2035-9-C5LF

Gas Discharge Tube Arresters (GDT) are devices used to protect electrical systems and equipment from power line surges and other overvoltage phenomena. The 2035-9-C5LF GDT is a high performance device that provides superior protection against lightning, power disturbances, electrostatic discharge and other overvoltage conditions. The 2035-9-C5LF GDT has a wide application field and works on a variety of principles to protect electrical systems and equipment from potential damage.

Application Field

The 2035-9-C5LF GDT is designed for use in a variety of applications, including high voltage power distribution systems, telecommunication systems, electrical control systems, and industrial applications. It can also be used in critical applications such as aircraft, medical, and military equipment, as well as sensitive electronic equipment. In addition, it can be used in any other application where a high-performance, reliable, and robust GDT is needed.

Working Principle

The 2035-9-C5LF GDT operates on the principle of spark gap discharge. This device is equipped with an insulated conductor that runs through its core. When an overvoltage is detected, a spark jumps across the gap and creates a high current arc. This current arc functions to reduce the voltage across the device to a safe level and protect the system or equipment connected to it. In addition, it also dissipates any excess energy into its surrounding environment.

The 2035-9-C5LF GDT is also designed with multiple terminals that can be used to connect to other devices and equipment. This allows the device to be used as a protective surge protector in a variety of systems and equipment. For example, it can be used as a surge suppressor in an electrical control system or as a lightning arrester in a high voltage distribution system.

The 2035-9-C5LF GDT also features a self-cleaning feature, which helps maintain its performance over long periods of time. This feature helps reduce the need to clean the device periodically by automatically ejecting any dust and debris that gets trapped inside. This reduces the need for regular maintenance and extends the life of the device.

Conclusion

The 2035-9-C5LF GDT is a high-performance device that provides superior protection against lightning, power disturbances, electrostatic discharge, and other overvoltage conditions. It has a wide application field and is designed for use in high voltage power distribution systems, telecommunication systems, electrical control systems, and industrial applications. The device operates on the principle of spark gap discharge and features multiple terminals for connection to other devices and equipment. Additionally, it also features a self-cleaning feature which helps maintain its performance over long periods of time. This device is an excellent choice for protecting electrical systems and equipment from potential damage.