IMPROVEMENT OF THERMAL IMAGING CAMERA FOR ASSESSING HEAT FLOW IN WORKPLACES

Problem statement. This article analyzes methods for determining the thermal insulation properties of building structures. The research also investigates the application of an express method for determining the thermal insulation properties of materials against infrared radiation. By relying on Wien's Law, through controlling the frequency of infrared radiation, conditions with different temperature sources can be modeled. By relying on Wien's Law, through controlling the frequency of infrared radiation, conditions with different temperature sources can be modeled. This is achieved using structurally non-standard devices and an approach to solving the problem across a wide range This is achieved using structurally non-standard devices and an approach to solving the problem across a wide range of temperatures. The main objectives include – Achieving the result through the use of modern programming techniques for algorithmizing the operation of the sensor and receiver at high frequencies, and designing the device using a microprocessor controller. Achieving the result through the use of modern programming techniques for algorithmizing the operation of the sensor and receiver at high frequencies, and designing the device using a microprocessor controller. Conclusion. 1. The methodology for processing data from sensors and options for methods of information fixation in databases. This allows for a rapid method to determine the actual efficiency of energy-saving materials in construction and energy, and to enhance the quality of independent control over the compliance of protective clothing and building structures with regulations. 2. Based on the relationship between the main optical and thermophysical characteristics, electrical conductivity from the reflective capacity of the surface layer of thermal insulation materials, a reflectometer device has been developed and implemented for express analysis of these characteristics. 3. The reflectometer allows for determining the efficiency of energy-saving materials during their operation and design stages. 4. Based on the relationship between the main optical and thermophysical characteristics, electrical conductivity from the reflective capacity of the surface layer of thermal insulation materials, a reflectometer device has been developed and implemented for express analysis of these characteristics.