After the sudden eruption and commercialization of heating, ventilation, and air conditioning (HVAC) systems in the past decade, people from all over the world have taken to utilizing these units for comfort and relief both at home and in the workplace. This has, therefore, placed a firm responsibility on owners to maintain and look after their respective units.
As such, filters play a major role in the overall efficiency of HVAC systems. Often overlooked, many are inclined to neglect its maintenance and upkeep, unknowingly causing the burn out of their HVAC units. But what are they really? And more importantly, what makes the PM2.5 filters any different?
The Function of HVAC Filters and PM2.5 Filters’ Capacities
Before anything else, one should be acquainted with the Minimum Efficiency Reporting Value, commonly known as MERV. This is a system by which the efficiency of a filter is rated. The higher the MERV rating, the more efficient it is. A filter with a MERV rating of 1 to 4, for instance, can capture pollutants such as pollen, dust mites, and spray paint dust — basically anything the size of 3 to 10 microns.
A MERV 13 filter, on the other hand, has the capacity to capture particles as small as 0.3 microns. Now, take the PM2.5 filters. Its name alone suggests the extent of its efficiency, indicating an ability to pick up particles such as tobacco smoke and bacteria. Most commonly known to come in the form of pleated air filters, they are known to be thirty-times more effective than the usual fiberglass air filters, and have been proven to trap 98% of airborne particles.>br>
Different Kinds of HVAC Filters
Filters have the sole responsibility of cleaning out the air that passes through your HVAC unit and into your home, enhancing the quality of air. They are responsible for capturing particulate matter so as to prevent them from circulating in your work environment. Below are the four most common air filters used for HVAC systems:
● HEPA (High-Efficiency Particulate Air) Filters ● Pleated Air Filters ● Fiberglass Air Filters ● UV (Ultraviolet) Filters
Why You Should Maintain Your HVAC System
The filters of your unit, along with the rest of its components, must be vigilantly taken care of. If you want a powerful and operative HVAC system, you must take the steps necessary to sustain that.
Several added benefits of maintaining your unit include:
● Cost-efficiency and energy-preservation
● Extended lifespan of HVAC unit
● Improved Air Quality
Thus, it goes without saying that filters are indispensable to an HVAC system’s operation. Here lies the mechanism behind improved air quality in your home and your workplace, therefore the responsibility of keeping it well-maintained must be taken seriously.
For starters, calling upon a professional for an annual checkup could go a long way. It brings great comfort to know that they know what they are doing and what your unit needs. They are fully aware that the needs of your system come first, and they work hard to deliver.
ECM Service – The HVAC Pros
ECM Air Conditioning, with its headquarters located in Boynton Beach, FL, provides air conditioning services within Palm Beach County, Broward County, Martin County, and St. Lucie County. If you’re having issues with your HVAC system, we’re on-call and ready to assist you with your air conditioning needs. So if you’re in need of an HVAC Contractor, don’t hesitate to contact us today to schedule an air conditioning service call diagnostic! Our HVAC experts will diagnose any issues that may be occurring with your HVAC system and help to repair your AC issue on the spot.
Best of all, because ECM is the largest HVAC company in South Florida our local warehouse facility that is 69,000 SQFT houses over $1 million in inventory and fully stocks our 127 vehicles on the road, making us one of the very few AC service companies capable of repairing most issues right on the spot. That means no waiting and no downtime without air conditioning for you & your family in the blistering Florida heat!
Call us at 561-295-1763 or contact our HVAC team online.