Omicron CMA 156 6-Phase Current Amplifier Relay TestSet

The Omicron CMA 156 6-Phase Current Amplifier Relay Test Set is a high-performance testing device designed for testing and commissioning of protection relays, particularly in complex power systems with multi-phase configurations. It offers an advanced solution for simulating and amplifying current signals, making it ideal for verifying the accuracy and reliability of protection relays across six phases.

Key Features:

• 6-Phase Capability: The CMA 156 supports up to 6 independent current outputs, making it suitable for testing multi-phase protection relays, including systems with 3-phase, 6-phase, or more complex configurations.

• High Precision & Accuracy: Delivers precise current amplification, ensuring accurate relay testing even under demanding conditions. It provides a wide range of current output from 1 mA to 156 A, with an adjustable phase shift for comprehensive testing.

• Flexible Control and Monitoring: The device allows users to configure and control the output settings for different current levels and phase shifts, all through an intuitive interface. Real-time monitoring of output parameters ensures precise testing and troubleshooting.

• Advanced Protection Relay Testing: With its ability to simulate complex fault conditions and relay responses, the CMA 156 is ideal for testing differential relays, distance relays, overcurrent relays, and other protection schemes.

• Robust Build for Field Use: Designed for use in a variety of field environments, the CMA 156 is compact, portable, and rugged, making it suitable for on-site testing at substations, power plants, and other locations.

• Connectivity & Data Logging: The device offers seamless connectivity to external systems and includes built-in data logging and reporting features, ensuring comprehensive test documentation and analysis.

The Omicron CMA 156 6-Phase Current Amplifier Relay Test Set is a powerful tool for electrical engineers and technicians involved in the commissioning and maintenance of complex protection schemes, ensuring high reliability and operational safety in electrical power networks.