With the combination of a multitude of advice from numerous sources, and the rapid spread of information influenced by the internet, myths about HVAC systems and their maintenance have flourished. For ages, homeowners have based their decision-making on these wide-spread misconceptions. Today, All Weather Heating and Cooling Inc. sheds light on these fallacies in an attempt to improve the longevity and efficiency of your HVAC units.
Myth 1: Changing Filters Once A Year Is Enough
One of the most common myths ubiquitous among homeowners is the belief that changing HVAC filters once a year is sufficient. While it may seem like a resourceful practice, it can negatively impact the functioning of your unit. Filters ought to be
changed approximately every 3 months as an industry-wide rule of thumb. This facilitates smoother airflow and better air quality.
Myth 2: The Bigger The HVAC, The Better
Another common misconception is that a larger HVAC system implies better performance and quicker cooling or heating of your home. The truth is, an oversized unit can lead to increased energy consumption, higher expenses, inconsistent temperatures and undue strain on the system. The size of your HVAC system should be accurately matched with the square footage of your premises for optimal efficiency.
Myth 3: The Location of the Thermostat Doesn’t Affect Heating or Cooling
Common wisdom isn’t always wise, especially in the case of the “thermostat position doesn’t matter” myth. Contrary to this belief, the placement of your thermostat can significantly influence the efficiency of your HVAC system. A thermostat positioned too near to a heat source, or in direct sunlight, can cause your system to work harder than required, thus increasing energy consumption.
At All Weather Heating and Cooling Inc., we aim to dispel misunderstandings and spread genuine, helpful information about HVAC care and maintenance to our valuable customers. By debunking these myths, we hope to aid homeowners in making more informed decisions about their HVAC systems and ultimately increase the efficiency and lifespan of their units.