Custom Socket Clevis

A socket clevis is a specialized hardware component commonly used in the electric power transmission and distribution systems to securely connect overhead conductors or wires to insulators. It typically consists of a U-shaped opening that allows for a ball or tongue fitting of an insulator to be inserted, securing it in place. A clevis pin and a cotter or security clip usually provide additional locking mechanisms to ensure a sturdy and reliable connection.

The primary purpose of a socket clevis is to facilitate the transfer of mechanical loads, such as tension and bending forces, from the conductors to the supporting structures like towers or poles. This ensures that the conductors are securely held in place, thereby contributing to the overall stability and safety of the electrical system

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Socket Clevis

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Socket Clevis Size

Socket Eye

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Socket Eye Size

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The Basic Knowledge About Socket Clevis

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The Common Pitfalls When Purchasing

  • Product dimensions are not suitable for local line construction:Because each country uses a different product size and implementation standards, so before you buy, please first find out the local counterpart of the size of this product.
  • Hot-dip galvanizing zinc layer does not meet the standard:The international standard zinc layer thickness is 85 microns, if the zinc layer is too low, it will affect the service life of the product.

A Brief Self-Nomination​, Why Choose Dapeng Power?

Please note that the final cost depends on the customized service you require, the specifications of the raw materials used, the relevant national laws, and the distance of transportation. Take the example of booking a tall container of products:

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In today’s interconnected world, where traditional business methods are giving way to online transactions, the availability of power line fittings manufacturers is just a few clicks away. But what sets us apart in this crowded digital market? Our understanding goes beyond merely providing power line fittings. We aim to be a reliable, proficient, experienced, and approachable Chinese partner, dedicated to fueling your business growth and navigating new markets. Our commitment to excellent customer service remains unmatched. Trust us with your requirements, and we pledge to exceed your expectations, guarantee your satisfaction, and earn positive reviews. Let’s forge a successful partnership and strive together towards a robust and reliable power infrastructure.

  1. Complete production equipment to meet the production needs of different products.
  2. Excellent team of engineers
  3. 15 years of experience in the power line hardware industry
  4. Exporting to multiple countries is very clear about the special requirements for each country’s products.

Each product must complete two steps of testing before leaving the factory, the first tensile strength test, the second zinc layer thickness test, to ensure that each product is 100% qualified.

The FAQs About socket clevis

Please note that the final cost depends on the customized service you require, the specifications of the raw materials used, the relevant national laws, and the distance of transportation. Take the example of booking a tall container of products:

A "socket clevis" is a piece of hardware typically used in overhead power line systems. It's designed to connect insulators to other pieces of hardware or conductors. The socket clevis allows for some movement, helping to accommodate the shifting or swaying of power lines due to environmental factors like wind, temperature changes, or the load on the line.

The "socket" part refers to the component that connects to an insulator, typically via a ball-and-socket joint. This allows for a degree of rotational movement. The "clevis" part refers to a U-shaped piece that can be bolted to other hardware components, such as shackles, chains, or rods.

Together, the socket clevis forms a versatile, secure, and somewhat flexible connection that can manage the mechanical and dynamic stresses present in an electrical transmission or distribution system.

The socket clevis is a hardware component used in overhead electrical transmission and distribution systems. Its primary purpose is to provide a secure and flexible connection between an insulator and other line hardware or conductors. On the mechanical side, it allows for some rotational and angular movement, accommodating the natural swaying of power lines due to environmental factors like wind. This flexibility helps distribute mechanical loads, such as tension. Electrically, it links to insulators that prevent electrical flow down the supporting structure, thereby maintaining system integrity and safety.

Installing a socket clevis is a crucial task in the assembly of an overhead electrical line system. The process should be executed with caution and in accordance with all safety regulations and guidelines. Below is a general outline for installing a socket clevis:

Safety Precautions

  1. Turn Off Power: Make sure the power is turned off on the line where the installation will occur.
  2. Wear Safety Gear: Use appropriate personal protective equipment like gloves, safety glasses, and hard hats.

Tools Required

  • Adjustable Wrench
  • Torque Wrench
  • Pliers
  • Safety Pins/Cotter Pins

Steps to Install Socket Clevis

  1. Preparation: Inspect the socket clevis, insulator, and all accompanying hardware to ensure they are in good condition and meet the necessary specifications.

  2. Position the Insulator: If the insulator is not already in place, install it according to manufacturer guidelines. Make sure the ball end of the insulator is free and accessible.

  3. Open the Clevis: Loosen the security bolts or pins on the U-shaped clevis end to open it.

  4. Insert the Ball: Align the socket of the clevis with the ball end of the insulator. Carefully fit the ball into the socket.

  5. Secure the Connection: Close the U-shaped clevis end around the ball of the insulator. Tighten the security bolts or pins.

  6. Apply the Safety Pin: Insert a safety pin or cotter pin through the hole in the clevis pin or bolt to ensure it stays locked in place. This adds an extra layer of security to the connection.

  7. Torque Setting: Use a torque wrench to tighten the bolts to the torque specifications provided by the manufacturer. This ensures the connection is secure but not overtightened, which could lead to component failure.

  8. Final Inspection: Conduct a thorough inspection to ensure the socket clevis is properly installed, and the connection is secure.

  9. Documentation: Make sure to document the installation process, including torque settings and any test results, for future reference and maintenance.

  10. Restore Power: Once the installation is confirmed to be secure and correct, the power can be restored to the line.

Note

Always refer to the manufacturer's guidelines for specific installation procedures and torque settings. When in doubt, consult with an engineer or other qualified professional.

By carefully following these steps and adhering to safety guidelines, you can ensure a secure and effective socket clevis installation.

 

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