The HVAC system in your Myrtle Beach home makes your abode a comfortable place to live in. It does that even if the weather conditions outdoors are changing significantly. But in case your unit is unable to keep up with the needs of your home, it could be giving off a few warming signs that it is already near the end of its lifespan.

Five Signs Your HVAC Needs Replacement

Old System

Even though the age of your Myrtle Beach HVAC unit is not a warning sign, it is something that you must keep track of if you wish to avoid an impending breakdown. The majority of HVAC manufacturers suggest replacing these systems every 10 to 15 years. Your unit is comprised of major parts that will begin to deteriorate at the end of the estimated timeline. Consequently, the efficiency will tend to drop and you might wind up with damaged parts that you need to fix or change more often.

Increasing Energy Bill

Even though some changes in the energy bills are normal between seasons and months, you must never see a drastic spike. High energy bills could mean a problem in the efficiency of the HVAC system, which might indicate that it’s almost near the end of its lifespan. As these systems age, there will be a noticeable decline in its efficiency ratings. That is true when you are not keeping up with its regular maintenance once or two times per year.

If your bills are way out of your control, get in touch with an HVAC contractor who can take a closer look and determine what is causing the unexpected spike. Replacing an HVAC unit that is outdated with a model that is highly efficient could help you cut back on your energy costs while lowering your environmental impact. As a result, you should consider when your HVAC system is costing you more to operate.

Read More Signs You Need To Replace Your HVAC System

Have you recently noticed that some areas in your Myrtle Home are colder or older than the others? If so, then you should consider HVAC zoning to fix the problem. Zoning lets you to regulate the temperature of every room or each zone. It is a perfect solution for multiple story houses wherein the temperature differs between the levels. Read on and find out how it works and why you need to have one installed in your home.

Motorized Dampers

An HVAC in Myrtle Beach system delivers cool or hot air into your house through the ducts. Conventionally, the duct system is open to the whole house and the air goes into every part of the house simultaneously. Consequently, you will be unable to control if you send less or more warm or cool air to a single area. With HVAC zoning, the motorized dampers in the ductwork will close and open to control the flow of the air. If the thermostat in a room will send a signal to the damper that regulates that zone, then the damper will close or open according to what the thermostat says it should do.

Several Thermostats

Rather than a single main thermostat that regulates the whole house, every zone or room has its own. The thermostat’s sensor only lets airflow to the area that is controlled by the damper. What’s good with this system is that you could set the temperature separately, based on your desired level, without affecting the other parts of the house. Zone systems are useful for basements, seldom used rooms, speciality rooms, and in home gyms. You should buy a smart thermostat if you would like to maximize how much control you have for every room.

Read More What You Need To Know About HVAC Zoning?

The last thing you want to do during your free time is to worry about your HVAC system at home. Fortunately, you can hire HVAC contractors to help you out. These experts know that informed purchase decisions, regular maintenance, as well as trusted technicians are important in making sure that you and your family always feel comfortable at home.

You don’t have to know everything but having a foundational knowledge could make HVAC decisions in the long run less difficult than they might seem. Save yourself a lot of time and worry by reading through these top questions that most homeowners bring up about their HVAC system at home. These FAQs will make you think about the basics so once the time comes that you need the advice of a professional HVAC contractor about your unit, you know where you can turn to.

HVAC FAQs

Will your home warranty cover your HVAC system?

Although the homeowner policy commonly covers the home’s actual structure, there’s typically an extra home warranty available that would cover appliances like those required for your heating and cooling unit. Some research delving into the specifics of the home warranty that’s offered by your realtor would be important in making the appropriate decision.

Read More Top 5 HVAC FAQs and Answers From The Experts

Everyone knows that blood pressure indicates the health of a person. In case their blood pressure is within a range that is acceptable then they are healthy. However, if the blood pressure is too high then there is a problem, which commonly involves restricting correct blood flow. Your HVAC system, in a way, also has its own blood pressure, or an indicator if it is still in good health or not. It is referred to as static pressure.

The HVAC system’s static pressure is a measure of its airflow resistance throughout the heat pump, coil, filter, and ductwork. Just like your body, if the resistance to flow is high, the system should work harder in order to keep up. Working the unit harder could lead to premature failure. So, what’s the good news? You can avoid this with the right knowledge and regular maintenance.

Factors That May Cause Improper HVAC Static Pressure

Ductwork – an incorrectly sized or installed ductwork could result into an increase in the static pressure. Ductwork could be oversized, which has too little pressure, over undersized, which has increasing pressure. Incorrectly designed or installed ductwork that has too many bends, ductwork that is collapsing, or lack of support could lead to more resistance to airflow. Return duct sizing must not be disregarded because it could also affect the static pressure.

Read More Check Your HVAC System’s Static Pressure