Single emission uplights for outdoor application. The warm white LED light source with a flood light distribution is composed of 1 powerled LEDs. The device body is made of die-cast aluminium en ab - 46100 and features a black finish, processed by means of open pore anodizing + powder coating; the diffuser is made of extra clear glass - tempered. The ingress protection degree is IP68; the total weight is of 0.2 kg. The power supply driver is not provided and is to be ordered separately. The power supply cable is included and features a 1 m length. The device features protection class III and can be floor-mounted with an outer casing, code 99855 (for concrete or masonry). Compliant with the EN 60598-1 standard and its specific provisions.

IP66, Class I. IK10. Marine-grade, all-aluminium construction. 5CE superior corrosion protection including PCS hardware. Polycarbonate lens. Silicone CCG® Controlled Compression Gasket. Luminaire is factory-sealed and does not need to be opened during installation. Integral EC electronic converter in thermally-separated compartment. Advanced thermal management protects LEDs while optimising lumens output. CAD-optimised optics for superior illumination and glare control. Two-sided light output versions for 360° symmetric distribution. One-sided light output versions with 'rearward glow' feature. Ideal for pathway lighting applications. Luminaire spacing up to 5-8 m.

Single emission recessed downlights for indoor application. The warm white LED light source with a spot light distribution is composed of1 arrayled LEDs. The luminaire body is made of technopolymer and features a white finish; the diffuser is made of uv resistant polycarbonate. The ingress protection degree is IP20.

Efficient and cost-effective LED bollards for the illumination of ground surfaces. These luminaires are characterised by high luminous efficiency and great uniformity of illuminance. We can supply these luminaires in three sizes for the differing dimensions of the installation site. Their sturdy construction makes them especially suitable for areas in which considerable robustness is required.