A UV sensor detects ultraviolet radiation or the interaction of UV light with specific gases. The operating principle of a UV sensor is based on the absorption or scattering of UV light by the analyzed medium in contact with the sensor. A detector then measures the change in UV radiation. These measured values can be used to draw conclusions about the concentration or properties of specific substances.
UV sensors are used, for example, for detecting chemical compounds, in process monitoring or in analytical measurement methods. Typical applications can be found in the monitoring of industrial processes, environmental technology as well as medical and biological laboratories.
Detects substances even at very low concentrations.
Specific substances can be selectively detected through their characteristic UV absorption.
Enables fast and contactless measurements in real time.
For numerous applications in industry, environmental technology, medicine and research.
A UV light source emits radiation that comes into contact with the medium to be analyzed. A detector measures the change in UV radiation. Based on these measured values, conclusions can be drawn about the concentration or properties of specific substances.
Monitoring and control of industrial processes in real time.
Measurement of pollutants in air, water and exhaust gases.
Laboratory analysis for the determination of chemical compounds.
Applications in diagnostics and biological research.
Ideal for applications where precise and stable measurement conditions are essential.
Monitoring of chemical processes and production plants.
Monitoring of air quality, exhaust gases and emissions.
Control of water quality and disinfection processes.
Detection and quantification of chemical compounds in the laboratory.
Research, diagnostics and monitoring of biological processes.
Monitoring of gases in cleanrooms and production environments.
