jQuery.noConflict();

How does AC work?

How Does Air Conditioning Work?

Most people think that air conditioners lower the temperature in their homes by pumping cool air in. The actual process removes warm air from your house and cycles it back in as cooler air. This cycle continues until your thermostat reaches the desired pre-set temperature.

System elements include a compressor, a fan, condenser coil, evaporator coil, and a refrigerant. The unit extracts heat from indoor air and transfers it outside, leaving the cooled indoor air to be re-circulated.

An air conditioner is basically a refrigerator without the insulated box. It uses the evaporation of a refrigerant to provide cooling. The mechanics of the refrigerant evaporation cycle are the same in a refrigerator as in an air conditioner. A compressor compresses cool refrigerant, causing it to become hot, high-pressure gas. This hot gas runs through a set of coils so it can dissipate its heat, and it condenses into a liquid. The liquid then runs through an expansion valve, and in the process it evaporates to become cold, low-pressure gas. This cold gas runs through a set of coils that allow the gas to absorb heat and cool down the air inside the home.

Three elements which make up a split central air conditioning system are:

  • An outdoor condensing unit
  • A matching indoor air handler
  • Duct work to transfer the air throughout the home

Contact H.C Blake Co. with questions about air conditioning repairs and maintenance.

  • Heating and Air

    Ventilation
    Exhaust
    New Install
    Furnaces
    Boilers
    Gas Heaters
    Heat Pumps
    Thermostats
    Repair
    Replace
    Gas Vents
    Load Calculation
    Controls
    Air Quality
    Humidification
    Dehumidification
    Filtration
    Heppa filters
    Electronic air filters
    UV lights
    Duct Work
    Repair and Replace
    Design and Sizing
    Zoning
    Test and Balance
    Cleaning
  • Plumbing

    Faucets
    Kitchen Sinks
    Toilets
    Water Line Repairs
    Water Line Replacement
    Water Softeners
    Water Filtration
    Sewer Lines
    Laundry Rooms
    Bath Sinks
    Bathtubs & Showers
    Water Heaters
    Gas Lines
    Tankless Water Heaters
    Drain Pipes
    Garbage Disposals
    Backflow Prevention
  • Electrical

    Fan Installation
    Exhaust Fan Installation
    Electrical Upgrades
    Hi-tech Troubleshooting
    Specialty Receptacles
    Track and Accent Lighting
    Circuit Breaker Replacement
    Ballast and Bulb Replacement
    Landscape Lighting
    Bath Lighting
    Kitchen Lighting
    Recessed Lighting
    Motion Sensors
    Wiring Upgrades
    Smoke/CO2 Detectors
    Transfer Switches
    Dedicated Circuits
    Home Standby Generators
    Ceiling Fan Installation
  • Commercial

    Faucets
    Kitchen Sinks
    Toilets
    Water Line Repairs
    Water Line Replacement
    Water Softeners
    Water Filtration
    Sewer Lines
    Laundry Rooms
    Bath Sinks
    Bathtubs & Showers
    Water Heaters
    Water Storage Tanks
    Gas Lines
    LP lines
    Underground gas piping
    Storm drains
    Runoff water problems
    Tankless Water Heaters
    Drain Pipes
    Garbage Disposals
    Backflow Prevention
    Pressure Reducing Valves
    Medical Gaspiping
    Medical gas outlets and valves
    Medical gas certification
    Air Piping
    Air Compressor Design and Installation
    Vacuum Lines
    Chilled water piping
    Steam and condensate piping
    Air, oxygen, acetylene piping
    Oil Seperator
    Trench Drains
    Grease Trap Installation
    Sensor Valves
    Sewer Smellin buildings