2031-23T-SMLF

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2031-23T-SMLF application field and working principle

Gas Discharge Tube Arresters (GDT) are used widely in electrical systems as surge protection components. GDTs can protect sensitive circuits and equipment from direct lightning surge and over voltage conditions. They can be divided into two types: AC and DVC.

The 2031-23T-SMLF GDT series is a specifically designed GDT s series with special characteristics. Its main application fields are telecommunication lines and residential networks. It is also used in electric power supply systems, public lighting systems and other industries. It is able to provide an effective protection medium against lightning surge and over voltage conditions while maintaining the lowest possible leakage current.

The working principle of the 20203- 23T-SMLF GDT is based on two main processes. First, the device acts as an arrestor to protect against the surge voltage that comes from lightning discharge, spikes, or other over voltage situations. This is achieved by utilizing a gas mixture of Carbon dioxide, Nitrogen, and Argon, which store electron in an electrical field which is strong enough to protect a medium voltage circuit.

Second, the 2031-23T-SMLF GDT operates in a bipolar discharge mode. This allows for the arrestor to release the stored electrons back into the circuit and restore it to its original state. This process occurs in a short period of time, which allows for the device to respond quickly in order to protect the sensitive components from over voltage or lightning damage.

The 2031-23T-SMLF GDT has proved itself very effective in electrical system protection. With its fast response time, high holding voltage, low leakage current and well-protected medium voltage circuits, it is an ideal device for use in power systems, public lighting systems and other industries for protection against lightning and over voltage conditions.

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