Solar Light Company, Inc. Datasheets for UV Sensors
UV sensors are designed to measure the power or intensity of incident ultraviolet (UV) radiation.
UV Sensors: Learn more
| Product Name | Notes |
|---|---|
| A new UV lamp monitor can reduce maintenance costs by determining exactly when germicidal lamps in wastewater treatment plants need to be serviced. Since most plants have no way to... | |
| The 3D Version 2 meter is capable of measuring the UV-A and UV-B spectrum. The meter shows the intensity of UV-B (also called SUV - Sunburning UV) in Minimal Erythemal... | |
| The model 6D is a valuable safety tool for any industry that involves worker exposure to UV radiation. It is sensitive to ultraviolet radiation specified as hazardous in standards published... | |
| The PMA 2120 UV Radiation Safety Detector gives an accurate measurement of hazardous radiation to which an industrial worker may be subject. | |
| The PMA2101 detector gives an accurate measurement of biologically weighted ultraviolet radiation from sunlight or artificial light sources, also called sunburning UV radiation (SUV). Its spectral response follows closely the... | |
| The PMA2102 detector gives an accurate measurement of the biologically weighted ultraviolet radiation from sunlight or artificial light sources, also called sunburning UV radiation (SUV). Its spectral response follows closely... | |
| The PMA2103 detector gives an accurate measurement of biologically weighted ultraviolet radiation from Solar Simulators manufactured by Solar Light Co. Special mounting hardware allows direct coupling with 8mm or 10mm... | |
| The PMA2104 detector gives an accurate measurement of the biologically weighted ultraviolet radiation from sunlight, also called sunburning UV radiation (SUV). Its spectral response follows closely the erythema action spectrum... | |
| The PMA2105 detector gives an accurate measurement of biologically weighted ultraviolet radiation from Solar Simulators manufactured by Solar Light Co. | |
| The PMA2107 detector gives an accurate measurement of non-weighted UVB+UVA ultraviolet radiation from sunlight or artificial light sources. The detector has angular response very close to an ideal cosine function... | |
| The PMA2110 UVA detector provides fast and accurate irradiance measurement in the UVA region. Its spectral response covers the 320 to 400nm range. The Teflon diffuser assures an angular response... | |
| The PMA2111 UVA detector provides fast and accurate irradiance measurement in the UVA region. Its spectral response covers the 320 to 400nm range. The detector’s enclosure is hermetically sealed and... | |
| The PMA2112 is a UVA detector sensitive to radiation in the range from 320 to 400 nm with the peak sensitivity around the 365nm mercury emission line. The UVA probe... | |
| The PMA2113 UVA detector provides fast and accurate irradiance measurement in the UVA region from | |
| The PMA2114 UVA detector provides fast and accurate irradiance measurement in the UVA region from Solar Simulators manufactured by Solar Light Co. | |
| The PMA2115 UVA flash detector provides for accurate peak irradiance measurements in the UVA region. See figure 1 for spectral response. This detector is ideal for measuring flash lamps commonly... | |
| The PMA2122 Germicidal UV detector provides fast and accurate irradiance measurements of the effective germicidal radiation. Ultraviolet radiation at 253.7nm has been used in germicidal applications for several decades. | |
| The Sun Tanning Bed meter is capable of measuring the MED's in the UV-B spectrum and UVC radiation. The meter shows the intensity of UV-B (also called SUV - Sunburning... | |
| Ultraviolet Disinfection System Detector UV water disinfection systems are only as good as the effectiveness of the germicidal lamps. With time, even the best UV water treatment system will show... | |
| The PMA2106 detector gives an accurate measurement of non-weighted UVB ultraviolet radiation from sunlight or artificial light sources. The detector has angular response very close to an ideal cosine function... |