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CMS-3000S Fast Spectroradiometer Test System


Product performance

○ Fully meets IESNA LM-79, GB/T24824, High accuracy,low stray light.
○ Adopting world advanced holographic concave grating technology.
○ Fully replace the traditional Mechanic scanning system.

  • Product description
  • Products parameter
  • Products features
  • Working principle
  • Fulfill the standard
  • Scope of application

    CMS-3000S高精度快速光谱分析系统.jpg

    CMS-3000S Fast Spectrometer system adopts the most advanced holographic concave diffraction grating and high performance electronic shutter control linear CCD display detector. It can realize super low stray light and wide linearity dynamic measuring range. It has high repeatability and stability, and can also achieve the millisecond measurement speed and the same test precision as the traditional mechanical spectrometer. It's mainly applied to the quality control and quantity production as well as the lab research equipment.


    Test Parameters:

    (1) Relative spectral power distribution P(λ) ,PE(λ)

    (2) chromaticity coordinates: ( x, y ), ( u, v ) (u´,v´)

    (3) correlated color temperature: (CCT),(ERP EEI,SASO EEI,EU1369)

    (4) color index: Ra; Ri ( I = 1-15) Ra; Ri(I=1-15), Gamut (saturation) index:Rf,Rg (IES-TM30-2018),CQS:Qa,Qf,Qp,Qg,(Q1-Q15);

    (5) color tolerance(SDCM) (including the international and national standards)

    (6) hotometric parameters: luminous flux, Par and PPF,PF(400-500nm), PF(500-600nm), PF(600-700nm),Pfuv (360-400nm), PFFR (700-800nm), photon efficiency (PPE)red ratio

    (7) Peak wavelength, half width, color purity and main wavelength

    (8) Color ratio, red and blue light ratio, ambient temperature (Tx), temperature inside the sphere (Ti)


    CMS-3000S Test report.jpg

    >Measured wavelength range:350nm-800nm (near UV &  visible light ), offers 200nm-1100nm for special( UV to near infrared )

    >Wavelength accuracy:±0.3nm  repeatability :±0.1nm

    >Accuracy of chromaticity coordinates: ± 0.0003 ( standard A light source ), ± 0.002 ( LED light source)

    >System spectral linear: ± 0.3%

    >Accuracy of system photometric: class 1

    >Correlated color temperature measurement range: 1500k-100000k

    >Correlated color temperature accuracy:± 0.3%

    >Color rendering index measurement error: ±( 0.3%rd+0.5 )

    >Requirements of working environment:

      CCD has two working modes: A: normal temperature 25 ℃, B: te refrigeration temperature: - 10 ℃


    Adopts the world advanced holographic concave grating, precision optical system and the electronic shutter control technology, it has higher accuracy. 

    Use array detector instead of mechanical scanning system, to finish the whole spectrum measurement in a very short time.

    No contain mechanical scanning device, with delicate appearance, no mechanicalwear, long service life and high reliability.


    工作原理.jpg

    CIE 13.3:1995 Method of Measuring and Specifying Color Rendering of Light Sources

    CIE 15-2004   Colorimery

    CIE 84:1989  Measurement of luminous flux

    CIE 127-2007 Measurement of LEDs

    CIE 177-2007 Colour Rendering of White LED Light Sources

    IESNA LM-79 Electrical and Photometric Mesaurements of Solid-State Liguting Products

    ...

    And it's applied to the high precision measurement of spectral, color, and illuminance flux parameters etc. for LED and LED lamps etc.


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