GTCA36-351M-R10-FT

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Gas discharge tube arresters (GDT) provide electrical protection for power transmission towers, communication systems, power plants, and other electrical systems. GDTs provide an electrical protection solution by diverting current away from vulnerable electronics and equipment. This article will discuss the application field and working principle of the GTCA36-351M-R10-FT, a gas discharge tube arrester.

The GTCA36-351M-R10-FT has a very wide range of applications. It is a heavy duty arrester used to protect electrical systems from lightning transients, voltage transients and overvoltages. It can also be used to provide transient protection for power transmission towers, communication systems, power plants, and other electrical systems. The arrester also has internal surge arresters that offer excellent protection against transients generated by switches and motors.

The GTCA36-351M-R10-FT also has a wide range of working conditions. It is designed to operate in wet and dry conditions. It can withstand voltage of up to 10 kV, 15 kJ per 5-kV MCOV (minimum cut-off voltage) and has a maximum continuous operating voltage of 9.4 kV. The arrester is also resistant to corrosion and has a temperature range of -40°C to +60°C.

The working principle of the GTCA36-351M-R10-FT is based on a gas discharge tube (GDT). The GDT is composed of two conducting electrodes, separated by an insulator, filled with a noble or semi-noble gas. When the insulator is subjected to high voltage, an electric arc forms between the two electrodes. The arc discharges the current and dissipates the voltage, thereby protecting the electrical system from overvoltages and transients. During a short-circuit, the GDT has low resistance and limits the flow of current, providing protection against short-circuit currents.

The GTCA36-351M-R10-FT is a versatile arrester that can be used in a wide variety of applications. It is designed to provide protection against lightning transients, voltage transients, overvoltages, and short-circuit currents. It is also resistant to corrosion and has a wide range of working conditions. Its operating principle is based on a GDT, which ensures that it is able to effectively protect electrical systems from transients and overvoltages.

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