Answer :

Final Answer:

The typical design burst pressure for a rupture disc is 28 psig. Thus the correct option is (d).

Explanation:

Rupture discs are engineered safety devices designed to burst at specific pressures to relieve excess pressure in a vessel or system. The term "psig" stands for pounds per square inch gauge, which indicates pressure relative to atmospheric pressure. The given options represent different pressure values, and the correct answer, 28 psig, signifies that the rupture disc is designed to burst at 28 pounds per square inch above atmospheric pressure.

Rupture disc manufacturers consider various factors such as system pressure, temperature, material strength, and safety margins when determining the design burst pressure. The chosen value, 28 psig, ensures that the rupture disc will reliably activate when the system pressure exceeds this threshold, preventing potential overpressure incidents. This design pressure is often selected to provide a sufficient safety margin while still effectively protecting the system from excessive pressure buildup.

It's important to note that the actual burst pressure may vary slightly due to manufacturing tolerances and operational conditions. However, the design burst pressure serves as a crucial parameter in ensuring the proper functioning of the rupture disc as a safety device in industrial applications.

Thanks for taking the time to read What is the typical design burst pressure for a rupture disc A 7 psig B 10 psig C 15 psig D 28 psig. We hope the insights shared have been valuable and enhanced your understanding of the topic. Don�t hesitate to browse our website for more informative and engaging content!

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