Furnace Contractor in Blaine MN | How do Furnaces work?
With winter on the way, you may have been wondering how the furnace inside your home keeps you safe during the bitter months. If you’d like to learn more about the different types of furnaces, and how furnaces in general work, then we’ve got the answers to your questions. And, if you’d like to find a furnace contractor in Blaine MN, then check out All Climate Mechanical to get your questions answered. Secure your home today and keep you and your family safe this winter with a reliable HVAC company today.
It’s important to learn how furnaces work, so that when winter hits you’ll be prepared if anything goes wrong. In addition, understanding the heating cycle can help you pick a reliable Furnace contractor for all your future heating needs. The most common type of home heating system is a forced air furnace. This type of furnace uses ductwork to distribute heated air throughout your home. The air is typically blown through small holes in the register box, located on an outside wall near an entrance or window.
Oil Furnaces use an internal combustion engine to create heat. The engine heats up the oil inside the furnace, which then heats your home through a series of pipes that carry hot air throughout your home. In some cases, the oil can be burned directly in the furnace without being converted into gas first.
Electric Furnaces use an electric motor to create heat. The motor turns a fan inside the furnace, which blows air through a series of pipes that carry hot air throughout your home.
Steam Furnaces use steam to create heat. The hot water from your home boils into steam and is then blown through a series of pipes that carry hot air throughout your home.
Gas Furnaces use gas to create heat. The propane or natural gas is blown into the furnace, which then heats your home through a series of pipes that carry hot air throughout your home.
After analyzing the different types of furnaces, it is critical that you focus on a few elements: the efficiency of the system, installation quality, and cost. You know your own situation best. Your options are various with regard to what kind of fuel you use or heat source you go with. You can choose from many different kinds of systems depending upon how much money you are willing to spend.
A blower motor takes warm air produced by the furnace and distributes it throughout the home. In addition, the blower motor also circulates cold air during the summer and spring months to help cool the home. Knowing that a blower motor can be used for both heating and cooling your home is why having a system that can do both is important.
A Heat exchanger is a series of metal tubes that hold the warm air of the furnace. The air in these tubes is warmed, and then brought to other parts of the furnace and your home after being heated.
The combustion chamber is perhaps the most essential component in your furnace. This is also where most of the maintenance will occur on your furnace to ensure it is kept clean of debris. The combustion chamber is where the hot air from your furnace is turned into usable energy. The heat from the flame that burns in this area of the furnace is turned into a gas by fuel such as natural gas, propane or oil. This gas then moves through tubes towards other parts of your home heating system.
The filters in your furnace work for both the heating and cooling processes in your home. These filters block out debris, help with allergies, and overall improve the air quality in your home. However, these filters won’t last forever. If you want your furnace to work with perfect efficiency, it’s worth getting your filters replaced or cleaned every year.
The heating process in your home starts with the air that’s blown into the furnace. The fan pulls fresh air from outside through a filter and then into the combustion chamber. Here, gas from your fuel source is ignited, creating a flame that burns at extremely high temperatures. The heat from this flame is transferred to metal tubes called heat exchangers. These tubes transfer their heat to water surrounding them, which is then pumped out of your home and cooled down before returning as cold water.
We’ve managed to keep things fairly straightforward here. The questions you need to ask yourself are fairly simple ones, and the answers generally don’t require many technical terms or a degree in engineering. Most importantly, this guide will put you on the right track to a new furnace come wintertime. All you have to do is take some time to answer these questions and consider your options before making a final decision and scheduling an HVAC consultation. If you still have any questions after reading this article, always consult your local HVAC professional. We are All Climate Mechanical, serving our Blaine, Minnesota Community. We’re always happy to help so give us a call today!