Back In Stock Nit-ind-2010_wl 61,9w 80_3000k 120° Cstom On-f [b7a0.830054c0.xx.xx1] Web Only Deal [TCrpqnHK]

Aluminum Linear Structure Direct Light

Introducing the NIT-IND-2010_wl 61,9W LED Linear Structure Direct Light, a state-of-the-art lighting solution designed for versatility and efficiency. This product is primarily constructed from high-quality aluminum, ensuring durability and a sleek design. With a symmetrical light distribution at a 120° beam angle, it provides uniform illumination ideal for various applications. The NIT-IND-2010_wl stands out for its exceptional performance, delivering a warm and inviting ambiance with a color temperature of 3000K.

Technical Specifications and Features

This LED linear light is powered by a robust PCB TRIDONIC driver, consuming only 61.9W of energy. Despite its low power consumption, it produces an impressive 5805 lumens, resulting in an efficiency of 94Lm/W. The CRI (Color Rendering Index) of 80 ensures that colors are accurately represented, enhancing the visual appeal of any space. The product is available with IP20 protection, making it suitable for indoor environments. It features a simple ON-OFF dimming option, allowing for easy control over the lighting levels. Additionally, the custom finish option offers a personal touch, enabling you to tailor the light to your specific design preferences.

Practical Applications and Benefits

The NIT-IND-2010_wl 61,9W LED Linear Structure Direct Light is an excellent choice for a wide range of applications. Whether you're illuminating a retail space, a kitchen, or a hospitality area, this light fixture offers superior brightness and efficiency. Its warm color temperature of 3000K creates a cozy and inviting atmosphere, perfect for creating a welcoming environment. With its high CRI and energy-efficient design, the NIT-IND-2010_wl is not only functional but also contributes to energy savings and sustainability. Ideal for both commercial and residential settings, this versatile lighting solution is sure to enhance the aesthetics and functionality of any space.