Bentley substation civil instruction manual-v2.3

Bentley Substation Civil Design Instruction Manual

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Bentley Substation

Instruction Manual v2.3

Civil Design Guide


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Table of Contents

Preface ................................................................................................................................................... 6

A. Purpose: ......................................................................................................................................... 6

B. Requirements: ................................................................................................................................ 6

C. Legends: .......................................................................................................................................... 6

E. Glossary, Definition, and Terminology: .......................................................................................... 6

I. General Approach ............................................................................................................................. 8

A. Software Overview ........................................................................................................................ 8

B. Drawing Size, Page Format, Title Block, and Scaling ..................................................................... 8

C. Handling Existing Vector/Raster Drawings .................................................................................... 8

II. Design Approach .............................................................................................................................. 9

III. Launching Bentley Substation and Working with Project Manager ........................................... 10

A. Restoring a Project from Backup ................................................................................................. 11

B. Creating a New Project ................................................................................................................ 13

C. Creating a New Drawing Page ..................................................................................................... 14

D. Copying a project ....................................................................................................................... 17

E. Copying a Drawing Page ............................................................................................................. 18

F. Rename a Project or Drawing Page ............................................................................................ 19

G. Modify a Project or Drawing Page .............................................................................................. 21

H. Running Reports ......................................................................................................................... 22

IV. Designing with Existing Vector/Raster Drawings .......................................................................... 22

A. General Method ......................................................................................................................... 22

B. Bringing in Existing Vector Files to a Bentley Substation Drawing ............................................. 23

C. Placing Symbols into Vector/Raster Graphics ............................................................................. 26

V. Section NOT used in Civil Manual ................................................................................................... 26


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VI. Designing the Civil Master Site Layout .......................................................................................... 26

A. Creating a New Civil 3D Layout Page .......................................................................................... 28

B. Creating a 3D Civil Master Site Layout using Elements from a 3D Topographical drawing ........ 29

C. Creating a 3D Master Site Layout from an Existing Grading Plan ............................................... 29

D. Creating the DTM ......................................................................................................................... 30

E. Additional Features that need to be added to the 3D Civil Master Site Layout File. ................... 31

F. Accuracy Check ............................................................................................................................. 34

G. Level Locking ................................................................................................................................ 34

VII. Inserting 3D Objects ..................................................................................................................... 36

A. Insert Substation Object in the Civil Master Site Layout ............................................................ 36

B. Inserting Single Objects .............................................................................................................. 38

C. Inserting Variable Objects .......................................................................................................... 40

D. Inserting Repeating Objects ....................................................................................................... 40

E. Assigning Balloon Numbers to Foundations. ................................................................................ 40

F. Assigning Job Numbers to Foundations. ...................................................................................... 42

VIII. Design Construction Drawings ..................................................................................................... 44

A. Creating a Construction Drawing(s) from the Civil Master Site Layout ....................................... 44

B. Creating Standard 2D Drawings (i.e., Structure and Foundation Drawings) ............................... 51

C. Annotating Drawings ................................................................................................................... 55

D. Dimensioning Drawings............................................................................................................... 55

E. Creating Section Callouts ............................................................................................................. 55

IX. Foundations Data Sheet Report ..................................................................................................... 55

A. Running Foundation Data Sheet Report ..................................................................................... 55

B. Embedding Excel Report into Foundation Data Sheet Drawing .................................................. 58

C. Modifying, Moving, Resizing or Deleting Embedded Excel Report ............................................. 60


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X. Generating Drawing List .................................................................................................................. 61

XI. Plotting Construction Drawing(s) ................................................................................................... 61

A. Printing Full Size Drawings for Final Issue ................................................................................... 61

B. Printing Drawings for Review (not full size) ................................................................................. 67

C. Publishing a Project in PDF with Links maintained ..................................................................... 68

D. Creating 3D PDFs ........................................................................................................................ 69

XII. Backing up and archiving a Project ............................................................................................... 70

A. Overview ..................................................................................................................................... 70

B. Interim Mandatory Backup for Data Retention .......................................................................... 71

C. Archiving a Project upon Completion ........................................................................................... 72

Appendix A. Quick Guide ..................................................................................................................... 73

Appendix B. Basic Bentley Substations Drafting Overview ................................................................ 74

1. Accudraw “o” and “enter” commands ......................................................................................... 74

2. DGN files, design models, and sheet model ................................................................................. 75

3. Levels ............................................................................................................................................ 76

4. Reference Command .................................................................................................................... 79

5. Merge to Master Command ......................................................................................................... 81

Appendix C: Creating Details ............................................................................................................... 83

Appendix D: Retaining Legacy Title Blocks and 0, 1, and 2 Drawings ................................................ 88


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Date Rev. Description By Chk by

2.0 Will be Updated Later JOSB

01/31/13 2.3 Updated and revised to be consistent with Electrical V2.3 LD


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Preface

A. Purpose:

This document outlines all necessary steps and procedures for Civil related work required to

complete a substation design project utilizing Bentley Substation software within PG&E

configured environment. All users need to follow these steps to ensure contents can be properly

utilized among PG&E and contractors.

B. Requirements:

1. Bentley Substation should be properly Installed and Configured.

2. Master PG&E Parts Database has been installed.

3. Master catalogs (2D/3D) are present.

C. Legends:

1. Text in single quote is: ‘Running a command’.

2. Text in double quote is: “Column or field name existing in the software”.

3. Text in bold is: USER TO KEY-IN VALUE(S).

4. Text in Italic and bold is: Hint or CAUTION or PAY CLOSE ATTENTION.

E. Glossary, Definition, and Terminology:

Backup: The process, which bundles all related files/data of a project to one single file (*.prj)

Construction Drawing: Drawings to be issued out to construction or vendor drawing. These

drawings contain the Title Block and where annotation, dimensioning and clouding occurs.

Design Model: A 2D or 3D workspace model within Bentley Substation. These model(s) are

referenced into the Construction Mode Drawing. The 2D and 3D design models are

available with x & y and x, y, & z coordinates respectively. Typically text or annotations are

not placed within design models and items are drawn at 1:1 scale. This model has no Title

Block.

Drawing Set: Typically all drawings for a specific project will be assigned to the same

drawing set (i.e., Civil). Note that Electricals will populate this field differently.

DTM: Digital Terrain Model

font001: Font style to be used in PG&E Bentley Substation environment for Civil drawings

(Note that Electrical drawings use font style font style “RomanS”).

G.A.O.: General Arrangement Outdoors


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Live Nesting Level: Defines how many levels of a reference the software needs to look

through to display the reference. For example, if set at 0 or No Nesting, only the referenced

file itself will be appear in the destination file. If set to 1, any file referenced into the

reference file will also be referenced into the destination file, and so on.

Master Civil Model: 3D drawing containing civil components such as DTM, road, fence,

gate(s), PRP, topo…This model will not be issued to construction; it’s used to create the

Arrangement of Foundations, Grading Plans, etc.

Master Electrical Model: 3D drawing containing all actual inserted 3D symbols which will

not be issued for construction.

Master Model: 3D workspace model within Bentley Substation. Design can be done on this

model. No Title Block is to be included here; and do not issue designs done in this model.

My Projects: The folder which contains all active substation projects

Page Name: Drawing number

Project Name: Substation Name (e.g. East Nicolaus Substation)

PRP: Project Reference Point. Typically the origin of X,Y axis located at Z=0.


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I. General Approach

A. Software Overview

Bentley Substation is an intelligent and integrated CADD software which consists of

Microstation and a database running in the background. Bentley Substation users can

perform all basic drafting tasks that used to be done in Microstation.

Existing drawings with non-intelligent graphics can be brought into the new environment

and mixed with new intelligent symbols as necessary. Similarly, legacy 2D physical objects

can be on the same drawing with new 3D intelligent symbols.

All drawings for a substation will eventually be bundled into one project file. The project

name will be the name of the substation. No individual DGN files will be available for editing

or archiving.

B. Drawing Size, Page Format, Title Block, and Scaling

For simplicity of printing and handling, Bentley Substation uses 3-Size (“D” size, or 34”x22”),

4-Size (“E” size, or 44”x34”) and 5-Size (50”x30”) drawings. <0, 1, and 2 size plus SPCC shall

be developed>

Bentley Substation produces drawings utilizing a letter and number coordinate system to

properly identify locations of components for intelligent linkage. The appropriate page

format needs to be selected for all drawings to be issued.

For Civil design, there are currently three Title Blocks available: “ETEC3S_TB_CIVIL”,

“ETEC4S_TB_CIVIL” and “ETEC5S_TB”. <0, 1, and 2 size plus SPCC Title Block drawing

templates shall be developed>

The 3D Civil Master Site Layout model design will be 1:1 scale. All other drawings’ Title Block

can be scaled appropriately.

Refer to Section III.C for more information regarding the creation of different page sizes and

commonly used scale factors.

C. Handling Existing Vector/Raster Drawings

Users can maintain existing drawing numbers if they are old/new 3 size (e.g. 3001234), 4

size, and 5 size; simply create a new drawing in Bentley Substation with the same drawing

number, page size, and scale, then merge vector contents by referencing and “Merge to

Master” command. Intelligent design can be on the same drawing with legacy (non-

intelligent) design; however, non-intelligent design will not have the same features as

intelligent design.

Similarly, existing drawings containing raster can be edited using Descartes.


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Refer to Appendix D for a procedure when an existing legacy Title Block needs to be

retained.

II. Design Approach

It’s important that project design be based on existing and approved design standards, not from

other projects when design standards are available. This means all applicable existing standards

will need to be modeled ahead of time. For creation of standard (and nonstandard) 3D symbols,

a request should be made to the Civil Bentley Administrator.

For the Civil Arrangement of Foundation or Grading Plan design, users can start the design by

placing 3D symbols (i.e., foundations) from the catalog into the Civil Master Site Layout model.

Final construction drawings will be made by referencing the Civil Master Site Layout model.

Dimensions, text and Foundation Item Number (balloon number) will be placed manually on the

final construction drawings to be issued.

The following is a basic outline of the Workflow Process:

1. Check H:\Substation Data\My Projects\ to see if the substation you are about to work

on is already in the active projects folder. If so, that means somebody is working on that

station at this time – coordinate with that person as required. Note that in most typical

projects, the Electrical Designer will do this check. Civil Designer will need to check

this folder when there is no Electrical scope.

2. If the substation is not in the active projects folder, check this directory to see if the

substation you are about to work on exists: H:\Substation

Data\Substation_LIB\Backup\. If it does, request the substation to be restored into the

active projects folder (make sure to use the most recent backup file). Note that in most

typical projects, the Electrical Designer will make this request. Civil Designer will need

to make this request when there is no Electrical scope.

3. If none of the above, copy the “_START SUBSTATION” project and rename it as

required. Please do not modify or add any other drawing pages to this project as this is

a template project that will be used by everyone. This project folder contains two

pages: CIVIL MASTER SITE LAYOUT.DGN and ELECTRICAL MASTER SITE LAYOUT.DGN plus

a REFERENCES folder. The pages are referenced to each other and already have the

DTM, PRP and X-Y axis incorporated.

4. Check drawings out of WIP and place into the “References” folder. Note that you

should only do this for drawings that will be converted to Bentley Substation format.

For all other drawings from WIP, check out to your LAN ID folder or C:\Data\ (such as

drawings to be superseded, 0-size drawings, etc.).


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When checking the drawing out, make a note in the ‘comments’ section of WIP

indicating “Bentley Substation.”

This will indicate that the drawing has been converted into the Bentley Substation

project environment. Topographical drawings, when available, should also be placed in

the “References” folder for the creation of the Civil Master Site Layout model or for

future reference.

5. Proceed with design by working in the Electrical Master Layout and Civil Master Layout

models first.

6. When the project is completed, back up the project and notify appropriate Project

Librarian for proper archival. Follow instructions in Section XII.

III. Launching Bentley Substation and Working with Project Manager

On most workstations users can double click on the Bentley Substation Icon located on the

Desktop to launch the program (The blue transformer shortcut icon).

Alternatively, Bentley Substation can be launched from “Start” Menu “All Programs”

“Bentley” “Bentley Substation V8i” “Bentley Substation V8i”.


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Once Bentley Substation has launched, the “Project Manager” dialog appears as shown below.

The following tasks can be done by the “Project Manager”:

- Restore a project from backup/archive

- Create a new project and new drawing page

- Copy a new project or drawing page

- Rename and Modify a project or drawing page

- Run Reports (i.e., the Foundation Data Sheet report)

A. Restoring a Project from Backup

On a regular production run, after a project has been completed using Bentley Substation, it

will be backed up into one single file which will be archived. This archived project needs to

be restored in Bentley Substation’s Project Manager before it can be worked on again.

On “Project Manager”, point to “File” “Restore”, the “Restore Project” dialog box appears


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Line 1: Click on the ellipsis for the “Project File (*.Prj) field to select a project to be restored:

Select a project to restore and click “Open”.

Line 2: Keep the default file path “H:\Substation Data\My Projects” folder here since all

active projects will be placed in one location.


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Line 3: Assign a new project name if needed; otherwise, the name for the project to be

restored will be kept.

B. Creating a New Project

Within the “Project Manager”, a new project can be created by right clicking on “My

Projects” directory, selecting “New Project”, or “File” “New” “New Project”, or

shortcut ‘Ctrl+N’ .

The project name will be the substation name or switching substation name e.g. Orosi

Substation or Santa Ynez Switching Station.

After keying in the substation name, click on “Description” and key-in the following

information as shown below. This information will appear on the Title Block.


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C. Creating a New Drawing Page

After successfully creating a new project, the “New Page” dialog box immediately appears

which asks the user to create a new drawing page.


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1. Project – Defaults to the name of the project which is also the name of the facility

(Substation, Switching Station, etc.). Ensure you are creating the drawing in the proper

project.

2. Drawing Set – Type in “CIVIL” for all Civil drawings so they are easily recognized within

Project Manager.

3. Installation – Type in drawing type: Arrangement of Foundations, Grading Plan,

Foundation Data Sheet, Structural, SPCC, etc.

4. Location – Typically Leave Blank.

Note:

Drawing Set, Installation and Location fields are intended to be used for organizing the

drawings, and to be able to filter and search in the future. Civil is populating these fields

with different information than the Electricals. Refer to latest edition of Electrical Manual

for more details on what information Electricals use in these fields.

Do not use special characters for Installation or Location (#, &, commas, apostrophes,

colons, semicolons, parentheses, *, etc)

5. Page Name – Type in a Page Name, most likely will be a PG&E drawing number

beginning with 3-, 4-, or 5-, or “Civil Master Site Layout” for the Civil Master Site Layout

drawing.

6. Initial Mode – Choose the type of drawing you are creating from the list of available

types. “3D Layout” for the Civil Master Site Layout; “Construction Mode” for all other

Civil Construction Drawings.

7. Title Block – Select the appropriate size for drawings to be issued. Leave Title Block

blank for 3D Layout.

a. For 3-size drawings, choose ETEC3S_TB_CIVIL

b. For 4-size drawings, choose ETEC4S_TB_CIVIL

c. For 5-size drawings, choose ETEC5S_TB.

Note that depending on your settings, you may need to choose ellipses at the right hand

side of the Title Block field, left click on it. This brings up the “Select Title Block” dialog

box. Within the “Catalog Tree” panel, select “Master Catalog 2d” and double click with

left mouse button, then select the appropriate Title Block from the list.

Refer to Appendix D for what to do if you have an existing drawing that has an older

legacy Title Block that you would like to retain or if you have a 0, 1 or 2 size drawing.

8. Place Title Block in sheet mode – ensure this box is NOT checked for new drawings.

9. Page Format – Select the appropriate size for drawings to be issued. Select as follows:

a. For Civil Master Site Layout, choose 3D Layout.


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b. For 3-size drawings, choose ETEC3S,

c. For 4-size drawings, choose ETEC4S

d. For 5-size drawings, choose ETEC5S.

10. Page Macro – Leave Blank (highlight and clear any text in this field) unless an established

page macro exists, not typical for Civil drawings. Refer to latest edition of Electrical

manual for more information on page macros.

11. Scale Factor – This is where you set your page scale. For the Civil Master Site Layout,

the Scale Factor should be set to 1. For Construction Drawings, type in the appropriate

scale factor for the drawing page. The following are some common scale factor values:

Scale Scale Factor Scale Scale Factor

1’ = 1’-0” 1 1/16” = 1’-0” 192

3” = 1’-0” 3 1” = 10’ 120

2” = 1’-0” 6 1” = 20’ 240

1½” = 1’-0” 8 1” = 30’ 360

1” = 1’-0” 12 1” = 40’ 480

¾” = 1’-0” 16 1” = 50’ 600

½” = 1’-0” 24 1” = 60’ 720

3/8” = 1’-0” 32 1” = 100’ 1200

¼” = 1’-0” 48 1” = 200’ 2400

3/16” = 1’-0” 64 1” = 400’ 4800

1/8” = 1’-0” 96 1” = 500’ 6000

3/32” = 1’-0” 128 1” = 1000’ 12000

12. Set page online – This needs to always be checked

13. Page Descriptions – The information entered here will appear in various spots on the

Title Block. Information can be entered here, or at a later time by either selecting

“Modify Page” after right clicking on the drawing listed in the Project Manager or right

clicking anywhere on the Title Block in the active drawing.

Once all these fields are properly filled out, clicking “OK” will open the new drawing page.


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Alternatively, users can right click on the project name in “Project Manager” to create new drawings

at any time.

To complete filling in the Title Block within “Project Manager”, click on the “Drawing Set” tab (at the

bottom of the window) and key-in additional information required for the project under

“Description” for the Drawing Set “CIVIL”. Note that this information will populate different fields

of the Title Block on all the Civil drawings within the project.

Drawing Set – A collection of drawings involved in a particular project, but within the same

Substation (Project).

D. Copying a project

To copy a project, in “Project Manager”, right click on the project name to be copied

“Copy”; a “Copy Project” dialog box appears:

Drawing Set Tab


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Line1: This should be the project the user wants to copy.

Line2: Lets the user define a new location for this project. For most projects, this location

should be under “H:\SUBSTATION DATA\MY PROJECTS” folder since all active, on going

design projects will be in one folder.

Line3: Assign a new name for the project.

E. Copying a Drawing Page

To copy a drawing page, on “Project Manager,” navigate to the project containing the

drawing page the user wishes to copy right click on the drawing “Copy”, the “Copy

Page(s)” dialog appears.


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The most important thing to do first is to select the destination for the project where you

want to copy the drawing(s) to. Left click on the small triangle at the right hand side of the

“Project” field, select within the list of folder locations, or click on the ellipses to navigate to

the correct folder location. Fill in the rest of the fields as needed or leave “(Keep Existing)”.

If drawing description needs to be changed, click on the “Description” button and key-in all

drawing info/description. Click “OK” when done.

For the “Page Options” field, “Maintain Device ID” should be checked and the pull down

menu should have “Tag Only” selected.

The “Set Pages Online” box should also be checked.

For the “Wire Number Options” field, leave options shown in above image

F. Rename a Project or Drawing Page

To rename a project, from “Project Manager”, right click on the project to be renamed

“Rename”


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Key-in a new name and click “OK”

To rename a Page (drawing number), from “Project Manager”, right click on the drawing to

be renamed “Rename”

Key-in a new drawing name (number) and click “OK”. Besides renaming a drawing page,

note that “Drawing Set”, “Installation”, and “Location” can be modified here as well.


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G. Modify a Project or Drawing Page

To modify a project, from “Project Manager”, right click on a project to be modified, the

“Modify Project” dialog box appears:

Click on “Description”

“Business Line” and “Facility Type” can be modified here.

To modify a drawing page, from “Project Manager”, right click on the drawing to be

modified, “Modify”


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All active fields can be modified here. Note: to modify inactive fields (Project:, Drawing Set:,

Installation:, Location:, Page Name:), use the “Rename” command.

Note: the use of the “Place Title Block in sheet mode” check box is no longer necessary.

Please do not check this box under any circumstances. Failure to do so may result in losing

work.

H. Running Reports

Foundation Data Sheet Reports can be run in Project Manager or from a drawing page.

Refer to Section IX for more detailed instructions on Running Report commands and

features.

IV. Designing with Existing Vector/Raster Drawings

A. General Method

Since Bentley Substation carries full Microstation features, modification of raster and vector

files will be handled similarly to how Microstation handled them.

After vector files are copied to a Bentley Substation drawing by “Referencing” and “Merge

to Master” commands, users can still use familiar drawing tools to modify vector contents


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just like in Microstation. New intelligent symbols can be combined with non-intelligent

(vector) graphics.

B. Bringing in Existing Vector Files to a Bentley Substation Drawing

Users should place the existing raster/vector files in the “References” folder within the

project’s main folder. This folder contains all drawings checked out from WIP that are to be

converted into Bentley Substation format; this includes both vector and raster files. Note

that Topographical files should also be placed in the “References” folder.

In “Project Manager”, open a drawing (this becomes the active Bentley Substation drawing)

that the user wishes to bring existing vector content into. It’s important to ensure that the

active Bentley Substation drawing’s scale is compatible with the referenced vector drawing

scale. Run the “Reference”( ) command

“Tools” “Attach”, and then navigate to the “References” folder containing the existing

vector file select the file to be attached and click “Open.” The following dialog box will

appear.


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Select “Top” under the “Orientation”, “Standard Views” section, verify “Detail Scale”,

“Nested Attachments” and “Nesting Depth” as required. Refer to Section VIII for additional

discussion on “Nested Attachments”. Select “OK”.

Place the cursor within the active drawing at the spot where the referenced drawing is to be

located, and left click.

Once the vector file has been referenced in, use clip reference to exclude unwanted data

(such as drawing numbers in the border, revision block info, extraneous data outside the

format, etc.). Then, merge the vector drawing into the Bentley Substation drawing.

From the “References” dialog box, with the drawing to be merged highlighted select “Tools”

“Merge into Master”

Note: if the vector file to be referenced and merged to the Bentley Substation drawing

contains a raster file, that raster file will be referenced into the Bentley Substation drawing

as well. Click on the “Raster Manager” command to verify.

The example below shows the raster file listed in the Raster Manager. Basic raster file

manipulations such as move, scale, copy, rotate…can be done using Descartes tools.


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Verify the raster file name is correct and that the path to the raster file is pointing to the

correct file location. To verify path, right click on the file name within “Raster Manager” and

select “File Name”.

This will bring up the following dialog box,

Select the magnifying glass, which will bring up the “Find Raster File” dialog box.

Navigate to and select the correct file, then click “Open”


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The full file path should now be shown. Verification of the path is important in case the

Raster file had been moved from its’ originally saved location. If the above steps are not

done the raster drawing file may become unattached from the vector file drawing. If

this happens, then the user will need to manually reattach the raster file.

C. Placing Symbols into Vector/Raster Graphics

For Arrangement of Foundations or Grading Plans, insert 3D objects in the Civil Master Site

Layout model, then reference that 3D drawing into the construction drawing containing

raster/vector graphics. Refer to Section VI for more details.

V. Section NOT used in Civil Manual

VI. Designing the Civil Master Site Layout

Historically, all drawings were stored individually and could not be tied or linked to one another.

Bentley Substation uses a “project setting” where all information for one substation is stored

and archived together. This design approach allows items to be defined only once within the

project and referenced into various drawings and models throughout the project. For example,

the fence line, defined in the Civil Master Site layout, will be referenced into numerous

individual construction drawings. Any changes to the fence line will be done on the Civil Master

Site Layout and this change will echo throughout any drawings that use it as a reference.

The project setting also allows the Civil and Electrical master site layouts to be referenced

between each other for a real-time “overlay” at any point in the design process.

Below is a general overview of the interdisciplinary design outline that shows how the Civil

Master Layout model is utilized (arrows represent referencing):


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As shown above the final construction drawings will be made up of references of various views

of master layout drawings (design models) and existing drawings where applicable.

The Civil Master Site Layout drawing serves as a master source for items like roadways, fence

lines and gates, foundations, terrain models and other outdoor information. Features from this

layout will be referenced into other layouts (i.e. Electrical Master Layout) and may also be used

to generate construction drawings including, but not limited to, the Grading Plan, Arrangement

of Foundations, General Arrangement Outdoors, Conduits, Grounds, Elevations, and Detailed

drawings. The 3D Civil Master Layout model includes the inserted 3D Substation objects only.

The Civil Master Site Layout will not be issued, and therefore it will not have a Title Block, nor

should it have any dimensions or annotations shown on it. Dimensions, text, item numbers,

revision clouding and any other annotations will be done on construction drawings which will

reference in the Civil Master Site Layout as well as any items from existing drawings.

With existing substation facilities, the Civil Master Site Layout model will initially contain only

new portions of the ongoing project. Existing elements will not be modeled and/or added to

this model unless there is value added by doing so. Eventually when all equipment in the facility

has been replaced, the Civil Master Site Layout model will be complete.

The Civil Master Site Layout will need to be created only once. If the project already has the

Civil Master Layout, the user can then skip to Section VI.B and VII and insert the necessary

symbols required for the project.

Electrical Master Layout

-Master Model (3D)

-Plan View Sheets (2D)

-Elevation View Sheets (2D)

(2D)(2D)

G.A.O. -

Plan View(2D) Ref

Sections

-Elev. View(2D) Ref

Civil Master Layout (3D) -

DTM, FDNS, Property Line,

Fence line, Fence, Roadway,

Berms, PRP

Conduits Arrg’t

-Plan View(2D) Ref

Ground Arrg’t

-Elev. View(2D) Ref

Foundation Arrg’t

(2D)

Grading Plan

(2Dl)

(E) Foundation Arrg’t

(2D)

(E) Grading Plan

(2D)

Construction Drawings


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A. Creating a New Civil 3D Layout Page

Note: The following sections describe how to create the Civil Master Site Layout page from

scratch. Generally it is much easier to copy the template page “CIVIL MASTER SITE

LAYOUT” located in the folder “_START SUBSTATION” in “My Projects”. This template

page already contains the DTM, PRP, and the X and Y Axis.

In Project Manager, click on the Project to be worked on Right click on the project name

“New Page”

The Project name, Drawing Set, Installation and Location will be specific to user’s project (Refer

to Section III.C). Note that in most Civil drawings, Location will be left blank. The Page Name

should be keyed in as “CIVIL MASTER SITE LAYOUT”. All other settings should be shown as

above. After clicking “OK”, a new blank page will be created in which the user can place required

objects.

The Electrical will reference the Civil Master Layout Model to locate the new 3D symbols’

location based on the established PRP (X,Y coordinate).

Hint: for existing substations, users may want to reference the existing Arrangement of

Foundations in temporarily to locate areas for new 3D symbols. Once the areas for new 3D

symbols have been located, users can detach the reference.


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If components needed for the project are available in the Master Catalog 3D catalog, follow

Section VII to insert 3D objects. If components are not available, submit 3D symbol requests to

the Civil Bentley Substation Administrator.

B. Creating a 3D Civil Master Site Layout using Elements from a 3D Topographical

drawing

At this point a new, blank Civil Master Layout page should have been created and a blank 3D

model (black screen with x,y &z coordinates) should be displayed on the screen.

Use the “Reference” command to reference in the 3D Topographical drawing which

should be located within the “References” folder.

Typically many elements shown in the “topo” drawing will not be required to be part of

the Civil Master Site Layout. Only once the intended levels are selected and shown is

the referenced “topo” merged to the Civil Master Site Layout.

Once the “topo” has been merged, manipulate any of the various elements into new

levels if required. Also create any new levels as required (Refer to Appendix B).

Continue to Section D to create the Digital Terrain Model (DTM) if required for the

project.

Note -If regrading is required this file could be manipulated with a 3rd party software

program such as GeoPak. Alternatively the file could be converted to a 2D file,

manipulated, and then follow the procedures in the next section.

C. Creating a 3D Master Site Layout from an Existing Grading Plan

Creating the 3D Civil Master Layout from an existing 2D vector grading plan is done in a

similar fashion as the process used to create one from a Topographical drawing. The 2D

vector file should be referenced into the 3D model of the Civil Master Site Layout. Existing

elements from that drawing (fenceline, x-y axis, etc.) should be copied (or merged) into the

3D Civil Master Site Layout.

To generated a 3D DTM from existing contour, the contours will need to be moved to their

correct elevation. To do this, each contour should be selected individually, then select the

element information tool ( ) or alternatively select “Element””Information”. The

following dialogue box appears.


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Under the Geometry tab, change the elevation field that is circled above to match the

correct elevation of the specific contour.

Any new elements (Contours, Contour Numbers, Property Line, X-Y axis) should also be

grouped into specific levels if they are not already done so.

Once all contours are moved to their respective elevations and then grouped together in the

same Level, the DTM should be created using the method described in the next section.

D. Creating the DTM

The DTM (Digital Terrain Model) represents the ground surface and is typically generated

from either contours or spot elevations.

The Contours and/or Spot elevations should already be isolated on their own Level and

located at the proper elevation (z value).

Tip- If any contour is circular and ends up back upon itself, use the ‘”break element” tool on

any point of the contour. This prevents areas within the contour to appear “pond-like”

when the 3D file is displayed as “smooth”.

Select the required Contours or Spot Elevations that will be used to generate the DTM using

the element selection tool as mentioned above. These elements should already be assigned

to their own level.


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Once the elements are selected, under “Mesh Modeling”, select either “Mesh from

Contours” or from “Mesh from Points” depending on what type of element is being used to

generate the DTM (contours or spot elevations respectively).

Select the “Keep Original” option once the dialogue box shown above appears if you would

like the contours or spot elevations to remain after the DTM has been created. If “Keep

Original” is not selected the elements (contours or spot elevations) used to generate the

DTM will be erased after the DTM has been created.

Once the mesh surface has been created, select the newly created surface by clicking on any

point of the surface and transfer it to level “DTM.”

E. Additional Features that need to be added to the 3D Civil Master Site Layout File.

Note: The steps below illustrate how to draw additional 2D features within a 3D model.

Linear 2D objects such as Property Line, X-Y Axis, and Fence line may also be drawn on at the

z=0 by using the ACS Plan Lock.


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To do this ensure that you in the Top View( ). Then select. Now it is possible to draw in

a 2D plane.

a. Property Line-

The property line, whether manually inserted into the Civil Master Site Layout or

already transferred into the Civil Master Site Layout from the Topographical file,

should be located at z=0. With the property line located its own level (i.e. Property

Line), use the “Element Selection Tool” to select it. Then select the element

information tool ( ) or alternatively select “ELEMENT””Information.”

The following dialogue box should appear:

Expand the “Start” and “End Fields” so the X, Y & Z rows appear. Change the value

for z under both the “Start” and “End” values to “0.” The Property Line should now

be located at Elevation (Z)=0. This process may need to be done to each segment of

the property line.

Note – Most other elements can be moved using a similar method. Moving

elements in this manner minimizes errors that may occur with the traditional

method of using the mouse to dynamically move them.


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b. X-Y Axis-

The user will need to establish the location of the X-Y axis. The X-Y axis will show up

on all plan views of construction drawings and like the Property Line, it also should

also be located at Elevation (Z) =0

c. Fence line-

The user will also need to establish the location of the Fence Line. The Fence Line

will show up on all plan views of construction drawings and like the Property Line

and the X-Y Axis, it also should also be located at Elevation (Z) =0.

d. Project Reference Point (PRP)-

The Project Reference Point (PRP) should be placed at the intersection of the X-Y

Axis, and located at elevation Z=0. Since the PRP will be located at Z=0 it enables

symbols such as foundations to be placed via the PRP method at their absolute

elevation (i.e 42.9’).

To Place the PRP, under “3D Layout Design” select the “manage project reference

point” tool ( )

The following dialogue box should appear:

Key-in Z=“0” ensure the project reference point is placed at elevation (Z) =0. Then

place the PRP at the intersection of the XY axis by following the prompts in the

lower left hand corner of the screen.

If a Substation Site file will not be Geospatially referenced to any exterior

coordinate system, the user may want to set X=1000, Y=1000, and Z=0 Again, the

PRP should coincide with the origin of the X-Y axis.

Note-The same PRP within the Civil Master Site Layout will be referenced into the

Electrical Master Site Layout. Thus, corresponding Electrical symbols (i.e.,


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structures) and Civil symbols (i.e., foundations) placed relative to the same PRP

should coincide with one another when the Electrical Master Layout and Civil

Master Layout are referenced between one another.

EXTREMELY IMPORTANT- Ensure that the PRP is correctly aligned with the X-Y

axis. When 3D symbols are placed, their orientation is established according to the

orientation of the PRP.

F. Accuracy Check

At this point it is recommended to do a general accuracy check for the site design. This

includes making sure all of the contours are located on their correct elevation. Also make

sure the DTM does not have any unexplained features that may have been generated from

inconsistencies in the original source file. Below is an example of DTM that was created

from a relatively flat substation that was generated directly from a topographical drawing.

The 3D Topographical file had a few broken sections of a contour at the wrong elevation

creating holes in the DTM as shown below:

G. Level Locking

Because it is important elements in the Civil Master Site Layout do not become

inadvertently moved, each level should be locked on the Civil Master Site Layout once it is


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complete. To lock levels go “Tools””Levels” ”Level Manager” or alternatively select the

icon. Right click on which level that needs to be lock, the go to “Properties”.

Another dialogue box appears.

Select the box next to “Lock”


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Alternatively, it is possible to lock multiple levels simultaneously by holding down the

“CTRL” key and selecting multiple levels at once. Then right click on one of the levels, select

properties, and then select “Lock”

The locked levels will need to be unlocked when future changes are required.

VII. Inserting 3D Objects

A. Insert Substation Object in the Civil Master Site Layout

Once the DTM has been created and is located on level “DTM”, it is now possible to place

objects relative to that surface according to the DTM method. (Alternatively, since the PRP

is set at z=0, when elements are placed via the PRP method they can be placed at the

absolute elevation.)

To insert a 3D object, go to main Task “3D Layout Design” “Insert Substation Object”

(or shortcut E2).

When placing 3D symbols, use the “Symbol by Part Number” method (in red above). There

are several ways to search for parts:

1. Part Type – There are three types of 3D symbols – Single, Variable and Repeating. The

majority of 3D symbols are type Single, these include items like Foundations. Variable


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type of 3D symbols include roadway or berms. Repeating types of 3D symbols include

Unistrut with slots and fence sections.

2. Part Tree – This will be affected by which “Part Type” is selected. The folders are labeled

by type of equipment and the parts are further broken down into subfolders. Simply

click on the folder of the category of the item that is needed for placement. . For Civil

applications, the folder “FOUNDATION” will contain the majority of the 3D symbols

required. To the right of the “Part Tree” area, in the center of the window, it will be

populated with the parts that are contained in the folder selected. Use the scroll bar to

move to the right until the column heading “Catalog_Number” is listed. Here the

drawing number associated with each symbol can be viewed and the appropriate

symbol selected.

3. Filters – As mentioned above this symbol parts list is generated based on what is

selected in the “Part Type” and “Part Tree” fields. By selecting the folder “All Parts” in

the “Part Tree”, all of the available parts will be listed in the center of the window and

from here the user can enter the part number in the “Filter Part Number” field to access

the desired part. Note that this is generally more applicable to Electricals since their

part numbers correspond to PG&E part numbers.

Scroll Bar


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4. Select Symbol – This area will list the available symbols depending on the Part Number

selected from the “Part Tree” or through using the “Filter part number” list above. Once

the appropriate symbol from the list (in the middle of the window) is identified, the user

will select it by left clicking on it.

5. Recently Used – This list is populated based on the parts the user has recently placed.

The user can simply select the item from this list and place as needed.

Basic symbol settings can be modified by selecting a symbol and clicking on the “Symbol

Settings” button (near the bottom of the dialog box); user can adjust Rotate, Scale and

Mirror options from this dialog box shown below.

Note: changes made here will affect all future symbols being placed. To return the Symbol

Settings back to default, the user must re-select “Insert Substation Object” and click on the

“Symbol Settings” button and reset options as required.

B. Inserting Single Objects

Within the “Insert Symbol/Macro” dialog box, under the “Part Type” field, select Single.

Select the appropriate 3D symbol described in Section VII.A above. Once a 3D symbol is

selected click “Place Symbol”, which brings up the “Substation Object Settings” dialog box.


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Under “Placement Options” section, choose “DTM” from the drop-down menu in the

“Method” field. Under “Elevation” key-in the elevation relative to the DTM, typically

“Elevation” is set to 0.5. (Alternatively, if the absolute elevation will be added, under the

“Placement Options” section, choose “PRP” from the drop-down menu in the “Method”

field. Under “Elevation” key in the absolute elevation.)

“Installation” and “Location” should be left blank and the value automatically populated into

Device Tag should be accepted unless a different “Device Tag” is desired.

If the foundation needs to be rotated, the following method can also be used to rotate.

Click on “Symbol Settings” in the “Substation Object Settings” dialog box, the following

dialog box appears. Here the Z angle can be modified to correspond with the desired

rotation.


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Click “OK” which will take the user back to the “Substation Object Settings”, Click the “OK”

button which will take the user back to the active drawing where the 3D symbol can be

placed. Within the Civil Master Site Layout place the 3D symbol in the location desired, then

left click. When done placing the foundation(s), right click to clear. This will take the user

back to the “Insert Symbol” dialog box where another 3D symbol can be selected. If no

further 3D symbols are required, exit this dialog box by clicking on the “X” in the upper right

hand of the dialog box.

Note: clicking on the red push pin located at the top right corner of the window of the “Insert

Symbol/Macro” dialog box toggles this dialog box from displaying again after users had

placed a symbol.

Note on symbol scaling: with a few exceptions, all symbols were created with 1:1 scale. This

means that if the user is inserting 3D symbols on a drawing other than the Civil Master

Layout (uses the 1:1 scale), the symbol may need to be scaled. This would not be a typical

scenario.

C. Inserting Variable Objects

Under the “3D Layout Design” tab, choose the “Insert Substation Object” command. Once

the “Insert Symbol/Macro” dialog opens up, under the “Part Type” field, select Variable.

Refer to “Inserting Variable Objects Section” in the Electrical Manual for an example that

places a variable rigid bus.

D. Inserting Repeating Objects

Under the “3D Layout Design” tab, choose the “Insert Substation Object” command. Once

the “Insert Symbol/Macro” dialog opens up, under the “Part Type” field, select Repeating.

The remaining steps are similar to inserting a Single Object, refer to Section VII.B above.

E. Assigning Balloon Numbers to Foundations.

After an object has been placed, it is possible to manually assign a balloon number

(Foundation Item Number) and also give the item a corresponding job number (refer next

section). This information will be used and exported to create the Foundation Data Sheet

report.

1. Assigning Balloon Number by “Device Properties” Dialog Box

To assign a balloon number: After a 3D symbol has been inserted on the 3D Civil Master Site

Layout drawing, right click on the 3D object and select “Device ID” this brings up the Dialog

box “Device Properties”.


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In “Part Number”, under “Balloon No.” key-in a new (or modify) the balloon number to

correspond to the desired Foundation Item number.

If the part number is NOT listed, click on search to locate the part number.

2. Assigning Balloon Number using the “Data Manager” tool

On the main “Tasks” “Review/Revise” “Revision Management” “Data Manger” or

shortcut Q .

As with anything you do in Data Manager, the first thing that needs to be done is only check

the drawing(s) you want to apply changes to.

Be sure to click on the “Part Number” tab at the bottom to get the dialog box below:


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With this method all parts filtered by Installation and Location will appear on this list.

Balloon numbers can be keyed in under the “Balloon” column.

F. Assigning Job Numbers to Foundations.

Assigning a Job Order Number for each of the parts will allow a user to generate a report for the

Foundation Data Sheet with only that particular Job Number, and not the entire substation. This

can be done in one of two ways:

1. Assigning Job Order Number by “Symbol Text” Dialog Box

After a 3D symbol has been inserted on the 3D Layout drawing, right click on it, from the

dialog box, select “Symbol Text”, this will bring up the dialog box below.


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Add/Modify the job order number for the foundation item by replacing the default value of

“?”. Leave the box under the heading “Visible” unchecked unless it is desired to display the

job number text on the symbol within the drawing.

Note that there is also other information that could be added such as Elevation, Foundation

description, etc. if desired.

2. Assigning Job Order Number using the “Data Manager” tool

On the main “Tasks” “Review/Revise” “Revision Management” “Data Manager” or

shortcut Q .

As with anything you do in Data Manager, the first thing that needs to be done is only check

the drawing(s) you want to apply changes to.

Click on the “Symbol Text” tab at the bottom to get the dialog box below:

This lists all the symbol text attributes associated with the symbols placed on the selected

drawings. Go to the “Attribute” column heading, and click on the upper left corner to bring

up the Filters list. Choose “Job Order Number:” to show only the “Job Order Number:”

attributes in the list.


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Now, you can utilize the Find & Replace function to replace all “?” with the Job Order

number.

VIII. Design Construction Drawings

Construction drawings are 2D drawings that will be created and issued to construction (i.e.

Arrangement of Foundations, Grading Plan, Structure Drawing , etc.).

If existing drawings contain vector/raster data, refer to Section IV to copy vector data

and/or reference raster images into your drawing.

A. Creating a Construction Drawing(s) from the Civil Master Site Layout

Once you have created (or updated) the Civil Master Site Layout model, the construction

drawing(s) can then be created.

The construction drawing(s) may be composed of a combination of any existing drawing(s)

and items from the Civil Master Site Layout.

Creating a Construction Drawing:

In order to create a new Construction Drawing, the user will need to create a new page

within the project. In Project Manager, under the project folder, right click and choose

“New Page”. Alternatively, hold down “Ctrl+Shift+N.”


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The “New Page” dialog box will appear as shown below:


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Fill in the appropriate information pertaining to your specific project for “Drawing Set”,

“Installation”, and “Location”. Choose Construction Mode for the Initial Mode and DO NOT

check the checkbox labeled “Place Title Block in sheet mode.” Give the new page a “Page

Name” (this will be your drawing number). For the “Scale Factor”, type in the appropriate

scale that you want your drawing page to have (in this example the scale factor is 48, which

is equivalent to a ¼” = 1’ drawing). Be sure the “Page Macro” field is left blank (highlight

and clear any text in this field). You may choose to fill in all of the “Page Descriptions” or

this can be done at a later time. Leave all other options at their default settings as shown.

(Refer to Section III.C for more detailed discussion of the information required in this dialog

box). Click “OK” and the new drawing page that you have just created, complete with

border, Title Block and page format, will appear as shown below.

You are now ready to reference in the Civil Master Site Layout onto the new drawing page.

To do this, run the ‘”Reference” ( )command from the main toolbar. This will open up

the “References” dialog box as shown below.


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Choose “Attach Reference” and the “Attach Reference” dialog box will open as shown

below. (Alternatively, “Tools” “Attach”)

Navigate to the location of the drawing you wish to reference in. Here we want the “Civil

Master Site Layout”, select it. Click “Open”. The “Reference Attachment Settings” dialog

box appears:


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In the “Model” drop-down menu, select the model you wish to reference in. In this

example, we will be referencing in the “Default” model. In the “Detail Scale” field, make

sure “Full Size 1=1” is selected from the drop-down menu. Change the “Nested

Attachments” setting to “Live Nesting” and set the “Nesting Depth” value as appropriate.

**Note: The Depth of the Live Nesting may need to be changed when creating a

new page which references in another drawing that already contains a reference.

Set or change the “Nesting Depth” value as appropriate in order to maintain the

intelligence of all the references.

Tip- When referencing either a 2D or 3D model, choose “Top” under “Standard Views”

within the “Orientation” field to interactively place the reference within the active drawing.

If “Top” is not selected the reference may appear far from its’ intended location and the

reference may need to be moved within the active drawing by using “References””Move

Reference”


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Leave all other options at their default settings as shown above and click “OK”. After left

clicking in the active drawing, the reference should appear. At this point you have now

created your Plan View construction drawing (i.e., Arrangement of Foundations). You can

use your basic Reference commands to further reposition the reference in the active

drawing page as desired.

References can also be cropped as needed to only show what is desired. Cropping portions

of a reference will be useful when replacing an original Title Block.

Using the “Level Display” option ( ) in the main tool bar, various levels can be turned on

and off depending what needs to be shown on the construction drawing. Refer to Appendix

B, for more information on levels.

1. Arrangement of Foundations

a. Automatically Adding Foundation Items Numbers

While in the Arrangement of Foundation construction drawing, Activate the Civil

Master Site Layout by selecting a referenced element (i.e., foundation), right

click on it, the “Active Reference” dialog box should appear, click on it to

activate referenced drawing. Right click on the foundation to be labeled. If a

Balloon number had not previously been assigned then the following “Balloon

Numbering” dialog box will appear.

Enter in the Foundation Item Number Under “Balloon Number”, select “OK”.

If the balloon number had previously been added or if it had been added in the

steps above, the user can now place the cursor on the foundation item, left

click, select the location where the balloon should be located, then do a series

of right clicks to place the foundation item number where you would like it.


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Example of Automatic Balloon

After placing all the balloon numbers, deactivate the Civil Master Site Layout by

right clicking on one of the foundations or anywhere on the active drawing and

select “Deactivate Reference” from the dialog box that appears.

2. Foundation Layers (Above Ground/Below Ground)

a. The 3D symbols for augered footings were created with a both a circular as well

as square projection in the top portion of the footing. This was done to be

consistent with the manner in which the Electricals want to view the augered

footings above grade. For the purpose of the Arrangement of Foundation

drawing, the square portion of the footing may be removed by hiding the layer

“Fdn Above Grade”. Select “Level Display” ( ) from the tool bar, this brings

up the dialog box below, unselect “Fdn Above Grade” from the “Name” list

below. Be sure that the Civil Master Site Layout is highlighted.


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This will remove the top portion of the foundation from appearing in the

drawing. The example that follows shows the top view of the same foundation

with the “Fdn Above Grade” turned on and off, respectively.

Square + Round portion showing Only Round portion showing

B. Creating Standard 2D Drawings (i.e., Structure and Foundation Drawings)

The graphics below represents how a standard 2D construction drawing will be created.

Essentially, the construction drawing will be made up of a series of references from the 2D

workspace model where the structure is drawn at a 1:1 scale.

After making a new page in the project folder, naming it (drawing number 3001234 for this

example), filling in the Title Block information (Refer to Section III.C), the new page created

“Structure” Model

“Default” Model

(Construction Dwg: 3001234)


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will contain a design model initially named “Default” (this is where the Title Block is

displayed). In order to draw the 2D structure/foundation select “Models” ( ) from the

toolbar, this will bring up the dialog box below, then select “Create a New Model” ( )

which will bring up the “Create Model” dialog box. This will allow the user to create the

new model where the structure/foundation will be drawn at a 1:1 scale, for this example

key-in “Structure” for the “Name” of the new model. For “Type” of model select “Design”

and “2D” from the pull down menus.

Click “OK”.


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This will place you into the newly created “Structure” model.

Once all the detail for the structure and foundation are drawn in this “Structure” model, the

user goes back to the “Default" model by double clicking on it in the “Models” dialog box.

Once back in the “Default” model, different portions of the structure/foundation can be

referenced from the “Structure” model. For each portion of the “Structure” model that is

referenced, it needs to be scaled and possibly clipped for final placement on the

construction drawing.

As an example, to reference the detail of the truss column to foundation above, select

“References” ( ) from the tool bar, select “Tools” “Attach” which brings up the

following dialog box.

Navigate to the location of the drawing you wish to reference in. In this case select the

drawing number of the active drawing (i.e., 30001234) you are working on since this is

where the “Structure” model was created.

Select the drawing then click “Open”. The “Reference Attachment Settings” dialog box

appears:


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In the “Model” drop-down menu, select the model you wish to reference in. In this

example, we will be referencing in the “Structure“ model. In the “Detail Scale” field, select

the appropriate scale for the detail from the drop-down menu, change the “Nested

Attachments” setting as appropriate (Refer to Section VIII.A for further details), then click

“OK”.

After left clicking in the active drawing (“Default” model) within the Title Block, the

reference should appear. You can use your basic Reference commands to further reposition

the reference in the active drawing page as desired. Now clip the referenced “Structure”

model to show only the extent of the detail desired. To clip the reference select “Clip

Reference” from the “References” dialog box:

Continue with this same procedure until all of the elevations, details,

sections, etc. are referenced into the construction drawing. Once this is done, text and

dimensioning can be placed directly on the “Default” model.

If changes are required in the structure/foundation they only need be done in the

“Structure” model. The changes made will automatically echo into the “Default” model.

Refer also to Appendix B.2.


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C. Annotating Drawings

Plan, Detail, Notes, and Reference annotations will be added directly to the construction

drawing in a similar fashion as they were done in Microstation.

D. Dimensioning Drawings

The automatic dimensioning tools in Bentley Substation have the same features as it did in

Microstation. If used, the dimensioning tool can automatically adjust to the scale of a

corresponding reference if the box highlighted next “Reference Scale” as noted below is

selected.

E. Creating Section Callouts

Refer to the latest version of the Electrical Manual for information if section callouts need to

be created. This will generally not be done in developing typical Civil drawings.

IX. Foundations Data Sheet Report

A. Running Foundation Data Sheet Report

Once Balloon Numbers (Foundation Item Numbers) and Job Numbers have been assigned to

each foundation item as indicated in Section VII.C and VII.D, the Foundation Data Sheet

Report can be run. This can be accomplished in two ways:


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1. Under the project manager, select “Tools” “Run Reports”

2. Within a project from the main “Tasks” “Output” “Report & Graphical Output”

“Run Reports” or shortcut W.

Both methods above (1 or 2) should bring up the following dialogue box:


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On the left panel, scroll down to the bottom and click to expand the “CUSTOM” report

template; then click on the box to check “FOUNDATION DATA SHEET REPORT”. In the

Output panel, click on “Preview…” to generate a preview of the selected report. If the data

is not correct (or nothing is shown) – you must apply filters to get the desired data. Close

the Preview and click on “Filters.”

The report will only look for symbols (with part numbers) that are located on the 3D Civil

Site Layout mode drawing. Use the filter “JobNum” to narrow down the parts list if

required. For example:

Here “JobNum” was keyed in under “Field”, “=” under “Relationships” and “30001234”

under “value” so this filter will return items that were placed under Job Order Number

30001234 only. Click “OK”, this will take you back to the “Run Reports” dialog box.

After setting the filters (if required), hit “Preview…” again and verify that the report is

showing what you need. Once the information shown under the “Preview” is satisfactory,

the report can be exported to a number of different files types. For the Foundation Data

Sheet, the format exported will be to Microsoft Excel. To output to Microsoft Excel, perform

the following:


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Check the box “Output To File”, click on the ellipsis to select a “Destination Folder” and key-

in a report name. The report name could be the Foundation Data Sheet Drawing Number or

any other name that will help you identify the file. Check the “XLS” box and click “Run”. The

Microsoft Excel file will be created and saved at the location specified.

B. Embedding Excel Report into Foundation Data Sheet Drawing

Open the excel file report created in the previous section to verify the contents are correct,

and add any additional information missing (i.e., Elevation Top of Concrete, Notes, Remarks,

drawing number, rev, etc.) required to complete the drawing. Below is an example of a file

that has been exported to excel.

K. Chiu

Highlight


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.

Once the data in the excel sheet has been verified, additional rows added (if required) and

formatting has been done, the relevant portion of the excel file can be selected and embedded in

the Bentley Foundation Data Sheet drawing as described below.

Select the extent of the excel file to be copied by placing curser at the upper most left cell (A1),

while holding down the left mouse button move the mouse to the lower right most cell of the data

sheet cell (Column O), release the mouse button. The area to be copied should be highlighted as

shown below. Right click and select “Copy” from the menu.

K. Chiu

Highlight


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Now go and open the Foundation Data Sheet drawing within Bentley Substation and from

the main tool bar select “Edit”, then “Paste Special”

This will bring up the following dialog box:

Under “Data Type” select “Embedded Microsoft Excel 2003 Worksheet”, then “Paste”. This

places you back in the Bentley Foundation Data Sheet drawing. Select the location of where

you would like to embed the Excel file. Place the curser at the upper left most extent of the

location where you want the embedded file to begin, then left click and drag the mouse to

the right most extent of where you want your file to end. When you are satisfied with the

extent, let go of the left mouse button. The excel file is now embedded in the Foundation

Data Sheet.

C. Modifying, Moving, Resizing or Deleting Embedded Excel Report

The embedded file can now be modified, moved, resized or deleted as required. In order to

make any changes to the embedded file, it must first be selected. To do this hover the

mouse on the edge of the embedded file until the outline with handles appears as shown

below. Left click on this outline.

K. Chiu

Highlight

K. Chiu

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K. Chiu

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Once the outline is selected, double the left mouse button. This will launch the embedded

file into Excel again where modifications can be made to the data or the formatting. Once

the changes have been made, save the file and then exit from Excel. “File” ”Save”

”Close”. The changes made should now be reflected in the excel file embedded within in

the Foundation Data Sheet drawing

To resize the embedded excel file, hover over the file until the outline is selected as

described above and the handles are present. Left click and hold one of the handles on the

outline then drag the mouse to change the size to that desired. Let go of the mouse button

when the file is the correct size.

To delete the embedded excel file, hover over the file until the outline is selected as

described above and the handles are present. Select “Delete” on the keyboard or from the

main tool bar select “Edit” ”Cut”.

X. Generating Drawing List

To run a list of drawings for the project filtered by Installation, Location, and/or Drawing Set,

refer to Electrical Manual for further details.

XI. Plotting Construction Drawing(s)

Drawings can be printed individually similar to how they were printed in Microstation.

However, multiple drawings can also be plotted simultaneously.

A. Printing Full Size Drawings for Final Issue

1. From File menu, open “Print Organizer”


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Save As “NewName.pset” in location of your choice (in this example, it is named

test3.pset). “File” “Save As”

2. Select a Printer

From File menu within Print Organizer, open “Printer Setup…”

Select desired printer. For example - \\Oakland03\SepOakOfPlot02


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Click “OK”.

3. Add Drawings to Print Set

Click “Add Files to Set” button

Note: If the “Select Files” dialog does not appear immediately, and instead the

“CreatePrint Definitions” box appears, click “Add”, on the “Select Files” click

“Cancel”.

Navigate to the correct folder where the drawings are loacted. Select files to be

added to print set. Hold down “CTRL” or “SHIFT” to select multiple drawings.

Click “Done”.


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Click “OK” to add the drawings to the Print Set.

4. Specify Paper Size

Do this by selecting the drawings (you can select multiple by holding down the CTRL

key or performing a “fence” to select multiple). Right click on any of the highlighted

drawings then choose Properties.

Under the “Paper Size” drop down menu, choose the appropriate page size for your

drawing:

For 3-size: ARCH D (36 x 24 in.)

For 4-size: ARCH E (48 x 36 in.)

For 5-size: Custom1 (50.5 x 30.5 in.) – this needs to be set for your plotter (see

below for instructions)


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Click “OK”.

5. Apply Print Style

With the drawings still highlighted, go to “Tools””Apply Print Style…”

Select the appropriate Print Style:

For 3-size: PGE SIZE 3




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In this example, because all the drawings in the print set are a 4-size drawing, we

need to select “PGE SIZE 4”. Click “OK”.

Notice that the size and scale has changed:

Because our current plotters are not able to print a 44x34 in drawing onto a 44x34

in paper without having the edges cut off, we need to print onto a slightly larger

paper. In this case, we are printing a 44x34 in drawing onto a 48x36 in paper.

6. Preview Before Printing

Click on the “Print Preview” button ( ) to view all drawings before printing. Fix

any drawings that are not correctly displayed.

7. Print Drawings

Select drawings to be printed and click “Print” button ( ).


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Choose “All” to print all drawings or “Selection” to print selected drawings in the

Print Range field.

Click “OK”.

B. Printing Drawings for Review (not full size)

Repeat steps 1 through 3 above.

4. Specify paper size

Do this by selecting the drawings (you can select multiple by holding down the CTRL

key or performing a “fence” to select multiple). Right click on any of the highlighted

drawings, then choose “Properties”.

Under the “Paper Size” drop down menu, choose any paper size desired (such as

ANSI C).


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5. Apply Print Style

With the drawings still highlighted, go to “Tools””Apply Print Style…”

Select the page style “PGE NOT TO SCALE”

This print style limits printing to within the page format, and maximizes to whatever

page size selected.

6. Preview Before Printing

Click on the Print “Preview” button ( ) to view all drawings before printing. Fix

any drawings that are not correctly displayed.

7. Print Drawings

Select drawings to be printed and click “Print” button ( ).

C. Publishing a Project in PDF with Links maintained

Open any drawing in the project, on the Tasks Tools, point to “Output” “Plot & Publish”

“Project Publisher”, the following dialog box appears. Select the drawings to be

published and hit the right arrow to place on the “Items to Publish”. Click “Apply”.


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On the left column, under “Document Management”, click on “Manage External File Links”,

then click the “Plus” button (bottom right corner) to add any other external documents

users want to be included. Click the “Help” button for more info.

Select a location to save PDF files and click on the “Create Package” (on the left column).

Choose “Binded PDF” if users wish to have linkable PDF in one large file; otherwise choose

“Individual PDFs” which will output individual PDF drawings without links. On the left

column, under “Configure Publisher”, click on “Outputs”, make sure the “Drawing Printer”

field is blank. Click “Publish” when finished to begin publishing the project. Be patient this

may take a while.

D. Creating 3D PDFs

Open the desired drawing.


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From File menu, select Print. The Print dialog window will appear.

Under “Printer and Paper Size” select “Bentley driver.” Click on the magnifying glass and

select the “pdf.pltcfg” plot driver. Under “General Settings:” check the “Print to 3D”

checkbox. Under “Printer and Paper Size” Select the desired paper size. Under “Print Scale

and Position:” click the “Maximize” button. Click on the printer button at the upper left of

the window and name the file and select destination.

XII. Backing up and archiving a Project

A. Overview

Backing up a project is the only way to remove it from the active working directory and

maintain all of the project’s intelligent links and integrity.

On “Project Manager”, right click on the project to be backed up “Backup” Select

Project from “Project:” pull-down menu or ellipsis.

Select destination for the Backup file by clicking on ellipsis under “Save in:” field. In the

“Include in Backup File” field “Language phrases used” should be checked; “Create Project

Catalog” should be unchecked.

Click “OK”.


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The project backup file can be stored your C:\Data folder; however, it needs to be restored

before users can work on it. Refer to Section III.A for project restoration instructions.

B. Interim Mandatory Backup for Data Retention

***Important: these steps are required to be performed at least once a day to help

prevent substantial data loss***

Create the Bentley Substation Backup folder on your C:\Data folder as follows:

Right click on the “Start” menu “Explore” then navigate to C:\Data

Point to the C:\Data folder, right click “New” “New Folder” and Key-in Bentley

Substation Backup

Before closing Bentley Substation or at the end of the day, follow Section XII.A above to

backup your active project to the “Bentley Substation Backup” folder on the C:\Data folder.

This C:\Data folder is backed up regularly by IT.

We recommend a minimum of 3-day’s worth of backup data per project. Only the project

team lead is responsible for backing up the project he/she is responsible for; and each

project needs to be backed up by only one person. Typically the Electrical will perform the

backup for the project. However, this should be verified when starting a project. If the

project is Civil only, then the backup must be done by Civil.


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C. Archiving a Project upon Completion

Pending Projectwise implementation, once a project has been completed, issued, and

incorporated, please back it up and inform one the project librarians below to have him/her

place your backup project to H:\Substation Data\Substation_LIB\Backup

The following individuals are identified as the librarians:

Civil: Alex Chung

Electrical: Kwan Chan, Anthony Chueng, Joe Leong, Anna Lewis, Rosencruz Sumera


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Appendix A. Quick Guide

To be developed


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Appendix B. Basic Bentley Substations Drafting Overview

1. Accudraw “o” and “enter”.

2. DGN Files, Design Models, and Sheet Models

3. Levels

a. Level Creation

b. Transferring Elements between Levels

c. Level Display

d. Element Selection by Level

4. Reference Command

5. Merge to Master

1. Accudraw “o” and “enter” commands

The “o” and “enter” commands can greatly speed up drafting. Utilizing both of these

commands eliminates the need to place construction lines. Both of these commands require

Accudraw to be enabled. To verify that it is enabled, ensure that coordinates (x,y &z or

polar) are not grayed out. Alternatively, ensure that the Accudraw icon is displayed in

the lower right hand portion of the screen. Both of these are illustrated below:


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If the focus is not in Accudraw, depress the “spacebar” once. Pressing the spacebar a

second time cycles between polar and rectangular coordinates.

The “o” command is used to reset the Accudraw’s origin to 0,0,(0). When using simple

Microstation commands (copy, move, etc), simply snap to any element on the screen and

press “o.” This resets the Accudraw coordinates to 0,0,(0) and it is then possible to easily

move elements any desired distance away (i.e 50’-6”) from the original snapped position.

Again with Accudraw in focus,“Enter” can be used to lock direction. Also during simple

commands such as (copy, move etc) simply snap to any existing element. Begin to move.

The element should be locked in that direction

2. DGN files, design models, and sheet model

Every DGN file created in either Microstation or Bentley Substation has the ability to have

the following models:

3D Model (typically a black screen) – A design space used to primarily draft 3D

elements. This has x, y, & z coordinates

2D Model (typically a black screen)- A design space used to primarily draft 2D

elements – Only has x & y coordinates

Sheet Model (white screen)-Primarily used to reference items from both 2D and 3D

models as well as place dimensions and annotations. Currently NOT being used due

to potential loss of data.

A. Create a New Model

To create a new model, go to the model button typically at the top of the screen.

Once the drop down menu is pulled down:

Select the new “Model Tab” circled above. The following dialogue box appears:


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As shown above, one can select model “Type” “Design” or “Sheet”. For “Design” models,

either 2D or 3D should then be chosen depending on the requirements of the design.

Note- Unlike Microstation which typically defaulted to a 2D model, Bentley Substation is

configured to automatically default to a 3D models although 2D models are still available to

create.

3. Levels

Since the various construction drawings (i.e. Arrangement of Foundations and Grading Plan)

for a substation will be generated from a single layout, the use of Levels becomes very

important and allows specific items to be shown or not shown on the construction drawings.

Therefore, every element within the 3D Layout must be assigned to a specific level. Using

levels also allows easier manipulation of similar elements. Below is an outline of basic level

managing features:

A. Creating of New Levels

New levels will need to be created in order to place new items within the Civil Master Site

Layout as well as transfer existing items to new levels.

To create new levels go to “Tools””Levels” ”Level Manager” or Alternatively select the

icon usually in the top toolbar. Once the level manager opens choose

“Levels””New”. At this point a “New Level (x)” is inserted within the list. This new level

should be renamed by right clicking on the level and choosing ‘rename’. Also, attributes


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associated with items on that level including line color, line weight, and line style should also

be defined. The user can add and remove levels depending on the project requirements.

Also existing levels can be renamed and their attributes can be modified as needed through

the level Manager.

B. Level Display

Once elements are assigned to a specific level, they can be displayed through the Level

Display menu. This menu can be accessed by either selecting the Level Display menu

tool or alternatively navigating the level Display go to “Tools””Levels” ”Level Display”

or simply hit “Ctrl+E”.

Levels highlighted are currently being displayed. Simply click on any levels to either turn it

on or off. Also, levels marked in the “Used” column indicate whether elements are assigned

to them.

C. Element selection by levels

Once elements have been assigned to specific levels, selecting items by levels is done by

using the element selection tool. Choose the element selection tool and click on the

tab shown below to select elements by Level.


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Elements can also be selected by other attributes (i.e. color, line style, line weight, etc) in a

similar manner simply by selecting a different tab within the element selection tool.

A. Transferring elements to a specific level

Ensure that the “Attributes” toolbar shown below is displayed. This toolbar is typically

located at the top of the Bentley Substation.

If it does not appear select “Tools”and select “Attributes”

To transfer elements to a specific level, select the elements using the element selection tool

then pull down the drop down menu within the “Attributes”toolbar (shown as “Default”

above) and select the appropriate destination level for the elements.


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The elements should now have been transferred to the desired level.

Tip -To verify the correct elements were correctly transferred, select the destination Level

by using the element selection tool and ensure the elements transferred to that level are

selected.

4. Reference Command

Any drawing can be shown as a reference within another drawing. For example, the

Electrical Master Layout Site can be referenced into the Civil Master Site Layout to ensure

the location of the foundations correctly match their associated structure.

To reference in a drawing select the “Reference” command “Attach”, then navigate to

the folder containing the file to be referenced. If the file being referenced is located within

the same substation project, the files are typically found in H:\Substation Data\My

Projects\”Substation Name”


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Once the appropriate file has been selected, click “Open”.

Another dialogue box appears:


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Choose the appropriate model within the design files to be referenced (i.e. 2D or 3D). In

Bentley Substation, it will typically default to a 3D model.

Detail Scale: For most referencing this should be set to Full Size 1=1.

Nested Attachments: This determines how many of files referenced into the file being

referenced will show up in the destination file. For example, if set at “0” or “No Nesting”,

only the referenced file itself will be appear in the destination file. If set to 1, any file

referenced into the reference file will also be referenced into the destination file, and so on.

Toggles: Among the various toggles, the “Display Reference” toggle is used to turns on

and off the display of the selected reference.

5. Merge to Master Command

Any file that is referenced into another file can be incorporated into that file using the

“Merge to Master” command. This feature severs the tie to the source reference file and

elements currently displayed to become part of the destination file. This feature will be used

to bring exterior files like Topographical drawings and existing drawings into Bentley

Substation. Prior to using the merge command, the files should already be referenced into

the destination file. At this point, the file should be “Merged into Master” according to the

following steps:

Under the “Reference” command, Select the referenced drawing currently shown in the

referenced in from the list”Tools””Merge into Master”.


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Once the referenced file is merged into the destination file it is no longer linked to the

original file. The existing levels associated with the original file also should have been

transferred into the destination file. Simply copying elements from the existing drawing into

the destination site file should be avoided since the original levels are not retained. Shown

below is an example of the levels associated with a typical Topographical drawing.


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Appendix C: Creating Details

Since text and annotations will be placed directly on the construction drawing, details can

be generated simply be referencing the same source file (i.e. Civil Master Site Layout)

multiple times. For example, supposed we would like to create an arrangement of

foundations showing an entire substation and also create a detail on that same drawing

showing the foundations circled below:

First a new drawing is created and the entire plan from the Civil Master Site file is

referenced into a new title block. In this case, it is referenced at a scale of 1”=20’-0”by using

the scale factor of 240.


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Next, the same file is referenced into the Title Block a second time; however it is referenced

at a scale of 1”=10’-0”. The reference is then clipped to only show the portion required for

the detail. First place a fence around the area of the reference that is to remain as shown

below:


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Then under the reference dialogue menu, select clip reference:


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If the “Reference Scale” of the dimensioning style is enabled as shown below, both

references will correctly dimension.

Also, any changes made at the source of these two references (in this case the Civil Master

Site Layout) will change both references simultaneously, thus requiring only one source to

be managed.

Tip –Changes to the source of the reference file can be done directly on the construction

drawing by “activating” the reference. Go to “File” “References” or alternatively select


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the reference icon . Then double click on the activate status location to the left of

the file name shown below:

Once the reference is activated, changes can be done directly on the construction drawing.

Any change done through the activated reference will change the source (Civil Master Site

Layout) and any other reference of that source simultaneously. Once the changes are

complete, the reference needs to be de-activated by double clicking.


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Appendix D: Retaining Legacy Title Blocks and 0, 1, and 2 Drawings

To be developed

Bentley substation civil instruction manual-v2.3

Engineering

Transcript of Bentley substation civil instruction manual-v2.3