G4 Profiles

8/10/2019 G4 Profiles

1/13


2/13

2337

2

1

3

4

925

1385

1905

687

5500

2

60.2

VERTEX SYSTEMS OYTRAININGVAAJAKATU 933720 TAMPERE FINLAND

Mark Revision Date Rev by Acc

4 EN_10219-RHS-SK070x050x3 1599 23 EN_10219-RHS-SK070x050x3 527 22 EN_10024-I120 3532 21 EN_10024-I120 5500 1

PartDesignation

Design

Check

Acc Weighted mass

kg

General tolerances Scale Product

Project

Prev

Ref

Part or assembly groupname

QtyShape, Dimension

QualityDrawing numberItem reference

NewCalculated mass

kg

Standardor catalog

PROFILE_MATER

1 : 30

PR2-EN

2003-11-21 JMe

Grid


3/13

Symmetry

Coincident

Mirror

Construction line

Mirror, do not sketch:- Directions are equal.- Bill of material is equal for mirrored profiles.

Sketch:60.3

Guide curve 2003-11-21 JMe

After mirroring:- Dimensions.

5500

22

00

1000

1400

2000

60

Guide curve 2003-11-21 JMe


4/13

Frame 61.1

MAIN STEPS:

1. New Document -> Part(picture 1).- New sketch XZ-plane.- Rectangle, width 800and height 1200.- Function: Guide curve.- Define part datas not to collect to "Assembly

Parts List".

2. New Document -> Assembly- Add earlier part from archive.

3. Insert frame profiles (picture 2).- Function:

- Add Part as Assembly Feature- Browse:System/Proflibrary/Profiles/Tub_spar/EN_10219-RHS_n.- Set size 60*2.- Trim horizontal profiles while

inserting.

4. Trimvertical profiles with help of horizontal

profile surfaces (picture 2).

5. Add diagonal profile:- Activate one profile on screen and

select function Add -> Same Profile.- Show start point (profiles middle point

will be located from that) (picture 3).- Define plane (last on bottom) and

define it from profiles surface.

- Change startpoint with F8-symbolbutton (or function F8). (picture 4)- Change endpoint with F9-symbol

button (or function F9).- Show end point from bottom.- Trim profiles to vertical profile faces.

Alternative choice: See sketch: (picture 6)/shared/sketch/Profilestructure/Frame/frame2.With help of this sketch correct distance can

be given, if cross section dimensions areknown.

.Frame 20.11.2003 JuMe


5/13

1

2

3

860

1260



3 EN_10219-RHS-N060x2 1358 12 EN_10219-RHS-N060x2 740 21 EN_10219-RHS-N060x2 1260 2

PartDesignation

Design

Check

Acc Weighted mass

kg


Project

Prev

Ref


QtyShape, Dimension


61.2

NewCalculated mass

kg

Standardor catalog

PROFILE_MATER

1:10

PR4-EN

2003-11-21 JMe

Frame


6/13

Table frame 62.1

MAIN STEPS:

1. File -> New Document -> Part.

2. Sketchframes (picture 1).- Select XY-plane.- Circle -> Midpoint+1 radius point.- Constraints -> Diameter D=1000.- Quater points10 mm long lines.- Function: Guide Curve.

3. Table foots -> New Part.

4.Sketchfoots (picture 2).- Select XZ-plane.- Arc -> 3 points, sketch X- and Y-direction

construction lines to help dimensioning.- Horizontal distance between vertical cross line to arctop point 500 mm, bottom 400, arc height 600and

radius R=500.- Mirror arc toward Y-axis.

5. File -> New Document -> Assembly.

6. Add Part from Archive.- Circular guide curve part first.- Foots 2 times, turn other 90 round Z-axis.- Locate with reference point to quater points (picture

3).

6. Sweep profiles.- Add Part-> As Assembly Feature:

Profiles/Basic/Square, set dimensions 25x35.

- Sweep all guide curves with that profile,show guide

curve(picture 4).

7. Trimfoots one by one to inner and bottom faces

(picture 5).

8. Trim lowerprofiles to foots.

9. Edit lowerprofiles if necessarry: (picture 6).- Sketch half thickness cutouts to other profiles top

and other profiles bottom.

.Table 21.11.2003 JuMe


7/13

1

2

3



3 Squarebar 664 22 Squarebar 3252 11 Squarebar 657 4

PartDesignation

Design

Check

Acc Weighted mass

kg


Project

Prev

Ref


QtyShape, Dimension


NewCalculated mass

kg

Standardor catalog

PROFILE_MATER

1 : 15

PR7-EN

2003-11-21 JMe

2003-08-04 KR

Table

62.2


8/13

35

25

R487.5

13

22.8

80.8613

.2

62.3



0 Foot 657 1

PartDesignation

Design

Check

Acc Weighted mass

kg


Project

Prev

Ref


QtyShape, Dimension


NewCalculated mass

kg

Standardor catalog

PROFILE_MATER

1:5

PR10-EN

2003-11-21 JMe

Foot


9/13

Structure 63.1

MAIN STEPS:

1. File -> New Document -> Partguide curves.

2. Sketchas 3d-sketch profileguide curves (profile midlines).- Select New sketch -> 3d sketch.- Constraints -> distance,see sketch page.- Constraints -> radiusR=40.- Constraints -> tangent.- End 3d sketching with OK.

3. New Document -> Assembly.

4. Extrude profiles along guide curves. Select: Add

part -> As Assembly Feature.-Select -> Profies ->Thinwall_tub_spar -> DIN_2395-SFS_5128-n, select size30x1.5(DIN_2395-

N0130x1.5).-Select guide curve lines one by one.

5. Trim Profiles to angle (picture 3).- Select upper profiles as pair.-Function: Trim.

6.Trimother profiles one by one (pictures 4 and 5).- Select profile.- Function: Trim profile.

- See number indicator 1 or 2 -> select trim

to face-> show face.

7. Add drilling to profiles.- Select profile -> Edit -> Activate model - Add Library

Feature -> Cutout -> through all M6, show upper face.- Locate, Constraints-> Midpoint, Distance from head

=35mm.- Accept with OK.

8. Feature patternof holes.- Linear: 3 pieces, Length=150 -> OK.- End editing -> OK.

9. Add Part From Archive -> upper part ->

number:1032 -> Locate with coincident, 2 times.- Add lower part from archive, number:1034 -> Locate

with coincident, 2 times.- Add third part from archive, number:1039 -> locate.- Constraints: Concentric (2xholes) + coincident

between faces.

.Structure 21.11.2003 JuMe


10/13

330

1530

315

715

830

500

651.

6

222.5

1064.1

480

R55

1

2

3 4

5

6

7

89

10

63.2


10 DIN_2395-N0130x1.5 480 29 DIN_2395-N0130x1.5 812 18 DIN_2395-N0130x1.5 1470 47 DIN_2395-N0130x1.5 842 1

6 DIN_2395-N0130x1.5 450 1

5 DIN_2395-N0130x1.5 315 14 DIN_2395-N0130x1.5 715 1

3 DIN_2395-N0130x1.5 765 12 DIN_2395-N0130x1.5 400 21 DIN_2395-N0130x1.5 715 1

PartDesignation

Design

Check

Acc Weighted mass

kg


Project

Prev

Ref


QtyShape, Dimension


NewCalculated mass

kg

Standardor catalog

PROFILE_MATER

1 : 15

PR9-EN

2003-11-21 JMe

Structure for sauna


11/13

700

300

850

450

500

120

40

200

1500

800

330

63.33d-sketch:

Left

Top

3d-sketch 2003-11-21 JMe


12/13

Piping 64.1

MAIN STEPS:

1.File -> Open -> model SPACEfrom

project Mechanical2 (picture 1).

2. File Save as New Document.- Note: Change target to own project.

3. New Part -> Part.- Input file name.- Input archive datas.

4. Sketchguide curves: (picture 2).- New sketch - 3d sketch.- Line -> Polyline..- Cursor locking (cursor symbol or u,i,o

manually).- From pipes midpoint to pipes midpoint.- Set distances.- Add roundings.

- End sketching -> OK.

5. Return to main assembly -> OK.

6. Addpipes as Assembly Feature.- Add Part - As Assembly Feature.- Select -> Profile ->Thinwall_tub_spar ->DIN_2395-SFS_5128-y, select size40x3

(DIN_2395-Y040x3).- Show guide curves (3 pieces) (picture

3).

7. Edit part dimension or location:- Distance between tank and wall.- Distance between heater and wall.- Tank height.

- Note: To avoid rounding problems, use

original pipe directions.

8. Update guide curves -> Solve.

.Piping 21.11.2003 JuMe


13/13

Saving Profile feature 65.1

MAIN STEPS:

Create part model with only one cross section. Guide

curves can help while locating.

1. New Part model.

2. New Sketch -> XY-plane.

Note1:XY-plane only.

Note2: Middle cross origin is also locating point.

Note3: Sketch profile cross section to correct position

(horizontal/vertical) (picture 1).

Note4: Sketch guide curves to same sketch.

Assembly feature must contain only one history step.

- Sketch geometry. Input constraints and formulas

(picture 2).- Sketch guide curves.- Test variation with help of Variate Model.

3.Function: Cross Section.

Note5: Handle is not needed, like usually. With helpof XY-plane and sketch origin, profile locates

correctly.

4. Edit dimension table (variate model).

- Insert rows with dimensions if necessarry.

- If necessarry, set "Variable values only from list",means: free variating is not possible -> only

"standard" sizes can be used.

5. Save to library -> As Assembly Feature.

- Create new folder if

necessarry /vxg4/shared/proflibrary/*.- Input profile name.

Note6: Profiles name in partlist will be earlier given

file name or dimension tables name row (if given).

Locating:

- Cross section

normal to shown line.

- F9 mirrors to

opposite side.

Documents

G4 Profiles