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TRAINING SOLIDWORKS~ 2014

~ About Solid'A7orks. Copyrlght NotlcS for SolldWorks Simulation Products Portions of this sofh~·are C 2008 Soh'er-Soft Cozporation. PCGLSS C 1992-2013 Computational Applications and System Jnte,g_ration, Inc.. AU rights resm•ed. Copyright NotleS for SolldWorks Ent erprise PDM Product

Outside Jn"'' Vie"·er Tt:chnoJogy, C 1992-2012 Oracle C 2011, ?\·!icrosoft Corporation. AU rights resen·ed. Copyright Notices for eDrawtngs Products Portions of this sofuvare Ci 2000-2013 Tech Soft 3D.

Portions of this sofuvare C t 995-1998 Jean-Loup Gaill-y and Mark Adler. Portions of this sofuvarc ·Ci 1998-2001 3Deonnexion. Portions of this sofuvarc 0 1998-2013 Open Design Alliance. A.l l rights rts.t'r\"ed. Portions of this sofuvare C t 995-2012 Spatial Corporation. The eDra\.;·ing:s~ for Windo\,..s

0

Insert Symbol means click the Insert Symbol icon on the Line diagram tab of the C-OmmandManager.

Typewriter

17 Do this step

Use of Color

User Interface Appearance

4

Location names and scheme names appear in this style. For example, L2 - Pump.

Lesson 1 Projects

Double Jines precede and follow sections of the procedures. This provides separation between the steps ofthe procedure and large blocks of explanatory text. The steps themselves are numbered in sans serif bold.

The SolidWorks user interface makes extensive use of color to highlight selected geometry and to provide you with visual feedback. This greatly increases the intuitiveness and ease of use of the Solid\Vorks software. To take maximum ad1,antage of this, the training manuals are printed in full e-0lor. Throughout the developmem of the software, there have been some c-0smetic User Interface changes, incended to improve visibility, that do not affect the func.rion of the software. As a policy, dialog images in the manuals which exhibit no functional change from the previous version are not replaced. As such, you may see a mixture of current and "old" UI dialogs and e-0lor schemes.

Upon successful completion of this lesson, you will be able co: •

Start SolidWorks Electrical.

•

Understand pr-0jects, books and drawings.

•

Create a new project.

•

Edit project seuings.

•

Revise a title bl-0ck.

•

Edit the properties of a drawing.

•

Create new locations for electrical c-0mponems.

•

Zoom and scroll a drawing.

5

SolidWorl11 when a command is active.

Ribbon Menus

The Ribbon, or CommandManager menu, contains input commands sorted inro multiple groupings (tabs).

Graphics Zone

The Graphics Zone is limited to draw ing access and editing.

Status Bar

The Status Bar shows !he cursor position and allows you to toggle modes like SNAP on and off. - - Side Panel

- - - Ribbon Menus

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SolidWorks Electrical I!!

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Lesson 1

SolidWorks 2014

SolidWorks 2014

Lesson 1

Proj octs

What are Projects?

Projects

A Project is used to store the many different types of files used co create the reports, data and other files that together fully define the project. A project contains one or more document books. Books can contain multiple folders co manage the different drawing types and files related to the book itself.

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The SolidWor ks Cabinet Layout allows for the development of project data in a 3D environment. .

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Creating a New Project

Creating a new project from a template can automatically populate multiple files, of several different types, into the project. Additional drawings and other files can be added manually. The default file types available for new projects and books are described below:

Project

The Project is the name assigned to the entire project including all the books and drawing files.

Book

The Book contains all the documentation t hat is used to create t he project including folders, drawings and associated documents. Each project can contain one or more books.

Folders

The Folders contain data within the Book, and can be used to categorize data, for greater manageability.

Drawings

The Drawings contain different information types that go to make up the complete project data sec, drawings can contain, schemes, lists, 2D cabinet layouts ...

Cover page

The Cover page contains a title block in which user can set attributes t o display information such as the project name and description, contents of a book. The draw ing cools may be used to add an image.

Scheme

Scheme dra\vings contain circuit information related to the function of the electrical project.

Line diagram

The Line diagram shows a simplified overview of project c-0mponents interconnects and cables used to form these connections.

Mixed schema

The Mixed schema drawing allows users to mjx the data style of scheme and line diagram type drawings to produce data rich hybrid designs.

Drawing lists

SolidWorks Cabinet Layouts

The Drawing list s can c-0ntain a variety of project reports generated as drawings.

Terminal drawings

Terminals drawings are automatically created from data applied to terminals in the project drawing set and through the Term inals e ditor.

2D Cabinet Layouts

2D Ca binet Layouts are general arrangement layouts that can be created within SolidWorks Electrical Schematic to aid in the positioning of components within a machine, cabinet, installation...

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Project Overview

In this and the following lesson, a project will be created and refined. The cumulative project w ill use an assembly that includes a tank and a pumps c-0nnected with pipes controlled by valves. You ·will design t he electrical circuits to power and control those pumps and valves.

In order to complete the project, we ·will: • •

•

Create the basic concept of the project using a single line diagram (see Lesson 2: Mixed Scheme). Fully develop detailed circuits to generate the behavior required for the electrical portion of the project (see Lesson 3: Developing a Scheme). Pass the 2D information into 3D and integrate all the pares into a SolidWorks assembly.

Projects

Projects

On creation of a project a unique folder and SQL database v.~11 be

Project Storage

created. By default the location of the project folder is stored in rhe folder ProgramDa ta\ SolidWor k s Electrica l\ Projects. Click Tools -> Application settings and click the Databases tab to change rhis location, and/or rhe SQL Instance c-0ncaining the program mera dara. (( -SOlidV/odi::.Dect1i

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Open ing a drawing. Double-click O1 · Cover page to open rhe drawing in rhe Graphics Zone.

CommandManager: File -> Projects Manager-> New P roject ~

Where to Find It

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New project. Click Projects Manager

[lJ and New Project

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Select IEC and click OK. Click English and click OK. 3

Project information. Type in the name Training Lesson l SWE and other information as shown. Type rhe Descri ption (Eng lish) Training Less ons and User data 1 Pump. Click OK

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Training Lesson 1 SWE2014 Docu!Tient book'

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Project Configuration. Select the Project tab, Configuration command, (if you select the pulldo\vn options select Project...)

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Project lang uage. Set the Second Iangu2€e for the project as French from the pulldown. Click OK.

8

Project Properties. Right click on the project name in the Documen ts tab, from !he contextual menu select Project properties ...

9

Multiple languages. In the Description (French) field type Formation en cla.sse. Click OK.

10 Close drawing. Click on the 'x' of the drawing tab ..& 1 ·fo:t"""'• '• to close the drawing o 1 • Cover page. 11 Modify a title block. Right click on O1 · Cover P2€e from the contextual menu select Title block > Open. Tip

SolidWorks 2014

A cover page is simply a ride block, text can be added on a project by projecr basis, but the most flexibility can be obtained by adding auributes to different cover page title blocks. By adding attributes, the title block will automatically update based on information applied to the projecc.

# PROJECT_TAG #BUNDLE_TZ_O_U #PROJECT_TZ_O_Ll

14 Save and Close. Press the save icon w located on the Quick a ccess toolbar. Click on the ' x' of the drawing tab to close the title block Tip

When closing a drawing a Save prompt ''~II be displayed, by saving before closing it ensures no data is Jost mistakenly. 15 Updating the title block. Double-click O1 - Cover P2€e to open the drawing in the Graphics Zone. Right click on the Ol · Cover pa ge in the Documents side panel and select Title block > Update to have the new attribute shown in !he drawing.

Tip

By changing the project primary language to French the Description applied in French will automacically be displayed in the cover page title block. The English description will be S'tl.~tched to che secondary language, the information applied in the English description field being retained.

SolidWorks 2014

Lesson 1

Lesson 1

SolidWorks 2014

Projects

Projects

Editing Drawing P roperties

The Properties of a drawing can be edited co change specific properties data such as the description or co add user fields where more information is required.

Locations

To avoid placing drawings in the default location, new locations can be created, names assigned to them, and these can in rum be associaced to drawings and the components they contain. In this example, the Door and Chassis locations are created ,,;thin the Ma.In electrica.l closet. The Pump location is outside the Ma.In electrica.l closet and ac the same leveL

In general, propercies can be edited to change the sertings held v.ithin an object. Many other objec1s, such as symbols, also have editable properties.

Main electrical closet

Pump

Door

These more complex objects will generally di\ide the propercies into different Chassis groupings such as Component properties the Symbol properties, (tha1 make up a componen1), the Location properties where the componenc is co be physically installed. For more information about symbols, see Schematic Symbols on page 52.

In this example the propercies will be ediced co add a cext description. Where to Find It

•

Shorteut Menu: Right-click a drawing and click Properties -ti

16 Edit drawing card. Right-click O1 · Cover page and click Properties. Type che text for Pump after the Description (English) Cover page as shown and pour Pompe after the Description (French) Page de ga.rde. n

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A Location is an actual place where an electrical component is placed. Every drawing and component is associa1ed with a location.

Symbols and drawings Locations can be changed for after they are created/added co a project using the Change location Properties cools.

(Ill and

Tip

Single locations can be added using New location and multiple locations ac the same time t1ich Insert several locations.

Where to Find It

•

ComrnandManager: Project-> Locations @

17 Change a locations properties. Click on the Location field. Click Ll·Loca.tlon 1 and select Properties. Change the Description (English) field co Ma.in electrical closet and Description (French) Armoire electrique principale click OK.

18 Add a location sub location. Add a new location inside of the Ll · Ma.In electrical closet. Click Locations tIJl and click Ll · Ma.In electrical closet and click New Location dJ· Type Door as the Description (English), Porte as the Description (French) and click OK.

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Zooming and Scrolling

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24 Open drawing. Double-click 0 4 - Electrical s ch eme to open the drawing. Zoom on the LOCATION section. +L l +L l and Door are listed. Zoom and scroll the drawing so that the entire border can be seen.

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.,..... I 23 Change drawing location options. When a drawing location is changed a prompt is automatically displayed through which you can select to update all the components currently locared in the drawing, or update the drawings default location only. The drawing is currently empty so either of the top two options can be selected. x

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The location of the dr Configuration ->Title block-> Mixed scheme ~

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8 Set a title block. Click the Project tab Configuration icon, click the Title blocks tab, and click on the Mixed scheme Select field. Choose the ISO A3 title block TR_FDP_BASEA3CA_EN. Click Select and OK and Update all the related schemes options in the dialog prompt. -~~111-

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Move

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Using Draw cable

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The command is the same but appears on a tab that matches the active drawing: line diagram or scheme.

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For more information on symbols and cables, see Adding Symbols on page 26 andAdding Cables on page 33.

Drawing Tools

The Drawing cab has many drawing tools to skecch and manipulace 2D geometry on che drawing sheet. It can also be used to add existing geometry.

A Closer Look at the Diagram

The block that has been added as a diagram shows a pump moving water from a well to a tank. The electrical design w ill decermine !he rules of how and when !he pumps are used.

In this example, a skecch showing the physical model will be added 10 !he drawing. Addicional geometry will be added 10 show how che symbols map to !he componencs of the physical model. Both existing and sketched geometry will be used. Blocks

Blocks allow you to re-use existing geometry in other places and in ocher drawings. Geometry inserted as a block is treated as a single piece of geometry thac can be moved or deleced.

Where to Find It

• 1

CommandManager: Drawing -> Others -> Insert block ~

Insert block. Click Insert block IA:! and Browse for !he file Pump_Diagram.dwg from the folder SolidWorks Electrical Schematic\Lesson02\Case Study. Click OK and place the block above and to !he left of the symbols.

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• • • Security Routines '

Some securicy routines will be added co prevent !he tank from overflowing or being empcied. • • •

Note

36

Move the symbols and cables, if necessary to make room for the block, using the method sho'tl.'ll in ,\fove on page 34.

Note

The pump w ill move water from the well to !he tank until !he cank reaches a minimum volume of w ater. Once the minimum w ater level is reached, a secondary pump will move water 10 a valve. The valves w ill allow !he water to pass as requested.

When che minimum w ater level of!he tank is reached, no w ater will be released through the valves. When the w ater level of!he tank drops below the minimum value, wacer will automacically be pumped from che well to fill it. The tank will automatically release wacer chrough !he valves if maximum wacer level is exceeded.

This diagram represencs just one of the four redundant syscems in !he project.

37

SolidWorks 2014

Lesson 2

SolidWorks 2014

Lesson 2

Mixed Scheme

Mixed Scheme

Rectangles and Arcs

Rectangles and Arcs are just two of the, many drawing tools available from the Drawing tab.

Where to Find It

•

CommandManager: Drawing -> Rectangle t:l

Where to Find It

•

CommandManager: Drawing -> Arc '\

Layers

Using Layers allows you to separate, the geometry into groups. They can be used to assign color, line thickness and line type 10 the geometry.

Where to Find It

• 3

2

Sketch. Click Rectangle t:J and sketch a rectangle around the pump as shown. Click Arc '\ and sketch two connecting arcs as shown.

CommandManager: Drawing -> Layers '-"

Create new layer. Click Layers cJ and click Add layer. Name the new layer Connectors and set the color to Magenta. Click OK. . e"x

dld\'i.on; man[;,, from the Quick access toolbar at the top of che screen, or double click the mouse wheel.

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Draw Multiple Wires

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The Draw multiple wires tool is used to sketch 1 w 5 lines char represent the electrical wires simultaneously. The wires are parallel, equally spaced and run horizontal or vertical (unless the Non ortho drawing option is clicked).

I Add ing New Schemes Manually

New schemes can be added manually using the document list Rightclick 1 • Document book, click New and Scheme.

Note

Schemes such as the drawing 04 • Power appear \vith the 0 icon in the document list. Mixed scheme drawings with the llil icon.

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' - - - - - -- '

Cable Selection

The \vires, including the style, number of wires, spacing and colors are defined prior co sketching. In chis example, we \viii be using the cable NL1 L2L3 (3) Each phase with real colors. le contains the following wires and color settings:

Neutral wire •

Phase 1 •

Phase2

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Phase3 .

Protection •

Lesson 3

SolidWorks 2014

SolidWorks 2014

Lesson 3

Developing a Scheme

Cable Sketching Options

Developing a Scheme

The sketching options determine how the \\.ires appear, how they bend and even if they remain horizontal and vertical. The setting can be switched as you sketch using the buttons or keyboard shortcuts. Uncross Wires

Wire Style Selection

The Wire style selection browser is used to select the type of wire or wires that will be sketched. Single wires with five wires can be selected, but not all the wires need to be used.

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Multiple line settings. Click Draw multiple wires '§ . Under Wire style selection, click the ... Browse button and selecc NL1 L2L3 (3)

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Eaeh phase with real colors. Click Bent drawing (c key)

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Select. Drawing 2 wires chunk by 2 wire

Make sure that all five of the Available wires are selected as shown.

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Grid and Snap Options

The grid and snap senings for a dra'l'l'ing, scheme or symbol will appear in the lower right corner.

By default, it 'l'l~ll use the following seuings. • • • •

•

GRID (grid dots) - on ORTHO (ortho mode) - off SNAP (snap mode) - on LWT (lineweight) - off OSNAP (object snap) - off

Left click once and drag the cursor do\vn to move the attribute w the bouom ofthe lisc.

#TAG #CROSS REF #TD_1 Left click again to move the·anribute to the #TD 2 new position. #TD_3 Activate the Move command again and #TD_4 select all the attribmes listed below the #COM_TX_O #TAG attribme. #COM_TX_1 Left click to select where to move the #CROSS_REF attributes from and with the command

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For the remainder of the manual, the GRID option v.~11 be clicked off, but geometry will still snap to the hidden grid points. Note Tip

Right-click on the panel to access the Drawing Parameters dialog and change senings.

active change the Snap spacing to 0.75. Close and move the attributes approximately one attribute height down.

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The State bar on which these options is shown can be turned ON or OFF from the Vlew tab -> View Zone -> State bar option.

#TD 1 #TD-2 #TD 3 #TD_4 #COM_TX_O #COM_TX_1

15 Change SNAP settings. Right click the SNAP option in the lower right of the screen.

Change the Snap spacing from 5 co 2.5 and click Close.

16 Window til es. Click the Windows tab and press the Vertical ti les icon to 1riew both the symbol and scheme at once. Note

This makes it easier to idemify which artributes are currently in use, and which could be moved or where new aUribuces could be best added to the symbol.

17 Moving attributes. Click the Drawing tab Move

±3 command.

Select the attribute #CROSS_REF and click OK on ihe co=and panel to confam the selection.

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#CROSS_REF 18 Adding attributes. Click the Edit Symbol tab Attribute insertion ~ icon. Check ON the #REF_DES_ l and #REF_DES_2 amibutes and click OK. In the Attributes insertion command panel change the Spacing field to 2 .75 and the Justification to Right.

Position the anribmes below #TAG and click to place.

#TAG __\,_ #REF DES 1 \ #REF=DES=2 l #T D 2 #TD=3 #TD_4 #COM_TX_O #COM_TX_l #CROSS_REF

19 Save symbol. Click Save ~ to save the changes to the symbol. 20 Update symbol. Click on the mixed scheme dra\ving to activate it, right click on the circuit breaker symbol and click Symbol -> Update to have the changes to the symbol reflected in the drawing.

56

57

SolidWorks 2014

Lesson 3 Developing a Scheme

21 Close symbol.

Click the X to close the symbol window and maximise the mixed scheme. 22 Symbols from t he tab. Click Symbols & from the side panel, select IEC Symbols palette (IEC SymbolPalette) from the pull down and click Protections. Double-click the 3 pole fuse disconnect.or TR·ELO 11, click to place it on the Phase 1 line. Set the location L2 • Chas sis and click OK.

SolidWorks 2014

Lesson 3 C>eveloplng a Scheme

24 Add ing symbols to a palette group. On creating a new group the Symbols selector is opened. Click Transformers from the

Classification list.

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25 Insert Transformer.

From the newly created palette group, double click on the Single phase transformer and place it on the Neutral I Ph ase 1 ·wires.

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Double clicking symbols for insertion will automatically rotate co the angle of the wires they are placed on.

Note

The Protection wire does not connect, it passes through the symbol. 23 Adding a palette group. On the Symbols side panel right click on any bunon and click the New Group option.

Enter a Name of Transformers and click OK.

....

Lesson 3

SolidWorks 2014

SolidWorks 2014

Lesson 3

t>evelop/ng a Scheme

Developing a Scheme

Symbol Properties

The Symbol properties dialog is used to set and control the allribu1es of a symbol including the texrual propenies, the manufacturer part and the cross references to other symbols.

Types of Properties

For any symbol, there is an option to select either the Symbol properties or the Component properties. Both types include the same Manufacturer parts and circuits tab (Adding ,\lanufacturer Parts on page 81) used to add manufacturer pares to the symbol.

Symbol Properties

Component Properties

Component properties includes the Mark and Data and Manufacturer parts and circuits tabs. The Mark and Data tab includes information (lower portion of dialog) about whether this symbol mark is original and unique. ~ I ....... • • •. ,,., ...... ,

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Symbol properties includes the Edit symbol and Manufacturer parts and circuits tabs. The Edit symbol tab includes 1extual property da1a as ''ell as a lisling of componen!S (right side column) tha1 is useful when crealing cross references (see Lesson 7: Cross Referencing I Component association on page 131 ).

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A component is a real-world physical device, this can have multiple representations in the design, and can be made up of multiple symbols. Altering a component properties will automatically populate changes to any, and all, symbols that are associated to the component.

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In the c lass - Clea red Manufacturer - Legrand Reference - 064 68

Select the top result, click Add selected part ~ C , click Select and OK. Tip

If at this point the Ins ert symbol command is ended, reactivate it and activate the Pushpin icon on the Command tab. This will ke.ep the command running after insertion of a symbol. 29 lnterruptor. Click Other symbol... and select the Contactor relays, relays Classification and double click the Three poles power contact, TR·EL035 and insert in the drawing as shown. Use the follo\·11ing information to select the location and componenc.

27 Component properties. Double click on the 3 pole fuse dis connector +L1+L2-F1 to open the Component properties.

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Set the Location to L2 · Chass is. Use the following information to select the component part.

Classification Fuses , Dis connectors. Right-click the 3 poles fuse disconnector and click Copy. Right click in the window and Paste.

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Note

64

Unlike the other symbols, no manufacturer part is selected for the 3 phase motor. This component will have a part defined later in the deoSign process.

.r..& Commandi\1anager: Library·> Symbols Manager ltii"

Tip

Wnen you paste a symbol the original, copied symbol, remains highlighted. \\'hen viewing symbols using Thumbnails, the Descr iption is displayed underneath the symbol. This means that it is relatively easy co mistakenly modify the original symbol. By S\Vitching to List mode, the new symbol can be identified as it has a suffix of + 1 after the symbol name.

65

SolidWorks 2014

Lesson 3

SolidWorks 2014

Lesson 3

Oevel oplng a Scheme

Devel oping a Schem e

32 Properties. Right-click the new, copied, symbol and click Properties. Change the Description to 3p fuse disconnect and click OK.

Insert the attributes below # TAG as shO\'\o1l.

,

~ S)nbot pro~rues t TR: ru111 • r

-

"

1'

! - ~e1.1: 5'tn'bol r.~ :

Roootmd: Oesa-~tlcJl-(l..ndJBl:i} • A~~~d ~_,cr.) :

~~or~

Piltt: l?""Managot:l'l'lC(lt C'.te•~:on d:llC ~

M::ldb..-.nr!.'1llC>:

't9/07f/013 19/G7/1DIJ.

.:J

Ut..·¥1 :

tfC iF.C S 1711t.w!ll'Q~

S'rfl'.Mltm:

~~qWp;'Biff~;

(ll,}(il!jllci!WI: ~t.I :

Uflts~1ti1:m :

~s rt'le>r~~

"'"' r~tiic.

..:!

TV11e:

35 Copy Properti es. Right click on the #TAG attribute and select Copy properties.

l\,c.ktoiii~U!\l~:

[ ,JO-

Oq;Qy~s PIM!~: Oorm~t:e•'!!Jbu=:

•

Using a crossing selection, or by left clicking with the ctrl key, select #REF_DES_l and #REF_DES_2.

"' I """"' 1 Note

Right click on one the highlighed attributes and Apply copied properties.

The Symbol name and muse be unique as all symbol blocks are stored in the same folder.

-

•

•

4

1~J1~~A

33 Edit attribute posit ions. Click the Move command, and select the attributes listed below #TAG, and move them one attribme height do,·1111.

-#TD_l #TD 3 #TD- 4 #COM TX-0 #COM l f l

'?.

J: z

#P~ ~ . A ~

z

~

z

36 Completed symbol. Click the 'X' on the symbol cab , ii1fil!\1;!,011tW • •JI and click Yes to save and close it. 34 Add attri butes. Using the method outlined in stepJ 8 Adding attributes. on page 57 add Manufa.cturer and Manufacturer p art attributes, specify a height of1 and Center justification.

Lesson 3 Developing a Scheme

Replacing a Symbol

SolidWorks 2014

Replace can be used to substimte a symbol in place on the drawing. Connecting wires are maintained.

SolidWorks 2014

Tip

Attributes can be moved by selecting their grip poinc and dragging them co the preferred position, without having to modify the library symbol.

Using Stretch

Stretch is used co move one or more line.s and symbols while keeping me circuit connections intact. Like the Move tool (see Move on page 34), the stretch is defined as a vector distance and direction from the current position.

Note

For more information on window selection techniques, see i'vfove. on page 35.

Where to Find It

•

Ifthe symbol is used more than once in the project, these options \\>ill appear:

• • • Where to Find It

•

Selected only - Only the selected symbols will be replaced. Identical in c urrent drawing - Only the identical symbols in the current drawing will be replaced. Identical in c urre nt project - Only the identical symbols in the cunent project will be replaced. Shortcut Menu: Righc-click a symbol and click Symbol, Replace ©

37 Replace symbol. Right click on the 3 poles fuse disconnecter, +L l +L2·F l and select Symbol, Replace...

Lesson 3 Developing a Scheme

Commandl\ilanager: Schematic -> Stretch

.f>)

38 Stretch I Move. Use the St retch and Move commands to adjust your schematic to so that the symbols and wires are as follows.

In the dialog click on 3p fuse disconnect and click Select.

Note

Using the Replace symbol option it is possible· to retain information

applied w a symbol bur select a difl:erent graphic representation. Moving Symbols

Symbols can be moved along or off of their \vires. The move is c-0mpleted using a ' from-to' vector in the following procedure:

-~J•.;;i

I

1. Select the symbol.

X2

4

~/

>-- - - - ---·····:l·· ..:.......______ 2. Click the handle, or grip, that controls the entire symb-01. This is the ' from' position.

X2

4 i -- - - - - - '-

... .'.:~·-.

L...... ______

!·,

Note

The controlling handle position varies by symbol. 3. Click the new location of the controlling handle. This is the ' to' position.

39 Save the project. Click Save ~ and keep the project open.

. .,.J

. ~: .'.'[ ~.~ ~j

---

SolidWorks 2014

exercise 3 Schematlcs

Exercise 3: Schematics

Create a schematic drawing using the info1mation provided. This lab uses the following skills: • •

Draw lvfultiple Wires on page 47. Schematic Symbols on page 52.

Symbol: Ql In the class: Circuit-breakers\ magneto-thermal Manufacturer: Schneider Electric Type: Base Reference: GV2ME06 and In the class: Circuit-breakers Manufacturer: Schneider Electric Type: Auxiliary Reference: GVAEl 1

, I

To start the exercise with an up to dace proj ect, unarchive and open the file Sta.rt_Exercise_03.proj from che folder Lesson03\ Exercises. For more information, see Unarchiving a Project on page 25.

Procedure

Create the schematic power drav1ing as shown. Power drawing.

Symbol: Q2 In the class: Circuit-breakers Manufacturer: Legrand Type: Base Reference: 006468

Open the Power drawing.

2

Draw multiple lines.

Draw multiple lines using che wire style N L 1 L2 L3 · Each phase with a 00101' and combinations of that wire style as sho'\\'Il.

2

-

Manufacturer parts.

Add the symbols and assign the manufacturer parts to each one.

l

Using an Archive File

1

3

~Y.'~-;:...~1-'--'!=-1r ".:..-£ ~' .:i:: .... ~--

Exercise 3 Schematics

SolidWorks 2014

Symbol: K l and K2 In the class: Conta..otor relays, relays\ Power Manufacturer: Schneider Electric Type: Base Reference: LC7Kl2015M7

--

l

•.

Symbol: Ml In the class: Motors\ Three-ph ase Manufacturer: Leroy Somer Type: Base Reference: LS80L-4P( O.75)

s

• 7 8

Note

9

The positioning of the symbols are sho\vn on page 72.

10 11

u ,. . . ..

70

II

71

Exercise 3

SolidWorks 2014

SolidWorks 2014

Exercise 3

Schematics

Schematics

4

Positioning. Positioning of the symbols from the table on page 7 1.

5

Phase inversion. Add multiple '\'\~res (phase wires only) connecting !he K2 symbol as ShO\Vll.

~ '!). ~

"' - ,,_ _ ~~-~

-

-..

""-

~-.,,

'1'.!·•"f""'1.:.rv~'"

~"

5/U 6'

SfU

··; ( .X../

~ ((rl

I P12 I I r.'T'l

Sd111~ ~ lilt"Wic

OS ..... ~,......tt,,- - - -1- -1--1-

~-;;v;.;mc~~---1--+--+----.,,

LC)1U20l5"']

..

""

1/l:Lj ~·

Fl ri!Cl

"'-I~ '"-I~

•u 11 "''

SllWl.&ft

'----~~U""

"""''''" "'

I

.W-f'l

'------''~"'-I :~·~~----------'

"'

St;h!lfitJ.:.rf~(I(

1(';11Cl ) ll i:>M1

..

"" Note

The 3-\\~re sets on either side oflhe K2 symbol have a phase inversion, as shown, to reverse me direction of !he motor.

l-~10---%-'-....- l

.

'= .. . .,~

G

Note

6 Transformer. Add the symbol T l and assign the manufacrurer part. Also, add the Neu tral wire and the -24V · 24V AC wire as shov:n.

The symbols have been broken into rwo sections for clarity.

Symbol: T l In !he class: Transformers\ Voltage Manufacturer: Legrand Type: Base Reference: 004251 7

Save the project.

LJ II

Lesson 4 Cabling

Upon successful completion of this lesson, you will be able co:

74

•

Gee local manufacturer contem.

•

Browse the cable library.

•

Reserve a cable.

•

Create Vmual a circui1.

•

Understand how to creace a user defined cable.

•

Use detailed cabling co connect componems and a cable.

•

Search for manufacturers parts in a catalog.

•

Change projecc fom settings.

•

Assign 3D SLDPRT, defaulr, to a part.

•

Symbol - Component associacion.

•

Cabling in the terminal strip edicor.

•

Use copy and paste co reuse geometry.

75

--ca1>11ng:--------------------------------------------

What is Cabling?

Cabling

There are different ways to apply cables t o imerconnet devices in SolidWorks Electrical. Regardless of the method used the process allow s for the definition of point co point cable conductor connections. Methods that w ill be used in this lesson will be Detailed cabling for single line drawings, and Associate cable cores which can be carried om in scheme drawings, through the Terminals editor, or the Wire cabling order command. Associating cable core relies on scheme draw ings co have '"ires interconnecting symbols, which provides the exact connection information. Detailed Cabling allows for exact connection information to be defined \'l>ithom having any scheme wiring, allow ing for interconnections to be made prior to the scheme design. Regardless of the method used the information is automatically populated across all affected project draw ings. · - -Mt- lS!12»4P(4)

-WI (3 phase power)

-

~

Origin WI . ......, ""~'

-

l

l "'O'/ffli,•71Z

''''l

..... ,. ...

b-Jl2!.I'·:> !j'A););

e'T.o.Mr• Pi1~

........

,,,..m.· :>

""::

1.11eo.reP1.iJ P~ ll1tt> eo~~;ai.s

~,..-$

e-,·00.:.2

""

-

1i-....., ~· "'1,. ;·;:oi.?('.• llm•~ff'M.,.:>~ l.~

,,..,...... .,.,,.p·~!IO ll(lt. :...-:e.1'1)(;lt/1-_ ..¥ nl.''-· ,,.,....,. • ...,..,....... ~C.- llf t1 ~; ;v. 1. ~ ~.... ~t ~."~ Rt1i. r...~.., 1"~

.,,.,,.

ttrllm,.:>

IJileo.rt~~:l(.\fl.l!h~'.m .:2 :1JO

~•)'\$

l;Y't'$•~2

""'•ionl4..1""1'..!':~ l\(th~tt.O:..n!J~

.~M,...,..,e·::;c· er·b~ .,,...~2a.;1 ,

t.~~Ql>Z

. ,.=---...,.,. .:,

_....,..

1

••••1

-··1

··-· ...., I .... l

-· '""l

··~· ·1

.~ I

In this lesson, both user defined and exisring cables will be used.

77

SolidWorks 2014

Lesson 4 cabllng

Detailed Cabling

SolidWorks 2014

Lesson 4 Cabling

The symbols of the mixed scheme map directly to the X l and B l sections of the Detailed cabling dialog. The symbols are also labeled in the dialog as che Origin component and the Destination component but they are as yet are undefined. The follo\ving sections ~11 fest>rw t~imNI.

tlo uC!e: is ~e:rtcd to lint d!t:~t'mf'O"ertCS. Oociiile \k'tl~ W..dd t ~

M . .. 01

Where to Find It

• •

Click the New cable command ~ .

Thlf component na 110 o:tuc. it ct nnot be: Do~ .dicth~t(Udcd: ·~ill a!Ylo~

.t.:JdV!rt.uil CS'(~.

CommandManager: Line diagram -> Detailed cabling R Shortcut Menu: Right-click a cable and click Detailed cabling

a

::>;:.

4

Cable fam ily. Clear the In the class option. Select the Fami ly U· lOOO RVFV (searching is automatic with cables).

5

Cond uctors. Select the Conductors number 2 and Reference 2xl. 5.

lesson 4

SolidWorl

..,.,

, do~

1--·---i

"

"""'· '

-

LS

U· IOOO U· u:oG

u-u:oa u '""

--. ... • .,...._,.

i

LS

J.s: i.s· 1.s1

·· -......,

_____J__I I

,. .·11

·'-... ·+L2-Bl .

,~

l ~I

.

.

+l2-Ml

COfl:l.1:rcu (l'J. .. I Se~M

Note

2'L5

7

Cable defi ned. Add selected part ;.: ., and click Select.

8

Cable properties. Select the newly created cable W l and click the Properties icon.

9

Cable locations. Set the Upstream location to L2 · Chassis and the Downstream location to L2 • Pump, click OK and Close.

Note

This process will create a Reserved cable; when interconnecting devices that have mat ching locations the cable will be available. If the locations differ then the cable w ill be automatically hidden 10 help with cable selection.

Tip

This system allows for the creation of all commonly required cables within the machine, installation .. .In addi1ion to defining where these cables should be employed, prior to carrying out any design w ork.

Double-clicking the cable line will also start Detailed cabling. 11 Sensor ci rcu it. Select the Add virtual c ircuits icon to the right of the Destinat ion button B l.

•

...,,

,,..,,,,

OCortt ofprot :;] .,,, ,,,,, -:l •

~ ofpe,m~ 938l

. ~

ff

'

•

•L

•

I

I

-t:ki~c

17 Select part. Click the E2K·L26MC1 part and click Add selected part .. G Select and OK.

I

A large amount of sensors have been found in the library of manufacturer parts. This represents the total of all manufacturers, and all types.

;'\ tdallt1fadinr po1t IE~

'is"""""'"" .'11 """'

14 Narrow search by manufacturer and reference. Select Omr on as the Manufacturer. Click Search. This returns less results, but still too many.

f~ II

'-t

-

..

-~-~

Manljf~;

T'°'

~I

t

t1·

~ .......

9"'*

I 0

0

Dne1'Il and click

~

Detailed cabling

I $ 1-

1,!. en~ 0tt.....to.

'

'

a .

I•

22 Other terminal. Repeat the procedure for terminal 2 as shown.

(g···· ··· •·······l_~ -Xl

Note

+L2-Ml

The X l terminal opens with some existing definition from the previous cable procedure. 26 Define Ml. Click the butt-On M 1. Select the Manufacturer part and circuits tab and set the following options and click Search. • • • •

88

In the class- Motors Manufacturer - Leroy Somer Reference - LS 11 Number of circuits - 4

89

SolidWorks 2014

Lesson 4

SolidWorks 2014

Lesson 4

Cabling

Cabling

28 Cable properties. The new cable properties dialog inherits all the information from the selected cable when choosing to Add. Set the Conductors size standard to Section (mm 2). Fill in the remainder of the Cable properties, starting with the part name 3 phase power, using both pull down menus and typing to complete it, as sho\\'ll.

Select the part LS I 12M·4P( 4), click Add selected part 1 1 ', click Select and OK. ]· ~~

11.'.'!1 '

l"l!W",1

'l

..

~

"""""-!""'

_!WJ -

l~U.,.. ol'«)

lSJt.2"-.f\~

,l j ~ I JWI;_·~ ,~

14n:IWl(IMI') !

•

I

1- . ste~ '

: 0 . 75 __l!~'-~11 ~1".'J.;._l

~llorl

29 Add cores. Click Add four times to add four default cores to the cable.

1~ ~

l;;;· t~h)t

u

~ Ml;ll)t ~ MolM

W

~ (.t(U'f!

M

fi°" Cable references manager

......

...,,

·l 2

,

"' .........

;

""""""'Ct'»ll1l l

'' '

Tioe

.-.,...

;:oi:

- ~-scdlin""-G

-~ - ~~

-

•,

•

User libraries can be created to store user defined data. They are also useful as filters during a search for user defined manufacturer parts or cables.

•

:Jt,;,rQrd: MGC!fQton
-Jt+

(3

1 Select.

.......'...

.,..

Commandlvfanager: Edit > Copy ~ and Edit > Paste Keyboard Shortcut: Ctrl+C and Ctrl+V

·--- -··-·- ----

+ L2-Ml

SolidWorks 2014

Lesson 4 Cabling

3

Edit cable. Select che unconnecced cable and connect ic to che Xl component as shown.

SolidWorks 2014

Exercise 4 Cab/Ing

Exercise 4: Cabling

Add detailed cabling to a single line diagram using the information provided. This lab uses che follow ing skills:

• • • •

+L2·B2

Using an Archive File

To scart the exercise with an up to date project, unarchive and open !he file Start_Exercise_04.proj from the folder Lesson04\Exercises. For more information, see Unarchiving a Project on page 25.

Procedure

Create the project and add the location as shown. 1

Note

The cable W3 is curremly reserved for use between the terminal strip and sensor, however no detailed cabling has yec been carried out, this will be defined later in the Electi>ical Conti'.'ol scheme. 4

Completed cables. The completed cables include visible part and cable numbers.

+ L2· B2

+l2· M1

Save the project. Click Save ~ and keep the projecc open.

Create cable. Create a custom cable using these properties: • • • • • •

2

5

Creating a New Cable on page 90. Detailed Cabling on page 78. Adding lo!anzifacturer Parts on page 81. Pin to Pin Connections on page 87.

Detailed Cabling

Cores. Add these c-0res co the custom cable: Description

Type

Color

L I-Black

Miscellaneous

Black

L2-Black

Miscellaneous

Black

L3-B lack

Miscellaneous

Black

Ground

Procection

Green-yellow

Use detailed cabling to set che cable, component and terminals. 3

Tip

Part - STUDENT CABLE, l lAWG Man ufacturer - SolidWoi>ks Class - _AWG\ lOAWG ·> 19AWG Type - Power Diameter - 2.305 Description - Cable Exercise

Cable. Use Detailed Cabling to assign the STUDENT CABLE, l lAWG to the cable in the drawing. Use a unique value, such as Manufacturer, in che search criteria.

SolidWorks 2014

Exercise 4

SolidWorks 2014

Exercise 4

Gabling

Cab/Ing

Manufacturer parts. Assign the manufacrurer part IO the Destination Component symbol.

4

Symbol: Ml In the class: Motors Manufacturer: Leroy Somer Type: Base Reference: LS80L-4P(O. 75)

Symbol: B land B2 In the class: Buttons, swit.ches Manufacrurer: Schneide1' Electric Type: Base Reference: XCKD2 l 39G 11

5 Terminals. Add 4 c-0mponems IO the Origin Component terminal Xl . Oq;in e~~

'1!.0'l tt\I

1iii}- XI

....

e

~ lum10al

a Q Q Q

Iii

r·

~ ~

G ~

!.

....

;

• • • •

2

'

rrmr~l

Tcrm¥"111I

Q ~'

Circuit

u

~

M«or

v

@ @

M«.01

Ii:

Ground

w M

~

;

~

-

Or.g11t

C Open from the con1exmal menu.

. #

20 Changing outline text. The text size applied to the outline can changed using the process ouclined in Change font. on page 89 by changing the Location outline field from 3 to 2 . 21 Changing location outline. Click the Graphic tab and from the Location Line type drop-down select Dashed, and click OK. +L2 - Pump

I

I ., l

I> l>J >

f l +w

·Ml~

4kV/{,...,)

1438 tr/min ~

IP SS

1438

ci: cr .t~/~~·M2;~~ r n..J IP 55

\

25 Replace title block attribute. Right click on the attribute #BUNDLE_TZ_O_Ll and select Replace. Expand the Projects folder Description folder, highlight Description (English) and click Replace. Repeal the process selecting 10 Replace #FOLIO_TZ_l_Ll with Drawing-> Description (English) #FOLIO_TZ_O_Ll. 26 Update title block. Press Save, and Close the title block symbol, muili select drawings 102 and 103. Right click on either of the selec1ed drawings and click

Title block-> Update from the contextual menu . Selec1 Yes co confirm the update.

'-...

22 Wiring diagram location outline. Pan or Zoom to the wiring diagram components in the upper left of the drav.>ing. Draw a Location outline around the pump and level sensors setting a location of +L2·Pump.

Training Lessons Mixed power Scheme +ll +L2

Chassis

27 Open Control drawing. Double left click on dra\ving 103, or right click and select Open. 28 New macro group. Click the Macros tab ~ from the side panel. Right click on the panel and select New Group from the context menu. Enter a name of Motor control circuits, and click OK. 29 Add existing macro to group. Right click on the white panel beneath the· Motor control circuits group, and click Add Macros ... click the Motor control circuits classification, highlight the Pump control circuit and Select. 30 Edit Macro. Right click on the macro thumbnail and selec1 Edit this macro.

SolidWorks 2014

lesson S

SolidWorks 2014

Lesson 5 M·acros

Macros

31 Object SNAPS. Right click on anyone of the Drawing parameters in the lower right of the screen. Check on the Endpoint object snap and click Close.

34 Insert control macro. Left click to drag and drop, or double click on the macro and place it in the drawing. Ensure all Paste special action senings are set as Keep exi sting mark/number, and click OK.

Press the F11 key t o activate object snaps in the macro draw ing. .


•

, :::~~-:

M ove the cursor close to the upper left ·wire, and left click.

.

.-. .

-CQ-

... _..r,·1 I

...

•·' .

--·~··~

T1 +L1 -S1 E-'/03

l()Q)lt39G1J

=Fl·K2

=F l ·Bl

.

l,5A

n

~

. "0"' I

';:,

!LJPL ,...

~

X2 " ·0

... -""""·

.,l14

=Fl-K2

Sdn:sfer &ri.111 ~01SK7

•

~Eltrtfie

LOI0.201!iH7

=F l -83

"'I

'--~~~~_.,., ~.,·~·~~·-~~

See Manufacturer Parts on page 130 for cross references 10 the symbols.

Note

See }Janufacturer Parts on page 130 for cross references to the symbols.

lesson 7

SolidWorks 2014

Lesson 7

SolidWorks 2014

Cross Referencing I Component associa6on

Associating symbols to a component

Cross Referencing / Component association

'"'ill

A component is a representation of a physical deYice that be installed in an elecuical installation. The schemes, wire diagrams, and other drawing C}J>CS that go to make up a project drawing set can have multiple representations of a component. These representations can be associated to a single component to pto\ide concise wiring information.

Stages in the Process

A.s..ility srudies, (reverse engineering), and furore changes. Redundant components should be removed to avoid reporting inaccuracies.

•

Resolving cross-reference errors Common desim errors identified throlli!b cross-referencin2 can be resoh·ed by ~ending the associated c;mponent part, or adding atL~ary pans.

Bv associatin2 a scheme sensor S\'Illbol to a sin21e line dia= sensor, the infonnati~ from the single fute diagram S}~bol 'Nill i;;, applied to the schematic symbol. For e.umple, the manufitcrurer pan for the motor Ml was defined in a previous step (Adding J,fanufacrurer Parts on page 81) for the single line componeruc In order to transfer that information forward to the scheme symbol, an as... Cross-f'eference drawing, or by right clicking on any cross reference information and selecting Edit cross reference style ...

Cross Reference Text Coding

The teJcr on either side of each contact, for e.'Gllllple, l / Ll and 2 / T2, reference terminal numbets on the manufacrurer part. The coding may include slashes, dasb_,-s or just numeric Yalues depending on the standards used by that manufactUret. The symbols reflect !he children; they are either open or closed contacts as the drawing dictaies.

The Circuits portion of the Symbol properties, for the symbol Kl in this examples, proYides a lL i:_.~ 10] 4- 7 ~_.......!!

tw+ l

--

lflJ-.8· 1

•

The last (bonom) symbol 103·8 · l is in red indicating that the contact circuit is in use bur does not ha\·e the associated circuit in the parent part. This means that the part will not accommodate the defined \viring, as an exua NO contact is needed in the component

Note

9

...:€$ - '

-...... ·--

Symbol properties. Right-click on the relay and select Symbol properties, click the Manufacturer part and circuits tab. The State is red for the last circuit on the list. Sbre:

~­

=-~

:.:..-..i----..--~

~;·.:m

..c1C""r.i:sr .=1=:7'\IU

•

-

-0.l

Ml-H) ~

'

bt

:;a.a.;

•

.

~--= ~

'"CJ .4-7 "Cl.I .,. X3 .S-l

•IC>--

~

.::--

__,_

''.» • m- - J.'U "'°''·vn "'° ~ •-n .@ :3 • Bc..rrc:;i

fiOOx::id:

~

~

-~tt.7~ ~~7)(£7

10 Add an auxiliary clip on contact Click Search. Use the following information to select the component. • • a

•

In the class- Cont.actor relays, re!ays Manufacturer - Scbneider Electric Type - Au x iliary Reference - LADN

Select the pan LADNl l TQ, click Add selected part and OK Note

~

, click Select

This adds a front clip on contactor device that can be attached to the relay; it pto\ides two more contacts, resol~ing the part error and proYiding a spare )JC contact for fuiUre use..

SolidWorks 2014

lesson 7

Exerc·is& 7

SolidWorks 2014

Cross Referencing I Component association

Single Line Diagram Cross References

11 Updated cross-reference list The cross reference list is updated \\ilh me additional partS contaclS. 12 Associate cable cores. Pan dO\vn me page to reYie...- the sensor -B2 between terminals 7 and 8.

'-:_~E lW-4·7 :)1')

102-'1-7

u

:4

lW-1- 1

:a -

~

lCB-8·1

S.J

~--

- .--.--

Exercise 7: Single Line Diagram Cross References

Add cross references between drawings and add multiple tmninak using the information proYided.

Expand cable W3, hi~hligh1 lhe Black conductor and the connection in the lower half of the screen. Select Dissociate cable core followed by Associate cable cores, and click OK to confirm_

+U+l2-X1

(~

To start the exercise \\ilh an up to date project, llltarchive and open the file Start_Exercise_07.proj from the folder Lesson07\ Exercises. For more information, see Unarchiving a Project on page 25.

Procedure

Create cross references between symbols as shown.

1 Cross reference. Create a cross reference berween the motor s:ymbols in the Line diBgram and the Power drawing. The manufacrurer part for the motor was selected in me pre,ious e.xercise.

~---_.--~-"',,, --~-,.,., .,.-~

-

W)tlf-iOOOIMVD:.L~

--.-1"11-11.11n•, ~

-F?-11-P.>.

-1-U·L.!"1'-'

-Ii-I.Hu

~~--;;;:;;:;- ~

~

2

~

i

+U+L2-X1 Note

Associating symbols ro a campor.eni on page 132. Jnserr 'n •terminals. on page 94.

..

•'~ -82 ~~. Omron E2K-L26MC1 °2

102-4-1

0.75\'VI

7

=f'2 • Water•top

~

l.SOOL--'IP(0.75)

Using an Archive File

Repeat !he process for the 'Wire connecting terminal 8 and -B 1 , selecting the W3 light-blue oonductor. +l2 - Pump

""""""' l400tt/rM

• •

In the dialog remo,·e the filrers as described in Remove Filiers. on page95.

Ml

This lab uses the following skills:

lli-£

Right click on the wire c-0nnectingrenninal 7 and-Bl selecting Associate cable cores ... from me oonte.\.-tual menu.

l2

Multiple tenninals. Insert multiple passing terminals across four wires in the Power drawing as shown. The direction arrow orientation is to the left as shO' -1>,

This amomatically updates the cable core connections in both the mi...:ed scheme and terminals editor.

)

l2 m-.:~

wi·. u.-a. wi~

13 Save the project Click Save Q and keep the project open.

..C\1

..: :.it:ufi

•.1

~......

Ml

\I """ """' 3 •' ~,.,. """"" M

lSOOl~0.7S)

/

1400tr/trin

n' SS

3

Component properties. Open drawing 06 select the Components tab right click on =F l-M3 and select Properties, changed the Root Number from 3 to 2 and click OK

4

Save the project

Exe.rcise 1

SolidWor ks 2014

Single LJne Di agram Cross R eferences

Lesson 8 Managing Origin-Destination Arrows

Upon successful completion of this lesson. you •

Replace e..'tisting wires.

•

Edit "'ire marks.

•

Add origin-destination anow; to \\ires.

'"ill be able to:

SolidWorks 2014

Lesson 8

SolidWorks 2014

Lesson 8

Managing Origin-Destination A/Tows

Managing Origi1>-Destination Atrows

What are Origin· Destination Arrows?

Origin-Destination Arrows connect the same wire as it moves berwee:n dra\\ings, joining rwo segments of a line as if they were physically connected_ The arrows iI creates behave like a hyper link -and includes te.'tl that define.s !he origUi/destination dra\\ing and locati()ll_

Note

Only wires of the same wire sryle can be connected this way.

Stages in the Process

The major stages in the process are listed below:

•

Replacing Wires Replacing an exiting wire is more efficient that deleting and sketching the wire agailL

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....

,..,

"

~~ · W

To start the lesson m'th an up to date project, unarchive and open the file start_I.esson_08.proj from !he folder Lesson08\Case Study. For more information, see Unarchiving a Projecr on page 2.5. Replace a wire and add origin-.:-:-:{ When m·o open endpoints canno1 be selected \\ith Manage origindestination arrows, they are unmatched wires. The connection cannot be made until the wires haw the same Wire Style (see Wire Sryle Selection on page 49). This a,·oids creation of an electrical fault in the project.

When Endpoints Cannot be Selected

3

~L I .-·

Selection. Zoom in on the areas ofthe dra\\ings as shown. Click Single insertion -~

~ and tty to select the \\ires shown. Only one can be selected. Click Close.

d..

---~-----

-u-u · Owl'

•

•

SolidWorks 2014

lesson 8

SolidWorks 2014

Exerc-is& 8

Ma1taging Origin-Destin ation Arrows

6

Origin -Destination Arrows

Create arrows. Click S ingle insertion ~ and select the open line endpoints from each drawing as shown.

Exercise 8: Origin· Destination Arrows

Add origin-destination arrows using the information prO\ided. This lab uses the follo"ing skills:

~

05-2

~

05-1

a Replacing Wires on page H4. a Origin-Desrinarum Arrtrws on page 146.

~u+U-l>!ior

. ...

~==~ 7 8

Save the proje New field and enter a value of N-2 and click Wxpd

1

dra\\ings as sho\\n.

OK. 9

Arrows. Add origin-destination arrows between 1he Power and Control ~

Show/hide wire marks. Right click on the neutral wire and select Show/hide wire marks from the contextual menu to display the marlcs on the equipotential.

10 Edit wire marks. Open dra-.ving 103 - Electrical control scheme and zoom in on the

"""' 1

Right click on the blue, neutral wire, below the relay coil selecting Edit wire mark... from the conte.uual menu. In the dialog click on the Equipotentials marks> New field and enter a Yalue ofN-2 and click OK. A message will displayed stating that the mark is duplicated in the project, click Yes on this wanting and click OK again to rerum to the dra\\ing. Note

I

l

'

'

u ,......._

v l l I

I

,...

' ~>T

~':.' N

~

11 Automatic insertion.

w

•&

1

2

sd:~ded:O l(](JlOT_s,,Q i

-:: ~ ~

Defining the same "ire marks on different -.vires in a project identifies them as being a continuation of the same equipotential. Select the Schematic tab, Manage o rigin-destination arrows ~·;2_ pull-down, and click the Automatic insertion. Select Connect when drawing locatio n is different and OK The arrows will be automatically inserted on the ends of the "'ires.

FS - Open Door "'-{

relay +Ll+L2-Kl.

0

N

I

3

.... .. CS.-:.

DI~ -

~z N

~

~

2

Save the proje

"0_,_

function

Close Door Reley Open Door Pilot

I

Close Door Pilot

Exercise 9

SolidWoriJf .,,..,

•

...1-s:i

-= -m J:t-Jl2

..•. 1"'..' • )l ' )

, l • • l •

.• l

I

Right click on O 11512914 and select Properties. Scroll down to illustrations section and click on the 30 part field. Browse to the ... \ SolidWorks Electrical Schematic\ I.essonlO\ Case Study folder, select 1492.J3-0.SLDPRT and click Open. Click Add, Select

Tip

The change to the part "ill not affect components it has been assigned so that terminals in strip -X2 will ha,·e a difterem 3D part to terminals -XI 6 and-XI 12. Usi n~ the Process tab>Update data command allows the assigned data to be updated to reflect any changes made at an application le,·eL

10 already,

L&SSon 10

SolidWorks 2014

SolidWorks 2014

Lesson.1G

Final Drawings Changes

Renaming Drawings

F;na1 Drawmg.s Changes

Schemes or dra'\\ings can be renamed to match the contents. The numeric prefix remains regardless of the name change. 20 Rename drawings. Right-dick drawing 104 and click Properties ~ . Under Description (English), type PLC Input.s and Entrees PLC in Description (French). Click OK. 0 _,.

I

,

-. -· .-...--

Assigning Parts to Locations

Parts and assemblies like the cabinet do not relate 10 a symbol and ther-...fore are simply assigned 10 a location (see ltJcarions on page 15) in the projecL

For more information, see Assigning a Parr on page 185.

-· !

.:r-l- -

r ,,,

21 Add cabinet part. Right-click the Ll - Main electrical closet and click Properties iJ . Click the Parts tab, find the part NSYCRN65200, click Add selected part Q , click Select and OK

~~ _$1$~ ~

ts

Right-dick drawing 105 and click Properties .;s . Under Description (English), type PLC outputs and Sorties PLC in Description (French). Click OK.

-.

I Opp;:w1& #j

..

"""' I

22 Check component locations.

Components will be available in 3D dra'\\ings based on the location applied to them. Select the Components tab, right click on =F l -Hl and select Change location, selecting Ll Door. and Select Repeat the process for =Fl-X2 selecting the location L2 Chassis. Finally change =Fl-83 and =Pl-84 locations to Ll Door. 23 Add cable descriptions. To access all !he cables in !he project select the Projects tab Cables JI' command.

24 Description. Click Wl - User Defined 4G cable and click Properties iJ . Under Description (English), type Pump Power in Description (French), type Pompe d ' sJimentation and click OK The full name becomes Wl - Pump Power.

losson 10

SofidWorks 2014

Final Drawings Changes

SolidWorks 2014

Exercise 10 Editing a PLC

25 Additio nal descriptions.

Exercise 10: Editing a PLC

Add the mnaining descriptions in English and French as follows. • W2 - Low Level Sensor - Gapteur de niveau bas • W3 - Top Level Sensor - Capteur de niveau superieur • W4 - Pump Power - Pompe d 'alimenta.tion • W5 - PLC outputs - Sorties PLC • W 6 - PLC outputs - Sorties PLC • W7 - PLC outputs - Sorties PLC • we - PLC outputs - Sorties PLC Click the Close bun=

Edit existing PLC symbols using me information ptO\ided. This lab uses me follo\\ing skills:

• • •

•• Using an Archive

-

..

~ Wl -~~

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-.... ,__ ...

...,.__ ""' .., .,.,,.~

,_

frlll!JQ't;r.S

x

........

"' . . Wl·l.e#~se-.I: '#I'S -r.,........so.-

7:

-

Editing rhe PLC Dr(lloing on page 178. Numbering Wires on page 191. Assigning a Parr on page 185. Wire Style Manager on page 188. Assigning Parrs ro Orher Objeas on page 193.

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i'..?·?uto ~

..._ ___.._ ...... _WL..•.

rt:io:.: Ot'~V ~~~~;,~~:iocieit:=• ::~~~oeau:c:~:- &oc~=

26 Save the project. Click Save Q and keep the project open.

1 1:="61 =t.OOCE

5-1

21 '

~

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ll

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2 Open drawing. Open the 05 - Control drawing.

--~

·-~

·-

SolidWorks 2014

Exorcise 10

Exercise 10

SolidWorks 2014

Editing a PLC

3

Wire style properties. Use the Wire style properties to set the properties of these wires: Wire

Diameter

Section or Gauge

-24V -24V AD

l.45m.m

15

2 .3m.m

11

6

Arrows. Add origin-destination arrows between the wires in the drawings 06, 07 and 08 as sho"'n_

Neutral wire P hase 1

'

Phase 2 5

P hase 3

•

Protection 4

• •

Number wires. Number the '"ires in all dra'ki ngs.

" "

••

5 X?' t o-~·" "---•__x_, 1~ i ~------'".o -

a;.u1m

-

.....

..

B:a;r

>DCD2.J:39GJJ

5

-

Cable and Terminals. Select Project tab Cables, selecr W 1 and Duplicate. Open dra'king 06 insert multiple terminals exremally connecting to M2. Terminals should be pan ofXl numbered 5-8. A,,-sociate cable W2, as shown.

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ell

198

=.

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.,.,,....

199

Exercise 10

SolidWorlcs 2014

SolidWortcs 2014

Exercise 10 Editing a PlC

7

Assign part. Use Assign Part to assign the same manufu:cruret pan to all of the terminal pans underXl , X2 and X3.

... .,,

~'--l2

.,,.

In the class: Termlllal strips, terminals l.\1anufacrurer: Entrelec

10 Location. Change the location of the follo"IVing symbols to Gara€e .

~it """""" F [J L1 · M:t1 ce..'1:11 ct>~

........ .......

.,,.,,

.,r•..;q:

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.(•.(;2

=

Siemens

3S83203-1HA20

...r;.o1

Type: Base Reference: 011512914

•

!? ..pl? :,.; CEO •ff.X I

.J-..xz

~a:Q ~ tt(i ... l ~

8

X3

1

X3

3

-0-

Rename. Rename drawings

9

Current Xame

New Name

06

06 - Power PL.C

07

07 - PLC Inputs

08

08 - PLC outputs

IP68 F1F3

•

s

X3

0

21

VERT IP67 Fl f6

•

Cross references.

KS

t-:

22

58 1 13,;-oH

32

---.-.....

Add cross references in !he 08 - PLC outputs drawing as shown. .-

oa

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·---

-

-

The Drawings lis t lists all me drawings or schemes in the project. The columns can be sorted by drawing, function, location, revision, date, cm.ted by, designation, folder mark oc folder designation. In 1his example it is soned by the Drawing column.

•

·--•:i.-11,,. ...._ ... _ •'.• •- . - . .- -- ---· - " .. • -- --.,_ --.. )( .. !J ~ __ . _

3- -

_ _ ,....

-

JI

.;.~

ti .. -111

- -,_

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~ ~

~

'

Where to Find It

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Report manager.

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J

;

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•• • •

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~-

EB

New report.

The new report a._ppeafi lb-red in the Report Manager.Sort the PLC Inputs/Outputs list by the Address column.

:! ~.l..!..-~-.!l~ ~ ..~! ·-

--I

""'"-ft~"'=.._..,... "" t!; ~ ~:=;:; ~ ~ ~Ml

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Command.Manager: Project -> Reports

2

-

I ......

lesson 11 Repotts

SolidWorks 2014

3

6

Generating report drawings.

ii!

Click Generate drawings and click all items in the lisL Several lists are added below the dnmings in the Documents list. Click OK and Close.

.....

_

x

'''

• .ii_

Update reports drawings. Double-click the 1O1 - Drawing list to open it, right click on the dra\\ing name in the Document tab side panel and select Update reports drawings !II from the conte.x-rual menu to show the new information relating to the position of the dra"ings in the Schemes folder.

.

.

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Lesson 11 Reports

SolidWortcs 2014

'

l t

txt- 'OX•lltJI! llH x.:k

4

Creating Folders. Folders can be created in Books in order to bener manage the project documentation. Right click on the Document book and select New, Folder, add a Description (Eng lish) of Schemes and Description (French) of Regimes and click OK

I

I

..

'" '

- c x

.......

7 Modify reports column.

_

-......... ......... ?"-.....

-..~-

--

~ W~ : ~~:ta

~-·

Currently the Folders column exc...-eds the drawing border, this can be modified by accessing the reporu properties. Select the Project tab Reports c-0mmand., select Drawing list and click Properties. Select the Columns tab and change the Folder designation field from 80 to 60.

r ~ ~~

~~.,_,

~T.......... M

•

.............,.,..,. i~-

-~

L'tf.

5

Moving Folders/Drawings. On the side panel Document tab left click on the folder Schemes and drag and drop it below drawing 101 - Drawing list.

in:.s 102-105 left click and

~ulti selecr dra"

drag and drop them into the Schemes folder:

f

I (.~

,

J I

~ l · ~ l»:l-

l!!l 1~ . 0-,...... ... ,._

•!!

0

tol · Ono

In

lO? · KIOe:l~:W-

ltl'l · ~ u..l"O ..,_

~ 10" ·'\C)Vb

i! !Of· l't.C 0-JCIJIS

• lM · f\.C S.'Pb/Q..a).iU~ ·• lll7 · l~of ~ ~

~ lC~ · · :i11~~:ito tO> aloe ,.;n;.1;a1ii

J!l •

l » ·tetof·- er.

~ lll ·t4tohir~

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208

209

lesson 11

SolidWorks 2014

SolidWorks 2014

Lesson 11

Reports

Reports

On changing the field value click anywhere else in the dialog to activate the Apply bunon, this writes the field change directly into the SQL database.

Tip

9

Open tenninal strip drawing. Open drawing 113 - X2 - (1 / 1) .

I ·. ., I =f:-11-0-Xl

35d

------- ...... ~ . . --,_ ··= -·-- :::.: --- . --= . - - :.-..- -. ·I=: •

•

:

•

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,

0

~

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~

••

- L.2_

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--

Click Apply, Close and Close again. Update the drawing report as outlined in the preYious step.

Drawing Terminal Strips

Tenninal Strips Drawings can be generated automatically from the terminal strips in the project.

Where to Find It

• 8

- I ·:_. '"'-··

. ..

~ ·•

....

ir-~~~~~~~ ,

......

~~.0oo.r === ~~=-~~~~~~~~~~-....1~ =·..;

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.,_

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10 Save the project. Click Save Q and close the proj ect.

Shoncut Menu: Ri~ht-click the Book and click Draw tenninal strips here, All the project tenninal strips

Draw tenninal strips. Right-click the book and click Draw tenninal strips here, All the project tenninal s trips. Two new terminal drawings are added: 112 - Xl - ( 1/ 1) and 113 - X2 - (1/1).

~~ - ~ ~ 1;11;·~ P* '1'"'-'"0 le l)! ·o.-w.tl~t:l. 3 Ql Sd~ J;Q • t"--~

~ 1:>J ·O!:~-::iritro'h~ It:) l:M PLC b\>JU

- ld l~·l'll;~

~ l.~·1"1.C ~ /Q.rtp..r.;;~ 1.i$1 ~ Nad:$

Iii 01

· Ul ·fi' nf~

~ PS · lli ofns!X"1!1'$ !blot ...«$

Iii UC

!lrl 1n -1• « -

~ Ul·;.'.~-(ll0 ~ UZ X2i U!J

210

211

SolidWorks 2014

Exercise 11

SolidWor!cs 2014

Exercise 11 R•potts

Reports

Exercise 11:

Create a set of repons using the information prO\ideYXC" C..".'O.;\ing: 46

proj= s

existi.cg 24

fu:nctio:i

blocks 36 books

llC'\\'

OL>tli::..es l l i

c

L

cables add 90 associa:.e cores 181

llilc~

R .re¢scing v.iresc 144

22

upo:t

loonii>:; 15 C>Ul!C=lll

bill o!~m.3!e:i..ili 21>5 c:h!es 206

::.ti

215

Index

u 25 usct in:erl':ace 1 u.~hive

w wires draw muhip!e wi.TCs 47

d:aw sin2.le ~ires 120 ed5t 164~po-tential f~nnula 19(1

nwnbc< 191 replace 144 system ofnum._"'c:ing 190 v.ire scyle mansgcr lSS

z zoom cxtents.ofdra\oing 31 mouse- 19

216

SolidWorks 2014