In the post-epidemic period, IR thermal imager, as the most important epidemic prevention temperature measurement equipment, have more and more advantages in safety. The trend of using infrared thermal imager temperature measurement equipment has quickly swept all industries within two years. IR thermal imager has also become a strong application in more and more fields due to their advantages such as fast accurate recognition, wide range of environmental adaptation, and strong infrared penetrating ability.
In fact, many years ago, thermal imaging technology has been widely used. It was first in the military field and involved all aspects of omnidirectional detection, identification, infrared warning, tracking, and guidance. Later, with the continuous breakthrough of infrared technology, more infrared thermal imaging products can be applied to civil affairs.
At present, the electric power industry is the industry with the most applications of civilian infrared thermal imaging equipment. As the most efficient and mature non-contact detection method, IR thermal imager can greatly improve the progress of obtaining temperature or physical quantity, and increase the reliability of power supply equipment. Further improvements have been made. Infrared thermal imaging equipment plays a very important role in exploring the process of intelligence and super-automation in the electric power industry.
As a pre-maintenance diagnostic technology, thermal imaging cameras are equally important to the construction industry. Use this non-destructive diagnostic method, even for thermal defects. For example: missing insulation materials, air leakage, dampness and thermal bridges, etc. These faults can be found by measuring the surface temperature through infrared thermal images. It can not only improve the work efficiency of construction enterprises, but also reduce costs.
Humans are warm-blooded animals that can maintain a certain value of body temperature. Therefore, the human body is a natural source of infrared radiation. When sickness occurs, the body's thermal balance will be destroyed. Accurately measuring changes in human body temperature is an important indicator for clinical diagnosis of diseases. The human thermal imaging camera can accurately display and record the temperature distribution of the human body for further pathological analysis.
In the petrochemical production process, the operation of many important equipment is carried out under high temperature and high pressure, which is potentially dangerous. Therefore, online inspection of the production process is very important. Using IR thermal imager can quickly detect the temperature changes of product conveying pipes, insulation materials, and various reaction furnaces, and the two-dimensional temperature distribution on the surface of equipment and materials obtained by detection, analysis and processing.
In port and waterway applications, boat thermal imaging can detect the number of ships passing by, and the data is accurate. In addition, ordinary VTS systems are susceptible to waves, dense fog, and heavy rain at night. It is very difficult to implement area detection functions on the water surface. Thermal imaging can make up for the shortcomings of this equipment and provide the possibility to realize such applications. With the help of thermal imaging to sense temperature, people can determine the position, speed, number and other information of the ship. It can also predict failures, including high and low voltage equipment, compressors and other electromechanical equipment at the port.
There is still a long way to develop this high-tech in the future. In the post-epidemic era, what kind of leap will infrared technology bring? It is worth looking forward to.