Hot Deal Nx7-f-ind-1730_in Tl 52,4w 80_3000k 65° Cstom 1-10 [l6a6.83004565.xx.xx3] For Men [J2EFaTjB]

NX7-F-IND-1730 Linear Structure Direct Light

Introducing the NX7-F-IND-1730, a state-of-the-art linear structure direct light designed for exceptional performance and versatility. Crafted primarily from high-quality aluminium, this fixture offers a symmetrical light distribution with a 35° beam angle, ensuring uniform illumination across your space. The NX7-F-IND-1730 is powered by a robust PCB TRIDONIC system, delivering an impressive 6960Lm of light output with a luminous efficacy of 133Lm/W. This innovative light source is not only energy-efficient but also boasts a Color Rendering Index (CRI) of 80, ensuring vibrant and true-to-life colors.

Key Product Properties and Specifications

The NX7-F-IND-1730 is engineered with precision and durability in mind. It features an IP20 protection rating, making it suitable for a variety of indoor applications. The light source is fully powered by a 52.4W PCB TRIDONIC, providing a warm and inviting 3000K color temperature. With a beam angle of 65°, this fixture offers excellent control over the light distribution, allowing you to customize the illumination to your specific needs. The NX7-F-IND-1730 is also dimmable via a 1-10V control system, offering seamless adjustment for the perfect ambiance.

Practical Uses and Benefits

Whether you're looking to enhance the aesthetics of a retail space, create a cozy atmosphere in a residential setting, or provide functional lighting in an office environment, the NX7-F-IND-1730 is an ideal choice. Its custom finish option allows for a personalized touch, ensuring that the fixture complements your existing decor. With its energy-efficient design and exceptional light quality, this fixture is not only a smart investment but also a sustainable one. The NX7-F-IND-1730 is perfect for a wide range of applications, including retail stores, showrooms, residential homes, and office buildings, where high-quality, customizable lighting is a must.