KM 6-1 Cable Supporting Grips
Product Information
The cable supporting grips with 1 loop are made of galvanized
Bowden wire. They are handmade by Vetter, ensuring high
flexibility. These grips can easily adapt to any difference in
cable diameter, making them simple to handle. There are other
versions available, such as reinforced grips and grips with
different lengths. For safe and strain relieved cable supporting,
grips made of stainless steel are also available.
| Code | Type | Cable Diameter Range (mm) | Bowden Wire Length (mm) | Number of Loops | Max. Load (kN) | L1/L2 (mm) | Weight (kg) |
|---|---|---|---|---|---|---|---|
| 250021 | KM 6/1 | 4-6 | 30 | 2 | 1.8 | 100/275 | 0.02 |
| 250031 | KM 9/1 | 7-9 | 30 | 2 | 3.3 | 120/290 | 0.02 |
Product Usage Instructions
- Identify the appropriate cable supporting grip based on the
diameter of the cable you are working with. - Ensure that the cable supporting grip has the required number
of loops to handle the load. - Inspect the grip for any damage or wear before use.
- If using galvanized Bowden wire grip, ensure that it is
flexible and can adapt to the cable diameter. - For stainless steel grips, refer to the separate instructions
provided. - Position the grip around the cable, making sure it is securely
attached. - Apply tension to the grip to provide safe and strain relieved
support to the cable. - Monitor the grip and cable during usage to ensure proper
support and avoid any excessive loads. - Follow any additional instructions specific to reinforced or
differently sized grips if applicable.
Technique for cable laying and overhead line construction
· Energy cable laying up to 680 kV · Fibre optic, mini and micro cables · Cable winding and length measuring · Overhead line construction up to 110 kV · Seminars and product instructions
Cable supporting grips, 1 loop
Cable supporting grips with 1 loop, galvanized Bowden wire. All Vetter cable grips are handmade therefore of high flexibility. They adapt easy at any difference in cable diameter and are therefore simple to handle. Other versions, e.g. reinforced, different length are available. Grips made of stainless steel see further below. For safe and strain relieved cable supporting.
· L1 = the lengths without cables in. L2 = total length included the loops. · The real length mounted on the cable can be much shorter, depending on the cable diameter. · Loops without thimbles · B = internal diameter of the loop · D = thickness of the loop · kN = minimum breaking load
Code
Type
C-D
B
D
kN
L1/L2
kg
250021
KM 6/1
4-6
30
2
1,8
100/275
0,02
250031
KM 9/1
7-9
30
2
3,3
120/290
0,02
250041
KM 12/1
9-12
30
2
3,9
135/340
0,02
250071
KM 15/1
12-15
30
2
6,3
180/390
0,03
250091
KM 19/1
15-19
30
3
7,8
220/450
0,04
250121
KM 25/1
19-25
35
3
7,8
275/510
0,05
250161
KM 30/1
25-30
35
3
12,0
350/610
0,07
250171
KM 40/1
30-40
50
3
17,4
370/660
0,12
250191
KM 50/1
40-50
50
4
24,0
490/800
0,12
250201
KM 60/1
50-60
50
4
24,0
500/810
0,28
250211
KM 70/1
60-70
50
5
31,8
520/860
0,28
Vetter GmbH Kabelverlegetechnik · Industriestraße 28 · D-79807 Lottstetten Tel.: +49 7745/9293-0 · Fax +49 7745/9293-499 · [email protected] · www.vetter-kabel.de
11:32 – 26.06.2023
Technique for cable laying and overhead line construction
· Energy cable laying up to 680 kV · Fibre optic, mini and micro cables · Cable winding and length measuring · Overhead line construction up to 110 kV · Seminars and product instructions
250221
KM 90/1
70-90
50
5
41,7
580/950
0,35
Vetter GmbH Kabelverlegetechnik · Industriestraße 28 · D-79807 Lottstetten Tel.: +49 7745/9293-0 · Fax +49 7745/9293-499 · [email protected] · www.vetter-kabel.de
11:32 – 26.06.2023
Kabelverlegung
