Recessed, Trimless Fluorescent Linear Fixture Creating a Uniform Even Luminance
DL-9100 Linear Fluorescent Lighting System
The challenge for any linear lighting system is to create uniform luminance along the length of the fixture. Dreamscape Lighting’s DL 9100 Series accomplishes this lofty goal and more. The patented housing allows the successful staggering of T-5 and T-5 HO fluorescent lamps, and the semi-gloss white acrylic or optional satin white acrylic lenses create an even linear light source that is available in lengths from 24 inches to over 48 feet. Add the energy saving features of fluorescent lamps available in multiple color temperatures, and you have a luminaire that creates an upscale modern design statement while providing even illumination over long runs.
Patented, proprietary single and multi-lamp recessed trimless linear fluorescent with integral flush-with-drywall self-finishing housing and screwless decorative white acrylic diffuser. Suitable for wall or ceiling mount applications. See below for Vertical L and Inverted U application formats.
- U-shaped white acrylic diffuser
- T-5 standard or T-5 high output lamping
- Integral 120V electronic HPF ballast
- Dimmable with Lutron dimming ballast
- Adjustable L bracket
- Rotating captive lock T-5 socket/li>
- ETL listed damp location
- Conforms to UL1598
- Certified Canada CSA 22.2
- Design Patent No. 473,670S
- U.S. Patent No. US 6,616.309 B2
Lutron dimming ballast requires a minimum of 3 conductors plus ground. Universal dimming ballast requires 2 separate wires for dimming control.
Vertical L and Inverted U Applications
The ability to traverse two planes with one band of light that corners right angles with a tight seam is possible with Dreamscape Lighting's DL-9100 Vertical L and Inverted U application. The DL- 9100 offers two distinct geometric designs. A vertical L intersects two planes while an inverted U intersects three planes. Each offers a unique lighting statement. Please click here to go to our DL-9100 Vertical L and Inverted U Application page.