Dimensioning Rules - Overview (3-D SE)

Value

Description

Designation / Rule Identifier

Length between system axes

Assembly length

Beam length without front-mounted attached parts

Sub-system, Upper beam side

Sub-system, Web surface of beam

Sub-system, Lower beam side

Beam/profile length with front-mounted attached parts

Bores in upper flange of beam

Bores in lower flange of beam

Bores in upper and lower flange of beam

16: Bores in beams - Offset parallel to beam axis

Beam height

Beam width

Notch length at start

Notch length at start

Notch length at end

Sheet/plate length

Sheet/plate width

Sheet/plate thickness

Bores in sheets/plates, right side

Bores in sheets/plates, left side

Bores in sheets/plates, right or left side

Bores in sheets/plates, upper half

Bores in sheets/plates, lower half

Bores in sheets/plates, upper or lower half

Outer contour of sheet/plate, right side

Outer contour of sheet/plate, left side

Outer contour of sheet/plate, right or left side

Outer contour of sheet/plate, upper half

Outer contour of sheet/plate, lower half

Outer contour of sheet/plate, upper or lower half

Diameter of simple bores in main part

Diameter of standard part bores in main part

Diameter of boltings in main part

Width of sheets/plates (sub-parts) in sectioanl views

Outer contour of sheets/plates, right and left side, in sectional views

Diameter of standard part bores in sheets/plates (sub-parts) in sectional views

Diameters of boltings in sheets/plates (sub-parts) in sectional views

Fillet radii on beam notches

Fillet radii at material subtractions on beams/profiles

Fillet radii on outer contours of sheets/plates

Fillet radii on material subtractions on sheets/plates

Fillet radii on material subtractions on sheets/plates in sectional views

Length of cut at beam/profile start

Length of cut at beam/profile end

Attached plates on top side of beam, via bores or outer contour

Attached plates on bottom side of beam, via bores or outer contour

Attached plates on web surface, in front of web, via bores or outer contour

Attached plates on web surface, behind web, via bores or outer contour

Attached beams/profiles with axis, to main part axis, dimension via system axis

Connected sub-part beams on relevant beams

Bores in sub-parts (bores of all sub-parts) incl. bores + viewing direction

Beam processing in web, incl. processings in side view

Beam processings in upper flange, incl. processings in side view

Beam processings in lower flange, incl. processings in side view

Beam processings in upper and lower flange, incl. processings in side view

All parts via bore

Diagonal total dimensions of an assembly

Attached Sheet Metal parts with bores on relevant beam sub-parts

Bores in upper flange of relevant beam sub-parts

Bores in lower flanges of relevant beam sub-parts

Bores in flanges of relevant beam sub-parts

Attached plates/sheets on relevant beam sub-parts; one dimension chain for each plate/sheet

ATTACHING_SHEETS_SEPERATELY_RELVPROFS

Attached plates/sheets on upper beam sides on relevant beam sub-parts; via bores or outer contour

ATTACHING_SHEET_UPPERSIDE_RELVPROFS

Attached plates/sheets on lower beam sides on relevant beam sub-parts; via bores or outer contour

ATTACHING_SHEET_LOWERSIDE_RELVPROFS

Attached plates/sheets on web surface on relevant beam sub-parts, before web, via bores or outer contour

ATTACHING_SHEET_BEFORE_WEB_RELVPROFS

Attached plates/sheets on web surface on relevant beam sub-parts, after web, via bores or outer contour

ATTACHING_SHEET_BEHIND_WEB_RELVPROFS

Angle between relevant beams and connected sub-part beams

Beam sub-parts, not vertical to main part axis

Beam sub-parts on lower flange, not vertical to main part axis

Beam sub-parts in front of web, not vertical to main part axis

Beam sub-parts behind web, not vertical to main part axis

Beam sub-parts, not vertical to main part axis

Angle between bore axes

Beam processings of the type Slot

Beam processings of the type Slot in upper flange

Beam processings of the type Slot in lower flange

Beam processings of the type Slot in web

Beam processings of the type Circular bore

Beam processings of the type Circular bore in upper flange

Beam processings of the type Circular bore in lower flange

Beam processings of the type Circular bore in web

SHEETMETAL_LENGTH

SHEETMETAL_WIDTH

Sheet height

SHEETMETAL_HEIGHT

Parametric linear dimensions of sheets

Parametric angular dimensions of sheets

Parametric circular dimensions of sheets

Total height of Railing segment assembly

Total length of Railing segment assembly w/o base plates

Total height of Railing segment assembly w/o base plates

Total dimension of Railing segment assembly

Clear distances between posts

Distances between post axes

Clear distances between rods

Distances between rod axes

Hand rail excess length

Sub-parts, Post assembly

Sub-parts, Infill assembly

Angle Post - Handrail

 

* When dimensioning attached sheet/plate parts or plates and beams that border on dimensionally relevant beams, both contact points will always be dimensioned. If only the first contact point in the chain is to be dimensioned, open the STW_DimSettings.XML (conventional dimensioning settings) file in the HiCAD sys directory and set the parameter

</PARAM><PARAM Name="SUBPARTPOSITION" Typ="INT" Value="0">

to 1.

This setting affects all dimensioning rules marked with an asterisk *.

 

Example - (1) without change of the STW_DimSettings.XML , (2) with change of the STW_DimSettings.XML

 

Separate chain dimensions for different usages

You have the option to create separate chain dimensions per different usage for chain dimensions describing the fitting situation of parts. To change this behaviour, open the STW_DimSettings.XML (conventional dimensioning settings) file in the HiCAD sys directory and set the parameter SEPERATEDSUBPARTPOSITION to 1:

</PARAM><PARAM Name="SEPERATEDSUBPARTPOSITION" Typ="INT" Value="1">

The image below shows a beam with 4 plates for different usages (1=Front plate, 2=Reinforcement plate, (3) Stiffener) and the front view of the production drawing.

If the STW_DimSettings.XML file does not contain the described parameters, you can also make manual entries as described above.

 Related Topics

Drawing Derivation (3-D SE)Derived Drawing: Change Settings (3-D SE)The 'Derived Drawing' Dialogue Window (3-D SE)

Version 2102 - HiCAD Steel Engineering | Date: 15/11/2016 | © Copyright 1994-2016, ISD Software und Systeme GmbH

Feedback on this topic