GTCS35-401M-R05-2 Circuit Protection

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Gas-discharge tube arresters (GDTs) are electronic devices, commonly referred to as “lightning arresters”, specifically designed to protect electrical devices and circuits from overvoltage transients generated by lightning. GDTs are designed to temporarily increase the normal impedance of cables to a high enough value to safely direct the surge current away from the sensitive load circuits. The GDTs are manufactured from a series of components that make up the arrester including the spark gap, the surge resistor, the gas-filled capacitor, and the current limiting resistor. It is their unique design and construction that make GDTs particularly useful in the protection of sensitive loads.

GTCS35-401M-R05-2 is one example of a GDT as it is high-voltage arrester that operates on the fixed-gap principle and is suitable for application in outside plant environments. It has a considerable voltage ratings arrangement. The normal insulation level is 105kV, an impulse class 4.5 is 121kV, and the follow-up current is 5kA as rated.

The application field of GTCS35-401M-R05-2 varies according to different conditions. The most important application field is for protecting lines. GTCS35-401M-R05-2 external lightning and transients protection that can be used for various sizes of lines. It can be used for different types of equipment such as telecommunication lines, fiber-optic lines, electric power networks, mobile base stations, radio transmitters, and more. Additionally, GTCS35-401M-R05-2 can be used to protect devices from very high and extreme voltages, especially when located inside, on top of, or on the sides of buildings.

The working principle of GTCS35-401M-R05-2 is based on the spark gap principle, which states that when a voltage is applied to an arrester, the spark gap bridging the gap will fire and block the voltage from damaging the system. The arrester is then reset and ready to protect against another surge. Essentially, GTCS35-401M-R05-2 works by controlling and limiting the amount of surge current that flows through it, and redirecting it into a resistor that dissipates the energy. Additionally, the spark gap is able to prevent short-circuits of the device, and the current-limiting resistor further reduces the amount of energy dissipated by the spark gap.

GTCS35-401M-R05-2 is an important tool for providing protection against over voltage transients and lightning surges. It is designed to be installed in a wide variety of applications. It is a good choice for protecting electrical devices and circuits in many different types of environments. Moreover, GTCS35-401M-R05-2’s spark gap- based design and working principle are vital for providing reliable protection. Thus, it is an essential tool for protecting all types of systems, devices, and lines.

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