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    SuCri® Knowledge Base 5. Numbering (Weld seam / Spool / Part) 5.1. Module 2 Settings
    SuCri-User Guide (EN)
    • 1. Introduction to SuCri
      • 1.1 Supported versions
      • 1.3. Key Terminology
      • 1.4. Request trial version
    • 2. First Steps
      • 2.1. System requirements
      • 2.2. Installation instructions
        • 2.2.1. Module 1
        • 2. Installation
        • 2.2.3. Module 3 (P3D)
        • 2.2.4. Module 3 (ADVS)
        • 2.2.5. Module 4
        • 2.2.6. Module 5
        • 2.2.7. Uninstalling modules correctly
        • 2.2.8. Installation for enterprise customers
      • 2.3. First execution
    • 3. Overview of the Ribbon
      • 3.1. Module 1
      • 3.2. Module 2
      • 3.3. Module 3 (P3D)
      • 3.4. Module 3 (ADVS)
      • 3.5. Module 4
      • 3.6. Module 5
    • 4. Calculation of the screw length
      • 4.1. Module 1
        • 4.1.1. Automatic nominal diameter check
        • 4.1.2. Automatic connection check
        • 4.1.3. Sliding plates and insert strips
        • 4.1.4. Dynamic height adjustment
        • 4.1.5. Dynamic clamping systems
        • 4.1.6. Changing support heights and support types
        • 4.1.7. Structural steel profiles from the pipe class
        • 4.1 Commands
      • 4.2 Drawing selection
        • 4.2.2. Selection (SuCri2SelectSupport)
        • 4.2.3. Replace [DWG] (SuCri2ReplaceExistingSupportDWG)
        • 4.2.4. Bracket (SuCri2AutoSelectSupport)
        • 4.2.5. Export supports (SuCri2ExportPrimarySupport)
        • 4.2.6. Bracket [x] (SuCri2AutoSelectMultipleSupport)
        • 4.2.7. Info (SuCri2SupportXdata)
        • 4.2.8. Clamping system [x] (SuCri2AutoSelectMultipleClamp)
        • 4.2.9. Clamping system (SuCri2AutoSelectClamp)
        • 4.2.10. Detach (SuCri2DetachSupport)
        • 4.2.11. Mount + clamping system (SuCri2AutoSelectSupportClamp)
        • 4.2.12. Align Faces (SuCri2AlignFace)
        • 4.2.13. Attach Double Support (SuCri2AttachDoubleSupport)
        • 4.2.14. Appending with Reference (SuCri2AttachSupportWithRef)
        • 4.2.15. Automatic Plates (SuCri2AutoAddPlate)
        • 4.2.16. Automatic Screws (SuCri2AutoAddScrewForPlate)
        • 4.2.17. Bracket + Clamping System [x] (SuCri2AutoSelectMultipleSupportClamp)
        • 4.2.18. Creating Dummy Parts (SuCri2CleanDummyParts)
        • 4.2.19. Detach all Xrefs (SuCri2DetachAllXref)
        • 4.2.20. Release Double Support (SuCri2DetachDoubleSupport)
        • 4.2.21. Detach Xref (SuCri2DetachXref)
        • 4.2.22. Dynamic properties [DWG] (SuCri2DynamicPropertiesDWG)
        • 4.2.23. Dynamic Property [PRJ] (SuCri2DynamicPropertiesProject)
        • 4.2.24. Export selected supports (SuCri2ExportPrimarySupportForSelection)
        • 4.2.25. MTO [DWG] (SuCri2GetReportActiveDrawing)
        • 4.2.26. MTO [PRJ] (SuCri2GetReportAllDrawing)
        • 4.2.27. MTO Heights [DWG] (SuCri2GetTotalHeight)
        • 4.2.28. MTO Heights [PRJ] (SuCri2GetTotalHeightAllDrawing)
        • 4.2.29. Configuring Dynamic Properties (SuCri2LoadDynamicProperty)
        • 4.2.30. Load Settings (SuCri2LoadSetting)
        • 4.2.31. MTO [DWG] MPSS (SuCri2MPSSMTOExportDWG)
        • 4.2.32. MTO [PRJ] MPSS (SuCri2MPSSMTOExportProject)
        • 4.2.33. Option Switch for Multiple Item Numbers (SuCri2MultiPosNumbers)
        • 4.2.34. Load Language Mapping (SuCri2OpenLanguageMapping)
        • 4.2.35. Replace [PRJ] (SuCri2ReplaceExistingSupportProject)
        • 4.2.36. Reversing screws (SuCri2ReverseMPSSBolt)
        • 4.2.37. Selection Double Support (SuCri2SelectDoubleSupport)
        • 4.2.38. Clamping system Xref [x] (SuCri2SelectMultipleClampFromRef)
        • 4.2.39. Holder + Clamping System Xref [x] (SuCri2SelectMultipleSupportClampFromRef)
        • 4.2.40. Holder Xref [x] (SuCri2SelectMultipleSupportFromRef)
        • 4.2.41. Snap Point Option Switches (SuCri2SupportSnapPoint)
        • 4.2.42. Convert Selected Profiles to Spec Profile (SuCri2SwitchProfileStructure)
        • 4.2.43. Convert Profiles to Spec Profiles [DWG] (SuCri2SwitchProfileStructureDrawing)
        • 4.2.44. Update dummy parts (SuCri2UpdateDummyParts)
        • 4.2.45. Spec Properties [DWG] (SuCri2UpdateDWGPropertiesFromSpec)
        • 4.2.46. Spec Properties [PRJ] (SuCri2UpdatePropertiesFromSpec)
        • 4.2.47. Option switch for license pull behavior (SuCriAutoPullLicense)
        • 4.2.48. Send crash report (SuCriSendSupportRequest)
        • 4.2.49. Open Error Log File (SuCriShowLog)
      • 4.3 Configuration Data – BoltLengthCalculation.json
        • 4.3.1. Update all blocks in active DWG (SuCri3BatchUpdateBlocks)
        • 4.3.2. Updating all connections in active DWG (SuCri3BatchUpdateConnections)
        • 4.3.3. Place axis system on drawing (SuCri3DrawGridToLayoutPlan)
        • 4.3.4. Export anchor list (SuCri3ExportAnchors)
        • 4.3.5. Import Supports (SuCri3ImportSupports)
        • 4.3.6. Move connection (SuCri3MoveConnection)
        • 4.3.8. Option switch for weld seam (SuCri3SetAutoWeld)
        • 4.3.9. Defining the axis reference (SuCri3SetGridReference)
        • 4.3.10. Update Item Numbers (SuCri3SetItemCodes)
        • 4.3.11. Placing a Location Point (SuCri3SetLocationPoint)
        • 4.3.12. Option switch for profile connection to main profile (SuCri3SetProfilesWeldedTogether)
        • 4.3.13. Tolerance setting (SuCri3SetTolerance)
        • 4.3.14. Open Error Log (SuCri3ShowLog)
        • 4.3.15. Open connection dialog (SuCri3ShowSelectConnection)
        • 4.3.16. Update Location Point (SuCri3UpdateLocationPoint)
        • 4.3.7. Reload SuCri Resources (SuCri3ReloadData)
        • 4.3.17. Check profile lengths (SuCri3ValidateProfileLength)
      • 4.4 Calculation formula
        • 4.4.1. Updating all blocks in active DWG (SuCri3BatchUpdateBlocks)
        • 4.4.2. Update all connections in active DWG (SuCri3BatchUpdateConnections)
        • 4.4.3. Place axis system on drawing (SuCri3DrawGridToLayoutPlan)
        • 4.4.4. Export anchor list (SuCri3ExportAnchors)
        • 4.4.5. Import Supports (SuCri3ImportSupports)
        • 4.4.6. Move connection (SuCri3MoveConnection)
        • 4.4.7. Reload SuCri Resources (SuCri3ReloadData)
        • 4.4.8. Option switch for weld seam (SuCri3SetAutoWeld)
        • 4.4.9. Setting the Axis Reference (SuCri3SetGridReference)
        • 4.4.10. Update Item Numbers (SuCri3SetItemCodes)
        • 4.4.11. Placing a Location Point (SuCri3SetLocationPoint)
        • 4.4.12. Option switch for profile connection to main profile (SuCri3SetProfilesWeldedTogether)
        • 4.4.13. Tolerance setting (SuCri3SetTolerance)
        • 4.4.14. Open Error Log (SuCri3ShowLog)
        • 4.4.15. Open connection dialog (SuCri3ShowSelectConnection)
          • 4.4.15.1. Place connections
          • 4.4.15.2. Free End Connection
          • 4.4.15.3. Joint connection
          • 4.4.15.4. Connection collision
          • 4.4.15.5. Connection crossing
        • 4.4.16. Update Location Point (SuCri3UpdateLocationPoint)
        • 4.4.17. Check profile lengths (SuCri3ValidateProfileLength)
        • 4.4.18. Update or copy connection
        • 4.4.19. Deleting a connection
      • 4.5 Calculation of wafer-type screws (WF)
        • 4.5.1. Attaching (SuCri4AttachSupport)
        • 4.5.2. Attaching with reference (SuCri4AttachSupportWithRef)
        • 4.5.3. Update Scale of All Views (SuCri4ChangeAllViewScale)
        • 4.5.4. Change the scale of the selected view (SuCri4ChangeViewScale)
        • 4.5.5. Check whether drawing was created with SuCri (SuCri4CheckSuCriDrawing)
        • 4.5.6. Detach all Xrefs (SuCri4DetachAllXref)
        • 4.5.7. Detaching (SuCri4DetachSupport)
        • 4.5.8. Detach Xref (SuCri4DetachXref)
        • 4.5.9. Hide all centerlines on the drawing (SuCri4HideAllCenterLine)
        • 4.5.10. Load Settings (SuCri4LoadSetting)
        • 4.5.11. Label view with Ortho Annotations (SuCri4PlantOrthoAnnotate)
        • 4.5.12. Create single drawing (SuCri4PlantOrthoCreateMultiple)
        • 4.5.13. Create multiple drawings (SuCri4PlantOrthoCreateMultipleSU)
        • 4.5.14. Labeling the View with Custom Annotations (SuCri4PlantOrthoCustomAnnotate)
        • 4.5.15. Dimension view (SuCri4PlantOrthoDimension)
        • 4.5.16. Defining Drawing Areas (SuCri4PlantOrthoDrawArea)
        • 4.5.17. Refresh view (SuCri4PlantOrthoDrawArea)
        • 4.5.18. Update all views (SuCri4PlantOrthoUpdateAllView)
        • 4.5.19. Defining the Front View (SuCri4SelectFrontView)
        • 4.5.20. Selection (SuCri4SelectSupport)
        • 4.5.21. Setting the Scale of a View (SUCRI4SetOrthoScale)
        • 4.5.22. Display Front View (SuCri4ShowSUFrontView)
        • 4.5.23. Info (SuCri4SupportXdata)
        • 4.5.24. Option switch for displaying the Orthocube (SuCri4ShowOrthoCube)
      • 4.6 Excel report
    • 5. Numbering (Weld seam / Spool / Part)
      • 5.1. Module 2 Settings
      • 5.2. Module 3 Settings
      • 5.3. Module 4 Settings
    • 6. AutoRouting
      • 6.1. Daily tasks
      • 6.2. Advanced Tasks
      • 6.3. Example Scenarios
    • 7. Clip-Box
      • 7.1. Installation and Setup
        • 7.1.1. Access to license management
        • 7.1.2. Behavior after the SuCri test phase has expired
      • 7.2. Module 1
        • 7.2.1. Pipe clamps and pipe classes – note on DIN dimensions
        • 7.2.2. Different geometries when inserting components from the tool palette
      • 7.3. Module 2
        • 7.3.1. What does the ForceOverwriteDynamicProp setting do
        • 7.3.2. Combining Plant 3D and Advance Steel – Handling Changes in Steel Construction
        • 7.3.3. How can I display additional columns in the MTO?
        • 7.3.4. Output of Threaded Rod Lengths (Setting MTOForBG)
        • 7.3.5. How can I display the MTO in a different language?
      • 7.4. Module 3 (P3D)
        • 7.4.1. Storage location for custom block components
        • 7.4.2. How can I work with profiles that are not supported
        • 7.4.3. Where can I see which connections are available?
      • 7.5. Module 3 (ADVS)
        • 7.5.1. Negative part numbers in Advance Steel
        • 7.5.2. Storage location of the SuCri Patcher
        • 7.5.3. Storage location for custom Special Parts
        • 7.5.4. Display line number and SupporTag as a label
        • 7.5.5. Assembly designations are not entered into the other parts
        • 7.5.6. How the individual connections are used and with which extension
        • 7.5.7. How can I work with profiles that are not supported
        • 7.5.8. Where can I see which connections are available?
      • 7.6. Module 4
        • 7.6.1. How can I round dimensions to one decimal place
        • 7.6.2. How can I adjust the cell height of the bill of materials
        • 7.6.3. How can I display the total weight of the assembly?
        • 7.6.4. How can I display the SuNo as a property in the title block?
        • 7.6.5. How can I set the view headings to German
        • 7.6.6. How can I hide the viewport frame
        • 7.6.7. How do I handle my own blocks?
        • 7.6.8. How can I change the SuNo format?
        • 7.6.9. MTO on the drawing – incorrect representation of profiles
        • 7.6.10. Automatic annotations in views and isos
        • 7.6.11. Plant 3D fasteners in secondary steelwork
        • 7.6.12. Display line number and SupporTag as labels
      • 7.7. Module 5
    • 8. Tools
      • 8.4 Module 3 (P3D)
      • 8.1. Performance problems
      • 8.2. Module 1
        • 8.2.1. Error message: “Can’t find symbol for specified part”
        • 8.2.2. Error message: "Can't find module vormain"
        • 8.2.3. Error message: "ImportError: DLL load failed"
        • 8.2.4. Missing images in the tool palette for SuCri components
      • 8.3. Module 2
        • 8.3.1. Surface no longer visible
        • 8.3.2. No suitable clamping system found at TurboTools
        • 8.3.3. Dynamic properties are reset
        • 8.3.4. Missing information on clamping systems in isometrics
        • 8.3.5. Isometry shows only a star symbol for supports
        • 8.3.6. Turbo tools do not place components
        • 8.3.7. No suitable holder found at TurboTools
      • 8.5. Module 3 (ADVS)
        • 8.5.1. Problem with decimal separators in ADVS 2026 report generation
        • 8.5.2. Problem when importing supports between different SuCri versions
        • 8.5.3. Problem connecting Sikla-Pressix CC41 profiles in Advance Steel (Module 3)
        • 8.5.4. Many more components appear on the drawing
        • 8.5.5. Primary supports and clamping systems are missing in the Advance Steel bill of materials
        • 8.5.6. Incorrect profile when importing Sikla profiles (HEA-100 is imported)
        • 8.5.7. Components appear disconnected (ProfileWeldedTogether)
        • 8.5.8. Profiles appear in Navisworks as wireframes
        • 8.5.9. Profiles appear as triangles
        • 8.5.10. Advance Steel cannot find the Hilti profiles
        • 8.5.11. Profiles are shortened after import from Plant3D
        • 8.5.12. Views appear twisted on the drawing
        • 8.5.13. Profile positions offset after import in Advance Steel
        • 8.5.14. After the new version, I can no longer find the patcher
      • 8.6. Module 4
        • 8.6.1. Defining front view does not work correctly
        • 8.6.2. Advance Steel steelwork is not dimensioned
        • 8.6.3. The profiles from the XREFs do not appear on the drawing
        • 8.6.4. No bill of materials is created on the ortho drawing
        • 8.6.5. Components from other assemblies are also displayed
        • 8.6.6. Profiles with different lengths are listed as one item in the bill of materials
        • 8.6.7. Position label display incorrect
        • 8.6.8. When creating a drawing with Modul4, additional models are opened
        • 8.6.9. MTO on the drawing – incorrect representation of profiles
        • 8.6.10. ViewCube obscures components in orthoviews after update
      • 8.7. Module 5
        • 8.7.1. Crash in Module5
        • 8.7.2. Nuts and bolts disappear from the M4 bill of materials
    • 9. Settings
      • 9.1. Definitions
      • 9.2. Acronyms
      • 9.3. SuCri Commands
    • 10. License Manager
      • 10.1. Optimization tips
      • 10.2. Security practices
      • 10.3. Backup and Recovery
    • 11. Release notes for SuCri
      • 11.1. Current version
      • 11.2. Previous versions
      • 11.3. Coming Functions
    • 12. Appendix to the SuCri manual
      • 12.1. Technical data
      • 12.2. Recognition of third-party providers
      • 12.3. References and Sources
    • 13. Support and feedback for SuCri
      • 13.1. Error reports
      • 13.2. Function requests
      • 13.3. Subscribe to newsletter
    • 14. License agreement for SuCri
      • 14.1. Terms of Use
      • 14.2. Privacy Policy
      • 14.3. Termination and Renewal
    • 8.4.1. Problem when connecting Sikla-Pressix CC41 profiles in Advance Steel (Module 3)
    • 8.4.2. Components appear disconnected (ProfileWeldedTogether)

    5.1. Module 2 Settings, Numbering (Weld seam / Spool / Part)

    Updated on 27/08/2026

    On this page

      These settings allow flexible configurations for pipe shoes and supports in Plant 3D.

      Name
      AllowReversePipeShoe
      Value
      1
      Note
      0 - Off 1 - On
      Feature
      Turbo Tools
      Description
      This option allows pipe shoes to be placed in a reversed orientation, providing additional flexibility in the design and placement of support systems. This is particularly helpful in situations with space constraints or specific orientation requirements.
      Name
      MTOTotalHeightOutput
      Value
      2
      Note
      1 - TOP 2 - COP 3 - BOP
      Feature
      MTO Heights
      Description
      This option allows you to define how the height of pipe shoes is output in reports. You can choose between different reference points: Top of Pipe (TOP), Center of Pipe (COP), or Bottom of Pipe (BOP).
      Name
      SpaceAboveStructure
      Value
      500
      Note
      Any Integers
      Feature
      Turbo Tools
      Description
      This option is used in Turbo Tools to identify pipes in the automatic selection for multiple supports that are located above a structure and whose height is below a defined value. it enables fast and precise filtering of support points based on the relative position of the pipes.
      Name
      SpaceBelowStructure
      Value
      5000
      Note
      Any Integers
      Feature
      Turbo Tools
      Description
      This option is used in Turbo Tools to identify pipes in the automatic selection for multiple supports that are located below a structure and whose height is below a defined value. It provides a fast and efficient way to filter support points based on the relative position of pipes.
      Name
      MTOSplitClampRow
      Value
      1
      Note
      0 - No split: Clamp information remains in the same row as the associated support. 1 - Split: Clamp information is output in a separate row.
      Feature
      MTO
      Description
      This option is used when using the MTO export function to determine whether clamp information should be split into a separate row from the supports or not. Two options are available: 0 - No split: Clamp information remains in the same row as the associated support. 1 - Split: Clamp information is output in a separate row.
      Name
      TurboToolsSupportInfo
      Value
      PartFamilyLongDesc
      Note
      - PartFamilyLongDesc - PartSizeLongDesc - ShortDescription
      Feature
      Turbo Tools
      Description
      When using Turbo Tools, you can set what type of information about the support should be displayed. The available options are: PartFamilyLongDesc: Displays the detailed description of the support's component family. PartSizeLongDesc: Displays the detailed description of the support's component size. ShortDescription: Displays a short description of the support.
      Name
      MTOArticleDescription
      Value
      PartSizeLongDesc
      Note
      - PartFamilyLongDesc - PartSizeLongDesc - ShortDescription
      Feature
      MTO
      Description
      When exporting MTO data, you can specify in the "Article Description" column what type of information should be inserted. The following options are available: PartFamilyLongDesc: Detailed description of the component family. PartSizeLongDesc: Detailed description of the component size. ShortDescription: Short description of the article.
      Name
      MTOForBG
      Value
      1
      Note
      0 - Completed item: The item is treated as a finished component. 1 - Completed item with additional rod thread: The item is treated as a finished component with an additional rod thread. 2 - Single parts: The item is broken down into its individual parts.
      Feature
      MTO
      Description
      When exporting MTO data, you can specify how items from assemblies (Sikla) are treated. The following options are available: 0 - Completed component: The item is treated as a finished component. 1 - Completed component with additional threaded rod: The item is output as a finished component with an additional threaded rod. 2 - Individual parts: The item is broken down into its individual parts.
      Name
      MTOInlayLength
      Value
      10
      Note
      1 - 1M 10 - 10M X - XM
      Feature
      MTO
      Description
      This setting defines the calculation method for inlay tapes, which are standardly ordered in meter rolls. The circumferences of the inlay tapes are calculated, and if the total length exceeds the limit of 1M or 10M defined in the option, the quantity in the parts list is increased accordingly. The options are: 1 - 1M: The circumferences of the inlay tapes are calculated. If the total length exceeds 1 meter, the quantity in the parts list is adjusted accordingly. 10 - 10M: The circumferences of the inlay tapes are calculated. If the total length exceeds 10 meters, the quantity in the parts list is adjusted accordingly. X - XM: The length of the inlay tapes is set individually. If the defined limit is exceeded, the quantity is adjusted accordingly. This function allows precise control over the calculation and representation of inlay tapes based on their total length and the specified options.
      Name
      ItemCodeDelimiter
      Value
      +
      Note
      + - _
      Feature
      Dynamic Properties
      Description
      This option belongs to the Dynamic Properties function and allows for the combination of article numbers for the clamp and pipe shoe. The connecting character between the article numbers can be replaced by any other character. Example: 110349 + 110345 If this field remains empty, the article number of the pipe shoe is adopted unchanged.
      Name
      ForceSameSupport
      Value
      2
      Note
      0 - Can place the next available support/clamp: Automatically places the next suitable support or clamp. 1 - Can only place the selected support/clamp: Only the previously selected support or clamp is used. 2 - Can place a similar type of the selected support/clamp: Similar supports or clamps of the same type can be used.
      Feature
      Turbo Tools
      Description
      This option belongs to the Turbo Tools function and is used for multiple placement. it determines whether only the same support/clamp that was selected should be placed, or if alternatives can also be used. The available options are: 0 - Can place the next available support/clamp: The next matching support or clamp is automatically used. 1 - Can only place the selected support/clamp: Only the previously selected support or clamp is used. 2 - Can place similar types of the selected support/clamp: Similar supports or clamps of the same type can be used.
      Name
      SuNoFormat
      Value
      SU{FreeNumber}
      Note
      Example these name are valid: {Tag}-SU{FreeNumber} {Tag}-{NominalDiameter}-SU{FreeNumber} SU{FreeNumber} SUNumber{FreeNumber}
      Feature
      Append
      Description
      Valid name examples: {Tag}-SU{FreeNumber} {Tag}-{NominalDiameter}-SU{FreeNumber} SU{FreeNumber} SUNumber{FreeNumber} Explanation: {Property}: Any property such as Tag, NominalDiameter, etc. (Optional). SU/SUNumber: Any text (Optional). FreeNumber: A free SU number (Required field, must be included).
      Name
      SiklaOverrule
      Value
      1
      Note
      0 - Off 1 - On
      Feature
      Used for automatic property adjustment during a parameter change of SupportTemp, SupportHeight, or SupportType. Additionally, it controls that no sliding plates may be used for certain pipe shoes or clamp systems.
      Description
      This option disables or enables a specific override function for Sikla. 0 - Off: The specific override is disabled. 1 - On: The specific override is enabled. Note: Updating this value requires a restart of Plant 3D.
      Name
      ExportAttribute
      Value
      Tag, LineNumberTag, PartSizeLongDesc
      Note
      from left to right is the map attribute from 01 to 10
      Feature
      Command SuCri2ExportPrimarySupport
      Description
      This option is used in the SuCri2ExportPrimarySupport function to export supports to Advance Steel as special components. Attributes are mapped from left to right in the order from 01 to 10.
      Name
      LimitClampInCurrentSpec
      Value
      0
      Note
      0 - No 1 - Yes
      Feature
      Turbo Tools
      Description
      This option belongs to the Turbo Tools -> Clamp System function and limits the selection of possible clamps to those present in the current specification: 0 - No: Clamps can be selected regardless of the current specification. 1 - Yes: Selection is limited to clamps defined in the current specification.
      Name
      ForceOverwriteDynamicProp
      Value
      0
      Note
      0 - No 1 - Yes
      Feature
      Dynamic Properties
      Description
      This option belongs to the Dynamic Properties function and determines whether the clamp system data should always be written to the properties: 0 - No: Clamp data is not written to properties by default. 1 - Yes: Clamp data is always written to properties. Note: Disabling this option can lead to inconsistent MTO data and should therefore only be used in very specific scenarios.
      Name
      SupportLayer
      Value
      SuCri_Supports
      Note
      - Default: use default setting from project - SuCri_Supports: use layer name "SuCri_Supports" for SuCri supports.
      Feature
      Used when placing supports from the pipe spec
      Description
      This option defines the layer setting for SuCri supports: Default: Uses the default layer setting from the project. SuCri_Supports: Uses the layer name "SuCri_Supports" for SuCri supports. Note: Updating this value requires a restart of Plant 3D.
      Name
      RestrictParameterForVendor
      Value
      Sikla, Hilti
      Note
      Sikla
      Feature
      Used when you want to change a parameter
      Description
      The support parameters of these manufacturers are restricted according to the RestrictTable table. If a parameter is restricted, it cannot be edited in the model. Note: Updating this value requires a restart of Plant 3D.
      Name
      KeepPropertiesForSupports
      Value
      Tag, SuNo
      Note
      Tag, SuNo
      Feature
      Turbo Tools
      Description
      This option belongs to the Turbo Tools -> Support function. When the auto-select support function is used to replace an existing support with a new one, the specified values for the new support are retained.
      Name
      SuNoFreeNumber
      Value
      3
      Note
      2-00 to 99
      3-100 to 999
      ...
      Feature
      Append
      Description
      Specifies how many digits to use when formatting the SuNoFreeNumber, including any necessary leading zeros, e.g., a value of 2 displays numbers from 00-99.
      A value of 3 displays numbers from 000-999, etc.

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