Epoch HVLS Fans Cooling Effect on Waste Heat

Posted by Epoch HVLS Fans on May 11th 2020

Hot air from outside is not the only contributing factor causing an increase in the temperature of the work-place. Many internal processes also radiate heat in the surrounding. We can call this condition a ‘waste heat’. Industrial processes are considerable sources of waste heat that are inevitable. Not even these big processes, our small gadgets like laptops, mobile phones, chargers also dissipate heat in the air. These all major and minor processes contributing to temperature rise.

Waste heat is produced by machine or any device which requires power to do work, for example, chargers, mobiles, motors, light bulbs, and etc get warms when working. This usually happens in manufacturing sectors which uses many machines for production. For such an unavoidable situation, we need a better cooling system to make the surrounding healthy and fresh. EPOCH HVLS fans are well design to counter waste heat.

Spread the air in a large area

It is necessary to reduce waste heat from the environment. Waste heat contains a number of combustible toxic, carbonic gases, oil sludges, etc. This makes the surrounding noxious. It can be reduced by dispersing the air. The appropriate cooling system is very effective to evenly disperse the air. Epoch HVLS fans are having long blades that provide massive airflow and covers larger areas.

What exactly helps to reduce process heat by Epoch HVLS fans

Few points are remarkable to deletion of hot air from your building:

HVLS Fan System: HVLS fans are specially designed to avoid such type of problems. Many HVLS fans are introduced in the market. But to select the proper fan is vital to the company benefits. Epoch HVLS fans provide cost-saving technology for happy returns.
Blade size: Appropriate blade size decides your airflow, rpm, and coverage radius. This selection will efficiently change your room temperature. Epoch HVLS fans offer various blade sizes that are customizable too.
Installation of Fans: Two different Conditions are vital for selecting the site survey.

i) Distance from fan to floor: To achieve maximum airflow distance, we need proper fan diameter which is easily identified by ground distance with this equation:

Fan Diameter x 1.5 = Ground to blade distance

ii) Distance from ceiling to fan: This also decides the amount of air moved from area above the fan to the area below it. It gives some space to accommodate air and forced to move it. It also depends on the distance from the ceiling to the fan. It should be always more than 2 feet and less than 12 feet.