defin tasks

7/26/2019 Defin Tasks

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1 DEFIN

Create the essential basic data for the rest of the outfitting, especially devoted to the piping. Everysingle piece of 3D model related with equipment, piping, HVAC and void cable trays is based on oneor more of the concepts here defined.

purpose

1.1 Define the equipment classes1.1.1Add mechanical attributes to equipment classes

1.2 Define the equipment components1.2.1Assign 3D geometry to equipment components1.2.2Assign values to mechanical attributes

1.3 Fill up the technological attributes tables1.4 Define the pipe norms1.5 Define the fitting classes

1.6 Define the fitting components1.7 Define the material specifications1.8 Define the zones of the ship1.9 Define the systems of the ship1.10 Define user attributes1.11Assign user attributes to pieces of equipment

tasks

COPYRIGHT SENER INGENIERIA Y SISTEMAS, S.A. CONFIDENTAL.


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Task 1.1 DEFIN. Define the equipment classes sheet 1-2

Classes / Edit class

command

Use the Name field to type the ID (4 characters),

which is the only essential information here. Onceclasses exist, may be listed using the combobox.

The Description allows to add a 28 character shortdescription.

The 2D Library allows to select the symbol library

which contains the 2D Symbol from

The Large Description allows to include anextended explanation about any interesting aspectof the class.

The Equipment Attributes in

Not in use in this window for equipment:

Number of components

Isometric symbol

Components with 3D parametric object

Save to keep on adding, OKto leave thecommand.

Task 1.1.1

Task 2.1


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Task 1.1.1 DEFIN. Add mechanical attributes to equipment classes sheet 2-2


command

Type the CODE for the attribute starting with the

following characters, depending on which value willtake the attribute:

Rfor a REAL number

I for an INTEGER number

A for any alphanumeric string

Then add the DESCRIPTION for the attribute andfinally set the UNITS in which is measured, if any.This UNITS will be displayed on the equipment tablein the PIGRAM module.

Notice that there are no values, since they are notstill referred to any particular equipmentcomponent.

The values for the attributes are defined with the

equipment components in Task 1.2.2


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Task 1.2 DEFIN. Define the equipment components sheet 1-3

Components / Equipment

command

Select the Class in which toadd the components by clicking the mid

button of the mouse.Use the Component identificationfield to type the ID (14 characters),which is the only essential informationhere.

The Description allows to add a 40character short description.

TheAssign 3D Model in

The Component data area containsadditional information about supplier,weight, stock code, ...

Local centre of gravity is referredto the local origin of coordinates ofthe 3D model used for itsrepresentation.

ATTRIBUTE VALUES in

Insert the new component or Updatethe modified one after any change.

Save modifications after thecomponents have been inserted orupdated.

Task 1.1

Task 1.2.1

Task 1.2.2


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Task 1.2.1 DEFIN. Assign 3D geometry to equipment components sheet 2-3


command

Decide whether the geometricrepresentation of the component will

come from a model in a libraryor from a geometric macro file.

In case it is a model , clickthe Change button to open the libraryand model selector.

If it is a geometric macro file, do thesame to open the macro file browser.

Task 4.1


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Task 1.2.2 DEFIN. Assign values to mechanical attributes sheet 3-3


command

Type the values for the attributes,coming from Task 1.1.1


7/17

Task 1.3 DEFIN. Fill up the technological attributes tables sheet 1-1

Tables / Edit system tables

command

Tables 1, 2, 17, 19 and 20 are not editable.

The rest of them come initially empty and must be

completed either manually or by importing fromanother project.

The technological attributes are used later for thematerial specifications and the fittingcomponents

IMPORTANT:

The codes can not be sorted nor moved oncetyped in the tables. Therefore, it is worth to foreseeall the needed codes and consider how to arrangethem in the table before start typing.

A good practice consist on to reserve gapsbetween different groups of codes, to be used incase that a new code arises once the project hasstarted, rather than to add it at the end of the

table.Table 10 should contain, at least, the same codesthat tables 9 and 14.

Table 16 to group the elbows by their classes inorder to define families based on their R/D ratio.The FPIPE module offers the elbows grouped in thisfamilies when using them in the 3D model.

Task 1.7Task 1.6


8/17

Task 1.4 DEFIN. Define the pipe norms sheet 1-1

Norms / Edit pipe standard norm

command

Use the Norm field to type the ID (12characters), which is the only essentialinformation here. Once the norms exist,

they may be listed by clicking the smallarrow in the combobox.

A description in up to 40 characterscould be added.

The Density and the Revision fieldsare not really essential, since the weightof the pipes is declared as part of thepipe components information.

Use the NOMD column to include theneeded nominal diameters from Table 1and the OUTD to enter theircorresponding outside diameter.

In the same line it can be added all theneeded pipe schedules by clicking the

mid button (from Table 5 ).

The corresponding wall thickness can betyped in the next columns.


Task 1.3


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Task 1.5 DEFIN. Define the fitting classes sheet 1-1


command

Click the mid button over Type to select the rightkind of fitting. The groups are fix.

Use the Name field to type the ID (4 characters),

which is the only essential information here. Oncethe group/classes exist, they may be listed byclicking the small arrow in the combobox.

The Description allows to add a 28 character shortdescription.

The 2D Library allows to select the symbol librarywhich contains the 2D Symbol from

The Large Description allows to include anextended explanation about any interesting aspectof the class.

The Isometric symbol is used to select thesymbol for iso and spool sketches. For this selectionall available sketches in the Isometric Format(F_ISOsymb.std) are offered.

Tick the Components with 3D parametricobject for the common fittings, as they will have

3D representation in


Task 1.6

Task 2.1


10/17

Task 1.6 DEFIN. Define the fitting components sheet 1-2

Components / Fittings / Editcommand

Click the mid button over Type to select theright kind of fitting.

Click the left button in the Class combobox

to select the right class from

The Compo shows a line with XXXXcharacters the first time the window isopened. Click the left button in the Compocombobox to select the right component ifalready exists.

Task 1.5


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Task 1.6 DEFIN. Define the fitting components sheet 2-2

Components / Fittings / Editcommand

Click the mid button over the markedfields to complete with data coming fromtechnological attributes tables

Depending on the type of fitting, thedifferent technological attributes are inuse or deactivated.

The rest of the fields expect entries fromthe keyboard.

Like the equipment components, thefittings allow a 3D geometry based onpredefined parametric objects or on

geometric macro files. In both cases,certain parameters must be filled up.

Main and second socket lengthexpress the distance the pipe should runinside the fitting in each end if any:default 0mm.

New for a new combination of attributeswithin the class, Update to validate

changes, Initialize to discard changes.

Quit is the only way to end thecommand.

Task 1.3


12/17

Task 1.7 DEFIN. Define the material specifications(matspecs)

sheet 1-2

Materials / Edit material specificationcommand

Type the Name of the new matspec orclick on the combobox arrow to select analready existing one.

headline data is needed to specify thepipe standard in use for thematspec (just one).

Nominal diameters will contain thecomplete list (not ranges) of diametersallowed for pipes and fittings. They couldbe defined using all the selected pipe

standard norm by pressing the ND fromNorm button.

Task 1.4


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Task 1.7 DEFIN. Define the material specifications(matspecs)

sheet 1-2

Materials / Edit material specificationcommand

Select each one of the fitting classesfrom the menu below and add all thecomponents that will be used in theedited matspec, with their appropriate

characteristics and available nominaldiameter range.

In each case the different technologicalattributes displayed will be theappropriate ones for the selected class.

Middle click on each field will display alist to select among the available types.

The DETD field allows to define differentcomponents in the same class but somedifferences in their other features. Insuch a case, this field should be filledusing a special syntax code, the sharp(#) character followed by a sequentialnumber to distinguish between thesimilar components (i.g. #1, #2 .)

Associated Norm is used to type a briefdescription of the componentdimensioning norm.


14/17

Task 1.8 DEFIN. Define the zones of the ship sheet 1-1

Zones / Edit Zonecommand

Type the Code of the new zone (4characters) or select an already existingone from the menu above.


The Long Description allows to includean extended explanation about anyinteresting aspect of the zone.

The Zone Limits will represent the twopoint coordinates which define areference box with the limits of this zone

as shown in the sketch.New to save a new zone, Update tovalidate changes in an existing one,Delete to erase a zone.

Quit to exit.


15/17

Task 1.9 DEFIN. Define the systems of the ship sheet 1-1

Systems / Edit Systemcommand

Type the Code of the new system (4characters) or select an already existingone from the menu above where existingelement types in such system are shown.


Select the desired matspec from the listthat appears when left click on theMaterial specification combobox. Thisselection will be used as the default onein PIGRAM module.

The Long Description allows to includean extended explanation about anyinteresting aspect of the system.

New to save a new system, Update tovalidate changes in an existing one,Delete to erase a system.

Quit to exit.


16/17

Task 1.10 DEFIN. Define user attributes sheet 1-1

Tables / Edit user attributescommand

1- Select Edit user attributes command.

2- Select the desired element type to apply this attribute.

3- Click on the New button to create an attribute.

4- Type the desired attribute Name and Descriptions.

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5- Select Type and Default value.

6- Click Update to save the attribute.

Close to exit.

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Task 1.11 DEFIN. Assign user attributes to pieces of equipment sheet 1-1

Equipment / Edit elementcommand

1- Select Edit element command.

2- Select the desired equipment to apply this attribute.

3- Click on the User attributes button.

4- Tick the desired attribute and type or select its value.

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5- Okto accept.

6- Save to store modifications.

7- Ok to accept.

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