Explanation:
Both high and low pressure are low when the expansion valve is stuck shut.
Explanation:
The part of a refrigeration or air conditioning system that disperses heat from the compressed gas (refrigerant) to the environment is called the condenser. As the gas condenses from a high-pressure vapor to a low-pressure liquid, heat is transferred.
Explanation:
The air conditioning system won't adequately cool if the expansion valve is jammed open or clogged. The pressure in the system will rise as a result of a clogged valve, which will lead to an overheated A/C compressor. Too much refrigerant can enter the compressor and pass through the system if the valve is stuck open.
Explanation:
Due to its containment, a receiver/desiccant dryer's cannot be completely dried out by system evacuation.
Explanation:
The technicians are both correct.
Explanation:
The actual cooling impact in refrigeration and air conditioning systems happens in the evaporators. Many people view the evaporator as the primary component of the refrigeration system and view the other components as being of lesser importance.
Explanation: A compressor is a mechanical device that lowers the volume of a gas in order to raise its pressure. A specific sort of gas compressor is an air compressor. Pumps and compressors both increase a fluid's pressure and have the ability to transfer it through a pipe, which is a shared trait.
