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When testing a low-pressure centrifugal with nitrogen, what is the maximum test pressure?

a) 5 psig
b) 10 psig
c) 15 psig
d) 20 psig

Answer :

Final Answer:

When testing a low-pressure centrifugal with nitrogen, 15 psig is the maximum test pressure. Therefore, the correct option is c) 15 psig.

Explanation:

The maximum test pressure for a low-pressure centrifugal with nitrogen is 15 psig. When testing equipment, it's crucial to adhere to specified pressure limits to ensure safety and proper functioning. Nitrogen is commonly used for such tests due to its inert nature, preventing unwanted reactions with the system components. In this case, the specified test pressure of 15 psig is the threshold beyond which the equipment's integrity and performance can be reliably assessed.

Testing a low-pressure centrifugal with nitrogen at 15 psig ensures that the equipment can withstand realistic operational conditions without compromising safety. It allows for a thorough evaluation of the centrifugal's structural integrity, leak tightness, and performance under the expected pressure conditions.

Choosing the correct test pressure is essential for accurate assessments and to guarantee that the equipment will operate within the specified parameters during its intended use. Therefore, in this scenario, the maximum test pressure is determined to be 15 psig, making option c) the correct choice. Therefore, the correct option is c) 15 psig.

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