Sienas Gaism. Domoletti Valve 14W LED nástenné svietidlo čierne

With a powerful 1200 lm output from just 14 W, this LED wall light delivers bright, energy-efficient illumination for outdoor and indoor spaces. The Domoletti Valve features a robust aluminum body with a polycarbonate diffuser, ensuring durability and even light distribution. Its IP54 rating protects against dust and water splashes, making it suitable for covered outdoor areas. The neutral white 4000 K light creates a clean, modern ambiance, ideal for facades, entrances, and corridors.

Overview

The Sienas Gaism. Domoletti Valve is a surface-mounted LED wall light that combines sleek design with reliable performance. The integrated LED module has a lifespan of 25,000 hours, reducing maintenance and replacement costs. Operating on standard 220-240 V mains voltage, it is easy to install and requires no additional driver. The black aluminum body complements contemporary architecture, while the polycarbonate diffuser ensures uniform light without glare.

What stands out

• High luminous efficacy: 1200 lumens from only 14 W
• Durable construction: aluminum body and PC diffuser
• Weather-resistant IP54 rating for outdoor use
• Long-lasting LED with 25,000-hour lifespan
• Neutral white 4000 K light for clear visibility

Technical details

• Product type: Wall light with integrated LED
• Power consumption: 14 W
• Luminous flux: 1200 lm
• Color temperature: 4000 K (neutral white)
• Color rendering index: >80 Ra
• Input voltage: AC 220-240 V, 50/60 Hz
• Ingress protection: IP54
• Dimmable: No
• Body material: Aluminum
• Diffuser material: Polycarbonate
• Body color: Black
• Installation: Surface wall mounted
• LED lifespan: 25,000 hours

Our verdict

A solid choice for those seeking a reliable, energy-saving wall light with a modern black finish. Its IP54 rating and robust build make it suitable for covered outdoor areas, while the neutral white light enhances safety and aesthetics. The long LED lifespan and low power consumption ensure cost-effective operation over time.