This 52 inch Smyrna ceiling fan features a Forged Black finish with toasted oak blades. The LED light source offers both form and function with energy- and cost-savings benefits. The light kit contains a clear hammered glass shade and contains a 17W dimmable 3000K LED module. A wall switch is included. The five-blade fan features a dual mount system and has an all weather wet location rating (ABS) to accommodate a variety of settings inside and outside of the home. Smyrna is available in two finish options: Antique Bronze and Forged Black.
Vendor Item #:
P2576-8030K
Category:
Exterior
, Fans
Subcategory:
Exterior Fans
, Outdoor Fans
Option:
Title 24
, Wet Rated
, LED
, Title 20
Location Rating:
Wet Rated
Style:
New Traditional;Traditional
Option:
Title 20
, Title 24
, Wet Rated
Down Rod Included:
4.5 in
Introduction Date:
01/16/2017
Keyword(s):
fan;ceiling fan;paddle fan
Motor Fan Speed:
3 Speed, Manual Reverse
Remote Control Included:
Wall Control
Ship Carton Height:
10.75
Ship Carton Length:
23.87
Special Features:
52" Smyrna ceiling fan features five blades and an LED light source, offering both form and function with energy- and cost-savings benefits;The light kit contains a clear hammered glass shade and contains a 17W dimmable 3000K LED module with 90CRI and
Vendor Ship Method:
Non UPS Shippable False
Warranty:
Limited Lifetime
Americans with Disabilities Act:
No
Can be Mounted Up or Down:
No
Certified Listed Location:
Wet Location Listed
Construction Material Main Part:
Construction
Convertible Fixture Includes Both Mounts:
FALSE
Fan Blade Material:
Plastic
Fan Blades Finish Descriptor:
Non Reversible
Grounded Convenience Outlet included:
No
Lamp Type Basic:
Solid State
Lens Shade Material:
Glass
Operating Temperature Celcius Max:
40 °C
Post Top Fits Standard:
No
Prop 65 Description:
Reproductive Harm, Cancer
Room Type:
Porch;Patio;Great Room;Bedroom;Living Room
Starting Temperature Minimum:
-10 °C
Weight of Fixture Exceeds NEC Limits:
No
Width Diameter:
52 in dia.
Manufactured By:
Progress
Energy Information at High Speed
