LED FLOOD LIGHTS
LIGHTING IS THE ABILITY TO CREATE AND REDISCOVER UNIQUE SPACES
LED FLOOD LIGHTS
LIGHTING IS THE ABILITY TO CREATE AND REDISCOVER UNIQUE SPACES
OPTICS
LED FLOOD LIGHTS
SPORT – 10º
Intensive symmetric optics to concentrate the light in a small area at a great distance. Used in soccer fields and architectural lighting.
SPORT – 30º
Symmetric intensive optics, to cover medium and long distances. Used in soccer fields and architectural lighting.
SPORT – 60º
Standard symmetric optics for medium distance in areas where the light layout should be regular. A versatile optic prepared for all kind of uses.
SPORT – 90º
Standard symmetric general purpose optics. Usually installed to illuminate a wide area evenly.
SPORT – 120º
Symmetric extensive optics, standard LED aperture. It is used generically for the illumination of large areas with regular distribution.
SPORT – PD
Combination of special optics for each sport discipline that guarantees the highest light intensity where it is required, with a homogeneous distribution on the track. The specific arrangement of the lenses in the luminaire prevents glaring the athletes and minimizes the light loss in the back of the luminaire, always focusing on the play area.
OUTDOOR – 10º
Intensive symmetric optics to concentrate the light in a small area at a great distance. Used in soccer fields and architectural lighting.
OUTDOOR – 30º
Symmetric intensive optics, to cover medium and long distances. Used in soccer fields and architectural lighting.
OUTDOOR – 60º
Standard symmetric optics for medium distance in areas where the light layout should be regular. A versatile optic prepared for all kind of uses.
OUTDOOR – 90º
Standard symmetric general purpose optics. Usually installed to illuminate a wide area evenly.
OUTDOOR – 120º
Symmetric extensive optics, standard LED aperture. It is used generically for the illumination of large areas with regular distribution.
OUTDOOR – VSM
Symmetric 160º optics that extend the light to almost parallel to the luminaire. Recommended for high interdistance between points of light.