User:Rayofway/Pipe Support

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Pipe Support[edit]

A pipe support is a device designed to carry the weight of the pipe, any in-line equipment and the material in the pipe over a defined span. The three main functions of a pipe support are to guide, anchor, absorb shock and support a specified load. Pipe supports used in high or low temperature applications may contain insulation materials. The overall design configuration of a pipe support assembly is dependent on the loading and operating conditions.

Types of Pipe Supports[edit]

  • A pipe guide is a device for directing or controlling the motion of a defined span of pipe. Pipe guides can be used in conjunction with other pipe supports to achieve more than one degree of freedom.
  • A pipe anchor is a rigid support that restricts movement in all three orthogonal directions and all three rotational directions. This usually is a welded stanchion that is welded or bolted to steel or concrete[1].
  • A shock absorber absorbs energy of sudden impulses or dissipate energy from the pipeline. For damper and dashpot, see Shock absorber
  • An insulated pipe support (also called pre-insulated pipe support) is a load bearing member and minimizes energy dissipation. Insulated pipe supports can be designed for vertical, axial and/or lateral loading combinations in both low and high temperature applications. For insulated pipe, see Insulated pipe
  • An engineered spring support upholds a specific load, including the weight of the pipe, commodity, flanges, valves, refractory, and insulation. Spring supports also allow the supported load to travel through a predetermined thermal deflection cycle from its installed condition to its operational condition.
Permali pipe anchors (cold shoe) for 14" diameter carbon steel pipe
Pipe Anchors (Permali Cold Shoes) - Piping Technology

Materials[edit]

Pipe supports are fabricated from many materials including structural steel, carbon steel, stainless steel, galvanized steel, aluminum, and ductile iron. Most pipe supports are coated to protect against moisture and corrosion[2]. The most common methods for corrosion protection include: painting, zinc coatings, hot dip galvanizing or a combination of these[3].

Standards[edit]

  • Design: ASME B31.1, ASME B31.3, ASME Section VIII Pressure Vessels
  • Manufacturing: MSS-SP58, MSS-SP69, MSS-SP77, MSS-SP89, MSS-SP90, AWS-D1.1, ASTM-A36, ASTM-A53, ASTM-A120, ASTM-A123 and A446, ASTM-A125, ASTM-A153, ASTM-307 and A325, ASTM-C916, ASTM-D1621, ASTM-D1622, ASTM-D1623
  • Quality Systems: ISO 9001, ASQC Q-92, CAN3 Z299
  • Testing: ANSI B18.2.3
Fourteen Hydraulic Shock Suppressor and Clamp Assemblies
Shock Absorber (Hydraulic) - Piping Technology

References[edit]

  1. ^ Werner Sölken (2008-10). Explore the World of Piping: Pipe Supports, Anchors
  2. ^ Rice University (2004). Building Design Standards: Division 15, Mechanical Piping Systems
  3. ^ Piping Technology & Products, Inc. (2009). Methods of Protecting against Corrosion

External Links[edit]

  1. Piping Technology & Products, Inc. (PT&P) http://www.pipingtech.com/
  2. American Society of Mechanical Engineers (ASME) http://www.asme.org/
  3. Manufacturers Standardization Society (MSS) http://mss-hq.org/Store/index.cfm
  4. American Society for Testing and Materials (ASTM) http://www.astm.org/
  5. International Organization for Standardization (ISO) http://www.iso.org/iso/home.html
  6. American Society for Quality (ASQC) http://asq.org/certification/index.html
  7. Canadian Standards Association (CAN3)
  8. American National Standards Institute (ANSI)

Category:Mechanical Engineering

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