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high performance sock joints pulling grips single open end

high performance sock joints pulling grips single open end

Product Details:

  • Product Type Transmission Line Tools
  • Material High Tensile Galvanized Steel Wire
  • Welding Standard Mechanical Joint Welded
  • Capacity Pulling Capacity Up to 5 Tons
  • Application Conductor and Cable Pulling in Power Transmission
  • Galvanization Standard Hot Dip Galvanized as per IS 2629
  • Out Coating Zinc Coated
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high performance sock joints pulling grips single open end Price And Quantity

  • 100 Set
  • Single Open Loop
  • -20°C to +65°C
  • Suitable for cable diameters 22 mm to 75 mm
  • Available in multiple lengths as per requirement
  • Reusable, Lightweight, Easy Installation
  • Used for stringing overhead transmission lines
  • Flexible Braided Wire Mesh
  • Polybag/Carton

high performance sock joints pulling grips single open end Product Specifications

  • IS/IEC Standard
  • Up to 400 kV Line Application
  • 4 mm (Approx.)
  • Hot Dip Galvanized as per IS 2629
  • Pulling Capacity Up to 5 Tons
  • High Tensile Galvanized Steel Wire
  • Transmission Line Tools
  • Zinc Coated
  • Silver Grey
  • Customizable
  • Single Open End
  • Conductor and Cable Pulling in Power Transmission
  • Open End Sock
  • Corrosion Resistance Coating
  • Mechanical Joint Welded
  • Single Open Loop
  • -20°C to +65°C
  • Suitable for cable diameters 22 mm to 75 mm
  • Available in multiple lengths as per requirement
  • Reusable, Lightweight, Easy Installation
  • Used for stringing overhead transmission lines
  • Flexible Braided Wire Mesh
  • Polybag/Carton

high performance sock joints pulling grips single open end Trade Information

  • Shanghai,Tianjin,Ningbo
  • 100000 Set Per Month
  • 30 Days
  • container
  • All India
  • iso9001

Product Description

TYSLW Temporary Mesh Sock Joints

ONE HEAD TYPE

The one head type temporary mesh sock joints are specifically designed to temporarily connect the aluminum, steel, or copper conductor to the pulling rope. They consist of variable pitch steel wires, which effectively distribute the gripping effect on the conductor.

 

Model

Conductor size (mm2)

OPGW Dia.(mm)

Rated load (kN)

Breaking load (kN)

SLW-1

25-70

6-11

10

20

SLW-1.5

7090

11-16

15

30

SLW-2

120150

14.5-17.5

20

40

SLW-2.5

185240

18-22.5

25

50

SLW-3

300400

23-29

30

60

SLW-4

500630

30-35

40

80

SLW-5

720

 

50

125

SLW-7

900

 

70

175

SLW-8

10001120

 

80

200



DOUBLE HEAD TYPE

The double head type temporary mesh sock joints are specifically designed to temporarily connect the aluminum, steel, or copper conductor to the pulling rope. They consist of variable pitch steel wires, which effectively distribute the gripping effect on the conductor.

Model

Conductor size (mm2)

OPGW Dia.(mm)

Rated load (kN)

Breaking load (kN)

SLW-1

25-70

6-11

10

20

SLW-1.5

70-90

11-16

15

30

SLWS-2

120-150


20

40

SLWS-2.5

185-240


25

50

SLWS-3

300-400


30

60

SLWS-4

500-630


40

80

SLWS-5

720


50

125

SLWS-7

900


70

175

SLWS-8

1000-1120


80

200




Reliable Cable Handling for Transmission Lines

These sock joints pulling grips are primarily used for stringing and securing overhead transmission cables. Their robust construction and corrosion-resistant surface make them essential for power transmission projects, even in demanding environments. Designed to accommodate a wide range of cable diameters and provide up to 5 tons pulling capacity, they ensure a secure hold during installation while maintaining the flexibility needed for various site requirements.


Precision Engineering and Industry Compliance

Manufactured according to IS/IEC standards, these grips utilize high tensile galvanized steel wire, mechanical joint welding, and a durable zinc coating. The single open loop design and flexible braided mesh simplify attachment and installation, supporting both new and maintenance projects effectively. Polybag or carton packaging further ensures safe delivery and storage of each product.

FAQs of high performance sock joints pulling grips single open end:


Q: How are high performance sock joints pulling grips installed on overhead transmission lines?

A: Installation is straightforwardslide the flexible braided mesh sock joint over the cable end, ensuring the single open loop fits snugly. The mesh then grips the cable tightly as tension is applied, making it easy to use for both stringing and securing conductors.

Q: What is the advantage of using a flexible braided wire mesh for these grips?

A: The flexible braided wire mesh adapts seamlessly to various cable diameters, ranging from 22 mm to 75 mm, providing a secure, non-slip grip without damaging the cable insulation, even under high tension during pulling operations.

Q: When should sock joints pulling grips be used in a transmission line project?

A: These grips should be utilized whenever power conductors or cables need to be strung or pulledespecially during installation of new overhead transmission lines, upgrades, or maintenance operationsensuring safe and controlled cable handling.

Q: Where can the single open end sock joints be utilized effectively?

A: They are ideal for use in power transmission projects, substations, and infrastructure developments where reliable, high-strength cable or conductor pulling is required, suitable for up to 400 kV line applications.

Q: What is the process for choosing the correct sock joint pulling grip?

A: First, determine the cable diameter and maximum pulling load. Select a sock joint grip with compatible diameter range (22 mm to 75 mm), pulling capacity (up to 5 tons), and required length. Verify compliance with project standards (IS/IEC) and ensure the working temperature suits your environment.

Q: How does the products hot dip galvanized and zinc coating enhance its benefits?

A: Hot dip galvanization and zinc coating provide excellent corrosion resistance, making these grips suitable for outdoor and harsh environments. This ensures a long service life with reduced risk of rusting or degradation over time.

Q: What are the key benefits of using these sock joints pulling grips?

A: The main benefits include ease of installation, reusability, high tensile strength, wide cable compatibility, lightweight design, strong corrosion resistance, and compliance with industry standards, all ensuring reliable performance for overhead transmission applications.

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