UV MEASUREMENT SOLUTIONS
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UV LEDs Filter & Spectral Radiometers for UV LED Characterization BTS2048-UV UV Spectroradiometer Both the BTS2048-UV-S and BTS2048-UV can be directly coupled to integrating spheres eliminating the need for unstable fiber light guides. The BTS2048-UV is a versatile high-end UV array spectroradiometer whose high linearity enables extremely fast measurements. Its fully linearized 2048 pixel backthinned CCD with thermoelectric cooling allows integration times from 2 µs to 60 s. This enables precise measurements of UV LEDs over a broad intensity range. The BTS2048-UV couples directly to Gigahertz-Optik integrating spheres eliminating the need for fiber optic coupling thereby reducing measurement uncertainties. Through many years of experience and its well-equipped DAkkS calibration laboratory (D-K-15047-01-00), Gigahertz-Optik is able to offer traceable calibrations down to 200 nm. Unique hand-held UV radiometer with built-in integrating sphere for measuring the spectral radiant power of UV LEDs. No more guesswork determining the peak wavelength or spectral power distribution of your UV LED using the BTS256LED-UV power meter. With its BiTec Sensor and built-in integrating sphere just ensure all of the UV signal enters the 10 mm Ø cone adapter input optic and display the power and spectra using the supplied software. The BTS256-LEDUV measures over the spectral range starting at 200 nm 600 nm. Auxiliary lamp for self-absorption correction under software control included. Comprised of one or more photodiodes each with an appropriate optical bandpass filter, diffuser or other optical elements tailored to a specific UV measurement application. All detector heads are calibrated in the Gigahertz Optik GmbH‘s optical radiation calibration laboratory. Single photodiode broadband detectors filtered for a specific UV spectral range. A diffuser, lens or other input optic is mounted application dependent. UV-37XX detectors are available for UV-C, UV-B, UV-A and other UV spectral ranges. This detector line is typically chosen when high sensitivity is required. Single photodiode broadband detectors designed for intense UV curing applications, filtered for a specific UV curing spectral range. A RADIN input optic element feeds UV signal through either a rigid (RCH-1XX) or flexible (RCH-0XX) quartz fiber light guide to encapsulated detector/filter keeping active elements out of hot zone. Two photodiodes are mounted into one detector head and each filtered for a specific spectral range, each with its own diffuser. XD-95XX detectors are available for UV phototherapy, NDT /LPT, ICNIRP/ACGIH & IEC EN 62471, CIE Erythemal, DIN EN 12198, photostability testing, PDT and other effective radiometric applications. XD-95XX detectors are used with the four channel X1 series meters. SOLUTIONS For a wide range of applications Modular single photodiode broadband detectors upon which filters for a specific UV spectral range and input optic can be mounted, removed and exchanged on the threaded detector body – new calibration required for any change in the detector stack. UV Calibration Lamp Standards Traceably calibrated lamps for spectral irradiance down to 200nm. Lamps are mounted in stable housings. ISO 17025 certification available. BN-1501 MDC4-1-UV & MDC4-1-UV/Blue Mobile UV & UV/Blue radiometer with multichannel detector for measuring irradiance and centroid wavelength of LEDs For quick identification of a test LEDs centroid wavelength and irradiance the smart MDC4 radiometer is a good choice. It consists of a compact multi-diode detector, meter and proprietary algorithm working together and is unique in that it self-corrects for any spectral mismatch to yield he lowest measurement uncertainty. The MDC4-1-UV spectral response covers 220-400nm. The MDC4-1-UV/Blue from 300 - 700 nm. Integrating Sphere Spectroradiometer for fluorescence-free total spectral radiant power measurement of UV LEDs Fluorescence can be an error source when measuring UV LEDs <250 nm. A UV lamp mounted on the 100 mm Ø TFUV10 integrating sphere is used to suppress this effect. A research grade BTS2048-UV spectroradiometer provides spectral power measurement capability from 200 - 550 nm with 1nm resolution. Also the system includes an auxiliary lamp for self-absorption correction. Note that either barium sulfate or ODM synthetic sphere coatings are available. 30W Deuterium lamp with housing, targeting jig and optional LPS-D-30 lamp power supply. Note that lamp and power supply must be matched. Good for spectral irradiance calibration of UV devices from 200-400nm. 30W Deuterium lamp with integrating sphere mountable housing for 2Pi geometry and optional LPS-D-30 lamp power supply. Note that lamp and power supply must be matched. Good for spectral power calibration of UV devices from 200-400nm. With its innovative and high-quality products as well as application solutions, Gigahertz Optik GmbH has gained the confidence and high regard from its international customers within the field of optical radiation measurement technology. As a manufacturer, Gigahertz Optik GmbH offers standard and custom-made solutions. Regular investment in new technologies ensures that Gigahertz Optik is able to offer modern measurement solutions to its customers in industry and science. Ultraviolet radiation places particularly high demands on the design of measurement instrumentation. Gigahertz Optik GmbH employs the highest quality electro-optical components accompanied by proprietary hardening techniques to produce stable and accurate measurement devices Gigahertz Optik GmbH An der Kaelberweide 12 82299 Tuerkenfeld near Munich / Germany Phone +49 8193-93700-0 | info@gigahertz-optik.de www.gigahertz-optik.com Gigahertz-Optik Inc. Boston North Technology Park Bldg B · Ste 205 / 110 Haverhill Road Amesbury MA 01913 / USA Phone +1-978-462-1818 | info-us@gigahertz-optik.com © Gigahertz Optik GmbH/ Figures may deviate from original products and may contain accessories. Gigahertz Optik GmbH reserves all rights to make changes. INSIDE: An overview of the Gigahertz Optik product & application range for measuring ultraviolet radiation accurately and efficiently across many UV applications. For complete technical information visit www.gigahertz-optik.com Innovative UV Measurement Technology The measurement of ultraviolet radiation places particularly high demands on the design of measuring instruments. Gigahertz Optik GmbH offers a comprehensive product range for measuring ultraviolet radiation accurately and conveniently across many applications of UV