Who Swings It Better: Mechanical vs. Electrical Fans

Posted on by Admin

Electric FanForget all about Global Warming because these days, it’s more of a “Global Burning.”

This may sound a little bit exaggerated, but if you look at the actual numbers, you’ll actually realize it’s extremely hot –not just warm.

That’s why it’s also becoming more of a necessity to buy expensive cooling machines such as an electric fan to stave off the heat. But, the process of finding what really works from what just works can be costly.

If you’ve tried going to hardware stores or even to direct manufacturers of electric fans, it’s still hard to identify what makes one different from the others. What confuses many buyers is whether to go for an electrical or a mechanical type of fan.

For a better understanding, AeratronFans.com shares some good points of comparison.

The Mechanical Fans

Yes, all electric fans are mechanical. But, the word mechanical here refers to where fans get power. To operate, mechanical fans use the energy of an independent source such as batteries and car engines. Mainly, these fans come in two forms:

  • Clutch Fans – This type connects directly to the thermostat for a better way of cooling. But, one advantage of this is that it uses up energy since it always spins unless you turn off the thermostat.
  • Flex Fans – This type works independently from the thermostat. So, you can adjust its speed for maximum efficiency. Flex fans also have a higher air output than clutch fans.

The Electrical Fans

As you guessed it, electrical fans get their energy directly from electricity. Traditionally, an electrical fan works well in the home and some workplaces because of the abundance of power outlets. Here’s a quick list of its advantages over mechanical types:

  • Consistent cooling
  • Versatility
  • Size range
  • Control
READ  Deck Your Ride: Revamping Your Old Car

The Takeaway

At a glance, electrical fans are better. But, given the right considerations, a mechanical fan can actually provide a more efficient cooling solution.

About the Author