Air Conditioning System Concepts

It increases the temperature of the surroundings.

It absorbs heat from the surroundings during evaporation.

It decreases the pressure of the surroundings.

It condenses the refrigerant into liquid.

It cools down the refrigerant.

It filters impurities from the refrigerant.

It stores excess refrigerant.

It pumps refrigerant throughout the system.

It is compressed into a liquid.

It absorbs heat and evaporates into a gas.

It releases heat and condenses into a liquid.

It is stored for later use.

They are more expensive.

They are larger and more powerful.

They are more efficient and quieter.

They require more maintenance.

To compress the refrigerant.

To heat the refrigerant.

To cool and condense the refrigerant into a liquid.

To evaporate the refrigerant.

It filters impurities from the refrigerant.

It converts the refrigerant into a solid.

It increases the pressure and temperature.

It decreases the pressure and temperature.

Axial fan

Centrifugal fan

Impeller fan

Propeller fan

Because the gas loses heat and condenses into liquid.

Because the surface absorbs moisture from the air.

Because the surface is porous and absorbs water.

Because the surface releases heat into the air.

It is evaporated back into the air.

It is stored in a drain pan and discharged.

It is used to cool the refrigerant further.

It is recycled back into the system.

By increasing the temperature of the refrigerant.

By reducing the amount of refrigerant in the evaporator.

By increasing the speed of the fans.

By shutting down the compressor.