GTCT37-351M-P10

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Gas Discharge Tube Arresters (GDT) are devices used in AC power systems to protect against transient voltages caused by lightning. They offer superior protection against these over-voltage fluctuations by providing a path to ground for the discharge surge. The GTCT37-351M-P10 is a GDT developed to serve a range of applications.

Applications of the GTCT37-351M-P10 involve applications that require protection from over-voltage fluctuations associated with electrical distribution networks. It is primarily used in power distribution, telecommunications, and renewable energy systems such as solar and wind. Its advanced technology and design offers good electrical performance with smaller dimensions than other competitive products for easier installation. It is also suitable for use in outdoor applications for protection against direct lightning strikes.

The working principle of the GTCT37-351M-P10 is based on the principle of controlled conduction. It is designed to provide a controlled conduction path for some of the transient surge to limit the level of energy that reaches the protected equipment. The device has an internal spark gap and a series of GDTs, which are arranged in a particular order to provide a sequential discharge path for the surges. When an over-voltage surge is encountered, the spark gap is the first to open, and the voltage is then diverted to the GDTs. The arrestor provides a low resistance path for the energy to dissipate before reaching the protected equipment.

The GTCT37-351M-P10 gas discharge tube arrestor is an effective product for over-voltage protection in electrical power systems and telecommunications systems. It is designed to provide superior protection for delicate electronic equipment and systems from damaging and destroying strikes of lightning. Its patented technology and design make it a reliable and cost-effective solution.

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