Heat pumps may break down during winter. Addressing the underlying problems promptly saves your energy bill, increases your system’s lifespan and improves its efficiency. Here are some typical heat pump problems homeowners in Brandon, MS, may encounter during winter:
Running Constantly
A heat pump in good condition should operate two to three cycles every hour. However, problems such as a clogged air filter, a dirty outdoor coil, refrigerant leaks and leaky ductwork may prompt your system to run for a longer period than usual.
A constantly running heat pump isn’t always a sign of trouble. It’s usual for your system to run incessantly when it’s too cold outside, as these systems transfer heat from the surroundings to your living space rather than generating it.
It’s also normal for a variable-speed heat pump to run without taking breaks. The system’s objective is to maintain comfortable temperatures all the time.
Uneven Temperature Distribution
Your heat pump may fail to warm all rooms in your home, leaving some spots cold and uncomfortable. The system may fail to meet your whole home’s temperature needs if it has a clogged air filter, refrigerant leaks, a dirty outdoor component or ductwork leaks.
Short-Cycling Heat Pump
Short-cycling is an instance where a heat pump turns on and off quickly without completing a cycle. It increases the strain on various heat pump components, making them break down often. Also, a short-cycling system consumes more energy and does not distribute temperatures evenly.
Some causes of short-cycling include a clogged air filter, an oversized heat pump, refrigerant leaks, thermostat problems and electrical issues. While repairs can fix all other issues causing short-cycling, they can’t restore an oversized heat pump’s efficiency. You should consider replacing the system with a correctly sized model.
Seek professional help whenever your heat pump breaks down during winter instead of attempting DIY repairs. You can call Modern Air for professional heating services if you need help with your heat pump.
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