A1. All objects in nature with a temperature above absolute zero (-273 °C) can radiate electromagnetic waves. When the IR radiation pass through the lens and reach the UFPA detector, the detector would convert radiation signals of different intensity into

A2. The traditional visible light camera may not be able to work properly due to the impact of the lighting and bad weather conditions, and problems like easy exposure may occur. By contrast, the thermal camera receives the thermal IR radiation of the tar

A3. Based on strong environmental adaptability and high-precision video solutions, thermal cameras provide intelligent perimeters by combining with deep learning algorithm. Main application scenarios includes border and coastal defense, industrial infrast

A4. The most important point of fire prevention requirement is to detect high temperature targets and report alarm timely, which is exactly within the capability of thermal camera. There are different schemes for both indoor fire prevention (data center,

A5. Compared with previous or traditional fire prevention methods, thermal cameras can detect hidden fire danger earlier and report the alarm in time. The video output method is more intuitive and can record the cause of the accident for traceability.

A6. You could monitor the tiny temperature change and detect abnormal temperature of targets by setting temperature measurement rules in key areas. Application scenarios include electric power, manufacturing assembly lines, energy machinery monitoring, et