Product News

The first hazard of unconnected grounding wire clamp​ is that it directly threatens the service life and operating stability of electrical equipment, and even causes permanent damage to the equipment. In a normally operating power system, non-charged components such as equipment housings and metal brackets may produce induced voltage or leakage current due to factors such as aging of the insulation layer, line failure, or lightning strikes.

Our corona ring coil adopts a streamlined arc structure, and the curvature and diameter of the ring body are accurately optimized through finite element analysis software, so that the electric field strength on the surface of the conductor can be evenly dispersed to the surface of the ring body, completely eliminating the concentration of the electric field, and avoiding the generation of corona discharge from the source.

​The main role of ADSS dead end tension clamp is to provide long-lasting and reliable tension anchoring for ADSS optical cables. During the erection of the optical cable, each section of the optical cable needs to withstand the telescopic stress caused by its own weight, wind, ice and snow loads, and temperature changes. Through precise structural design, the ADSS dead end tension clamp can evenly transmit these dynamic tension to the support structure such as the tower, while avoiding the sheath damage or core fracture caused by the concentration of local forces on the optical cable.

​The greatest necessity of grounding lies in protecting the safety of electrical equipment and personnel. Another necessity of grounding is to protect electrical equipment from lightning strikes and overvoltage damage. In addition, grounding can also ensure the stable operation of the power system and reduce the impact of electromagnetic interference on the equipment.

Does the cable joint box need to be connected to the wire? This is a question that buyers often ask. To this, our answer is yes. Ignoring the role of the cable connection box may lead to frequent line failures, increased operation and maintenance costs, and even safety accidents.

Corona ring coil can evenly disperse the locally concentrated electric field intensity to the surface of the ring, control the electric field gradient below the air breakdown field strength, and suppress the generation of corona discharge from the source.