100 Parts PDF

16
0,75
30
4,4
1
115.715 mm^3 Inventor 1
A-A
5
al
p heric
0s
30 R3
15
2,5
R2
2,5
s
ole
2h
3
30
13

B C D
60
A 1
48 R0
,2 R0,
2
19 0,7
11,5
50,5
30 10
A-A
41
4,3
,2
B R0
15
R3
R3 R2 D
,2
,5
R3
R0
0.2x45
R2 64,4
12,6
20,8
38
52
R2
25,8
R2 R1
26
6,5 1x45
5 45
1x45
C
9,1
22
A

19,5 25
R2 3x45
45
44,399
36,547
25
35,5
8
18'
149,2
155,5
30,5
R11
15,9
160443.413 mm^3 Inventor 4

A-A
64
9,5 19 21
H 7 ( +0
- 0 ,015
,00
0 ) R3
R3
2x45
R2
7
5
0
R1
R2
9,5 20
)
+0,1 00
12 ( - 0
,0
5,2 H
les
2 ho
R6
38,8 E8 (+ 0,050)
38,5
+ 0,089
46,5 +- 0,10
0,00
A 34

60
40
16
R1
A-A
5 16
80
R4 R4 R4
42
12
30
145
50
R1
5
R1
5
30
5
R1
100
3 hole
s 15
A A
50
135
42
45
5
R1
R1
5
293242.361 mm^3 Inventor 6

65
120
47
R3 38
1
16
5
D
56
60
1x45
4
0,5x45
49,6
50
R10,5
R39,
5
R10,5
64643.093 mm^3 30 Inventor 7

12
9
8
2
A-A A
2
20
41
2
50 30
A
B
B-B
R2

34,8
A 2,5 2,5
26
56
A-A
R1
B B
2
24,5
43
44
2x45
R1
69 5
2,5
A 4
90
3 equidistant countersinks 12
B-B

l
ica
12
er
R1
ph
0
sp
0s
he
R2
ric
al
10
A-A
R6
40
R4
42
15
20
68
1
R3
6
R1
A 2h A
o le
s
12
88776.577 mm^3 Inventor 10

6
2x45 A-A
12
5 taper 1:50
2 taper 1:50
31,5
18
8
15
28
Note: The taper K is the rapport of the

diameter difference of two cross sections
of a cone and the axial distance between
A A the sections
5
15076.050 mm^3 Inventor 11

28
18
0
R2
25
32
15
40
R200
155
14
84
15
42
100
R1
0
60
40
4h
oles
10
80
172529.495 mm^3 Inventor 12

A A-A eric
al
8 sph
R2
58
90
8 15
106
R1 8
2 R2
61
61
16
A
172
130
R4
R6
12
32
70
R6
306924.803 mm^3 Inventor 13

30 48
16 30
R8
R8
1,5x45
8
le s M 22
2 ho
R8
62
74
53
44
R2 R2
2x45
35
16
4
1,5x45
8
36 22
65 45
55
90610.512 mm^3 Inventor 14

38
90
A-A
9,5
10,3
4,5
R23
4x45
4x45 4x45
2
24
5 R4
8,5
5,7
8,5
13
5
26 31
50
R6,5
39
13
A A
28
35,5
23306.930 mm^3 Inventor 15

A
155
A-A 8 34
17,3
1
R1
8
R0 ,5
R0
45
1,5 ,5
15
18
20
25
20
18
0,3
45
18
5 taper 1:50
35,7 35 21
A 106
10
1x45
5
1x45
Note: The taper K is the rapport of the

diameter difference of two cross sections
of a cone and the axial distance between
48207.033 mm^3
the sections
Inventor 16
5
15 0
R1
5
R1
55
R4
25
R2
5
2
4
2 2
20
10517.059 mm^3 Inventor 17

80
38
12 45
R 4,
4
R35
6
5
45
R10
90
R3
R1
2
15 R7
70
30
40
R 35
R45
17
30 19
20463.836 mm^3 Inventor 18

R4
R4
33
88
0 20
R2
22
120
24
60
8
ur i
3g
6
40
R4
74
R1
R4
2
2
R1
12
16 10x45
44
38
R4
R4
96
307781.318 mm^3 Inventor 19

10
A-A 5
0,5x45
3,5
0,5x45
0,5x45
2
5,5
1,5x45
12
8,5
G1/4"
8,5
10,5
20
5
11
0,5x45
0,5x45 2
9
18
A A
25

36
4
1,5 R1
14
5
20
15
R6
R6
15
117
78
R6
48
56
21
30
49402.496 mm^3 Inventor

A 15
50 A-A
12
uri
2g
62
R5
38
16
8
5 12
A
70
R5
22
60
R8 42
1
R2
86
109840.625 mm^3 Inventor 22

A A-A
188 43
R1
0
4 g uri 10 5
R1
74
49
30
30
116
96
16
18
32
15
46
je
leza
2a
52
56 20
26
A
110
130
311149.034 mm^3 Inventor 23

B-B
B A 8
15
8
5
R6
100
45
12
15
A
6 holes
70
100
70
60
48
36
168
45
2 holes
10
20
13
19
130
5
B 60
4 holes 15
R1
5 A-A
22
18
15
120
90
150
180
937844.044 mm^3 Inventor 24

A
7
A 42
R7 7
28
15
10
26
57
A-A 50
R5 40
9
s
ole
2h
R12
50
40
40 R12
R1
2
R25
5
les
4 ho
47519.002 mm^3 Inventor 25

2
A R0
,4
0,9
1 54 54
26
2,5 4 2
12
A
2
R2
4
1x45
4,8
1x45
45
25
113
200
60
B-B 0,576 - 30 grooves
12 11
1
R0,
20402.174 mm^3 Inventor 26

70 A
40
5 (17 blades)
10 24
A-A
32,5
30
4
4
8
,5
R6
R2
2
30
20
R3 R1
0
30
144
225
182
50
78
70
50
35
5
R3
R3
R6
120
4
135
4
45
41
4 48 A
331361.261 mm^3 Inventor 27

30
B-B
R2
12
A-A 34
E-E 30,5
A 2,15 25
D-D 5 R0,5
R11
52
47,5
64,5
55
52
D E D 1
0
9,5
R1
7
E
110
B B 30 4
C-C 5
R4
0.5x45 0.5x45
51
C C
41,8
32
34
5
A
Separating Line
for forging
Note: All undimensioned radii are R2
72135.203 mm^3 Inventor 28

37
20
R35
R1
8
3
40
R5
30
125
122
28
8
92
8
17
64
124
11
22 s
R3 ole
4h
28
34
56
R3
102
156557.366 mm^3 Inventor 29

R4
20
40
70
12
2x45
60
91
80
R15 4
R3
14
68
50
10
12
20
60
216857.111 mm^3 Inventor 30

C
22
A A-A
R109
8
R115
6
125
22
2
52
B C
35
R6
16
9
2
8
B
3
32 R1 16
6,5
30
10,5 26
35
56011.601 mm^3 Inventor 31

32
20
14
9
3
R5
45
50
68
M
18
x1
.5
45
32
75 40
15
R8
86
72
3 ho
les
8
71
227063.493 mm^3 Inventor 33

l
r ica
he
sp
A-A R1
2
9
les
2 ho
R5
A
10
122
R5 120
87
44
6
2
24
28
32
14
62056.897 mm^3 Inventor 34

A-A
1x45
16 10 A
30
25
60
30
15
R4
1x45 2
15
4h
80
oles
e qu 10
40
idis
ta n
115
R4
25
70
1x45 R4 40
50
R4
35
10
30
A
110
55
0
R1
4 holes
70
10 equidistant
25
3/4"
30
30
3
27
181901.350 mm^3 Inventor 35

78
54
40
38
R6
4
R1
40
26
R8
R8
30
128
70
15
50
R6
36
R14
8
128
2x45
2x45
185968.621 mm^3 Inventor 36

58
A
R30
25 25
26
s
ole
2h A-A
B 33
45
B 20
B-B
85
4
115
102
122
18
ho idis
90
170
eq
le ta
15
u
160
s nt
30
90
10
1,5
135
1x45
1x45
A
1x45
1x45
1x45
18
14
6
13
537982.369 mm^3 Inventor 37

104
85
50
30
4
39
35
25,5
30
12
11
16 (2 rectangular holes through all )
23
7
72
84
16 (4 channels equidistant)
160
R8
28
R14
45
200
130
4 ho
l es
12 e
quid
is tant
, thro
ugh
al
38
l

52
25
40
2
R1
9,5 3
35
1,5
5
45
6
13
45
24,5
8 24,5
80
66
40
R5
20
10
2h
ole
s
5
45
5
s
ole
2h
30
30206.005 mm^3 Inventor 39

90
18 38
45
1x45 1x45
2x45
10
23,86
1 26
15
31
5
' 16"
10
4 holes 11
74
3
3
80 40
90
60
38
111738.015 mm^3 Inventor 40

97
67
64
21
R38
64
18
46
57
A
11
24
R90
35
R6
B
87
R6
(194,4)
20
125
125
22,5
46
47
35
35
56
A
R10
3
3,4
R1
0
20
B
119 69 4,5
139 72 2,8
4 holes 10 75
2 holes 6,5 80
A-A
30
28
14
Note: The dimensions in paranthesis () are informal only
14
333024.246 mm^3 Inventor 41

2
A-A
B 3
40
90 B-B
A
8
R3
A
54
24
23
32
4
14
R3
8
B
42
56
R2
R2
6
6
12
13098.750 mm^3 Inventor 42

B
9 equidistant
B-B 50
16
30
6 holes
9
14
R4
8
1x45 1x45
55
80
,7
78
R 62
66
R27
5 ,
R23
B
138
9
18
164498.843 mm^3 Inventor 43

A-A B-B
12
24
30 21
30
6
60
R8
4
B B
10
30 70
0
R3
21 30
30
R8
4
60
16
10
A A
6
R5
331358.491 mm^3 Inventor 44

41
R6
20
R2 44
2
36
R4
0,5x45
72
R2
21
A A
30
22
20
66
60
R2
R6
A-A
10
2
4 holes M4 0,5x45
37 45
49543.839 mm^3 Inventor 45

38
A-A 34
15 4
3
R1
14
R14
30
24
14
By standard, when a rib is
120
sectioned in its mid-plane
10 the hatch is void
55
82
82
21,5
R2 R2
15
64
64
R6
A A
15
2x45
12
292041.220 mm^3 Inventor 46

100
A-A 86
8 holes 18
70
10
R3
20
20
20
50
35
25
250
67 66 67
R18 R18
R 55
R1
8 R5
5
180
140
A
R3
R3
R3
R2
0
11
A 130
1680918.203 mm^3 Inventor 47

60
A-A 46 B-B (rotated)
52
6
20
R4 R4
28 D
12
140
122
52 28
8
R2
94
84
26
12
86 4 holes 16
C B 18
R2 C
0
0
R2
R2
R2
R4
0
0
R 48
8
2
108
R3
80
A A
28 116
D
979569.527 mm^3
B
Inventor 48
6 5 6
R2
0
20
R5
52
20 43
100
6
50
R15
8 6
20
R20
6 6 6
12
2
6
9
R1
5 R26
8
52
43
6
R2
9
49 12
96445.594 mm^3
64
Inventor 49
50
A 44
50 A-A 38
12
28
R1
35
2 46
R5
16
2x45 R5
4
8
28
16
154
55
55
66 64
R5
86
22
40
25
14
8
74
es
4 hol
90
56
A 66
70
189717.979 mm^3
53
Inventor 2
A
72 7,5 31,5
5 7
R16,
20
7
R1
2,5 A
3
R2
14,86
20
16,5
1 25' 50"
10
1x45
7,5
R10
18
R2
M8
58,5 10
5,5 54
A-A 43,5
4
15
R11 1x45
24
12
8
2
142
29675.177 mm^3 Inventor 51

11 A-A
40
6 holes 10 A
30
80
40
6 holes
R2
16
10 25
A
75
16
18 - 3 channels equidistant
0
184 R9
611247.464 mm^3 Inventor 52

92
46 2 holes 10
15
2 holes 5
37
G1/4" 16 30
18
78
15
14
R4
20
41
32
11
18
18
4
18
5 62 6 holes
32 50
11 equidistant
142
1
R1
8
11
R8
70
30
R8 62
30
95
444241.998 mm^3 Inventor 53

180
72
12
12
18 32
32
75
102
a nt
8 i st
l es M quid 60
o e
4 h th 8
63
p
R50
de 28
2
13
14
45
162 2 holes 16
228
R5 9
d epth
e s M10
l
6 ho
R1
14
8
60
160
90
75
60
76
86
0
R1
160
836993.759 mm^3
176
Inventor 54
A 4 holes 12 A-A
1x45
20
60
10
50
50
15
40
2
30
48
36
20
A 64
4
250
28
28
R12
24 4 ho
le s
12
28
28
28
R1
R1
20
00
28
180
28
14
12
55
125
1033775.096 mm^3 Inventor 55

20
70
A
10 80
64
25
0 0
R1 40
80
64
5
25
8
le s
4 ho
60
10
90
R8
45
74
4h
o le
s
8e
qu
i di s
tan
56
t
A
48
32 56
38
A-A
12
27
90
79
20 48
48,5
45
4
13
32
27
A 48
68
4
ho
les 50
R9
8
R4
90
72
12
8
R1
R21
60
268764.411 mm^3 Inventor 57

35
11
14x45
5
12
R7
2
R10
12
14
23
6
15
20
104
25
12
R1
56
4x45 5
46
16
11
2 holes M8
24
110
36 58
14
R8
8
38
R8
84 46
150
203510.815 mm^3 Inventor 58

20
80
70
60
15
60
80
200
100
80
115
190
R7
5
80
4
23
ho
0
le
s
20
eq
ui
di
st
an
t
20
95 205 145
R50
140
160
200
20
20
R20
R2
s
le
160 0
ho
s
le
2
ho
200
2
2999772.392 mm^3 Inventor 59

94
36
5
50
R1
28 es M12
2 hol
R70
14
5 R4 34
R1
A A
0
R3
124
100
84
80
30
R60
R4
15
102
30
R4 R4 12
R4
20
40 96
A-A
153
R8 13
s
ol e
2h
50
180
416914.753 mm^3 Inventor 60

A
110
10
10
287561.350 mm^3
10
4
4 90
h
eq oles
B
uid
ist 8
an
t
20
60
R2
3
30
40
R4
46
16
M8
A-A
30 46
A
R23
30
B
B-B
10
40
30
20
76
10
60
90
10
4 4h
eq oles
uid
i st a 8
nt
Inventor
61
68
2h
B-B 9 B 17 ole
sM 52
8 R8
R4
A A
68
52
R6
34
13
26 76
h9 8
pt s M
de hole
120
B
2
43
C
27,5
C
2 ho
le s
14
A-A
5
R27,
R2
41
30
37
25
30
42
50
80
R2
R2
2 22
4
R1
10 31
132724.206 mm^3 Inventor 62

62 A-A B
56
10
17
17
25
8 (18 grooves)
67
R3 0
12
40
70
B
87
50
5
8 8
35 18
s
le
100
ho
90
R18
R8
R8
76
R8 2
R8
R8
128
8
8 8
R1
20
R8
44
75
R18
R8 R8
A
18
8
R1
8
130
148
A
415970.176 mm^3 Inventor 63
1,5x45
R30
(tool
28
radiu
s)
86
62
174
12 1,5x45
70
110 1,5x45
1,5x45
55
60
A
A
17
0
4 counterbores 29
62
60
70
R8
7,5
,5
R0
36
55
14
2,06
R8
R5
45 grooves
R5
19
R1
4 holes 4 14
59 8
2 holes 7
747534.832 mm^3 Inventor 64

123
33
R1
13 13 30
A
47 R5 13
(6
45
28 14 eq
uid
is tan
tr
i bs
)
A-A
3
15 1,5
51,3
63
20 33 A
246
152
122
120
120
124
137
316
95
5
4,15
B
100
33
12
1,5x45
6
55,5
45 B
34
B-B
4 holes 7
equidistant
45
1682699.449 mm^3 Inventor 65

275
15
125
50
5
20
70
135
60
60
50
40
125
12,5
165
425
350
12,5
75
R1
2,5
25
25
12,5
s
ole
2h
1066608.787 mm^3 Inventor 66

A-A
10
20
B-B
6
20
B
R44
44
7
R19, 10
27
R6
R6
13
27
70
les
ho
38
38
R6 3
R6 40
2
A 58
R6 A
R2
5
150
100
10
R6
10
62
65
80
34
2,15 21 2,15
7 B
295154.993 mm^3 Inventor 67

67 4
12 A
3,5
R3, 5
5 R3,
10
30
11
9
12,5
30
9
20
15
5
40 18 A-A
30
8
A
10
12
12
12
10 11
120
88
R7
24
38
46485.411 mm^3 Inventor 68
B-B C A-A
C R25
60
6
es nt 15
l
ho dista
3 ui
9
4 holes M8
eq
R2
14
1x45
42
54 R8
30
22,5
13
12
64
B
R1
45
22 1
A A
10
64
le s
B
ho
84
69
2

A
164 6 ho
les 35
18 e
quid
istan
t
0
17
6
1x45
'
22 30
1
110
101
100
210
88
8
2
ho
20
7 30
le
60
B B
17
80
'
112
0
R2 0
60 R10
3
15 44,5 44,5
17
35
A
B-B
60
1
6 equidistant ribs 98
1214143.564 mm^3
4 counterbores 35
Inventor 70
34
49
12
B-B B
R6
R3
R1
0 )
50
62 H7 (+- 0,03
R 5 20 0,1 2,2
55
68
80
64
30
22 1 A A
78 - 00,3
+
R1
6 , 5 R1 6
R3
,5 6
40
32
80
R3
14
12
50
160
50
B
A-A
R8
(+-00 )
,27
13 H13
3 holes
12
72
30
15
R8 118
R12
228500.505 mm^3 Inventor 71
300 80 80
50
60
40
0 5
R1 10 45
15
l esM 8
o 10
8h
95
60
36 15
15
110
75
68
A
108
298
A
75
43
470
140
390
108 94
8
l es Mt
ho an
x 4 dist
2 ui
eq 14
237
45
110
s
R115
R85
14 le
16 ho
0 14
14 R1
15
40
40
14 40 220
R2
8
24
0
les
ho
100
2
A-A
45
3
6
43
16
65
24
40
11
2714866.225 mm^3 Inventor 72

120
R2
0
R42
20
u ri
2g
0
R2
A-A
R42
66
72
60
120
70
3
0
R6
36
R4
R2 2x45
R4
2g
160
uri
10 20
R4
50
42
56
2"
24
80
10
R4
46
3
3
66 22
148
80
A A
505885.027 mm^3 Inventor 73
16
7 A-A
B
8
6
8
17
23
18
R9
5 10
7
50
13 6
R26
R9
39
29
10
17
61
17 B
38
27
6
A
81
8 1
R5
R30
12
38
60
31 135
83 6
17
A
150
43373.133 mm^3 Inventor 74

82
14
8
22 20
2x45 45
1x45
18
20
10
34
30
20
15
30
18
8
1x45
80
30
75
40
34
25
10
2x45 R2
22 40
4
82
68
2 hole 5
s 13 R1
85
144993.492 mm^3
30
Inventor 75
18
8,2
2 52 42
38
M8 10
5
47
3 5
15
8
5
19
1x45 38,5
33 48,5
43
8 R26
52
40
8 54' 40"
28
R9
62201.971 mm^3 Inventor 76

180
128 A-A A
R140
6
R135
R1
R140
36
equidistant
9
5
6 holes M8
R 20
R12
91
R3
14 26
60
158 18
134
118 100
170
R3
B
42
81,7
110
156
248
24
6 holes M8 equidistant
R4
2 R4
R1
66
60
56 18 61, 05
94 14
40
54
56
B 24
40
R3
R239
R250
R250
R245
36
5 R2
R10 R1 0
6
124
4,5
C A
1,6
B-B
9,5
2 holes 12 C 4 holes 11
5
10
58
42,5
45
45
36
33
28
45,6
14
77
6

65 64 53
45
A-A 32,5 A
28
B
7
15
180
20
epth
31
31
20, d 165
0
R2
4
R2
35
48
74
R18
47
8
R5
R1
20
130
30 20 68 68
45
3 holes M18
120
B
A
B-B (rotated) 39,5 170 32,5 125
10 10
11
0 153
180
20 20 19
,d 0
ep
t h1
40
13
90
40
17
47
13,5
3 holes 14 262
13,5
20 95
3586417.385 mm^3 Inventor 78

19
R 19
22
16 R3
16
44
8
41
3
R3
R1
9
R1
A-A
28
5 2
R1
173
8
12
3
A
74
R98
A
2
8
45
5
56
R220
20 16
8
2 2h
R1 ole
s
8
61319.887 mm^3
125
Inventor 79
A-A
6
0
M1
28
s
22
ole
48
8h
60
0
B B
R4
18
100
140
60
213
80
70
0
R3
R3
42
0
70
40
45
25
100
15
15
90
60
B-B
15
65
100
130
80
R7
55
5
R16
16
R50
s
210
60
ole
130 55 25
R50
2h
R1
6 150
100
R8
45
R75
118
R55 R65 315

A A
210
M8s
hole
10
3758030.252 mm^3 Inventor 80

143
60
11
A-A 44
3 8
43
R4 l es
4 ho
0
40
30
60
44
R4
R4 R8
R4 4
60
R
4
20
74
10
90
B 8
les ant B-B
105
o
8 h i di st
91 u
eq
85
30
A A
91 30
40
66
R8
8 R4
6 holes 80
nt
equidista
327978.087 mm^3
B
Inventor 81
43
35
50 28
2
R5
10
5
s
ole M5
2h 50
o les 30
15
5h 10
2
45
5
60
2
90
R2
67,5
4
7
53
100
95
81
26
66
24
1x45 75
45
2
5
87, 7 5
sM
90
hole tant
4 idis
equ
25
29
50
199248.759 mm^3 Inventor 82

28
C-C
8
R39,
10,5
24,5
E
21,1
C
53
D
E F
33
M22
16
9
3
60
30
6 6 20
10
C
5
47 28
242 60
R5 35 channels
F 0
3
D
B-B
11
60
6
60
R0
,3
11,5
5
1,5
R1
R2
1,5
R2
R 13
,2
A
32 51
A-A
29,6
R1
46
,5
,5
12 0.5x45 R1 ,5
,5
R1
R0
R39 1.5x45
1,88
,2
7 21'
9
40
B
60
50
R2 B
42
R2 0.5x45
31
0.5x45
50
1.5x45
28
1,88
18
R3
8 A
2
214344.656 mm^3 Inventor 83

44
30
M30x1.5
1x45 Vedere din A
18 1x45
12
90
8
G3/8"
32
17
22
20
22 1x45
R3
2
2
1x45 15
2,5
26
1x45
R3
2 32
42
17
G3/8"
32
22 R3
69
6
23
4x45
12
34
R3
4
3
28
6
21
12
1,5x45
90
90
14,5
10
0,7
22
9
32 12 21
2
1x45
55
42
60
M64x1.5 78
54 54
1x45 1x45
32
1
R4
155308.297 mm^3 A Inventor 84

46
90
5
23
20
4 ho 4
7x45 le s
11
8 D-D
53
equid
,7
istan
4
t
4
ho
10
R7,
l es
5
19 74
M6
140
92
40
75
66
90
2,65
D
72
86
40
60
174 62
C-C 25
65 13
83
A
5
D
R2
1x45
66
A
12
2,15
18
1x45
1x45
R2
B
2,15
65
5
76
19 13
A-A C C
B
R2
30
85
80
R2
45
15
R2
524655.996 mm^3 Inventor 85

150
A-A
32
R25 5
R1
45
R5
21
R5
R3
R5
90
2
65
8
135
45
R5 21
60
R15
R18
46
22
15
10
8 8
100
10
R1
s
ole
0
4h
0
R1
8
15
104
76
65
58
36
46
30
A A
6
R2
R1
0
8
18 64
100
282809.640 mm^3 Inventor 86

A-A B
4
les
146 5
ho
5
18
5
52 5
3
3
95
38 14
6
R7
5
R7
4
3
6
4
5
R7
R2
5
5
10
R2
3
R7
R7
R4
60
R7
10
R7
R7
20
23
20
30
B
R34
R46
2,5
18
R1 12
A R1
5 ,5
A
30158.883 mm^3 Inventor 87

A 8,5 A-A
47 43 ,5
R8
20,5
R8
R2
,5
24
36
1 R2
12,5
1
8
s
le
ho
2 5
30
A B-B
50
B
9
R10
49 32
24,5
2
ho
9
le
s
R2
B
8
9
4
38
60,5
R3 36
4,
,5
5 15 10
R8
M8 h
3 holes pt
de
8
M
44
35
R16
,5
20,5
R8
4,5
88
R8,5
43
R3

A-A
15 80
p th
de 68
8
R3
M
8
16
17
20
20
7
43
23
45
24
45
24 50
M8
123
th
7
64
ro
40
95
ug
R3
43
53
74
h
86
75
51
20
126
40
25
45
10
22 18 7
3
125 110
6h
o
120
equ les M 120

idis 8
t an 15,5
t
R8 B 10
8
B-B
63
8
A A
64
74
0
14
8
B
634290.282 mm^3 Inventor 89

100
22
B B-B 70
100
5
C
17
30
56
65
85
3x45
3h
ol
C-C
dep es M8 30 70
th 2
40
5
A A M1
6
220
120
106
C
40
R2
R2
20
35
90
30 R12 80
50
25
25
190
B 70
120
190
8 holes M8
165
equidistant
A-A
25
150
130
23
27
28
60
68
R1
30,5
80
55
2
sp
he
ric
20
40 al
45
R2
159
14
70 R2
40 R2
61
41
40
24
18
75
14
100 6 holes M8
5x45 equidistant
2330568.185 mm^3
120
Inventor 90
R1
0
E-E
A 10 21
A-A
113
R7 50 65
7 47
,5
oles
4h R2
33
7
R7 R2
,5 45
R2 7
40
7 4 R2 R8
15 E
C
55
1
16
C
83
R7,5
18
19
,5 ,5
R7 ,5 R0
R7 2 1
33
30
B R2
19,5
,5
R2
R2
R2
6 R0 R2
R2 R2
D
12
8
7
31
10
A
E B 3
h1
42 pt
C-C 47 37 M5
, de
s
25
ole
2h
4 37
12,5
14,5
R2
21
27
R2
R2 14
10
78
63
24
D
36
22,5
20
R2
10
4h
ole
s
6,2
13 58
R7
,5
73
166891.781 mm^3
7
Inventor 91
35
A-A A
10
B 5 B-B
2x45 2x45
30
4
6
s 3
hole 5
6 19
R5 3
74
5 3 8 5
5
25
37
22
R4
5
3
15
16
10
13
32
24
25
20
7
10 7 32
45
10
32,5
65 B A
116853.807 mm^3 Inventor 92

225
G2"
46
40 A-A
55
16
20
20
3
R3 110
G1 3/4" 14
36
30
B-B
40
120
44 10 40
R3 B 4 hol
es
10,5
56 equi 20
26
20 5 dista
72
nt
5
R3
30
88
36
36
6
5
45
G1 1/4"
20
120
30
30
36
45
46
46
60
70
39
30
16
48
2
45
3
R3
45
29
R3
30
10
R62
10
R66
5
B
,5
A A
65
388747.923 mm^3
74
Inventor 93
A-A C (partially)
115
60
110 86
17 17 44
5 D
R1
17
2
28
10,5
2 holes
60
44
2
68
le s
20
R35 R4
15 2 ho B R9
B R8
117
2 holes 6,5
123
4
70
de ho
80
95 pt les
h
14 M 5
20 108
6
R12
8
30
65 4 110
2
116
98 D
C 70 (twice)
B-B
R 15
R1 60
1
D 4
12
15
4
74
120
110
98
108
A A 95
8
72
14
4h
ole 82
125 s
94
M8

B-B D-D
35
1x45
12
8
M12
15
A A-A
74,5 44
20
36
C 36
es
12
2 hol
8
R8
20
20
R8 8
85
47
D 61,5 8
R8
R1
0
C
30
8
8
R8 20
72
72
8
130
8
50
50
8
R5
R5
B
24
R5
B
R1
R8
2 R
95
5
8
35 50
R8
12
56
62
76
100
1x45
8
82
9 30
A
260061.601 mm^3 Inventor 95
A M50x2
60 A-A 45
1x45
R 1,
5
15
R1
25
6
44
30
42
48
R2
R6
63
38
76
B R2 R2 R2 B
10
104
R2 42
R2 "
C 38
R2 C
50 G1/4 R2
2
21
R2
16 R8
R2 26 R10
R15
10
23
R7
R3 R2
8
R3
3
32 G3/8"
R3
38
85
45
A
36
B-B
C-C 14 14
6 2 2
R7
R2 R2
G1/2"
G1/2"
12
32
22
32
96
4
5
B
31
28 B-B
12 40 40
24 14 14
5
4 holes 0 12 12
12,5
ta t
equidis 5
n R1 28,5
M16x1.5
depth
1
A
A
14
85
8
45
M16x1.5
10
10
22
22
5
5
3
45
C
30
M22x1.5
M22x1.5
4
27
27
11x45 1,5
1,5
12 12 15 15 12
B M10 M6
64
30
A-A D
46
6
C
4
2,3
R9 s
8 1,5 D
ole 3,5
2h
30
15
15,5
3
26,2
25
12
40
46
10
58
75
82
5
36
1x45
20
16 8 36
60
20 48
269720.116 mm^3
94
Inventor 97
A 4
14 A-A 17 5 106
R1
R4 C B R4 R7
D 102
25
94
R4 R4
R4
55 2,5
84
5
95
66
72
55
60
37
106
106
2, R4
78
78
60
R1
20
21
D 8
25
25,5
R4
48 2
4h
C B
8
ole 15
2
s R1
R1
78 12 4
R4
B-B 10
106 M
l es
ho
4
78
A 49 55
9
2
6
R2
8
es
2 hol R4
D-D
6,5
120
18
R4
29 42
R4
R4
R4
R2
R4 C-C
M8
R4
15
33
R4
6,5
2
R4
54
63
7,5
R9
2,5
18
7,8 16
441928.311 mm^3 Inventor 98

8 holes
26 echidis
countersu tante
nk 42, d
B
R5
epth 1
120
22 30
16
'
180 138
80
230
80
8 ho
coun
150
les
A
tersu
35
128
20
30 eq
70
nk
34
s
G1/2"
48
B
ole
34
uidis
45, d
A-A
4h
22 30 2"
tant
G1/
epth
R37
3
'
34
103
250
R15,5
1
G1/2"
8
135
38 45
26 R13,
127
12
166
15
30
3,
175
30
72
5
95
110
24
220
241
310
224
184
265
100
160
141
3
25
3
180
86,5
0,5x45
270
132
0,5x45 R3
28
210
R37 62
R2 3
16 4 16
0,5x45
l e s
20 G1/2" 35 ho nt
12 idista Spiral profile
34
eq
u A (Pitch 28)
65 370
265 420
480
8282592.513 mm^3 Inventor 99

110
B-B
65
R6 50 17
l es
3 ho t
istan
equid
C 80
B
15
66 66
A-A M64x1.5
7
30
58
30
7 6 115
16
5
48
C
28
30
32
7
37
R24
38 0,027
15
6
7 7
116
48
0,1
4 40
5
2,3
102
0,1
7
33
82
R4
5
R4
7
R4 R1
37 0
45
3
2 ho
30
les
4,5
52 0,1 15
11
7
132
B 8 25
14
0,2
8,5
53
150 H8 (+- 0,063
0,000) 16
55
160
D
E-E D
F-F
3
R1
146
8 9
oles
2h
0,770)
(-- 0,520
13
0,2
A E
27
150 a11
14
4 ho
F A
,5
l es R8 7
equid
istan
t
14
E
175
147
R1 4
R2
5
727500.167 mm^3
F 120 20
Inventor 100

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16

32331.341 mm^3 Inventor 2

20618.930 mm^3 Inventor 3

160443.413 mm^3 Inventor 4

16164.227 mm^3 Inventor 5

293242.361 mm^3 Inventor 6

64643.093 mm^3 30 Inventor 7

7882.161 mm^3 Inventor 8

42893.903 mm^3 Inventor 9

88776.577 mm^3 Inventor 10

Note: The taper K is the rapport of the

15076.050 mm^3 Inventor 11

172529.495 mm^3 Inventor 12

306924.803 mm^3 Inventor 13

90610.512 mm^3 Inventor 14

23306.930 mm^3 Inventor 15

Note: The taper K is the rapport of the

10517.059 mm^3 Inventor 17

20463.836 mm^3 Inventor 18

307781.318 mm^3 Inventor 19

2376.627 mm^3 Inventor 20

49402.496 mm^3 Inventor

109840.625 mm^3 Inventor 22

311149.034 mm^3 Inventor 23

937844.044 mm^3 Inventor 24

47519.002 mm^3 Inventor 25

B-B 0,576 - 30 grooves

20402.174 mm^3 Inventor 26

331361.261 mm^3 Inventor 27

Note: All undimensioned radii are R2

72135.203 mm^3 Inventor 28

156557.366 mm^3 Inventor 29

216857.111 mm^3 Inventor 30

56011.601 mm^3 Inventor 31

227063.493 mm^3 Inventor 33

62056.897 mm^3 Inventor 34

181901.350 mm^3 Inventor 35

185968.621 mm^3 Inventor 36

537982.369 mm^3 Inventor 37

413270.726 mm^3 Inventor

30206.005 mm^3 Inventor 39

111738.015 mm^3 Inventor 40

Note: The dimensions in paranthesis () are informal only

333024.246 mm^3 Inventor 41

13098.750 mm^3 Inventor 42

164498.843 mm^3 Inventor 43

331358.491 mm^3 Inventor 44

49543.839 mm^3 Inventor 45

292041.220 mm^3 Inventor 46

1680918.203 mm^3 Inventor 47

29675.177 mm^3 Inventor 51

611247.464 mm^3 Inventor 52

444241.998 mm^3 Inventor 53

1033775.096 mm^3 Inventor 55

268764.411 mm^3 Inventor 57

203510.815 mm^3 Inventor 58

2999772.392 mm^3 Inventor 59

416914.753 mm^3 Inventor 60

132724.206 mm^3 Inventor 62