Authentic Led Architectural Parabolic 4' Suspended Direct/indirect Light 5k Apparel [V1IC5AJL]

LED Architectural Parabolic 4' Suspended Light

Introducing the LED Architectural Parabolic 4' Suspended Light, a premium lighting solution designed for versatility and efficiency. This exceptional fixture offers a perfect blend of direct and indirect lighting, making it ideal for a variety of applications. With its sleek design and robust construction, it is a standout choice for modern architectural settings.

• 40 watts of up light provides a warm and inviting ambiance.
• 2,100 lumens of down light ensures optimal illumination.
• Adaptable for continuous runs with the Coupling Bracket (part # SCLP-CB).

Product Specifications and Technical Details

The LED Architectural Parabolic 4' Suspended Light boasts impressive specifications that highlight its advanced technology and superior performance. This fixture offers a 5,000K color temperature, delivering a balanced and natural light. It has a total of 6,600 lumens, making it highly efficient for spaces requiring ample illumination. The 120/277V, 0-10V dimming feature adds flexibility, allowing for customization of the light output.

• 120~277VAC 50/60Hz voltage compatibility for global use.
• 0-10V dimmable for precise control of the light intensity.
• With a CRI >80, this light ensures vibrant colors and accurate representation.

Practical Applications and Target Audience

The LED Architectural Parabolic 4' Suspended Light is a versatile choice for various settings. Ideal for hotels, offices, conference rooms, and educational facilities, this fixture enhances the overall environment with its sleek design and exceptional performance. Its long lifespan of 50,000 hours ensures durability and cost-effectiveness over time.

• Enhance the ambiance in any space with its warm and inviting up light.
• Provide ample illumination for tasks and activities with its high lumen output.
• Perfect for businesses and institutions looking to upgrade their lighting solutions with a modern, energy-efficient option.