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 Searching Current Courses For Fall 2016

  Course: IMA 140
  Title:IND Pipe & Piping Systems
  Long Title:
  Course Description:Explains the use of piping standards and specifications, the identification and use of various materials, and material take-offs common to the process and energy supply industry. The installation and repair of industrial pipe systems commonly used in the conveying of gases and fluids will be covered. The course includes manually and automatically operated valves, regulators and other associated components. Students will work with steel, copper, and PVC pipe.
  Min Credit:3
  Max Credit:

  Course Notes: Entered new course 4/5/07 s@
  Origin Notes: RRCC

 STANDARD COMPETENCIES:
 
 I.      Overview of piping system materials and construction
         A.      Pipe
         B.      Tubing
         C.      Fittings
         D.      In-line control components
 II.     Piping systems in industry
         A.      Safety considerations
         B.      Legal framework and importance of codes and standards
         C.      Drawing and specifications for materials and components found in industry
 III.    Piping system construction
         A.      Materials
         B.      Support system
         C.      Piping system layout and planning
         D.      Fluid flow in pipes
 IV.     Pipe system wear and inspection techniques
         A.      Non-destructive testing techniques
         B.      Weld inspection
 V.      Pipe and tubing joining and assembly
         A.      Plastic pipe
         B.      Copper tubing
         C.      Tubing assembly with compression fittings
         D.      Small diameter pipe welding
         E.      Mechanical joint
         F.      Gasket installation


 TOPICAL OUTLINE:
 
 I.      Understand the source and general content of Plumbing, Mechanical, ANSI/ASME, codes and how they apply to the piping systems and components.
 II.     Understand the general content and scope of engineered piping system specifications and drawings.
 III.    Understand the pipe and tubing construction, metallurgy, corrosion and erosion.
 IV.     Understand basic pipe layout and dimension calculations.
 V.      Understand basic NDT techniques available for component inspection.
 VI.     Understand basic principles of fluid flow in pipes, friction and pressure drop in piping systems.
 VII.    Understand basic pipe and piping system joining methods, including fittings, flanges, gaskets, pressure and materials.
 VIII.   Understand and demonstrate basic tubing system elements including compression fittings and tubing.
 IX.     Understand and demonstrate the basic application of mechanical joint couplings.
 X       Understand the basic principles of pipe and tubing supports.
 XI.     Understand the basic application of plastic pipe and fittings.
 XII.    Understand and demonstrate the basic principles of copper piping solder and brazing techniques.
 XIII.   Understand and demonstrate small diameter pipe welding.
 XIV.    Understand the basic principles of pipe weld quality and inspection .
 XV.     Understand and demonstrate proper gasket joint installation.


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Release: 8.5.3