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CMC 500

CMC 500

Omicron's CMC 500 sets a new standard in protection testing, offering a complete and reliable solution to ensure the safety of the power supply. This compact and lightweight equipment is designed to master all challenges in protective relay testing, contributing to the reliability of the electrical system. Its modular hardware and software concept allows it to be easily adapted to various needs, ensuring wide versatility. In addition, it complies with the most stringent safety standards, making it an indispensable tool for technicians and operators seeking accuracy and efficiency in their testing and maintenance tasks.

Main Characteristics:

  • "Compact and lightweight design, ideal for easy transport and mobility.
  • Modular hardware and software concept, offering versatility to adapt to various tests and needs.
  • Meets the highest safety standards, ensuring safe operation in high voltage environments.
  • Testing of protection relays, ensuring the reliability and safety of the power supply.
  • High test capacity, suitable to meet all challenges in protection system testing.
  • Easy integration into different applications, making it a flexible tool for technicians and operators.
  • High accuracy and reliability, contributing to improve the reliability of electrical infrastructures.
  • Current source up to 150 A (AC and DC) for testing protection relays.
  • Output voltage up to 500 V in alternating current (AC) and direct current (DC).
  • Tests up to 600 V in contact with ground.
  • High accuracy in the generation of test signals for fault condition simulation and protection testing.
  • Up to 6 independent output channels, allowing multiple simultaneous tests.
  • Remote control via software: The CMC 500 can be controlled remotely with the Test Universe™ interface for test setups and test runs.
  • Communication with test devices using standard communication protocols such as IEC 61850, DNP3, Modbus and others.
  • Adjustable reference voltage: Allows different types of faults to be simulated accurately.
  • Generation of frequency signals up to 1000 Hz for frequency protection and control tests.
  • Modularity: Allows customized configurations according to the specific needs of each application."

Download the Technical Data Sheet here

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