FAQs

If you have questions about heating and air conditioning services, maintenance, or best practices, the experts at Stoudenmire can help. We have all the answers you’re looking for. We’re always here to help. With more than 60 years of experience serving home and business owners in Columbia, South Carolina and surrounding areas, we have the knowledge and skills to take care of all of your heating and air conditioning needs.

Below are answers to some of our most frequently asked questions. However, if you have additional questions or are ready to schedule services, contact us today!

How Often Should I Change My Air Filter

Answer

During the summertime, your air conditioning is running a lot more than other months. Therefore, during this time you should change your filter, at least, once a month to keep it running properly. This includes pleated filters that claim to be 3 month filters. For other months of the year, use your best judgment.

How Often Should I Have My HVAC Unit Serviced?

Answer

Every air conditioning system should be serviced, at least, twice a year. We recommend servicing it once in the spring time and once in the fall.

Should I Set My Thermostat at a Consistent Temperature During the Summer?

Answer

During the summer months I would recommend you set your thermostat back during the day when you are not home. However, I would not recommend that you go over your desired temperature more than five to seven degrees. Another recommendation would be that you have a programmable thermostat installed that would automatically change the setting for you.

My Indoor Fan is Always Running. Is there a Problem?

Answer

Sometimes homeowners turn the fan switch to "On" versus "Auto" which causes the indoor fan to run continuously. Turn the switch to "Auto" and the fan should stop running continuously.

What is a SEER Rating?

Answer

SEER stands for Seasonal Energy Efficiency Ratio. The size of an air conditioner is rated in BTU or Tons, however, the efficiency is rated in SEER. This ratio is calculated as the cooling output divided by the power input for the average U.S. climate. It's like MPG (miles per gallon) in a car - the higher the MPG (or SEER) the lower the gasoline (electricity) bill.