2038-110-SMLF

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Gas Discharge Tube Arresters (GDT) are electrical protection components that can limit the severity and duration of overvoltage in order to protect electronic and electrical equipment from damage due to lightning strikes, power surges, or other high voltages. The 2038-110-SMLF application field and working principle is one such device.

The 2038-110-SMLF arrester provides protection from overvoltage in many applications. It is primarily used in three phase applications, for instance in the secondary protection of power lines, but can also be used in single phase systems. The arrester protects vulnerable equipment from fault current, surges, sags, and interference. It is perfect for telecommunications systems, power systems, and motor control starter systems.

The 2038-110-SMLF arrester is composed of several components, including a spark gap, a series capacitor, and a surge arrester. The spark gap component is a pair of electrodes placed inside a glass tube. When there is an overvoltage surge or lightning strike the spark gap component is triggered, resulting in a spark that jumps the gap to provide a short circuit and the release of a burst of energy into the surge arrester. The surge arrester consists of a metal oxide semiconductor which is able to absorb the energy surge. The series capacitor also helps by providing a capacitive path for the energy surge.

The 2038-110-SMLF is able to reduce the percentage of overvoltage that reaches equipment, thus protecting them from damage. The arrester works with overvoltage protection to reduce the risk of fire and shock hazards. The arrester is designed to manage current, voltages, and power ratings in electromagnetic systems and to protect sensitive electronics from damage.

The 2038-110-SMLF is a great solution for overvoltage protection in electrical systems. Its efficient design minimizes the amount of voltage that reaches electronic components, allowing them to work properly. The spark gap component is triggered during an overvoltage event, and the energy is soaked up by the series capacitor and surge arrester thus protecting connected hardware from being damaged.

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