Schneider Electric has announced the availability of three new emergency lighting control solutions: the UL924 Emergency Lighting Control Relay, the UL924 Emergency Lighting Control Relay with Panel Mount, and the UL924 Emergency Lighting Dimmer Control.
These emergency control devices enable building owners, managers, contractors and builders to implement the necessary emergency lighting in their facilities to meet compliance standards while saving energy, time and resources.
Schneider Electric’s new UL924 Emergency Lighting Control products offer a versatile and energy-efficient solution that enables standard, existing fixtures to also be used for emergency lighting applications, saving the costs associated with the installation of additional emergency lighting fixtures. Also, the emergency lighting control devices require fewer maintenance costs and testing requirements than backup batteries because they comply with the UL924 standard, reducing installation time. Finally, the emergency lighting control devices save both energy and money by providing emergency backup power only when needed.
The three new models are designed to meet the different needs and requirements found within many of today’s buildings:
- UL 924 Emergency Lighting Control Relay (ERC): A low-profile device that can be mounted in the ceiling, the ERC provides emergency lighting to switched loads when a power drop is detected and automatically transfers lighting back to normal utility power once restored. An automatic diagnostic feature replaces the need for an accessible test switch.
- UL924 Emergency Lighting Control Relay with Panel Mount (EPMC): Equipped with the detecting and switching features of the ERC, this relay is a universally compatible device available in both 120V and 277V models. The EPMC includes a test switch that offers the convenience of testing an emergency lighting system with a simple push of a button. The solution is also equipped with a green LED to confirm wiring connections and power availability.
- UL924 Emergency Lighting Dimmer Control (EDC): Specifically designed with dimmable lights in mind, the EDC senses a voltage drop from a regular lighting circuit and automatically turns lights on to full brightness after transferring the load to the emergency source. The product is also available in both 120V and 277V models and is equipped with a simple test switch and a green LED to confirm wiring connections and power availability.
Related Stories
| Nov 3, 2010
Dining center cooks up LEED Platinum rating
Students at Bowling Green State University in Ohio will be eating in a new LEED Platinum multiuse dining center next fall. The 30,000-sf McDonald Dining Center will have a 700-seat main dining room, a quick-service restaurant, retail space, and multiple areas for students to gather inside and out, including a fire pit and several patios—one of them on the rooftop.
| Nov 2, 2010
11 Tips for Breathing New Life into Old Office Spaces
A slowdown in new construction has firms focusing on office reconstruction and interior renovations. Three experts from Hixson Architecture Engineering Interiors offer 11 tips for office renovation success. Tip #1: Check the landscaping.
| Nov 2, 2010
Cypress Siding Helps Nature Center Look its Part
The Trinity River Audubon Center, which sits within a 6,000-acre forest just outside Dallas, utilizes sustainable materials that help the $12.5 million nature center fit its wooded setting and put it on a path to earning LEED Gold.
| Nov 2, 2010
A Look Back at the Navy’s First LEED Gold
Building Design+Construction takes a retrospective tour of a pace-setting LEED project.
| Nov 2, 2010
Wind Power, Windy City-style
Building-integrated wind turbines lend a futuristic look to a parking structure in Chicago’s trendy River North neighborhood. Only time will tell how much power the wind devices will generate.
| Nov 2, 2010
Energy Analysis No Longer a Luxury
Back in the halcyon days of 2006, energy analysis of building design and performance was a luxury. Sure, many forward-thinking AEC firms ran their designs through services such as Autodesk’s Green Building Studio and IES’s Virtual Environment, and some facility managers used Honeywell’s Energy Manager and other monitoring software. Today, however, knowing exactly how much energy your building will produce and use is survival of the fittest as energy costs and green design requirements demand precision.
| Nov 2, 2010
Yudelson: ‘If It Doesn’t Perform, It Can’t Be Green’
Jerry Yudelson, prolific author and veteran green building expert, challenges Building Teams to think big when it comes to controlling energy use and reducing carbon emissions in buildings.
| Nov 2, 2010
Historic changes to commercial building energy codes drive energy efficiency, emissions reductions
Revisions to the commercial section of the 2012 International Energy Conservation Code (IECC) represent the largest single-step efficiency increase in the history of the national, model energy. The changes mean that new and renovated buildings constructed in jurisdictions that follow the 2012 IECC will use 30% less energy than those built to current standards.
| Nov 1, 2010
Sustainable, mixed-income housing to revitalize community
The $41 million Arlington Grove mixed-use development in St. Louis is viewed as a major step in revitalizing the community. Developed by McCormack Baron Salazar with KAI Design & Build (architect, MEP, GC), the project will add 112 new and renovated mixed-income rental units (market rate, low-income, and public housing) totaling 162,000 sf, plus 5,000 sf of commercial/retail space.
| Nov 1, 2010
John Pearce: First thing I tell designers: Do your homework!
John Pearce, FAIA, University Architect at Duke University, Durham, N.C., tells BD+C’s Robert Cassidy about the school’s construction plans and sustainability efforts, how to land work at Duke, and why he’s proceeding with caution when it comes to BIM.
