Se conoce por evaporador al intercambiado de calor donde se produce la transferencia de energía térmica desde un medio a ser enfriado hacia el fluidorefrigerante que circula en el interior del dispositivo. Su nombre proviene del cambio de estado sufrido por el refrigerante al recibir esta energía, luego de una brusca expansión que reduce su temperatura. Durante el proceso de evaporación, el fluido pasa del estado líquido al gaseoso.
Los evaporadores se encuentran en todos los sistemas de refrigeración como neveras, equipos de aire acondicionado y cámaras frigoríficas. Su diseño, tamaño y capacidad depende de la aplicación y carga térmica de cada uso.
EVAPORATOR
Is Known evaporator heat transfer Exchanged Which produces thethermal energy from one of medium to be cooled circulates That Intothe fluidorefrigerante inside the device. Its name from the change ofeating undergone by the refrigerant state to Receive this energy, asharp expansion Following STI That you reduce temperature. During The evaporation process, the fluid passes from liquid to gas.
The evaporators are found in all cooling systems Such asrefrigerators, air conditioners and refrigerators. Its design, size andcapacity depends on the thermal load Each application and use.
Is Known evaporator heat transfer Exchanged Which produces thethermal energy from one of medium to be cooled circulates That Intothe fluidorefrigerante inside the device. Its name from the change ofeating undergone by the refrigerant state to Receive this energy, asharp expansion Following STI That you reduce temperature. During The evaporation process, the fluid passes from liquid to gas.
The evaporators are found in all cooling systems Such asrefrigerators, air conditioners and refrigerators. Its design, size andcapacity depends on the thermal load Each application and use.
CONDENSADOR
A capacitor is a latent heat exchanger converts its gaseous vapor to liquid, also known as phase transition. The purpose is to condensethe outlet (or exhaust) of steam from the steam turbine so as to obtain maximum efficiency and also obtain the condensate in the form of pure water back to the boiler. Condensing the steam turbineexhaust steam, the pressure of the extractor is reduced above theatmospheric pressure to below atmospheric pressure, increasing thesteam pressure drop between inlet and outlet of the steam turbine.This reduction in pressure in the exhaust steam of the turbine, generates more heat per unit mass of steam delivered to the steam turbine, by converting mechanical power.
TUBO CAPILAR
Un tubo capilar es una conducción de fluido muy estrecha y de pequeña sección circular. Su nombre se origina por la similitud con el espesor del cabello. Es en estos tubos en los que se manifiestan los fenómenos de capilaridad.
Pueden estar hechos de distintos materiales: vidrio, cobre, aleaciones metálicas, etc., en función de su uso o aplicación.
CAPILLARY TUBEA capillary tube a fluid conduit is very narrow and small circular section. Its name originates from the similarity with the thickness ofhair. In these tubes is manifested in the capillary phenomena.
May be made of different materials: glass, copper, metal alloys, etc., Depending on its use or application.
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