MPS-CTU-02-00

Protection relays and systems are essential components of a power system meant to detect faults or any abnormal conditions in the network, and take corrective or protective action. The MPS-CTU-02-00 is a protection relay and system utilized in this area of work. This article will discuss in detail the application field, working principle, and other related topics.

The MPS-CTU-02-00 is designed to be used in power systems that use secondary networks, which include transformer networks, overhead/underground cables, or AC/DC transmission systems. This protection relay and system excels in providing a comprehensive protective solution that can be applied to high or medium voltage power networks. The MPS-CTU-02-00 is equipped with a variety of protective functions, including overvoltage, undervoltage, phase unbalance, differential protection, and overcurrent protection. In addition, it is designed with anti-engraving functions to ensure the accuracy of the protection.

The MPS-CTU-02-00 works by detecting faults or abnormal conditions in the secondary power system and immediately alerts associated control systems. The alert signals are then used to trigger appropriate protective actions, such as shutting down the faulty equipment or isolating the affected section of the power system. The accuracy of this protection relay and system also allows it to detect single-phase and three-phase faults, as well as undervoltages and overvoltages.

Aside from the safety features, the MPS-CTU-02-00 also provides a wide range of communication options that allow it to be integrated into many control systems. It can be linked to other systems through analog control signals or digital communication protocols such as IEC 60870-5-103 or Modbus. It can even be interfaced with SCADA systems, making it a valuable tool for power system protection.

The MPS-CTU-02-00 is an advanced protection relay and system that is designed for superior protection of secondary power systems. Its wide range of protective functions and high accuracy allow it to perform its job accurately and efficiently. In addition, its wide range of communication options make it possible to be integrated into existing control systems, making it a vital component of the power system.