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There are many factors that affect the Grounding Wire Clamp in electrical safety, such as the conductivity and corrosion resistance of the Grounding Wire Clamp material, the cross-sectional area, etc. Generally speaking, commonly used grounding materials include copper, aluminum, and steel. Copper has good conductivity and corrosion resistance, but the cost is high. The conductivity of aluminum is slightly inferior to copper, but its price is relatively low. In practical applications, it is necessary to select suitable grounding materials according to specific environments and requirements. In addition to considering the conductivity and corrosion resistance of the material, it is also necessary to pay attention to its cross-sectional area. A cross-sectional area that is too small will increase resistance and affect the grounding effect. According to relevant standards and specifications, the cross-sectional area of Grounding Wire Clamps of different uses and current sizes has clear requirements. Among these influencing factors, people often ignore that the length of the Grounding Wire Clamp will also affect electrical safety. Let's talk about it next.

The suspension clamp is mainly used for overhead power lines or substations. The conductor and lightning conductor are suspended on the insulator or the lightning conductor is suspended on the tower through the connection hardware. It can also be used to support the transposition conductor on the transposition tower and fix the non-linear tower jumper. The suspension clamp is used to suspend or support the conductor, and is mainly a hardware that bears vertical loads.

In the tension section across the Yangtze River in China's "West-to-East Power Transmission" project, Preformed conductor strain clamps are used to replace traditional bolt-type wire clamps to avoid conductor damage caused by stress concentration. The Preformed wire is fully in contact with the conductor. Through field testing, it has been running in strong wind areas for 3 years without slippage or broken strands, and the maintenance cost is reduced. Preformed conductor strain clamps play an important role in preformed hardware.

In the fields of power, communications and large-scale construction projects, the grounding system is an important infrastructure to ensure the stable operation of equipment and the safety of personnel. Recently, a reporter visited several key projects and found that with the continuous improvement of technical standards, the application of professional Grounding wire clamps is becoming a key link in industry safety.

period, even the optical fiber cables in the corners; stray cats in the community occasionally treat the hanging optical cables as toys, and one claw will cut off the network for the whole family. Most optical cables are overhead, but they are still damaged by squirrels, squirrels and woodpeckers. Many types of structural optical cables have line failures to varying degrees due to rat bites. A preformed anti vibration whip, pole clampwas originally used to protect optical cables from wind vibration, pole clamp​has become a savior for operation and maintenance personnel because it has a wear-resistant and bite-proof material that can effectively resist cats and dogs from biting, greatly reducing network failures caused by pet damage.

In the storm, the electric poles more than ten meters high remain motionless. The key lies in the two inconspicuous metal rings in the middle of the tower - they are called cable fitting pole clamps, like a pair of steel arms, tightly surrounding the tower.