What is the evaporation capacitor?

The evaporation capacitor is a device that facilitates condensation or returns to a liquid state of hot gas or steam in a tubular system by evaporation of water flowing through tubes. To put it simply, the evaporation capacitor uses a system of pipes exposed to constant water flow to cool and condensation of hot gas. The cooling and subsequent condensation of the gas is caused by the heat transfer process that occurs when water flows through the gas tubes. This process is extensively used in the air -conditioning industry as a means of condensation of refrigerant gas.

All cooling and air conditioning processes use gas to facilitate heat transfer between the air -conditioned surface and the outer atmosphere. This process relies on the use of the compressor to increase the pressure in the evaporator section or the air -conditioned system of the system, which in turn allows heat absorption from this area. This has absorbed heat and any heat -generated by the compression process must be quickly removed from the refrigerant in the outsideor a capacitor of the system component to repeat the heat transfer cycle. This is usually done by circulating the hot refrigerant by a series of tubes of exposed air flow caused by a fan.

Although effective, this method of cooling or refrigerant condensation is not particularly effective, especially in large commercial systems. This lack of efficiency becomes significant when the surrounding or outside the temperature rises above 100 degrees Fahrenheit (37 degrees Celsius). Under these conditions, the conventional air -cooled system may lose up to 25% of its operating efficiency. The evaporation capacitor is a much more efficient condensing mechanism in larger systems that lose only a fraction of its effective capacity in all surrounding conditions.

Evaporativsystem of the capacitor E usually consists of a series of pipes or pipes that carry hot gas refrigerant. These tubes are simultaneously exposed to spray inODY and fan facilitating air flow. Part of the water flowing through the gas tubes is evaporated due to a combination of pipe heating and air stream. This evaporation is a mechanism that allows for rapid cooling of refrigerant gas, which is then pumped back to the building to restore the air conditioning process. The remaining water is then collected and recirculated through capacitor coils.

Although a common feature in large commercial air -conditioning systems, the evaporation capacitor records an increase in use in smaller home air conditioners. These systems use approximately 5-8 gallons (19-30 liters) of water, which is circulated via a capacitor for eight hours before they are completely cleaned from the system and replaced with fresh water. The excellent properties of the efficiency of the capacitor evaporation are reflected in considerable financial savings and this type of system will certainly see increased use in applications on residential air conditioning.