16 Inch 3,000 CFM Flex-A-Lite Flex-Wave Electric Fan 105391

4.75 out of 5 stars ( 41 )

Part Number: FLX-105391

$172.59

Electric Fan, Pusher, Flex-Wave, Single, 16 in. Diameter, 3,000 cfm, Black, 20 amps, Each
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16 Inch 3,000 CFM Flex-A-Lite Flex-Wave Electric Fan 105391

16 Inch 3,000 CFM Flex-A-Lite Flex-Wave Electric Fan 105391

FLX-105391

4.75 out of 5 stars ( 41 )

Part Number: FLX-105391

Estimated Ship Date: Today

$172.59

Estimated Ship Date: Today Would you rather pick it up?

Overview

Brand:
Manufacturer's Part Number:
105391
Part Type:
Product Line:
Summit Racing Part Number:
FLX-105391
UPC:
088657811231
Puller:
No
Pusher:
Yes
Fan Diameter (in.):
16.00 in.
Fan CFM Range:
3,000-3,099
Maximum Fan CFM:
3,000 cfm
Fan Quantity:
Single
Electric Motor Type:
Brushed
Height (in.):
16.500 in.
Width (in.):
16.000 in.
Thickness (in.):
3.188
Number of Blades:
10 blades
Blade Material:
Plastic
Blade Color:
Black
Shroud Color:
Black
Shroud Material:
Glass-reinforced nylon
Amp Draw:
18.50 amps
Air Conditioning Relay Included:
No
Mounting Brackets Included:
No
Mounting Hardware Included:
Yes
Remanufactured:
No
Quantity:
Sold individually.

Flex-A-Lite Flex-Wave Electric Fans

Flex-A-Lite Flex-Wave electric fans are the revolutionary way to move more air! These patent-pending electric fans not only produce greater airflow, but are also more efficient, and quieter than traditional S-blade and straight-blade designs. Designed using advance software and tested in a wind tunnel to verify increased airflow and improved efficiency, Flex-Wave fans move up to 20 percent more airflow than Flex-A-Lite Trimline fans, and up to 25 percent more airflow than the comparable electric fans on the market. With a new look, a selection of sizes available, and several aerodynamic advantages, Flex-A-Lite Flex-Wave electric fans are ready to cool your high-horsepower applications.

Advantages include:

* The leading edge of the fan blade is no longer a single, solid line. The sine-wave design creates leading edges that cut through the air first. This starts movement in the air around the blade with greater efficiency.
* The wave surface of the blades creates channels for the air to move along, producing more airflow and reducing energy losses.
* The wave surface forms a winglet at the tip of the blade, further increasing efficiency by reducing air vortices.
* The trailing edge of the fan blade also has variations, which reduces wind noise.

Applications

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