With winter right around the corner, you will be relying on your heating system more and more to keep you and your family comfortable. However, after being out of use for so long, you might turn it on only to discover certain inefficiencies—such as uneven air distribution. The following guide outlines a few of the most common causes of this issue to allow you to get quick and effective heating system repairs.

4 Common Causes of Uneven Heating

1. Blocks

If the system is blocked, your furnace won’t be able to properly distribute air throughout your home. This often occurs when objects like clothing or furniture are too close to the vents, stopping proper circulation. 

2. Dirty Filters

Over time, it’s normal for HVAC filters to become clogged with dirt, dust, and dander. This build-up may cause your heater to work harder than usual, leading to uneven airflow throughout the home. The best way to mitigate this issue is to change the filter once every two to three months.

3. Disconnected Ducts

If you recently had renovations done in your home, only to suddenly be dealing with uneven airflow, it might be because your ductwork was accidentally disconnected during the project. Get in touch with your contractor to find out if they dealt with the duct system during their work. If they did, bring in an HVAC contractor to make the necessary heating system repairs. 

4. Cracks

Many radiators use hot water to produce warmer temperatures. If your home uses this kind of system and air seeps into your unit due to a crack, there will be less space for the water. This leads to a lack of heat. In this case, your contractor will need to “bleed” the radiator to restore its full water capacity.

If you’re struggling with uneven airflow in your home, turn to the professionals at Parker Solutions LLC in Elko, NV. They will quickly and accurately diagnose your issue to provide the most effective heating system repairs possible. Visit their website to learn more about their services, and call (775) 738-4681 to schedule a free estimate today.