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This Product is discontinued, please refer to the Alternatives shown below under Similar Products or contact us directly.

Alternative Products for this discontinued product:

MSC15

Compact and handheld spectral light meter for conventional and LED lighting.

  • Simple intuitive operation
  • Entrance optic directly included
  • Many Measurands as: Photopic and scotopic illuminance measurement, color properties, CCT, CRI, PAR, Bilirubin, etc.
  • Plug & Play connection via USB including software
MSC15

LEDs enable much greater control of the lighting quality than the technologies they are rapidly replacing. Many international standards now specify requirements for internal and external lighting systems in terms of both ‘quality’ and ‘quantity’ of light as well as in terms of efficiency and life time. Photometry in the lighting industry generally focuses on the intensity (i.e. illuminance) and color (i.e. correlated color temperature CCT and color rendering index CRI) of light falling on a surface. LED lamps are extremely versatile in terms of emission spectra, which is why spectral measurement of the illuminance and color has now become essential for any high-end light meters.


The MSC15 – compact and handheld

The MSC15 light spectrum meter from Gigahertz-Optik GmbH is a modern light meter whose technical concept allows for precise measurement of the illuminance spectrum, color, and color rendering. Its cutting-edge design concentrates on measurement accuracy rather than unnecessary esoteric electronic features which results in a high quality meter for an attractive price. The light sensor consists of a fast spectroradiometer that covers a spectral range between 360 nm and 830 nm (V-lambda range according to CIE S023) with a spectral bandwidth of 10 nm. The device also integrates an optical bandwidth correction feature (CIE 214) in order to further improve the quality of the values calculated based on the spectral measurement data. Another key feature that ensures accurate illuminance measurements of extended lighting conditions is its carefully designed field of view.  Accurate illuminance measurements are only possible with a precise, cosine-corrected entrance optic. The MSC15 has an excellent cosine response (f2≤ 3 %), at the same time as offering a wide measurement range for  illuminance and color between 1 lx and 350,000 lx. The colored touch screen of the device makes it extremely easy to use. Activating and deactivating of individual measurement displays is possible as well via a configuration menu which is implemented into the MSC15. Uninterrupted operation of more than 8 hours is provided by its lithium ion battery which is recharged via the USB 2.0. Remote control of the device and data read out are made possible by the supplied software. In addition, the MSC15 is equipped with an internal memory  which can be used to store up to 10 measurements measurements internally and read them out via software later. The device allows the comfortable management of the stored measurements on its screen.


Calibration of the MSC15

One essential quality feature of photometric devices is their precise and traceable calibration. The MSC15 is calibrated by Gigahertz-Optik’s calibration laboratory that is accredited by DAkkS (D-K-15047-01-00) for the spectral responsivity and spectral irradiance according to ISO/IEC 17025. Every device is supplied with its respective calibration certificate.


Additional functions of the MSC15

The MSC15 also includes additional functions for use in specialist fields of lighting.

LED grow lights need to be measured in terms of the Photosynthetically Active Radiation (PAR) they produce. An additional function of the MSC15 is the display of Photosynthetic Photon Flux Density (PPFD) in µmol/m²s (400 nm to 700 nm) which is a measure of the total number of photons within the PAR wavelength range that reach a surface each second per square meter area.

Neonatal phototherapy lamps used for the treatment of hyperbilirubinemia can be accurately measured in accordance with the latest standards and guidance, irrespective of the lamp type or manufacturer. The MSC15 directly displays total irradiance for bilirubin, Ebi (mW/cm2) in accordance with IEC 60601-2-50:2009+A1:2016 as well as average spectral irradiance (µW/cm2/nm) in accordance with the latest American Academy of Pediatrics recommendations.

Human Centric Lighting requires new metrics beyond traditional photometric and colorimetric values (ref. CIE TN 003:2015). The MSC15 directly displays melanopic irradiance, melanopic illuminance (equivalent melanopic lux) and melanopic daylight equivalent illuminance according to CIE S 026:2018.

 

Options for the MSC15:

-       Software development kit for integration of the device in the user’s own software

MSC15 for measurement of the illuminance, spectrum, color, and color rendering in the lighting Industry. Touchscreen for intutive handling of the meter.

MSC15 for measurement of the illuminance, spectrum, color, and color rendering in the lighting Industry. Touchscreen for intutive handling of the meter.

Display of photopic lux, CCT and CRI Ra

Display of photopic lux, CCT and CRI Ra

Display of the spectral power distribution, photopic lux and CCT

Display of the spectral power distribution, photopic lux and CCT

Display of the CRI's

Display of the CRI's

Display of photopic and scotopic lux and their ratio.

Display of photopic and scotopic lux and their ratio.

Display of melanopic lux, etc. according to CIE S 026:2018 and Well building Standard

Display of melanopic lux, etc. according to CIE S 026:2018 and Well building Standard

Display of PAR and the spectral power distribution

Display of PAR and the spectral power distribution

Display of Bilirubin according IEC 60601-2-50 and the spectral power distribution

Display of Bilirubin according IEC 60601-2-50 and the spectral power distribution

Display of Bilirubin according AAP and the spectral power distribution

Display of Bilirubin according AAP and the spectral power distribution

CIE 1931 view

CIE 1931 view

Example measurement in the MSC15's software

Example measurement in the MSC15's software

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