2035-20-CLF

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With the rapid development and increasing complexity of electrical systems, the further discovery and research of detection technology has become an urgent matter. Among them, the development of non-arcing Gas Discharge Tube Arresters (GDTs) is of great importance. GDTs have been widely used for decades in various industries, due to its high sensitivity and excellent insulating properties.

The 2035-20-CLF application field refers to the ultra fast acting gas discharge diode, which is mainly used as the protection device for ultra-high voltage transmission line and related equipment. As a kind of GDT, the 2035-20-CLF includes two electrodes and one dielectric rod, which are located in the centre of the tube. The electrodes are embedded in the dielectric rod and sealed in cylinder-shaped metal housing. Under special circumstances, the GDT can generate sparkover, causing the ultra-high voltage pulse used for trigger switching devices.

Moreover, the working principle of 2035-20-CLF relies on the inner and outer electrodes, which work together to realise the purpose of triggering the circuit breaker when the over-voltage protection is applied. When over-voltage pulses are generated, the inner electrode will be arced to the outer electrode, causing a current flow in the external circuit. The current flows through the dielectric rod and then back through the external electrodes, ionising the air between the two electrodes, which consequently produces lightning protection. In the process of conducting current, a large amount of energy is dissipated in the low impedance short circuit path, thus providing a stable and reliable arcing protection.

The 2035-20-CLF is uniquely designed with a high-tech reverse-guided spark gap, which can be used for suppressing and diverting the extra surge voltage and current, thus providing a reliable arcing protection for the power system. Compared to conventional GDTs, the 2035-20-CLF has a larger area for discharging the heat generated within the tube, ensuring rapid discharging of the surge energy and minimising the occurrence of over-voltage arcing. It also offers higher sensitivity and faster response time, which is ideal for applications that require the highest standard of arcing protection.

In conclusion, the 2035-20-CLF is a highly effective form of GDT, which plays a critical role in power system protection due to its high sensitivity and ability to produce ultra-high voltage pulses. Apart from offering excellent arcing protection, the 2035-20-CLF also offers increased safety and reliability. With its advanced technology and high performance characteristics, the 2035-20-CLF is the ideal choice for any power system protection requirements.

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