2036-47-C2

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Gas Discharge Tube Arresters (GDT) are electrical components designed to protect other devices from lightning and other forms of extreme electrical transients. They are typically mounted close to sensitive equipment or circuits, in order to minimize the risk of surge damage. The most common type of GDT is the 2036-47-C2. This type of arrester works by providing a low resistance path for surges, so that they do not travel into other equipment. Additionally, the 2036-47-C2 is designed to self-discharge after the surge has passed, so that it does not pose a risk to other components.

The 2036-47-C2 GDT is capable of handling high-level transients, such as those caused by a lightning strike, and is designed for use in a wide variety of applications. It is commonly used outdoors to protect electrical devices and circuits from direct lightning strikes. It can also be used indoors in applications such as transformer protection and industrial motor control, where it helps to protect against power quality issues such as spikes, dips, and sags. The arrester is even capable of protecting against extremely high frequency (EHF) transients, allowing it to be used in satellite systems and other communications-related applications.

The 2036-47-C2 GDT works by allowing the surge to pass through the arrester to ground, while limiting the amount of current that passes through the protected equipment. This is achieved by using what is known as an absorbing ZnO capacitor, which is typically mounted within the arrester. The capacitor absorbs the energy from the surge and dissipates it as heat. This limits the amount of current that is transferred from the surge and into the protected system.

In order to ensure reliable protection against lightning strikes, the absorption and dissipation mechanisms within the 2036-47-C2 GDT must be able to operate in a wide range of environmental conditions. This is achieved by using special materials within the arrester which are able to withstand the extreme temperatures caused by the surge, while also providing good electrical insulation properties. Additionally, the GDT is designed to self-reset after the surge, so that it remains ready for the next transient.

The 2036-47-C2 GDT is a reliable and efficient way of protecting other equipment and circuits from extreme transients. It is designed to withstand high-level electrical transients such as those caused by lightning, as well as EHF transients, providing effective protection in a wide range of applications from outdoor lightning protection to indoor power quality protection. Additionally, it is designed to self-reset after the surge, so that it does not pose a risk to other components.

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