V-TAC 40W LED Linear Surface Mounted SAMSUNG CHIP 120cm VT-8-40 3000K 4300lm 5 Years Warranty 20350

Modern LED lighting for surface mounting

This V-TAC linear LED fixture, with a power of 40W and a length of 120cm, is an energy-saving solution for lighting commercial and utility spaces. It utilizes high-quality SAMSUNG chips, guaranteeing reliability and efficiency. The light with a color temperature of 3000K creates a pleasant, warm atmosphere, ideal for rooms where comfort is important.

The fixture emits as much as 4300 lumens of light, providing bright and even illumination. The beam angle is 120 degrees, allowing for wide coverage of the illuminated area. The fixture's construction with a milky polycarbonate diffuser minimizes glare and ensures visual comfort.

Mounting and application

The fixture is designed for surface mounting – this is a quick and easy way to modernize existing lighting without the need to interfere with the electrical installation. The set includes mounting clips and dowels, making installation easier even for less experienced users. Thanks to the IP20 protection rating, the fixture is resistant to touch and dust, making it ideal for dry indoor rooms.

Why choose this fixture?

• High efficiency: 4300 lumens with only 40W power consumption – significant energy savings compared to traditional light sources.
• SAMSUNG technology: The use of SAMSUNG chips guarantees high light quality and long fixture life.
• Visual comfort: The milky polycarbonate diffuser provides even light distribution and minimizes glare.
• Long warranty: A five-year manufacturer's warranty ensures reliability and peace of mind.
• Easy installation: A complete mounting kit makes quick and trouble-free installation easier.
• Versatility: Ideal for offices, shops, warehouses, corridors and other utility rooms.

Information on light intensity depending on the mounting height is available in the product's technical documentation and allows for optimal lighting planning for a given room – however, remember that these are approximate values and may vary depending on specific conditions.