• LHV - VersaBay Fluorescent High Bay

    Related To: 
    June 19, 2012
    1652331078341 B 0712 Products Columbialighting

    VersaBay luminaires are a fluorescent high bay lighting solution that addresses the issues of elevated temperature by properly dissipating and controlling heat-producing elements.

    The optical design provides one-for-one replacement for 400-watt metal halide high bays and is available in 4-, 6-, or 8-lamp configuration, T8, or T5H.

    An advanced thermal management feature provides an optimized electrical component heat dissipation system for cool running ballast operation in unconditioned ambient spaces.

    Related Content

    Jan. 1, 2000

    Latest in Lighting

    Courtesy of Cooper Lighting Solutions
    High-efficiency LED lighting and intelligent lighting controls can yield measurable cost savings and sustainability benefits in data centers.
    Advanced lighting strategies should be more than an afterthought in today’s data centers—they’re part of a larger optimization strategy that helps save money and ensure more efficient...
    ID 31120886 © Katarzyna Bialasiewicz | Dreamstime.com
    Is your office ready for a refresh?
    Is your office ready for a renovation? These few changes can make a major impact.
    ID 366246076 © Vitalii Shkurko | Dreamstime.com
    dreamstime_xxl_366246076
    The sale of fluorescent bulbs is banned in 16 U.S. states, with more to come. Are you ready for the move to LEDs?
    Photo by Connie Zhou / Courtesy of Lutron
    BlackRock’s office was designed to encourage collaboration.
    Explore how the team at BlackRock’s New York City headquarters used lighting, shade, and control strategies to maximize comfort and meet the company’s goals.
    Adobe stock image via Adobe Express
    To be eligible for an L-Prize, luminaires and connected systems must be in production, commercially available, and installed in a building.
    L-Prize Phase III requirements and bonus points demonstrate DOE’s emphasis on practical advances for people and the planet, writes PNNL’s KATE HICKCOX.