PMA-Series Digital Sensors
Solar Light’s PMA-Series UV Digital Sensors are available in over 130 different variations to accurately measure UV, Visible, and Infrared wavelengths, with custom spectra available optionally. These Digital models are typically used as discrete sensors that are portable and located to provide short term information.
Solar Light can create a PMA2181 Custom Digital Sensor for virtually any wavelength and bandwidth. Bandwidth with up to two filters to tailor the spectrum. Please contact us with your specific requirements. Custom sensors are our specialty!
Solar Light’s Model PMA2173 Digital Quadrant Sensor Assembly is designed specifically for use with 16-S Series Solar Simulators, such as Models 16S-300 and 16S-150. The sensor may be used with any Solar Light PMA-Series Radiometer or DCS-Series Automated Dose Controller to determine beam uniformity in compliance to the applicable ISO and FDA regulations.
Solar Light’s Model PMA2172 Digital Quadrant Sensor Assembly is designed specifically for use with 8mm Liquid Light Guide Solar Simulators, such as Multiport® Models 601-300 and 601-150. The sensor may be used with any Solar Light PMA-Series Radiometer or DCS-Series Automated Dose Controller to determine beam uniformity in compliance to the applicable ISO and FDA regulations.
Solar Light’s Model PMA2166 Digital Thermocouple Probe is available in a K type thermocouple element, which is plugged into a socket mounted on an easy to hold plastic handle. The socket accepts both standard OST and subminiature SMP probes. The PMA2166 can be used with any thermocouple of the designated type.
Solar Light’s Model PMA2158 Digital Total Irradiance Sensor is designed specifically for use with Homogenizer-Equipped Multiport® Solar Simulators in compliance with ISO and FDA total maximum irradiance regulations.
Solar Light’s Model PMA2155 Digital Total Irradiance Sensor is designed specifically for use with 16S-Series Solar Simulators in compliance with ISO and FDA total maximum irradiance regulations.
Solar Light’s Model PMA2153 Digital Total Irradiance Sensor is designed specifically for use with 8mm Liquid Light Guide Solar Simulators in compliance with ISO and FDA total maximum irradiance regulations.
Solar Light’s Model PMA2151 Digital Total Irradiance Sensor is designed specifically for use with LS1000-Series Solar Simulators in compliance with ISO and FDA total maximum irradiance regulations.
Solar Light’s Model PMA2142 Digital Laser Sensor is available in two full scale power levels of 10 watts (Model PMA2142-10,) and 40 watts (Model PMA 2142-40.) PMA2142-10 has an active area of 3.14 cm2, and the PMA2142-40 has an active area of 4.91 cm2.
Solar Light’s Model PMA2131 Digital Scotopic Light Sensor is a portable Lux detector with spectral response following the CIE Scotopic Luminous Efficiency Function (which mimics the human eye’s response in low light conditions.)
Solar Light’s Model PMA2130 Digital Photopic Light Sensor is a portable Lux detector with a spectral response following the CIE photopic luminous efficiency function (which mimics the human eye’s response in the visible region) and following the SI definition of 683 lm/W at 555 nm.
Solar Light’s Model PMA2123 Digital Bilirubin Phototherapy Sensor is an accurate, stable sensor designed to measure the output of phototherapy lamps used in neonatal wards to treat infant hyperbilirubinemia (jaundice.)
Solar Light’s Model PMA2121 Digital Blue Light Safety Sensor indicates the effective irradiance weighted with the American Conference of Governmental Industrial Hygienists (ACGIH) Spectral Weighting Function for Blue Light Hazard.
When used with our Model PMA2100 Dual-Input Data Logging Radiometer, Solar Lights Model PMA2120 UV Radiation Safety Sensor indicates how long a worker may remain at the measured position before reaching the threshold limit value (TLV) proposed by the American Conference of Governmental Industrial Hygienists (ACGIH) published guidelines.
Solar Light’s Model PMA2107 Digital Non-Weighted UVA+B Sensor provides an accurate measurement of non-weighted UVA+B ultraviolet radiation from sunlight or artificial light sources.
Solar Light’s Model PMA2106 Digital Non-Weighted UVB Sensor provides an accurate measurement of UVB ultraviolet radiation from sunlight or artificial light sources.
Solar Light’s Model PMA2105 Digital Biologically Weighted Erythema UV Sensor With Beam Splitter Adapter allows direct coupling with the beam splitter on the subject stop available for our legacy 15S-Series and modern 16S-Series Solar Simulators. The sensor’s spectral response closely follows the Erythema Action Spectrum.
Solar Light’s Model PMA2103 Digital Biologically Weighted Erythema UV Sensor provides an accurate measurement of biologically weighted UV radiation from Solar Light’s Solar Simulators. Special mounting hardware allows direct coupling with 8mm Liquid Light Guides (LLGs.)
Solar Light’s Model PMA2101 Digital Biologically-Weighted Erythema UVB Sensor provides an accurate measurement of SUV radiation (also known as “sunburning UV”) from sunlight or artificial light sources.
