80 Watt LED HID Replacement - CCT Selectable - Type B - Ballast Bypass - Mogul Extended Base - 277-480 Volt - ColorQuick Technology

Transform Industrial Spaces with High-Voltage Versatility

Finding the right lighting for demanding environments often means balancing power with efficiency. This 80-watt LED HID replacement simplifies your facility maintenance while delivering exceptional performance. Engineered specifically for 277-480 volt systems, it bypasses the need for traditional ballast maintenance and provides a direct-wire solution that cuts energy consumption by over 70% compared to legacy 300W HID fixtures. Whether you are managing a bustling warehouse or a massive athletic gymnasium, this lamp provides the instant-on intensity you need without the flickering or slow warm-up times of older technology.

Customization is built directly into the lamp via ColorQuick technology. Instead of committing to a single color temperature, you can toggle between 3000K, 4000K, and 5000K settings during installation to match the specific atmosphere of your facility. This flexibility makes it an ideal choice for multi-use spaces where visual clarity is paramount. From high-ceiling manufacturing floors to outdoor area lighting, the IP64 rating and integrated 4KV surge protection ensure these LEDs withstand the rigors of heavy-duty operation.

• Drastic Energy Savings: Replace 300W HID or 400W incandescent lamps with just 80W of LED power, significantly lowering monthly utility bills.
• Industrial Voltage Compatibility: Specifically designed for 277V to 480V circuits common in large-scale commercial and industrial power grids.
• Selectable Color Temperatures: Adjust the light output to 3000K, 4000K, or 5000K on the fly to suit different tasks and environments.
• Rugged Durability: Features an IP64 rating for dust and moisture protection, combined with built-in surge protection for reliable performance in damp locations.
• Maintenance-Free Operation: Rated for 50,000 hours of life and backed by a 5-year warranty, drastically reducing "ladder-time" and replacement costs.