30 Watt LED HID Replacement - Medium base - Adjustable Beam Angle - Type B Ballast Bypass -100-277 Volt

Precision Lighting Meets Industrial Efficiency

Upgrade your high-intensity discharge (HID) fixtures with the SATCO 30-watt LED replacement, a versatile solution designed to slash energy costs by up to 80% while providing superior illumination. By utilizing a Type B ballast bypass installation, you can wire this lamp directly to the 100-277V line voltage, effectively eliminating future ballast maintenance and ensuring a more reliable lighting system for years to come.

What sets this lamp apart is its unique adjustable beam angle. Unlike standard corncob LEDs that offer a fixed spread, this model allows you to toggle between 120, 150, and 260 degrees. This flexibility makes it the perfect choice for outdoor pole lamps, bollards, and utility spaces where you need to control exactly where the light falls. Whether you are illuminating a dark parking lot or a warehouse aisle, you can customize the output to eliminate dark spots and maximize visibility.

Built for durability in demanding environments, this LED features a robust aluminum and steel construction with an IP64 rating, protecting it against dust and splashing water. It is fully rated for use in enclosed fixtures and comes equipped with built-in 4KV surge protection to withstand voltage spikes. With a 50,000-hour rated life and a 5-year warranty, it is a "set it and forget it" solution for any commercial property.

• Energy Efficient: Replaces 150W HID or 200W incandescent bulbs using only 30W of power.
• Customizable Optics: Three adjustable beam angles (120°, 150°, and 260°) for targeted illumination.
• Direct Wire Convenience: Type B ballast bypass design works on 100V-277V circuits.
• High Output: Delivers 3,840 lumens of crisp light available in warm or cool color temperatures.
• Rugged Design: IP64 damp location rating and enclosed fixture compatibility for outdoor pole and site lighting.
• Advanced Protection: Integrated 4KV surge protection and optional sensor compatibility for smart energy management.