Its shape dialogues with technology and nature: it is designed to resemble a plant that sprouts from the ground. It creates a visual presence capable of conveying the impression of quality and light aimed at ensuring the wellbeing of users and enhancing the excellence of the surrounding urban spaces. The available versions include the pole-mounted type with wide beam optics, the asymmetric street type, the lighting fixture for bicycle lanes
Housing and frame: pressed in die-cast aluminium and designed with a very small surface exposed to wind. Cooling fins are integrated into the cover.
Optics: Optics made of PMMA with high temperature resistance and UV rays.
Diffuser: extra-clear tempered glass, 4 mm thick, resistant to thermal shocks and impacts (UNI-EN 12150-1: 2001).
Coating:the standard liquid immersion coating consists of a first metal surface pre-treatment stage, a successive epoxy cataphoresis corrosion and salt resistant coating, and a final layer of bi-component acrylic liquid UV-stabilised coating.
Equipment: Automatic temperature control device. In the event of an unexpected LED temperature rise caused by particular weather conditions or a LED failure, the system will reduce the luminous flux to lower the working temperature and guarantee proper operation. Safety diode to protect against voltage peaks.
Equipped with an air-circulation valve.
Energy-saving: the possibility to choose the correct drive current for LEDs will allow you to have the right power under specific design conditions, and also help you deal with maintenance and retrofitting problems. Using a lower current will improve the efficiency of fixtures and therefore increase energy savings, whilst a higher current will result in a higher light flux so that you can reduce the number of fixtures.
LED: Latest generation LED technology, Ta-30 + 40°C. Photobiological safety class: exempt group EN62471.
Heat sink: the heat dissipation system is specially designed and made to allow the operation of the LED lights with temperatures ensuring excellent performance/efficiency and durability.
Photometric performance: designed with an optical system capable of controlling the potential glare created by the growing light intensity of LEDs while achieving high photometric performance. This allows the application in street lighting schemes where there is a significant distance between the poles.
LED: Power factor >= 0.9.
Luminous flux maintenance: 80%: >100.000h (L80B10)
On request: possibility for the various options for managing the supply point.
Surface exposed to wind: 1046 cm2.
Upon request: Coating compliant with UNI EN ISO 9227 Corrosion tests in artificial atmospheres for aggressive environments.
– with power supply 1-10 V dimmable with subcode 12.
– with virtual midnight subcode 30.
– power line carrier remote control systems subcode 0078.
– possibility to control each individual light point
– Zhaga Socket, subcode 0054

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