Just like any other city in Florida, Spring Hill experiences high temperature and extreme humidity during the summer months. This severe weather condition lasts from the last week of May to late September. Excessive moisture in the air not only adds to your discomfort but also puts more pressure on your air conditioning (AC) units, which in turn, necessitates repeated repairing works. Want to find out the link? Let’s find out what experienced air conditioning repair professionals in Spring Hill have to say on the matter:
Increased Stress on the Unit and Reduced Energy Efficiency
The ACs keep indoor cooler by removing heat and moisture from the air through the evaporator and condenser coil and circulating it inside. In summer, the moisture holding capacity of air increases, a natural phenomenon that makes ACs work harder to reduce the excessive temperature, which requires more power, ultimately making the system less energy efficient. Unless the humidity level is controlled, exposure to the moisture in longer term creates extra load on the machine, resulting in faster wear- and tear of the parts. All these factors shorten the lifespan of your AC unit.
Accumulation of Dirt
Dust build-up on components is quite normal for the AC systems. However, the problem intensifies in excessive humid days causing severe damage to the unit. The extra humidity dampens the AC components, and because of this, the dirt clings more. The accumulation of dirt on critical parts like evaporator and condenser coils prevents them from transferring heat properly. As a result, the system fails to generate cool air, although it keeps running. The compressor may get overheated in such situations, leading to the unit breakdown. A dirty filter, on the other hand, reduces the airflow, increases the electricity bill by five to 15 percent and reduces the lifespan of the system significantly.
Corrosion of System Parts
When your AC is exposed to too much moisture, one of the most obvious damages that occurs to it, is corrosion on the electrical parts which often leads to shut down of fans and motors. The corrosion occurs rapidly when the humidity exceeds 60 percent. Excessive heat also intensifies the damage. Corrosion on the coils prevents them from supplying cool air into the room whereas, in the longer term, it causes permanent failure of the individual component. The corroded fins create extra pressure on the fan blades and motors which ultimately results in overheating and failure. As far as the compressor is concerned, corrosion reduces the heat transfer and increases the condensing temperature which again yields the same result. The actual effects of corrosion are reflected through the hike in your energy bills. A corroded condenser coil increases the power consumption by 35 percent and reduces the heating ability by 25 to 30 percent, adding to the electricity bill.
Clogged Condensate Drain
The worst effects of humidity are observed on the condensate pan or drip pan. Moisture from the air gets accumulated near the evaporator coil, and then it gets collected into the pan from where the condensate pump draws it down the drain. When the air is excessively moist, algae grows within the drain or along the drain line clogging it over time. The shallow drip pan, then, overflows easily. Even worse is the fact that the excess water flows inward, eventually shutting down the AC unit.
Growing Mold at Evaporator Coil
Another unpleasant yet quite common problem of high humidity is the growth of mold on the evaporator coil as it collects all the moisture. Mold growth on the evaporator coil prevents it from removing moisture from the air and degrades the air quality with an odor.
Extreme heat and humidity can damage your AC units severely. To avoid a sudden breakdown, service your AC unit regularly. Hire an experienced air conditioning repairing company in Spring Hill to do the job for you. Also, the knowledge on how the moisture content in the air can affect the AC components will help you take necessary steps to minimize the damage.