2095-100-BLF

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Gas Discharge Tube Arresters (GDT)

Gas discharge tube arresters (GDTs) are a type of arresters that are used to protect electric and electronic equipment from the effects of lightning strikes and transient voltage surges. GDTs are passive components that act as a "fail-safe" to prevent sudden voltage spikes from damaging sensitive electric components.

GDTs are typically made from a metal casing filled with low-pressure gases such as argon, nitrogen, and hydrogen. Inside the casing are two electrodes that are separated by a thin dielectric material. When a voltage spike occurs, the gas breaks down and begins to conduct electricity, thus providing a low-resistance path to ground and diverting the current away from the protected equipment.

2095-100-BLF application field and working principle

2095-100-BLF is an advanced type of GDT that is able to withstand high current and voltage surges. It has been designed to be used in industrial and commercial applications as a surge protector for sensitive electronic equipment. The 2095-100-BLF includes two zinc oxide elements that are fused together in a single envelope. Within the envelope, a gas-filled space exists between the elements and the inside walls.

The 2095-100-BLF is designed to protect sensitive electronic equipment from the effects of lightning, power system transients and other overloads. When a voltage surge occurs, the GDT begins conducting electricity. The current passes through the two zinc oxide elements, and the gas begins to ionize. The ionized gas-filled cells then become a low-resistance path to ground, diverting the current away from the protected equipment.

The 2095-100-BLF is designed for indoor applications only and must be installed in a dry and clean environment. It is also important to ensure that the GDT is properly grounded and that regular maintenance is carried out to keep it in good working condition. The 2095-100-BLF is rated for a maximum surge capacity of 12kA (10/350µs) and a maximum continuous operating voltage of 330VAC/DC.

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