P3100EBLRP1

P3100EBLRP1 is an electronically controlled Thyristor Surge Protective Device (TVS-SPD) specifically designed to protect telecommunication and power systems against transient surge. It includes a built-in current limiter function, as well as the functionality of a gas discharge tube (GDT), resulting in a high surge current capability.

Application Field

P3100EBLRP1 is suitable for various applications, such as power plants, telecommunications networks, and industrial equipment. It can also be used to protect surge sensitive equipment such as computers, servers, cell phones, and other electronic appliances. The device is designed to detect surges of up to 6,000 volts in a single operation, and up to 15 kV in multiple operations, meaning that it can offer superior performance in a range of applications.

Working Principle

The P3100EBLRP1 works by using a combination of an electronically and gas-filled device to provide a high level of surge protection to the equipment it protects. The device is equipped with a built-in current limiter to limit the current through the device during a surge, thus preventing damage to the protected equipment. In addition, it includes a gas-filled tube (GDT), which is used to absorb the voltage surge and release it in an appropriate manner. The combination of the current limiter and the GDT allow for a high level of surge protection, ensuring that no critical components are damaged during a surge event.

The P3100EBLRP1 is further equipped with an overvoltage protection function, that can be used to protect the device in case of transient overvoltage. This function helps to provide a safer operation and extends the life of the device. In addition, the device features a short circuit protection function to protect the equipment from any possible problems that may arise during operation.

The P3100EBLRP1 is a reliable and efficient device that can provide superior surge protection for a wide range of applications. It is designed in such a way that it can detect high voltage surges and react quickly and reliably to these transient events, offering superior protection from damage.