B88069X2370T502

Gas Discharge Tube Arresters (GDT) play a critical role in the safety of electrical systems by protecting sensitive equipments against electrical over-voltage situations.B88069X2370T502 Application Field and Working Principle is part of the GDT family. The purpose of using this device is to prevent excess energy from external sources or fluctuations in voltage and / or current from getting to the equipments. This device provides protection against the fluctuation of electric power, lightning, static electricity, power surges, electrostatic discharge, etc.

The B88069X2370T502 Application Field and Working Principle is built for high-frequency waveform resembling that of lightning strikes. It can take on up to 70kA of power and can be used for classifying, isolating and protecting equipment from high voltage and surge problems. It can survive even the strongest lightning surges and work in operable circuit for a long time. The device combines a safety and protection solid-state technology with a robust spark gap in order to provide reliable protection.

The B88069X2370T502 working principle is based on a spark gap with a resistive element in its own arc. GDTs generally operate on spark gap-initiated electrical arc, wherein a discharge arcing current is triggered when the voltage of the equipment exceeds the designed protection level. This arcing current is either conducted by the arrester or can be changed temporarily without destruction. When an overvoltage or short-circuit occurs, the arcing process and the subsequent heat transfer to the spark gap cause the surge to be neutralized.

The device\'s application field ranges from the most small versions, which may measure just a fraction of an inch, up to large sizes that require special installation systems. It can be used in various applications including telecommunications, signalling, industrial control systems, distribution networks, energy systems, and the like. In particular, it provides superior protection against over-voltages due to lightning strikes, power surges, electrostatic discharge, and other related threats.

The B88069X2370T502\'s efficient architecture allows it to be installed in a wide range of applications with ease. It ensures superior reliability against lightning strikes, power surges, electrostatic discharge and other related threats. The device is also constructed with a robust spark gap that ensures superior safe performance. As a result, customers can have confidence in its superior protection capability and its extended service life.