2036-47-A

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Gas Discharge Tube Arresters (GDT) are widely used in many industries for protection against surges in electrical lines. The 2036-47-A is one of the most popular GDT products. This article will explain the application field and working principle of the 2036-47-A.

The 2036-47-A GDT is designed to protect electrical and electronic equipment against high voltage transients (HVTs), or surges, and help prevent them from damaging the equipment. It is used in many industries, such as power companies, telecommunications, and electronics engineering and manufacturing. In these industries, the 2036-47-A GDT is used in areas where there is high voltage, such as in electrical control panels, power systems, and power lines. The 2036-47-A GDT is also often used in residential areas for lightning protection.

The operation of the 2036-47-A GDT is quite simple. When a surge, or an HVT, is detected on an electrical line, the arrester discharges an electrical current to reduce the surge’s voltage. The arrester has electrical contacts that open and close to allow or block the current. This action allows the current to be discharged safely, instead of transferring the surge to the sensitive components in the electrical line. The current is then discharged into the ground.

The 2036-47-A GDT is constructed of two electrodes, or conductors, separated by an insulator material. The two electrodes are connected by a choke, which is a resistor that limits the current flow. When a surge passes through the arrester, the current disrupts the field formed by the electrodes, causing the gas within the tube to ionize. This ionization creates a path for the current to flow and reduces the voltage of the surge. The arrester then acts as a short circuit, limiting the amount of current that can flow through it.

The 2036-47-A GDT is designed to have a high surge capacity and a long service life. The arrester is made from durable materials and is designed to withstand surges up to 10,000 volts. It also has thermal protection, which prevents it from overheating during sustained surges. Finally, the arrester is designed to be corrosion resistant, which ensures it will last for many years.

The 2036-47-A GDT is a reliable and effective method for protecting electrical systems from surges. It is used in many industries and is constructed from durable materials to provide a long service life. The arrester’s design makes it able to withstand surges up to 10,000 volts, and its thermal protection ensures that it does not overheat when subjected to sustained surges. Finally, its corrosion resistant design ensures that it will last for many years.

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