2026-35-C2FLF

Gas Discharge Tube Arresters (GDT) are a common type of electrical circuit protection device. These devices can protect electrical systems against a variety of damaging disturbances such as transient voltages, lightning strikes, surges, and other electrical irregularities. The 2026-35-C2FLF application field and working principle is an important piece to understanding how these devices operate and protect equipment and circuits.

The 2026-35-C2FLF application field is in surge protection of power and communication lines. This surge protector is used to control the peak voltage between two terminals, with varied current and different frequency. It is suitable for use in low power networks, such as power plants and communication networks, and is particularly effective in reducing surges caused by lightning strikes.

The working principle of the 2026-35-C2FLF is based on its two main components, the spark gap and the gas discharge tube. The spark gap consists of two angled electrodes, one being connected to the common line and the other to the protected line. This spark gap limits voltage transients between the two by preventing the spread of high voltage failure due to short circuits or lightning strikes.

The gas discharge tube also works in tandem with the spark gap to reduce surge voltage. This device works by filling a glass tube with inert gas such as Argon and providing a voltage between two electrodes. The gas in the tube creates a path of electrons between the two electrodes. When the voltage exceeds a certain threshold, the electrons ionize and create an arc, thus allowing the current to flow. This current flow helps dissipate the voltage before it can damage the equipment or the circuit by removing the excess energy.

The 2026-35-C2FLF is a reliable and effective tool for protecting power and communication systems against excessive voltage, lightning strikes, and other types of surges. Its working principle is based on the two main components, the spark gap and the gas discharge tube. This combination of components is able to detect and limit the spread of voltages that could damage equipment and circuits, providing a solution to protecting electrical devices from harm.