2036-23-B3

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Gas Discharge Tube Arresters (GDT) are a type of electrical device that uses high-voltage gas-filled tubes to protect electrical circuits from lightning strikes and other transients. These devices have been in use for more than a century, and are an important component of modern electrical networks. This article focuses on the 2036-23-B3 GDT and explains its application field and working principle.

The 2036-23-B3 GDT is designed for medium and high voltage applications from 1200V to 15kV. This makes it ideal for protecting electrical circuits and equipment from a wide range of transients, including lightning strikes. The device has an impressive surge capacity, meaning it can take multiple hits from transient surges and still remain functional. This makes it an ideal choice for circuits and systems in areas prone to thunderstorms and other catastrophic events.

The working principle of the 2036-23-B3 GDT is relatively simple. The device is connected across a live circuit, and when a transient voltage appears, the power supply circuit opens and the voltage is discharged through the GDT. Inside the GDT, the voltage is dissipated across a gap filled with noble gas, allowing the current to be safely contained without harming the circuit or equipment. When the transient voltage is no longer present, the power circuit is re-enclosed and the GDT can resume its protection role.

The 2036-23-B3 GDT is an ideal protection device for medium and high voltage systems in areas prone to lightning strikes and other transient events. The device has a high level of surge capacity and can take multiple hits from surges without suffering any damage. The device is also relatively simple in terms of design and operation, making it a good choice for many different types of applications.

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