VEVOR - Thermal Imaging Camera for Android & iOS, 512 x 384 Super Resolution, 25HZ Refresh Rate Infrared Thermal Imager - Black
Reviews coming soon
Reviews coming soon
VEVOR thermal imager adopts TISR enhancement technology, upgrading the original 256 x 192 IR resolution to a 512 x 384 super resolution. Combined with the 25 Hz refresh rate and ≤40 mK thermal sensitivity, it delivers clearer, smoother detail display without delay
Equipped with a Type-C port and 8-pin cable adapter, compatible with Android 8.0 or above and iOS 12.0 or above. Simply scan the QR code to download the app and turn your device into a multi-purpose thermal imaging camera. Pocket-sized, portable, plug and play
Supports -4°F to 1022°F wide-range temperature measurement. This infrared camera with visible light automatically tracks hot and cold spots and displays center, maximum, and minimum data. With 6 color palettes, thermal imaging and PIP mode to adapt to various environments
Built-in high/low-temperature alarms to automatically monitor deviations and issue instant alerts. Helps you quickly identify overheating or low-temperature zones, precisely locates faults, and makes potential problems clearly visible for early action
This infrared thermal imager for Android & iOS supports image capture, video recording, and 10 language options. Widely used for HVAC troubleshooting, electrical checks, plumbing inspection, building diagnostics, automotive diagnosticse, and industrial inspections
We’ll try to get your question answered within 24 hours by a Best Buy customer or brand representative.
This thermal imaging camera for Android & iOS supports TISR enhancement, boosting the original IR resolution of 256 x 192 to an 512 x 384 super resolution. It provides accurate and reliable temperature measurement within a range of -4°F to 1022°F (-20°C to 550°C), with a temperature resolution of 0.1°C (32.18°F) and thermal sensitivity of ≤40mK. Lightweight and portable, it is widely used for electrical, HVAC, plumbing, and home inspections, and water leak detection.
Learn more >