PD clevis

What is PD clevis?

PD Clevis is a basic connection component used in power transmission and distribution systems, mainly used to connect conductors, ground wires, insulator strings and towers.

1. As shown in the figure: As a connection accessory, there are holes on both ends for fixing bolts or other connectors;

2. It is made of high-strength carbon steel and hot-dip galvanized to increase aesthetics and corrosion resistance, thereby improving the service life of the product;

3. Generally fixed sizes: PD-7/10/12/16/20,and other size .

4. We also accept ODM/OEM and print your brand on the product or packaging.

About it size:

PD Clevis (PD connection ring) is mainly used in the following locations and scenarios in the power system:

1. Insulator connection in transmission lines

PD Clevis is often used to connect insulator strings and conductors, especially in the connection of suspension insulators and tension insulators. It ensures that the conductor remains stable under suspension and tension by connecting with the insulator.

2. Equipment connection in substation

In the substation, PD Clevis is used to connect high-voltage equipment such as transformers, circuit breakers and disconnectors. It can withstand large mechanical stress and electrical loads to ensure reliable connection between equipment.

3. Line steering and adjustment

PD Clevis can be used for line steering and length adjustment. Through its adjustable connection method, the direction and length of the insulator string can be flexibly adjusted to adapt to different line layouts.

4. Application in tension towers and corner towers

In tension towers and corner towers, PD Clevis is used to fix and adjust the insulator string to ensure that the conductor remains stable when the tension changes, while meeting the requirements of line steering and support.

5. Connecting insulators to towers

PD Clevis is also used to connect insulator strings to towers, ensuring a secure connection between the conductor and the tower in a suspended state, while reducing vibration and wear of the conductor.