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General| Brand | CYG |
|---|---|
| Model | PRS-7367 |
| Category | Control Unit |
| Language | English |
Provides full information of the equipment, including function descriptions, logic diagrams, input/output signals, parameters, and technical parameters.
Describes how to prevent and reduce safety accidents in electric power production and construction processes, ensuring personal safety and health.
Defines the indicators and standard definitions used for warnings: DANGER!, WARNING!, CAUTION!, NOTICE!.
Briefly introduces the application scope, selectable functions, and product features of the equipment.
Introduces technical specifications including electrical, mechanical, ambient, communication interface, and type tests.
Provides a comprehensive and detailed description of all protection modules.
Introduces the automatic self-supervision function of the equipment.
Introduces measurement, controlling, signaling, recording, and other functions of the relay.
Introduces main module functions and defines all terminals of each module.
Includes all the menus of the device.
Introduces how to commission the relay, check calibration, and test all functions.
Recommends unpacking, handling, inspection, and storage. Guides mechanical and electrical installation, including earthing.
Outlines general maintenance steps for the device.
Outlines general decommissioning and disposal steps for the relay.
Lists instruction manual versions and their corresponding modification history records.
Describes the relay's application in protecting and monitoring various primary apparatus like lines, cables, and transformers.
Lists the functions included in the IEDs, referencing IEC 60617, ANSI, and CYG codes.
Highlights key features like dual-core processor, modular design, 16-bit A/D converter, IEC61850 support, GOOSE functions, and GPS time synchronization.
Details specifications for current transformer ratings, voltage transformer ratings, auxiliary power supply, and binary inputs/outputs.
Provides details on mounting, weight, dimensions, hole size, display language, housing material, housing color, terminal location, and protection class.
Specifies the operating and storage temperature ranges, and damp heat test conditions.
Details parameters for Ethernet and Serial ports, including port numbers, transmission rates, standards, and protocols.
Covers environmental, mechanical, electrical, and electromagnetic compatibility tests according to IEC standards.
Specifies connection types and wire sizes for CT/VT circuits and Binary I/O.
Details the range and accuracy for metering items like phase, frequency, current, voltage, power, and power factor.
Describes accuracy specifications for various protection functions like overcurrent, residual overcurrent, and frequency protection.
Introduces the PRS-7367 relay as a microprocessor-based device providing mature protection for various primary equipment.
Lists categories, profession vocabulary, and abbreviations used in the manual.
Details system parameters like CT/VT primary and secondary values, zero sequence CT/VT, and nominal power.
Describes the one-stage instantaneous and multi-stage overcurrent protection with DT and IDMT characteristics.
Details four-stage directional phase overcurrent protection with DT and IDMT characteristics.
Describes four stages of non-directional earth-fault overcurrent protection with DT and IDMT characteristics.
Details four stages of directional earth-fault overcurrent protection with DT and IDMT characteristics.
Provides one stage of switch onto fault function with definite time characteristic for fast tripping on energization.
Offers circuit breaker failure protection with definite time characteristics for re-tripping or tripping logic.
Incorporates one-stage current-based thermal calculation for motors, cables, or transformers.
Provides one-stage phase discontinuity protection with definite time delay characteristics to detect unbalance current faults.
Offers one stage of negative sequence overcurrent protection with definite time delay characteristics for motors.
Provides two-stage overvoltage protection with DT or IDMT characteristics for various voltage connections.
Offers one-stage positive sequence overvoltage protection with definite time delay characteristics.
Provides zero sequence overvoltage protection with definite time delay characteristics for earth-fault protection.
Offers one-stage negative sequence overvoltage protection with definite time delay characteristics.
Provides three-phase under voltage protection to disconnect devices like electric motors damaged by low voltage.
Offers one-stage positive sequence under voltage protection with definite time delay characteristics.
Used to disconnect capacitors from the system when voltage is less than the setting value.
Provides two-stage over frequency protection with independent definite time delay characteristics.
Offers five-stage under frequency protection with independent definite time delay characteristics.
Provides one-stage under frequency restore protection with independent definite time delay characteristics.
Offers one-stage frequency gradient protection with independent definite time delay characteristics.
Manages automatic reclosing to restore faulted transmission systems, improving stability and reliability.
Ensures the grid can be merged correctly by checking voltage, frequency, and phase angle differences.
Protects shunt capacitor banks from internal faults by detecting measured unbalance current.
Protects Y-connected capacitor banks from internal faults by detecting measured unbalance current.
Monitors voltage unbalance conditions in power transmission and distribution networks.
Protects Y-connected capacitor banks from internal faults by detecting measured unbalance voltage.
Provides fast, selective, and reliable fault location on protected line sections.
Offers two-stage power protection with definite time delay characteristics for generators and feeders.
Provides power protection with definite time delay characteristics for over, under, and reverse power.
Selects one voltage between two bus or line voltages based on system configuration.
Provides one-stage mechanical protection with definite time delay characteristics based on mechanical inputs.
Details IDMT curves for over quantity protection, including curve types and parameters.
Manages automatic switching for single-busbar stages in substations and load sides.
Provides trip logic for tripping BO, with options for steady type, lockout type, and pulsed type.
Provides trip logic for tripping BO, with steady type and lockout type options.
Detects three-phase inrush for current protection by analyzing the second harmonic component.
Measures earth-fault power and provides operating signal based on residual current, voltage, and angle.
Provides one-stage under current protection for monitoring motors or capacitors.
Provides blocking protection for busbars not specially configured with main protection, also for transformer backup protection.
Offers two-stage protection for transformer backup in ungrounded systems.
Monitors power transformer internal faults, particularly winding faults, using differential and restrained current.
Monitors secondary circuits of current transformers to detect faults and avoid influencing protection functions.
Continuously supervises the protected electrical network using instrument transformers (VT) to ensure accurate operation.
Discriminates faulty phase for all fault types and outputs tripping commands.
Provides stable differential protection as main protection for machines against phase-to-phase short circuits.
Used as main protection for machines in case of phase-to-phase short circuits.
Determines motor starting components via circuit breaker position, voltage, or current.
Monitors motor starting process, protecting against long start times that could overheat the rotor.
Provides protection against locked rotor conditions during normal motor operation.
Detects loss of step in synchronous motors using power factor angle and static stable impedance criteria.
Detects loss of excitation in synchronous motors using asynchronous boundary impedance circle principle.
Explains the importance of automatic supervision for ensuring the protection system's health and reliability.
Details the relay's real-time self-check capability for hardware, software, and external communication.
Detects faults in secondary circuits of current transformers to avoid influencing protection functions.
Detects AC voltage input circuit failures and adjusts protective elements for stability.
Covers auxiliary functions like sampling, remote control, BI signaling, event, and fault recording.
Supports synchro check function for local or remote control operations in three check modes.
Details general measurement quantities, including directly sampled and calculated values, used for analysis and metering.
Describes function of collecting BI signals, handling status changes with debouncing technique.
Performs control output functions for primary equipment like CB/DS/ES switching.
Provides schemes for operating system apparatus, blocking switching control operations.
Supervises and controls circuit breakers, switches, and earthing switches within a bay.
Covers configurable binary inputs for equipment status, protection logic, and health monitoring.
Allows establishing the sequence of events leading to a situation for analysis.
Records sampled values of faults and disturbances, including waveforms, for analysis.
Describes the modular design for easy checking, locating faults, and replacing modules.
Contains an LCD screen for modifying settings, displaying information, and navigating menus.
Features a voltage converter with electrical insulation and wide input range, providing binary outputs for commands.
The core module with processors executing protection, control, and communication functions.
Decreases high input analog values to low output analog values for protection and metering.
Provides 18 optical isolated input terminals for monitoring functions like breaker positions.
Consists of 16 dry contacts for signal functions, operating conditions, or commands.
Offers 14 binary outputs and 8 binary inputs for monitoring breaker and switch positions.
Describes the HMI as the main communication interface, featuring an LCD, menus, and keys for configuration.
Details the LCD display structure, divided into main data, outer boundary, date/time, time sync, and data monitoring zones.
Describes detailed menu sub-functions displayed on the HMI LCD, including Physical Information, Review, Monitor, etc.
Covers testing accuracy of relay functions like tripping, signal, operation, and communication tests.
Allows clearing record history for Alarm, LED, Act, and other records via menus.
Enables setting the IED language to Chinese, English, Hindi, German, or Russian.
Explains configuration parameters and flexible functions like system, logic, and I/O configuration.
Describes the software for device configuration, monitoring, and comparison in online/offline modes.
Allows selecting setting groups using binary inputs, with procedures for changing and copying groups.
Allows changing public, measurement, and protection operation function settings.
Enables setting device date, time, time zone, and managing user authorization.
Introduces data communication and hardware of IEDs, supporting various protocols like RS-485 and Ethernet.
Details parameters for three rear Ethernet interfaces (optional) and their standardized communication cables.
Describes supported network topologies: Star, PRP, and RSTP.
Explains the IEC 61850 standard for standardized communication systems, including its series of standards.
Specifies supported objects, variations, and qualifiers for DNP3.0 communication.
Provides a brief description of function verification, including methods and tools.
Contains safety information with warning signs to avoid personal injury or equipment damage.
Lists required instrumentation, meters, and tools for commissioning, including testing devices and software.
Covers basic knowledge, operation preparation, and product checks before commissioning.
Details checks to perform after the device is powered on, including LCD, LEDs, date/time, and AC circuits.
Provides guidance for design, installation, commissioning, and maintenance staff.
Includes warnings for module insertion/removal and precautions against electrostatic discharge.
Details procedures for unpacking and inspecting the equipment for completeness and damage.
Lists necessary mounting kits, drills, spanners, and other tools for installation.
Specifies requirements for installation site, avoiding adverse conditions like wetness and dust.
Guides on placing cubicles, securing them, and connecting grounding wires.
Covers TA circuit connection, power supply wiring, and signal wiring requirements.
Specifies using yellow-green multi-core cable for connecting to grounded copper bars.
Details connecting shielded cables to ground and following application methods.
Provides instructions for handling optical cables, including minimum curvature radius.
Recommends using shielded twisted pair cables for reliable communication, considering noise.
Checks terminal screws, wiring neatness, and clarity of wiring labels.
Verifies hardware and software versions via device label or LCD interface.
Describes the process of powering on the device, reading configuration files, and checking indicators.
Outlines strict laboratory tests and periodic tests to ensure relay functionality and wiring integrity.
Describes testing procedures to find potential defects and ensure healthy operation, with recommended cycles.
Refers to maintenance for faulty relay devices, including hardware and software failures.
Guides on replacing failed modules, emphasizing identical part names, software versions, and ratings.
Provides steps for switching off the relay, disconnecting cables, and dismantling the rack.
Advises on proper disposal of electronic waste according to local and national regulations.
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