Durable Oxygen Lighting 3-587-40-124 Sconce, Ul Damp Rated, Old World - Matte White Acrylic Diffuser - Going Fast [VuFbNSgM]

Oxygen Lighting 3-587-40-124 Sconce, Damp Rated

Introducing the Oxygen Lighting 3-587-40-124 Sconce, a sophisticated and modern LED lighting solution designed for damp-rated locations. This sleek sconce is a testament to innovative design and functional efficiency, making it an ideal choice for enhancing the ambiance of your space. The Old World - Matte White Acrylic Diffuser not only provides a classic look but also ensures optimal light distribution, creating a warm and inviting atmosphere.

Key Features and Specifications

Boasting an impressive 8.4 Watt LED Array, this sconce delivers 441 lumens of bright, clear light with a warm 3000k color temperature. The 90CRI rating ensures exceptional color accuracy, making it perfect for showcasing your favorite artwork or adding a touch of elegance to your room. The sconce is equipped with TRIAC and ELV dimming capabilities at 120V AC, allowing for precise control of the light output from 100% to 1% current.

• Energy Efficiency: The 12.4W total input voltage and wattage significantly reduce energy consumption, contributing to both cost savings and environmental sustainability.
• Dimensional Excellence: With dimensions of 7" (w) x 16.5" (h) x 4" (ext), this sconce is designed to complement a variety of interior styles and spaces.

Practical Uses and Installation

Whether you're updating your bathroom, kitchen, or outdoor space, the Oxygen Lighting 3-587-40-124 Sconce is a versatile and practical solution. Its damp rating makes it suitable for installation in areas exposed to moisture, such as bathrooms and patios. The sconce mounts easily to a 4” Octagonal J-Box or Deep J-Box, which is required to house the driver. With a weight of 7.01 lbs, this sconce is sturdy and reliable, providing long-lasting performance. Upgrade your lighting with the Oxygen Lighting 3-587-40-124 Sconce and experience the perfect blend of style, functionality, and energy efficiency.