Goniophotometer
Photoglobe 4FA COMPACT
It measures the spatial distribution of the luminous intensity of luminaires, the luminous flux of light sources as well as all the colorimetric parameters.
- Far-field goniophotometer with no mirrors
- Fixed position of the luminaire throughout the entire photometric measurement
- Possibility to measure luminaires in any working position
- 100% compliant with UNI EN 13031-1and IES LM-79-08 standards
- Fast measurement: 10 L class sensors acquiring data simultaneously (0,01÷300.000,00 Lux)
- PTB traceability for illuminance
- METAS traceability for chromaticity coordinates and CCT
- Installation and use in a small space (2,5 x 2,5 x 2,6 meters)
- Possibility to measure luminaires with maximum weight of 30 kg
- Possibility to measure luminaires with maximum dimensions of 1,0 meter
- Easy positioning of the luminaire
- Easy luminaire testing for design purposes
- Excellent price-quality ratio
Photoglobe 4FA COMPACT is a far-field goniophotometer using 10 acquisition sensors patented by Sedis Light
and the SVRG 36-83 Spectrophotometer designed and manufactured by our company that:
CARRY OUT
- absolute measurements
- relative measurements
- flux measurements for light sources (Lumen)
VERIFY
- color uniformity between luminaires by means of the MacAdam Ellipse
- stabilization of light sources
EXPORT
- EULUMDAT (.ldt) – photometric measurement
- UNI11733 (.Xml) – photometric measurement
- IESNA (.ies) – photometric measurement
- IES TM-33-18 (.Xml) – photometric measurement
- .cvs – data returned by the spectrophotometer
RETURN
- Spectral irradiance (µW* cm-2 * nm-1)
- Tristimulus values X, X1, X2, Y, Z
- Chromaticity coordinates x, y
- Chromaticity coordinates u’, v‘
- Correlated color temperature (CCT)
- Chromatic difference (DC)
- Chromatic rendering index (CRI)
- Color components (R1, R2, …. , R14)
- Fidelity Index
- Gamut Index
SOFTWARE POST-PROCESSING
Measurement data are processed by a powerful post-processing software.
The software generates a .PDF measurement report containing, in addition to the above listed data, the following:
- efficacy (lm/W)
- calculation of the beam of light of luminaires
- polar diagram
- Cartesian diagram
- representation of chromaticity coordinates x, y in CIE 1931 diagram
- representation of chromaticity coordinates u’, v’ in CIE 1976 diagram
- graphical representation of color components
- graphical representation of the Gamut Area
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