Generate hook-up drawings from controlled installation data.
MUR selects approved instrumentation hook-up typicals and populates them with controlled project data. The result is a repeatable engineering workflow for installation drawings that can be regenerated when relevant project facts change.
Hook-up drawings depend on more than an instrument tag.
A valid hook-up can depend on instrument type, process connection, valve or manifold configuration, tubing size, materials, mounting method, instrument-air requirements, accessories and installation environment.
When these facts are maintained manually, the same typical may be copied repeatedly and then edited by hand. That makes later changes difficult to propagate consistently across the project.
Select the right typical. Populate it from controlled data.
Read instrument type, service, process connection and installation-relevant attributes.
Match the configuration to an approved hook-up typical in the registry.
Map project fields to DXF block attributes and drawing metadata.
Populate the selected drawing without inventing engineering details.
Check required values, revision linkage and completeness before release.
TV-01 field installation
For a pneumatic regulating valve in the field, the hook-up may need to represent instrument-air supply, tubing, fittings, local accessories, valve/positioner identification and installation notes.
Typical hook-up data
- Instrument / valve tagCONTROLLED
- Process connectionCONTROLLED
- Instrument-air supplyCONTROLLED
- Tubing / fittingsRULE-BASED
- AccessoriesCONFIGURATION-BASED
- Static installation graphicsAPPROVED TYPICAL
One approved typical can serve many project instances.
The typical remains a controlled engineering asset. MUR does not create arbitrary installation geometry; it selects the correct approved template and fills only the project-specific information required for that instrument instance.
When installation facts change, the affected hook-up becomes stale.
A change to valve type, process connection, instrument-air requirement, accessory configuration or installation rule can invalidate an existing hook-up. MUR can identify the affected drawing, select the appropriate typical again and regenerate the output under the new project revision.
Approved hook-up typicals are reused across matching configurations.
The same rules and attribute mappings are applied across the project.
Generated hook-ups remain linked to the project revision and execution history.
A controlled hook-up generation chain.
A hook-up should be selected and populated from engineering facts — not redrawn manually for every instrument.
Test hook-up automation on one real instrument installation.
Provide one approved hook-up typical and the relevant instrument installation data. MUR demonstrates typical selection, attribute mapping and controlled drawing generation.