2035-23-SM-RP

The Gas Discharge Tube Arresters (GDT) are an electrical device used to protect equipment from transient overvoltage conditions. They are commonly used in telecommunications and electrical power systems to provide protection against overvoltages that result from lightning strikes, power system switching operations, and so on. In this article, we will discuss the application field and working principle of the 2035-23-SM-RP GDT.

The 2035-23-SM-RP GDT has a wide range of applications, such as in the telecommunications industry, high-voltage power systems, and low-voltage protection equipment. It is used as a stand-alone component in lightning protection systems, or in combination with other surge protection devices in high-voltage power systems. Its primary function is to protect equipment and other components from overvoltage conditions. It is also used for protection against overvoltages caused by short circuits, switching operations, and other transient surges.

The working principle behind the 2035-23-SM-RP GDT is based on the creation of an electrical arc between two electrodes. The primary and secondary electrodes are separated by a gap filled with an inert gas mixture, and when voltage is applied across the gap, the gas is ionized and current begins to flow. As current flows, an arc is established, and the arc voltage remains constant regardless of the magnitude of the applied voltage. When the voltage exceeds the arc voltage, the arc is extinguished, and the arrester is reset.

The 2035-23-SM-RP GDT is highly reliable and is designed for optimal performance in a wide range of environmental conditions. It is not affected by temperature and humidity, and is designed with a wide operating range. Furthermore, the GDT has a long life span, and can withstand high levels of repetitive overvoltages without failing. It can withstand up to three times its rated voltage, and it has a faster response time than other surge protection devices.

In conclusion, the 2035-23-SM-RP GDT is an efficient and reliable device for protecting equipment from transient overvoltage conditions. It is a dependable protection solution for high-voltage power systems, telecommunications systems, and low-voltage protection equipment. It is designed for a long lifetime, and is highly resistant to repetitive overvoltage conditions. Moreover, the GDT has a wide operating range and is not affected by temperature or humidity.