Air flow capacity up to 1460 CFM
Reduces energy costs & increases comfort
Steel casing is covered with high-quality corrosion resistant finish
Bucket Fan – an effective solution in any commercial, educational, government, or industrial building of 15 feet to over 45 feet. They are quiet, great looking, speed controllable and easy to install.
Cold weather
There is typically a 0.5 degree F and 1 degree F increase in temperature for every foot of height. This means it can be as much as 10-20 degrees F hotter at the ceiling of a 20 ft high facility than at the floor. Moving the superheated air at the ceiling – where it obviously doesn’t do anybody any good – to floor level with a Bucket Fan is one of the least expensive and easiest ways to drastically cut utility bills by 1/4 to 1/3.
Hot weather
In air conditioned buildings cold air coming out of ceiling duct work is fighting rising warmer air. The solution has always been to install tons of a/c as a way for the cold air to out-muscle the rising hot air. It’s been estimated that up to 40% of the input energy is wasted pumping out massive amounts of cold air in the attempt to overpower the warm air at the floor. Installing Bucket Fans near the cold air registers will actively push the conditioned air to where it should be, resulting in tremendous energy savings.
thumb is to «turn the air» between one and two times an hour.
To determine how many Bucket Fans are needed use this formula:
For example, a building has the following dimensions – 125 ft long, 75 ft wide, and 20 ft high.
1. H x W x L = V
(Height x Width x Length = Air Volume in Building)
2. V/CFM/60 = Number of Fans
V/CFM of the Bucket Fan/60
(converts CFM to CFH) = Number of Fans
Always round up to the next number. In this example 3 Bucket Fans would be needed.
| Lineup Vents Bucket Fan |
|---|
Vents Bucket Fan 420
