2035-42-SMLF

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Gas Discharge Tube Arresters (GDT) are an integral component of power transmission system protection. In the event of a surge, GDTs divert the high-voltage energy away from the electrical equipment, ensuring its safety. The components have grown in terms of efficiency and effectiveness over the years, allowing them to be found in a variety of applications ranging from communications systems, industrial processes, to power distribution. GDTs are especially suited to large power applications where higher voltages must be handled.

2035-42-SMLF Application Field and Working Principle

The 2035-42-SMLF series is a GDT designed in 2035with higher performance than its predecessors. It is primarily used in high power transmission systems, and is suitable for heavy duty applications. Along with its high power capacity, it is also capable of managing transients with high rate of repetition. The component of the 2035-42-SMLF models are specifically designed for withstanding lightning strikes, making them reliable and robust for use in demanding environments.

The working principle of a GDT is relatively simple. As a voltage surge occurs, the tube enters a breakdown, or ‘avalanche’, mode and conducts current during the surge, subsequently draining the energy from the system. As this happens, the rest of the system remains undamaged due to the tube\'s protective properties. The 2035-42-SMLF series uses a variety of GDT components to ensure maximum protection from lightning strikes and other voltage surges.

When it comes to oil-immersed applications, the GDT components of the 2035-42-SMLF series are equipped with a special formulation of nanotechnology. This enables the tube to reduce the risk of arcing under high pressure environments. The insulation of the tube is also designed in such a way that it is capable of withstanding high electrical and thermal loads – making it suitable for oil-immersed environments.

In addition, the 2035-42-SMLF series is built using arc-resistant materials. This makes them well suited for use in areas with frequent lightning strikes. As a result, these GDTs are able to provide superior protection from surges and stored energy when compared to conventional GDTs. Additionally, the robust design and use of high quality materials make them suitable for use in demanding environments requiring a long life span.

The 2035-42-SMLF series is also compatible with a range of industry standards, including International Electrotechnical Commission (IEC) and Underwriters Laboratories (UL) certifications. This allows them to be used with confidence in mission-critical power applications, thus providing reliable and safe protection for the system.

Overall, the 2035-42-SMLF series is a high performance GDT designed specifically for high power applications. Thanks to the use of nanotechnology and arc-resistant materials, the components are able to provide outstanding protection from powerful transients that occur in demanding environments. Additionally, it is also compliant with a range of industry standards, making it suitable for mission-critical applications.

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