"Refrigerator loading system in a refrigeration cycle"
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This image shows the process of loading refrigerant in a refrigeration system. The cycle includes the following main components:
1. Refrigerant charging bottle: The refrigerant is in a liquid or carbonated state and is placed on a Weighing Scale to accurately control the amount that is added to the system.
2. Compressor (Compressor): Compresses refrigerant in gas form, increasing its pressure and temperature before sending it to the condenser.
3. Condenser (Condenser): Here, hot gas is cooled and condensed into liquid, releasing heat to the atmosphere.
4. Liquid Container (Receiver): Store the coolant liquid before sending it through the system.
5. Throttle valve and Thermostatic expansion valve: They control the flow of the coolant to the evaporator by reducing its pressure, allowing it to evaporate to absorb heat.
6. Evaporator (Evaporator): The coolant in liquid state evaporates here by absorbing the heat of the desired environment.
7. Sight glass: Allows you to observe the state of the soda (liquid or gas).
8. Dryer (Drier): Removes moisture and impurities from the refrigerant to avoid damage to the system.
9. Charging hose and service valves (A and B): They are used to connect the gauge and control the pressure in the system during the charging process.
#Refrigeración
#SistemaDeRefrigeración
#CicloDeRefrigeración
#CargaDeRefrigerante
#BotellaDeRefrigerante
#VálvulaDeExpansión
#Evaporador
#Condensador
#Compresor
#FríoIndustrial
#MecánicaDeRefrigeración
#IngenieríaTérmica
#TécnicoEnRefrigeración
#Climatización
#RefrigeraciónIndustrial
#RefrigeraciónComercial
#Manómetro
#MantenimientoRefrigeración
#Termodinámica
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This image shows the process of loading refrigerant in a refrigeration system. The cycle includes the following main components:
1. Refrigerant charging bottle: The refrigerant is in a liquid or carbonated state and is placed on a Weighing Scale to accurately control the amount that is added to the system.
2. Compressor (Compressor): Compresses refrigerant in gas form, increasing its pressure and temperature before sending it to the condenser.
3. Condenser (Condenser): Here, hot gas is cooled and condensed into liquid, releasing heat to the atmosphere.
4. Liquid Container (Receiver): Store the coolant liquid before sending it through the system.
5. Throttle valve and Thermostatic expansion valve: They control the flow of the coolant to the evaporator by reducing its pressure, allowing it to evaporate to absorb heat.
6. Evaporator (Evaporator): The coolant in liquid state evaporates here by absorbing the heat of the desired environment.
7. Sight glass: Allows you to observe the state of the soda (liquid or gas).
8. Dryer (Drier): Removes moisture and impurities from the refrigerant to avoid damage to the system.
9. Charging hose and service valves (A and B): They are used to connect the gauge and control the pressure in the system during the charging process.
#Refrigeración
#SistemaDeRefrigeración
#CicloDeRefrigeración
#CargaDeRefrigerante
#BotellaDeRefrigerante
#VálvulaDeExpansión
#Evaporador
#Condensador
#Compresor
#FríoIndustrial
#MecánicaDeRefrigeración
#IngenieríaTérmica
#TécnicoEnRefrigeración
#Climatización
#RefrigeraciónIndustrial
#RefrigeraciónComercial
#Manómetro
#MantenimientoRefrigeración
#Termodinámica