2056-23-B3FLF

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Gas Discharge Tube Arresters (GDT) are used to protect conductors and other sensitive electronic components against overvoltages by reducing or eliminating surges caused by atmospheric electricity, lightning strikes, and electrical faults. The 2056-23-B3FLF GDT is a type of GDT that is specifically designed to provide the most protection while using an energy efficient design that is cost effective. This particular type of GDT is constructed with a unique spiral wire structure which helps to maintain a low operating temperature. Additionally, this GDT also has an impressive current capacity that can handle lightning strikes and other overvoltages up to 22kV.

The working principle of the 2056-23-B3FLF GDT is fairly simple. When connected to a conductor, the GDT acts as a “safety valve” which can provide protection from a wide range of overvoltage conditions. When the voltage on the conductor exceeds a predetermined threshold, the GDT’s core wire quickly increases in temperature. This causes a gas to be generated inside the tube which creates an arc over the electrodes. The gas then rapidly cools the arc and turns it back into a solid, which is then discharged to prevent further damage to the conductor.

The 2056-23-B3FLF GDT is a versatile device which can be used in numerous applications where overvoltage conditions may exist. It is often used in high voltage power grids, telecommunications networks, industrial machinery, and in many other types of power systems. Additionally, this device can also be used to protect sensitive electronic components from the damage caused by electrostatic discharges or power spikes.

The 2056-23-B3FLF GDT is an ideal choice for those who require added protection from damaging overvoltages, but don’t want to spend a fortune on expensive surge protection systems. With its unique spiral wire structure and impressive current capacity, this GDT is able to not only provide effective protection, but also does so at a cost-effective price. In addition, since this device is capable of withstanding high voltages up to 22kV, it can also be used in applications where higher levels of overvoltages may be present.

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