2038-110-SM-RP

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Gas Discharge Tube Arresters (GDT) are designed to protect electrical systems from high-voltage surges. GDT technology has been developed to provide reliable and cost-effective protection against lightning and other high-voltage surges. The 2038-110-SM-RP application field and working principle encompasses both GDT and spark gap type arrester technology.

The 2038-110-SM-RP application field is primarily used for lightning protection and to protect circuits from high voltage surges caused by lightning, overvoltages, and other electrical disturbances. The working principle behind this device is its ability to absorb overvoltages and to limit the amount of current flowing in the surge. The GDTs absorb the energy of these high voltages and reduce the peak current and voltage levels to acceptable levels. The spark gap within the GDTs enhances the arrester\'s ability to handle high voltages, as the spark gap provides a virtual short circuit when voltages are too high.

The GDT can be used in a wide range of applications, from power transmission, telecommunications, power distribution, to industrial applications. They can also be used to protect sensitive electronic equipment from surges. GDTs are available in a variety of sizes, ratings, and configurations, which can be tailored to individual applications.

When a high voltage surge is encountered, the GDT acts as an air gap, and the electric field generated by the surge is dissipated over the gap. The discharge current is limited by the spark gap, and the voltage is reduced by adding a resistance in series. The spark gap absorbs energy from the surge and starts to break down after a certain voltage such as 10 kV per meter, counteracting the voltage and releasing the stored energy.

In the event of high voltages, the GDT absorbs energy and limits the peak current and voltage levels. The arrester\'s pilot gap is the device\'s primary line of defense and interrupts the main gap allowing the over-voltage to dissipate before it can reach the protected equipment. The main gap then follows the pilot gap by interrupting the current, thereby limiting the amount of energy and stopping the surge before it can affect the protected equipment.

The combined action of the pilot gap and main gap reduces the damaging energy levels to a safe level and allows the surge to be safely dissipated without causing any damage to the protected equipment. The GDT and spark gap are designed to protect circuits even under the worst possible impact, including lightning strikes. This feature makes GDTs ideal for the protection of sensitive equipment and can easily be integrated into electrical systems or lines.

The 2038-110-SM-RP application field and working principle is an effective form of protection against high voltage surges caused by lightning or other electrical disturbances. The arrester technology within the 2038-110-SM-RP combines GDT and spark gap technology to provide protection against high voltage surges and ensure the safe operation of protected equipment. This makes the 2038-110-SM-RP an ideal choice for a wide variety of protection applications.

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