11 Feb New range of solutions for fast and accurate characterization of UV-A , B and C radiation sources
GL Optic introduces a range of solutions optimized for UV LEDs measurement in a variety of applications. High precision optical measurement instruments which has been manufactured by GL Optic for the last 10 years are now available in different configurations allowing for the measurements of single LEDs, LED modules as well as LED based UV lamps.
The new model of an affordable GL SPECTIS 4.0 UV is designed for fast verification of UV radiation in the production environment as well as in laboratory.
This calibrated spectroradiometer can be coupled with a small 48mm integrating sphere for radiant power measurement of single sources or 205mm sphere for larger modules testing. An award winning setup GL RID One UV consists of a spectroradiometer combined with a table top goniometer system for measurements of the radiant intensity angular distribution. UV radiation is widely used in industrial processes and in medical and dental practices for a variety of purposes such as UV disinfetion, treatment of skin diseases or phototherapy. It is used in curing inks and resins, artwork inspection, gem and mineral authentication, document verification, crime scene inspection or pest control. Effectiveness of UV radiation can vary significantly with even slightly different frequencies of radiation. This invisible part of optical radiation can only be measured with a calibrated and dependable optical measuring instruments.
Increased usage of UV LEDs necessitates applications of accessible and reliable measurement tools. Radiant power at exact wavelength value is very important to design and to evaluate systems involving UV radiation. For example sensitivity curve for E-coli is strongly dependent on wavelength – the contaminants level in drinking water will vary for the same power radiated at different point of UVC range; in case of pest control, the optimum range for attracting flies is at around 365nm and this is the wavelength that is given out by the conventional UVA tubes in fly killers. Shifting it reduces the catch rate. At UVB medical skin treatment, applications controlling narrow beam at 311 nm are critical due to hazardous side effects. A spectroradiometer which is stable in time, repeatable and calibrated is the answer for safe production of UV radiation products.
Usable spectral working range of Spectis 4.0 starts at 200nm. Depending on configuration optical resolution FWHM could be set at 0.5nm. Dedicated thermal adjustment allows stable readings at different application temperatures up to 35 °C . Due to proper calibration, absolute UV spectral values are free of stray light impact. Wavelength and linearity correction is verified with the use of optical bench. Absolute readings are well aligned to the black body radiation standard and checked with the deuterium lamp for short UV range. UV measurements with GL Specis 4.0 can fill the gap in a variety of ultraviolet LED applications. More information about UV radiation measurement systems na be found here Speciality UV light control
About GL Optic
GL Optic offers intelligently designed, intuitive and precise measuring systems, including spectroradiometers, integrating spheres, goniometers, luminance meters and analytical software. GL Optic manufactures, distributes and services professional systems for light measurement: from the measurement of single LEDs to devices for the comprehensive evaluation of luminaires. GL Optic creates integrated, easy to use, professional measurement solutions for a wide range of industries and diverse customers: lighting manufacturers, electronics companies, automotive suppliers, laboratories and research centres.