Zela Lighting Products
Schreder's Zela is a compact indirect lighting for visual comfort. This modern luminaire is characterised by its distinct flat and conical diffuser. Made possible by incorporating led technology, this compactness is coupled with a careful design that harmoniously integrates both functionality and finish. For instance, the fins on the base section add certain elegance by continuing the flow of the pole.

Zela emits a pleasant, low glare light, making it perfect for architectural spaces. Available with symmetrical or asymmetrical light distributions and 8 lumen packages, the zela luminaire offers a flexible and cost-effective indirect lighting solution for the creation of ambience.

Zela's housing is made of powder-coated die-cast aluminium, and its canopy is of plastamid, while the flat conical protector is made of polycarbonate. It comes in white colour, while other colours can be supplied on request.

Features
  • Low glare thanks to indirect lighting
  • Available with 8 lumen packages ranging from 2,000-6,000 lumen
  • Symmetrical light distribution for general area lighting or asymmetrical light distribution for the lighting of roads and streets
  • Up to 87% savings on energy and maintenance
  • Delivered pre-wired to ease installation
  • Integrated surge protection 10kV (optional)
Types of Application
Residential streets, Squares and pedestrian areas, Parks, Car parks, Bike paths Dimensions & Characteristics
Designer: Michel Tortel ZELA00 (ZELA) Length (mm) 578 Width (mm) 578 Height (mm) 324 Weight (kg)** 4.9 Tightness level * IP 66 Impact resistance* IK 08 Electrical class* Class I or II Aerodynamic resistance (CxS) 0.054m² * According to IEC-EN60598 and IEC-EN62262 ** Average weight. The max weight is +/- 10 % more but for the exact weight according to the configuration, please contact us.

Concept
  1. Thermix® (for long lasting performance)- The thermal management of LEDs is crucial for a luminaire's reliability to maximise effectiveness and maintain flux over time, several parameters are optimised:
    • Thermal compartmentalisation between the LEDs and the control gear
    • Direct conduction by minimising the path between the heat source and the outside
    • Optimised design of the external heat exchange surface
  2. Future Proof: Smart Upgradability since LED technology is constantly evolving; both the photometric engine and the gears can be replaced at the end of the LEDs' lifespan to take advantage of future technological developments.

MGS Architecture May 2015

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