2035-23-A

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Gas Discharge Tube Arresters (GDT) are used to protect electrical equipment from passing voltage impulses. These devices are also known as spark gap arresters, as they contain a spark gap that is created when a high voltage surge passes through a gas. When a surge occurs, the current points across the spark gap, creating an arcs between the two points, which helps belt the surge and protect the system.

The 2035-23-A GDT is designed to provide surge protection when connected to power systems. It is a single-pole surge arrester, meaning that it is normally open (unbiased) until a surge occurs, at which time it will close (biased) to protect the system. The 2035-23-A also features a three-position switch that allows for adapted coverage.

The 2035-23-A GDT is designed to block damaging surge voltages while remaining open when normal operating voltages are applied. Its ability to shift from open to closed makes it reliable and effective in providing surge protection. The 2035-23-A is then designed to reset itself back to an open state once the surge has passed.

The 2035-23-A GDT is most commonly used in power systems for residential, commercial and industrial applications. It can also be used in telecommunications systems and is used frequently in places with frequent lightning storms. Its surge protection capabilities make it a valuable asset to these types of applications.

The working principle of the 2035-23-A GDT is based on when a surge travels through the circuit, the gas in the gap is ionized, allowing a small current of electricity to travel across the gap until the surge has dissipated. This creates a spark gap between the electrodes that helps to limit the surge current and protect the system.

In conclusion, the 2035-23-A Gas Discharge Tube Arrester is a reliable and effective way to provide surge protection for residential, commercial, and industrial power systems. It is also used in telecommunications systems. Its working principle is based on the generation of a spark gap between the electrodes when a surge is traveling through the circuit, which helps to limit the surge current and protect the system.

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