Learn AutoCAD Plant 3D 2027: A Practical Guide

Learn how to create a structural pipe rack in AutoCAD Plant 3D using W10 x 12 structural members.
You will create a structural grid by defining axis, row, and platform values.
The tutorial covers setting footing dimensions and placing footings at the grid points.
You will then create columns and beams, adjust member justification, and build multiple structural levels.
Finally, learn how to cut structural members at intersections and save the completed pipe rack model.

Learn how to create a detailed structural model in AutoCAD Plant 3D using W10x12 structural members.
This tutorial covers creating the structural grid, setting footing dimensions, and adding columns and beams.
You will also learn to create stairs by configuring stair width, tread, and structural shape settings.
The tutorial demonstrates how to add grating platforms using specific material and hatch settings.
Finally, create railings for stairs and platforms and complete the structural model.

Learn how to create and place process equipment in AutoCAD Plant 3D, including a vertical vessel, reboiler, and centrifugal pumps.
This tutorial covers creating custom equipment shapes, assigning tags, setting dimensions, elevations, and orientations.
You will also create a grating platform, ladder, and railing around the vertical vessel.
The tutorial demonstrates how to create supports for the reboiler and attach them to the equipment.
Finally, add and position centrifugal pumps and save the completed equipment model.

Learn how to add and configure nozzles on equipment in an AutoCAD Plant 3D model.
This tutorial covers adding radial and bottom nozzles to a vertical vessel using specific size, end type, and pressure class settings.
You will also modify existing nozzles on the vessel and reboiler using the nozzle editing options.
The tutorial demonstrates how to delete an unwanted nozzle and modify the inlet and outlet nozzles of centrifugal pumps.
Finally, save the updated equipment model after completing all nozzle modifications.

Learn how to create a new specification file using the AutoCAD Plant 3D Spec Editor.
This tutorial covers adding pipes, fittings, olets, tees, and crosses to the Spec Sheet using catalog filters.
You will modify part properties and resolve conflicts by setting part use priorities.
The tutorial also demonstrates how to customize long description styles using the formula editor.
Finally, save the customized long description style and the completed Plant 3D spec file.

Learn how to create a new catalog from an existing AutoCAD Plant 3D catalog and add a custom valve component.
This tutorial demonstrates how to create a parametric check valve using the Plant 3D Parametric Graphics option.
You will configure the valve category, connection type, size range, connection port properties, and component specifications.
The tutorial also covers defining size parameters, matching pipe diameters, lengths, and long descriptions for different valve sizes.
Finally, save the newly created check valve to the catalog and save the customized catalog file.

Learn how to convert AutoCAD blocks into Plant 3D piping components and add them to a custom catalog.
This tutorial covers creating custom hand wheel and diaphragm actuators using custom graphics.
You will also create a custom globe valve, configure its connection ports, properties, and size parameters.
The tutorial demonstrates how to assign custom operators to the valve using the Valve Operator Mapping options.
Finally, save the customized components and update the Plant 3D catalog.

Learn how to route process piping between equipment in an AutoCAD Plant 3D model using the required pipe specifications and sizes.
This tutorial covers inserting a structural pipe rack and connecting centrifugal pumps with the vertical vessel.
You will route pipes from pump and reboiler nozzles using nodes, elbows, orientation planes, and generated routing solutions.
The tutorial also demonstrates creating a tee branch, connecting pipes using a stub-in, and adding a reinforcing pad.
Finally, complete the piping system and save the finished model.

Learn how to place valves and fittings in an AutoCAD Plant 3D piping model using the P&ID Line List.
This tutorial covers selecting the required piping specification and pipe size before placing components.
You will map P&ID control valves to Plant 3D valve classes and place control, gate, butterfly, and check valves.
The tutorial also demonstrates substituting a valve body and changing the direction of check valves when required.
Finally, validate the completed model and save the updated piping drawing.

Learn how to create an isometric drawing for a selected pipe line in AutoCAD Plant 3D.
This tutorial covers identifying the required line number directly from the 3D piping model.
You will generate the production isometric using the Final_ANSI-B iso style.
The tutorial also demonstrates how to view the generated isometric drawing, bill of materials, and cut piece list.
Finally, learn how to lock and issue the completed line to prevent further changes to the isometric drawing.

Learn how to create and update an isometric drawing for a selected pipeline in AutoCAD Plant 3D.
This tutorial covers generating a Quick Iso and modifying the weld type from shop weld to field weld in the 3D model.
You will configure the insulation thickness and insulation type for the selected pipeline.
The tutorial also demonstrates how to add an insulation symbol and regenerate the production isometric drawing.
Finally, review the updated weld and insulation representation, lock the line, and save the completed files.

Learn how to create a new AutoCAD Plant 3D iso style based on an existing style and customize its settings.
This tutorial covers modifying BOM annotations and dimensional settings for the customized iso style.
You will create a new isometric template and replace the default title block with a customized one.
The tutorial demonstrates how to define the drawing area, no-draw area, BOM list, and cut piece list areas.
Finally, save the customized template and generate a production isometric drawing using the new iso style.

Learn how to create orthographic views from a 3D piping model in AutoCAD Plant 3D.
This tutorial covers configuring the OrthoCube, setting the view orientation and scale, and creating top, front, and left views.
You will add equipment annotations, pipe line callouts, and linear dimensions to the orthographic views.
The tutorial also demonstrates how to locate and modify a pipe directly in the 3D model.
Finally, validate the orthographic views, update them after model changes, and manually adjust a dimension

Learn how to manage project data in AutoCAD Plant 3D using the Data Manager.
This tutorial covers viewing equipment data and filtering records based on specific component information.
You will export the filtered equipment data to an Excel workbook for external editing.
The tutorial demonstrates modifying specification values in the exported spreadsheet and importing the updated data back into Plant 3D.
Finally, accept the imported changes and save the updated project data.

Learn how to create reports for an AutoCAD Plant 3D project using Autodesk Report Creator 2027.
This tutorial covers opening the project data and selecting the required report configuration.
You will use the Valvelist report configuration with the project data source.
The tutorial demonstrates exporting the valve report in PDF format and accessing the generated report file.
Finally, review the exported report and close Autodesk Report Creator.