Efficient and connected LED urban lighting made affordable


Thanks to its clean design and quality LED lighting, Voldue is a budget-friendly solution for creating ambiance and giving your city a modern identity. Voldue is an energy-efficient outdoor luminaire, designed for low-speed and pedestrian area lighting. It offers an affordable range of lighting solutions that significantly reduce energy and maintenance costs, while also minimising raw materials and waste in support of circular economy. Voldue proposes a broad range of control options for your future Smart City requirements.

  • High photometric performance
  • The Voldue range combines the energy efficiency of LED technology with the photometric performance of the ProFlexTM concept.
    The optical protector in polycarbonate incorporates the lenses, optimising the light output.
    The photometric versatility of Voldue, which provides both asymmetrical and symmetrical light distributions, makes it the perfect tool for various pedestrian and low-height lighting applications.

  • Urban luminaire with a clean and compact design
  • Thanks to its clean design, this decorative luminaire perfectly blends into towns and cities.
    Voldue is an ideal exterior lighting solution for urban and residential streets, bike and pedestrian paths, squares and pedestrian areas, car parks, bridges or even railway stations and metros.

  • Easy installation
  • The Voldue can be supplied pre-wired and does not need to be opened, in order to facilitate and speed-up the installation.

  • Outdoor lighting that withstands high temperatures
  • The thermal management of LEDs is crucial for the reliability of a luminaire.
    The Voldue urban luminaire can withstand high temperatures of up to 45° as it incorporates the ThermiX® concept developed by Schréder.
    The heat extraction is optimised to secure a long life span for the LEDs and the electronic components. It offers maintained performance over time.

Smart City enabled

Voldue can benefit from Owlet IoT technology, which remotely controls luminaires in a lighting network, creating opportunities for improved efficiency, accurate real-time data and energy savings of up to 85%.
This enables an easy entry at any time to the digital era of lighting and ensures compatibility with advanced lighting features to plan, monitor and control outdoor lighting networks.


Recommanded installation height (m)
3.0 - 
Klasa električne izolacije
Nominalni napon
Prenaponska zaštita (kV)
Kontrolni protokol(i)
Pridruženi kontrolni sistemi
Luminaire output flux (lm)
2000 - 
Power consumption (W)
20.3 - 
Efikasnost svetiljke - do (Lm/W)
LED temperatura boje
Indeks reprodukcije boje CRI)
ULOR koeficijent
Polycarbonate (with integrated lenses)
Stepen zaptivenosti
Otpornost na udar
Any other RAL or AKZO colour upon request
Sve konfiguracije
Opseg (radne) temperature
-30 °C up to +45 °C / -22 °F up to 113 °F
Depending on the luminaire configuration. For more details, please contact us.

Dimensions and mounting

AxBxC (mm | inch)
501x192x251 | 19.7x7.6x9.9
Težina (kg| lbs)
4.0 | 8.8
Mogućnosti za montažu
Post-top slip-over – Ø60mm
Post-top slip-over – Ø48mm

Control systems

Control options for Voldue

Voldue is available with a broad range of control solutions:
• Programmable drivers
• Photocell (NEMA Socket 7-pin socket only)
• Remote management
• Motion detection features with a PIR sensor.

The luminaires can be equipped with a Nema 7-pin socket and the LUCO-P7 or LUCO-P7 CM compatible with the Owlet IoT City Management System.

Control link

Installation and Maintenance

Post-top installation

Voldue is a post-top luminaire with a recommended installation height of 3.5m to 5m (11’ to 16’).
This luminaire is provided with or without a main cable and it has been designed to be mounted on a 48-60mm diameter spigot.

Accessories and versions


Additional louvres are available as an option. Made of black coloured polycarbonate, they are placed over the lenses to cut off the up-light, improving the glare rating and achieving an ULOR of 0% for reduced light pollution.