1-PHASE PENDANT LAMP DRAW GU10 FITTING BLACK

• High-quality aluminum
• GU10 fitting
• 1.5 meter cable
• Excluding light source
• 2 year warranty

1-phase pendant lamp LADE with GU10 fitting – Black and stylish

The LADE single-phase pendant lamp with a GU10 base is an elegant and versatile lighting solution for a variety of interiors. Thanks to its minimalist and modern design, this black pendant lamp fits effortlessly into living rooms, offices, restaurants, and other similar settings.

Designed for use on a single-phase track system, this pendant lamp combines aesthetics with functionality. Ideal for those looking for focused lighting with a stylish design.

Robust design in black aluminum

The pendant lamp's body is crafted from high-quality aluminum, giving it a modern look and excellent corrosion resistance. The black finish gives the lamp a sleek and timeless look that will complement any space.

Flexible lighting with GU10 fitting

The LADE pendant lamp features a standard GU10 fitting, allowing you to easily choose from a wide range of LED spotlights. This allows you to customize the desired light color and intensity for any room.

Please note: the pendant lamp is supplied without a light source.

Long cable for versatile applications

Thanks to its integrated 1.5-meter cable, this single-phase pendant lamp is easy to hang at any height. This makes it ideal for use above a table, counter, or workstation.

Key Features

Suitable for 1-phase rail systems
GU10 fitting for LED spotlights (supplied without light source)
Made of high-quality aluminum
Color: black
Cable length: 1.5 meters
Diameter: 60 mm
Fixture height: 130 mm
Resistant to corrosion

Applications

This black 1-phase pendant lamp is ideal for:
Modern living rooms
Meeting rooms
Restaurants and bars
Kitchen islands or counters

With the single-phase LADE pendant lamp, you can easily create atmospheric and professional lighting in any room. Thanks to its GU10 socket and neutral design, this pendant lamp can be perfectly matched to the needs of any environment.