1-phase pendant luminaire RAY SUSP ON TRACK 1-PHASE 2.0 PAR16 down, cylindrical, with lamp socket GU10 IP20, bronze

Elegant Design of the RAY SUSP ON TRACK 1-Phase Pendant Light

The RAY SUSP ON TRACK 1-Phase pendant light from Wever & Ducré impresses with its modern yet timeless design in a noble bronze tone. Made of high-quality aluminum, the lamp harmoniously fits into various interior styles and sets stylish accents. With its slim shape and subtle finish, it is a real eye-catcher that elegantly illuminates rooms.

Technical Details and Energy Efficiency

This pendant light is equipped with a GU10 socket and can use bulbs with a maximum power of 12 watts. The lamp operates at a voltage of 100-240 V AC, making it versatile. Despite its compact size, it provides efficient illumination with low energy consumption. Installation is done via a 1-phase track, which ensures easy mounting and flexible positioning.

Optimal Light Distribution with PAR16 Bulbs

The RAY SUSP ON TRACK uses PAR16 bulbs, which are known for targeted and even light distribution. These bulbs enable clear and pleasant lighting that can both highlight accents and illuminate larger areas. By using various bulbs with a GU10 socket, the lighting effect can be individually adjusted and optimally tailored to needs.

Robust Materials and High-Quality Craftsmanship

The aluminum housing gives the lamp not only a light weight but also high stability and durability. The bronze finish ensures a noble look characterized by resistance to scratches and wear. This combination of material and workmanship guarantees a permanently appealing appearance and reliable function in daily use.

Protection Class IP20 for Safe Use

With protection class IP20, the RAY SUSP ON TRACK is protected against solid foreign objects larger than 12.5 mm, ensuring safe use. Although it does not offer special protection against water, the lamp’s design provides good protection against dust and contact. This ensures a long service life and reduces maintenance effort, so the lamp always functions optimally.