Overview
An instrument for accurate measurement of UV irradiation and visible illuminance. Extra engineering effort is taken to make an accurate measurement of visible light emission from a UV lamp by incorporating a superior band pass filter containing only non-fluorescent filters. The instrument provides fast measurement as it offers auto ranging and concurrent measuring of visible light and UV irradiation. It is ergonomic and easy to use due to its light weight chassis, wireless sensor unit and compact size. Apollo 2.0 is traceable to NIST (USA’s National Institute of Standards and Technology).
Have a look at our Apollo 2.0 Video for more details.
We calibrate Apollo 2.0 in accordance to ISO / IEO 17025. Our accreditation has been certified by SWEDAC and carries an accreditation number 10391. Our Apollo 2.0 radiometer calibration services are now offered in Chicago (USA), Houston (USA), Toronto (Canada), Stockholm (Sweden), Bilbao (Spain), St. Etienne de Tulmont (France) and Singapore. All authorized calibration centers follow a specific process proprietary to Labino, all have the same equipment, and all receive the same training. You can now perform your daily checks in a safe, uniform and professional manner.
Apollo 2.0 radiometer / photometer comes as a single kit or as a double kit. The single kit includes one reader unit and one wireless sensor unit. A double kit includes one reader unit and two wireless sensor units. As only the sensor needs to be send for calibration, the double kit is a convenient tool so that operations are never disrupted.
Sensor measurements and transmission of data is done via Bluetooth. The wireless sensor enables the user to measure from up to five meters. This feature ensures that the sensor unit is stable, and no movement occurs from connecting cables during measurement. Each sensor unit has both the UV and White light sensors incorporated on it. The meter features hold and peak functions. The hold function stores the present value measured and the peak button stores the highest value measured.
