FluxGage

The FluxGage is a compact measuring system for LED Luminaires.  The FluxGage measures total flux, color (CCT, CRI, Duv, chromaticity) and flicker. Several FluxGage models are available:

FluxGage 600 FluxGage 600/100LM FluxGage 600/100LM-HR FG604 FG604/100LM FluxGage 1500
Description Standard model,
CMOS spectrometer		 Low flux model,
CMOS spectrometer		 Low flux model,
CCD spectrometer		 Standard model, CMOS spectrometer, 4 RGB color sensors for color and illuminance uniformity Standard model, CMOS spectrometer, 4 RGB color sensors for color and illuminance uniformity Large model,
CMOS spectrometer
Size [mm] 769x563x223 769x563x223 769x563x223 769x563x223 769x563x223 1576x722x223
Maximal Luminaire Size [mm] 640X480 640X480 640X480 640X480 640X480 1445×640
Flux Range [Lm] 500-40,000 100-5,000 20-5,000 500-40,000 100-5,000 500-80,000
Part number 7Z02581 7Z02585 7Z02586 7Z02588 7Z02589 7Z02587

Brochure

User Manual

Drawings

Software

FGC100 Calibration Unit

White Papers & Application Notes

Videos

Frequently Asked Questions

  • Can you measure single color LEDs (red,green,blue), or other sources?
    Yes. However it was built and optimized for white LED luminaires, so contact Ophir to consult on your particular application
  • What other equipment I need to start using FluxGage?
    None, it’s all inside
  • Do I need to do self-absorption calibration similar to an integrating sphere?
    No. self-absorption is needed when the measurement instrument is white on the inside, FluxGage is black.
  • How often do I need to calibrate the system?
    Once a year depending on usage.
  • What makes it so small compared to an integrating sphere?
    Inside an ideal integrating sphere light is reflected evenly and symmetrically. In practice, the DUT greatly interferes with these reflections and therefore the sphere must be much larger than the DUT to minimize this effect. The interior of FluxGage is black. Reflections are minimized and therefor the effect of the DUT is very small.
  • Does the size of the DUT (device under test) changes the results?
    For best accuracy, the DUT should be centered and its approximate size and beam angle entered in the user interface. This will adjust the measurement.