GN 214.2

Code
d1 -0.1
l1 +0.4
a
b
d2
d3
d4
d5
l2
l3
Load in kN ≈
(Double sided
shear force)
see information
6
10
2.3
0.5
7.5 +0.5
5.9
12
23
7
38
14
18
6
12
2.3
0.5
7.5 +0.5
5.9
12
23
7
38
14
18
6
16
2.3
0.5
7.5 +0.5
5.9
12
23
7
38
14
19
6
20
2.3
0.5
7.5 +0.5
5.9
12
23
7
38
14
20
6
25
2.3
0.5
7.5 +0.5
5.9
12
23
7
38
14
20
6
30
2.3
0.5
7.5 +0.5
5.9
12
23
7
38
14
21
6
35
2.3
0.5
7.5 +0.5
5.9
12
23
7
38
14
22
6
40
2.3
0.5
7.5 +0.5
5.9
12
23
7
38
14
23
6
45
2.3
0.5
7.5 +0.5
5.9
12
23
7
38
14
24
6
50
2.3
0.5
7.5 +0.5
5.9
12
23
7
38
14
24
6
60
2.3
0.5
7.5 +0.5
5.9
12
23
7
38
14
29
6
70
2.3
0.5
7.5 +0.5
5.9
12
23
7
38
14
29
6
80
2.3
0.5
7.5 +0.5
5.9
12
23
7
38
14
33
8
10
2.8
0.6
10 +0.5
7.9
12
23
8.4
38
28
30
8
16
2.8
0.6
10 +0.5
7.9
12
23
8.4
38
28
33
8
20
2.8
0.6
10 +0.5
7.9
12
23
8.4
38
28
29
8
25
2.8
0.6
10 +0.5
7.9
12
23
8.4
38
28
31
8
30
2.8
0.6
10 +0.5
7.9
12
23
8.4
38
28
33
8
35
2.8
0.6
10 +0.5
7.9
12
23
8.4
38
28
33
8
40
2.8
0.6
10 +0.5
7.9
12
23
8.4
38
28
36
8
45
2.8
0.6
10 +0.5
7.9
12
23
8.4
38
28
38
8
50
2.8
0.6
10 +0.5
7.9
12
23
8.4
38
28
39
8
60
2.8
0.6
10 +0.5
7.9
12
23
8.4
38
28
45
8
70
2.8
0.6
10 +0.5
7.9
12
23
8.4
38
28
38
8
80
2.8
0.6
10 +0.5
7.9
12
23
8.4
38
28
54
8
90
2.8
0.6
10 +0.5
7.9
12
23
8.4
38
28
56
8
100
2.8
0.6
10 +0.5
7.9
12
23
8.4
38
28
58
10
15
3.3
1
12 +1
9.9
16
28
9.8
42
38
39
10
20
3.3
1
12 +1
9.9
16
28
9.8
42
38
41
10
25
3.3
1
12 +1
9.9
16
28
9.8
42
38
43
10
30
3.3
1
12 +1
9.9
16
28
9.8
42
38
45
10
35
3.3
1
12 +1
9.9
16
28
9.8
42
38
47
10
40
3.3
1
12 +1
9.9
16
28
9.8
42
38
49
10
45
3.3
1
12 +1
9.9
16
28
9.8
42
38
51
10
50
3.3
1
12 +1
9.9
16
28
9.8
42
38
54
10
60
3.3
1
12 +1
9.9
16
28
9.8
42
38
58
10
70
3.3
1
12 +1
9.9
16
28
9.8
42
38
63
10
80
3.3
1
12 +1
9.9
16
28
9.8
42
38
69
10
90
3.3
1
12 +1
9.9
16
28
9.8
42
38
74
10
100
3.3
1
12 +1
9.9
16
28
9.8
42
38
77
10
110
3.3
1
12 +1
9.9
16
28
9.8
42
38
81
10
120
3.3
1
12 +1
9.9
16
28
9.8
42
38
87
12
20
3.8
1
14 +1
11.9
16
28
11.3
42
61
48
12
25
3.8
1
14 +1
11.9
16
28
11.3
42
61
51
12
30
3.8
1
14 +1
11.9
16
28
11.3
42
61
55
12
35
3.8
1
14 +1
11.9
16
28
11.3
42
61
58
12
40
3.8
1
14 +1
11.9
16
28
11.3
42
61
62
12
45
3.8
1
14 +1
11.9
16
28
11.3
42
61
66
12
50
3.8
1
14 +1
11.9
16
28
11.3
42
61
69
12
60
3.8
1
14 +1
11.9
16
28
11.3
42
61
76
12
70
3.8
1
14 +1
11.9
16
28
11.3
42
61
83
12
80
3.8
1
14 +1
11.9
16
28
11.3
42
61
91
12
90
3.8
1
14 +1
11.9
16
28
11.3
42
61
105
12
100
3.8
1
14 +1
11.9
16
28
11.3
42
61
109
12
110
3.8
1
14 +1
11.9
16
28
11.3
42
61
117
12
120
3.8
1
14 +1
11.9
16
28
11.3
42
113
126
16
30
4.8
1.2
19 +1
15.9
20
32
14.2
46.5
113
101
16
35
4.8
1.2
19 +1
15.9
20
32
14.2
46.5
113
108
16
40
4.8
1.2
19 +1
15.9
20
32
14.2
46.5
113
115
16
45
4.8
1.2
19 +1
15.9
20
32
14.2
46.5
113
108
16
50
4.8
1.2
19 +1
15.9
20
32
14.2
46.5
113
128
16
60
4.8
1.2
19 +1
15.9
20
32
14.2
46.5
113
141
16
70
4.8
1.2
19 +1
15.9
20
32
14.2
46.5
113
156
16
80
4.8
1.2
19 +1
15.9
20
32
14.2
46.5
113
167
16
90
4.8
1.2
19 +1
15.9
20
32
14.2
46.5
113
171
16
100
4.8
1.2
19 +1
15.9
20
32
14.2
46.5
113
197
16
110
4.8
1.2
19 +1
15.9
20
32
14.2
46.5
113
209
16
120
4.8
1.2
19 +1
15.9
20
32
14.2
46.5
113
222
16
130
4.8
1.2
19 +1
15.9
20
32
14.2
46.5
113
236
16
140
4.8
1.2
19 +1
15.9
20
32
14.2
46.5
113
249
16
150
4.8
1.2
19 +1
15.9
20
32
14.2
46.5
113
263

Pin

Steel

zinc plated, blue passivated

Pawl

Stainless Steel sheet metal AISI 304

Lifting ring

Stainless Steel AISI 301

Push button / Slide

Plastic

  • temperature resistant up to 80 °C
  • Push button red

Spring

Stainless Steel AISI 301

Locking pins with axial lock GN 214.2 are used for quick fixing, connecting and locking of various jig and fixture systems. A typical application is location pins which have to be often removed and replaced again.

The rectangular pawls made of Stainless Steel sheet metal keep the locking pin in an axial position in the bore. It can be retracted by pressing the button, once released it returns the pressure spring into its locking position.

The version with swivelling lifting ring is ideal for the use in confined spaces.

The load values given in the above table at shear stress are theoretically obtained and indicative only. They are non-binding recommended values and rule our any liability. They constitute no general warranty of quality and condition. The user must determine from case to case whether a product is suitable for the intended use.

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