SP3DLabManual KP Rev7 Translated WATERMARK

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SmartPlant 3D Operation Guide

JGC Corporation

22-Aug-2007 Rev.7

Training for Key PersonTraining for Key PersonTraining for Key PersonTraining for Key Person

Copyright 2009 by JGC Indonesia, All Right Reserved



2

Index

1. Grids Task...........................................................................................................................3

1.1 Log-in Users .................................................................................................................3

1.2 Placing Grids / Coordinate Systems .............................................................................3

2. Structural Task.................................................................................................................10

2.1 Structural Modeling Basics ........................................................................................10

2.2 Placing Columns / Splits / Beams...............................................................................11

2.3 Placing Perimeter Beams............................................................................................14

2.4 Placing Intermediate Beams for the first floor frame .................................................15

2.5 Placing Intermediate Beams for the second floor frame ............................................17

2.6 Placing Vertical braces ...............................................................................................19

2.7 Placing Assembly Connections ..................................................................................20

2.8 Placing Slab in Unit 2:................................................................................................21

3. Equipment and Furnishings Task...................................................................................22

3.1 Placing Equipment......................................................................................................22

3.2 Using Mate/Align Relationships ................................................................................25

4. Piping Task........................................................................................................................29

4.1 Basic Routing .............................................................................................................29

4.2 Routing To or From Existing Pipe Runs ....................................................................35

4.3 Inserting the Concentric Reducer on the Tank ...........................................................36

4.4 Place an eccentric reducer on the pump nozzle. .........................................................37

4.5 Route between ............................................................................................................38

4.6 Routing To or From Straight Features........................................................................40

4.7 Placing Inline Components.........................................................................................41

5. Electrical Task ..................................................................................................................42

5.1 Placing Cabletray and Cables Path .............................................................................42

5.2 Insert Cable via Cable Tray and Conduit ...................................................................45

6. Drawing & Report Task...................................................................................................48

6.1 Snapshot Drawing.......................................................................................................48

6.2 Volume Drawing ........................................................................................................49

6.3 Isometric Drawing ......................................................................................................50

6.4 Create Report ..............................................................................................................51

7. Hanger & Support Task...................................................................................................52

7.1 Piping Support .....................................................................................................52

7.2 Cable Tray Support ..............................................................................................55




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1. Grids Task

1.1 Log-in Users

For the user name and password, and the domain that you use this time, refer to the following.

Login accounts for Windows.User Name: ########Password: ########Domain: ntdm001

UserName

Plant Workspace SQL Server Location Note

User 1 SP3DTrain_Plant01 \\JC75114\SP3D User for Trainee 1





Trainer SP3DTrain_Plant00 \\JC75114\SP3DUser for SP3DTrainer

1.2 Placing Grids / Coordinate Systems

Objective

After completing this lab, you will be able to:

Place Grids and Coordinate Systems using the Grid Wizard Command and Ribbon bar.




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Part I: Unit 2 Coordinate System:

1. Go to File Menu -> Define Workspace.

2. Open the filter named 1.2Grids_Unit2 for your workspace.

3. Go to the Tasks Menu -> Grids environment.

Make sure the Active Permission Group is set to Layout .

4. Select the Grid Wizard command.

5. Using Step 1 in the Grid Wizard command, create a new coordinate system based on the

following information:




5

Name:

Name: Unit 2 CS

Bearing:

Axis for Bearing: North (Y)

Bearing: N 0.00 deg E

Origin:Reference CS: Global

East (X): 30 ft

North (Y): 10 ft

Up (Z): 0 ft.

Grid Wizard Dialog




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6. Elevation Planes: Using Step 2 in the Grid Wizard command, create the Elevation Planes

based on the following information:

Step

Referenc

eCS

Start

Plane Copies

Spacin

g

Name

Rule

End

Plane

Nesting

Level Type

1 Unit 2 CS 0 ft 0 in 0 IgnoreImperialPosition

0 ft 0 inPrimar y

GradeElevation

2 Unit 2 CS 2 ft 1 in 0 IgnoreImperialPosition

2 ft 1 inPrimar y

Bottom ofBaseplate

3 Unit 2 CS 18 ft 0 IgnoreImperialPosition

18 ftPrimar y

Top of Steel

4 Unit 2 CS 30 ft 0 IgnoreImperialPosition

30 ftPrimar

yTop of Steel

In the Elevation Plane Locations setting, edit the Name and Type as follows:

Hint: When you input N ft M in, key in N’ M” return (N’ <one space> M” return).




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7. Grid X-Planes: Using Step 3 in the Grid Wizard command, create the Grid-X Planes based

on the following information. Set the Name Rule to Imperial Position for All Grid Planes

Step

Referenc

eCS

StartPlane

Copies Spacing NameRule

End

Plane NestingLevel

Type

1 Unit 2 CS 0 ft 0 in 2 20 ft 0 inImperialPosition

40 ft 0 in PrimaryE-W GridPlane

In the Grid-X Plane Locations setting, edit the Name as follows:




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8. Grid-Y Planes: Using Step 4 in the Grid Wizard command, create the Grid-Y Planes based

on the following information:

StepReference

CS

StartPlane

Copies SpacingNameRule

EndPlane

NestingLevel

Type

1 Unit 2 CS 0 ft 0 in 1 15 ft 0 inImperialPosition

15 ft 0 in PrimaryN-S GridPlane

In the Grid-Y Plane Locations setting, edit the Name as follows:Set the NameRule to Imperial Position for All Grid Planes




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9. In Grid Wizard command, Keep the default selection for “Radial Cylinder”, “Radial Plane” and

“Associated Elevation Planes”, and Select the Finish Button.

10. Go to the main menu and select View -> Ruler option to open the ruler dialog box. Figure 6

11. Unselect all to turn off the rulers by press the <Control> key and click on Unit 2 CS.

12. Select the Unit 2 CS to open the edit coordinate system ribbon bar.

13. Change the Parent System from Unit2 => Coordinate System.

Your View should now resemble the following graphic.

Figure 6




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2. Structural Task

2.1 Structural Modeling Basics

Objectives


Place linear members

Place member systems with frame connection by rule

Use Copy/Paste commandsPlace split

Place assembly connections

In this lab, you will build a simple steel-frame two-story building.

Note: Use the grid system to help you place the structural members. Though not absolutely necessary, grids help

in the modeling process by providing SmartSketch intersection points at which structural members can be placed.

You may also want to make a relationship with gridlines so that if a gridline is moved, everything associated with

that gridline will also move.




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2.2 Placing Columns / Splits / Beams

1. Go to File Menu -> Define Workspace.

2. Open the filter named 2.2Structure_Unit2 for your workspace.

3. Go to the Structure Task environment.

Make sure the Active Permission Group is set to Structural .

4. Select the Place linear member system command. Use the views shown in figure 1 (next

page) to place the appropriate support columns and beams.

System displays the place linear member system smart step ribbon bar.

5. Use the ribbon bar and set the active member parameters as follows:

Connection: By Rule

System: Unit 2 -> Structure -> Columns.

Type Category: Column

Type: Column

Section Name: W14x53

Cardinal point: 5

Angle: 0 deg

6. Place the first column end at the grid intersections Elevation 2’ 1”.

7. Place the second column end at the grid intersections Elevation 30’ 0”.

8. Repeat the above steps to place the other support column. Toggle the start/end icons to set

the discrete/contiguous placement method.

9. Select Place Split command. Split Status : By Rule

10. Select the 18’-0” Elevation Plane in the Workspace Explorer or the Ruler.

11. Select the members to split and click Finish.

12. Choose the Select command and change the Locate Filter to Split

Connections. To see the connection highlighted, move your cursor

over the splits.

13. Select Place Member command.




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14. For Beams use the Ribbon bar to set active properties as

Connection: By Rule

System: Unit 2 -> Structure -> Beams.

Type Category: Beam

Type: BeamSection Name: W18x40

Cardinal point: 8

Angle: 0 deg

The next step is to place the first two beams at elevation 18 ft and elevation 30 ft. Beams are placed byselecting and lock constraint on to the column and then locate point-on any grid line passing through that

column. Beams can also be placed by selecting Frame connection of Supporting members.

NOTE: System will not allow connecting a structural member along another member by split connection,

user must select the intersection of its axis.

15. Place Beams at Elevation 18’ and 30’

Figure 1 – Elevation and Isometric View of the Structure Unit 2 System

Use the Copy/Paste command to place the six members at East Plane locations 20’ 0” and 40’ 0”.

16. Set the locate filter to Member System

17. Select all the members.

18. Select Copy.

19. Select any point on the screen.

20. Select Paste

17

18

20




13

21. In options Select Paste in place.

22. Follow the steps below.

(1) Click on the description of each item in dialog box

from the top and when A-1 becomes yellow,

select A-2 grid line.

(2) Continue clicking until B-1 becomes yellow,

then select B-2grid line.

(3) Click Paste command again and repeat same

steps (1) and (2) for East Plane location 40’0”

Figure 2

A-1

B-1

A-2

East Plane locations 20’0”

B-2

East Plane locations 40’0”

A-3

B-3




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2.3 Placing Perimeter Beams

The next step is to place the perimeter beams on both first floor frame and second floor frame at elevation 18 ft

and elevation 30 ft respectively. Beams are placed by selecting and lock constraint on to the column and thenlocate point-on any grid line passing through that column.

1. Select the place linear member command to place beams as shown in figure 3-1. Use the

following properties for perimeter beams:

Connection: By Rule

System: Unit 2 -> Structure -> Beams.

Type Category: Beam

Type: Beam

Section Name: W18x40

Cardinal point: 8

Angle: 0 deg

Move cursor over the beams to get the middle point of beam as shown in the figure 3-2

Figure-3-1

Figure 3-2




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2.4 Placing Intermediate Beams for the first floor frame

1. Select the place framing member command. Use the view shown in Figure 5 to place the

structural members.

Push the icon till horizontal menu appears

2. Use the Place Framing Member ribbon bar to set the active member parameters asfollows:

Fit Mode: By Count

Count: 3

Connection: By Rule

System: Unit 2 -> Structure -> Horizontal Braces

Type Category: Beam

Type: Beam

Section Name: C10x15.3

Cardinal point: 8

Offset: 0 ft 0 in

Hint: Press Tab or Enter key to accept manually inputted data at the ribbon bar.

1

2

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5

(1) Click Beam 1 & 2, then click finish(2) Click Beam 3, then click finish(3) Click Beam 4, then click finish4 Click Beam 5 then click finish




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Figure 5 –Isometric View of the Structure Unit 2 System




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2.5 Placing Intermediate Beams for the second floor frame

1. To place the intermediate beams for the second floor frame at elevation 30 ft, Use the

Copy/Paste command to place all the intermediate members for the first floor frame atelevation 30 ft. See Figure 6. Make sure to select the appropriate objects to re-establish the

connection in the Paste Special Dialog box.

Hint: Set the select filter to Member System to select 14 membersOnly 7 related object need to re-establish the connectionsUse the Paste command once again.





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Your View should now resemble the following graphic.




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2.6 Placing Vertical braces

1. Select the Place Bracing command.

2. Use the Place Bracing ribbon bar to set the active member parameters as follow:

Bracing Type: Chevron

Connection: By Rule

System: Unit 2 -> Structure -> Vertical Braces.

Type Category: Braces

Type: Vertical Braces

Section Name: L4x4x1/4

Cardinal point 5

Angle: 0 deg

3. Select the first column (as in figure 7)

4. Select the second column.

5. Select the Beam

6. Select Finish.

7. Place all vertical braces as shown in figure 7.





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2.7 Placing Assembly Connections

1. Set the locate filter to Member system and use the select fence option to select all frame

connections located in the building.

2. Select the Place Assembly connection command to open the ribbon bar.

3. Make sure the check box by rule is checked.

4. Place all assembly connections in System: Unit 2 -> Structure -> Ass. Connections

5. Select the Accept button to confirm the selection set.

6. Click the Finish button to commit the transaction.

7. Verify all assembly connections are properly created.




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2.8 Placing Slab in Unit 2:

Make sure the Active Permission Group is set to Structure.

1. Select the Place Slab command.

2. Select the Elevation Plane at 18’ 0” and 30’ 0” for the support planes.

3. Select the Accept button to confirm the selection set.

4. Select the boundaries by clicking grids 1, 2, 3, and 4 as shown below to define the edges

of the slab.

5. Use the place slab ribbon bar to set the active slab placement parameters.

Plane Method: Coincident

System: Unit 2 -> Structure -> Slabs

Type: 4” Elev. slab - Composite

Composition: 4”_Slab, 1.5VL22

Face Position: Bottom

6. Select the Accept button.

7. Click the Finish button to commit the transaction.

2

3

4




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3. Equipment and Furnishings Task

3.1 Placing Equipment

Objectives


Place Standard Equipments from the Equipment Catalog Dialog box.

Use the Mate positional relationship to mate to an Elevation Plane.

Use the PinPoint Tool to place an equipment at a given coordinates.

1. Open the filter named 3.1Equipment_AminesUnit for your workspace.

2. Go to the Equipment and Furnishings Task environment.

Make sure the Active Permission Group is set to Equipment .

3. Select Place Equipment command from the vertical toolbar to open the Select Equipment

Dialog box.

4. Locate the Storage Tank part number Tank 001A_IMP-E using the tree view. Expand the

Equipment Folder and the Tanks Folder until you see the part. Select the part and click the

OK button.




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5. In the Equipment Properties dialog box, fill the Name and Description. (Optional).

6. Go to the Equipment ribbon bar and make sure the Amines Unit -> Equipment System is

set in the System drop down list.

7. Using the PinPoint tool, place the origin of the Storage Tank at the following Easting and

Northing coordinates:

1) Select PinPoint tool

2) Select reposition target and click (5)

3) Input easting and northing

Easting: 5 ft relative to the Amines Unit coordinate system

Northing: 8 ft relative to the Amines Unit coordinate system

(2) (1)

(3)




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4) Click (4) to constrain the Storage Tank with elevation plane at 0 ft.

8. Go to the Equipment ribbon bar, set the offset to 15’ 6” and key in 41V-101 in the Name field.

Hint: Press Tab or Enter key to accept manually inputted data at the ribbon bar.

(4)

(5)




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3.2 Using Mate/Align Relationships

Objectives


Place and constrain Standard Equipments using Mate/Align relationships.

Use the PinPoint Tool to place equipments at a given coordinates.

1. Select Place Equipment command from the vertical toolbar to open the Select Equipment

Dialog box.

2. Locate the centrifugal pump part number CPump002A8x6-E using the tree view. Expand theEquipment Folder and the Pumps Folder until you see the part. Select the part and click the

OK button.




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3. In the Equipment Properties dialog box, fill the Name and Description..(Optional)

4. Go to the Equipment ribbon bar and make sure the Amines Unit -> Equipment System is

set in the System drop down list.

5. Using the Pinpoint tool, place the origin of the pump at the following Easting and Northing

coordinates:

Easting: 30 ft relative to the Amines Unit coordinate system

Northing: 5 ft relative to the Amines Unit coordinate system




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To constrain the pump with elevation plane at 0 ft, move the cursor over the workspace

explorer and select the elevation plane at 0 ft in the Amines Unit coordinate system.

6. Go to the Equipment ribbon bar, set the Offset to 2 ft and key in 41P-101A in the Name field.

7. Use the Common Views dialog box to set View 1 to have Plan orientation.

8. Place another centrifugal pump named 41P-101B to the North side of pump

41P-101A as shown below:




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9. Create a mate constraint between the Pump 41P-101B and elevation plane at 0 ft with an

offset of 2 ft in the Amines Unit coordinate system using the same previous steps.

10. Next create another constraint so that the pump bases have a distance of 3 ft between them.

11. Finally create another constraint aligning the front of the two pumps.

Hint: To place the second pump, just change the northing value in the pin point ribbon bar to a highervalue, e.g. 8. Then, select the B pump and create a new Mate relationship between the southface of the bottom of the B pump and the north face of the bottom of the A pump with a 3’offset.




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4. Piping Task

4.1 Basic Routing

Objective

Route pipeline from an equipment nozzle using SmartSketch and Length Control tools




30

1. Open the filter named 4.1Piping_AminesUnit for your workspace.

2. Go to the Piping Task environment.

Make sure the Active Permission Group is set to Piping .

3. Select Route Pipe command from the vertical toolbar and select the 40V-101x/NDNoz1

from which to start the pipe run.

4. The system opens the Create New Pipe Run Dialog box. Select & More in the Pipeline

property field to open the Select System dialog box.




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5. Navigate the system folder hierarchy and select 400-P pipeline system. Next, Fill the

following properties:

Specification: 1C0031Nominal Diameter: 4 inchFlow Direction: UpStream.

4 in

UPSTREAM

6. Click the OK button.

If temperature and pressure are required,Change the Category to ”Temperature and Pressure”.

Design Maximum Temperature = 400 K

Design Maximum Pressure = 10 ksf




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7. Go to the Pipe Route ribbon bar and key in 2 ft in the Length box.

8. Position the cursor above the nozzle until the system returns the SmartSketch axis aligned

indicator.

9. Left mouse click to accept the endpoint.


11. Position the cursor in the Easting direction until the system returns the SmartSketch axis

aligned indicator.



14. Position the cursor in the South direction until the system returns the SmartSketch axis

aligned indicator. Left mouse click to accept the endpoint.




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16. Position the cursor in the Easting direction until the system returns the SmartSketch axis

aligned indicator. Left mouse click to accept the endpoint.


18. Position the cursor down until the system returns the SmartSketch axis aligned indicator.



21. Position the cursor in the South direction until the system returns the SmartSketch axis

aligned indicator.





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24. Position the cursor down until the system returns the SmartSketch axis aligned indicator.


26. Right mouse click to terminate the Pipe Route command.




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4.2 Routing To or From Existing Pipe Runs

Objective

Route pipeline from an equipment nozzle using SmartSketch Working Plane Control and Length Control tools




37

6. Select the Concentric Size Change and select <New Pipe Run> from list box.

Then select Nominal Diameter is 10”, and click Finish button to place the reducer.

7. Select the 90 Degree Direction Change, change the Angle to 90 deg then click Finish to

place the elbow.

4.4 Place an eccentric reducer on the pump nozzle.

1. Start at the “41P-101A/Suction” pump nozzle using the Insert Component command.

2. Select the short code Flange. Click Finish.

3. Select the short code Eccentric Size Change, and select <New Pipe Run> from list box.

Then select Nominal Diameter is 10”, and click Finish.

4. Rotate to 180 degree angle so that the flat side is at the top. Click Finish.

5. Select 90 Deg Direction Change. Click Finish.




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4.5 Route between

1. Select the Route Pipe command.

2.Lock the elevation direction by clicking the middle button (or click F12 button).

3. Select the Pipe End Feature of the elbow at the tank to get the elevation coordinate, and left

mouse click to place the pipe.

4. Lock the Plane to North and lock the angle.




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5. Move the cursor to the second pump nozzle to get the north coordinate and left mouse click

to commit the second leg.

6. Change to Plan View and use the Length control and key in 4ft. to finish placing the second

leg.

7. Unlock the length and lock the plane to East.

8. Move the cursor to the elbow located in the tank to get the next coordinate, left mouse click

to place the next leg.

9. Lock the control plane to Plan plane and move the cursor to the elbow to complete the

pipeline.




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4.6 Routing To or From Straight Features

Objectives


Create branch line from existing pipe run using Working Plane Control and Angle Control.

1. Start routing at the “40P-101B / Suction” for the Pump Nozzle.

Then using the Insert Component command and place the Flange + Eccentric Reducer +

90 deg elbow

2. Switch to route and branch the line into the header.

3. Use the middle mouse to lock to the header and use SmartSketch to make the line straight

up.




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4.7 Placing Inline Components

Objective

Insert Flanged Gate Valves into the Pump suction lines 404-P.

1. Select the Insert Component command.

2. Select the pipe where the component will be inserted, refer to image above.

3. Select Gate Valve from the Type Ribbon bar.

4. Use PinPoint and set the distance to 5 ft. from the center of the pump nozzle.

5. Change the angle as necessary, referring to image above.

6. Click Finish button.




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5. Electrical Task

5.1 Placing Cabletray and Cables Path

Objective

Route the following cable trays using SmartSketch functionality and offset control tool




43

1. Open the filter named 5.1Electrical_Unit2 for your workspace.

2. Go to the Electrical Task environment.

Make sure the Active Permission Group is set to Electrical .

3. Select Route Cableway command from the vertical toolbar.

4. Using Pinpoint Tool, place the starting point of electrical cabletray at the following

coordinates

Easting: 41 ft reference to the Unit 2 coordinate system

Northing: 13 ft reference to the Unit 2 coordinate System

Elevation: 15 ft reference to the Unit 2 coordinate system

5. Use the following data for the cable tray:

System Unit 2 -> Electrical -> Control > Cabletrays

Name Elec-300Spec CB-S1-L6-12B

Fill Efficiency 85 %

Width 2 ft

Depth 4 inches

6. Enable Offset control from the Ribbon bar and specify 3 ft. with Centerline option selected.

7. Change to Plan View and lock the

Working Plane to Plan Plane.

8. Rest the mouse on the X-grid@20ft for a few seconds and wait for the stack mouse

cursor indicator to appear.

9. Move a little to the right until the offset reference line equivalent to 3 ft appears, then left

mouse click to accept the location.

Plan View of the Structure Unit 2




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10. Continue routing upward, this time

select the Looking North view and

the East-West Working Plane.

11. Rest on the Elevation grid line at 30ft. and wait for the stack mouse cursor indicator to

appear.

12. Move downwards till the offset reference line and offset mouse cursor indicator appears

on the view. Left click to accept.

13. Continue routing using the same procedure as above and finish the cabletray run as shown

on the figure below.

Elevation View at Column E-0’ 0” of the Structure Unit 2




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5.2 Insert Cable via Cable Tray and Conduit

Objective

Define a cable that goes between the electrical equipment “LP-001” and Pump “P-001”.

1. Open the filter named 5.2Electrical Cable for your workspace.

2. Go to the Electrical Task environment.

Make sure the Active Permission Group is set to Electrical .

3. Select Insert Cable command from the vertical toolbar.

4. Use the following data for the cable Properties:

Name P-11-PM-001

Name Rule User Defined

System TestArea -> Electrical -> Cables

Operating Voltage 12 V

Signal Type Power

Part NumberCable -> Cables -> Power 12/20 kV (3 Conductor)-> 3 x 120mm2 – 12/20kV XLPE 90 ARM Cu

Originating Device TestArea -> LP-001

Terminating Device TestArea -> P-001

5. Click the OK button.




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6. Select the Set Entry Point Command from Toolbar.

7. Select the Cableway End Feature of Electrical cable tray.

After selecting the cable tray, the ribbon bar will automatically go to the next step which is the

Select Cableway(s).

8. Select the Vertical Conduit Pipe for the cable to route.

9. Click the Accept button.

After the Accept button is selected, the ribbon bar will automatically proceed to the Set ExitPoint step.




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10. Select the Conduit End Feature as the Exit Point.

11. Click the Finish button.




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6. Drawing & Report Task

6.1 Snapshot Drawing

1. Open the filter named 6.1Drawing for Snapshot for your workspace.

2. Go to the Drawing & Report Task environment.

3. Open Hands-on Training -> Drawing -> Snapshot DWG

4. Click right button on Drawing Number1 and select Update.

5. After processing, the drawing icon changes to

6. Double click the drawing to open the file.




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6.2 Volume Drawing

1. Go to the Common Task environment.

2. Open the filter named 6.2Drawing for Volume for your workspace.


4. Open Hands-on Training -> Drawing -> Volume DWG

5. Click right button on Unit2 Piping Plan and select Update

6. After processing, double click the drawing to open the file.




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6.3 Isometric Drawing

1. Go to the Common Task environment.

2. Open the filter named 6.3Drawing for ISOMETRIC for your workspace.


4. Open Hands-on Training -> ISOME -> ISO Query -> Iso Pipeline

5. Click right button on 404-P and select Update Document(s)




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6.4 Create Report


2. Click right button on Hands-on Training -> Report and select New 3.

4. Select Spread Sheet Reports and press OK.

5. Click right button and select Rename then, change name to Weld Report

6. Click right button and select Create Report then, select Piping Fittings and Welds Sorted

by NPD and press OK

7. After processing, double click the drawing to open the excel file




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7. Hanger & Support Task

7.1 Placing Piping Support

1. File -> Define Workspace then open 7.1Amines_Support Work Space

2. Select Hanger & Support Task

3. Since there is interference between middle of structure and piping, so the grid of structure at

Elevation 15ft is to be changed.

Select grid/object from Work Space Explorer, right button click to open property and change

Elevation to 20 feet. Click OK.




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4. Click Place Support by Structure command from tool bar.

5. Set system to Amines Unit -> Hangers

6. Set check for Rule anduncheck Design check box.

7. Select pipe where support will be placed and click Accept

8. Select Structure Beam for the support and wait for the default support by rule to appear

9. Select L Shaped Frame C3x6 w/o Base plate from the type list box.

10. Click Finish

11. Next, open support property by right button click.




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12. Change Shoe Height to inch and press OK

13. Click Place Support by Structure from the tool bar

14. Select pipe where pipe shoe will be placed and click Accept

15. Select Shoe w/Medium Clamps - WT4x6.5L = 10 from the type list box.

16. Click Finish.




7.2 Placing Cable Tray Support

1. File -> Define Workspace then open 7.2Unit2_SupportWork Space

2. Click Place Support by Structure from the tool bar

3. Set uncheck on both Rule and Design check box.

4. Select tray where support will be place and click Accept.

5. Set System to Unit2 -> TraySupport.

6. Select CT_HoldDownClamp from type list box.

SP3DLabManual KP Rev7 Translated WATERMARK

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