![]() The two components which facilitate the transfer of heat to or from the refrigerant are the evaporator located in the area to be cooled, and the condenser, located where heat may be dissipated, commonly outside of the building. boiling, at low temperatures, that allows the refrigerant to maximize its ability to absorb thermal energy from a room or area. It is the property of changing phase, i.e. There are several varieties of refrigerant in use today, each with their own unique properties, but all share the common trait of evaporating at low temperatures. The refrigerant must have the property of boiling below room temperature. The compressor drives the next most critical component, the refrigerant, throughout the system. This device supplies the energy that drives the cooling system, and is usually a single-phase electrical motor load. The whole system forms a closed loop, and is powered by the motor driven compressor. The expansion valve, which acts as a regulator between the high and low pressure side of the system and allows for the drop in pressure and temperature necessary to facilitate DX cooling.The condenser, which dissipates heat into the ambient environment by allowing the refrigerant to return to a liquid state.The evaporator, which collects heat from the area, and facilitates the boiling of the refrigerant.The compressor, which is an electrical motor load and supplies the energy to drive the refrigerant through the system. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |