You can create a square-butt weld by using Square-Butt Weld and a square profile. A square-butt weld needs preparations on the parts to be welded. Geometrically speaking, it is a seam engraved in the parts to be welded with a top surface confused with the surfaces of its supports.
This
weld can be continuous or dashed.
From the Weld section of the action bar,
click Square-Butt Weld.
Select the supports, that is, the top faces of the parts to be welded.
Select
the bottom face of a part.
The thickness of the part is determined by the
selection of the bottom face of one of the parts. This thickness then determines the
vertical edge of the rectangle. In case of two parts with distinct thickness, the smaller
of the two thicknesses is taken into account to compute the height of the weld. For more information, see Face Selection Rules.
Tip:
Click Preview to see the profile represented by the blue rectangle, and the guide, that is, the edge common to both plates, represented by the dotted line.
Optional: To trim the geometry, select the limits.
Enter a width value.
Optional:
To extend the weld, enter an extrapolation length.
Optional: Select
Generate Weld Impacts.
The app performs a Boolean subtract of the weld shape from the
plates being welded.
Optional: To specify a dashed weld, click the Type tab
and select a creation mode. For more information, see Creating a Dashed Weld.
Optional: To define the shape of the weld, click the
Manufacturing tab and select an option. The shape
defines the weld seam shape representation in drafting context. If you select
Convex or
Concave
, specify a curvature value in
Offset.
The offset is the maximum distance between the weld
face and arc.
For more information about manufacturing options,
see
Manufacturing.
Note:
Shapes are extracted on drawings.
Optional: To let the Drafting app retrieve the sides on which the weld is created, select an option:
Option
Description
Single
Specifies a weld created on one side only.
Double
Specifies a weld created on both sides.
The corresponding symbol is extracted and displayed on the drawings.
Example of a Continuous Square-butt Weld
An assembly protected weld preparation is created and appears under the
Assembly features node.
The welded 3D shapes are prepared.
Important:
In the tree, the weld impact appears as a feature in the PartBody including
impacted 3D shapes. A rep impact is created, maintaining a link between the root
product under which the bundle of weld, weld body, and welds are created.
Rep impact appears under Impacts manager.