A properly maintained air conditioner functions with optimum energy and cooling efficiency, and regular checkups extend the lifespan of your unit. This avoids paying for expensive repairs down the line.
Do not wait for the summer heat to begin when you finally decide to check your air conditioner for problems. Here are some easy do it yourself maintenance tips as recommended by Sandy air conditioner repair specialists.
Replace or Clean the Filter
One of the easiest ways of ensuring proper operation of your AC, no matter the type or model, is by replacement or cleaning of the filter. Airtime Heating & Cooling mentions that dirty filters can no longer clean the air, resulting in excessive energy consumption. This aggravates allergies of sufferers as well. Check your manual how to remove and replace your AC filter, or at least clean it, whichever is most practical.
Make Sure the Vents are Clean
This should be a no-brainer as dirty vents affect the quality of air coming out of the unit. This means that if you have not done this in a while, it is high time to do so, preferably before the summer season begins.
Get a clean cloth and dab it with water, then wipe down the dust that has accumulated in the unit. You may also call a professional to clean the air ducts and vents of the AC.
Check the Condenser Unit
The component of your air conditioner that draws air into the system should be free of any obstructions whatsoever. This is usually outside your home, so check if there are any plants or shrubs that have grown tall enough to block it. Take some time to clean the condenser unit of any dirt and debris that may have accumulated.
Have Freon Levels Checked
You cannot do this on your own, so you need to call a reputable air conditioner cleaner. They will check the unit for any signs of leaks, especially with the older models, and look if the level of freon is still adequate.
A properly functioning AC unit leads to a carefree and comfortable summer. Do not wait for it to breakdown. Practice some preventive maintenance for optimal unit functionality.