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Test systems for lighting industry |
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 Solution A: Photometric, colorimetric & electric system for CFL, FCL, FL |
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Measurement the luminous flux, efficiency, relative spectral power distribution, correlated color temperature, rending index, dominant wavelength, peak wavelength, chromatic coordinates, SDCM, color purity, Red ratio and electric parameters voailus sources of light, Its meets the standard requirements of CIE.
It is installed 19 inch standard cabinet, natural, is succinct, dustproof, anti-EMC;
Easy to operate, can be completed test in 30 seconds, Test data can be output Excel, PDF, SPL format etc. |
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| Solution B: Photometric, colorimetric & electric system for CFL, FCL, FL |
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Measurement the luminous flux, efficiency, relative spectral power distribution, correlated color temperature, rending index, dominant wavelength, peak wavelength, chromatic coordinates, SDCM, color purity, Red ratio and electric parameters voailus sources of light, Its meets the standard requirements of CIE.
Easy to operate, can be completed test in 30 seconds, Test data can be output Excel, PDF, SPL format etc. |
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| Solution C: Photometric, colorimetric & electric system for CFL, FCL, FL |
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Measurement the luminous flux, efficiency, relative spectral power distribution, correlated color temperature, rending index, dominant wavelength, peak wavelength, chromatic coordinates, SDCM, color purity, Red ratio and electric parameters voailus sources of light, Its meets the standard requirements of CIE.
High Quality & Price Advantage, surveys each kind of photometric colorimetric & electricity parameters of Electricity Lighting Sources;
Test computer-controlled, accurate, reliable and easy to operate. |
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LED test and measurement instruments |
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| Solution A: Photometric, colorimetric & electric system for LED (Accurate model) |
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| Be employed in the accurate measurement for LEDs of luminous flux, efficiency, relative spectral power distribution, optical Radiation, chromatic coordinates, correlated color temperature, rending index, SDCM, peak wavelength, dominant wavelength, spread angel of light beam, forward voltage/ current, reverse voltage / current etc. |
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| Solution B: Photometric, colorimetric & electric system for LED lamps and luminaires |
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| Be employed in the accurate measurement for LED lamps and luminaires of luminous flux, efficiency, efficiency, optical Radiation, relative spectral power distribution, chromatic coordinates, correlated color temperature, rending index, SDCM, peak wavelength, dominant wavelength, spread angel of light beam, forward voltage/ current, reverse voltage/current, luminous intensity distribution curve, spread angel of light beam. |
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| Solution C: Photometric, colorimetric & electric system for LEDs (speed model) |
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| Be employed in the accurate measurement for LEDs of luminous flux, efficiency, relative spectral power distribution, chromatic coordinates, correlated color temperature, rending index, SDCM, peak wavelength, dominant wavelength, spread angel of light beam, forward voltage/ current, reverse voltage/current etc.. |
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