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General| Frequency | 50/60 Hz |
|---|---|
| Communication | Ethernet |
| Protection Functions | Overcurrent |
| Inputs | Analog, Digital |
| Outputs | Relay |
| Operating Temperature | -40°C to +70°C |
Provides comprehensive guidance on the operation, installation, and maintenance of the C70 Capacitor Bank Protection and Control System.
Defines safety indicators to prevent injury, equipment damage, or downtime.
Outlines general safety precautions and warnings applicable to the device and its connections.
Provides contact information for product support and assistance.
Describes the C70 Capacitor Bank Protection and Control System as a microprocessor-based relay for capacitor banks.
Details the security features available, including password security and CyberSentry.
Lists applicable product options and order codes for various configurations and modules.
Explains how to order replacement modules for the C70 relay.
Lists the technical specifications of the C70 relay, subject to change without notice.
Details the operating times and characteristics of the protection elements within the relay.
Describes elements that can be programmed by the user, such as FlexLogic, FlexCurves, and FlexStates.
Explains how to monitor device status, including oscillography and event records.
Details the metering functions of the C70, including current, voltage, power, and frequency measurements.
Lists and describes the various input types supported by the C70, including contact, DCmA, and RTD inputs.
Provides specifications for the low and high range power supplies used by the C70.
Details the specifications for different types of contact outputs, including Form-A, Latching, and solid-state relays.
Outlines the communication capabilities of the C70, including IEC 61850, RS232, RS485, and Ethernet interfaces.
Describes the specifications for inter-relay communication interfaces, including fiber optic and twisted-pair options.
Explains the CyberSentry security feature, its options, and how it provides advanced security services.
Describes the features and capabilities of the graphical front panel.
Lists the environmental operating conditions for the C70, including ambient temperature, humidity, and altitude.
Lists the type tests performed on the C70 to ensure compliance with various standards.
Describes the production tests conducted on the C70, including thermal tests and environmental tests.
Lists the approvals and compliance directives applicable to the C70.
Provides general maintenance guidelines for the C70, including mounting and cleaning.
Outlines the procedure for unpacking and inspecting the C70 relay unit and its delivered items.
Details the panel cutout requirements for mounting the relay, excluding HardFiber Brick.
Describes the dimensions and mounting details for the 19-inch rack horizontal mount unit.
Describes the dimensions and mounting details for the reduced-size vertical mount unit.
Illustrates the layout of the rear terminals and describes the convention for terminal number assignments.
Provides guidance on wiring the C70 relay, including typical wiring diagrams.
Illustrates a typical wiring diagram for the C70 relay, showing connections for various modules.
Explains the dielectric strength of UR-series module hardware and lists test voltages.
Details the connection requirements for control power to the relay, including voltage ranges and wiring recommendations.
Describes the connection and function of Current Transformer (CT) and Voltage Transformer (VT) modules.
Explains the HardFiber Process Bus System interface and its benefits for communication.
Details the terminal connections, module types, and contact arrangements for contact inputs and outputs.
Explains the operation of dry and wet contact inputs, including voltage thresholds and debounce time.
Discusses general considerations for contact inputs, including issues with high impedance and false operations.
Describes how to receive signals from external transducers and convert them into a digital format.
Explains the use of the nine-pin RS232 serial port for programming and monitoring the relay.
Details the rear RS485 communication port on the CPU module.
Provides an overview of the CPU module's communication ports and their functions.
Explains RS485 data transmission, recommendations for wire usage, and potential issues.
Describes the direct inputs and outputs feature and its use for direct messaging between UR devices.
Describes the direct inputs and outputs feature and its use for direct messaging between UR devices.
Shows the configuration for fiber optic modules.
Describes the G.703 interface standard for data and voice signal transmission.
Explains the G.703 co-directional interface configuration.
Describes the RS422 inter-relay communications modules, including single-channel and dual-channel options.
Details the RS422 interface specifications, including recommended cable and shield termination.
Explains how to achieve two-channel applications using multiplexers with RS422 interface.
Describes the IEEE C37.94 standard interface for teleprotection equipment and digital multiplexers.
Explains how to activate the relay from the factory default "Not Programmed" state to the "Programmed" state.
Guides the user through installing the EnerVista UR Setup software.
Explains how the EnerVista UR Setup software communicates with the relay via different ports.
Details the procedures for adding devices to the EnerVista UR Setup software for serial, Ethernet, or modem connections.
Explains how to configure the IP and subnet addresses for Ethernet communication with the UR device.
Explains how to configure serial connections using either the front RS232 port or the rear RS485 terminals.
Guides the user through configuring an Ethernet connection to the C70 device via the EnerVista UR Setup software.
Describes how the EnerVista UR Setup software can automatically discover UR devices on an Ethernet network.
Outlines the four ways to connect to the C70 device.
Provides information on using the EnerVista software to connect to the C70 relay.
Describes the quick action buttons in EnerVista UR Setup software that provide instant access to several functions.
Explains how to use the Quick Connect feature via the front panel RS232 port for connecting to the UR device.
Explains how to use the Quick Connect feature via the front panel USB port for connecting to the UR device.
Explains how to use the Quick Connect feature via a rear Ethernet port for connecting to a UR device.
Guides the user through setting up CyberSentry security and changing the default password.
Explains how to import settings files (.URS, .IID, .CID) into the EnerVista software.
Describes how to connect to a D400 Substation Gateway for data collection from UR devices.
Explains where oscillography files are stored and their format.
Explains where event records are stored and their format.
Explains where log files are stored and their format.
Describes configuration/settings files in IEC 61850 SCL/IID format.
Explains the EnerVista UR Setup software interface for configuring, monitoring, and maintaining relays.
Introduces the EnerVista UR Setup software and its capabilities for relay management.
Describes the three ways the EnerVista software supports handling changes to relay settings.
Explains how to view and analyze event data from the event recorder and oscillography.
Details the file support capabilities within the EnerVista software, including execution and drag-and-drop functionality.
Outlines the components of the EnerVista UR Setup software main window.
Describes the Protection Summary as a graphical user interface for managing protection elements.
Explains how settings file templates simplify configuration and commissioning of multiple relays.
Guides on how to enable the settings file template feature in offline mode.
Explains how to specify which settings are available for viewing and modification within the settings template.
Provides instructions on how to add password protection to a settings file template for enhanced security.
Explains how to view the settings template on the online device or settings file.
Outlines the procedure for removing a settings template.
Explains how to secure FlexLogic equations to prevent unauthorized viewing or modification.
Guides on how to lock individual entries within FlexLogic equations.
Describes how to lock FlexLogic equations to a specific serial number for enhanced security.
Explains the traceability feature for settings files, allowing determination of changes since installation.
Details where serial number and file transfer date are saved for traceability.
Explains how to access traceability data for an online device through actual values.
Outlines additional rules that apply to the traceability feature.
Explains the use of the enhanced, standard, and graphical front panels.
Describes the components and features of the front panel.
Details the components of the enhanced front panel, including LEDs, ports, and keypad.
Describes the components of the standard front panel, including LEDs, ports, keypad, and dust cover.
Describes the graphical front panel, including its display, ports, and navigation keys.
Explains how messages are displayed on the front panel's LCD and how they are managed.
Details how messages display on the LCD for enhanced and standard front panels, including tilde symbol usage.
Describes the graphical front panel's LCD, header, and footer content, and how it displays data.
Explains the use of navigation keys on the front panel for accessing menus and settings.
Details the navigation keys and their functions on enhanced and standard front panels.
Explains the navigation keys and pushbuttons for the graphical front panel.
Explains the function of the LED indicators on the front panel.
Details the LED indicators on the enhanced front panel, including status and user-programmable LEDs.
Outlines the procedure for creating custom LED and pushbutton labels for the front panel.
Guides on creating custom LED and pushbutton labels for the enhanced front panel.
Guides on creating custom LED and pushbutton labels for the standard front panel.
Explains how to create custom LED and pushbutton labels for the graphical front panel.
Explains how to navigate the menu hierarchy using the front panel keys.
Details menu navigation on enhanced and standard front panels using scroll bars and arrow keys.
Explains menu navigation on the graphical front panel using Home, Tab, and arrow pushbuttons.
Explains how to change settings, including numerical data entry and enumeration data.
Details changing numerical and alphanumeric settings using the front panel keypad.
Explains how to change settings on the graphical front panel, including numerical data and alphanumeric text entry.
Explains how to view actual values, including metering data, phasor diagrams, and status indicators.
Describes viewing actual values and phasor diagrams on the graphical front panel.
Explains how the C70 interfaces with circuit breakers for monitoring and control.
Details the selection of breaker operating modes (3-pole or 1-pole) and monitoring of breaker status.
Explains how to control breakers using the front panel keypad after a command password.
Provides an example of controlling two breakers using the relay's keys.
Explains the procedure for controlling a single breaker.
Provides information on setting and changing passwords for local and remote connections.
Explains the purpose and overview of logic diagrams used in the manual.
Introduces the integration of EnerVista Viewpoint Engineer software for creating and modifying FlexLogic.
Explains how to create FlexLogic with block diagrams and outlines the development procedures.
Provides examples of creating FlexLogic logic, such as triggers and events.
Guides on how to modify existing FlexLogic equations or create new ones.
Details the procedure for creating logic diagrams using the Logic Designer.
Explains how to interpret compile results and warning messages in the FlexLogic design process.
Describes how to add logic blocks rapidly in sequence using the repeat symbol feature.
Explains how to connect two logic diagrams to create continuous logic.
Guides on optimizing logic diagrams to reduce space and free up entries.
Explains how to change the order of FlexLogic population in the Equation Editor.
Details how to search for items within a logic diagram.
Explains how to exclude entire sheets from the compile logic for testing purposes.
Outlines the process for sending and retrieving files to and from a live device.
Explains how to view the results from the device after creating, compiling, and uploading FlexLogic.
Describes how to view and print labels for the front panel LEDs and pushbuttons.
Explains how to generate a connectivity report displaying device information.
Discusses preferences that determine functionality, accessible through menus and preference panels.
Details the options available in the View menu for the Logic Designer.
Outlines the settings for the Logic Designer panel.
Explains how the software displays element states and colors.
Lists the toolbars available in the View > Toolbar menu for FlexLogic design.
Describes the tokens and toolbar icons used in the FlexLogic Editor.
Details the drawing tools available in the Token Toolbox for creating logic diagrams.
Explains the basic actions available in the toolbar for manipulating components in the logic diagram.
Describes the advanced actions available in the toolbar for rotating and flipping objects.
Provides an overview of the settings menu structure, including product setup, security, and communications.
Provides an overview of settings, including introduction to elements and AC sources.
Defines 'element' as a feature based around a comparator and explains how elements are arranged.
Explains the configuration of CT/VT input channels and their arrangement.
Outlines the product setup options, including security, display properties, and communications.
Details the security features available, including password security, EnerVista security, and CyberSentry.
Provides an overview of the security features, including default security settings.
Explains password security requirements and access levels for settings and commands.
Describes how EnerVista security allows role-based access to software screens and configuration elements.
Explains the CyberSentry security feature, its options, and how it provides advanced security services.
Details the authentication types supported by CyberSentry for accessing UR devices.
Explains how to configure CyberSentry security settings via EnerVista software.
Defines settings related to session lockout and inactivity timeouts.
Explains how to restore settings, communication, and security passwords to factory defaults.
Details settings for display properties, including language, flash message time, and screen saver.
Describes the graphical front panel as a hardware option for enhanced user interface.
Explains how to set the home page displayed on the graphical front panel, including date and time formats.
Describes the rolling mode feature, which cycles through user-selected pages after a period of inactivity.
Explains how to use the metering editor to create pages of actual values for the graphical front panel.
Details the use of the single-line diagram editor for creating visual representations of the electrical system.
Explains how to create annunciator content for the graphical front panel, including alarms and actual values.
Describes the configurable navigation feature that allows FlexLogic operands to trigger page displays.
Details how to clear various records, including event, oscillography, and data logger.
Outlines the communication protocols supported by the C70, including serial, network, and protocol selections.
Lists the communication settings available through the menu.
Details the RS232 and RS485 serial port settings, including baud rate, parity, and response time.
Explains the Ethernet network topology options, including single LAN and multiple LANs with redundancy.
Guides on configuring network settings, including IP addresses, subnet masks, and routing.
Explains the FEFI feature for detecting link failures in Far-End Fault Indication.
Defines the PRP redundancy protocol for high availability in substation automation networks.
Describes how to configure network IP and subnet settings for routing.
Details the Modbus protocol settings, including slave address and TCP port number.
Allows selection of communication protocols such as DNP 3.0, IEC60870-104, or IEC60870-103.
Details the DNP protocol settings, including channels, address, and client addresses.
Explains the IEC 61850 settings for configuring C70 settings, accessed via EnerVista software.
Explains the arrangement of internal digital logic and user-programmed parameters within FlexLogic.
Describes the states of digital signals represented by flags, and how they are used in FlexLogic.
Outlines general rules for forming FlexLogic equations, including operand and operator usage.
Explains how each equation is evaluated in the ascending order of parameter entry.
Provides an example of logic implementation for a typical application.
Describes the FlexLogic Equation Editor for creating and modifying FlexLogic equations.
Details the 32 identical FlexLogic timers used as operators for FlexLogic equations.
Describes FlexElements as universal comparators for monitoring analog values.
Explains non-volatile latches that provide permanent logical flags stored safely.
Explains how protection elements can be assigned to up to six sets of settings for different operating situations.
Provides an overview of grouped elements and setting groups.
Details the settings for Setting Group 1, including phase current, neutral current, and ground current.
Describes the phase current overcurrent protection elements and their curve characteristics.
Outlines the menu for phase current settings within Setting Group 1.
Explains the inverse time overcurrent curves used by time overcurrent elements.
Details the phase time overcurrent element, its operating principle, and settings.
Describes the phase instantaneous overcurrent element and its settings.
Explains the phase directional overcurrent element, its operating principle, and settings.
Describes neutral current unbalance protection functions and their connections.
Outlines the menu for neutral current unbalance settings.
Details the neutral time overcurrent element, its operating principle, and settings.
Describes the neutral instantaneous overcurrent element and its settings.
Explains the neutral directional overcurrent element, its operating principle, and settings.
Details the neutral current unbalance protection elements and their settings.
Describes ground current and related protection elements.
Outlines the menu for ground current settings within Setting Group 1.
Details the ground time overcurrent element, its operating principle, and settings.
Describes the ground instantaneous overcurrent element and its settings.
Explains negative sequence current protection elements and their settings.
Outlines the menu for negative sequence current settings.
Details the negative sequence time overcurrent element, its operating principle, and settings.
Describes the negative sequence instantaneous overcurrent element and its settings.
Explains the negative sequence directional overcurrent element, its operating principle, and settings.
Details the breaker failure protection element and its settings.
Describes various voltage elements used for protection, including undervoltage, overvoltage, and differential.
Outlines the menu for voltage elements, including phase, neutral, and negative sequence overvoltage.
Details the phase undervoltage element, its operating principle, and settings.
Describes the phase overvoltage element, its operating principle, and settings.
Explains the neutral overvoltage element, its operating principle, and settings.
Details the negative-sequence overvoltage element and its settings.
Describes the auxiliary overvoltage element and its settings.
Details the bank voltage differential element and its settings.
Guides on setting bank phase overvoltage protection, considering transient overvoltages and manufacturer specifications.
Explains the neutral voltage unbalance element, its operating principle, and settings.
Describes control elements used for control rather than protection, including trip bus and setting groups.
Provides an overview of control elements and their functions.
Details the trip bus element, which allows aggregating outputs of protection and control elements.
Explains how setting groups control the activation and deactivation of up to six possible groups of settings.
Describes the selector switch element, used for setting group control or logic sub-circuits.
Explains the time of day timer function for programming control actions based on real time.
Details the capacitor control element, which gathers on/off commands and maintains control rights.
Describes the automatic voltage regulator element for regulating system voltage, load voltage, power factor, or reactive power.
Explains digital elements that can monitor any FlexLogic operand and present a target message.
Describes digital counters that count state transitions from Logic 0 to Logic 1.
Provides an overview of how to view data on the front panel and in the software.
Continues the overview of actual values menus, including status, metering, and records.
Explains how to view and use the front panel in the EnerVista software.
Details how to view the front panel in the EnerVista software.
Describes how to view annunciator alarms in EnerVista and how to acknowledge or reset them.
Outlines how to view the present status of contact inputs and virtual inputs.
Explains how the present status of contact inputs is displayed, including ID and logic state.
Explains how the present status of virtual inputs is displayed, including ID and logic state.
Describes the present state of RxGOOSE boolean inputs.
Describes the present state of RxGOOSE DPS inputs.
Shows the present state of teleprotection inputs from communication channels.
Explains how the present state of contact outputs is displayed.
Explains how the present state of virtual outputs is displayed, including ID and logic state.
Details the RxGOOSE status, indicating if RxGOOSE is configured or used.
Displays RxGOOSE statistics, including number of messages and sequence numbers.
Shows the present status of the eight digital counters.
Displays the current position and full range of the selector switch.
Shows the current state of each time of day timer.
Indicates the state of FlexState bits.
Shows the status of the first, second, and third Ethernet links.
Displays the current status of real-time clock synchronizing sources.
Represents the state of direct devices 1 through 16.
Represents the state of direct devices 1 through 16.
Shows the status information for teleprotection channels.
Displays the remaining number of TCP connections available for each protocol.
Defines the PRP redundancy protocol for high availability in substation automation networks.
Shows the status relevant to R-GOOSE reception.
Explains the UR convention for measuring power and energy, and phase angles.
Details the UR conventions for measuring power and energy, and phase angles.
Illustrates the conventions established for use in UR devices for watts and VARs.
Explains how UR devices calculate and display phase angles of symmetrical components.
Describes how URs calculate voltage and current symmetrical components for power system phase A.
Displays metered values available for each source.
Outlines the menu for accessing metered values for each source.
Displays metered phase current values, including RMS and phasor data.
Displays metered ground current values.
Displays metered phase voltage values, including RMS, phasor, and symmetrical components.
Displays metered auxiliary voltage values.
Displays metered real, reactive, and apparent power, and power factor values.
Displays metered frequency values.
Displays metered current harmonics and total harmonic distortion (THD) values.
Displays metered voltage harmonics and total harmonic distortion (THD) values.
Indicates the time remaining before the next permissible close operation for capacitor banks.
Contains actual values for voltage differential, neutral voltage unbalance, phase current unbalance, and neutral current unbalance elements.
Displays bus and differential signals in per-unit values of nominal bus voltage.
Displays magnitudes and angles of neutral point and bus V0 voltages.
Displays magnitudes of raw differential current and compensated operating currents.
Displays magnitudes of the raw neutral split-phase current and compensated operating current.
Displays the tracked frequency value.
Displays operating signals for FlexElements in pu values.
Outlines viewing user-programmable fault reports, event records, oscillography, and data logger.
Displays user-programmable fault report actual values.
Shows contextual data associated with the last 1024 events, listed chronologically.
Explains how to view event records from the front panel or software.
Describes how to display the event records page on the graphical front panel.
Allows viewing the number of triggers involved and oscillography traces.
Allows viewing the oldest and newest sample times for the data logger.
Displays breaker arcing current values and breaker operating time.
Displays order code, serial number, Ethernet MAC address, and manufacturing date.
Lists firmware revisions for the C70 relay, modification file number, and compile date.
Shows firmware revisions for the C70 relay, modification file number, and compile date.
Shows firmware revisions for the graphical front panel.
Lists commands for operations personnel, protected by command password.
Guides through automatic calculation of balancing factors for capacitor bank protection.
Outlines the menu for capacitor bank automatic setting.
Explains the auto-setting feature for voltage differential elements.
Explains the auto-setting feature for neutral voltage unbalance function.
Explains the auto-setting feature for phase current unbalance function.
Explains the auto-setting feature for neutral current unbalance function.
Describes how to change the states of up to 64 virtual inputs.
Details how to clear various records, including event, oscillography, and data logger.
Explains how to set the date and time on the front panel keypad or synchronize with a computer.
Outlines commands for relay maintenance purposes, such as lamp test and reboot.
Explains how to enable security system and require password use.
Monitors target messages of active devices.
Describes how target messages are displayed and prioritized.
Explains the relay's self-test diagnostic checks for device integrity.
Details the types of self-tests (major and minor) and their outcomes.
Lists and describes major self-test errors and their resolution.
Lists minor self-test errors that can be disabled.
Lists major self-test errors specific to HardFiber devices.
Lists minor self-test error messages related to HardFiber communications problems.
Discusses the different types of shunt capacitor bank arrangements and connections.
Provides an overview of capacitor bank protection, considering bank type, configuration, and connections.
Describes externally fused capacitor banks and their protection.
Describes internally fused capacitor banks and their typical configurations.
Explains fuseless capacitor banks, their connection, and application at higher voltages.
Describes unfused shunt capacitor banks, typically used on banks below 34.5 kV.
Details the connections for shunt capacitor banks, including grounded wye and ungrounded wye configurations.
Describes grounded wye capacitor banks and their characteristics.
Describes ungrounded wye capacitor banks and their advantages.
Describes delta-connected banks, typically used at distribution voltages.
Explains the H-configuration for larger banks with many capacitor units in parallel.
Describes tapped configurations used with voltage transformers for sensitive protection.
Summarizes the different connection types for capacitor banks.
Covers bank and system protection schemes for shunt capacitor banks.
Discusses protection of capacitor banks from internal and external faults.
Explains how unbalance protection detects abnormalities and initiates actions to protect the bank.
Illustrates connections for unbalance protection schemes.
Provides guidance on setting the unbalance relay alarm for optimal performance.
Offers points to consider when using the unbalance trip element, including minimizing time delay.
Details protection methods for arc-over faults within capacitor banks, emphasizing fast unbalance elements.
Discusses protection against overvoltages from abnormal system conditions and the use of three-phase overvoltage protection.
Explains the application of phase and neutral time overcurrent elements and their settings.
Discusses tripping a shunt capacitor bank due to loss of supply bus voltage, including conditions to consider.
Provides an example of protection settings for a capacitor bank.
Outlines the characteristics of a sample capacitor bank used for protection examples.
Shows the connection of VT and CT channels and lists the applied settings in EnerVista UR Setup software.
Explains the assignment of sources for protection functions, including bus, tap, and window CT banks.
Details the calculations used for bank unbalance, including impedance and voltage distribution factors.
Explains the settings for bank voltage differential elements, including bus source and tap source.
Details the settings for phase current unbalance stages, including pickup and slope.
Guides on setting bank phase overvoltage protection, considering transient overvoltages and manufacturer specifications.
Explains the settings for bank undervoltage protection, including pickup and time delay.
Discusses setting overcurrent protection for capacitor banks against major faults.
Provides advanced information on the operation of capacitor banks and their protection.
Explains the general operation of static capacitor banks, including voltage distribution and element failures.
Discusses bank phase overvoltage protection and its operating principle.
Explains the operating principle of the voltage differential function.
Details the voltage divider principle behind the voltage differential function.
Explains the grounded bank operating equation for voltage differential protection.
Explains the operating principle of compensated neutral voltage unbalance protection.
Details the operate and restraint signals for neutral voltage unbalance protection.
Explains the balanced case for neutral voltage unbalance protection calculations.
Describes the auto-setting command for calculating unbalance factor settings.
Explains the operating principle of phase current unbalance detection.
Details the operate signal and current measurement for phase current unbalance.
Explains the balanced case calculations for phase current unbalance protection.
Describes the auto-setting command for calculating unbalance factor settings.
Explains the operating principle of neutral current unbalance detection.
Describes the balance between interconnected neutral currents and compensation for unbalance.
Explains the balanced case calculations for neutral current unbalance.
Discusses how sensitivity is affected by external faults and how to calculate derivatives.
Explains the restraint supervision applied to prevent misoperation under system voltage unbalance.
Describes the auto-setting command for calculating unbalance factor settings.
Details exceptions for applying neutral current balance protection to ungrounded configurations.
Outlines how devices and data can be monitored.
Explains how to view an overview of devices and acknowledge messages.
Describes how to use the Modbus Analyzer to monitor UR device values.
Provides guidelines for general maintenance of the C70, including in-service, out-of-service, and unscheduled maintenance.
Lists tasks for in-service maintenance, such as visual verification and LED tests.
Details tasks for out-of-service maintenance, including wiring checks and setting verification.
Explains how to handle unscheduled maintenance and system interruptions.
Guides on transferring data files using EnerVista software or a USB flash drive.
Lists the files containing CyberSentry security events.
Shows the content of the SECURITY_EVENTS.CSV file.
Describes the SETTING_CHANGES.LOG file that stores setting changes.
Explains how to convert device settings between firmware versions and the required additional configuration for IEC 61850.
Details how to copy settings from one C70 device to another for rapid deployment.
Explains how settings can be compared against default values or between two UR devices.
Guides on comparing settings against default values.
Explains how to compare settings between two devices in the Offline or Online Window areas.
Describes how to back up and restore settings for commissioned UR devices.
Lists the file types that can be saved (.URS, .IID, .CID) and the procedure for saving settings.
Guides on restoring settings from URS or IID files using EnerVista software or SFTP.
Outlines the procedure for upgrading or downgrading EnerVista software and firmware.
Details the process for upgrading C70 device firmware using EnerVista software.
Provides instructions for installing a graphical front panel, including removing the old one and installing mounting brackets.
Continues instructions for replacing the front panel, including removing mounting brackets.
Details the procedure for replacing the CPU module, including disconnecting cables and removing the module.
Outlines the procedure for replacing modules within the relay, emphasizing using correct module types and removing power.
Discusses the battery that powers the real-time clock and its replacement.
Provides steps for replacing the battery in the power supply module.
Provides disposal information for batteries in the European Union.
Outlines procedures for clearing files and data after uninstalling software or devices.
Explains how to return a device to the factory for repair, including contact information and packing instructions.
Provides guidelines for storing the unit indoors in a cool, dry place.
Outlines requirements for unit disposal and battery recycling.
Outlines the procedure for setting up a simple RADIUS server for user authentication.
Explains how to use SetupCLI as a command line interface to communicate with EnerVista UR Setup software.
Provides information on the GE Grid Solutions product warranty.
Outlines the release and revision history of the document.
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