Summary
Selecting the correct baseplate shape, dimensions, and material ensures that PROFIS Engineering accurately models the baseplate’s structural behaviour and applies the appropriate stiffness and load distribution. These settings influence anchor layout, plate deformation, and overall connection performance, making them essential inputs for a realistic and code‑aligned design.
Prerequisites
Make sure you are logged in to your PROFIS Engineering account and have opened the Anchoring to Concrete module. If you need help accessing the module, click here for step‑by‑step instructions.
Step-by-step instructions
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Open the Baseplate tab
In your Anchoring to Concrete design workspace, navigate to the Baseplate tab on the left-hand side of the screen.
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Select the Baseplate shape
Go to Baseplate shape and select the desired geometric shape from the available options. -
Modify Baseplate dimensions
Under Baseplate shape, click on the highlighted box to modify the baseplate dimensions. -
Choose the Baseplate material
Under Baseplate shape, click on Material to select the baseplate material. Different steel materials from different may be available depending on your country selection.- To define your own material, choose Custom from the dropdown menu.
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Set the Stand-off condition
Navigate to Stand-off Type. Select the applicable stand-off configuration for your design.
Note: In case of a stand-off, define the distance between baseplate and concrete surface, nut & washer height and the restrain level between 1 (no restrain, fixture can freely rotate) and 2 (full restraint, fixture cannot rotate). In case of stand-off with grouting, also provide compressive strength of the grout.
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Alternative Option: Ledger Angle
PROFIS Engineering also allows you to select a Ledger angle instead of a baseplate.
Note: Custom geometry is not available when choosing a ledger angle. Different steel materials from different standarts may be available depending on your country selection.
Tip
The baseplate configuration significantly influences anchor forces and design outcomes; therefore, it is essential to ensure the correct configuration is entered.