Protect and highlight your industrial building with efficient perimeter lighting. The lighting power and distribution of the Ambiflux Traffic range is adapted for wall mounting. The light can be oriented in the required areas due to its adjustable mounting system.
Areas of application: perimeter lighting
Voltage: 230 VAC
Power supply: included
Efficiency > 91%
Power factor > 0.95
Color temperature: neutral white
Protected against reversed polarization, overheating, over-pressure, limited constant current
Working temperature: -25...+45˚ C
Material: anodized extruded aluminum
Mounting: adjustable mounting on flat surface
Certifications: ROHS, CE, SR EN60598
Excellent light uniformity
Increased visual comfort
Factory in Europe
Ambiflux® Traffic lamps encompasses the latest LED technology and thus represents a modern solution for street lighting. Ambiflux® Traffic ensures an even spatial distribution of light on streets and alleys with no dark areas, given by the asymmetric optic system specifically designed for street illumination. The light from Ambiflux® Traffic is very similar to daylight, making it easier to recognize faces and distinguish colors, adding to the sense of security.
Areas of application
Ambiflux® Traffic lamps are specifically designed for lighting traffic routes and perimeter lighting, ensuring road and citizen safety.
Smart lighting is a key determinant of road and citizen safety. The robust structure and the multitude of combinations available are meant to offer the most advantageous solution to your project. The decorative anodized extruded aluminium heat sink ensures the LEDs thermal dissipation.
The rounded body protects the thermal dissipation area of the lamp and gives it an aerodynamic shape. Consequently, the wind forces that act against the pillar supporting the lamp are significantly reduced. The position of the lamp can be adjusted in order to obtain the optimum position in relation to the landscape.
Ambiflux® Traffic is fitted with PMMA lenses at different angles in order to obtain a consistent level of surface illumination.