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PA46-BB-2-500-A-NO2 Optical Sensors - Photoelectric, Industrial

PA46-BB-2-500-A-NO2 optical sensors are specially designed to detect and measure the presence of nitrous oxide (NO2) gas in low-temperature and/or humid environments. This type of sensors has been developed for industrial applications, such as in the measurement and control of nitrogen oxide emissions from industrial plants. The device is ideal for application in diverse industries, including energy production, automotive, and semiconductor.

Working Principle

The working principle of the PA46-BB-2-500-A-NO2 optical sensors is based on the absorption of light. The device is composed of an array of light-emitting diodes (LEDs) and light-detecting photodiodes arranged in a triangle configuration. The LEDs send a beam of light onto the surface of the photodiodes, which are sensitive to the presence of NO2 gas molecules in the atmosphere. When the sensors detect NO2 gas molecules, the signals generated by the photodiodes will be amplified and converted into electrical signals. These signals are then processed by a microcontroller for further analysis.

Application Field

PA46-BB-2-500-A-NO2 optical sensors are used in a variety of industrial applications. These applications include NO2 emission monitoring in industry, low-level air quality monitoring, and pollutant detection in ambient air. The device is used to detect NO2 gas molecules at low temperatures, such as in diesel exhaust and other industrial settings. It is also used to measure the presence of toxic gases in the environment, such as ozone and sulfur dioxide. The technology can be used to monitor air quality in residential, commercial, and industrial areas.

In addition to being used in industry, PA46-BB-2-500-A-NO2 optical sensors are also employed in screening systems to detect and measure the presence of nitrous oxide in different kinds of objects. This is frequently used in airport security, where the sensors are used to identify passengers carrying suspicious substances.

The PA46-BB-2-500-A-NO2 optical sensors are reliable and versatile devices. They are suitable for application in diverse industrial settings, where accuracy and durability are paramount. The sensors can withstand extreme environmental conditions, such as low temperatures, high temperatures, and humid air. In addition, the device provides high sensitivity and accuracy in the detection and measurement of NO2 gas molecules.

Conclusion

The PA46-BB-2-500-A-NO2 optical sensors offer high precision and robustness for various industrial applications. The device is designed to detect, measure, and monitor the presence of nitrous oxide gas molecules in different environments. Its triangle configuration also ensures robustness and reliability when used in different settings, such as for NO2 emission monitoring and low-level air quality monitoring, as well as for detecting pollutants in ambient air.

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