Page 274 - Subyek Computer Aided Design - [David Planchard] Engineering Design with SOLIDWORKS

Fundamentals of Assembly Modeling Engineering Design with SOLIDWORKS® 2018

The Piston Rod linearly translates the ROD CLEVIS

in the LINKAGE assembly.

ROD
• Create a new assembly. Copy all files from the

CLEVIS

Chapter 3 Homework folder. Open and insert the

AirCylinder assembly. Fix the AirCylinder

assembly to the Origin.

• Insert the Axle.

Insert a Concentric mate between the cylindrical face

of the Axle and the inside circular face of the ROD

CLEVIS hole. Note: You can also use the Quick

mates procedure for all non-reference geometry

(planes, axes, points, etc.).

• Insert a Coincident mate to align the Axle in the ROD CLEVIS holes. The Axle is

symmetric about its Front Plane.

• Insert the first FLAT BAR - 9 HOLE component as illustrated.

• Utilize a Concentric mate and Coincident mate. The FLAT BAR - 9 HOLE rotates

about the Axle.

• Insert the second FLAT BAR - 9 HOLE

component on the other side. Repeat the

Concentric mate and Coincident mate for

the second FLAT BAR- 9 HOLE. The

second FLAT BAR- 9 HOLE is free to

rotate about the AXLE, independent from

the first FLAT BAR.

• Insert a Parallel mate between the

two top narrow faces of the FLAT

BAR- 9 HOLE. The two FLAT

BAR - 9 HOLEs rotate together. [ Default

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