LUMASCAPE

Housing made of 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, dark screenprint, 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, spacing 75mm, 1 centre hole Ø 17mm, tilt range: 205°, cable gland: M20, connecting terminal: 3 pole, efficient high gloss aluminum reflector in combination with hybrid lens for narrow beam light distribution in shallow luminaire housing, integral driver (AC/DC), CRI > 80, max 2 SDCM, service life L90/B10 > 50.000 h, Beam angle (fwhm): 16°, luminous flux: 2723 lm, wattage: 26 W, delivered lumens 105 lm/W, protection type IP67, protection class I, impact resistance IK08, windage area 0,035 m², dimensions (L×H×W): 183 × 70 × 183 mm, weight 2.8 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.

Monocube are floodlights with very compact dimensions and minimalist design that blend discretely into the architecture. The luminaire housings have a smooth surface and are therefore easy to clean and to maintain. Optical film is available as an accessory in order to adapt the light distributions to the exact requirements of a lighting project. Monocube floodlights feature integral LED drivers and can be easily connected to mains voltage power supply. The sizes 3 and 4 can be equipped with Casambi ready drivers and be dimmed via Bluetooth Low Energy technology.

"Copper Free" Aluminium die cast housing in EN AB-44100 with high resistance against corrosion. Stone wash surface treatment prior to painting process. Aluminium protective guard of 8 mm thickness. A4 grade Stainless Steel screws with 2,5-3% molybdenum content which increases the resistance against corrosion. Pre treated Silicone Gaskets. Painting Process: 3 Step Process 1) Surface treatment with BONDERITE. A heavy metal free chemical surface treatment containing ceramic nano particles giving a cohesive, inorganic and highly dense protective coating. 2) PRE POLYMERIZATION a process of introducing an epoxy primer with excellent characteristics to the paint which also offers very high resistance to oxidation due to its Zinc content. 3) POLYMERIZATION a process with the application of polyester powder with high resistance against UV rays and harsh weather conditions. Resistance test protection for Marine applications for 1200h. Mechanical resistance IK 10 Maximum load capacity 2000 Kg. This luminaire contains built-in LED modules. In case of damage or malfunction please contact the manufacturer to receive additional instructions on how to replace and relative spare parts to order. The LED modules cannot be handled in the luminaire by the end user. This product contains a light source of energy efficiency class: E. LED modules are engineered accordingly to the existing regulations of Lumen Maintenance (LM80) and Technical Memorandum (TM21), where uniformity and quality of the light is 70,000 hours referred to L80 B10 Ta 25 ° C (50,000 hours referable to L80 B10 Ta 40°C). Lifespan of the luminaire min. 50,000 hours at 40°C. Performance Ambient temperature Tq 25°C. Operating ambient temperature range is from -20°C to +50°C. Storage temperature range from -20°C to +60°C.

Luminaire made of aluminium alloy, aluminium and stainless steel BEGA Unidure® coating technology Safety glass Silicone gasket Reflector made of pure anodised aluminium Luminaire with mounting plate for bolting onto a foundation or an anchorage unit Mounting plate with 3 fixing holes each ø 8.5mm · Pitch circle ø 100mm and ø 132mm. IP65,IK07.