2037-35-CLF

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Gas Discharge Tube Arresters (GDT) are widely used in the energy industry to protect sensitive electronic equipment from power distribution and power system surges. The 2037-35-CLF application field and its working principle is a particular type of GDT with a surge arrestor rating of 35 kV.

The 2037-35-CLF consists of a components that include two electrodes separated by a gas filled with a liquid such as sulfur hexafluoride (SF6). An internal resistor is connected between the two electrodes to limit the current, as lightning often brings disproportionately abrupt surges of electricity. The voltage breakdown across the electrodes creates an ionized space or barrier that directs heavy currents into the resistor, forcing them to disperse in the form of heat. This allows for less usage of other components in the power line and redundancies.

The electrodes of the 2037-35-CLF are placed insulated within a copper tube to prevent arcing. The discharge spacing of the electrodes is set to the current power standard the actual voltage at which the GDT is operated. This helps with reliability of power supply by allowing for efficient overvoltage protection to sensitive equipment.

An internal Zinc Oxide arrestor is used in the 2037-35-CLF to carry the normal background currents and adjust the sparkover voltage, allowing for a higher gas pressure than a traditional GDT to be used. The arrestor helps to create the discharging voltage across the gap as its breakdown allows for conduction allowing for the high voltage and current to be discharged. This helps with the 2037-35-CLF\'s ability to withstand high voltage surges and limit the voltage to a safe level for the equipment.

The 2037-35-CLF is designed to absorb and contain the energy from current surges and dissipate this energy in the ground. The concentrated energy from the surge is grounded to the earth terminal, preventing the energy from damaging the protected equipment. This allows the GDT to keep sensitive equipment safe from high voltage surges.

The 2037-35-CLF\'s performance is best when working in a properly designed system that includes wiring and surge suppressors to dissipate lower-grade transient surges and protect the 2037-35-CLF from any extremes. This limits any unnecessary arcing. The arrestor also contains MOF circuit breakers that limit inrush currents and reset after each surge.

Overall, the 2037-35-CLF application field and working principle helps with the protection of sensitive equipment including industrial automation, telecom, medical, defence equipment and public infrastructure from overvoltage surges. Modern GDT\'s are designed to last 25 times longer than before and provide a long-term reliable solution for overvoltage protection.

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