Create This Drawing Using Solid Primitives
Step #1
Use This Template to Begin the Drawing.
1
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Southwest
Isometric View
Step #2
Create the (Ø1.0631) Cylinder
From the Modeling Toolbar p- Cylinder
Specify Center Point of Base or [3P/2P/Ttr/Elliptical]: p- pt. #1 using (**** Center)
Specify Base Radius or [Diameter]: t- D (for Diameter)
(Enter)
Specify Diameter: t- 1.0631
(Enter)
Specify Height or [2Point/Axis endpoint]: t- 0.4375
(Enter)
Step #3
Create the (Ø0.125.) Cylinder -- (Ball Key)
From the Modeling Toolbar p- Cylinder
Specify Center Point of Base or [3P/2P/Ttr/Elliptical]: p- pt. #1 using (**** Quadrant)
Specify Base Radius or [Diameter]: t- D (for Diameter)
(Enter)
Specify Diameter: t- 0.125
(Enter)
Specify Height or [2Point/Axis endpoint]: t- 0.4375
(Enter)
Step #4
Union the (Ø1.0631) & the (Ø0.125) Cylinders
From the Modeling Editing Toolbar p- Union
Select objects: p- Cylinder (Ø1.0631) (step #2)
Select objects: p- Cylinder (Ø0.125) (step #3)
Select objects: (Enter)
Step #5
Create the (Ø1.625) Cylinder
From the Modeling Toolbar p- Cylinder
2
Specify Center Point of Base or [3P/2P/Ttr/Elliptical]: p- pt. #1 …at the Top Plane of the 1.0631 Cylinder
Created in Step #2--using (**** Center)
Specify Base Radius or [Diameter]: t- D (for Diameter)
(Enter)
Specify Diameter for Base of Cylinder: t- 1.625
(Enter)
Specify Height of Cylinder: t- 0.3125
(Enter)
Step #6
Union the (Ø1.0631) & the (Ø1.625) Cylinder
From the Solids Editing Toolbar p- Union
Select objects: p- Cylinder #1 (Ø1.0631)
Select objects: p- Cylinder #2 the (Ø1.625)
Select objects: (Enter)
Step #7
Create the (Ø2.084) Cylinder
From the Modeling Toolbar p- Cylinder
Specify Center Point of Base or: p- pt. #1 using (**** Center)
Specify Base Radius or [Diameter]: t- D (for Diameter)
(Enter)
Specify Diameter for Base of Cylinder: t- 2.084
(Enter)
Specify Height of Cylinder: t- 0.750
(Enter)
Step #8 Subtract the (Ø2.084) Cylinder from the (Ø1.625) Cylinder
3
From the Modeling Toolbar p- Subtract
Subtract Select Solids & Regions to Subtract From
Select objects: p- Cylinder #1 (Ø2.084) (of step #7).
Select objects: (Enter)
Select Solids & Regions to Subtract
Select objects: p- Cylinder #2 (Ø01.625) (of step #5).
Select objects: (Enter)
Step #9 Fillet
Place a 1/16 Fillet Radius on the (Ø1.625) Cylinder
From the Modify Toolbar p- Fillet
Select First Object or: t- R (for Radius)
(Enter)
Specify Fillet Radius: t- 1/16 (Decimal Equivalent 0.0625).
(Enter)
Select First Object or: p- Cylinder #1
Enter Fillet Radius <0.0625>: (Enter)
Select an Edge or: p- Cylinder Face #2
Select an Edge or: (Enter)
Step #10
From the Visual Style Toolbar use Realistic to Check Fillet
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Step #11 From the Visual Style Toolbar use
Wireframe
Step #12 Extrude the Tooth Profile
From the Modeling Toolbar p- Extrude
4
Select Objects to extrude: p- The Tooth Profile
Select objects to extrude: (Enter)
Specify Height of Extrusion or: t- 0.75
(Enter)
Step #13 3-D Array the Tooth Profile
From the Pull-Down Menu:
p- Modify
p- 3-D Operation
p- 3-D Array
Select Objects: p- Extruded Tooth Profile
Select Objects: (Enter)
Enter the type of Array [Rectangular/Polar]: t- P
(Enter)
Enter the Number of Items in the Array: t- 30
(Enter)
Specify the Angle to Fill <360>: (Enter)
Rotate Arrayed Objects: <Y>: (Enter)
Specify Center Point of Array: p- pt#1 using (**** Center) of Cylinder “A”
(ORTHO “ON”)
Specify Second Point on Axis of Rotation: p- pt#2 anywhere Above the “Top Edge” of Cylinder “A”
Step #12
5
From the Visual Style Toolbar use Realistic to Shade the Drawing
Step #13
From the Modeling Toolbar p- Union
Select Objects: Window Entire Shank Gear
(Enter)
Step #14
Change Shank Gear to Color #253
6
Step #15 Create 3-Viewports as Shown Below
From the Pull-Down Menu: p- View
p- Viewports
p- 3 Viewports
Enter a Configuration option <Right>: (Enter)
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From the Orbit Toolbar use “Free Orbit” to check the Cylinder for “Through Opening”,
“Fillet”, and “Ball-Key” areas as Shown Below
