Functionality in the forefront in the service of urban comfort. This is the genesis of URKO. The awakening of an LED generation where visual subtlety facilitates its integration into interior applications of diverse nature.


Urko illustrates modularity and versatility, defining genuine spaces capable of transcending time. Its circular geometry and compact design evoke timeless values. The fusion between straight and curved lines connected through discrete intersections, brings modernity to the whole.
In this aesthetic exercise, the design also boosts efficiency and effectiveness, enhancing thermal dissipation and self-cooling capacity, as well as optical customization. Its lenses arranged in the shape of a greek cross allow a wide photometric richness to optimize complex arrangements.


The set is integrated by an aluminum injection body EN-AC-44100 (L-2520). As it is a low copper alloy, the corrosion resistance of the luminaire experiences a substantial increase over a large number of industrial injections. In environments characterized by highly aggressive atmospheres, the optional anodization of said body allows to significantly extend the life cycle. The configuration of its mechanical structure generates a thermal bridge between the dissipation area of the LED modules and the power supply, avoiding the critical heat transmission that characterizes the majority of standard bell-shaped architectures existing in the market.


Technical keys

technical keys

Descriptive views

Dimensions and instalation

The URKO projector has an outside diameter of 550mm and a variable height depending on the driver installed.

This product can be anchored in various ways, it can be provided with a hanging ringbolt or with an adjustable bracket of various sizes.

It exists in 48 and 96 LED versions and with different power and lens regulations for even the most demanding applications such as outdoor sports fields.

Its installation is done with M12 screws or hanging ringbolts.

The most common installation for the Urko projector indoors is hung from the ceiling, with a chain or similar taking advantage of the ring with which it is supplied.



Standard Photometries. The SETGA optical department can study additional configurations adapted to each project.


Jesús Saavedra
Jesús Saavedra

Chief Innovation Officer (SETGA)

Jesús Saavedra
Francisco Paz
Francisco Paz

Thermodynamic Engineer (SETGA)

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