Handcrafted Westgate Lpf-2ft-mct-dd Linear Puff Fixture, Selectable Power & Cct, Dual Dimming Triac & 0-10v, 25w, 30k/40k/50k - Beat The Rush [PdfHsR7u]

Westgate LPF-2FT-MCT-DD Linear Puff Fixture: Versatile Lighting Solution

The Westgate LPF-2FT-MCT-DD Linear Puff Fixture is a cutting-edge lighting solution designed for a wide range of applications. This fixture stands out with its selectable power and color temperature, offering flexibility and convenience. With dual dimming capabilities via TRIAC and 0-10V control, you can achieve the perfect ambiance for any setting. Its robust steel housing and white finishing ensure durability and a sleek look, making it an ideal choice for industrial, commercial, and residential spaces.

Technical Specifications and Performance

The LPF-2FT-MCT-DD fixture is equipped with a wide voltage range of 100V-277VAC, ensuring compatibility with various power systems. With a power factor of 0.95 and efficacy of 90LM/W, this fixture delivers exceptional energy efficiency. Its white acrylic diffuser lens provides a smooth and uniform light distribution, while the 2250 total lumens offer ample illumination. The fixture is available in three color temperatures – MCT: 3000K/4000K/5000K – to suit different lighting needs. With a color rendering index of 90, it ensures vibrant and true-to-life colors. The operating temperature range of -22F to 104F and a lifespan of 50,000 hours make this fixture reliable and long-lasting.

Applications and Benefits

The Westgate LPF-2FT-MCT-DD Linear Puff Fixture is versatile and perfect for a variety of settings. Whether it's illuminating industrial workspaces, commercial buildings, or residential areas, this fixture offers exceptional performance and energy efficiency. Its dual dimming capabilities and adjustable color temperatures provide flexibility to create the desired atmosphere. The fixture's robust construction and long lifespan ensure it can withstand the rigors of everyday use, making it a cost-effective and practical choice for any lighting application.