Ellisse Major Pendant
By Nemo
Ellisse Major Pendant
By Nemo
$2,176.00 - $2,837.00
Finish:
Polished Aluminum
COLOR TEMP:
2700K
Color temperatures close to 5000K are cool colors (bluish white), while lower color temperatures (2700–3000 K) are warmer colors (yellowish white through red).
Option:
Downlight
Usually leaves warehouse in 8-12 weeks
Based upon stock availability. There might be a 2 week delay in shipping from this vendor.
$2,579.00
+ FREE SHIPPING
SPEC #: NIL952701 | ID: ELP LL2 54
Ellisse Major Pendant
SPEC #: NIL952701
ID: ELP LL2 54
The Ellisse Major Pendant, with uplight or downlight, brings an open airy feel to a variety of interior spaces. An aluminum ring can be adjusted to your desired position, creating a one of a kind piece. Available with matt lacquered painted finish in White, Black, or Gold or polished anodized finish in Gold or Aluminum.
NOTE: No 3000K in Gold Anodized for either up or dowm light option.
Available Options
Specifications
- Finish: Polished Aluminum
- Color: Opal
- Option: Downlight
- Size: 53.1"W x 0.8"H x 27.6"D
- Cable Length: 98"
- Dimmer: Low Voltage Electronic
- Materials: Polycarbonate, Aluminum
- Lamp Source: LED
-
Bulb:1 x LED/85W/120V LEDIntegrated LED module
- Total Wattage: 85 watts
- Lamp Color: 2700K
- Color Rendering: 85 CRI
- Delivered Lumens: 2650 lumens
- Lumens/Watt: 31.18
- Canopy: 9.8" diameter
- Cord Length: 98.4"
- Country of Origin: Italy

ETL
Specification Sheet / Technical Files

Nemo concepts are bound to go beyond any trend and to last in time. The close collaboration with internationally famous architects, such as Mario Barbaglia, Carlo Colombo and Giancarlo Fassina to quote just a few, and the search for perfection in technology and quality make Nemo products unique in terms of design and performance. The Nemo collection includes luminaires for any kind of environment, both residential and commercial
This is the reason why Nemo carefully selects lighting sources, paying particular attention to fluorescent lamps and to the experimentation and application of LEDs of the last generation. All such solutions grant top performances with low energy consumption.
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