BINDE Training

NX9 - Manual

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Copyright

Copyright

This training manual produced by BINDE Training is copyrighted. Each kind of copy is not allowed.

The manual is exclusively for personal use. Further copies can be ordered directly from BINDE Training.

BINDE TrainingKinzigstr. 20D 78112 St. Georgen

Tel. +49/7724/6149Fax +49/7724/6143Internet: www.binde.de

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Modeler

Overview

Modeler:

A BasicsB NavigatorC Sketch and 3D-CurvesD Extrude-SolidsE Datum-ElementsF FeaturesG Operations

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Basics A0

Overview

A1 Start NX A2 NX-User InterfaceA3 Manage PartsA4 Layer AdministrationA5 Coordinate-systemsA6 DisplayA7 Selection OptionsA8 Input Options

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Basics A1Start 1

Introduction

Basics A1Start 1

Start NXEither you find an icon for NX on the desktop or you find the program under Start Programs .You get the NX-user interface, in which there cannot be created much until now. You are in the so called gateway.Gateway is an area with a reduced scope of commands. So you can open and view parts or assemblies here, but you cannot change them. Ideal for employees that just want to inform themselves: They do not need a construction license.In order to get to the construction commands you must either create a new part or open an existing part:

as a seedpart.

As we want to get to the construction area, we select:register 3D-Modeland part template.

Furthermore you can specify the name and the folder for storing the part immediately.

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Basics A2User interface 1

This row will prompt you, what to do.

This row shows you the actuel state e. g. of a sketch.

Ribbon bar interfaceAll functions are lying in the ribbon bar at the upper border.The most used functions are visible. Other functions you will find in the the drop-down-menus

The ribbon bat has different tabs. Normally we start with

Menu-structureUnder Menu you will find the former function structure before NX9.

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Basics A2Resource Bar 6

Activate Resource Bar: Menu View show Resource BarYou can fix the spread up window - at the top left.or - make a separate window: MB3 at the icon of the bar undock

Resource Bar

Assembly-navigator

Part-navigator

Reuse Library for standard parts

HD3D: an information tool in order to get directly part-attributes (PLM-files) of the assembly instead of a time-

Role manager (see A2-2)

Studio-Applications (License required)

History allows you the quick access of recently used parts.

Constraints-navigator

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Coordinate systems:

Basics A5Coordinate systems 1

Application for WCS: 3D-lines, created by cursor positions are al-ways lying in the X-Y-Plane of the actual WCS.

Beside the global Csys, which is located in the zero point and not changeable, there is another Csys called WCS = Work Coordinate System.There are only few functions, which are using the WCS.Sometimes you can hardly read the letters X, Y, Z, so with the colors it is easier::

X = redY = greenZ = blue

Orient WCS:Following commands you'll find in the toolbarTools under the icon " More Orient WCS":

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Menu View Visualisation True shading editor

Basics A6True Shading 7

True ShadingToolbar Render

alternative:MB3 True shading

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Navigator B1Navigator window

The navigator contains the construction history of the actual part. Analogue to the Bremen Town Musicians it lists what is on the bottom and what has been added later on top of it.

We distinguish:Assembly-navigator (Ch. J8)Constraints navigatorPart-navigatorReuse-library

Part-Navigator

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Navigator B4Group 3

Menu Format Part Module

Structure of a part module:

Creation of a Part Module:

3. Create geometry (Sketch, Extrude ...)4. Define output (extracted body)5. Associate result with the part; usual: Boolean function

Nesting:Optionally we can nest a module into an existing module. Example: We want to cut 3 times with part modules. So we put the 3 Part modules in one cutting part module. The result from the cutting module can be subtracted 1-time from the part.

cutting modulecut A

cut Bcut C

Input-geometryModule-geometryOutput-geometry

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Creation of curves

Sketch and 3D-Curves C

There are 2 options:

C1C8 2D-Curves = Sketch Curves

and

C9 3D-Curves (mostly non-planar)

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Overview - sketch

Sketch C1

C2 Preferences/DefinitionsC3 Create sketchC4 Create geometryC5 Edit geometryC6 DimensionC7 ConstraintsC8 Sketch functions

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Why 2 methods to sketch ?

Sketch C2Preferences and Definitions 1

Historical background::In former times there was only the classic sketch (Sketch in Task environment). Additional the direct sketch was created.

Under Home we will find the direct sketch commands.

Under Curve we will find theclassic sketch command

From both we can use

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Sketch C3Orient sketch plane 3

Options for the sketch plane:

x-direction = horizontal reference

Sketch plane perpendicular to a path:

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Menu Insert Sketch Curve Pattern Curve(Direct sketch is active)

Sketch C4Pattern Curve 8

Note the setting:(More Create Inferred constraints)

active ! inactive !

Polygon: does not have to exist before.Spiral: see PolygonAlong: guiding line has to existReference: another associative pattern has to exist

Result is not associative!

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Sketch C5Group 5

In the displayed sketch there are two sketch groups.

Alternatively we can set the check in the dialogue field

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Sketch C6Dimension 2

Parameter boxes (Scene dialogue):

Clicking a point the parameter

Thereby "scene-points" occurred.

By rolloverparameter boxespop up.

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Sketch C7Constraints 3

Constraints-symbols:

fix

Displayin sketch

horizontal

parallel

collinear

Midpoint

Important constraints e.g. in order to fix an element and add all other constraints parametrically..

Notes:

2 lines on the same level,dashed green line results

That means point is aligned to the center of a curve

fully fixedNot only the element, also the ends of the curve are fixed.

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Exercise: sheet with holes:

Sketch C7Exercise 9

1. Create a circle: diameter = 50 mm in x=0 and y=0.

2. Make the circle fully constraint

3. Create the contour and the missing circles

3.2 Fix the contour and the circles- Constraints- DimensionsUntil the status bar says:fully constraint !!!

4. Extrude the sketch 3 mm.

approached with the function: profile.Use the switch option between line and arc.

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Overview

3D-Curves C9

C9-1 3D-CurvesC9-2 Derived CurvesC9-5 Curve from Bodies

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3D-Curves C9Derived Curves 4

Curve Derived Curve Project Curvealternativ:(Menu Insert Curve from Curve Project)

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Extrude

Extrude DOverview 1

A closed section will be extruded along a vector > Body occurs.

A section can exist by:Sketch curves = DefaultEdges3D-Curves.

A sketch must lay all the time at a planar face or a plane:Sketch at the face of a body

Sketch ata plane

There are the following bodies:

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Examples:

Extrude D1Extrude 6

1. Select sketch2. Limits: Add start- and end value

3. OK

Extrude with limits

More options to select:

Sketch

Result: solid

same value in both directions.until next element (e.g. face)until selected elementuntil extended facethrough the whole solid

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Extrude D1Extrude 10

Extrude with OffsetNormally self intersecting curves cause an error.An exception exists with offset.

Condition:File Utilities Customer Defaults Modeling General Miscellaneous

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Sweep D3along guide 1

Home Group: Feature More Sweep along guidealternativeMenu Insert Sweep Sweep along Guide

We need a section and a guideline:

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3D-Text D4

Curve Group:Curve Textalternative:Menu Insert Curve Text

Type: on curve

Create a text out of curves that can be extruded.

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Overview

Datum E

E1 Introduction

E2 Create plane

E3 Create axis

E4 Create coordinate system

E5 Create point

E6 Exercise: diagonal cut

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DatumE3Axis 1

Example of a datum axis normal to an existing face.

5. OK

Home group: Feature Datum axisalternative:Menu Insert Datum/Plane Datum Axis

P

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bersicht

Features F

F 1 Overview FeaturesF 2 HoleF 3 RibF 4 BossF 5 PocketF 6 PadF 7 SlotF 8 Groove

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alternative:Menu Insert Design Feature

Features F 1Overview 1

There are two kinds of features.Features (Solids), which can stand alone.

- Block, Cylinder, Cone, Sphere- Extrude body

Features, which are associatedwith another existing solid

- Extrude body- Hole

Overview features

optionally with sketch

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Features F 3Rib 2

Rib extends only to one side:

Y-design:

Here the upper edge of the flange was selected to define the height of the rib.

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Exercise: Thread

Feature F 9Thread 2

Create a cylinder:Diameter: 30mmHeight: 30mm

Create a boss on one side:Diameter: 10mmHeight: 20mm

Create a hole on the other side:Diameter: 10mmDepth: 15mm

Symbolic ThreadsCreate inner thread:We want to create a thread M10x1.5 in the hole. An error will occur, because the diameter must be less than 10 mm. The correct value

Create external thread:The boss should get a thread M10x1.5 at a length of 15mm.The steps are identically with the inner thread. Put in 15 mm for thelength of the thread.

Detailed threads:Delete the symbolic threads and create two detailed threads.Because you cannot change directly from symbolic to detailed.

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Feature F 11Emboss-Offset 2

Alternative:Instead a curve in the face you can enter a point (e.g. Datum point) in the face.

The input occurs analog to the curve. Additional the are the fol-lowing parameters:

Width (left and right) length (above and below)

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Overview

Operations G

G1 Edge BlendG2 ChamferG3 DraftG4 Body Taper G5 Thicken sheetG6 Pattern/MirrorG7 Feature copyG8 Replace FeatureG9 Boolean Operations

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Operations G1Edge Blend 4

Corner blend with setback:

Start situation

Result:

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Operations G3Draft 2

From planes or faces:Note the option: stationary face/parting face. Here: Option parting face is selected. A Divide Face is not necessary in ad-vance, as it is, when you select parting edges.

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Operations G5Thicken 2

A face become a body by giving a thickness.

If there is another body with contact to the thickened body, both can be united by Boolean operation.

new body

Thickened face

Home Group: Feature More Thicken

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Home Group: Feature Pattern Featurealternative:Menu Insert Associative Copy Pattern Feature

Operations G6Pattern Feature 2

The most important parameters:

Number of instances:must be entered(Original counts also!)optional: Number defined by boundary.

linear Pattern:Define 1 or 2 directions

circular Pattern:Define axis

Switch toPattern method: Variational

Instances can be deleted movedMB3 on the instance point

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Operations G6Pattern Feature 6

Pattern "Along" withnormal orientation to faces:

Boundary Method:Curve as limitation and individual distances input.

Pattern Feature

original feature

Follow Faces

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Operations G7Copy feature 2

Paste Parameters

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Operations G9Boolean Operations 2

Unite two bodies:

Unite

Target

Tool

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Overview

Analysis H

H1 MeasureH2 InformationH3 MaterialH4 Model CompareH5 Parametric Modeling

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Analysis H3Material

Tools Group: Utilities More Assign Materialsalternative:Menu Tools Materials Assign Materials

Default material density = 7.83064 g/cm for steel

With the function materials we can assign other materials from theNX-material library to a part:

1. Materials + Select part

2. Select material e.g. Aluminum_2014 + ApplyNow you find the chosen material in the local library.

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Interpart Expressions

Parametric Modeling H5 Interpart 6

Refresh values from external spreadsheet (see ch. H5-3)

Control the links:Menu Information Expression List all by reference

Index Modeler

AAnimate Dimension C6-5Assign Materials H3Auto Dimension C6-3Axis E3-1

BBackground Modify A6-1Blend G1Blend options G1-6Boss F4-1Browser Modeling B8-1

CCenter of rotation A2-12Chamfer 2D C4-4Chamfer 3D G2Classic Sketch C2-1Cleanup Part A10-2Clipping A6-4Colours sketch C2-4Combine Bodies G9Compare Model H4Constraints (Sketch) C7-1Constraints Symbols C7-3Contour Selection D1-3Coordinate Systems A5Copy Feature G7-1Corner Blend G1-4Csys internal C2-1Curve 3D C9-1Customer Defaults A10-3Customize A2-4

DDatum Axis E3-1Datum Csys E4-1Datum Plane E2-1Datum Point E5-1Datums E1Degrees of freedom C2-3Delay Sketch C8-5Delete Body G10-2Dependencies Navig. B2

Design Logic A8Dialogue fields A2-8Direct Sketch C2-1Distance H1-1Divide Face G10-1Draft G3-1Draft Body G4-1Draft with Extrude D1-8

EEdge Blend G1Emboss F10-1Emboss Body G9-4Emboss Offset F11Expressions H5-2Extract Curve C9-6Extrude D1Extrude along guide D3-1

FFeature copy G7-1Feature Group B4-1Feature-Overview F1-1Feature Replace G8-1Fillet 2D C4-4Filter (Selection) A7-2Full screen A2-9Function Keys A2-13

GGroove F8Group A7-7Feature Group B4-1

HHole F2-1

IInformation Object H2Information Browser B8-1internal/extern. SketchD1-1

Interpart Expressions H5-6Intersection Curve C9-6Intersect.Curv. SketchC4-9Isolate Obj.of Feature G6-10Isoperimetric Curve C9-6

J

K

LLayer settings A4-2Layer administration A4-1

MMake symmetric C7-7Material H3Measure H1Measure Angle H1-3Measure Bodies H1-5Measure Distance H1-1Measure Extremes H1-4Mirror Feature G6-9Model Compare H4Mouse Buttons A2-8Move Curve C5-2Movie A6-9

NNut F7

OObject display A6-2Offset curve in Face C9-2Offset Move Curve C5-2

PPad F6Palettes A2-7Parametrical Model. H5Part Modul B4-2Part-Navigator B1

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Index Modeler

Pattern Curve C4-6Pattern Feature G6Plane E2-1Playback A10-1Pocket F5Point 3D E5-1Preferences A9-1Profile (Sketch) C4-2Project Curve C9-3

Q Quickpick A7-1

RRadial menu A2-10Rapid Dimension C6-1Raster Image A6-8Reattach sketch C8-1Recipe Curve C4-9Reference Obj.SketchC4-5Region Boundary D1-4Remove Constraints C7-8Reuse Library B9-1Resize Curve C5-3Revolve D2-1Ribbon Bar A2-1Rib F3-1Rollback B5

SSelection Bar A7-3Setback G1-4Shell G5-1Shortcuts Sketch C8-4Sketch copy C8-3Sketch geometry C4Sketch group C5-4Sketch plane C3-3Sketch positioning C8-2Sketch settings C2-5Sketch Workflow C3-2Slot F7Smart Volume D1-10Split Body G10-2

Sweep along Guide D3-2

TText 3D D4Thicken G5-2Thread F9Threaded Hole F2-2Timestamp B7Trim Body G10-2Trim Sketch C5-1True shading A6-7Tube D3-3

UUnite G9-1User Interface A2-1Utilities A10

VVariable Radius G1-3

WWCS A5-1

X

Y

Z

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J1 Overview Assembly StructureJ2 Create StructureJ3 Save and LoadJ4 Position ComponentsJ5 Constraints J6 Reference-Sets

J15 SequencesJ16 Deformable Parts in the Assembly

Assemblies J

Overview

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Assemblies

Assemblies J1Definitions 1

In an assembly there can exist links to parts as well as to subassemblies

Structure

An assembly can have any number of hierarchy levels..

A component has no geometry, but a link to an existing part.

Note: If you change the geometry or position of a part,all linked components change as well.

But: The position of the component has no influence on the linked part.

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Functions in the ribbon menu (Default)

Assemblies J1Functions in the ribbon menu 2

Tab: Home

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Displayed part

Assemblies J2Displayed Part 5

Cursor on component MB3 Make displayed partalternative:Menu Assemblies Context Control Set Displayed Part

The selected component is displayed without assemblyenvironment (context). Only one knot is in the assembly navigator.The part navigator shows the model history of components. Themodel can be edited.

Compare:

Return from the displayed part back to the assembly:1. Cursor on knot in the Assembly Navigator MB3 Display parent2. Select assembly 3. Activate the assembly: MB3 Make Work Part

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Assemblies J3Variant 5

Save assembly with components as a cloneAssemblies can be saved as variant by the functionAssemblies CloneA new assembly results with new components..

Assemblies More Make Uniquealternative:Menu Assemblies Components Make Unique

With this function you can easily create a variant out of acomponent:

The link to the former part is cut (scissors) A new part results with a link to the actual assembly

You can select several components as well.

3. OK

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J5-1 Overview ConstraintsJ5-3 Create ConstraintsJ5-5 Illustration of ConstraintsJ5-9 Constraints NavigatorJ5-11 Title Constraints J5-12 Group of Constraints

Assemblies J5Constraints

Overview

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Assemblies J5Constraints 6

perpendicular

parallelFaces, edges, vectors arealigned parallel

Faces, edges, vectors are aligned perpendicular

concentricCircles, arcs will be aligned in the center and move in the same plane!

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Assemblies Group: General Product Interfacealternative:Menu Tools Product Interface

Assemblies J5 Product Interface 16

With product interface expressions for the interpart usage and geometries for the constraint-conditions can be preferred or also forced.With this specification we can minimize errors with interpart links.

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Engine

Assemblies J5Exercise 20

Create the engine assembly consisting of the following components::

First fix the engine block (ET_Motorblock), then addthe components with constraints.

The piston movement can becreated by an angle between both Csys planes.

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Assemblies J5Position override 23

b) With the function Move Componentthe slide can be positioned as well, as far as the constraints allow it.

Remove Position OverrideMB3 on component:

Now we can start the positioning in two ways:

a) We can enter a new value for the duplicated constraint Distance

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Create Pattern Component

Assemblies J7Pattern Component 1

An Pattern Component can be created rectangular, circular or with reference to an existing pattern in the component.

Example:The component cover cap should be positioned in every hole.It is important that the first cap is linked to the plate via constraints:

linked to the pattern in the part.

Create newpattern comp.

Cap

with reference it will be detected automatically

Optionally the Instance Points can be deleted or moved (clock).Cursor on point + MB3 ...

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Home Group: Feature More Assembly Cutalternative:(Insert Combine Assembly Cut)

Assemblies J9Assembly Cut 1

With this function we can cut components of an assembly.Important:The cut is displayed visually at the component. The part will not be cut.Application:

Hint:Wave-elements are not cut!

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Assemblies J10Mirror Assembly 3

6. Define name and folder for the new parts.

Optionally you can correct your input in the next step by double click.

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Example: Check interference

Assemblies J11Interference 3

All visible components will be checked.

Further Analysis:Cursor on specific row MB2

Perform analysis:

Clearance Browser)

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Associative Linking without Geometry-Linker

Assemblies J12WAVE 4

There is a switch in the selection bar:

Create Interpart Link

4. Activate switch "Interpart Link" (only possible with selection filter "Entire Assembly" )

6. OK

7. Check your link action.

5. Select the face in the U-shaped part.

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Automatic explosion:

Assemblies J13Exploded Views 3

Auto-explode components(Up to now no useful solution with this function.)

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Introduction

Assemblies J14Arrangements 1

An assembly can have different arrangements with different positions of the components. An explosion could also be displayed in an arrangement.Note: In the active arrangement will always be saved the active situation of the components. So if you want to preserve a state, you have to deactivate the arrangement.

Example tool:

Requirement:A component has to be definedas moveable in advance:In the navigator: MB3 on Component Properties ParameterSelect Individually Positioned

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Assemblies J15Sequences 1

Assemblies Group: General Sequencealternative:Menu Assembly Sequence

5. Finish sequence mode: Task Finish Sequence

3.1 Select components + OK3.2 Drag and rotate components + OK

4. Group Playback Play Forwards

With the tool Sequence you can create an animation of theassembly.

Requirement:Active arrangement may not have any constraints.Solution: Create a new arrangement which ignore constraints.

Note: In the sequence-mode exists a sequence navigator:

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Assemblies J16deformable Parts 2

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Overview

Drafting K

K1 Start Drafting

K2 Drawing Sheet

K3 Views

K4 Sections

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Drafting K1Start 1

Create a Drawing

1. File New

Master Model ConceptInstead of being attached to apart the drawing is a discrete filethat is referenced to the part.Advantages: - Part and drawing can be edited simultaneously. - Part doesn't become greater, because drawing is separated (not attached).

Drawingnot master

PartMaster

Assemblynot master

NC Program.not master

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View parameters for assemblies

Drafting K3Views 5

Views with different arrangements.

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Drafting K3Views 6

Home Group View Projected Viewalternative:Insert View Projected View

definedhinge line

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Drafting K3Parts List 14

1. Position parts list on the drawing

2. Customize parts list. - Select parts list

Home Group: Table Parts Listalternative:(Menu Insert Table Parts List)

-MB3 Settings

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Home Group: View Revolved Section Viewalternative:Insert Section Section Revolved Section

Drafting K4Revolved Section View 9

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Home Group: View Break-out Section Viewalternative:Insert View Break-out Section View

Drafting K4Break-out Section View 13

Beak-out Section View on an existing view

1. Break Line Generation1.1 Open Sketch1.2 Studio spline

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Centerlines

Drafting K6Centerlines 2

Automatic Centerline

3D-CenterlineFunction detects 3D-cylinder surfacesas well as surfaces from tubes andcircular sweeps

1 2 3

Bolt Circle Centerline centerline via 3 points

Circular CenterlineEnter counter clockwise (partial) orcenter point and circle point (full)

1

2

3

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Home Group: Annotations ...alternative:Menu Insert Annotation

Drafting K6Annotations5

Intersection Symbolcreate between 2 curves

Target Point Symbol = point marking, that can also be used with dimensioning.

Area Fill = analogue

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Drafting Tools Group: Custom Symbols Definealternative:Menu Insert Symbol Define Custom Symbol

Drafting K6Custom Symbol 8

With this function we can create our own symbols. These were stored and activated from the Reuse-Library (see ch. B9). In this Library we have installed a Custom Symbol Library:MB3 on Part Symbols new folder : BTr-Symbols. Here we want to insert the symbol below.

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Dimension

Drafting K7Dimension 1

Home Group: Dimension Rapidalternative:Menu Insert Dimension Rapid

The most used function is Rapid Dimension. With method "inferred" the function will provide the right dimension due to the selected element.

Note:"Snap points" in the selection bar

Define the snap function. Which points should be selected!

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Angular Dimension

Drafting K7Angular Dimension 6

Special case: 2nd curve is missing

Lock Angle:While creating MB3 > Lock Anglethen position.

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Drafting K8Create a Note 3

1. 2. surface3.Cursor after 4. =25 mm5.6. 27. Position a) point or

Several applications

Note can be associative to a viewa) while positioning appears an orange line to the view centerorb) Cursor on note + MB3

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Home Group: Annotations Datum Feature Symbolalternative:Menu Insert Annotation Datum Feature Symbol

Drafting K8Datum Feature Symbol 6

again by pressing shift.

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Drafting Tools Track Changesalternative:Menu Analysis Track Drawing Changes

Drafting K9Track Changes 1

This function offers the possibility to detect changes in a drawing:

- after drawing release- after updating a model- changes in the current session- changes concerning the last saving

Open last report

Overlay with the last CGM Snapshot.Old data are coloured orange.

Settings: What should be reported? (Compare tolerance)

Delete all CGM

Delete all reports

Index Drafting

A2D-view K3-11Angular Dimension K7-6Annotations K8Area Fill K6-5Assembly View K3-5Assembly Section K4-5Automatic Dimension K7-10

BBalloon K6-4Baseline Dimension K7-7Base view K3-3Boundary K5-3Breakout Section K4-13

CCenterlines K6-1Custom Symbols K6-8Cylindrical Dimension K7-5

DDatum Feature Symb.K8-6Detail K3-7Dimension K7Dim. Parameter blocs K7-3Dim.-Preferences K7-2Dimension-Set K7-7Drawing Format K2Drawing Navigator K1-3Drawing Sheet K1-4Drawing View K3-11

EExploded View K3-12

FFeature Control FrameK8-4Folded Section View K4-10

G

HHalf Dimension K7-5Half Section K4-8Hatching K6-5Hole Callout K7-5Hole Table K3-13

IID-Symbol K6-4Image K3-17Intersection Symbol K6-5

J

K

L

MManual Dimension K7-10Master Model Concept K1-1Move/Copy View K5-1

NNote K3-1

OOrdinate Dimension K7-8Out of Date Folder K1-3Override Dim.-value K7-10

PParameterbloc K7-3Parts List K3-14Balloon K6-4Preferences K3-1Projected View K3-6Projection Angle K1-4

Q

R

Rapid Dimension K7-1Revolved Section K4-9

SSection view K4-1Unfolded section view K4-11Section line only K4-15Section Preview K4-4Section stepped K4-2Section View K4-1Sketch geometry K5-5Start Drawing K1-1Surface Finish Symb. K6-7

TText K3-1Title Block K2Track Changes K9-1

UUnfolded Section K4-11Update view K4-3

VView Alignment K5-2View boundary K5-3View Break K3-9View creation wizard K1-2View Dependent Edit K5-4View move/copy K5-1View of second part K3-4View projected K3-6

WWeld Symbol K6-6

X

Y

Z

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Feedback

more frequent use of all the features it will become a lot more easier and at the end a matter of routine for you. I would be grateful if the manual would have contributed a little bit to these new skills.

Being interested to continually improve this document I would be very pleased to receive your critical comments and all useful feedback regarding structure , content , level of detail and - of course- English language used.

I am looking forward to receiving your message.

Dipl.-Ing. Fred BindeBINDE TrainingKinzigstr. 2078112 St. Georgen im SchwarzwaldGermany

E-Mail: info@binde.deInternet: www.binde.de

Dear NX user ,

have you become a successful NX designer by now? This manual was intended to help you to reach this target. Its content was meant to guide you just through the most essential features of the NX System and its functions are only described in condensed way . But I still hope that after studying this document you have had a good chance to understand all the necessary functions and their parameters.

ModelerA - BasicsA1 - StartA2 - User InterfaceA3 - Manage PartsA4 - LayerA5 - Coordinate SystemsA6 - DisplayA7 - SelectionA8 - Input OptionsA9 - PreferencesA10 - Utilities

B - NavigatorB1 - Navigator WindowB2 - DependenciesB3 - Edit PartsB4 - GroupB5 - RollbackB6 - ReorderB7 - Construction OrderB8 - Feature BrowserB9 - Reuse Library

C - Sketch and 3D-CurvesC1 - Overview SketchC2 - Preferences and DefinitionsC3 - Create SketchC4 - Sketch GeometryC5 - Edit Sketch CurvesC6 - DimensionC7 - ConstraintsC8 - Sketch-FunctionsC9 - 3D-Curves

D - ExtrudeD1 - ExtrudeD2 - RevolveD3 - SweepD4 - 3D-Text

E - DatumE1 - IntroductionE2 - PlaneE3 - AxisE4 - CsysE5 - PointE6 - Exercise

F - FeaturesF1 - OverviewF2 - HoleF3 - RibF4 - Features without SketchF5 - PocketF6 - PadF7 - SlotF8 - GrooveF9 - ThreadF10 - EmbossF11 - Emboss-Offset

G - OperationsG1 - Edge BlendG2 - ChamferG3 - DraftG4 - Draft BodyG5 - ShellG6 - Pattern FeatureG7 - Copy FeatureG8 - Feature ReplaceG9 - Boolean OperationsG10 - Trim

H - AnalysisH1 - MeasureH2 - InformationH3 - MaterialH4 - Model CompareH5 - Parametric Modeling

Index Modeler

J - AssembliesJ1 - DefinitionsJ2 - StructureJ3 - Save and LoadJ4 - PositioningJ5 - ConstraintsJ6 - Reference SetsJ7 - Pattern ComponentJ8 - Ass. NavigatorJ9 - Assembly CutJ10 - Mirror AssemblyJ11 - InterferenceJ12 - WaveJ13 - Exploded ViewsJ14 - ArrangementsJ15 - SequencesJ16 - Deformable Parts

K - DraftingK1 - StartK2 - Drawing FrameK3 - ViewsK4 - SectionsK5 - Edit ViewsK6 - DetailingK7 - DimensionK8 - AnnotationsK9 - Track changesIndex Drawing

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