List of Fault Corrections This release resolves defects identified through the following support incidents Module / Application Description Cable Title: Incorrect Cable Layout Position when auto routing cablesResolution: Fixed. The offset inside CWBRAN will not be maintained when there is enough space between CWBRAN to bend the cable. If the distance is larger than 4 […]
Up until E3D Series 3, exporting IFC files was limited by the number of elements that could be processed, because the application was still running in 32‑bit. We tested to export a Site containing more than 10,000 elements, and the export was not possible due to this limitation. With E3D Series 4 (Unified Engineering), this
At the moment, there is no dedicated tool or attribute that directly provides the internal volume of a pipe. However, a pseudo‑attribute can be used to approximate it: BRWWEI. This pseudo‑attribute returns the wet weight of the pipe (or branch or individual component, depending on the current CE), meaning the weight including the fluid. The
In earlier versions, the Old Bolt Calculation Method did not include support for bolt weights. The attributes BLTWEIGHT and BWEIGHT were introduced later to provide this functionality. An example from the legacy Aveva PDMS documentation is shown below: Resolution Bolt Weights can be set using BLTWEIGHT attribute at SBOL element and BWEIGHT attribute at DTAB
Workstation Configuration For effective use of AVEVA Unified Engineering 4.0 the configuration listed below is recommended. Configuration Recommendation Operating System(s)*1 • Windows® 11 23H2 (64-bit) (version 22631.4460 or higher)• Windows® 11 24H2 (64-bit) (version 26100.7019 or higher) Processor Type / Speed Intel x64 compatible – CPU with high performance in each processor core. Memory 32
What is the goal of this additional PSI interface? This interface is to create this two-way exchange from AVEVA E3D Design and the Rohr2 (https://www.rohr2.com/en/rohr2.html), the European Software for Pipe Stress Analysis The configuration on the E3D side : To use the interface, additional User Defined Attributes (UDAs) and catalog data are required. The UDA
Issue Some types of instruments can be installed directly on the pipe without needing to cut it. The problem is that if they are modeled as INST components, the pipe will be split into two segments. A typical example is clamp‑on ultrasonic flow meters. Cause There are no INST SKEYs that do not split the
There is currently no pseudo‑attribute available that can return the external surface area of insulation. As a workaround, you can create a pseudo‑type UDA linked to a PML function that performs an approximate calculation. For example, you could approximate the entire branch as a cylinder. Then compute the outer diameter and multiply it by the
To call a function compiled in a DLL using a PML command — for example AVEVA.View.ZoomTo.Selection — here is some useful information: The native object !!cmsys can execute code provided as a string. Therefore, the simplest approach is to run the command using the following format:!!cmsys.executeCommand(‘AVEVA.View.ZoomTo.Selection’)
Draw – Stiffener Endcut Symbols in Expansion Views Endcut symbols are now available in Symbolic and Expansion Views for stiffener traces and curve arrangements, ensuring proper representation of stiffeners and clear identification of their start and end points. Draw – Use of Grid Ruler in small / narrow Views The Grid Ruler feature has been
This release introduces the ability to define line number, line colour, and line visibility through the Pipe Stress Interface Settings form. The form has been updated to include three new expressions on the Expressions tab Similar to how component temperature is retrieved, you can define either an expression or a PML function to obtain line
The Pipe Stress Interface has been enhanced to let users adjust and export the ambient temperature used in the stress analysis. The ambient temperature can be modified in the receiving application, and when the data is imported back into the Pipe Stress Interface, any changes are detected. If the ambient temperature has been updated, the
Isometric spool drawings – Erection materials in the material control file This release adds support for generating isometric spool drawings that include erection details within the material control file. A new option for this functionality is now available in the sheet layout form for the Isometric type Isometric Material Columns This release adds the capability
This release adds support for importing trained machine learning models created with Microsoft ML.NET into AVEVA PML using a PMLNETCALLABLE object. You can import an ML.NET model directly from the Model module interface by selecting Developer Tab and then choosing the Machine Learning option. The user is required to fill in all fields in the
The new HVAC application is accessed from the discipline options list. Once the HVAC applicaiton has been selected the HVAC ribbon menu can be accessed. The HVAC ribbon is grouped into functional areas. Create, Modify, Delete, Tools, Penetrate and Insulation. Component creation and modification The Create and Modify groups enable creation of HVAC and HVAC
Specifications are a key new area for the HVAC application and behave in a similar manner to piping specifications. Instead of bore as a mandatory column heading we have shape, width, and depth Note the depth field is left blank for circular ducting. Specifications enable users to setup catalogues of manufacturer specific, off the shelf
Workstation Configuration For effective use of AVEVA Unified Engineering 3.1, the configuration listed below is recommended. Configuration Recommendation Operating System(s)*1 • Windows® 11 23H2 (64-bit) (version 22631.4460 or higher)• Windows® 10 21H2 (64-bit) (version 19044.2965 or higher) Processor Type / Speed Intel x64 compatible – CPU with high performance in each processor core. Memory 32
Workstation Configuration The recommended configuration for AVEVA Unified Engineering 2.0 requires a 64‑bit operating system for both installation and operation. Configuration Recommendation Operating System(s) • Windows® 11 21H2 (64-bit) (version 22000 or higher)• Windows® 10 20H2 (64-bit) (version 19042 or higher) Processor Type / Speed Intel x64 compatible – CPU with high performance in each
When creating detail-mode handrails, it is now possible to connect handrail components, like posts and gates, to the supporting steel. This enables the following additional functionality for handrails once configured: The elements to connect to can be defined as part of the handrail creation workflow. The Route Definition page on the Create Handrail form has
Rectangular panel extrusions (and negatives) can now be created about a single centre point in the 3D View When selected, the user is prompted to select the origin of the rectangle i.e. the Centre point. The user is then prompted to specify the width of panel (X) Finally, the user is prompted to specify the
