2036-35-C2

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Gas Discharge Tube Arresters (GDT) are an essential part of power system protection. These devices provide protection against lightning, short-circuits, and other electrical anomalies. The 2036-35-C2 GDT is a unique type of arresters, and it features an electrode configuration and a working principle that are designed to provide the highest level of protection possible.

The 2036-35-C2 GDT has three electrodes in the base unit: a main and a reference ground as well as the center electrode. The main electrode is connected to the power system\'s ground line, while the center electrode is connected to the protected equipment. The reference ground removes any direct potential between the main and protected systems.

The working principle of the 2036-35-C2 GDT is based on the concept of stored electrical charge. When a surge or transient occurs on the power system, the arrester absorbs the potential energy by means of a sparkgap. This sparkgap allows the stored electrical energy to be dissipated away from the protected equipment, thereby ensuring the protected system remains intact.

The 2036-35-C2 GDT also incorporates an additional sparkgap, located at the base of the arrester. This sparkgap helps to reduce any residual electrical charge that may still be present, further enhancing the protection of the system.

The 2036-35-C2 GDT is designed to provide the highest level of protection possible in a variety of applications. It can be utilised in both medium- and low-voltage power systems, as well as in HV, LV, and low-voltage-line applications. In addition, the arrester is suitable for use in telecommunications systems, as well as in fault-protection and surge-protection systems.

The 2036-35-C2 GDT is designed to provide high levels of protection in a range of applications. Its electrodes and sparkgap configuration are carefully designed to ensure that it is able to provide reliable protection against both high- and low-frequency transients. Furthermore, the device is capable of providing protection against both symmetrical and asymmetrical current over-voltages.

The 2036-35-C2 GDT is designed to meet the requirements of global standards, including those of the IEC 60099-4, IEEE/ANSI C62.41, and UL. These standards ensure that the device is capable of providing the highest level of safety and reliability when it is used in various applications.

In summary, the 2036-35-C2 GDT is a specially designed Gas Discharge Tube Arresters (GDT) that provides reliable protection against power system anomalies. It features a three electrode configuration and a working principle based on stored electrical energy, allowing it to provide the highest level of protection. Furthermore, it meets the requirements of major global standards which ensures that it is able to deliver the highest levels of safety and reliability.

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