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16
1
4,4
30
115.715 mm^3
0,75
1
Inventor
1
A-A
30
5
2,5
R2 5
15
R3
al eric h p 0s
2,5
13
30
3
s ole 2h
A A 32331.341 mm^3
Inventor
2
B
C
60
D
A
1 R0 ,2
48 19
R0, 2
0,7
10
A-A
41
30
50,5
11,5 4,3
,2 R0
15
B R3
0.2x45
1x45
45
26
R1
25,8
20,8
52
R2 R2 6,5
64,4
12,6
R2 38
R0 ,2
D
R2 ,5
R3
R3
5
1x45
C 9,1
A
20618.930 mm^3
22
Inventor
3
25
19,5
44,399
25
35,5 8
18'
149,2 155,5
30,5
R11
15,9
36,547
3x45
45
R2
160443.413 mm^3
Inventor
4
A-A 64 9,5 H
19
7 ( +0
21
- 0 ,015 ,00 0
)
7
5
7 R1
R3
R3
2x45
R2
0
R2 9,5
34
R6
38,5
+ 0,089
38,8 E8 (+ 0,050)
46,5 +- 0,10 0,00
les 2 ho
A
)
20 +0,1 00 ,0
12 ( - 0 5,2 H
A
16164.227 mm^3
Inventor
5
60
16
40
R1 5
A-A
R4
R4
12
R4
30
145 50
30
R1 5
R1 5
5 R1
s
15
A
50
3 hole
A
135
42
100
42
80
16
45
293242.361 mm^3
5
5 R1
R1
Inventor
6
65 120 47 38
56
5
16
D
2
1
R3
D 60
1
4
1x45 0,5x45
49,6 50
R10,5
R10,5
64643.093 mm^3
5
30
R39,
Inventor
7
9
12
8
A
A-A
20
2
2
2
41 50
A
30
B B-B R2
B
7882.161 mm^3
Inventor
8
34,8
A
2,5
2,5
56
26
A-A R1
44
43
2
B
24,5
B
2x45
R1
5
69
2,5
A
4
90 3 equidistant countersinks
12
B-B
42893.903 mm^3
Inventor
9
ric
er ica l R2 0s
he sp
ph
0 R1
12
al
10
R6
A-A
40
15
42
R4
20
R3 1
68
6 R1
A
2h o le
88776.577 mm^3
A s
12
Inventor
10
6
A-A 12 8
18
31,5
2 taper 1:50
5 taper 1:50
5
2x45
15 28
A
A
Note: The taper K is the rapport of the diameter difference of two cross sections of a cone and the axial distance between the sections
5
15076.050 mm^3
Inventor
11
28 18
25
32
0 R2
15
40
155
R200
14
5
15
84
42
100
40
60
0 R1 4h oles
10
80 172529.495 mm^3
Inventor
12
A
A-A 58
8 R2
eric sph
al
90 15
106
8
61
8 R2
16
61
R1 2
A 172
130 R4
R6
70
32
12
R6
306924.803 mm^3
Inventor
13
30
48
16
30 R8
R8
1,5x45
22
R2
4
16
2x45
35
R2
53
44
62
R8
8
74
le s M 2 ho
36 65
8
1,5x45 22 45 55
90610.512 mm^3
Inventor
14
38 90
A-A
4,5
10,3
9,5 R23
4x45
4x45
24
2 5
4x45
8,5
5,7
8,5
R4
5
13
26
31
50
13
39
R6,5
A
A 28 35,5
23306.930 mm^3
Inventor
15
A
,5 R0
20
45
20
18 0,3
15
25
R0 ,5
1,5
5 taper 1:50
18
34
8
45
8
R1 1
A-A
17,3
155
18 35,7
35
A
21
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 the sections 48207.033 mm^3
Inventor
16
5
15
R1
0
55
5 R1
25
R4
4
2
R2 5
2
2
20
10517.059 mm^3
Inventor
17
80 38 45
12
R 4,
5
R35
4
6
45
R10 R3
90
2 R1
R7
40
30
70
15
R 35 R45
17 30
20463.836 mm^3
19
Inventor
18
R4
88
33
R4
20
8
22
0 R2
60
24
120
6
ur i 3g
8
74
40
R1
2
R1
12
38
44
R4
16
2
10x45
R4
R4
R4
96 307781.318 mm^3
Inventor
19
10
A-A
0,5x45
3,5
0,5x45
5,5
2
0,5x45
5
12
1,5x45
11
G1/4"
20
8,5
5
10,5
8,5
0,5x45
0,5x45
2 9 18
A
A 25
2376.627 mm^3
Inventor
20
36 4 R1
5
20
14
1,5
15
R6 15
78
117
R6
R6 48
56
30
49402.496 mm^3
Inventor
21
A
15
A-A
50 12
62
2g
uri
5
A
8
16
38
R5
12
R5
70
42
60
22
R8 R2
1
86 109840.625 mm^3
Inventor
22
A
A-A 43
188
R1
0
10
R1
5
32
116
16
18
96
30
30
49
74
4 g uri
52
15 2a
je leza
46
56
20 26
A 110 130
311149.034 mm^3
Inventor
23
R6 5
B
8
8
70
6 holes
A
100
60
70 48
15
12
45
100
B-B 15
A
45
168
36
10
20
19
13
2 holes
5
130
B
60 15
120
15
90
18
22
4 holes
A-A
R1 5
150 180 937844.044 mm^3
Inventor
24
7
A
R7
7
10
15
28
42
A
26
57
A-A
50
R5
40
9
R12
40
50
s ole 2h 40
R12 R1 2
47519.002 mm^3
5
R25
4
les ho
Inventor
25
R0 ,4
0,9
A
2
1
54
54 26 2
2
4
12
2,5
A
4
R2
1x45
4,8
1x45
45 25
113 200
60
B-B
0,576 - 30 grooves
11
R0, 1
12
20402.174 mm^3
Inventor
26
A
70 40 10
32,5
A-A
5 (17 blades)
24
30
4 4 R6
R2 ,5
8
2
30
20
R3
R1 0
182
144
5
35
78
70
50
50
225
30 5
R3 R6
R3 120
45 4
331361.261 mm^3
135
4
4
4
41 48
A
Inventor
27
30
B-B
R2 12
A-A
34
E-E
30,5
A D-D
2,15
25
R0,5
5
55
64,5
52
D
C-C
D
B
B
1
9,5
E
110
R1 0
E
7
30
R4
5
0.5x45
51
32
C
4 0.5x45
41,8
C
47,5
52
R11
34
5
A Separating Line for forging
Note: All undimensioned radii are R2 72135.203 mm^3
Inventor
28
37 20
R35 40
8
R1 3
R5
125
92
8
28
122
30
17
8
64 124
22
11
R3
156557.366 mm^3
56
34
28
R3
s ole 4h
102
Inventor
29
12
70
40
20
R4
2x45
60
91 80
4 R3
R15
8
68
14
10
50
12 20 60
216857.111 mm^3
Inventor
30
C 22
A
6
R115
R109
125
3
B R1
16 30
6,5
32
16
8
9
35
C
B
R6
52
2
22
2
8
A-A
A
35
26
10,5
56011.601 mm^3
Inventor
31
32
45
14
3 3
9
20
R5 50
18 M
68
x1 .5
45 32
40
75 15
72
86
R8
3 ho les
8
71
227063.493 mm^3
Inventor
33
A-A
2 R1
r he sp
l ica
2
10
R5
les ho
9
A
122
44
87
120
R5
24
2
6
A 28
14
32
62056.897 mm^3
Inventor
34
A-A 16
A
10
1x45
25
60
15
R4
30
30
1x45
4h oles e qu 10 idis ta n t
R4
115
40
80
15
2
40
10
35
R4
50
R4
1x45
70
25
30
A
10 equidistant
30
3/4"
30
25
4 holes
70
55
R1 0
110
3 27 181901.350 mm^3
Inventor
35
78 54 40
38 R6 4 R1 40
15
70
128
30
R8
R8
26
50
36
R6
8
R14
128 2x45
2x45
185968.621 mm^3
Inventor
36
A
R30
58 25
25
s ole 2h
26
A-A
B
33
B
20
122
102 90
90
115
160
30
1,5
135
1x45 1x45
A 1x45
18
1x45
14
15
10 s nt le ta ho idis u eq
18
170
4
85
B-B
45
1x45
6
13
537982.369 mm^3
Inventor
37
104 85
25,5 23
12
11 16 (2 rectangular holes through all )
30
4
30
35
39
6
50
7 72
28
16 (4 channels equidistant)
160
84
R8
R14
45
200
130
4 ho l es
413270.726 mm^3
12 e
quid is
tant ,
thro ugh al
l
Inventor
38
52 25
2
40
35
3
6
45
5
1,5
9,5
R1
45
13
24,5
24,5
8 80
66 40
10
20
R5
5
2h
ole s
45
5
2h ole s
30206.005 mm^3
30
Inventor
39
90 18 1x45
38
45
1x45
31
10
5
15
' 16" 1 26
23,86
10
2x45
4 holes
3
74
11
3
40
60
90
80
38 111738.015 mm^3
Inventor
40
97 67
64
R38
21
64
R90
35
24
11
A
57
46
18
R6
R6
125
20 56
35
22,5
35
47
46
125
A R10 3,4
20
3 R1 0
B 4 holes
119
69
139
72
2,8
6,5
80
30
A-A
4,5
75
10 2 holes
28
(194,4)
87
B
14
Note: The dimensions in paranthesis () are informal only 14 333024.246 mm^3
Inventor
41
2
A-A B
3
40
B-B
90
A 8
54
R3
A
14
4
23
32
24
8
R3
B 42 56
12
6
6
R2
R2
13098.750 mm^3
3
Inventor
42
9 equidistant
B 50 16
30
9
8 R4
1x45
1x45
55
5 R 62
66
,7 78
80
14
6 holes
B-B
3 138
R23 ,
5
R27
9
B
18
164498.843 mm^3
Inventor
43
A-A
24
12
B-B
21
30
30
60
6
4
R8
B
B 10
70 30
21
R3 0
30
30
4
16
60
R8
A
6
10
A R5
331358.491 mm^3
Inventor
44
41
R6
20
4
44
72
2
R2
36
0,5x45
R4
66
20
22
30
21
R2
A A
R2
60
A-A 2
10
R6
4 holes M4
37 49543.839 mm^3
0,5x45
45 Inventor
45
38
A-A
34
15
4
14
R1
3
R14
By standard, when a rib is sectioned in its mid-plane the hatch is void
120
14
24
30
R2
82
82
55
10 21,5
15
R2
64
64
R6
15
A 12
292041.220 mm^3
A
2x45
Inventor
46
100
A-A
86
18
20
10 R3
35
50
20
70
20
8 holes
25 250 67
67
R18 R1 8
R5 5
140
180
R 55
R18
66
A R3 R3
R2 0
11
A
R3
130 1680918.203 mm^3
Inventor
47
60
52
46
B-B (rotated)
6
A-A
20
R4
D 140
52
28
8
122
12
28
12
26
84
94
R2
R4
86
B
C
18
0
R4 0
R2
R2 0
0
16
C
R2 0
R2
4 holes
R 48
R3 2 80
108
8
A
A
28
B 979569.527 mm^3
116
D Inventor
48
6
5
6
0
20
R2
R5
52
20
100
43
50
6
6
R15
R20
20
8
6
6
12
6 2
9
6
8
R26
52
R1 5
43
9
6 R2
49
12 64
96445.594 mm^3
Inventor
49
50
A
44
A-A
38
R5
28
55
16
55
154
66
64
R5
25
22
74 90
A
4 hol es
8
14
40
7
86
35
46
2
4
R5 2x45
8
16
R1
28
12
50
56 66 70
53 189717.979 mm^3
Inventor
2
A 7,5
5
72
31,5
A 3
2,5
20
7
2 R1
R16,
7
18
7,5
16,5
10
20
58,5
R2
R10
1 25' 50"
14,86
R2
1x45
M8
10 5,5
54
A-A
43,5
4
15 1x45
2
8
12
24
R11
142 29675.177 mm^3
Inventor
51
A-A
11
A
10
16
80
40
R2
6 holes
30
40
6 holes
10
25
A
18 - 3 channels equidistant
0 16
75
R9
184
8
611247.464 mm^3
Inventor
52
92 2 holes
10
37
5 30 18
32
14 6 holes 11 equidistant
62
32
15
11
5
4
18
41 18
20
R4
78
G1/4"
16
18
2 holes
15
46
50
R8
62 30
30
70
R8
11
8
R1 1
142
95
444241.998 mm^3
Inventor
53
12
12
180 72
32
32
nt
2
28
63
60
45
4
14
13
a 8 i st s M quid e l e o 4 h th 8 p de
R50
102
75
18
162
2 holes
16
228 R5
d M10 s e l 6 ho
9
8 R1 60
14
epth
86
76
60
75 R1 0
90
160
160 176 836993.759 mm^3
Inventor
54
4 holes
A-A
12
40
15 30
2
50
10
20
1x45 60
50
A
20
36
48
A
4
64 250
28
R12
28
24
4 ho le s
12
28
28
0
55
14
180
28
28
12
20
0 R1
R1
28
125 1033775.096 mm^3
Inventor
55
20
70
A
A
10
80 64
25
64
80
0
40
25
5
0 R1
le s 4 ho 10
60
8
90 R8
45
74
4h o le s
339935.240 mm^3
8e
qu i di s
tan t Inventor
56
A 48 32
56 38
27 13
45
48
4
48,5
20
79
90
12
A-A
32
27
A
48
68 50
8
12
72
90
R4
ho les
R9
4
8 R1
R21
60 268764.411 mm^3
Inventor
57
35 11 14x45
12
5
2
R7
12
R10
15
20
104
6
23
14
4x45
R1 5
16
46
56
12
25
11 2 holes M8 24 110
36
14
58
R8
38
8
R8
84
46 150
203510.815 mm^3
Inventor
58
20 60
200
15
60
100
115
80
80
70
80
190
80
R7 5
4 ho s le
23 0
20 di ui eq t an st
20 95
205
145
200
160
20 s ho le 2
2
R20
ho le s
20
140
R50
2999772.392 mm^3
160
R2
0
200
Inventor
59
94
R1 5
36 28
es 2 hol
M12
34
100
A 30
5
14
R1
R70 R4
80
84
124
R3 0
A
50
R60 R4
102
15
30 R4
R4
12
20
R4
40
96
A-A 153 s ol e 2h
13
50
R8
180
416914.753 mm^3
Inventor
60
90 4 h eq oles uid 8 ist an t
4 10
287561.350 mm^3
30
20
10 10
110
40
10
R23
30
4h eq oles uid i st a 8 nt
R4
10 4
30
A-A
90
60
46
40
R2 3 46
M8
30
16
B-B 76
20
10
60
B A
A
B Inventor
61
B
9
B-B
2h ole
17
sM 8
68 52 R8
R4
13
34
R6
52
A 68
A
120
B
43
2 de hole pt s M h9 8
76
26
C
27,5
C le s 2 ho
A-A
14
50
42
30
25
37
30
80
R2
R2
41
5 R27,
R2
22
2 4 R1
10 132724.206 mm^3
31 Inventor
62
10
25
67
8 (18 grooves)
56
B 17
A-A
17
62
12
R3 0
40 70
B 87
5
50
8
8 90
R8
R18 R8 8
R8
8
75
8 R1
44
8
20
R8
128
8
R8
2
s le ho
18
100
76
R8
R8
R18
18
R8
35
A
8 R1
130
A 415970.176 mm^3
148
Inventor
63
86
R30 (tool radiu s)
28
1,5x45
174
62
12
70
1,5x45
110
1,5x45 1,5x45
60
A
A
0 17
14 19
55
36
R5
4 59 2 holes
747534.832 mm^3
14
2,06 45 grooves
R1
4 holes
60
R5
R8
R0 ,5
R8
70
62
29
7,5
4 counterbores
55
8
7
Inventor
64
123
R1
33
13
13
13
45
R5
47
A
30
14
(6
eq
uid is
3
28
15
100
316
137
4,15
124
33
120
95
120
122
A-A
A
5
B
12
i bs )
33
1,5x45 6 55,5 45
B
34
152
246
20
51,3
1,5
63
tan tr
B-B 4 holes 7 equidistant 1682699.449 mm^3
45 Inventor
65
15
275
50
125
20 60
40
50
60
135
70
5
125
12,5
165
425
12,5
25
R1 2,5
2h
ole s
25
75
12,5
350
1066608.787 mm^3
Inventor
66
3
B-B
6
20
10
A-A
B
7 R19,
10
38
38
70
R6
R6
27
27
44
R44
20
13 R6
3
les ho 40
2
R6
58
100
5 R2
A
A
R6
150
R6
10
65
62
10
80 34
2,15
2,15
21 7
295154.993 mm^3
B Inventor
67
67
A
9
11
30
10
5 R3,
9
30
12,5 20
40
A-A
18
30
8
5
15
12
3,5
R3, 5
4
A
12
10
12 12
10
11
120 88
38
24
R7
46485.411 mm^3
Inventor
68
B-B
C
A-A
6
R25 60
R8
1x45
22,5
30
54
42
14
6
4 holes M8
15
R2 9
6 s e nt l ho dista 3 ui eq
C
13
12 64
B 45
1
22
R1
A 84
2
B
64
ho le s
10
A
116681.800 mm^3
Inventor
69
164
A 18 e
35
quid istan t
17 0
6 ho les
6
22 30 '
1x45
110
210
100
101
88
1
8
2
80
B
60 112
17
B
' 7 30
s le ho
20
R2
0
60
0 R10
15
44,5
3
44,5
17
A
35
1
60
B-B
6 equidistant ribs 4 counterbores 1214143.564 mm^3
98
35 Inventor
70
34
R6
2,2
30
22
68
0,1
55
80
5 20
4
64
R1
A
1
A
R1 ,
50
14
80
5
R1 ,5
6
6 R3
12
40
32
6
R3
+
78 - 00,3
R
50
62 H7 (+- 0,03 0 )
R3
B
B-B
12 49
B
50 160
A-A R8
,27 (+-00 )
228500.505 mm^3
R12
R8
15
30
72
12
3 holes
13 H13
118
Inventor
71
300
80
50
45
15
8 10
15
36
15
68
75
140
45 14
16
108
94
8 s Mt e l ho an 4 dist x 2 ui eq
R1
14
0
40
40
14
14 s le ho
15
R85
R115
237
470
43
110
298
108
A
A
75
390
10 sM e l o 8h
110
5
95
60
0 R1
80
40
60
220
24
40
2
ho l
es
8
0 R2
14
100
65
24
40
16
3
43
6
45
A-A
11 2714866.225 mm^3
Inventor
72
120
20
R2 0
u ri 2g
R42
R2 0
A-A 70
36
R6 0
3
120
60
72
66
R42
R4
2x45 R4
uri
20
56
42
50
2"
80
2g
R4
46
3
10
R4
24
160
10
R2
3 66
22
148
80
A 505885.027 mm^3
A Inventor
73
16
A-A
7
B 8 6 8
23
17
18
R9
50
5
10 7 6
13
R26
61
10
17
29
39
R9
B
17 38
60
31
R5
A
38
12
R30
1
8
27 81
6
135
83
6 17
A 150 43373.133 mm^3
Inventor
74
82 22
14 8
20 2x45
18
20
10
30
34
45
1x45
20 15
30 8
18
30
80
1x45 40
10
25
34
75
R2
2x45
4
22
40
82 68 5 R1
13
85
2 hole s
30 144993.492 mm^3
Inventor
75
18 8,2
42
38
2
52
M8
47
5
10
5
19
5
8
15
3
1x45
38,5
48,5
33 43
R26
28
8 54' 40"
40
52
8
R9 62201.971 mm^3
Inventor
76
A-A
A
26
60
R3
14 18
2 R1
40
R250
14 54
36 5 R1
11
58
45
33
28
36
45
5
4 holes
1,6
C
6
R2 0
A
10
B-B
9,5
124
4,5
R10
C
24 R245
R239
B
56
60
61, 05
18
R250
R3
40
94
56
24
R4
66
6 holes M8 equidistant
R4
248
156
81,7
B
134
170
R3
110
100
42
118
12
R 20
91
6 holes M8 equidistant
R12 9
R140
36
158
2 holes
5 R1
6
R140
128
R135
180
42,5 45,6
6
14 562869.072 mm^3
Inventor
77
65 45
R18
68
130
R5
20
47
3
48
74
R2 4
165
8 R1 30
31
15
180
35
R2 0
epth 20, d
B
7
31
20
A
32,5
53
20
A-A
28
64
68
3 holes M18
45
120
2
B-B (rotated)
39,5
A
B 170
10
10
20
ep t
19 0 h1
40
20
3586417.385 mm^3
13,5
13,5
17
40
13
20 ,d
180
153
90
11 0
125
32,5
3 holes
14
262
47 95
Inventor
78
19
22
R 19
R3
3
R3
R1
5 R1
A-A
28
9 R1
173
41
16
8
44
16
2
8 8
12
74
3
A
R98
45
5
8
2
A
R220
56
8
20
16
2h
2 R1
ole
s
8
125 61319.887 mm^3
Inventor
79
28
6
s ole 8h
60
0 M1
B
60
140
213
100
18
B
R4 0
48
22
A-A
70
25
40 100
15
90
60
B-B
100
15
15
45
70
42
0 R3
R3 0
80
65
5 R7
80
130 55
55
150
130
45
R55
R65
R8
315
A
hole s
210
10
A
M8
118
R75
25
100
R50
210
60 R50
R1 6
2h ole
s
16
R16
3758030.252 mm^3
Inventor
80
143 60
A-A
44
R4
8
R8
20
4
R4 4 R
60
R4
l es
44
60
R4 0
4 ho
30
40
3
43
11
10
74 90
105
B 91
8 les ant o 8 h i di st u eq
B-B 85
30
A 30
91 66
40
A R8
8 6 holes t n equidista
80
R4
B 327978.087 mm^3
Inventor
81
43 35 28
2
50
M5 les o 5h
30
10
15
50
10
5
2
45
60
4
67,5
R2
90
2
s
5
ole 2h
7
R5
95
81
66
53 24
26
100
7
5
75
2 7
90
87,
45
1x45
5 sM ole tant h 4 idis equ
25 29 50
199248.759 mm^3
Inventor
82
R39, 8
53
C
F M22
30
16
3
9
60
E
C-C D
24,5
33
E
21,1
10,5
28
6
6
20
C
5
10
28
47 242
60
R5 0
F 60
11
D
60
6
B-B
35 channels
3
,3 R0 R1 5
R2
R2 1,5
11,5
R 13
1,5
,2
A
R0
40
0.5x45
0.5x45
R1
,5
1.5x45
7 21'
B
42
31
50
R2
B
60
50
R2
,5
,5 R1
0.5x45
1,88
9
29,6
,5 R1
12
R39 ,2
51
46
32
A-A
1.5x45
8
214344.656 mm^3
2 R3
1,88
28
18
A Inventor
83
44
M30x1.5
12
20
8
22
22
R3
69
32
23
17
32
22
4
90
90
R3
1,5x45
10
0,7
9
22 32
2
1x45
55
21
12 42
60 78
M64x1.5
54
54
1x45
1x45
32
R4 1
14,5
12
3
6
34
4x45
21
1x45
R3
1x45
6
42
2,5
15
1x45
R3
26
2
2
G3/8"
6
G3/8"
17
1x45
90
28
32
9
18
2
Vedere din A
1x45
12
30
2
155308.297 mm^3
A
Inventor
84
20
D-D
,7 53
8
4 5
R7,
M6
74
40
66
75
92
10
l es ho
19
140
40
D C-C
62 13
83
65
1x45
1x45
5
R2
65
A
B
2,15
18
A
2,15
12
66
D
R2
1x45
25
5
86
60
72
2,65
174
76 19
A-A
13
C
B
C
15
80
R2
85
30
R2
45
90
23 4
4
4 ho le s 11 equid istan t
7x45
5
46
90
R2
524655.996 mm^3
Inventor
85
150
32
A-A R25 R5
45
8
5 R1
21
135
8
21
R5
R5
65
90
2 R3
R5
45
60
R15
22
10
15
46
R18
8
8 100
R1
0
10
8
0 R1
s ole 4h
6
A
46
30
A
R2
8
18
36
58
65
76
104
15
R1 0
64 100
282809.640 mm^3
Inventor
86
5
52
5
5
ho les
5
18
146
4
B
A-A
3
3 95
14
4
R7
23
R7
R7
R2
5
60
R7
5
R4
5
R2
R7
10
20
20
30
R34
B
10
5
R7
3
R7
3
4
6
2
R7
6
38
A
R1 5
30158.883 mm^3
,5
6
12
18
R46 2,5 R1
A
Inventor
87
A
A-A
8,5
24
12,5
,5
1 1 R2 R2
R8
36
,5 R8
43
20,5
47
8 2
s le ho
5
30
A
B-B
50
9
B 32
2
24,5
49
R10
9
le ho s 8
R3
9
60,5
36
4, 5
B
15
R8 ,5
4 R2
38
3 holes
M8
M
35
44
10
R16
43
R8,5
R3 4,5
20,5
,5 R8
96126.117 mm^3
8
h pt de
Inventor
88
80 68
8
16
43
45
45 24
53
74
40 51 126
3
10
25
40
20
75
86
43
95
64
h ug ro
45
125
110
120
6h o equ les M 8 idis t an t R8
50
7
th
123
M8 R3
24
7
23
20
20
17
7
8
th
R3
M
p de
A-A
15
22
18
7
120
B
15,5 8
10
B-B
A
64
74
A
8
8
63
0 14
B
634290.282 mm^3
8
Inventor
89
100
22
85
30
17
C
C-C
3x45 70
106
M1 6
R2
20
40
C 90
35
R2
R12
80
25
25
50
30
56
30
A
120
40
3h ol dep es M8 th 2 5
190
B
70 120
190 8 holes M8 equidistant
165
25
70
68
R2
14
he
ric al
R2 R2
18
24
41
40
sp
159
40
27
23 R1 2
30,5
80
20
45
55
60
130
28
150
61
A-A
40
75 5x45
100
14
220
A
70
65
100
B-B 5
B
6 holes M8 equidistant
120 2330568.185 mm^3
Inventor
90
R2
4
A
37
25
47
33
2h
21
27
R2
36
24
, M5
h1
3
12,5
37
s ole
pt de
14
D
10
4h ole 58
R7
13
D
20
22,5
10
63
R2
R2
78
14,5
4
R2
R2
B
42
C-C
,5 R0
8
R2
R2
7
19,5
E
R2
1
1
2
6
31
C R2 R2
B
,5 R7
R7,5
,5 R7
R8
R2
16
12
E
45 40
19
55
15
R2
7
83
C
R7 ,5
10
7
R2
18
oles
7
4h
65
47
7 33
50 ,5
113
A-A
21
10
30
A R7
E-E
R1 0
s
6,2
,5
73 7 166891.781 mm^3
Inventor
91
,5 R0 R2
35
A-A
10
B
5
B-B
2x45
4
4
2x45
30
A
6
3 5
19
74
R5 3
s ole h 6
8
5
5
37
25
3
22
5
15
20
13
10
16
24
32
25
3
R4
7
5
10
32
7
45
10 32,5 65
116853.807 mm^3
B
A
Inventor
92
225 G2" 46
A-A
40
3
20
16
20
55
110
14 40
4 hol es 10,5 equi dista nt
20
16
B
10
10
65
A
A
74 388747.923 mm^3
60
120
45
70
30
5
20
88
30
48
36
46
,5 R66
R62
45
2
3
R3
R3
B-B
45
29 30
26
36
6
45
36 39
30
G1 1/4"
R3 46
56
5
5
5
20
B 72
R3
10
30
44
120
40
30
36
G1 3/4"
R3
Inventor
93
A-A
C (partially)
115
60
110 17
44
D 2
R4
R35
B 2 holes
B
R9
6,5
80
70
15
20
123
le s 2 ho
R8
117
2
68
10,5
60
2 holes
44
R1
17
28
5
17
86
4 de ho pt les h 14 M 5
95
20
108 6
8
R12
30 4
110
2
65 116
D (twice)
98
C
70
B-B
60
4
15
4
74
108
110
98
120
D
12
R 15
R1 1
A
95
8
A
14
72
125 659604.229 mm^3
4h ole s
M8
82 Inventor
94
B-B
D-D
35
1x45
12
8
44
8
es 2 hol
20
85
D 61,5
8
30 8
R5
R5
8
B
R8 5
8
D 100
1x45
8
82
A 260061.601 mm^3
76
R8 56
95
12 2 R R1
50
62
50
50
8
R5
B
C
8
20 130
8
R8
8
R8
R1 0
24 35
12
R8
R8
47
20
36
36
20
C
A-A
A
74,5
72
15
72
M12
8
9
30
Inventor
95
A
M50x2
A-A
R 1, 5
48
R2
38
76
63
R6
30
44
42
R1
6
25
1x45
45
15
60
R2
R2
B
104
R2
10
B R2
42
21
"
38
R2
26
R10
R7
G3/8"
3
32
8
R2
R3
R3
R8
23
R3
16
R15
R2
C
R2
R2
10
G1/4
50
C 2
R2
38 85 45 36
C-C
14 2
6
14 2
R7
R2
32
4
G1/2"
32
22
12
R2 5
150841.948 mm^3
B-B
G1/2"
A
Inventor
96
B 31
B-B
28 40
12 24
64
46
M16x1.5 5 15
27
M22x1.5
M22x1.5
12 M6
3,5
15
15,5
46
25
26,2
12
1x45
82
75
5
36
10
40
15
2,3
30
58
D D
3
s
4
ole 2h
6
1,5
8
1,5
M10
30
A-A
4 1,5
12
12
B
R9
3
22
27
30 11x45
C
12
A
10
8
C
45
12 28,5
10
45
85
14
5
A
14
22
0 R1
M16x1.5
12,5
14
5 4 holes n ta t equidis 5 1 depth
40
20 60
16 20
8
36 48 94
269720.116 mm^3
Inventor
97
4 R1
R4
21
R1 2
4h ole s
R4
78
R4
2
B
C
12
8
48
25
8
25,5
R4
78
5 2, R1
37
R4
20
60
55
60
66
95
72
2,5
84
78
R7
R4
102
R4
15
R1
B-B
106
4
A
l ho
es
10 M
4
78
55
49
2
9 6 R2
D-D
R4
120
6,5
8
29 R4
R2
R4
33
R4
15
2
6,5
7,5
54
63
R4 R9
18
2,5 7,8 441928.311 mm^3
C-C 2
M8
R4
R4
42
R4
18
es 2 hol
R4
D
106
17 5
B
94
25
C
R4
D
55 106
A-A
14
106
A
16 Inventor
98
G1/2"
135
175
ole s
210
3
G1/2"
35
16 s e l nt ho 12 idista u eq
A
Spiral profile (Pitch 28)
370
65 265
8282592.513 mm^3
62
R2 4
34
4h
270
132
R37 16 20
25
100
265
160
184
72
110
127 220
141 R3
28
0,5x45
241
310
224
0,5x45 0,5x45
5
3
3,
86,5
95
45 12
24
30
15
20
38 R13,
26
3
8
103
30
34
R15,5
180
3
R37
B
2" G1/
22 30 '
166
34
A-A
48
34
G1/2"
A
250
128
80
70
35
3
tant uidis 1 30 eq epth les 45, d 8 ho nk tersu coun
150
80
138
180
230
R5
16
' 22 30
B
120
8 holes 26 echidis tante countersu nk 42, d epth 1
420 480
Inventor
99
B-B
50
B
80
15
C
66
A-A
66
M64x1.5
7
30
30
58
28 4
5
48
6 7
40
2,3
7
5
0
2 ho les
4,5
0,1
14
8
25 53 55
D
160
E-E
F-F
D
146 8
F
E
R1 4 R2
727500.167 mm^3
F
9
27
0,2
oles
A
R8 7
147
175
,5 14
E
150 a11
(-- 0,520 0,770)
2h
13
A
8,5
(+- 0,063 0,000)
B
16
150 H8
0,2
132
4 ho l es 14 equid istan t
15
7
8
11
52
R1
3
37
30
45
33
R4
R4
7
R4
82
7
0,1
102
5
C 15
0,027
116
30
38
115
6
7
32
48
R24
37
16
7
0,1
17 l es 3 ho t istan equid
R1 3
R6
65
110
120
5 20
Inventor
100
1
4,4
30
115.715 mm^3
0,75
1
Inventor
1
A-A
30
5
2,5
R2 5
15
R3
al eric h p 0s
2,5
13
30
3
s ole 2h
A A 32331.341 mm^3
Inventor
2
B
C
60
D
A
1 R0 ,2
48 19
R0, 2
0,7
10
A-A
41
30
50,5
11,5 4,3
,2 R0
15
B R3
0.2x45
1x45
45
26
R1
25,8
20,8
52
R2 R2 6,5
64,4
12,6
R2 38
R0 ,2
D
R2 ,5
R3
R3
5
1x45
C 9,1
A
20618.930 mm^3
22
Inventor
3
25
19,5
44,399
25
35,5 8
18'
149,2 155,5
30,5
R11
15,9
36,547
3x45
45
R2
160443.413 mm^3
Inventor
4
A-A 64 9,5 H
19
7 ( +0
21
- 0 ,015 ,00 0
)
7
5
7 R1
R3
R3
2x45
R2
0
R2 9,5
34
R6
38,5
+ 0,089
38,8 E8 (+ 0,050)
46,5 +- 0,10 0,00
les 2 ho
A
)
20 +0,1 00 ,0
12 ( - 0 5,2 H
A
16164.227 mm^3
Inventor
5
60
16
40
R1 5
A-A
R4
R4
12
R4
30
145 50
30
R1 5
R1 5
5 R1
s
15
A
50
3 hole
A
135
42
100
42
80
16
45
293242.361 mm^3
5
5 R1
R1
Inventor
6
65 120 47 38
56
5
16
D
2
1
R3
D 60
1
4
1x45 0,5x45
49,6 50
R10,5
R10,5
64643.093 mm^3
5
30
R39,
Inventor
7
9
12
8
A
A-A
20
2
2
2
41 50
A
30
B B-B R2
B
7882.161 mm^3
Inventor
8
34,8
A
2,5
2,5
56
26
A-A R1
44
43
2
B
24,5
B
2x45
R1
5
69
2,5
A
4
90 3 equidistant countersinks
12
B-B
42893.903 mm^3
Inventor
9
ric
er ica l R2 0s
he sp
ph
0 R1
12
al
10
R6
A-A
40
15
42
R4
20
R3 1
68
6 R1
A
2h o le
88776.577 mm^3
A s
12
Inventor
10
6
A-A 12 8
18
31,5
2 taper 1:50
5 taper 1:50
5
2x45
15 28
A
A
Note: The taper K is the rapport of the diameter difference of two cross sections of a cone and the axial distance between the sections
5
15076.050 mm^3
Inventor
11
28 18
25
32
0 R2
15
40
155
R200
14
5
15
84
42
100
40
60
0 R1 4h oles
10
80 172529.495 mm^3
Inventor
12
A
A-A 58
8 R2
eric sph
al
90 15
106
8
61
8 R2
16
61
R1 2
A 172
130 R4
R6
70
32
12
R6
306924.803 mm^3
Inventor
13
30
48
16
30 R8
R8
1,5x45
22
R2
4
16
2x45
35
R2
53
44
62
R8
8
74
le s M 2 ho
36 65
8
1,5x45 22 45 55
90610.512 mm^3
Inventor
14
38 90
A-A
4,5
10,3
9,5 R23
4x45
4x45
24
2 5
4x45
8,5
5,7
8,5
R4
5
13
26
31
50
13
39
R6,5
A
A 28 35,5
23306.930 mm^3
Inventor
15
A
,5 R0
20
45
20
18 0,3
15
25
R0 ,5
1,5
5 taper 1:50
18
34
8
45
8
R1 1
A-A
17,3
155
18 35,7
35
A
21
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 the sections 48207.033 mm^3
Inventor
16
5
15
R1
0
55
5 R1
25
R4
4
2
R2 5
2
2
20
10517.059 mm^3
Inventor
17
80 38 45
12
R 4,
5
R35
4
6
45
R10 R3
90
2 R1
R7
40
30
70
15
R 35 R45
17 30
20463.836 mm^3
19
Inventor
18
R4
88
33
R4
20
8
22
0 R2
60
24
120
6
ur i 3g
8
74
40
R1
2
R1
12
38
44
R4
16
2
10x45
R4
R4
R4
96 307781.318 mm^3
Inventor
19
10
A-A
0,5x45
3,5
0,5x45
5,5
2
0,5x45
5
12
1,5x45
11
G1/4"
20
8,5
5
10,5
8,5
0,5x45
0,5x45
2 9 18
A
A 25
2376.627 mm^3
Inventor
20
36 4 R1
5
20
14
1,5
15
R6 15
78
117
R6
R6 48
56
30
49402.496 mm^3
Inventor
21
A
15
A-A
50 12
62
2g
uri
5
A
8
16
38
R5
12
R5
70
42
60
22
R8 R2
1
86 109840.625 mm^3
Inventor
22
A
A-A 43
188
R1
0
10
R1
5
32
116
16
18
96
30
30
49
74
4 g uri
52
15 2a
je leza
46
56
20 26
A 110 130
311149.034 mm^3
Inventor
23
R6 5
B
8
8
70
6 holes
A
100
60
70 48
15
12
45
100
B-B 15
A
45
168
36
10
20
19
13
2 holes
5
130
B
60 15
120
15
90
18
22
4 holes
A-A
R1 5
150 180 937844.044 mm^3
Inventor
24
7
A
R7
7
10
15
28
42
A
26
57
A-A
50
R5
40
9
R12
40
50
s ole 2h 40
R12 R1 2
47519.002 mm^3
5
R25
4
les ho
Inventor
25
R0 ,4
0,9
A
2
1
54
54 26 2
2
4
12
2,5
A
4
R2
1x45
4,8
1x45
45 25
113 200
60
B-B
0,576 - 30 grooves
11
R0, 1
12
20402.174 mm^3
Inventor
26
A
70 40 10
32,5
A-A
5 (17 blades)
24
30
4 4 R6
R2 ,5
8
2
30
20
R3
R1 0
182
144
5
35
78
70
50
50
225
30 5
R3 R6
R3 120
45 4
331361.261 mm^3
135
4
4
4
41 48
A
Inventor
27
30
B-B
R2 12
A-A
34
E-E
30,5
A D-D
2,15
25
R0,5
5
55
64,5
52
D
C-C
D
B
B
1
9,5
E
110
R1 0
E
7
30
R4
5
0.5x45
51
32
C
4 0.5x45
41,8
C
47,5
52
R11
34
5
A Separating Line for forging
Note: All undimensioned radii are R2 72135.203 mm^3
Inventor
28
37 20
R35 40
8
R1 3
R5
125
92
8
28
122
30
17
8
64 124
22
11
R3
156557.366 mm^3
56
34
28
R3
s ole 4h
102
Inventor
29
12
70
40
20
R4
2x45
60
91 80
4 R3
R15
8
68
14
10
50
12 20 60
216857.111 mm^3
Inventor
30
C 22
A
6
R115
R109
125
3
B R1
16 30
6,5
32
16
8
9
35
C
B
R6
52
2
22
2
8
A-A
A
35
26
10,5
56011.601 mm^3
Inventor
31
32
45
14
3 3
9
20
R5 50
18 M
68
x1 .5
45 32
40
75 15
72
86
R8
3 ho les
8
71
227063.493 mm^3
Inventor
33
A-A
2 R1
r he sp
l ica
2
10
R5
les ho
9
A
122
44
87
120
R5
24
2
6
A 28
14
32
62056.897 mm^3
Inventor
34
A-A 16
A
10
1x45
25
60
15
R4
30
30
1x45
4h oles e qu 10 idis ta n t
R4
115
40
80
15
2
40
10
35
R4
50
R4
1x45
70
25
30
A
10 equidistant
30
3/4"
30
25
4 holes
70
55
R1 0
110
3 27 181901.350 mm^3
Inventor
35
78 54 40
38 R6 4 R1 40
15
70
128
30
R8
R8
26
50
36
R6
8
R14
128 2x45
2x45
185968.621 mm^3
Inventor
36
A
R30
58 25
25
s ole 2h
26
A-A
B
33
B
20
122
102 90
90
115
160
30
1,5
135
1x45 1x45
A 1x45
18
1x45
14
15
10 s nt le ta ho idis u eq
18
170
4
85
B-B
45
1x45
6
13
537982.369 mm^3
Inventor
37
104 85
25,5 23
12
11 16 (2 rectangular holes through all )
30
4
30
35
39
6
50
7 72
28
16 (4 channels equidistant)
160
84
R8
R14
45
200
130
4 ho l es
413270.726 mm^3
12 e
quid is
tant ,
thro ugh al
l
Inventor
38
52 25
2
40
35
3
6
45
5
1,5
9,5
R1
45
13
24,5
24,5
8 80
66 40
10
20
R5
5
2h
ole s
45
5
2h ole s
30206.005 mm^3
30
Inventor
39
90 18 1x45
38
45
1x45
31
10
5
15
' 16" 1 26
23,86
10
2x45
4 holes
3
74
11
3
40
60
90
80
38 111738.015 mm^3
Inventor
40
97 67
64
R38
21
64
R90
35
24
11
A
57
46
18
R6
R6
125
20 56
35
22,5
35
47
46
125
A R10 3,4
20
3 R1 0
B 4 holes
119
69
139
72
2,8
6,5
80
30
A-A
4,5
75
10 2 holes
28
(194,4)
87
B
14
Note: The dimensions in paranthesis () are informal only 14 333024.246 mm^3
Inventor
41
2
A-A B
3
40
B-B
90
A 8
54
R3
A
14
4
23
32
24
8
R3
B 42 56
12
6
6
R2
R2
13098.750 mm^3
3
Inventor
42
9 equidistant
B 50 16
30
9
8 R4
1x45
1x45
55
5 R 62
66
,7 78
80
14
6 holes
B-B
3 138
R23 ,
5
R27
9
B
18
164498.843 mm^3
Inventor
43
A-A
24
12
B-B
21
30
30
60
6
4
R8
B
B 10
70 30
21
R3 0
30
30
4
16
60
R8
A
6
10
A R5
331358.491 mm^3
Inventor
44
41
R6
20
4
44
72
2
R2
36
0,5x45
R4
66
20
22
30
21
R2
A A
R2
60
A-A 2
10
R6
4 holes M4
37 49543.839 mm^3
0,5x45
45 Inventor
45
38
A-A
34
15
4
14
R1
3
R14
By standard, when a rib is sectioned in its mid-plane the hatch is void
120
14
24
30
R2
82
82
55
10 21,5
15
R2
64
64
R6
15
A 12
292041.220 mm^3
A
2x45
Inventor
46
100
A-A
86
18
20
10 R3
35
50
20
70
20
8 holes
25 250 67
67
R18 R1 8
R5 5
140
180
R 55
R18
66
A R3 R3
R2 0
11
A
R3
130 1680918.203 mm^3
Inventor
47
60
52
46
B-B (rotated)
6
A-A
20
R4
D 140
52
28
8
122
12
28
12
26
84
94
R2
R4
86
B
C
18
0
R4 0
R2
R2 0
0
16
C
R2 0
R2
4 holes
R 48
R3 2 80
108
8
A
A
28
B 979569.527 mm^3
116
D Inventor
48
6
5
6
0
20
R2
R5
52
20
100
43
50
6
6
R15
R20
20
8
6
6
12
6 2
9
6
8
R26
52
R1 5
43
9
6 R2
49
12 64
96445.594 mm^3
Inventor
49
50
A
44
A-A
38
R5
28
55
16
55
154
66
64
R5
25
22
74 90
A
4 hol es
8
14
40
7
86
35
46
2
4
R5 2x45
8
16
R1
28
12
50
56 66 70
53 189717.979 mm^3
Inventor
2
A 7,5
5
72
31,5
A 3
2,5
20
7
2 R1
R16,
7
18
7,5
16,5
10
20
58,5
R2
R10
1 25' 50"
14,86
R2
1x45
M8
10 5,5
54
A-A
43,5
4
15 1x45
2
8
12
24
R11
142 29675.177 mm^3
Inventor
51
A-A
11
A
10
16
80
40
R2
6 holes
30
40
6 holes
10
25
A
18 - 3 channels equidistant
0 16
75
R9
184
8
611247.464 mm^3
Inventor
52
92 2 holes
10
37
5 30 18
32
14 6 holes 11 equidistant
62
32
15
11
5
4
18
41 18
20
R4
78
G1/4"
16
18
2 holes
15
46
50
R8
62 30
30
70
R8
11
8
R1 1
142
95
444241.998 mm^3
Inventor
53
12
12
180 72
32
32
nt
2
28
63
60
45
4
14
13
a 8 i st s M quid e l e o 4 h th 8 p de
R50
102
75
18
162
2 holes
16
228 R5
d M10 s e l 6 ho
9
8 R1 60
14
epth
86
76
60
75 R1 0
90
160
160 176 836993.759 mm^3
Inventor
54
4 holes
A-A
12
40
15 30
2
50
10
20
1x45 60
50
A
20
36
48
A
4
64 250
28
R12
28
24
4 ho le s
12
28
28
0
55
14
180
28
28
12
20
0 R1
R1
28
125 1033775.096 mm^3
Inventor
55
20
70
A
A
10
80 64
25
64
80
0
40
25
5
0 R1
le s 4 ho 10
60
8
90 R8
45
74
4h o le s
339935.240 mm^3
8e
qu i di s
tan t Inventor
56
A 48 32
56 38
27 13
45
48
4
48,5
20
79
90
12
A-A
32
27
A
48
68 50
8
12
72
90
R4
ho les
R9
4
8 R1
R21
60 268764.411 mm^3
Inventor
57
35 11 14x45
12
5
2
R7
12
R10
15
20
104
6
23
14
4x45
R1 5
16
46
56
12
25
11 2 holes M8 24 110
36
14
58
R8
38
8
R8
84
46 150
203510.815 mm^3
Inventor
58
20 60
200
15
60
100
115
80
80
70
80
190
80
R7 5
4 ho s le
23 0
20 di ui eq t an st
20 95
205
145
200
160
20 s ho le 2
2
R20
ho le s
20
140
R50
2999772.392 mm^3
160
R2
0
200
Inventor
59
94
R1 5
36 28
es 2 hol
M12
34
100
A 30
5
14
R1
R70 R4
80
84
124
R3 0
A
50
R60 R4
102
15
30 R4
R4
12
20
R4
40
96
A-A 153 s ol e 2h
13
50
R8
180
416914.753 mm^3
Inventor
60
90 4 h eq oles uid 8 ist an t
4 10
287561.350 mm^3
30
20
10 10
110
40
10
R23
30
4h eq oles uid i st a 8 nt
R4
10 4
30
A-A
90
60
46
40
R2 3 46
M8
30
16
B-B 76
20
10
60
B A
A
B Inventor
61
B
9
B-B
2h ole
17
sM 8
68 52 R8
R4
13
34
R6
52
A 68
A
120
B
43
2 de hole pt s M h9 8
76
26
C
27,5
C le s 2 ho
A-A
14
50
42
30
25
37
30
80
R2
R2
41
5 R27,
R2
22
2 4 R1
10 132724.206 mm^3
31 Inventor
62
10
25
67
8 (18 grooves)
56
B 17
A-A
17
62
12
R3 0
40 70
B 87
5
50
8
8 90
R8
R18 R8 8
R8
8
75
8 R1
44
8
20
R8
128
8
R8
2
s le ho
18
100
76
R8
R8
R18
18
R8
35
A
8 R1
130
A 415970.176 mm^3
148
Inventor
63
86
R30 (tool radiu s)
28
1,5x45
174
62
12
70
1,5x45
110
1,5x45 1,5x45
60
A
A
0 17
14 19
55
36
R5
4 59 2 holes
747534.832 mm^3
14
2,06 45 grooves
R1
4 holes
60
R5
R8
R0 ,5
R8
70
62
29
7,5
4 counterbores
55
8
7
Inventor
64
123
R1
33
13
13
13
45
R5
47
A
30
14
(6
eq
uid is
3
28
15
100
316
137
4,15
124
33
120
95
120
122
A-A
A
5
B
12
i bs )
33
1,5x45 6 55,5 45
B
34
152
246
20
51,3
1,5
63
tan tr
B-B 4 holes 7 equidistant 1682699.449 mm^3
45 Inventor
65
15
275
50
125
20 60
40
50
60
135
70
5
125
12,5
165
425
12,5
25
R1 2,5
2h
ole s
25
75
12,5
350
1066608.787 mm^3
Inventor
66
3
B-B
6
20
10
A-A
B
7 R19,
10
38
38
70
R6
R6
27
27
44
R44
20
13 R6
3
les ho 40
2
R6
58
100
5 R2
A
A
R6
150
R6
10
65
62
10
80 34
2,15
2,15
21 7
295154.993 mm^3
B Inventor
67
67
A
9
11
30
10
5 R3,
9
30
12,5 20
40
A-A
18
30
8
5
15
12
3,5
R3, 5
4
A
12
10
12 12
10
11
120 88
38
24
R7
46485.411 mm^3
Inventor
68
B-B
C
A-A
6
R25 60
R8
1x45
22,5
30
54
42
14
6
4 holes M8
15
R2 9
6 s e nt l ho dista 3 ui eq
C
13
12 64
B 45
1
22
R1
A 84
2
B
64
ho le s
10
A
116681.800 mm^3
Inventor
69
164
A 18 e
35
quid istan t
17 0
6 ho les
6
22 30 '
1x45
110
210
100
101
88
1
8
2
80
B
60 112
17
B
' 7 30
s le ho
20
R2
0
60
0 R10
15
44,5
3
44,5
17
A
35
1
60
B-B
6 equidistant ribs 4 counterbores 1214143.564 mm^3
98
35 Inventor
70
34
R6
2,2
30
22
68
0,1
55
80
5 20
4
64
R1
A
1
A
R1 ,
50
14
80
5
R1 ,5
6
6 R3
12
40
32
6
R3
+
78 - 00,3
R
50
62 H7 (+- 0,03 0 )
R3
B
B-B
12 49
B
50 160
A-A R8
,27 (+-00 )
228500.505 mm^3
R12
R8
15
30
72
12
3 holes
13 H13
118
Inventor
71
300
80
50
45
15
8 10
15
36
15
68
75
140
45 14
16
108
94
8 s Mt e l ho an 4 dist x 2 ui eq
R1
14
0
40
40
14
14 s le ho
15
R85
R115
237
470
43
110
298
108
A
A
75
390
10 sM e l o 8h
110
5
95
60
0 R1
80
40
60
220
24
40
2
ho l
es
8
0 R2
14
100
65
24
40
16
3
43
6
45
A-A
11 2714866.225 mm^3
Inventor
72
120
20
R2 0
u ri 2g
R42
R2 0
A-A 70
36
R6 0
3
120
60
72
66
R42
R4
2x45 R4
uri
20
56
42
50
2"
80
2g
R4
46
3
10
R4
24
160
10
R2
3 66
22
148
80
A 505885.027 mm^3
A Inventor
73
16
A-A
7
B 8 6 8
23
17
18
R9
50
5
10 7 6
13
R26
61
10
17
29
39
R9
B
17 38
60
31
R5
A
38
12
R30
1
8
27 81
6
135
83
6 17
A 150 43373.133 mm^3
Inventor
74
82 22
14 8
20 2x45
18
20
10
30
34
45
1x45
20 15
30 8
18
30
80
1x45 40
10
25
34
75
R2
2x45
4
22
40
82 68 5 R1
13
85
2 hole s
30 144993.492 mm^3
Inventor
75
18 8,2
42
38
2
52
M8
47
5
10
5
19
5
8
15
3
1x45
38,5
48,5
33 43
R26
28
8 54' 40"
40
52
8
R9 62201.971 mm^3
Inventor
76
A-A
A
26
60
R3
14 18
2 R1
40
R250
14 54
36 5 R1
11
58
45
33
28
36
45
5
4 holes
1,6
C
6
R2 0
A
10
B-B
9,5
124
4,5
R10
C
24 R245
R239
B
56
60
61, 05
18
R250
R3
40
94
56
24
R4
66
6 holes M8 equidistant
R4
248
156
81,7
B
134
170
R3
110
100
42
118
12
R 20
91
6 holes M8 equidistant
R12 9
R140
36
158
2 holes
5 R1
6
R140
128
R135
180
42,5 45,6
6
14 562869.072 mm^3
Inventor
77
65 45
R18
68
130
R5
20
47
3
48
74
R2 4
165
8 R1 30
31
15
180
35
R2 0
epth 20, d
B
7
31
20
A
32,5
53
20
A-A
28
64
68
3 holes M18
45
120
2
B-B (rotated)
39,5
A
B 170
10
10
20
ep t
19 0 h1
40
20
3586417.385 mm^3
13,5
13,5
17
40
13
20 ,d
180
153
90
11 0
125
32,5
3 holes
14
262
47 95
Inventor
78
19
22
R 19
R3
3
R3
R1
5 R1
A-A
28
9 R1
173
41
16
8
44
16
2
8 8
12
74
3
A
R98
45
5
8
2
A
R220
56
8
20
16
2h
2 R1
ole
s
8
125 61319.887 mm^3
Inventor
79
28
6
s ole 8h
60
0 M1
B
60
140
213
100
18
B
R4 0
48
22
A-A
70
25
40 100
15
90
60
B-B
100
15
15
45
70
42
0 R3
R3 0
80
65
5 R7
80
130 55
55
150
130
45
R55
R65
R8
315
A
hole s
210
10
A
M8
118
R75
25
100
R50
210
60 R50
R1 6
2h ole
s
16
R16
3758030.252 mm^3
Inventor
80
143 60
A-A
44
R4
8
R8
20
4
R4 4 R
60
R4
l es
44
60
R4 0
4 ho
30
40
3
43
11
10
74 90
105
B 91
8 les ant o 8 h i di st u eq
B-B 85
30
A 30
91 66
40
A R8
8 6 holes t n equidista
80
R4
B 327978.087 mm^3
Inventor
81
43 35 28
2
50
M5 les o 5h
30
10
15
50
10
5
2
45
60
4
67,5
R2
90
2
s
5
ole 2h
7
R5
95
81
66
53 24
26
100
7
5
75
2 7
90
87,
45
1x45
5 sM ole tant h 4 idis equ
25 29 50
199248.759 mm^3
Inventor
82
R39, 8
53
C
F M22
30
16
3
9
60
E
C-C D
24,5
33
E
21,1
10,5
28
6
6
20
C
5
10
28
47 242
60
R5 0
F 60
11
D
60
6
B-B
35 channels
3
,3 R0 R1 5
R2
R2 1,5
11,5
R 13
1,5
,2
A
R0
40
0.5x45
0.5x45
R1
,5
1.5x45
7 21'
B
42
31
50
R2
B
60
50
R2
,5
,5 R1
0.5x45
1,88
9
29,6
,5 R1
12
R39 ,2
51
46
32
A-A
1.5x45
8
214344.656 mm^3
2 R3
1,88
28
18
A Inventor
83
44
M30x1.5
12
20
8
22
22
R3
69
32
23
17
32
22
4
90
90
R3
1,5x45
10
0,7
9
22 32
2
1x45
55
21
12 42
60 78
M64x1.5
54
54
1x45
1x45
32
R4 1
14,5
12
3
6
34
4x45
21
1x45
R3
1x45
6
42
2,5
15
1x45
R3
26
2
2
G3/8"
6
G3/8"
17
1x45
90
28
32
9
18
2
Vedere din A
1x45
12
30
2
155308.297 mm^3
A
Inventor
84
20
D-D
,7 53
8
4 5
R7,
M6
74
40
66
75
92
10
l es ho
19
140
40
D C-C
62 13
83
65
1x45
1x45
5
R2
65
A
B
2,15
18
A
2,15
12
66
D
R2
1x45
25
5
86
60
72
2,65
174
76 19
A-A
13
C
B
C
15
80
R2
85
30
R2
45
90
23 4
4
4 ho le s 11 equid istan t
7x45
5
46
90
R2
524655.996 mm^3
Inventor
85
150
32
A-A R25 R5
45
8
5 R1
21
135
8
21
R5
R5
65
90
2 R3
R5
45
60
R15
22
10
15
46
R18
8
8 100
R1
0
10
8
0 R1
s ole 4h
6
A
46
30
A
R2
8
18
36
58
65
76
104
15
R1 0
64 100
282809.640 mm^3
Inventor
86
5
52
5
5
ho les
5
18
146
4
B
A-A
3
3 95
14
4
R7
23
R7
R7
R2
5
60
R7
5
R4
5
R2
R7
10
20
20
30
R34
B
10
5
R7
3
R7
3
4
6
2
R7
6
38
A
R1 5
30158.883 mm^3
,5
6
12
18
R46 2,5 R1
A
Inventor
87
A
A-A
8,5
24
12,5
,5
1 1 R2 R2
R8
36
,5 R8
43
20,5
47
8 2
s le ho
5
30
A
B-B
50
9
B 32
2
24,5
49
R10
9
le ho s 8
R3
9
60,5
36
4, 5
B
15
R8 ,5
4 R2
38
3 holes
M8
M
35
44
10
R16
43
R8,5
R3 4,5
20,5
,5 R8
96126.117 mm^3
8
h pt de
Inventor
88
80 68
8
16
43
45
45 24
53
74
40 51 126
3
10
25
40
20
75
86
43
95
64
h ug ro
45
125
110
120
6h o equ les M 8 idis t an t R8
50
7
th
123
M8 R3
24
7
23
20
20
17
7
8
th
R3
M
p de
A-A
15
22
18
7
120
B
15,5 8
10
B-B
A
64
74
A
8
8
63
0 14
B
634290.282 mm^3
8
Inventor
89
100
22
85
30
17
C
C-C
3x45 70
106
M1 6
R2
20
40
C 90
35
R2
R12
80
25
25
50
30
56
30
A
120
40
3h ol dep es M8 th 2 5
190
B
70 120
190 8 holes M8 equidistant
165
25
70
68
R2
14
he
ric al
R2 R2
18
24
41
40
sp
159
40
27
23 R1 2
30,5
80
20
45
55
60
130
28
150
61
A-A
40
75 5x45
100
14
220
A
70
65
100
B-B 5
B
6 holes M8 equidistant
120 2330568.185 mm^3
Inventor
90
R2
4
A
37
25
47
33
2h
21
27
R2
36
24
, M5
h1
3
12,5
37
s ole
pt de
14
D
10
4h ole 58
R7
13
D
20
22,5
10
63
R2
R2
78
14,5
4
R2
R2
B
42
C-C
,5 R0
8
R2
R2
7
19,5
E
R2
1
1
2
6
31
C R2 R2
B
,5 R7
R7,5
,5 R7
R8
R2
16
12
E
45 40
19
55
15
R2
7
83
C
R7 ,5
10
7
R2
18
oles
7
4h
65
47
7 33
50 ,5
113
A-A
21
10
30
A R7
E-E
R1 0
s
6,2
,5
73 7 166891.781 mm^3
Inventor
91
,5 R0 R2
35
A-A
10
B
5
B-B
2x45
4
4
2x45
30
A
6
3 5
19
74
R5 3
s ole h 6
8
5
5
37
25
3
22
5
15
20
13
10
16
24
32
25
3
R4
7
5
10
32
7
45
10 32,5 65
116853.807 mm^3
B
A
Inventor
92
225 G2" 46
A-A
40
3
20
16
20
55
110
14 40
4 hol es 10,5 equi dista nt
20
16
B
10
10
65
A
A
74 388747.923 mm^3
60
120
45
70
30
5
20
88
30
48
36
46
,5 R66
R62
45
2
3
R3
R3
B-B
45
29 30
26
36
6
45
36 39
30
G1 1/4"
R3 46
56
5
5
5
20
B 72
R3
10
30
44
120
40
30
36
G1 3/4"
R3
Inventor
93
A-A
C (partially)
115
60
110 17
44
D 2
R4
R35
B 2 holes
B
R9
6,5
80
70
15
20
123
le s 2 ho
R8
117
2
68
10,5
60
2 holes
44
R1
17
28
5
17
86
4 de ho pt les h 14 M 5
95
20
108 6
8
R12
30 4
110
2
65 116
D (twice)
98
C
70
B-B
60
4
15
4
74
108
110
98
120
D
12
R 15
R1 1
A
95
8
A
14
72
125 659604.229 mm^3
4h ole s
M8
82 Inventor
94
B-B
D-D
35
1x45
12
8
44
8
es 2 hol
20
85
D 61,5
8
30 8
R5
R5
8
B
R8 5
8
D 100
1x45
8
82
A 260061.601 mm^3
76
R8 56
95
12 2 R R1
50
62
50
50
8
R5
B
C
8
20 130
8
R8
8
R8
R1 0
24 35
12
R8
R8
47
20
36
36
20
C
A-A
A
74,5
72
15
72
M12
8
9
30
Inventor
95
A
M50x2
A-A
R 1, 5
48
R2
38
76
63
R6
30
44
42
R1
6
25
1x45
45
15
60
R2
R2
B
104
R2
10
B R2
42
21
"
38
R2
26
R10
R7
G3/8"
3
32
8
R2
R3
R3
R8
23
R3
16
R15
R2
C
R2
R2
10
G1/4
50
C 2
R2
38 85 45 36
C-C
14 2
6
14 2
R7
R2
32
4
G1/2"
32
22
12
R2 5
150841.948 mm^3
B-B
G1/2"
A
Inventor
96
B 31
B-B
28 40
12 24
64
46
M16x1.5 5 15
27
M22x1.5
M22x1.5
12 M6
3,5
15
15,5
46
25
26,2
12
1x45
82
75
5
36
10
40
15
2,3
30
58
D D
3
s
4
ole 2h
6
1,5
8
1,5
M10
30
A-A
4 1,5
12
12
B
R9
3
22
27
30 11x45
C
12
A
10
8
C
45
12 28,5
10
45
85
14
5
A
14
22
0 R1
M16x1.5
12,5
14
5 4 holes n ta t equidis 5 1 depth
40
20 60
16 20
8
36 48 94
269720.116 mm^3
Inventor
97
4 R1
R4
21
R1 2
4h ole s
R4
78
R4
2
B
C
12
8
48
25
8
25,5
R4
78
5 2, R1
37
R4
20
60
55
60
66
95
72
2,5
84
78
R7
R4
102
R4
15
R1
B-B
106
4
A
l ho
es
10 M
4
78
55
49
2
9 6 R2
D-D
R4
120
6,5
8
29 R4
R2
R4
33
R4
15
2
6,5
7,5
54
63
R4 R9
18
2,5 7,8 441928.311 mm^3
C-C 2
M8
R4
R4
42
R4
18
es 2 hol
R4
D
106
17 5
B
94
25
C
R4
D
55 106
A-A
14
106
A
16 Inventor
98
G1/2"
135
175
ole s
210
3
G1/2"
35
16 s e l nt ho 12 idista u eq
A
Spiral profile (Pitch 28)
370
65 265
8282592.513 mm^3
62
R2 4
34
4h
270
132
R37 16 20
25
100
265
160
184
72
110
127 220
141 R3
28
0,5x45
241
310
224
0,5x45 0,5x45
5
3
3,
86,5
95
45 12
24
30
15
20
38 R13,
26
3
8
103
30
34
R15,5
180
3
R37
B
2" G1/
22 30 '
166
34
A-A
48
34
G1/2"
A
250
128
80
70
35
3
tant uidis 1 30 eq epth les 45, d 8 ho nk tersu coun
150
80
138
180
230
R5
16
' 22 30
B
120
8 holes 26 echidis tante countersu nk 42, d epth 1
420 480
Inventor
99
B-B
50
B
80
15
C
66
A-A
66
M64x1.5
7
30
30
58
28 4
5
48
6 7
40
2,3
7
5
0
2 ho les
4,5
0,1
14
8
25 53 55
D
160
E-E
F-F
D
146 8
F
E
R1 4 R2
727500.167 mm^3
F
9
27
0,2
oles
A
R8 7
147
175
,5 14
E
150 a11
(-- 0,520 0,770)
2h
13
A
8,5
(+- 0,063 0,000)
B
16
150 H8
0,2
132
4 ho l es 14 equid istan t
15
7
8
11
52
R1
3
37
30
45
33
R4
R4
7
R4
82
7
0,1
102
5
C 15
0,027
116
30
38
115
6
7
32
48
R24
37
16
7
0,1
17 l es 3 ho t istan equid
R1 3
R6
65
110
120
5 20
Inventor
100
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