2036-40-B2

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Gas Discharge Tube Arresters (GDTs) are a specialized type of protection equipment used to protect electrical systems from the effects of lightning. They are designed to provide protection by limiting the flow of high voltages and currents, thereby reducing the risk of fires, equipment damage, and power loss due to lightning strikes. GDTs have been used extensively in high-voltage power lines including in telecommunications, power distribution networks, and electric railways. GDTs provide a very effective level of protection and are widely used across the world.The 2036-40-B2 GDT is a high voltage surge arrester designed for use in extremely hostile environments. It is designed to protect high-power electrical systems from the effects of lightning and other power disturbances. This GDT operates at voltages ranging from 50kV to 1MV and is rated for an AIC of 10,000A (8/20µs). It is designed for use in areas where the electrical environment is subject to high levels of lightning activity and other environmental stresses.The 2036-40-B2 is a three-stage, dual-layer overvoltage protection device that utilizes an axial gas-discharge tube and two high-performance metal-oxide varistors. The inner layer of the arrester is a combination of the gas-discharge tube and metal-oxide varistors, while the outer layer is a combination of metal-oxide varistors and a zinc-oxide surge-arrester resistor. These six components are housed in a single housing that is resistant to ultraviolet and ozone degradation.The three stages of overvoltage protection of the 2036-40-B2 GDT function in series. The first stage is composed of the gas-discharge tube which is designed to absorb short-circuit and high-impulse currents. This stage intercepts the majority of the high-voltage and high-current disturbances before they reach equipment. The second stage comprises of the metal-oxide varistor, which is designed to absorb surges and peak voltages that exceed the breakdown voltage of the gas-discharge tube. This stage also helps to limit the magnitude of the surge current and dissipate small amounts of energy. The third stage contains the zinc-oxide surge-arrester resistor, which is designed to absorb very low frequency over voltages and transients.The 2036-40-B2 GDT is an ideal protection device for high-power electrical systems in extreme environments. It provides high levels of surge protection and can withstand extreme temperatures, high humidities, and environmental conditions such as ozone and ultraviolet radiation. Additionally, it can be used in a wide variety of applications due to its high performance and reliability.

The specific data is subject to PDF, and the above content is for reference