Smart Plant

SmartPlant Enterprise Integration Example Guide

Version 2009 Service Pack 1

July 2009/January 2010

DSPF1-PE-200031G-UPDATED

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SmartPlant Enterprise Integration Example Guide 3

Contents Preface .......................................................................................................................................................... 7

SmartPlant Foundation Product Documentation .................................................................................... 7 Documentation Comments ..................................................................................................................... 9

Overview ..................................................................................................................................................... 11

Software Compatibility .......................................................................................................................... 11

Plant Breakdown Structure ...................................................................................................................... 13

Plant Breakdown Structure for Integration Setup ................................................................................. 13 Integration Hierarchy Limitations .................................................................................................... 13 Plant Naming Guidelines ................................................................................................................ 14 Work Process for Creating a Custom PBS Hierarchy .................................................................... 14

Registering Authoring Tools with SmartPlant Foundation ................................................................... 33

Registering SmartPlant Engineering Manager and SmartPlant P&ID with SmartPlant Foundation ............................................................................................................................................ 33

Register SmartPlant P&ID .............................................................................................................. 37 Review SmartPlant Properties for the Plant ................................................................................... 38 Register SmartPlant Electrical ........................................................................................................ 40 Retrieve the PBS Document from SmartPlant Foundation ............................................................ 42 Review Results of the Retrieve ...................................................................................................... 43

Registering Aspen Basic Engineering with SmartPlant Foundation ..................................................... 44 Open the Aspen Basic Engineering Workspace ............................................................................ 45 Retrieve the PBS Document from SmartPlant Foundation ............................................................ 47

Registering SmartPlant Instrumentation with SmartPlant Foundation .................................................. 49 Register SmartPlant Instrumentation ............................................................................................. 50 Retrieve the PBS Document from SmartPlant Foundation ............................................................ 52 Run Tasks in the SmartPlant Instrumentation To Do List .............................................................. 54 Register the New Plant with SmartPlant Foundation ..................................................................... 56 Set the Naming Convention for the New Plant/Area/Unit ............................................................... 56

Registering SmartPlant 3D with SmartPlant Foundation ...................................................................... 59 Register SmartPlant 3D .................................................................................................................. 60 Retrieve the PBS Document from SmartPlant Foundation ............................................................ 62 Review PBS Structure in the Workspace Explorer ........................................................................ 65

Creating a Greenfield Plant ...................................................................................................................... 67

Creating and Publishing PFDs and Datasheets in Aspen Basic Engineering ...................................... 67 Create a PFD in the Aspen Basic Engineering Drawing Editor ..................................................... 68 Create a Stream Datasheet in the Aspen Basic Engineering Datasheet Editor ............................ 70 Revise the PFD and Data Sheets .................................................................................................. 71 Publish the PFD and Data Sheets .................................................................................................. 76 View Published PFDs, Datasheets, and Equipment in SmartPlant Foundation ............................ 81

Creating and Publishing a P&ID in SmartPlant P&ID ........................................................................... 84 Create a Drawing in SmartPlant P&ID Drawing Manager .............................................................. 84 Retrieve a PFD ............................................................................................................................... 87 Manage Retrieved Data Using the SmartPlant P&ID To Do List ................................................... 89

Contents

4 SmartPlant Enterprise Integration Example Guide

Update the P&ID with Retrieved Data and New Items ................................................................... 96 Publish a P&ID ............................................................................................................................. 100 View Published P&IDs in SmartPlant Foundation ........................................................................ 102 View Shared Equipment in SmartPlant Foundation ..................................................................... 103

Retrieving a P&ID into Aspen Basic Engineering ............................................................................... 105 Manage Retrieved Data Using the Aspen Basic Engineering To Do List .................................... 107 View a Pump and Electric Motor Using Aspen Basic Engineering Explorer ................................ 112

Creating and Publishing Data Sheets in Aspen Basic Engineering .................................................... 112 Create a Data Sheet for the Centrifugal Pump ............................................................................ 113 Publish the Pump Data Sheet ...................................................................................................... 114 View Shared Equipment in SmartPlant Foundation ..................................................................... 117 Create and Publish a Datasheet for the Strainer ......................................................................... 117 View the Published Strainer Datasheet in SmartPlant Foundation .............................................. 120

Retrieving Datasheets into SmartPlant P&ID ..................................................................................... 120 Manage Update Tasks in the SmartPlant P&ID To Do List .......................................................... 122

Retrieving P&IDs into SmartPlant Instrumentation ............................................................................. 126 Manage Retrieved Data Using the SmartPlant Instrumentation To Do List ................................. 128 Add Additional Instruments to SmartPlant Instrumentation.......................................................... 131

Publishing an Instrument Index in SmartPlant Instrumentation .......................................................... 135 Creating Dimensional Datasheet (DDP) in SmartPlant Instrumentation ............................................ 138

Publishing Dimensional Data Sheets ........................................................................................... 145 Retrieving an Instrument Index into SmartPlant P&ID ........................................................................ 146

Manage Retrieved Instrument Index Data Using the To Do List .................................................. 147 View Items Created by To Do List Tasks ..................................................................................... 155 Add Retrieved Instrument Items to the P&ID ............................................................................... 156

Retrieving P&IDs and DDPs into SmartPlant 3D ................................................................................ 157 Publishing and Retrieving the Updated P&ID .............................................................................. 162 Retrieve the P&ID and DDP ......................................................................................................... 164 Create the 3D Model Using the Retrieved P&ID as the Design Basis ......................................... 168 Retrieving SmartPlant Instrumentation Dimensional Data into SmartPlant 3D ............................ 208 View the P&ID 128-5001 .............................................................................................................. 216

Publishing the 3D Model to SmartPlant Foundation ........................................................................... 217 Creating a Model File to Publish .................................................................................................. 217

Setting Up Reports and Orthographic Drawings ................................................................................. 232 Creating Isometric Drawings ........................................................................................................ 232 Creating an Orthographic Drawing ............................................................................................... 245 Creating a Report ......................................................................................................................... 272

Retrieving P&IDs into SmartPlant Electrical and Publishing a Cable Schedule ................................. 282 Add Power Consumption Data to the P&ID.................................................................................. 282 Retrieving the P&ID in SmartPlant Electrical................................................................................ 286 Managing Retrieved Data in the SmartPlant Electrical To Do List ............................................... 288 Copying the Value of the Driver Power Absorbed ........................................................................ 293 Creating Electrical Equipment and Components ......................................................................... 296 Creating Associations in Electrical Engineer ................................................................................ 305

Registering a Cable Schedule Report for Publishing.......................................................................... 308 Revising the Cable Schedule Report for Publishing ........................................................................... 313 Publishing the Cable Schedule ........................................................................................................... 319 Loading Electrical Data into SmartPlant 3D ........................................................................................ 321

Placing the Motor in SmartPlant 3D using the P&ID as the Design Basis ................................... 323 Retrieving the Cable Schedule from SmartPlant Electrical .......................................................... 328 Placing the Electrical Enclosure in SmartPlant 3D ....................................................................... 332 Correlate the Cable Schedule ...................................................................................................... 336 Placing Cableways in SmartPlant 3D ........................................................................................... 339

Contents


Publish the 3D Model for Retrieval in SmartPlant Electrical ............................................................... 345 Retrieving the 3D Model Data into SmartPlant Electrical ................................................................... 347

Verify the 3D Model Data in SmartPlant Electrical ....................................................................... 349

Working with Documents in SmartPlant Foundation .......................................................................... 355

Querying for Drawings ........................................................................................................................ 355 Sign Off Documents in SmartPlant Foundation .................................................................................. 356

Compare Document Revisions in SmartPlant Foundation ........................................................... 358

Glossary ................................................................................................................................................... 361

Index ......................................................................................................................................................... 381

Contents



This document provides an overview of integrating SmartPlant Enterprise. It describes a typical example of full integration within SmartPlant Enterprise, including publishing and retrieving plant information using each of the following authoring tools: Aspen Basic Engineering

™, SmartPlant

P&ID, SmartPlant Instrumentation, SmartPlant Electrical, and SmartPlant 3D engineering tools.

This document includes the following major topics:

Creating a greenfield plant (a new plant) in Aspen Basic Engineering, SmartPlant P&ID, SmartPlant Instrumentation, SmartPlant Electrical, and SmartPlant 3D, including sharing data between them

Publishing and retrieving from Aspen Basic Engineering, SmartPlant P&ID, SmartPlant Instrumentation, SmartPlant Electrical, and SmartPlant 3D

SmartPlant Foundation Product Documentation SmartPlant Foundation documentation is available as Help and as Adobe® PDF files. To view printable guides for SmartPlant Foundation, click Help > Printable Guides in the software.

Intergraph gives its customers permission to print as many copies of the delivered PDF files as they need for their non-commercial use. Do not print the PDF files for resale or redistribution.

Integration Documentation

SmartPlant Foundation Core Functionality & Enterprise Integration Capabilities Release Bulletin - Provides information on new SmartPlant Foundation and integration features for the current release.

SmartPlant Enterprise Overview - Provides an overview of SmartPlant Enterprise and integration concepts and data exchange among integrated SmartPlant Enterprise authoring tools.

SmartPlant Enterprise Data Exchange Diagrams - Includes full-size graphics that describe the exchange of data among SmartPlant Enterprise authoring tools. These graphics are also included in the SmartPlant Enterprise Overview.

SmartPlant Enterprise Integration Example Guide - Provides an overview of integrating SmartPlant Enterprise and describes a typical example of full integration within SmartPlant Enterprise, including publishing and retrieving plant information using SmartPlant authoring tools and Aspen Basic Engineering™.

SmartPlant Enterprise Hardware and Software Recommendations - Provides information about the hardware recommendations and software requirements of the authoring tools that are part of the SmartPlant Enterprise suite.

Integration Setup Guide - Provides information about setting up and using SmartPlant Enterprise products in an integrated environment. Also provides integration troubleshooting information.

Integrated Line List Configuration and User's Guide - Provides configuration and user information for creating, publishing, or retrieving line list documents in SmartPlant Foundation and SmartPlant Materials.

SmartPlant Enterprise Backup and Restore Guide - Provides backup, restore, and resynchronization procedures for SmartPlant Foundation, SmartPlant Basic Integrator, and integrated SmartPlant Enterprise authoring tools. The procedures are designed to minimize data loss and downtime when restoring data in an integrated environment.

Preface

Preface


SmartPlant Foundation/Integration Architecture Guide - Describes the architecture of the SmartPlant Foundation and integration software.

Integration: A Gentle Introduction to the SmartPlant Schema - Provides an introduction to the SmartPlant schema and the data model that describes how the SmartPlant schema is constructed.

SmartPlant Mapping User's Guide - Provides guidelines, procedures, and examples of mapping between the SmartPlant schema and integrated authoring tools.

SmartPlant Enterprise Mapping Spreadsheets - Provides Microsoft Excel files containing the retrieve mapping for integrated SmartPlant Enterprise authoring tools.

Integration User's Guide - Provides information about using SmartPlant Enterprise products in an integrated environment. Also provides a basic understanding of integration and common integration tasks.

Integration Administrator's Guide - Provides information for system administrators on how to set up and configure an integrated environment.

Schema Editor User's Guide - Provides instructions for using the Schema Editor to view and extend the SmartPlant schema, view and modify authoring tool mapping, and compare schema files.

SmartPlant Mapping User's Guide - Provides guidelines, procedures, and examples of mapping between the SmartPlant schema and integrated authoring tools.

SmartPlant Model Loader User's Guide - Provides instructions for using the Model Loader to load documents exported from PDS™ or AVEVA PDMS into the SmartPlant Foundation database.

SmartPlant Enterprise Citrix Configuration Guide - Provides information on configuring integrated SmartPlant® Enterprise applications to run in a Citrix environment.

Tool Integration Documentation

SmartPlant Materials Integration Documentation

SmartPlant Materials Adapter and Integration Configuration Guide - Describes the necessary installation and configuration steps for integrating SmartPlant Materials with SmartPlant Enterprise.

SmartPlant Materials Integration User's Guide - Describes the impact of integrating SmartPlant Materials with SmartPlant Enterprise, including publishing and retrieving documents.

SmartPlant Materials Backup and Restore Guide - Describes how to back up and restore data when SmartPlant Materials is integrated with SmartPlant Enterprise.

How to Integrate SmartPlant 3D/SmartMarine 3D Material Take Off & Nesting - Describes the material take off integration between SmartPlant 3D/SmartMarine 3D and SmartPlant Materials.

How to Set Up SPRD - SP3D Export for Different Design Standards - Describes how to set up design-specific sheets and how to export data to SmartPlant 3D.

SmartPlant 3D Integration Documentation

SmartPlant 3D Integration Reference Guide - Provides information about installing, configuring, and using SmartPlant 3D in an integrated environment.

SmartMarine 3D Integration Documentation

SmartMarine 3D Integration Reference Guide - Provides information about installing, configuring, and using SmartPlant Integration with SmartMarine 3D.

Preface


Integration Programming Documentation

SmartPlant Enterprise SmartPlant Adapter for SmartPlant Electrical - Describes the SmartPlant Adapter details, functionality and configuration in SmartPlant Electrical.

SmartPlant Enterprise SmartPlant Adapter for SmartPlant Instrumentation - Describes the SmartPlant Adapter details, functionality and configuration in SmartPlant Instrumentation.

SmartPlant Enterprise SmartPlant Adapter for SmartPlant P&ID - Describes the SmartPlant Adapter details, functionality and configuration in SmartPlant P&ID.

SmartPlant Enterprise SmartPlant Adapter for SmartPlant 3D - Describes the SmartPlant Adapter details, functionality and configuration in SmartPlant 3D.

SmartPlant Enterprise SmartPlant Adapter for PDS 3D - Describes the SmartPlant Adapter details, functionality, and configuration in PDS 3D.

SmartPlant Adapter Interfaces Reference Guide - Provides information for tool developers about the interface classes used to communicate data between the authoring tool and the common user interface and the common user interface and the tool adapter.

SmartPlant Common UI Interfaces Reference Guide - Provides information for tool developers about the API exposed through the EFCommonUI.dll, which is used by authoring tool developers to access integration functionality.

SmartPlant Metadata Adapter Reference Guide - Provides information for tool developers about programming the metadata adapter. The tool metadata adapter allows communication between the SmartPlant Schema Editor and the tool database to manage mapping between the tool and the SmartPlant schema.

SmartPlant Schema Component API Reference Guide - Provides information for developers about the Schema Component API.

Documentation Comments Send documentation comments or suggestions to [email protected] (mailto:[email protected]?subject=documentation comments).

mailto:[email protected]?subject=documentation%20comments

Preface



S E C T I O N 1

SmartPlant Enterprise combines one or more authoring tools, such as SmartPlant 3D, SmartPlant Electrical, SmartPlant Instrumentation, SmartPlant P&ID, and Aspen Basic Engineering with a SmartPlant Foundation database so that data can be published and retrieved.

SmartPlant Enterprise full integration provides the following features:

User-controlled or manual workflows for managed data exchange, including To Do Lists, e-mail notifications, versioning, approval/release, and configuration control

Transfer of engineering data from one tool to another, eliminating the need for manual re-entry of data

Management of change resulting from ongoing engineering in upstream applications

Accessibility of engineering information to other collaborators without requiring the original engineering tools

Recording of change in data as it moves through the plant lifecycle

Correlation of shared objects from multiple authoring tools. For example, the full definition of a pump may come from multiple disciplines (electrical, mechanical, and so forth), and the data may come from different authoring tools.

SmartPlant Foundation acts as a repository for data and a medium through which information is shared among authoring tools. SmartPlant Foundation manages the availability, integrity, and accuracy of engineering information for engineering projects and operating plants. It builds a comprehensive electronic library about a plant – its structure, tags, equipment, and documents.

The following is a high-level diagram showing the types of data exchanged between tools using full integration. For more information about integration with SmartPlant Enterprise, see the SmartPlant Enterprise Overview.

In This Section Software Compatibility ................................................................... 11

Software Compatibility The examples in this document use SmartPlant Enterprise software for versions 2007 and higher. The user interface in earlier versions of these applications may be slightly different, but the basic workflow is the same.

SmartPlant integration now supports forward and backward compatibility. Integration supports the SmartPlant authoring tools' use of different versions of the SmartPlant schema from the version used in SmartPlant Foundation. Integrated SmartPlant tool versions 2007 Service Pack 4 and later can be integrated with SmartPlant Foundation 2008 and higher. Integration software automatically handles required transformations of data for tools. When the authoring tools release new versions, these will also be compatible with SmartPlant Foundation 2008 and higher.

Overview

Overview


Compatibility Matrix

For more information about version interoperability between SmartPlant products, see the PPM Compatibility Matrix Product Report on the Intergraph Process, Power & Marine eCustomer Web site. To view this matrix, browse to the following Web address, and type your eCustomer user name and password: http://crmweb.intergraph.com/smart/Compatibility_Database/default.asp. Or, to navigate from the Service & Support home page, click Download Software Updates > Products, and then click the PPM Compatibility Matrices Database link in the middle of the page.


S E C T I O N 2

Plant Breakdown Structure for Integration Setup In an integrated environment, engineering data is organized using a plant breakdown structure (PBS). A plant breakdown structure is a hierarchy by which your plant is organized. For example, a PBS for organizing plant data might be plant/area/system/subsystem or plant/area/unit.

The PBS hierarchy defined in the SmartPlant schema is used to create the PBS hierarchy in SmartPlant Foundation. This hierarchy is communicated to integrated authoring tools when SmartPlant Foundation publishes the plant breakdown structure and the tools retrieve it.

In versions prior to 2007, the plant breakdown structure for integrated authoring tools was restricted to plant/area/unit. By default, the PBS for integration is still plant/area/unit in the schema. However, you can use the Schema Editor to configure the default hierarchy in the schema to meet your needs.

See Also Work Process for Creating a Custom PBS Hierarchy (on page 14) Define the Plant Breakdown Structure (PBS) Hierarchy in the Schema (on page 17)

Integration Hierarchy Limitations The integrated environment imposes the following limitations on custom hierarchies, based on requirements from the authoring tools. This list includes the tool imposing each restriction, so that customers can factor these limitations into their hierarchy setup based on their current and future tool usage.

The hierarchy must have a minimum of 3 levels. This limitation is imposed by SmartPlant Instrumentation.

The names of hierarchy items cannot be changed once created. This limitation is imposed by SmartPlant Foundation.

The hierarchy scheme cannot be modified after the plant is created. This limitation is imposed by SmartPlant P&ID and SmartPlant Foundation.

See Also Define the Plant Breakdown Structure (PBS) Hierarchy in the Schema (on page 17) Work Process for Creating a Custom PBS Hierarchy (on page 14)

Plant Breakdown Structure



Plant Naming Guidelines Use the following guidelines when naming your plant, or top-level hierarchy items, that will be used in an integrated environment. These limitations are imposed by the authoring tools and the database software. For these guidelines, "plant" is used as an example of a top-level hierarchy item.

The plant name must begin with an alphabetical character, not a digit or special character.

You can use digits and special characters within the body of the plant name.

Special characters include ~ . + - = _ ! ? ' " , ; : & @ # ^ * < > ( ) | [ ] {} / \

The plant name is case-sensitive and cannot exceed 20 characters.

The plant name must be unique within the current domain. This limitation is imposed by SmartPlant Instrumentation.

Intergraph recommends that the SmartPlant Instrumentation domain schema name and domain name match the plant name.

Intergraph recommends that the plant name be the same name across all authoring tools.

Work Process for Creating a Custom PBS Hierarchy The following describes the process for defining a custom PBS hierarchy for integration:

If your current database contains an existing PBS hierarchy, remove the existing PBS structure from the database, update the existing plants in the database, and remove the existing PBSHierarchy graph definitions for SmartPlant Foundation authoring before creating your custom PBS hierarchy. These changes are made by running load files delivered with SmartPlant Foundation.

Check out the SmartPlant schema CMF file from the SmartPlant Foundation Desktop Client.

Right-click the new revision of the CMF file in SmartPlant Foundation, and click Launch Schema Editor. This provides the Schema Editor with the appropriate plant and SmartPlant Foundation site for connection.

Select the schema version or versions in which you want to make modifications in the Active Configurations dialog box. For example, to modify the 2008 schema, select the 2008 configuration for new objects.

By default, both the 2007 and 2008 configurations are checked to allow forwards and backwards compatibility between schema versions when creating new objects or modifying existing objects.

Define the custom hierarchy in the schema using the Schema Editor.

Check the CMF file back into SmartPlant Foundation.

Prepare the updated SmartPlant schema CMF file to be loaded into SmartPlant Foundation data warehouse database.

Load the updated schema file into the SmartPlant Foundation data warehouse database.

Generate SmartPlant Foundation authoring PBS configuration.

Generate a new SmartPlant Foundation PBS authoring component schema.

Generate a new SmartPlant Foundation PBS authoring tool map schema.

Generate PBS methods, menus and forms.

Load the generated files into SmartPlant Foundation to load administration and schema data and generate forms and menus.



Check out the existing PBS authoring adapter tool map schema and check in the PBS authoring tool map schema that was generated.

Create a new plant.

Be sure not to create the plant until you complete all the previous steps in the work process.

Create a host and vault and add the necessary publish interfaces needed for the vault.

Relate the new plant to a vault configured for integration.

See Also Plant Breakdown Structure for Integration Setup (on page 13)

Remove the Existing PBS Structure

If you are starting from a database that already contains the PBS structure, such as spf42adw (the delivered database for integration), you must remove the PBS structure before you can create a custom hierarchy. To remove the existing PBS structure from the spf42adw database, you can use files delivered by default with SmartPlant Foundation. The files are located in the <SmartPlant Foundation Installation Location>\Samples\SampleData directory in the AlternativePBS\AdwDatabaseWithPBS folder.

The RemoveExistingPBS.xmlldr file in this directory references all the scripts that are required to remove the existing PBS.

You may need to edit the paths to the scripts in the RemoveExistingPBS.xmlldr file before you run it.

To remove the PBS, run RemoveExistingPBS.xmlldr in the Desktop Client loader. When you load the file, the following scripts are loaded and run in the correct order:

01-ADMIN_Remove_AreaAndUnit.xml

02-DATA_Remove_AreasAndUnits.xml

03-DATA_Remove_ProjectsAndPlants.xml

04-SCHEMA_Remove_AreaAndUnit.xml

05-SCHEMA_Remove_PlantExpansionDefaultGraphDef.xml

06-SCHEMA_Remove_PBSGraphDefs.xml

If you receive the following message that the plant you are removing cannot be found, click OK.

Process the load files again.



Click the Query Scope on the Desktop Client status bar to validate that the plant(s) have been removed.

After you load the files, log out of the Desktop Client, and perform an IISRESET.



Check Out the SmartPlant Schema CMF File

1. Log in to the Desktop Client.

2. Click Find > Integration > Schema Documents.

You must be logged on to the SmartPlant Foundation data warehouse database and have a schema administrator role to be able to access commands on the Integration menu.

3. In the Enter Name box, type CMF*, and click OK.

4. Right-click the CMF_Ver document, then click Edit > Check Out on the shortcut menu.

5. Browse to the location to which you want to check out the file. The default location is the My Documents folder.

6. Click OK.

7. Open the Schema Editor.

8. Click File > Open > Starting File.

9. Browse to the .cmf file that you saved to your local machine.

10. On the Set Active Configurations dialog box, select the schema version to which you will apply changes. For example to apply changes to the 2008 version only, click EF_2008.

11. Click OK.

Define the Plant Breakdown Structure (PBS) Hierarchy in the Schema

1. After you check out the schema CMF file from the Desktop Client and launch the Schema Editor, click Tools > Schema > Set PBS Hierarchy.

You can also click the Schema File button in the Workflows dialog box, and then click Set PBS Hierarchy on the shortcut menu.

2. If you do not want to use the default PBS items in your hierarchy, click Delete Bottom Relationship to delete the PBS items and relationships from the bottom up.

You cannot delete the Plant item at the top of the hierarchy. In the schema, the top-level item in the PBS is always a plant. However, you can change the display name for the plant.

3. To change the display name for the plant, type the new name in the text box in the Display name column.

4. To define additional PBS items, click Create.



5. In the Create PBS Item dialog box, define the name and display name. The software automatically builds the relationship name to the parent item in the hierarchy.

Because plant is always the top-level class definition in PBS hierarchy in the schema even if you change its display name, you cannot use "Plant" as the name of another object in the PBS hierarchy.

The recommended naming convention for the relationship between an item and its parent is <Parent><Item>s, for example, SitePlants. However, you can name this relationship any name that you want.

The PBSHierarchy DirectedGraphDef is automatically created when you create the PBS hierarchy.

6. Click OK.

7. Repeat steps 4-6 for each additional item that you want to add to the PBS hierarchy.

Your PBS hierarchy must include at least 3 levels.



The PBS hierarchy cannot be changed after it is created in the SmartPlant Foundation client.

8. Click OK to save the new hierarchy.



9. In the Identify Configurations for Instructions dialog box, select the configuration or configurations to which you want to apply the PBS changes. For example, if you want the PBS structure to apply to both the 2007 and 2008 versions, select EF_2007 and EF_2008.

10. Click File > Save > Schema File to save your changes to the SmartPlant schema.

11. Close the Schema Editor.

12. Click OK.

After you make changes in the schema, you must load the updated schema into the SmartPlant Foundation database. See Load Schema Changes into the SmartPlant Foundation Database.

Check In the CMF file

After you modify the alternate PBS structure, check the CMF file back into SmartPlant Foundation. This operation currently compresses the file and checks the compressed file into the database.

Prepare the CMF Data to be Loaded into SmartPlant Foundation

1. In the Desktop Client find the configuration file (CMF_ver). To find the CMF file, click Find > Integration > Schema Documents.



2. Right-click the new version of the .cmf file and select Launch CMF File Manager (XML).

3. Select the CMF from the Input file list.

4. For SmartPlant Foundation 2009 or higher, verify that EF_2008r3 is selected in the CMF list under Available configurations.

5. Click Export to prepare the data to be loaded into SmartPlant Foundation.

By default the output directory is the My Documents folder for the current user.

Load the CMF Data Changes into the Data Warehouse Database

1. In the Desktop Client, click Administration > Schema Import Wizard.

2. In the Schema Import Wizard, select Compare content of selected file against all database items with a matching container ID.



3. Under Select external schema file, browse to SCHEMA_EFSchema-Gen.xml in the directory where the software created the CMF files you prepared to be loaded. For more information, see Prepare the CMF Data to be Loaded into SmartPlant Foundation (on page 20).

4. Click Next.

Schema Import Wizard compares the generated schema with the SmartPlant Foundation database and displays the results. This process can take about 10 minutes.



5. Under Comparison Results, select all the items, and then click Next.

If the items were all successfully loaded, then status in the Load State column is set to Loaded. If not, the status if either Passed or Failed.

6. Click Finish.



Generate Component Schema Files

1. In the Desktop Client, right-click the CMF file you edited.

2. On the shortcut menu, click Regenerate Schema Files.

This command automates the process of generating the PBS structure component schema files by creating a scheduler task that calls the Schema Editor through the API.

3. Make sure that the scheduler is started so that the component schema files can be generated.

The command generated the SmartPlant component schemas and tool metadata. These files are located at the path you defined for your site.

This process can take several minutes.

Generate SmartPlant Foundation Authoring PBS Configuration

This procedure generates the PBS authoring component schema and a new PBS authoring tool map schema. In addition, this step creates new PBS methods and menus.

1. To create a tool (or authoring) schema, find the CMF you modified in the Desktop (Find > Integration > Schema Documents).



2. Right-click the CMF file version (CMF_Ver), and click Launch CMF File manager (PBS).

The component schema and prefix are populated from the associated method.

3. Check the Combined Authoring and DW database check box.



4. Click Load.

One node should appear in the tree view.

5. Expand the PBSComponent node.

6. Make sure the Inherit Clicked Item check box is checked.

7. Select the items to export by doing one of the following:

Select only the classes that form the new hierarchy.



Select PBSComponent to include all items.

8. Click Export.

This operation generates the schema, some basic SmartPlant Foundation administration operations, and a tool schema with mappings to the SmartPlant schema. This information is contained within 7 files in the output directory.

File Name Description Comments

SPF_01_AuthoringSchema.xml SmartPlant Foundation PBS authoring schema

SPF_02_AuthAdminData.xml New PBS Methods and Menus

This file holds the methods and menus configuration (used to display your new item in the authoring environment).

SPF_03_AuthFormInstruction.xml PBS Form Instructions

The instructions to generate forms for newly generated objects.



SPF_04_DWAdminData.xml Data Warehouse Methods and Menus

Optional - only required if you want to see the data as it is loaded in the data warehouse

SPF_05_DWFormInstruction.xml Data Warehouse Form Instructions

Optional - only required if you want to see the data as it is loaded in the data warehouse

SPF_SelectedItems.xml Copy of Selected Items

Do not load - contains the classes selected that form the new hierarchy. You can use this file to see what classes were selected when the export was done.

ToolMapSchema_SPF.xml New PBS Tool Map Schema

Do not load - contains the classes selected that form the new hierarchy. You can use this file to see what classes were selected when the export was done.

Load New Schema Files for the Alternate PBS

Load the New Schema

In the Desktop Client, click File > Load and select the SPF_01_AuthoringSchema.xml file.

Load the AdminData.xml File

Click File > Load and select the SPF_02_AdminData.xml file.

Generate Forms

Load the SPF_03_AuthFormInstruction.xml file. This will generate all forms defined under the component schema.

Update Access Group for the New PBS Graph Definition

The Schema Editor automatically generates a graph def called DGD_PBSHeirarchy; the change will be loaded with the Schema Import Wizard.

A few updates need to be made to the PBSHeirarchy graph def. These changes are made when you load the UpdatePBSHierarchyGraphDef.xmlldr file delivered in the <SmartPlant Foundation Installation Location>\Samples\SampleData directory in the AlternativePBS folder. This file references the scripts that will make the necessary updates to the PBSHeirarchy graph def.

Use the Desktop Client Loader to open and load this file. The scripts below are loaded and run in the correct order:

01-ADMIN_Update_PBSHierarchy.xml

02- SCHEMA_Update_PBSHierarchy.xml



Attach the New Tool Schema

1. To attach the new Tool Schema, find the existing tool schema PBS tool map schema in SmartPlant Foundation by selecting Find > Adapter Documents, type PBS Map Schema, and clicking OK.

2. Check out the PBS Map Schema file.

3. Replace the checked out document (ToolMapSchema_PBS.xml) with the newly-generated map schema ToolMapSchema_SPF.xml (Rename and replace).

4. Check in the new PBS Map Schema file.

Add the PBS to SmartPlant Foundation and Test

Create a Host and Organization

1. Click File > New > Administration > Host.

The host is the node name of your SmartPlant Foundation server.

2. Modify Intergraph organization.

Find > Organization / Support Items > All Organizations.

Right-click Intergraph, then click Update.

Select the host you created from the File server host list.

Create a Vault

1. Click File > New > Administration > Vault in the Desktop Client.

2. Type a name and description for the vault.

3. In the Local path box, type the file location where you want the vault to be stored on the SmartPlant Foundation server.

You must create the folder structure for your vault on the SmartPlant Foundation server.

4. In the Sub directory property or name box, type Obj->SPFFileComposition_12->SPFRevisionVersions_21->SPFDocumentRevisions_21.SPFDocType. This property stores your published and non-published documents based on document type.

5. In the Host list, select the host you created.

Do not set to local host.

6. Relate ISPFTEFPublishedDocVersion to the vault.

Click Find > Schema > Interface Definition. In the Find box, type ISPFTEFPublishedDocVersion.

Drag the vault you created on to ISPFTEFPublishedDocVersion.

7. Relate ISPFNonPublishedDocVersion to the vault.

Click Find > Schema > Interface Definition. In the Find box, type ISPFNonPublishedDocVersion.

Drag the vault you created on to ISPFNonPublishedDocVersion.

8. Relate the Owning Group to the vault.

Click Find > Administration > Vault to find the vault you created. Press CTRL and drag the vault to the New Items window.

Click Find > Administration > Owning Group.

Drag the ADMIN owning group on to the vault.



Create a Plant

1. Click File > New > Organization / Support Items > Plant.

2. Type the name of your plant based on the guidelines in Plant Naming Guidelines (on page 14).

3. In the Status list, select Active.

4. Relate the vault to the plant.

Click Find > Administration > Vault to find the vault you created.

5. Drag the vault to the plant in the tree view.

Create and Attach Icons

1. To change the icons for your PBS structure, do one of the following:

Create new icons.

Create a copy of the icons delivered with SmartPlant Foundation and rename them with the name of the new PBS classes. Sample icons are located at C:\Program Files\SmartPlant\Foundation\2009\Samples\SampleData\AlternativePBS\Icons,

2. Place your icons in the ..\SmartPlant\Foundation\7.x\Server\Icons folder. C:\SmartPlant Foundation 2009 Server Files\Web_Sites\PBS1Server\Icons.

Icons must be in .gif format.

Create a Unit

1. Click File > New > Organization / Support Items > Unit.

2. Type the name of your unit

3. Pick the Plant created in the previous step

4. Select New for Construction status

Create a System

1. Click File > New > Organization / Support Items > System.

2. Type the name of your system

3. Pick the Unit created in the previous step


Create a Sub System

1. Click File > New > Organization / Support Items > Sub System.

2. Type the name of your sub system

3. Pick the System created in the previous step




The customized PBS structure is created.

Testing

1. Click SmartPlant > PBS > Register.

2. Test the create, update and view functions of each item in the new structure.

3. Test the publish function.

Right-click the plant, then click Publish PBS.

Remember the PBS needs to be registered, and the Process Engineer needs to be associated to the SmartPlantPublish and SmartPlantRetrieve roles defined in the database.

The new PBS is now ready to be retrieved by the authoring tools.



Include Plants in a Configuration

The query and create configurations are set in the Set Active Scope dialog box. Plants that are active are displayed in this dialog box.

To activate a plant that has a status of Created, find the plant in the Desktop Client (Find > Organization / Support Items), right-click the plant, and click Activate configuration.


S E C T I O N 3

Before you can publish and retrieve documents from any of the authoring tools, you must register each plant in the authoring tool with a SmartPlant Foundation plant database.

In This Section Registering SmartPlant Engineering Manager and SmartPlant P&ID with SmartPlant Foundation .................................................................. 33 Registering Aspen Basic Engineering with SmartPlant Foundation ....................................................................................................... 44 Registering SmartPlant Instrumentation with SmartPlant Foundation ....................................................................................................... 49 Registering SmartPlant 3D with SmartPlant Foundation ............... 59

Registering SmartPlant Engineering Manager and SmartPlant P&ID with SmartPlant Foundation

Before you can register a plant in SmartPlant Engineering Manager, you must create the site and plant, associate applications, and define roles for the plant. For the purposes of this example, these tasks have already been completed in SmartPlant Engineering Manager. For more information, see the SmartPlant Engineering Manager User's Guide.

1. Click Start > All Programs > Intergraph SmartPlant Engineering Manager > SmartPlant Engineering Manager

Registering Authoring Tools with SmartPlant Foundation



2. In SmartPlant Engineering Manager, open the site server that you will be using.

3. Select the plant that you want to register under Plant Structures in the tree view.



4. On the SmartPlant menu, click Register, which should be available to you. If it is not available, make sure that you have selected the plant in the tree view.

You may be required to enter your SmartPlant Foundation user name and password before you can register a plant. You are not required to enter this information if your computer user name matches a user name in SmartPlant Foundation.

Specify the Schema Map File

After you click the Register command, the software displays a dialog box asking you to specify a map file for SmartPlant Engineering Manager. SmartPlant Engineering Manager uses this map file to map plant properties from SmartPlant Foundation PBS document to the plant properties in SmartPlant Engineering Manager.

By default, SmartPlant Engineering Manager places a copy of this schema map file under your plant structure. To minimize confusion and to avoid having multiple copies of this file, you can move a copy of the schema map file to a central SmartPlant Resources folder during SmartPlant P&ID reference data configuration. The following is an example of the location of the SmartPlant Resources folder: \\SPF38SP104\SiteData\Five12Site\PlantStructure_Files\SmartPlant Resources\SPEMDataMap.xml.

When you select a location for the map file, you can accept the default location without any problems later with publish and retrieve.

1. In the Specify Map File dialog box, click Browse at the end of the Path box to browse to the map file.



2. In the Schema Map File dialog box, select the SPEMDataMap.xml file, and click Open.

3. Click OK in the Specify Map File dialog box to save the map file location.



Register SmartPlant P&ID After you specify the schema map file for SmartPlant Engineering Manager, the SmartPlant Registration Wizard appears. The SmartPlant Registration Wizard user interface is the same for other authoring tools.

1. In the SmartPlant Foundation URL box, type the node name and virtual directory of the SmartPlant Foundation database with which you want to register your plant, and then click Next. Use the following format: http://<SPFServer>/<VirtualDirectory>. For example, http://cert2k3ora38/spf38sp104.



2. For the next step, you need to know the SmartPlant Foundation plant that you will register to. In this example, we will register to SPF38SP104 plant that we created earlier. In the Plant name list, select the SPF38SP104 plant.

3. Click Finish. If the registration completes successfully, the Register With SmartPlant Software message box appears.

Review SmartPlant Properties for the Plant After you register your plant, the software adds an additional tab to the properties of your plant.



1. To see the SmartPlant properties for the plant, right-click the plant in the tree view, and click Properties on the shortcut menu.



2. To view registration information for the plant, click the SmartPlant tab.

If SmartPlant P&ID and SmartPlant Electrical are already associated to the plant structure, the registration process registers both applications with SmartPlant Foundation simultaneously.

Register SmartPlant Electrical After you have registered SmartPlant P&ID, you must register SmartPlant Electrical.

1. In SmartPlant Engineering Manager, select Applications in the tree view.



2. Right-click SmartPlant Electrical, then click Register on the shortcut menu.

If you are upgrading to SmartPlant Foundation 2007 Service Pack 4, each tool must re-register with SmartPlant Foundation.

For registering tools with SmartPlant Foundation 2007 Service Pack 2 or Service Pack 3, see the Integration Setup guide for service pack 2 and service pack 3 on eCustomer : https://crmweb.intergraph.com/ecustomer_enu/.

The above example describes registering SmartPlant Electrical after SmartPlant P&ID is registered. If only SmartPlant Electrical is associated to the plant structure, the complete registration wizard appears when you register SmartPlant Electrical with SmartPlant Foundation.



Retrieve the PBS Document from SmartPlant Foundation After you register your plant, you can retrieve the PBS document from SmartPlant Foundation. The PBS document updates the plant and creates the appropriate area and unit.

1. Click SmartPlant > Retrieve.

You may be required to enter your SmartPlant Foundation user name and password before you can retrieve from SmartPlant Foundation You are not required to enter this information if your computer user name matches a user name in SmartPlant Foundation.

2. Select the PBS document in the Retrieve dialog box, and then click OK.



The software displays the retrieve status in the Retrieving message box.

When the document has been retrieved, a message box lets you know that the retrieve was successful.

Review Results of the Retrieve When you retrieve the PBS into SmartPlant Engineering Manager, the Run Tasks dialog box appears. When you click OK, the software automatically runs all the tasks that are generated by the retrieve.



In SmartPlant Engineering Manager, you can also see the area and unit that were created in SmartPlant Foundation earlier under the Plant Groups node.

Registering Aspen Basic Engineering with SmartPlant Foundation

1. In Aspen Basic Engineering Administration, open the appropriate workspace.

Aspen Basic Engineering is formerly known as Aspen Zyqad.

If no workspace appears in the tree view, click Action > New Workspace to create a workspace that connects to the appropriate server.

2. Right-click the appropriate workspace for the plant, and then click All Tasks > SmartPlant Registration.

The SmartPlant Registration Wizard appears. The SmartPlant Registration Wizard user interface is the same for other authoring tools.

3. In the SmartPlant Foundation URL box, type the node name and virtual directory of the SmartPlant Foundation database with which you want to register your plant, and then click Next. Use the following format: http://<SPFServer>/<VirtualDirectory>. For example, http://EFSPF1/SPFASP.

For the next step, you need to know the SmartPlant Foundation plant that you will register to. In our case, we will register to plant that we created earlier.

4. In the Plant name list, select the plant we created earlier.

5. Click Finish. If the registration completes successfully, a message box appears.



Open the Aspen Basic Engineering Workspace 1. Open the Aspen Basic Engineering Explorer.

2. Click File > Open Workspace.



3. In the Open Aspen Basic Engineering Workspace dialog box, click Browse.

4. In the Select Workspace or Project dialog box, click the workspace that you want to open, and then click OK.



5. In the Open Aspen Basic Engineering Workspace dialog box, click Open.

The Folders view and Filters view in the Aspen Basic Engineering Explorer contain the appropriate objects for the workspace you selected.

Retrieve the PBS Document from SmartPlant Foundation 1. In Aspen Basic Engineering Explorer, click SmartPlant > Retrieve.






When you retrieve the PBS document from SmartPlant Foundation into Aspen Basic Engineering, the software automatically updates the database. No tasks appear in the Aspen Basic Engineering To Do List as a result of the retrieve.



Registering SmartPlant Instrumentation with SmartPlant Foundation

1. Click Start > All Programs > Intergraph SmartPlant Instrumentation > Administration

To logon, use the default user name and password. The default user name and password are DBA/DBA, and they are not case sensitive.

2. In the Open Administration Module dialog box, select Domain Administrator and then select the domain you want to register.



Register SmartPlant Instrumentation 1. To register the default plant, click SmartPlant > Register.

This will open the Select Plant dialog box.

2. Select the plant, then click OK.








5. Click Finish. If the registration successfully completed, a message box appears.



Retrieve the PBS Document from SmartPlant Foundation 1. In SmartPlant Instrumentation Domain Administration, click

SmartPlant > Retrieve.

The Select Plant dialog box allows the user to select a SmartPlant Instrumentation plant for retrieving Plant Breakdown Structure (PBS) documents. The software uses the information



in these documents to build a new plant hierarchy in SmartPlant Instrumentation that matches the source plant structure.

Plant – Lists the available plants for selecting

Create new plant – Instructs SmartPlant Instrumentation to generate tasks for creating a completely new plant hierarchy

Correlate plant – Instructs SmartPlant Instrumentation to generate tasks for creating a target plant hierarchy under an existing plant.






Run Tasks in the SmartPlant Instrumentation To Do List 1. In SmartPlant Instrumentation, click SmartPlant > To Do List to review the tasks generated

due to retrieval of PBS document.

2. Review the Create or Update Plant, Area, and Unit tasks in the To Do List.

3. Select all the tasks in the To Do List.

4. Click Run.

A check mark appears in the Status column of the To Do List when the tasks are complete.



The newly created plant, area, and unit now appear in the plant hierarchy as shown below



Register the New Plant with SmartPlant Foundation 1. Click Start > All Program > Intergraph SmartPlant Instrumentation > Administration.

2. Log on to the Administration module.

3. Select the newly created plant/area/unit, and register it to the same SmartPlant Foundation plant/area/unit as the default SmartPlant Instrumentation plant/area/unit, as described at the beginning of this section.

The newly created plant/area/unit in SmartPlant Instrumentation is now ready and configured to retrieve and publish data to and from the SmartPlant Foundation.

Set the Naming Convention for the New Plant/Area/Unit 1. Open the SmartPlant Instrumentation Administration module. Log on using a user name of

DBA and a password of DBA.

2. In the Administration dialog box, click Domain Administrator.

3. Select the domain, and click OK.

4. Click Nam. Conv. on the toolbar.



5. Browse to the specific unit for which you wish to set the naming convention.



6. In the Naming Convention dialog box, click Copy From to browse to another unit from which the naming conventions will be copied (the default Plant/Area/Unit, for this example)

7. After picking the source unit from which the naming convention is to be copied, click OK.



Registering SmartPlant 3D with SmartPlant Foundation

To register SmartPlant 3D with SmartPlant Foundation, you must use the Project Management task to define the Site Database and Schema Servers

1. Click Start > All Programs > Intergraph SmartPlant 3D > Project Management.

2. On the Modify Database and Schema Location of Site dialog box, type the name of the server on which the site database resides in the Site database server box.

The strings are case-sensitive.

3. In the Database type box, select the database type from the list.

4. In the Oracle service name boxes, type the name of the Oracle services for the site database and the site schema.

5. In the Site database name box, type the name of the site database.

6. In the Site schema name box, type the name of the site schema.

You can find the names in the SQL Server Enterprise Manager on the server.

7. Click OK.



Register SmartPlant 3D 1. In Project Management, click SmartPlant > Register.






4. Click Finish. If the registration completes successfully, a message box appears.





Retrieve the PBS Document from SmartPlant Foundation After you register your plant, retrieve the PBS document from SmartPlant Foundation. The PBS document updates the plant and creates the appropriate area and unit.

1. Click Start > All Programs > Intergraph SmartPlant 3D > SmartPlant 3D.

2. Define a workspace and select the system and project compound filter.

3. In the Workspace Explorer, click the WBS tab.

4. Right-click the plant, and click Create WBS Project on the shortcut menu.



5. Create a WBS project with the name As-built and a project purpose of As-built, and click OK.

6. Select As-built as the active WBS item in the list box on the main toolbar.

7. Click SmartPlant > Retrieve in any SmartPlant 3D task.






Retrieving the PBS creates the area and unit in SmartPlant 3D.



9. Click File > Save to save your settings in a session file to your Desktop. You can double-click the session file on the Desktop to open SmartPlant 3D.

Review PBS Structure in the Workspace Explorer After you retrieve the PBS document from SmartPlant Foundation, you can see the new area and unit on the System tab of the Workspace Explorer in SmartPlant 3D.




S E C T I O N 4

The sections that follow describe a sample workflow for creating a greenfield (new) plant using Aspen Basic Engineering, SmartPlant P&ID, SmartPlant Instrumentation, SmartPlant Electrical, and SmartPlant 3D. For illustration purposes, the procedure for creating a greenfield plant is described in a linear fashion in this document. However, most tasks described here could take place concurrently.

In This Section Creating and Publishing PFDs and Datasheets in Aspen Basic Engineering ....................................................................................................... 67 Creating and Publishing a P&ID in SmartPlant P&ID .................... 84 Retrieving a P&ID into Aspen Basic Engineering .......................... 105 Creating and Publishing Data Sheets in Aspen Basic Engineering ....................................................................................................... 112 Retrieving Datasheets into SmartPlant P&ID ................................ 120 Retrieving P&IDs into SmartPlant Instrumentation ........................ 126 Publishing an Instrument Index in SmartPlant Instrumentation ..... 135 Creating Dimensional Datasheet (DDP) in SmartPlant Instrumentation ....................................................................................................... 138 Retrieving an Instrument Index into SmartPlant P&ID .................. 146 Retrieving P&IDs and DDPs into SmartPlant 3D........................... 157 Publishing the 3D Model to SmartPlant Foundation ...................... 217 Setting Up Reports and Orthographic Drawings ........................... 232 Retrieving P&IDs into SmartPlant Electrical and Publishing a Cable Schedule ........................................................................................ 282 Registering a Cable Schedule Report for Publishing .................... 308 Revising the Cable Schedule Report for Publishing ...................... 313 Publishing the Cable Schedule ...................................................... 319 Loading Electrical Data into SmartPlant 3D .................................. 321 Publish the 3D Model for Retrieval in SmartPlant Electrical .......... 345 Retrieving the 3D Model Data into SmartPlant Electrical .............. 347

Creating and Publishing PFDs and Datasheets in Aspen Basic Engineering

After you register all the authoring tools, you can begin publishing and retrieving data. In this example, the first authoring tool we will use is Aspen Basic Engineering.

Creating a Greenfield Plant



Create a PFD in the Aspen Basic Engineering Drawing Editor 1. Open the Aspen Basic Engineering Drawing Editor.

2. Open the appropriate Aspen Basic Engineering workspace for the plant we created earlier.

The selected workspace opens in the Aspen Basic Engineering Drawing Editor.

3. Click File > New to create a PFD, and click OK. In this example, the name of the PFD should be PFD108.



4. Select the document you just created, and then click Open.

The selected document opens in the Aspen Basic Engineering Drawing Editor.

5. Place a column, a pump, and a drum in the PFD.

6. Place equipment labels on each piece of equipment

7. Edit each label for each piece of equipment to the appropriate tag name by right-clicking the label, clicking the Edit Text command, and editing the text.

8. Place primary connections between the pieces of equipment you placed previously.

9. Label the primary connections using the name diamond label.

10. Edit the label of each primary connection to add the stream number by right-clicking each label, clicking the Edit Text command, and then editing the text.



Create a Stream Datasheet in the Aspen Basic Engineering Datasheet Editor

The stream data sheets used in this procedure are not delivered with Aspen Basic Engineering by default. The data sheets used here have normal, minimum, and maximum operating conditions. Aspen Basic Engineering does deliver a summary data sheet that has all streams on it, but with only one operating condition.

1. Open the Aspen Basic Engineering Datasheet Editor.

2. Open the appropriate workspace.

3. In the filter list on the toolbar, select All Piping Systems.

4. Click File > Datasheet > By Object.

5. Select the object for which you want to create a datasheet. For this example, select 607 <PrimaryPipingSystem>, and then click OK to open the Datasheet dialog box.



6. Select 607: Test Stream Datasheet from the New tab, and then click Open.

The data sheet appears in the Datasheet Editor.

7. Edit the data for the object in the data sheet.

Be sure to select the unit of measurement in the UOM column for each row before you type values for the operating conditions.

8. Repeat steps 4-7 for streams 609, 610, and 613.

Revise the PFD and Data Sheets 1. In the Aspen Basic Engineering Drawing editor select PFD108, Status, and Submit.



2. Select the Submitted drawing, and then click Status > Check.

.

3. Select the Checked drawing and Issue it.



The Revise dialog box appears.

4. Revise the drawing by selecting the Revision Scheme field and selecting RevA1.



5. Now select the Major field under Revise in Tool and select First. The Major field will change to "A" and the Count and Starting Major fields are also populated with "1" and "A".

6. In the Aspen Basic Engineering Datasheet Editor, click File > Datasheet > by Object and select Test Stream Datasheets 607, 609, 610 and 613.



7. The Datasheets dialog box appears with all streams listed. Issue the stream datasheets streams by selecting all streams, and click Control > Submit.

A dialog box appears indicating that all datasheets have been submitted.

8. Now check the datasheets by selecting File > Datasheets > by Submitted.

The Datasheets dialog box appears with all streams listed.

9. Check the issued streams by selecting all streams and then clicking Control > Check.

A dialog box appears indicating the datasheets have been checked.

The Datasheets dialog box appears with all streams listed.

10. Select the checked streams and issue the datasheets by selecting all streams and then clicking Control > Issue.

After you click Issue, the Revise dialog box appears.



11. Revise the streams as in step 4.

Publish the PFD and Data Sheets 1. In the Aspen Basic Engineering Datasheet Editor, click SmartPlant > Publish.

You may be required to enter your SmartPlant Foundation user name and password before you can publish to SmartPlant Foundation You are not required to enter this information if your computer user name matches a user name in SmartPlant Foundation.



2. In the Document Selection dialog box, click Display Diagrams, and then select the PFD that you want to publish.

3. Click Publish.

4. In the Publish dialog box, click the OK



The Engineering Tool button is another way to query and add additional documents from the tool to the Publish dialog box without losing the currently selected document.



5. In the Document Selection dialog box, click Display Datasheet Types, and select the datasheets that you want to publish.

6. Click Publish.



7. In the Publish dialog box, click OK to start publishing the selected documents.

The software displays the publish status in the Publishing message box.

When the documents have been published, a message box lets you know that the publish was successful.



View Published PFDs, Datasheets, and Equipment in SmartPlant Foundation

After you publish documents from the authoring tools, you can view those documents and the data associated with them in the SmartPlant Foundation Desktop Client.

Search for Published PFDs in SmartPlant Foundation

1. Open the SmartPlant Foundation Desktop Client.

2. In the Items list on the toolbar, select PFDs.

3. Click Find.



Search for Published Equipment Datasheets in SmartPlant Foundation

1. In the Items list on the toolbar, select Equipment Datasheets.

2. Click Find.

Navigate Published PFDs in SmartPlant Foundation

1. In the Desktop Client, right-click a PFD.

2. On the shortcut menu, click Files > View and Markup.



Search for Published Equipment in SmartPlant Foundation

1. In the Desktop Client, select Equipment in the Items list on the toolbar.

2. Click Find.



View the Drawing for Published Equipment in SmartPlant Foundation

1. In the Desktop Client, right-click the equipment you want to view in the drawing.

2. Click View Item in Drawing.

If the item exists on multiple drawings, the software prompts you to select the drawing you want to view.

If you have SmartPlant Markup Plus loaded, the drawing containing the equipment opens in the drawing view with the equipment highlighted and zoomed into view.

Creating and Publishing a P&ID in SmartPlant P&ID

Create a Drawing in SmartPlant P&ID Drawing Manager 1. Click Start > All Programs > Intergraph SmartPlant P&ID > Drawing Manager.

2. Right-click the unit for which you want to create a P&ID, and then click New Drawing on the shortcut menu.



3. In the New Drawing dialog box, define properties for the new drawing.

4. Click OK.

The new drawing is created for the selected unit.

5. Open the new P&ID drawing, then close it.



6. Right-click on the P&ID drawing, then click Revisions > New Revision.

7. Revise the drawing by selecting the Revision Scheme field and selecting RevA1.

8. Now select the Major field under Revise in Tool and select First. The Major field will change to "A" and the Count and Starting Major fields are also populated with "1" and "A".



Retrieve a PFD 1. In Drawing Manager, click SmartPlant > Retrieve.

2. In the Retrieve dialog box, select the check boxes for the documents that you want to retrieve.



3. Click OK to retrieve the selected documents.


When the documents have been retrieved, a message box lets you know that the retrieve was successful.



Manage Retrieved Data Using the SmartPlant P&ID To Do List 1. Click Start > All Programs > Intergraph SmartPlant P&ID > SmartPlant P&ID.

2. Click SmartPlant > To Do List.



3. In the To Do List, review the create tasks created when the documents were retrieved.

Assign Tasks in the To Do List to a Drawing

1. In the To Do List, select all the tasks that you want to assign to the same P&ID.

2. In the To Do List dialog box, click Assign Drawing on the toolbar.



3. In the Assign Drawing dialog box, select the drawing to which you want to assign the selected tasks, and then click OK.

The name of the drawing appears in the Destination Drawing column for the tasks you selected.

4. In the To Do List, finish assigning tasks to drawings.

5. To open a drawing, select one of the tasks, and then click Open Drawing on the To Do List toolbar.



View Properties for Create Tasks

1. To view properties of a task, select the create task in the To Do List dialog box.

2. Click Properties on the toolbar.

3. In the Properties dialog box, click the Create tab.

4. Review the catalog item that will be used and the properties for the item that will be created when you run the task.



The following graphic shows another example of the properties for a create task.

Run To Do List Tasks

1. To run tasks in the To Do List, select the task or tasks that you want to run.

2. Click Run Task .



Tasks that are complete have beside them in the To Do List.

3. To view the properties for a completed task, select the task in the To Do List dialog box.


5. In the Properties dialog box, review information for the completed task on the General tab.



In the drawing, you can see the newly created items in the drawing or Engineering Data Editor depends on the option you used. This diagram shows the Create in Drawing option.



This diagram shows the Create in Stockpile option.

Update the P&ID with Retrieved Data and New Items 1. Move the equipment that you created when you ran the To Do List tasks to the desired

location on the drawing.

2. Place nozzles on the Equipment before connecting the pipe runs. Nozzles are located in the following location of the Catalog Explorer: ~ Symbols\Equipment Components\Nozzles

3. Place a manway on the right side of the tower: T-262. Manways are stored in the following location in the Catalog Explorer: ~ Symbols\Equipment Components\Nozzles.

4. Route the pipe runs that were created from when the PFD was retrieved.

Engineering Data Editor option

a. In the Engineering Data Editor, open the drawing stockpile by clicking the Active

Drawing Stockpile button.

b. Place the equipment that you created when you ran the To Do List tasks to the desired location on the drawing.



c. Change the filter in the Engineering Data Editor to Pipe Run.

d. Route the pipe runs that were created from in the plant stockpile when you retrieved the PFD was retrieved.

5. For all nozzles and pipe runs set the fluid code to P and the piping materials class to 1C0031 in the Properties window.

6. Add the following instruments to the P&ID:

Control valve: ~ Symbols\Instrumentation\In-Line\Valves\2 Way Common.

Dual-action cylinder actuator: ~ Symbols\Instrumentation\Actuators

ZSC valve (discrete single-function): ~ Symbols\Instrumentation\Off-Line\Without Implied Components\Single Function

3-way solenoid valve: ~ Symbols\Instrumentation\Off-Line\Without Implied Components\Solenoid Valves

Connect the ZSC to the actuator using an electric signal line: ~ Symbols\Instrumentation\Signal Line.

Connect the actuator to the solenoid with a pneumatic line: ~ Symbols\Instrumentation\Signal Line.

Create an instrument loop by doing the following: ~ Symbols\Instrumentation\Loops.

7. In the Catalog Explorer, right-click the flow loop that you want to place.

8. Click Send to Drawing Stockpile.

9. In the Properties window, set the tag sequence number for the loop to 12820.

10. Add the instruments you placed to a loop by doing the following:

Select the control valve, the solenoid, and the ZSC in the drawing view.



In the Properties window, click Browse […] in the Loop Tag row.

11. Type % in the Search for box, and then click Search Now.

12. Select loop F-12820, and click OK.

In the Duplicate Tag Found message box, click OK. This message box appears once for every instrument you selected.

13. Select the valve in the drawing view and set the following properties in the Properties window:

Measured Variable – A

Instrument Type Modifier – BV

14. Select the ZSC in the drawing view and set the following properties in the Properties window:

Measured Variable – Z

Instrument Type Modifier - SC

15. Select the solenoid valve in the drawing view and set the following properties in the Properties window:

Measured Variable – E

Instrument Type Modifier – V



16. Place reducers between the tower (T-262) and the control valve (ABV-12820), the control valve (ABV-12820) and the pump (P-262), and the pump (P-262) and the drum (D-262): ~ Symbols\Piping\Fittings\Diameter Change

17. Place strainer TS-262 between the control valve and the reducer: ~ Symbols\Piping\Specialty Components\Strainers.

18. Place motor MP-262 on the pump: ~ Symbols\Equipment\Mechanical\Drivers.

19. Label the pipe runs, reducers, nozzles, equipment, instruments, and strainer:

Pipe runs: ~ Symbols\Piping\Labels - Piping Segments\Line Number.sym and ~ Symbols\Piping\Labels - Piping Segments\Stream Number.sym.

Reducers: ~ Symbols\Piping\Labels - Piping Components\ Red Nominal Diameter.sym

Nozzles: ~ Symbols\Equipment Components\Labels - Equipment Components\ Eq Nozzle Identification(2).sym and ~ Symbols\Equipment Components\Labels - Equipment Components\Nozzle NPD.sym

Equipment: ~ Symbols\Equipment\Labels – Equipment\Equipment ID.sym

Instruments: Symbols\Instrumentation\Labels - General Instrument\Tag Number with Balloon.sym

Strainer: ~ Symbols\Piping\Labels - Piping Components\Number.sym

20. Resolve any inconsistencies in the drawing.

The updated P&ID should appear as follows:



Publish a P&ID 1. In SmartPlant P&ID, click SmartPlant > Publish.



2. In the Publish dialog box, select the revision scheme you want to use for the P&ID drawing in the Revision Scheme column.

3. Click OK to publish the P&ID.


When the document has been published, a message box lets you know that the publish was successful.



View Published P&IDs in SmartPlant Foundation 1. Click Start >All Programs > Intergraph SmartPlant Foundation >SmartPlant Foundation

Desktop Client.

2. In the Items list on the toolbar, select P&IDs.



3. Click Find.

View Shared Equipment in SmartPlant Foundation 1. To see that equipment is a shared object in SmartPlant Foundation, select Equipment in the

Items list on the toolbar.



2. Click Find.

3. Notice that equipment that is shared has a classification of SharedEquipment_PM.



Retrieving a P&ID into Aspen Basic Engineering 1. Open the Aspen Basic Engineering Explorer.

2. Open the appropriate workspace.

3. Click SmartPlant > Retrieve to retrieve the P&ID.

When the Retrieve dialog box appears, notice that there are no documents available to retrieve.



4. Click All documents.

5. Select the P&ID that you want to retrieve, and then click OK.





Manage Retrieved Data Using the Aspen Basic Engineering To Do List

1. In the Aspen Basic Engineering Explorer, click SmartPlant > To Do List.

2. Review create and update tasks resulting from the retrieve in the To Do List.

View Task Properties in Aspen Basic Engineering

1. To view the properties for the create strainer task, select Create TS-262 in the To Do List, and then click Properties on the toolbar.



2. In the Task Properties dialog box, click the Create tab to review create properties for the task.



3. Click the Details tab to review information about the source and destination of the task.

4. To view the properties for an update task, select an update task in the To Do List, and then click Properties on the toolbar.



5. In the Task Properties dialog box, click the Update tab to review the items to be updated and their old and new values.

Run To Do List Tasks in Aspen Basic Engineering

1. To run tasks in the To Do List, select the task or tasks that you want to run.

2. Click the Run button on the toolbar.






View a Pump and Electric Motor Using Aspen Basic Engineering Explorer

1. Open the Aspen Basic Engineering Explorer.

2. In the Locate Filter list on the toolbar, click the All Major Equipment filter.

You should see electric motor MP-262 in the list view.

Creating and Publishing Data Sheets in Aspen Basic Engineering



Create a Data Sheet for the Centrifugal Pump 1. Open the Aspen Basic Engineering Datasheet Editor.

2. Click File > Datasheet > by Object.

3. Select P-262 <CentrifugalPump> in the list, and click OK.

4. On the New tab of the Datasheets dialog box, select P-262: AZ Centrifugal Pump 1, and click Open.

5. Enter data for the pump in the datasheet.



Publish the Pump Data Sheet 1. In the Aspen Basic Engineering Datasheet Editor, revise the pump before publishing.



2. In the Publish dialog box, add the pump to the documents to be published and click Publish.




When the document has been published, a message box lets you know that the publish was successful.



View Shared Equipment in SmartPlant Foundation 1. Open the SmartPlant Foundation Desktop Client.

2. Select Equipment in the Items list on the toolbar.

3. Click Find.

4. Notice that equipment that is shared has a classification of SharedEquipment_PM.

Create and Publish a Datasheet for the Strainer 1. In the Aspen Basic Engineering Datasheet Editor, click <No Filter> in the Filters list on the

toolbar.

2. Click File > Datasheet > By Object.

3. Select TS-262 <Strainer> in the list, and click OK.



4. On the New tab of the Datasheets dialog box, select TS-262: Test Strainer Datasheet, and click Open.

5. Enter data for the strainer in the datasheet.

6. Revise the strainer prior to publish.



7. Click SmartPlant > Publish to publish the datasheet.



8. In the Publish dialog box, click OK.

View the Published Strainer Datasheet in SmartPlant Foundation

1. Open the SmartPlant Foundation Desktop Client.

2. In the Items list on the toolbar, select Equipment Datasheets.

3. Click Find.

4. In the list view, locate the datasheet for TS-262.

5. Right-click the strainer datasheet, and then click Files > View and Markup to view the datasheet view file.

Retrieving Datasheets into SmartPlant P&ID 1. Open a drawing in SmartPlant P&ID.




3. In the Retrieve dialog box, click All documents, and select the datasheets published by Aspen Basic Engineering that you want to retrieve.

4. Click OK.




Manage Update Tasks in the SmartPlant P&ID To Do List 1. In SmartPlant P&ID, click SmartPlant > To Do List.

2. Select the update task for which you want to view properties in the To Do List.




4. In the Properties dialog box, click the Update tab to review the items to be updated and their old and new values.



If the Update tab in the Properties - Update Task dialog box for MP-262 contains no property value changes, it indicates that this task is an update design basis task or correlation task.

Zoom in on Drawing Items for a Task in the To Do List

1. Select a task in the To Do List



2. Click Zoom In to center and zoom in on the drawing items associated with the selected task or tasks in the drawing view.

Run To Do List Tasks and Republish the P&ID

1. Run the update tasks in the SmartPlant P&ID To Do List.

2. Republish the P&ID.



In the Publish dialog box, notice the revision for the P&ID is still A, but the version is 2.

Retrieving P&IDs into SmartPlant Instrumentation 1. Click Start > All Programs > Intergraph SmartPlant Instrumentation > SmartPlant

Instrumentation

2. Select the appropriate plant/area/unit.




4. Select the P&ID that you want to retrieve.

5. Click OK.




Manage Retrieved Data Using the SmartPlant Instrumentation To Do List

1. Click SmartPlant > To Do List to review the tasks generated by the retrieval of the P&ID.



2. Select the create task for ABV-12820, and click Properties.



3. Select the create line task for P-137 4"-1C0031, and view the properties of the task.



4. Select all the tasks in the To Do List, and click Run.

Add Additional Instruments to SmartPlant Instrumentation 1. On the SmartPlant Instrumentation main toolbar, click Index.

2. Click New Loop at the bottom of the application window.

3. In the New Loop Number dialog box, type C-12820, and click OK.

4. In the Loop Number Properties dialog box, click OK.

5. When prompted to create new tag numbers associated with the loop, click Yes.



6. In the New Tag Number dialog box, type HS, and click OK.

7. In the Select Instrument Type dialog box, type X, and click OK.



8. In the Tag Number Properties dialog box, select New in the Status list, and click Apply.

9. Click New to add a second new tag.



10. In the New Tag Number dialog box, type EY, and click OK.

11. In the Select Instrument Type dialog box, type X (as previously), and click OK.

12. In the Tag Number Properties dialog box, select New in the Status list, and click Apply.

13. Click New.

14. In the New Tag Number dialog box, type JT, and click OK.

15. In the Select Instrument Type dialog box, type X, and click OK.

16. In the Tag Number Properties dialog box, select New in the Status list, and click OK.

17. Repeat steps 2-16 to add loop L-12820 with tag LT-12820. The instrument type is Level Transmitter with a process function type of Level.



Publishing an Instrument Index in SmartPlant Instrumentation

1. In SmartPlant Instrumentation, click Index, then click Browser on the bottom toolbar.

2. Click Print at the bottom of the application window.



3. Click Revisions.

4. Click New.

5. In the Revision Scheme column, select the revision scheme you want to use.

6. In the Major column, select First from the list.

7. Click OK.



A message box lets you know that revisions were successful.

Click OK.

8. Close the Print View by clicking X in the title bar of the Print View window.



9. Click SmartPlant > Publish.

10. Click OK to publish the instrument index.

Creating Dimensional Datasheet (DDP) in SmartPlant Instrumentation

1. In SmartPlant Instrumentation, click Index.

2. Click Tables > Instrument Types.



3. Select Control Valve in the Process function list, and verify that the instrument type is selected as shown below.

4. Click Profile at the bottom of the dialog box.



5. In the Instrument Type Profile dialog box, select Include dimension data. Make sure Group name is set to All groups, and then click OK.



6. On the main toolbar, click DDP to open the Dimensional Data module

7. Click Working at the bottom of the application window.

8. In the Select Dimensional Group dialog box, click All groups, and click OK.

9. In the Working Data – All groups window, enter the following values in the appropriate columns for ABV-12820:

Column Name Value for ABV-12820

Dimensional Group IRXPA

Inlet Class 150

Inlet End Prep RF (the last RF in the list)

Outlet Size 4

Outlet Class 150

Outlet End Prep RF (the last RF in the list)



10. Click Refresh at the bottom of the application window.

11. Click Yes to save your changes.

12. Select the ABV-12820 row in the Working Data – All groups window.

13. Right-click the ABV-12820 row, and click Dimensional Data Sheet on the shortcut menu.

The Dimensional Data Sheet view appears.



14. Enter the data for D2 through D22 as provided.

15. Click Revision at the bottom of the application window to revise the new dimensional datasheet.

16. Click New.



17. In the Revision Scheme column, select the revision scheme you want to use.

18. In the Major column, select First from the list.

19. Click OK.

A message box lets you know that revisions were successful.



20. Click OK.

21. Click Save at the bottom of the application window to save the datasheet.

Publishing Dimensional Data Sheets 1. With the dimensional datasheet still open, click SmartPlant > Publish.



2. Click OK to publish the Dimensional Datasheet.

If ABV-12820 already exists in SmartPlant P&ID, you can model it in SmartPlant 3D. To be able to model the valve in SmartPlant 3D, it must be on the P&ID. Inline instruments are dependant on the existence of the dimensional datasheet and the instrument being on the P&ID.

Retrieving an Instrument Index into SmartPlant P&ID 1. In SmartPlant P&ID, click SmartPlant > Retrieve.



2. In the Retrieve dialog box, select the instrument index, and then click OK.

Manage Retrieved Instrument Index Data Using the To Do List

1. In SmartPlant P&ID, click SmartPlant > To Do List.

2. Review the tasks created when you retrieved the instrument index.



3. Review properties for the new tasks by selecting a task and clicking Properties on the toolbar.



4. Select the update tasks in the To Do List, and use the Zoom In command to center and zoom in on the drawing items associated with the selected task or tasks in the Drawing view.



Run Tasks Created by Retrieving the Instrument Index

1. In the To Do List, select the update tasks created when you retrieved the instrument index,

and click Run Task .




2. Select the create tasks that do not have a destination drawing defined, then click Assign

Drawing to assign the current drawing.



3. Click OK

4. Review properties for the create tasks for the new instruments by selecting a task and clicking

Properties on the toolbar.

5. Make sure the catalog item is defined for the instruments; if the catalog item is not defined, the task will fail to run.

6. Click beside the Catalog item box.



7. Click OK in the Catalog item dialog box.



8. Click OK in the Properties – Create Task dialog box.

9. After reviewing and assigning the catalog item for each task, select the tasks in the to do list

and click Run Task .



View Items Created by To Do List Tasks In the Engineering Data Editor, review instrument loops created in the Drawing Stockpile when the create tasks were run in the To Do List by setting the filter to Instrument Loop or Plant Items.



Add Retrieved Instrument Items to the P&ID 1. In the Engineering Data Editor, set the filter to Instrument.

2. Place the instruments EY, HS, and JT-12820 you retrieved from SmartPlant Instrumentation in the P&ID.

3. Place instrument connectors on the motor MP-262 and then use electric signal lines to connect the instruments to the instrument connectors.

The following graphic shows how the instruments should look when they are placed in the P&ID.



4. Place a nozzle on the end of D-262

5. Next place a ball valve on the nozzle then use connect to process signal line to connect the valve and the LT-12820

6. Next place instrument LT-12820 to the connect to process line.

The following graphic shows how the instruments should look when they are placed in the P&ID.

Retrieving P&IDs and DDPs into SmartPlant 3D After you publish P&IDs and DDPs from SmartPlant P&ID and SmartPlant Instrumentation, you can retrieve the documents into SmartPlant 3D.

Configure Systems and Specifications

1. Open your saved session file in SmartPlant 3D.



2. Click Tasks > Systems and Specifications

3. Click New System.

4. Click the appropriate New System command and create the following systems:

Generic System

Ducting System

Equipment System

Conduit System

Piping System



Structural System

5. Next, click Define Allowed Specifications .



6. Select all specifications to add to the system, then click Add All.

7. Click OK



8. Click the Allowed Specifications tab to view specifications added.

9. Click Tasks > Common. The new systems appear in the Workspace Explorer.

10. Save your SmartPlant 3D session.



Publishing and Retrieving the Updated P&ID 1. In SmartPlant P&ID, publish the updated P&ID.

2. In SmartPlant Instrumentation, retrieve the updated P&ID.

3. In SmartPlant Instrumentation, click SmartPlant > To Do List, you should get new tasks that you need to run. You should see primarily update tasks for correlation to P&ID objects.

A new task you will notice is a create task for process equipment D-262. The reason you receive this is for the association of the LT-12820 instrument.

4. Publish the instrument index again, then retrieve it back into SmartPlant P&ID.

5. Open the To Do List in SmartPlant P&ID. You should not receive any tasks.

6. In the SmartPlant Instrumentation, retrieve the P&ID again

7. Open the To Do List in SmartPlant Instrumentation and verify that there are no new tasks that you need to run. This ensures all items are correlated and the data that is published and retrieved is the same.



Subscription Notification

When the software loads documents into SmartPlant Foundation, the SmartPlant Loader sends an e-mail notification message to all subscribed users.

The following is an example of a subscription notification e-mail message:



Retrieve the P&ID and DDP 1. Open your saved session file in SmartPlant 3D.

2. Click Tasks > Common.




4. In the Retrieve dialog box, select the P&ID and DDP that you want to retrieve, and click OK.

`



5. To view the retrieved P&ID, click SmartPlant > View P&ID.

6. In the View P&ID dialog box, select the P&ID that you want to view, and then click Open.



The P&ID appears in the P&ID File Viewer window.



7. In the Workspace Explorer, the retrieved pipe lines appear under SPF38SP1094_Unit in the tree view.

Create the 3D Model Using the Retrieved P&ID as the Design Basis

Place Equipment

1. Click Tasks > Equipment and Furnishings.



2. On the toolbar, verify that the locate filter is set to All.

3. Click SmartPlant > View P&ID, and select the P&ID that you want to open.

4. In the P&ID File Viewer, click the equipment that you want to place in the model.



For this example, click T-262 in the P&ID.

5. In the Equipment and Furnishings task, verify the name in the Name box on the toolbar matches the name of the equipment in the P&ID.

6. Click Place Equipment on the vertical toolbar.

7. In the Select Equipment dialog box, select the part number for the equipment that you want to place, and click OK.



For this example, the part name is SimpleVerticalCylindricalEqpLegs-E.

The Compare With Design Basis dialog box appears.

8. Click Close.



If red items appear on the dialog box, the properties in the model do not match the properties in the design basis.

9. In the Equipment Properties dialog box, click Close.

10. If pinpoint is not already turned on, click Pinpoint on the horizontal toolbar.

11. On the Pinpoint ribbon bar, enter the following values for the piece of equipment to place the equipment in the model:

E – 0 ft

N – 0 ft

EL – 0 ft



12. Click to place the equipment in the model. The new equipment also appears in the Workspace Explorer:

You can select the system at the time of placement

13. Select the equipment that you placed in the model, and click Properties on the ribbon bar.

14. Change the following Equipment Dimension properties for the tower on the Occurrence tab, and click OK:

Vessel Start Point – 2 ft

Vessel Height – 50 ft



Vessel Diameter – 6 ft

15. Repeat steps 4-14 to place pump P-262 from the P&ID, and define the following properties for the pump:

Designed Equipment – Pump

Part Number – HorCFJacketedPump01-E

E – 20 ft

N – 0 ft

EL – 2.5 ft

16. Repeat steps 4-14 to place vessel D-262 from the P&ID, and define the following properties for the vessel:

Designed Equipment – Simple Horizontal Cylindrical Vessel

Part Number – SHCV-01-L400xD1500-E

E – 20 ft

N – 30 ft

EL – 2.5 ft



17. Select the drum D-262 in the model. Click Rotate Equipment . Type 90 in the Angle list

.

Looking down on the model, the final view should look like the following graphic:



Place Nozzles

1. Click Format > View, and select Reference Geometry. Then click OK.

2. In the Equipment and Furnishings task, set the locate filter to Pipe Nozzle.



3. In the Workspace Explorer pane, expand the tank, T-262:

4. In the P&ID File Viewer, click the top nozzle on the tower (A1).

5. Verify the name in the Name box on the toolbar matches the name of the nozzle in the P&ID.

6. Click Place Nozzle on the vertical toolbar.



7. In the Workspace Explorer, select DP2 under T-262.

8. In the Nozzle Properties dialog box, set the following properties for the nozzle, and click OK.

Occurrence Tab

Nominal Size – 3

Termination Class – Bolted

End Preparation – Raised-face flanged end

Rating Practice – US Practice

Pressure Rating – CL150

Name – A1



Nozzle Length – 6 in

Location Tab

Placement Type – Radial

N1 – 45 ft

N2 – 3 ft 6 in



OR1 – 180



In the P&ID File Viewer, notice that the nozzle that you placed appears in green. This indicates that the nozzle is correlated and that the data for the nozzle in the model matches the P&ID design basis.

9. In the P&ID File Viewer, click the manway M1 on the right side of the tower.

10. Repeat steps 5-8 for the manway using the following properties:

Placement Type – Radial

N1 – 40 ft

N2 – 3 ft 6 in



OR1 – 0 deg

11. In the P&ID File Viewer, click the bottom nozzle B1 on the tower, and repeat steps 5-8 for the nozzle using the following properties:

Placement Type – Axial

N1 – -2 ft 6in

N2 – 0 ft



OR1 – 0 deg



In the P&ID File Viewer, notice that the man-way that you placed appears in green.

12. In the Workspace Explorer, select Vessel Noz1.

13. Right-mouse click.

14. On the shortcut menu, click Properties.

15. Scroll to the bottom of the Occurrence tab.



16. Change the Correlation Basis to No correlation is required. Click OK.

These nozzles were predefined and are not used in this example.

17. Repeat steps 12-16 for Vessel Noz2, Vessel Noz3, and Vessel Noz4.

Correlate 3D Model Items with the P&ID Design Basis

1. In the Equipment and Furnishings task, click T-262 in the Workspace Explorer.

2. Click SmartPlant > Compare Design Basis.



3. Review data on the Properties and Topology tabs of the Compare with Design Basis dialog box.



4. Click Update to transfer data from the design basis to the model, and then click Close.



In the P&ID File Viewer, the equipment should appear in green, indicating that the equipment is correlated with the P&ID design basis and the properties match.

5. In the model or the Workspace Explorer, select D-262.

6. Use the View commands on the toolbar to zoom in on the drum.

7. If necessary, change the view so that you can see both nozzles on the drum.

8. In the Locate Filter list, select Pipe Nozzle.

9. In the 3D model, select the nozzle that you want to correlate. In this example, select the discharge nozzle (top) on the drum.

10. Click SmartPlant > Correlate with Design Basis.



11. In the P&ID File Viewer, click the nozzle on the drum with which you want to correlate the nozzle in the model.



12. In the Compare with Design Basis dialog box, click Update, and then click Close.

The name of the nozzle appears in red in the Compare with Design Basis dialog box because the name of the nozzle in the P&ID does not match the name of the nozzle in the designed equipment.

Data is updated and appears as follows:

13. Repeat steps 4-12 to correlate the intake nozzle on the pump with the P&ID design basis.



14. In the P&ID File Viewer, make sure that both nozzles are correlated (green). The pump appears in red because some of the model data is not the same as the design basis.



Correlation Status Colors in the P&ID in SmartPlant 3D

After you place items in the model, you can view the correlation status of those items in the P&ID File Viewer. In the P&ID File Viewer window, click Tools > Select Correlated > Correlated - data match to see the correlated items in the P&ID.



You can change the colors for the P&ID in the Set Correlation Status Colors dialog box. To display this dialog box, click Options > Set Correlation Status Colors in the P&ID File Viewer.

You can specify colors to represent the following:

Not correlated - Designates the color of objects in the design basis that do not have a match or do not exist in the model. By default, items that are not correlated are blue.

Correlated with data mismatch - Designates the color of objects in the design basis that do have a match in the model; however, problems exist between the data associated with the design basis (for example, the P&ID object) and model object. By default, correlated items with mismatched data appear in red.

Correlated with data match - Designates the color of the objects in the design basis that do have a match in the model without any discrepancies in the data. By default, correlated items with a data match appear in green.

Correlated with unknown match - Designates the color of objects in the design basis that you have not compared or checked against the current design basis. By default, correlated items with an unknown match appear in cyan.

Ignored or not claimed - Designates the color of objects in the design basis that you have drawn but cannot have correlation because you have not placed the objects in the model. By default, ignored or unclaimed items appear in gray.



Route Pipe and Place Reducers

The next step is routing pipe and placing reducers in the 3D model using the P&ID as the design basis.

1. In SmartPlant 3D, click Tasks > Piping.



2. Click SmartPlant > View P&ID, and select the P&ID that you want to open.

3. Set the locate filter to All.

4. Zoom in on the bottom nozzle (B1) on the tower in the 3D model.

5. In the P&ID File Viewer, select the bottom nozzle (B1) on the tower.

6. To insert the flange, click Insert Component on the vertical toolbar.

This procedure inserts the flange in the P&ID and automatically correlates it with the 3D model. You can insert the flange and route pipe without using the P&ID as the design basis, but there is no correlation between the P&ID and 3D model.



In the New Pipe Run dialog box, notice that the properties for the pipe run are already defined. This information comes from the P&ID because the equipment nozzle is already correlated.

7. Click OK in the New Pipe Run dialog box.

If you receive this message, select the Temperature and Pressure category in the New Pipe Run dialog box.



Then, in the Property list, type 100F as the Design Maximum Temperature and 100F as the Design Minimum Temperature.

Click OK in the New Pipe Run dialog box, and click Finish on the ribbon bar.

8. Click Route Pipe on the vertical toolbar in the Piping task.

9. On the ribbon bar, type 1 foot as the Length.

10. To insert the reducer, click Insert Component on the vertical toolbar.

11. In the P&ID File Viewer, select the reducer.

If you receive the following message, SmartPlant P&ID is not publishing the correct short codes and piping model codes for SmartPlant 3D. Update the piping specification for the P&ID and publish the P&ID again. See the SmartPlant P&ID User's Guide for how to setup the piping spec in SmartPlant P&ID for use in SmartPlant 3D.



12. Click OK in the New Pipe Run dialog box, and click Finish on the ribbon bar.

13. Continue routing from the reducer to the nozzle (A1) on the pump.



After you update the properties, the line appears in red in the P&ID File Viewer. A red object means there is a data mismatch between P&ID and the 3D model which will need to be resolved.

14. To route the discharge portion of the pump, click the discharge nozzle B1 in the P&ID File Viewer.

15. On the ribbon bar, type 2 feet as the Length..

16. Click Insert Component on the vertical toolbar.

17. In the New Pipe Run dialog box, click OK.



18. Click OK in the New Pipe Run dialog box, and click Finish on the ribbon bar.

19. Continue routing the line up to the nozzle A1 on top of tank D-262.

The routed line appears as represented in the graphic below.



After you update the properties, the line appears in red in the P&ID File Viewer.

20. In the 3D model, select the pipe you just routed, and click SmartPlant > Compare with Design Basis.



21. Click Update to bring the properties up to date, and then click Close.

If you have problem correlating the pipe runs, check the topology tab on the Compare Design Basis dialog box. A red row in the table indicates you have a problem with the flange not correlating.



In the P&ID, the flange is not correlated. The flange must correlate before the pipe run fully correlates with a complete data match. Your options are to reroute the last section of pipe or manually correlate the flange.

Correlating the Flange Manually

1. Select the flange in the 3D model.

2. Click SmartPlant > Correlate with Design Basis.



3. From the P&ID File Viewer, select the flange for nozzle A1.

4. In the Compare with Design Basis dialog box, click Update.

5. If the flange row remains red in the table, click Update again.



Once the data is correlated, the red disappears.



When correlation is complete, the pipe run also appears green in the P&ID.

6. Route the remaining pipelines from the P&ID.



When complete, the P&ID appears as follows.



The 3D model appears as follows.

Retrieving SmartPlant Instrumentation Dimensional Data into SmartPlant 3D

1. In SmartPlant 3D, click SmartPlant > Retrieve.



2. In the Retrieve dialog box, select the DDP file, and then click OK.




Place the Instrument Valve

1. To place the valve, click Insert Component on the vertical toolbar in the Piping task.

2. Select the pipeline on which you want to place the valve in the model.

3. In the P&ID File Viewer, click ABV-12820.

4. Position the valve on the line, and click Finish on the ribbon bar to place it.

All the dimensional data for the valve comes from the DDP published by SmartPlant Instrumentation.



The valve appears in the 3D model as follows.

Place the Strainer

1. To place the in-line strainer TS-262, click Insert Component on the vertical toolbar.

2. Select the pipeline on which you want to place the strainer in the model.

3. In the P&ID File Viewer, click TS-262.



To be able to place the strainer, you must have the tagged item for the strainer in your catalog data. To place the tagged item in the catalog, see Bulk Loading Piping Specialty Data.



4. Position the strainer on the pipeline, and click Finish to place it.

5. To update the entire line, select all items in the line in the 3D model, and click SmartPlant > Compare with Design Basis.



The software displays a message box to let you know that there is a data difference between the items in the model and those in the P&ID design basis.

6. Click Yes in the message box to update the properties for the selected objects.

Bulk Loading Piping Specialty Data

Before beginning the bulkload procedure, you must add the strainer, TS-262, to the sample reference data delivered with SmartPlant 3D. Add the strainer to file C:\Program Files\SmartPlant\3D\CatalogData\ BulkLoad\SampleDataFiles\Pipiing Specialty Sample Data.xls. For more information about how to modify catalog data, see the SmartPlant 3D Catalog User's Guide.

1. Click All Programs > Intergraph SmartPlant 3D > Bulkload Reference Data to open the Bulkload utility.

2. On the Bulkload dialog box, click Add.

3. Browse to the directory where your codelist files are located. In this example, the file is C:\Program Files\SmartPlant\3D\CatalogData\BulkLoad\SampleDataFiles\ Pipiing Specialty Sample Data.xls.

4. Under Bulkload mode, select Append to existing catalog.

5. Under Catalog information and Schema information, select your Catalog database server, Catalog database, Catalog schema database server, and Catalog schema database.

6. Specify a path and file name for the log file.



7. Specify the Symbols directory.

8. Click Load.

Bulk loading data could take several minutes.

9. Click Close on the Bulkload utility.



View the P&ID 128-5001 1. Once the strainer is placed, view the P&ID by clicking the SmartPlant > View P&ID

command.



Publishing the 3D Model to SmartPlant Foundation

Creating a Model File to Publish 1. In SmartPlant 3D, click Tasks > Drawings and Reports.

2. Right-click in the Management Console and click New on the shortcut menu.

3. In the Add Component dialog box, select Folder. Right-click Folder and rename it.

For this example, the folder is INTDemo.



4. Right-click INTDemo, then click New on the shortcut menu.



5. In the Add Component dialog box, select the General tab, then select 3D Model Data, and click OK.

The 3D Model Data component appears in the Detailed View.

6. Right-click 3D Model Data, then click Setup on the shortcut menu.



7. Select More under the filter option. The Select Filter dialog appears.

8. Expand Default Filters > SP3D Object Filters > Object Types.

9. Select the filter that you want, then click OK on the Select Filter dialog box.



10. Click OK on the Setup dialog box



11. In the Management Console, right-click 3D Model Data, then click Create Drawing on the shortcut menu.

The new drawing file appears in the Detail View.

12. Right-click 3D Model Data-1-0001, and click Revise on the shortcut menu.



The Revise dialog box appears.

13. Set Revision Scheme and the Major under Revise in Tool. After these options are selected, click OK on the Revise dialog box.

The following two dialog boxes appear:



14. Right-click 3D ModelData-1-0001, and then click Properties.

The following dialog box appears.

15. Click Revision tab.

16. Click OK.



17. You are now ready to update the model file. Right-click 3D ModelData-1-0001, and click Update Now on the shortcut menu.

18. After the model file is updated with the proper Revision and WBS attributes, you can publish the file. Right-click 3D ModelData-1-0001, and click Publish on the shortcut menu.



After the Publish option is initialized the following dialog box appears.

19. Click OK and the following progress dialog box appears as the model is published.

After the document has successfully been published, the following dialog box appears.

The model has been successfully published. Click Close.



Verifying the 3D Model Publish

1. Log on to SmartPlant Foundation

2. In the Items list, click All Drawings.

All published drawings appear in the List View.



3. In the List View, right-click 3D Model Data-1-0001, then click Files > View and Markup from the shortcut menus.



The 3D model created in SmartPlant 3D appears.



4. In the Items list, click Equipment.



All published equipment appears in the List View.

5. Right-click P-262, then click View Item in Model.



Pump P-262 appears in the View and Markup window.

Setting Up Reports and Orthographic Drawings

Creating Isometric Drawings 1. In SmartPlant 3D, click Tasks > Drawings and Reports.



2. In the Management Console, right-click on the project folder. For this example, right-click INTDemo.



3. On the Isometrics (by Query) tab in the Add Component dialog box, select Iso Pipeline Manager, then click OK.

4. In the Management Console view, right-click Iso Pipeline Manager, then click Setup.



5. In the Setup dialog box, select More under the filter option.

6. Select Plant Filters, and then click New Filter on the toolbar.

7. Select the appropriate plant area.



8. Type a Name for the new filter, and then click OK.



9. When the new Pipe Area filter appears, click OK.

10. In the Setup dialog box, click OK.

11. In the Management Console, right-click Iso Pipeline Isometrics, then click Run Query.



The software finds all pipelines for the project.

When the query is complete, Iso Pipeline appears in the Management Console.

12. Right-click Iso Pipeline, then click Properties on the shortcut menu.

13. In Properties dialog box, click the WBS tab.

14. Set the Document Type property to Civil Overall Isometric.



15. Set the Discipline property to Civil.



16. In the Management Console, right-click the Iso Pipeline, then click Save Package.

17. In the Save Package dialog box, define the package properties.

SmartPlant 3D saves all packages to C:\Program Files\SmartPlant\ 3D\CatalogData\Symbols. Packages can be copied and reused with other projects.



18. In the Management Console, right-click Iso Pipeline, then click Create Drawings.

SmartPlant 3D automatically creates the isometric drawings based on the query that was performed earlier.

19. Right-click Iso Pipeline, then click Revise.

If documents exist in the project, you must select each new document and revise each individually.



If documents exist that have different status, for example, working and current, you must select each document and revise each individually.

20. Set Revision Scheme and the Major revision under Revise in Tool. After these options are chosen, you can select OK in the Revise dialog box.

The following two dialog boxes appear.



21. Select all drawings in the Detail View, then right-click the selected drawings and click Update Now on the shortcut menu..

Documents are ready to publish when the update is complete.

22. Right-click the selected drawings, then click Publish.







Creating an Orthographic Drawing 1. In the Management Console, right-click the project, then click New.



2. In the Add Component dialog box, click New Folder.

3. In the Management Console, right-click New Folder, then click Rename. Rename the folder to Ortho Drawing.



4. Right-click Ortho Drawing, then click New.



5. In the Add Component dialog box, select Orthographic Drawing by Query on the General tab. Click OK.



6. In the Management Console, right-click Orthographic Drawing, and click Edit Template.



7. In the Select Template dialog box, select D_Wide_Note Area.sha. Click OK.

The drawing template appears in the Drawing Editor.



8. On the toolbar, click Place Drawing View .



9. Click and drag to define the drawing view.



10. In the Select View Style dialog box, select Equipment Isometric, then click OK.

11. In the Drawing View Properties dialog box, click the View tab. Define the view properties.



12. Click File > Save, then Exit. Exiting the Drawing Editor returns you to the SmartPlant 3D Drawings and Reports task.

13. In the Management Console, right-click the Orthographic Drawing template, then click Setup.



14. In the Select Filter dialog box, select More under the Filter option.

15. Expand Categories > Default Filters > SP3D Object Filters > Equipment and Furnishing.

16. Select Equipment.



17. Click OK on both Select Filter dialog boxes.

18. In the Management Console, right-click the Orthographic Drawing template, then click Save Package.



19. In the Save Package dialog box, define the package properties.

Define the Tab Name to add the tab to the Add Component dialog box.

SmartPlant 3D saves all packages to C:\Program Files\SmartPlant\ 3D\CatalogData\Symbols. Packages can be copied and reused with other projects.

20. In the Management Console, right-click the Ortho Drawing folder, then click New.

21. In the Add Component dialog box, click the tab your defined earlier. In this example, the tab is Demo.



22. Select the package you saved, then click OK. In this example, the package is Demo.

23. In the Management Console, right-click the Ortho Drawing folder, then click New.



24. In the Add Component dialog box, select Drawings by Query Manager. Click OK.



25. In the Management Console, right- click the Drawings by Query Manager folder, then click Rename.

26. Rename the folder to Equipment Drawings.



27. Right-click the Equipment Drawings folder, then click Setup.

28. In the Setup dialog box, select More under the Filter option.



29. In the Select Filter dialog box, select Plant Filters, then click New Filter on the toolbar.

30. In the New Filter Properties dialog box, click the System tab.

31. Select the plant folder to highlight all systems.



32. Type All Systems as the Name for the new filter. Click OK.

The new filter appears in the tree view.



33. Click OK.

34. In the Setup dialog box, select More under the Package option.



35. Select the package you created earlier, then click OK.

36. In the Setup dialog box, click OK.



37. In the Management Console, right-click the Equipment Drawings folder, then click Run Query.

38. In the Management Console, right-click the Equipment Drawings folder, then click Create Drawings.



The Orthographic Drawing for each equipment object appears in the Detail View.

39. In the Detail View, select all drawings. Right-click, then click Properties.



40. In the Properties dialog box, select the WBS tab. Set the Document Type to Equipment Location Plan.



41. In the Management Console, right-click Orthographic Drawing, then click Revise on the shortcut menu.



42. Set Revision Scheme and the Major under Revise in Tool. After you set these options, click OK in the Revise dialog box.




43. In the Management Console, right-click Orthographic Drawing, then click Publish.





Creating a Report 1. In the Management Console, right-click the project folder, then click New.



2. In the Add Component dialog box, select Spreadsheet Reports, then click OK.

3. In the Detail View, right-click New Spreadsheet Reports, then click Create Report on the shortcut menu.



4. In the Select Report Template dialog box, select one of the delivered reports. Click OK and follow the prompts for the selected report.



5. In the Filter Properties for Asking Filter dialog box, select the plant folder to highlight the plant and its systems.



6. In the Report Parameters dialog box, type a Baseline Report File Name, then click Next.

7. Define the Report Parameters, then click Finish



8. In the Detailed View, right-click the report, then click Properties.

9. Click the WBS tab. Set the Document Type to General Reports.



10. Set the Discipline to General.

11. In the Detail View, right-click the report, then click Revise.



12. Set Revision Scheme and the Major under Revise in Tool. After you set these options, click OK in the Revise dialog box.




13. Select all reports in the Detail View, right-click, then click Update Now on the shortcut menu.

Reports are ready to publish when the update is complete.



14. Right-click the report, then click Publish.




The following two dialog boxes appear:

Retrieving P&IDs into SmartPlant Electrical and Publishing a Cable Schedule

SmartPlant Electrical and SmartPlant 3D share cable schedules, along with several cable properties. You can retrieve a cable schedule, then view the schedule and create or update cable objects in SmartPlant 3D.

Add Power Consumption Data to the P&ID SmartPlant Electrical and SmartPlant P&ID share electrical motor data.

1. Click Start > All Programs > Intergraph SmartPlant P&ID > Drawing Manager.

2. Open drawing 128-5001.

3. In the Design window, select pump P-262.



4. In the Properties window, find the Power Absorbed list and select 35.0 hp.

5. In the Design window, select the motor MP-262.



6. In the Properties window, find the Power Driver Rated list and select 40.0 hp.




8. Click OK.

When the documents have been published, a message box lets you know that the publish was successful.



Retrieving the P&ID in SmartPlant Electrical 1. Click Start > All Programs > Intergraph SmartPlant Electrical >

SmartPlant Electrical.

2. Select the appropriate plant group.




4. Select drawing 128-5001, then click OK.




Managing Retrieved Data in the SmartPlant Electrical To Do List

1. In SmartPlant Electrical, click SmartPlant > To Do List.

Review the information in the To Do List.



2. Select pump P-262 and review the Task Properties .





3. Select motor MP-262 and review the Task Properties.



4. Next select the pump P-262 task and run this task first.

5. Next select the motor MP-262 task and run to create the motor.



When a task is complete, notes are placed in the task properties. If a task fails, notes are also added, but the icon next to the task will not have a green check.

6. In the Electrical Index, expand Process Equipment.

Copying the Value of the Driver Power Absorbed In SmartPlant Electrical, the Copy Driver Power Absorbed command allows you copy the value of the Driver Power Absorbed of process equipment items to the Brake Power value of the associated motors. This functionality exists for process equipment and motors that have been retrieved from SmartPlant P&ID.

1. In the Electrical Index window, expand the Process Equipment node.

2. Select P-262



3. Click Actions > Copy Driver Power Absorbed

4. Select the check box for the P-262 that you need to copy, then click OK.

A message box appears when the Power Absorbed data has been updated successfully.



5. Right-click MP-262, then click Common Properties on the shortcut menu.

6. On the Load Data tab, verify that the Brake power is 35 HP.



Creating Electrical Equipment and Components The following graphic shows the power distribution boards, buses, circuits and generators that are to be created in this procedure.

1. In the Electrical Index, expand Electrical Equipment > Power Distribution Equipment.



2. Right-click Power Distribution Boards, then click New Power Distribution Board on the shortcut menu.

PDB-2 is created under the structure.



3. Right-click the Buses folder, then click New Bus.

The new bus appears under the Buses folder.



4. Right-click BUS-2, then click New Incomer Circuit on the shortcut menu.

The new incomer circuit, CKT-2, appears under BUS-2.



5. Right-click BUS-2, then click New Feeder Circuit on the shortcut menu.

The new feeder circuit, CKT-3, appears under BUS-2



6. Refresh the electrical engineer window to show the circuits and feeders.

7. Expand Electrical Equipment > Generators.

8. Right-click Generators, then click New Generator on the shortcut menu.



The new generator, G-2, appears.

9. In the Reference Data Explorer, expand Wiring Equipment > Cables > Power Cables.

10. Select 3+1/C - 150 mm^2 - (Power / mm^2) cable.



SmartPlant Electrical provides reference data for cables. The reference data must match in SmartPlant Electrical and SmartPlant 3D.

11. In the Electrical Index, expand Wiring Equipment > Cables > Power Cables.



12. Drag 3+1/C - 150 mm^2 - (Power / mm^2) cable to the Power Cables folder.



Creating Associations in Electrical Engineer 1. In the Electrical Index window, drag Cable-2 to G-2 in the Electrical Engineer window.

2. Drag Cable-3 to CKT-3.



3. Drag CKT-2 to Cable-2 on G-2.

The tree view in Electrical Engineer should appear as follows:

4. In the Electrical Index, expand Electrical Equipment > Loads > Motors.



5. Select MP-262, then drag it to Cable-3 in the Electrical Engineer.



Registering a Cable Schedule Report for Publishing 1. In the Electrical Index, expand Documents > Registered Reports.

No reports should appear in the tree view.



2. Click Actions > Register Report.



3. Click Browse beside the Report Template box.



4. Select Cable Schedule-with issues.xls, then click Open.

5. In the Register Report Common Properties dialog box, type in the Document Name and Description.



6. Check the Enable document for publishing, then click OK.

The new report appears in the tree view.



Revising the Cable Schedule Report for Publishing 1. In Documents > Registered Reports, open the 3D Cable Schedule report.

Leave the report open.



2. In the Electrical Index, right-click 3D Cable Schedule and click Document Properties.



3. Click New at the bottom of the dialog box.

4. Revise the drawing by selecting RevA1 the Revision Scheme list.



Select First in the Major list under Revise in Tool. The Major option changes to "A" and the Count and Starting Major options are also populated with "1" and "A".

The software displays the revision status in the Revise Documents message box.

When the document is revised, a message box lets you know that the revision was successful.



5. Click OK.



The revision information is added to the cable schedule report.

6. Close the report.



Publishing the Cable Schedule 1. Click SmartPlant > Publish.

2. Click OK.



The software displays the retrieve status in the Publishing message box.

When the document is published, a message box lets you know that the publish was successful.



Loading Electrical Data into SmartPlant 3D To retrieve electrical data created in SmartPlant Electrical into SmartPlant 3D, the electrical reference data must be loaded in SmartPlant 3D. This procedures provides the steps to bulkload reference data. If you have already bulk loaded all of you reference data, you may skip this procedure.

1. Click Start > All Programs > Intergraph SmartPlant 3D > Database Tools > Bulkload Refernce Data.

2. On the Bulkload dialog box, click Add.

Browse to the directory where your reference data files are located. In this example, the file is C:\Program Files\SmartPlant\3D\CatalogData\ BulkLoad\SampleDataFiles\Electrical Equipment.xls

3. Under Bulkload mode, select Append to existing catalog.

4. Under Catalog information and Schema information, select your Catalog database server, Catalog database, Catalog schema database server, and Catalog schema database.

5. Specify a path and file name for the log file.

6. Specify the Symbols directory.



7. Click Load.



Loading reference data will take time. A message will appear in the status bar at the bottom of the dialog box when the load is successful.

Placing the Motor in SmartPlant 3D using the P&ID as the Design Basis

1. In SmartPlant 3D, click SmartPlant > View P&ID.

2. Select drawing 128-5001, then click Open.

3. Zoom to MP-262. The motor is shown in Blue: M.

4. In SmartPlant 3D, click Tasks > Equipment and Furnishings.

5. Set the filter to Equipment.



6. In the P&ID File Viewer, select MP-262.

7. Click Place Equipment .

8. In the Select Equipment dialog box, expand Equipment > Electrical > Electrical Motor > ElectricalMotor01.

9. Click OK to place the motor. Place it within the proximity of the pump.

The Compare with Design Basis dialog box prompts you that a data mismatch exists.



10. Click Update.

The Equipment Properties dialog box also shows the data inconsistency.



11. Click OK.



The pump and motor are shown correlated with data mismatch



Retrieving the Cable Schedule from SmartPlant Electrical 1. In SmartPlant 3D, click SmartPlant > Retrieve.



2. In the Retrieve dialog box, select the 3D Cable Schedule checkbox, then click OK.





Viewing the Cable Schedule

1. In the Workspace Explorer, select the system in which the cable equipment should appear.

If you do not select a system, SmartPlant 3D automatically creates a 3D Cable Schedule folder.

2. Click SmartPlant > View Cable Schedule.



3. Select 3D Cable Schedule, then click Open.

4. In the CableSchedule dialog box, review the From Device and To Device equipment items list.

5. On the 3D Cable Schedule, click Close.



Placing the Electrical Enclosure in SmartPlant 3D 1. In SmartPlant 3D, click Tasks > Equipment and Furnishings.

2. Set the filter to Equipment.

3. Click Place Equipment .

4. In the Select Equipment dialog box, expand Equipment > Electrical > Electrical Enclosures > Electrical Enclosure.

5. Select ElecEnclosure 42309-1-E, then click OK.

In the SmartPlant 3D, the names of Electrical Enclosures selected from the Catalog must match the From Device list in the cable schedule.



6. In the Equipment Properties dialog box, select the existing name for the equipment in the Name box.

7. Rename the electrical enclosure to PDB-2

8. Click OK.



9. Place the electrical enclosure within proximity of T-262.



10. Repeat steps 3-5 to place a second electrical enclosure.

11. Repeat steps 6-9 to rename the electrical enclosure G-2.



Correlate the Cable Schedule 1. In the Workspace Explorer, select the system in which the cable equipment should appear.

2. Click SmartPlant > View Cable Schedule.

3. Open 3D Cable Schedule.

4. Select the cables to correlate, then click Process.

Check the Include up-to date cables and Select All options before clicking Process. These options allow you to view correlated items in the cable schedule.



The cables and electrical enclosures are now correlated.



The following diagram shows the relationships between the equipment in the 3D model and the cable schedule.



Placing Cableways in SmartPlant 3D 1. In the Electrical task, set the filter to Cableways.

2. Click Route Cableway .

3. Select New Cableway from the Run option on the Cableway ribbon.



4. In the New Cableway dialog box, select More under System.

5. Select the appropriate system for the cableways, then click OK.



6. Click OK in the New Cableway dialog box.

7. Select a starting point in the graphic view for the new cableway.

8. Select points to define the route of your cableway.

9. Select the end point of the cableway.



10. Repeat steps 2-9 to place a second cableway behind the electrical enclosures.

Edit the Cable Path

You must define the cable entry point into the cableway system, the cableway trunks and conduit that the cable is to go through, and the cable exit point from the cableway system.

1. In the Electrical task, set the filter to All.

2. In the vertical toolbar, click Edit Cable Path .



3. In the Cable Selection dialog box, select Cable-3, then click OK.

4. Click Accept Selection .

5. Select a cable tray entry point for the cable.

6. Click Accept.

7. Select the conduit and cable trays that you want the cable to run through.



8. Select a cable tray exit point for the cable.

9. Click Accept.

10. Click Finish.

The current cable path appears highlighted in white in the model.

11. Repeat steps 1-10 to edit the path for Cable-2.



Publish the 3D Model for Retrieval in SmartPlant Electrical

1. In SmartPlant 3D, click Tasks > Drawings and Report.

2. Select 3D Model Data-1-0001, then click Update Now.

When publishing the model for retrieval into SmartPlant Electrical, you can set a filter to publish electrical data only. This will reduced retrieval time in SmartPlant Electrical.




4. Click OK.



The software displays the retrieve status in the Publishing message box.

When the document is published, a message box lets you know that the publish was successful.

Retrieving the 3D Model Data into SmartPlant Electrical

1. Click Start > All Programs > Intergraph SmartPlant Electrical > SmartPlant Electrical.




3. Select the check box next to 3D Modal Data-1-0001, then click OK.





Verify the 3D Model Data in SmartPlant Electrical 1. To verify that the 3D model data has been retrieved by SmartPlant Electrical, click

SmartPlant > To Do List.



2. Right-click each task and review the properties.

The cable name appears in the General tab under Destination Item Tag.



On the Details tab, the Routing Status is Complete, and External Routing Length provides the value for the cable routed in SmartPlant 3D.



If the Routing Status appears as undefined and the External Routing Length is 0, this indicates the cable has not been routed in SmartPlant 3D. Route your cableway, then publish the 3D model again.

3. Select the tasks to update, then click Run .

4. In the Electrical Index, expand Wiring Equipment > Cables > Power Cables.



5. Right-click Cable-2, then click Common Properties on the shortcut menu.

6. In the Cable Common Properties dialog box, select the Design Data tab.



7. Check the Use external routing length option. The length provided by SmartPlant 3D appears under External Routing Length.

8. Click OK.


S E C T I O N 5

SmartPlant Foundation search functions allow you to find objects based on your search criteria. You can perform two types of searches in SmartPlant Foundation: queries and quick finds.

Queries allow you to find objects based on detailed information about the object. These search options are available from the Query menu. During a detailed query, you can specify search criteria that applies to several different properties of an object.

The commands that are available on the Find and Query menus are determined by the model you have loaded, such as the Foundation or schema object model, and your organization's configuration.

After you define your search criteria for a query, you can save that query and run it again later. Saved queries are saved across Desktop Client sessions, allowing you to access queries any time you are using the Desktop Client. After you save queries, you can also rename queries, update the search criteria contained in queries, and delete queries.

In This Section Querying for Drawings ................................................................... 355 Sign Off Documents in SmartPlant Foundation ............................. 356

Querying for Drawings 1. In SmartPlant Foundation Desktop Client, click Query > Design Documents.

2. In the Query for Design Documents dialog box, type or select your search criteria. For example, select 3D Documents as the Document Category.

3. Click OK.

To clear your search criteria and perform another query, click Reset.

To do a quick search for an object by name, you can use the commands on the Find menu.

To save the query, click Save.

Working with Documents in SmartPlant Foundation



Sign Off Documents in SmartPlant Foundation 1. Click Start > All Programs > Intergraph SmartPlant Foundation > SmartPlant

Foundation Desktop Client.

2. In the Items list, select All Drawings, then click Find.

3. Right-click the drawing that you want to sign off.



4. Click Edit > Sign Off.

5. Click OK.



The status of the document changes to current.

Compare Document Revisions in SmartPlant Foundation 1. In the list view, select two revisions of the PFD document that you found in the previous

procedure.



2. Click Compare > Revisions.

3. To center the display on both Navigate tabs on a particular item, click the item in the table.



4. To fit all the graphics on both Navigate tabs to the window, click Fit . This will show you what changed between the two version of the P&IDs.


A

active scope

A configuration in which you may view, create, modify, and delete information in the SmartPlant Foundation client.

adapter

Authoring tool software that facilitates the sharing of data between the authoring tool and other integrated tools. Tool adapters generate XML files for publish operations and consume XML when tools retrieve documents. Adapters are also called SmartPlant adapters.

API

1) Application Programming Interface. 2) American Petroleum Institute.

as-built

The set of data that describes the existing conditions of a plant or site; the completed and approved state of a project.

attribute

An object characteristic.

authoring tools

Applications where documents are created and then shared through integration. Integrated authoring tools include Aspen Basic Engineering, SmartPlant P&ID, SmartPlant Electrical, SmartPlant Instrumentation, SmartPlant 3D, SmartPlant Materials, and SmartPlant Foundation.

B

batch printing

Printing files at a specified date and time from the SmartPlant Foundation client.

Glossary

Glossary


brownfield

An existing plant or site that is modified by one or more projects.

C

cache

Memory that stores recently-accessed data so that subsequent requests to access the same data can be processed quickly.

cases

Configurations for instruments that may include specific parameters, settings, or even components for use in a specific situation.

change notification

An e-mail message sent to a user when an action is performed on an object in SmartPlant Foundation.

check out

Allows you to make changes to an existing document in SmartPlant Foundation. Only the user who has checked out a document can save changes to it.

checklist

A series of items, tasks, or questions that the user finishes before a completing a step in a workflow. Checklists can be optional or required.

claim

To take responsibility for a step in a SmartPlant Foundation workflow.

To identify the scope of a project by adding items to the project from a drawing or a 3-D model. When authoring tools are integrated, SmartPlant P&ID claims items that are shared among tools. Other authoring tools, such as SmartPlant Instrumentation and SmartPlant 3D, claim items that they create and modify that are not shared.

class view map

A schema object that specifies a set of class definitions and the default view definition that should be used for each class definition in the set.

Glossary


client API

A .dll (dynamic link library) that performs a particular function in SmartPlant Foundation. Client APIs are processed by a specific section of code in a component.

common UI

An ActiveX component (.dll) that provides a standard user interface for integration functionality, such as publish, retrieve, and register. The authoring tools display the common UI when the user clicks particular SmartPlant commands in the authoring tool.

compare

To view the differences between two revisions of the same document in SmartPlant Foundation.

component

A .dll (dynamic link library) that handles requests on the SmartPlant Foundation server. Components are also called business service layers (BSLs).

component schema

A subdivision of the complete SmartPlant schema that contains the set of class definitions that are used within a specific domain or application area.

condition

An object that can restrict access to a method, workflow, or relationship based on specified criteria.

configuration tree

A representation in a tree list, which may include plant, areas, units, and projects that indicates the structure in which the data is stored in SmartPlant Foundation.

container

An object used by the tool adapters and the SmartPlant software components to pass data back and forth between a tool and SmartPlant Foundation. A container may hold data or metadata related to the data model or actual instance data.

contract

A group of documents that are collected and issued for bid, construction, review, and so on.

Glossary


correlation

The relationship between items that represent the same object in multiple authoring tools.

create scope

A configuration for data creation, modification, and termination in SmartPlant Foundation.

current document

A document that has been signed off. Current documents can be revised in SmartPlant Foundation, but not checked out or in.

cut-off date

Any date on which progress information is calculated. Official cut-off dates are scheduled in advance and are typically part of a reporting schedule. Unofficial cut-off dates are random dates when rollups are not scheduled but progress is calculated anyway.

D

data list

A list of plant items that can be modified outside SmartPlant Foundation. You can generate data lists to view and edit SmartPlant Foundation data in Microsoft Excel, and then save the data back into SmartPlant Foundation.

data sheet

A file that allows users to view, edit, and print object data in a customizable format.

data sheet template

An Excel file that defines the layout of a data sheet.

database

Collection of files of comprehensive information that have predefined structure and organization; a specific program can communicate, interpret, or process these files.

Glossary


design basis

An item in an authoring tool that represents an item from an upstream application (an application used earlier in the lifecycle of the plant). Plant items placed with the authoring tool correspond to a particular design basis item.

Design basis items provide a means of determining if the plant items within the authoring tool are consistent with the items from the upstream application and help users maintain consistency as changes are made in all authoring tools.

design file

A file generated by a design tool, such as SmartPlant P&ID or Aspen Basic Engineering.

digest

See e-mail digest.

display item

Object used to present data or relationships on a form in SmartPlant Foundation.

distribution matrix

A list of people who will receive a transmittal created in SmartPlant Foundation and an indication of what is expected from each recipient. Workflows can also be configured to use a distribution matrix for sending To Do List or e-mail notifications to workflow step recipients.

document

An object used to track revisions to a design file in SmartPlant Foundation.

document master

An object used to group all the revisions of a document in SmartPlant Foundation.

document revision

An officially recognized change to a document.

domain

A set of data (for example: tool data, SmartPlant Foundation administration data, and schema data) that is segregated and managed independently in SmartPlant Foundation. Data segregation improves performance and maintains data integrity. The SmartPlant Enterprise authoring tools create data in one SmartPlant Foundation domain and publish into another domain.

Glossary


downstream forecasting

A feature that uses timestring information and actual dates when steps were completed to provide an estimated completion date for subsequent steps.

dump file

A file that contains data exported from the SmartPlant Foundation data or system administration database. You can import database dump files using SmartPlant Foundation Server Manager.

E

edge definition

Single or multiple relationship definitions with direction. In the SmartPlant schema, an edge definition is used to traverse from a starting object to related objects.

effectivity date

The period of time for which historical data is displayed in SmartPlant Foundation.

e-mail digest

A collection of notification messages from SmartPlant Foundation that are sent together instead of separately. You can set a user preference in the Desktop Client to receive digests instead of individual e-mail messages.

enumerated entry

A member of an enumerated list that defines one possible value for a property in the SmartPlant schema. Enumerated values are sometimes called enumerated entries.

enumerated list

A list of possible string property values defined for a property definition in the SmartPlant schema. Enumerated sets are sometimes called enumerated lists, picklists, codelists, and lookups.

exposes

The relationship between interface definitions and property definitions in the SmartPlant schema. Interface definitions expose the property definitions for class definitions.

F

Glossary


file server

A service that handles direct file transfer between vaults and the SmartPlant Foundation client.

file type

A setting in SmartPlant Foundation that specifies the format of attached files based on file extension. This setting determines how files are viewed, edited, and printed in SmartPlant Foundation.

folder

A grouping object that can contain a number of items. A folder can contain other folders, to build up a folder hierarchy. A folder can have an owner, which makes it visible only for that user, and it can have an owning group, which allows access for members of the group. Some uses of a folder include grouping objects, putting a folder's contents through a workflow, and generating a data list from a folder's contents.

form

A part of the SmartPlant Foundation client user interface that allows users to specify values for class definition properties.

FTR

Full-Text Retrieval; a separate module of SmartPlant Foundation that allows you to store, index, and search for text contained in or associated with objects managed by SmartPlant Foundation. Full-text retrieval creates an inverted index (a list of the individual words with locations in the files) and uses this index at search time.

G

governing case

The specific case used for an instrument.

graph definition

A connected network of edge definitions with structure. Each graph definition in the SmartPlant schema starts at an interface definition and traverses through one or more relationship definitions to another interface definition at the other end. Graph definitions are sometimes referred to as directed graph definitions.

Glossary


graphic report

A filtered view of a drawing or model, displayed graphically in SmartPlant Foundation.

graphic report definition

A set of rules defined to display a drawing or model as a graphic report. The report definition is saved and is also available for use with any number of drawings or models in SmartPlant Foundation.

greenfield

A new plant on a site with no existing infrastructure.

H

hierarchy

A classified structure with superiors, or roots, and subordinates, or dependents, used for grouping data.

host

A computer that stores files.

hotspot

Graphical notification that a user can click a drawing item in a drawing or viewable file to display the properties for the item in SmartPlant Foundation.

I

implies

The relationship between two interface definitions in the SmartPlant schema. If an interface definition implies another interface definition, then any class definition that realizes the first interface definition can also realize the implied interface definition.

integration

Technology that standardizes and improves the communication among the various SmartPlant Enterprise authoring tools used in the course of designing, constructing, and operating a plant. Integration manages data exchange among these authoring tools, which enables sharing and re- use of plant information throughout the plant lifecycle.

Glossary


interface definition

A named collection of property definitions that represents a role for a class definition in the SmartPlant schema.

issue

To release a document as part of a transmittal. The document is not considered issued until the status of the transmittal has been changed to issued.

issue request

A staging of documents and drawings to be issued with a transmittal. An issue request means that the documents or drawings are ready to be issued with a transmittal, but does not actually cause the transmittal to be issued.

M

master file

A document file that references other files.

meta schema

A set of schema objects that describe the objects in the SmartPlant schema. The meta schema provides the building blocks upon which the SmartPlant schema is built.

method

A call to an API that allows users to perform actions on objects or interfaces in SmartPlant Foundation.

O

owning group

The user group to which an object is assigned in SmartPlant Foundation.

P

Glossary


picklist

A list of applicable values for a given property in SmartPlant Foundation.

plant

An object that can represent the top level in the delivered SmartPlant Foundation data hierarchy. If you use a custom hierarchy, the object at the top level of the hierarchy may have a different name.

Plant Breakdown Structure (PBS)

The composition of the plant based on the grouping of physical objects by their function in the plant. The plant usually occupies the top level of the hierarchy and is typically followed by areas and units.

print server

A computer that processes print requests for a defined list of printers in SmartPlant Foundation.

process cases

Configurations for instruments that may include specific parameters, settings, or even components for use in a specific situation.

profile

See user profile.

progress

Functionality that allows users to track the development of deliverables, such as documents or items, against a project plan, indicating any deviations from the original plan.

project

A logical unit of data that is a subset of the items that make up a plant. A project is used for making controlled, incremental changes to the data in a plant. There can be multiple projects for a plant at any given time.

property

An object characteristic.

Glossary


property definition

A basic attribute shared by all members of a class. Property definitions are grouped using interface definitions in the SmartPlant schema.

publish

To share a document and its data with other authoring tools by exporting an XML file containing the document data and relationships. When a document is published, the software places the XML file in the appropriate SmartPlant Foundation vault and loads the data from the XML file into the SmartPlant Foundation database. After the document is published, users can retrieve the data from the XML file located in the SmartPlant Foundation vault into other authoring tools.

punchlist

Provides a running to do list of outstanding scope for completions.

Q

query

A detailed search based on object properties.

query scope

A configuration for data queries and relationship expansions in SmartPlant Foundation.

R

realizes

The relationship between class definitions and interface definitions in the SmartPlant schema. Class definitions realize interface definitions. The interface definitions that are realized by a class definition expose the properties for that class definition.

Reason For Issue (RFI)

The reason a document is released as part of a transmittal.

Reason For Receipt (RFR)

The reason why a specific recipient was included on a transmittal or workflow step.

Glossary


reference file

Files associated with a master file in SmartPlant Foundation.

register

To map an authoring tool and all its projects to a SmartPlant Foundation URL, which points to one SmartPlant Foundation database. You must register your authoring tool plant before you can publish and retrieve in an integrated environment.

relationship

An association between two objects.

relationship definition

Associations between interface definitions in the SmartPlant schema. Relationship definitions identify two specific objects that fulfill the roles on each end of the relationship.

resurrected object

A deleted authoring tool object that is reintroduced to the SmartPlant Foundation database when recovered tool data is republished. For example, a tool initially publishes a document containing an object, but later deletes the object and republishes. SmartPlant Foundation then detects that the object is deleted. However, if the tool restores data that was backed up before the object was deleted, through a data restoration or other tool-specific mechanism, and republishes, then SmartPlant Foundation recognizes that the object was previously deleted but has been reintroduced (resurrected).

retrieve

To import document data from an .XML file that was published by another authoring tool for the purpose of maintaining consistency of data across tools. When you retrieve a document, most authoring tools analyze the impact of the newly retrieved data on the existing database and then place tasks on the authoring tool's To Do List. The tasks on the To Do List allow you to create, delete, or modify items at the appropriate time in the design process.

revision

An officially recognized change to a document. Each revision of a document may have multiple versions.

Glossary


revision scheme

A numbering convention for document revisions.

role

A role determines a user's level of access to data and functionality in a specific plant/project configuration. Users can belong to more than one role per configuration. Roles are defined by system administrators and are based on related access groups, domains, and owning groups.

rollup

The process of calculating progress data. Progress is calculated for every deliverable at every level of the hierarchy, and all of that information is available for viewing or reporting when you run a rollup. Rollups can be scheduled with official cut-off dates or can be run manually at any time.

S

schema

A model used to describe and validate the structure of XML files.

Schema Component

A suite of ActiveX components that provide functionality surrounding the creation, parsing, validation, and comparison of the SmartPlant schema and data. The tool adapters interact with the Schema Component to read the SmartPlant schema, to create data for publish, and to retrieve data.

scoped by

The relationship between property definitions and property types in the SmartPlant schema. The scoped by relationship specifies the property type that defines acceptable values, or scopes, a particular property definition. Every property definition in the SmartPlant schema is scoped by one and only one property type. All properties of that property definition must be of that property type.

section

A collection of display items used on SmartPlant Foundation forms.

server

A computer that stores or processes files.

Glossary


shared object definition

A schema object used to group together similar class definitions that define the same object in different domains. Class definitions that can be shared have a Sharing relationship with shared object definitions in the SmartPlant schema.

sharing

The relationship between class definitions and shared object definitions in the SmartPlant schema. This relationship indicates that a class definition can be shared.

SI

International System of Units, sometimes referred to as the metric system. When values for units of measure are published, they are converted to SI units and stored, regardless of the units of measure selected when the user defined the value in the authoring tool.

sign off

To approve a particular revision of a document in SmartPlant Foundation. Signing off a document sets the document to be the current released revision, makes it official, and supersedes any previous released revisions. Document revisions that have been signed off are frozen and cannot be checked out.

site

Refers to the SmartPlant Foundation server settings that point to SmartPlant Foundation Administration and Data databases and vaults. Each site allows you to run SmartPlant Foundation operations on data associated with plants and projects configured in the database.

SmartPlant Enterprise

A suite of Intergraph engineering applications that are delivered together.

SmartPlant schema

An XML file that describes the structure of the XML files generated by integrated authoring tools in much the same way as a data dictionary describes the structure of a database. As tools publish documents in XML format, those documents must adhere to the format defined by the schema to ensure that the XML data can be loaded into SmartPlant Foundation and retrieved into the other authoring tools.

Glossary


status

The state of a change object at the completion of each step in a workflow.

step

A process that must be performed in order to complete a workflow.

subscribe

To register interest in an object so that you receive a notification when the object is modified. You can manually subscribe to change notifications in the SmartPlant Foundation client.

superseded

Indicates that a newer, working version of the selected document exists.

symbology

Settings that determine how a drawing or model will appear when displayed as a graphical report in SmartPlant Foundation.

T

TEF

The Engineering Framework; technology behind the integration of SmartPlant Enterprise products.

terminate

To change the status of a SmartPlant Foundation object to terminated without removing it from the SmartPlant Foundation database. Terminating objects, instead of deleting them, allows you to continue to see the history of the object after termination.

timestring

A schedule that assigns a certain number of days for the completion for each step in the lifecycle of a deliverable.

title block

The portion of a drawing that contains information about the drawing, such as who created the drawing, when it was created, who approved it, and so on. The type of information included in the title block varies by drawing type, industry, and organization.

Glossary


To Do List

A graphical list of tasks that require attention from the user. In SmartPlant Foundation, the To Do List contains workflow steps assigned to the user. In the authoring tools, such as SmartPlant P&ID and SmartPlant Instrumentation, the To Do List contains create, delete, and update tasks generated when a user retrieves a document.

token

A license that provides timed access to users of SmartPlant Foundation. When a user opens the software, a token is activated.

There are two types of tokens: daily and perpetual. Daily tokens are available to all users and are valid for 12 consecutive hours after the user logs on to SmartPlant Foundation. When a daily license token is checked out, a token is depleted from the daily token file. If there are no tokens left in the daily token file, then other users cannot access the software. Perpetual tokens are only available to a select group of system users and provide unlimited access to the software.

tombstone

Delete instructions for an object that has been removed in one of the authoring tools. Upon retrieval of a tombstone, delete tasks are created in the authoring tool's To Do List to allow the tool to delete the object from its database.

tool

See authoring tool.

tool adapter

See adapter.

tool schema

A set of schema objects that describe the data in the authoring tool databases before it is transformed into the format prescribed by the SmartPlant schema. The tool schema also specifies the mapping between objects in the tool database and the SmartPlant schema.

tool signature

A unique identifier for the relationship between a plant in SmartPlant Foundation and a specific plant in an authoring tool database. The relationship is created when an authoring tool registers with SmartPlant Foundation.

Glossary


transmittal

A controlled package of documents used to perform, track, and record the distribution of project documentation among different design teams.

U

unit

Group of parts of the schematic and individual worlds of a plant that together perform a given process function. The identifying number of the unit is unique within the project and within the plant. Most companies, but not all, use the concept of unit.

unit of measure list

A collection of different units that measure the same property in SmartPlant Foundation.

UoM

A unit of measurement.

user

An object that specifies data about a person who is authorized to use SmartPlant Foundation.

user profile

Information about windows, configuration, and interface settings, saved by the SmartPlant Foundation client when you close the application and used to configure the application when you reopen it.

V

vault

A folder where files are stored on a host computer.

version

An intermediate update to an existing document that is tracked by the SmartPlant Foundation software.

Glossary


view definition

A named group of properties extracted from the possible properties that a graph definition exposes. View definitions are used in an integrated environment to provide a different view of data from that provided by the underlying schema.

virtual directory

A Web folder created in IIS that points to a physical folder on the Web server. Virtual directories are used by SmartPlant Foundation to run applications and services from the SmartPlant Foundation server and to transfer files between file servers and clients.

W

Web Portal

Provides the functionality of the SmartPlant Foundation client system through an easy-to-deploy Internet Explorer web browser. Based on the software configuration and authorization of the System Administrator, you can perform the following functions:

View information from the database about a specific object

Search for objects in the database

View drawings and 3D models

View a history for a particular object

View relationships between objects

weighting

The percentage of a project that is made up by a step, sub- step, or deliverable. When you create a step or sub-step for a deliverable or assign a deliverable to workpack, you must indicate what percentage of the work that item represents. For example, if a deliverable is 30 percent complete when a particular step is finished, the weighting for that step is 30.

wildcard

A character that helps you narrow your search for objects in the SmartPlant Foundation database. You can use wildcards in any text box in the Find and Query dialog boxes.

Text wildcards in SmartPlant Foundation include the following:

? - Finds any single character

* - Finds any string of characters

% - Performs the same function as *

Glossary


Work Breakdown Structure (WBS)

The composition of the plant based on the construction work to be completed. The plant usually occupies the top level of the hierarchy; it is typically followed by projects, contracts, and documents.

workflow

A series of steps defining actions to be taken on an object in SmartPlant Foundation.

working document

A document that has not been signed off in SmartPlant Foundation.

X

XML

Extensible Markup Language; the format for all documents published or retrieved in an integrated environment. These XML files must conform to the structure defined by the SmartPlant schema.

Glossary



A active scope • 361 adapter • 361 Add Additional Instruments to SmartPlant

Instrumentation • 131 Add Power Consumption Data to the P&ID •

282 Add Retrieved Instrument Items to the P&ID •

156 Add the PBS to SmartPlant Foundation and

Test • 29 API • 361 as-built • 361 Assign Tasks in the To Do List to a Drawing •

90 attribute • 361 authoring tools • 361

B batch printing • 361 brownfield • 362 Bulk Loading Piping Specialty Data • 214

C cache • 362 cases • 362 change notification • 362 Check In the CMF file • 20 check out • 362 Check Out the SmartPlant Schema CMF File

• 17 checklist • 362 claim • 362 class view map • 362 client API • 363 common UI • 363 compare • 363 Compare Document Revisions in SmartPlant

Foundation • 358 component • 363 component schema • 363 condition • 363 configuration tree • 363 container • 363 contract • 363

Copying the Value of the Driver Power Absorbed • 293

Correlate 3D Model Items with the P&ID Design Basis • 185

Correlate the Cable Schedule • 336 Correlating the Flange Manually • 203 correlation • 364 Correlation Status Colors in the P&ID in

SmartPlant 3D • 192 Create a Data Sheet for the Centrifugal Pump

• 113 Create a Drawing in SmartPlant P&ID

Drawing Manager • 84 Create a PFD in the Aspen Basic Engineering

Drawing Editor • 68 Create a Stream Datasheet in the Aspen

Basic Engineering Datasheet Editor • 70 Create and Publish a Datasheet for the

Strainer • 117 create scope • 364 Create the 3D Model Using the Retrieved

P&ID as the Design Basis • 168 Creating a Greenfield Plant • 67 Creating a Model File to Publish • 217 Creating a Report • 272 Creating an Orthographic Drawing • 245 Creating and Publishing a P&ID in SmartPlant

P&ID • 84 Creating and Publishing Data Sheets in

Aspen Basic Engineering • 112 Creating and Publishing PFDs and

Datasheets in Aspen Basic Engineering • 67

Creating Associations in Electrical Engineer • 305

Creating Dimensional Datasheet (DDP) in SmartPlant Instrumentation • 138

Creating Electrical Equipment and Components • 296

Creating Isometric Drawings • 232 current document • 364 cut-off date • 364

D data list • 364 data sheet • 364 data sheet template • 364 database • 364

Index

Index


Define the Plant Breakdown Structure (PBS) Hierarchy in the Schema • 17

design basis • 365 design file • 365 digest • 365 display item • 365 distribution matrix • 365 document • 365 document master • 365 document revision • 365 domain • 365 downstream forecasting • 366 dump file • 366

E edge definition • 366 Edit the Cable Path • 342 effectivity date • 366 e-mail digest • 366 enumerated entry • 366 enumerated list • 366 exposes • 366

F file server • 367 file type • 367 folder • 367 form • 367 FTR • 367

G Generate Component Schema Files • 24 Generate SmartPlant Foundation Authoring

PBS Configuration • 24 governing case • 367 graph definition • 367 graphic report • 368 graphic report definition • 368 greenfield • 368

H hierarchy • 368 host • 368 hotspot • 368

I implies • 368 Include Plants in a Configuration • 32 integration • 368 Integration Hierarchy Limitations • 13

interface definition • 369 issue • 369 issue request • 369

L Load New Schema Files for the Alternate

PBS • 28 Load the CMF Data Changes into the Data

Warehouse Database • 21 Loading Electrical Data into SmartPlant 3D •

321

M Manage Retrieved Data Using the Aspen

Basic Engineering To Do List • 107 Manage Retrieved Data Using the SmartPlant

Instrumentation To Do List • 128 Manage Retrieved Data Using the SmartPlant

P&ID To Do List • 89 Manage Retrieved Instrument Index Data

Using the To Do List • 147 Manage Update Tasks in the SmartPlant

P&ID To Do List • 122 Managing Retrieved Data in the SmartPlant

Electrical To Do List • 288 master file • 369 meta schema • 369 method • 369

N Navigate Published PFDs in SmartPlant

Foundation • 82

O Open the Aspen Basic Engineering

Workspace • 45 Overview • 11 owning group • 369

P picklist • 370 Place Equipment • 168 Place Nozzles • 176 Place the Instrument Valve • 210 Place the Strainer • 211 Placing Cableways in SmartPlant 3D • 339 Placing the Electrical Enclosure in SmartPlant

3D • 332 Placing the Motor in SmartPlant 3D using the

P&ID as the Design Basis • 323

Index


plant • 370 Plant Breakdown Structure • 13 Plant Breakdown Structure (PBS) • 370 Plant Breakdown Structure for Integration

Setup • 13 Plant Naming Guidelines • 14 Preface • 7 Prepare the CMF Data to be Loaded into

SmartPlant Foundation • 20 print server • 370 process cases • 370 profile • 370 progress • 370 project • 370 property • 370 property definition • 371 publish • 371 Publish a P&ID • 100 Publish the 3D Model for Retrieval in

SmartPlant Electrical • 345 Publish the PFD and Data Sheets • 76 Publish the Pump Data Sheet • 114 Publishing an Instrument Index in SmartPlant

Instrumentation • 135 Publishing and Retrieving the Updated P&ID •

162 Publishing Dimensional Data Sheets • 145 Publishing the 3D Model to SmartPlant

Foundation • 217 Publishing the Cable Schedule • 319 punchlist • 371

Q query • 371 query scope • 371 Querying for Drawings • 355

R realizes • 371 Reason For Issue (RFI) • 371 Reason For Receipt (RFR) • 371 reference file • 372 register • 372 Register SmartPlant 3D • 60 Register SmartPlant Electrical • 40 Register SmartPlant Instrumentation • 50 Register SmartPlant P&ID • 37 Register the New Plant with SmartPlant

Foundation • 56 Registering a Cable Schedule Report for

Publishing • 308

Registering Aspen Basic Engineering with SmartPlant Foundation • 44

Registering Authoring Tools with SmartPlant Foundation • 33

Registering SmartPlant 3D with SmartPlant Foundation • 59

Registering SmartPlant Engineering Manager and SmartPlant P&ID with SmartPlant Foundation • 33

Registering SmartPlant Instrumentation with SmartPlant Foundation • 49

relationship • 372 relationship definition • 372 Remove the Existing PBS Structure • 15 resurrected object • 372 retrieve • 372 Retrieve a PFD • 87 Retrieve the P&ID and DDP • 164 Retrieve the PBS Document from SmartPlant

Foundation • 42, 47, 52, 62 Retrieving a P&ID into Aspen Basic

Engineering • 105 Retrieving an Instrument Index into

SmartPlant P&ID • 146 Retrieving Datasheets into SmartPlant P&ID •

120 Retrieving P&IDs and DDPs into SmartPlant

3D • 157 Retrieving P&IDs into SmartPlant Electrical

and Publishing a Cable Schedule • 282 Retrieving P&IDs into SmartPlant

Instrumentation • 126 Retrieving SmartPlant Instrumentation

Dimensional Data into SmartPlant 3D • 208 Retrieving the 3D Model Data into SmartPlant

Electrical • 347 Retrieving the Cable Schedule from

SmartPlant Electrical • 328 Retrieving the P&ID in SmartPlant Electrical •

286 Review PBS Structure in the Workspace

Explorer • 65 Review Results of the Retrieve • 43 Review SmartPlant Properties for the Plant •

38 Revise the PFD and Data Sheets • 71 Revising the Cable Schedule Report for

Publishing • 313 revision • 372 revision scheme • 373 role • 373 rollup • 373 Route Pipe and Place Reducers • 194

Index


Run Tasks Created by Retrieving the Instrument Index • 150

Run Tasks in the SmartPlant Instrumentation To Do List • 54

Run To Do List Tasks • 93 Run To Do List Tasks and Republish the

P&ID • 125 Run To Do List Tasks in Aspen Basic

Engineering • 110

S schema • 373 Schema Component • 373 scoped by • 373 Search for Published Equipment Datasheets

in SmartPlant Foundation • 82 Search for Published Equipment in

SmartPlant Foundation • 83 Search for Published PFDs in SmartPlant

Foundation • 81 section • 373 server • 373 Set the Naming Convention for the New

Plant/Area/Unit • 56 Setting Up Reports and Orthographic

Drawings • 232 shared object definition • 374 sharing • 374 SI • 374 sign off • 374 Sign Off Documents in SmartPlant

Foundation • 356 site • 374 SmartPlant Enterprise • 374 SmartPlant schema • 374 Software Compatibility • 11 status • 375 step • 375 subscribe • 375 Subscription Notification • 163 superseded • 375 symbology • 375

T TEF • 375 terminate • 375 timestring • 375 title block • 375 To Do List • 376 token • 376 tombstone • 376 tool • 376

tool adapter • 376 tool schema • 376 tool signature • 376 transmittal • 377

U unit • 377 unit of measure list • 377 UoM • 377 Update the P&ID with Retrieved Data and

New Items • 96 user • 377 user profile • 377

V vault • 377 Verify the 3D Model Data in SmartPlant

Electrical • 349 Verifying the 3D Model Publish • 227 version • 377 View a Pump and Electric Motor Using Aspen

Basic Engineering Explorer • 112 view definition • 378 View Items Created by To Do List Tasks • 155 View Properties for Create Tasks • 92 View Published P&IDs in SmartPlant

Foundation • 102 View Published PFDs, Datasheets, and

Equipment in SmartPlant Foundation • 81 View Shared Equipment in SmartPlant

Foundation • 103, 117 View Task Properties in Aspen Basic

Engineering • 107 View the Drawing for Published Equipment in

SmartPlant Foundation • 84 View the P&ID 128-5001 • 216 View the Published Strainer Datasheet in

SmartPlant Foundation • 120 Viewing the Cable Schedule • 330 virtual directory • 378

W Web Portal • 378 weighting • 378 wildcard • 378 Work Breakdown Structure (WBS) • 379 Work Process for Creating a Custom PBS

Hierarchy • 14 workflow • 379 working document • 379

Index


Working with Documents in SmartPlant Foundation • 355

X XML • 379

Z Zoom in on Drawing Items for a Task in the To

Do List • 124

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