2026-35-C

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Gas Discharge Tube Arresters (GDT) are an important technology utilized in the electrical engineering field for protection against high voltages, transients, and lightning. They are generally installed on electrical equipment to prevent damage from surges in voltage associated with such events. The 2026-35-C GDT is one of the most common types of GDT used in a variety of applications with its reliable protection against destructive effects of high-energy surge pulses.

The 2026-35-C GDT is a gas-filled type arrester that works by discharging surges in voltage through the gas-filled structure into the ground. The device has two electrodes arranged at opposite ends of the GDT. The electrode on the protected side, known as the anode, is connected to the electrical circuit. The electrode on the other side, known as the cathode, is connected to the ground.

During normal operation, the 2026-35-C GDT is nonconductive, meaning the voltage/current between the two electrodes does not exceed its breakdown level of 2KV. When a transient or surge of high voltage appears in the electrical system, it can cause the voltage/current level to exceed the breakdown level. This triggers the GDT to become a conductor and discharge the surge into the ground. This mechanism, known as Clamping, occurs within microseconds and dissipates the energy before it can cause damage to the equipment.

The 2026-35-C GDT is widely used in a variety of applications due to its reliability and cost-effectiveness. It is typically used in high-voltage applications such as power distribution networks, railway substations, industrial power supplies, and lightning protection systems. It is also used in the telecommunications industry for protection against high voltages during lightning and other surge events. The GDT is also used in a variety of medical devices, including anesthesia machines, ventilators, and vital sign monitors.

In addition to its reliability and cost-effectiveness, the 2026-35-C GDT also provides excellent protection against electrostatic discharges (ESD). This is because when a surge in electrical current appears, the GDT is designed to allow most of the high-voltage energy to be discharged to the ground before it can cause damage to the protected equipment. This makes it an ideal choice for ESD protection applications.

The 2026-35-C GDT has been tested and found to maintain its performance level in extreme thermal and environmental conditions. It can also be used in both AC and DC applications. It has a wide operating range from -40°C to +85°C (-40°F to +185°F) and is able to withstand high-temperature excursions up to +125°C. It is also vibration and shock resistant and has a long service life.

In conclusion, the efficient and reliable 2026-35-C GDT is a cost-effective solution for a variety of DC and AC applications with a requirement for protection against high-energy surge pulses. It is highly reliable in a range of extreme thermal and environmental conditions and provides excellent protection against electrostatic discharges. As such, it is an ideal choice for power distribution networks, railway substations, industrial power supplies, and lightning protection systems.

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