The application of infrared thermal cameras for electronics in the automation field has a long history. In addition to being used for routine infrared thermal imaging inspections of electrical equipment in maintenance departments, it is also widely used in the R&D and production processes of enterprises. For processes related to temperature in R&D and production, such as design, structure, and production processes, infrared heat vision cameras can efficiently, quickly and accurately diagnose related defects.
As an upgraded version of ordinary infrared heat vision camera, the refrigeration type infrared heat vision camera has a wider range of applications in the automation field as a "high-end, precise" device. Especially for applications that require precise temperature measurement and determination of the status of the measured object, here are some explanations of some practical application cases:
In the production process of glass containers, such as glass bottles, determining the thickness of the bottle body and quality control. Although the temperature difference during the production process of glass products is very small, the difference in thickness can cause a difference in emissivity under certain conditions, which can be displayed on the infrared thermal camera for electronics as temperature. Ultimately, the IR camera system achieves the goal of ensuring safe production by monitoring the quality of bottles and controlling their thickness during production or filling.
In high-speed automation production processes such as the welding process of automobiles and the test process of tire research and production, due to the speed changes of the measured object, ordinary thermal imagers are difficult to clearly capture the image and thermal details of the measured object in one image due to the shooting and measurement speed. Therefore, they cannot monitor and research product production. The refrigeration type infrared thermal camera for electronics can control its exposure time and readout time to be extremely fast due to the type of detector and working environment, which can achieve temperature measurement and image capture in a short time, meeting the requirements of research and production.
For petrochemical and natural gas companies, oil and gas leaks are a very dangerous weak point that can also pollute the air. Addressing this weak point is crucial, and imaging gas leaks has become feasible thanks to the cooled thermal camera module. Some refrigeration type infrared heat vision cameras can image gas, thereby monitoring the oil and gas leaks in key environments and regions to ensure production and safety.
In addition, the refrigeration type infrared heat vision camera has irreplaceable functions in the field of process monitoring that ordinary thermal imagers cannot achieve due to its stable working state, high temperature accuracy, high thermal sensitivity, and fast imaging speed, as well as some special industrial production control fields.
