Romax Designer DT 2023.1 Romax 23.1

Romax Designer DT 2023.1 Romax 23.1

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Romax Designer DT 2023.1 Romax 23.1
What’s new in Romax DT 2023.1
Hexagon is proud to announce the availability of Romax DT 2023.1, released as part of the full Romax software suite.

This article contains some overview information about the new features in Romax DT.

Customers can get more information on these features by logging in with their SimCompanion support account here.

An on-demand webinar is available below, where Dr. Michael Platten, Senior Product Manager – Romax, explains some of the highlights from the 2023.1 release of the Romax software suite.

Key Highlights of Romax DT 2023.1 include:
Modeling and Usability

• 2D Worksheet – support for bearings with 1D ring flexibility

The 2D Worksheet now shows which bearings have 1D raceway connections.

This allows users to quickly check all the bearings in a model to see which are configured to have 1D raceway flexibility and which do not.

(Note, a similar visual check if bearings have 3D (FE) raceway flexibility is enabled.)

• 2D Worksheet – planetary shaft modeling

The modeling of planetary gear sets has been overhauled in Romax 2023.1.

It is now exceedingly quick and simple to model epicyclic (planetary) gear trains in Romax, including multi-stage and compound sets.

This has been achieved with new features in the drag-and-drop 2D Worksheet and the Romax planetary components

The following components are now editable in the 2D Worksheet:

• Planetary shafts
• Planetary shaft carriers (a.k.a. carrier discs)
• Planetary gears

• Planetary shaft assemblies are proxied by default.
• Planetary shafts now support loading gears – enabling rough sizing of non-standard planetary arrangements
• Gear geometry is re-calculated automatically upon changing planetary shaft positions/geometry
• FE Planetary shafts are supported in the 2D Worksheet.

• 2D Worksheet – support for all load components

The Dynamic Unbalance Load, the Belt Load, and the Wheel Load can now be seen and edited in the 2D Worksheet. With this, all types of loading components can be modeled in the 2D Worksheet.