GTCA35-750M-R05

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Gas Discharge Tube Arresters (GDT) is a device which protects electrical equipment of all kinds from high energy transient voltages due to lightning strikes, equipment switching, etc. They are a type of surge protection device and they are used in lightning protection systems, communications systems, and power systems. The GTCA35-750M-R05 is a Gas Discharge Tube Arrester that offers superior protection to any electrical device connecting to the grid.

In terms of its application field, the GTCA35-750M-R05 is designed for use in outdoor applications. This type of GDT can be used for lightning protection of transmission and distribution lines, communication systems, and power systems that are located at or near the ground level. The GTCA35-750M-R05 is also suitable for use in lightning protection systems, communication systems, lightning test rigs, and various other industrial applications.

The working principle of the GTCA35-750M-R05 is relatively simple. This type of GDT is composed of two main components: a spark gap and a gas discharge tube. When an overvoltage occurs, the spark gap detects the overvoltage and initiates the discharge of the gas discharge tube. The discharge of the gas discharge tube creates an electrical pulse that acts as a surge current, discharging the overvoltage back to the ground.

The GTCA35-750M-R05 has several advantages that make it an ideal choice for surge protection. It is capable of handling transient overvoltages up to 7.5 kV, it has a fast response time of less than 200 nanoseconds, and it has a long lifetime due to the high quality of its components. In addition, the GTCA35-750M-R05 is resistant to corrosion due to its robust aluminum enclosure and its gas discharge tube is sealed to ensure reliable operation.

The GTCA35-750M-R05 is a reliable and robust Gas Discharge Tube Arrester that offers superior protection against high-energy transient voltages caused by lightning strikes, equipment switching, etc. It is capable of withstanding transient overvoltages up to 7.5 kV and has a fast response time of less than 200 nanoseconds. In addition, its long lifetime and corrosion resistance make it an excellent choice for outdoor applications and lightning protection systems.

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