Shielded bollard with asymmetrical light distribution for the illumination of paths, squares, access roads and entry areas.Luminaire made of aluminium profile, aluminium alloy, aluminium and stainless steel, IP65,IK07.

Miniaturized design meets architectural scales: Its exceptional integration makes ADONIS ARCHITECTURAL an excellent choice for grazing applications and direct illumination on façades and ceilings. A multitude of options include several power levels and color temperatures plus a variety of light engines ranging from static white to RGBW, as well as 10°, 30° or 60° and opal optics to choose from. Polyurethane is utilized in ADONIS ARCHITECTURAL to make it more resistant to impact from salt water UV-light and solvents. High protection against vandalism thanks to a robust, powder-coated aluminum profile with an IK10 certification.

Round recessed spotlight in die-cast aluminium; surface traffic white powder coated; 360° rotatable and 35°

tiltable; installation without tools in mounting set due to patented ball catch system.

Rectangular recessed multi-downlight made of die-cast aluminium; installation without tools in mounting set due to patented ball catch system; rectangular installation housing; with trim traffic white; suitable for ceiling thickness of 2-25 mm; equipped with four narrow medium round light elements; symmetrical light distribution with precise radiation characteristic, beam angle 22°; high quality reflector with micro-faceted, aluminumvaporised surface; chrome reflector; passive cooling of the LEDs through improved heat sink geometry; light colour 3000 K; binning initial MacAdam ≤ 3 SDCM; CRI ≥ 90; min. 90% of luminous flux after 50000 operating hours; energy-efficient high power LEDs with very good colour rendering; degree of protection IP20; PC2; incl. converter, non dimmable; through wiring connection box, 3-pole or 5-pole, available as an accessory; accessories are listed separately; light source not replaceable; control gear replaceable by an authorized professional; clank-free;