2035-35-SM

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The ever-evolving technology of Gas Discharge Tube Arresters (GDT) has significantly improved over the years. In particular, the development of 2035-35-SM application fields and working principle has been especially innovative. By understanding the different components and applications of 2035-35-SM GDT, it is clear that this technology offers several benefits over other solutions.

The 2035-35-SM is a stand-alone, single stage, two-leg GDT. This GDT comprises of two components – the metallic enclosure and internal electrodes or a gas-filled discharge tube. Using atmospheric gas and a spark gap, the current-reset self-restoring technique deployed with 2035-35-SM makes it possible to achieve maximum power absorption. This power absorption helps to provide surge protection and reduce the effects of lightning strikes and other electric hazards.

The application fields of 2035-35-SM GDT can be found in several areas. In power transmission, the use of the 2035-35-SM GDT helps to protect electrical equipment such as transformers, switchgears, breaker systems and power lines. In the telecom industry, this technology is used to safeguard communications systems. Equally, it can be used to protect various types of equipment found in households, such as televisions, washing machines and home appliances. Additionally, 2035-35-SM GDT can be applied to industrial environments such as refineries, petrochemical plants, manufacturing, and medical centers.

In terms of working principle, the 2035-35-SM GDT relies on a spark gap and atmospheric gas. When voltage or currents increases to a certain level, a spark is produced across the gap. The spark then triggers an ionization process, which creates and sustains a conduction path by which the surge energy is dissipated to the outside of the enclosure. During this process, the arc located inside the GDT tube is self-extinguished through a controlled release of the charge contained in the tube.

In addition, 2035-35-SM GDT also features a “current reset”, meaning that the surge protection can be reactivated following a series of overvoltage events without any manual intervention. This capability helps to ensure that the surge protection time is significantly shorter, which helps to minimize consequential damages due to loss of protection.

The use of 2035-35-SM GDT is a cost-effective way to protect critical circuits and components from voltage and current surges. Its unique combination of gas and spark gap technology can significantly reduce over-voltage surges and provide effective protection against lightning strikes, as well as unexpected device failures. As such, the 2035-35-SM GDT is ideal for a wide variety of applications, ranging from power transmission and telecommunications applications to home and industrial use, and is expected to become increasingly popular in the coming years.

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