Standard Tab (Ancillery Data)

The left hand side of the window displays the list of available ancillary support standards. Filter criteria can be used to specify which ancillary support standards are displayed in the list. Refer to GUI Grid Data for further information.

Select the Show Active Ancillaries check box to display only active ancillary support standards.

Hanger and trunnion support types are explained. Refer to Hanger Data and Trunnion Data for further information.

Lighting support types are explained. Refer to Lighting Support Defaults for further information.

Structural framework support types are explained. Refer to Structure Data for further information.

When a support type is highlighted, the support standard Name, Replacement Name and Description appear at the top of the window. The information is outside of the tabbed areas and displays on all tabs.

The plotfile for the selected standard displays on the right hand side of the window. To zoom in to an area of the plotfile, click and drag the middle mouse button to create a zoom area. To restore the original size, right-click and select Reset Limits from the drop-down menu.

The information on the window is grouped into two parts. Design detail in the Standard part of the window applies to component design. The Bore Specific part of the window contains data associated with the specified size (bore) of component.

Click Apply before selecting another standard, otherwise any changes are lost.

Support Standard

The support type selected in the list of available ancillary support standards displays, and cannot be changed. The support standard is the code used internally within the software by the Supports application.

Standard Replacement Name

The Standard Replacement Name is used on all windows in the Supports application when referring to the support type defined by the support standard. It is also output in place of the support standard name on automatic drawing production drawings. The name can be modified by editing the text in the field. All characters in the replacement name must be alpha/numeric.

Description

The text in this field is configurable to suit each design project, and only displays in the MODEL module during the creation of supports. The description in the field does not affect any associated Material Take Off (MTO) details output in automatic drawing production, as the details are stored in the catalogue database.

Support Class

The support class drop-down list defines the classification of an ancillary. The support classification is used to define compatible ancillaries for each ancillary type.

Active

Allows you to specify which of the available ancillaries are available for use in the project by the user.

Select the check box to include the currently selected ancillary in selection lists.

Deselect the check box to exclude the currently selected ancillary from selection lists.

The active setting overrides any subsequent active setting that displays on the Parameters tab. Refer to Parameters Tab for further information.

Isometric MTOC Flag

Determines if the material for an ancillary appears in the material list on the piping isometric.

Select the check box to include the material in the isometric material list.

Deselect the check box to exclude the material from the isometric material list.

The isometric MTOC flag overrides any subsequent shop flag settings that display on the Parameters tab. Refer to Parameters Tab for further information.

Offline

Allows you to specify which of the available ancillaries can be created as logical offline. Setting an ancillary as logical offline allows the ancillary to be created away from the centre-line of the pipe. For example, you may want to create an ancillary on a flange, a tee or on the start of a bend.

Select the check box to enable offline creation of the ancillary.

Deselect the check box to disable offline creation of the ancillary.

Note: The check box is inactive for Ancillary Components (AC), Branch Bracings (BR) and Manufacturer Hangers (MH) ancillaries because it should not be possible to create these ancillary types as logical offline.

Vendor Reference

Details the vendor figure number associated with the component build parameters that are detailed on the Supports Ancillary Defaults window.

Pipe Specification Material Code

The pipe material is specified here:

• CS Carbon Steel

• SS Stainless Steel

• FG Fibre Glass

• GV Galvanised

• PL Plastic

• CN Cupro Nickel

ALL represents ANY material, for example, valid for all pipe specifications.

For example, the text value, CS, represents the setting stored at a valid PIPE specification, at the uda :MDSPipeMat, for use by the supports application. These settings are configurable and not restricted to the example display values.

Propcon - MDS Ancillary Material

The ancillary component material is selected from the materials contained in the AVEVA Catalogue™ (properties) database.

SKey

The symbol key that is stored against the SDTE of the specification is displayed here. A symbol key specifies a symbol representation for a support type on an isometric drawing.

SKey Override

You can override the symbol key that is stored against the SDTE of the specification. Input an alternative symbol key value in the field to modify the symbol representation for a support type on an isometric drawing.

Additional Welds

Specifies the number of additional welds that can be associated with the ancillary support.

Additional Trunnion Welds

Specifies the number of additional trunnion welds that can be associated with the ancillary support.

Support Function

The ancillary support function is specified here. For example, AN for an anchor support.

You can assign a support function to a chosen preliminary support standard so that it can be identified as a particular support type (for example, anchor) when the time comes to convert the preliminary support into a detailed support type.

When coupled with similar support types on ancillaries, hangers and trunnion standards, it becomes possible to check that the support type being created when using an existing preliminary support matches that already specified during initial design.

By default, ancillary, hanger and trunnion standards are assigned a default support function corresponding to their standard code. For example, AT, AN, FH, VH, TT, these are fully configurable.

To specify a support function for a hanger, refer to Hanger Data for further information.

To specify a support function for a trunnion, refer to Trunnion Data for further information.

Support Behaviour

Specifies the default behaviour for a user defined ancillary that is copied from a support ancillary. The default behaviour of the user defined ancillary is determined from the behaviour of the specified support ancillary when created in MODEL.

The example displays a GT500 that has been copied from a GT06 and has specified support behaviour of GT06.

The user defined GT500 is added as an associated ancillary to an XAT001 in MODEL. If the shoe height of the XAT001 is modified to 150mm, a confirm window displays asking the user to reposition the guides or lugs. This default behaviour is identical to that of a GT06.

Filter

Specifies the geometry set for a user defined ancillary that is copied from a support ancillary. The filter type determines the range of support standard numbers that can be selected for the copied user defined ancillary. For example, if Guides For Shoes is selected from the drop-down list, the available range of support standard numbers is from GT500 to GT569. Refer to Geometry Sets for further information.

Copy To User Defined

Specifies the support standard number for a user defined ancillary that is copied from a support ancillary.

Copy

Copies the support data from the currently selected support ancillary to the user defined ancillary. If an existing support type is detected, a Confirm window displays asking you to confirm the copy. Click Yes to copy the support data.

Important: When an existing support standard is copied into the user defined supports catalogue, the catalogue datasets, pointsets and geometry sets are copied from the source to the target databases in the MDU project. In general, the user can make changes to the geometry set of the copied item without restriction. Modifications to pointsets and datasets must only be carried out if required, modifications to existing data dkeys or p-points may destabilise the operations of the copied support against the functionality provided in the source support standard.