Utilizing multi probe real-time temperature sensing to achieve dynamic balance between external temperature and room temperature: Traditional constant temperature calorimeters require the external cylinder temperature to be as close as possible to room temperature according to national standards, with a difference of no more than 1.5 ° C. Otherwise, the experimental results will be invalidated, thus realizing the significant impact of room temperature changes on the experimental results. From a theoretical analysis, if the room temperature is higher than the outer cylinder temperature during the experimental process, the outer cylinder will absorb heat; if the room temperature is lower than the outer cylinder temperature, the outer cylinder will release heat. The heat absorption and release of the outer cylinder both have an impact on the experimental results. If the room temperature is always in equilibrium with the temperature of the outer cylinder during the experiment, the experimental results are most ideal. This instrument performs real-time detection and adjustment on the outer cylinder, inner cylinder, temperature regulating water tank, and room temperature during the experiment, in order to achieve a basic balance between the room temperature and the outer cylinder temperature.

Suitable for measuring the calorific value of combustible materials such as coal, coke, petroleum, and cement black raw materials in departments such as power plants, coal mines, commercial inspection, environmental protection, geological exploration, metallurgy, papermaking, chemical industry, scientific research, education, etc.