Flos Bellhop Bollard 850mm for outdoor

Flos Bellhop Bollard H850 is the outdoor bollard light from the Bellhop collection by Flos Outdoor, available in the 850 mm height version. Crafted from extruded and die-cast aluminium with stainless steel details, this bollard integrates an 8W LED light source with an included driver and a DALI dimmable power supply unit. The standard configuration features a colour temperature of 3000K (warm white) delivering 580 lumens and a colour rendering index of CRI80. Versions at 2700K (551 lm) or 4000K (607 lm), both dimmable and non-dimmable, are available on request to suit any lighting design project. The universal input voltage (100–240V) is compatible with EU, AUS, USA, UK and Japanese electrical standards.

Designed for the illumination of pathways, driveways and garden areas, the Bellhop Bollard integrates seamlessly into outdoor residential and contract settings, providing soft, diffused ground-level lighting. Its clean, refined silhouette makes it an elegant addition to gardens, terraces and pedestrian areas. The IP68 protection rating ensures complete resistance to water and dust ingress, making it suitable even for installations near water features or in particularly exposed environments. Insulation class I provides additional electrical safety. The bollard is ready for installation on a rigid base and comes with 20 cm of cable for connection inside the luminaire body; the use of a separate IP68 H2O Stop anti-condensation 2-way 4-pole junction system is recommended. Dimensions are: diameter 55 mm, height 850 mm, width 73 mm. The luminaire is available in several finishes: white, grey, anthracite, green, black, brown and stainless steel. During installation and maintenance, care must be taken to avoid damaging the powder coating, as abrasion combined with water exposure may lead to corrosion. The installation of a surge protection device on the electrical system is also recommended to protect the LED components from destructive electrical discharges and voltage spikes originating from the mains or from electrostatic phenomena.