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On low-pressure chillers, moisture most frequently enters the system through:

a. air leaks in the rupture disc assembly.
b. tube leaks in the evaporator.
c. leaks from areas with gaskets or fittings.
d. leaks from the charging service valve.

Answer :

Final answer:

Moisture most frequently enters low-pressure chillers through option c. leaks from areas with gaskets or fittings, which are prone to degradation and imperfect seals.

Explanation:

On low-pressure chillers, moisture most frequently enters the system through option c. leaks from areas with gaskets or fittings. Gaskets and fittings are common areas where seals may degrade over time or not be perfectly sealed during maintenance or assembly, allowing moisture to infiltrate the system. This is especially a concern in low-pressure systems, where the difference in pressure between the interior of the system and the ambient air can draw moisture in through any available openings.

Vapor compression and vapor absorption cooling systems, commonly found in air conditioning and refrigeration, rely on a closed system where the refrigerant circulates and undergoes phase changes. Any ingress of moisture can lead to efficiency losses, corrosion, and other operational issues that compromise the performance of the chiller.

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