Air Conditioning & Heating in Tinley Park
Below is a list of businesses listed within our directory. If you do not see your business within the list below, you can submit it for addition to this list. Adding your business will feature your listing above Standard listings.
A Denovi Service Inc - Tinley Park, IL - Phone: (708) 429-5500
Archer Heating & Cooling - Tinley Park, IL - Phone: (708) 532-3381
Arctic Heating & A C - Tinley Park, IL - Phone: (708) 614-2600
Berkheimer G W Company Inc - Tinley Park, IL - Phone: (708) 532-8100
Carey's Heating & Air Conditioning Inc - Tinley Park, IL - Phone: (708) 532-2449
Dawn Heating and Air Conditioning - Tinley Park, IL - Phone: (708) 532-0126
John's Heating and Cooling Inc - Tinley Park, IL - Phone: (630) 832-2979
Mike's Appliance Repair - Tinley Park, IL - Phone: (708) 532-2266
Park Heating & Air Conditioning Supply CO - Tinley Park, IL - Phone: (708) 429-0948
Prestige Heating & Cooling Inc - Tinley Park, IL - Phone: (708) 532-7868
Roberts Environmental Control Corporation - Tinley Park, IL - Phone: (708) 429-7700
Trane Aftermarket Supply - Tinley Park, IL - Phone: (708) 532-8004
Helpful Definition for: Air Conditioning & Heating
Air condition in Tinley Park helps to remove the heat from indoors by cooling the air for thermal comfort. The comfort applications aim to provide a building indoor environment that remains relatively constant in a range preferred by humans, despite changes in external weather conditions or in internal heat loads.
In milder winter climates, where temperature is quite low, heat pumps are used. Heat pump in Tinley Park is a term for a type of air conditioner in which the refrigeration cycle is able to be reversed, producing heat instead of cold in the indoor environment, commonly referred to, and marketed as, a reverse cycle air conditioner. Some home-owners in Tinley Park elect to have a heat pump system installed, which is actually simply a central air conditioner with heat pump functionality, that is the refrigeration cycle is reversed in the winter. When the heat pump is enabled, the indoor evaporator coil switches roles and becomes the condenser coil, producing heat. The outdoor condenser unit also switches roles to serve as the evaporator, and produces cold air that is colder than the ambient outdoor air.
This is due to the problem of the outdoor unit's coil forming ice, which blocks air flow over the coil. To compensate for this, the heat pump system must temporarily switch back into the regular air conditioning mode to switch the outdoor evaporator coil back to being the condenser coil so that it can heat up and de-ice. A heat pump system has a form of electric resistance heating in the indoor air path that is activated only in this mode in order to compensate for the temporary air conditioning, which would otherwise generate undesirable cold air in the winter.
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