SPARK

Single emission downlights for indoor application. The warm white LED light source is composed of 3 powerled LEDs with CCT of 3000 K and a CRI 90; the source luminous flux is 537 lm, with a 89.5 lm/W nominal luminous efficacy. The device body is made of iron and features a white + black finish, processed by means of powder coating; the diffuser is made of pom-c. The ingress protection degree is IP20; the total weight is of 0.215 kg. The power supply driver is not provided and is to be ordered separately. The total absorbed power is 6 W. The power supply cable is included and features a 0.170 m length. The device features protection class III and can be ceiling-mounted, with a 113 x 42 mm hole (in plasterboard). Compliant with the EN 60598-1 standard and its specific provisions.

Wall mounted for outdoor applications, single beam; surface mounted (wall); Power consumption: 7W; Power supply: 24Vdc; Lumen output at source: 795 lm; Delivered lumen output: 501 lm (52°, 3000K); 1 COB LED, 2-step MacAdam, 60 000h L80 B10 (Ta 25°C); LED colour: 2700K; Optics: 52°: optical system consisting of a high-efficiency, deep-set TIR lens combined with a high-quality technical filter; CRI Colour Rendering Index: >90; Body material: body made of low-copper-content die-cast aluminium alloy

Recessed pin-hole downlight made of aluminium housing with white powder coated finish. Black finish available upon request. Luminaire come with 2 different sizes, 6-8W in Ø63mm and 8-15W in Ø90mm.

DOT family is a range of small recessed wall luminaires with LED light sources. The glare-free cover enables DOT to be installed where comfortable illumination is required. Fitted with world renowned LED manufacturer DOT is highly efficient with low energy consumption. DOT is available in four different design with interchangeable front covers in both square and round shapes. The very small and shallow housing allow the installation of the fixtures in wall or step that have limited recessing depth. DOT is regularly used to illuminate stairways and pathways where directional low level light is preferred.