A thermal imager is a device that uses infrared thermal imaging technology to detect and display the distribution of heat energy on an object's surface. By measuring the infrared radiation on the surface of objects, it converts these invisible heat energy into visible images, so as to help people observe and analyze the changes in the surface temperature of objects.
Main function
non-contact temperature measurement : thermal imager can realize the non-contact measurement of object temperature, especially suitable for high temperature objects, difficult to contact objects or dynamically changing objects.
fault diagnosis : By observing the heat map of the device surface, you can discover and locate the faults in the device in time, improving the efficiency and accuracy of fault diagnosis.
Energy Conservation & Emissions Monitoring : Monitors the thermal efficiency of equipment and processes in real time to help identify energy waste and emissions issues and provide recommendations for improvement.
architectural engineering application : used to detect thermal bridge, defects and energy loss of buildings, improve the quality of building engineering and residential comfort.
search and rescue : in the night or complex environment, by observing the heat map of the searched area, quickly locate signs of life, improve search and rescue efficiency.
Specific application scenario
industrial production : used for temperature measurement of high temperature pipeline, furnace and other equipment, to avoid the safety risk of traditional contact temperature measurement method.
Medical health : Medical infrared thermal imager can scan the temperature distribution of the whole body to determine the degree of body disease and health, and assist clinical diagnosis.
Military applications : Infrared imager is widely used in the military for night missions and precise targets.
Thermal imager plays an important role in many fields by virtue of its non-contact, intuitive, fast reaction speed and good concealment.