Thread Content
The furnace combustion infrared temperature measurement system is an integrated endoscopic imaging and temperature measurement system used in various types of industrial furnaces. The system can provide color video monitoring of the combustion conditions inside the furnace, as well as simultaneously measure the temperature of any area of interest within the field of view. It provides intuitive and reliable testing methods for optimizing combustion in industrial furnaces, reducing energy consumption and emissions, and improving combustion efficiency, and has been widely applied in industries such as petrochemical heating furnaces, waste-to-energy generation, solid waste treatment, hazardous waste management, and cement production. ● The camera and drive mechanism are integrated together, offering simple installation and a high level of protection. ● Cooling medium is recycled; thermodynamic simulation and optimization of air ducts are performed; less cooling medium is used. ● Fully sealed wide-angle low-distortion high-definition lens, offering a large viewing range and high clarity. ● The lens is made of optical glass, with a sapphire lens installed at the heated end, offering high temperature resistance and wear resistance. ● The automatic protection circuit ensures that the probe retracts its rod automatically and exits the furnace in cases of low pressure in the cooling gas, system power failure, or excessive probe temperature. ● Multi-stage purification of the cooling medium effectively filters out the oil and water contained in it. ● Signal transmission via optical fiber to avoid interference, with a universal protocol for easy networking. Camera resolution: ≥1280×960; Frame rate: ≥25fps. Temperature measurement range: 600~1800°C (special temperature ranges can be customized). Temperature measurement accuracy: ±0.5%. Lens field of view: 30°~110° (optional). Depth of field: 0.3m~∞. Transmission mechanism stroke: 300mm. Operating conditions: Probe temperature: -30°C~1800°C; Temperature of other components: -30°C~55°C. Humidity: ≤95%, without condensation. Power supply (per unit): AC220V±10%, Max 3A. Cooling medium: Air/nitrogen. Required pressure for the medium: ≥0.2Mpa; Flow rate: ≥0.1m3/min