The volume of Water required for hydro testing: π x ² x Length of Pipe.Weight of Pipe: π x diameter of the pipe (in m) x length (in m) x thickness (in mm) x density of pipe material.Insulation Area (in m²): (all in meter) x Length of Pipe ( in meter ).Inch Dia: Size of Pipe joint ( in inch) x No, of Joints.Inch Meter: Length of pipe (in meter) x Size of pipe ( in inch ).Stress criticality, Heat expansion, etc Calculations for Piping data from Isometric drawing Special notes created for any drawing.Line number, Line size, fluid code, Design, and operating temperature, and Pressure

Project name, Client, PMC ( Project management consultancy), and Contractor details.

Whether a field or shop item Bottom Section of Isometric Drawing contains:.

Connection details with equipment Section of Left or right of Piping Isometric drawing includes:.

The main body of a piping Isometric drawing is consist of: It is the most important deliverable of any project where piping plays a vital role.īy Definition, Isometrics drawings are a graphic representation of a 3D routed line in a 2D plane that combines height, length of pipe in a single drawing with a 30º angle on both sides from horizontal. Piping isometric is a representation of a single pipe line in a process plant with exact dimensions and Bill of Material (BOM).

This kind of drawing helps a designer to transfer his vision of piping connections to the team executing construction projects. Here comes the role of Piping Isometric drawing. So that, they can understand well and get a vision of the fabrication of Spools and how the piping is connected with other equipment or special items. The conveyed information must be enough for the execution person. After establishing a 3-D model in PDMS, SP3D, or any other software, Piping designers have to communicate the same information to the person who is executing that piping job either in the yard for fabrication or in the field for Erection/Construction.

Pipe fabrication isometric drawing