Essential Bell 10216 30w Ultra Led Integrated Batten - 4000k, Single With Microwave Sensor + Corridor Dim Function 1530mm (5ft) Up To 80% Off [nLGdeHPK]

Essential Bell 10216 30w Ultra Led Integrated Batten - 4000k, Single With Microwave Sensor + Corridor Dim Function 1530mm (5ft) Up To 80% Off [nLGdeHPK]

Discover the ultimate lighting solution with the BELL 10216 Ultra LED Integrated Batten. This innovative lighting system combines cutting-edge technology with superior design, offering unparalleled efficiency and functionality. Engineered for durability and performance, the BELL 10216 is the ideal choice for a wide range of applications, from corridors and pathways to retail spaces and residential areas.

Key Features and Specifications

The BELL 10216 is powered by a 30W LED, delivering an impressive 4600 lumens of bright, uniform light. With a colour temperature of 4000K, it provides a natural and comfortable ambiance. The integrated microwave sensor ensures seamless operation, detecting motion and automatically turning the light on and off, making it perfect for corridors and entryways. Additionally, the corridor dim function allows for a gradual dimming effect, enhancing energy efficiency and user comfort. This product boasts a high CRI of 85, ensuring true-to-life colour rendering, and is backed by a robust 7-year warranty, reflecting the manufacturer's confidence in its quality and performance.

Practical Applications and Benefits

The BELL 10216 is designed to cater to a diverse range of needs. Whether you're looking to illuminate a busy office corridor, enhance the security of your home, or create an inviting atmosphere in a retail space, this versatile lighting solution is up to the task. Its sleek, integrated design not only adds to the aesthetic appeal of any environment but also ensures easy installation and maintenance. The energy-efficient LED technology not only reduces your utility bills but also prolongs the life of the light fixture, making it a smart investment for both the short and long term.