Lithonia Lighting FMFL 35 Watt LED Decorative Cambridge Linear Flush Mount Fixture 120V 4000K
Web PricePlease call 1-800-983-1315 for the lowest available price
|Type of Area||Apartment Buildings, Hangers & Storage, Home & Architectural, Office & Small Retail, Stairwell|
|Certifications||CSA, Energy Star, Lighting Facts, LM79 / LM80|
|Lamp Life:||50,000 Hours|
|Dimensions||48.93" x 13.38" x 2.62"|
|Product Warranty||5 Year|
|Part Number||FMFL 30840 CAML OA|
|Weight Each||10.00 lbs|
Lithonia's Cambridge LED Linear Flush Mount fixture features a durable fixture design with a classic, design making it a perfect option for both commercial and residential applications in kitchens, offices, corridors, waiting areas and more. Dependable fixture with 50,000 hour life, reduced maintenance, and increased energy savings. Delivers 2,800 lumens with only 35 watts and a 4000K color temperature.
The LED Cambridge provides an LED lighting platform to deliver general ambient lighting for surface-mount ceiling applications including kitchens, offices, corridors and light commercial spaces. The light engine delivers long life and excellent color to ensure a quality, low-maintenance light installation.
Solid wood frame accented with popular crown molding design. Available in oak and white finishes. Durable, milk white acrylic, drop-dish diffuser provides widespread, uniform illumination. Matte texture prevents fingerprints. Lift and shift diffuser installation provides easy access for cleaning.
The matte white acrylic diffuser delivers 2,800 lumens while softening the appearance of the LEDs.
Long-life LEDs, coupled with a high-efficiency driver, provide extended service life. Standard input = 35 watts, 79 lumens per watt. The LED Cambridge is rated to deliver L70 performance at 50,000 hours. Fixture operates at 120 volts, 60Hz.
CSA certified to US and Canadian standards. Listed for damp locations. ENERGY STAR® certified.
5-year limited warranty. Complete warranty terms located at www.acuitybrands.com/CustomerResources/Terms_and_conditions.aspx
NOTE: Actual performance may differ as a result of end-user environment and application.
All values are design or typical values, measured under laboratory conditions at 25°C.
Specifications subject to change without notice.