AirPro 52 in. White 5-Blade AC Motor Transitional Ceiling Fan with Light

Progress Lighting-P250081-030-WB-Collection: Airpro Builder, Material: Plywood, Finish Color: White, Blade Span: 52", Blade Color: White/Antique Wood, Number Of Blades: 5, Hanging Method: Stem, Stem Rod Number And Lengths Included: 1-4.25, Light Kit Type: Integrated, Lamping Type: LED, Cri: 80, Color Temperature: 3000 Kelvin, Wet Location: Dry Rated, Desc: The AirPro 52 inch 5-blade ceiling fan refreshes interiors with a sleek, Modern form coated in smooth Brushed Nickel finish. Five clean-lined fan blades extend outward from a streamlined motor housing that contains a powerful AC motor. Its versatile yet timeless design makes it ideal for a wide range of interior decor styles. The fan has an AC motor and is rated for maximum efficiency. A Unipack option packages the light kit so that it ships with the fan, Eliminating both the need to order the light kit separately and having the light kit shipped separately from the fan. Four shatterproof white Frosted polypropylene shades offer durability and optimal, Even illumination. Four medium based LED lamps (8.5-Watt, 80CRI, 3000K) are included. An accessory wall and remote control can be added (sold separately). The fan can be installed on a flat or sloped ceiling. The blade arms have Captive Screws allowing for easier installation. The 4-Light AirPro ceiling fan refreshes interiors with a sleek, Modern form and a versatile yet timeless design that makes it ideal for a wide range of interior decor styles. Ideal for transitional room settings and sized perfectly for living rooms, Bedrooms, Family rooms and dens. 5 sleek reversible fan blades finished in smooth silver or grey weathered wood extend from a clean, Modern housing. Measures 52 in x 52 in x 18.7 in. For ideal illumination, four LED light bulbs are included (8.5-Watt, 3000K, 80CRI), And four shatterproof frosted white polypropylene shades for even illumination. Lighting experts recommend installing this fan in a room up to 400 sq. Ft. For optimal