Visual Comfort Architectural EBYTL-LO9303N-010120W
EBYTL-LO9303N-010120W Product Description
The Visual Comfort Architectural Element Build-Your-Own Multiples Flangeless Trimmed Housing offers a refined modular lighting solution with precision beam control. This 12W low-output housing delivers a warm 3000K color temperature and a versatile 30° beam spread, making it ideal for both accent and general illumination. Designed with a high CRI of 90, it ensures accurate color rendering for superior visual quality. The flangeless trimmed ceiling appearance provides a seamless, modern finish, while the heavy-gauge cold rolled steel construction guarantees long-lasting durability. Part of the BYOM system, it supports flexible configurations and pairs with trims sold separately. This housing features 0-10V dimming down to 5% for smooth brightness adjustment.
Specifications
Brand: Visual Comfort Architectural
Wattage: 12W Low Output
Function: Build-Your-Own Multiples
Ceiling Appearance: Flangeless Trimmed
Color Temperature: 3000K
Beam Spread: 30°
Housing Rated: 0-10V Dimming (Down to 5%)
Voltage: 120V
Finish: White
CRI: 90
Dimensions: 5" L x 5" W x 4.6" H
Aperture: 5" x 5" ceiling cut-out per module
SKU: EBYTL-LO9303N-010120W
About Visual Comfort Architectural:
Light is the only design element that affects every other design element. By collaborating closely with architects, lighting designers and interior designers to understand their needs and to solve their toughest challenges, we have gained broad recognition for combining a passion for every design detail with an appreciation for the way our fixtures illuminate a space. Our Architectural Lighting Collection will help you achieve layers of light, highlight key focal points, illuminate critical task surfaces, and create visual interest and visual comfort. We offer a broad portfolio of architectural lighting to meet almost any specification and budget.
Additional information about the product goes here. You can customize this content as needed.
Dynamic shipping reviews will be loaded here.