Product Code: B0GFD69JCB
IR Camera Thermal Imaging, 320x240 TISR, 25Hz Refresh Rate Handheld Thermal Camera with 15h Battery Life for Water Leak Detection, Home Inspection, Rodent Detection
$149.99
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In Stock
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Phoebus Link
About this item
- Superior Thermal Resolution - This thermal camera features a 160×120 IR sensor with TISR enhancement to deliver sharper 320×240 thermal imaging. Designed as a clear IR camera, it helps reveal insulation gaps, hidden heat loss, air leaks, and temperature differences with greater detail than basic 128×128 entry-level models.
- Perfect for Various Inspections - Thermal camera for home inspection, HVAC, electrical work, leak detection, and rodent detection. Quickly inspect ducts, overloaded breakers, hot connections, motors, machinery, and hidden heat signatures.
- Low-Lag Imaging & Smart Detection Alerts - Smart Alerts Real-time 25Hz Live Imaging refresh rate reduces lag while scanning for smoother handheld scanning, capture and save still thermal images for inspection documentation. Automatic hot/cold spot tracking and custom temperature alarms help speed up troubleshooting. (Please note: 25Hz refers to the live thermal display refresh rate. This model captures still images and does not record thermal video)
- High Sensitivity & Accurate Measurement - High Sensitivity Detection from -4°F to 1022°F Measures a wide temperature range with ±2°C accuracy and 50mK sensitivity to capture subtle thermal differences caused by moisture intrusion, airflow loss, or overheating components.
- Rugged Build & Long Lasting Performance - Thermal imager cameras infrared built for Daily Professional Use Features a 2.8" 500-nit sunlight-readable screen, up to 15-hour battery life, IP54 protection, 2-meter drop resistance, USB-C charging, and storage for 8,000+ images.
- Adjustable Digital Zoom - Handheld infrared camera switch between 1X, 2X and 4X viewing modes to enlarge areas of interest on the thermal display. Maximum digital zoom is 4X. Digital zoom enlarges the displayed thermal image; it does not increase optical reach or native sensor resolution.
