Rapidly Detect Faults and Respond—FLISR continuously monitors switching devices through a supported protocol connection and automatically detects permanent faults or open-phase events. After protection devices complete their action, FLISR isolates the fault and restores the load from one or more neighboring sources. It maximizes the load restored and available margin and minimizes switching operations to increase field equipment life.

Streamline Feeder Configuration—Automatically configure and update your system using real-world GIS data. You can also build your system in minutes using an intuitive graphical interface that allows you to draw each feeder on a digital canvas. Add breakers, reclosers, and switches; connect them; and configure properties to support your operational needs. Once configured, move feeders to testing or deployment at the click of a button.

Easily Scale Your System—Scale your FLISR system using the PSM application, or manage your entire model contents through MDI. Deployed feeders remain operational while new feeders are configured.

Directly Test Performance and Safety—The FLISR application package includes a simulator that allows you to test new feeder configurations and changes to existing configurations directly in Blueframe, without interrupting the live system. Integrating simulation in the configuration and commissioning process is also useful for operations training and for evaluating hypothetical scenarios during distribution design.

Automatically Generate Detailed Reports—FLISR automatically creates reports that describe event type and location information, mitigation steps taken, any problems encountered, and a time sequence of events.

Integrate Existing Field Devices—Deploy FLISR economically using existing breakers, reclosers, and switch controls that support the DNP3 protocol. As your system grows, add devices to existing feeder configurations at no additional cost.

Deploy FLISR in Advisory Mode—Manually perform isolation and restoration switching sequences through an existing SCADA system. In the advisory mode, FLISR will generate a detailed report complete with load distribution calculations and switching sequences for isolating a fault and restoring the load.