Factory Price Visual Comfort Architectural E3rff-lo9350ds Element 3" Led Low-profile Fixed Round Flanged Housing – 12w – Cct 3500k With 10° Beam Spread Markdown: -90% [qRxM0ZS1]

Efficient LED Low-Profile Downlight

Introducing the Visual Comfort Architectural E3RFF-LO9350DS, a sleek and efficient LED low-profile downlight designed for shallow ceiling installations. This fixture offers a cost-effective solution for spaces with limited ceiling height, making it an ideal choice for elevators, healthcare soffits, and other areas where space is at a premium. With its 3.4" shallow housing, the Element 3" LED Low-Profile Fixed Downlight provides a beautiful architectural appearance without compromising on performance.

Key Features and Specifications

The E3RFF-LO9350DS is equipped with a 12W LED that emits a warm 3500K color temperature, creating a cozy and inviting ambiance. It boasts a high CRI of 90+ for exceptional color accuracy and a 10° beam spread for focused illumination. The downlight is available in a flanged or flangeless design, with options for wood ceiling applications. Key specifications include a 120V or 277V voltage, low output (12W), and a lifespan of 50,000 hours minimum. The housing finish is a durable black powder coat, and it is ETL listed for damp locations and wet listed for shower versions.

Practical Applications and Benefits

Whether you're updating a commercial space or enhancing the lighting in your home, the Visual Comfort Architectural E3RFF-LO9350DS is a versatile choice. Its adjustable features, such as high/low lamp positioning and 45° collar rotation, allow for customization to fit your specific needs. The housing is constructed from heavy-gauge, cold-rolled steel for strength and durability. With standard reverse-phase, forward-phase, TRIAC, and 0-10V dimming capabilities, this downlight provides flexibility in lighting control. The Element 3" LED Low-Profile Fixed Downlight is not just a lighting solution; it's a statement piece that adds both visual comfort and architectural flair to any environment.