The high-temperature camera system provides clear and precise images of the combustion process in boilers, kilns, incinerators, and other combustion chambers, providing real-time images that enable operators to monitor the accurate flow of fuel and raw materials, reduce emissions, decrease fuel consumption, accelerate boiler illumination, and improve safety.

The high-temperature camera control system is designed to be installed on the wall or flush with the surface of the furnace or other cylinders. The high-temperature camera equipped with a stainless steel plate camera housing is installed in a 3.5-foot (89mm) opening and uses three layers of steel laminar flow to provide reasonable water cooling and heat dissipation for the camera. New optical lens technology is also used to present real-time images, suitable for operation in environments up to 4250 degrees Celsius (2345 degrees Celsius).

The hot zone camera with an aluminum water-cooled camera case can operate in environments up to 500 degrees Fahrenheit (260 degrees Celsius) with a fixed wide-angle lens and 300 degrees Fahrenheit (149 degrees Celsius) in natural environments with windows, making it particularly suitable for steel full process monitoring in hot areas.

The high-temperature camera system can operate stably on hundreds of biographical, steel, paper, glass, refinery, and waste steam facilities, with 24-hour support and a 2-year warranty.

The stable, high-temperature, and efficient combustion of refineries, heaters, and boilers is a necessary condition for continuously producing high-quality oil derivatives. Infrared high-temperature cameras have been developed for industrial high-temperature applications in hazardous areas, which can effectively maintain the normal operation of these devices.