USA Catalog 2009-2010 - Lumascape
USA Catalog 2009-2010 - Lumascape
USA Catalog 2009-2010 - Lumascape
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6<br />
advanced glass reflector technology<br />
available for LS343 LS853 LS461 LS341 LS345<br />
PureOptics Reflectors<br />
<strong>Lumascape</strong>’s advanced PureOptics reflectors are engineered to provide<br />
maximum efficiency and performance over a long service life.<br />
Precise and Efficient<br />
At the heart of the PureOptics system is a series of advanced German<br />
manufactured glass reflectors which are treated with a multi layered dichroic<br />
coating to provide exceptional reflectivity for the wavelengths within the visible<br />
spectrum. Internationally accredited NATA test laboratories confirm that the<br />
PureOptics reflectors achieve up to 15% more light output than leading<br />
aluminum reflectors.<br />
Accurate and Functional<br />
The PureOptics elliptical reflectors are designed to provide precise beam<br />
control. The reflectors project a convergent beam, dramatically reducing the cutoff<br />
experienced with parabolic reflectors when tilted. This combined with the<br />
accuracy of <strong>Lumascape</strong>’s direct drive tilting gimbal assembly enables accurate<br />
beam control.<br />
Deeper Wall Wash<br />
One of the advantages of the PureOptics reflectors are most easily<br />
demonstrated when used in wall washing applications. By utilizing the<br />
advantages available with the ellipsoidal reflector design, combined<br />
with the LS688 wall wash lens accessory, the light can be projected<br />
virtually to ground level without significant scalloping.<br />
Standard parabolic<br />
reflector<br />
with LS688<br />
wallwash lens accessory<br />
Compatible with HumanTouch<br />
The coating on the PureOptics reflectors has been optimized for each<br />
specified lamp. Visible light reflects off the reflectors surface while the infra-red<br />
rays pass back through the reflector thereby reducing the surface temperature<br />
of the glass. This cold mirror effect maximizes the reflected light whilst ensuring<br />
that HumanTouch temperatures can be achieved on the luminaire glass<br />
surface. Through careful design, sensitive internal component temperatures are<br />
maintained well below critical maximum operating limits.<br />
Built to Last<br />
The reflective surface of each reflector is protected by a clear and ultra tough<br />
titanium layer to provide many years of service without degradation of the<br />
reflective coating.
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