Evansville Winter

Is Your Furnace Ready for Winter in Evansville, IN?

Often, when you think about preparing your home for the winter months, you probably are thinking about making sure you have plenty of blankets or maybe some festive decorations. But, you should also prepare for the Evansville, IN winter months by also preparing your HVAC system.

Once winter hits here in Evansville, IN, you can expect some of the highs to be just above the freezing point, and some of the lows to be in the teens or even single digits. With this in mind, it is vital that you make sure your furnace will be up to the task of keeping you and your family warm in the frigid weather.  In this post, we will show you three easy ways to make sure you’re prepared to stay warm all winter long.

Three Ways to Prepare Your HVAC System For Winter in Evansville, IN

  1. Change the Air Filter
  2. Get a Tune-Up
  3. Check the Thermostat

Change the Air Filter

Our first recommendation and probably the easiest thing to do to get ready for this winter is to change our the air filter on your unit. It’s cheap and quick and will make your system run much more efficiently in the cold months, when heating costs are at their peak.

The air filter is the small, portable screen that is usually located on the side of your furnace. It’s job is to catch small particles and contaminants from the air passing through the unit. That keeps the particles from circulating throughout your home. Generally, it is recommended that your change your filters every three months, which adds up to about once a season. This is most important especially right before the winter months.

It’s not surprising that you’ll be using your furnace a lot. Make sure you have good airflow and less dust and debris in the air by prioritizing changing these filters. If you don’t the screen can become clogged and then air can’t pass through properly. If that happens, it keeps your home from ultimately heating up. In some cases, it can back into the furnace and cause the unit to heat up, which can damage the furnace. Thankfully, filters are inexpensive and easy to change out, so take a few minutes and save yourself future problems.

Get a Tune-Up

Getting your furnace tuned up before the winter can add years of life to your HVAC system. And, in the short term, it means lower energy bills and fewer headaches during the cold weather.

With a furnace tune-up, an HVAC tech looks over your entire system. They’ll clean it out, check all the connections, and lubricate all the moving components. Finally, they’ll replace any broken or worn-out parts. This all adds up to a heating system that’s in great shape for the winter ahead. There’s a much smaller chance that it will break down during the cold weather — when it’s working its hardest. And, during peak season, it could take a while to get it fixed.

Once it gets cold, HVAC companies end up with backlogs of work. You could get stuck between paying extra for priority service or going an additional few days without heat. Meanwhile, when your HVAC system is tuned up, it uses less energy to run. That’s less you’ll pay on your utility bills every month. And it will work better overall. So, you’ll stay warm all winter.

Check the Thermostat

Checking the thermostat is usually covered with a tune-up. But, it’s worth doing yourself too, especially if you haven’t gotten around to having a tech out yet. Basically, you’re making sure the thermostat is reading the temperature correctly.

If it’s not, your furnace won’t get the right instructions for when to turn on and off. First, you want to make sure it’s sending a signal. Then, check that it’s calibrated. For the first part, you’ll need someone near the thermostat and another near the furnace. Turn the thermostat to heat and raise the setting higher than the current temperature. The person near the furnace should hear it click on. Next is making sure the reading is accurate.

Today’s smart thermostat makes it easy: There’s usually a button to push for automatic calibration. For older digital models, place a thermometer next to the thermostat. Then, read both temperatures after 15 minutes. They should be within a few degrees of each other.