Assembly of Tail stock, Computer Aided Machine Drawing (CAMD) of VTU Syllabus prepared by Hareesha N Gowda, Asst. Prof, Dayananda Sagar College of Engg, Blore. Please write to hareeshang@gmail.com for suggestions and criticisms.
Z Score,T Score, Percential Rank and Box Plot Graph
Assembly of Tail stock
1. Tutorial on Tails Stock
Hareesha N G
Dept of Aeronautical Engg
Dayananda Sagar College of Engg
Bangalore-78
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2. PART 1: BODY
STEP 1: Protrusion
Sketch on YZ plane or right plane as shown in fig
Symmetric protrude distance 312 mm
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3. STEP 2: Cutout
Sketch on XZ plane or front plane as shown in fig
cutout depth mm 150 mm
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4. STEP 3: Cutout
Sketch on YZ plane or right plane as shown in fig
cutout depth up to next surface
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5. STEP 4: Cutout
Sketch on YZ plane or right plane as shown in fig
cutout depth up to next surface
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6. STEP 5: Cutout
Sketch on XZ plane or front plane as shown in fig
cutout depth through all
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7. STEP 6: Cutout
Sketch on XZ plane or front plane as shown in fig
cutout depth through all
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8. STEP 7: Revolved Protrusion
Sketch on XZ plane or front plane as shown in fig
revolve protrusion angle 3600
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9. STEP 8: Protrusion
Sketch on XY plane or Top plane as shown in fig
Symmetric protrusion distance 70 mm
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10. STEP 9: Cutout
Sketch on YZ plane or front plane as shown in fig
cutout depth 70 mm
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11. STEP 10: Hole
Hole 1 of diameter 38 mm through all
Hole 2 of diameter 22 mm depth 35 mm
Hole 3 of diameter 8 mm, 4 holes depth 15 mm
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12. PART 3:BARREL
Sketch on XZ plane or front plane as shown in fig
Use revolve protrusion angle 360o
cutout dimension 4.5 x 3 mm length 245 mm
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13. PART 4:SCREW SPINDLE
Sketch on XZ plane or front plane as shown in fig
Use revolve protrusion angle 360o
cut out 4.5 x2.25 and 28 mm length
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14. PART13 handle
Sketch on XZ plane or front plane as shown in fig
Use revolve protrusion angle 360o
sketch on XY
or top plane as shown
Symmetric protrusion distance 40 mm
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15. PART19 CENTRE
Sketch on XZ plane or front plane as shown in fig
Use revolve protrusion angle 360o
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16. PART 8 HAND WHEEL
Step 1:
Sketch on XZ plane or front plane as shown in fig
Use revolve protrusion angle 360o
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17. PART 8 HAND WHEEL
Step 2:
Sketch on XZ plane or front plane as shown in fig
Use revolve protrusion angle 360o
Hareesha N Gowda, DSCE, 17
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18. PART 8 HAND WHEEL
Step 3:
Sketch on YZ plane or right plane as shown in fig
Use lofted protrusion
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19. PART 8 HAND WHEEL
Step 4:
circular pattern according to the requirement
Hareesha N Gowda, DSCE, 19
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