Assembly of Plummer block

Plummer block, Computer Aided Machine Drawing (CAMD) of VTU Syllabus prepared by Hareesha N Gowda, Asst. Prof, Dayananda Sagar College of Engg, Blore. Please write to [email protected] for suggestions and criticisms.

1. Tutorial on Plummer Block
Hareesha N G
Dept of Aeronautical Engg
Dayananda Sagar College of Engg
Bangalore-78
04/04/13 1Hareesha N Gowda, DSCE, Blore-78

2. 2.Plummer Block
04/04/13 2Hareesha N Gowda, DSCE, Blore-78

3. Part – 1: Body:
1. Create the sketch as shown in figure
2. Use Protrusion command to create the 3D
feature, width 36 mm
04/04/13 3Hareesha N Gowda, DSCE, Blore-78

4. Part – 1: Body:
1. Select XY plane,
2. Create the sketch on top face of the body as shown in figure
3. Use cutout command to create the 3D feature shown in figure, show outside cutout
while creating cutout
04/04/13 4Hareesha N Gowda, DSCE, Blore-78

5. Part – 1: Body:
1. Select bottom plane,
2. Create the sketch by selecting bottom face as shown
in figure
3. Use cut out command to create the 3D feature, depth
2 mm.
04/04/13 5Hareesha N Gowda, DSCE, Blore-78

6. Part – 1: Body:
1. Select bottom plane,
2. Create the sketch by selecting bottom face as shown in figure
3. Use cut out command to create the 3D feature, depth through all.
04/04/13 6Hareesha N Gowda, DSCE, Blore-78

7. Part – 1: Body:
1.Select bottom plane,
2.2. Create the sketch by selecting bottom face as shown in figure
3. Use cut out command to create the 3D feature, depth 9mm.
04/04/13 7Hareesha N Gowda, DSCE, Blore-78

8. Part – 1: Body:
1. Select bottom plane,
2. Create the sketch by selecting bottom face as shown
in figure
3. Use cut out command to create the 3D feature shown in
figure
04/04/13 8Hareesha N Gowda, DSCE, Blore-78

9. Part – 1: Body:
1.Select top surface
2.Use hole command to create the 3D feature shown in figure using
parameters shown
04/04/13 9Hareesha N Gowda, DSCE, Blore-78

10. Part – 2: cup:
1. Select YZ plane,
2. Crete the sketch as shown in figure
3. Use protrusion command to create the 3D feature, width 36 mm
04/04/13 10Hareesha N Gowda, DSCE, Blore-78

11. Part – 2: cup:
1. Select top surfece
2. Crete the sketch as shown in figure
3. Use cutout command to create the 3D feature shown in figure, show outside cutout
while using the command
04/04/13 11Hareesha N Gowda, DSCE, Blore-78

12. Part – 2: cup:
1. Select top surface
2. Crete the sketch as shown in figure
3. Use cutout command to create the 3D feature shown in figure
04/04/13 12Hareesha N Gowda, DSCE, Blore-78

13. Part – 2: cup:
1. Create a plane tangent to top surface
2. Hole command to create the 3D feature shown in figure using parameters defined
04/04/13 13Hareesha N Gowda, DSCE, Blore-78

14. Part – 3: Bottom half bearing
1. Select YZ plane,
2. Crete the sketch as shown in figure
3. Use revolved protrusion command to create the 3D feature shown in figure, use 180
o
04/04/13 14Hareesha N Gowda, DSCE, Blore-78

15. Part – 3: Bottom half bearing
1. Select YZ plane,
2. Crete the sketch as shown in figure
3. Use revolved protrusion command to create the 3D feature shown in figure, revolution
180
o
04/04/13 15Hareesha N Gowda, DSCE, Blore-78

16. Part – 3: Bottom half bearing
1. Select left surface
2. Crete the sketch as shown in figure
3. Use cutout command to create the 3D feature shown in figure
04/04/13 16Hareesha N Gowda, DSCE, Blore-78

17. Part – 4: Bolt M10
1. Select left surface
2. Crete the sketch as shown in figure
3. Use revolved cutout command to create the 3D feature shown in figure
04/04/13 17Hareesha N Gowda, DSCE, Blore-78

18. Part – 5: Nut M10
1. Select left surface
2. Crete the sketch as shown in figure
3. Use revolved cutout command to create the 3D feature shown in figure
04/04/13 18Hareesha N Gowda, DSCE, Blore-78