Overstock Deal Oxygen Lighting 3-514-40 Sconce, Ul Damp Rated, Aged Brass For Men [WAqx7Ueb]

Introducing the Oxygen Lighting Modern LED CHAMELEON 3-514-40 Sconce

Experience the perfect blend of efficiency and elegance with the Oxygen Lighting Modern LED CHAMELEON 3-514-40 Sconce. This sophisticated light fixture is designed to enhance your space with its stylish and modern design. Engineered for both functionality and aesthetics, this sconce is a perfect addition to any room where you seek to elevate your lighting experience.

Key Product Features and Specifications

The Oxygen Lighting Modern LED CHAMELEON 3-514-40 Sconce boasts a 10.5 Watt LED Array with a remarkable 90 CRI and 3000k color temperature, ensuring bright and true-to-life illumination. With dimensions of 11.5" x 11.25" x 4", it fits seamlessly into various spaces. The sconce is compatible with a wide range of voltages (120V-277V) and weighs only 4.61 lbs, making it easy to install. Its lumens output of 832 lm and dimming capabilities via TRIAC and ELV dimming (at 120V AC) and 0-10V dimming provide flexibility in lighting control. The mounting requirement includes a deep 4” Octagonal J-Box to house the driver, and it is rated for damp locations, making it suitable for outdoor or moisture-prone indoor areas.

Practical Applications and Benefits

The Oxygen Lighting Modern LED CHAMELEON 3-514-40 Sconce is not just a light fixture; it's a statement piece for your home. Whether you're looking to add a touch of modern style to your living room, create a cozy ambiance in your bedroom, or enhance the exterior of your home, this sconce is the ideal choice. Its Aged Brass finish with a Matte White Acrylic Diffuser offers a timeless appeal that complements a variety of interior designs. With its energy-efficient LED technology and versatile dimming options, this sconce is a smart and sustainable lighting solution for everyday use. Upgrade your space with the Oxygen Lighting Modern LED CHAMELEON 3-514-40 Sconce and enjoy the perfect balance of form and function.