OPGW Hardware & Fitting Tension Assembly

OPGW optical cable tension clamp is composed of inner stranded wire, outer stranded wire, embedded ring, U-shaped ring, extension ring, bolt, nut, closed pin, etc. 

Function: This product is used for linking with poles and towers in the erection of opgw optical cable lines. The aluminum-clad steel pre-stranded wire protects the opgw optical cable and improves the seismic resistance.


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Product Details

Features: 

1. The application force has no concentrated point, the stress is uniform, and it has a good protective effect on the optical cable.

2. Under the premise of not exceeding the lateral compression strength of the optical cable, it has a greater grip on the optical cable and can withstand greater tension.

3. The grip strength of the optical cable is not lower than the cable-level limit resistance, such as the tensile strength (uts) of 95, which is fully suitable for the needs of optical cable erection.

 

Strength: According to customer needs, the configured strength is 70KN, 80KN, 100KN, 120KN, etc. Weight: 4.2KG

Dimensions: 1650MM

Material: Aluminum Clad Steel

Category: For OPGW

Product composition diagram

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Product technical specification sheet:

 

Sn

Model No.

Cable range

1

ONY 0780

7.2-7.8

2

ONY 0880

7.9-8.8

3

ONY 1010

8.9-10.1

4

ONY 1140

10.2-11.4

5

ONY 1280

11.5-12.8

6

ONY 1410

12.9-14.1

7

ONY 1550

14.2-15.5

8

ONY 1730

15.6-17.3

9

ONY 1920

17.4-19.2

10

ONY 2110

19.3-21.1


Conditions of Use: Used for the connection of terminal towers, tensile towers, towers with large height differences, towers with a rotation angle (elevation angle)> 25, and connecting towers.

Installation steps: 

1. Align the installation mark of the outer wire with the optical cable and mark the installation. 

2. Align the first set of inner wire marks with the optical cable marks. 

3. The third group does the same as the second group. 

4. All the inner wires are installed. 

5. Align the outer wire installation mark with the inner wire installation mark.

6. Wrap one leg first.

7. Wind the other leg again.

8. Wrap the end of the outer wire well.


 



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