As summer approaches, it is time to check to make sure that air conditioners are in proper working order. If they are not providing plenty of cool air, it may be time to replace systems. These systems are designed to work for many years, but they won’t last forever, and eventually will need to be replaced. Some people even replace their systems before they need to, in order to get more energy-efficient models that will help them to cut down on their energy bills.
There are a few ways to tell when it is time to replace air conditioning in Portland, OR. For instance, if the fan is not as effective as it could be, it can be repaired, but it is often a better option to replace the entire system for one of the more efficient newer models. Systems that are more than 10 years old may no longer be as efficient as they once were, and should probably be replaced rather than repaired. Another reason to replace air conditioning in Portland is if the system requires a lot of repairs. Other reasons to replace systems include:
- If not all rooms are being cooled
- If there are humidity issues
- If cooling bills keep increasing
- If the system is noisy
Before replacing air conditioning in Portland, homeowners should consult with professional HVAC technicians. They can let customers know what type of equipment they need to keep their homes cool. The size of the system is important, and there are many things that factor in to what size a system should be. These include square footage of the home, the age of the home, how many stories the home has, how well insulated the home is, how many windows there are, the quality of the windows, and local energy rates.
Once the right size has been determined, homeowners can then learn about the various models available, and compare them for energy efficiency, warranties, price, and more. Each system has a Seasonal Energy Efficiency Rating (SEER), which should be as high as possible. The higher the SEER, the more efficient the system is going to be. Visit Oregon Heating & A/C for more information.