CMS-8000 Spectrophotocolorimeter for lighting

spectrophotocolorimeter for lighting Test spectral radiance, luminosity and chromaticity of all kinds light sources.

spectrophotocolorimeter for lighting

This test system is suitable for energy-saving lamps, fluorescent lamps, HID lamps (high-voltage sodium lamps, high-voltage mercury lamps), LED, all illuminant and luminescent materials to test the photo-electricity parameters. Full speed scanning and automatically achieve spectral sampling, auto save the relative parameters, easy to read. The test principle completely meets the requirement of CIE.         

  1.  Parameters that can be measured:        Relative Spectral Power Distributions Diagram P(λ),        Chromaticity Coordinate (x, y), (u, v),        Correlated Color Temperature: Tc        Rending Index: Ra; Ri ( i=1--14)        Color difference (including Domestic and international standard)        Peak Wavelength, half width        Red Ratio        Photo Parameters: Luminous Flux; Luminance        Environment temperature , In sphere temperature

2.  Range of wavelength:380~800nm.(special:UV-VIS-nlR).

3.  Wavelength accuracy:  ±0.2nm ;

     4.  Chromaticity Coordinates Accuracy: ±0.0003nm(at Illuminant A)

5.  Sample Interval: normal: 5nm  (Special : 1nm)

6.  Photometry linearity:  ±0.5% F.S.

7.  Photometry accuracy: class 1.

8.  Correlated Color Temperature range: 1500k-25000k.

9.  Correlated Color Temperature accuracy:  ±0.3%.

10. Rending Index accuracy: ± (0.3%+0.3).

11. Environment temperature measure range:-10~100; Accuracy: ±0.5%.

12. Temperature measure range (In sphere):-10~80

13. Working power        Input: AC 220V±5%       Power Frequency: 50Hz/60Hz

      Consumption: Static: 18VA; Dynamic: 45VA

14. Requirements for Environment       Working Temperature: 0--35       Idea temperature: 25 ±5 °C

       Relative Humidity: <80%  (a dehumidifying machine  is suggested  if  it  is not       dew).

15. Size and Weight:      Dimension (L*W*H), mm: 660x358x260       Weight: 35 Kg.

  Test System Composition  

  Initial  Interface

 Light Source Test Report