2036-25-C3FLF

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Gas Discharge Tube Arresters (GDT) are a type of surge protection devices which are used to protect electric and electronic equipment from transient voltage surges. The 2036-25-C3FLF is a GDT arrester which is specifically designed to provide short-circuit protection for medium-voltage systems. It is particularly well-suited for applications requiring fast response and high current carrying capacity.

The 2036-25-C3FLF is an air-break device consisting of a main chamber that contains a high voltage gas discharge tube, along with a surge arrester lead connected to a high-energy capacitor. The device is able to protect the electric and electronic equipment in the system against overvoltages caused by transients, such as lightning strikes and other high-voltage events.

The main working principle of this arrester is that when a surge of voltage occurs, the gas discharge tube instantly become conductive and connects to the high-energy capacitor. The capacitor then absorbs the transient energy and dissipates it to the ground. The device is designed to provide a rapid response time (less than 20 microseconds) and high current-carrying capacity, allowing it to deal with high-energy transients in a very short amount of time.

The 2036-25-C3FLF is primarily used for medium-voltage switchgear systems, such as power distribution and transformers. It is also suitable for motor drive mains, high-voltage lighting systems, and high-voltage DC power supplies. The device can also be used for the protection of telecommunications networks from surges and lightning strikes. Moreover, it can also be used in the protection of industrial machines and process control systems that require fast response time and high current carrying capacity.

In conclusion, the 2036-25-C3FLF is a GDT arrester specifically designed to provide short-circuit protection for medium-voltage systems. Its working principle is based on its high-voltage gas discharge tube and capacitor which are designed to provide a fast response time and high current carrying capacity. The device is primarily used for medium-voltage switchgear systems, ranging from power distribution and transformer protection to telecommunications networks, industrial machines and process control systems. It is an effective surge protection device which ensures the safety and reliability of electrical and electronic systems.

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