2026-35-C2F

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Gas Discharge Tube Arresters (GDTs) are used in a wide variety of applications in the electrical industry to shield power lines from the effects of electricity surges caused by lightning, fault currents, and other transient events. They are primarily used to protect electrical equipment from damage due to over-voltages and to provide a protective guard against lightning-induced currents. GDTs are composed of two main components: a gas-filled tube and a spark gap connected in series.

The 2026-35-C2F GDT is a two-stage gas arrestor which is designed to work in AC and DC applications. The 2026-35-C2F GDT consists of two separate and distinct components that work in tandem to provide protection. The first stage consists of a high-power spark gap. This spark gap provides protection against overvoltages that exceed normal operating voltages in a circuit. It also provides a protective guard against lightning-induced currents. The second stage consists of a series-connected gas-filled tube that provides protection against damaging voltage transients associated with fault current, lightning, and other transient events.

The 2026-35-C2F GDT utilizes the principles of capacitive-resonant gas ionization to provide its protective function. The gas-filled tube acts as a capacitor which, when connected in series with the spark gap, forms a resonant circuit. This resonant circuit is designed to store energy until a voltage reaches a certain threshold. At this threshold, the stored energy is rapidly discharged as a spark that ionizes the gas and releases several million volts into the output circuit. The resulting spark causes a large current to flow, which dissipates the energy and quenches the arc until the voltage is lowered below the threshold level.

In addition to its primary function of protecting power lines, the 2026-35-C2F GDT is also used to protect electrical equipment from over-voltages. It can be used to protect UPS systems, inverters, transformers, communication equipment, and other electrical systems from potentially damaging voltage transients. It is also used in transformers to prevent electrolytic corrosion.

The 2026-35-C2F GDT is suitable for a wide range of applications in the electrical industry. Its two-stage protection ensures that it can provide the necessary protection against dangerous over-voltages and lightning-induced currents. Its capacitive-resonant gas ionization principle enables it to reliably and effectively dissipate energy in the event of a voltage surge. It is an ideal solution for protecting electrical equipment and systems from the damaging effects of lightning and other transient events.

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