2017-23-SMC-RPLF

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

The concept of an electrical surge, also known as a transient voltage, is well understood. When a high voltage surge comes in contact with electrical equipment, it can cause significant damage. To prevent such disasters from occurring, Gas Discharge Tube Arresters (GDTs) are used. GDTs are designed to detect electrical surges and limit or arrest their effect. This article will discuss the 2017-23-SMC-RPLF application field and working principle of GDTs, as well as their advantages.The 2017-23-SMC-RPLF application field is the telecommunications industry. This type of GDT is specifically designed for use with copper wire telecommunications networks. It allows for a higher degree of protection for both copper wires and surrounding equipment. It is able to detect surges of up to 40kV in amplitude and protect up to 5kV in the field of telecommunications.The working principle of the 2017-23-SMC-RPLF application is based on triggering the GDT when a certain voltage is exceeded. When this happens, a spark gap is formed between the two metal ends of the tube. This gap disrupts the surge and reduces its effect, thus preventing damage to the equipment. The 2017-23-SMC-RPLF application has an arc voltage of 14.3kV, an operation voltage of 15.4kV and a capacity of 0.0025kV/mm.The primary advantage of the 2017-23-SMC-RPLF application is its design. The GDT is designed to be resistant to external interference, such as radio frequencies. This allows the GDT to be more dependable and more efficient in its operation. Additionally, with the 2017-23-SMC-RPLF application, there is an increased level of protection due to its high surge capabilities. This makes it ideal for use in environments where there is a high potential for electrical surges.The 2017-23-SMC-RPLF application of GDTs provides a high level of protection for copper wires and telecommunications equipment. Its high surge capabilities and resistance to external interference make it an ideal solution for many industrial and commercial applications. Its design also ensures a dependable operation and prevents damage to electrical equipment. With the 2017-23-SMC-RPLF application, users can have a greater degree of confidence that their equipment is safe and fully protected.

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