2036-25-SM-RPLF

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The Gas Discharge Tube Arresters (GDT) have been used in electrical engineering for the past century. They are used to protect equipment and wiring from power surges caused by lightning or other power interruptions. The 2036-25-SM-RPLF is a specific high voltage GDT that is designed to prevent transient voltage from damaging devices. In this article we\'ll look at the application field and working principle of the 2036-25-SM-RPLF.

The 2036-25-SM-RPLF is designed for use in outdoor AC and DC power systems that are subject to high voltages from transient sources such as lightning. It has a wide voltage range of 140V to 420V AC or DC, and is suitable for industrial and commercial applications. It has an excellent surge protection level, with a continuous current rating of 30A, and a maximum surge current rating of 60kA.

The 2036-25-SM-RPLF operates on a basic principle, known as the "voltage displacement" principle. This principle states that when the voltage across the GDT reaches a certain value, the air gap between the electrodes is reduced, allowing a spark to form and conductive paths to form in the gas. The spark is usually initiated at the higher voltage end of the tube and propagates towards the lower voltage side. When the spark reaches the lower voltage side, current flows, dissipating the voltage along the spark path. This acts to limit the potential rise on the AC system or DC system.

The 2036-25-SM-RPLF also features a number of other features that make it suitable for use in a wide range of applications. It has a low recovery time, meaning that it can quickly reset itself after a power surge. This increases its reliability as it will not be affected by multiple power surges. It is also compact, making it easy to install. Additionally, its rated current varies, decreasing as the voltage increases, so it is suited for a wide range of applications.

The 2036-25-SM-RPLF is widely used in industrial and commercial applications. It is suitable for high voltage power systems, as it can effectively reduce the potential rise on a system. It is also used in electric vehicles, where high power surges are more common. Additionally, it is also used in solar systems, as it can protect the systems from voltage surges caused by cloud cover.

The 2036-25-SM-RPLF GDT is an effective way to protect equipment and wiring from power surges. It uses a voltage displacement principle, reducing the potential of a surge by dissipating the voltage along the spark path. It is suitable for a wide range of applications, including industrial and commercial use, electric vehicles, and solar systems. Its small size and fast recovery time make it an ideal choice for protecting equipment from transient voltages.

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