Jovie 52" Indoor/Outdoor Brushed Steel Ceiling Fan with Wall Control and Manual Reversible Motor (30GFW1K)
Jovie is a soft modern design that meets state-of-the-art technology.
Energy Information at High Speed
Airflow
5901 Cubic Feet per Minute
Electricity Rate
62 Watts (excluded lights)
Airflow Efficiency
95 Cubic Feet Per Minute Per Watt
Product Specification
Item #
30GFW1K
Dimensions
Additional product details
Category
Fans
Subcategory
Ceiling Fans
Finish
Steel
Style
Transitional
, Modern
Option
Title 24
, Damp Rated
Number of Blades
3 Blades
Location Rating
Damp Rated
Category
Ceiling Fan
Finish
Brushed Steel
Style
Modern
, Transitional
Option
Damp Rated
, Title 24
Family
Jovie 52
Additional Info
4-speed fan with wall control ideal for small bedrooms, living rooms, family rooms and enclosed patios
, 6" brushed steel downrod included, sloped ceiling compatible
, From the brand formerly known as Monte Carlo
, Transitional, industrial, 3 blade fan with silver / American Walnut reversible blades for damp locations
Air Flow CFM
5901
Air Flow Efficiency
95
Blade Finish
Silver/American Walnut Reversible Blades
Blade Pitch
12.00
Blade Span
52.00
Canopy
D:5 7/8'' H:2 1/2'' Round
Down Rod Included
6
Electricity Used
62
Introduction Date
01/01/2022
Keyword(s)
Bedroom, Family Room, Office
Light Kit Included
No
Motor Size
153.0 X 15.0 mm
Motor Type
AC
Order Minimum
1
Remote Control Included
Yes
Ship Carton Height
9.4
Ship Carton Length
24.3
Ship Carton Width
12.5
Ship Weight
19.6
Sold By
Each
Vendor Ship Method
Parcel
Weight
14.37
Blade to Ceiling
11.60
Bulb Included
No
Canopy Diameter
5.9
Canopy Style
Downrod
Capacitor Value
4.25uF/350V/105C
CFM Low
2356
CFM Watt Low
337
Country of Origin
China
Damp Rated
Yes
Dimensions
D:52'' H:13 1/2''
Downrod Diameter
0.5
Energy Star
No
Freight Class
93
Made To Order
No
Max Blade To Ceiling Height
11.6
Max Ceiling Slope
20
Min Blade To Ceiling Height
10.2
Minimum Ceiling Height
7.97
Number of Blades
3
Overall Height
13.50
Remote Control Type
Wall Mount Control, 4-Speed, Dimmer and Manual Reverse
Energy Information at High Speed
