GTCR38-351M-R10

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Gas Discharge tube Arresters (GDT) are the most common pieces of equipment used for protecting electrical systems from power surges, lightning strikes, and other power disturbances. The GTCR38-351M-R10 is a high-performance Transient Voltage Surge Suppression device with an exemplary working principle and application field.

The GTCR38-351M-R10 comes with a voltage rating of 380-360 volts, a temperature range of -60 to +85°C, and a frequency of 400MHz. It is designed to protect medium- and high-voltage power systems from recurring lightning surges across a full system wave profile. It features pulse count of 4 to 10 pulses and power handling capability of up to 2kW.

The GTCR38-351M-R10 works based on the principle of ‘Enclosed-Catcher’ design, wherein a device welded to an enclosure inside the GDT is able to detect surges of high voltage and use them to charge a capacitor. This capacitor then discharges the energy safely away from the system, without any damage to it. The speed with which the device can do this reduces the impact of the surge on the system, safeguarding the integrity of its components. As a result, the device is especially beneficial where a system requires the utmost protection from power disturbances.

The GTCR38-351M-R10 is mainly used in medium- and high-voltage power systems in the telecom, power utility, industrial, medical, automotive, and transportation fields. It finds applications in Uninterruptible Power Systems, wind turbines, portable generators, solar installations, locomotives, street lights, and other locations where power surges are frequent. It is extremely durable and reliable, with a long service lifetime that makes it ideal for use in the most critical of power systems.

In summary, the GTCR38-351M-R10 is an ideal power surge protection device for medium- and high-voltage power systems. It is based on the \'Enclosed-Catcher\' design, which ensures that even the heaviest of power disturbances are quickly discharged away from the system. The device is especially suitable for applications in telecom, power utility, industrial, medical, automotive, and transportation sectors, wherein it can greatly reduce the impact of power surges on the system.

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