Infrared Camera with Thermal Imager
This series of products can realize the functions of target detection, monitoring and monitoring in near, medium, long-distance, day, night, field and harsh climate environment.
X4 UAV miniaturized thermal imager is a small thermal imager specially designed for UAV. It has the characteristics of light weight, small volume, low power consumption, strong environmental adaptability and simple operation. The lens of the product is designed by optical passive heat difference elimination technology. It works in an ultra wide temperature range of - 40 ℃ ~ 55 ℃ without focusing, and can adapt to different areas and indoor and outdoor environments. The thermal image module adopts domestic high-performance vanadium oxide uncooled detector and advanced image processing software and hardware to ensure excellent image quality. The high-performance single-chip SOC chip is used to realize the media processor integrating video acquisition, compression and transmission. The standard H.264 main profile coding algorithm ensures clearer and smoother video transmission effect. This series of products can realize the functions of target detection, monitoring and monitoring in near, medium, long-distance, day, night, field and harsh climate environment.
Product features:
Optical passive heat dissipation design: the optical passive heat dissipation difference technology is adopted to work in an ultra wide temperature range of - 40 ℃ ~ 55 ℃, without focusing, and the reliability of the whole machine is greatly enhanced;
Series focal length lens: Series lens can clearly distinguish near, medium and long-distance targets;
High sensitivity: detect the minimum temperature difference;
Easy to use and integrate: the interface is wired according to the industry standard, which is easy to install and operate;
Resource reusability: it can be applied to the effective resources of the existing network monitoring system to realize network remote monitoring;
Rich peripheral expansion functions: customize the expansion functions according to the needs of users.