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Specialized Sensors

CR5320-50 is a specialized sensor designed to measure the concentration of three gases: chlorine, oxygen and oxygen radiant. It is developed and made in the United States and is specifically addressed to the industrial market.

Application Field

CR5320-50 is a dual dispersions-effective, ultraviolet/visible spectroscopic probe ideal for industrial applications, such as coatings, oil and gas, power, research and development, and environmental protection applications. The presence of chlorine and oxygen in the process will provide real-time values, allowing precise and quick control measures to be taken.

The CR5320-50 is also capable of accurately measuring and controlling the amount of ultraviolet-radiated oxygen, which is crucial for the correct functioning of some industrial processes. This probe is successfully used to monitor levels of atmospheric contamination in closed industrial environments, as well for process control in the automotive, aerospace, and chemical industries.

Working Principle

CR5320-50 uses a photo-cathode ultraviolet-visible spectroscopic probe to measure the amount of gaseous chlorine, oxygen and ultraviolet-radiated oxygen present in a sample. The photo-cathode probe utilizes a combination of photons and molecules to generate an electrical signal corresponding to the amount of chlorine, oxygen or ultraviolet-radiated oxygen in the sample. This signal is then analyzed autometically, and the level of concentration is calculated.

The CR5320-50 utilizes a method known as photo dissociation spectroscopy to perform the measurements. In this method, a laser pulse is fired at a molecular sample. This process splits the molecules into their individual components, enabling the CR5320-50 to determine the percentage of chlorine, oxygen, and ultraviolet-radiated oxygen present in the sample.

Conclusion

CR5320-50 is a specialized sensor specifically designed for industrial applications. It is capable of measuring the amount of chlorine, oxygen and ultraviolet-radiated oxygen present in a sample, making it a useful tool for industrial process control. It utilizes a photo-cathode UV-Visible spectroscopy method to generate an electrical signal corresponding to the level of concentration present in the sample. This makes CR5320-50 a reliable tool for accurately measuring and controlling levels of atmospheric contamination in closed industrial environments, as well as providing process control in the automotive, aerospace, and chemical industries.

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