Dexo is a high performance LED luminaire for suspended catenary mounting, with an elegant designed by Thomas Coulbeaut. Dexo provides a quality light and visual comfort to enhance safety in towns and cities. The Dexo catenary luminaire integrates the latest cutting-edge technologies. It maximises energy and maintenance savings with performing symmetrical light distributions. The combination of LED technology and dimming possibilities makes it possible to achieve high energy savings compared with luminaires equipped with traditional light sources. This outdoor catenary luminaire meets the requirements of numerous applications including tramway areas, railway stations, narrow roads, pedestrian streets and other places where poles cannot be installed. Dexo is ready for your future Smart City projects, as it is designed to incorporate the Owlet range of control solutions.
Control options for Dexo
The Dexo catenary lighting solution is available with the following dimming options:
· Bi-Power
· Custom Dimming Profile
· Constant light output
· Remote management Dexo is ready for your future Smart City requirements.
Thanks to dimming features, light-on-demand options and bi-directional communication, the Owlet control solutions allow you to save energy, to provide light only when and where it is required and to optimise the operational management of your lighting scheme in terms of costs and services.
Installation and Maintenance
Standard fixation
Dexo is available with a standard fixation on a rope with a diameter from 4mm to 12mm with a possible rotation of 90° and a tilt angle of up to 15°. As an option, this suspended luminaire can have a fixation with an external electrical connection.
Easy access for maintenance
Dexo provides easy access to the driver and optical compartment to facilitate maintenance on-site. Thanks to a snap-in mechanism, the gear-tray is automatically disconnected from the LED modules and mains upon opening (only available for class II as an option).
Dexo is FutureProof. Both the LED unit and the electronic assembly can be replaced to take advantage of any future technological developments.
