What is the working principle of high voltage lightning protection cabinet?
When the lightning arrester under normal operating voltage, current flow through the arrester is only microamp level when subjected to overvoltage, arrester excellent nonlinear characteristics play a role in current flow through the arrester for thousands of amperes, the arrester is in a conducting state, the release of energy from overvoltage, and prevent the damage of voltage power transmission equipment.
High voltage arrester is the ideal over-voltage protection device, it uses the Zinc Oxide resistance as the main components, compared with the traditional silicon carbide arrester, greatly improved voltammetric characteristics of resistors, improve the flow capacity, can be made into a gapless arrester. As a result, a fundamental change in the structural characteristics of the appliance is brought about.When the lightning arrester under normal operating voltage, current flow through the arrester is only microamp level when subjected to overvoltage, arrester excellent nonlinear characteristics play a role in current flow through the arrester for thousands of amperes, the arrester is in a conducting state, the release of energy from overvoltage, and prevent the damage of voltage power transmission equipment.
High voltage arrester is the ideal over-voltage protection device, it uses the Zinc Oxide resistance as the main components, compared with the traditional silicon carbide arrester, greatly improved voltammetric characteristics of resistors, improve the flow capacity, can be made into a gapless arrester. As a result, a fundamental change in the structural characteristics of the appliance is brought about.
When the lightning arrester under normal operating voltage, current flow through the arrester is only microamp level when subjected to overvoltage, arrester excellent nonlinear characteristics play a role in current flow through the arrester for thousands of amperes, the arrester is in a conducting state, the release of energy from overvoltage, and prevent the damage of voltage power transmission equipment.
