2095-140-BT1LF

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Gas Discharge Tube Arresters (GDT) are devices used for the protection and isolation of electric circuits and equipment from lightning and power disturbances. The 2095-140-BT1LF is a type of GDT that is suitable for low frequency applications. This article will explain the application fields and working principle of the 2095-140-BT1LF.

The 2095-140-BT1LF is a surge arrestor that is commonly used for circuit protection in low-frequency AC network and renewable energy systems. It is specially designed to limit the voltage on the equipment side of the arrester during power system disturbances. The device\'s construction includes a zinc oxide-based gas discharge tube (ZnO GDT) with an integrated protector fuse and a stationary contact. The fuse is used to protect the GDT from destructive high-energy current and make sure it remains operational during power disturbances.

The working principle of the 2095-140-BT1LF is based on a simple ZnO GDT. When the voltage on the protected side of the arrester exceeds its threshold rating, the ZnO GDT starts to conduct. The ZnO GDT provides a low-impedance path which allows the high voltage energy to be diverted and dissipated safely. Because the energy transfer is limited by the ZnO GDT, the voltage on the protected side of the arrester is reduced to safe levels.

The 2095-140-BT1LF is designed for use in low frequency applications, such as AC networks and renewable energy systems. It provides protection against surge voltages on the protected side of the arrester as well as isolation from ground potential rises. It also provides overvoltage protection for systems and equipment connected to the arrester.

In conclusion, the 2095-140-BT1LF is a Gas Discharge Tube Arrester designed for use in low frequency applications. The device provides protection and isolation against lightning and power disturbances. It works on the principle of a ZnO GDT, which provides a low-impedance path to divert and dissipate high voltage energy safely. The 2095-140-BT1LF is an excellent choice for protecting systems and equipment from excessive voltages.

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