2026-35-C2

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Gas Discharge Tube Arresters (GDT) have become an important part of many electrical systems as a method of protecting against transient overvoltages. The 2026-35-C2 GDT is one of the more popular GDTs, and has a wide range of applications and working principles.

Application Field

The 2026-35-C2 GDT is used in a variety of applications. The most common application is the protection of low voltage remote control systems in the power industry. This GDT is also used in electronic equipment such as control panels, measuring equipment, computers, and other equipment which needs to be protected from surges caused by lightning and other electrical disturbances. Additionally, the 2026-35-C2 GDT can be used in power grids to provide effective protection for expensive equipment such as transformers.

Working Principle

In order to understand the working principle of the 2026-35-C2 GDT, it is first important to understand the basic principles of GDTs. GDTs are composed of two or more metal electrodes filled with a mixture of inert gases at atmospheric pressure. When an overvoltage is applied across the electrodes, an ionization avalanche is produced which breaks down the internal resistance of the GDT and causes a low-impedance path to be created. This low-impedance path is able to quickly divert any potentially damaging transient voltage away from the protected equipment.

Moreover, the 2026-35-C2 GDT is designed to provide superior overvoltage protection by combining two types of gas-filled tubes with high-performance electrodes. The first type of tube is a two-electrode gas-filled spark gap which provides a fast response time and is able to absorb high-energy transient voltages. The second type of tube is a three-electrode metal-oxide spark gap which is able to absorb lower energy transients and provides a slower response time to protect against voltage swings. This combination of two gas-filled tubes with high-performance electrodes is what enables the 2026-35-C2 GDT to provide superior overvoltage protection.

In addition to providing superior overvoltage protection, the 2026-35-C2 GDT is also designed to be low-maintenance. The two-electrode tube has a gas-filled design which is self-extinguishing and will reset to its normal state after a discharge. This makes it highly reliable and also eliminates the need for periodic maintenance or repairs. Additionally, the three-electrode spark gap has a metal oxide design which is self-resetting and is able to handle high-energy transients without the need for maintenance.

Conclusion

Gas Discharge Tube Arresters (GDT) have become an important part of many electrical systems due to their ability to provide reliable protection against transient overvoltages. The 2026-35-C2 GDT is one of the most popular GDTs and is used for a variety of applications in the power industry. Furthermore, this GDT combines two types of gas-filled tubes with high-performance electrodes which provide superior overvoltage protection and low-maintenance requirements.

The specific data is subject to PDF, and the above content is for reference