HVAC, an acronym for heating, ventilation, and air conditioning, constitutes a system delivering varying heating and cooling amenities to residential and commercial structures. Its primary purpose revolves around ensuring thermal comfort, regulating humidity levels, and maintaining satisfactory indoor air quality.

Air conditioning offers the advantage of maintaining a comfortable indoor environment at home or work, regardless of the season. A typical air conditioning unit serves dual purposes: heating/cooling and humidity regulation. Most modern units are equipped with an auto changeover switch, allowing users to set the desired temperature and let the unit automatically adjust to either cool or heat as necessary.

Typically, HVAC systems have a lifespan of 10 to 15 years, while gas furnaces can last longer, often reaching 20 to 25 years. However, as equipment ages, its efficiency tends to decline significantly. You might observe increased noise levels and a higher frequency of repairs. Moreover, if you reside in proximity to bodies of water or coastal areas, the harsh environmental conditions can considerably shorten your system's lifespan. If your HVAC system is over a decade old, we recommend you have it inspected for maintenance or consider replacement.

Air conditioning is a mature technology, with most leading brands delivering reliable performance. Many of these brands utilize components sourced from the same manufacturers. When selecting an air conditioning system, key factors to consider include pricing, warranty coverage, aesthetics, and noise levels. Some manufacturers provide warranties ranging from 10 to 12 years for all parts, while others offer just a one-year warranty.

Regardless of the brand you choose, the contractor you pick is paramount. It's crucial to opt for a licensed contractor, such as Trusted Air Conditioning, for your installation needs. By partnering with us, you'll benefit from expert handling and adherence to the best refrigerant practices and procedures, ensuring time and cost savings.

SEER, or seasonal energy efficiency ratio, serves as a metric for assessing the efficiency of air conditioning and heat pump cooling systems. It quantifies the ratio of cooling output over a standard cooling season to the total electrical energy input during that period. A higher SEER rating indicates superior energy efficiency.

Typically housed within a sizable metal enclosure, an air handler includes components such as a blower, heating or cooling elements, filter racks or chambers, sound attenuators, and dampers. These units are commonly linked to a ductwork ventilation system, facilitating the distribution of conditioned air throughout the building and its return to the air handling unit (AHU).

When deliberating between repairing or replacing your heating and cooling system, it's essential to factor in the age of your current system. If it's over 10 years old, opting for new, higher-efficiency equipment might be a good choice. Such an investment could potentially slash your energy expenses by as much as 40%.

Ductless split systems offer versatility, serving as a replacement for traditional central ducted systems or as supplements to them. Operating similarly to conventional air conditioners or heat pumps, they comprise an outdoor condensing unit and an indoor air handler/evaporator (fan coil) connected by refrigerant line sets and a condensate drain line.

The outdoor condenser is typically installed outside the structure on an approved surface, with conduits running from it to selected rooms within the building, including attics or garages. Depending on the system design, various indoor units like wall-mounted, ceiling-mounted, recessed fan coils, or floor-mounted air handlers are then installed in desired locations to regulate cooling, heating, and humidity.

Each indoor unit, along with refrigeration lines, transfers cooled or heated air from the outdoor condenser to the designated rooms. This process reverses in winter for heating. With individual control over each unit, users can set specific temperatures for different rooms, optimizing energy usage by only conditioning the spaces in use. One of its key benefits lies in its ability to provide true zoning, enhancing energy efficiency and comfort.

Yes, this is common when significant motor or compressor loads kick in. These devices can trigger a brief, minor voltage drop, manifesting as a temporary flicker in your lights. Fortunately, this doesn't pose any negative impact on the electrical equipment in your home.