Forced air through the heating or cooling equipment, blower, humidifier, moisture drying, create oxygen, negative ion air conditioning equipment usually primarily for human is the main, but today more widely used devices such as animals, plants, machinery, medical equipment, pharmaceutical drugs ...

For air conditioning cooling

Air cooling system consists of a high pressure gas compressor pump Outdoor unit (outdoor), where the gas will heat to the external environment thanks fans (household) or water (industrial), or condenser.

This reduces heat liquefied and flows throttle (valve work to create the necessary pressure difference for the system) injected into cold (indoor) here, under low pressure liquid gas will evaporate heat recovery and cooling environment should then be the compressor suction pump to a new cycle.

The calculation of air conditioning capacity

Parameters of the regulation should be listed as BTU (British Thermal Unit British Thermal Unit). From BTU parameters multiplied value 0.0002929 will the air conditioner's power. When operating, the air conditioning did not work continuously. While providing enough energy to reduce the room temperature to a certain level it will stop cooling. So to calculate the capacity of the air conditioning depending on the type of household or industrial machines, will divide power conditioning ~ 3.2 or ~ 2.8. For example, air conditioning application have parameters 9.000BTU, power conditioning is 9000 x 0.0002929 = 2.63764 KW inferred power capacity: 2.63764 kW / 2.8 = 0942 KW.

This machine is the result of the invention is made by Matthew Edward Kramer.