autocad electrical mep 2008
TRANSCRIPT
AutoCAD Electrical 2009
Getting Started
January 2008Part No. 225A1-050000-PM01A
© 2008 Autodesk, Inc. All Rights Reserved. Except as otherwise permitted by Autodesk, Inc., this publication, or parts thereof, may not bereproduced in any form, by any method, for any purpose. Certain materials included in this publication are reprinted with the permission of the copyright holder. TrademarksThe following are registered trademarks or trademarks of Autodesk, Inc., in the USA and other countries: 3DEC (design/logo), 3December,3December.com, 3ds Max, ActiveShapes, Actrix, ADI, Alias, Alias (swirl design/logo), AliasStudio, Alias|Wavefront (design/logo), ATC, AUGI,AutoCAD, AutoCAD Learning Assistance, AutoCAD LT, AutoCAD Simulator, AutoCAD SQL Extension, AutoCAD SQL Interface, Autodesk, AutodeskEnvision, Autodesk Insight, Autodesk Intent, Autodesk Inventor, Autodesk Map, Autodesk MapGuide, Autodesk Streamline, AutoLISP, AutoSnap,AutoSketch, AutoTrack, Backdraft, Built with ObjectARX (logo), Burn, Buzzsaw, CAiCE, Can You Imagine, Character Studio, Cinestream, Civil3D, Cleaner, Cleaner Central, ClearScale, Colour Warper, Combustion, Communication Specification, Constructware, Content Explorer,Create>what's>Next> (design/logo), Dancing Baby (image), DesignCenter, Design Doctor, Designer's Toolkit, DesignKids, DesignProf, DesignServer,DesignStudio, Design|Studio (design/logo), Design Your World, Design Your World (design/logo), DWF, DWG, DWG (logo), DWG TrueConvert,DWG TrueView, DXF, EditDV, Education by Design, Exposure, Extending the Design Team, FBX, Filmbox, FMDesktop, Freewheel, GDX Driver,Gmax, Heads-up Design, Heidi, HOOPS, HumanIK, i-drop, iMOUT, Incinerator, IntroDV, Inventor, Inventor LT, Kaydara, Kaydara (design/logo),LocationLogic, Lustre, Maya, Mechanical Desktop, MotionBuilder, Mudbox, NavisWorks, ObjectARX, ObjectDBX, Open Reality, Opticore,Opticore Opus, PolarSnap, PortfolioWall, Powered with Autodesk Technology, Productstream, ProjectPoint, ProMaterials, Reactor, RealDWG,Real-time Roto, Recognize, Render Queue, Reveal, Revit, Showcase, ShowMotion, SketchBook, SteeringWheels, StudioTools, Topobase, Toxik,ViewCube, Visual, Visual Bridge, Visual Construction, Visual Drainage, Visual Hydro, Visual Landscape, Visual Roads, Visual Survey, Visual Syllabus,Visual Toolbox, Visual Tugboat, Visual LISP, Voice Reality, Volo, Wiretap, and WiretapCentral The following are registered trademarks or trademarks of Autodesk Canada Co. in the USA and/or Canada and other countries: Backburner,Discreet, Fire, Flame, Flint, Frost, Inferno, Multi-Master Editing, River, Smoke, Sparks, Stone, and Wire All other brand names, product names or trademarks belong to their respective holders. DisclaimerTHIS PUBLICATION AND THE INFORMATION CONTAINED HEREIN IS MADE AVAILABLE BY AUTODESK, INC. "AS IS." AUTODESK, INC. DISCLAIMSALL WARRANTIES, EITHER EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO ANY IMPLIED WARRANTIES OF MERCHANTABILITY ORFITNESS FOR A PARTICULAR PURPOSE REGARDING THESE MATERIALS. Published by:Autodesk, Inc.111 Mclnnis ParkwaySan Rafael, CA 94903, USA
Contents
AutoCAD Electrical Environment . . . . . . . . . . . . . . . . . . 1
Chapter 1 Toolbar Commands . . . . . . . . . . . . . . . . . . . . . . . . . 3Command Summary . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3
Main Electrical toolbar . . . . . . . . . . . . . . . . . . . . . . . . 3Main Electrical 2 toolbar . . . . . . . . . . . . . . . . . . . . . . 18Panel Layout toolbar . . . . . . . . . . . . . . . . . . . . . . . . 30Conversion toolbar . . . . . . . . . . . . . . . . . . . . . . . . . 36Conduit Marker toolbar . . . . . . . . . . . . . . . . . . . . . . . 46Power Check toolbar . . . . . . . . . . . . . . . . . . . . . . . . 47Panel Level/Sequencing toolbar . . . . . . . . . . . . . . . . . . . 48Extra Libraries toolbar . . . . . . . . . . . . . . . . . . . . . . . . 50
Chapter 2 Projects . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53About Standards . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53Performing Exercises . . . . . . . . . . . . . . . . . . . . . . . . . . . 53
Prerequisites . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54Help . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54
Working with Projects . . . . . . . . . . . . . . . . . . . . . . . . . . . 55Working with Drawings . . . . . . . . . . . . . . . . . . . . . . . . . . 58
Ladder Style Diagrams . . . . . . . . . . . . . . . . . . . . . . 65
iii
Chapter 3 Wires . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 67About Wires . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 67Inserting Wires . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 68Trimming Wires . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 69
Chapter 4 Schematic Components . . . . . . . . . . . . . . . . . . . . . . 71About Schematic Components . . . . . . . . . . . . . . . . . . . . . . 71Inserting Components . . . . . . . . . . . . . . . . . . . . . . . . . . 71
Relocating Components . . . . . . . . . . . . . . . . . . . . . . 76Aligning Components . . . . . . . . . . . . . . . . . . . . . . . . 80Inserting Components . . . . . . . . . . . . . . . . . . . . . . . 81
Editing Components . . . . . . . . . . . . . . . . . . . . . . . . . . . 84Linking Components . . . . . . . . . . . . . . . . . . . . . . . . . . . 88Editing Catalog Information . . . . . . . . . . . . . . . . . . . . . . . 90Moving Between Symbols . . . . . . . . . . . . . . . . . . . . . . . . . 94Swapping Components . . . . . . . . . . . . . . . . . . . . . . . . . . 96Creating Custom Symbols . . . . . . . . . . . . . . . . . . . . . . . . . 98
Adding Attribute Symbols . . . . . . . . . . . . . . . . . . . . . . 99Adding Wire Connection Points . . . . . . . . . . . . . . . . . . 101Saving Symbols . . . . . . . . . . . . . . . . . . . . . . . . . . 104
Chapter 5 Circuitry . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 107Moving an Existing Circuit . . . . . . . . . . . . . . . . . . . . . . . 107Creating a New Motor Circuit . . . . . . . . . . . . . . . . . . . . . . 112Saving and Inserting Standard Circuits . . . . . . . . . . . . . . . . . 127Inserting Saved Circuits Using WBlock . . . . . . . . . . . . . . . . . 138
Chapter 6 PLC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 141Inserting Ladders into Drawings . . . . . . . . . . . . . . . . . . . . . 141Inserting PLC Modules . . . . . . . . . . . . . . . . . . . . . . . . . . 142Using Multiple Insert Component . . . . . . . . . . . . . . . . . . . . 147Annotating PLC I/O Descriptions . . . . . . . . . . . . . . . . . . . . 152Inserting I/O Based Wire Numbers . . . . . . . . . . . . . . . . . . . 154Resequencing Ladders . . . . . . . . . . . . . . . . . . . . . . . . . . 157
Chapter 7 Wire Numbers . . . . . . . . . . . . . . . . . . . . . . . . . . 159About Wire Numbers . . . . . . . . . . . . . . . . . . . . . . . . . . . 159Attaching Source Signal Arrows . . . . . . . . . . . . . . . . . . . . . 159Attaching Destination Signal Arrows . . . . . . . . . . . . . . . . . . 161Inserting Wire Numbers . . . . . . . . . . . . . . . . . . . . . . . . . 167Working with Wire Layers . . . . . . . . . . . . . . . . . . . . . . . . 170
iv | Contents
Chapter 8 Panel Layouts . . . . . . . . . . . . . . . . . . . . . . . . . . 173About Panel Layouts . . . . . . . . . . . . . . . . . . . . . . . . . . . 173Inserting Panel Components . . . . . . . . . . . . . . . . . . . . . . 173Modifying Attributes . . . . . . . . . . . . . . . . . . . . . . . . . . . 185Adding Nameplate Footprints . . . . . . . . . . . . . . . . . . . . . . 189Editing Terminal Strips . . . . . . . . . . . . . . . . . . . . . . . . . . 192
Point-to-Point Diagramming . . . . . . . . . . . . . . . . . . 201
Chapter 9 Connector Diagrams . . . . . . . . . . . . . . . . . . . . . . . 203About Connector Diagrams . . . . . . . . . . . . . . . . . . . . . . . 203Inserting Connectors . . . . . . . . . . . . . . . . . . . . . . . . . . . 203Wiring Connectors . . . . . . . . . . . . . . . . . . . . . . . . . . . . 207
Grouping Wires . . . . . . . . . . . . . . . . . . . . . . . . . . 212Modifying Connectors . . . . . . . . . . . . . . . . . . . . . . . . . . 216
Adding Wire Numbers . . . . . . . . . . . . . . . . . . . . . . . 221Adding Connector Descriptions . . . . . . . . . . . . . . . . . . 222
Chapter 10 Pneumatic, Hydraulic, and P&ID Diagrams . . . . . . . . . . . 225Setting Up Hydraulic Drawings . . . . . . . . . . . . . . . . . . . . . 225Inserting Hydraulic Schematic Symbols . . . . . . . . . . . . . . . . . 227Creating Pipes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 230Completing the Hydraulic Drawing . . . . . . . . . . . . . . . . . . . 235Setting Up P&ID Drawings . . . . . . . . . . . . . . . . . . . . . . . . 242Inserting P&ID Schematic Symbols . . . . . . . . . . . . . . . . . . . 246Creating Pipes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 249
Generating Reports . . . . . . . . . . . . . . . . . . . . . . . 253
Chapter 11 Report Generation . . . . . . . . . . . . . . . . . . . . . . . . 255Generating Bill of Material Reports . . . . . . . . . . . . . . . . . . . 255Inserting BOM Tables into Drawings . . . . . . . . . . . . . . . . . . 256Editing BOM Tables on Drawings . . . . . . . . . . . . . . . . . . . . 257Changing Formats of BOMs . . . . . . . . . . . . . . . . . . . . . . . 260Exporting BOMs to Spreadsheets . . . . . . . . . . . . . . . . . . . . 261
Migrating AutoCAD Data . . . . . . . . . . . . . . . . . . . . 263
Chapter 12 Migration of AutoCAD Data . . . . . . . . . . . . . . . . . . . 265About Tagging and Linking Tools . . . . . . . . . . . . . . . . . . . . 265Exploding Block and Attributes . . . . . . . . . . . . . . . . . . . . . 265
Contents | v
Tagging Schematic Components . . . . . . . . . . . . . . . . . . . . . 267Linking Schematic Attributes . . . . . . . . . . . . . . . . . . . . . . 268Adding Wire Connections . . . . . . . . . . . . . . . . . . . . . . . . 271Adding Geometry . . . . . . . . . . . . . . . . . . . . . . . . . . . . 274Tagging and Linking Panel Components . . . . . . . . . . . . . . . . 275Updating Panel or Schematic Components . . . . . . . . . . . . . . . 277
Index . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 281
vi | Contents
AutoCAD ElectricalEnvironment
Part 1 of this manual provides information on AutoCAD® Electrical toolbars as well asinformation on how to set up a project.
1
2
Toolbar Commands
This chapter provides a list of the commands available on AutoCAD® Electrical toolbars, alongwith a brief description of the function of each command and the associated toolbutton.
NOTE This list does not contain AutoCAD® commands.
Command Summary
You can turn on the visibility of the toolbars from the Projects ➤ Toolbarsmenu or by right-clicking a toolbar and selecting from the Electrical list.
Main Electrical toolbar
DescriptionTooltipCommand
Inserts selected components from the iconmenu onto the drawing.
Insert ComponentAECOMPONENT
Inserts schematic symbols by choosing a cata-log number or a component description from
Insert Component (Cata-log List)
a user-defined pick list. The data displayed inAECOMPONENTCATthis pick list is stored in a database in genericAccess format. The file name is wd_pick-
list.mdb and can be edited with Microsoft®
Access or from Add/Edit/Delete along thebottom of the pick list's dialog box. The Auto-
1
3
DescriptionTooltipCommand
CAD Electrical normal search path sequenceis used to locate this file.
This spreadsheet organizes the selected user-created equipment list and presents the list in
Insert Component(Equipment List)
a pick list. As you pick an item from the pickAECOMPONENTEQlist, the appropriate schematic symbol is foundand inserted in the drawing at your pick point.You can open a comma-delimited file, Mi-
crosoft® Excel® spreadsheet, or Microsoft Ac-cess database file for input.
Lists panel components extracted from yourpanel drawing, finds the appropriate
Insert Component (PanelList)
schematic symbol, and inserts the schematiccomponents at your pick point.
AECOMPONENTPNL
Lists panel terminals extracted from yourpanel drawing, finds the appropriate
Insert Terminal (PanelList)
schematic symbol, and inserts the schematicterminals at your pick point.
AETERMINALPNL
Use to update or change blocks in place. At-tribute values are retained during the swap-
Swap/Update BlockAESWAPBLOCK
ping process. Wire connections are alsomaintained even if the new symbol is slightlywider or narrower than the original.
Inserts a copy of an existing component intothe drawing and updates the component tags.
Copy ComponentAECOPYCOMP
Inserts a series of similar components at fencecrossing points with underlying wires.
Multiple Insert (IconMenu)AEMULTI
4 | Chapter 1 Toolbar Commands
DescriptionTooltipCommand
Inserts a copy of the selected componentmultiple times at each wire crossing and fenceline intersection point.
Multiple Insert (PickMaster)AEMULTIPICK
Draws a smart dashed line between stackedcontacts of a multicontact component. When
Link Components withDashed Line
the dashed link line inserts, certain attributesAELINKautomatically flip to invisible. Use the AttributeHide command to turn the visibility of the se-lected attributes back on.
Draws a dashed line from a component to a“To” arrow symbol.
Insert Reference Arrow -ToAEREFARROWTO
Draws a dashed line from a component to a“From” arrow symbol.
Insert Reference Arrow -FromAEREFARROWFROM
Generates PLC I/O modules on demand, in avariety of different graphical styles via a para-
Insert PLC (Parametric)AEPLCP
metric generation technique. It is driven by adatabase file (ace_plc.mdb) and a handful oflibrary symbol blocks.
Inserts PLC I/O modules that are fixed librarysymbol blocks.
Insert PLC (Full Units)AEPLC
Imports Unity Pro hardware (.xsy) and I/Ovariable (.xsy) files into AutoCAD Electrical to
Unity Pro Export toSpreadsheet
reformat the data into a PLC import spread-AEUNITYPROSSsheet. After the spreadsheet file is created usethe Spreadsheet to PLC I/O Utility tool to au-tomatically create PLC style drawing files.
Main Electrical toolbar | 5
DescriptionTooltipCommand
Prepares RSLogix 500 exported data to beprocessed by the Spreadsheet to PLC I/OUtility.
RSLogix 500 Export toSpreadsheetAERSLOGIX
Creates a set of PLC I/O drawings fromspreadsheet data. A project's PLC I/O require-
Spreadsheet to PLC I/OUtility
ments, in spreadsheet or database format, canAESS2PLCdrive automatic generation of the I/Oschematic drawings. Your information can beread directly in Excel format (“.XLS”), as a ta-ble in an Access Database file (.MDB), or youcan save your information out to a comma-delimited format (“CSV”) and then let Auto-CAD Electrical construct a set of PLC I/Owiring diagrams directly from your data. Lad-ders and modules insert automatically, break-ing at the bottom of one ladder and continu-ing on the next (or on to the next drawing).
Creates and modifies PLC I/O module defini-tions. All editing and creation of PLC data is
PLC Database File EditorAEPLCDB
stored within the PLC database file(ACE_PLC.MDB).
Generates a connector symbol from user-de-fined parameters. The symbol is created on
Insert ConnectorAECONNECTOR
the fly, and inserted as a block insert into youractive drawing file. Since these are created onan as-needed based, it eliminates the need foryou to create and maintain a library of connec-tor symbols.
Imports a connector wire list from another
application, such as Autodesk® Inventor™
Professional Cable & Harness.
Insert Connector fromListAECONNECTORLIST
6 | Chapter 1 Toolbar Commands
DescriptionTooltipCommand
NOTE If the AutoCAD Electrical drawing ismissing one end of the connector or if a con-nection was not found, wiring information isdisplayed next to the pin and the informationis written into a log file so you know AutoCADElectrical was unable to resolve the wire con-nections in the drawing. The log file name is{drawing filename.LOG} and is found in thesame folder as the drawing file.
Reverses the orientation of the connectorabout its horizontal or vertical axis. None of
Reverse ConnectorAEREVERSE
the existing wire connections automaticallyreroute to the reverse side of the connectorand you will have to resolve wiring using thewire editing tools.
Rotates the connector about its insertion pointin 90 degree increments. The wire connections
Rotate ConnectorAEROTATE
do not reroute with each rotation of the con-nector. You must resolve wiring using the wireediting tools.
Increases or decreases the connector's overallshell length. You might do this to make room
Stretch ConnectorAESTRETCH
for new pins or to capture previously addedpins that fell beyond the connector shell. Youidentify which end of the connector is to bealtered and the measurement of displacement.
Splits the parametric connector into two sep-arate block definitions (i.e. parent and a childor a child and another child).
Split ConnectorAESPLIT
Adds pins to an existing connector.Add Connector PinsAECONNECTORPIN
Main Electrical toolbar | 7
DescriptionTooltipCommand
Removes a pin from an existing connectorand, if the connector has a defined pin list,
Delete Connector PinsAEERASEPIN
frees this deleted pin to be re-inserted lateron this connector or on a related child of thisconnector.
Moves connector pin associated to selectedconnector.
Move Connector PinAEMOVEPIN
Exchanges one set of connector pin numbersfor another on an existing connector or be-tween connectors on the drawing.
Swap Connector PinsAESWAPPINS
NOTE You cannot swap a combination con-nector with a single plug or receptacle connec-tor. Additionally, you cannot use this tool toswap pins from one side of a connector to theother.
Inserts a splice symbol selected from the on-screen icon menu.
Insert SpliceAESPLICE
Build a motor control circuit dynamically.Circuit BuilderAECIRCBUILDER
Inserts WBlocked circuitry (external drawingfile) with automatic component tag update.
Insert WBlocked CircuitAEWBCIRCUIT
Inserts a user circuit selected from on-screenicon menu.
Insert Saved CircuitAESAVEDCIRCUIT
Copies existing circuits and pastes the copiedcircuit to a specified location. The components
Copy CircuitAECOPYCIRCUIT
are automatically retagged based on their newline reference locations.
8 | Chapter 1 Toolbar Commands
DescriptionTooltipCommand
Moves the selected circuit to a specified loca-tion. The components are automatically re-
Move CircuitAEMOVECIRCUIT
tagged based on their new line reference loca-tions and cross-references are updated.
Saves windowed portions of circuitry for laterreuse. Up to 24 circuits can be saved at anyone time in this scratch menu.
Save Circuit to IconMenuAESAVECIRCUIT
Edits components, PLC modules, terminal,wire numbers and signal arrows.
Edit ComponentAEEDITCOMPONENT
Adds, changes, or deletes internal jumpers ona selected component. When wire numbers
Add/Edit Internal JumperAEINTERNALJUMPER
are inserted, these internal jumpers are readand wire numbers are assigned accordingly.
Toggles selected component tag betweenfixed and normal.
Fix/UnFix ComponentTagAEFIXTAG
Inserts or edits catalog part numbers onto thecurrently selected component or footprint.
Copy Catalog Assign-mentAECOPYCAT
Edits user-defined Xdata on component orwire numbers and populates the User table in
Edit User Table DataAEUSERTABLE
project database file. You can add, edit, or re-move free-form user data records attached tothe selected block insert.
Retags components with contact updates. Runthis when something changes on your draw-
Retag ComponentsAERETAG
ing or project that affects the component tags.This can include revising the ladder line refer-ence numbers or changing the tag format.Retag redoes each selected primary compo-
Main Electrical toolbar | 9
DescriptionTooltipCommand
nent tag, and then updates the related sec-ondary components. You can select to updatea single component, a group of components,a drawing, drawings within your project, orthe entire project.
Finds and replaces component and terminaltext values or find and replace substrings
Find/Edit/Replace Com-ponent Text
within those values. You can do this on theAEFINDCOMPTEXTactive drawing or across the project drawingset.
Finds and replaces terminal number text valuesor find and replace sub-strings within those
Find/Replace TerminalText
values. You can do this on a selection fromAEFINDTERMTEXTthe active drawing, the entire active drawing,or across the project drawing set.
Updates component tags, wire numbers, lad-der references, and select drawing settings.
Project-Wide Update/Re-tagAEPROJUPDATE
Scoots selected components along their con-nected wires or scoots entire wires, including
ScootAESCOOT
components, along the bus. A rectangle indi-cates the selected items.
Aligns selected components with a mastercomponent. All connected wires are adjusted,
AlignAEALIGN
and wire numbers recentered if necessary. Youcan align vertically or horizontally by flippingthe command by typing V or H at the com-mand line.
Automatically moves the selected componentto a new position.
Move ComponentAEMOVE
10 | Chapter 1 Toolbar Commands
DescriptionTooltipCommand
Reverses or flips selected component graphicsand its associated attributes
Reverse/Flip ComponentAEFLIP
NOTE This tool only operates on a compo-nent with 2-wire connections (ex: limit switchcontact symbol).
Stretches or compresses the windowed portionof PLC modules (or any block insert) while
Stretch PLC ModuleAESTRETCHPLC
maintaining all of the original block informa-tion, including attributes.
Splits selected PLC module into two separateblock definitions (i.e. parent and a child or achild and another child).
Split PLC ModuleAESPLITPLC
Moves the selected attributes to a pickedpoint. The attributes remain tied to the blockinserts
Move/Show AttributeAEATTSHOW
Edits an attribute's text by picking right on theattribute. A dialog box displays and you type
Edit Selected AttributeAEEDITATT
in a new attribute value. This utility also workson invisible attributes. It finds and displays theclosest attribute to your pick point on a blockinsert.
Hides selected attribute; to unhide pick onblock graphics and un-toggle attribute name
Hide Attribute (SinglePicks)
in the list. Select the graphic of a target blockAEHIDEATTinsert to display a listing of all attribute namesand values. You can switch attributes betweenhidden and visible or you can edit individualattribute values.
Adds a new attribute to an existing instanceof a block insert.
Add AttributeAEATTRIBUTE
Main Electrical toolbar | 11
DescriptionTooltipCommand
Compresses an attribute to make it fit into atight spot (such as between closely spaced
Squeeze Attribute/TextAEATTSQUEEZE
components). Each click on the attribute dy-namically changes the attribute's width factorby 5%.
Expands an attribute. Each click on the at-tribute dynamically changes the attribute'swidth factor by 5%.
Stretch Attribute/TextAEATTSTRETCH
Changes attribute text size when componentsor wire numbers have already been insertedonto your drawings.
Change Attribute SizeAEATTSIZE
Rotates the selected attribute text or MTEXTstring 90 degrees from its current orientation.
Rotate AttributeAEATTROTATE
After rotation, press M and [space] to flip intothe Move Attribute mode.
Changes the justification of wire number text,component description text, or attributes.
Change Attribute Justifi-cationAEATTJUSTIFY
Forces attribute text entities to a given layer.Select the target layer (type it in or select from
Change Attribute LayerAEATTLAYER
the list), press OK and then select the at-tributes to change to the target layer.
Flips a contact from one state (open or closed)to the other. It looks at the picked contact,
Toggle NO/NCAETOGGLENONC
reads its block name, and checks the 5thcharacter position for either 1 or 2. It thensubstitutes 1 or 2 for the found character.
Removes the selected component from thedrawing. If you erase a parent schematic
Delete ComponentAEERASECOMP
component, you have the option to search for
12 | Chapter 1 Toolbar Commands
DescriptionTooltipCommand
related child components, surf to them, anddelete them.
Inserts single line wire segments on a wirelayer (the wire layer does not have to be thecurrent layer).
Insert WireAEWIRE
Inserts vertical or horizontal bus wiring. Busspacing defaults to the default ladder rung
Multiple Wire BusAEMULTIBUS
spacing for horizontal bus. Multiple bus wiringautomatically breaks and reconnects to anyunderlying components that it finds in itspath. If it crosses any existing wiring, wire-crossing gaps automatically insert (if thedrawing is so configured).
Inserts an angled (22.5 degree) line wire seg-ment on a wire layer (the wire layer does nothave to be the current layer).
Insert 22.5 Degree WireAE225WIRE
Inserts an angled (45 degree) line wire seg-ments on a wire layer (the wire layer does nothave to be the current layer).
Insert 45 Degree WireAE45WIRE
Inserts an angled (67.5 degree) line wire seg-ments on a wire layer (the wire layer does nothave to be the current layer).
Insert 67.5 Degree WireAE675WIRE
Bends a wire in a right angle and makes 3right angle turns to avoid or add geometry.
Bend WireAEBENDWIRE
When a wire is defined at a right angle youcan modify the wire and create a new rightangle bend while maintaining the original wireconnections to the components.
Main Electrical toolbar | 13
DescriptionTooltipCommand
NOTE This tool terminates if the bend at-tempts to connect two different wire networksor if the bend bypasses more than a singleright angle turn.
Inserts wires between aligned connectionpoints on a pair of selected components.
Interconnect Compo-nentsAECONNECTCOMP
Inserts a gap/loop at the point of two crossinglines. Gaps are automatically inserted when anew wire crosses another.
Insert Wire GapAEWIREGAP
Flips the gap to the other wire. AutoCADElectrical makes the gapped wire solid andflips the gap/loop to the crossing wire(s).
Flip Wire GapAEFLIPWIREGAP
Removes a gap/loop that is no longer neededin an existing wire.
Delete Wire GapAEERASEWIREGAP
Verifies that the invisible Xdata pointers onboth sides of a wire gap/loop are valid. If not,appropriate pointers are established.
Check/Repair Gap Point-ersAEGAPPOINTER
Changes between wire types and convertslines to wires. Use the grid control to sort andselect the wire types for easy modification.
Change/Convert WireTypeAECONVERTWIRETYPE
Creates and edits wire types. Use the gridcontrol to sort and select the wire types foreasy modification.
Create/Edit Wire TypeAEWIRETYPE
Lengthens a wire until it meets another wireor an AutoCAD Electrical component.
Stretch WireAESTRETCTWIRE
14 | Chapter 1 Toolbar Commands
DescriptionTooltipCommand
Highlights all wires and displays wire numberto wire segment relationships.
Show WiresAESHOWWIRE
Helps troubleshoot problems with unconnect-ed or shorted wires and invalid wire crossing
Check/Trace WireAETRACEWIRE
gap pointers by single stepping through andhighlighting each connected wire of the select-ed wire network.
Predefines a wire network's connection se-quence, either in a single drawing or acrossmultiple drawing files.
Edit Wire SequenceAEEDITWIRESEQUENCE
Shows the wire sequence defined using theDefine Wire Sequence tool. If the wire se-
Show Wire SequenceAESHOWWIRESEQ
quence crosses multiple drawings and you tryto view the sequence as an animation, a dialogbox listing the off-drawing wire connectioninformation displays so that you can indicateto go to the other drawings to continueviewing the sequence.
Shows the state of the invisible attribute valuesfor selected objects. The values are shown withred and green arrows.
Terminal: Show Inter-nal/External ConnectionsAESHOWTERMCONN
Marks attributes with an 'I' for internal wiring.Terminal: Mark InternalConnectionsAEMARKTERMINT
Marks attributes with an 'E' for external wiring.Terminal: Mark ExternalConnectionsAEMARKTEMEXT
Erases a terminal's internal (I) or external (E)connection code. Select near a terminal's wire
Terminal: Erase Inter-nal/External Connections
Main Electrical toolbar | 15
DescriptionTooltipCommand
connection point to erase the connectioncode.
AEERASETEMCONN
Inserts cable markers onto the drawing. Cablemarkers carry a cable TAG value, just like any
Cable MarkersAECABLEMARKER
parent/child device combination. They canalso carry a conductor color value (carried asa RATING1 attribute value on the marker blocksymbol).
Inserts all the markers for a particular cable.In addition, you can edit existing cable marker
Multiple Cable MarkersAEMULTICABLE
sets, or even delete cable markers from thisdialog box.
Inserts a dot tee connection symbol at amanually drawn wire intersection. If present,
Insert Dot Tee MarkersAEDOTTEE
this replaces an existing angled wire connec-tion symbol with a dot connection symbol.You cannot insert a tee connection symbolinto empty space. A valid line wire ending (notcrossing) at a tee intersection somewherealong the length of another line wire is need-ed. This means that it will not insert a teeconnection symbol at a 90-degree wire turn.
Inserts an angled tee connection symbol at amanually drawn wire intersection. You can't
Insert Angled Tee Mark-ers
insert a tee connection symbol into emptyAEANGLETEEspace. If present, this replaces an existing wireconnection dot with a tee connection symbol.
Toggles an existing angled tee connectionsymbol (or windowed symbols) through a to-
Toggle Angled TeeMarkers
tal of 4 possible orientations. Right-click toAETOGGLETEEtoggle through the various tee connectionorientations, and press ESC when the appro-priate one displays. This replaces any dot tee
16 | Chapter 1 Toolbar Commands
DescriptionTooltipCommand
symbols with angled tee symbols, and thentoggles through the 4 possible orientationsfor each.
Inserts ladders of a set width and length ontothe drawing. There is no limit to the number
Insert LadderAELADDER
of ladders that can be inserted into a drawing,but ladders may not overlap each other. Mul-tiple ladder fragments in the same verticalcolumn need to be vertically aligned alongtheir left-hand side.
NOTE These limitations do not apply whenX-Y Grid or X-Zone referencing is selected.
Adjusts the line reference numbering alongthe side of the ladders; however it doesn'tchange existing ladder rung spacing.
Revise LadderAEREVISELADDER
Renumbers the ladder for the selected draw-ings from the active project.
Renumber Ladder Refer-enceAERENUMBERLADDER
Inserts the X-Y grid labels for drawings thatuse X-Y Grid for the Format Referencing. You
XY GridAEXYGRID
can also change other settings from here (suchas origin) instead of going back into theDrawing Properties dialog box. Your drawingmust be configured for X-Y Grids. Set theFormat Referencing in the Drawing Propertiesdialog box to X-Y Grid.
Inserts the X grid labels for drawings that useX Zones for the Format Referencing. You can
X ZoneAEXZONE
also change other settings from here (such asorigin) instead of going back into the DrawingProperties dialog box. Your drawing must beconfigured for X Zones. Set the Format Refer-
Main Electrical toolbar | 17
DescriptionTooltipCommand
encing in the Drawing Properties dialog boxto X Zones.
Finds the nearest line reference location andplaces a ladder rung at that reference position
Add RungAERUNG
(both bus wires must be visible on the screenfor this to work. If the new rung encounters aschematic device floating in space, it tries tobreak the wire across the device.
Removes a wire segment and dots as required.You can select a single wire or draw a fencethrough multiple wires to trim.
Trim WireAETRIM
Main Electrical 2 toolbar
DescriptionTooltipCommand
Inserts or updates wire numbers associatedwith wire line entities.
Insert Wire NumbersAEWIRENO
Inserts special wire numbering generally asso-ciated with 3-phase bus and motor circuits.
3 Phase Wire NumbersAE3PHASEWIRENO
Inserts wire numbers based on the I/O addressthat each PLC connected wire touches. Wire
PLC I/O Wire NumbersAEPLCWIRENO
numbers go in as FIXED which means thatthey will not change if a wire number re-tagis run later on.
Repositions the wire number text with an at-tached leader.
Wire Number LeaderAEWIRENOLEADER
18 | Chapter 1 Toolbar Commands
DescriptionTooltipCommand
Inserts wire color gauge labels with a leaderon your drawing's wiring.
Wire Color/Gauge LabelsAEWIRECOLORLABEL
Inserts a reference-only in-line wire label.In-Line Wire LabelsAEINLINEWIRE
Inserts extra wire numbers anywhere on a wirenetwork. These copies follow the network's
Copy Wire NumberAECOPYWIRENO
main wire number attribute. If AutoCAD Elec-trical modifies it, then any wire number copieson the network also update. Extra wire num-bers go on their own layer that is defined inthe Define Layers dialog box. If you assign acolor to this layer that is different than thenormal wire number and fixed wire numberlayers, then it is easy to tell them apart fromthe network's main wire number.
Inserts extra wire numbers such that they ap-pear in-line with the wire rather than above
Copy Wire Number (In-Line)
or below the wire. These copies follow theAECOPYWIRENOILnetwork's main wire number attribute; if Auto-CAD Electrical modifies it then any wire num-ber copies on the network also update. Extrawire numbers go on their own layer that isdefined in the Define Layers dialog box. If youassign a color to this layer that is different thanthe normal wire number and fixed wire num-ber layers, then it is easy to tell them apartfrom the network's main wire number.
Adjusts the gap between the wire and the wirenumber text of wire numbers that are in-linewith the wire.
Adjust In-Line Wire/LabelGapAEWIRELABELGAP
Moves an existing wire number from onesegment of the network to another.
Move Wire NumberAEMOVEWIRENO
Main Electrical 2 toolbar | 19
DescriptionTooltipCommand
Allows manual edit of an existing wire numberor insert of a new one if none exists.
Edit Wire NumberAEEDITWIRENO
Fixes all or many wire numbers on a drawingat their current values. Fixing a wire number
Fix Wire NumbersAEFIXWIRENO
means that the wire number tag is left un-changed if later processed or reprocessed bythe automatic wire numbering utility.
Swaps wire numbers between two wire net-works.
Swap Wire NumbersAESWAPWIRENO
Finds and replaces wire number text values orsubstrings within those values. You can do this
Find/Replace Wire Num-bers
on the active drawing or across the projectdrawing set.
AEFINDWIRENO
Moves the wire number to a special hide layerso that the number is no longer visible on the
Hide Wire NumbersAEHIDEWIRENO
screen. The new hide layer is created from thewire number layer name with a “_HIDE” suffix.For example, if the wire number text layer iscalled WIRENO then the hide layer name iscalled “WIRENO_HIDE.” The layer is createdautomatically when needed and you are askedif you want to freeze this layer.
Moves the wire number out of the hide layerso that the number is visible on the screen.
Unhide Wire NumbersAESHOWWIRENO
Flips the wire number across its associatedwire.
Flip Wire NumberAEFLIPWIRENO
Switches the wire number between above orbelow and in-line. If the selected wire number
Toggle Wire Number In-line
20 | Chapter 1 Toolbar Commands
DescriptionTooltipCommand
is in-line, it toggles to above or below basedon the default Wire Number Placement setting
AETOGGLEWIRENO
in the Drawing Properties dialog box. If itstarts as above or below, the selected wirenumber toggles to in-line.
NOTE If there isn't room for a wire numberto become an in-line wire number, it remainsan above or below line wire number.
Copies wire number from a source-arrowedwire network to any/all associated destination-arrowed wire network.
Source Signal ArrowAESOURCE
Retrieves the wire number for a destination-arrowed wire network from its associatedsource-arrowed wire network.
NOTE A Destination signal arrow cannot betied to a wire network that carries a pre-as-signed fixed wire number.
Destination Signal ArrowAEDESTINATION
Updates cross-reference information for twotypes of cross-reference symbols. Wire number
Update Signal Refer-ences
signal arrow symbols and standalone cross-reference symbols.
AEUPDATESIGREF
Inserts in-line source marker symbols andchanges the connected wire on the fan-in sideto be on a non-wire layer.
Fan In/Out SourceAEFANINSRC
Changes the connected common wires on thefan-out side to non-wire layer but leaves the
Fan In/Out DestinationAEFANINDEST
individual segments on the opposite side ofmarker on the original wire layer.
Defines a special layer or set of layers for thewires going out of a Fan In/Out source marker
Fan In/Out - Single LineLayerAEFANIN
Main Electrical 2 toolbar | 21
DescriptionTooltipCommand
and the wires coming into a destinationmarker.
Follows a signal from a specific source or des-tination symbol and lists the signal code refer-ences.
List Signal CodeAELISTSIG
Displays signal source and destination pathson the active drawing.
Show Signal PathsAESHOWSIG
Displays sequence of the selected wire signal.Signal Error/List ReportAESIGNALERRORREPORT
Inserts non intelligent, reference-only arrows.Wire Arrows for Refer-ence OnlyAEREFWIREARROWS
Deletes selected wire numbers.Delete Wire NumbersAEERASEWIRENUM
NOTE If you erase a wire number and selectright on an extra wire number copy, AutoCADElectrical erases just that copy but leaves thenetwork’s main wire number and any othercopies in place.
Converts existing symbols or creates new,custom components on the fly. It works nicely
Symbol BuilderAESYMBUILDER
for quickly building power supplies, filters,drives, controllers, and other custom devicesor for converting existing non-AutoCAD Elec-trical symbols to make them “AutoCAD Elec-trical smart.” Schematic symbols created orconverted using the Symbol Builder are fullycompatible with AutoCAD Electrical, breakwires upon insertion, and appear in the variousBOM, component, and wire connection re-ports.
22 | Chapter 1 Toolbar Commands
DescriptionTooltipCommand
Launches the Icon Menu Wizard to easilymodify or expand an icon menu, or replace
Icon Menu WizardAEMENUWIZ
an existing icon menu with your own custommenu. You can change the default icon menuusing the Project Properties dialog box. Thedefault icon menu can also be redefined in“wd.env.”
Migrate database and support files from aprevious version of AutoCAD Electrical to thecurrent release.
Migration UtilityAEMIGRATION
Associates two or more terminal symbols to-gether. Associating schematic terminals com-
Associate TerminalsAEASSOCTERMINAL
bines the terminals into a single terminal blockproperty definition. The number of schematicterminals that can be combined is limited tothe number of levels defined for the blockproperties.
Breaks one or more terminal symbols out ofan existing association. Schematic terminals
Break Apart Terminal As-sociations
are removed from any multi-tier relationshipAEBREAKASSOCand any schematic-panel relationships. Panelterminals are removed from any schematic-panel relationships.
Copies terminal properties from one terminalsymbol to another. If the application of the
Copy Terminal BlockProperties
terminal properties reduces the number ofAECOPYTERMINALPROPlevels and the number of terminal symbolsexceeds the total allowed, an alert displaysand the properties are not copied.
Collects and annotates groups of componentsthat carry the same TAG text string value (such
Component Cross-Refer-ence
as “101CR”). Components do not have to beAEXREFof the same family to be cross-referenced; they
Main Electrical 2 toolbar | 23
DescriptionTooltipCommand
just need to have the sameTAG1/TAG2/TAG_*/TAG attribute values.
Changes the visibility of cross-references. Inmost cases the cross-referencing should be
Hide/Unhide Cross-Refer-ence
visible but there are times when you may notAEHIDEXREFwant the cross-referencing displayed on parentsymbols.
Inserts standalone cross-reference symbol (nottied to a wire). You use standalone cross-refer-
Insert Stand-Alone Cross-Reference
ence symbols just as you would wireAESAXREFsource/destination arrow symbols but withoutthe wires. Insert a source reference symbol,and then tie one or more destination referencesymbols to it. These can be on the samedrawing or scattered across the project draw-ing set.
Updates cross-reference information for twotypes of cross-reference symbols: wire number
Update Stand-AloneCross-Reference
signal arrow symbols and standalone cross-AEUPDATESAXREFreference symbols. It can update your sourceor destination signals singly, drawing-wide,or project-wide.
Converts a long string of relay coil orsource/destination cross-reference text to a
Change Cross-Referenceto Multiple Line Text
multiline text entity (MTEXT). The underlyingAEXREF2TEXTattribute value is maintained, but flipped tovisible. The MTEXT entity is created at thesame XY location as the underlying attribute.The MTEXT entity updates, scoots, and be-haves as if it is an attribute tied to the compo-nent block.
24 | Chapter 1 Toolbar Commands
DescriptionTooltipCommand
Displays all associated and parent componentsto the selected component. A complete list of
Cross-Reference CheckAEXREFCHECK
components is extracted from the projectdrawing set. The component's tag is read,then all associated components are found andlisted in the dialog box. A bill of material checkcan be performed to see if the item's descrip-tion indicates that the quantity of contactscan be accommodated.
Updates child and panel components withinstallation, location, and description values
Child Location/Descrip-tion Update
carried by the associated parent schematiccomponent.
AECHILDLOCUPDATE
Copies and/or adds cross-reference compo-nent overrides from another symbol. You can
Copy/Add ComponentOverride
define components to have different cross-AECOPYOVERRIDEreferencing styles. The settings specified usingthis tool override the drawing properties.Component overrides are copied when thecomponent is copied; similarly they are ap-plied to multiple inserts of the same compo-nent.
Removes the component overrides so thecross-referencing commands use the settingsfor the drawing or project.
Remove ComponentOverrideAERMOVERRIDE
Inserts location marks on symbols that areidentified with location code in text form.
Location SymbolsAELOCATIONSYMBOL
Draws a dashed box around selected compo-nents. A description can be assigned to the
Location BoxAELOCATIONBOX
box, and components within the box can havetheir location and installation code(s) changed.
Main Electrical 2 toolbar | 25
DescriptionTooltipCommand
Performs mass copies of location, installation,group, or mount codes to all of the compo-
Copy Installation/Loca-tion Code Values
nents you select. You either type in the desiredAECOPYINSTLOCcode, pick from an on-line list, or pick a similarmaster component.
Moves from reference to reference across theproject drawing set. A new window opens and
SurferAESURF
the original window closes when Surf is select-ed unless you hold the Shift key while runningthe command.
Continues a previous surf session from thepoint where you left off.
Continue SurferAESURFCONT
Loads the drawing listed above the currentdrawing in the project explorer, and closesthe current drawing.
Previous Project DrawingAEPREV
Loads the drawing listed below the currentdrawing in the project explorer, and closesthe current drawing.
Next Project DrawingAENEXT
Selects schematic reports such as Bill of Mate-rial, Component lists, Wire From/To, PLC de-scriptions.
Schematic ReportsAESCHEMATICREPORT
Displays components that do not carry a cata-log number assignment. The components are
Show Missing CatalogAssignment
marked with diamond-shaped temporarygraphics.
AEMISSINGCATREPORT
Displays a report of detected problems or po-tential problems. You can save this file for ref-
Electrical AuditAEAUDIT
erence or surf the file to view and correct theerrors.
26 | Chapter 1 Toolbar Commands
DescriptionTooltipCommand
Displays a report of detected problems or po-tential problems. You can save this file for ref-
Drawing AuditAEAUDITDWG
erence or surf the file to view and correct theerrors.
Creates and maintains report formatting files.Report Format File SetupAEFORMATFILE
Defines a list of reports and their format filesto run automatically.
Automatic Report Selec-tionAEAUTOREPORT
Creates an attribute text file (*.wda) of user-defined attributes defined on AutoCAD Electri-
User Defined AttributeList
cal block files. The User Defined Attribute ListAEUDAis used by report tools to determine whichadditional attributes are listed in a report. Thelist file name can be the same as the activeproject or named Default to be used by theentire system. The Default .wda file is saved inthe base project folder, while the<project_name>.wda file is saved in the samefolder as the project definition file (*.wdp).
Extracts wire list information into an XML ex-port file to be used exclusively with AutodeskInventor Professional Cable and Harness.
Autodesk Inventor Profes-sional ExportAEAIPEXPORT
NOTE You must first configure wire number-ing to be On per Wire Basis for export and setup the appropriate variables before runningthe report.
Creates the Unity Pro I/O variable file (.xsy) inthe Unity Pro XML format. The XML file con-
Unity Pro ExportAEUNITYPRO
tains the PLC I/O addresses and descriptionsfor import into the Unity Pro software.
Main Electrical 2 toolbar | 27
DescriptionTooltipCommand
Exports the selected data category to a com-ma-delimited, Excel XLS, or Access MDB fileformat for editing.
Export to SpreadsheetAEEXPORT2SS
Updates components, wire numbers, terminaltext, and PLC I/O data from data importedfrom a spreadsheet.
Update from Spread-sheetAEIMPORTSS
Updates project drawings; attribute text only,from edits to the project's scratch databasefile.
Update from ProjectScratch DatabaseAEIMPORTDB
Inserts comma-delimited spreadsheet data intoa drawing as a table.
Insert Spreadsheet Datato TableAEINSERTSSTABLE
Defines defaults for component and wire tagformats, signal references, cross references,and layers.
Drawing PropertiesAEPROPERTIES
Renames layers one by one, or multiple layersat once by using the Find/Replace method. In
Rename Schematic Lay-ers
addition to renaming the layer, this also up-AERENAMELAYERdates the AutoCAD Electrical layer assignmentinformation carried on the drawing's WD_Mblock. For example, if DEMO-WIRES is current-ly assigned as an AutoCAD Electrical wire layer,and you rename it using this utility, the newlayer name is substituted for DEMO-WIRES inthe AutoCAD Electrical wire layer name list.
Displays differences between drawing andproject settings. Allows update.
Settings CompareAESHEETCOMPARE
Lists the drawing files associated with eachopen project. Use this to add new drawings,
Project ManagerAEPROJECT
reorder drawing files, and change project set-
28 | Chapter 1 Toolbar Commands
DescriptionTooltipCommand
tings. You cannot have two projects open inthe Project Manager with the same projectname.
Copies an existing project to a new name andcreates renamed copies of the drawing files.
Copy ProjectAECOPYPROJECT
Updates component tags, wire numbers, lad-der references, and select drawing settings.
Project-Wide Update/Re-tagAEPROJUPDATE
Updates wire numbers, component tags, andattribute text. Allows user-defined scripts tobe applied project-wide.
Project-Wide UtilitiesAEUTILITIES
Places an invisible mark on each componentbefore sending the drawings to a client. When
Mark/Verify DrawingsAEMARKVERIFY
the drawings are returned, a list is generatedthat includes any components or wire num-bers that have been modified, edited, orcopied.
NOTE This command writes information tothe project database file that is used to checkfor deleted components. Your drawings mustbe named and part of the active project to usethis command.
Translates component description text fromone language to another. Description text and
Language ConversionAELANG
switch position text is processed on schematicand panel components.
Opens the current language table for reviewand modification. The default table iswd_lang1.mdb
Edit Language DatabaseFileAELANGDB
Main Electrical 2 toolbar | 29
DescriptionTooltipCommand
Rebuilds or freshens the project temporarydatabase file for connections, cross-referenc-ing, and reporting.
Rebuild/Freshen ProjectDatabaseAEREBUILDDB
Panel Layout toolbar
DescriptionTooltipCommand
Inserts panel footprint selected from on-screenicon menu. This icon menu can be modified,
Insert Footprint (IconMenu)
expanded, or replaced with your own customAEFOOTPRINTmenu. You can change the default icon menuusing the Project Properties dialog box. Usethe Icon Menu Wizard to easily modify themenu.
Inserts and annotates panel footprint by refer-encing the project's schematic component
Insert Footprint(Schematic List)
list. This report provides error checking be-AEFOOTPRINTSCHtween the schematics and the panel layoutdrawings. The program looks at the selectedcomponents, both schematic and panel, tofind a match in the project. For eachschematic component selected, the routinetries to find a matching panel componentbased on tag, location, and installation infor-mation. If a match is found, then it furthercompares catalog information looking for anydiscrepancies. The program looks at each se-lected panel component looking for a match-ing schematic component in the same way.
Inserts panel footprint using a generic shapeor by converting an existing non intelligentAutoCAD block.
Insert Footprint (Manual)AEFOOTPRINTMAN
30 | Chapter 1 Toolbar Commands
DescriptionTooltipCommand
Inserts and annotates panel footprint usingmanufacturer-specific icon menu. This can
Insert Footprint (Manu-facturer Menu)
save a lot of time if you frequently use theAEFOOTPRINTMFGsame vendor and panel components. You caneven apply this method to create client-specif-ic menus making it easier to use the vendoror components that each client prefers.
Inserts and annotates panel footprint fromuser-defined list of components with catalog
Insert Footprint (CatalogList)
assignments. The data displayed in this pickAEFOOTPRINTCATlist is stored in a database in generic MicrosoftAccess format. The file name is wd_pick-list.mdb and can be edited with Access orfrom Add/Edit/Delete along the bottom of thepick list's dialog box. The AutoCAD Electricalnormal search path sequence is used to locatethis file.
Inserts and annotates panel footprint fromuser-defined list of equipment.
Insert Footprint (Equip-ment List)AEFOOTPRINTEQ
Displays terminal strips inside of the activeproject database. The combination of Func-
Terminal Strip EditorAETSE
tion, Location, and Terminal Strip values makea complete unique record for selection in theTerminal Strip Selection dialog box.
Controls the Tabular Terminal layout formatautomatically. This creates a new drawing file
Terminal Strip TableGenerator
with each section break and automaticallyAETSEGENERATORadds them to the project listing. The terminalstrip's function (installation) code, locationcode, and tag are written to the Page Descrip-tion Field inside of the Project Listing (*.WDP).
Panel Layout toolbar | 31
DescriptionTooltipCommand
Inserts and annotates panel terminals by refer-encing the project's schematic terminal list.
Insert Terminal(Schematic List)
This report provides error checking betweenAEPANELTERMINALSCHthe schematic terminals and panel layout ter-minals. The program looks at the selectedterminals, both schematic and panel, lookingfor a match in the project. For each schematicterminal selected, it tries to find a matchingpanel terminal based on tag, location, andinstallation information. If a match is found,then it compares catalog information, anddescription information, looking for any dis-crepancies. The program then looks at eachselected panel terminal looking for a matchingschematic terminal in the same way.
Inserts and annotates panel terminal footprintusing a generic shape or by converting an
Insert Terminal (Manual)AEPANELTERMINAL
existing non intelligent AutoCAD block. Someschematic components may not carry manu-facturer/catalog information or have a partnumber assigned that is not listed in thefootprint lookup file. In such a case, AutoCADElectrical cannot determine what footprintblock needs to be used so you have to selectto make catalog assignments, select or createa footprint, or create a lookup entry on thefly.
Copies selected panel footprint on activedrawing. Use the Copy Footprint tool instead
Copy FootprintAECOPYFOOTPRINT
of AutoCAD Copy when a panel componentfootprint has a balloon or a nameplate associ-ated to it. Since AutoCAD Electrical establishesinvisible Xdata pointers when these are tiedto a footprint, they are properly updated whencopied using this utility.
32 | Chapter 1 Toolbar Commands
DescriptionTooltipCommand
Edits panel footprint or terminal. Converts se-lected block if it is not AutoCAD Electrical
Edit FootprintAEEDITFOOTPRINT
compatible. In some cases, a footprint updatemay be required due to manufacturer, catalogor assembly value changes. When askedwhether to manually force a footprint change,click No to leave the existing footprint blockas is or click Yes to set up a footprint lookupdatabase file or manually draw a simple foot-print representation.
Converts any piece of non-visible extendedentity data (Xdata) into a visible attribute tieddirectly to the footprint block.
Make Xdata VisibleAESHOWXDATA
Inserts item number balloon.Insert BalloonAEBALLOON
Annotates panel footprint symbols with wireconnection information extracted from select-ed schematics.
Wire Annotation of PanelFootprintAEWIREANNOTATION
Selects panel reports such as Bill of Material,Component lists, Nameplates.
Panel ReportsAEPANELREPORT
Rebuilds or freshens the project temporarydatabase file for connections, cross-referenc-ing, and reporting.
Rebuild/Freshen ProjectDatabaseAEREBUILDDB
Inserts WBlocked panel footprint assembly.Use the Insert Panel Assembly utility instead
Insert Panel AssemblyAEPANELASM
of the AutoCAD Insert/Explode commandwhen you want to insert a WBlocked groupof panel component footprints with balloonsor nameplates. Since AutoCAD Electrical estab-lishes invisible Xdata pointers when these are
Panel Layout toolbar | 33
DescriptionTooltipCommand
tied to a footprint, they are properly updatedwhen copied using this utility.
Copies one or more selected panel footprints.Copy AssemblyAECOPYASM
Copies Installation Code to one or more select-ed panel footprints.
Copy Installation CodeAECOPYINST
Copies Location Code to one or more selectedpanel footprints.
Copy Location CodeAECOPYLOC
Copies Mount Code to one or more selectedpanel footprints.
Copy Mount CodeAECOPYMOUNTCODE
Copies Group Code to one or more selectedpanel footprints.
Copy Group CodeAECOPYGROUPCODE
Assigns or resequences item number assign-ments on a drawing or project. This extracts
Resequence Item Num-bers
all panel components and nameplates andAERESEQUENCEresequences their item numbers starting atthe value you provide. Resequencing is basedon the main MFG/CAT/ASSYCODE valuecombination. Additional multi-catalog num-bers on a specific component are ignored.Only the main part number combination isused to group similar components togetherunder a common item number.
Edits the catalog number and footprint blockname lookup file. The footprint lookup
Footprint Database FileEditor
database links a manufacturer's catalog partAEFOOTPRINTDBnumbers to appropriate footprint block .dwg
34 | Chapter 1 Toolbar Commands
DescriptionTooltipCommand
files. This information is in a multitable Accessdatabase file (footprint_lookup.mdb).
Edits the records in the schematic_lookup.mdbfile to use for mapping panel footprints and
Schematic Database FileEditor
terminal representations to the equivalentschematic component block names.
AESCHEMATICDB
Renames panel-related layers and updatespanel drawing settings. The Panel Layer Re-
Rename Panel LayersAERENAMEPANLELLAYER
name utility makes it easy to rename layersone by one, or multiple layers at once by usingthe Find/Replace method. In addition to re-naming the layer, this also updates the Auto-CAD Electrical layer assignment informationcarried on the drawing's WD_M block. Forexample, if DEMO-WIRES is currently assignedas an AutoCAD Electrical wire layer, and yourename it using this utility, the new layer nameis substituted for DEMO-WIRES in the Auto-CAD Electrical wire layer name list.
Updates selected footprint layer assignmentsto match panel drawing settings layer assign-ments.
Update Footprint LayersAEFPLAYERS
Sets panel footprint drawing defaults such astext sizes and layer assignments. Configuration
Panel ConfigurationAEPANELCONFIG
settings are saved as attribute values on a non-visible block named WD_PNLM (that insertsat 0,0). If your current drawing does not havethis block present when any AutoCAD Electri-cal panel layout command is invoked, Auto-CAD Electrical pauses and asks you for permis-sion to insert this block.
Panel Layout toolbar | 35
Conversion toolbar
DescriptionTooltipCommand
Explodes attributes and blocks to geometryand text entities while maintaining the value
Special ExplodeAEEXPLODE
previously defined in the attributes. You cantake advantage of the tagging tools to modifythe text entities to attributes and the linkingtools to make various blocks.
Performs drawing-wide and project-wide blockreplacements using a user-defined spread-
Block ReplacementAEBLOCKREPLACE
sheet. This automatically maps the unconvert-ed drawing's non-AutoCAD Electrical blockinserts and attributes to appropriate AutoCADElectrical-smart component symbols drawnfrom a symbol library.
Converts drawing files from promis·e to Auto-CAD Electrical. It examines the current symbol
Promis·e ConversionAEP2E
attributes on the drawing and maps them tothe equivalent AutoCAD Electrical attribute tomake them AutoCAD Electrical-smart.
Makes selected text entities an attributed blockfile with the TAG1 attribute visible. The tem-
Tag Schematic Compo-nent
plate block file (HDV1_CONVERT.DWG orAETAGSCHVDV1_CONVERT.DWG depending on thedrawing properties) contains attributes for aschematic component.
Makes selected text entities an attributed PLCaddress associated to a PLC tag. The template
Tag PLCAETAGPLC
block file (PLCIO_ADDR_CONVERT.DWG, PL-CIO_CONVERT.DWG, PLCIO_V_ADDR_CON-VERT.DWG, or PLCIO_V_CONVERT.DWG de-pending on the drawing properties) containsattributes found useful for PLC addressing.After the addressing is defined on the block,
36 | Chapter 1 Toolbar Commands
DescriptionTooltipCommand
select a PLC Tag or place one into the symboldefinition for use with AutoCAD Electrical.
Makes selected text entities an attributed blockfile with the TAG2 attribute visible. The tem-
Tag ChildAETAGCHILD
plate block file (HDV2_CONVERT.DWG orVDV2_CONVERT.DWG depending on thedrawing properties) contains attributes usedfor a child component.
Makes selected text entities an attributed blockfile with the TAG2 attribute visible. The tem-
Tag Child - N.O.AETAGNO
plate block file (HDV21_CONVERT.DWG orVDV21_CONVERT.DWG depending on thedrawing properties) contains attributes usedfor a child normally open contact component.
Makes the selected text entities an attributedblock file with the TAG2 attribute visible. The
Tag Child - N.C.AETAGNC
template block file (HDV22_CONVERT.DWGor VDV22_CONVERT.DWG depending on thedrawing properties) contains attributes usedfor a child normally closed contact compo-nent.
Makes the selected text entities an attributedblock file with the TAG2 attribute visible. The
Tag Child - Form CAETAGFORMC
template block file (HDV23_CONVERT.DWGor VDV23_CONVERT.DWG depending on thedrawing properties) contains attributes usedfor a child Form C contact component.
Makes the selected text entities an attributedblock file with the TAGSTRIP and TERM01 at-
Tag Schematic Terminal- Terminal Number
tribute visible. The template block fileAETAGTERMINAL(HT0T_CONVERT.DWG or VT0T_CON-VERT.DWG depending on the drawing prop-erties) contains attributes used for a terminal
Conversion toolbar | 37
DescriptionTooltipCommand
block component containing a terminalnumber.
Makes the selected text entities an attributedblock file with the TAGSTRIP and WIRENO at-
Tag Schematic Terminal- Wire Number
tribute visible. The template block fileAETAGWIRENO(HT0W_CONVERT.DWG or VT0W_CON-VERT.DWG depending on the drawing prop-erties) contains attributes used for a terminalblock component containing a wire numberas the terminal number.
Makes the selected text entities an attributedblock file with the TAGSTRIP and TERM01 at-
Tag Schematic Terminal- Wire Number Change
tribute visible. The template block fileAETAGWIRENOCHANGE(HT1T_CONVERT.DWG or VT1T_CON-VERT.DWG depending on the drawing prop-erties) contains attributes used for a terminalblock component that changes the wirenumber. This creates a terminal number blockthat has a different wire number for each wireconnected to it.
Links simple text as Description 1-3 attributeson an AutoCAD Electrical block file. You can
Link DescriptionsAELINKDESC
link them as description attributes to one ormore existing template block definitions.During the conversion process, the text entityis removed and replaced with the next avail-able description attribute, up to 3.
Links another string of text to a tag attribute,creating a split tag. Create the device Tag us-
Link Split TagAELINKSPLITTAG
ing the TAG1, TAG, or P_TAG1 attributes, andthen use this tool to select the existing TAGattribute on the drawing and link anotherstring of text, creating a split tag situation.The first TAG becomes the Part1 of the split
38 | Chapter 1 Toolbar Commands
DescriptionTooltipCommand
tag while the linked portion becomes the Part2of the split tag.
Links simple text to a PLC address attribute asPLC I/O address description attributes. During
Link PLC Address Descrip-tions
the conversion process, the text entity is re-AELINKPLCmoved and replaced with the next availablePLC address description attribute, up to 5.
Links simple text to a TAGSTRIP attribute as aterminal number attribute on an AutoCAD
Link Terminal NumberAELINKTERMINAL
Electrical terminal block symbol. During theconversion process, the text entity is removedand replaced with the TERM01 or WIRENOattribute.
Links simple text as Location attributes on anAutoCAD Electrical block file. The entity value
Link Location CodeAELINKLOC
is used as the Location value for one or moretemplate block definitions. If only one tem-plate block is selected for the link, the textentity is removed and replaced with the Loca-tion attribute.
Links simple text as Installation attributes onan AutoCAD Electrical block file. The entity
Link Installation CodeAELINKINST
value is used as the Installation value for oneor more template block definitions. If only onetemplate block is selected for the link, the textentity is removed and replaced with the Instal-lation attribute.
Links simple text as manufacturer attributeson an AutoCAD Electrical block file. The entity
Link ManufacturerAELINKMFG
value is used as the Manufacturer value forone or more template block definitions. If onlyone template block is selected for the link, the
Conversion toolbar | 39
DescriptionTooltipCommand
text entity is removed and replaced with theManufacturer attribute.
Links simple text as Catalog Number attributeson an AutoCAD Electrical block file. The entity
Link Catalog NumberAELINKCAT
value is used as the Catalog Number value forone or more template block definitions. If onlyone template block is selected for the link, thetext entity is removed and replaced with theCatalog Number attribute.
Links simple text as Rating 1-12 attributes onan AutoCAD Electrical block file. The entity
Link RatingAELINKRATING
value is used as the rating value for one ormore template block definitions. If only onetemplate block is selected for the link, the textentity is removed and replaced with the ratingattribute, up to 12.
Links simple text (that is not an attribute defi-nition or part of geometry) as User (01-99)
Link UserAELINKUSER
attributes on an AutoCAD Electrical block file.The entity value is used as the user value forone or more template block definitions. If onlyone template block is selected for the link, thetext entity is removed and replaced with theuser attribute, up to 99. Window selection isallowed.
Selects the tagged template block file anddisplays everything (such as description, loca-
Show LinksAESHOWLINK
tion, manufacturer, and catalog numbercodes) that has been linked to it.
Selects an existing linked attribute and unlinksthe attribute from the symbol, changing theattribute to AutoCAD text.
Un LinkAEUNLINK
40 | Chapter 1 Toolbar Commands
DescriptionTooltipCommand
Adds wire connection attributes to the existingtagged block file. Select line endpoints or ge-
Add Wire ConnectionsAEWIRECONN
ometry to add the appropriate wire connec-tion attributes to. A new block definition iscreated with the newly added wire connec-tions. You can subsequently create a newblock file if the block is exploded.
Adds AutoCAD geometry to a template blockfile to be created as part of a unique block in-
Add GeometryAEGEOMETRY
stance. It creates a new block definition withthe newly added geometry. You can subse-quently create a new block file if the block isexploded.
Makes selected text entities an attributed blockfile with the P_TAG1 attribute visible. The
Tag Panel ComponentAETAGPANEL
template block file (ACE_P_TAG1_CON-VERT.DWG) contains attributes for a panelcomponent.
Makes selected text entities an attributed blockfile with the DESC1-3 attributes visible. The
Tag NameplateAETAGNAMEPLATE
template block file (ACE_NP_CONVERT.DWG)contains attributes used in nameplate symbols.If the description text strings were previouslydefined as attributes on an AutoCAD Electricalpanel component block definition, the at-tribute values on the panel component arehidden and the nameplate attributes DESC1-3 are added and made visible.
Makes selected text entities an attributed blockfile with the TERM01 terminal number at-
Tag Panel Terminal -Terminal Number
tribute visible. The template block fileAETAGPANELTERMINAL(ACE_TERMT_CONVERT.DWG) contains at-tributes for terminal numbers.
Conversion toolbar | 41
DescriptionTooltipCommand
Makes selected text entities an attributed blockfile with the WIRENO wire number attribute
Tag Panel Terminal -Wire Number
visible. The template block fileAETAGWIRENO(ACE_TERMW_CONVERT.DWG) contains at-tributes for panel terminal symbols.
Links simple text as Description 1-3 attributeson an AutoCAD Electrical Panel block file. You
Link DescriptionAELINKDESC
can link them as description attributes to oneor more existing template block definitions.During the conversion process, the text entityis removed and replaced with the next avail-able description attribute, up to 3.
Links another string of text to a tag attribute,creating a split tag. Create the device Tag us-
Link Split TagAELINKSPLITTAG
ing the TAG1, TAG, or P_TAG1 attributes, andthen use this tool to select the existing TAGattribute on the drawing and link anotherstring of text, creating a split tag situation.The first TAG becomes the Part1 of the splittag while the linked portion becomes the Part2of the split tag.
Links simple text as an Item Number attributeon an AutoCAD Electrical Panel block file.
Link Item NumberAELINKITEM
During the conversion process, the text entityis removed and replaced with the Item Num-ber attribute (P_ITEM).
Links simple text as Location attributes on anAutoCAD Electrical Panel block file. The entity
Link Location CodeAELINKLOC
value is used as the Location value for one ormore template block definitions. If only onetemplate block is selected for the link, the textentity is removed and replaced with the Loca-tion attribute.
42 | Chapter 1 Toolbar Commands
DescriptionTooltipCommand
Links simple text as Installation attributes onan AutoCAD Electrical Panel block file. The
Link Installation CodeAELINKINST
entity value is used as the Installation value forone or more template block definitions. If onlyone template block is selected for the link, thetext entity is removed and replaced with theInstallation attribute.
Links simple text as manufacturer attributeson an AutoCAD Electrical Panel block file. The
Link ManufacturerAELINKMFG
entity value is used as the Manufacturer valuefor one or more template block definitions. Ifonly one template block is selected for thelink, the text entity is removed and replacedwith the Manufacturer attribute.
Links simple text as Catalog Number attributeson an AutoCAD Electrical Panel block file. The
Link Catalog NumberAELINKCAT
entity value is used as the Catalog Numbervalue for one or more template block defini-tions. If only one template block is selectedfor the link, the text entity is removed and re-placed with the Catalog Number attribute.
Links simple text as Rating 1-12 attributes onan AutoCAD Electrical Panel block file. The
Link RatingAELINKRATING
entity value is used as the rating value for oneor more template block definitions. If only onetemplate block is selected for the link, the textentity is removed and replaced with the ratingattribute, up to 12.
Links simple text (that is not an attribute defi-nition or part of geometry) as User (01-99)
Link UserAELINKUSER
attributes on an AutoCAD Electrical block file.The entity value is used as the user value forone or more template block definitions. If onlyone template block is selected for the link, the
Conversion toolbar | 43
DescriptionTooltipCommand
text entity is removed and replaced with theuser attribute, up to 99. Window selection isallowed.
Selects the tagged template block file anddisplays everything (such as description, loca-
Show LinksAESHOWLINK
tion, manufacturer, and catalog numbercodes) that has been linked to it.
Selects an existing linked attribute and unlinksthe attribute from the symbol, changing theattribute to AutoCAD text.
Un LinkAEUNLINK
Adds wire connection attributes to the existingtagged block file. Select line endpoints or ge-
Add Wire ConnectionsAEWIRECONN
ometry to add the appropriate wire connec-tion attributes to. A new block definition iscreated with the newly added wire connec-tions. You can subsequently create a newblock file if the block is exploded.
Adds AutoCAD geometry to a template blockfile to be created as part of a unique block in-
Add GeometryAEGEOMETRY
stance. It creates a new block definition withthe newly added geometry. You can subse-quently create a new block file if the block isexploded.
Converts the upper-most line reference num-ber on a non-intelligent ladder to be AutoCADElectrical-aware.
Convert LadderAE2LADDER
Changes wire types and converts lines towires. Use the grid control to sort and selectthe wire types for easy modification.
Change/Convert WireTypeAECONVERTWIRETYPE
44 | Chapter 1 Toolbar Commands
DescriptionTooltipCommand
Converts a text object to an AutoCAD Electri-cal compatible wire number.
Convert Text to WireNumbersAETEXT2WIRENO
Replace a non-AutoCAD Electrical source arrowwith a smart AutoCAD Electrical source arrow
Convert Block to SourceArrow
and maps the information to the new Auto-CAD Electrical source.
AEBLK2SRC
Replaces a non-AutoCAD Electrical destinationarrow with a smart AutoCAD Electrical destina-tion arrow.
Convert Block to Destina-tion ArrowAEBLK2DEST
Verifies that the invisible Xdata pointers onboth sides of a wire gap/loop are valid. If not,appropriate pointers are established.
Check/Repair Gap Point-ersAEGAPPOINTER
Lengthens a wire until it meets another wireor an AutoCAD Electrical component.
Stretch WireAESTRETCTWIRE
Quickly changes attribute text size whencomponents or wire numbers have alreadybeen inserted onto your drawings.
Change Attribute SizeAEATTSIZE
Adds a new attribute to an existing instanceof a block insert.
Add AttributeAEATTRIBUTE
Converts a text object into an attribute defini-tion object. This is not an attribute associated
Convert Text to At-tribute Definition
to an already-inserted block. This is an at-AETEXT2ATTtribute definition possibly on a library symbolthat becomes an attribute when the symboldrawing is inserted as a block into anotherdrawing.
Conversion toolbar | 45
DescriptionTooltipCommand
Allows display and edit of an object's “1000”type extended entity data (Xdata).
Xdata EditorAEXDATA
Takes non-AutoCAD Electrical blocks orgraphics representing a symbol and replaces
Convert to SchematicComponent
it with an AutoCAD Electrical block and trans-AEBLK2SCHfers the attribute or text values to this newAutoCAD Electrical block.
Reassigns attributes from a converted blockto those expected by AutoCAD Electrical. This
Map Attributes from Oldto New
allows you to continue what you started withAEMAPATTConvert to Schematic Component. Use this ifyou did not finish mapping values from yournon-AutoCAD Electrical block.
Lets you update or change blocks in place.Attribute values are retained during the
Swap/Update BlockAESWAPBLOCK
swapping process. Wire connections are alsomaintained even if the new symbol is slightlywider or narrower than the original.
Conduit Marker toolbar
DescriptionTooltipCommand
Formats an inter-wiring list from a selectionof interconnected components. Inserts as aconduit tag.
Conduit Marker (Pick)AECONDUITMARKER
Formats an inter-wiring list from a subset of acomponent from/to report. Inserts as a con-duit tag.
Conduit Marker(From/To List)AECONDUITMARK-ERLIST
46 | Chapter 1 Toolbar Commands
DescriptionTooltipCommand
Edits conduit marker tag, descriptions, andwire assignments.
Edit Conduit MarkerAEEDITCONDUITMARK-ER
Extracts conduit marker information into areport. Extractable conduit marker symbols
Conduit Marker ReportAECONDUITMARKERRPT
are named “WWAY*.” A conduit can be repre-sented by a line or a polyline and by itself doesnot carry any intelligence. However, you caninsert a conduit marker symbol and associateit to a conduit. The conduit marker symbolthen carries wire information intelligencepulled from the AutoCAD Electrical drawings.
Reports a list of conduit tag assignments thata given wire or cable passes through.
Wire/Conduit RoutingReportAEROUTINGREPORT
Extracts schematic wiring information prior toconduit assignment.
Extract Wire DataAEEXTRACTWIREDATA
Power Check toolbar
DescriptionTooltipCommand
Marks a component with a power source andload value. A related routine, when invoked,
Add/Edit PowerSource/Load Levels
then scans the wire interconnections and re-AEPOWERLOADLEVELSports if there is too much load on a givenpower source
Marks a component with a PASSPWR flag. ThePASSPWR flag instructs the Power Report to
Mark Component ToPass Power
pass through the marked component whenAEPASSPWR
Power Check toolbar | 47
DescriptionTooltipCommand
calculating the load on a given source. If acomponent carries the PASSPWR flag thePower Report program will pass through thecomponent and continue looking for loadvalues on the network.
NOTE Certain components don't need aPASSPWR flag (such as terminals and contacts)since they are automatically passed through.
Scans the wire interconnections and reportsif there is too much load on a given powersource.
Power Load Check Re-portAEPOWERLOADREPORT
Panel Level/Sequencing toolbar
DescriptionTooltipCommand
Allows viewing, assigning, or editing 3-digitlevel codes and 4-digit sequence codes on
Insert/Edit Panel LevelAssignment
panel footprint components. This coding,AEPANELLEVELwhen present, can influence the way that Au-toCAD Electrical calculates the wire connectionfrom/to sequence. As it processes theschematic component representations andwiring, it checks for any coding found on thepanel footprint and panel terminal strip repre-sentations. If present, it adjusts the from/tosequencing accordingly.
Reports which component symbols do nothave leveling and sequencing information al-
Missing Level/SequenceAssignments
ready assigned to them. This is used as aAEMISSINGLEVELtroubleshooting mechanism to aid in the as-signment of leveling and sequencing informa-tion to provide better wire routing capabilities.
48 | Chapter 1 Toolbar Commands
DescriptionTooltipCommand
Allows viewing or editing 3-digit level codesfor boundary boxes. Devices placed within the
Insert/Edit Boundary BoxAssignment
boundary box take on the boundary's levelAEBOUNDRYBOXcodes. The dialog box lists the number of de-vice footprints found within the boundary andthe number of devices that currently do notmatch the boundary default.
Removes routing assignments found on com-ponents, boundary boxes, or terminals.
Remove Level/Sequenc-ing assignmentAEREMOVELEVEL
Allows defining or capturing a common set oflevel assignments for panel footprint compo-
Copy Level AssignmentsAECOPYLEVEL
nents and then copy these 3-digit level codesto one or multiple footprints. This coding,when present, influences the way that Auto-CAD Electrical calculates the wire connectionfrom/to sequence. As it processes theschematic component representations andwiring, it checks for any coding found on thepanel footprint and panel terminal strip repre-sentations. When present, it adjusts thefrom/to sequencing accordingly.
Displays terminal level/sequencing assign-ments.
Show Terminal Strip Se-quencing AssignmentsAESHOWTERMINALSEQ
Displays footprint level/sequencing assign-ments through terminal strips.
Show Footprint Sequenc-ing AssignmentsAESHOWFPSEQUENCE
Sequences component footprints sharing thesame level assignment.
View/Edit ComponentSequenceAEVIEWCOMPSEQ
Panel Level/Sequencing toolbar | 49
DescriptionTooltipCommand
Displays footprint level/sequencing assign-ments.
Show Footprint Compo-nent SequenceAESHOWFPCOMPSE-QUENCE
Freshens wire connection table in project'sdatabase.
Freshen Wire DataAEFRESHENWIREDATA
Define a rectangle as a supplementary terminalstrip to be used in the wiring routing informa-tion over large control system equipment.
Insert Terminal StripRepresentationAETERMINALSTRIP
Allows for selection of a supplementary termi-nal strip representation to display wiring infor-
Panel Terminal Strip Re-port
mation inside of a report generator dialog,AETERMINAL-STRIPREPORT and subsequently insert a terminal strip layout
drawing.
Swaps wire annotation text from one side ofthe terminal strip to the other. The Internal
Panel Terminal StripSwap Wire Text
and External default definition applies whenthe terminal strip is initially placed.
AEPANELTERMINAL-SWAPTEXT
Extra Libraries toolbar
DescriptionTooltipCommand
Inserts Pneumatic components from an on-screen icon menu. This icon menu can be
Insert Pneumatic Compo-nents
modified, expanded, or replaced with yourAEPNEUMATICown custom menu. You can change the de-fault icon menu using the Project Propertiesdialog box. Use the Icon Menu Wizard toeasily modify the menu.
50 | Chapter 1 Toolbar Commands
DescriptionTooltipCommand
Inserts hydraulic components from an on-screen icon menu. This icon menu can be
Insert Hydraulic Compo-nent
modified, expanded, or replaced with yourAEHYDRAULICown custom menu. You can change the de-fault icon menu using the Project Propertiesdialog box. Use the Icon Menu Wizard toeasily modify the menu.
Inserts P&ID components from an on-screenicon menu. This icon menu can be modified,
Insert P&ID ComponentAEPID
expanded, or replaced with your own custommenu. You can change the default icon menuusing the Project Properties dialog box. Usethe Icon Menu Wizard to easily modify themenu.
Extra Libraries toolbar | 51
52
Projects
AutoCAD® Electrical software extends the capabilities of AutoCAD® so that you can quicklybuild and manage an electrical controls drawing set.
This manual provides concepts and exercises to help you get started with AutoCAD Electrical.
About Standards
AutoCAD Electrical currently supports the following industry standards: JIC(US), IEC (Europe), JIS (Japan), GB (China) and AS (Australia). Although AutoCADElectrical supports many standards, the Getting Started manual follows the JICstandard and sample drawing set.
Since the workflow for both JIC and IEC are nearly identical, you can performthe following exercises using the IEC demo drawing set, however yourcomponents and wire numbering will display differently.
Performing Exercises
All of the AutoCAD commands and features are available while working onAutoCAD Electrical drawings. All intelligence is carried directly on the drawingusing AutoCAD blocks with attributes and XDATA. AutoCAD Electrical doesnot require any underlying database.
Backup exercise files are found at Documents and Settings\{username}\MyDocuments\Acade {version}\Aedata\Tutorial\Aegs orUsers\{username}\Documents\Acade {version}\Aedata\Tutorial\Aegs on a WindowsVista installation. If you make a mistake while working through the exercisesin this manual, simply browse to and copy the demo file(s) to your projectfolder.
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53
NOTE The exercises in this manual must be performed in order. It is advised toturn off the AutoCAD DYN feature (found on the status bar) before starting theexercises.
The Getting Started manual uses two manufacturers: Allen Bradley and Siemens.You must install both manufacturers in order to have the same results thatare shown here. If you need to install content from these manufacturers,follow these steps.
1 Open the Add or Remove Programs tool in your Control Panel.
2 Select AutoCAD Electrical
3 Click Change/Remove.
4 Click Add/Remove Features.
5 Click Next on the first screen.
6 Select AB and Siemens on the Manufacturer Contents Selection screen.
7 Click Next on the Symbol Libraries screen.
8 Click Next to continue.
Prerequisites
It is assumed that you have a working knowledge of the AutoCAD interfaceand tools. If you do not, review the AutoCAD online documentation.
It is recommended that you have a working knowledge of Microsoft®
Windows® 2000 or Windows® XP, and a working knowledge of electricaldesign and schematic ladder wiring diagrams.
Help
The AutoCAD Electrical Help system provides detailed concepts, procedures,and reference information about every product feature. To access the Helpsystem:
■ Select Help ➤ Electrical Help Topics from the menu.
■ Click the Help button or press F1 within a dialog box or at a commandprompt.
54 | Chapter 2 Projects
Be more productive with Autodesk® software. Get trained at an AutodeskAuthorized Training Center (ATC®) with hands-on, instructor-led classes tohelp you get the most from your Autodesk products. Enhance your productivitywith proven training from over 1,400 ATC sites in more than 75 countries.For more information about Autodesk Authorized Training Centers, [email protected] or visit the online ATC locator atwww.autodesk.com/atc.
Working with Projects
AutoCAD Electrical is a project-based system. Each project is defined by anASCII text file with a .wdp extension. This project file contains a list of projectinformation, default project settings, drawing properties, and drawing filenames. You can have an unlimited number of projects; however, only oneproject can be active at a time.
NOTE You must install the JIC symbol library for these exercises to functionproperly.
Use the Project Manager to add new drawings, reorder drawing files, andchange project settings. You cannot have two projects open in the ProjectManager with the same project name. By default, the Project Manager is openand docked on the left-hand side of your screen. You can dock the ProjectManager into a specific location on the screen or hide it until you want to usethe project tools. Right-click the properties icon to display options to move,size, close, dock, hide, or set the transparency for the Project Manager.
Working with Projects | 55
Create an AutoCAD Electrical project
1 Click the Project Manager tool if the Project Manager is not alreadydisplayed on your screen.
Projects ➤ Project ➤ Project Manager
2 In the Project Manager, click the New Project tool.
NOTE You can also use the Project Manager to open an existing project. Inthe Project Manager, click the project selection arrow and select Open Project.
3 In the Create New Project dialog box, specify:
Name: AEGS
A name must be entered in order to define any of the project properties.The .wdp extension is not required in the edit box.
4 Make sure wddemo.wdp is specified in the Copy Settings from ProjectFile edit box.
56 | Chapter 2 Projects
5 Click OK-Properties.
Your new project is added to the current projects list and automaticallybecomes the active project.
The Project Properties dialog box displays, where you can modify your projectdefault settings. All information defined on these tabs are saved to the projectdefinition file as project defaults and settings.
Set project properties
1 In the Project Properties dialog box, click the Components tab.
2 In the Component Tag Format section, verify Line Reference is selected.
This creates unique reference-based tags when multiple components ofthe same family are located at the same reference location. Whenreference-based tagging is used, a suffix variable is required to keepcomponents of the same family type unique. For example, 3 pushbuttonson line reference 101 could be labeled PB101, PB101A, and PB101B. ClickSuffix Setup to change the suffix variable.
3 Click the Wire Numbers tab.
4 In the Wire Number Format section, verify Line Reference is selected.
This creates unique reference-based wire number tags for multiple wirenetworks beginning at the same reference location. When reference-basednumbering is used, a suffix variable is required to keep wires on the samereference line or in the same reference zone unique. Click Suffix Setupto change the suffix variable.
Working with Projects | 57
5 Review the various options on the different tabs of the Project Propertiesdialog box.
NOTE In the Project Properties dialog box, icons indicate whether the settingsapply to project settings or drawing defaults. Settings that apply to projectsettings have the project icon next to them and are saved inside the projectdefinition file (*.wdp). Settings that are saved in the project file as drawingdefaults have the drawing icon next to them. Drawing related data thatshould be added to the project when running the Add Drawing commandis saved as Drawing Custom Properties.
6 Click OK.
Working with Drawings
A single project file can have drawings located in many different directories.There is no limit to the number of drawings in a project. You can add drawingsto your project at any time. When you create a new drawing, it is automaticallyadded to the active project.
Many of the drawing settings used by AutoCAD Electrical are stored in a smartblock on the drawing named WD_M.dwg. Each AutoCAD Electrical drawingshould contain only one copy of the WD_M block. If multiple WD_M blocksare present, the settings may not be stored and read consistently.
58 | Chapter 2 Projects
Create a new drawing
1 In the Project Manager, click the New Drawing tool.
2 In the Create New Drawing dialog box, specify:
Name: AEGS11
Description 1: Bill of Materials Report
3 Click Browse next to the Template edit box.
A set of templates (*.dwt files) installed with AutoCAD Electrical containsettings for various kinds of drawings, such as acad.dwt andACAD_ELECTRICAL.dwt.
You can create your own templates, or use any drawing as a template.You can save a drawing at any stage of completion as a template file.When you use a drawing as a template, the settings in that drawing areused in the new drawing. The changes you make to a drawing that isbased on a template do not affect the template file.
AutoCAD Electrical fully supports the use of AutoCAD template files. Tomake an AutoCAD drawing compatible with AutoCAD Electrical, selectan AutoCAD Electrical command to modify the drawing.
4 In the Select template dialog box, select ACAD_ELECTRICAL.dwt, andclick Open.
5 In the Create New Drawing dialog box, click OK.
Working with Drawings | 59
NOTE You could click OK-Properties to display the Drawing Properties dialogbox. This dialog box has options similar to those found in the ProjectProperties dialog box, but defines drawing-specific settings that are maintainedinside the drawing's WD_M block.
6 In the Project Manager, double-click the project name (AEGS) to displaythe drawing files. AEGS11 should be the only file in the list.
Add drawings to the project
1 In the Project Manager, right-click AEGS, and select Add Drawings.
2 In the Select Files to Add dialog box, select drawings AEGS01.dwg toAEGS10.dwg and click Add.
3 When asked whether to apply the project default values to the drawingsettings, click Yes.
The Project Manager lists the files under the AEGS folder. New drawingsthat you add from this point on are added at the end of the drawingorder. You now have access to the files required for the exercises in thisbook.
NOTE Two projects can reference the same drawing file; however this canlead to conflicts if both projects try to modify the same drawing with aproject-wide tagging or cross-referencing function.
The drawing order in the Project Manager determines how AutoCADElectrical processes the drawings during project-wide operations such asresequencing and wire numbering.
4 In the Project Manager, right-click the project name, and select ReorderDrawings.
60 | Chapter 2 Projects
5 In the Reorder Drawings dialog box, select AEGS11.dwg and click MoveDown until the drawing is at the bottom of the list.
6 Click OK.
AEGS11.dwg is now at the bottom of the project drawing file list in theProject Manager.
NOTE The active drawing displays in bold text in the project drawing listallowing you to easily see which file you are working in.
You can add descriptions for each drawing to the project file. Drawingdescriptions are saved in the project file only and do not change the drawingitself. You can reuse drawing descriptions in title block attributes and associatethem with AutoCAD Electrical reports.
Add the description of a drawing you add
1 In the Project Manager, right-click AEGS10.dwg, and select Properties ➤
Drawing Properties.
2 In the Drawing Properties ➤ Drawing Settings dialog box, Drawing Filesection, specify:
Description 1: Connector Drawing
3 Click OK.
4 In the Project Manager, select AEGS10.dwg.
Working with Drawings | 61
5 In the Project Manager, Details section, review the drawing descriptions.
The drawing details update when you highlight a drawing file and remainvisible until a new drawing file is selected. Displayed information includesthe status, file name, file location, file size, last saved date, and the nameof the last user who modified the file.
Use the Project Manager to easily preview drawings. Moving among drawingsusing the up and down keys does not open the drawing. It changes the previewor details display in the Project Manager.
View drawings in a project
1 In the Project Manager, select AEGS04.dwg.
2 In the Project Manager, Details section, click Preview.
3 Continue to click the drawing name you want to preview or use the upand down arrow keys to scroll through the drawing files.
4 When you finish viewing the drawings, click Details to return to thedrawing details view.
If a project drawing is currently open and you want to move to the previousor next drawing in the projects list, use the Previous Project Drawing and NextProject Drawing tools. When you use these tools to move among drawings,any unsaved changes to the current drawing are saved, the drawing is closed,and the requested drawing is opened.
View project drawings when a drawing is open
1 In the Project Manager, double-click AEGS04.dwg.
62 | Chapter 2 Projects
2 To view the drawings, click Previous Project Drawing and NextProject Drawing.
A new window opens and the original window closes when you click thenavigation tools unless you hold the Shift key while clicking the tools.
Working with Drawings | 63
64
Ladder Style Diagrams
Part 2 of this manual provides information on setting up and working with ladder stylediagrams.
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66
Wires
This chapter contains information about wires and how they are used in AutoCAD® Electrical.
About Wires
AutoCAD Electrical treats AutoCAD® line entities as wires when the lines areplaced on an AutoCAD Electrical defined wire layer. The number of wire layersavailable in AutoCAD Electrical is unlimited. These lines get tagged with wirenumbers and show up in various wire connection reports.
Two wire segments connect if the end of one wire segment touches or fallswithin a small trap distance of any part of the other wire segment. Thisconnection can be at the end of the other wire or anywhere along the lengthof the other wire.
AutoCAD Electrical considers a wire connected to a component if the wire endfalls within a trap distance from the wire connection-point attribute of acomponent.
The wire layer for a new wire segment is determined by:
■ Wires that begin or end in space or begin and end at a componentconnection point, are put on the current layer (if it's a wire layer), or on thefirst wire layer AutoCAD Electrical finds in a layer name search.
■ Wires that begin at an existing wire are put on the same layer as thebeginning wire.
■ Wires that begin in space or at a component and end at an existing wiretake on the layer of the ending wire.
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Inserting Wires
You can start or end a wire segment in empty space, from an existing wiresegment, or from an existing component. If you start from a component, thewire segment snaps to the wire connection terminal closest to your pick pointon that symbol. If the wire segment ends at another wire segment, a DOT(block name wddot.dwg) is applied if appropriate. If it ends at anothercomponent, the segment connects to the wire connection terminal closest toyour pick point on that symbol.
NOTE When inserting wires, if a wire already occupies a wire connection point,the new wire is drawn as an angled wire connection.
Insert wiring
1 In the Project Manager, Project Drawing List, double-click AEGS04.dwg.
2 Zoom in on the upper left corner of the drawing. Make sure thehot and neutral vertical wires are displayed.
3 Click the Add Rung tool.
Wires ➤ Add Rung
4 Respond to the prompts as follows:
Add rung passing through this location or [wiretype (T)]:
Select a location between the two vertical bus wires beside line reference 403(1)
Add rung passing through this location or [wiretype (T)]:
Select a location between the two vertical bus wires beside line reference 404,underneath the newly created rung (2), press ENTER
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Two horizontal wires are created automatically between the vertical buswires at the closest line reference location.
Create two vertical wires between two horizontal wires
1 Click the Insert Wire tool.
Wires ➤ Insert Wire
2 Respond to the prompts as follows:
Specify wire start or [wiretype (T)/show connections (X)]:
Select the top wire at line reference 403(1)
Specify wire end or [V=start Vertical/H=start
Horizontal/Continue]: Select the lower wire at line reference 404 (2)
The color of temporary graphics changes for a new wire when AutoCADElectrical can connect the wire to an existing wire.
Component wire connection points are displayed as green x’s at the wireconnections when you enter X + ENTER during wire insertion. If you panor zoom, you have to repeat the command in order to view the wireconnection points.
3 Insert another wire to the right of the new wire.
4 Press ENTER to exit the command.
The inserted wires resemble the following image.
Trimming Wires
After you insert wires, you may need to trim them. The Trim Wire tool removeswire segments. You can trim single or multiple wires.
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Trim a wire
1 Click the Trim Wire tool.
Wires ➤ Trim Wire
2 Respond to the prompts as follows:
Fence/Crossing/Zext/<Select wire to TRIM>:
Specify the wire segment at line reference 404 between the two vertical wires(1), right-click
Wire segments are trimmed back to a connecting dot, a component, orcompletely if neither is encountered along the segment. Any connectiondots that are no longer needed are removed.
The trimmed wire resembles the following image.
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Schematic Components
This chapter contains information about schematic components in AutoCAD® Electrical andinserting them into drawings.
About Schematic Components
An AutoCAD Electrical schematic component is an AutoCAD® block with certainexpected attributes. When inserting components, you can use AutoCAD Electricaltools to break wires, assign unique component tags, cross reference relatedcomponents, and enter values for catalog information, component descriptions,and location codes.
AutoCAD Electrical supplies a schematic symbol dialog box for finding andinserting schematic components. It also triggers a number of additional features,such as automatic wire breaks, component tagging, real-time cross-referencing,and component annotation.
Inserting Components
AutoCAD Electrical employs a parent/child relationship for schematiccomponents. A relay coil with a certain number of contacts is represented bythe parent coil symbol and the child contact symbols. When the parent coilsymbol is inserted, it is assigned a unique component tag. When the childcontact symbols are inserted, the child is related to the parent and the parenttag is assigned to the child symbol.
In this exercise, you insert components on the wires previously defined inAEGS04.dwg.
4
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Insert a parent component
1 Click the Insert Component tool.
Components ➤ Insert Component
2 In the Insert Component: JIC Schematic Symbols dialog box, clickRelays/ Contacts.
3 In the JIC: Relays and Contacts dialog box, click Relay Coil.
4 Respond to the prompts as follows:
Specify insertion point:
Position the component on the wire at line reference 403 near the neutral wireand click (1)
TIP If the component misses the wire and it fails to break, click Cancel in theInsert/Edit Component dialog box and press ENTER to repeat the commandand try again.
The coil symbol breaks the underlying ladder wire and reconnects if youselect directly on the wire or very near to it. If the component didn’tinsert in-line with the wire, you didn’t select close enough to the wirefor the symbol to sense that there was a nearby wire. Click Cancel on theInsert/Edit Component dialog box. Right-click or press ENTER to repeatthe command and try again. Turning on Snap will help (0.125 is a goodsetting to use).
This tool inserts components into alignment with underlying wires, itdoes not align components side-to-side. If you want to insert componentsin neat columns, you have 3 options: use AutoCAD Snap when insertingcomponents; use the Scoot command to stretch components andconnected wires in place; or use the Align Component tool.
5 In the Insert/Edit Component dialog box, verify the Component Tag isset to CR403.
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AutoCAD Electrical automatically determines the unique tag name forthe new relay based on the line reference location that you inserted thesymbol on. “CR” indicates that it is a control relay and “403” indicatesthat the symbol is on line reference 403. If you inserted this symbol online reference 404 then the tag name would be “CR404.”
You can assign a catalog number to the component that can be extractedinto reports. There are two pieces of BOM catalog information:manufacturer code and catalog number. These values are carried asinvisible attributes on the symbol. You can type in values for each orselect the BOM information from an on-line catalog database file.
6 In the Catalog Data section, click Lookup.
There are three search criteria pull-down lists across the top of the PartsCatalog dialog box. You can easily change the search criteria to get adifferent set of valid catalog numbers. Each time you make a selectionfrom one of these lists, the catalog selection is filtered.
7 In the Parts catalog dialog box, select the following search criteria:
MANUFACTURER: AB
TYPE: TYPE P
8 Change the catalog assignment to 700-P200A1.
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9 Click Catalog Check.
10 In the Bill Of Materials Check dialog box, review the BOM informationassociated with the selected part number.
Click Close.
11 In the Parts catalog dialog box, click OK.
The selected manufacturer code and catalog number display in theInsert/Edit Component dialog box. When you click OK on the dialogbox, the values will transfer to the symbol.
NOTE Sample catalog information is provided with AutoCAD Electrical inAccess Database format (.mdb). If your company uses its own internal codingsystem instead of manufacturer catalog numbers, just substitute thosenumbers into AutoCAD Electrical’s catalog database files. If you use your ownsystem and reference a vendor’s number, extra user fields are available in allof the sample database files.
12 In the Insert/Edit Component dialog box, Description section, specify:
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Line 1: MASTER CONTROL
Line 2: RELAY
Up to 3 lines of description text can be entered as a description forcomponents. If the third description line is unavailable, the symbol doesnot carry an attribute for a third line of description.
NOTE You can specify a description by entering text or by clicking Defaultsto select from a list of standard component descriptions.
13 In the Insert/Edit Component dialog box, Location code section, clickDrawing.
AutoCAD Electrical does a quick read of the drawing file and returns alist of all location codes used so far.
14 In the All Locations - Drawing dialog box, select MCAB5 and click OK.
NOTE You can also include an external “LOC” location list in the project“LOC” list to help with consistency. To use this feature, create a file calleddefault.loc and put it in an AutoCAD Electrical search directory. The formatfor this text file is each location on its own line in the file with no leadingspaces. You can also create a project-specific file by naming it the same asyour project but with a .loc extension.
15 In the Insert/Edit Component dialog box, the pin values are insertedbased on the selected catalog number:
Pins: 1: K1
Pins: 2: K2
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16 In the Insert/Edit Component dialog box, click OK.
Any values entered here are saved as attribute values on the symbol itself.
Relocating Components
You might need to scoot the component if it was not inserted in the correctlocation. Use the Scoot tool to select a component or wire number and slideit back and forth along the wire while keeping everything connected. You canselect a wire or a whole rung of circuitry and scoot it to a new position. Ifthere are any parent components among the scooted items, you will be askedif you want to re tag the scooted components.
The Scoot tool works on wire numbers, components, terminals, PLC I/Omodules, jogs in dashed link lines, signal arrows, wires, and wires withwire-crossing loops.
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Scoot a component
1 Click the Scoot tool.
Components ➤ Scoot
2 Respond to the prompts as follows:
Select component, wire, or wire number for SCOOT:
Select the component that was just inserted at line reference 403
The cursor changes to a box.
Select component, wire, or wire number for SCOOT: to:
Move the cursor to the right and click, right-click to exit the command
The component moves to its new location.
You can use the Scoot tool to grab a component or a wire number andslide it back and forth along a wire. You can grab a wire or a whole rungof circuitry and scoot it to a new position, while keeping everythingconnected.
The steps to insert a parent component and a child component are the same,except when you annotate the symbol.
Insert a child component
1 Click the Insert Component tool.
Components ➤ Insert Component
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2 In the Insert Component: JIC Schematic Symbols dialog box, clickRelays/ Contacts.
3 In the JIC: Relays and Contacts dialog box, click Relay NO Contact.
4 Respond to the prompts as follows:
Specify insertion point:
Position the cursor on the wire at line reference 404 near the hot wire and click(1)
The Insert/Edit Child Component dialog box displays. Notice thatAutoCAD Electrical did not automatically assign a tag name for the relaycontact; there is just a generic “CR” in the edit box. You must determinethe relay contact tag name. A relay contact is a child component thatmust link to a parent relay coil on a drawing in the active project. Thechild gets the same name that is found on the parent relay coil.
You can assign the tag name by clicking Parent/Sibling and picking theparent in the drawing or by clicking Drawing or Project to select from alist of components with the same family name.
5 In the Insert/Edit Child Component dialog box, Component Tag section,click Drawing.
6 In the Active Drawing list for FAMILY=”CR” dialog box, select:
MCAB5 CR403 MASTER CONTROL RELAY
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7 Click OK.
The parent’s values are immediately transferred to the contact. It iscross-referenced in real-time. This means that the coil is annotated withthe line reference number of the new child contact and the child contactgets annotated with the line reference location of the parent coil.
8 In the Insert/Edit Child Component dialog box, verify the followingoptions are specified:
Component Tag: CR403
Description: Line 1: MASTER CONTROL
Description: Line 2: RELAY
Cross-reference: 403
Location code: MCAB5
Pins: Pin 1: A1X
Pins: Pin 2: A1Y
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9 In the Insert/Edit Child Component dialog box, click OK.
The child component is inserted:
Aligning Components
Align the normally open relay with an existing component. After you inserta component, you can align or edit it as necessary.
Align a component
1 Expand the Scoot tool, and then click the Align tool.
Components ➤ Align
2 Respond to the prompts as follows:
Pick component to align with (Horizontal/<Vertical>):
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Select the normally open limit switch component near the hot wire at linereference 406 (1)
A dashed line is displayed.
Select objects:
Select the previously inserted child contact component near the hot wire at linereference 404 (2), right-click
The aligned component is placed.
Inserting Components
Now you need to insert a system reset push button, pilot light, and anemergency stop push button to make up the circuit.
Insert a system reset button
1 Click the Insert Component tool.
Components ➤ Insert Component
2 In the Insert Component: JIC Schematic Symbols dialog box, clickPush Buttons.
3 In the JIC: Push Buttons dialog box, click Push Button NO.
4 Respond to the prompts as follows:
Specify insertion point:
Position the push button on the wire at line reference 403 near the hot wireand click (1)
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5 In the Insert/Edit Component dialog box, verify the following:
Component Tag: PB403
AutoCAD Electrical automatically assigned the tag name based on theline reference.
6 In the Descriptions section, specify:
Line 1: SYSTEM
Line 2: RESET
7 In the Location code section, click Drawing.
8 In the All Locations - Drawing dialog box, select OPSTA3 and click OK.
9 In the Insert/Edit Component dialog box, click OK.
Insert a pilot light
1 Click the Insert Component tool.
Components ➤ Insert Component
2 In the Insert Component: JIC Schematic Symbols dialog box, clickPilot Lights.
3 In the JIC: Pilot Lights dialog box, click Green Press to Test.
4 Respond to the prompts as follows:
Specify insertion point:
Position the pilot light on the wire at line reference 404 near the neutral wireand click (2)
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TIP Having Snap turned on makes positioning the pilot light easier.
5 In the Insert/Edit Component dialog box, verify:
Component Tag: LT404
6 In the Descriptions section, specify:
Line 1: CONVEYOR
Line 2: ON
7 In the Location code section, click Drawing.
8 In the All Locations - Drawing dialog box, select OPSTA3 and click OK.
9 In the Insert/Edit Component dialog box, click OK.
Insert a push button for emergency stop
1 Click the Insert Component tool.
Components ➤ Insert Component
2 In the Insert Component: JIC Schematic Symbols dialog box, clickPush Buttons.
3 In the JIC: Push Buttons dialog box, click Mushroom Head NC.
4 Respond to the prompts as follows:
Specify insertion point:
Position the push button on the middle of the wire at line reference 403 andclick (3)
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5 In the Insert/Edit Component dialog box, verify:
Component Tag: PB403A
AutoCAD Electrical automatically assigned the tag name based on theline reference. It added the “A” suffix since this is your second pushbutton on this line reference.
6 In the Descriptions section, specify:
Line 1: EMERGENCY STOP
7 In the Location code section, click Drawing.
8 In the All Locations - Drawing dialog box, select OPSTA3 and click OK.
9 In the Insert/Edit Component dialog box, click OK.
Your finished schematic should resemble the following:
Editing Components
You can go back to a component at any time and make changes. You canchange description, tag, catalog number, location code, terminal numbers,and rating values using the Edit Component tool.
Insert a child contact
1 Zoom in on the blank ladder rung at line reference 410.
2 Press F9 to turn SNAP on.
3 Click the Insert Component tool.
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Components ➤ Insert Component
4 In the Insert Component: JIC Schematic Symbols dialog box, clickSelector Switches.
5 In the JIC: Selector Switches dialog box, click 2nd+ NC Contact.
6 Respond to the prompts as follows:
Specify insertion point:
Position the selector switch at line reference 410 near the left side of the ladderand click (1)
7 In the Insert/Edit Child Component dialog box, click OK.
Insert a pilot light
1 Click the Insert Component tool.
Components ➤ Insert Component
2 In the Insert Component: JIC Schematic Symbols dialog box, clickPilot Lights.
3 In the JIC: Pilot Lights dialog box, click Blue Press to Test.
4 Respond to the prompts as follows:
Specify insertion point:
Position the pilot light at line reference 410 near the neutral wire but exactlyin line with the selector switch and click (2)
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5 In the Insert/Edit Component dialog box, verify:
Component Tag: LT410
6 In the Descriptions section, specify:
Line 1: MAINT
Line 2: MODE
7 In the Insert/Edit Component dialog box, click OK.
Edit a child contact
1 Press F9 to turn SNAP off.
2 Click the Edit Component tool.
Components ➤ Edit Component
NOTE You can also right-click on a component and select Edit Componentfrom the context menu.
3 Respond to the prompts as follows:
Select component/cable/location box to EDIT:
Select the selector switch on line reference 410
4 In the Insert/Edit Child Component dialog box, Component Tag section,click Parent/Sibling.
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5 Respond to the prompts as follows:
Select component:
Select the bottom sibling contact (3) of the existing switch on line reference 408
AutoCAD Electrical reads the sibling contact and transfers the appropriateannotation to your new switch contact.
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6 In the Insert/Edit Child Component dialog box, click OK.
The sibling contact information is displayed on the drawing.
Linking Components
In this exercise, you link the selector switch you just inserted to the existingRAM MODE selector switch residing on line reference 406 through 408 usingdashed link lines.
Connect components using wires
1 Click the Insert Wire tool.
Wires ➤ Insert Wire
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2 Respond to the prompts as follows:
Specify wire start or [wireType/X=show connections]:
Click the wire connection point on the right-hand side of the switch contact (1)
Specify wire end or [Continue]:
Drag the wire to the right and click the wire connection point on the left-handside of the blue pilot light (2)
Specify wire start or [Scoot/wireType/X=show connections]:
Click the left-hand side of the switch contact
Specify wire end or [Continue]:
Drag the wire to the left and click the left-hand vertical bus wire
The wire automatically ends on the bus and inserts a wire connectiondot.
3 Repeat the process to connect the right-hand side of the blue pilot lightto the vertical bus wire.
4 Right-click and select Enter to finish creating the wire connections.
If you lay a wire over the top of a series of components, AutoCADElectrical automatically breaks and reconnects to the underlying wireconnection points.
Link components
1 Expand the Dashed Link Lines tool, and then click the LinkComponents with Dashed Line tool.
Components ➤ Link ➤ Link Components with Dashed Line
2 Respond to the prompts as follows:
Component to link from:
Click the contact of the switch on line reference 408 (6)
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Component to link to:
Click anywhere on your new switch contact (7), right-click
The contact’s annotation is changed to invisible and a dashed link lineis drawn from the bottom of the upper contact to the top of your newcontact.
Your finished schematic should resemble the following:
NOTE The Scoot command is fully compatible with dashed line links. Scootingone contact left or right causes both links to automatically update. You caneven scoot the horizontal “jog” in the dashed link line up or down.
Editing Catalog Information
Sample catalog information is supplied with AutoCAD Electrical. Theinformation is held in tables in an Access Database file (.mdb) that is populatedwith sample vendor data.
You can use sort criteria in the catalog lookup to selectively display catalognumbers for a component type.
Filter catalog data
1 Right-click on LT410 and select Edit Component.
2 In the Insert/Edit Component dialog box, Catalog Data section, clickLookup.
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3 In the Parts Catalog dialog box, select:
Manufacturer: AB
Type: 30.5mm
Voltage: 120VAC XFMR
4 Change the catalog assignment to 800T-PT16E.
Add a catalog entry
1 In the Parts Catalog dialog box, click Add.
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The entries are prefilled with the information for the currently assignedcatalog part number. This makes it easy to add a new entry with similarinformation.
2 In the Add Catalog Record dialog box, specify:
Catalog: BOG-123B
Manufacturer: BOGUS
The catalog lookup works most efficiently when field values that aremeant to be the same are exactly the same in both spelling andcapitalization. The list box beside each field helps you maintainconsistency as you add new catalog items.
3 Click List next to the Description field.
AutoCAD Electrical does a quick scan of the existing catalog file. It collectsand displays a list of all of the different description field values found inthe catalog.
4 In the Field Description existing values dialog box, select BLUE PILOTLIGHT - PRESS TO TEST, NEMA 4/13 and click OK.
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5 In the Add Catalog Record dialog box, click List next to the Type, Voltageand Miscellaneous fields and select the values shown below if not alreadyselected.
AutoCAD Electrical provides 3 blank user fields for your own internaluse. Each can be a maximum of 24 characters wide and are extracted intoBOM reports along with all of the other fields.
NOTE You can add catalog entries with a subassembly. To link a subassemblywith the main, the catalog part numbers should share the same codes. In theEdit Catalog Record dialog box, select As main->sub, enter the ASSYCODE,and click OK. The ASSYCODE needs to be unique since it links the maincatalog item with subassembly items. To add the subassembly item, in theAdd Catalog Record dialog box, create a new catalog entry, select As sub,enter an ASSEMBLYLIST code, and click OK.
6 In the Add Catalog Record dialog box, click OK.
As the new entry is being added to the file, the Part Catalog dialog boxdisplays.
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7 In the Parts Catalog dialog box, select the BOG-123B catalog entry andclick OK.
8 In the Insert/Edit Component dialog box, click OK.
Moving Between Symbols
Use the AutoCAD Electrical Surf utility to quickly move from componentreference to reference across the project drawing set.
1 Zoom on the upper left-hand portion of the first ladder column.
2 Click the Surfer tool.
Projects ➤ Surfer
3 Click anywhere on relay coil CR407.
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All instances of CR407 appear in the Surf dialog box.
4 Select the reference on sheet 6.
5 Click Go To.
The instance of CR407 on sheet 6 is surfed to and displayed in the drawingnext to the Surf dialog box.
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6 Select the reference on sheet 9.
7 Click Go To.
You can edit or delete the component using options in the Surf dialogbox.
8 Double-click the first entry in the Surf dialog box to return to the originalAEGS04.dwg drawing.
9 Click Close.
NOTE Drawing files are saved while surfing if AutoCAD Electrical senses thata change has been made to the drawing.
Swapping Components
You can use the Swap Block tool to swap one component for another (suchas swapping a proximity switch with a limit switch) in a single drawing orproject-wide.
Swap switches while keeping wire connections
1 Zoom in on the limit switch on line reference 406.
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2 Expand the Insert Component tool, and then click the Swap/UpdateBlock tool.
Components ➤ Component Miscellaneous ➤ Swap/Update Block
3 In the Swap Block/ Update Block/ Library Swap dialog box, specify:
Option A: Swap a Block - drawing wide
Pick new block from icon menu
Retain old block scale
Auto re tag if parent swap causes FAMILY change
Attribute Mapping: Use Same Attribute Names (default)
Click OK.
4 In the Insert Component: JIC Schematic Symbols dialog box, clickMiscellaneous Switches.
5 In the JIC: Other Switch Types dialog box, click Proximity SwitchNO.
6 Respond to the prompts as follows:
Select component type to swap out: Select the limit switch, LS406
The limit switch symbol disappears and the proximity switch symbolinserts. All existing text annotation transfers to the new symbols and thewires reconnect.
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Creating Custom Symbols
You can use the Symbol Builder to easily create an AutoCAD Electrical symbol.This utility builds a smart schematic symbol by either adding AutoCADElectrical attributes to the symbol's geometry or by converting text entities toAutoCAD Electrical attributes. You can also use AutoCAD attribute definitionand editing commands to do the same thing. This tool makes the task easierbecause you quickly pick and place attributes. It tracks what attributes arepresent and checks your work to make sure that any required attributes arenot omitted.
NOTE If you exit out of the Symbol Builder, restart it. On the Select Symbol/Objectsdialog box, click Select objects and select any graphics and attributes you addedso far. You can then start from where you left off.
Create a parent schematic symbol
1 Draw a rectangle anywhere on the drawing.
TIP It is easiest to draw it in the white space on the left-hand side of thedrawing.
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2 Open AEGS03.dwg.
3 Expand the Miscellaneous tool, and then click the Symbol Buildertool.
Components ➤ Symbol Library ➤ Symbol Builder
4 In the Select Symbol/Objects dialog box, Attribute template section,browse to the Library path C:\Documents and Settings\AllUsers\Documents\Autodesk\Acade {version}\jic125 (orC:\Users\Public\Documents\Autodesk\Acade {version}\jic125 on a WindowsVista installation).
5 In the Attribute template section, select Symbol: Horizontal Parent, Type:Generic.
6 In the Select from drawing section, click Select objects and select therectangle.
7 Select OK.
Adding Attribute Symbols
In this example, you add the attributes: TAG1, DESC1, LOC, INST, FAMILY,MFG, CAT, and ASSYCODE. You are not limited to these attributes and youcan include your own user-defined attributes on the AutoCAD Electrical blockfiles.
NOTE The TAG1 attribute is the only one required for a parent schematic symbol.The other attributes in the Required section are expected on a parent schematicsymbol, however the symbol is recognized as a parent symbol without them.
Add attributes
1 If the Symbol Builder Attribute Editor is not visible, select theShow/Hide Symbol Builder Palette tool.
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Use this palette to assign attributes to the rectangle as well as set theheight and justification for each attribute. The palette displays theAutoCAD Electrical attributes that you can insert and define as part ofthe symbol. Once an attribute is inserted on the symbol a check mark isdisplayed next to it and you cannot insert it again. AutoCAD Electricalallows only one insertion of each attribute.
2 In the Symbol Builder Attribute Editor, select TAG1 and click theProperties tool. Enter:
Value: PS
This is the default code used as the %F value of the tag format (such as“CR” , “PB”, “LT”)
Height: 0.125
Justify: Center
Click the Insert Attribute tool.
3 Insert the attribute above the rectangle.
In the Symbol Builder Attribute Editor, notice the check mark next tothe TAG1 attribute. Continue placing the rest of the attributes.
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4 In the Symbol Builder Attribute Editor select DESC1.
Click the Insert Attribute tool.
5 Insert the attribute below TAG1.
6 Insert the LOC and INST attributes as indicated.
7 Insert the FAMILY attribute near the center of the rectangle. With FAMILYstill highlighted in the Symbol Builder Attribute Editor, select theProperties tool. Enter “PS” as the Value and OK. This assigns the %F valueto the FAMILY attribute inserted.
8 Select MFG and insert near the center of the rectangle. CAT andASSYCODE are inserted with MFG as a group.
Adding Wire Connection Points
If a component’s X?TERMxx (for example, "X2TERM01") wire connection-pointattribute lies within the small trap distance of the end of a wire, then AutoCADElectrical interprets the component connected to the wire. The only time the
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trap distance changes is when you change the Feature Scale Multiplier in theDrawing (or Project) Properties ➤ Drawing Format dialog box.
NOTE Components with closely spaced wire connection points may not beprocessed properly if the connection points fall within the AutoCAD Electrical trapdistance of one another.
A wire connection attribute can have a related terminal text attribute, TERMxx,and terminal description attribute, TERMDESCxx. The "xx" is a two-digitnumber (starting at 01) that is used to match up with the correspondingX?TERMxx wire connection attribute.
Insert connection points
1 In the Symbol Builder Attribute Editor, expand the Wire Connectionsection.
2 In the Direction / Style list, select Others.
3 On the Insert Wire Connection dialog box select Terminal Style: Screw.
This terminal style inserts both the graphic to represent the screw andthe wire connection points. You now have to determine which directionthe wire attaches to the component.
4 Check Use this configuration as default. This directs Symbol Builder touse the current Terminal Style and Scale as the default in the SymbolBuilder Attribute Editor.
5 Select Connection direction: Left & Top.
6 Enter “L” as the value for TERM01 in Pin Information.
7 Select X2TERMDESC01 in Pin Information and click Delete.
8 Click Insert.
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9 Select the Insert Wire Connection tool and insert the terminal in theupper left-hand corner as shown.
NOTE Always use AutoCAD Snap to insert the wire connection point.
10 Back on the Symbol Builder Attribute Editor, expand the Wire ConnectionDirection / Style list and select Right & Top / Screw.
11 Select the Insert Wire Connection tool and insert the terminal inthe upper right-hand corner.
You can continue to insert wire connections until you press ENTER byentering the characters indicated in the command line prompt followedby a space. You can also select from the Direction / Style list.
12 Insert the rest of the terminals as follows:
TERM03: Right
Insertion Point: below TERM02
TERM04: Bottom
Insertion Point: in the lower right-hand corner
TERM05: Bottom
Insertion Point: to the left of TERM04
TERM06: Bottom
Insertion Point: to the left of TERM05
TERM07: Bottom
Insertion Point: to the left of TERM06
13 Press Enter if necessary to return to the command prompt.
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14 On the Symbol Builder Attribute Editor, expand the Pins section. Enterthe Pin values as follows:
TERM02 : N
TERM03 : GND
TERM04 : -
TERM05 : -
TERM06 : +
TERM07 : +
Your drawing should look like the following:
Saving Symbols
You have two options for saving the symbol: WBlock or Block. WBlock createsthe symbol .dwg file while Block creates the symbol for this drawing file only.
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Save and insert the symbol onto a drawing
1 Select the Save Symbol Definition icon from the toolbar.
2 Click Insertion Point: Pick point and select a point in-line with the topterminals so that it is easy to later place on a wire.
3 Select WBlock, enter a file name or accept the default.
4 Click OK.
5 Select Close Block Editor from the block editor toolbar.
6 When asked to insert the symbol, click Yes.
7 Place the symbol on the empty wire on the left-hand side of the drawing.
The wire breaks, the component tag inserts, and the wires connect to thesymbol.
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NOTE New symbols you create can also be inserted with the AutoCADElectrical Insert Component command. You can add your new symbol to theicon menu or you can select it from the Type it or Browse dialog box fileselection options in the icon menu.
8 In the Insert/Edit Component dialog box, click OK.
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Circuitry
This chapter provides information about working with collections of interconnectedcomponents, or circuits. Circuits can be simple or complex, single or multiple, and with orwithout interconnecting wiring. Reusing circuits can both speed up drawing creation andreduce errors.
Moving an Existing Circuit
When you move a circuit, most of the parent components contained in thecircuit automatically retag since the drawing is set up for reference-basedcomponent tagging. In the process of moving the circuit, you change thereference locations of the moved components. Related child components updateto match the new parent tags, including references on other drawings in theproject.
NOTE Tagging updates vary depending on your default tagging configurations.
Move the location of a circuit
1 Open AEGS02.dwg.
2 Zoom in on the lower left corner of the drawing. Make sure the3-phase motor circuit at line reference 215 is visible.
5
107
This circuit has component tags
■ “FU215” on the 3-pole fuse
■ “215CBL” on the multi-conductor cable
■ “DS215” on the disconnect switch
■ “MOT216” on the motor
3 Expand the Insert Circuit tool, and then click the Move Circuittool.
Components ➤ Move Circuit
4 Respond to the prompts as follows:
Select Objects:
Window select the circuit on line reference 215 to capture the connection wireand dots that tie in to the vertical bus, right-click
Press F9 to turn SNAP on.
Specify base point or displacement:
Select a base point and then select a point on line reference 214
The circuitry is moved, the affected components are retagged, andcross-references are updated based on the new line reference. Each of thelisted parent component tags decrement by one. For example, fuse FU215became FU 214.
5 In the Update Related Components dialog box, click Yes-Update.
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Related child references on the active drawing update to match the newlyretagged parent components.
6 In the Update other drawings dialog box, click OK.
Related child components and panel layout references on other drawingsupdate to match the parent components on the moved circuit.
7 If asked to save the drawing, click OK.
8 Click the Surfer tool.
9 Select FU214 on the drawing.
The Surf dialog box displays three references on sheet 2 and one referenceon sheet 9.
10 Double-click the reference on Sheet 9.
Surfer goes to the panel layout drawing and zooms in on the physicalrepresentation of this 3-pole fuse. Notice that the physical representationof the fuse block tag updated because the circuit was moved.
11 Double-click the first entry in the dialog box to return to the originalAEGS02.dwg drawing.
12 Click Close.
Moving the motor circuit up one line reference spacing opened up a bit moreroom for a new circuit to be added below it. The next step is to extend the3-phase bus down to line reference 218 and over to the right to begin buildinga new motor circuit.
Extending the 3-phase bus
1 Click the Trim Wire tool.
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Wires ➤ Trim Wire
2 Respond to the prompts as follows:
Fence/Crossing/Zext/<Select wire to TRIM>:
Click the bottom ends of the three dangling wires, right-click
You can insert vertical or horizontal 3-phase wiring. Three-phase wiringautomatically breaks and reconnects to any underlying components thatit finds in its path. If it crosses any existing wiring, wire-crossing gaps areinserted.
3 Expand the Insert Wire tool, and then click the Multiple Wire Bustool.
Wires ➤ Multiple Wire Bus
4 In the Multiple Wire Bus dialog box, select:
Horizontal Spacing: 0.5
Vertical Spacing: 0.5
Starting at: Another Bus (Multiple Wires)
Number of Wires: 3
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5 Click OK.
6 Respond to the prompts as follows:
Select existing wire to begin multi-phase bus connection:
Select the bottom corner of the left-most vertical bus on line reference 214 asshown
Select existing wire to begin multi-phase bus connection: to:
Pull the cursor down to line reference 218.
Temporary graphics show the proposed routing of the extended bus.
7 Click to create the wires.
8 Right-click to exit the command.
The 3-phase bus and wire connection dot symbols are inserted on thedrawing.
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Creating a New Motor Circuit
You will now construct a new motor circuit on the extended 3-phase bus. Itis similar to the previous one, except it wires directly from the overloads tothe motor through a fusible disconnect switch.
Insert and configure the circuit
1 Expand the Insert Circuit tool, and then click the Circuit Buildertool.
Components ➤ Circuit Builder
2 The Circuit Selection dialog box displays.
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3 Select Horizontal - FVNR non-reversing.
4 Select Configure.
5 Specify insertion point at rung 217.
Circuit Configuration
A circuit is made up of individual circuit elements and the wiring that connectsthem. Circuit Builder inserts a template drawing. This template contains thebase wiring for the circuit and strategically positioned “marker” blocks”.
The “marker blocks” control what circuit elements are presented in the CircuitConfiguration dialog box. For example, a “marker block” indicates the needfor a Disconnecting Means in the circuit. Various options for the DisconnectingMeans are presented in the dialog box. The option selected for this circuit
Creating a New Motor Circuit | 113
element is inserted at the location of the “marker block”. Circuit Builderdynamically builds the complete circuit based on the selections you make onthis dialog box.
1 In the Circuit Elements section, select 3ph motor ckt, 3-pole disconnectingmeans. In the Select section, select Main Disconnect: Fuses (parent + 2children) and Include N.O. auxiliary contact: No.
Setup & Annotation section: The options within this section changeaccording to your selections in the Circuit Elements and Select sections.
Type in values or select the Browse button to access a lookup table.Select an entry from the lookup table to obtain values for the individualsettings. The catalog lookup is opened if the circuit option is a component.
2 In the Circuit Elements section, select Control transformer and circuit -non-reversing. In the Select section, select Include control circuit: None.
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3 In the Circuit Elements section, select 3ph motor ckt - Power Factor correction.In the Select section, select Include power factor correction capacitor: None.
Creating a New Motor Circuit | 115
4 In the Circuit Elements section, select 3pole overloads. In the Select section,select Overload elements: Thermal, and Include N.O. auxiliary contact: No.
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5 In the Circuit Elements section, select 3ph motor ckt - motor terminalconnections. In the Select section, select Motor Connection Terminals: Round.
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6 In the Circuit Elements section, select Safety disconnect at the motor. Inthe Select section, select Safety disconnect switch at the motor: FusedDisconnect, and Include N.O. auxiliary contact: No.
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7 In the Circuit Elements section, select 3ph motor insert. In the Selectsection, select Motor: 3ph motor.
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8 Select the Insert all circuit elements tool. Circuit Builder inserts eachof the selected circuit elements.
9 Select Done.
Multi-level terminals
1 Click the Edit Component tool.
Components ➤ Edit Component
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2 Select the round terminal on rung 217 inserted as part of the new circuit.The Insert/Edit Terminal Symbol dialog box displays, where you canannotate the terminal properties and associations.
3 In the Insert/Edit Terminal Symbol dialog box, Project List section, selectTag Strip TB.
4 Enter Location: MCAB5 and Number: 10.
5 Click Details >>.
6 In the Catalog Data section, click Catalog Lookup.
7 On the Parts Catalog dialog box, select:
Manufacturer: SIEMENS
Type: MULTI-LEVEL
Rating: 20 AMPS
8 Select part 8WA1 011-3JF16 and click OK.
The Manufacturer and Catalog information for the selected part displaysin the Catalog Data section of the Insert/Edit Terminal Symbol dialogbox.
9 On the Insert/Edit Terminal Symbol dialog box, click OK.
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10 Click the Edit Component tool.
Components ➤ Edit Component
11 Select the middle terminal between rungs 217 and 218. The Insert/EditTerminal Symbol dialog box displays.
12 In the Insert/Edit Terminal Symbol dialog box, Project List section, selectTag Strip TB.
13 Enter Location: MCAB5 and Number: 11.
Modify multi-level terminal associations
1 On the Insert/Edit Terminal Symbol dialog box, ModifyProperties/Associations section, click Add/Modify.
2 On the Add/Modify Association dialog box, Select Association section,expand the active project node. The active node is bold in the list and inthis case is MCAB5-TB (11).
The terminal block quantity displays at the end of the node string inparenthesis (). This terminal strip contains 11 terminal blocks.
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3 Select the terminal block node you inserted on line reference 217 (10, ,(3)).
The terminal numbers defined on the block are listed, separated bycommas. The number of levels defined in the block properties displaysat the end of the node string in parenthesis. For example, 1,21,GND (3).If a level is not represented on the schematic, it is represented by emptyspace: 1, , GND (3). If a terminal has been assigned to the level, but theterminal doesn’t have a number assignment, they are represented by ‘???’:1,???,GND (3).
NOTE The grid to the right populates with the definition for the selectedterminal: Level 1 has Label = TOP, Number = 10, Reference = 2,217.
4 Select Level 2 in the grid and click Associate.
Once you click Associate, the middle level updates with the terminalnumber in the grid in the Active Association section of the dialog box.
5 Click OK.
The level assignments display in the Properties/Associations section ofthe Insert/Edit Terminal Symbol dialog box. Notice that the terminal isthree levels and levels 1 and 2 are now assigned.
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6 On the Insert/Edit Terminal Symbol dialog box, click OK.
7 Click the Edit Component tool.
Components ➤ Edit Component
8 Select the bottom terminal on rung 218. The Insert/Edit Terminal Symboldialog box displays.
9 In the Insert/Edit Terminal Symbol dialog box, Project List section, selectTag Strip TB.
10 Enter Location: MCAB5 and Number: 12.
11 On the Insert/Edit Terminal Symbol dialog box, ModifyProperties/Associations section, click Add/Modify.
12 On the Add/Modify Association dialog box, Select Association section,expand the active project node.
13 Select the terminal block node you inserted on line reference 217 (10,11,(3)). Notice that the node properties updated to reflect that levels 1 and2 are assigned and that level 3 is still blank/available.
14 Select Level 3 in the grid and click Associate.
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Once you click Associate, the bottom level updates with the terminalnumber in the grid in the Active Association section of the dialog box.You can rearrange the levels by selecting a level and clicking Move Upor Move Down.
15 Click OK.
The level assignments display in the Properties/Associations section ofthe Insert/Edit Terminal Symbol dialog box. Notice that levels 1, 2, and3 are now assigned.
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16 On the Insert/Edit Terminal Symbol dialog box, click OK.
Insert a ground
1 Click the Insert Wire tool.
Wires ➤ Insert Wire
2 Respond to the prompts as follows:
Specify wire start or [wireType/ X=show connections]:
Select a point on the motor symbol near its 5 o’clock position
Specify wire end or [Continue]:
Move the cursor down past the bottom pole, left-click, pull the wire to the leftand down, then left-click to insert the wire, press ESC to exit the command
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3 Click the Copy Component tool.
Components ➤ Copy Component
4 Respond to the prompts as follows:
Select component to copy:
Select the ground symbol from the circuit on line reference 214
Specify insertion point: Select the end of the motor ground wire
Saving and Inserting Standard Circuits
AutoCAD®Electrical makes saving and inserting pre-drawn circuits easy andconvenient. You can save and insert from a user circuits page on the InsertComponent icon menu or you can use the normal AutoCAD® WBlockcommand to save selected circuitry to disk and an Insert Circuit command toinsert WBlocked circuits into the active drawing.
Save your circuit for use in the future
1 Zoom around the circuit so that it fills your screen.
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2 Expand the Insert Circuit tool, and then click the Save Circuit toIcon Menu tool.
Components ➤ Save Circuit to Icon Menu
3 On the Save Circuit to Icon Menu dialog box, click Add ➤ New circuit.
4 On the Create New Circuit dialog box, specify:
Name: Motor Circ - Fusible DS
Image file: Active and Create PNG from current screen image
File name: UserCirc1
5 Click OK.
6 Respond to the prompts as follows:
Base point:
Select the left-most wire connection point where the circuit ties into the left-handvertical bus wire
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Select objects:
Window around the circuit from left to right to capture all of the componentsand wiring, but exclude the vertical bus, press ENTER
7 On the Save Circuit to Icon Menu dialog box, click OK.
The circuit is saved to your AutoCAD Electrical user folder and can bequickly accessed from the Insert Component icon menu or from theInsert Saved Circuit tool.
The new motor has a 3-pole motor contactor child reference but there isn’t aparent motor starter relay coil to operate it. The motor start coil circuit needsto be added on a control schematic in the project drawing set and linked backto the new motor circuit.
Insert motor start coil circuit to control schematic
1 Open AEGS04.dwg.
2 Zoom on the upper-right hand ladder column so the full circuit on linereference 422-423 is displayed.
3 Expand the Insert Circuit tool, and then click the Save Circuit toIcon Menu tool.
Components ➤ Save Circuit to Icon Menu
4 On the Save Circuit to Icon Menu dialog box, click Add ➤ New circuit.
5 On the Create New Circuit dialog box, specify:
Name: Motor starter circ
Image file: Active and Create PNG from current screen image
File name: UserCirc2
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Click OK.
6 Respond to the prompts as follows:
Base point: Select the left-most wire connection point at line reference 422
Select objects:
Window around the circuit from left to right to capture all of the componentsand wiring, but exclude the vertical bus, press ENTER
7 On the Save Circuit to Icon Menu dialog box, click OK.
Insert a circuit you saved for re-use
1 Pan to display the blank area between line references 426 - 432.
2 Expand the Insert Circuit tool, and then click the Insert SavedCircuit tool.
Components ➤ Insert Saved Circuit
3 In the JIC: Saved User Circuits dialog box, select the Motor starter circbutton.
4 In the Circuit Scale dialog box, click OK.
5 Respond to the prompts as follows:
Specify insertion point:
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Place the circuit insertion point on the vertical bus wire at line reference 427,left-click to insert the circuit.
The circuit inserts and updates. Tags automatically update to reflect thenew line reference number, and parent/child relationships defined insideof the circuit update accordingly.
6 Right-click the M427 coil symbol and select Edit Component.
7 In the Insert/Edit Component dialog box, specify:
Description Line 2: MOTOR NO. 2
Click OK.
8 In the Update Related Components dialog box, click Yes-Update.
Linking the parent coil to the child contactor
1 Open AEGS02.dwg and zoom on the untagged 3-pole motorcontact/overloads on line reference 217.
2 Right-click the “M” contact and select Edit Component.
The Insert/Edit Child Component is displayed. You must enter the exactparent coil tag into the Component Tag box to establish the link betweenthe parent and the child contacts. Currently the Component Tag is M.
3 In the Insert/Edit Child Component dialog box, Component Tag section,click Project.
4 In the Complete Project list for Family=”M” dialog box, select M427HYDRAULIC MOTOR NO 2 and click OK.
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The tag M427 is now displayed in the Component Tag edit box. Noticethat the description, cross-reference, and location code boxes have alsoupdated.
5 In the Insert/Edit Child Component dialog box, click OK.
6 In the Update linked components dialog box, click OK.
The components are now linked. If you go back to drawing AEGS04.dwgand look at the motor starter coil, it shows references to these 3 childcontacts (plus one seal contact around PB427).
Using the icon menu to add a motor
1 Reopen drawing AEGS04.dwg and zoom to the blank area at line references430-431.
2 Repeat the steps for inserting the saved Motor starter circ circuit.
3 In the Circuit Scale dialog box, click OK.
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4 Insert the circuit at line reference 430.
5 Right-click the M430 coil symbol, and select Edit Component.
6 In the Insert/Edit Component dialog box, specify:
Description Line 2: MOTOR NO. 3
Click OK.
7 In the Update related components dialog box, click Yes-Update.
8 Open drawing AEGS02.dwg and zoom to the blank area at line references204-206.
9 Repeat the steps for inserting a saved circuit, but this time insert theMotor Circ - Fusible DS circuit.
10 In the Circuit Scale dialog box, click OK.
11 Respond to the prompts as follows:
Specify insertion point:
Position the motor circuit so that the insertion point lands on the left-handvertical bus at line reference 204, left-click to insert the circuit.
Notice that the fuse, disconnect, and motor automatically retag basedon their reference locations.
12 Right-click the M child motor contact symbol, and select Edit Component.
13 In the Insert/Edit Child Component dialog box, Component Tag section,click Project.
14 In the Complete Project list for Family=”M” dialog box, select M430HYDRAULIC MOTOR NO. 3 and click OK.
The tag M430 is now displayed in the Component Tag edit box. Noticethat the description, cross-reference, and location code boxes have alsoupdated.
15 In the Insert/Edit Child Component dialog box, click OK.
16 In the Update linked components dialog box, click OK.
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You can now renumber your terminals manually or project-wide.
Renumber terminals
1 Click Components ➤ Terminals ➤ Terminal Strip Utilities ➤ TerminalRenumber (Project-wide).
2 On the Project-wide Schematic Terminal Renumber dialog box, select:
Include Installation/Location in terminal strip Tag-ID match
Starting Terminal Number = 1
3 In the Tag-ID section, click Drawing.
4 On the Terminal Tag-ID List dialog box, select Tag-ID = TB and click OK.
5 On the Project-wide Schematic Terminal Renumber dialog box, click OK.
6 On the Select Drawings to Process dialog box, click Do All and click OK.
7 If asked to save the drawing, click OK.
You can modify an existing terminal to make it a multi-level terminal blockand then associate terminals to the master terminal block.
Modify terminal properties
1 Right-click terminal 4 on line reference 207 and select Edit Component.
2 On the Insert/Edit Terminal Symbol dialog box, Catalog Data section,delete the Manufacturer and Catalog information.
3 In the Modify Properties/Associations section, click Block Properties.
4 On the Terminal Block Properties dialog box, specify:
Levels: 3
Level 1
Level Description: Top
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Wires Per Connection: 2
PinL: 1
PinR: 2
Level 2
Level Description: Middle
Wires Per Connection: 2
PinL: 3
PinR: 4
Level 3
Level Description: Bottom
Wires Per Connection: 2
PinL: 5
PinR: 6
Click OK.
Notice on the Insert/Edit Terminal Symbol dialog box,Properties/Associations section that the block now has 3 levels andterminal 4 is assigned to the top level of the block.
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5 On the Insert/Edit Terminal Symbol dialog box, click OK.
6 On the Update other drawings dialog box, click OK.
7 If asked to save the drawing, click OK.
8 Click Components ➤ Terminals ➤ Associate Terminals.
9 Respond to the prompts as follows:
Select “Master” terminal: Select terminal 4 on line reference 207
Pick terminal: Select terminal 5
Pick terminal: Select terminal 6, right-click
NOTE The command prompt area indicates that the terminal was added aslevel 02 or level 03 once you pick the terminal.
10 Right-click terminal 6 and select Edit Component.
On the Insert/Edit Terminal Symbol dialog box, Properties/Associationssection, all three levels have been assigned. You can now move a terminalto another level using the Add/Modify Association dialog box.
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11 On the Insert/Edit Terminal Symbol dialog box, ModifyProperties/Associations section, click Add/Modify.
12 On the Add/Modify Association dialog box, Active Association section,highlight level 3 in the grid and click Move Up.
The grid updates to reflect the move. Notice that terminal 6 is nowassigned to level 2.
13 Click OK.
14 On the Insert/Edit Terminal Symbol dialog box, click OK.
15 If asked to update related components, click Yes-Update.
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Add wire tee markers to your circuits
1 Pan your view so the circuit on line reference 204 is visible.
2 Expand the Wire Tee Markers tool, and then click the Insert DotTee Markers tool.
3 Respond to the prompts as follows:
Specify insertion point:
Select the connection points at the vertical 3-phase bus for each wire
4 Insert dot tee markers for the circuit on line reference 204.
5 Right-click to exit the command.
Inserting Saved Circuits Using WBlock
Another method for saving and inserting circuits is to use the AutoCAD WBlockcommand to save the circuit to disk. A separate Insert Circuit command isused to browse to a selected saved circuit and insert it into the active drawing.This method allows unlimited circuits to be constructed and saved to disk.They can be arranged into a set of shared subfolders for easy browsing andretrieval using the Insert Circuit command.
Saving a circuit using WBlock
1 Pan to display the 3-phase motor circuit at line references 207 - 209.
2 Enter wblock at the command line and press ENTER.
3 In the Write Block dialog box, click Pick point.
4 Respond to the prompts as follows:
Specify insertion base point:
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Select the intersection of the left vertical bus with the upper horizontal wire atline reference 207
5 In the Write Block dialog box, click Select objects.
6 Respond to the prompts as follows:
Select objects: Window from left to right around the full circuit, right-click
7 In the Write Block dialog box, enter a name for the saved circuit. Takenote of the location where the drawing file is being saved.
8 Click OK.
Inserting a WBlocked circuit
1 Expand the Insert Circuit tool, and then click the Insert WBlockedCircuit tool.
Components ➤ Insert WBlocked Circuit
2 In the Insert Wblocked Circuit dialog box, browse to the folder containingthe circuit you just saved.
3 Select the WBlocked motor circuit, and click Open.
4 In the Circuit Scale dialog box, select:
Move all lines to wire layers
Keep all source arrows
Inserting Saved Circuits Using WBlock | 139
Update circuit’s text layers as required
Click OK.
5 Respond to the prompts as follows:
Specify insertion point: Select any blank spot on your drawing
The parent component tags that are not set to Fixed automatically retagbased on the insertion point, similar to the behavior when inserting acircuit using the icon menu method.
6 Delete the circuit.
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PLC
Programmable Logic Controller (PLC) modules are built dynamically when selected from themenu. From a small set of library symbols, hundreds of PLC modules can be built on request.This method allows the module to conform to the underlying ladder rung spacing, so youcan add spacers and break the module at insertion time.
Inserting Ladders into Drawings
You can insert a ladder into a drawing at any time. A drawing may have multipleladders, as well as single-phase and three-phase ladders. The ladders can havedifferent parameters, such as rung spacing, number of rungs, and ladder width.
Insert a single-phase ladder
1 Open AEGS05.dwg.
2 Click the Insert Ladder tool.
Wires ➤ Ladders ➤ Insert Ladder
3 In the Insert Ladder dialog box, specify:
Width: 9.000
Spacing: 1.0000
1st Reference: 519
Index: 1
Rungs: 18
Phase: 1 Phase
Draw Rungs: Yes
Skip: 0
6
141
You do not need to specify the Length since it is automatically calculatedonce the 1st Reference, Index and Rungs are specified.
NOTE Reference 519 represents Page 5, Reference 19.
4 Click OK.
5 Respond to the prompts as follows:
Specify start position of first rung or [wiretype (T)]:
Enter 16, 21, press ENTER
NOTE You can also specify the start position of the first rung by left-clickinga location on the drawing with your mouse.
A single phase ladder is inserted in the drawing.
Inserting PLC Modules
AutoCAD®Electrical generates any of hundreds of different PLC I/O moduleson demand, in a variety of different graphical styles, all without a single,
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complete I/O module library symbol resident on the system. Modules adaptto the underlying ladder rung spacing, whatever that value might be. Theycan be stretched or broken into two or more pieces at insertion time.
To insert a PLC module, you select the module and pick a location. AutoCADElectrical builds and inserts the module, using a small set of library symbols.
Insert a PLC module
1 Click the Insert PLC (Parametric) tool.
Components ➤ Insert PLC Modules ➤ Insert PLC (Parametric)
2 In the PLC Parametric Selection dialog box, select:
Manufacturer: Allen-Bradley
Series: 1746
Type: Discrete Input
Part Number: 1746-IA16
Graphics Style: 2, Vertical Module
Inserting PLC Modules | 143
3 Click OK.
4 Respond to the prompts as follows:
Specify PLC module insert point or [Z=zoom, P=pan]:
Pick a point on wire line reference 520 closer to the right side, ensure the X isnear the horizontal wire, click
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5 In the Module Layout dialog box, verify the default settings:
Spacing: 1.0000
I/O Points: Insert all
Click OK.
AutoCAD Electrical reads the vertical rung spacing of your ladder andcalculates how long the module is going to be. It multiplies the rungspacing by the number of wire connections specified by the module youselected.
Temporary graphics display a representation of the module (with thespacing defined) to help position the module on the ladder.
6 In the I/O Point dialog box, specify:
Rack Number: 1
Slot Number: 1
NOTE Specify the values by either entering text into the edit boxes or byclicking the arrows.
7 Click OK.
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8 In the I/O Address dialog box, specify:
Beginning address: I:11/00
NOTE You can also select the beginning address from the Quick picks list.
9 Click OK.
10 In the I/O Addressing dialog box, click Decimal.
The PLC module is inserted into your drawing with incremental addressnumbers already annotated as the module goes in, it breaks andreconnects to underlying wires.
You can break an I/O module into as many pieces as you want at insertiontime. This is great for high-density modules that won’t fit into a singleladder column. Use the Allow spacers/breakers option in the ModuleLayout dialog box at insertion time to do this.
You can also add extra space between adjacent I/O points using the StretchBlock tool. This feature lets you leave extra room when you know aheadof time that certain I/O point will have additional components wiredtied to a single I/O point after a PLC module is inserted.
NOTE This can be used on any block, not just a PLC module.
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Remove ladder rungs
1 Click the Trim Wire tool.
Wires ➤ Trim Wire
2 Respond to the prompts as follows:
Fence/Crossing/Zext/<Select wire to TRIM>:
Select the ladder rung at line reference 519, right-click
The ladder rung is removed from your drawing.
Using Multiple Insert Component
You can insert components into wires that are tied to the PLC module. Usethe Multiple Insert Component tool to insert a string of normally open limitswitches.
Insert a limit switch
1 Click the Multiple Insert Component tool.
Components ➤ Multiple Insert ➤ Multiple Insert (Icon Menu)
2 In the Insert Component: JIC Schematic Symbols dialog box, clickLimit Switches.
3 In the JIC: Limit Switches dialog box, select Limit Switch, NO.
Using Multiple Insert Component | 147
4 Respond to the prompts as follows:
Component Fence, From Point:
Select above the wire at line reference 520 (1)
Component Fence, From Point: to:
Drag below the wire at line reference 522, click the point (2), right-click
5 In the Keep dialog box, select:
Keep this one
Show edit dialog after each
Click OK
6 In the Insert/Edit Component dialog box, specify:
Component Tag: LS520
Description: Line 1: PALLET ENTERING
Description: Line 2: STATION
Location code: MACHINE
Click OK.
NOTE In the Insert/Edit Component dialog box, Component Tag section,you can use the Use PLC Address button to add the I/O Address as thecomponent tag.
7 In the Keep dialog box, select:
Keep this one
Show edit dialog after each
Click OK
8 In the Insert/Edit Component dialog box, specify:
Component Tag: LS521
Description: Line 1: PALLET INSIDE
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Description: Line 2: STATION
Location code: MACHINE
Click OK.
9 In the Keep dialog box, select:
Keep this one
Show edit dialog after each
Click OK
10 In the Insert/Edit Component dialog box, specify:
Component Tag: LS522
Description: Line 1: PALLET LEAVING
Description: Line 2: STATION
Location code: MACHINE
Click OK.
The normally open limit switches are inserted into the drawing.
Insert terminals
1 Click the Multiple Insert Component tool.
Components ➤ Multiple ➤ Insert Multiple Insert (Icon Menu)
2 In the Insert Component: JIC Schematic Symbols dialog box, clickTerminals/Connectors.
3 In the JIC: Terminals and Connectors dialog box, click Round withTerminal Number.
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4 Respond to the prompts as follows:
Component Fence, From Point: Select above wire at line reference 520 (1)
Component Fence, From Point: to:
Select below wire at line reference 535 (2), left click to end command, right-clickto add terminal
5 In the Keep dialog box, select Keep this one.
Click OK.
6 In the Insert/Edit Terminal Symbol dialog box, Terminal section, specify:
Location: MCAB5
Tag Strip: TS1
Number: 1
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7 Click OK.
8 In the Keep dialog box, select:
Keep all, don’t ask
Clear Show edit dialog after each
Click OK
The terminals are automatically added to your drawing.
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Annotating PLC I/O Descriptions
You can add description text to a PLC module using the Edit Component tool.You can make changes to the descriptions at any time. However, you mustedit each split PLC piece separately.
Add description text
1 Click the Edit Component tool.
Components ➤ Edit Component
2 Respond to the prompts as follows:
Select component/cable/location box to EDIT:
Select anywhere on the top portion of the PLC module
The Edit PLC Module dialog box displays.
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This dialog box provides spaces for you to enter description text for eachI/O point. Assume that the descriptions already assigned to the connectedlimit switches are similar to what you want to use for the PLC I/O pointdescriptions.
3 In the Edit PLC Module dialog box, click Wired Devices.
AutoCAD Electrical immediately follows each I/O point’s connected wirebackwards. If it finds a connected component, the component descriptiontext is retrieved. Each description is displayed in a dialog list.
4 For the first I/O address (I:11/00), select the first description (PALLETENTERING STATION) in the extracted device list.
The Confirmation dialog box displays.
5 Make sure the correct description is specified and click OK.
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6 Click Next to highlight I/O address 1:11/01 in the Addressing list.
The corresponding device description highlights automatically.
7 Select the highlighted description, PALLET INSIDE STATION, and clickOK.
8 Repeat this process for the remaining I/O point.
NOTE Alternately you can use Pick to capture existing description text froma connected device. To do so, in the Edit PLC Module dialog box, click Pickand then select the component whose text you want to copy. AutoCADElectrical reads the existing DESC text values on the component and transfersa copy to the DESC boxes in the Edit PLC Module dialog box.
9 In the Edit PLC Module dialog box, click OK.
Your descriptions appear on the module.
NOTE If your PLC description is not where you want it, use the Scoot toolto scoot the description to a new location.
Inserting I/O Based Wire Numbers
You can insert wire numbers based on the I/O address that each PLC connectedwire touches. The wire numbers insert with your specified format as fixed wirenumbers, so they will not change if a wire number re-tag is run later on.
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NOTE If you want PLC I/O based wire numbering to be the automatic default fora drawing, set this up in the Drawing Properties dialog box. Select the Search forPLC I/O address on insert toggle.
Insert PLC I/O wire numbers
1 Expand the Insert Wire Numbers tool, and then click the PLC I/OWire Numbers tool.
Wires ➤ Wire Numbers Miscellaneous ➤ PLC I/O Wire Numbers
The PLC I/O Wire Numbers dialog box displays.
The default format is %N, the address number. The wire number will bethe same as its connected I/O address number.
2 Click I:%n to change the wire number format.
This adds an ‘I’ prefix to each wire number that ties to the input module.
3 Click OK.
4 Respond to the prompts as follows:
Select I/O module to process: Select anywhere on the PLC module
Select objects: Select all of the connected wires to process, right-click
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The wire numbers are inserted with the specified format. If some of theI/O points short-circuit to other I/O points, the last point wire numberprevails for that common wire network.
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Resequencing Ladders
AutoCAD Electrical drawings can be easily renumbered and retagged with aminimum of manual clean up. You can resequence line reference numbers,component tags, and wire numbers. This is useful when a drawing has beencopied from a previous project and the line reference numbers and taggingformat of the drawing do not conform to the project requirements.
Resequence ladder line reference numbers
1 Expand the Insert Ladder tool, and then click the Revise Laddertool.
Wires ➤ Ladders ➤ Revise Ladders
The Modify Line Reference Numbers dialog box displays a list of laddersin the drawing.
2 Change the beginning line reference numbers for each ladder. Changethe first ladder to 101 (column 1, line 01) and the second ladder to 201(column 2, line 01).
3 Click OK.
The reference numbers update along each ladder.
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Wire Numbers
This chapter provides information about working with wire numbers in drawings and acrossprojects.
About Wire Numbers
Wire numbers can be assigned to any and all existing wires on an individualselection, an entire drawing, selected drawings in a project, or an entire project.
AutoCAD® Electrical assigns a unique wire number to each wire network. A wirenetwork consists of one or more wires that are electrically connected.
Attaching Source Signal Arrows
AutoCAD Electrical uses a named source/destination concept. You identify awire network to be the source, insert a source arrow on that network, andassigning a source code name to it. On the wire network that is to be acontinuation of the same wire number (whether on the same drawing or adifferent drawing in the project) you insert a destination arrow and give it thesame code name that you gave to its source. AutoCAD Electrical then reprocessesyour drawing set for wire numbering update, it matches source code nameswith destination names and copies source wire numbers over to the destinationwire networks.
You can attach a source signal to a wire segment of a wire network. This enablesthe wire number assigned to the network to jump and continue to anothernetwork on the current drawing or on one or more drawings in the project. Thesource and destination are also helpful with the Wire From/To reports andconnection information.
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Attach a source signal arrow
1 Open AEGS03.dwg.
2 Expand the Source Destination Signals tool, and then click theSource Signal Arrow tool.
Wires ➤ Signal References ➤ Source Signal Arrow
3 Respond to the prompts as follows:
Select wire end for Source:
Select the end of the hot wire on the schematic on the right side of the drawingat line reference 332 (1)
4 In the Signal - Source Code dialog box, specify:
Code: 24 VDC
Signal Arrow Style: 1
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AutoCAD Electrical allows one description line on a source arrow. Thisdescription can then be carried over to the associated destination arrow.You can define some default description lines to make them easier toenter without typing them in each time. AutoCAD Electrical looks for afile called WDSRCDST.WDD. This file is a simple text file with each linebeing read as a separate description. If this file exists, the Defaults buttonis available on the Signal - Source Code and Insert Destination Codedialog boxes.
5 Click OK.
6 In the Source/Destination Signal Arrows dialog box, click No.
NOTE Click No to insert the signal arrows on the next drawing. Click OK toinsert the signal arrows on the current drawing.
7 Click the Next Project Drawing tool to access AEGS04.dwg.
Now you are ready to insert a destination signal arrow.
Attaching Destination Signal Arrows
After the source signal arrow is attached to a wire in the drawing, you canattach a destination signal to a wire segment of a wire network. This enablesthe wire number assigned to another source wire network to carry over to thecurrent network automatically.
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Attach a destination signal
1 Expand the Source Destination Signals tool, and then click theDestination Signal Arrow tool.
Wires ➤ Signal References ➤ Destination Signal Arrow
2 Respond to the prompts as follows:
Select wire end for Destination:
Select the top of the hot wire on the schematic on the left side of the drawingat line reference 402 (2)
3 In the Insert Destination Code dialog box, click Project.
4 In the Signal codes -- Project-wide Source dialog box, select the following:
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5 Click OK.
6 In the Insert Destination Code dialog box, verify:
Code: 24 VDC
Signal Arrow Style: 1
Click OK + Update Source.
The cross-references for your signal insert into the drawing above the hotwire.
Attach source and destination signals to the neutral wires.
1 Click the Previous Project Drawing button to return to AEGS03.dwg.
2 Expand the Source Destination Signals tool, and then click theSource Signal Arrow tool.
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Wires ➤ Signal References ➤ Source Signal Arrow
3 Respond to the prompts as follows:
Select wire end for Source:
Select the bottom of the neutral wire at line reference 332 (3)
4 In the Signal - Source Code dialog box, specify:
Code: 24 VDC NEUTRAL
Click OK.
5 In the Source/Destination Signal Arrows dialog box, click No.
NOTE Click No to insert the signal arrows on the next drawing. Click OK toinsert the signal arrows on the current drawing.
6 Click the Next Project Drawing tool to open AEGS04.dwg.
7 Expand the Source Destination Signals tool, and then click theDestination Signal Arrow tool.
Wires ➤ Signal References ➤ Destination Signal Arrow
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8 Respond to the prompts as follows:
Select wire end for Destination:
Select the top of the neutral wire at line reference 402 (4)
9 In the Insert Destination Code dialog box, click Project.
10 In the Signal codes -- Project-wide Source dialog box, select the following:
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11 Click OK.
12 In the Insert Destination Code dialog box, verify:
Code: 24 VDC NEUTRAL
Signal Arrow Style: 1
Click OK + Update Source.
NOTE If asked to change the destination wire layer, click Yes.
The cross-references for your signal insert into the drawing above theneutral wire.
13 Expand the Source Destination Signals tool, and then click theShow Signal Paths tool.
Wires ➤ Signal References ➤ Show Signal Paths
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Temporary graphics illustrate the flow of the signals on your drawings.
NOTE There is no limit to the number of source and destination links youcan set up. One source network can jump to multiple destinations on one ormany drawings. A wire can carry both a destination signal and a source signalpointing to the next daisy-chained destination.
Inserting Wire Numbers
You can process and tag wires with sequential wire numbers or with wirenumbers based upon the line reference location start of the wire network.When wire numbers are automatically inserted into a drawing, the numbersare not duplicated if they are defined on another network.
AutoCAD Electrical works from left to right, top to bottom as it processes wirenetworks by default. You can change the direction of wire numbering usingthe Project Properties ➤ Wire Numbers dialog box (in the Project Manager,right-click the project name, and select Properties. In the Project Propertiesdialog box, click the Wire Numbers tab).
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Insert wire numbers automatically
1 With AEGS04.dwg open as the active drawing, zoom the top portion ofthe wire network on the left side of the drawing.
2 Click the Insert Wire Numbers tool.
Wires ➤ Insert Wire Numbers
3 In the Sheet 4 - Wire Tagging dialog box, click Pick Individual Wires.
4 Respond to the prompts as follows:
Select objects:
Select the wire segment between the two push buttons on line reference 403 (1),right-click
The wire number is placed.
Add wire numbers to the entire drawing
1 Click the Insert Wire Numbers tool.
Wires ➤ Insert Wire Numbers
2 In the Sheet 4 - Wire Tagging dialog box, click Drawing-wide.
Wire numbers are assigned to each segment in your drawing.
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Add wire numbers project-wide
1 Click the Insert Wire Numbers tool.
Wires ➤ Insert Wire Numbers
2 In the Sheet 4 - Wire Tagging dialog box, click Project-wide.
3 In the Wire Tagging (Project-wide) dialog box, verify:
Wire tag mode: Reference-based tags
To do: Tag/retag all
Freshen database (for Signals)
4 Click OK.
5 In the Select Drawings to Process dialog box, Project Drawing List section,press SHIFT as you select AEGS03.dwg and AEGSO04.dwg. Click Process.
6 Verify AEGS03.dwg and AEGSO04.dwg are listed as the drawings to processand click OK.
7 If asked to save the drawing, click OK.
Wire numbers are processed for the selected drawings.
You can use the Delete Wire Numbers tool to select a wire number or to pickon any wire of the network.
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Delete a wire number
1 Click the Delete Wire Number tool.
Wires ➤ Delete Wire Number
2 Respond the prompts as follows:
Select objects: Enter all, press ENTER
The wires in the network change to dashed lines, representing the wiresfrom which the wire numbers will be erased.
3 Press ENTER again to erase the wire numbers.
Working with Wire Layers
When a wire is inserted, the wire ends up on the first valid wire layer as definedin the Drawing Properties dialog box. It may be more appropriate for somewires to be placed on different wire layers. You can use the AutoCAD®
PROPERTIES command to move a wire to the correct layer or you can use theWire Layer utility.
Change wire layer assignments
1 Expand the Insert Wires tool, and then click the Change/ConvertWire Type tool.
Wires ➤ Change/Convert Wire Type
The Change/Convert Wire Type dialog box lists all of the valid wire layersthat are defined for the active drawing. The wire layer name and the wireproperties like color, size, and user defined properties are listed in thegrid. A number in the Used column indicates the number of wires on thedrawing. A “0” in the Used column indicates that the layer name existsin the drawing but it is not currently being used.
2 Select RED_18AWG.
The wire type highlights in blue in the dialog box indicating that this isthe wire type that will be changed.
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3 Click OK.
4 Respond to the prompts as follows:
Select Objects:
Window from left to right around the wires as shown and press ENTER
Before you press ENTER, the wires display as dashed lines to indicate thatthey have been selected; once you press ENTER the lines display in redindicating that they have been moved to the RED_18AWG wire layer.
5 Repeat to move any other wiring onto another wire layer.
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Panel Layouts
This chapter provides information about working with tools that insert footprint componentsinto panel layouts in AutoCAD® Electrical.
About Panel Layouts
AutoCAD Electrical provides tools to create intelligent panel layout drawings.You can drive layouts from information on the AutoCAD Electrical schematicdrawings or you can construct them independently of the schematics.
AutoCAD Electrical places no special naming or attribute requirements onmechanical footprint symbols. You can use footprint symbols supplied byvendors in AutoCAD® format with AutoCAD Electrical.
Inserting Panel Components
Using the AutoCAD Electrical Panel Layout tools, you can select from a list ofschematic components and then place the footprint component directly intoa panel layout. The footprint remains linked to the original schematiccomponents, so you can perform bidirectional updating between schematiccomponents and the associated footprint blocks.
For this chapter, use the Panel Layout tools:
Select schematic component footprints
1 Open AEGS08.dwg.
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2 Expand the Insert Component Footprint tool, and then click theInsert Footprint (Schematic List) tool.
Panel Layout ➤ Insert Footprint (Schematic List)
3 In the Schematic Component List -- Panel Layout Insert dialog box, verify:
Extract component list for: Project
Location Codes to extract: All
4 Click OK.
5 In the Select Drawings to Process dialog box, select AEGS04.dwg and clickProcess.
6 Verify that AEGS04.dwg is listed in the Drawing to Process section andclick OK.
7 In the Schematic Components (active project) dialog box, click MarkExisting. An x marks the footprints that are already placed in the project.
You cannot insert the same component multiple times. If you select anitem with an x, the Insert button is disabled.
NOTE An o next to a component in the list indicates that a panel componentwith a matching component tag was found, but the catalog information doesnot match.
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8 In the Schematic Components (active project) dialog box, Display section,select Hide Existing.
The schematic component footprints not yet inserted into the panellayout are displayed.
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Now you can begin to manually insert schematic component footprintson the panel layout.
Insert the system reset footprint manually
1 In the Schematics Components (active project) dialog box, select PB403OPSTA3 SYSTEM RESET.
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2 Click Manual.
NOTE The Manual button is used when schematic component footprints donot have a manufacturer and catalog number defined.
The next step is to make a catalog assignment for the automatic footprint.
3 In the Footprint dialog box, Choice A section, click Catalog lookup.
NOTE Use Choice B to enter a graphic without selecting a catalog number.
4 In the Parts Catalog dialog box, select:
MANUFACTURER: AB
TYPE: 30.5mm FLUSH
STYLE: *ALL*
5 Change the catalog assignment to 800T-A2A 1 NO 1 NC BLACK PUSHBUTTON - MOMENTARY, NEMA 4/13 and click OK.
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6 In the Footprint dialog box, Choice A section, verify:
Manufacturer: AB
Catalog: 800T-A2A
Click OK.
7 Respond to the prompts as follows:
Select Location for PB403: Select to the left of PB414A (1)
Select Location for PB403: <Ortho on> select ROTATION:
Right-click to place the push button
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The component may already have an Item Number assigned. If AutoCADElectrical finds a panel component with the same catalog information,it automatically assigns the same item number to this new component.If no item number is assigned and you think a matching component wasalready inserted, use one of the Find buttons to look through the drawingor project. If no matching component is found, click Next to assign anitem number to this footprint. This button updates each time you inserta footprint and assign an item number. This item or detail number isused for BOM and component reporting and can be referenced by optionalballoon labels tied to the footprint.
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NOTE The Panel Layout - Component Insert/Edit dialog box displays eachtime you insert a panel footprint. Information from the schematicrepresentation is automatically carried over to the panel footprintrepresentation.
8 In the Panel Layout - Component Insert/Edit dialog box, click OK.
The Schematics Component (active project) dialog box redisplays. Youcan continue inserting components from the project’s schematic list.
Insert the emergency stop footprint manually
1 In the Schematic Components (active project) dialog box, select: PB403AOPSTA3 EMERGENCY STOP.
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2 Click Manual.
3 In the Footprint dialog box, Choice A section, click Catalog lookup.
4 In the Parts Catalog dialog box, select:
Manufacturer: AB
Type: 30.5mm
Style: Red
5 Change the catalog assignment to 800T-D6A 1NO-1NC PUSHBUTTON-MUSHROOM, NEMA 4/13 and click OK.
6 In the Footprint dialog box, Choice A section, verify:
Manufacturer: AB
Catalog: 800T-D6A
Click OK.
7 Respond to the prompts as follows:
Select Location for PB403A: Select to the left of Conveyor Motor Start (2)
Select Location for PB403A: <Ortho on> select ROTATION:
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Right-click to place the push button
8 In the Panel Layout - Component Insert/Edit dialog box, click OK.
Insert the light footprint manually
1 In the Schematic Components (active project) dialog box, select LT404OPTSTA3 CONVEYOR ON.
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2 Click Manual.
3 In the Footprint dialog box, Choice A section, click Catalog lookup.
4 In the Parts Catalog dialog box, select:
MANUFACTURER: AB
TYPE: 30.5mm
VOLTAGE: *ALL*
5 Change the catalog assignment to 800H-QRT24G PLASTIC LENS24VAC/VDC FULL VOLT GREEN PILOT and click OK.
NOTE To easily sort the Catalog list, select Show list sorted by catalog partnumber in the Parts catalog dialog box.
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6 In the Footprint dialog box, Choice A section, verify:
Manufacturer: AB
Catalog: 800H-QRT24G
Click OK.
7 Respond to the prompts:
Select Location for LT404:
Select to the left of the Conveyor Running light (3)
Select Location for LT404: <Ortho on> select ROTATION:
Right-click to place the pilot light
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8 In the Panel Layout - Component Insert/Edit dialog box, click OK.
In the Schematics Components (active project) dialog box, notice themaster control relay still needs to be placed.
9 In the Schematic Components (active project) dialog box, click Close.
NOTE You can modify a footprint at any time using the Edit Footprint tool.Since there is bidirectional update capabilities between the schematics andthe panel layout drawings, you may introduce some inconsistencies betweenthe two during edit. If this happens, AutoCAD Electrical alerts you to firstcheck other drawings and then update any affected drawings.
10 In the Update other drawings dialog box, click OK.
11 If asked to save the drawing, click OK.
Modifying Attributes
You can align the inserted schematic component footprints with existingfootprints. Temporary lines indicate the direction in which the alignment isbeing defined as you select components for the alignment.
Align footprints vertically
1 Expand the Scoot tool, and then click the Align tool.
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Components ➤ Align
2 Respond to the prompts as follows:
Select component to align with (Horizontal/<Vertical>):
Enter V, press ENTER
Select component to align with (Horizontal/<Vertical>):
Select the power on button on the top, left of the layout (1)
Select objects:
Select the three components that were just inserted (2-4), right-click
The components are aligned vertically.
Align footprints horizontally
1 Expand the Scoot tool, and then click the Align tool.
Components ➤ Align
2 Respond to the prompts as follows:
Select component to align with (Horizontal/<Vertical>):
Enter H, press ENTER
Select component to align with (Horizontal/<Vertical>):
Select the conveyor running button (1)
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Select objects: Select LT404 (2), right-click
3 Follow steps 1 and 2 to align the remaining footprints horizontally.
Move an attribute
1 Expand the Edit Attributes tool, and then click the Move/ShowAttributes tool.
Components ➤ Attributes ➤ Move/Show Attributes
2 Respond to the prompts as follows:
Select attribute to Move or pick on block graphics for list
(W=Window move): Select tag LT404 (1)
Select object: Right-click to select
Base point: Select the base point (2), drag to the new location, right-click
The attribute is placed.
3 Repeat for PB403 and PB403A, then right-click to exit the command.
Very little of the information held on panel footprints is visible since onlyspecific attributes are used when assigning catalog information. If an attributeis not found, the information is saved as standard AutoCAD extended entitydata (Xdata).
AutoCAD Electrical provides a way to change the extended entity datamanually into visible attributes tied to an inserted footprint block.
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Change Xdata to attributes
1 Expand the Edit Footprint tool, and then click the Make XdataVisible tool.
Panel Layout ➤ Make Xdata Visible
2 Respond to the prompts as follows:
Select footprint: Select LT404
The Select XData to Change to a Block Attribute dialog box displays. AllXdata related to LT 404 are shown.
3 Select DESC1 and click Insert.
4 Respond to the prompts as follows:
Specify location for attribute (DESC1):
Select the location for the attribute
The attribute is displayed on the drawing and the dialog box reopens.
5 Select DESC2 and click Insert.
6 Respond to the prompts as follows:
Specify location for attribute (DESC2):
Select the location for the attribute
7 Click Done.
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Adding Nameplate Footprints
At this point, you can add nameplates to the panel layout. Nameplates areassociated with existing component footprints. Nameplates can be insertedfrom the main panel icon menu or from a vendor menu.
Insert an automotive type nameplate
1 Expand the Insert Component Footprint tool, and then click theInsert Footprint (Icon Menu) tool.
Panel Layout ➤ Insert Footprint (Icon Menu)
2 In the Insert Footprint: Panel Layout Symbols dialog box, clickNameplates.
3 In the Panel: Nameplates dialog box, click Nameplate, CatalogLookup.
4 In the Nameplate dialog box, Choice A section, click Catalog Lookup.
5 In the Parts Catalog dialog box, select:
MANUFACTURER: AB
TYPE: 800T Automotive
COLOR_AND_: *ALL*
6 Change the catalog assignment to 800T-X701 Red Blank Name Plate andclick OK.
7 In the Nameplate dialog box, Choice A section, verify:
Manufacturer: AB
Catalog: 800T-X701
Click OK.
8 Respond to the prompts as follows:
Select objects: Select PB403 (1), right-click to the place the nameplate
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As you select each footprint to insert, the nameplate block inserts andthe Panel Layout - Nameplate Insert/Edit dialog box displays where youcan annotate the nameplate and assign a BOM item number if needed.
9 In the Panel Layout - Nameplate Insert/Edit dialog box, click OK.
NOTE The data on the nameplate is linked by a tag name to the footprint and tothe schematic component of the same name. Changing the tag name of any ofthese 3 representations triggers a prompt for permission to update the otherrelated instances.
Insert a half round nameplate
1 Expand the Insert Component Footprint tool, and then click theInsert Footprint (Icon Menu) tool.
Panel Layout ➤ Insert Footprint (Icon Menu)
2 In the Insert Footprint: Panel Layout Symbols dialog box, clickNameplates.
3 In the Panel: Nameplates dialog box, click Nameplate, CatalogLookup.
4 In the Nameplate dialog box, Choice A section, click Catalog Lookup.
5 In the Parts Catalog dialog box, select:
MANUFACTURER: AB
TYPE: 800T Half Round
COLOR_AND_: *ALL*
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6 Change the catalog assignment to 800T-X59E Gray Custom Text NamePlate and click OK.
7 In the Nameplate dialog box, Choice A section, verify:
Manufacturer: AB
Catalog: 800T-X59E
Click OK.
8 Respond to the prompts as follows:
Select objects: Select PB403A (2), right-click to place the nameplate
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9 In the Panel Layout - Nameplate Insert/Edit dialog box, click OK.
The nameplate is inserted.
Editing Terminal Strips
Terminal blocks are used to connect devices that require quick disconnect ordisassembly during product shipment, while at other times they can be usedto distribute power to other devices. The Terminal Strip Editor easily andquickly defines the locations for these connected devices during the systemdesign process. Terminal strip editing is primarily used towards the end of thecontrol system design cycle to expedite the labeling, numbering, andrearranging of terminals on a terminal strip.
Copy and paste terminal properties
1 Open AEGS09.dwg.
The terminal strip you will be editing, “TB”, is already placed on thedrawing. Zoom in on terminal strip “TB” to see what the terminal stripcurrently looks like.
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2 On the Panel layout toolbar, click the Terminal Strip Editor tool.
Panel Layout ➤ Terminal Strip Editor
3 On the Terminal Strip Selection dialog box, select Terminal Strip “TB”and click Edit.
4 On the Terminal Strip Editor dialog box, Terminal Strip tab, select terminal1 in the grid.
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5 In the Terminal section, click the Move Terminal button.
6 In the Move Terminal dialog box, click Pick Above. In the Terminal StripEditor grid, select terminal 4.
NOTE You can also use the Move Up tool to move terminal 1 to the top ofthe grid.
Click Done.
7 Select terminal 4 in the grid.
8 In the Properties section, click the Copy Terminal Block Propertiesbutton.
Notice that when you click Copy Terminal Block Properties, terminals 5and 6 also highlight. This is because terminals 4, 5, and 6 are associatedtogether so if you copy the properties from one of these terminals, youwill also copy the properties from the associated terminals. The CopyTerminal Block Properties tool then copies the properties from theterminals to one or many terminals within the same terminal strip.
9 Select terminal 7 and 10 in the grid by holding down the CTRL key whileyou select the terminals.
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10 In the Properties section, click the Paste Terminal Block Propertiesbutton.
The properties you copied from terminal 4 are pasted to terminals 7 and10. Notice that both terminals are now 3-tiered terminals with level 1assigned for both.
Associate terminals
1 Select terminals 8 and 9 in the grid.
2 In the Multi-Level section, click the Associate Terminals button.
3 On the Associate Terminals dialog box, select terminal 7, , (3) and clickAssociate.
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Click OK.
4 On the Terminal Strip Editor dialog box, select terminals 11 and 12 inthe grid.
5 In the Multi-Level section, click the Associate Terminals button.
6 On the Associate Terminals dialog box, select terminal 10, , (3) and clickAssociate.
Click OK.
Insert spare terminals and accessories
1 Select terminal 7 in the grid.
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2 In the Spare section, click the Insert Spare Terminal button.
3 On the Insert Spare Terminal dialog box, specify:
Number: SPARE
Quantity: 1
NOTE You can also assign catalog information for the spare terminal fromthe Insert Spare Terminal dialog box by clicking Catalog Lookup. You canthen select the part from the Parts Catalog dialog box if needed.
Click Insert Above.
Now you will insert accessories (end barriers) into the terminal strip - oneat the top and one at the bottom of the terminal strip.
4 Select terminal 1 in the grid.
5 In the Spare section, click the Insert Accessory button.
6 On the Insert Accessory dialog box, specify:
Number: EB1
Quantity: 1
NOTE You can also assign catalog information for the accessory from theInsert Accessory dialog box by clicking Catalog Lookup. You can then selectthe part from the Parts Catalog dialog box if needed.
Click Insert Above.
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7 Select terminal 15 in the grid.
8 In the Spare section, click the Insert Accessory button.
9 On the Insert Accessory dialog box, specify:
Number: EB2
Quantity: 1
Click Insert Below.
Insert the terminal strip into the drawing
1 On the Terminal Strip Editor dialog box, click the Layout Preview tab.
2 Select Graphical Terminal Strip as the terminal type to insert into thedrawing.
3 Click Rebuild.
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4 On the Terminal Strip Editor dialog box, click OK.
5 On the Terminal Strip Selection dialog box, click OK.
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200
Point-to-PointDiagramming
Part 3 of this manual provides information on creating point-to-point diagrams using connectortools. You can also create drawings for hydraulic, pneumatic, and P&ID style diagrams.
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Connector Diagrams
This chapter provides information about working with point-to-point style wiring schematics.
About Connector Diagrams
The connector wiring tools help you more easily create and work withpoint-to-point style wiring schematics (as opposed to ladder-style schematics).Though you may find some of these tools useful for ladder-style schematics,they are tuned to work well with drawings that are heavy on point-to-pointconnector diagrams. Instead of creating and maintaining a large library ofschematic connector symbols, each symbol is generated parametrically, on thefly, per user input and at user-defined orientation. A connector toolbar containstools for creating and editing connectors.
Inserting Connectors
The Insert Connector tool generates a connector symbol from user-definedparameters. The symbol is created on the fly and inserted as a block insert intoyour active drawing file. Since these are created on an as needed basis, iteliminates the need for you to create and maintain a library of connectorsymbols.
Change drawing properties
1 Open AEGS10.dwg.
2 Click the Drawing Properties tool.
Projects ➤ Drawing Properties
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3 On the Drawing Properties ➤ Components dialog box, select Sequential.
4 On the Drawing Properties ➤ Wire Numbers dialog box, New WireNumber Placement section, select In-Line.
5 Click OK.
Add connectors to the drawing
1 Click the Insert Connector tool.
Components ➤ Insert Connector ➤ Insert Connector
2 On the Insert Connector dialog box, specify:
Pin Spacing: 1.0
Pin Count: 15
Fixed Spacing
Pin List: 1
Insert All
3 Click the Flip button to flip the connector about its long axis. Thepreview should look like the following image.
4 Click Insert.
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A preview outline of the connector displays for placement on the drawing.It shows rounded corners for the plug side of the connector. An “x”indicates the insertion point of the connector. An arrow indicates theplug side wire connection direction for plug/receptacle or plug-onlyconnector inserts or shows the wire connection direction for areceptacle-only connector insert.
NOTE Prior to committing the connector outline to the drawing, press TABto flip the connector through four different orientations, or press the V keyto switch between vertical and horizontal orientations.
5 Respond to the prompts as follows:
Specify insertion point or [Z=zoom, P=pan, X=wire crossing,
V=horizontal/vertical, TAB=flip]:
Select to place the connector in the middle of the right-hand border of BlackBox 1
The connector was automatically assigned a component tag of PJ1.
6 Click the Insert Connector tool.
Components ➤ Insert Connector ➤ Insert Connector
7 On the Insert Connector dialog box, specify:
Pin Spacing: 0.75
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Pin Count: 4
Fixed Spacing
Pin List: A
Insert All
8 Click the Flip button to flip the connector. The preview shouldlook like the following image.
9 Click Insert.
10 Respond to the prompts as follows:
Specify insertion point or [Z=zoom, P=pan, X=wire crossing,
V=horizontal/vertical, TAB=flip]:
Select to place the connector in the middle of the left-hand border of Black Box2
The connector was automatically assigned a component tag of PJ2.
11 Repeat steps 6 - 10 to place connectors on Black Box 3 and Black Box 4.
The connectors are assigned tags PJ3 and PJ4 respectively.
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Wiring Connectors
Black Box 1 is associated to a larger component such as a power box. BlackBox 2 - Black Box 4 are smaller components that are part of the power box.The components must be wired together. The easiest way to do this is to usethe Insert Wire and Multiple Wire Bus tools.
Wire the connectors together
1 Click the Insert Wire tool.
Wires ➤ Insert Wire
2 Respond to the prompts as follows:
Specify wire start or [wireType/X=show connections]:
Click on PJ1 at pin 1 on Black Box 1
Specify wire end or [Continue]: Click on PJ2 at pin A on Black Box 2
3 Repeat to connect PJ1 (Pin 2) to PJ3 (Pin A) and PJ1 (Pin 3) to PJ4 (PinA). Right-click to exit the command.
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Notice that the Insert Wire tool drew the wire between the connectorswhile avoiding any existing geometry on the screen.
4 Expand the Insert Wire tool, and then click the Multiple Wire Bustool.
Wires ➤ Multiple Wire Bus
5 On the Multiple Wire Bus dialog box, specify:
Horizontal Spacing: 0.75
Vertical Spacing: 0.50
Starting at: Component (Multiple Wires)
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6 Click OK.
7 Respond to the prompts as follows:
Window select starting wire connection points:
Select pins 5-7 on Black Box 1 (1) and right-click
to (T= wiretype) (Continue/Flip):
Drag the wires to the right past the 3 wires you just inserted, enter C and pressENTER (to continue and lock the drag)
to Point (Continue/Flip):
Drag the wires up towards PJ2 on Black Box 2, enter C and press ENTER (tocontinue and lock the drag)
to (Continue/Flip):
Drag the wires to the right and connect to pins B-D on PJ2 (2)
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8 Expand the Insert Wire tool, and then click the Multiple Wire Bustool.
Wires ➤ Multiple Wire Bus
9 On the Multiple Wire Bus dialog box, click OK to use the previous settings.
10 Respond to the prompts as follows:
Window select starting wire connection points:
Select pins 9-11 on Black Box 1 and right-click
to (T= wiretype) (Continue/Flip):
Drag the wires to the right, enter C, and press ENTER (to continue and lock thedrag)
to Point (Continue/Flip):
Drag the wires up towards PJ3 on Black Box 3, enter C, and press ENTER (tocontinue and lock the drag)
to (Continue/Flip):
Drag the wires to the right and connect to pins B-D on PJ3
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11 Expand the Insert Wire tool, and then click the Multiple Wire Bustool.
Wires ➤ Multiple Wire Bus
12 On the Multiple Wire Bus dialog box, click OK to use the previous settings.
13 Respond to the prompts as follows:
Window select starting wire connection points:
Select pins 13-15 on Black Box 1 and press ENTER
to (T= wiretype) (Continue/Flip):
Drag the wires to the right, enter C, and press ENTER (to continue and lock thedrag) before you cross the wire connection to pin A
to Point (Continue/Flip):
Drag the wires down towards PJ4 on Black Box 4, press C, and press ENTER (tocontinue and lock the drag)
to (Continue/Flip):
Drag the wires to the right and connect to pins B-D on PJ4
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Grouping Wires
Now that you’ve wired the connectors together, you need to insert in-lineconnectors to group the wires.
Insert in-line connectors
1 Click the Insert Connector tool.
Components ➤ Insert Connector ➤ Insert Connector
2 On the Insert Connector dialog box, specify:
Pin Spacing: 1.0
Pin Count: 3
At Wire Crossing
Pin List: 1
Insert All
3 Click Details.
4 On the Type section, clear the Add Divider Line box.
5 On the Display section, set Plug to Right and Pins to Both Sides.
6 On the Size section, set the Plug to 0.325.
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7 Click Insert.
8 Respond to the prompts as follows:
Specify insertion point or [Z=zoom, P=pan, X=wire crossing,
V=horizontal/vertical, TAB=flip]:
Select to place the connector on the wires connected to PJ1, Pins 1-3
9 Click the Insert Connector tool.
Components ➤ Insert Connector ➤ Insert Connector
10 On the Insert Connector dialog box, specify:
Pin Spacing: 1.0
Pin Count: 9
At Wire Crossing
Pin List: 1
Allow Spacers/Breaks
11 Click Insert.
12 Respond to the prompts as follows:
Specify insertion point or [Z=zoom, P=pan, X=wire crossing,
V=horizontal/vertical, TAB=flip]:
Select to place the connector starting on the line at PJ1, Pin 5
Notice how the connector expands when you cross the wires.
13 On the Custom Pin Spaces/Breaks dialog box, click Insert NextConnection.
The dialog box displays which connector pin has been inserted so far.Keep clicking Insert Next Connection until you place six of the nineconnections.
14 When the Custom Pin Spaces/Breaks dialog box says “Inserted So Far: 6of 9,” click Break Symbol Now.
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15 Respond to the prompts as follows:
Specify insertion point or [Z=zoom, P=pan, X=wire crossing,
V=horizontal/vertical, TAB=flip]:
Select to place the connector starting on the line at PJ1, Pin 13
16 On the Connector Layout dialog box, select Insert All.
17 Click OK.
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NOTE Another method is to insert the entire connector and then use theSplit Connector tool to break the existing connector.
18 Expand the Dashed Link Lines tool, and then click the LinkComponents with Dashed Line tool.
Components ➤ Link ➤ Link Components with Dashed Line
19 Respond to the prompts as follows:
Component to link from: Select the bottom portion of PJ6 (1)
component to link to: Select the top portion of PJ6 (2), right-click
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Modifying Connectors
The Insert Connector toolbar has tools for modifying connectors and connectorpins. You can reverse a connector about its horizontal or vertical axis, rotatea connector about its insertion point at increments of 90 degrees, increase ordecrease the connector's overall length or width, and split the connector intotwo separate block definitions. You can also add, remove, or move the pinsfound inside of the connector.
Stretch existing connectors
1 Expand the Insert Connector tool, and then click the StretchConnector tool.
Components ➤ Insert Connector ➤ Stretch Connector
2 Respond to the prompts as follows:
Specify which end of connector to stretch: Select the bottom of PJ1
Specify second point of displacement:
Pull the connector down towards the bottom of Black Box 1
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3 Repeat for PJ6, pulling the bottom of the connector down so that it iseven with PJ1.
Add connector pins
1 Expand the Insert Connector tool, and then click the AddConnector Pins tool.
Components ➤ Insert Connector ➤ Add Connector Pins
2 Respond to the prompts as follows:
Select connector: Select PJ1
Specify where to insert new pin or [Reset]<16>:
Select 4 spaces down from pin 15 on PJ1, right-click and select Enter
The next available pin number (16) inserts at the selected point.
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3 Expand the Insert Connector tool, and then click the AddConnector Pins tool.
Components ➤ Insert Connector ➤ Add Connector Pins
4 Respond to the prompts as follows:
Select connector: Select PJ6
Specify where to insert new pin or [Reset]<10>:
Select the new pin 16 on PJ1 to insert pin 10 in-line with it, right-click andselect Enter
NOTE You can delete pins using the Delete Connector Pins tool. Select thepin you want to delete and it is automatically removed from the connector.
Modify connector pins
1 Expand the Insert Connector tool, and then click the MoveConnector Pins tool.
Components ➤ Insert Connector ➤ Move Connector Pins
2 Respond to the prompts as follows:
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Select connector pin to move: Select pin 16 on PJ1
Specify new location for pin 16: Select 2 spaces up on PJ1
Select connector pin to move: Select pin 10 on PJ6
Specify new location for pin 10:
Select pin 16 on PJ1 to move pin 10 in-line with it, right-click
3 Expand the Insert Connector tool, and then click the SwapConnector Pins tool.
Components ➤ Insert Connector ➤ Swap Connector Pins
4 Respond to the prompts as follows:
Select connector pin: Select pin 16 on PJ1
Select connector pin: swap with: Select pin 12 on PJ1, right-click
5 Expand the Insert Connector tool, and then click the ReverseConnector tool.
Components ➤ Insert Connector ➤ Reverse Connector
6 Respond to the prompts as follows:
Select connector to reverse: Select the top in-line connector, right-click
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7 Click the Insert Connector tool.
Components ➤ Insert Connector ➤ Insert Connector
8 On the Insert Connector dialog box, specify:
Pin Spacing: 1.0
Pin Count: 2
Fixed Spacing
Pin List: 1
Insert All
9 Click Details.
10 On the Type section, select Add Divider Line.
11 On the Display section, set Pins to Plug Side.
12 Click Insert.
13 Respond to the prompts as follows:
Specify insertion point or [Z=zoom, P=pan, X=wire crossing,
V=horizontal/vertical, TAB=flip]:
Select to place the connector on the top of Black Box 1
14 Expand the Insert Connector tool, and then click the RotateConnector tool.
Components ➤ Insert Connector ➤ Rotate Connector
15 Respond to the prompts as follows:
Select connector to Rotate or [Hold]:
Select the new connector, right-click and select Enter
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Adding Wire Numbers
Wire numbers are blocks or attributes inserted on a line wire entity. AutoCAD®
Electrical assigns each wire number type to its own layer. You can assign adifferent color to each of these layers so you can easily tell them apart. Thewire number placement is set to in-line as defined on the Drawing Properties ➤ Wire Numbers dialog box.
Insert wire numbers
1 Click the Insert Wire Numbers tool.
Wires ➤ Insert Wire Numbers
2 On the Wire Tagging dialog box, specify:
Wire Tag Mode: Sequential
Start: 100
3 Click Drawing-Wide.
The wire numbers are automatically inserted into the drawing startingwith number 100.
4 Click the Move Wire Number tool.
Wires ➤ Move Wire Number
5 Respond to the prompts as follows:
Specify new Wire Number location (select on wire):
Select each wire closest to Black Box 1, right-click
NOTE You can align the wire numbers using the Align tool.
Adding Wire Numbers | 221
Adding Connector Descriptions
AutoCAD Electrical supports two lines of description text on each connector:one for the plug and one for the receptacle side of the connector.
Add descriptions
1 Right-click connector PJ1 and select Edit Component.
2 On the Insert/Edit Component dialog box, Pins section, click List.
3 On the Connector Pin Numbers In Use dialog box, connector pin grid,click in the Description column for Pin 1.
4 On the Pin Descriptions section, enter POWER B2 for the Receptacle.
Click in the Description column again for Pin 1 to assign the description.
5 On the connector pin grid, click in the Description column for Pin 2.
6 On the Pin Descriptions section, enter POWER B3 for the Receptacle.
Click in the Description column again for Pin 2 to assign the description.
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7 On the connector pin grid, click in the Description column for Pin 3.
8 On the Pin Descriptions section, enter POWER B4 for the Receptacle.
Click in the Description column again for Pin 3 to assign the description.
9 Click OK.
10 On the Insert/Edit Component dialog box, click OK.
11 Repeat to add the description POWER IN for Pins A on Black Box 2, BlackBox 3 and Black Box 4.
Your finished point-to-point diagram should look similar to the followingimage.
Adding Connector Descriptions | 223
224
Pneumatic, Hydraulic,and P&ID Diagrams
This chapter goes through the steps for creating Piping & Instrumentation (P&ID) andHydraulic drawings. The same workflow can be applied for Pneumatics. Once your drawingis created, you can use the regular tools in the AutoCAD® Electrical software to modify yourdrawing.
Setting Up Hydraulic Drawings
Use the Project Manager to manage your hydraulic drawings. From here youcan create a new drawing and modify any drawing properties.
Create a new drawing
1 In the Project Manager, right-click the project name, and select Properties.
2 In the Project Properties ➤ Project Settings dialog box, click Default toswitch on all paths for pneumatic, hydraulic and P&ID schematic libraries.
10
225
3 Click OK.
4 In the Project Manager, click the New Drawing tool.
5 In the Create New Drawing dialog box, specify:
Name: AEGS12
Template: Mouse over the edit box to verify AutoCAD_Electrical.dwt isspecified
Description 1: Hydraulic Example
Click OK.
NOTE You can also Click OK-Properties to proceed to Drawing Propertiesdialog box if you want to set the component, wire number, cross-reference,style and drawing format settings.
6 Select Tools ➤ Drafting Settings.
7 In the Drafting Settings ➤ Snap and Grid dialog box, turn on Snap andGrid and set the size of both to 0.125.
8 Click OK.
9 Click the Drawing Properties tool.
Projects ➤ Drawing Properties
10 In the Drawing Properties ➤ Drawing Format dialog box, Scale section,make sure that the feature scale multiplier is set to 1.0 inch.
11 Click OK.
NOTE For metric unit, the following settings are recommended so that thewire connection points will be placed on the grids for easier drafting. Gridand Snap Size = 2.5mm; Feature scale multiplier =20 (scale factor = 20)
.
12 Select Projects ➤ Toolbars ➤ Extra Libraries Toolbar.
NOTE You can also turn on the toolbar by right-clicking on any toolbar andselecting ACE: Extra Libraries.
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This toolbar has tools for inserting Pneumatic, Hydraulic and P&IDcomponents.
Inserting Hydraulic Schematic Symbols
The hydraulic symbol library in AutoCAD Electrical includes filters, valves,cylinders, pressure switches, motors, pumps, meters, restrictors, quickdisconnects, flow arrows and more. The hydraulic symbol library consists ofall the hydraulic symbols and is found at \Documents and Settings\AllUsers\Documents\Autodesk\Acade {version}\Libs\hyd_iso125 or\Users\Public\Documents\Autodesk\Acade {version}\Libs\hyd_iso125 on aWindows Vista installation.
Insert hydraulic symbols
1 Click the Insert Hydraulic Component tool.
2 In the Insert Component: Hydraulic Symbol dialog box, select the checkbox for Vertical.
3 In the Insert Component: Hydraulic Symbol dialog box, click theGeneral Valves icon.
4 In the Hydraulic: General Valves dialog box, click Shut Off ValveOpen.
5 Respond to the prompts as follows:
Specify insertion point:
Select to place the valve in the upper left corner of your drawing
6 In the Insert/Edit Component dialog box, specify:
Component Tag: VAL2
Click OK.
7 Repeat steps 1 - 3.
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8 In the Hydraulic: General Valves dialog box, click Checkvalve FlowLeft.
9 Respond to the prompts as follows:
Specify insertion point:
Select to place the check valve below the shut off valve
10 In the Insert/Edit Component dialog box, click OK.
11 Click the Insert Hydraulic Component tool.
12 In the Insert Component: Hydraulic Symbol dialog box, clickMotors & Pumps.
13 In the Hydraulic: Motors and Pumps dialog box, click FixedDisplacement.
14 In the Hydraulic: Fixed Displacement dialog box, clickUni-Directional Pump.
15 Respond to the prompts as follows:
Specify insertion point: Select to place the pump below the check valve
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16 In the Insert/Edit Component dialog box, specify:
Component Tag: Hydraulic Oil Pump
Click OK.
17 Insert another Shut Off Valve Open below the Hydraulic Oil Pump.
18 Click the Insert Hydraulic Component tool.
19 In the Insert Component: Hydraulic Symbol dialog box, click Filters.
20 In the Hydraulic: Filters dialog box, click Filter.
21 Respond to the prompts as follows:
Specify insertion point: Select to place the filter below the shut off valve
22 In the Insert/Edit Component dialog box, specify:
Component Tag: FI2
Description: Line 1: Filter
Click OK.
23 Click the Insert Hydraulic Component tool.
24 In the Insert Component: Hydraulic Symbol dialog box, clickMiscellaneous.
25 In the Hydraulic: Miscellaneous dialog box, click Reservoir.
26 Respond to the prompts as follows:
Specify insertion point: Select to place the reservoir below the filter
Inserting Hydraulic Schematic Symbols | 229
27 In the Insert/Edit Component dialog box, click OK.
Creating Pipes
In the AutoCAD Electrical application, we use different types of wires torepresent the type of running pipes that allows water or oil flows from oneinstrument to another. Let's start by setting up the type of wires for pipe runs.
Insert wires as pipes
1 Expand the Insert Wire tool, and then click the Create/Edit WireType tool.
Wires ➤ Create/Edit Wire Type
2 In the Create/Edit Wire Type dialog box, specify:
Wire Color: RED
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Size: 20
The Layer Name is automatically created. The name RED_20 is assignedto the wire layer you are creating.
3 Click Color.
4 In the Select Color dialog box, select red and click OK.
5 Click Linetype.
6 In the Select Linetype dialog box, select Continuous and click OK.
7 In the Create/Edit Wire Type dialog box, specify:
Wire Color: GREEN
Size: 10
Color: Green
Linetype: Hidden2
8 Select RED_20 in the grid and click Mark Selected as Default.
9 Click OK.
Creating Pipes | 231
10 Click the Insert Wire tool.
Wires ➤ Insert Wire
11 Respond to the prompts as follows:
Specify wire start or [wireType/X=show connections]:
Enter X and press ENTER
Specify wire start or [wireType/X=show connections]:
Select the bottom of the shut off valve
Specify wire end or [Scoot/T=wiretype, X=show connections]:
Select the top of the check valve
12 Continue inserting wires connecting the components together. Right-clickto exit the command.
Your drawing should look like the following:
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NOTE You can also insert the vertical or horizontal pipes first and then insertthe components onto the pipe, one at a time.
13 Click the Insert Hydraulic Component tool.
14 In the Insert Component: Hydraulic Symbol dialog box, select the checkbox for Vertical.
15 In the Insert Component: Hydraulic Symbol dialog box, clickPressure Relief Valves.
16 In the Hydraulic: Pressure Relief Valves dialog box, click N.C.Pressure Relief Valve with Preset -1.
Creating Pipes | 233
17 Respond to the prompts as follows:
Specify insertion point: Select to place the valve to the right of the pump
18 In the Insert/Edit Component dialog box, specify:
Component Tag: VAL4
Description: Line 1: Pressure Relief
Click OK.
19 Click the Insert Wire tool.
Wires ➤ Insert Wire
20 Respond to the prompts as follows:
Specify wire start or [wireType/X=show connections]:
Enter X, press ENTER
Specify wire start or [wireType/X=show connections]:
Press SHIFT + right-click and select Midpoint from the menu, then select themidpoint on the pipe between the pump and the shut off valve above it
Specify wire end or [V=start Vertical/H =start
Horizontal/Continue):
Drag the pipe to the right so that it is directly above the pressure relief valve,drag the pipe down and click the top connection point on the pressure reliefvalve
You now need to insert a pipe that connects the end of the valve backto the pump.
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TIP Make sure that Snap is turned off and that the Wire Layer is set toGREEN_10.
Specify wire start or [wireType/X=show connections]:
Select the bottom connection point on the pressure relief valve
Specify wire end or [V=start Vertical/H =start
Horizontal/Continue):
Drag the pipe down and to the left, click the connection point at the bottom ofthe pump, right-click
Completing the Hydraulic Drawing
The rest of the hydraulic drawing consists of inserting a Pressure Gauge andCheck Valve at the left side of the pump and then inserting devices (Cylinder;Restrictors; Filter; Check valve and 2-ways valve) along the top of the drawing.
NOTE During insertion, clear the Vertical option in the Insert Component: HydraulicSymbols dialog box.
Insert components
1 Click the Insert Hydraulic Component tool.
Completing the Hydraulic Drawing | 235
2 In the Insert Component: Hydraulic Symbol dialog box, clickMeters.
3 In the Hydraulic: Meters dialog box, click Pressure Gauge.
4 Respond to the prompts as follows:
Specify insertion point:
Select to place the pressure gauge to the far left (and slightly above) of the pump
5 In the Insert/Edit Component dialog box, specify:
Component Tag: MTR1
Description: Line 1: Pressure Gauge
Click OK.
6 Click the Insert Hydraulic Component tool.
7 In the Insert Component: Hydraulic Symbol dialog box, clickGeneral Valves.
8 In the Hydraulic: General Valves dialog box, click Shut Off ValveOpen.
9 Respond to the prompts as follows:
Specify insertion point:
Select to place the valve to the right of the pressure gauge
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10 In the Insert/Edit Component dialog box, click OK.
11 Set the wire layer to RED_20.
12 Click the Insert Wire tool.
Wires ➤ Insert Wire
13 Respond to the prompts as follows:
Specify wire start or [wireType/X=show connections]:
Select the right connection point on the pressure gauge
Specify wire end or [Continue]:
Drag the pipe to the right and click the left connection point on the valve
Specify wire start or [Scoot/wireType/X=show connections]:
Select the right connection point on the valve
Specify wire end or [Continue]:
Drag the pipe to the right and click the vertical pipe, right-click
Completing the Hydraulic Drawing | 237
14 Click the Insert Hydraulic Component tool.
15 Insert and place the devices listed below as shown in the followingillustration. In the Insert/Edit Component dialog box, click OK after eachinsertion.
NOTE You can also insert the vertical or horizontal pipes first and then insertthe components onto the pipe, one by one.
Symbol to InsertIcon
2 Way Valves ➤ Solenoid Spring Return -1(insert as Vertical symbol)
General Valves ➤ Checkvalve Flow Left (insert as a Vertical symbol)
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Symbol to InsertIcon
Filters ➤ Filter (insert as a Vertical symbol)
Restrictors ➤ Restrictor with Variable Output Flow
Restrictors ➤ By-Pass Flow Regulator with Variable Output Flow
Cylinders ➤ Single Acting Single Ended Piston Rod
TIP Align the components horizontally and vertically using the Align tool tomake inserting the pipes easier.
Completing the Hydraulic Drawing | 239
16 Click the Insert Wire tool.
Wires ➤ Insert Wire
17 Connect the pipes from one control device to another as illustrated.
18 Click the Insert Hydraulic Component tool.
19 In the Insert Component: Hydraulic Symbol dialog box, clickGeneral Valves.
20 In the Hydraulic: General Valves dialog box, click Checkvalve FlowLeft.
21 Respond to the prompts as follows:
Specify insertion point: Select to place the valve below the restrictor
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22 In the Insert/Edit Component dialog box, click OK.
23 Click the Insert Wire tool.
Wires ➤ Insert Wire
24 Connect the pipes as shown.
Completing the Hydraulic Drawing | 241
The hydraulic schematic diagram is complete.
If you want to create a pneumatic drawing, use the Insert PneumaticComponents tool on the Extra Libraries toolbar. Refer to the pneumaticdemo drawing file (Demo03.dwg) in the Extra Library Demo project.
Setting Up P&ID Drawings
Use the Project Manager to manage your P&ID drawings. From here you cancreate a new drawing and modify any drawing properties.
Create a new drawing
1 In the Project Manager, click the New Drawing tool.
2 In the Create New Drawing dialog box, specify:
Name: AEGS13
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Template: Mouse over the edit box to verify AutoCAD_Electrical.dwt isspecified
Description 1: P&ID Example
Click OK.
NOTE You can also Click OK-Properties to proceed to Drawing Propertiesdialog box if you want to set the component, wire number, cross-reference,style and drawing format settings.
3 Select Tools ➤ Drafting Settings.
4 In the Drafting Settings ➤ Snap and Grid dialog box, turn on Snap andGrid and set the size of both to 0.125.
5 Click OK.
6 Click the Drawing Properties tool.
Projects ➤ Drawing Properties
7 In the Drawing Properties ➤ Drawing Format dialog box, Scale section,make sure that the feature scale multiplier is set to 1.0 inch.
8 Click OK.
NOTE For metric unit, the following settings are recommended so that thewire connection points will be placed on the grids for easier drafting. Gridand Snap Size = 2.5mm; Feature scale multiplier =20 (scale factor = 20).
Set up wire layers
1 Expand the Insert Wire tool, and then click the Create/Edit WireType tool.
Wires ➤ Create/Edit Wire Type
2 In the Create/Edit Wire Type dialog box, click in the Wire Type #2 rowand specify:
Wire Color: RED
Size: 25
Setting Up P&ID Drawings | 243
The Layer Name is automatically created. The name RED_25 is assignedto the wire layer you are creating.
3 Click Color.
4 In the Select Color dialog box, select red and click OK.
5 Click Linetype.
6 In the Select Linetype dialog box, select Continuous and click OK.
7 Click Lineweight.
8 In the Select Lineweight dialog box, select 0.30 and click OK.
For this example, you need to create three more wire types (two yellowwire layers and one green wire layer) using the Create/Edit Wire Typedialog box.
9 In the Create/Edit Wire Type dialog box, specify:
Wire Type #3
Wire Color: YELLOW
Size: 15
Color: Yellow
Linetype: Continuous
Lineweight: default
Wire Type #4
Wire Color: YELLOW
Size: 10
Color: Yellow
Wire Type #5
Wire Color: GREEN
Size: 10
Color: Green
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NOTE For pipe runs in P&ID drawings, you must include the differentlinetypes from the acade.lin file. You can set up the wire types for pipes atthe beginning of the drawing or before creating the pipes.
10 To set the Linetype for the GREEN_10 wire layer, click Linetype.
11 In the Select Linetype dialog box, click Load.
12 In the Load or Reload Linetypes dialog box, click File.
13 In the Select Linetype File dialog box, select acade.lin and click Open.
NOTE The default location for the acade.lin file is \Documents andSettings\{username}\Application Data\Autodesk\AutoCAD Electrical{version}\{release number}\{country code}\Support or\Users\{username}\AppData\Roaming\Autodesk\AutoCAD Electrical{version}\{release number}\{country code}\Support on a Windows Vistainstallation.
14 In the Load or Reload Linetypes dialog box, select Pneumatic Signal andclick OK.
Setting Up P&ID Drawings | 245
15 In the Select Linetype dialog box, select Pneumatic Signal and click OK.
16 In the Create/Edit Wire Type dialog box, click OK.
Inserting P&ID Schematic Symbols
The P&ID symbol library in AutoCAD electrical includes equipment, tanks,nozzles, pumps, fittings, valves, actuators, logic functions, instrumentation,flow, and flow arrows. The P&ID symbol library consists of all the piping andinstrumentation symbols and is found at \Documents and Settings\AllUsers\Documents\Autodesk\Acade {version}\Libs\Pid or\Users\Public\Documents\Autodesk\Acade {version}\Libs\Pid on a WindowsVista installation.
Insert P&ID Symbols
1 Click the Insert P&ID Component tool.
2 In the Insert Component: Piping and Instrumentation Symbolsdialog box, click Equipment.
3 In the PID: Equipment dialog box, click Ball Mill.
4 Respond to the prompts as follows:
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Specify insertion point:
Select to place the ball mill in the upper left corner of your drawing
5 In the Insert/Edit Component dialog box, specify:
Component Tag: C-100
Description: Line 1: BALL MILL
Click OK.
6 Follow steps 1-2 above.
7 In the PID: Equipment dialog box, click Conveyors.
8 In the PID: Conveyors dialog box, click Conveyor 1.
9 Respond to the prompts as follows:
Specify insertion point:
Select to place the conveyor to the right and diagonally below the ball mill
10 In the Insert/Edit Component dialog box, specify:
Component Tag: N-100
Description: Line 1: CONVEYOR
Click OK.
11 Follow steps 1-2 above.
12 In the PID: Equipment dialog box, click Mixer 2.
13 Respond to the prompts as follows:
Inserting P&ID Schematic Symbols | 247
Specify insertion point:
Select to place the mixer to the right and diagonally below the conveyor
14 In the Insert/Edit Component dialog box, specify:
Component Tag: A-100
Description: Line 1: MIXER
Click OK.
15 Click the Insert P&ID Component tool.
16 Insert and place the devices listed below as shown in the followingillustration. In the Insert/Edit Component dialog box, click OK after eachinsertion.
Symbol to InsertIcon
Valves ➤ Gate ValveIn the Insert/Edit Component dialog box, clear the ComponentTag
Equipment ➤ DryerComponent Tag = C-200; Description Line 1 = DRYER
Instrumentation ➤ Discrete Instruments ➤ Field MountedComponent Tag = TE 201
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TIP Align the components horizontally and vertically using the Align tool tomake inserting the pipes easier.
Creating Pipes
In AutoCAD Electrical, we use different types of wires to represent the type ofrunning pipes that allow water or oil flows from one instrument to another.
Insert wires as pipes
1 In the AutoCAD Layers toolbar, change the wire layer to RED_25.
2 Click the Insert Wire tool.
Wires ➤ Insert Wire
3 Connect the pipes as shown. Right-click to exit the command.
Creating Pipes | 249
4 In the AutoCAD Layers toolbar, change the wire layer to POS and thelinetype to HIDDEN2.
5 Click the Insert Wire tool.
Wires ➤ Insert Wire
6 Respond to the prompts as follows:
Specify wire start or [wireType/X=show connections]:
Select the bottom of the discrete instrument
Specify wire end or [Continue]:
Drag the wire down a few spaces, press ENTER
7 Click the Insert P&ID Component tool.
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8 In the Insert Component: Piping and Instrumentation Symbolsdialog box, click Flow Arrows.
9 In the PID: Equipment dialog box, click Flow Arrow Down.
10 Respond to the prompts as follows:
Specify insertion point:
Select to place the flow arrow at the bottom of the new wire
The P&ID diagram is complete.
If you want to see how to expand the P&ID drawing, refer to the P&ID demodrawing file (Demo01.dwg) in the Extra Library Demo project.
Creating Pipes | 251
252
Generating Reports
Part 4 of this manual includes information on generating reports, modifying the format ofthe reports, and inserting report tables.
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Report Generation
AutoCAD® Electrical provides a number of reports as well as great flexibility in each reportformat. This chapter provides information about generating a report and then using variousmethods to manipulate the report format in AutoCAD Electrical.
Generating Bill of Material Reports
Using AutoCAD Electrical, you can perform a project-wide extract of all BOMdata found on your project drawing set. The data is extracted from the projectdatabase, matched with standard entries in the catalog database, and thenadditional fields are pulled from the catalog files. You can format this data intovarious report configurations and output to report files, export to a spreadsheetor database program, or place in an AutoCAD Electrical drawing.
Generate a bill of material (BOM) report
1 Open AEGS11.dwg.
2 Click the Schematic Reports tool.
Projects ➤ Reports ➤ Schematic Reports
3 In the Schematic Reports dialog box, select:
Report Name: Bill of Material
Bill of Material: Project
Verify that the following options are specified:
Include options: All the above
Display option: Normal Tallied Format
Installation Codes to extract: All
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Location Codes to extract: All
Click OK.
4 In the Select Drawings to Process dialog box, select AEGS03.DWG, andclick Process.
5 Verify that AEGS03.DWG is displayed in the Drawings to Process sectionof the dialog box and click OK.
The generated report is displayed in the Report Generator dialog box.
6 In the Report Generator dialog box, select:
Header: Time/Date
Header: Column Labels
Add blanks between entries
Inserting BOM Tables into Drawings
Insert a BOM into the drawing in tabular format
1 With the BOM report displayed in the dialog box, click Put on Drawing.
2 In the Table Generation Setup dialog box, select:
Column Labels: Include column labels
Title: Include time/date
Column Width: Calculate automatically
Borders: All Borders
Click OK.
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NOTE The extents of the BOM table are displayed in temporary graphics.Press Z to zoom down, or R to flip into real-time pan and zoom mode, ifnecessary.
3 The table outline moves with your cursor. Position the table, and thenclick to place the table. The BOM table is built where you placed it.
4 In the Report Generator, click Close.
Editing BOM Tables on Drawings
You can use the Edit Component tool together with the Report Generator’sEdit Mode to modify a report that has already been placed on a drawing.
Edit the BOM report
1 Click the Edit Component tool.
Components ➤ Edit Component
2 Select the report on the drawing.
Editing BOM Tables on Drawings | 257
The report is displayed using the current report settings.
3 In the Report Generator dialog box, click Edit Mode.
4 In the Edit Report dialog box, select FU307.
5 Click Move Up.
The lines that make up a single BOM entry are kept together and movedup one space in the report dialog box.
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NOTE You can also edit report data, delete BOM entries and add new catalogitems to the report.
6 Click OK - Return to Report.
7 In the Report Generator dialog box, click Put on Drawing.
The report on the drawing updates to reflect the changes you made.
8 In the Table Generation Setup dialog box, click OK.
9 In the Report Generator dialog box, click Close.
Editing BOM Tables on Drawings | 259
Changing Formats of BOMs
Each AutoCAD Electrical report is customizable, from which data fields arereported and the order in which they appear to the justification of any columnand the column labels.
Remove the TAGS columns from the BOM
1 Erase the table, or UNDO, and rerun the BOM extract for AEGS03.DWG.
2 In the Report Generator dialog box, click Change Report Format.
In the Bill of Materials Data Fields to Report dialog box, Fields to reportsection, the fields that format the BOM are displayed.
3 Select TAGS in the Fields to report list.
4 Click <<Remove.
The TAGS field is moved out of Fields to report and into Available fields.
NOTE You can also select a field in the Available fields list to add it to thereport or rearrange columns using the Move Up and Move Down buttons.Clicking Ok-Save As saves these settings to a file for later use.
5 Click OK.
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NOTE This new format becomes the default the next time you extract a BOMreport.
The BOM data in the Report Generator dialog box is reformatted anddisplayed.
6 Scroll down the report to verify that the component tags column isremoved.
7 Insert the new version of the BOM table into the drawing.
Exporting BOMs to Spreadsheets
You can move your BOM to a spreadsheet, database, or any other applicationthat can read data in a comma-delimited or Microsoft®Access format.
Export the BOM to a Microsoft Excel® spreadsheet
1 In the Report Generator dialog box, click Save to File.
2 In the Save Report to File dialog box, select Excel spreadsheet format (.xls)and click OK.
3 In the Select file for report dialog box, enter an output file name or clickOK to accept the default name BOM.xls. Click Save.
4 In the Optional Script File dialog box, click Close - No Script.
5 In Microsoft Excel, click File ➤ Open.
6 Browse to the location where you saved the spreadsheet (the default isC:\Documents and Settings\{username}\My Documents orC:\Users\{username}\My Documents on a Windows Vista installation) andselect the spreadsheet.
7 Click Open.
Exporting BOMs to Spreadsheets | 261
Your BOM data is displayed in spreadsheet format. You can slide the columnborders to expose the full column of text for each field. The first six columnsof the spreadsheet are shown above. The first column is the tallied quantity,followed by subassembly quantity, catalog number, and manufacturer code.The remaining fields are those extracted from the mfg/cat combo query onthe external catalog look-up file.
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Migrating AutoCAD Data
Part 5 of this manual includes information on migrating AutoCAD® data to make it AutoCAD®
Electrical smart.
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Migration of AutoCADData
This chapter describes using the tagging and linking tools in AutoCAD® Electrical to convertnon blocked geometry and text to a fully functional AutoCAD Electrical-aware block insert.
About Tagging and Linking Tools
AutoCAD Electrical has tagging and linking tools that enable non blockedgeometry to be made aware of AutoCAD Electrical. The existing geometry staysin place and is unblocked, but key text entities are converted to attributes withuser picks and are linked into a generic, non graphical block insert. Wireconnection attributes can also be merged into this generic block insert. Theprocess to convert it from dumb text, circle, and line entities takes only momentsto complete and the result appears as a fully functional AutoCAD Electrical-awareblock insert.
Exploding Block and Attributes
The Special Explode tool in AutoCAD Electrical explodes attributes and blocksto geometry and text entities while maintaining the value previously definedin the attributes. You can take advantage of the tagging tools to modify the textentities to attributes and the linking tools to make various blocks.
Explode AutoCAD® blocks
1 In the Project Manager, right-click the project name (AEGS), and selectAdd Drawings.
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2 In the Select Files to Add dialog box, double-click the CONVERT subfolder.
3 Select files Convert-01.dwg through Convert-04.dwg and click Add.
4 When asked to apply the project defaults to the drawing settings, clickYes.
5 Open Convert-03.dwg.
6 Zoom in on the components in the upper left-hand corner of thedrawing.
7 Select Projects ➤ Toolbars ➤ Conversion Tools from the menu.
NOTE Only a portion of the conversion tools are shown here. The others arenot used in this manual; refer to the Help for information on how to usethem.
Use the Special Explode tool to explode attributes and blocks to geometryand text entities while maintaining the value previously defined in theattributes. You can take advantage of the tagging tools to modify the textentities to attributes and the linking tools to make various blocks.
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8 Click the Special Explode tool.
Projects ➤ Conversion Tools ➤ Special Explode
9 Respond to the prompts as follows:
Select objects:
Select push button lights A - D (including all graphics and text) on lines 401 -407 (use either single picks or window-select), right-click
The blocks explode into separate text entities and geometry.
Tagging Schematic Components
Use the AutoCAD Electrical Tagging tools to convert text entities into anattributed block. Through the insertion of a template block, you have controlover which attributes are inserted and visible. All necessary attribute definitionsare automatically placed. During the tagging process, the text entity is removedand replaced with a template block file that contains multiple attributes usedin AutoCAD Electrical.
Tagging Results:
■ The selected text entities are replaced with a template block file.
Tagging Schematic Components | 267
■ The TAG attribute takes on the value of the converted text.
■ The TAG attribute is set to fixed.
■ The TAG attribute takes on the same ACAD properties as the tagged text.
Tag schematic components
1 Click the Tag Schematic Component tool.
Projects ➤ Conversion Tool ➤ Tag Schematic ➤ Tag SchematicComponent
2 Respond to the prompts as follows:
Select objects: Select 9PB, 10PB, 11PB, and 12 PB, right-click
NOTE You may have to right-click several times to exit the command.
The text changes color to indicate that it has been tagged. The color ofthe TAG attribute is by layer. The attribute is the same layer as definedon the WD_M block. You can now link the descriptions and wire numbers.
3 Click the Schematic Report tool.
Projects ➤ Reports ➤ Schematic Reports
4 In the Schematic Report dialog box, specify:
Report Name: Component
Active Drawing
Click OK.
5 If asked to save the drawing, click Yes.
In the Report Generator dialog box, notice that 9PB-12PB are listed inthe TAGNAME column of the report
6 In the Report Generator dialog box, click Close.
Linking Schematic Attributes
Use the AutoCAD Electrical Linking tools to associate non blocked text topreviously placed template blocks. Through the modification of a template
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block, you have control over which attributes are inserted and visible. Allnecessary attribute definitions are placed using the properties of the existingtext entities, such as justification, height, and location. If multiple templateblock files are selected, the value of the text is added to the previously definedtemplate block attributes as hidden attributes and the text is not removed.
Linking Results:
■ The selected text entities are replaced with an AutoCAD Electrical attribute.
■ Colors change to visually distinguish what has been already converted asdefined in the WD_M block.
■ Temporary lines display the link.The Link Descriptions tool links simple text as Description 1-3 attributeson an AutoCAD Electrical block file. You can link them as descriptionattributes to one or more existing template block definitions. During theconversion process, the text entity is removed and replaced with the nextavailable description attribute, up to 3.
Link descriptions
1 Expand the Link Schematic tool, and then click the LinkDescriptions tool.
Projects ➤ Conversion Tools ➤ Link Schematic ➤ Link Description
2 Respond to the prompts as follows:
Select objects: Select 9PB, right-click
Select text to fill in next available DESC attribute:
Select LIGHT A, right-click
Select objects: Select 10PB, right-click
Select text to fill in next available DESC attribute:
Select LIGHT B, right-click
Select objects: Select 11PB, right-click
Select text to fill in next available DESC attribute:
Select LIGHT C, right-click
Select objects: Select 12PB, right-click
Select text to fill in next available DESC attribute:
Select LIGHT D, right-click
Linking Schematic Attributes | 269
NOTE You may have to right-click several times to exit the command.
Colors change to visually distinguish what has been converted andtemporary lines display the link.
3 Click the Schematic Report tool.
Projects ➤ Reports ➤ Schematic Reports
4 In the Schematic Report dialog box, specify:
Report Name: Component
Active Drawing
Click OK.
5 If asked to QSave the drawing, click Yes.
In the Report Generator dialog box, notice that 9PB-12PB are still listedin the TAGNAME column of the report.
6 In the Report Generator dialog box, click Change Report Format.
7 In the Component Data Fields to Report dialog box, select Desc1 fromthe Available Fields list.
Desc1 moves into the Fields to report list. These are the fields that willdisplay in the Component report.
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8 Click OK.
The Report Generator dialog box now lists the TAGNAME and DESC1values from the active drawing.
9 In the Report Generator dialog box, click Close.
Adding Wire Connections
Wire connection attributes can also be merged into the new generic blockinsert. AutoCAD Electrical’s Add Wire Connections tool adds wire connectionattributes to the existing tagged block file. Select line endpoints or geometryto add the appropriate wire connection attributes to. A new block definitionis created with the newly added wire connections. You can subsequently createa new block file if the block is exploded.
Wire Connection Results:
■ Visual indicators (x) appear where the wire connection attributes havealready been applied.
■ Wire connection attributes, terminal attributes, and terminal descriptionattributes are added.
■ The block definition is automatically modified during the attribute additionprocess.
Adding Wire Connections | 271
■ Terminal attribute colors change to visually distinguish what has beenalready converted as defined in the WD_M block.
Convert device pins to wire connection attributes
1 Expand the Link Schematic tool, and then click the Add WireConnections tool.
Projects ➤ Conversion Tools ➤ Link Schematic ➤ Add WireConnections
2 Respond to the prompts as follows:
Select block TAG or PLC Address: Select 9PB
Select end of wire (P=Pick Location): Enter P and press ENTER
Select location (W=Wire):
Press SHIFT + right-click to select Endpoint from the Snap options, select theend point of the first wire on line 401
In the Wire Direction dialog box, select from left.
Select TERM01 text object: Select 22 (underneath 9PB TAG)
NOTE Visual indicators (x) appear where the wire connection attributes havebeen applied.
Select location (W=Wire):
Press SHIFT + right-click to select Endpoint from the Snap options, select theend point of the second wire on line 401
In the Wire Direction dialog box, select from right.
Select TERM02 text object: Select 55 (underneath line 401), right-click
You should be back at the prompt to Select block TAG or PLC Address.
3 Repeat for 10PB - 12PB.
NOTE You may have to right-click several times to exit the command.
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Pause the mouse over 9PB - 12 PB. The text, wire connection attributes,and description text should all highlight. We still must convert the wirenumber text and add the geometry to our block.
4 Expand the Insert Wire tool, and then click the Create/Edit WireType tool.
Wires ➤ Create/Edit Wire Type
5 In the Create/Edit Wire Type dialog box, select Make all Lines Valid Wiresand click OK.
6 Click the Convert Text to Wire Numbers tool.
Projects ➤ Conversion Tools ➤ Convert Drawing ➤ Convert Text toWire Numbers
7 Respond to the prompts as follows:
Select LINE near wire number text:
Select the left endpoint of the wire with the text 13 above it (line 401)
Select existing wire number text to convert: Select text 13
8 While you are still in the command, repeat for text 14 - 16 on lines 403- 407.
Adding Wire Connections | 273
9 Right-click to exit the command.
Adding Geometry
The Add Geometry tool in AutoCAD Electrical adds AutoCAD geometry to atemplate block file to be created as part of a unique block instance. It createsa new block definition with the newly added geometry. You can subsequentlycreate a new block file if the block is exploded.
Add Geometry Results:
■ TAG1, TAG2, PLC TAG, and TAGSTRIP attributes are defined and selectedfirst.
■ The block definition is automatically modified.
■ The geometry's color changes by layer to visually distinguish what hasbeen already converted as defined in the WD_M block.
Add geometry to the block
1 Expand the Link Schematic tool, and then click the Add Geometrytool.
Projects ➤ conversion Tools ➤ Link Schematic ➤ Add Geometry
2 Respond to the prompts as follows:
Select block for additional geometry: Select 9PB
Select objects: Select the graphics for the push button, right-click
Specify insertion point: Select the middle of the push button
The geometry is associated to the template block files. Check thateverything has been tied to the block by mousing-over 9PB. The text,wire connection attributes, description text and geometry highlights.
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3 Repeat steps 1 -2 for 10PB, 11PB, and 12 PB.
Your blocks are now AutoCAD Electrical-smart.
Tagging and Linking Panel Components
The AutoCAD Electrical Tagging and Linking tools work on panel componentsthe same way they work on schematic components.
Tag and link panel components
1 Open Convert-04.dwg.
2 Zoom in on the components in the middle of the drawing.
3 Click the Special Explode tool.
Projects ➤ Conversion Tools ➤ Special Explode
4 Respond to the prompts as follows:
Select objects:
Tagging and Linking Panel Components | 275
Select push button lights A - D (including all graphics and text) (use eithersingle picks or window-select), right-click
The blocks explode into separate text entities and geometry.
The Tag Panel Component tool makes selected text entities an attributedblock file with the P_TAG1 attribute visible. The template block file(ACE_P_TAG1_CONVERT.DWG) contains attributes for a panelcomponent.
5 Click the Tag Panel Component tool.
Projects ➤ Conversion Tools ➤ Tag Panel ➤ Tag Panel Component
6 Respond to the prompts as follows:
Select objects: Select 9PB, 10PB, 11PB, and 12 PB, right-click
NOTE You may have to right-click several times to exit the command.
The text changes color to indicate that it has been tagged. The color ofthe PTAG attribute is by layer. The attribute is the same layer as definedon the WD_M block.
7 Expand the Link Panel tool, and then click the Link Descriptionstool.
Projects ➤ Conversion Tools ➤ Link Panel ➤ Link Description
8 Respond to the prompts as follows:
Select objects: Select 9PB, right-click
Select text to fill in next available DESC attribute:
Select LIGHT A, right-click
NOTE You may have to right-click several times to exit the command.
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Updating Panel or Schematic Components
Once a panel component has a component tag assigned, it is automaticallylinked to the related schematic component. Updates to either the schematicor panel component prompt an update to the related component.
Surf to the related schematic component
1 Click the Surfer tool.
Projects ➤ Surfer
2 Respond to the prompts as follows:
Select tag for “Surfer” trace (or <Enter> to type it): Select 9PB
3 In the Surf dialog box, double-click the component marked with type“p.”
Updating Panel or Schematic Components | 277
Surfer goes to the schematic drawing and zooms on the schematiccomponent.
4 If asked to save the drawing, click Yes.
5 In the Surf dialog box, click Edit.
6 In the Component Insert/Edit dialog box, change the description toLIGHT 1 and click OK.
The Update Other Drawings dialog box displays. This dialog alerts thatother drawings in the project set may include child components or relatedpanel components.
7 If asked to save the drawing, click Yes.
8 In the Update Other Drawings dialog box, click OK.
9 Click the Surfer tool.
Projects ➤ Surfer
10 Respond to the prompts as follows:
Select tag for “Surfer” trace (or <Enter> to type it): Select 9PB
11 In the Surf dialog box, double-click the component marked with type“#.”
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Surfer goes to the panel layout drawing and zooms on the physicalrepresentation of the push button. Notice that the description for 9PBupdated to reflect the change you made to the schematic component.
12 In the Surf dialog box, click Close.
Updating Panel or Schematic Components | 279
280
Index
A
add connector pins 217add geometry 274Add Rung tool 68align components 80All Locations-Drawing dialog box 75, 82attributes 99, 101, 187, 269, 271, 276
add 99DESC1 101FAMILY 101INST 101link panel descriptions 276link schematics 269LOC 101move 187wire connections 271
AutoCAD Electrical Help 54
B
bill of material reports 255Bill of Materials Data Fields to Report
dialog box 260
C
catalog assignments 91, 177add 91
catalog lookup 92catalog numbers 73Change/Convert Wire Type dialog
box 170Circuit Builder 112, 114
configuration 114circuits 107, 112, 127, 129–130, 139
Circuit Builder 112insert saved circuits 130insert WBlocked circuits 139move 107save 127
save to icon menu 129command summary 3Component Data Fields to Report dialog
box 270component fence 148component tag 72components 72, 77, 80, 96, 127, 268
aligning 80child 77copy 127parent 72scooting 77swap 96tag 268
conduit marker toolbar 46Connector Layout dialog box 214connector pin descriptions 222connector pins 217–219
add 217move 218swap 219
connectors 203, 205, 215–216, 219–220, 222
insertion 203pin descriptions 222placement 205reverse 219rotate 220split 215stretch 216
conversion toolbar 36, 266convert text to wire numbers 273Create New Drawing dialog box 59, 226,
242Create New Project dialog box 56Create/Edit Wire Type dialog box 231,
243, 273Custom Pin Spaces/Breaks dialog
box 213
Index | 281
D
dashed link lines 88–89, 215destination signals 161dialog boxes 59, 73, 75, 79, 82–84, 86,
99, 110, 141, 143, 145–146, 148–152, 155, 157, 160–162, 164–165, 168–170, 174, 180, 182, 204–205, 208, 210–214, 226, 231, 242, 255–256, 258, 260–261, 270, 277
All Locations-Drawing 75, 82–84Bill of Materials Data Fields to
Report 260Change/Convert Wire Type 170Component Data Fields to
Report 270Connector Layout 214Create New Drawing 226, 242Create/Edit Wire Type 231Custom Pin Spaces/Breaks 213Edit PLC Module 152Edit Report 258I/O Address 146I/O Point 145Insert Connector 204–205, 212–213Insert New Ladder 141Insert/Edit Child Component 86Insert/Edit Component 75Insert/Edit Contact 79Keep 148–151Modify Line Reference Numbers 157Module Layout 145Multiple Wire Bus 110, 208, 210–
211Panel Layout-Component
Insert/Edit 180, 182Parts Catalog 73PLC I/O Module
Selection/Insert 143PLC I/O Wire Numbers 155Report Generator 256Save Report to File 261Schematic Component List - Panel
Layout Insert 174Schematic Components 174Schematic Reports 255
Select Template 59Sheet 4-Insert Destination
Code 162, 165Signal Codes-Proj-wide Source 162Signal-Source Code 160Source/Destination Signal
Arrows 161, 164Surf 277Symbol Builder 99Table Generation Setup 256Terminals 150Wire Tagging 168Wire Tagging (Project-wide) 169
dot tee markers 138drafting settings 226, 243drawing details 62drawing properties 61drawings 60–62
add 60descriptions 61in projects 60next 62previous 62reorder 60viewing within projects 62
E
edit components 86Edit PLC Module dialog box 152Edit Report dialog box 258exercises 53explode blocks 265extra libraries toolbar 50, 226
F
Footprint dialog box 177footprints 180, 186
aligning 186manual insertion 180
H
Help systems, AutoCAD Electrical 54
282 | Index
hydraulic symbols 227–229, 233, 236, 238–240
by-pass flow regulator 239checkvalve flow left 228, 238, 240filters 229, 239fixed displacement pump 228general valves 227, 236, 240insertion 227meters 236motors and pumps 228pressure gauge 236pressure relief valves 233reservoir 229restrictor with variable output
flow 239shut off valve open 227, 236single ended piston rod 239solenoid spring return 238uni-directional pump 228
I
I/O Address dialog box 146I/O Point dialog box 145Insert Connector dialog box 204–205,
212–213, 220Insert New Ladder dialog box 141Insert Pneumatic Component tool 242Insert Wire tool 69Insert/Edit Child Component dialog
box 86Insert/Edit Component dialog box 75Insert/Edit Contact dialog box 79item numbers 179
K
Keep dialog box 148–151
L
ladder rungs, removing 147ladders, single-phase 141linking tools 265Load or Reload Linetypes dialog box 245
M
main electrical 2 toolbar 18Modify Line Reference Numbers dialog
box 157Module Layout dialog box 145move connector pins 218multi-level terminals 120–122, 124multiple wire bus 110Multiple Wire Bus dialog box 110, 208,
210–211
N
name plates 186, 189–190insertion 189–190
New Drawing tool 59New Project tool 56
P
P&ID drawing 242p&id symbols 246–248, 251
ball mill 246conveyor 247dryer 248equipment 246field mounted instruments 248flow arrow down 251flow arrows 251gate valve 248mixer2 247
panel layout toolbar 30, 173Panel Layout-Component Insert/Edit
dialog box 180, 182panel level/sequencing toolbar 48parent/child relationships 71, 78, 131Parts Catalog dialog box 73, 91pin descriptions 222pipes 230, 249piping & instrumentation 242PLC I/O Module Selection/Insert dialog
box 143PLC I/O point descriptions 153PLC I/O Wire Numbers dialog box 155PLC modules 143
Index | 283
point-to-point tools 203power check toolbar 47prerequisites for exercises 54Project Manager 55–56project properties 57Project Properties dialog box 58projects 56
R
reference-based tags 57renumber terminals 134reorder drawings 60Report Generator dialog box 256reports 255, 257, 260–261
change format 260edit 257export to spreadsheet 261
reverse connectors 219rotate connectors 220
S
Save Report to File dialog box 261schematic bill of material reports 255schematic component 71Schematic Component List - Panel Layout
Insert dialog box 174Schematic Components dialog box 174Schematic Report dialog box 268, 270Schematic Reports dialog box 255schematic symbols 72, 78, 81–83, 85,
97, 147, 149blue press to test pilot lights 85green press to test pilot lights 82limit switch buttons 147miscellaneous switches 97normally open limit switches 147normally open push buttons 81normally open relays 78pilot lights 82, 85proximity switches 97push buttons 81, 83relays buttons 72, 78selector switches 85standard coils 72
terms and connectors 149scooting components 77Select Color dialog box 231, 244Select Linetype dialog box 231, 244Select Linetypes File dialog box 245Select Lineweight dialog box 244Select Template dialog boxes 59Sheet 4-Insert Destination Code dialog
box 162, 165Signal Codes-Proj-wide Source dialog
box 162Signal-Source Code dialog box 160signals 159, 161, 166
destination 161show 166source 159
Source/Destination Signal Arrows dialogbox 161, 164
stretch connectors 216surf components 277Surf dialog box 277surf symbols 94swap components 96swap connector pins 219symbol builder 98–99, 102, 104
add attributes 99add wire connection points 102saving the symbol 104
T
Table Generation Setup dialog box 256tag panel components 275tag schematic components 268tagging tools 265templates 59terminal strips 192terminal styles 102terminals 122, 134
associations 122, 134multi-level 122, 134properties 134renumber 134
Terminals dialog box 150terms and connectors 149
284 | Index
toolbar 3, 18, 30, 36, 46–48, 50conduit marker 46conversion 36extra libraries 50main electrical 3main electrical 2 18panel layout 30panel level/sequencing 48power check 47
Trim Wire tool 70
W
WBlock 104, 127, 138WD_M block 58wire connection points 69, 102wire connections 272
add 272
wire layers 67, 170wire numbers 168–169, 221, 273
automatic 168convert text 273move 221projects 169
Wire Tagging (Project-wide) dialogbox 169
Wire Tagging dialog box 168, 221wires 67–69, 109–110
multiple wire bus 110single-phase 68trimming 69, 109
X
xdata 188
Index | 285