2095-160-BT1LF

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Gas Discharge Tube Arresters (GDT) are devices used in electrical systems to protect connected devices from damage due to high voltage surges. The 2095-160-BT1LF arrester is a GDT designed for use in Class 1 Long Line underground power distribution systems.

GDTs are a type of overvoltage protection device that absorbs abnormal high voltages in the electrical system during lightning strikes, instrument problems, high-energy switching operations, etc. They provide both regular and advanced protection from overvoltages and protect connected equipment from failure due to voltage surges.

The 2095-160-BT1LF arrester is a single-phase, non-linear, non-directional arrester that is designed to be used in underground low voltage applications. It is a heavy-duty arrester is designed to withstand high-energy surges and protect the connected equipment from failure due to voltage spikes.

The 2095-160-BT1LF arrester consists of an electrolytic capacitor, a spark gap formed by two electrodes, a gas discharge tube (GDT), and a voltage limiting device. The electrolytic capacitor stores the energy created by the voltage surge and releases it slowly to prevent damage to the connected equipment. The spark gap formed by two electrodes is a device that is designed to activate the GDT. When the voltage exceeds the arrester’s rated maximum voltage, the spark gap activates and initiates a series of electrical discharges in the GDT. These electrical discharges produce a gas that absorbs the excess energy created by the voltage surge and directs it into the ground.

The voltage limiting device is a device that is designed to reduce the voltage of any surge that exceeds the rated maximum voltage of the arrester. The voltage limiting device also prevents any damage to the connected equipment due to the voltage spike.

The 2095-160-BT1LF arrester is designed for use in long line underground distribution systems and provides reliable overvoltage protection for connected equipment. Its advanced protection features ensure that connected equipment is protected from the high energy of voltage surges, and that it will operate reliably even after the surge has passed.

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