Page 260 - Subyek Computer Aided Design - [David Planchard] Engineering Design with SOLIDWORKS

Fundamentals of Assembly Modeling Engineering Design with SOLIDWORKS® 2018

Exercise 3.2: Weight-Link Assembly

Create the Weight-Link assembly. The Weight-Link

assembly has two components and a sub-assembly: Axle

component, FLATBAR component and the Weight-Hook

sub-assembly that you created in Exercise 3.1.

• Create a new assembly document. Copy and insert the

Axle part from the Chapter 3 Homework folder.

• Fix the Axle component to the Origin of the assembly .

• Copy and insert the FLA TBAR part from the

Chapter 3 Homework folder.

• Insert a Concentric mate between the Axle cylindrical

face and the FLATBAR inside face of the top circle.

• Insert a Coincident mate between the Front Plane of

the Axle and the Front Plane of the FLA TBAR.

• Insert a Coincident mate between the Right Plane of

the Axle and the Top Plane of the FLATBAR. Position

the FLA TBAR as illustrated.

• Insert the Weight-Hook sub-assembly that you created

in exercise 3 .1.

• Insert a Tangent mate between the inside

bottom cylindrical face of the FLA TBAR ip Mate Alignment

and the top circular face of the HOOK in

the Weight-Hook assembly. Tangent mate is >

selected by default. ClickFlip Mate Alignment if

~ Exercise 3.2 Weight-Link Asseml

needed. • ~] History

lflJ Sensors

• Insert a Coincident mate between the Front • IA I Annotations

[i:J Equations

Plane of the FLA TBAR and the Front Plane of dJ Front Plane

the Weight-Hook sub-assembly. Coincident dJ Top Plane

dJ Right Plane
mate is selected by default. The Weight-Hook L origin

sub-assembly is free to move in the bottom -~ Center of Mass
•

• ~ {f) Axle<1> {Default<<Defai
circular hole of the FLA TBAR.

• ~ FLATBAR<1> (Default<<Def

• ~ {-) Exercise 3-1 <1> (Default

• Calculate the Mass and Volume of the assembly . ts,O@ Mates

@ concentric1 {Axle <1 >,Fl

/\ Coincident1 {Axle<1 >,Fl
• Insert the Center of Mass icon into the assembly. /\ Coincident2 (Axle<1>,Fl

°' Tangent1 {FLATBAR<1>,

/\ Coincident3 (FLATBAR<·

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