Engineering Review: Big Ceiling Fans vs. Wall Mounted Fans

With summer fast approaching, it’s no wonder that so many people are now looking to purchase a new fan for their restaurant, gym, or small business. But with two major types of fans to choose from, both commercial wall mounted fans and commercial ceiling fans, it may be hard to decide which option is right for you and your commercial space. Take a look at what each fan type offers and get perspective from MacroAir’s Head of Engineering, Geoff Herkner, to decide for yourself.

Wall Mounted Fans: Does Size Really Matter?

A wall fan is different from a big ceiling fan in that it’s a fan found in an enclosed cage to prevent the blades from being exposed to passersby and to prevent injury. These fans are typically mounted onto a wall and are designed to swivel back and forth to pass air from one corner of the room to the other. Sometimes wall fans are left off of their wall mount and instead placed on the ground.

“Typically the main point of differentiation is the difference in diameter. This also directly affects the max coverage area the fan can potentially affect.” – Geoff Herkner, Head of Engineering

Compared to big ceiling fans, wall fans are slightly less efficient. They often have less powerful motors, creating heavy energy consumption. It takes multiple wall mounted fans to displace as much air as one big commercial ceiling fan.

“Wall mounted ceiling fans typically are smaller in diameter and produce air movement based on very high rotational speeds. Therefore, they are very inefficient.”  – Geoff Herkner. Head of Engineering

Big Commercial Ceiling Fan, Big Difference

Typically a lot of small fans and blowers are used to cool large workspaces. However, the invention of industrial ceiling fans has changed that through the efficient and balanced airflow they provide.

The major benefit of using fewer large industrial ceiling fans instead of many smaller, faster wall mounted fans is energy consumption. Because of the large circumference and specially designed airfoils (a.k.a. blades), it only takes one large industrial ceiling fan to do the job of up to 34 traditional fan units. An average ceiling or tabletop fan spins several times the speed of a big industrial fan, which not only makes the fan noisy, but it also consumes much more energy.

“Big commercial ceiling fans will help reduce energy usage when placed properly. It will help cut down energy consumption in conjunction with HVAC units as well as individual heating units. This is due to the nature of the airflow of these large fans. They will equalize air temperature from floor to ceiling within minutes and therefore they have a strong affect on air turnover rates. This keeps customers’ HVAC or heating systems run-time to a minimum while maintaining the desired temperature set-point.” – Geoff Herkner. Head of Engineering

A commercial ceiling fan is capable of moving a lot more air than a commercial wall mounted fan because they’re mounted from above. Overhead fans allow airflow through an entire space as opposed to just on one side of a room, and so a commercial space can be cooled more evenly.

“Large diameter fans are High Volume, Low Speed. The airflow is generated with an airfoil that is engineered to provide the maximum amount of airflow at the lowest rotational speed, providing greater efficiency.” – Geoff Herkner, Head of Engineering

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Make a Comfortable Choice

The large, slow-moving columns of air created by industrial ceiling fans have a wider reach, create less noise, and operate more efficiently than traditional wall mounted fans. MacroAir industrial fans are the latest in innovative big ceiling fan technology, providing a more efficient means of creating cooling comfort.

Do you use commercial ceiling fans or wall mounted fans? Can you feel a difference? Leave your comment below.

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Patrick Munar

Marketing Content Specialist at MacroAir Fans
Patrick Munar develops communication efforts in support of MacroAir’s position as the inventors and continual innovators of the HVLS fan. He shares insights on a variety of HVLS fan applications through the MacroAir Blog.
Patrick Munar