Nora Lighting Onyx Round LED Retrofit 5/6" Copper 4000K Adjustable Light

The Onyx Series LED fixture by Nora Lighting is an advanced lighting solution designed for a variety of applications including commercial, architectural, retail, hospitality, healthcare, educational, and residential settings. It offers exceptional energy efficiency and a sleek, modern design, making it an ideal choice for those looking to enhance their lighting systems.

This LED fixture is built to last, featuring a durable copper construction that ensures longevity and reliability. The Onyx Series provides even illumination without diode images, creating a comfortable visual environment. With a low profile and a dimmable function, this fixture is suitable for both new installations and retrofitting existing 5- or 6-inch recessed housings. The unit produces 750 lumens with a color rendering index (CRI) of 90+, ensuring high-quality light that enhances the visual appeal of any space.

• Collection: Onyx, featuring a modern white finish.
• Brightness: Produces 750 lumens for superior illumination.
• Color Temperature: Available in 2700K, 3000K, or 4000K options for customizable ambiance.
• Dimmable: Allows for easy adjustments to suit various lighting needs.
• Compatibility: Fits into 5- or 6-inch recessed housings; includes a medium base socket adaptor for easy retrofitting.
• Construction: Made from high-quality copper for durability.
• Specifications: cULus wet listed, 120V voltage with a maximum wattage of 125.

The Onyx Series LED fixture is perfect for homeowners and professionals alike who seek a reliable, efficient, and versatile lighting solution. Its ability to deliver high color accuracy and even light distribution makes it suitable for spaces where clarity and comfort are essential, such as retail environments, educational institutions, and healthcare facilities. By choosing the Onyx Series, you are investing in a product that combines innovation, quality, and energy efficiency, ensuring that your lighting needs are met with style and functionality.