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Reyrolle 7SR5 Platform Protecting Grids With Confidence Catalog Reyrolle 7SR5 · Edition 4.0

Reyrolle 7SR5 Platform Protecting Grids With Confidence Catalog Reyrolle 7SR5 · Edition 4.0
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Reyrolle 7SR5 Platform Protecting Grids With Confidence Catalog Reyrolle 7SR5 · Edition 4.0

Product catalog summary
Overview: The Reyrolle 7SR5 platform by Siemens is a comprehensive protection solution for digital grids, enhancing the reliability and security of power systems. It includes detailed information on devices, applications, and technical specifications.
Device Manuals: Each device in the Reyrolle series comes with specific manuals covering hardware, operation, communication protocols, and security, providing detailed installation and operational instructions.
Product Information: General information on device installation, technical data, and operational conditions is provided. The engineering guide assists in configuring and updating devices using Reydisp Manager 2 software.
Virtual Relay: A tool for training and understanding device controls and functions, allowing interaction with a virtual representation of the device.
Reyrolle 5 Catalog: Describes system features and devices, offering a selection guide for Reyrolle and SIPROTEC devices.
Device Types and Applications: Details various device types such as overcurrent, transformer differential, and motor protection devices, each with specific ANSI functions, including application examples for medium voltage, transformer, and motor protection.
Technical Specifications: The Reyrolle 7SR5 devices feature flexible hardware, comprehensive functionality, and enhanced user interfaces, supporting multiple languages and communication protocols like IEC 61850, Modbus, and DNP3.
Benefits: The devices offer a compact design, reliable operation, and low life-cycle costs, designed for future-proofing with modular hardware and software.
Conclusion: The Reyrolle 7SR5 platform is a robust solution for protecting and managing digital grids, providing flexibility, security, and ease of use for various applications in subtransmission and distribution networks.
Key Specifications: Protection functions include thermal overload, arc flash detection, circuit-breaker failure protection, high-speed overcurrent, and earth fault protection. Additional features include fault locator, load blinder, synchrocheck, undervoltage, and overvoltage protection. Monitoring capabilities include current and voltage monitoring, frequency, power, energy, and fault location data.
Communication and Interfaces: Supports IEC 60870-5-103, Modbus TCP, Modbus RTU, DNP3, and IEC 61850 protocols, with standard front USB port for configuration and rear RS485, with optional optical Ethernet connections.
Device Variants: Various models with different configurations of binary inputs/outputs, current and voltage transformer inputs, and communication interfaces. Housing sizes vary, with options for withdrawable designs and different display capabilities.
Benefits: Compact design with low life-cycle cost and reliable operation due to advanced protection algorithms. Enhanced communication and cyber security features, user-friendly interface with programmable LEDs.
Conclusion: The Reyrolle 7SR51 and 7SR54 devices offer comprehensive protection and monitoring solutions for modern electrical networks, with flexible configurations and robust communication capabilities.
Specifications: The Reyrolle 7SR54 and 7SR57 devices support various communication protocols and feature a large LCD display, multiple binary and current inputs, housed in a compact design with a withdrawable relay element for easy maintenance.
Protection Functions: Offer a wide range of protection functions such as differential protection for transformers, overcurrent, earth fault, thermal overload, and arc flash detection. The Reyrolle 7SR57 includes motor protection functions like locked rotor protection, phase unbalance, and starting-time supervision.
Application Templates: Includes function diagrams for transformer and motor protection, illustrating the application of various ANSI functions across different device models.
Standard Variants: Multiple standard variants are available for both 7SR54 and 7SR57, differing in the number of binary inputs/outputs, current and voltage transformer inputs, and communication options.
Benefits: Reliable operation due to proven protection algorithms, compact design, low life-cycle cost, and enhanced communication and cyber security features. Support multiple languages and offer programmable LEDs for clear status indication.
Conclusion: Siemens' Reyrolle 7SR54 and 7SR57 devices are robust solutions for transformer and motor protection, offering extensive functionality, flexibility, and ease of use.
Device Specifications: Multiple variants of the 7SR57 series are described, each with different configurations of binary inputs, binary outputs, current transformer inputs, and voltage transformer inputs. Common communication interfaces include USB, RS485, and Ethernet.
Protection Functions: Include locked rotor protection, fault locator, load blinder, overexcitation protection, synchrocheck, undervoltage protection, power protection, undercurrent protection, negative-sequence overcurrent protection, broken conductor detection, phase-rotation reversal, sequence overvoltage protection, thermal overload protection, temperature sensor supervision, instantaneous overcurrent and earth fault protection, time-delayed overcurrent and earth fault protection, voltage-dependent overcurrent protection, power factor monitoring, neutral voltage displacement, CT and VT supervision, directional overcurrent and earth fault protection.
Applications: Primarily used for motor protection, ensuring safe and efficient operation by monitoring and responding to various electrical parameters and fault conditions.
Directional Overcurrent and Earth Fault Protection: The document outlines the capabilities of the Reyrolle 7SR5 platform for directional overcurrent and earth fault protection, providing directional options and sensitive earth fault elements.
Supervision and Monitoring: Close-circuit and trip-circuit supervision are monitored via binary inputs, raising alarms upon failure. Voltage vector shift detects abrupt phase shifts, indicating system imbalances. Automatic reclosing allows flexible sequences for fault protection.
Frequency and Harmonic Protection: Frequency protection initiates load shedding or generator startup, with settings for frequency pickup and delay. Backspin monitor prevents motor restarts until complete stop. Inrush current detection and overfluxing detection block protection during transformer energization and over-fluxing conditions.
Lockout and Restricted Earth-Fault Protection: Lockout relays can be configured for various operations, directly tripping circuit-breakers. High-impedance and low-impedance restricted earth-fault protection schemes provide sensitivity and speed for internal faults.
Transformer Differential Protection: Biased and highset transformer differential protection offer stages for steady-state and transient errors, providing fast protection for high internal fault currents.
User Logic and Maintenance: Programmable user logic allows mapping of inputs and outputs for alarms and tripping. Circuit-breaker maintenance counters assist with scheduling by recording operations and contact wear.
Plant Control and Data Management: Plant control is available via relay fascia or data comms, with configurable mimic screens. Instruments and meters provide data on current, voltage, frequency, power, and more. Energy metering records imported and exported energy values.
Data Storage and Communications: Fault data records, waveform records, and event records are stored for analysis. Communications interfaces include USB, RS485, and Ethernet, supporting protocols like IEC 60870-5-103, DNP3, Modbus RTU, and IEC 61850. Ethernet redundancy and time synchronization via SNTP are supported.
Network Monitoring via SNMP: The device integrates with network monitoring systems using SNMP protocol V3, supporting security features like authentication and privacy.
Cyber Security: To secure communication in Ethernet-based networks, the device uses secure authentication and protocols like DTLS or HTTPS. Firmware and configuration files are digitally signed to prevent corruption. User authentication is managed through connection and maintenance passwords, adhering to NERC CIP standards.
Reydisp Manager 2: A PC-based tool for setting, configuring, and commissioning Reyrolle 5 relays, supporting offline and online protection setting parameterization, device configuration, logic editing, and more.
Hardware Features: The device features a backlit LCD, programmable LEDs, and multi-language support, housed in a draw-out case for panel mounting with screw-type terminals.
Technical Specifications: Current inputs are rated at 1 A/5 A with a measuring range of 0.05 to 80 times the rated current. Voltage inputs range from AC 40 V to AC 160 V. The auxiliary supply operates from DC 24 to 250 V and AC 100 to 230 V.
Connection Diagrams: Various wiring diagrams are provided for different relay configurations, specifying connections for binary inputs/outputs, current and voltage transformers, and power supply units.
Dimension Drawings: Dimension drawings for size 6 and size 12 cases are included, detailing panel drilling requirements and suitable screw sizes.
Product Safety and EMC Tests: The device meets various safety and EMC standards, including dielectric withstand, impulse voltage withstand, insulation resistance, and conducted and radiated emissions and immunity tests.
Electromagnetic Compatibility (EMC) Specifications: Includes contact discharge, air discharge, conducted disturbance, fast transient/burst immunity, and metallic communications immunity.
Surge and Power Frequency Disturbance: Surge immunity for auxiliary power and I/O, and power frequency disturbance for I/O common mode and differential mode.
Climatic Tests: Operating temperature range: -10°C to +55°C. Storage temperature range: -25°C to +70°C. Humidity operational test: 56 days at 40°C and 93% relative humidity.
Performance and Instrumentation: Current measurement accuracy: ±1% or ±1% of rated current. Voltage measurement accuracy: ±1% or ±1% of rated voltage. Power factor accuracy: ±0.05. Frequency accuracy: ±10 mHz.
Protection Functions: Overexcitation protection, undervoltage protection, overcurrent protection, earth fault protection, thermal overload protection, and additional features like arc flash detection and circuit-breaker failure protection.
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Catalog excerpts

Reyrolle 7SR5 Platform Protecting Grids With Confidence Catalog Reyrolle 7SR5 · Edition 4.0-2

Device manuals Each device manual describes the functions and applications of a specific Reyrolle device. The printed manual for the device has the same informational structure. Hardware manual The hardware manual describes the hardware building blocks and device combinations of the Reyrolle device family. Operating manual The operating manual describes the basic principles and procedures for operating and installing the devices of the Reyrolle range. Communication protocol manual The communication protocol manual contains a description of the protocols for communication within the Reyrolle device...

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Reyrolle 7SR5 Platform Protecting Grids With Confidence Catalog Reyrolle 7SR5 · Edition 4.0-3

Digital Grid Reyrolle 7SR5 Platform Catalog Catalog Reyrolle 5 - Edition 4.0 Devices and Application Device Types Relay Selection Guide Application Examples Overcurrent Protection Transformer Differential Protection Motor Protection System Protection Monitoring Data Storage Communication Hardware Construction Technical Documentation Connection Diagrams Dimension drawings Technical data Ordering Information Digital Grid ■ Reyrolle 7SR5 Platform Catalog ■ Siemens Protection Devices 3

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Reyrolle 7SR5 Platform Protecting Grids With Confidence Catalog Reyrolle 7SR5 · Edition 4.0-4

Reyrolle - Solutions for Distribution Grids First reactance & Reyrolle founded in impedance the UK measuring relays ARGUS product line introduced IEC 61850 is launched on Launch of 7SR157, Reyrolle 7SR158 Argus, and products 7SR191 Capa relays Launch of 7SR45 and 7SR10 Argus relays acquisition of impedance relay VA TECH is launched First current First transformer differential differential protection 'Merz- protection using Price', developed at second harmonic Hebburn bias (Duobias) IEC 61850 introduced Launch of onto the 7SR11 & 12 7SR18 Solkor relay Argus relay Reyrolle digital protection products...

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Reyrolle 7SR5 Platform Protecting Grids With Confidence Catalog Reyrolle 7SR5 · Edition 4.0-5

Devices and Application Device Types Digital Grid ⋅ Reyrolle 7SR5 Platform Catalog ⋅ Siemens Protection Devices

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Reyrolle 7SR5 Platform Protecting Grids With Confidence Catalog Reyrolle 7SR5 · Edition 4.0-6

Main function Overcurrent and Feeder Protection 6 Digital Grid ■ Reyrolle 7SR5 Platform Catalog ■ Siemens Protection Devices

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Reyrolle 7SR5 Platform Protecting Grids With Confidence Catalog Reyrolle 7SR5 · Edition 4.0-8

Relay Selection Guide CT supervision – current reference CT supervision – voltage reference Directional overcurrent – phase Directional earth fault – measured Directional Intermittent Earth Fault Directional sensitive earth fault – measured Directional earth fault – calculated Close-circuit supervision Trip-circuit supervision Voltage vector shift Automatic reclosing Backspin monitor Backspin monitor – voltage reference Inrush current detection Overfluxing detection – 5th harmonic Frequency protection – "df/dt" Restricted earth fault protection – highimpedance Restricted earth fault protection...

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Reyrolle 7SR5 Platform Protecting Grids With Confidence Catalog Reyrolle 7SR5 · Edition 4.0-10

Devices and Application Application Examples – Medium Voltage Medium-Voltage Applications for all System Grounding Types [dw_Medium-voltage appl for all sys ground typ, 3, en_US] Figure 2.3/1 Medium-Voltage Applications for all System Grounding Types • Reliable detection of transients and static ground faults • Cost saving due to integrated autoreclose function • Directional and non-directional protection and control functions 10 Digital Grid ⋅ Reyrolle 7SR5 Platform Catalog ⋅ Siemens Protectio

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Reyrolle 7SR5 Platform Protecting Grids With Confidence Catalog Reyrolle 7SR5 · Edition 4.0-11

Devices and Application Application Examples – Transformer Protection Two-Winding Transformer [dw_Two-winding transformer, 2, en_US] • Clear assignment of the functions to the primary element • Reduced investment • Simple parameterization • Reduced wiring and faster commissioning Protection and Backup Protection Solution for 3-Winding Transformers [dw_Protection and backup protection, 2, en_US] Figure 2.3/3 Protection and Backup Protection Solution for 3-Winding Transformers • Protection and backup protection concept • Increased availability Digital Grid ⋅ Reyrolle 7SR5 Platform Catalog ⋅ Siemens...

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Reyrolle 7SR5 Platform Protecting Grids With Confidence Catalog Reyrolle 7SR5 · Edition 4.0-12

Devices and Application Application Examples – Motor Protection Motor Protection Induction Motor: Protection and Control Figure 2.3/4 Induction Motor: Protection and Control • Reduced investment due to protection and control in one device • Thermal motor protection functions for reliable motor monitoring • Thermal motor protection functions with direct connection of temperature sensors 12 Digital Grid ⋅ Reyrolle 7SR5 Platform Catalog ⋅ Siemens Protectio

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Reyrolle 7SR5 Platform Protecting Grids With Confidence Catalog Reyrolle 7SR5 · Edition 4.0-13

Description The Reyrolle 5 is designed for the electricity networks of the future with enhanced communications and cyber security while maintaining a user-friendly interface and easy product management. The Reyrolle 7SR51 overcurrent device includes a wide range of protection functions and IEC 61850 Ethernet communications as standard. To further minimize the product variants the power supply and the binary inputs cover the full operating range with configurable binary input thresholds. The large LCD, tactile pushbuttons and programmable LEDs provide a user-friendly product interface and the...

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Reyrolle 7SR5 Platform Protecting Grids With Confidence Catalog Reyrolle 7SR5 · Edition 4.0-14

Devices and Application Overcurrent Protection – Reyrolle 7SR51 Additional Functionality – Devices with VT Inputs • 21FL Fault locator • 21LB Load blinder • 25 Synchrocheck – synchronizing function • 27/27Vx Undervoltage protection • 32 Power protection • 47 Sequence overvoltage protection • 51V Voltage dependent overcurrent – phase • 55 Power factor • 59/59Vx Overvoltage protection • 59N Neutral voltage displacement • 60VTS VT supervision • 67/67G/67GI/67GS/67N Directional – phase/earth fault • 78VS Voltage vector shift • 81 Frequency protection – "f>" or "f<" • 81R Frequency protection – "df/dt"...

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Reyrolle 7SR5 Platform Protecting Grids With Confidence Catalog Reyrolle 7SR5 · Edition 4.0-15

Figure 2.4/3 Function Diagram: 7SR5121 DOC/DEF Protection Digital Grid ■ Reyrolle 7SR5 Platform Catalog ■ Siemens Pr

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Reyrolle 7SR5 Platform Protecting Grids With Confidence Catalog Reyrolle 7SR5 · Edition 4.0-16

5 An external interface unit is required. 6 Re

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Reyrolle 7SR5 Platform Protecting Grids With Confidence Catalog Reyrolle 7SR5 · Edition 4.0-17

Table 2.4/1 Reyrolle 7SR51 - Functions and Application Templates

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Reyrolle 7SR5 Platform Protecting Grids With Confidence Catalog Reyrolle 7SR5 · Edition 4.0-18

Devices and ApplicationOvercurrent Protection - Reyrolle 7SR51 Standard Variants Standard Variants for 7SR511 3/8, 8 BI, 6 BO, 4 I Housing width 3/8 x 19" (size 6), housing height 4U 8 binary inputs 6 binary outputs (1 break, 2 changeover, 3 make) 4 current transformer inputs Communication: USB, RS485, 2 x Ethernet 3/8, 13 BI, 8 BO, 4 I Housing width 3/8 x 19" (size 6), housing height 4U 13 binary inputs 8 binary outputs (1 break, 2 changeover, 5 make) 4 current transformer inputs Communication: USB, RS485, 2 x Ethernet 3/8, 13 BI, 11 BO (inc. 3 HSBO), 4 I, 3 AFD Housing width 3/8 x 19" (size...

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