LUMASCAPE

Luminaire made of die-cast aluminium end-caps and extruded aluminium profile with powder coating. Single cable entry, stainless steel fasteners in grade 316. PMMA diffuser with Opal (UGR <19) and micro prismatic (UGR <13) options for better glare control. Up and down light distribution options. Passive thermal management, integral control gear. Wireless control available through Bluetooth connection. Daylight and occupancy sensor options. Emergency module (1 or 3 hours) is available upon request with 3 options (BASIC, SELF-TEST, PRODALI). IP20.

IP66. Class I. IK07. Marine-grade, die-cast aluminum alloy. 5CE superior corrosion protection including PCS hardware. Safety glass lens. Silicone CCG Controlled Compression Gasket. 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. OLC One LED Concept. For 2200 K version available on request, except [EES] distribution.

Single emission downlights for indoor application. The warm white LED light source with a wide flood light distribution is composed of 1 powerled LEDs. The device body is made of aluminium and features a embossed white ral 9003 finish, processed by means of coating. The ingress protection degree is IP40; the total weight is of 0.07 kg. The power supply driver is not provided and is to be ordered separately. The power supply cable is included and features a 0.12 m length. The device features protection class III and can be ceiling-mounted, with a 46 mm diameter hole (in plasterboard) with an outer casing, code 89374 (for concrete or masonry). Compliant with the EN 60598-1 standard and its specific provisions.

Funivia is a functional network of relationships, material and immaterial, free and inclusive capable of evolving through the cooperation of its elements. It starts from the essential, with a "mountaineer's" spirit it discovers a new level of freedom of light in spaces. A rope, the cable that carries energy, and nails, the fastening elements in space, are the basis for going far, overcoming the limits given by the rigidity of systems. The cable, with a special minimal cross-section but capable of supporting both mechanical and thermal stresses, is the energy distribution channel of the system and the load-bearing element on which the light elements are connected, it runs seamlessly in space transcending the limits of three dimensions. It is attached to the side, floor or ceiling through mechanical elements. It runs inside them without requiring to be cut and thus interrupted, drawing in space a network of regular lines, horizontal or vertical, but also freely inclined. From a single power point it can run indefinitely, the only limit being the power installed on its length. Funivia is not bound to a power grid or a predefined design, it can enter any space at any time and draw light with the utmost freedom, it can generate an extraordinary performance quality even without an ad hoc installation a specific intervention in the space. The light elements hook on the cable thanks to a "bridge" element, a kind of current-stealing lock that mechanically fixes the luminaire and takes energy from the cable. Also in this digital network each luminaire has its own identity, its own IP address, through which it can be managed with Dali systems or with Artemide App It is a sustainable approach at the level of production, distribution, installation, consumption, use, integration of elements that already exist without necessarily calling for the creation of new additional products. Funivia breaks a pattern common to existing lighting systems, breaking out of the rigidity of fixed modules (in space, stock, production).