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Casting Concrete Concrete

LED - 4000K - CRI 80 - BEAM 80

Item Code: F1332089

The body of the Round version is made from a mould, with poured concrete consisting of cement, fine inert materials for aggregating purposes, and reinforcing fibers. Each article is manufactured individually with a handcrafted process: minor aesthetic and color differences between one luminaire and another are the sign of the uniqueness of each lamp. Each luminaire has a frosted polycarbonate diffuser glued to the heat sink of the product to ensure a watertight seal (UV stabilized to minimise yellowing).
The luminaire is provided with a segment of outgoing cable in neoprene, with a kit of electrical connection for single multicore cable, and with dowels for installation on full and solid surfaces.
The fixing plate for installation on cement paving, poured concrete, or on plinth is available as an accessory.
220/240V power supply integrated.
Dimmable versions available on request.

Also available in: Casting
Technical drawing
Schematic light drawing
  • Y
  • EXTIP6
  • IK10
  • CM10
  • OTYPE10
  • IC2
Main specifications
  • Lamp category: LED
  • Power (W): 9
  • CCT (K): 4000K
  • CRI: 80
  • Net lumen (lm): 526
  • Mountings: Ground
  • Environment: Outdoor wet location
  • Lighting type: Direct
  • LED type: Power LED
  • Light distribution: Asymmetric
  • Optical type: Asymmetric
  • Beam angle (°): 80
  • Beam angle C90-270 (°): 30
  • Frequency (Hz): 50-60
  • Voltage (V): 220-240
  • Dimmable: No
  • Driver: Integrated
  • Driver type: Non Dimmable
  • Emergency: Without
  • Insulation class: II
  • Color: Concrete
  • Orientation: Fixed
  • Weight (kg): 13

We recommend using a connection system with a degree of protection greater than or equal to the degree of protection of the luminaire. During the installation and the maintenance of the fixtures it is important to be careful and avoid damages on the coating. For LED fixtures, there is evidence that most of the damages are connected to electrical effects related to the insulations, which cause destructive electrical discharges These effects are frequently caused by: • over voltage coming from the mains’ network where fixture is connected. • electrostatic discharge (ESD) coming from the environment. The use of a protective device against the overvoltage on the electrical installation is warmly suggest this helps to reduce the intensity of some of these phenomenon and prevent irreversible damages. The selection of the type of device to be used must be adjust on the electrical plant.

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