Examples of 'refrigerant flows' in a sentence
Meaning of "refrigerant flows"
refrigerant flows - This phrase refers to the movement of refrigerant within a cooling system or air conditioning unit. It is commonly used in the context of understanding how refrigerants circulate in order to facilitate the cooling process
How to use "refrigerant flows" in a sentence
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refrigerant flows
The refrigerant flows through a grid similar to a radiator.
This sound is generated when refrigerant flows during defrosting operation.
Refrigerant flows between the outdoor and indoor units.
The cycle is closed as the refrigerant flows back to the compressor.
The refrigerant flows from the compressor to the gas cooler.
It consists of steel or copper tubing through which the refrigerant flows.
This is a sound generated when the refrigerant flows during defrosting operation.
The refrigerant flows counter current in the opposite channel and is cooled.
A region through which an superheated gas refrigerant flows hardly functions as an evaporator.
The refrigerant flows through the refrigerant circuit as indicated by arrows of solid line.
The region where a superheated gas refrigerant flows hardly functions as an evaporator.
The refrigerant flows through an evaporator coil in the evaporator and back to the compressor.
This known system maintains the economizer and suction refrigerant flows completely isolated from each other.
The vaporized refrigerant flows to the compressor inlet to complete the cycle.
In heat pump operation, the refrigerant flows reversely.
See also
The vaporized refrigerant flows into the compressor and is compressed by the compressor.
Optionally, for the third configuration no refrigerant flows in the first heat exchanger.
Refrigerant flows over and around the drive motor to reduce its operating temperature.
From the oil separator, the refrigerant flows to the condenser.
The refrigerant flows from the evaporator back to the compressor vÃa the heat exchanger.
As the compressor operates, the refrigerant flows through a refrigerant cycle.
Refrigerant flows to a cooler, in which it is cooled by an air flow.
In the next space rearward, refrigerant flows again from top to bottom.
The refrigerant flows further to an evaporator 4 and then back to the compressor inlet.
As a result, a larger amount of the refrigerant flows into the first heat exchanger.
The refrigerant flows through an internal radiator 20 which cools or heats the air.
In a typical refrigeration system, a refrigerant flows through a compressor and exits at a high pressure.
Refrigerant flows through the inside of this type of first heat exchanger ( not shown ).
Optionally, for the first configuration no refrigerant flows in the fourth heat exchanger.
The mixed refrigerant flows to the second stage impeller 34b to be further compressed.
Optionally, for the second configuration, no refrigerant flows in the third heat exchanger.
The liquid refrigerant flows into the outdoor heat exchanger 3 through the distributor 4.
When the screen is touching the tubes, the refrigerant flows onto the tube.
A proper refrigerant flows in the pipe 38 for connecting each of the elements of the cycle.
As a result, a flow path is opened, and the refrigerant flows.
Therefore, the vapor refrigerant flows faster than the liquid refrigerant.
The heat exchangers 18 include a passageway through which the refrigerant flows.
In the heating operation mode, the refrigerant flows in a reverse direction of the above direction.
A refrigerant flows through the refrigeration components to provide temperature-controlled air to the passenger compartment 20.
Thereafter, the gathered refrigerant flows to a condenser ( not shown ).
No refrigerant flows from the upstream side of the outflow prevention device 5 into the evaporator 6.
While the compressor 2 is operated, refrigerant flows in solid arrow directions.
Refrigerant flows in order through the inlet guide vane, the impeller and the diffuser.
When it is cool enough, the refrigerant flows through a nozzle into the evaporator tube.
Thin arrows in Fig . 1 indicate directions in which a refrigerant flows.
The low pressure vapor refrigerant flows into the suction pipe of the compressor 1.
The inside bypass passage ( 52 ) is a passage through which the refrigerant flows.
Thus re-condensed refrigerant flows out of the refrigerant outlet and is introduced into a receiver tank 5.
The refrigeration apparatus of claim 2 comprising refrigerant flows of less than 12 kilograms per hour.
The compressed refrigerant flows toward the indoor heat exchanger, thereby continuously realizing a heating cycle.
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