RAB PLT-16.5-V-835-BYP LED lighting fixture, 16.5 watts, 1,850 lumens, 3500K color temperature, 80 CRI. Vertical-mount design with ballast bypass for direct line voltage operation. Suitable for commercial and industrial applications.

Fluorescent Lamps The RAB PLT-16.5-V-835-BYP is a high-performance ballast bypass compact fluorescent lamp designed to deliver exceptional brightness and efficiency. With an impressive output of 1850 lumens, this 16.5W vertical lamp operates at a color temperature of 3500K, offering a warm and inviting light suitable for a variety of indoor applications. Engineered with an 80 Color Rendering Index (CRI), it ensures that colors appear vibrant and true to life.

Key Features

• Lumens Output: 1850 lumens for bright illumination, enhancing visibility in any environment.
• Wattage: Consumes only 16.5W, providing an energy-efficient lighting solution.
• Vertical Design: Optimized for vertical installations, ensuring uniform light distribution.
• Color Temperature: 3500K, delivering a balanced, warm light ideal for workspaces and commercial settings.
• Ballast Bypass: Designed for direct wiring, eliminating the need for a ballast and reducing maintenance costs.

Applications

• Commercial Spaces: Perfect for retail stores, offices, and warehouses where high visibility is required.
• Industrial Settings: Suitable for factories and workshops, providing reliable lighting in work areas.
• Residential Use: Ideal for home lighting solutions, enhancing ambiance in living rooms, kitchens, and hallways.

Benefits

• Energy Efficiency: Reduces energy consumption, leading to lower utility bills and a smaller carbon footprint.
• Longevity: Engineered for durability, this lamp offers a longer lifespan compared to traditional fluorescent lamps, minimizing replacement frequency.
• Enhanced Color Accuracy: The 80 CRI ensures that colors are rendered accurately, contributing to a more productive and aesthetically pleasing environment. --- Product information compiled with AI assistance for reference purposes.