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General| Brand | GE |
|---|---|
| Model | MiCOM P143 Agile |
| Category | Control Unit |
| Language | English |
Details the protection, control, measurement, and communication functions offered by the P14x range.
Provides information on safe handling of the equipment and the importance of familiarizing with the chapter's content.
Outlines the necessary qualifications and practices for personnel working with the equipment.
Explains various symbols used in the manual and on the equipment, including Caution and Warning notices.
Details lifting hazards, electrical hazards, UL/CSA/CUL requirements, fusing, equipment connections, and servicing precautions.
Describes the software processing of protection elements and measurement functions.
Explains the use of MiCOM S1 Agile for configuring the device and managing IEDs.
Details how to navigate menus, display status, display measurements, and reset alarms using the HMI.
Explains the job of IEDs in protecting power systems from faults and principles of coordination.
Details the implementation and logic of phase overcurrent protection.
Explains the functionality to prevent undesired tripping during energisation due to high cold load currents.
Describes protection for limited fault current scenarios using SEF input.
Explains thermal time characteristics based on I2Rt for protecting against over-temperature conditions.
Explains principles of winding-to-core faults and protection arrangements for delta and star sides of transformers.
Explains the purpose and practice of installing Circuit Breaker Failure protection.
Details the implementation of CBF timers and resetting mechanisms.
Details CT requirements for phase overcurrent, earth fault, and SEF protection.
Explains the causes and implementation of undervoltage protection.
Details the implementation and logic of overvoltage protection.
Explains the implementation and logic of underfrequency protection.
Details the implementation and logic of overfrequency protection.
Details the implementation and logic for load restoration.
Details forward and reverse overpower conditions and their implementation.
Explains underpower protection implementation and logic.
Details how autoreclose functionality is selected and implemented.
Describes logic inputs for the autoreclose function like CB Healthy, Block AR, and Auto Mode.
Provides guidance on setting parameters like number of shots, dead time, and reclaim time.
Explains how the IED records events in an event log for system analysis.
Details the control of circuit breakers using IED menu, hotkeys, function keys, opto-inputs, and SCADA.
Describes functionality for monitoring voltages, synchronisation, and system split.
Explains the VTS function for detecting AC voltage input failures.
Describes schemes for supervising the trip coil and trip path.
Describes three types of teleprotection commands: Direct Tripping, Permissive Tripping, and Blocking Scheme.
Details physical layer standards for serial communications: EIA/RS485, K-Bus, and EIA/RS232.
Describes the current implementation of cyber-security measures at IED and external levels.
Discusses requirements for receiving, unpacking, and storing the goods.
Offers general guidelines for commissioning, emphasizing verification of hardware and settings.
Describes checks for physical damage, correct configuration, and measurement accuracy.
Ensures application-specific settings are correctly applied, using transfer or manual methods.
Covers maintenance checks, alarms, opto-isolators, output relays, and measurement accuracy.
Guides on identifying error messages, power-up errors, and issues during operation.
Provides accuracy specifications for various current protection functions.
Details tests for 1 MHz burst, damped oscillatory, ESD, EFT, surge, radiated, and conducted disturbances.
