© 2009 Autodesk
Autodesk Plant Design Suite 2011 Hands-on Test Drive Guide
November 2010
Introduction
Welcome to the Autodesk® Plant Design Suite Hands‐on Test Drive. This Test Drive is designed for Process Plant Designers who will create piping models or other related equipment, steel, or reference data. The Test Drive features an introduction to the AutoCAD workspace, equipment modeling, reference steel placement, pipe routing techniques and modification, data management, followed by generation of orthographic and isometric drawings.
Topics Covered:
1. Using a Project Environment 2. Overview of AutoCAD Workspace 3. Reference Steel Placement 4. Equipment Modeling 5. 3D Pipe Routing System 6. General Routing Techniques 7. Hangers & Supports 8. Orthographic Drawing Generation 9. Isometric Drawing Generation 10. Change Management 11. P&ID Integration 12. Navisworks Integration
Prerequisites:
• Knowledge of AutoCAD • Knowledge of Piping Design • Knowledge of 3D Plant Design CAD Concepts
Feedback:
Upon completion of the test drive, please give us your feedback so that we can continue to improve your product evaluation experience. A short survey is available on the web at: www.autodesk.com/plantdesignsuite‐testdrivefeedback
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Page | 5
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Page | 6
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Page | 7
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Page | 8
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Page | 9
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Page | 10
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Page | 11
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Page | 12
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H = 4”. 3’.
Page | 13
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Page | 14
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Page | 15
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Page | 16
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Autodesk Plant Design Suite 2010: Test Drive Page | 17
AutoCAD Plant 3D is an intelligent pipe routing software package where the objects are a known entity with regards to their connection criteria. This software takes smart pipe routing and fitting connecting to the next level. Pipe fittings are “automatically” selected when placed at joints whilst routing pipe. The type and placement of fittings are determined by:
• Geometry • Adjacent fittings or components • Pipe Spec • Project settings ‐ Connections • Ribbon values
The pipe spec and project connector settings determine how fittings are selected when routing. The pipe spec provides the part detail (including end type). The connector settings control which joint is used to connect the parts.
In AutoCAD Plant 3D, joint types are either simple, or compound. A simple joint specifies fasteners (for example: welds or bolt sets) that are used to hold pipe together. Default simple joint types, such as welded, flanged, and socketed joints, are available to connect pipe with matching nominal diameter. Parts that support the connection (for example: gaskets) are conveniently specified in a simple joint.
A compound joint specifies a connection component or adapter (for example: a weld‐neck flange) that allows pipe to connect. A default compound joint types example is an AutoFlange, which adds a flange connection component when the diameter, pressure class, and facing of the pipe and fitting match.
The intuitive pipe routing features are just some of the software’s capabilities. The piping designer can route pipe in a model by simply specifying the start point and end point of a pipe segment. By default, the points specified are on the center line of the pipe, but users can choose from a number of alignments (for example: bottom of pipe). The user can add a pipe using the ribbon, a Continuation grip, the spec viewer, the tool palette, or the plantpipeadd command.
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Page | 18
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Page | 19
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Page | 20
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Page | 21
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Page | 22
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Page | 23
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Page | 24
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Page | 25
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Page | 27
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Page | 28
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Page | 29
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Page | 31
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