2036-09-B2LF

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Gas Discharge Tube Arresters (GDT) is a device used to protect electronic equipment, cables and wires from lightning induced over-voltage, transient surges and power line surges. It typically consists of an insulated conductive element, a spark gap, and a small spark gap gas chamber. GDTs are designed to prevent voltage surges from entering the electrical system by providing a low resistance path for transient over-voltages.

The 2036-09-B2LF Application Field and Working Principle is a medium to high voltage Gas Discharge Tube (GDT) arrester designed for use in 600VAC/dc and greater systems. It is suitable for use on secondary overhead power distribution, as well as utility substations and industrial plants. This model arrester is designed for applications where over-voltages and surges can exceed 2kV.

The 2036-09-B2LF GDT is designed to be used in outdoor applications. It is designed to protect against transient over-voltages caused by lightning, as well as mains-induced power surges and switching transients. The arrester is mechanically robust and compliant to NEMA standards.

The working principle of the 2036-09-B2LF GDT arrester is based on the thermionic emission of electrons from a heated metal surface. This is a very efficient way to convert electrical energy into heat. The basic operating principle of the GDT is by diverting the current away from the protected system, either through an alternative low resistance path, or by sparking between two electrodes, and dissipating the energy. This is done by the GDT utilizing a spark gap, which is a short gap between two electrodes. When a voltage surge is present, the spark gap is triggered, and electrons are released from the cathode, creating an arc. This arc is then dissipated, thereby protecting the protected system from the over-voltage.

The 2036-09-B2LF GDT arrester has a design life of 20 years, and can withstand repetitive test impulses in excess of 1,000 volts. The arrester is rated for working voltages up to 10kV, and is able to withstand a single power surge of up to 25kV. The device has thermal dissipation characteristics that allow it to dissipate large amounts of energy quickly, and protect the equipment against over-voltages.

The 2036-09-B2LF GDT arrester is designed to be used in applications that require a high degree of protection, and has been tested according to NEMA and other industry standards. The device is environmentally sealed, and is suitable for use in severe outdoor conditions. It comes with a manufacturer’s warranty, and is available in a variety of sizes for different applications.

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