Fluorescent Luminaire provides 89% efficiency.
Press Release Summary:
Offering tool-less ballast access, Max-ER recessed direct/indirect revitalization luminaire delivers up to 97 lumens/W. Fully-wired, one-piece unit uses T5/T5HO lamps and ballasts and can be directly installed into most existing parabolic housings. Luminaire brings volumetric-type lighting to any space, delivering even light distribution and eliminating cave effect produced by parabolic luminaires.
Original Press Release:
Max-ER Arrives Straight From Factory as a Fully-Wired, One-Piece Unit and Installs Directly Into Existing Parabolic Housing in Less Than 10 Minutes
Lamar Lighting of Farmingdale, NY, a leading environmentally-friendly manufacturer of stock and custom made fluorescent lighting fixtures has just introduced Max-ER.
Lamar Lighting's Max-ER recessed direct/indirect revitalization luminaire features 89% luminaire efficiency, up to 97 Lumens per watt (LPW)1 and tool-less ballast access.
The Max-ER is sure to be a hit with building owners, managers, and maintenance personnel alike, arriving straight from the factory as a fully-wired one-piece unit that can be directly installed into most existing parabolic housings in less than 10 minutes. The Max-ER delivers greater energy savings and less construction waste than a new lighting installation - by using high-efficiency T5/T5HO lamps and ballasts, reusing the existing fixture housings and recycling of the old aluminum louvers. It brings volumetric-type lighting to any space thus eliminating the "cave effect" commonly produced by parabolic luminaires. Volumetric-type lighting provides a more even distribution of light throughout a space and greatly improves light quality for occupants.
For further information, visit lamarlighting.com or contact our Sales Department at Lamar Lighting Co. Inc., 485 Smith Street, Farmingdale, NY 11735 USA. Phone: 800-724-7743 (in NY: 631-777-7700); Fax: 631-777-7705. E-mail: sales@lamarlighting.com
1 When supplied with F28T5HL lamps and GE High Efficiency ballast
