End Plate (3-D SE)

"Civil Engineering functions" docking window > Steel Engineering > Connections > Individual beam/profile > End plate (2102)

Use this function to connect an end plate to a beam. The plate can be inserted with a bolting, pre-drilled, with or without filler plates, and with or without base. If desired, weld seams can be directly inserted.

Possible beam types are I-beams, U-beams, L-beams, T-beams, Z-profiles, pipes and hollow profiles.

Allowed semi-finished products for the plate are simple Plates, Flat steels, FLUTZ profiles, A3 Steel bars by Frankstahl or C3 Stainless steel bars.

Proceed as follows:

Identify the end of the beam to which you want to attach the plate.
The End plate dialogue window will be displayed.

Click the Preview button if you want to display a preview of the plate based on the currently entered data. If you want to modify the current data, apply the required changes and click Preview again to update the preview. Click OK to insert the plate according to the current data and close the dialogue window. If you click the Cancel button, the window will be closed, and the specified or changed connection will not be inserted.

Symbols:

Selected parts

Click on this symbol to show information on the previously identified beams, such as the type of the beam, the material, the dimensions, etc.

Value inputs and changes are not possible here.

Invert concerned connection values horizontally

Click on this symbol to switch specified values horizontally, i.e. right and left. For instance, this can be done for

Bore grid distances, grid references
Plate distances, plate references
Other references

Invert concerned connection values vertically

Click on this symbol to switch specified values vertically, i.e. top and bottom. For instance, this can be done for

Bore grid distances, grid references
Plate distances, plate references
Other references

Please note:

The end plate and the weld seams will be assigned to the assembly of the corresponding beam. Filler plates will not be assigned to this assembly, but to a separate structure assembly called Loose parts. Boltings will be combined in an assembly called Bolting and will also be assigned to the structure assembly or to the assembly of the first or second beam. The assignment of boltings depends on the settings on the Bolting tab. If the Loose part option is activated in the settings the boltings and reinforcement plates will also be assigned to the Loose parts assembly, or otherwise to the assembly of the selected beam.
The weld seam tags will only be defined in the dialogue, but they will not be automatically inserted into the drawing. For an insertion of tags, right-click the weld seam, select Insert weld seam tag and specify the start point of the tag via identification of a point or an edge.

During value input HiCAD will show you where the left/right and top/bottom sides are in the drawing. The info texts are aligned in Z-direction.

Important:

If some options are not possible due to the position of the two beams in the drawing, this will be indicated in the dialogue window by means of a symbol at the OK button. When you move the cursor over the symbol, an explanatory text will be displayed.

Manage configurations

Configurations of purlin joints can be saved, which enables you to access your individual configurations at any time afterwards.

More about configurations

Configure end plate

The configuration of the end plate connection takes place via the tabs of the dialogue window:

Front plate,
Boltings,
Bore grid,
Galvanization,
Weld seams,
Filler plate and
Base.

Front plate

On this tab you specify the data of the plate.

Semi-finished products	Click the symbol to select plate type and material directly from the corresponding standard part catalogues. Depending on the type of the selected semi-finished product, e.g. flat steel, the Rotate (Flat steel) checkbox will be available. Activate the checkbox if you want the plate to be rotated before insertion.
The values beneath Vertical and Horizontal determine the height and width of the plate and its projection. The following, different procedures are available:
Vertical	Height, projection top Specification of plate height and projection at top Height, projection bottom Specification of plate height and projection at bottom Height, centred Specification of plate height. The plate will be centred vertically at the end of the beam to be connected.Projections will be calculated automatically. Projections beyond beam Specification of the projection beyond the first beam, top and bottom. The plate height will be determined automatically.
Horizontal	Width, projection left Specification of the plate width and the projection to the left Width, projection right Specification of the plate width and the projection to the right Width, centred Specification of the plate width. The plate will be horizontally centred at the end of the beam to be connected. Projections will be calculated automatically. Projections beyond beam Specification of the projection to the left and to the right. The plate height will be calculated automatically.
Clearance to beam	If desired, enter a value for the clearance here, i.e. the distance of the plate to the beam. The value can be specified separately for the first and the second beam.
Fillet corners	If you want the corners of the front plate to be filleted, activate this checkbox and enter a fillet radius. The value can be specified separately for the first and the second beam.
Shorten beam by plate thickness	If you activate this checkbox, the plate thickness will be subtracted from the length of the selected beam.

Boltings

Here you specify the bolting, i.e. the bolt type, diameter etc. Click on the icon and select the components of the bolting. The default setting is DIN EN ISO 4014-M16-5.6 / M16 (⌀ 17,5). Proceed in the same way as you would do with the Steel Engineering Bolting function.

The bolting will only be inserted if the Fit checkbox is activated.

Usage and Assignment

In the Usage field you can specify which usage is to be assigned to the assembly of the beams.

Next to Assignment you can specify to which assembly the boltings are to be assigned. If the Loose part option is active, the boltings will be placed in an assembly called Bolting and assigned to the structure assembly Loose parts, or otherwise to the assembly of the selected beam.

If the Assembly (1st beam) option is activated the Bolting assembly and the reinforcement plates will be assigned to the assembly of the first beam.

If the Lose parts option is activated the Bolting assembly, the reinforcement plates and the filler plates will be assigned to the structure assembly Loose parts. This structure assembly is placed on the same level as the assembly of the first beam.

(1) Bolting, (2) Reinforcement plates, (3) Filler plates

Please note that the settings for the Usage and the Assignment must be made before the creation of the assembly structure of the connection. After clicking the Preview button, and also after insertion of the connection, a change of these settings will no longer be possible.

Bore grid

If you have activated the Fit and Bores checkboxes on the Boltings tab, the bore grid will determine the arrangement of the bores in the end plate.

First you need to choose a reference for the Horizontal and Vertical settings. Further value inputs depend on the selected reference.

Horizontal, Reference	Inputs
Distances to plate edge	Number of bores to the left of web Number of bores to the right of web Distance of bores to the left plate edge Distance of bores to the right plate edge Distances between bores
Internal distance	Number of bores to the left of web Number of to the right of web Internal distance of bores Offset in relation to the web Distance between bores
Distances to web	Number of bores to the left of web Number of to the right of web Distance of bores to the left of web Distance of bores to the right of web Distance between bores

Vertical, Reference	Inputs
Centred	Number of bores Distances between bolts, vertical
Reference beam, upper edge	Distance to upper edge of 1st beam Number of bores Distances between bolts, vertical
Front plate, top	Distance to upper edge of front plate Number of bores Distances between bolts, vertical
Reference beam, lower edge	Distance to lower edge of 1st beam Number of bores Distances between bolts, vertical
Front plate, bottom	Distance to lower edge of front plate Number of bores Distances between bolts, vertical
You can use different distances between bores in vertical direction. If all bores are to have the same vertical distance, you can also simplify the value input: Enter the distance value in one of the input fields and click the Equidistant icon. All fields will then be filled with the same value.

Galvanization

Here you can choose whether you want to apply bores for galvanization to the end plate and the reference beam. Activate the corresponding tabs on the left hand side of the window and enter the desired diameter.

On beam

Here you choose a processing. Possible are:

No processing
Web cut
Specify whether the processing is to be applied at the top and/or at the bottom and enter a radius.
Holes
Specify whether the processing is to be applied at the top and/or at the bottom. Enter the hole diameter and the distance in X- and Y-direction.

Front plate

Specify by activating the corresponding checkboxes which holes are to be created. Enter the hole diameter and the minimum distance to the web and the flange.

(1) Processing on beam: Web cut top/bottom; (2) Holes in plate; (3) Processing on beam: holes top/bottom

Weld seams

On this tab you can specify which weld seams are to be created:

A circumferential seam,
Weld seams on particular edges, or
all weld seams.

For each edge you can select the type of the thickness designation, the weld seam thickness the weld seam type and the inspection category. If you want to use the same settings for all edges, click the Equate symbol.

Filler plate

If you want to insert filler plates between the two front plates, you can specify the number, the type and the size of these plates on the Filler plate tab.

The following geometries for filler plates are available:

One-piece, insert left,
One-piece, insert right,
One-piece, insert at top,
One-piece, insert at bottom,
One-piece, drilled,
Two-piece, insert horizontal and
Two-piece, insert vertical.

Depending on the selected geometry type, enter the required distances and the hole clearance. The hole clearance always refers to the bolting.

(1) Bolt diameter, (2) Two-piece filler plate, (3) Hole clearance

Beneath Manage you can specify the number of filler plates.

For each filler plate, select the desired plate type in the catalogue . Specify, by activating the corresponding checkboxes, whether the filler plate is to be pre-planned or not. If a filler plate is pre-planned, the 1st beam will be shortened by the thickness of the filler plate. Non-pre-planned filler plates will be created next to the connection.

Activate the All checkbox to set all filler plates to Pre-planned in one step.

Please note that non-pre-planned filler plates will be shown in transparent representation in the drawing, i.e. they will be assigned to Layer 40.

Non-pre-planned filler plates

Filler plates are not assigned to the assembly of the 1st beam, but are placed in a separate structure assembly with the name Loose parts. Also, the usage Filler plate will be assigned to filler plates.

If the bore grid is too narrow, preventing the insertion of the filler plates, the connection will not be created, but the failed operation will be recorded in the feature log:

You can then double-click the feature and correct the settings.

Base

If you want to insert a base, you can specify the data for the base here.

Plate with filler plate and base

Connections + Variants (3-D SE) • Dialogue Window for Connections - Type I (3-D SE) • The Catalogue System for Connections + Variants (3-D-SE)

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