solidedge_v16_tutorial_engeneering & technical_drawing.pdf

Engineering and

Technical Drawing

Using Solid Edge V16

By Jerry Craig

Series V16

SDC

Schroff Development Corporation

www.schroff.com

www.schroff-europe.com

PUBLICATIONS

Solid Edge V16

2D Drawing

C opy righted

Ma terial

C opyrighte d

Ma terial

C opyrighte d

Material

C opyrighte d

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2D Drawing

2D Sketches

Chapter 2

Profiles

Sketches

Us ing

2D Sketches

Create

Part

Creat e

Assembly

Ref erence

Planes

Selecting

Profile

View

Entity

Objects

Lines

Arcs

Circ les

and

Ellipses

Rectangles

Dimensioning

Smart

Dimensions

Standard

Dimensions

Sketch

Point

Starting

Setting

Ref erence

Point

Key-In

Values

Display

Commands

Zoom

Window

Zoom

Smaller

Fi t

Pan

IntelliSketch

Settings

Geometric

Relations

Editing

Sketches

Selecting

Entities &

Deleteing

Fillets

and

Chamfers

Trimming

and

Extending

Construction

Lines

Tut orial

Accurate

Layout

Creating

Drawings

Adding Text

and

Dimensions

Printing

Problems

2D Drawing

Solid Edge V16

2D Drawings

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show the outlines and locations of

multiple shapes or parts to be designed.

must be closed shapes with no entities

inside or crossing the sketch. The sketch at the right

may be used to create a part by selecting specific

shapes then “cleaning up” the outline by trimming

inner curves. The final shape must be a

Concept Sketch.

(Cannot be used

to create a part in

this form).

single series

of connected lines and arcs.

Profile must

be a closed

figure with no

internal lines.

Resulting 3D

object with

depth added.

Additional sketches were used to define the protrusion

at the middle and the holes in the part after the initial

shape was created.

may take two forms:

2D Sketches

2D Profiles

Solid Edge V16

2D Drawing

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These are used to define the critical

geometry in a series of mating parts.

Elements from the master sketch may be

selected to create the individual parts.

This assures that the parts are the

correct size and are located in exactly

the right place.

Elements of the part sketches which are

derived from the master sketch may be

associated (linked) back to the master

sketch. This means that any change in

the master sketch will update all the

associated parts.

Portions of the sketch were used to

create the base of the roller assembly.

Other portions of the same sketch will

be used to create the opening for the

wheel.

Modeling the wheel is done by selecting

the large circle from the master sketch.

The final assembly is shown with the

parts modeled exactly as they fit.

As you can see, 2D sketches are the

basis for much of the design and part

creation process. These sketches can be

very general at first then, exact sizes

can be assigned later. All parts

associated to the master sketches will

re-size to the new dimensions.

Assembly Sketches (Layouts)

2D Drawing

Solid Edge V16

Starting a 2D Sketch

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In this chapter all drawings

will start from the Part

Environment . Most of the

commands and construction

techniques are the same in

other environments.

If Solid Edge is already

running, pop down the

File

menu ....

Pick

…

Select the More tab

Use Normeng.par (inch)

For an introduction to 2D

sketches, we will use the

option to create a sketch. This

option allows the designer to

create an overall master outline

showing major features of the

part. When the actual part

creation takes place, elements

from the master sketch will be

copied to the part outline sketch.

2D Sketch

selected

Watch the Status Bar for

instructions and prompts.

Pick the

Front

reference

Front

plane.

Top

Right

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