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General| Model | b30 |
|---|---|
| Manufacturer | GE |
| Coil Voltage | N/A (Solid State Relay) |
| Coil Power | N/A (Solid State Relay) |
| Mechanical Life | N/A (Solid State Relay) |
| Electrical Life | N/A (Solid State Relay) |
Covers essential procedures for initial setup and safety precautions before installing and using the device.
Provides an introduction to the UR series, its hardware architecture, and software architecture.
Details system requirements, installation, and configuration steps for the EnerVista UR Setup software.
Describes the physical aspects of the UR relay, including mounting, wiring, and faceplate.
Guides users on operating the relay via the faceplate, including keypad navigation, menu hierarchy, and commissioning.
Provides an overview of the B30 Bus Differential System, its features, and communication options.
Details the various order codes available for horizontal and vertical mount units, including options for CPU, software, and modules.
Explains the signal processing steps within the UR series relays, including filtering, A/D conversion, and sampling.
Details the technical specifications for protection elements, signal processing, communications, hardware, and testing.
Describes the physical description of the B30 Bus Differential System, including horizontal and vertical units.
Provides typical wiring diagrams and details for CT/VT modules, control power, and inter-relay communications.
Details various communication interfaces such as fiber, RS422, G.703, and IEEE C37.94.
Describes the graphical user interface for configuring, monitoring, and troubleshooting relay functions.
Covers features like settings templates, securing FlexLogic equations, and settings file traceability.
Details the relay's front panel interface, including enhanced and standard faceplates, LED indicators, and keypad operations.
Provides an overview of the relay's settings, arranged into logical categories like Product Setup, System Setup, and FlexLogic.
Covers essential settings for security, communications, network configuration, and product information.
Describes how to configure remote resources, such as process bus modules and field units, for data acquisition.
Details settings for AC inputs, power system parameters, signal sources, and breaker/switch configurations.
Explains the FlexLogic equation editor, timers, elements, and non-volatile latches for customizing relay operations.
Covers settings for grouped elements such as setting groups, bus differential, phase current, and neutral current.
Details control elements like trip buses, selector switches, digital elements, and breaker control functions.
Describes configuration settings for various inputs and outputs, including contact, virtual, remote, and DCmA I/O.
Covers configuration for DCmA and RTD inputs/outputs, detailing how to interface with external transducers.
Provides guidance on test modes, forcing contact inputs/outputs, and performing self-tests for relay verification.
Provides an overview of the actual values menu and metering functions.
Displays the current status of various inputs, outputs, devices, communication links, and system parameters.
Shows metered values for bus zone, sources, frequency, FlexElements, IEC 61850 GOOSE analogs, and transducer I/O.
Accesses user-programmable fault reports, event records, and oscillography data.
Displays model information, including order code, serial number, and firmware revisions.
Lists commands intended for operations personnel, including clearing records, setting date/time, and relay maintenance.
Displays target messages that indicate the status of protection elements and self-test errors, prioritizing them by severity.
Explains the fundamental principles of bus differential protection, including the B30's dynamic bus replica mechanism.
Describes the mechanism for associating status signals with input currents for bus differential protection.
Details the biased differential characteristic, differential and restraining currents, and enhanced security features.
Explains the current directional protection principle for supervising the main current differential function.
Describes the CT saturation detection mechanism and its role in the differential protection principle.
Illustrates the output logic of biased differential protection and provides examples of internal and external faults.
Provides example calculations for bus configurations and numerical data, explaining how to apply settings.
Shows the adopted protection zoning for bus sections and details the North and South bus zones.
Explains how to determine linear operation limits of CTs to set breakpoints for the biased differential characteristic.
Details how to set the higher slope and threshold of the high set (unbiased) differential operation, analyzing external faults.
Presents the calculated settings for North and South bus differential protection based on previous analysis.
Discusses using setting groups to switch dynamically between setting groups for adaptive settings and bus configuration changes.
Provides instructions for replacing modules, including withdrawal and insertion procedures for enhanced and standard faceplates.
Details procedures for replacing the battery in the power supply module, covering both RH/RL and SH/SL types.
Explains how to decommission the unit, clear files, and delete records and settings from memory.
Outlines the process for returning the device to the factory for repair, including contact information and shipping instructions.
Provides guidelines for storing the unit indoors in a cool, dry place, and for powering up stored units.
Provides instructions for the disposal of the unit and its battery, with specific guidance for European Union customers.
Provides a comprehensive list of FlexAnalog parameters available in the UR device, including address, units, and description.
Lists FlexInteger items available via web browser, including address, units, and description.
Introduces the Modbus RTU protocol and its primary use for communication with UR devices.
Describes the physical layer requirements for Modbus RTU communication, including data frame formats and baud rates.
Details the general format for Modbus RTU packets, including slave address, function code, data, and CRC.
Explains the Modbus RTU CRC-16 algorithm used for error detection in packets.
Summarizes supported Modbus function codes and describes their definitions and use with GE Multilin devices.
Explains how to read data registers from the relay using Modbus function codes 03h and 04h.
Describes how to perform operations in the relay using Modbus function code 05h.
Explains how to modify relay setting registers using Modbus function code 06h.
Details how to modify multiple consecutive setting registers in the relay using Modbus function code 10H.
Describes Modbus exception responses that occur due to illegal data in a packet.
Explains how to obtain relay files using Modbus registers, including filenames for oscillography and event recorder data.
Mentions file retrieval using TFTP or MMS protocols.
States that oscillography and data logger files are formatted using COMTRADE format.
Details how to read oscillography files, including filenames and determining captured data.
Explains how to read event recorder files using specific filenames based on record number.
Provides the Modbus memory map, detailing register addresses, names, ranges, units, and default values for various UR products.
Describes the data formats used for Modbus parameters, including integer types, enumerations, and ASCII text.
Introduces IEC 61850 standard for substation communications, covering its scope and related documents.
Explains IEC 61850 communication profiles, including client/server and peer-to-peer services, and substation configuration language.
Describes the process for transferring files using IEC 61850, with an example using SISCO AX-S4 software.
Explains the object-oriented approach of IEC 61850, covering physical devices, logical devices, and logical nodes.
Describes access to digital status points via GGIO1, including configuration for number of indications and FlexLogic operands.
Details access to virtual inputs via GGIO2, including control models and configuration settings.
Provides access to values received via GOOSE messages, including digital status and analog values.
Describes access to analog value points via GGIO4, including configuration for number of points and FlexAnalog values.
Details analog measured values available through MMXU logical nodes, including instantaneous and deadband values.
Lists protection elements available for UR-series relays, including PDIF, PIOC, PTOC, and XCBR.
Explains how the B30 can be configured for IEC 61850 via EnerVista UR Setup software.
Details how to customize IEC 61850 related settings for the IED, including IP address, logical device name, and GOOSE configuration.
Explains the structure of an ICD file, including Header, Communication, IED, and DataTypeTemplates sections.
Provides a procedure for creating an ICD file directly from a B30 IED or an offline B30 settings file.
Explains the SCD file structure and the process of system configuration using system configurators.
Describes how to update the B30 with new configuration from an SCD file using EnerVista UR Setup software.
Presents the ACSI basic conformance statement, detailing server/publisher and UR family support.
Details ACSI models conformance, including server/publisher and UR family support for various services.
Provides ACSI services conformance, detailing support for Application Associations, Logical Device, Data, and Reporting.
Lists the IEC 61850 logical nodes supported by UR-series relays, categorized by function.
Introduces IEC 60870-5-103 standard for serial communication and its basic application functions.
Provides formulas and examples for calculating scaling factors and offsets for transmitting measurands.
Details the interoperability document requirements for IEC 60870-5-103, including physical layer, link layer, and application layer.
Details the interoperability document requirements for IEC 60870-5-104, covering system, network, physical, and link layers.
Explains how DNP and IEC 60870-5-104 data points are configured, including binary and analog inputs.
Provides the DNP v3.00 device profile, including supported levels, objects, functions, and timeouts.
Identifies variations, function codes, and qualifiers supported by the B30 for DNP messages.
Lists DNP binary input, binary output, and analog input points, along with their configuration details.
Provides a step-by-step example for setting up a simple RADIUS server for user authentication, including FreeRADIUS configuration.
Lists the manual revision history, including B30 revision, release date, and ECO for each version.
Details major updates and changes made to the B30 manual across different revisions, including page references.
Provides a comprehensive list of standard abbreviations used in the manual.
Outlines the GE Multilin warranty terms and conditions for products shipped after and before October 1, 2013.
