Big ceiling fans for warehouses, garages, manufacturing, schools, shops & commercial locations
+3
Aviator - HVLS Big Industrial Ceiling Fan
SKU AVCF01
$3,895.00
In stock
1
Product Details
Aviator Warehouse / Industrial Ceiling Fan
Our Best Seller! Big HVLS affordable fan (High Volume Low Speed)
The Aviator industrial ceiling is our original and best seller. It is ideal for factories, warehouses, big garages etc. With fan diameters from 12' to 24', this very powerful, energy efficient ceiling fan works in all size buildings. Its high performance, energy saving design helps cool the air in the summer and ventilate areas better in the winter to disperse heat better. It helps to reduce humidity and condensation on floors and equipment while creating a more comfortable work environment, which is no secret to increase employee production. Save up to 30% on your HVAC bill while making your employees feel up to 16°F cooler. The 6 Blades are constructed with very light, durable American AA7075 super-hard aluminum alloy to maximize performance and minimize weight. Safety cables to secure the fan to the mounting structure and double pivot adjustable mounting hardware are included. Indoor use only.
Applications
Warehouses
Manufacturing
Gymnasiums
Industries
Garages
Motor
IE2 energy efficient standard
World class coaxial helical gear reducer from Nord
Quiet at 45 dBA
Overall Width
144", 192", 216", 240" and 288"
Overall Diameter
Weight
Maximum Speed
Air Volume (CFM)
Motor (KW)
Sound at Maximum Speed
Coverage
12' (3.6m)
198.5 lbs. (90 kg)
75 RPM
215,419
1.5 / 2.0
45 dBA
6781 sqft (630 sqm)
16' (4.9m)
225 lbs. (102 kg)
64 RPM
278,986
1.5 / 2.0
45 dBA
9149 sqft (850 sqm)
18' (5.5m)
238 lbs. (108 kg)
64 RPM
335,489
1.5 / 2.0
45 dBA
11302 sqft (1050 sqm)
20' (6.1m)
249 lbs. (113 kg)
53 RPM
406,119
1.5 / 2.0
45 dBA
14854 sqft (1380 sqm)
24' (7.3m)
275.5lbs. (125 kg)
53 RPM
476,748
1.5 / 2.0
45 dBA
19375 sqft (1800 sqm)
*Weight does not include mount or extension tube. *Fans are sound tested at maximum speeds in a controlled environment. Actual field results may vary due to reflecting surfaces.