Pv Elite Inventor Plugin Jun 2026

The PV Elite Inventor Plugin is an integration tool that automates the transfer of data between PV Elite and Autodesk Inventor. Instead of treating analysis and drafting as separate phases, the plugin merges them into a continuous digital thread.

The bridges this costly gap. By establishing a direct, bi-directional link between Hexagon’s PV Elite—the industry standard for pressure vessel and heat exchanger design—and Autodesk Inventor, this plugin eliminates manual rework, reduces human error, and radically compresses project timelines. The Engineering Gap: Analysis vs. Modeling

The plugin does not just export dumb geometry or static STEP files. It translates PV Elite data into inside Inventor. Wall thicknesses, diameters, and lengths remain linked to engineering properties. If a component has specific corrosion allowances applied in PV Elite, that data can be mapped to the physical model properties in CAD. 3. Smart Nozzle Placement

The integration offers several powerful tools designed to streamline the workflow from engineering to fabrication: pv elite inventor plugin

Let’s walk through a realistic scenario: Designing a vertical carbon steel separator.

Sometimes a PV Elite output report looks fine numerically, but the underlying geometry is strange (e.g., a nozzle intersection impossible to weld). With the plugin, you see the exact 3D representation of your PV Elite model inside Inventor. You can visually spot a nozzle buried in a weld seam or a reinforcement pad intersecting a shell seam before fabrication.

Accurately calculating nozzle layouts—especially those with radial offsets, hillsides, or specific angular orientations—is incredibly tedious in manual CAD drafting. The plugin reads the exact coordinate, elevation, and angular inputs from PV Elite and positions the nozzles perfectly on the shell or head automatically. 4. Materials and Bill of Materials (BOM) Integration The PV Elite Inventor Plugin is an integration

Is your team facing a specific workflow bottleneck, like or nozzle alignment ?

The mechanical engineer uses PV Elite to input operating pressures, temperatures, wind loads, and seismic data. The software calculates required thicknesses, flange ratings, and nozzle reinforcements based on codes like ASME Section VIII or EN 13445.

: A common critique is the rigid version requirements. The plugin is often optimized for specific annual releases of both software (e.g., PV Elite 2017 with Inventor 2017) . It translates PV Elite data into inside Inventor

Conversely, if you optimize the shell thickness directly within PV Elite, you can push those changes back to the Inventor drawing and BOM.

: Open Inventor and use the "PV Elite Data Import" ribbon to load the file.