CX6838-000

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CX6838-000, a digital infra-red hypothermia differential pyrometer, is an essential temperature measurement instrument in the industrial environment. It has a wide range of application fields and functions, and has become a common measurement tool for temperature-related industrial processes. This article will focus on exploring the application fields and working principles of CX6838-000.

CX6838-000 is mainly used in industrial furnaces, combustion fields, combustion gas and solid feedback control systems. It can quickly and accurately detect the temperature of various objects in high temperature or ultra-high temperature environments and monitor temperature changes as needed. Compared with other temperature measurement instruments, the measuring range of CX6838-000 is wider and more accurate. It can measure the temperature range from 0 to 1400°C with an accuracy of within 0.5°C. It is also equipped with an internal high-precision reference temperature source, which can be used to manually or automatically adjust and calibrate the static temperature measurement accuracy.

CX6838-000 offers a variety of output signals that can be used to electronically integrate with other systems or equipment. Typical output signals include 4-20MA signals, RS485 signals, IoT signals, and various user-defined protocols. Therefore, it can be used to monitor the temperature of various processes and various parts in an industrial process and can promptly display and catch temperature-related anomalies or faults in order to ensure the sustainability and stability of the entire process. In addition, the CX6838-000 also offers various communication protocols to allow users to use digital communication to connect some systems and cloud platforms, realizing automatic feedback control based on temperature requirements. Furthermore, CX6838-000 users have access to special software for data analysis, trend monitoring, and data filtering.

The working principle of CX6838-000 is to measure the temperature of an object through infrared radiation. In a high temperature (above 1000°C) environment, the body temperature of the object remains constant, but the surrounding air is at different temperatures. The CX6838-000 detects the temperature of the object by measuring the temperature difference between the object and its environment. It uses two different infrared sensors to detect the radiation emitted from the object and the environment. The sensor outputs are compared and processed to display the temperature difference between the two. The CX6838-000 makes adjustments in temperature by comparing the difference between the object’s and surrounding temperatures to the required temperature. The instrument will then make adjustments to maintain the desired temperature, allowing the user to accurately regulate and control the process temperature.

In conclusion, CX6838-000 is a digital infrared hypothermia differential pyrometer, which is widely used by industrial users. It has a wide temperature measuring range and excellent temperature measurement accuracy. More importantly, it provides a variety of output signals that can be used for electronic integration with other systems. It has a wide range of applications in industrial furnaces, combustion fields, combustion gas and solid feedback control systems. It can also be used for temperature monitoring in industrial process control and real-time feedback to ensure the sustainability and stability of the whole process. Additionally, its working principle is based on the temperature difference between the object and its environment.

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