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Outlines the main menu for configuring protection functions and their stages.
Details the main menu for controlling various device functions and settings.
Covers the settings for device communication protocols and connections.
Provides access to submenus for various measurement types and configurations.
Provides access to various monitoring functions and device diagnostics.
Settings and configuration for recording network disturbances.
Provides feedback on the device's current condition and installed option cards.
Guides on setting up different user levels and managing passwords for security.
Details the measurement capabilities of the IED, including current, voltage, and power.
Explains how to measure and scale current inputs for accurate readings.
Covers the process of measuring and scaling voltage inputs for accurate data.
Describes how power and energy calculations are performed and utilized.
Explains how to set up and utilize frequency tracking for accurate measurements.
Introduces the core protection functions and their operational logic.
Details the fundamental structure and behavior common to all protection functions.
Covers the function of non-directional overcurrent protection for instant and time-delayed faults.
Details the non-directional earth fault protection for instant and time-delayed faults.
Covers the function of directional overcurrent protection for instant and time-delayed faults.
Details directional earth fault protection for instant and time-delayed faults.
Covers protection against negative sequence current, phase reversal, and current unbalance.
Describes protection against harmonic overcurrents in instant and time-delayed modes.
Monitors circuit breaker operation after a trip and provides re-tripping or incomer tripping.
Used for residual differential current measurement in transformers and cable ends.
Provides instant and time-delayed overvoltage protection for feeder, bus, transformer applications.
Offers instant and time-delayed undervoltage protection for feeder, bus, transformer applications.
Provides non-directional protection against neutral overvoltage conditions.
Controls pick-up and time delay parameters for each stage of the frequency function.
Describes the behavior of operating timers for trip signals and function release.
Presents setting parameters for the function's time characteristics.
Detects loss of load conditions when there is no significant loss of current.
Provides instant and time-delayed active reverse power protection for generators.
Explains how blocking signals affect the function's operation.
Monitors thermal capacity and protects cables and overhead lines from overload.
Controls the pick-up of the arc fault protection function based on phase current or sensor input.
Covers functions for controlling breaker operations and device settings.
Manages the status monitoring and control of circuit breakers and disconnectors.
Technical data for non-directional overcurrent protection, including pick-up and operation times.
Technical data for non-directional earth fault protection, covering pick-up and operation times.
Technical data for directional overcurrent protection, including pick-up and operation times.
Technical data for directional earth fault protection, including pick-up and operation times.
Technical data for protection against negative sequence current and unbalance.
Technical data for harmonic overcurrent protection, including pick-up and operation times.
Technical data for circuit breaker failure protection, including pick-up and operation times.
Technical data for restricted earth fault and cable end differential protection.
Technical data for overvoltage protection, including pick-up and operation times.
Technical data for undervoltage protection, including pick-up and operation times.
Technical data for neutral overvoltage protection, including pick-up and operation times.
Technical data for sequence voltage protection against over/undervoltage.
Technical data for overfrequency and underfrequency protection.
Technical data for rate-of-change of frequency protection.
Technical data for overpower, underpower, and reverse power protection functions.
Technical data for RTD input module and alarm settings.
Technical data for the optional arc fault protection function.
Technical data for programmable stages used in advanced applications.
Stores voltage values for fault direction and distance analysis.
General| Frequency | 50/60 Hz |
|---|---|
| Digital Inputs | 8 |
| Weight | 1.2 kg |
| Communication | IEC 61850 |
| Protection Functions | Overcurrent |
| Mounting | DIN Rail |
| Number of outputs | 4 |
| Protection degree | IP20 |
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