2029-09-SM-RPLF

Gas Discharge Tube Arresters (GDT) are essential components in electrical systems of all scales that help protect them from damage caused by lightning, power surges and operational faults. The 2029-SM-RPLF is a GDT model that has been specifically designed to allow for superior performance in various fields, combined with a comprehensive working principle.

Application Fields

The 2029-SM-RPLF GDT can be used for different applications, such as the protection of end-user device circuits, power lines and telecommunication lines, as well as instrument and medical electronic circuits, all of which are vulnerable to power surges. In addition, they are also suitable for voltage switching and the protection of critical components, equipment and control systems. Its superior performance is enhanced by its resistance to both AC voltage and DC voltage currents.

In general, this type of GDT is used in numerous different applications, including lightning and surge protection for homes, businesses, and other structures. They are an important part of the infrastructure of modern society and crucial for the functioning of most everyday electrical devices in these places.

Working Principle

Gas Discharge Tube Arresters (GDT) work by using the principle of capacitance. When a sudden electrical surge reaches the GDT, a spark or discharge is created. This spark or discharge creates an opposing voltage, resulting in a discharge of the incoming surge and protecting the connected devices from damage. The GDT is designed to prevent any current from flowing through the device when there is no surge, meaning that the connected devices are kept safe.

The 2029-SM-RPLF model of GDT is designed to have a maximum working voltage of 1000 volts and a maximum cap active voltage of 1000 volts. This ensures that the GDT can withstand high voltage surges and prevent the connected devices from being damaged. In addition, the 2029-SM-RPLF is also designed to have a low leakage current value, meaning that it is able to perform its protective function without affecting the current levels of the connected devices.

Conclusion

The 2029-SM-RPLF GDT is an essential component of any electrical system. Its superior performance and comprehensive working principle make it well-suited for a variety of applications, including protection from lightning, power surges and operational faults. This model of GDT is designed to have a maximum working voltage of 1000 volts and a maximum cap active voltage of 1000 volts, as well as a low leakage current value, all of which ensure that the connected devices are kept safe and the GDT can perform its protective functions.