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The 384x288 IR resolution delivers 110,592 thermal pixels with a thermal sensitivity of ≤ 35 mK. This enables exceptional heat detection and sees small temperature changes that regular cameras cannot. The built-in 5MP visible-light camera (2592x1944 pixels) produces detailed overlay images that combine thermal data with visual context, enabling full analysis. The advanced AI chip uses image-sharpening algorithms to process both thermal and visual data simultaneously.
The 43.7° x 31.9° field of view captures comprehensive thermal coverage, and the 30Hz refresh rate ensures real-time, lag-free imaging. This handheld thermal imaging device can measure temperatures with an accuracy of ±2°C from -4°F to 1022°F (-20°C to 550°C), with 0.1°C temperature resolution.
The built-in laser pointer lets you accurately target the heat source and check the temperature reading from 0.3 to 3 meters away. Automatic hot/cold/center-point recognition continuously identifies temperature extremes and displays precise measurements, with emissivity adjustments ranging from 0.01 to 1.0 for various materials. To quickly detect problems, the system automatically marks key temperature points.
The 4 thermal imaging modes are standard thermal, visual overlay, picture-in-picture, and fusion. These modes make the best use of thermal data presentation for each inspection need. With digital zoom levels of 1x, 2x, 4x, and 8x, these handheld thermal imaging devices let you examine thermal anomalies more closely. They come with 10 customizable color palettes, such as Ironbow, Rainbow, and High Contrast.
The 3.5-inch color touchscreen displays live thermal images and features easy-to-use touch controls for measuring temperature, adjusting the zoom level, and selecting a palette. It is easy to use in the field because the high-resolution display lets you see thermal images clearly, even in bright light and outdoors. You can also use it with one hand. The manual focus method ensures that thermal images remain clear across a range of distances.
Voice annotation lets you add inspection notes directly to captured thermal images, keeping a complete record. High/low temperature alarms automatically monitor temperature deviations and send real-time alerts to quickly find areas that are overheating or cooling. This helps find equipment faults before they get worse.
The two 5000mAh batteries work together to give you longer working time, so you can perform continuous thermal inspection work without frequent recharging. The high-capacity battery system supports hot swapping, letting you keep using the device while replacing a battery. Monitoring the battery level helps prevent unexpected device shutdown during important checks.
The 32GB built-in storage can hold more than 120,000 thermal images and record both photos and videos for complete recordkeeping. The storage system maintains the integrity of thermal data and provides sufficient space for long field studies and multiple inspection projects that do not require additional storage.
The rugged design can withstand drops from 2 meters and meets IP54 water-resistance standards, making it reliable in harsh industrial settings. The design maintains portability at 7.8 pounds (3.55 kg)—but it is still durable enough for professional use in harsh field conditions. The strong housing keeps the delicate temperature sensors and electronics safe from damage from drops and the elements.
The operating temperature range of 14°F to 122°F (-10°C to 50°C) ensures reliable performance across diverse climatic conditions, while the storage temperature range of -4°F to 140°F (-20°C to 60°C) protects the device during transportation and storage. For stable long-term tracking, these handheld thermal imaging devices come with a standard 1/4-inch tripod mount.
The built-in WiFi lets you send and receive data wirelessly and control the device remotely with compatible mobile apps. For team-based thermal analysis, the WiFi system lets people share images in real time, monitor equipment and environments remotely, and do inspections together. Cable connections are reduced thanks to wireless connectivity, which also keeps data transfers efficient for workflow integration.
Support for 13 languages ensures compatibility with teams and systems used worldwide. The multilingual interface ensures the system works correctly no matter where the user is, and the WiFi transfer feature lets users instantly share thermal inspection data with remote teams and cloud storage systems to maintain complete records.
The thermal detection features allow electrical checks of distribution cabinets, cables, motors, and transformers to identify problems and support preventive maintenance. Some HVAC uses include diagnosing underfloor heating systems, finding leaks, maintaining air conditioners, and checking how well insulation is working. For infrastructure upkeep, pipeline inspections find heat leaks and clogs in the sewage system.
The temperature measurement range from -4°F to 1022°F works for industrial, business, and residential thermal inspection needs, such as auto diagnostics, monitoring mechanical equipment, and building envelope analysis. Accurate measurements and professional features help you meet industry-set requirements for thermal analysis documentation and reports.