CG2300LSN

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Gas Discharge Tube Arresters (GDT) are well-known components in the field of lightning protection. As one of its applications, the CG2300LSN has been gaining increasingly popular uptake due to its wide-ranging applicability and reliable performance. This paper will explore its work principles and overview the application field of CG2300LSN.

In terms of structure, the CG2300LSN is an external replacement of surge protective devices. It consists of a number of components, including metal oxide varistors (MOVs), metal oxide lightning arrester cases, ceramic or epoxy insulators, plastic bushing, electrical joint box and a gas discharge tube (GDT). The GDT, in particular, plays a critical role in providing an effective lightning arrester, as its ambient relay voltage waveform-shaping-function helps protect power systems against extreme lightning surges.

Essentially, the working principle of the GDT is derived from the “avalanche effect”. When incoming lightning surges exceed the rated tolerance voltage of the GDT, the electrical field across the gap increases rapidly. This triggers a discharge of electrons due to the formation of an avalanche of charges. The discharge of electrons prevents any further increase in the electrical field and thus effectively attenuates the intensity and fault-run duration of incoming high-voltage surges. As such, the GDT serves as a significant protective equipment against lightning surges.

In addition, the application field of the CG2300LSN is vast. It is a capable surge protector for most public networks and sole proprietorship business networks, such as telecom networks, CATV networks, power generation systems, and industrial control systems. As a result, the CG2300LSN can help protect devices connected to those networks from damage caused by lightning surges. Furthermore, its compact size and cost-effectiveness makes it a suitable solution for use in places with limited space and budget.

In conclusion, the CG2300LSN is a well-rounded external replacement of surge protection devices. It is built on the avalanche effect of GDTs and can provide effective protection against high-voltage surges in diverse application fields. As such, the CG2300LSN is a valuable asset for lightning surge protection.

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