Schréder - Lumascape
Schréder - Lumascape
Schréder - Lumascape
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
FEATURE<br />
LIGHT POLLUTION<br />
Examples for inspiration<br />
Illuminating from the ground<br />
The Terra Maxi and Midi floodlights are the<br />
ideal tools for the upward lighting of façades,<br />
monuments, trees, etc. When equipped with a<br />
suitable reflector, it is possible to control the<br />
light without unnecessarily dispersing the flux.<br />
Photometric accessories on floodlights to guide the flux<br />
The new ranges of floodlights developed by<br />
<strong>Schréder</strong> - for instance, Focal and Neos - take<br />
into account the concern for precise lighting<br />
An old design is not an antique<br />
Integrating high-performance<br />
optics into an old-fashioned<br />
street lamp is possible. The<br />
optics direct the light with<br />
precision onto the place to be<br />
lit: road, path, car park, etc.<br />
while the optical compartment<br />
forms a watertight unit accessible<br />
via a plug. The Sealsafe ® system<br />
provides the luminaire with an IP66<br />
tightness level during the whole of<br />
its lifetime. This system prevents any<br />
accumulation of dust inside the<br />
8 I SCHREDER GROUP NEWSLETTER<br />
Thanks to its asymmetrical optics, this façade lighting can be recessed in the ground without being inclined, while<br />
directing the luminous flux towards the façade and minimising dispersion towards the sky.<br />
thanks to a wide range of accessories that<br />
direct the luminous flux where it is required.<br />
protector, diffusing the light in all<br />
directions. It remains clean and does<br />
not hinder the dispersion of the<br />
luminous flux, an advantage that also<br />
makes it possible to limit the<br />
power of the lamps since the<br />
loss of light is minimised.<br />
The use of louvres, a light channel or a visor make it<br />
possible to direct the luminous flux towards the area to<br />
be lit.