Performance in Lighting PIL LED-schijnwerper Guell Zero+ Kit S/M 13W 1600lm 4K symm. met arm 0,5m

The Guell Zero+ Kit S/M stands apart from standard floodlights by bundling a pre-wired 0.5 m bracket and a symmetric optic into a single, installation-ready unit. Where typical kits force you to source mounting hardware separately or accept a beam pattern that wastes light on uneven surfaces, this 13 W LED module delivers a controlled 1600 lm output with a neutral 4000 K colour temperature, making it a direct replacement for less efficient halogen solutions in both new builds and retrofit projects.

Highlights

• Complete kit: floodlight, symmetric optic, and 0.5 m bracket included
• Energy-efficient 13 W LED with 1600 lm luminous flux
• Neutral white 4000 K colour temperature for balanced illumination
• Symmetric light distribution suits facades, signage, and general area lighting
• Compact and lightweight design simplifies handling and mounting

In daily use

On site, the Guell Zero+ Kit S/M proves its worth through predictable performance. The symmetric beam ensures even coverage without hot spots, while the 0.5 m bracket provides enough standoff to clear obstacles or direct light precisely. Maintenance teams appreciate the long LED lifespan, which reduces relamping frequency compared to traditional sources. Whether illuminating a walkway, accenting architectural details, or replacing an old halogen floodlight, this kit delivers consistent results with minimal fuss.

Full specifications

• Brand: Performance in Lighting
• Model: LTF1911FS840
• MPN: LTF1911FS840
• EAN: 8018367760101
• Power consumption: 13 W
• Luminous flux: 1600 lm
• Colour temperature: 4000 K (neutral white)
• Light distribution: Symmetric
• Included bracket length: 0.5 m
• Product colour: White

Final note

For contractors and facility managers seeking a reliable, all-in-one LED floodlighting solution, the Guell Zero+ Kit S/M offers the essential components in one box, backed by Performance in Lighting's reputation for durable, high-quality luminaires.