High temperature infrared image temperature measurement in furnace

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The kiln temperature thermal analyzer can extend the probe directly into the furnace, continuously monitor the working status of the flame and materials in the furnace in real time in the centralized control room, monitor the melting temperature in real time, and monitor the temperature of the refractory material at the same time. The user can adjust the combustion situation of the flame based on the temperature information, which can not only ensure the yield of the material at the rated temperature, but also allow the combustion to work in the most energy-saving state, so that production can always maintain the most efficient and energy-saving state. The system allows the user to set temperature measurement zones and danger temperatures. If the measured temperature value exceeds the dangerous temperature, the user can detect the system abnormality through the image and video alarm device, and store the temperature data of the temperature measurement area for future viewing. The infrared probe uses special gas purging technology to form a pinhole airflow at the front end of the lens, which increases the strength and purging area of ​​the air curtain, effectively prevents dust in the furnace from contacting the infrared lens, and achieves better anti-dust and cooling effects on the lens. This enables the system equipment to operate continuously and stably for a long time with basically no maintenance. 1. Technical overview and characteristics: The Glass TemTV probe can penetrate dust and thermal radiation to observe images that ordinary high-temperature cameras cannot. And perform real-time temperature measurement on the measured material image. Using air cooling and water cooling protection, the Glass TemTV probe can be directly extended into the kiln (below 2000°C) for continuous real-time monitoring. Aiming at the scientific design of airflow distribution, a rotating air curtain is formed at the front end of the lens, which increases the strength and blowing area of ​​the air curtain, effectively preventing dust in the furnace from contacting the lens objective. This enables the system equipment to operate continuously and stably for a long time with basically no maintenance. The infrared probe with independent intellectual property rights has an unparalleled temperature range and can meet the needs of real-time temperature measurement and image analysis of materials with a temperature range of 700°C to 1800°C. The mining system performs real-time analysis on the measured temperature and retains historical temperature data or alarm data for future production viewing. Through quantifiable kiln temperature analysis, users can improve the efficiency and effectiveness of material combustion. It has imaging and temperature measurement functions at the same time (the best combination of ordinary high-temperature TV and temperature measurement) System advantages: Accurately detect the temperature of refractory materials in the furnace and determine the corrosion of refractory materials. Obtain better temperature control in the furnace. Reduce fuel costs and maximize process efficiency by optimizing combustion. Accurately monitor the melting status of glass in the furnace and reduce furnace maintenance time.