Time lapse motion capture - Thursday 12 June 2008 - 9.45pm to 10.15pm

This demonstration shows the lamp reaching full output and brilliance at 185w before dimming to 103w. The dimmed state is then maintained untill 5.30am saving 45% energy.

The 3 singular frames on the far right show the transition between daylight, full brillance and dimmed modes of the lamp.

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Case Studies

Micatron Dimming Switch and Dual Tapped Ballast Demonstration showing units working at 10 metre mounting height arrangement. Ballasts retro fitted into a Philips SG203 lantern. Controlled via a Nema mounted photocell device.

Total average power circuit watts

  • Power consumption - 185w before dimming
  • Power consumption 103w during dimming
  • Light output, full output 24 lux
  • Dim mode 11.8 lux

50% reduction in light output, saving 45% energy

Time lapse motion capture - Thursday 12 June 2008 - 9.45pm to 10.15pm  This demonstration shows the lamp reaching full output and brilliance at 150w before dimming to 100w. The dimmed state is then maintained untill 5.30am saving 33% energy.

Time lapse motion capture - Thursday 12 June 2008 - 9.45pm to 10.15pm  This demonstration shows the lamp reaching full output and brilliance at 150w before dimming to 100w. The dimmed state is then maintained untill 5.30am saving 33% energy.

Time lapse motion capture - Thursday 12 June 2008 - 9.45pm to 10.15pm  This demonstration shows the lamp reaching full output and brilliance at 150w before dimming to 100w. The dimmed state is then maintained untill 5.30am saving 33% energy.

Micatron Dimming Ballast Demonstration showing units working at 10 metre mounting height arrangement. Ballasts retro fitted into a Philips SG203 lantern. Controlled via a Nema mounted photocell device.