Corvus Hybrid Bollard
These environmentally friendly LED garden and pathway luminaires, create a pleasant light distribution with a high degree of visual comfort. These luminaries offer shielded glare free illumination on ground surface and are perfect for illuminating entrances,footpaths as well as garden and landscape architecture. Clean Lines and pure form are the underlying elements of this series of LED bollards,designed to provide downward radial light emission of 360°.

Product Description
• Luminaire made of extruded aluminium alloy (grade 6063) with die-cast aluminium components and non corrosive SS fasteners.
• For optimum coordination with lighting situation,these luminaries can be supplied in two different heights.
• Clear toughened glass.
• Silicone gasket.
• Die-cast aluminium mounting base.
• Cable entries for through-wiring of mains supply cable.
• Integral constant current power supply
• CRI ( Ra) : >80
• Prewired with LED driver and suitable for operating on 240V,50Hz single phase ac supply.
• Ordering guide : KL-4718-CCT (Colour Temperature)
• Available CCT : 2700K,3000K,4000K,6500K

Product Benefits
• High luminous efficiency at reduced wattage.
• Elegant,Robust design
• Dark sky compliant protects pedestrians from glare by preventing spill light above the horizontal plane.
• Sustainable LED technology offers durability and optimal light output with low power consumption.

Area of Application
Suitable for Residential & Public areas for Illuminating Driveways,Pathways,Greenway,Entrances,Squares,Gardens and as well as landscape architecture.

Available Finish
Pure polyester powder coated
• RAL 9004 Signal black
• RAL 9007 Grey aluminium
• RAL 7016 Anthracite grey
• Graphite grey
IDWattageDimensionMounting IESPhotometryTechnical DatasheetTechnical Description
KL-471912W LED 2700K,3000K,4000K,6500K BA:Symmetrical, Clear Toughened GlassØ210 x 560mmM9
Detailed Foundation Drawing
KL-4719.IESKL-4719.PDF4719.pdf
KL-471812W LED 2700K,3000K,4000K,6500K BA:Symmetrical, Clear Toughened GlassØ210 x 761mmM9
Detailed Foundation Drawing
KL-4718.IESKL-4718.PDF4718.pdf