B88069X4301S102

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Gas Discharge Tube Arresters (GDT) are components consisting of several electrically conductive elements, such as zinc oxide, which operate together to protect devices from voltage spikes. The B88069X4301S102 Gas Discharge Tube Arresters (GDTs) feature a wide range of operating voltage—suitable for use in a variety of electrical systems, including low voltage and medium voltage circuits.

GDTs are particularly effective for use in installations subject to frequent or severe electrical disturbances, such as lightning and EMC disturbances. The B88069X4301S102 GDT has a maximum operating voltage of 23 kV, making it particularly suitable for medium voltage installations. The device has a high surge rating of 6 kV, which is of particular benefit in areas where EMC disturbances are most common.

GDTs work by providing a short-circuit path between the line points of high voltage surges, thereby limiting the amount of energy the system is subjected to. When a surge approaches, an arc is struck between the electrodes inside the GDT, and a low-resistance path is provided between the electrodes. This allows the surge energy to be bypassed around the device, reducing the amount of energy transferred.

The main advantage of GDTs is that they are able to protect a range of electrical equipment from voltage spikes, reducing the risk of equipment damage or system failure. In addition, the low cost, small size, and ease of installation make them a popular choice for a wide range of applications.

As well as being used to protect equipment from voltage spikes, GDTs can also be used to control voltage spikes in testing applications. This is particularly useful in cases where the line voltage is too high, or uncontrolled surges can occur. By regulating the maximum voltage through the device, tests can be performed safely and accurately.

The B88069X4301S102 GDT is a reliable and effective device for a wide range of medium voltage applications. Its wide operating voltage range and high surge rating make it suitable for many installations, while its low cost and easy installation make it a popular choice. By providing a short-circuit path for high voltage surges, the device can reduce the risk of equipment damage and system failure.

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