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Quiz on Pipe Supports Standards: A Comprehensive Guide II 7 MCQs with Explanations

Pipe Supports Standards Quiz

1. ASME B 31.3 Clause 321.1.1 as Pipe Supports Standards

What does ASME B 31.3 specify under clause 321.1.1 regarding the layout and design of piping and supporting elements?

2. one of the Pipe Supports Standards – MSS SP-58

Which aspect of pipe hangers and supports is covered by MSS SP-58?

3. Pipe Support Standard – MSS SP-69

What does MSS SP-69 specifically address in the realm of pipe hangers and supports?

4. Pipe Support Standard – MSS SP-77

What is covered by MSS SP-77 in the context of pipe supports?

5. Pipe Support Standard – MSS SP-89

What does MSS SP-89 focus on in the realm of pipe hangers and supports?

6. Pipe Support Standard – MSS SP-90

What is the main content covered by MSS SP-90?

7. Other Pipe Support Standards

Which ASME standards are mentioned as part of the pipe supports standards?

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Short Article on Pipe Supports Standards

Pipe Supports Standards

Pipe supports are crucial for the safe and reliable operation of piping systems. They play a vital role in preventing various issues and ensuring the integrity of the piping. Several standards and codes guide the design, selection, and installation of these essential components.

ASME B31.3:

This code, specifically clause 321.1.1, outlines the key considerations for piping and its supporting elements. It emphasizes preventing:

  • Excessive pipe stresses: Supports must distribute weight evenly to avoid exceeding allowable stress limits.
  • Leaks at joints: Unwanted movement and vibration can compromise joints. Supports stabilize the piping, minimizing leaks.
  • Excessive thrusts and moments: Equipment like pumps and turbines can be overloaded by excessive forces. Supports help counter these forces.
  • Stress in supporting elements: Overloaded supports can fail. Proper design ensures they can handle the imposed loads.
  • Resonance: Vibrations from pumps or other sources can damage the piping. Supports can absorb or redirect vibrations to prevent resonance.
  • Interference with thermal expansion: Flexible piping needs room to expand and contract. Supports should allow this movement without hindering it.
  • Unintentional disengagement: Piping can detach from its supports due to vibration or improper design. Supports secure the piping in place.
  • Excessive piping sag: Sagging can lead to stress and damage. Supports maintain proper alignment and prevent excessive droop.
  • Distortion or sag in specific materials: Some materials like thermoplastics can creep and deform under repeated thermal cycling. Supports need to be designed accordingly.
  • Heat exposure: Supports should be protected from extreme temperatures transmitted through the piping.

Other Standards:

  • ASME B31.1 and B31.8: These codes apply to power piping and process piping, respectively, and provide additional guidance on pipe support design and selection.
  • MSS SP-58: This standard specifies materials, design, and manufacturing requirements for pipe hangers and supports.
  • MSS SP-69: This standard helps select and apply the appropriate pipe hangers and supports based on specific needs.
  • MSS SP-77: This standard provides guidelines for contractual relationships related to pipe support systems.
  • MSS SP-89: This standard covers fabrication and installation practices for pipe hangers and supports.
  • MSS SP-90: This standard clarifies terminology used for pipe hangers and supports.

By adhering to these standards, engineers and designers can ensure that pipe supports effectively perform their critical functions and contribute to the overall safety and reliability of piping systems.

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