Shop Oculux Warm Dim 3 1/2" Round Narrow LED Adjustable Trim

Oculux Warm Dim 3 1/2

Modern spaces take on a stealth, elegant character with the installation of recessed lighting, and this adjustable round 3.5-inch LED light trim offers a fresh start. With an energy-efficient dim-to-warm light engine, this trim from the Oculux collection by WAC lighting features lightweight aluminum construction with a bright white finish. Enjoy a hardwired design with 35-degree visual cutoff for outstanding glare reduction, and a 27-degree beam spread. This adjustable recessed light trim is both CEC Title 24 compliant and ENERGY STAR® rated for excellent efficiency.

Oculux Warm Dim 3 1/2

Product Specification

  • 4 3/4" wide x 4 3/4" deep x 4" high. Weighs 0.03 lb.
  • 3 1/4" aperture.
  • Adjustable round recessed light trim with energy-efficient LED Dim to Warm light engine from the Oculux collection by WAC Lighting.
  • Built-in dimmable 11 watt high-powered LED module: 765 lumen light output, comparable to a 60 watt incandescent. Soft white 3000K color temperature. 90 CRI.
  • White finish over aluminum construction. Frosted glass diffuser.
  • Ultimate dimming versatility: Dim to warm, starts off 3000K and dims smooth and continuously to a warmer 1800K with an ELV, TRIAC, or 0-10V dimmer.
  • LED averages 50,000 hours at 3 hours per day.
  • ETL and cETL wet location listed. ADA compliant. CEC Title 24 compliant. ENERGY STAR® rated.
  • Hardwired design.
  • 35-degree visual cutoff provides superb glare reduction. 27-degree beam spread.
  • Line voltage - 120V.
  • Trim and LED lig ht engine are sold as a complete unit. Housings are sold separately, available in an IC-rated airtight new construction or IC-rated remodel.
  • Assembled in the USA.
Oculux Warm Dim 3 1/2
Oculux 3.5" led round adjustable narrow 2700k trim with-light engine, white78.95. 7 inch 12-led light tube recessed lights. oculux dim to warm is an led recessed downlight that replicates how a true incandescent lamp dims - it starts off with at a 3000k color temperature and...

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