The response time of a lightning arrester refers to the time it takes for the lightning arrester to start to play a protective role after being struck by lightning.
As a key safety device, Lightning Arrester is widely used in various power systems and buildings to protect equipment and personnel from lightning.
In power systems, overvoltage is an issue that cannot be ignored. It can be caused by a variety of reasons such as lightning strikes, operating errors or system failures, posing a serious threat to electrical equipment.
The lightning arrester wound core has an important impact on the stability of the protection effect. By optimizing the design, material and manufacturing process of the wound core
The residual voltage of a lightning arrester refers to the voltage drop across the valve resistor when the lightning current passes through the arrester.
As a vital power equipment, the core function of the lightning arrester is to protect electrical equipment from damage caused by lightning overvoltage.
