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Maintain continuity
Maintain continuous functioning even after the main incomer feeder trips. Our internal lithium battery powers the device to deliver reliable fault detection and signaling for grid stability.
Why SICAM FPI?
SICAM Fault Passage Indicator (FPI) detects and signals short circuits and earth faults on medium voltage cable networks. It is essential for efficient distribution of grid operation, enabling quick fault detection and message processing.
Avoid significant disruptions from unplanned outages in your distribution grids. SICAM FPI quickly detects phase and earth faults in medium-voltage cable networks. Its current sensors identify fault currents, sending immediate signals via fiber-optic cables for rapid response and efficient grid restoration.
Maintain continuous operation even during power loss; SICAM FPI is self-sustained with an internal lithium battery. Configure binary outputs for remote fault indication to SCADA systems, streamlining your diagnostic process. Use local LED indicators for immediate visual confirmation of faults, accelerating troubleshooting.
Key benefits
Minimize downtime
Restore cable grids and overhead lines quickly and efficiently to reduce downtime and improve service continuity.
Reduce costs
Optimize operations for municipalities and DSOs, helping to achieve significant operational savings. Leverage modern solutions, including optimized voltage and capacity management, to fulfill growing power demands.
Streamline management
Report faults quickly, flexibly and directly. Our cloud service sends fault information, including location, to maintenance crews. This streamlines management and speeds restoration without a grid control center.
Featured capabilities
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Precise configuration
Set precise fault current thresholds for phase and earth faults via each sensor's rotary switch. Customize detection from 200 A to 1200 A for phase faults and 10 A to 300 A for earth faults, adapting to network needs.
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Reliable data transmission
Use isolated plastic fiber-optic connections between sensors and SICAM FPI for robust, noise-immune communication. Transmit data reliably, even in challenging environments, for accurate fault detection and signaling.