SE-134C-XGC-10

Series:	*
Part Status:	Active

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Protection Relays & Systems

The SE-134C-XGC-10 is a protection relay system. It is commonly used to protect power systems like transformers, motors, and generators. The system is designed to detect when a fault occurs in the power system and quickly shut off the power source to prevent further damage.The system is composed of three main components: a microprocessor, a control unit, and a display. The microprocessor is responsible for monitoring the power system and detecting a fault when it occurs. This data is sent to the control unit which then sends a signal to the display which in turn shows the status of the power system.When a fault is detected, the system will activate the relay to shut off the power supply to the power system. The relay will remain active until the fault has been repaired. The system also logs the time, date, and location of the fault, so that it can be quickly identified and resolved.The SE-134C-XGC-10 protection relay system is used in a variety of applications, including motor control centers and large industrial plants. It is designed to be reliable, respond quickly to faults, and provide detailed information about the fault so it can be resolved quickly and efficiently.The SE-134C-XGC-10 also has a number of safety features. For example, it is designed to protect against overvoltage and undervoltage conditions. It also has a current limiting feature which prevents the system from overloading itself and damaging the equipment.Additionally, the SE-134C-XGC-10 has a self-testing feature which allows it to automatically test itself for faults on a regular basis. This self-testing feature ensures that the system is working correctly and allows for any faults to be located and resolved quickly.Overall, the SE-134C-XGC-10 protection relay system is an invaluable tool in protecting power systems from faults and damage. It is designed to be easy to use, reliable, and provide detailed information about any faults that occur. The system can be used in a variety of applications and is a great choice for protecting power systems.

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