Eureka Introduces Billie Large-Scale Luminaire

EIN Eureka Billie

January 10, 2022

Eureka announced the release of its Billie large-scale architectural luminaire. With its distinctive hollow center, Billie matches contemporary design with functionality to deliver illumination for a variety of contemporary and modern environments such as offices or educational settings.

The internal geometry of the luminaire, including the top radius, is optimized to improve the light spread inside the shape. And a return around the bottom edge acts as a reflector, casting shadow-free light evenly onto the curved interior surface. As a result, Billie creates comfortable illumination for occupants below, regardless of mounting height.

Billie luminaires are available in 24″, 36″, or 48″ diameters to scale an aesthetic from room to room. The larger volume creates a statement; by contrast, the unexpectedly hollow interior of the spun aluminum shade contributes to the intimacy of a space. While all shades are matte white on the inside, designers can choose a lightly textured black or white finish for the exterior. RAL colors are also available.

A side-entry power cord contributes to Billie’s distinct look. Positioned in an elegant curve with strategically placed cable routing clips, it connects directly to the LEDs without disrupting the inner lit areas.

Billie is offered with fully dimmable low, regular, or high output. The luminaire delivers a range from 1,214 to 10,508 lumens, dependent on the size and output selected. An optically clear lens protects the light source from dust and facilitates cleaning.

All sizes of Billie can be selected with tunable white and are compatible with the nLight® AIR or nLight® Wired network control system. These systems manage lighting throughout indoor spaces, helping to reduce energy costs and improve occupant comfort.

Go HERE for more information

Related Articles


Changing Scene


Design

  • Omnify: 7 Common Light Panel Mistakes (And How to Fix Them)

    Omnify: 7 Common Light Panel Mistakes (And How to Fix Them)

    You’ve invested in premium LED light guide panels for your retail display or commercial project. The specs looked perfect. The samples were gorgeous. But now? Something’s off. Maybe the lighting is uneven, or panels are starting to fail way before they should. Here’s the thing, most LED light guide panel problems aren’t manufacturing defects. They’re… Read More…

  • Legrand: The Benefits of DMX Lighting in Modern Commercial Spaces 

    Legrand: The Benefits of DMX Lighting in Modern Commercial Spaces 

    DMX lighting is a powerful control protocol originally developed for theaters and entertainment venues, but its reach has expanded far beyond the stage. Today, DMX is increasingly used in commercial, educational, healthcare, and architectural environments to create dynamic, color-rich, and adaptable lighting experiences. Where traditional lighting systems focus primarily on on/off and dimming control, DMX… Read More…


New Products

  • RENO Lighting: Aerolux – Adaptive Area Light with Field-Adjustable Distribution

    RENO Lighting: Aerolux – Adaptive Area Light with Field-Adjustable Distribution

    Meet the Aerolux Series—a sculpted area light with on-site adjustable distribution, delivering precise, adaptable illumination across a range of applications. With a slim, curved profile and durable die-cast aluminum construction, Aerolux combines refined design with lasting performance and durability. One fixture. Multiple configurations. No compromises. Aerolux reduces SKU complexity while increasing on-site flexibility, and is… Read More…

  • LEDVANCE: SYLVANIA TruWave Technology

    LEDVANCE: SYLVANIA TruWave Technology

    TruWave Technology is a lighting technology developed by SYLVANIA. It provides the closest possible lighting experience to natural light by mimicking the natural light spectrum. Natural light is the most common light source in daily life, and it helps regulate body clocks and improve mood and focus. However, in indoor environments, the amount of natural… Read More…