Universal Ansell Aotevled5/w/m3 Otto Evo Cct Suspended Linear 1500mm Emergency With A 30% Price Cut [FE6R1CWP]

Ansell EVO CCT Suspended Linear Light

Introducing the Universal Ansell Aotevled5/w/m3 Otto Evo Cct Suspended Linear 1500mm Emergency With A 30% Price Cut [FE6R1CWP], a versatile and innovative lighting solution designed for office, retail, and educational environments. This state-of-the-art linear light boasts a sleek profile and a range of features that make it an excellent choice for any suspended ceiling installation. With its die-cast aluminium end caps and a standard 1.5m suspension kit, this emergency light is ready to enhance your space with a touch of modern elegance.

Key Features and Specifications

The Ansell EVO CCT Suspended Linear Light is equipped with a host of features that set it apart from other emergency lighting options. Its adjustable bracket system provides complete flexibility for mounting and installation, ensuring a seamless fit in any setting. The specially designed diffuser allows for quick access to wiring, making the installation process both fast and easy. Additionally, the light offers a wide range of benefits, including a slim profile available in white and aluminium finishes, and a selective Colour Temperature (CCT) option between 3000K and 4000K output, allowing you to achieve the perfect ambiance for your space.

Practical Applications and Benefits

Whether you're outfitting a modern office, a bustling retail store, or an educational facility, the Ansell EVO CCT Suspended Linear Light is an ideal choice. Its architectural design and durable construction make it suitable for a variety of applications, ensuring reliable performance in emergencies. The light's energy-efficient LED technology not only provides a bright and clear illumination but also helps reduce energy costs over time. With its easy installation and user-friendly design, this emergency light is perfect for any budget-conscious buyer looking to enhance their space with a professional-grade lighting solution.