Sectional Views 73
dharm
d:\N-Design\Des4-1.pm5 Seventh Print
f^80
20
20
80
15
(^2080)
f^30
55
f 30
f 60
15
7
6
10
20
f 14 f^26
6
7
3
55
30
f 32
f 48
f 5
Fig. 4.16 Fork Fig. 4.17 Depth stop
f^100
f^40
f^32
15
540
4 HOLES, DIA 6
EQUI-SP
4 HOLES, DIA 10
EQUI-SP ON
80 PCD
3 × 45°
10
R25
R20
f 60
25
15
5
10
90
30
3
4 HOLES, DIA 10
ON 80 PCD
80
40
R21
f 30
45°
R55
(^5) R9
5
45
10
2 HOLES,
DIA 14
R12
Fig. 4.18 Centering bearing Fig. 4.19 Flange connector
4.10 Draw (i) the sectional view from the front and (ii) the view from the left of a shaft support
shown in Fig. 4.21.
4.11 Draw (i) the sectional view from the front, (ii) the view from above and (iii) the view from
the left of a motor bracket shown in Fig. 4.22.
4.12 Draw (i) the sectional view from the front, (ii) the view from above and (iii) the view from
the left of a machine block shown in Fig. 3.35.
4.13 Draw (i) the sectional view from the front, (ii) the view from above and (iii) the view from
the right of a shaft support shown in Fig. 3.37.
4.14 Draw (i) the sectional view from the front, (ii) the view from above and (iii) the view from
the left of a sliding block shown in Fig. 3.40.
4.15 Draw (i) the sectional view from the front, (ii) the view from above and (iii) the view from
the left of a vice body shown in Fig. 3.41.
4.16 Develop the sectional view from left, from the orthographic views of a sliding bracket given
in Fig. 4.23.
