Pendant lamp SOLLUX SL.2215 UGO 40 BEIGE 1 x E27

The UGO 40 pendant lamp combines a clean spherical shape with a beige colour and a combination of steel and glass. The model is designed for one replaceable LED bulb with an E27 socket and a maximum power of 15 W, allowing you to choose a suitable bulb according to your preferences.

With its compact diameter of 400 mm and height of up to 1300 mm, the lamp is suitable for various interior compositions. It can be used as a standalone accent above a table, in a dining area or in a living room, where its spherical silhouette adds a finished look to the furnishings. UGO 40 is also suitable for a bedroom, where its simple shape contributes to a calm and orderly appearance.

The beige colour fits naturally into interiors with a neutral colour palette and can be combined with different furnishing styles. The round shape creates a soft visual accent without making the space more complicated, while the pendant mounting draws attention to the area below the lamp. The model can be used on its own or included in a composition of UGO pendant lamps when you want a more dynamic arrangement at different heights.

The replaceable E27 bulb is a practical solution because it can be replaced separately from the light fitting. The light source is not included, so you can choose an LED bulb with your preferred characteristics within the maximum power of 15 W. The IP20 protection rating is intended for indoor use, while protection class I is part of the model's technical specifications.

Mounting: Ceiling

Material: Steel, Glass

Colour: Beige

Dimensions: Diameter: 400mm, Height: 400mm - 1300mm

Socket: E27

Number of light sources: 1

Maximum power: 1 x 15W LED

Power supply: ~230 V, 50 Hz

Protection rating: IP20

Protection class: I

Light source: Not included

Manufacturer: Sollux - Poland

UGO 40 is a good choice if you are looking for a pendant lamp with a clear shape, neutral beige colour and replaceable E27 bulb. Choose a suitable light source and order the model for your interior.