A hugger style fan from Emerson with sleek, modern design.More Details >
The Curva Sky from Emerson Fans features edgy, modern styling and a lustrous brushed steel finish. Hugger ceiling mount offers a clean look and makes it a good choice for lower ceilings. Three matching blades orbit the smooth, rounded motor housing. The integrated light kit glows with opal matte glass. This fan is a great fit for variety of decor styles, and an especially great choice for lofts and urban apartments. (IMAP)
|Energy Information (at high speed)|
Cubic Feet Per Minute Per Watt
36" to 48" ceiling fans have airflow efficiencies ranging from approximately 71 to 86 cubic feet per minute per watt at high speed.
49" to 60" ceiling fans have airflow efficiencies ranging from approximately 51 to 176 cubic feet per minute per watt at high speed.
Money-Saving Tip: Turn off fan when leaving room
|Category||Features (Mouseover the underlined feature to review its benefits)|
Allows Control of Air Movement
|Fan Name||52" Emerson Curva Sky Hugger Ceiling Fan|
|Finish||Brushed Steel/Brushed Nickel|
|Motor Size||153 x 18|
Suited to Large Rooms Over 12'
|Blade Type||Not Reversible Blades|
|Reverse Air Flow||
Save Energy in Summer & Winter:
When Fan is stopped, Wall or Hand Held Control will Seasonally Change Fan Direction.
Keep Cool Air Down in Summer with Counter Clock Wise Air Flow.
During the Winter, Operate Fan in Clock Wise Direction to Keep Warm Air from Rising.
Great Value for Customer.
Creates a Designer Look
MFG. Limited Lifetime Motor Warranty + 1Yr Component Parts
Assurance of Quality Product
|Control Included||Emerson Hand Held Remote|
P8985 Emerson Wall control only
Ability to Control Most Fan Functions From Wall Switch or Remote
Customers most agreed on the following attributes:
The fan is a replacement of another brand that stopped working. In contrast, this design was sleek, the materials and fit and finish were far better, and the operation was nearly silent. The clincher was how much air it moved without using a lot of energy- it is remarkably efficient.