RAB HID-115-V-EX39-850-BYP-HB-ECO HID REPLACEMENTS 15500 LUMENS HID 115W VERTICAL BASE EX39 80CRI 5000K BALLAST BYPASS HIGH BAY ECO

HID Lamps The RAB HID-115-V-EX39-850-BYP-HB-ECO is a high-performance HID replacement lamp designed for optimal efficiency and long-lasting illumination. With a powerful output of 15, 500 lumens, this 115W vertical base lamp is an ideal solution for high bay lighting applications, providing bright, clear light at a color temperature of 5000K and a color rendering index (CRI) of 80. ## Key Features • **High Lumen Output:** Produces an impressive 15, 500 lumens, ensuring bright and effective lighting for various applications. • **Energy Efficient:** Consumes only 115W, significantly reducing energy costs while providing the same brightness as traditional HID lamps. • **Ballast Bypass Design:** Eliminates the need for a ballast, simplifying installation and enhancing efficiency by allowing direct wiring to line voltage. • **Vertical Base EX39:** Features a standard vertical base for seamless compatibility with existing fixtures, making it an excellent replacement option. • **Color Quality:** With a CRI of 80, it delivers true color representation, ideal for settings where accurate color perception is essential. ## Applications • **High Bay Lighting:** Perfect for warehouses, manufacturing facilities, and gymnasiums where high ceilings require robust lighting solutions. • **Industrial Settings:** Provides effective illumination for factories and workshops, improving visibility and safety. • **Commercial Spaces:** Suitable for retail environments, enhancing product visibility and customer experience. ## Benefits • **Cost Savings:** The energy-efficient design reduces electricity consumption, leading to lower operational costs. • **Long Lifespan:** Engineered for durability, minimizing the frequency of replacements and maintenance efforts. • **Enhanced Productivity:** Bright, clear lighting improves visibility, contributing to a safer and more productive work environment. --- *Product information compiled with AI assistance for reference purposes.*