112390-01

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112390-01 is a type of a temperature measurement application field and system, which can capture the actual temperature values within a wide range of environments. The application field of this temperature measurement system is mainly used in industrial production, scientific research, medical diagnosis and environmental monitoring and other fields. In addition, it can also be used in defence and military fields to capture relevant environment parameter.

The working principle of the 112390-01 measurement system adopts an infrared thermal imaging scanning technology to obtain thermal imaging. The system uses three types of working principle methods which are active infrared thermal imaging scanning, closed temperature field sensing and long-distance infrared thermal imaging. The active infrared thermal imaging scanning system measures the actual radiation in the environment. This type of infrared scanning technology can capture real-time temperature information of the target environment, and the temperature measurement accuracy of the application is also very high.

For the closed temperature field sensing working principle, it uses heat-mapping techniques to quickly identify the temperature field of the environment within a certain range. This type of measurement method could easily detect the cold and hot spots of the target environment and detect temperature variations at any part of the target at high speed.

The long-distance infrared thermal imaging working principle is used to identify the temperature field in a longer distance. It deployed a closed-loop control embedded infrared light source, and it is specially designed with high focusing ability which could effectively magnifying the temperature information from the target. This method has a certain advantage over traditional thermal imaging methods, and it could measure the temperature of the target environment over a longer distance without any heavy instrument.

Overall, the application field and working principle of the 112390-01 temperature measurement system is a good example of infrared thermal imaging scanning technology. It could capture a wide range of thermal information in different environments, and its measurement accuracy and speed of capturing temperature information is high. The system also gives users the ability to view the target environment in a more intuitive way with the help of heat-mapping. Last but not least, the system\'s long-distance infrared thermal imaging application gives users more flexibility and convenience when it comes to capturing remote environment temperature information.

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