pro-engineer wildfire 4.0 manual
TRANSCRIPT
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PRO ENGINEER WILD FIRE 4.0
Composed by: Moiz Mohsin
Publishers: VTEC Institute of Rural Management
Publishing Year: 2013
Duration: 1 Month
Addresses:
Institute of Rural Management (IRM)
H#6, St.56, F-6/4, Islamabad
Pakistan
Ph: 00 92 282 27 52
Email:[email protected]
Website: www.irm.edu.pk
mailto:[email protected]:[email protected]:[email protected]:[email protected] -
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Table of Contents
Acknowledgements
Introducon to Manual
Introducon for Training
Objecves
Training Methodology
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Acknowledgements
The Training manual Basic Pro E Wild Fire is the product of Vocaonal Training Educaon
Center (VTEC) IRM. This manual was prepared by Moiz Mohsin Intern IRM. I am thankful toChief Execuve Ocer Instute of Rural Management; Mr. Roomi Sayed Hayat for providing
the opportunity to work on this manual.
I would also like to extend my thanks to Ms. Kausar Shamim and Mr. Anwar-ul-Haq for the
support. I am also very grateful to Mr. Israr Hussain Tunio for inducng me in this internship.
NRSP Institute of Rural Management
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Introduction to Manual
This manual is designed for the trainer to train the adults who are interested in Mechanical and
Electrical Engineering Fields and have passed their intermediate Examinaons or in some cases
Matriculaon examinaons on the basis of comprehensive Training Need Assessment.
Vocaonal Training on Pro E Wild Fire will be held in two main cies of Pakistan i.e. Islamabad
and Rawalpindi.
NRSP Vocaonal Training projects carries out by Instute of Rural Management. The project
Vocaonal Training Educaon Centre (VTEC) seeks to build an enable environment for adult
males and women to gain such opportunity to run their own small scale business. Vocaonal
educaon training edies specialized and praccal knowledge to a person and helps them to
become independent at a parcular age.
In this manual the contents and source materials were prepared by consultaon of experts
having experse in the eld of Engineering and Vocaonal Training Programs. Instute of RuralManagement department namely Vocaonal Training Educaon Centre will mainly train the
adult of the rural and urban community to economically empower them.
Introduction for Training
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This training manual designed for the beginners who are interested in the eld of Engineering.
This is 30 days training manual on Basic Pro E Wildre. For the facilitaon of trainers this
training module consists of
Reading Material
Praccal Work
Field Acvies
This training module will help out the beginner to develop their understanding regarding
basic tailoring. Skill Development training Program will enhance the ability and sense of
effective utilization of the students to take initial step for their career growth
OBJECTIVES
a) To provide basic idea about engineering graphics
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b) To learn about 3D Modellingc) To provide visualizaon for orthographic projeconsd) To make trainees develop parts like spring , nut , boltse) To make trainees work on projects like designing of ICE (Internal Combuson Engine)
Training ScheduleFollowing are the details of the course schedule:
Total Training Hours = 130 Hours
Days in a week = 6 days
Total Training Days = 30 days
This course on Pro Engineer Wild Fire focuses on the teaching of praccal skills.
Requirements for Admission:
Education
To be admied to the Basic Pro-E Wildre Course the aspiring trainee must have completed
secondary school, possess a good understanding of Mathemacs and must have computer
literacy.
Languages
Fully understands (reading, wring, listening) the Naonal language (Urdu) and Local languagesin addion to some basic level of understanding the English Language.
Competency Level
Core Competency
A trainee is expected to have a good understanding of the following concepts after completion
of the course:
Development of Part and Assembly
Orthographic Projections
Sketching
Functional Competency
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It is expected that after completion of the Basic Pro-E Wildfire Course, the participants will have
the following skills:
Helical Sweep
Manufacturing
Boundary Blend and Swept Blend
Training Methodology
Different training techniques will be used during the training taking into consideration various
adult learning principles. Below are some of the major training techniques that will be utilized:
Interactive Lectures
Brainstorming
Weekly Assignments
Practical Work
Quizzes
Activities
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Chapter 1
Introduction
____________________________________________________________________________________
Pro Engineer Wild Fire is basically an engineering graphics CAD soware. It is a 3D CAD / CAM / CAE
soluon. It is a tool to develop engineering parts such as screws, nuts, springs, bolts, engine parts etc. It
also provides a soluon for eding the parts surface.
Interface of Pro E
We can observe the axes dened in Pro-E Window.
Click on the File to do the required task.
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This window will appear. It gives a choice to user
what he wants to do whether it is about
developing a part or sketching.
If we will press OK. Axes will appear in Pro E
window will appear. You can choose any opon fordevelopment of the part.
1) Extrusion 2) Revoluon 3) Boundary Blend
4) Swept Blend
In Extrusion, view of part from any plane (Frontal,
Horizontal, Top) is sketched. Then its 3D model is
made.
In Revoluon, axis of revoluon is dened for a
sketch. Then its 3D Model is constructed
In Boundary Blend, two views are sketched and are
blended to get a 3D Model.
For sketching any view, we have to open a window
as shown above and click on SKETCH. You can
sketch using the tools available in Pro E.
Tools are
The 7th
and 8th
opons are bit tricky and we will discuss them in coming chapters.
ASSEMBLY:
Assembly is the combinaon of dierent parts. These are
assembled to get a proper funcon. For example Internal
Combuson Engine, nut and bolt etc.
Desired acon cannot be performed by a single part but by
the assembled one.Dierent objects can be assembled using Pro E assembly
Tool.
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Swept Blend:
It is a Pro E tool for hollow 3D surfaces. It needs two points and a basic shape to get them
merged.
Manufacturing:
It is another tool of Pro E for the development of complex parts like gears, hexagons, spindles.
Grooves can be made using manufacturing tool. Dierent types of tools such as cung and
drilling tools are used. Required acon is performed by the applicaon of Milling Machine,
Lathe and drilling machine.
Pro E Uses
1. Faster Design2. Faster Surface Eding3. Assembly Management4. Visualizaon Capability5. Faster 3D Modelling
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Chapter 2
Development of a Part by Extrusion and Revolution
____________________________________________________
BY EXTRUSION:
Open a New Window of ProE by selecting on a PART. Axes will appear. Click on the Extrusion
icon
Then Click on Placement, define the axis, then click on axis on which view is to be
sketched
Plane will appear parallel to your systems screen. Sketch any closed surface or view to get its 3D
model. For example if a circle is
made, cylinder will be formed. If
a square is made, cube will bemade
Cylinder Development:
You can observer the round
shape being sketched. It is made
on FRONT plane.
Dimension are appeared after
sketching. The Diameter of the
circle is 347.06 is shown by
Leader line.
If Orientation of the sketch gets
disturbed. You can press icon
with cube (AB) .The required
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orientation will appeared.
Fig 2.1
When you will click tick icon. It will be a cylinder. You can press
Ctrl + D to get the standard orientation of the cylinder.
Fig 2.2
You can press green mark to confirm it. But for changing its depth ( Length along z-axis ) , youcan see the highlighted portion. In this case, it is 216.51. You can flip the direction of cylinder
shown by yellow arrow. When you will press the green mark, greyish solid will appear.
We can do the same procedure by clicking on the sketch option on the right corner of the pro e
window.
If another surface is to be made on the
cylinders circular or curved part. We will click
on Extrusion Command once again. Then
PLACEMENT. Define the axis. Make the
required sketch. Let us made another circularsketch on the cylinders frontal plane by
repeating the same process.
Another cylinder is constructed on the surface
of previous. If its direction is flipped, the
material of both the cylinders will overlapped.
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If the same material is to be removed , click on the Material Cut command.
Fig 2.3
Fig 2.4
Fig 2.5
The resulng gures are shown as following.
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Fig 2.6 Fig 2.7
The Depth of the hole is kept 139.11.
The Fig 2.7 can also be constructed using Thickness command. The icon of this command is
like open square with material cut.
The thickness of this hollow cylinder is kept 4.91
and can be changed. Its Length can be changed by
clicking on the white square shown.
The Depth or Length is 216.51.
It is behind the front plane as shown. It can be made
symmetric if 3rd
icon is selected.
Fig 2.8
BY REVOLUTION:
If the 2D shape is revolved about any axis (centerline), it will trace out a 3D object. This concept
is to be used in Revoluon.
Repeat the process, open the window. Click on the Revoluon Command.
Draw a 2D Closed Surface. Select Center
Line from Line Command. It will be the axis
around which the required surface will be
rotated. Click on the TICK Mark. Angle is
set by the following tool bar
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You can see the radius of the curve shown 153.95. If the length from the axis is kept the same.
Sphere is obtained.
Fig 2.9
The gure obtained by revolving the above 2D object along y-axis is shown below.
Fig 2.10
Development of Pin:
Pin can also be developed using the
Revolving command.Select the Revolve tool
from the right tool bar. You are telling Pro/E
that you are going to sketch a cross secon
and then revolve that secon about a
centerline to create a solid part.
Sketch its 2D view and revolve it along x-
axis.
This will be further explained in assembly
management.
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EDITING IN REVOLUTION AND EXTRUSION:
First of all construct a slab using extrusion command.
If you want to EDIT the
dimensions of the slab. Right Click
on EXTRUDE 1. In case of
Revoluon, it is Revolve 1.
Click on Edit Denion.
It will change the extrusion length, but
for modifying dimensions. Click on
Placement and then EDIT.
Modifying Dimensions
Fig 2.11
Aer Clicking on it , You will get a window like below for eding the dimensions.
Unmark Regenerate.
Aer proper
dimensioning select
TICK Mark.
Use of Chamfer Tool:
This slab can be made
round using chamfer tool
by clicking on its edges.
Fig
2.12 Dra Tool
Round
Tool
Edge Chamfer
Click on Edge Chamfer. Then Click on Edges of the Slab.
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We can edit the length of the chamfer tool. Aer Edge Chamfer, it will look
like as :
For rounding the other side. Click on the Round
tool. It will appear
Fig 2.13
Fig 2.14 Fig 2.15
Final Edited Slab aer modifying dimensions , edge chamfer and round tool.
Mirror:
Another command used in Pro e is Mirror Command.
If you want to create same slab of exactly same dimensions, use mirror command. Select the
extrude which is to be mirror. Then select a plane (Frontal) about which it is to be mirror.
Datum Plane is used for this purpose.
How Datum Plane is formed? Datum Plane.
Click on it. Select any plane parallel to
which Datum Plane is formed.
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In this case, translaon is 50 from frontal
plane.
Click on Extrude 1 and then on Mirror.
Click on the Datum Plane. 3D Model of same
shape can be formed.
Use of References:
For exact dimensions, we use references.
Click on Sketch and then on references.
This window will appear. Click on the edges
to be referenced.
References
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Chapter 3
Assembly Management and Pattern Making
_______________________________________________In order to create an assembly, Select NEW. This window will appear.
Make a Cubic Part with a hole drilled in it of 25
Diameter. Then Make a rod of Diameter 25.
Assemble them together to get an assembly.
Aer Clicking OK, Click on the icon . Open Both the
Parts. They will appear as:
Click on the axis of cylinder
and align it with the axis of
hole. It will be inserted in the
Cube.
As shown it is parally
constrained. You can matethem to make them fully
constrained.
Click on the surface of the cylinder and align with surface
of cube. Another Key is constructed using the extrude
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command. It is opened in the assembly le.
Pin should selected in order to rotate the key.
In order to rotate
the key, click
MOVE, select
moon type as
rotate. Move theMouse, key will
rotated
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Paern Making:
Oen, in 3D Modelling We require several same shaped extrusions on a surface. In order to save
me, paerns have been developed. Paerns are of many types such as helical paerns,
circular paerns and irregular paerns.
For Making a Paern on a Rectangular block. Let us construct a disc using extrusion command.
Now make a shape on the surface of the disc to be paerned.
Let us make a hole in the disc.
Click on the Paern Command
Following opons will appear.
Click Bar named as
DIMENSION. Other Opons will
appear such as FILL ,
DIRECTION and CURVE.
Select Direcon.
Now Select the plane perpendicular to which you want paerns. In this Case Select Right Plane.
Paerns
Distance b/w Paerns
Number of Paerns
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Adjust Number of Paerns and Distance and then Click on TICK MARK.
You Can Flip the Direcon as well.
Now Select FILL. Select the Surface on which
paerns are to be made. Then Sketch a shape of
paerns.
We have sketched this complex shape using a spline curve.
Click TICK MARK.
This will also show square, Diamond, triangle, spiral and
circular paern.
Select Tick
Mark.
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CURVE SQUARE DIAMOND
It will appear as:
The above paerned surface will
appear as this if following opons are
used.
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Chapter 4
Orthographic Projections and Dimensioning
Mul views are oen helpful in visualizing the 3D Model. Orthographic Projecons are obtained
when object is viewed from front, top and le or right side. The Plane of Projecon is
perpendicular to the LOS (Line of Sight).
Let us
consider this 3D object. We have to nd its
orthographic projecons using Pro-E.
Click on FILE > NEW
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Specify the template as EMPTY and orientaon as
LANDSCAPE. Keep the standard size A4.
Click OK.
The interface for Mul- View Drawings will appear as
black window.
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Click on the
INSERT >
DRAWING
VIEW > GENERAL. Then Click on the Screen.
You Can see
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Double Click on the 3D
Model. This Dialog Box
will appear showing
Secons and ViewDisplay.
Click on the back or front.
That Parcular view will
appear.
Repeat the procedure for
Top and Right Views.
Click the View Display
and Select Hidden.
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We can publish it as a PDF le.
Dimensioning:
Click
the two
points to be
dimensioned. Then press middle
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Chapter 6
Boundary Blend and Swept Blend
Boundary Blend:
Axes are shown in the gure.
Sketch the surface on the
planes. In our case, surface is to
be sketched on the frontal
plane.
We can use also the Datum
planes parallel to any one of theplanes. The concept used in the
boundary blend is to merge the
boundaries of the sketches.
Below is shown the sketch of
two circles on the frontal plane.
These two circles cannot be
merged because they are on the
same plane. Thus a third sketch
is needed.
Select the plane perpendicular
to the Frontal Plane.
Sketch Another Circle.
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Now select Boundary Blend Command
Following Opons Will appear.
Select CURVES
Click on anyone of the circle as STARTING POINT. We selected the 2nd
one. Now Click on the
Details and Select ADD
Keep on the adding in a sequence and then click OK.
Unusual Blended Surface will appear. We can Use the Blend Tools to
construct Donut, cylinders, spheres and pipes.
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Swept Blend:
In this secon, one basic sketch is formed and then the end sketches are formed.
Basic Sketch:
This is the sketch on which 3D object is to be modelled.
Click on it. Then click on the SWEPT BLEND.
Click on it.
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Click on the end point. Then SKETCH opon will appear.
Click on it. Sketch the required shape ( Cross- Secon)
Circle is sketched at one end point.
It will produce a pipe-like shape.
Now Click on INSERT > SKETCH.
Then sketch the second End sketch
to complete the blend.
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Pipe of Variable Diameter has been produced.
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Chapter 6
Sweep and Helical Sweep
In Mechanical Industries, springs, nuts, bolts, screws and pipes play an important role in
assembly management. They are also called fasteners. In Pro- E, they are designed with an ease
Development of a spring:
Click on Insert > Helical Sweep > Protrusion
You have to dene the aributes of the Spring you are going
to develop. Click Done.
Select the plane i.e. Front plane
Then Click okay.
Aer selecng the plane, select its
orientaon by clicking on
Default.
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Now Dene the Sweep Prole by sketching a line
and its centerline. Here 101.94 shows the radius
of the spring and 253.41 length of the spring.
Aer Clicking Done , you will have to select the
pitch value.
In our case , it is 25.
You have to dene the secon,
In this case, it is circular. It can
be triangular and rectangular
as well. Click PREVIEW in the
dialog box.
Spring of the required
parameters will appear
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Spring has been developed.
Spring of variable diameter can also be made by
making changes in Sweep Prole. Either Centre
Line is lted or the 2D line.
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The spring shown in the gure has hollow cross-secon. It is obtained by selecng THIN
PROTRUSION instead of PROTRUSION and repeang the same process.
Development of Nut and Bolt:
This is known as Palee Command. This is used to insert foreign shapes in acve object.
Hexagon has been
developed using Palee
Command. Construct
Cylinder on the surface of
Hexagon to develop a bolt.
Now we have to developthreads on the surface of
the cylinder.
Click on INSERT >
HELICAL SWEEP > THIN
CUT
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Front Plane has been selected in dening the aributes. In Sweep Prole , center line is
sketched as shown in the gure. Dene the pitch and secon in the dialog box.
Reference the Acve Object before sketching
anything.
Dene pitch and thickness. Material Side
should be outside in bolt.
For making nut, threads should developed inside
by selecng Material Side Inside.
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Chapter 7
Basic Manufacturing
Manufacturing process is divided into 4 stages
The preparaon of manufacturing model involves a combinaon of design and workpiece
model. Design can be done in .prt format in solid modeling applicaon and bring into the
manufacturing environment through 3 opons. While a workpiece material can be created by
using 4 opons that provided in feature toolbar.
Manufacturing Opons (Assemble, Inherit and Merge)
Workpiece Opons (Automac, Assemble, Inherit, Merge and New)
Manufacturing File can be created using Pro E. Its extension will be .mfg.
Select manufacturing Setup from the menumanager to set up the manufacturing environment required for this manufacturing model.
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An Operaon Setup Dialog box will appear indicang that the NC Machine, Machine Zero
Coordinate System will be required to be idened.
Select the machine
tool setup icon.
A machine tool setup dialog box will
appear. In this dialog box, user will be
required to specify the machine
conguraon such as number of axis and
machine type.
User will create the NC sequences. This secon is
only possible if the manufacturing model & setup
are completed.