The Botanist's Bellflower Hanging with Skirt
Product Overview
Inspired by the delicate silhouette of a blooming bellflower, The Botanist’s Bellflower brings a touch of nature’s poetry into contemporary lighting design. Its softly curved form creates a harmonious presence in urban landscapes, available both with an elegant skirt for a more expressive profile or without for a refined, minimalist look.
Balancing decorative character with technical precision, The Botanist’s Bellflower offers reliable performance while elevating its surroundings with subtle sophistication.
Basic colours
Coming soon
Specification
V
220 - 240
Hz
50 - 60
W
5 - 85
lm
490 - 14 440 1
lm/W
Up to 176
K
2700 / 3000 / 4000 2
°C
-40 to +50
CRI
>70 / >80 / >90 2
mm
ø 540 x 438
Body: Die-cast aluminium
Dimming: DALI / 1-10 V / Midnight dimming / Step dimming / Mains dimming
Initial chromaticity: MacAdam 5
Lifetime: Eco 100 000 h (L90B10) at Ta = 25 °C* /
Standard 100 000 h (L98B10) at Ta = 25 °C*
Warranty: 5 years
Mounting: On wire ø 5 - 12 mm
Socket: NEMA Top / Zhaga Top & Bottom 3
Intelligent control: Stand-alone / Group / CMS
Sensor: Daylight
Surge protection: 4 / 6 / 10 kV 4
Nature friendly: PC Amber / Red / 1800 K
Corrosion protection: Up to C5
4
4
4
1 Lumen output indicated at CRI > 70
2 1800 / 2200 / 3500 / 5000 / 5700 / 6500 K available on request along with other not listed CRI and CCT
3 10 kV (L-N; L/N-PE) surge protection device available on request
4 Coming soon
* This value is only informative and may change according to selected article. LED Lifetime is strongly depending from LEDs current and junction temperature – increase in LED current and luminaire power lead to increase of junction temperature and as consequence lifetime decrease. Thus, luminaire models with lower power, lower current (and lower junction temperature) will have higher lifetime than standard models. And high power and high current luminaire models may have negative lifetime deviation comparing to standard models. To receive precise value please contact VIZULO export representatives.
Technical parameters for final product can differ from typical data by 7% due to special conditions of LED manufacturing processes.