolution of 512x384. With a 25Hz refresh rate, 40 mK thermal sensitivity, and a wide 56 x 42 field of view, combined with image sharpening algorithms and a high-performance AI chip, its 3.45-inch LCD screen captures and displays heat source details with greater clarity
• Accurate Temperature Measurement: This infrared camera supports a temperature range from -4F to 1022F, automatically identifying and marking hot, cold, and central spots. It offers 4 thermal imaging modes and 7 color palettes for better adaptability to different tasks. The 2x and 4x digital zoom functions enhance observation, helping you capture more subtle details
• Quick Fault Detection: Our infrared thermal imager features built-in high/low-temperature alarms to automatically monitor deviations and issue alerts in real time. Equipped with a laser pointer, it allows easy fault positioning and detection of hidden heat risks, making potential issues visible and manageable in advance
• Multiple Upgrades: This thermal camera comes with a 5000mAh large-capacity battery, offering up to 6 hours of runtime. It supports auto power-off, photo and video recording, and an LED work light. The compact and sturdy body withstands drops up to 2 m and, with IP54-rated dust and water resistance, performs reliably in demanding environments
• Portable and Reliable: Charging is made convenient with a USB cable. The built-in 32GB storage can hold over 120,000 images, and WiFi connectivity allows easy file transfer. Supporting 13 languages, this device is widely suitable for circuit board inspection, HVAC troubleshooting, electrical checks, building diagnostics, vehicle maintenance, and industrial detection