2049-23-BLF

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Gas Discharge Tube Arresters (GDT) are static devices used to protect electronic equipment and electric circuits from high voltage or lightning surge. 2049-23-BLF is a unique type of GDT with a wide range of application fields and distinctive working principle.

This GDT is use for the protection of high voltage and medium voltage electrical networks, communication lines, and electronic equipment. It is designed to limit overvoltages and reduce the chances of power outages, system damage, and equipment failure. It can be used in both indoor and outdoor environments due to its high stability in extreme weather conditions.

The unique feature of 2049-23-BLF is that it contains a core made of an magnetic material. The change in magnetic field caused by a surge of electricity creates an electrical charge that is released through the attached wires. This charge then causes a spark which helps to neutralize the surge before it can cause any damage to the equipment or circuit.

The working principle of 2049-23-BLF GDT is based on the fact that the electric charge is dissipated in the form of a spark. The metal core of the GDT, which is made from a ferromagnetic material, becomes magnetized when a surge or high voltage is applied to it. This causes a charge to be released which is then quickly neutralized through the discharge electrode causing the spark.

The spark, in turn, helps to redirect the current to the ground protecting the circuit from overloads or damage. Moreover, the core is also designed to be highly efficient in absorbing and neutralizing the energy of the surge. This makes the 2049-23-BLF GDT more reliable and efficient than other GDTs in the market.

In summary, 2049-23-BLF is a unique type of GDT with a wide range of application fields and a distinctive working principle. Its core is composed of magnetic material, and its working principle is based on the dissipation of electricity through the release of a spark. This spark ultimately helps to protect the circuit or electronic equipment from damage due to high voltage or lightning surge.

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