2028-35-C2FLF

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Gas Discharge Tube Arresters (GDT) have been around for many years and are used to provide lightning protection in many different applications. 2028-35-C2FLF is a type of GDT that is designed to be used in a variety of applications. This article will provide an overview of the application field and working principle of 2028-35-C2FLF GDTs.

Application Field of 2028-35-C2FLF

2028-35-C2FLF is designed for use in a variety of applications, including telecommunications, renewable energy and power systems. It is typically used in applications where there is a risk of lightning-induced surges, such as power lines, wind turbine installations, solar panels, cellular base stations, and industrial control systems. The GDT is designed to provide protection by absorbing and redirecting any surge or spike in voltage, thus reducing the risk of physical damage to equipment and assets. The 2028-35-C2FLF GDT is also designed for use in short-circuit applications, providing the necessary protection against high-energy arcs.

Working Principle of 2028-35-C2FLF

The working principle of the 2028-35-C2FLF GDT is based on the principle of propelling an electric arc through a tube filled with a special gas mixture. When a high voltage surge is encountered, the increased voltage causes an electric spark to form within the GDT, which results in an electric arc being propelled through the gas filled tube, thus providing electrical protection. The electric arc will only flow between the tube and the electrode for a set period of time, allowing it to absorb any surge in voltage. Once the surge dissipates, the arc will stop flowing and the circuit will be restored to its original state.

When a GDT is used in short-circuit applications, the propelling force of the electric arc will cause the voltage to be directed away from the circuit, thus providing protection against high energy arcs. This process will occur in a fraction of a second and prevent any damage to the circuit or the surrounding components.

Conclusion

The 2028-35-C2FLF GDT is designed for use in a variety of applications, including telecommunications, renewable energy and power systems. It is designed to protect against lightning-induced surges and provides short-circuit protection against high-energy arcs. The working principle of the GDT is based on the propelling of an electric arc through a gas-filled tube, which allows it to absorb any spikes in voltage. By understanding the application field and working principle of 2028-35-C2FLF GDTs, engineers and electricians can make informed decisions when deciding on the best lightning protection solution for their application.

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