17 Watt T8 LED - 4Ft - Medium Bi Pin base - 50000 Average rated hours - 2100 Lumens - Type B - Ballast Bypass - Single or Double Ended Wiring

Modernize Your Facility with High-Efficiency T8 LED Retrofits

Eliminate the hum, flicker, and high maintenance costs of traditional fluorescent lighting. The SATCO 17 Watt T8 LED tube is engineered for professionals who demand reliability and performance. By utilizing a Type B ballast bypass design, this lamp connects directly to your line voltage, removing the need for troublesome ballasts and ensuring your lighting system operates at peak efficiency for years to come.

Whether you are upgrading a sprawling warehouse, a busy school corridor, or a high-traffic retail space, these 4-foot lamps provide a crisp 2100 lumens of brightness while consuming significantly less energy than a standard 32W fluorescent. With a 50,000-hour rated life and a 5-year warranty, you can finally stop climbing ladders for frequent replacements and focus on your bottom line.

• Versatile Installation: Supports both single and double-ended wiring, making it compatible with a wide variety of existing fixtures and reducing labor complexity during retrofits.
• Superior Efficiency: Replaces up to 32W fluorescent tubes with only 17W of power, leading to immediate utility savings and a rapid return on investment.
• Safety First: Features a built-in shock-resistant circuit that ensures the lamp is not "hot" until both ends are securely installed, protecting installers during the process.
• Built for Tough Environments: Rated for use in damp locations and enclosed fixtures, making it the perfect choice for parking garages, basements, and covered commercial areas.
• Exceptional Clarity: Delivers high-quality light with an 80+ CRI, ensuring colors look natural and workspaces remain vibrant and productive.

From healthcare facilities to hospitality venues, the SATCO Type B LED is the professional choice for future-proofing your infrastructure with durable glass construction that maintains its shape and clarity over time.