SPARK

Flexible high lumen LED Strip in 120 degree beam, 80 leds/m. 100mm cut length 24V voltage. CCT available from 2300K - 6000K. Suitable for Indoor and Outdoor application. DIMENSION : L1000*W 8 mm.

Housing made of extruded aluminum and corrosion‑resistant die‑cast aluminum AlSi12, polyester powder coated by high‑quality and UV‑stabilized coating process, Colour: black ral 7021, all exterior parts are stainless steel, tempered safety glass, anti‑reflective coating from 1 side, silicon gasket, closure with 4 stainless steel screws, for installation on poles Ø 60‑100mm, adjustable aluminum mounting base, powder coated: 2 drilled holes Ø 9mm, tilt range: 80°, cable gland: M20, connecting terminal: 3 pole, tilt range: 180°, focusable projection lens for precise light control and sharp‑edged image projections, Integral driver (AC/DC), 80, Beam angle (fwhm): 14°, luminous flux: 1544 lm, wattage: 55 W, delivered lumens 28 lm/W, protection type IP67, protection class I, impact resistance IK08, windage area 0,085 m², dimensions: Ø 240 mm, width 425 mm, weight 7.3 kg. The modular luminaire design makes the replacement of components possible. The product meets the demands of the applicable EU guidelines and product safety regulations and bears the CE and ENEC marks. Customized solutions and modifications are possible: Special ral, db or ncs colours as polyester powder coat, luminaires in 2700 K and other colour temperatures and versions for high ambient temperature.

Lightplane 1S features a narrow, 25mm linear channel and provides direct illumination from a minimalist form. The fixture is available in suspended, wall and surface models. Driver is REMOTE.

Recessed downlights luminaire body made of aluminium heat-dissipating, carbon-fibre-reinforced semi crystalline techno polymer with a thermal conductivity equal to that of stainless steel and high resistance to impact and sub-zero temperatures, and to corrosion even in harsh environments (saline). Trim in AISI 430 stainless steel, laser cut, machined and finished. IP66.IK08.