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Bellhop
F003B31A033 Anthracite

Bellhop Bollard H 850 mm Non Dimmable

Outdoor bollard lamp emitting diffused light. Structure in extruded and die-cast aluminium or stainless steel. Integrated LED light source and 100–240V power supply. Designed for installation on solid surfaces. Recommended IP68 terminal block sold separately.

Designed by Edward Barber and Jay Osgerby, Bellhop Bollard translates the iconic Bellhop silhouette into an outdoor setting. Evolving from the original lamp created in 2016 for the Design Museum in London, it combines the familiar bell-shaped diffuser with a more architectural form. This model expands the collection’s versatility to a vast new sector, bringing soft, atmospheric lighting to pathways and gardens with the same understated elegance that defines the family.

8W - 580lm - 3000K - CRI> 80 - Beam° 85

Technical Drawing
DR_Bellhop_850
Main specifications
EAN
8054793187532
Mounting
Ground
Light source type
LED
Light sources included
Yes
LED type
Power LED
Number of lamps
1
Power (W)
8
Lumen Output (lm)
580
Schematic light drawing
F003B31A0XX
Photometric
Lighting type
Direct
Light distribution
Symmetric
CCT (K)
3000
CRI>
80
Beam angle C0-180 (º)
85
Beam angle C90-270 (º)
85
Electrical
Insulation class
I
Frequency (Hz)
50/60
Main voltage (Vac)
220-240
Power supply
Integrated
Dimmable
No
Power supply type
Non Dimmable
Dimming interface
Not Dimmable
Emergency
No
Physical
Colour
Anthracite
Trim
No
Orientation
Fixed
Net weight (kg)
2.8
Package height (mm)
875
Package width (mm)
173
Package length (mm)
165
Package volume (m3)
0.02
IP internal
65
CE
RG
UL
EAC
ENEC
UKCA
IECEC
65
IK10 - 20.00 Joule
Notes

During the installation and the maintenance of the fixtures it is important to be careful and avoid damages on the paint coating.
Damages on the coating exposed to outdoor conditions or water, could cause corrosion.
Chemical substances affect the anticorrosion covering protection.
For LED fixtures, there is evidence that most of the damages are connected to electrical effects related to the insulations, which cause destructive electrical discharges
These effects are frequently caused by:
• over voltage coming from the mains’ network where fixture is connected.
• electrostatic discharge (ESD) coming from the environment.
The use of a protective device against the overvoltage on the electrical installation is warmly suggest this helps to reduce the intensity of some of these phenomenon and prevent irreversible damages. The selection of the type of device to be used must be adjust on the electrical plant.

Download

Tech spec pdf
Mounting instructions
Mounting instructions
Mounting instructions

Photometric Files

LDT / IES
LDT / IES
LDT / IES

Technical Drawings

2D
3D
Bim

Ecodesign and Energy Labelling

This product contains a light source of energy efficiency class D

REPLACEABLE2 Replaceable (LED only) light source by a professional

PWRSUPRPL2 Replaceable control gear by a professional

Accessories & Power Supply

Optional (3)