What Dry Air Means for Phoenix Heating & Air Conditioning

Phoenix Heating & Air Conditioning

Winters in the Valley of the Sun aren't particularly bad, but there are some challenges that your Phoenix heating & air conditioning can help you avoid. The air in our home is pretty dry, but especially so during the winter. This is because the hot air can contain more water vapor while cold air doesn't. Dry summer heat might be nice, but dry winter cold can be a big problem. It can cause some severe issues for you and your family, including cracked and dry skin, and can make things worse when you've already got something wrong with your skin. This is a big reason we see things like acne and eczema flare up during the cold months. Having proper humidity helps your skin stay healthy and function well. But why would Phoenix heating & air conditioning be able to help?

Phoenix Heating & Air Conditioning

Phoenix heating & air conditioning already has access to the air flow in your home. It provides the heating you need during the cool season and can be a convenient way to pump in the extra humidity you need to stay healthy. There are many options for installing a humidifier alongside your Phoenix heating & air conditioning system. Most systems will allow you to set what level of humidity you want for your home so that you can keep it comfortable.

Phoenix Heating & Air Conditioning

It's important that you make sure to keep your home at a good humidity in order to stay healthy. Humans are composed of a lot of water. Which means when it's dry out we start to lose that water to the air and then we start feeling bad, we might get sick, our skin gets dry and itchy, and other problems just get worse. Proper humidity also protects your home from potential issues. Dryness can cause wood and paper to become brittle, bend or even crack. Those are definitely some things you don't want to have to deal with!

Phoenix Heating & Air Conditioning: Keeping Your Home as Cool as a Fridge

Phoenix Heating & Air Conditioning

Modern air conditioning as we know it was developed in 1902 by an electrical engineer named Willis Haviland Carrier. It was designed to solve a humidity problem at the Sackett-Wilhelms Lithographing and Publishing Company in Brooklyn, N.Y. Paper stock at the plant could occasionally absorb moisture from the hot air, resulting in difficultly when applying the layered inking techniques of that was common at that time.

The common central A/C system for Phoenix heating & air conditioning is a split system, with an outdoor unit, or "compressor-bearing unit" and an indoor coil, which is usually located on top of the furnace in the house.

A/C units and refrigerators work exactly the same way. Instead of cooling just the little, insulated space within a fridge, a unit cools a room, home, or a building.

Heat and moisture are taken out from the residence when hot air from inside the home is blown over the cooled indoor coil. The heat in the air transfers to the coil, which ultimately cools the air.

Phoenix Heating & Air Conditioning

Phoenix heating & air conditioning units use refrigeration to cool indoor air, utilizing a remarkable physical law: When a liquid converts to a gas, it absorbs heat. A/C units take advantage of this ability of phase conversion by creating unique chemical compounds to evaporate and condense repeatedly in a closed system of coils.

The compounds that are used are refrigerants that have properties enabling them to change at relatively cold temperatures. Units also possess fans that circulate hot interior air over these cold, refrigerant-filled coils. Central A/C units have a complete system of ducts designed to move air to and from these air-chilling coils.

The unit has three primary parts: a compressor, a condenser and an evaporator. The compressor and condenser are typically found on the exterior air portion of the unit. The evaporator is located within the home, sometimes as part of a furnace. This part that your heats house.