2.3.SP2D Library Customization

7/31/2019 2.3.SP2D Library Customization

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1 SPPID LIBRARY CUSTOMIZATION1.1 Border and Template1.1.1Border

- SPPID Border was created by using AutoCAD template.

- Opening this AutoCAD file by SmartSketch.

- Entering File Save As OGPE border.igr


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- Copy OGPE border.igrweve just created to plant folder. For example, with RP2 Gaslift

project we will copy this file to the following path:

\\XNKT-SYSTEM\OGPE\RP2\P&ID Reference Data\Template Files

1.1.2Template- Start SmartPlant P&ID. Go to File Page Setup. In Sheet size, chooseE-size.

- Select MenuEdit InsertObject. Remove checkbox in the dialog showed.s


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- Click on Browse button. Choose the OGPEborder.igr file weve just created in the

previous part.

- Place the inserted graphic on the appropriate position.


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- Select File Save OGPE TEMPLATE.pid


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1.2 EquipmentBelow is an example of how to customize an equipment and related label. The item choosed is

OGPEGas Filter Cadtridge.sym.

1.2.1Equipment Customization- Start Catalog Manager. In Catalog Explorer, go to Symbols Equipment

Mechanical Solid Separation Equipment Solid Gas. Right click New Item

OGPEGas Filter Cartridge.

- Right Click Open this New Item. On Properties Windows, select

Equipment:Mechanical.


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- On the Tab Graphic, draw a graphic symbols as the following:

- Choose File Save. Close after the saving completed.


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1.2.2Equipment Description- Start Catalog Manager. In Catalog Explorer, go to Symbols Equipment Label -

Equipment Description. Right clickNew ItemOGPE - Gas Filter Cartridge

Description.

- Right ClickOpen this New Item. On Properties Windows, selectLabel: Catalog Item

- On the Tab Graphic, draw a table as the following:


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- Insert Item Tag: On the Catalog Tools toolbar, click on Smart Text Editor. Choose as the

following configuration. After that, click onInsert Field, ApplyOK.

- Reposition the inserted field box, create an Text box besides the field box, and typeGAS FILTER.

- Similarly, insert the text box and the corresponding macro and create a complete table as

follow.


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- File Save after completing all the things.

1.3 InstrumentationIn this part, we will see how to create a new instrument. In addition, there is a specific case

which describes how to implement a P&ID typical as an off-line instrument with implied items(for instance, a Press Gauge with two Double Block and Bleed valves). For more detailed,

please read the appropriate sections below.

1.3.1Instrument CustomizationThis part will show an illustrated in-line instrument, this is OGPECoriolis Meter.

- Start Catalog Manager. In Catalog Explorer, go to Symbols Instrumentation In-

line Flow Instruments OGPE - Coriolis Meter.

- On Properties Windows, selectInstrument, and Instr Class = Other in-line instruments.


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- On the Tab Graphic, draw a graphic symbols as follows:

- Insert Piping Point as showed below:

- File Save. Close Catalog Manager.

1.3.2Off-Line Instruments with Implied ItemsThis part will show the way to customize a typical in process drawings. The example use is

Pressure Gauge with a double block and bleed valve.

Step 1: Created implied item.

Because the Double Block and Bleed Valve will not be showed in P&ID drawings, it was stored

as an implied item in the Oracle database.


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- In Catalog Manager, go to Symbols Implied Items. Created an OGPE Implied

Double Block and Bleed. This job is absolutely similar to part 2.4.3 (how to customize a

valve).

Step 2: Create an off-line PI symbols.

- Open Data Dictionary Manager. Click on Select Entry, in pop-up menu Selected list,

chooseInstrument Component Type.

- Create a new line in the selected list:

Value = Discrete PI (900#), Dependent Value = Offline Instruments.

- File Save. CloseData Dictionary Manager.


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- In Catalog Manager, go to Instrumentation Off-LineWith Implied Components

Pressure duplicate existing Discr Field Mounted PI to OGPE - Discr Field Mounted

PI (900#).

- On Properties Windows, select Instrument, and Instr Class = Off-line instruments, Instr

Type = Discrete PI (900#).

- File Save As. Close Catalog Manager.

Step 3: Create a filter for Implied Rule.

- Open Filter Manager. Click on Plant FolderFilter for Rules Implied Items, right

click and selectAdd Filter....

- Create a filter with the following configuration (Name, Description, Definition):


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- Click OK. File Save As and close Filter Manager.

Step 4: Create a Rule for Implied Item of Pressure Gauge.

- OpenRule Manager. Go to Plant Rules Implied Items, right click and selectAdd Rule

...

- Create a Rule as the following configuration:

Tab General:


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Tab Items:

Tab Consistency:


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Tab Implied Items: Click on Add Button, find the Implied Double Block and Bleed

symbol we created in Step 1.

Through 4 steps above, we completed all the work we have to do.


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1.4 Piping1.4.1Utility Tubing PipeThis tutor will show how to create type tubing pipe. This is an special kind of pipe in gaslift

projects.

The new line style will be created as the following steps:

Step 1: Create a new symbol for new line style.

- Start Catalog Manager. In Catalog Explorer, right click on Symbols, create a new folder

and name it Point Symbols for Linear Styles.

- Create a New Item and name it Point style for Tubing pipe, open it. On Graphic Tab,

drawing an of circle.

Step 2: Load the Line Style Editor

- Open Line Style EditorWindow. In Point Styles menu, right click and creat new point

style: Tubing Point Style.

- Define Point Style Graphic: Select the circle and Tubing Point Style in the Line Style

Editor, select theDefine Point Style Graphics from the toolbar.


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- Create a Linear Pattern:Linear Pattern New Style: Tubing Linear Pattern.

Enter Linear Pattern Properties as follows:

Stroke Index = 1

Stroke Index = 2


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- Create a Linear Pattern:Linear Style New Linear Style: Tubing Pipe.

Enter Linear Style Properties as follows:


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Step 3: Import Linear Pattern and Linear Style into Options Manager

- Import Linear Pattern:

Open Options Manager. Select Tool Linear Pattern, click on Import, browse to and

select the tubing point style.symweve just created.


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- Import Linear Style:

Select Tool Linear Style, click on Import, browse to and select the tubing point

style.symweve just created.

- Close Options Manager.

Step 4:Add new pipe run type Tubing Pipe in Data Dictionary Manager


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- OpenData Dictionary Manager. Go to Select Entry Selected List = Line Type. Enter

a line as Tubing Pipe in the last row.

- File Save. CloseData Dictionary Manager.

Step 5: Define symbology for Tubing Pipe in Options Manager.

- Open Options Manager. On Symbology window, click onHoseNew line. SelectInsert

Row from the toolbars. After that, select the blank row and click on ... button besides

it.

- On Select Filter, Browse to Symbology Filter New. Right click and Simple Filter.


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- Entering the new filter configuration as follows:

- Smilarly, create 2 more filters and name it: TubingFuture, TubingExisting.

- Create 3 symbologies in Options Manager as follows.


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- File Save. Exit Options Manager.

Step 6: Create the Tubing Pipe symbol in Catalog Manager

- Start Catalog Manager. In Catalog Explorer, go to Symbols Piping Routing

Utility Line. Duplicate UtilityHose, rename it OGPETubing Pipe.

- Right ClickOpen this Item. On Properties Windows, change Pipe Run Type = Tubing

Pipe.


Step 6: Edit the Process Pipe Run rule in Rule Manager


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- Open Rule Manager. Go to Plant Rules Relationship Piping Process Pipe Run

to Process Pipe Run.

- Right click Properties. Change to Tab Item, click on Browse... find the Process Pipe

Run filter and click on Properties button.


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- Add Tubing Pipe to the list as below. Then click OK.

- SelectEdit Menu Approve All Rules.

- OK Save OK. CloseRule Manager.

Step 7: Route Tubing Pipe in SPPID.


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- Open a drawing in plant. Route a Tubing Pipe, place a valve on it, the result will be like

this:

1.4.2Special ComponentsIn this tutor, we will create an open vent, for example.

- Open Catalog Manager, go to Symbols --> Piping --> Speciality Components --> Vents

& Exhausts. Right click, create new item and rename it to "OGPE - Open Vent".

- On Properties Window, select Piping Component.

Piping Comp Class = In-line Component

Piping Comp Subclass = In-line Speciality Component

Piping Comp Type = Vent

- Drawing an graphic symbols as follows:


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- File --> Save. Close Catalog Manager.

1.4.3Special ValvesIn this tutor, we will create anDouble Block and Bleed 900#, for example.

- OpenData Dictionary Manager, go to Select Entry. Selected List = "Piping Component

Type". Create a new row and name it "Double Block and Bleed", Dependent Value =

Valve.

Save change and close Data Dictionary Manager.

- Open Catalog Manager, go to Symbols --> Piping --> Valves. Right click on the folder,

create subfolder and name it Special Valve. Right click, create new item and rename it to

"OGPE - Double block and Bleed 900#".


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-

- On Properties Window, select Piping Component.

Piping Comp Class = In-line Component

Piping Comp Subclass = In-line Speciality Component

Piping Comp Type = Double Block and Bleed.

- Drawing an graphic symbols as follows:


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- File --> Save. Close Catalog Manager.

1.4.4Line Number Label with InsulationThis tutor will show how to create an Line Numbering Label based on the definition in

document 2.2.

- Open Format Manager. Select Thickness, right click and selectAdd Format, entering

data as indicated in the following image:

- Save change and close Format Manager. Start Catalog Manager, go to Catalog Explorer

Symbols Piping LabelPiping Segments, duplicateLine Numbersymbol and

rename it to OGPELine Number.

- Insert 2 new fields:Insulation Purpose, Insulation Thickness to the existing label.


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1.4.5Piping OPC- To create a new OGPE -Off-Drawing OPC, clone the existing Off-Drawing OPCand

remove the number following it.

Note that: The tutor how to use Off-Drawing OPC is indicated in Document 2.2.

1.5 Engineering Data Editor CustomizationWe will use an example, this is how to customize the View of Pipe Run list.

- Open a drawing in SmartPlant P&ID. OnEngineering Data EditorWindow, select Pipe

Run on the Pop-up Menu.

- Click on the button besides, Pop-Up menu, selectEdit View.


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- Entering as follows:

- Click Advanced button, change to tab Layout. Inputing data as the following

configuration, and double click OK.

Note that: the Display Properties list was specificed in document 2.2.


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- The result view will be like this:

- Go to Save View... --> name it "OGPE - Pipe Line", then click OK.

Documents

2.3.SP2D Library Customization