AG20P152F-H3D

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Gas Discharge Tube Arresters (GDT) are a compishing product of surge protective devices. They are widely used in telecommunication networks, broadcast and TV systems, navigation and radar systems, and power networks. The AG20P152F-H3D is one of the Gas Discharge Tube Arresters used in these systems.

The AG20P152F-H3D can respond to and protect a system from a wide variety of lightning events, from direct lightning strikes, to electromagnetic pulses, both from natural and man-made sources. The arrester works by actively monitoring the power system and detecting any voltage surges or disturbances. This is then followed by a rapid switching response which produces an electrical discharge, that is then safely discharged into the ground.

The AG20P152F-H3D is unique in that it can perform a variety of functions simultaneously. It can provide surge protection for both direct lightning strikes and low frequency disturabces, while also being able to detect and identify low level transient overvoltages. Additionally, the arrester offers an advanced algorithm that is able to detect electromotive force pulses generated by nuclear devices or electromagnetic pulses from coronal mass ejections.

The AG20P152F-H3D also offers the following features:

• Surge protection for both direct and indirect lightning strikes
• Detection of both low frequency transient disturbances and high frequency ElectroMotice Force pulses
• Advanced algorithm that can identify and differentiate between signal ranges from transient overvoltages and direct strikes
• Zero Trip Characteristics to ensure no overloads or tripping response from brief transient voltage spikes
• Multiple switching ranges to provide protection in a wide variety of voltage environments

The AG20P152F-H3D is a highly reliable and robust utility used to protect systems from various electrical and lightning disturbances. Its multiple features make it an ideal choice for a variety of applications, from telecommunication networks, to broadcast and TV systems, to power networks.

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