2036-60-B9

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Gas Discharge Tube Arresters (GDT) refer to a form of surge arresters capable of limiting over voltages by dissipating the energy through the gas medium in the gaps of the arrester. The gas used in GDT arresters traditionally includes synthetically produced sulfur hexafluoride, helium and titanium oxide. 2036-60-B9, is one of the most reliable and widely used GDT type of arrester. It possesses a significantly high withstand capability and long life-time in a field of extremely harsh conditions, and is capable of limiting excessive current that passes in any event of overvoltage.

The superior ability of 2036-60-B9 GDT arrester to limit excessive current is attributed to its internal structure. Its construction consists of four main parts: an anode disc, a cathode disc, a dielectric tube, and a trigger mechanism. Two cylindrical discs with metal electrodes (anode and cathode) are placed on the ends of a dielectric tube filled with a rod and internal gas. Subsequently, the rods and gas are connected to a triggering circuit, typically comprised of two vacuum relays or mechanical switches. To activate, one of the relays acts as a spark gap that will cause current to surge through the gas medium, ionizing it and creating a conductive channel for most of the incident energy.

The working principle of 2036-60-B9 arrester is fairly straightforward. It readily extinguishes transient surges before the energy level reaches the protective limit of the device. When the incident energy exceeds a certain level, it triggers and shuts off the spark gap. This causes energy to be dissipated by the gas in the gaps, thereby limiting the amount of energy that passes through the system. Thus, the arrester acts as a surge protector, allowing only a minimal amount of energy to reach the circuitry.

The 2036-60-B9 GDT arrester is primarily used in power distribution systems. It is widely used in medium voltage and low voltage applications, as well as in motor and generator VFD applications. It is also used to protect railway systems and telecommunications systems, providing surge protection against industrial transients, lightning, or any transient event that may cause overvoltage or stress on the systems. Moreover, its ability to detect and limit energy can help control power grids, and even protect personnel and sensitive equipment from electric shock or overload.

In conclusion, the 2036-60-B9 GDT arrester is a robust and reliable surge suppression device that is capable of withstanding a large number of electrical events. Through the utilization of the ionized gas discharge medium, it is capable of dissipating the excess energy from transient surges, limiting the amount of energy that reaches the electronic equipment or personnel. The 2036-60-B9 GDT arrester is widely used in a variety of applications, such as power distribution systems, motor and generator VFDs, railway systems, and telecommunication systems, providing safety and reliability in harsh environmental conditions.

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