Please contact showroom to confirm availability. Non-stock item may require restocking fee.
Dimensions
Height: 63.00"
Width: 9.80"
Length: 9.80"
Finish: White
Product Overview
Super O is a portable, rechargeable battery-operated 3 light floor lamp designed by Studio KairosThe lighting module is attached to the floor base by magnets allowing the light head to rotate 360 for versatile and dynamic adjustmentsThe module can be moved along the length of the stemTouch control on/off, 4 step dimming, and color temperature selection3 color temperature settings: 2700K / 3150K / 4000KSuitable for indoor or outdoor use. IP65. Salt spray resistance 1000 hoursIncludes contact charging base, charging plug NOT includedEach module- 287-331-336 lumens, LED/CRI>90/100-240V/3.5WLight lasts 10 to 160 hours, depending on brightness setting; charging time approx. 5hours.Painted die-cast aluminum bodyPrismatic polycarbonate diffuserFeaturing an electronic control system thatmonitors the remaining battery life andensures a constant luminous flux until thebattery runs out; recharging is thereforeoptimized and always properly done.
Standard Information
Category:
Lamps
Subcategory:
Floor Lamps
Finish:
White
Option:
Outdoor
LED
Refinement Options
Category:
Floor Lamp
Finish:
White
Option:
LED
Outdoor
Family:
Super O
Voltage:
100-240 V
Number of Bulbs:
3 Bulbs
Bulb Dimmable:
Yes
Bulb Type:
SMD
Designer:
Federico De Majo
Kelvin:
2700/3150/4000
Lumens / Light Output:
287-331-336
Material:
Die-Cast Aluminum
Ship Carton Height:
18
Ship Carton Length:
24
Ship Carton Width:
12
Ship Weight:
18.5
Vendor Ship Method:
UPS
Weight:
16.7
Battery Operated:
Yes
Battery Rechargeable:
Yes
Bulb Base:
Integral LED
Bulb CRI:
90
Bulb Included:
Yes
Country of Origin:
China
Dimmer Included:
Yes
Dimmer Type:
Touch
Finish Category:
Painted
Indoor:
Yes
IP65 Rated:
Yes
LED:
Yes
Light Function:
Ambient
Max Wattage:
3.5 W
Outdoor:
Yes
Ship Lead Time:
3-4 Days (When in Stock)
Featuring an electronic control system thatmonitors the remaining battery life andensures a constant luminous flux until thebattery runs out; recharging is thereforeoptimized and always properly done.