Spot lamp SOLLUX SL.2162 RING BURGUNDY 3 x GU10

The RING 3P spot lamp is a compact lighting fixture in a modern minimalist style, made of steel in burgundy. Its three cylindrical reflectors with GU10 sockets allow you to create directional lighting according to the bulbs you choose.

With its dimensions of 257 mm in length, 257 mm in width and 145 mm in height, this ceiling lamp is suitable for rooms where functional lighting is important without taking up unnecessary visual space. It can be used as general lighting in a living room, kitchen or office when the light needs to be directed towards specific areas. The burgundy colour adds a distinctive accent to modern and industrial interiors while preserving the clean character of the form.

The three reflectors are adjustable, allowing you to direct the light in different directions. This lets you illuminate selected parts of the room or highlight individual interior elements. The replaceable GU10 bulbs allow you to choose the desired light colour and power according to your preferences, with a maximum power of 10 W for each light source.

The steel construction combines practicality with a simple design, while the burgundy finish makes the ceiling lamp a noticeable detail. The bulbs are not included, so you can select three GU10 LED sources yourself. The IP20 rating is intended for indoor use, while protection class I and the power supply of approximately 230 V at 50 Hz are stated in the technical data.

Mounting: Ceiling

Material: Steel

Colour: Burgundy

Dimensions: Diameter of the base: 257mm, Diameter of the head: 60mm, Height: 145mm

Socket: GU10

Number of light sources: 3

Maximum power: 3 x 10W LED

Power supply: ~230 V, 50 Hz

Ingress protection: IP20

Protection class: I

Bulbs: Not included

Manufacturer: Sollux - Poland

The RING 3P spot lamp is a practical choice for modern and industrial spaces when you are looking for a compact form, three replaceable GU10 bulbs and adjustable light direction. Choose the right light sources and order your RING model.