How to Setup Valve and Annotation Placement if the Design File setting is set to mm and um in OPPID



Applies To 
Product(s):OpenPlant PID CONNECT Edition
Version(s):10.11.00.213 and above
Environment: Windows 11 (64-bit)
Area: Customization
Subarea: Design File Units
Original Author:Sameer Bagwan, Bentley Global Technical Support


Background

The default configuration of the dgn design file for Metric projects sets Master units to meters and Sub units to millimeters. All placements, including valves, connection points, and annotation offsets, are adjusted accordingly. If there is a need to switch the Master units to millimeters and Sub units to micrometers, specific adjustments must be made to ensure proper placement of valves and labels.

Steps to Accomplish

  1. Increasing connection point distance to suit millimeter distance

    1. Open Valves.cel.sch.ecinstance.xml change the CP Value to 3810. Mentioned below is the default location for it.

      C:\ProgramData\Bentley\OpenPlantCONNECT Edition\Configuration\WorkSpaces\OpenPlantExample\WorkSets\Metric\Standards\OpenPlant\PID\cell



  2. Changing test style for valve and setting annotation offset.

    1. Go to PIDProjectTemplates.dgnlib create a new style.
    2. Go back to the dgn and check if the type is updated if not click on Update From Library.
    3. In class editor open OpenPlant_PID.01.08.ecschema and supplement
      01.08.ecschema
    4. Search Inline valve
    5. Select NAME property
    6. Under Annotation Custom Attribute put y=-6250
    7. Also put required text style name.



    8. Similarly to change valve sizes annotation , go to fluid regulator class and click on SIZE Property
    9. Under Annotation Custom Attribute put y=-6250
    10. Put required text style name
    11. Save all.
    12. Restart OPPID and verify the results.


       

Still a Problem?

If above problem still persists, then please create a Service Request and contact the Bentley Product Advantage group.  Please include a list of all relevant details to get in depth analysis for a solution or workaround.