Advance introduces its exclusive new Ballast Checker, an easy-to-use hand-held device that quickly identifies a ballast’s technology type for use in confirming ballast status and pinpointing lighting upgrade opportunities.
The University of Toronto’s new “electronic classroom” combines familiar audiovisual equipment, such as slide projectors and VCRs, with such sophisticated equipment as a multi-sync data/video projection system and multi-scene preset dimming controls. Instructors can now electronically enhance their lectures with an integrated user-friendly presentation system.
How do you upgrade the 14-year-old dimming system of a 33,000 sq. foot ballroom that utilizes low voltage wiring? Simple: a retrofit installation utilizing the LYTEmode™ Architectural Lighting Control System.
At the Philadelphia Marriott, in Philadelphia, PA, this was the task at hand that was given to Larry Fine, Senior Architectural Representative for Lightolier®.
A number of studies demonstrate that personal dimming can result in higher productivity—specifically in the metrics of vigilance, motivation and satisfaction—and also in energy savings. This dual impact can result in an improved bottom line and more satisfied employees and tenants. These advantages are resulting in a significant new trend towards adoption of personal dimming solutions among designers and building owners.
This white paper makes the case for personal control, in particular giving occupants the ability to control their own light levels through dimming.
Pier 69 on Seattle’s historic waterfront was built in 1931 to warehouse rolls of metal for the production of canned salmon containers. The only concrete pier on the waterfront, Pier 69 stretches over 750 feet long and 135 feet wide. Hewitt Isley tackled this stolid building to create a new home for the Port of Seattle’s administrative headquarters. Their dynamic reno-vation created what the Seattle Weekly named “one of the grandest indoor spaces in the Northwest.”