2036-60-SM-RPLF

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Since their invention in 1907, Gas Discharge Tube Arresters (GDT) have been used as a form of surge protection in electrical systems. In the simplest of terms, a GDT is an electronic component that diverts or dissipates a high-voltage surge so as to protect other components in an electrical system.

The 2036-60-SM-RPLF is a Gas Discharge Tube Arresters (GDTs) with a voltage rating of 6.0k-V. This surge protector device includes reliable spark gap arcing technology for protecting low voltage (less than 600V) transmission and distribution (T&D) and industrial electronic systems.

The major application fields of 2036-60-SM-RPLF are electrical power distribution networks, industrial plants, commercial buildings, residential buildings, uninterruptable power supply (UPS), and telecommunications industry.

Working Principle of 2036-60-SM-RPLF

GDTs are used in electric protection device as they can arrest any high voltage surge by providing a low impedance path for the voltage surge to dissipate, thus protecting other electronic components. The 2036-60-SM-RPLF uses spark gap technology to protect electrical systems. The spark gap consists of a pair of conductors separated by a gap filled with an inert gas, typically air or nitrogen.

When a high voltage surge passes through the GDT, the spark gap is triggered by the increased electrical energy. This creates a lower voltage discharge which is then diverted away from the sensitive electronic components, thus protecting them from the destructive forces of high voltage spikes and surges.

The 2036-60-SM-RPLF spark gap arrester offers superior protection from surges by providing a lower voltage discharge than traditional arresters. It also features a patented surge monitor that disconnects the arrester when a surge passes, thus protecting the protected components.

Conclusion

The 2036-60-SM-RPLF is a Gas Discharge Tube Arresters (GDT) designed for the protection of low voltage transmission and distribution and industrial electronics systems from destructive forces of high voltage spikes and surges. It utilizes reliable spark gap arcing technology to provide superior protection from surges and features a patented surge monitor that disconnects the arrester when a surge passes.

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