2-1616151-8

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Infrared radiation is an important part of the electromagnetic spectrum, widely used in various applications. In infrared detection and measurement technology, 2-1616151-8 is a commonly used gas detector that accurately obtains the concentration of infrared radiation. This article briefly introduces the application field and working principle of 2-1616151-8.

2-1616151-8 is an infrared gas detector. It can be used to detect the concentration of a variety of gases such as carbon dioxide, ethylene, propylene, alkanes, aldehydes and other hydrocarbons. It has a wide temperature range of -20 ° C to +60 ° C, strong anti-interference performance, high accuracy and fast response. It is widely used in air quality monitoring, industrial production process control, environmental engineering, reaction mutation monitoring, medical and health, environmental protection, and other fields.

The working principle of the 2-1616151-8 is based on the theory of infrared absorption. The device uses a special optical path to drive the incident electromagnetic radiation into an infrared detector, and the principle of the gas molecules to change with the infrared absorption coefficient is used to achieve the purpose of detecting the gas concentration. When the test gas is located in the infrared path in front of the detector, the infrared radiation will be absorbed by the gas molecules in different proportions, and the relationship between the absorption coefficient of the gas and the wavelength of the infrared radiation is known. By knowing the characteristics of infrared radiation absorption of different gases, the concentration of test gases can be determined from the measured infrared absorption waveforms.

In addition to fixed chamber monitoring, a special chamber can also be used with 2-1616151-8 infrared gas detector to accurately measure the concentration of gas and detect peak values. The special chamber design ensures the isolation of the ambient environment and the gas chamber, which can be used for high-precision testing of single-point working conditions. Multiple remote monitoring points can be set up, the whole process of sampling and analysis can be completed automatically, and the data can be transmitted to the control center by wireless communication or wired data transmission. This allows users to make quick and accurate decisions in response to changes in the ambient environment.

In summary, 2-1616151-8 has a wide application field and a reasonably strong working principle. This infrared gas detector has a wide temperature range, strong anti-interference performance, high accuracy and fast response. At the same time, a special chamber can also be used to accurately measure the concentration of single-point gases, and multiple remote monitoring points can be set up to monitor the change of gas concentration. This infrared gas detector has become an important tool in air quality monitoring, industrial production process control, environmental engineering, reaction mutation monitoring, medical and health, environmental protection, and other fields.

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