Light intensity and UV radiation sensor module
Accurate Measurement of Ambient Light Levels
Oizom’s Light intensity and UV radiation sensor module can accurately measure solar radiation in the ambient air. The light intensity and UV radiation sensor are used to understand the intensity of solar rays on a real-time basis. Higher UV index becomes harmful for humans. Additionally, the light intensity and UV rays can be used to correlate diurnal air quality fluctuation.
The advanced support electronics of this sensor make it compact and reliable. The low-noise electronics allows stable and reliable measurement of the ambient light intensity and UV radiation level. It provides direct reading of Light intensity in Lux and UV radiation in UVI (Ultra violet Index).
The sensor works on the principle of Photoconductivity and has been developed in-house. The proprietary sensor module has been built with expert inputs of a highly experienced R&D personnel. Also, the Light and UV sensors have proven themselves in the field with long-term stability and reliable operation.
Oizom’s noise sensor module can be intergrated with outdoor air quality monitoring systems, like Polludrone, Dustroid, and Odosense, along with automatic weather monitoring systems, Weathercom. Therefore, this module is ideal for monitoring ambient noise in the ambient atmosphere and outdoor air quality monitoring.
We offer Multiple Light and UV sensor module:
Light intensity
Measurement Range: Up to 1,00,000 Lux
Sensor Life: 3 years
Minimum detection limit: 1 Lux
Working Principle: Photoconductivity
Measurement Precision:
Visible light intensity
Measurement Range: Up to 5000 Lux
Sensor Life: 3 years
Minimum detection limit: 0.1 Lux
Working Principle: Photoconductivity
UV radiation
Measurement Range: 0.1-100,000 uW/cm2
Sensor Life: 3 years
Minimum detection limit: 0.1 uW/cm2
Working Principle: Photoconductivity
Light intensity and UV radiation measurement module working on the principle of photoconductivity absorbs electromagnetic radiation and raises the electrical conductivity of the semiconductor material.