Copernico 500 Suspension LED | Artemide

Copernico 500 Suspension LED 23.5W 3000K

design by Carlotta de Bevilacqua

Copernico 500 is a cable suspended luminaire for indirect, direct, and diffused LED lighting. Copper connections allow placement of hundreds of LEDs.

A fixture which lays flat for shipping opens up to concentric ellipses created by laser-cutting of a single aluminum plate. The different elements can be positioned on separate axes from each other allowing light direction and varied spatial configurations.

Features

• Made in anodized aluminum
• 7 concentric mobile rings obtained from an aluminum plate support a circuit of 384 LEDs
• The rings rotate independently on two different axes enabling light to be directed
• Numerous spatial configurations can be obtained by adjusting the rings as needed
• When the device is closed up it is completely flat
• Also compatible with 0-10V dimming
• Extended cable length

Specifications

• Lamp type: LED (integrated)
• Delivered lumens: 1963lm
• Light output ratio: 85.35lm/W
• Power consumption: 23W
• LED type: 21W Array
• CCT (Correlated Color Temperature): 3000K
• CRI (Color Rendering Index): >80
• Life expectancy: 50000 hours
• Control type: DIMMABLE 2-Wire
• Input Voltage: 120V-277V
• Driver: ADVANCE - 1 x XI050C100V054XPL1

Finish
Polished White
Polished Red

Dimension
19.29" Dia. x 78.74" H
Extended length: 216"

Lamping
23W 3000K 80 CRI LED Array (integrated)

Shipping
This item is special ordered from Italy. Please allow 10 to 16 weeks to ship. No modifications or cancellations will be accepted.

Listing
cULus Listed
IP20

Warranty
5 year Limited warranty

Made in Italy

Item Codes
1608038A Copernico 500 Suspension LED 23.5W 30K White
1608048A Copernico 500 Suspension LED 23.5W 30K Red
1608038A-EXT Copernico 500 Suspension LED 23.5W 30K White Ext 15-ft
1608048A-EXT Copernico 500 Suspension LED 23.5W 30K Red Ext 15-ft

Return Policy
All sales are final, and not eligible for return. We accept returns for exchange for items damaged in transit, or if the item is defective.