The NICOR Lighting 1×4 Ft. 3500K Architectural LED Troffer (T3A-14-S-MV-35) provides an economical, easy-to-install upgrade from linear fluorescent lighting to a long-lasting and energy-efficient LED solution. With a color temperature of 3500K, this light gives off the perfect amount of light for every room. The design of the contemporary center lens delivers a soft natural glow with even illumination and minimized glare make it an attractive general-purpose ambient lighting solution. The 1X4 T3A also features a pre-mounted driver with a maintenance-free, fully sealed chamber and is available in 1×4, 2×2 or 2×4 configurations. This LED retrofit kit fits easily in most existing fluorescent troffer and parabolic fixture housings and will enhance the appearance of the modern office or other commercial spaces such as schools, hospitals, retail, conveniences stores, restaurants and hospitality applications. The high performance 1X4 T3A is available in 3500K, 4000K or 5000K color temperature, and features the latest technology in LED lighting to deliver the highest quality of light that is backed by NICOR’s 5-year limited warranty. At NICOR, we’re always looking for ways to make your light better. We continue to innovate, challenge our thinking and improve our processes. We look to earn your business by delivering progressive lighting solutions designed to balance value with the highest design performance possible. We’re determined to bring you reliable products that provide real solutions. When you choose a NICOR product, you can rest assured you’re getting a product that has been tested to the highest standards available. Our commitment is to be a leader of reliability, innovation, and excellence because we understand just how important you are.
The T3A features a premounted driver with a high efficiency, maintenance-free, LED chamber
Durable steel construction with white powder coat finish
Features smooth formed sides for safe handling
Precision engineered polystyrene diffuser
No visible diodes, hot-spots, or shadows providing high uniformity, and reduced glare