Compact 15-a085-14-du, Spotlight Atom Surface Ø75 26w Led Warm-white 2700k Cri 92 37.4º Dali-2 , White, Transparent Best Choice [JoTgDxQ5]

Spotlight Atom Surface Ø75 LED Spotlight

The Spotlight Atom Surface Ø75 26W LED WARM-WHITE 2700K CRI 92 37.4º DALI-2 is a versatile and efficient lighting solution designed for indoor use. This sleek and modern spotlight features a 360-degree rotatable optical module, allowing for precise directional lighting. Crafted with high-quality materials, it combines durability with aesthetic appeal, making it an excellent choice for any room. The transparent polycarbonate diffuser ensures a uniform distribution of light, enhancing the overall ambiance of your space.

Product Specifications and Technical Details

The Spotlight Atom Surface Ø75 is equipped with a CREE LED, providing a maximum power of 23.1W and a real flux of 2606 lumens. With a colour temperature of 2700K and a colour rendering index (CRI) of 92, this spotlight delivers true-to-life colours and exceptional visual quality. The product boasts an impressive lifespan of 50,000 hours at L80B20, ensuring years of reliable performance. It is also compatible with DALI-2 dimming technology, offering seamless integration with smart home systems. The spotlight has a power factor of NULL and operates within a voltage range of 120-240/50-60Hz, making it versatile for various electrical systems.

Practical Applications and Benefits

Ideal for both residential and commercial settings, the Spotlight Atom Surface Ø75 is a versatile lighting solution that enhances the aesthetics and functionality of any space. Whether used in a living room, office, or retail store, this spotlight provides a warm and inviting atmosphere. Its durable aluminium structure and transparent polycarbonate diffuser ensure long-lasting performance. The product's energy efficiency and low maintenance requirements make it an eco-friendly choice. With its sleek design, the Spotlight Atom Surface Ø75 is sure to complement any interior décor, providing both style and functionality.