Theipa

General: The eyes can be loaded with working load limit in all directions. All the eyes are pivoted to avoid breakage in the eyes, which also make it possible to fold it aside when it is not in use. Furthermore it has a ball beared swivel which makes the lifting eye to always stand in the correct direction to the load.

  • Material: Eye and swivel of alloy steel grade 10.
  • Marking: WLL.
  • Finish: Painted.
  • Note: The surface that the lifting eyes shall be attatched to shall be flat and tolerate the load it is going to be exposed to.
  • Safety factor: 4:1.
  • Grade: 10
TP
teile_TPG_m_225mm
Select a row from the table below, then click the add to quote button
Art No Code WLL
Ton
Thread version d x e (mm) Tightening torque
Nm
Pitch DIN 13 Link Ø x t1 x bi Ø b (mm) g (mm) t (mm) SW width across flats (mm) Weight
kg
CAD
11.420381400001 TP 0,7 1 M 10x18 10-40 1,5 13x55x32 36,5 48 41 34 0.42
11.420381401000 TP 1,4 2.8 M 16x20 45-130 2 13x55x32 36,5 48 41 34 0.43
11.420381402000 TP 2,5 5 M 20x30 100-170 2,5 16x71x34 52 68 57 46 0.95
11.420381404000 TP 4 8 M 24x30 190-280 3 18x85x45 57 75 63 50 1.43
11.420381406000 TP 6,7 12 M 30x35 230-400 3,5 20x85x45 70 95 78 65 2.33
11.420381408000 TP 8 12 M 30x35 270-600 3,5 23x115x60 81 106 86 75 3.59
11.420381410000 TP 10 15 M 36x50 270-600 4 23x115x60 81 106 86 75 3.72
11.420381412003 TP 12,5 15 M 42x50 270-700 4,5 23x115x60 81 106 86 75 3.82
11.420381417003 TP 17 20 M 42x60 350-800 4,5 30x140x70 104 127 106 95 7.34
11.420381420000 TP 20 25 M 64x96 350-900 6 30x140x70 104 127 106 95 8.85
11.420381428000 TP 28 32.5 M 64x96 500-1.000 6 35x170x80 129 174 135 115 16.3
11.420381435000 TP 35 40 M 80x120 500-1.400 6 43x220x100 148 187 146 135 25.1
11.420381440002 TP 40 50 M 80x120 500-1.500 6 46x240x110 170 233 182 150 35.5

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Description

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Load diagram 

Kind of attachment
 

 

 
Number of legs
 
1
1
2
2
2
 
3+4
3+4
Angle of inclination
 
90°
90°
0°-45°
45°-60°
0°-45°
45°-60°
Code
Thread
Load capacity
 
 
 
 
 
 
 
 
 
tons
 
 
 
 
 
 
 
TP 0,7
M 10
1,0
0,5
2,0
1,0
0,7
0,5
1,0
0,75
 
M 12
1,4
0,7
2,8
1,4
1,0
0,7
1,4
1,0
 
M 14
2,0
1,0
4,0
2,0
1,4
1,0
2,12
1,5
TP 1,4
M 16
2,8
1,4
5,6
2,8
2,0
1,4
3,0
2,12
 
M 20
3,4
1,7
6,8
3,4
2,4
1,7
3,55
2,5
 
M 24
3,4
1,7
6,8
3,4
2,4
1,7
3,55
2,5
TP 2,5
M 20
5,0
2,5
10,0
5,0
3,55
2,5
5,3
3,75
TP 4
M 24
8,0
4,0
16,0
8,0
5,6
4,0
8,5
6,0
 
M 30
8,0
4,0
16,0
8,0
5,6
4,0
8,5
6,0
TP 6,7
M 30
12,0
6,7
24,0
13,4
9,5
6,7
14,0
10,0
TP 8
M 30
12,0
8,0
24,0
16,0
11,2
8,0
16,0
12,0
TP 10
M 36
15,0
10,0
30,0
20,0
14,0
10,0
21,2
15,0
TP 12,5
M 42
15,0
12,5
30,0
25,0
17,0
12,5
25,0
18,0
 
M 45
15,0
12,5
30,0
25,0
17,0
12,5
25,0
18,0
 
M 48
15,0
12,5
30,0
25,0
17,0
12,5
25,0
18,0
TP 17
M 42
20,0
13,0
40,0
26,0
18,0
13,0
27,0
19,0
 
M 45
25,0
17,0
50,0
34,0
23,5
17,0
35,0
25,0
 
M 48
25,0
17,0
50,0
34,0
23,5
17,0
35,0
25,0
 
M 56
25,0
18,0
50,0
36,0
25,0
18,0
37,5
26,5
TP 20
M 64
25,0
20,0
50,0
40,0
28,0
20,0
42,5
30,0
TP 28
M 64
32,5
28,0
65,0
56,0
38,0
28,0
58,0
42,0
 
M 72
32,5
28,0
65,0
56,0
39,0
28,0
58,0
42,0
 
M 80
32,5
28,0
65,0
56,0
39,0
28,0
58,0
42,0
TP 35
M 80
40,0
35,0
80,0
70,0
49,0
35,0
74,0
52,5
 
M 90
40,0
35,0
80,0
70,0
49,0
35,0
74,0
52,5
TP 40
M 80
50,0
40,0
100
80,0
56,0
40,0
84,0
60,0
 
M 90
50,0
40,0
100
80,0
56,0
40,0
84,0
60,0
 
M 100
50,0
40,0
100
80,0
56,0
40,0
84,0
60,0
In the case of an unsymmetrical load distribution, the lifting capacities applicable to the 2- and 3-/4-leg slings are the same as for 1-leg types at 90º