The Fielle series by Kelly Wearstler is a clever design fitted with integrated LED technology with a seriously pared-down profile. Featuring minimalist silhouettes with modern design details, the distinctive Fielle series offers a versatile range of lighting, including sconces, table and floor lamps. Modern finishes pair with integrated LED diffusors to create refined combinations illuminating modern interiors.
Standard Information
Category:
Sconces
Subcategory:
Wall Sconces
Finish:
White
Option:
ADA Compliant
Title 24
Damp Rated
LED
Refinement Options
Category:
Wall
Finish:
Soft White
Family:
Fielle
Voltage:
Universal 120-277 V
Shade:
Acrylic
Number of Bulbs:
1 Bulbs
Backplate Height:
23
Backplate Width:
0.6
Bulb Dimmable:
Yes
Bulb Type:
Integrated LED
Designer:
Kelly Wearstler
Introduction Date:
10/01/2023
Kelvin:
2700
Lumens / Light Output:
594
Material:
Steel or Brass
Ship Carton Height:
8
Ship Carton Length:
28.5
Ship Carton Width:
9.5
Ship Weight:
8
Vendor Ship Method:
UPS, FedEx
Warranty:
5 Years
Weight:
5
Wire Included:
8"
ADA Compliant:
Yes
BackPlate Depth:
0.6
Backplate Length:
5
Battery Included:
No
Bulb CRI:
90
Bulb Included:
Yes
Bulb Wattage:
10.8 W
Cable Field Cuttable:
No
Country of Origin:
CN
Dark Sky:
No
Dimmer Type:
0-10, ELV, Triac
Efficacy:
55
Energy Star:
No
Extension From Wall:
3.9
From Center Jbox Height:
11.5
Hardware Material:
Metal
IP65 Rated:
No
Is Solar Powered:
No
L70:
>50000
LED:
Yes
Location Rating:
Damp Rated
Max Wattage:
10.8 W
Photocell Included:
No
Prop 65:
View
Replaceable Lamp:
No
Reversable:
Yes
Safety Rating:
ETL Approved
Shade Height:
23
Shade Length:
5
Shade Material:
Acrylic
Shade Width:
3.9
Sloped Ceiling Compatible:
No
Stocking Type:
Finished Good
Title 20:
No
Title 24:
Yes
Warm Color Dimming:
No
Wire Cord Length:
8"
Clean, modern geometries and intersections serve as a modern nod to postmodern design styles.
Each minimalistic design comprises pure, rounded geometries and clean intersections between them.
Modern finishes available
Recessed (integrated) light sources emit light from the tubular elements of each design onto flat reflecting surfaces.
