Carley Square Bollard
Elegant lighting design, which is suitable for both modern and classic architecture.Ideal for creating visual guidance and exceptional visual comfort.These luminaries offer shielded glare free illumination of ground surface and are perfect for illuminating entrances,footpaths as well as garden and landscape architecture.Bollard luminaires contribute to safety by illuminating pathways and other open spaces.

Product Description
• Luminaire body made of square aluminium tube (grade 6063) with aluminium components and SS fasteners.
• For optimum coordination with lighting situation,these luminaires can be supplied in two different mounting heights.
• Clear toughened glass.
• Mounting plate die cast aluminium double powder coat with an anchorage unit and stainless steel fixing screws.
• 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-4710-CCT (Colour Temperature)
• Available CCT : 2700K,4000K,6500K.

Product Benefits
• High luminous efficiency at reduced wattage.
• Elegant,Robust design
• Corrosion resistant and Maintenance free.
• Dark sky compliant protects pedestrians from glare,in addition to 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,Flowerbeds,Entrances,Squares,Gardens and as well as landscape architecture.

Available Finish
Pure polyester powder coated
• Graphite grey
• Anthracite grey
• Jet black.
IDWattageDimensionMounting IESPhotometryTechnical DatasheetTechnical Description
KL-471012W LED 2700K,4000K,6500K, Clear Toughened GlassSq.150 x 1000mmM36
Detailed Foundation Drawing
KL-4710.IESKL-4710.PDF4710.pdf
KL-4710.txt
KL-470812W LED 2700K,4000K,6500K, Clear Toughened GlassSq.150 x 250mmM36
Detailed Foundation Drawing
KL-4708.IESKL-4708.PDF4708.pdf