-
Model PMA2113 Digital UVA Sensor with Liquid Light Guide (LLG) Adapter
Solar Light’s Model PMA2113 Digital UVA Sensor with Liquid Light Guide (LLG) Adapter provides fast and accurate irradiance measurement in the UVA region from 320 to 400nm. The mounting hardware allows direct coupling with 8mm Liquid Light Guides (LLGs.)
-
Model PMA2114 Digital UVA Sensor With Beam Splitter Adapter
Solar Light’s Model PMA2114 Digital UVA 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.
-
Model PMA2151 Total Irradiance Sensor
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.
-
Model PMA2153 Total Irradiance Sensor
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.
-
Model PMA2155 Total Irradiance Sensor
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.
-
Model PMA2158 Total Irradiance Sensor
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.
-
Model PMA2172 Quadrant Sensor Assembly
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.
-
Model PMA2173 Quadrant Sensor Assembly
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.
-
Model PMA2174 Quadrant Sensor Assembly
Solar Light’s Model PMA2174 Digital Quadrant Sensor Assembly is designed specifically for use with Homogenizer-Equipped Multiport® 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.
-
Model PMA2181 Digital Custom Broadband Sensor
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!
-
Model RC2-B Reference Cell
Solar Lights Model RC2-B Reference Cell utilizes a 2cm x 2cm monocrystalline silicon solar cell photo sensor, mounted in a durable black anodized aluminum block with a BK7 glass protective window. Online purchases for domestic sales only.
-
Model UW254-360 Underwater Germicidal Sensor
Solar Light’s Model UW254-360 underwater germicidal sensor continuously monitors relative UVC lamp output from 0% to 100%. It provides a cost-effective and trouble-free method of determining exactly when germicidal lamps need to be removed for cleaning or replacement.
-
OL 730E Programmable Radiometer / Photometer
The OL 730E is a microprocessor-controlled, high sensitivity radiometer/photometer that can be programmed to read directly in any user-specified radiometric or photometric quantity.
-
OL 731 USB Smart Silicon Detector
The OL 731 USB Smart Detector is a low-cost, flexible, programmable, compact radiometer-photometer that can easily be set up for specialized needs.