Giambwa Thermal Imager，Infrared Camera，320 x 240 TISR Resolution

The infrared thermal imager has a resolution of 240x240 pixels. With a thermal sensitivity of 60 mK, it can detect even the slightest temperature differences. The 25 Hz frame rate ensures smooth, lag-free video, providing a seamless experience during inspections. 【Rapid Anomaly Detection】The thermal imager has a 50° field of view, providing extensive coverage during scans. It automatically tracks and displays hot spots (electrical faults), cold spots (water leaks), and center points, eliminating the need for guesswork. Additionally, you can set custom high/low alarm thresholds and manually adjust the range and span to isolate anomalies in critical temperature zones. 【Automatic Storage】; The thermal imager's display has a 320×240 resolution and a built-in TF card. Simply press the shutter button to automatically save up to 100 high-definition images. No manual focusing is required, and images can be deleted after data retrieval to free up storage for reuse. Equipped with a 2600mAh lithium battery, it can operate continuously for 7–15 hours. 【Precise Measurement】; The thermal imager's measurement range spans -4 to 1022°F, with an accuracy of ±2°F. The imaging distance ranges from 0.1 m to 10 m. Equipped with two auxiliary flashlights, it handles various fault detection tasks and outdoor animal scanning and tracking. [straightforward to operate] Ready to use right out of the box; simply press the trigger once to capture both visible light and thermal images simultaneously, boosting work efficiency. This thermal imager is suitable for applications such as electrical system inspections, underfloor heating and drain inspections, fire rescue identification, mechanical friction and overheating detection, automotive repair, and outdoor live-animal detection and tracking. The built-in laser pointer helps locate inspection targets in low-light conditions or confined spaces. Seven preset color schemes allow for flexible adaptation to various inspection scenarios.