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General| Brand | Alstom |
|---|---|
| Model | Reason RPV311 |
| Category | Voice Recorder |
| Language | English |
Provides general information about the technical manual and an introduction to the device.
Provides a functional and technical description of Alstom Grid's Reason RPV311 and instructions for use.
Manual aimed at professionals involved in installation, commissioning, maintenance, and operation.
Explains special terms, abbreviations, and acronyms used throughout the manual.
Lists and defines common acronyms and abbreviations used in the manual.
Details the distributed solution for Multifunction Digital Recording and its applications.
Provides instructions for carefully unpacking the equipment and checking contents and for shipping damage.
Details the information shown on nameplates for RPV311 and RA331, RA332, RA333 equipment.
Lists the main features of the RPV311 plus RA33x acquisition modules solution.
States that the device has undergone extensive testing and certification for target markets.
Provides a distributed solution overview for Multifunction Digital Recording, acquisition, monitoring, and recording.
Details the available variants and order numbers for RPV311, including power supply, network, and functions.
Lists ordering options for the RA331 Acquisition Module, including analogue and digital inputs, and customization.
Details ordering options for the RA332 Acquisition Module, covering analogue inputs, digital inputs, and customization.
Provides ordering options for the RA333 Acquisition Module, including analog inputs, digital inputs, and traveling wave input.
Provides information about safe handling of the equipment before unpacking, installing, commissioning, or servicing.
Details personnel safety requirements, qualifications for working on equipment, and emergency procedures.
Explains common symbols used in the manual and on equipment, including caution and electrical shock warnings.
Covers lifting hazards, electrical hazards, fusing requirements, equipment connections, and pre-energisation checks.
Provides instructions on how to safely decommission and dispose of the equipment.
Details compliance with European directives on EMC and LVD, product safety, installation category, environment, and R&TTE.
Provides information about the product's hardware design, covering architecture and mechanical implementation.
Describes the RPV311 processing unit and acquisition system, including A/D converters and processing capability.
Explains the RPV311's link connections to RA33x units and its processing capability based on logical slots.
Details the main features and implementation aspects of the RPV311 unit.
Illustrates and describes the main components on the front and back panels of the RPV311.
Describes the main features and components of the RA331 acquisition module.
Details the key features and components of the RA332 acquisition module.
Outlines the key features and components of the RA333 acquisition module, including high-speed inputs.
Provides concise instructions on how to configure all available features in the device.
Explains how to access the equipment's configuration via the Web Interface, including default username and password.
Describes how to view the history of changes in the equipment configuration via the Web Interface.
Details how to configure equipment identifier, location, and owner for record naming.
Explains how to configure time source, timezone, and NTP fallback server for synchronization.
Details communication via Ethernet and serial ports, including gateway setup and Ethernet configuration.
Explains data acquisition using RA331, RA332, RA333 modules and configuring links.
Describes data acquisition via Sampled Values from Merging Units and configuring subscription links.
Details equipment access control, including password requirements for operation and configuration.
Explains how to add new users or configure the administrator user with different access levels.
Describes configuring the permanent deletion of equipment records when memory capacity exceeds 90%.
Details the configuration for sending records to two different servers automatically.
Explains how to create voltage circuits with 1, 2, 3, or 4 elements and their configuration parameters.
Describes how to create current circuits with 1, 2, 3, or 4 elements and their configuration parameters.
Explains how to create power circuits by combining voltage and current circuits and their configuration.
Details how to add and configure digital channels, including input, polarity, and debouncing time.
Explains how to add and configure DC channels, including input, gain, offset, and unit.
Describes how measured values are monitored against thresholds for triggering recording and events.
Explains how to configure the equipment's triggered and continuous fault recorder.
Details the configuration for triggered and continuous disturbance recording.
Explains how to configure a traveling wave recorder for fault location, by trigger.
Describes how to configure average series, harmonics, and flicker in the steady-state recorder.
Explains group setup for monitoring voltage and current circuit information.
Details how relays indicate events, state transitions, and alarms, including on-time configuration.
Describes Synchrophasor measurement and broadcast according to IEEE C37.118 specifications.
Explains the availability of status, analog, and digital data in MODBUS registers for SCADA integration.
Details DNP3 functionality, its association with MODBUS, and configuration steps.
Provides information on the architecture and proper use of the Reason Traveling Wave Fault Location.
Shows an overview of the Traveling Wave Fault Location architecture and the fault distance calculation equation.
Discusses maximum lines monitored, accuracy with CVTs, and cable type considerations.
Describes the RPV Manager software for managing COMTRADE files, configuration, and automatic TW fault location.
Provides guidance on testing TW fault location using RPV311+RA333 sets and powerline configuration.
Illustrates and explains a three-terminal line application requiring 3 sets of equipment for TWFL.
Provides detailed information about the PMU feature, covering Synchrophasor Measurement and Broadcast.
Explains synchrophasor measurement and broadcast according to IEEE C37.118 specifications.
Defines the Total Vector Error (TVE) and accuracy limits for PMU measurements based on influence quantities.
Lists the UDP/IP ports used for transmitting data streams for synchrophasors.
Provides detailed information about the MODBUS feature.
Explains MODBUS register availability for status, analog, and digital data access to SCADA systems.
Provides detailed information about the DNP3 feature.
Explains DNP3 registers, data availability, and association with MODBUS functionality.
Provides detailed information about the GOOSE message detection functionality.
Explains how digital channels can be associated with IEC61850 GOOSE messages and their filtering.
Provides detailed information about features, configuration, and usage of the RPV Manager software.
Describes the RPV Tools suite including Scanner, Configuration Tool, Fault Locator, and GOOSE Configurator.
Provides step-by-step instructions for installing the RPV Tools applications on a PC.
Describes the Scanner tool for searching, transferring, and saving equipment records.
Details the Configuration Tool for creating offline configurations, backups, and exporting settings.
Explains the TW Fault Locator tool for locating faults on transmission lines using traveling wave signals.
Describes the necessary XML file format for power line configuration required by the fault locator algorithm.
Explains the graphical interface of the Fault Locator and how to perform fault location analysis.
Describes the GOOSE Configurator application for associating GOOSE messages with digital channels.
Covers receiving, creating, opening, and removing configuration files for the RPV.
Introduces RPV Manager as a tool for data management of the equipment.
Details the software requirements, including operating system, .NET framework, and administrative rights.
Describes the RPV Manager main window and its system monitor, records, and alarms tabs.
Explains the Alarms tab, showing registered equipment alarms and their status colors.
Details the Configuration tab for managing local and remote configuration versions and performing backups.
Outlines settings accessible through the menu bar, including File and Settings menus.
Describes the procedure to create new installations (substations) and register equipment devices.
Explains how to configure transmission line parameters for the Traveling Wave Fault Location algorithm.
Details entering circuit names for Fault chart identification in TWFL methods.
Configures contacts for receiving email notifications from the RPV, including warnings and alarms.
Lists available tools in the menu for viewing alarms, calculating TW fault location, viewing records, and reports.
Displays downloaded registers by type and shows a pie chart with record percentages.
Allows configuration of software polling and email settings for the RPV Manager.
Details fields for configuring COMTRADE polling, refresh intervals, auto polling, and record retrieval.
Explains how RPV Manager automatically downloads COMTRADE registers, calculates fault location, and provides MODBUS output.
Describes the equipment refresh option and how to configure Auto Refresh for automatic updates.
Explains how to configure the polling routine for automatic download of records from each equipment.
Provides detailed information about communication options and how to configure them.
Describes the RPV311's communication interfaces: Ethernet (RJ45, Process Bus), optical Ethernet, and serial port.
Details the electrical Ethernet ports for configuration, monitoring, GOOSE, and Process Bus, plus optional optical ports.
Describes the serial communication port for modem connection and record transfer, and its configuration.
Lists required Ethernet ports and protocols (TCP/IP, UDP) for various communication services.
Explains how to connect for local communication using an electrical Ethernet port and crossover cable.
Details network communication using electrical Ethernet, requiring devices and computer on the same network.
Explains network communication via modem using the serial port, including pre-configuration steps.
Describes how to access the equipment via a web browser using its IP address and required support applications.
Provides information about the product installation, covering handling, mounting, cables, and case dimensions.
Discusses requirements for receiving, unpacking, storing, and dismantling the goods with safety precautions.
Covers RPV311 and RA33x mechanical installation requirements, including rack mounting and minimum distances.
Describes wiring and connections, including power supply connections and pin-out details.
Details AC and DC power connections for RPV311 and RA33x modules, including circuit breaker recommendations.
Provides instructions for powering up the RPV311 and RA33x modules, including self-tests and indicators.
Explains how to connect the equipment's protective earth terminal for proper operation and EMC.
Describes connecting acquisition modules (RA331, RA332, RA333) to the RPV311 processing unit.
Details fiber-optic connections and ACT indicators for modules, and the RX/TX connections.
Explains configuring jumpers for RA333 TW link positions by accessing the back panel.
Details analog voltage inputs for RA331, RA332, RA333 modules and their channel identification.
Describes configuring analog inputs for voltage signals using internal jumpers.
Details analog current inputs for RA331, RA332, RA333 modules and channel identification.
Describes configuring analog inputs for current signals using internal jumpers.
Provides connection diagrams for current inputs: 4-element, 3-element (A, B, C), and 3-element (A, B, Neutral).
Details analog DC transducer inputs for measuring voltages from -10 V to +10 V on RA331, RA332, RA333 modules.
Describes configuring DC transducer inputs for voltage signals using internal jumpers.
Details analog DC transducer inputs for measuring currents from -20 mA to 20 mA on RA331, RA332, RA333 modules.
Explains the connection and configuration for using current clamps with RA33x modules.
Details insulated digital inputs for RA331, RA332, RA333 modules and their identification.
Explains time synchronization using IRIG-B signals for frequency constant and time stamping.
Describes the 4 electromechanical signaling relays and their dry contact configurations.
Lists the dimensions (height, width, depth, weight) of the RPV311 unit.
Provides dimensions (height, width, weight) for RA331, RA332, and RA333 modules.
Shows the panel cutout dimensions for RA331, RA332, and RA333 modules.
Lists accessories for RA33x modules, including mounting panels and current clamps.
Illustrates the mounting panel for installing two remote acquisition modules (RA331/332) in a 19-inch rack.
Provides information on equipment maintenance and troubleshooting, including error identification and corrective action.
Covers maintenance checks, alarms, measurement accuracy verification, and unit replacement procedures.
Provides solutions for common RPV311 issues like Ready indicator not lighting up, alarm conditions, and sync problems.
Details the steps for updating the RPV311 equipment firmware using the Firmware Upgrade Tool (FUT).
Describes the PST tool for obtaining internal equipment information, logs, online data, and contacts.
Provides troubleshooting steps for RA331, RA332, RA333 modules related to indicators, links, and processing module communication.
Outlines the procedure for returning Reason devices for repair exclusively by Alstom, including packaging instructions.
Provides specific instructions for Alstom service personnel on safely disassembling, repairing, and reassembling the equipment.
Describes the technical specifications of the product, covering RPV311 and RA33x modules.
Provides detailed electrical and optical Ethernet port specifications for the RPV311 unit.
Details specifications for the modem serial port, including signal level, bitrate, databits, parity, connector, and isolation.
Lists specifications for the TTL IRIG input, including signal type, voltage, impedance, connector, and isolation.
Provides specifications for the optional Optical IRIG input, including signal, wavelength, fiber type, connector, and sensitivity.
Details specifications for dry-contact relay outputs, including max voltage, current, load, contact numbers, and isolation.
Lists specifications for fiber-optic links, including wavelength, fiber type, connector, emission power, and receiver sensitivity.
Provides power supply specifications for RPV311 and RA33x modules, including voltage ranges and consumption.
Details environmental conditions for operation, including temperature range, altitude, and humidity.
Lists type tests performed on RPV311 according to IEC standards for EMC and emissions.
Details safety tests performed on the equipment according to IEC standards.
Lists environmental tests performed according to IEC standards for cold, dry heat, damp heat, temperature change, vibration, and shock.
Specifies enclosure protection ratings (IP) for front, rear, and product safety.
Lists the dimensions (height, width, depth, weight) of the RPV311 unit.
Lists the dimensions (height, width, weight) of the RA33x modules.
Details analog acquisition specifications for 50/60 Hz, including resolution, rate, bandwidth, and attenuation.
Provides analog acquisition specifications for the RA333 module, including resolution, sampling frequency, and time skew.
Details voltage input specifications for 50/60 Hz, including nominal voltage, range, and accuracy.
Provides current input specifications for 50/60Hz and PMU, including nominal current, range, accuracy, and burden.
Details specifications for current clamps inputs, including nominal current, range, accuracy, impedance, and overload.
Lists DC transducer input specifications for ±10 V and ±20 mA, including full scale, range, accuracy, and impedance.
Details digital input specifications, including nominal voltage, level low/high, impedance, burden, and overload.
Lists specifications for fiber-optic links, including wavelength, fiber type, connector, emission power, and receiver sensitivity.
Provides power supply specifications for RA33x modules, including voltage ranges and consumption.
Details environmental conditions for RA33x modules, including temperature range, altitude, and humidity.
Lists type tests performed on RA33x according to IEC standards for EMC and emissions.
Details safety tests performed on the equipment according to IEC standards.
Lists environmental tests performed according to IEC standards for cold, dry heat, damp heat, temperature change, vibration, and shock.
Specifies enclosure protection ratings (IP) for front, rear, and product safety.
Contains wiring diagrams for analog inputs, referring to installation chapter for further input details.
Provides connection diagrams for different voltage signal configurations for a 3-phase circuit.
Shows connection diagrams for TW inputs, specifically for a 3-phase circuit (Phases A, B, and C).
Provides connection diagrams for current signal connections for a 3-phase circuit.
Details the equipment log contents, including threshold violations, data transfer, access, alarms, and power status.
Provides information on equipment maintenance and troubleshooting, including error identification and corrective action.
Covers maintenance checks, alarms, measurement accuracy verification, and unit replacement procedures.
Provides solutions for common RPV311 issues like Ready indicator not lighting up, alarm conditions, and sync problems.
Details the steps for updating the RPV311 equipment firmware using the Firmware Upgrade Tool (FUT).
Describes the PST tool for obtaining internal equipment information, logs, online data, and contacts.
Provides troubleshooting steps for RA331, RA332, RA333 modules related to indicators, links, and processing module communication.
Outlines the procedure for returning Reason devices for repair exclusively by Alstom, including packaging instructions.
Provides specific instructions for Alstom service personnel on safely disassembling, repairing, and reassembling the equipment.
