Size section (9) in the drawing above using the branch length method.
Understand the Problem
The question is asking how to determine the size of section (9) in the drawing using the branch length method. This likely involves using specific measurements and techniques associated with the branch length method typically used in engineering or technical drawings.
Answer
Size section (9) using the branch length method with an equivalent length of 87 ft.
Size section (9) using the branch length method involves measuring the distance from the gas meter to the most remote outlet and computing the total equivalent length, which is found to be the cumulative distance of 87 ft as shown in the provided example.
Answer for screen readers
Size section (9) using the branch length method involves measuring the distance from the gas meter to the most remote outlet and computing the total equivalent length, which is found to be the cumulative distance of 87 ft as shown in the provided example.
More Information
The branch length method helps ensure the accuracy of the piping sizes by accounting for the furthest segment in a gas piping system, thus maintaining adequate pressure and performance.
Tips
A common mistake is to choose the longest single segment rather than measuring the total equivalent length.
Sources
- Size section (1) in the drawing above using the branch length method. - quizgecko.com
- Gas Pipe System Sizing - Eccotemp Help Desk - support.eccotemp.com
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