Sometimes it can get scorching hot in the Magic City. Your air conditioning units work twice as hard this season to combat the hot weather, which can sometimes be overloaded. When this occurs, your device can overheat and stop conditioning your house immediately.
This article will discuss what it implies when your air conditioner overheats and some of the most typical reasons why it occurs, as well as when to reach out for Air Conditioning Repair in Miami.
Possible Reasons Why Your Home AC Overheats
Overheating means that your AC unit is working too hard.
This is usually due to a problem with one or more of the system’s components. When your air-con has to work extra hard, it consumes significantly more electricity than usual.
Because of the influx of electricity, the circuit breaker for your AC unit may fail, shutting down your system’s electricity supply as a precaution.
A variety of AC unit components can overheat; the following are some of the most typically malfunctioning A/C parts.
The AC compressor is one of the most probable causes if your HVAC system fails. With a few simple checks, you can quickly save yourself time and money in the future.
The compressor is an important component of your air conditioning system. At extremely low temperatures and pressures, it converts the refrigerant from a vapor to a liquid. This enables them to capture heat at ambient temperature.
As a result, if you find that your air conditioner is beginning to lose cooling capacity, you may have a refrigerant leakage. A leak, if left uncontrolled, might result in considerably low levels of refrigerant. This causes the machine to work even harder, potentially causing the compressor real harm.
- Fan motor
The fan motor in your air conditioner is designed to draw warm air from your room and distribute cold air all through it. It is located in the interior AC unit, and if it overheats, the fan will shut down and your air conditioner will stop working.
A blocked air filter is a common cause of your fan motor overheating. When the air filter becomes congested, the fan motor needs to work harder, which might overheat the unit.
Place your palm on the device to see if the cooling fan motor is heating. You can use a regular thermometer to measure the temperature of the cooling fan engine, but it’s better to employ a professional with specialized equipment to complete the job.
The capacitor collects and stores power to give modest quantities of energy to the AC unit as needed. Unfortunately, they are heat sensitive, especially in sun-exposed air conditioning systems.
Power surges could also potentially harm your capacitor. A power surge will overwhelm and heat your entire circuit, including the AC unit, endangering every capacitor in your electrical equipment.
The ability and functionality of a capacitor degrade over time. Keep in mind that if a failing capacitor is utilized, it will only cause more significant problems, thus detecting a failing capacitor right on time will make it much easier to fix it.
- Condenser coils
Air conditioners contain both indoor and outdoor coils. Indoor evaporator coils are typically connected to your furnace and housed in their container. Meanwhile, the external coil typically wraps around the internal parts and serves as the exterior unit’s outer walls.
Dirt and pollutants can accumulate on the coil edges due to the close distance between the coil fins. Surface moisture and the amount of air that circulates around them also make things worse.
This accumulation decreases the system’s ability to move heat out of the home over time, weakening your system’s ability to provide cooling air. Dirty coils can also impede or prevent airflow, which is critical to the complete system.
The aforementioned factors can lead to a less comfy home and decreased energy efficiency. Worse, filthy coils cause the system to work harder than it should, resulting in a shorter unit lifespan. In other words, the cleaner the condenser coil, the more functional the system.
- Air filter
Any clogged or dirty air-con filter will restrict airflow and so force the unit to work extra. The load placed on your HVAC system may cause it to overheat.
Clean the air filter every 30 days to make sure it is not packed with debris. Although many replaceable air filters can last up to three months, if you have a pet or recently completed a home remodeling, you may need to check the air filter more often.
Preventing Your Home AC System from Overheating
If none of these reasons apply, it may be time to replace your air conditioner. If your air conditioning unit is more than ten years old, Energy Star recommends replacing it.
In reality, the lifespan of an air conditioner might vary greatly for a variety of reasons. A modern system can be expected to endure anywhere from 10 to 15 years with regular care and maintenance.
Obviously, a unit that is used more frequently than usual would experience higher stress and strain. Personal preference is very important here. If you have your AC set at 60˚ throughout summer, it will have to run much more constantly.
Looking at your air conditioner’s historical past will help you predict its future. Does it appear that your air conditioner needs repairs year after year?
If your a/c unit has had a terrible life, it is unlikely that it will suddenly become better with time. The number of repairs and maintenance performed on an air conditioning machine will allow you to peek into its future and what the path ahead may seem like.
Getting Professional Help
If you haven’t kept track of your air conditioning unit to perform professional maintenance, it may have problems.
AC repair is a simple way to keep your air conditioner from overheating. Take the time to explore some respected HVAC experts in your area so you can get the finest service for you and your circumstances.
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