2095-600-CT1LF

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Gas Discharge Tube Arresters (GDT) are protective components used on electricity transmission and distribution lines as a means of protecting them from potential hazards such as lightning strikes, overvoltages, or inadvertently deadly currents. The 2095-600-CT1LF is a type of GDT designed to provide high-frequency protection from these types of damaging events at high voltages. This GDT model is designed for 230kV AC, and is designed to create a high impedance path to ground when the arrester is affected by a lightning strike or another overvoltage event. This model is suitable for use in both indoor and outdoor applications.

The working principle of a GDT is relatively simple. Gas Discharge Tubes consist of a glass bulb filled with rare gas and metal electrodes, which are sealed inside the gas-filled bulb. A voltage applied to the electrodes causes a current to pass through the gas, creating a spark that ionizes the gas and increases the conductivity of the tube. This ionized gas acts as a conductor that ensures the flow of current from the anode to the cathode, shortening the breakdown voltage of the gas and providing a current path to the ground. By doing this, the GDT limits the voltage of the given system to a safe level.

The 2095-600-CT1LF GDT model has been designed to provide protection against high frequency transients in AC power circuits. The device works by clamping the transient voltage while allowing a low impedance path for the circuit current. It utilizes a spark gap formed by two electrodes, which serve as the primary current flow path. This spark gap is designed to open quickly when an overvoltage condition is detected in order to provide a path to ground, thus preventing dangerous voltages from causing harm or system disruption. In doing so, it provides a high-frequency surge protection capability that is typically far superior to other traditional GDT arresters.

The 2095-600-CT1LF GDT model is designed for applications that require a high voltage protection capability. Its ability to limit the voltage to a safe level while allowing a low impedance path for the circuit current make it suitable for many different applications. These applications include telecommunications systems, radio broadcasting networks, power lines and other high voltage power distribution systems. In addition, it is also well-suited for a number of industrial applications that are exposed to sudden voltage transients, such as motor control equipment and automated control systems.

In conclusion, the 2095-600-CT1LF GDT provides a reliable protection system for high frequency transient events in AC power circuits. Its design allows it to quickly open a spark gap to provide a path to ground that limits the voltage of the given system, thus preventing equipment damage or disruption. The 2095-600-CT1LF is suitable for use in both indoor and outdoor applications and has a number of applications in telecommunications, radio broadcasting, power lines, and other high voltage power distribution systems.

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