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Air Conditioning Installations

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Air Conditioning – Installed by Gladstone Heating & AC

Cool your home and save with a New Energy Efficient Air Conditioning system

Most Popular AC Equipment Installed by Gladstone:

  • AC Pro
  • Amana
  • Goodman
  • Daikin (Mini Splits)

Cooling Equipment Brands Installed by Gladstone are:

  • Reliable
  • High-quality
  • Affordable
  • Made for the best indoor comfort with products that continue to be designed, engineered and assembled in the U.S.A.

Gladstone is a 5 star rated company and installs 5 Star products!

The inclusion of high-quality parts and components installed in all of our air conditioners brands, the equipment manufacturing remains committed to providing you with new heating and cooling products that are built to last. New High-efficiency American brands of central air conditioning systems are designed to be perfect for any home. Even on the hottest days of the year, they can keep a home cool and comfortable. Don’t choose between performance, durability, and optimum cooling comfort. Have Gladstone Heating & AC install a New quality brand air conditioner and get all three.

Reliability and Performance You Can Trust:

With top quality equipment and Gladstone Heating & AC install team, reliable and long-lasting product performance is our top priority. We are using superior craftsmanship products which help, ensure that the new system is the best we can provide to you. With a quality installation team from Gladstone Heating & AC you can bet you are choosing the best!

When is it time to replace?

Certain telltale signs indicate it’s time to consider replacing heating and cooling equipment, or improving the performance of your overall system. It may be time to call a professional contractor like Gladstone Heating & AC to help you make a change.

If Your Air conditioner is more than 12 years old:
Consider replacing it with a unit that has earned the ENERGY STAR label. Installed correctly, these High-Efficiency units can save up to 25 Percent on Heating and Cooling costs.

If Your Heater/Furnace is more than 15 years old:
Consider replacing with an ENERGY STAR qualified Furnace, which is 15%-25% more efficient than a conventional furnace.

If Your equipment needs frequent repairs and your energy bills are going up:
Your Cooling or Heating equipment my have become less efficient and the life of your unit may be coming to an end.

If Your home has excessive dust:
Leaky Ducts can pull particles and air from attics, crawl spaces and distribute them throughout your house. Sealing your ducts or replacing them may be a great solution while simultaneously making your home more energy efficient.

These are just a few reasons you may want to consider replacement of your current HVAC system. Contact Gladstone Heating & AC for more information. (619) 438-1832. www.GladstoneHVAC.com

Helpful Tips

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Air Conditioning Facts:

  • The typical central air conditioning system is a split system, with an outdoor air conditioning, or “compressor bearing unit” and an indoor coil, which is usually installed on top of the furnace in the home.
  • Using electricity as its power source, the compressor pumps refrigerant through the system to gather heat and moisture from indoors and remove it from the home.
  • Heat and moisture are removed from the home when warm air from inside the home is blown over the cooled indoor coil. The heat in the air transfers to the coil, thereby “cooling” the air.
  • The heat that has transferred to the coil is then “pumped” to the exterior of the home, while the cooled air is pumped back inside, helping to maintain a comfortable indoor temperature.
  • Central air conditioning can also be provided through a package unit or a heat pump.

How an Air Conditioner works:

The job of your home air conditioner is move heat from inside your home to the outside, thereby cooling off you and your home.

Air conditioners blow cool air into your home by pulling the heat out of the air. The air is cooled by blowing it over a set of cold pipes called an evaporator coil. The evaporator coil is filled with a liquid called a refrigerant or Freon, which changes from a liquid to a gas as it absorbs heat from the air. The refrigerant is pumped outside the house to another coil where it gives up its heat and changes back into a liquid. This outside coil is called the Condenser because the refrigerant is condensing from a gas back to a fluid. A pump, called a compressor, is used to move the refrigerant between the two coils and to change the pressure of the refrigerant so that the entire refrigerant evaporates or condenses in the appropriate coils.

What is a “TON” of Cooling?

A ton of cooling is defined as delivering 12,000 BTU/hour of cooling. The BTU is a unit of heating – or in this case, cooling – energy. It’s more important, however, to keep in perspective that a window air conditioner is usually less than one ton. A small home central air conditioner would be about two tons and a large one about five tons.

What Problems can my Air Conditioner have?

Air Conditioners are sized to meet a certain “load” on the house. They are designed to have certain amount of refrigerant/Freon. They are designed to have a certain amount of air flow across the coils. When any of these things changes, the system will have problems.

If you produce more heat indoors either from having more people or appliances or because of changes in the house, the air conditioning may not be able to keep up.

If the refrigerant charge on the system leaks out, it lowers the capacity of the system. You will simply get less cooling and system will not be able to keep up when the load gets high.

If airflow across the outdoor (condenser) coil is reduced, the ability to reject heat outdoors is reduced and the again the capacity of the system may go down, especially at higher outdoor temperatures. In dry climates, the same issues happen with regard to the indoor (evaporator) coil: higher airflow helps, lower airflow hurts. If the airflow gets too low the evaporator coil may freeze. This makes performance worse and can damage the compressor unit.

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