Page 1 Preface Open Source Software Table of Contents Reyrolle 7SR5 Introduction Transformer Protection Basic Structure of the Device Functionality Device Device Functionality 7SR54 7SR54 Function Templates V01.00 Protection and Automation Functions Supervision Functions Device Manual Control Functions Instruments and Meters Functional Tests...
Page 2 Disclaimer of Liability Copyright Subject to changes and errors. The information given in Copyright © Siemens 2019. All rights reserved. this document only contains general descriptions and/or The disclosure, duplication, distribution and editing of this performance features which may not always specifically...
Page 3: Preface
The hardware manual describes the hardware building blocks and device combinations of the Reyrolle 7SR54 device family. • Operating manual The operating manual describes the basic principles and procedures for operating and installing the devices of the Reyrolle 7SR54 range. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 4 The Reyrolle 7SR54 catalog describes the system features and the devices of Reyrolle 7SR54. • Selection guide for Reyrolle and SIPROTEC The selection guide offers an overview of the device series of the Siemens protection devices, and a device selection table. Indication of Conformity This product is CE-compliant to relevant EU directives.
Page 5 • The equipment must be grounded at the grounding terminal before any connections are made. • All circuit components connected to the power supply may be subject to dangerous voltage. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 6 The limiting values stated in the document must not be exceeded. This must also be considered during testing and commissioning. • Terminals are exposed when the device element is removed from the case. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 7: Open Source Software
License Conditions provide for it you can order the source code of the Open Source Software from your Siemens sales contact – against payment of the shipping and handling charges – for a period of at least 3 years after purchase of the product. We are liable for the product including the Open Source Software contained in it pursuant to the license conditions applicable to the product.
Page 8 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 9: Table Of Contents
Application and Setting Notes..................68 3.4.5 Settings Menu......................73 3.4.6 IEC 61850 Functional Information Mapping ..............75 Binary Outputs ......................... 77 3.5.1 Overview of Functions....................77 3.5.2 Structure of the Function..................... 77 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 10 5.1.6 Information List......................149 24 Overexcitation Protection................... 150 5.2.1 Overview of Function....................150 5.2.2 Structure of the Function................... 150 5.2.3 Logic of the Function....................151 5.2.4 Application and Setting Notes..................152 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 11 Settings Menu......................184 5.7.6 IEC 61850 Functional Information Mapping .............. 185 5.7.7 Information List......................187 46BC Broken Conductor Detection...................188 5.8.1 Overview of Functions....................188 5.8.2 Structure of the Function................... 188 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 12 Structure of the Function................... 221 5.13.3 Logic of the Function....................222 5.13.4 Application and Setting Notes..................223 5.13.5 Settings Menu......................225 5.13.6 IEC 61850 Functional Information Mapping .............. 225 5.13.7 Information List......................227 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 13 67 Directional Overcurrent/Earth Fault................275 5.19.1 Overview of Functions....................275 5.19.2 Structure of the Function................... 275 5.19.3 Logic of the Function....................276 5.19.4 Application and Setting Notes..................277 5.19.5 Settings Menu......................286 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 14 Settings Menu......................349 6.2.6 Information List......................350 60VTS VT Supervision......................351 6.3.1 Overview of Functions....................351 6.3.2 Structure of the Function................... 351 6.3.3 Logic of the Function....................352 6.3.4 Application and Setting Notes..................352 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 15 IEC 61850 Functional Information Mapping .............. 388 7.2.7 Information List......................391 Instruments and Meters........................... 393 Introduction........................394 Instruments........................395 Notes..........................402 Functional Tests............................403 General Notes......................... 404 Hardware Measurement Tests..................406 Functional Test for the Phase-Rotation Direction.............. 408 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 16 Quick Logic........................454 Technical Data............................455 10.1 General Device Data......................456 10.1.1 Instrumentation......................456 10.2 21LB Load Blinder ......................457 10.2.1 3 Phase Load Blinder (21LB‑3P).................. 457 10.2.2 Single Phase Load Blinder (21LB‑1P)................457 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 17 10.24 67 Directional Overcurrent – Phase................. 491 10.25 67G Directional Earth Fault – Measured................492 10.26 67GS Directional Sensitive Earth Fault – Measured............493 10.27 67N Directional Earth Fault – Calculated................494 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 18 10.33 87T‑HS Transformer Differential Protection – Highset............500 10.33.1 Common Settings...................... 500 10.33.2 Transformer Differential Protection - Highset............. 500 Appendix..............................501 Ordering Information...................... 502 Current Transformer Connections..................503 Voltage Transformer Connections..................504 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 19: Introduction
Current Transformer Circuits The secondary circuit of a live CT must not be open circuited. Non-observance of this precaution can ² result in injury to personnel or damage to equipment. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 20 • Complete galvanic and interference-free isolation of the internal processing circuits from the system measuring, control, and supply circuits through instrument transformers, binary inputs, binary outputs and DC/AC voltage converters. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 21 All device functions are processed in the device CPU, these include, for example: • Filtering and processing of the measurands • Continuous monitoring of the measurands • Monitoring of the pickup conditions for the individual protection functions Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 22 The IP address for all 7SR5 device front ports is 192.168.2.1. The USB drivers must be installed prior to connection. A RS485 port on the rear of the device provides remote communications using user selectable protocols. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 23 Additional interfaces on the rear of the device provide remote communications using user selectable proto- cols. • Redundant ethernet communication interfaces • Redundant and independent protocols to control centers possible (such as IEC 61850) [sc_7SR5_Size12_rear, 1, --_--] Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 24 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 25: Basic Structure Of The Device Functionality
Basic Structure of the Device Functionality Introduction Analogue Inputs Function Groups and Function Elements Device Startup Real Time Clock Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 26: Introduction
7SR5 device function groups and elements can be added or removed only by using the Reydisp Manager 2 (RM2) software configurator tool. FG and FE that have been included from the RM2 configurator can be enabled/disabled. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 27: Analogue Inputs
The analogue input configuration for a 7SR5420 transformer device is summarized in Figure 2-2. [dw_7SR5_7SR5420DeviceCTVTInputConfiguration, 1, en_US] Figure 2-2 7SR5420 Device CT/VT Input Configuration The analogue input configuration for a 7SR5421 transformer device is summarized in Figure 2-3. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 28 2-2, Figure 2-3, Figure 2-4 Figure 2-5. The measuring inputs (current and voltage inputs) are parametrized in the Device Configuration > CT/VT settings menu, see 3.3 CT and VT Inputs Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 29: Function Groups And Function Elements
Autoreclose functionality • User logic schemes Example – 7SR542 The 7SR542 transformer application templates are summarized in Figure 2-6 Figure 2-7. [dw_7SR5_7SR5420ApplicationTemplate, 1, en_US] Figure 2-6 Application Template for 7SR5420 Devices Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 30 2.3 Function Groups and Function Elements [dw_7SR5_7SR5421ApplicationTemplate, 1, en_US] Figure 2-7 Application Template for 7SR5421 Devices Example – 7SR543 The 7SR543 transformer application templates are summarized in Figure 2-8 Figure 2-9. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 31 Basic Structure of the Device Functionality 2.3 Function Groups and Function Elements [dw_7SR5_7SR5430ApplicationTemplate, 1, en_US] Figure 2-8 Application Templates for 7SR5430 Devices Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 32 Optimization of the CFT will provide a clear minimized device/user interface. All required function elements are selected from the Reydisp device Function Template. When a function is initially installed the default settings of that function are applied. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 33: Device Startup
LED green. NOTE The LCD contrast can be adjusted by pressing the Enter and Cancel pushbuttons together and then using the ▲ or ▼ keys to increase or decrease the contrast. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 34 Configured parameter is in the Binary Output matrix for mapping to a binary output, LED, and/or virtual signal. NOTE The IEC 61850 Not Configured alert will be displayed sequentially with any other configured alerts. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 35: Real Time Clock
Failure to receive a periodic time synch from the master clock will result in a switch over to the backup clock (if configured). The period before switching over to the backup clock is the user setting Master Time Synch Lost Delay. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 36 The device supports 2 SNTP timer servers, the first, primary server remains the preferred server so that all devices, if possible, operate with the same master clock. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 37 The Ethernet interface uses the UTC time format and a parameter for configuring the applicable rules for the local time. Offset and daylight saving time are provided in Reydisp Manager. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 38 If a time zone for time synchronization is from SNTP the time zone of the time source from the serial protocol must be identical as the offset and daylight saving rules will not be applied by the device. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 39: Device Functionality
Device Functionality Device Fascia Device Configuration CT and VT Inputs Binary Inputs Binary Outputs Data Storage Data Communications Quick Logic Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 40: Device Fascia
When the required device parameter is located within the menu structure it’s setting can be edited or viewed as appropriate using the appropriate pushbuttons – see the Operating manual. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 41 Enter key, used to initiate and accept settings changes Cancel key, used to cancel settings changes and/or move up the menu structure by one level per press Menu navigation. Binary output reset from home screen (3 second delay) Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 42: Indications And Instruments
A label is provided between the 2 columns of LEDs, this can be customized using the Relay LED Label Template utility. LED operation is configured in the Configuration > Binary Outputs > LED Config menu (see 3.5 Binary Outputs [dw_7SR5_LEDLabelTemplate, 1, en_US] Figure 3-2 Example LED Template Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 43 Function element 1 Function element n <Fnct group> Function element 1 Function element n Control <Fnct group> Function element 1 Function element n <Fnct group> Function element 1 Function element n Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 44 At any 1 time only 1 group of settings can be active – Device Config > Active Group setting, (see 3.2 Device Configuration Settings data is stored in non-volatile memory in the device. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 45: Reading Indications Using Reydisp
3.1.3 Instruments and meters can be accessed locally from the front USB port or remotely from the rear data comms ports using Reydisp. See the Engineering Guide for full details. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 46: Device Configuration
Parameter: System Frequency • Default Setting: 50 Hz This setting is selected to be equal to the power system rated frequency. NOTE Changing the parameter will cause the device to restart. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 47 This setting is used to adjust the timeout from 1 to 60 minutes and Off (backlight perma- nently on). NOTE The LCD display automatically switches off when no buttons are pressed for 60 minutes. Pressing any key will re-activate the display, (see 3.2 Device Configuration Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 48 When set to seconds the milliseconds will be reset to 0 and the time is adjusted to the nearest second. When set to minutes the milliseconds and seconds will be reset to 0 and the time is adjusted to the nearest minute. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 49 So forward VAr will then be reported as Imported Reactive Energy, and forward Watts will be reported as Exported Active Energy. See also Power Protec- tion (32) and Power Factor (55) function elements. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 50 Disabled DNP3 Enabled Enabled Enabled MODBUS Enabled Enabled Enabled Changing of settings Rear RS485 port (set as Remote) Enabled Disabled Enabled Rear RS485 port (set as Local) Disabled Enabled Enabled Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 51 When the Count Target is reached an output is raised, this output is available in the Binary Output > Output Matrix. Parameter: Unexpected Restart Blocking • Default Setting: Disabled Parameter: Unexpected Restart Count • Default Setting: 3 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 52 The Relay Identifier is used in communication with Reydisp to identify the relay. Parameter: Circuit Identifier • Default Setting: <None> User defined text can be used to identify the circuit monitored by the 7SR5 device. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 53: Settings Menu
The passwords protect against unauthenticated access. 3.2.5 Settings Menu Configuration > Device Config Parameter Range Default Setting System frequency 50 Hz/60 Hz 50 Hz Active group 1, 2, 3, 4 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 54 Enabled Disabled General alarm alert Enabled Enabled Disabled Relay identifier <16 characters maximum> 7SR5 Circuit identifier <16 characters maximum> <None> Setting ID Not active Control ID Not active Reset passwords Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 55: Iec 61850 Functional Information Mapping
Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value OK: 1 WARNING: 2 ALARM: 3 LLN0.SGCB Information Active SettingGroup Group 1 to 4 LLN0.SGCB.ActSG Value Device (LPHD1) LPHD1.Proxy Information Reset Device PTOC*.Health.stVal Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 56 DEVICE is not a PROXY: 0 DEVICE is a PROXY: 1 LPHD1.Health Information Device Healthy PTOC*.Health.stVal Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value OK: 1 WARNING: 2 ALARM: 3 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 57: Ct And Vt Inputs
Parameter: CT1/2/3 Ratio Prim • Default setting: 1A The setting value is used (in conjunction with CT1/2/3 Ratio Sec setting) by the device instrumenta- tion e.g. to display primary current values. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 58 Parameter: CT4 Ratio Prim • Default setting: 1A The setting value is used (in conjunction with CT4 Ratio Sec setting) by the device instrumentation e.g. to display primary current values. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 59 Parameter: CT12 Ratio Prim • Default setting: 1A The setting value is used (in conjunction with CT12 Ratio Sec setting) by the device instrumentation e.g. to display primary current values. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 60 Parameter: VT1/2/3 Ratio Prim • Default setting: 132000 V The setting value is used (in conjunction with VT1/2/3 Ratio Sec setting) by the device instrumenta- tion e.g. to display primary voltage values. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 61 Parameter: VT4 Ratio Sec • Default setting: 110 V The setting value is used (in conjunction with VT1/2/3 Ratio Prim setting) by the device instrumen- tation e.g. to display primary voltage values. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 62 Parameter: VT4 Trim Magnitude • Default setting: 0 V The setting value is used (in conjunction with VT1/2/3 Ratio Prim setting) by the device instrumen- tation e.g. to display primary voltage values. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 63 The setting value is used (in conjunction with VT1/2/3 Ratio Prim setting) by the device instrumen- tation e.g. to display primary voltage values. [lo_7SR5_VTConnections, 1, en_US] Figure 3-7 Illustration of VT Configuration Settings and VT Connections (Typical) Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 64: Settings Menu
110 V VT4 Ratio Sec 0 V to 20 V VT4 Trim Magnitude -45° to +45° 0° VT4 Trim Angle Phase Rotation 7SR543 devices only Devices with VT inputs only Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 65: Binary Inputs
The General Alarms menu allows the user to define the information displayed when a binary input is set as a General Alarm. Binary inputs correspond to the logical node CTRL BIGGIO in IEC 61850. Virtual inputs/outputs correspond to the logical node CTRL VGGIO in IEC 61850. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 66: Logic Of The Function
Device Functionality 3.4 Binary Inputs Logic of the Function 3.4.3 [lo_7SR5_BinaryInputConfiguration, 1, en_US] Figure 3-8 Logic Diagram:Voltage Operated Binary Input Configuration Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 67 Device Functionality 3.4 Binary Inputs [lo_7SR5_BinaryInputMatrix, 1, en_US] Figure 3-9 Logic Diagram: Binary Input Matrix Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 68: Application And Setting Notes
Where the application requires instantaneous operation the pickup delay can be set to 0. Parameter: Drop off Delay • Default Setting: 0 s Each binary input can be independently set to reset after the operate voltage is removed plus a time delay. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 69 Used to trigger the circuit‑breaker fail function. A binary input configured as CB Closed must also be energized to confirm CB failure, (see 6 Supervision Functions , section 50BF Circuit-Breaker Failure Protection – 3 Pole). Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 70 CB-n Wear • Default Setting: <None> The I t counter can be triggered from this input e.g. for a manually issued trip/open command, (see 7 Control Functions, section 52 Circuit-Breaker Control). Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 71 The device real time clock is set to the nearest second when the binary input is operated i.e. on pickup. Parameter: Reset Start Count • Default Setting: <None> 3.2 Device Configuration Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 72 Binary inputs with this setting are intended for use with external arc sensors, they are operated by the detection of an arc caused by a system short circuit fault, (see 5 Protection and Automation Functions section 50AFD Arc Flash Detection). Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 73: Settings Menu
E/F Out E/F In Trigger Waveform Rec Trig Trip Contacts Trigger Fault Rec Select Group n Clock Sync. Reset LEDs & O/Ps Reset AFD Counters AFD Zone ‘n’ Flash 50SOTF Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 74 General Alarm 17 <16 characters ALARM 17 maximum> General Alarm 18 <16 characters ALARM 18 maximum> General Alarm 19 <16 characters ALARM 19 maximum> General Alarm 20 <16 characters ALARM 20 maximum> Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 75: Iec 61850 Functional Information Mapping
ALARM: 3 BIGGIO1.Ind* Information Binary I/P* Status BIGGIO1.Ind*.stVal Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 * Values of 1 to max number of BI. IEC 61850 Value ON: 1 OFF: 0 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 76 OK: 1 WARNING: 2 ALARM: 3 VGGIO1.Ind* Information Virtual* Status VGGIO1.Ind*.stVal Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 * Values of 1 to 20. IEC 61850 Value ON: 1 OFF: 0 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 77: Binary Outputs
The status of hand reset LEDs (non self-reset LEDs) is maintained by a back up storage capacitor in the event of an interruption to the auxiliary supply. The General Pickup menu is used to select the relay functions that provide a pickup output e.g. to initiate a separate pickup LED. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 78: Logic Of The Function
The Trip Config menu identifies which output relays are used as CB trip outputs. Logic of the Function 3.5.3 [lo_7SR5_BinaryOutputConfiguration, 1, en_US] Figure 3-11 Binary Output Configuration [lo_7SR5_LEDConfiguration, 1, en_US] Figure 3-12 LED Configuration Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 79 Device Functionality 3.5 Binary Outputs [lo_7SR5_BinaryOutputMatrix, 1, en_US] Figure 3-13 Binary Output Matrix Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 80 Device Functionality 3.5 Binary Outputs [lo_7SR5_GeneralPickup, 1, en_US] Figure 3-14 General Pickup [lo_7SR5_TripConfig, 1, en_US] Figure 3-15 Trip Config Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 81: Application And Setting Notes
The operate condition (counter value) may be present for an indefinite period after opera- tion of the output relay but continuous operation of the output relay is undesirable e.g. SCADA system interface. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 82 The General Pickup output can be mapped to operate any binary output, LED or virtual I/O. Typically this is used to indicate the initiating condition is above setting and can be used during commis- sioning or for system monitoring. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 83 Contact operates. This provides a logic signal from the trip signal that can be used to provide indication that a trip has occured. NOTE Where the Trip Triggered is not configured then the Trip Alert and Fault Records will not be triggered. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 84: Settings Menu
47-n 49-n Trip 49-n Alarm 50-n 50G-n Wattmetric Po> 50GS-n 50N-n 50AFD Ph A 50AFD Ph B 50AFD Ph C 50GAFD AFD Zone n AFD Zone n Flash 50CL Active Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 85 50BF Delay n 50BF PhA 50BF PhB 50BF PhC 50BF EF 74TCS-n 74CCS-n CB I t Wear General Pickup Waveform Archiving Device Archiving New Fault Stored New Wave Stored Master Clock Lost Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 86 2 to 20 s, Δ 0.1 s 20 to 60 s, Δ 1 s Pickup Outputs BO 1 to BO n <none> Pulsed Outputs BO 1 to BO n <none> Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 87: Iec 61850 Functional Information Mapping
Trip Contacts BO 1 to BO n <none> Trip Triggered L1 to Ln, V1 to Vn <none> IEC 61850 Functional Information Mapping 3.5.6 Binary Output Relays BOGGIO1.Mod Information Reset Device BOGGIO1.Mod.stVal Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 88 Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 * Values of 1 to max number of available BO in the device. IEC 61850 Value ON: 1 OFF: 0 LGGIO1.Mod Information Reset Device LGGIO1.Mod.stVal Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 89 ALARM: 3 LGGIO1.Ind* Information LED* Status LGGIO1.Ind*.stVal Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 * Values of 1 to 28. IEC 61850 Value ON: 1 OFF: 0 PTRC1.Mod Information Device Ready PTRC1.Mod.stVal Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 90 50G-4 Operated 50GS-1 Operated 50GS-2 Operated 50GS-3 Operated 50GS-4 Operated 50GSOTF-1 Operated 50GSOTF-2 Operated 50N-1 Operated 50N-2 Operated 50N-3 Operated 50N-4 Operated 50SOTF-1 Operated 50SOTF-2 Operated 51-1 Operated 51-2 Operated Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 91 The information in the previous table is dependent on device configuration. PTRC1.Str Information General picked up (Elements as configured in general pickup menu) PTRC1.Str.general Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value FALSE: 0 TRUE: 1 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 92 ON: 1 BLOCKED: 2 TEST: 3 TEST/BLOCKED: 4 OFF: 5 VGGIO1.Health Information Device Healthy VGGIO1.Health.stVal Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value OK: 1 WARNING: 2 ALARM: 3 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 93 Device Functionality 3.5 Binary Outputs VGGIO1.Ind* Information Virtual* Status VGGIO1.Ind*.stVal Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 * Values of 1 to 20. IEC 61850 Value ON: 1 OFF: 0 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 94: Data Storage
Default Setting: 24 hrs This setting defines the maximum time over which the demand values are measured. A new set of demand values are recorded after expiry of the Demand Window Time. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 95 Ineut (Ig =) MEAS MinIMMXU1 A.neut Ia (Ia =) MEAS MaxIMMXU1 A.phsA Ib (Ib =) MEAS MaxIMMXU1 A.phsB Ic (Ic =) MEAS MaxIMMXU1 A.phsC Ineut (Ig =) MEAS MaxIMMXU1 A.neut Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 96 Power Factor (PF =) MEAS MaxVIMMXU1 PF.phsA Power Factor (PF =) MEAS MaxVIMMXU1 PF.phsB Power Factor (PF =) MEAS MaxVIMMXU1 PF.phsC Va (Va =) MEAS MaxVIMMXU1 PhV.phsA Vb (Vb =) MEAS MaxVIMMXU1 PhV.phsB Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 97 Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value OK: 1 WARNING: 2 ALARM: 3 MeanIMMXU*.A Information Value Ia (Ia =) MeanIMMXU*.A.phsA.InstcVal.mag.f Measured Value Value MeanIMMXU*.A.phsA.cVal.mag.f Measured Value Value MeanIMMXU*.A.phsA.units.SIunit MeanIMMXU*.A.phsA.units.multiplier Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 98 ON: 1 BLOCKED: 2 TEST: 3 TEST/BLOCKED: 4 OFF: 5 MaxIMMXU*.Health Information Device Healthy MaxIMMXU*.Health.stVal Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value OK: 1 WARNING: 2 ALARM: 3 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 99 Information Reset Device MinIMMXU*.Mod.stVal Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 Irrelevant: x IEC 61850 Value ON: 1 BLOCKED: 2 TEST: 3 TEST/BLOCKED: 4 OFF: 5 MinIMMXU*.Health Information Device Healthy MinIMMXU*.Health.stVal Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 100 IEC 61850 Functional Information Mapping – (MeanVIMMXU*, MaxVIMMXU*, MinVIMMXU*) MeanVIMMXU*.Mod Information Reset Device MeanVIMMXU*.Mod.stVal Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 Irrelevant: x IEC 61850 Value ON: 1 BLOCKED: 2 TEST: 3 TEST/BLOCKED: 4 OFF: 5 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 101 Measured Value Value MeanVIMMXU*.A.phsC.units.SIunit MeanVIMMXU*.A.phsC.units.multiplier Information Value Ig (neut) MeanVIMMXU*.A.neut.InstcVal.mag.f Measured Value Value MeanVIMMXU*.A.neut.cVal.mag.f Measured Value Value MeanVIMMXU*.A.neut.units.SIunit MeanVIMMXU*.A.neut.units.multiplier MeanVIMMXU*.Hz Information Value Frequency MeanVIMMXU*.Hz.instmag.f Measured Value Value MeanVIMMXU*.Hz.mag.f Measured Value Value Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 102 Vc (Vc =) MeanVIMMXU*.PhV.phsC.InstcVal.mag.f Measured Value Value MeanVIMMXU*.PhV.phsC.cVal.mag.f Measured Value Value MeanVIMMXU*.PhV.phsC.units.SIunit MeanVIMMXU*.PhV.phsC.units.multiplier MeanVIMMXU*.PPV Information Value Va-b (Vab =) MeanVIMMXU*.PPV.phsAB.InstcVal.mag.f Measured Value Value MeanVIMMXU*.PPV.phsAB.cVal.mag.f Measured Value Value MeanVIMMXU*.PPV.phsAB.units.SIunit MeanVIMMXU*.PPV.phsAB.units.multiplier 0 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 103 Reactive Power (Q =) MeanVIMMXU*.TotVAr.instmag.f Measured Value Value MeanVIMMXU*.TotVAr.mag.f Measured Value Value MeanVIMMXU*.TotVAr.units.SIunit MeanVIMMXU*.TotVAr.units.multiplier MeanVIMMXU*.TotW Information Value Active Power (P =) MeanVIMMXU*.TotW.instmag.f Measured Value Value MeanVIMMXU*.TotW.mag.f Measured Value Value MeanVIMMXU*.TotW.units.SIunit W (Watt) MeanVIMMXU*.TotW.units.multiplier Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 104 Information Value Ib (Ib =) MaxVIMMXU*.A.phsB.InstcVal.mag.f Measured Value Value MaxVIMMXU*.A.phsB.cVal.mag.f Measured Value Value MaxVIMMXU*.A.phsB.units.SIunit MaxVIMMXU*.A.phsB.units.multiplier Information Value Ic (Ic =) MaxVIMMXU*.A.phsC.InstcVal.mag.f Measured Value Value MaxVIMMXU*.A.phsC.cVal.mag.f Measured Value Value MaxVIMMXU*.A.phsC.units.SIunit MaxVIMMXU*.A.phsC.units.multiplier Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 105 Information Value Va (Va =) MaxVIMMXU*.PhV.phsA.InstcVal.mag.f Measured Value Value MaxVIMMXU*.PhV.phsA.cVal.mag.f Measured Value Value MaxVIMMXU*.PhV.phsA.units.SIunit MaxVIMMXU*.PhV.phsA.units.multiplier Information Value Vb (Vb =) MaxVIMMXU*.PhV.phsB.InstcVal.mag.f Measured Value Value MaxVIMMXU*.PhV.phsB.cVal.mag.f Measured Value Value MaxVIMMXU*.PhV.phsB.units.SIunit MaxVIMMXU*.PhV.phsB.units.multiplier Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 106 Total Power Factor MaxVIMMXU*.TotPF.instmag.f Measured Value Value (PF =) MaxVIMMXU*.TotPF.mag.f Measured Value Value MaxVIMMXU*.TotPF.units.SIunit None MaxVIMMXU*.TotPF.units.multiplier MaxVIMMXU*.TotVA Information Value Apparent Power (S MaxVIMMXU*.TotVA.instmag.f Measured Value Value MaxVIMMXU*.TotVA.mag.f Measured Value Value MaxVIMMXU*.TotVA.units.SIunit MaxVIMMXU*.TotVA.units.multiplier Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 107 ON: 1 BLOCKED: 2 TEST: 3 TEST/BLOCKED: 4 OFF: 5 MinMMXU*.Health Information Device Healthy MinMMXU*.Health.stVal Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value OK: 1 WARNING: 2 ALARM: 3 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 108 Power Factor (PF =) MinVIMMXU*.PF.phsB.InstcVal.mag.f Measured Value Value MinVIMMXU*.PF.phsB.cVal.mag.f Measured Value Value MinVIMMXU*.PF.phsB.units.SIunit None MinVIMMXU*.PF.phsB.units.multiplier Information Value Power Factor (PF =) MinVIMMXU*.PF.phsC.InstcVal.mag.f Measured Value Value MinVIMMXU*.PF.phsC.cVal.mag.f Measured Value Value MinVIMMXU*.PF.phsC.units.SIunit None MinVIMMXU*.PF.phsC.units.multiplier Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 109 Vc-a (Vca =) MinVIMMXU*.PPV.phsCA.InstcVal.mag.f Measured Value Value MinVIMMXU*.PPV.phsCA.cVal.mag.f Measured Value Value MinVIMMXU*.PPV.phsCA.units.SIunit MinVIMMXU*.PPV.phsCA.units.multiplier MinVIMMXU*.TotPF Information Value Total Power Factor MinVIMMXU*.TotPF.instmag.f Measured Value Value (PF =) MinVIMMXU*.TotPF.mag.f Measured Value Value MinVIMMXU*.TotPF.units.SIunit None MinVIMMXU*.TotPF.units.multiplier Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 110 Information Reset Device MMTR*.Mod.stVal Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 Irrelevant: x IEC 61850 Value ON: 1 BLOCKED: 2 TEST: 3 TEST/BLOCKED: 4 OFF: 5 MMTR*.Health Information Device Healthy MMTR*.Health.stVal Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 111 Dependant on the Active Exp Energy Unit setting. The unit of energy is calculated by combining the multiplier and the pulsQty. By default this is 10 ⋅ 10 = 10,000 or 10 kVArh. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 112: Waveform Storage
The duration of each stored record is 1 s, 2 s, 5 s or 10 s. If records are expected in rapid succession, such as with short deadtime autoreclose, this setting should be selected to suit. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 113 IEC 61850 Functional Information Mapping RDRE1.Mod Information Device Ready RDRE1.Mod.stVal Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 Irrelevant: x IEC 61850 Value ON: 1 BLOCKED: 2 TEST: 3 TEST/BLOCKED: 4 OFF: 5 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 114: Fault Storage
Fault records are stored in a rolling buffer. When the buffer is full the oldest faults are overwritten. The functionality is configured in the Configuration > Data Storage > Fault Storage menu. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 115 IEC 61850 Functional Information Mapping – Last Trip Current & Voltage (VI_RFLT1) VI_RFLT1.Mod Information Reset Device VI_RFLT1.Mod.stVal Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 Irrelevant: x IEC 61850 Value OK: 1 WARNING: 2 ALARM: 3 VI_RFLT.Health Information Device Healthy VI_RFLT1.Health.stVal Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 116 Measured Value Value VI_RFLT1.A.phsC.units.SIunit VI_RFLT1.A.phsC.units.multiplier Information Value Ineut (Ig =) VI_RFLT1.A.neut.cVal.mag.f Measured Value Value VI_RFLT1.A.neut.units.SIunit VI_RFLT1.A.neut.units.multiplier IEC 61850 Functional Information Mapping – Last Trip Current (I_RFLT) I_RFLT.Mod Information Reset Device Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 117: Energy Storage
The energy is displayed and reported as a count value x the Energy Storage > Active/Reactive Exp/Imp Energy Unit parameter. The measured power is continuously integrated (over a 1-second window) to produce 4 energy quantities: Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 118 The direction of energy transfer is described in section 3.2 Device Configuration NOTE Changing this parameter from the fascia will cause the device to restart to allow IEC 61850 to update. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 119: Event Log
Event Log Settings Parameter: Event Storage > Clear Events • Default Setting: This is used to delete all stored event records. The faults can also be deleted from a communication command. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 120 Device Functionality 3.6 Data Storage Configuration > Data Storage > Event Storage Parameter Range Default Setting Clear events Yes, no Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 121: Data Communications
MICS : Model Implementation Conformance Statement (automatically generated from the device config- uration in RM2) • PIXIT: Protocol Implementation Extra Information for Testing • PICS: Protocol Implementation Conformance Statement • TICS: Technical Issues Implementation Conformance Statement Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 122: Application And Setting Notes
This setting is used to set the address of the master where the DNP3 unsolicited events are to be sent. Parameter: DNP3 Application Timeout • Default Setting: 10 This setting is used to configure the response time of the DNP3 application layer confirmation. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 123: Settings Menu
Manager to switch the IEC 61850 server of the device to the Edition 1 mode. The IEC 61850 server then oper- ates together with Edition 1 clients and exchanges GOOSE messages with Edition 1 devices. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 124 One exception to this is operation in a network with a DHCP server. Parameter: Subnet Mask • Default Setting: 255.255.255.0 This mask must be set according to the addressing scheme of the network. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 125 • Default Setting: Line The interfaces on the devices can be used in different operating modes. A distinction is drawn between the operating modes Line and Switch. [sc_7SR5_EthernetParametersOperatingMode, 1, --_--] Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 126 Rapid spanning tree protocol Legacy Siemens redundancy protocol. Parallel redundancy protocol High-availability seamless redundancy For detailed information on the parameterization of the Advanced setting please refer to the Communica- tions manual. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 127: Quick Logic
Define the logic equation • Assign pickup delay • Assign drop-off delay • Assign an equation counter target • Assign the counter reset mode • Assign the counter reset time [dw_7SR5_7SR5QuickLogicStructureOfTheFunction, 1, en_US] Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 128: Logic Of The Function
‘1’ = Key pressed, ‘0’ = Key not pressed Binary input (number) ‘1’ = Input energized, ‘0’ = Input de-energized LED (number) ‘1’ = Input energized, ‘0’ = Input de-energized Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 129 (i.e. counter value = 1) and not for subsequent counter operations. Multi Shot: The counter will reset after the reset time delay. The En Counter Reset Time is started each time the counter is incremented. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 130: Settings Menu
Information Reset Device EGGIO1.Mod.stVal Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 Irrelevant: x IEC 61850 Value ON: 1 BLOCKED: 2 TEST: 3 TEST/BLOCKED: 4 OFF: 5 EGGIO1.Health Information Device Healthy EGGIO1.Health.stVal Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 131 OK: 1 WARNING: 2 ALARM: 3 EGGIO1.Ind* Information Equation* Status EGGIO1.Ind*.stVal Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 * Values of 1 to 16 IEC 61850 Value ON: 1 OFF: 0 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 132 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 133: 7Sr54 Function Templates
7SR54 Function Templates Introduction Function Groups and Function Elements Function Configuration Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 134: Introduction
7 Control Functions). From the device fascia the protection, supervision and control function groups are enabled and disabled in the Settings > Functions > Function Config menu, (see 4.3 Function Configuration Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 135: Function Groups And Function Elements
Autoreclose functionality • User logic schemes Example – 7SR542 The 7SR542 transformer application templates are summarized in Figure 4-1 Figure 4-2. [dw_7SR5_7SR5420ApplicationTemplate, 1, en_US] Figure 4-1 Application Template for 7SR5420 Devices Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 136 4.2 Function Groups and Function Elements [dw_7SR5_7SR5421ApplicationTemplate, 1, en_US] Figure 4-2 Application Template for 7SR5421 Devices Example – 7SR543 The 7SR543 transformer application templates are summarized in Figure 4-3 Figure 4-4. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 137 7SR54 Function Templates 4.2 Function Groups and Function Elements [dw_7SR5_7SR5430ApplicationTemplate, 1, en_US] Figure 4-3 Application Templates for 7SR5430 Devices Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 138 7SR54 Function Templates 4.2 Function Groups and Function Elements [dw_7SR5_7SR5431ApplicationTemplate, 1, en_US] Figure 4-4 Application Templates for 7SR5431 Devices Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 139: Function Configuration
Settings Menu 4.3.5 Settings > Functions > Function Config Function Group Range Settings Default 21LB Load blinder Enabled Disabled Disabled 24 Overexcitation Enabled Disabled Protection Disabled 27 Undervoltage Enabled Disabled Disabled Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 140 60CTS CT Supervision Enabled Disabled Disabled 60VTS Enabled Disabled Disabled 74CCS Close circuit Enabled Disabled Disabled 74TCS Trip circuit Enabled Disabled Disabled 81 Frequency Enabled Disabled Disabled 81HB2 Inrush Enabled Disabled Disabled Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 141: Information List
The complete serial protocol information list containing the DNP3, IEC 60870-5-103, and Modbus RTU data information for the configured device can be generated using the Export Report feature in the Reydisp Manager tool, Serial Comms & Events. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 142 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 143: Protection And Automation Functions
59Vx Overvoltage Protection – Vx 5.19 67 Directional Overcurrent/Earth Fault 5.20 81 Frequency Protection – "f>" or "f<" 5.21 87GH Restricted Earth-Fault Protection – High-Impedance 5.22 87T Transformer Differential Protection Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 144: 21Lb Load Blinder
• Measured impedance (Z) is within angular limits. [lo_7SR5_21logicdiagram3phase, 1, en_US] Figure 5-1 Logic Diagram: 21LB Load Blinder 3-Phase A single phase overcurrent blocking signal can only be issued when: Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 145: Application And Setting Notes
Reverse load current flow will have a relatively high power factor in comparison to reverse fault current flow. This setting defines the positive pickup angle for the 21LB function i.e. the function will not operate for angular measurement above this setting. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 146 Settings Example The 3-phase load blinders (21LB-3P) are required to block the directional overcurrent relay so that tripping is inhibited for reverse load current with a power factor greater than 0.94. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 147 1.5 times the nominal load current value (to allow for temporary reverse overload conditions) the setting is calculated from: Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 148: Settings Menu
A 21LB-3P I setting = 0.05 I is selected. rated Settings Menu 5.1.5 Functions > Function Config Parameter Range Settings Default Gn1 21LB Load Blinder Enabled Disabled Disabled Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 149: Information List
The complete serial protocol information list containing the DNP3, IEC 60870-5-103, and Modbus RTU data information for the configured device can be generated using the Export Report feature in the Reydisp Manager 2 tool, Serial Comms & Events. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 150: Overexcitation Protection
Thus, the ratio is derived from: [fo_function24methodofmeasurement, 1, en_US] Where: V = Measured voltage (maximum phase-to-phase voltage) = Adjusted rated voltage of the protected object rated, obj. f = Measured frequency = Rated frequency rated Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 151: Logic Of The Function
Protection and Automation Functions 5.2 24 Overexcitation Protection Logic of the Function 5.2.3 [lo_7SR5_24logicdiagram, 1, en_US] Figure 5-3 Logic Diagram: 24 Overexcitation Protection Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 152: Application And Setting Notes
The recommended setting is the feasible upper limit selected to avoid output chattering for marginal measured values. Parameter: 24DT Delay • Default setting: 60 s The time delay is set below the over-fluxing withstand capability of the protected plant at the operate setting. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 153 100 % value is exceeded, tripping is initiated. If the V/f value is changed, the associated time from the characteristic curve is added as a new 100 % value. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 154: Settings Menu
100 to 1000 s Δ 1 s 1000 to 10000 s Δ 10 s 10000 to 20000 s Δ 100 s X2 Point 1 to 2 p.u., Δ 0.01 p.u. 1.16 p.u. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 155: Iec 61850 Functional Information Mapping
24 Overexcitation Enabled (Function Config) Inhibit 24DT-n 24DT-n Enabled A24DTPVPH*.Mod.stVal Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 Irrelevant: x IEC 61850 Value OK: 1 BLOCKED: 2 TEST: 3 TEST/BLOCKED: 4 OFF: 5 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 156 24 Overexcitation Enabled (Function Config) Inhibit 24IT-1 24IT-1 Enabled A24ITPVPH*.Mod.stVal Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 Irrelevant: x IEC 61850 Value OK: 1 BLOCKED: 2 TEST: 3 TEST/BLOCKED: 4 OFF: 5 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 157: Information List
The complete serial protocol information list containing the DNP3, IEC 60870-5-103, and Modbus RTU data information for the configured device can be generated using the Export Report feature in the Reydisp Manager 2 tool, Serial Comms & Events. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 158: 27 Undervoltage Protection - 3-Phase
A definite time delayed operate characteristic is used. Settings are provided for operate (pickup) threshold voltage, reset voltage level (hysteresis/drop-off) and time delay. • Outputs are provided for pickup and operation. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 159: Logic Of The Function
Description Ph‑Ph Where required to monitor the load under voltage conditions the phase to phase value is appropriate. Ph‑N This setting may be considered where single phase loads are connected. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 160 It is recommended that this setting is used unless the element is being applied as dead line or loss of supply detection. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 161 The first stage should be set to operate on All phases. The second stage must operate for under- voltage on Any phase. Element Setting Values 27 Common Input Selection Ph-Ph 27 Common UV Guard Setting 27-1 Element Enabled 27-1 Setting 99 V 27-1 Hysteresis 27-1 Delay Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 162: Settings Menu
20 to 100 s Δ 0.1 s 100 to 1000 s Δ 1 s 1000 to 10000 s Δ 10 s 10000 to 14400 s Δ 100 s VTS Inhibit UV Guard Inhibit Pickup Option Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 163: Iec 61850 Functional Information Mapping
IEC 61850 Value OK: 1 WARNING: 2 ALARM: 3 A27PTUV*.Op Information 27-n Operated A27PTUV*.Op.general Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value TRUE: 1 FALSE: 0 A27PTUV*.Str Information 27-n Pickup A27PTUV*.Str.general Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 164: Information List
The complete serial protocol information list containing the DNP3, IEC 60870-5-103, and Modbus RTU data information for the configured device can be generated using the Export Report feature in the Reydisp Manager 2 tool, Serial Comms & Events. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 165: 27Vx Undervoltage Protection - Vx
A definite time delayed operate characteristic is used. Settings are provided for operate (pickup) threshold voltage, reset voltage level (hysteresis/drop-off) and time delay. • Outputs are provided for pickup and operation. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 166: Logic Of The Function
This setting is used to allow the element to be switched on and off if it is not required. A separate setting is provided for each element. These settings can be used to select the number of elements required. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 167 Choose a suitable element: 27Vx-2 • Immunity to Loss of Supply Set UV guard to a low level that would not be expected unless the system is dead. Choose 5 V. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 168: Settings Menu
20 to 100 s Δ 0.1 s 100 to 1000 s Δ 1 s 1000 to 10000 s Δ 10 s 10000 to 14400 s Δ 100 s UV Guard Inhibit Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 169: Iec 61850 Functional Information Mapping
OK: 1 WARNING: 2 ALARM: 3 A27VxPTUV*.Op Information Element Operated A27VxPTUV*.Op.general Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value TRUE: 1 FALSE: 0 A27VxPTUV*.Str Information Element picked up A27VxPTUV*.Str.general Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 170: Information List
The complete serial protocol information list containing the DNP3, IEC 60870-5-103, and Modbus RTU data information for the configured device can be generated using the Export Report feature in the Reydisp Manager 2 tool, Serial Comms & Events. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 171: 37 Undercurrent Protection - Phase
Function operation is selected to Any or All phases. Blocking of the Stage When a binary input configured as Inhibit 37-n is operated, the picked up relevent function element will reset. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 172: Logic Of The Function
This setting is used to allow the element to be switched on and off if it is not required. A separate setting is provided for each element. This setting can be used to select the number of elements required. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 173: Settings Menu
20 to 100 s Δ 0.1 s 100 to 1000 s Δ 1 s 1000 to 10000 s Δ 10 s 10000 to 14400 s Δ 100 s UC Guard Inhibit Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 174: Iec 61850 Functional Information Mapping
Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value OK: 1 WARNING: 2 ALARM: 3 A37PTUC*.Op Information Element Operated A37PTUC*.Op.general Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value TRUE: 1 FALSE: 0 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 175: Information List
5.5.7 Information List Input/Output Matrix General User Logic Type DNP3 MODBUS Pickup 60870-5-1 Inhibit 37-n Inhibit 37-n Input Inhibit 37-n PhA Input Inhibit 37-n PhB Input Inhibit 37-n PhC Input Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 176 The complete serial protocol information list containing the DNP3, IEC 60870-5-103, and Modbus RTU data information for the configured device can be generated using the Export Report feature in the Reydisp Manager 2 tool, Serial Comms & Events. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 177: Undercurrent Earth Fault - Measured
This setting is used to allow the element to be switched on and off if it is not required. A separate setting is provided for each element. This setting can be used to select the number of elements required. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 178: Settings Menu
37G Undercurrent Enabled (Function Config) Element Disabled Element Inhibited A37GPTUC*.Mod.stVal Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 Irrelevant: x IEC 61850 Value ON: 1 BLOCKED: 2 TEST: 3 TEST/BLOCKED: 4 OFF: 5 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 179: Information List
The complete serial protocol information list containing the DNP3, IEC 60870-5-103, and Modbus RTU data information for the configured device can be generated using the Export Report feature in the Reydisp Manager 2 tool, Serial Comms & Events. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 180: 46 Negative-Sequence Overcurrent Protection
Definite-time negative-sequence protection (46DT) • Inverse-time negative-sequence protection (46IT) Blocking of the Stage When a binary input configured as Inhibit 46DT-n or Inhibit 46IT-n is operated, the associated func- tion element will reset. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 181: Logic Of The Function
This setting is used to allow the element to be switched on and off if it is not required. A separate setting is provided for each element. This setting can be used to select the number of elements required. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 182 1-phase short circuits can be used, which do not create a zero-sequence system in the current on the upper-voltage side (for example in vector group Dyn). The following example explains the achieved sensitivity. [sc_Function46SettingsExample, 1, --_--] Figure 5-9 1-Phase and 2-Phase Short Circuit on Transformer Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 183 Then a 2-phase short circuit can be assumed with more than 60 % of the rated object current. Set the standardization on the rated object current. To avoid over-function with overload, Siemens recommends a pickup value of approximately 65 %. Coordinate the time delays with the network grading for phase short circuits.
Page 184: Settings Menu
Functions > Protection > 46 > 46IT-n Parameter Range Settings Default Gn1 Element Enabled Disabled Disabled Setting 0.05 to 2.5 I , Δ 0.01 I 0.25 ⋅ rated rated rated Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 185: Iec 61850 Functional Information Mapping
ON: 1 BLOCKED: 2 TEST: 3 TEST/BLOCKED: 4 OFF: 5 A46DTPTOC*.Health Information Device Healthy A46DTPTOC*.Health.stVal Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value OK: 1 WARNING: 2 ALARM: 3 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 186 ON: 1 BLOCKED: 2 TEST: 3 TEST/BLOCKED: 4 OFF: 5 A46ITPTOC*.Health Information Device Healthy A46ITPTOC*.Health.stVal Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value OK: 1 WARNING: 2 ALARM: 3 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 187: Information List
The complete serial protocol information list containing the DNP3, IEC 60870-5-103, and Modbus RTU data information for the configured device can be generated using the Export Report feature in the Reydisp Manager 2 tool, Serial Comms & Events. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 188: 46Bc Broken Conductor Detection
The broken conductor in a 3 phase system is detected by a high the ratio of the negative phase sequence (NPS) current level to positive phase sequence (PPS) current level Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 189: Logic Of The Function
If the negative Parameter: 46BC-n Element • Default setting: Disabled This setting is used to allow the element to be switched on or off if it is not required. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 190: Settings Menu
20 to 100 s Δ 0.1 s 100 to 1000 s Δ 1 s 1000 to 10000 s Δ 10 s 10000 to 14400 s Δ 100 s UC Guard Inhibit Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 191: Iec 61850 Functional Information Mapping
OK: 1 WARNING: 2 ALARM: 3 A46BCPTOC*.Op Information Element Operated A46BCPTOC*.Op.general Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value TRUE: 1 FALSE: 0 A46BCPTOC*.Str Information Element picked up A46BCPTOC*.Str.general Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 192: Information List
The complete serial protocol information list containing the DNP3, IEC 60870-5-103, and Modbus RTU data information for the configured device can be generated using the Export Report feature in the Reydisp Manager 2 tool, Serial Comms & Events. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 193: 47 Sequence Overvoltage Protection
When a function inhibit is applied from a binary input, logic signal, VTS, or undervoltage guard, an element that is picked up will be reset. Reset of the inhibit will allow restart of the operating delay. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 194: Logic Of The Function
Application and Setting Notes 5.9.4 Parameter: 47 Common > UV Guard Setting • Default setting: 5 V Voltage elements can be blocked if all phase voltages fall below the setting. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 195 47‑n element may operate on the erroneous voltage caused by the VT fuse failure. It is generally recommended that a setting of Yes is beneficial if the input selection is set to NPS or ZPS. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 196: Settings Menu
20 to 100 s Δ 0.1 s, 100 to 1000 s Δ 1 s, 1000 to 10000 s Δ 10 s, 10000 to 14400 s Δ 100 s VTS Inhibit UV Guard Inhibit Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 197: Iec 61850 Functional Information Mapping
Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value OK: 1 WARNING: 2 ALARM: 3 A47PTOV*.Op Information Element Operated A47PTOV*.Op.general Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value TRUE: 1 FALSE: 0 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 198: Information List
The complete serial protocol information list containing the DNP3, IEC60870-5-103, and Modbus RTU data information for the configured device can be generated using the Export Report feature in the Reydisp Manager 2 tool, Serial Comms & Events. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 199: 49 Thermal Overload Protection
An alarm is provided for θ at or above a set % of capacity to indicate that a potential trip condition exists and that the system should be scrutinized for abnormalities. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 200: Logic Of The Function
T = Operate time in minutes τ = Time constant (minutes) In = Log natural I = Measured current = Pre-load = Overload setting θ For the heating curve: [fo_7SR5_heatingCurve, 1, en_US] Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 201: Settings Menu
Functions > Protection > 49 > Gn 49-n Parameter Setting Options Settings Default Gn1 Element Disabled Disabled Enabled Overload Setting 0.1 to 3 ⋅ I , Δ 0.01 I 1.05 ⋅ rated rated rated Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 202: Iec 61850 Functional Information Mapping
TEST: 3 TEST/BLOCKED: 4 OFF: 5 A49PTTR*.Health Information Device Healthy A49PTTR*.Health.stVal Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value OK: 1 WARNING: 2 ALARM: 3 A49PTTR*.Op Information Element Operated A49PTTR*.Op.general Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 203: Information List
The complete serial protocol information list containing the DNP3, IEC60870-5-103, and Modbus RTU data information for the configured device can be generated using the Export Report feature in the Reydisp Manager 2 tool, Serial Comms & Events. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 204: 50 Instantaneous Overcurrent - Phase
Each element can be set to be inhibited during periods of low reverse load current flow, (see 5 Protection and Automation Functions , section 21LB Load Blinder). Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 205: Logic Of The Function
Protection and Automation Functions 5.11 50 Instantaneous Overcurrent – Phase Logic of the Function 5.11.3 [lo_7SR5_50logicdiagram, 1, en_US] Figure 5-14 Logic Diagram: 50 Instantaneous Overcurrent – Phase Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 206: Application And Setting Notes
This setting is used to allow the element to be switched on and off if it is not required. A separate setting is provided for each element. These setting can be used to select the number of elements required. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 207 • Default setting: 1 x I (1 ⋅ I rated This setting defines the operating current threshold of the element. This setting should be chosen to suit the individual application. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 208 Off unless this is required. NOTE Function elements are assigned as Delayed Trips in the 79 > 79PF menu. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 209: Settings Menu
Functions > Function Config Parameter Range Settings Default Gn1 50 Overcurrent Enabled Disabled Disabled Functions > Protection > 50 > Gn 50-n Parameter Range Settings Default Gn1 Element Enabled Disabled Disabled Measurement Fundemental Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 210: Iec 61850 Functional Information Mapping
Element Inhibited A50PTOC*.Mod.stVal Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 Irrelevant: x IEC 61850 Value ON: 1 BLOCKED: 2 TEST: 3 TEST/BLOCKED: 4 OFF: 5 Applies only to devices with VT inputs Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 211 Fwd Direction Element Phase B picked up and Rev Direction Element Phase C picked up and Fwd Direction Element Phase C picked up and Rev Direction A50PTOC*.Str.dirGen- eral Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 212 Element Phase B picked up and Fwd Direction Element Phase B picked up and Rev Direction A50PTOC*.Str.dirPhsB Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value No-Dir: 0 FWD: 1 REV: 2 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 213: Information List
The complete serial protocol information list containing the DNP3, IEC 60870-5-103, and Modbus RTU data information for the configured device can be generated using the Export Report feature in the Reydisp Manager 2 tool, Serial Comms & Events. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 214: Instantaneous Earth Fault - Measured
Trigger within the 79 function element menus. For autoreclose sequences that require operation of instan- taneous or time delayed protections to be inhibited this can be selected in settings menu. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 215: Logic Of The Function
Protection and Automation Functions 5.12 50G Instantaneous Earth Fault – Measured Logic of the Function 5.12.3 [lo_7SR5_50Glogicdiagram, 1, en_US] Figure 5-16 Logic Diagram: 50G Instantaneous Earth Fault – Measured Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 216: Application And Setting Notes
Forward Select this setting if the element is to operate only in a forward direction. Reverse Select this setting if the element is to operate only in a reverse direction. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 217 Parameter Value Description The earth fault element is not affected by operation of the 81HBL2 element. The earth fault element is inhibited by when the 81HBL2 element is operated. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 218: Settings Menu
20 to 100 s Δ 0.1 s 100 to 1000 s Δ 1 s 1000 to 10000 s Δ 10 s 10000 to 14400 s Δ 100 s VTS Action Inhibit Non-Dir Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 219: Iec 61850 Functional Information Mapping
Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value OK: 1 WARNING: 2 ALARM: 3 A50GPTOC*.Op Information Element Operated A50GPTOC*.Op.general Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value TRUE: 1 FALSE: 0 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 220: Information List
The complete serial protocol information list containing the DNP3, IEC 60870-5-103, and Modbus RTU data information for the configured device can be generated using the Export Report feature in the Reydisp Manager 2 tool, Serial Comms & Events. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 221: Instantaneous Earth Fault - Calculated
Trigger within the 79 function element menus. For autoreclose sequences that require operation of instan- taneous or time delayed protections to be inhibited this can be selected in settings menu. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 222: Logic Of The Function
Protection and Automation Functions 5.13 50N Instantaneous Earth Fault – Calculated Logic of the Function 5.13.3 [lo_7SR5_50Nlogicdiagram, 1, en_US] Figure 5-17 Logic Diagram: 50N Instantaneous Earth Fault – Calculated Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 223: Application And Setting Notes
Voltage transformer failure can affect the directional decision and introduce an error. This setting selects if operation of the 60VTS Voltage Transformer Supervision element automatically affects the operation of the element. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 224 (such as in highly arid areas) or where the system uses high values of earthing resistor/reactance as any earth fault current that flows in the phase conductors will be limited. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 225: Settings Menu
10000 to 14400 s Δ 100 s VTS Action Inhibit Non-Dir 81HB2 Inhibit 79 Delayed Inhibit IEC 61850 Functional Information Mapping 5.13.6 A50NPTOC*.Mod Information 50N Earth Fault Enabled (Function Config) Element Disabled Element Inhibited A50NPTOC*.Mod.stVal Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 226 Element picked up A50NPTOC*.Str.general Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value TRUE: 1 FALSE: 0 Information Element picked up and Fwd Direction Element picked up and Rev Direction A50NPTOC*.Str.dirGeneral Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 227: Information List
The complete serial protocol information list containing the DNP3, IEC 60870-5-103, and Modbus RTU data information for the configured device can be generated using the Export Report feature in the Reydisp Manager 2 tool, Serial Comms & Events. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 228: 51 Time-Delayed Overcurrent - Phase
Reduced fault current may flow where the driving fault voltage is reduced e.g. due to system impedances. The overcurrent setting can be automatically reduced by the 51V Multiplier when low voltage is measured at the VT inputs. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 229 Resetting the timer for each trip could result in damaging levels of current flowing for a prolonged period during a rapid sequence of trips/closes. Cold load trips use the same binary output(s) as the associated 51-n element. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 230: Logic Of The Function
Protection and Automation Functions 5.14 51 Time-Delayed Overcurrent – Phase Logic of the Function 5.14.3 [lo_7SR5_51logicdiagram, 1, en_US] Figure 5-18 Logic Diagram: 51 Time Delayed Overcurrent – Phase Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 231: Application And Setting Notes
Logic Diagram: 51 Time Delayed Overcurrent – Phase (Additional Settings Using VT Inputs) 5.14.4 Application and Setting Notes Parameter: 51V Element (Ph-Ph) • Default setting: Disabled This setting switches the element on or off dependent on the requirements of the application. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 232 The element is available for use and can be parameterized. Parameter: 51‑n Measurement • Default setting: RMS Selects whether fundamental frequency RMS or the true RMS value of the measured currents used. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 233 0.97, the setting and the reset characteristic will be applied. This factor is always applied for 51 elements including when the Char is selected as DTL. This setting should be set to suit the individual application. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 234 Figure 5-20 Minimum Operating Time of the Curve This is traditionally used with recloser systems only and otherwise is recommended to be left at the default setting of 0 s. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 235 During a VT failure the device may assess the direction incorrectly and the element may operate for faults in the non-operate direction or not operate for faults in the operate direction. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 236 The 51V Multiplier will reduce the 51-n pickup current setting for that phase as the multiplier will have a setting value < 1. 51-n Phase Current Control Voltage Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 237 To optimize the grading capability of the relay additional time multiplier, Follower DTL or Minimum Operate Time settings can be applied. [dw_7SR5_IECcurve withTm&followerDTL, 1, en_US] Figure 5-21 IEC NI Curve with Time Multiplier and Follower DTL Applied Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 238 The characteristic curve shape is selected to be the same type as the other relays on the same circuit or to grade with items of plant e.g. fuses or earthing resistors. The application of IDMTL characteristic is summarized in the following table: Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 239 [dw_7SR5_function51drawing, 1, en_US] Figure 5-23 Needs a title Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 240: Settings Menu
1000 to 10000 s Δ 10 s 10000 to 14400 s Δ 100 s Functions > Protection > 51 > Gn 51-n Parameter Setting Options Settings Default Gn1 Element Enabled Disabled Disabled Measurement Fundamental Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 241 Setting Options Settings Default Gn1 Element Enabled Disabled Disabled Setting 0.05 to 2.5 ⋅ I , Δ 0.01 1 ⋅ I rated rated rated Applies only to devices with VT inputs. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 242: Iec 61850 Functional Information Mapping
ON: 1 BLOCKED: 2 TEST: 3 TEST/BLOCKED: 4 OFF: 5 A51PTOC*.Health Information Device Healthy A51PTOC*.Health.stVal Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value OK: 1 WARNING: 2 ALARM: 3 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 243 Rev Direction A50PTOC*.Str.dirGen- eral Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value No-Dir: 0 FWD: 1 REV: 2 FWD and REV: 3 Information Element Phase A picked up A51PTOC*.Str.phsA Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 244 Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value TRUE: 1 FALSE: 0 Information Element Phase C picked up and Fwd Direction Element Phase C picked up and Rev Direction Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 245: Information List
The complete serial protocol information list containing the DNP3, IEC 60870-5-103, and Modbus RTU data information for the configured device can be generated using the Export Report feature in the Reydisp Manager 2 tool, Serial Comms & Events. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 246: Time-Delayed Earth Fault - Measured
Elements can be mapped to start 79 Automatic Recloser by selection of the element as a 79 PF Trigger within the 79 function element menus. For advanced autoreclose applications each element can be selected to be inhibited during delayed autoreclose shots of a multi-shot sequence. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 247: Logic Of The Function
Protection and Automation Functions 5.15 51G Time-Delayed Earth Fault – Measured Logic of the Function 5.15.3 [lo_7SR5_51Glogicdiagram, 1, en_US] Figure 5-24 Logic Diagram: 51G Time-Delayed Earth Fault – Measured Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 248: Application And Setting Notes
Forward Select this setting if the element is to operate only in a forward direction Reverse Select this setting if the element is to operate only in a reverse direction Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 249 This is the time delay setting for the element when the Char is selected as DTL. This should be set to suit the individual application. This setting is not used if any other characteristic curve is selected. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 250 Use this setting for instantaneous reset of the element. When the current falls below setting the pickup will instantaneously reset completely and subsequent increase in current above setting will restart the operation delay from 0. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 251 This setting allows the delayed element to be inhibited during the delayed autoreclose shots and should be left at the default setting of Off unless this is required. Note that function elements are assigned as Delayed Trips in the 79 > 79PF menu. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 252: Settings Menu
IEC-EI IEC-LTI ANSI-EI ANSI-MI ANSI-VI Time Mult (IEC/ANSI) 0.01 to 1.6, Δ 0.01 1.6 to 5, Δ 0.1 5 to 100, Δ 1 Applies only to devices with VT inputs. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 253: Iec 61850 Functional Information Mapping
ON: 1 BLOCKED: 2 TEST: 3 TEST/BLOCKED: 4 OFF: 5 A51GPTOC*.Health Information Device Healthy A51GPTOC*.Health.stVal Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value OK: 1 WARNING: 2 ALARM: 3 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 254: Information List
The complete serial protocol information list containing the DNP3, IEC 60870-5-103, and Modbus RTU data information for the configured device can be generated using the Export Report feature in the Reydisp Manager 2 tool, Serial Comms & Events. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 255: Time-Delayed Earth Fault - Calculated
Elements can be mapped to start 79 Automatic Recloser by selection of the element as a 79 EF Trigger within the 79 function element menus. For advanced autoreclose applications each element can be selected to be inhibited during delayed autoreclose shots of a multi-shot sequence. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 256: Logic Of The Function
Protection and Automation Functions 5.16 51N Time-Delayed Earth Fault – Calculated Logic of the Function 5.16.3 [lo_7SR5_51Nlogicdiagram, 1, en_US] Figure 5-26 Logic Diagram: 51N Time‑Delayed Earth Fault – Calculated Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 257: Application And Setting Notes
Reydisp Manager for all elements for which the curve is applicable. The characteristic can also be set as DTL, see Delay, The characteristic should be set to suit the individual application. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 258 This is traditionally used with recloser systems only and otherwise is recommended to be left at the default setting of 0 s. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 259 The element is not inhibited by operation of the 81HBL2 element. The overcurrent element is inhibited by operation of the 81HBL2 element and automatically released when the 81HBL2 element resets. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 260: Settings Menu
Setting 0.05 to 2.5 ⋅ I , Δ 0.05 0.5 ⋅ rated rated rated Char IEC-NI IEC-NI IEC-VI IEC-EI IEC-LTI ANSI-EI ANSI-MI ANSI-VI Applies only to devices with VT inputs. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 261: Iec 61850 Functional Information Mapping
ON: 1 BLOCKED: 2 TEST: 3 TEST/BLOCKED: 4 OFF: 5 A51NPTOC*.Health Information Device Healthy A51NPTOC*.Health.stVal Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value OK: 1 WARNING: 2 ALARM: 3 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 262 Element picked up A51NPTOC*.Str.general Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value TRUE: 1 FALSE: 0 Information Element picked up and Fwd Direction Element picked up and Rev Direction A51NPTOC*.Str.dirGeneral Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 263: Information List
The complete serial protocol information list containing the DNP3, IEC 60870-5-103, and Modbus RTU data information for the configured device can be generated using the Export Report feature in the Reydisp Manager2 tool, Serial Comms & Events. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 264: Neutral Voltage Displacement
The inverse-time element can be selected to a definite-time characteristic to provide a total of 2 DTL voltage elements or a user definable inverse characteristic. This protection function operates on the fundamental frequency component evaluated from processing of the measured voltage samples. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 265: Logic Of The Function
Protection and Automation Functions 5.17 59N Neutral Voltage Displacement Logic of the Function 5.17.3 [lo_7SR5_59Nlogicdiagram, 1, en_US] Figure 5-28 Logic Diagram: 59N Neutral Voltage Displacement Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 266: Application And Setting Notes
This setting defines the characteristic of the inverse curve. Any custom voltage curve that has been configured can be selected from the list. The characteristic can also be set as DTL so that 2 DTL elements are available (59NDT and 59NIT). Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 267: Settings Menu
Settings Default Gn1 Element Enabled Disabled Disabled Setting 1 to 200 V, Δ 0.5 V Char Time Mult (IEC ANSI) 0.1 to 10, Δ 0.1 10.5 to 140, Δ 0.5 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 268: Iec 61850 Functional Information Mapping
Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value OK: 1 WARNING: 2 ALARM: 3 A59NITPTOV*.Op Information Element Operated A59NITPTOV*.Op.general Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value TRUE: 1 FALSE: 0 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 269 OFF/FALSE: 0 IEC 61850 Value OK: 1 WARNING: 2 ALARM: 3 A59NDTPTOV*.Str Information Element Phase picked up A59NDTPTOV*.Str.general Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value TRUE: 1 FALSE: 0 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 270: Information List
The complete serial protocol information list containing the DNP3, IEC 60870-5-103, and Modbus RTU data information for the configured device can be generated using the Export Report feature in the Reydisp Manager 2 tool, Serial Comms & Events. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 271: 59Vx Overvoltage Protection - Vx
A definite time delayed operate characteristic is used. Settings are provided for operate (pickup) threshold voltage, reset voltage level (hysteresis/drop-off) and time delay. • Outputs are provided for pickup and operation. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 272: Logic Of The Function
Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 273: Settings Menu
Element Disabled Element Inhibited A59VxPTOV*.Mod.stVal Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 Irrelevant: x IEC 61850 Value ON: 1 BLOCKED: 2 TEST: 3 TEST/BLOCKED: 4 OFF: 5 A59VxPTOV*.Health Information Device Healthy Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 274: Information List
The complete serial protocol information list containing the DNP3, IEC 60870-5-103, and Modbus RTU data information for the configured device can be generated using the Export Report feature in the Reydisp Manager 2 tool, Serial Comms & Events. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 275: 67 Directional Overcurrent/Earth Fault
Directional control of overcurrent elements (67) • Directional control of measured earth fault elements (67G) • Directional control of sensitive earth fault elements (67GS) • Directional control of calculated earth fault elements (67N) Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 276: Logic Of The Function
Protection and Automation Functions 5.19 67 Directional Overcurrent/Earth Fault Logic of the Function 5.19.3 [lo_7SR5_67logicdiagram, 1, en_US] Figure 5-30 Logic Diagram: 67 Directional Overcurrent – Phase Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 277: Application And Setting Notes
For fault current of -45° (I lagging V by 45°) a setting of +45° is required for maximum sensitivity (due to quad- rature connection 90° - 45° = 45°). The reverse operate zone is the mirror image of the forward zone. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 278 The measured directional earth fault elements use the zero phase sequence (V ) voltage as the reference quantity and the zero phase sequence current (I ) phasor is the operate quantity. I (Operate) V (Reference) Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 279 The sensitive directional earth fault elements use the zero phase sequence (V ) voltage as the reference quantity and the zero phase sequence current (I ) phasor is the operate quantity. I (Operate) V (Reference) Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 280 The 67N directional element provides forward and reverse outputs that can be used to control each calculated earth fault element. The directional calculated earth fault elements use zero or negative phase sequence polarizing. Polarizing Quantity I (Operate) V (Reference) Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 281 The forward direction is defined as being away from the busbar and against the direction of normal load current flow. These forward looking IDMTL elements can have sensitive settings applied i.e. low current and time multiplier settings. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 282 Considering the D-G feeder fault shown in Figure 5-35: the current magnitude through breakers C and D will be similar and their associated relays will have similar prospective operate times. To ensure that only the Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 283 NPS polarizing is used. Once again the fault angle is completely predictable, though this is a little more complicated as the method of earthing must be considered. [dw_7SR5_function67SettingExample4, 1, en_US] Figure 5-36 Earth Fault Angles Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 284 3 methods are commonly employed to detect the wattmetric current – 7SR5 devices can be configured to provide each of these methods. [dw_7SR5_function67SettingExample6, 1, en_US] Figure 5-38 Earth Fault Current Direction In Compensated Netowrk Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 285 90°. On the faulted circuit the charging current creates no residual but the return of the charging current on the other circuits appears as a residual current which leads the residual voltage by 90°. The characteristic angle should be set to +90°. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 286: Settings Menu
Functions > Protection > 67 > Gn 67 Parameter Range Settings Default Gn1 Char Angle -95° to +95°, Δ 1° 45° Minimum Voltage 1 V to 20 V, Δ 0.5 V 2-out-of-3 Logic Enabled Disabled Disabled Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 287: Information List
The complete serial protocol information list containing the DNP3, IEC 60870-5-103, and Modbus RTU data information for the configured device can be generated using the Export Report feature in the Reydisp Manager 2 tool, Serial Comms & Events. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 288: 81 Frequency Protection - "F>" Or "F
2 phase to neutral values. The frequency measurement will be continuous and any element that is picked up will be unaffected. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 289: Logic Of The Function
Each 81 element can be individually set to measure frequency from the 3 phase VT inputs or single phase VT input. Parameter: Operation • Default setting: Under Each 81 element can be individually set to be either an underfrequency or overfrequency element. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 290 IEC 61850 goose which would be connected to separate circuit‑breaker tripping circuits. This example considers device settings for the 81 elements but does not cover I/O mappings and tripping logic. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 291 81-2 Setting 49.5 Hz 81-2 81-2 Hysteresis 0.1 % 81-2 81-2 Delay 81-2 81-2 Input Selection VT1/2/3 81-3 81-3 Element Enabled 81-3 81-3 Operation Under 81-3 81-3 Setting 49.2 Hz Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 292: Settings Menu
1000 to 10000 s Δ 10 s 10000 to 14400 s Δ 100 s IEC 61850 Functional Information Mapping 5.20.6 A81PTUF*.Mod Information 81 Frequency Enabled (Function Config) Element Disabled Element Inhibited A81PTUF*.Mod.stVal Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 293 Information Element picked up A81PTUF*.Str.general Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value TRUE: 1 FALSE: 0 A81PTOF*.Mod Information 81 Frequency Enabled (Function Config) Element Disabled Element Inhibited A81PTOF*.Mod.stVal Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 294: Information List
OFF/FALSE: 0 IEC 61850 Value TRUE: 1 FALSE: 0 Information List 5.20.7 Input/Output Matrix General User Logic Type DNP3 MODBUS Pickup 60870-5-1 Inhibit 81-n Inhibit 81-n Input 81-n 81-n Operated Output Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 295 The complete serial protocol information list containing the DNP3, IEC 60870-5-103, and Modbus RTU data information for the configured device can be generated using the Export Report feature in the Reydisp Manager 2 tool, Serial Comms & Events. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 296: 87Gh Restricted Earth-Fault Protection - High-Impedance
The relay current setting is calculated taking into account the required operate level for in-zone earth faults (fault setting). Logic of the Function 5.21.3 [lo_7SR5_87GHlogicdiagram, 1, en_US] Figure 5-43 Logic Diagram: 87GH Restricted Earth Fault Protection – High-Impedance Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 297: Application And Setting Notes
To ensure high speed relay operation the relay circuit operating voltage should be selected in accordance with the stability requirement above, also, the operate voltage should not exceed 0.5 ⋅ CT knee point voltage (Vk). Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 298 Non-linear resistors are connected in parallel with the relay circuit to limit the peak voltage developed across the high‑impedance components during internal faults to a safe level below 3 kV peak. Where a Metrosil is not connected in circuit the peak voltage can be calculated from: Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 299 For a failed Fint circuit‑breaker condition the back up protection clearance time must be considered, typically a 1 second rating is sufficient. [fo_function87GHApplication&SettingsFunction12, 1, en_US] Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 300 The current setting is dependent on a number of factors including the external component values relay settings and values of circuit components can be calculated in the following order: [dw_7SR5_function87GHApplicationAndSettingNotes2, 1, en_US] Figure 5-45 Procedure For Calculating High-Impedance Differential Protection Settings Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 301 1 to 600 Voltage knee point (V 350 V Magnetising current (Imag) @ V 50 mA CT secondary resistance (R 6 Ω CT lead loop resistance (R 0.15 Ω max. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 302 Metrosil Specification C Value = 120 V (i.e. > 100 V) so a C value of 1000 is chosen Short Time Power Rating Using the empirical formula [fo_function87GHApplication&SettingsFunction12, 1, en_US] Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 303 87GH-1 Setting = 0.06 A 87GH-1 Delay = 0 s Rstab = 2000 Ω, 40 W continuous (typical manufacturers data) Metrosil diameter = 75 mm Metrosil C value = 1000 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 304: Settings Menu
1000 to 10000 s Δ 10 s 10000 to 14400 s Δ 100 s IEC 61850 Functional Information Mapping 5.21.6 A87GHPTOC*.Mod Information 87GH Restricted EF Enabled (Function Config) Element Disabled Element Inhibited A87GHPTOC*.Mod.stVal Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 305: Information List
OFF/FALSE: 0 IEC 61850 Value TRUE: 1 FALSE: 0 Information List 5.21.7 Input/Output Matrix General User Logic Type DNP3 MODBUS Pickup 60870-5-1 Inhibit 87GH-n Inhibit 87GH-n Input 87GH-n 87GH-n Operated Output Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 306 The complete serial protocol information list containing the DNP3, IEC 60870-5-103, and Modbus RTU data information for the configured device can be generated using the Export Report feature in the Reydisp Manager 2 tool, Serial Comms & Events. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 307: Transformer Differential Protection
The transformer connections which may introduce a phase change between the currents flowing into each winding of the transformer. • Magnetizing inrush current which flows in only 1 winding of the transformer when energized. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 308 87T-BD S2 protects the differential protection against incorrect operation during high-current external faults and transformer saturation. In this area, CT saturation can occur due to high short-circuit currents resulting in increased measurement of differential current. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 309 If a transformer is operated with a voltage that is too high, it can be modulated up into the non-linear part of the magnetization characteristic curve. An increased magnetizing current i.e. differential current results and this can lead to protection mal-operation. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 310: Logic Of The Function
[dw_7SR5_function87TStructureOfTheFunction4, 1, en_US] Figure 5-51 Inrush Current with Pronounced Flat Areas Logic of the Function 5.22.3 [lo_7SR5_87TlogicdiagramCommon, 1, en_US] Figure 5-52 Logic Diagram: 87T Transformer Differential Protection – Common Settings Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 311 Protection and Automation Functions 5.22 87T Transformer Differential Protection [lo_7SR5_87TlogicdiagramHighset, 1, en_US] Figure 5-53 Logic Diagram: 87T Transformer Differential Protection – Highset Settings Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 312 Protection and Automation Functions 5.22 87T Transformer Differential Protection [lo_7SR5_87TlogicdiagramBiased, 1, en_US] Figure 5-54 Logic Diagram: 87T Transformer Differential Protection – Biased Settings Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 313: Application And Setting Notes
Ydy0,0° Ydy0,0° Yndyn0, Dz0 Yd1, YNd1 Yd1,-30° Yy0,0° Yd1, YNd1 + Earthing Transformer Yd1,-30° Ydy0,0° Yy2, YNy2, Yyn2 YNyn2, Ydy2, YNdy2, Ydyn2, Ydy2,-60* Ydy0,0° Yndyn2, Dz2 Yd3, YNd3 Yd3,-90° Yy0,0° Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 314 Parameter: Gn 87T Common > Wn 87T-HB Select • Default setting: Operate The differential current inrush blocking can be derived from the differential (operate) circuit (87T-HB2) or measured directly from the line CT inputs (81HB2). Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 315 This setting is recommended if REF is not used to protect the windings for earth faults on effectively earthed power systems. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 316 100 % safety margin. For example if the tap change range is +10 to -20 %, the overall range is 30 % so a 0.3x setting is chosen. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 317 A setting of 8 ⋅ I can be used as CT saturation is reduced as system X/R is rated usually relatively low and the peak level of magnetizing current does not usually exceed 16x rating. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 318 Calculate Required Relay Settings • 87T-BD function and 87T-HS function Example n – 2-Winding Transformer A 90 MVA with vector group Yd11 is selected, the neutral side is solidly grounded. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 319 Protection and Automation Functions 5.22 87T Transformer Differential Protection [dw_7SR5_function87Tsettingsexample2, 1, en_US] Figure 5-55 New Transformer Application (90 MVA Yd11 Transformer) [dw_7SR5_function87Tsettingsexample3, 1, en_US] Figure 5-56 AC Connections – Example 1 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 320 (the 1.05 factor applied to the LV windings relates to the tap changer at mid-tap position). [fo_function87TExample4, 1, en_US] W1 ICT Multiplier = 400/394 = 1.02 [fo_function87TExample5, 1, en_US] Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 321 Gn W1 ICT Connection Yd11 Gn W2 ICT Multiplier 0.83 (1 A input) Gn W2 ICT Connection Ydy0 Gn W3 ICT Multiplier 0.45 (1 A input) Gn W3 ICT Connection Yd11 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 322 CTs on the delta side of the transformer without corresponding current to flow in the line CTs on the star side of the transformer. If these zero sequence currents are allowed to flow through the differential elements they may cause undesired tripping. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 323 CT secondary connection of low impedance instead of in the differential relay operating coil. As the transformer vector group has already been considered on the star side a Ydy0 ICT is used on the delta side winding. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 324 CTs on the LV side without corresponding current to flow in the line CTs on the HV side. If these zero sequence currents are allowed to flow through the differential elements they may cause undesired tripping. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 325 Yd11, +30° simplifying installation. This approach is also applicable where the transformer is used to reverse the system phase sequence. NOTE ‘Non-standard’ secondary wiring connections are used. Relay instruments will indicate ’transformer’ quanti- ties rather than system quantities. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 326 Reversing the connections on only 1 side of the transformer will reverse the phase sequence of the system. For this arrangement W1 and W2 CT secondary wiring must be crossed over to replicate the crossovers on the transformer primary connections – see Figure 5-64. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 327 For the connections below it is recommended that the CT ratios are matched to the rated currents of the wind- ings and that Ydy0 vector correction settings are used. This is typical for auto-transformer with an unloaded tertiary winding. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 328 The differential protection does not monitor the tertiary winding, this must be separately protected. For the connections below it is recommended that the CT ratios are all identical and that Yy0 vector correction settings are used. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 329 5.22 87T Transformer Differential Protection [dw_7SR5_function87Tsettingsexample15, 1, en_US] Figure 5-67 Auto Transformer Bank with Current Transformer in the Neutral-Point Feed [dw_7SR5_function87Tsettingsexample16, 1, en_US] Figure 5-68 AC Connections for Auto-Transformer Overall and REF Protection Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 330: Settings Menu
0.25 to 3 ⋅ I Δ 0.01 rated W2 ICT Connection 5.22.4 Application and Setting Notes W3 ICT Multiplier 0.25 to 3 ⋅ I Δ 0.01 rated 7SR543 devices only Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 331 Element Enabled Disabled Disabled Setting 1 to 30 ⋅ I , Δ 1 ⋅ I 20 ⋅ I rated rated rated Gn Delay 0 to 1 s, Δ 5 ms Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 332: Iec 61850 Functional Information Mapping
81HBL2 PhC Pickup A81Hb2PHAR1.Str.general Information 81HBL2 PhA Pickup A81Hb2PHAR1.Str.phsA Information 81HBL2 PhB Pickup A81Hb2PHAR1.Str.phsB Information 81HBL2 PhC Pickup A81Hb2PHAR1.Str.phsC Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value TRUE: 1 FALSE: 0 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 333 81HBL5 PhC Pickup A81Hb5PHAR1.Str.general Information 81HBL5 PhA Pickup A81Hb5PHAR1.Str.phsA Information 81HBL5 PhB Pickup A81Hb5PHAR1.Str.phsB Information 81HBL5 PhC Pickup A81Hb5PHAR1.Str.phsC Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value TRUE: 1 FALSE: 0 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 334 Measured Value Value A87BdPDIF1.DifAClc.phsB.units.SIUnit A87BdPDIF1.DifAClc.phsB.units.multiplier Information Value 87BD Ic Operate A87BdPDIF1.DifAClc.phsC.instCVal.mag.f Measured Value Value A87BdPDIF1.DifAClc.phsC.cVal.mag.f Measured Value Value A87BdPDIF1.DifAClc.phsC.units.SIUnit A87BdPDIF1.DifAClc.phsC.units.multiplier A87BdPDIF1.Op Information 87BD PhA Pickup 87BD PhB Pickup 87BD PhC Pickup Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 335 Differential Enabled (Function Config) Inhibit 87HS 87HS Enabled A87HsPDIF1.Mod.stVal Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 Irrelevant: x IEC 61850 Value OK: 1 BLOCKED: 2 TEST: 3 TEST/BLOCKED: 4 OFF: 5 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 336: Information List
OFF/FALSE: 0 IEC 61850 Value TRUE: 1 FALSE: 0 Information List 5.22.7 Input/Output Matrix General User Logic Type DNP3 MODBUS Pickup 60870-5-1 Inhibit 87T-HS Inhibit 87T-HS Input 87T-HS 87T-HS Operated Output Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 337 The complete serial protocol information list containing the DNP3, IEC 60870-5-103, and Modbus RTU data information for the configured device can be generated using the Export Report feature in the Reydisp Manager 2 tool, Serial Comms & Events. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 338 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 339: Supervision Functions
Supervision Functions 50BF Circuit-Breaker Failure Protection – 3 Pole 60CTS CT Supervision 60VTS VT Supervision 74CC Close-Circuit Supervision 74TC Trip-Circuit Supervision 81HB2 Inrush Current Detection Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 340: 50Bf Circuit-Breaker Failure Protection - 3 Pole
Any binary input can be mapped to this input, if it is energized when a trip initiation is received an output will be given immediately (the timers are by passed). Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 341: Logic Of The Function
The earth fault current setting must be set below the minimum earth fault protection setting current. Parameter: Delay 1 • Default setting: 60 ms Settings Example, Page 342. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 342 The safety margin is extended by 1 cycle for the second CBF stage as this will usually involve a back-trip of a busbar tripping scheme. [dw_7SR5_function50BFSettingExample1, 1, en_US] Figure 6-2 Single Stage Circuit-Breaker Fail Timing [dw_7SR5_function50BFSettingExample2, 1, en_US] Figure 6-3 2 Stage Circuit-Breaker Fail Timing Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 343: Settings Menu
Element Disabled Element Inhibited A50BFRBRF*.Mod.stVal Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 Irrelevant: x IEC 61850 Value ON: 1 BLOCKED: 2 TEST: 3 TEST/BLOCKED: 4 OFF: 5 A50BFRBRF*.Health Information Device Healthy Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 344: Information List
Type DNP3 MODBUS Pickup 60870-5-1 Inhibit 50BF-1 Inhibit 50BF Input 50BF Delay 1 50BF Delay 1 Operated Output 50BF CB Faulty Input 50BF Mech Trip Input 50BF Ext Trip Input Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 345 The complete serial protocol information list containing the DNP3, IEC 60870-5-103, and Modbus RTU data information for the configured device can be generated using the Export Report feature in the Reydisp Manager 2 tool, Serial Comms & Events. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 346: 60Cts Ct Supervision
The 60CTS-V function element operates when the measured negative phase sequence current (I ) is above setting and the measured negative phase sequence voltage (V ) is below setting. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 347: Logic Of The Function
Logic of the Function 6.2.3 [lo_7SR5_60CTS-Ilogicdiagram, 1, en_US] Figure 6-4 Logic Diagram: 60CTS-I CT Supervision – Current Reference [lo_7SR5_60CTS-Vlogicdiagram, 1, en_US] Figure 6-5 Logic Diagram: 60CTS-V CT Supervision – Voltage Reference Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 348: Application And Setting Notes
Default setting: 10 s This is the delay applied to the 60CTS-V alarm output. This delay is used to prevent nuisance indications which would otherwise occur during switching operations and system faults. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 349: Settings Menu
10 s 20 to 100 s Δ 0.1 s 100 to 1000 s Δ 1 s 1000 to 10000 s Δ 10 s 10000 to 14400 s Δ 100 s Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 350: Information List
The complete serial protocol information list containing the DNP3, IEC 60870-5-103, and Modbus RTU data information for the configured device can be generated using the Export Report feature in the Reydisp Manager 2 tool, Serial Comms & Events. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 351: 60Vts Vt Supervision
• Ext Reset 60VTS – A binary or virtual input, or function key and a VT failure condition no longer exists • Inhibit 60VTS – A binary or virtual input Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 352: Logic Of The Function
The element has user settings 60VTS V and 60VTS I. A VT is considered to have failed where the voltage exceeds 60VTS V while the current is below 60VTS I. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 353 VTS conditions met, the alarm output is raised and the VTS status is latched and will not reset for reset of current conditions. Reset of voltage conditions at any time will reset the VTS function element. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 354: Settings Menu
The complete serial protocol information list containing the DNP3, IEC 60870-5-103, and Modbus RTU data information for the configured device can be generated using the Export Report feature in the Reydisp Manager 2 tool, Serial Comms & Events. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 355: 74Cc Close-Circuit Supervision
CB close supply an output is given after a time delay. The use of 1 or 2 binary inputs mapped to the same close‑circuit supervision element (e.g. 74CCS-n) allows the user to realize several alternative monitoring schemes. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 356: Logic Of The Function
A separate setting is provided for each element. These settings can be used to select the number of elements required e.g. for circuit‑breakers with phase segregated or 1 common close coil. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 357 Scheme 1 provides full trip supervision with the circuit‑breaker Open or Closed. Where a Hand Reset Trip Contact is used, measures must be taken to inhibit alarm indications after a CB trip. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 358: Settings Menu
Trip‑Circuit Supervision Scheme 3 (H7) Scheme 3 provides full trip supervision with the circuit‑breaker Open or Closed. 6.4.5 Settings Menu Functions > Function Config Parameter Range Settings Default Gn1 74CC Close‑Circuit Enabled Disabled Disabled Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 359: Information List
The complete serial protocol information list containing the DNP3, IEC 60870-5-103, and Modbus RTU data information for the configured device can be generated using the Export Report feature in the Reydisp Manager 2 tool, Serial Comms & Events. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 360: 74Tc Trip-Circuit Supervision
CB trip supply an output is given after a time delay. The use of 1 or 2 binary inputs mapped to the same trip‑circuit supervision element (e.g. 74TCS-n) allows the user to realize several alternative monitoring schemes. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 361: Logic Of The Function
A separate setting is provided for each element. These settings can be used to select the number of elements required e.g. for circuit‑breakers with phase segregated or 1 common trip coil. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 362 Scheme 1 provides full trip supervision with the circuit‑breaker Open or Closed. Where a Hand Reset Trip Contact is used, measures must be taken to inhibit alarm indications after a CB trip. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 363: Settings Menu
Trip‑Circuit Supervision Scheme 3 (H7) Scheme 3 provides full trip supervision with the circuit‑breaker Open or Closed. 6.5.5 Settings Menu Functions > Function Config Parameter Range Settings Default Gn1 74TC Trip‑Circuit Enabled Disabled Disabled Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 364: Information List
The complete serial protocol information list containing the DNP3, IEC 60870-5-103, and Modbus RTU data information for the configured device can be generated using the Export Report feature in the Reydisp Manager 2 tool, Serial Comms & Events. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 365: 81Hb2 Inrush Current Detection
This setting is used to allow the element to be switched on and off if it is not required. A separate setting is provided for each element. These setting can be used to select the number of elements required. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 366 The ratio of the ‘square root of the sum of the squares of all second harmonics’ is compared to each funda- mental frequency component individually. Individual phase outputs are given when the ratio exceeds setting on the relevant phase. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 367: Settings Menu
ON: 1 BLOCKED: 2 TEST: 3 TEST/BLOCKED: 4 OFF: 5 A81HB2PHAR*.Health Information Device Healthy A81HB2PHAR*.Health.stVal Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value OK: 1 WARNING: 2 ALARM: 3 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 368: Information List
The complete serial protocol information list containing the DNP3, IEC 60870-5-103, and Modbus RTU data information for the configured device can be generated using the Export Report feature in the Reydisp Manager 2 tool, Serial Comms & Events. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 369: Control Functions
Control Functions Device Control Functions 52 Circuit-Breaker Control Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 370: Device Control Functions
To support the control of additional user configured items the device provides a number of control elements that can be used in the user logic, mimic diagram and communication interface configuration. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 371 Control Mode menu. The Right arrow is used to enter the Control Mode menu. [sc_7SR5_ControlModeMenu, 1, --_--] Figure 7-1 Control Mode Menu The following items are available as preconfigured controllable items located in the Control Mode menu: • CB Open/Close • EF In/Out Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 372 To clear any latched LED’s or binary output relays the Right arrow must be held for 3 seconds when the Home Screen is visible. NOTE This can be carried out without entering a User ID. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 373: Iec 61850 Functional Information Mapping
LLN0.Mod Information Device Ready Out Of Service Mode LLN0.Mod.stVal Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 Irrelevant: x IEC 61850 Value ON: 1 BLOCKED: 2 TEST: 3 TEST/BLOCKED: 4 OFF: 5 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 374 IEC 61850 Value TRUE: 1 FALSE: 0 LLN0.LEDRs Information Reset LEDs LLN0.LEDRs.ctlVal Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value TRUE: 1 FALSE: 0 Interlocking Q0CILO1.Mod Information Reset Device Q0CILO1.Mod.stVal Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 375 Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value TRUE: 1 FALSE: 0 Q0CILO1.EnaOpn Information NOT Block Open CB Q0CILO1.EnaOpn.stVal Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value TRUE: 1 FALSE: 0 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 376 OK: 1 WARNING: 2 ALARM: 3 SPDONSGGIO*.SPCSO Information SPDONS (Off/Open) SPDONS (On/Close) SPDONSGGIO*.SPCSO.ctlVal Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value ON: 1 OFF: 0 Information SPDONS Status (On/Closed) SPDONSGGIO*.SPCSO.stVal Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 377 OFF/FALSE: 0 IEC 61850 Value OK: 1 WARNING: 2 ALARM: 3 SPDOESGGIO*.SPCSO Information SPDOES (Off/Open) SPDOES (On/Close) SPDOESGGIO*.SPCSO.ctlVal Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value ON: 1 OFF: 0 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 378 TEST/BLOCKED: 4 OFF: 5 DPDONSGGIO*.Health Information Device Healthy DPDONSGGIO*.Health.stVal Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value OK: 1 WARNING: 2 ALARM: 3 DPDONSGGIO*.DPCSO Information DPDONS (Off/Open) DPDONS (On/Close) DPDONSGGIO*.DPCSO.ctlVal Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 379 ON: 1 BLOCKED: 2 TEST: 3 TEST/BLOCKED: 4 OFF: 5 DPDOESGGIO*.Health Information Device Healthy DPDOESGGIO*.Health.stVal Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value OK: 1 WARNING: 2 ALARM: 3 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 380 OFF/FALSE: 0 IEC 61850 Value ON: 1 OFF: 0 Information DPDOES Status (Off/Open) DPDOES Status (On/Closed) DPDOESGGIO*.DPCSO.stVal Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value ON: 1 OFF: 0 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 381: 52 Circuit-Breaker Control
. The t value is the time between CB contacts separation when an arc is formed, Separa- tion Time, and the CB Clearance time. The I t value can also triggered and reset from a binary input or command. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 382: Logic Of The Function
Control Functions 7.2 52 Circuit-Breaker Control Logic of the Function 7.2.3 [lo_7SR5_52CBStatuslogicdiagram, 1, en_US] Figure 7-2 Logic Diagram: 52 Circuit-Breaker Control Status Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 383: Application And Setting Notes
Logic Diagram: 52 Circuit-Breaker Control Counters [lo_7SR5_52I2tlogicdiagram, 1, en_US] Figure 7-4 Logic Diagram: 52 Circuit-Breaker Control I t Counters Application and Setting Notes 7.2.4 Parameter: CB-n > Close CB Pulse • Default setting: 2 s Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 384 • Default setting: 1 s The CB Open and CB Closed binary inputs are continually monitored to track the CB Status. The CB should only ever be in 3 states: Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 385 This allows for the internal delays caused by the relay, especially the delay before a binary input operates, to be subtracted from the measured CB trip time. This gives a more accurate measurement of the time it took for the CB to actually trip. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 386 The user set value for the clearance time is the time between issue of the trip command and interruption (clearance) of the fault current. This can be obtained from CB test and operational records. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 387: Settings Menu
Disabled CB Freq Ops Count Target CB Count to 79 Block Man Enabled Disabled Open Disabled CB Count to 79 Block Enabled Disabled Disabled CB Count to 79 Block Target Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 388: Iec 61850 Functional Information Mapping
OFF/FALSE: 0 IEC 61850 Value OK: 1 WARNING: 2 ALARM: 3 Q0XCBR*.BlkCls Information CB Control Close Block Q0XCBR*.BlkCls.stVal Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 IEC 61850 Value TRUE: 1 FALSE: 0 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 389 0 to 10000 Q0XCBR*.SumSwARs2 Information Measurand Value CB Wear PhB Q0XCBR*. SumSwARs2.stVal 0 to 10000 Q0XCBR*.SumSwARs3 Information Measurand Value CB Wear PhC Q0XCBR*. SumSwARs3.stVal 0 to 10000 Q0CSWI1.Mod Information Reset Device Q0CSWI1.Mod.stVal Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 390 ON: 10 INVALID STATE: 11 CNTDELGGIO1.Mod Information Reset Device CNTDELGGIO1.Mod.stVal Device Annunciation ON/TRUE: 1 OFF/FALSE: 0 Irrelevant: x IEC 61850 Value ON: 1 BLOCKED: 2 TEST: 3 TEST/BLOCKED: 4 OFF: 5 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 391: Information List
60870-5-1 Close CB Close CB Input Block CB Close Block CB Close Input CB Closed CB Closed Input Input CB Open CB Open Input Input Open CB Open CB Input Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 392 The complete serial protocol information list containing the DNP3, IEC 60870-5-103, and Modbus RTU data information for the configured device can be generated using the Export Report feature in the Reydisp Manager 2 tool, Serial Comms & Events. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 393: Instruments And Meters
Instruments and Meters Introduction Instruments Notes Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 394: Introduction
The energy storage meters can be reset from a binary input and have a user selectable setting for their meas- urement in the Configuration > Data Storage menu. See section 3.6 Data Storage Counter instruments can be rest by pressing the ▶ key when the instrument is displayed. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 395: Instruments
⋅ S rated Q (3P) S Phase: A, B, C ⋅ S rated S (3P) Energy Active Energy Export X10kWh Active Energy Import Reactive Energy Export X10kWh Reactive Energy Import Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 396 Time hh:mm:ss Waveform Recs Fault Recs Event Recs Data Log Recs Setting Group General Alarms General Alarm n 16 x alpha-numeric characters. Configuration > Binary Inputs > General Alarms Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 397 Q 3P Demand: Max, Min, Mean S 3P Demand: Max, Min, Mean PF 3P Demand: Max, Min, Mean p.u. Binary Inputs BI1 to BIn Binary Output BO1 to BOn Virtual to V rated Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 398 Shows the number of telegrams received and transmitted. This counter is not reset and signals that the interface is working correctly. Ethernet Rx/TxErr= Meter 9 The telegram errors found are counted. Ethernet Rx/Tx10s= Meter 10 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 399 Meter 20 Displayed as set in Reydisp Manager. Ethernet R/RS1=A/DR/RS2=R/F Meter 21 Interface status in the RSTP ring. The role and the status (R/Sx=) are displayed for both channels (ports). Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 400 Normal status In our example, port 1 shows the role alternate and the status designated, which means that this port does neither accept nor transmit telegrams from and to the device. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 401 We can conclude from the information displayed that this device is the logical separating point in the optical ring. Ethernet Internal data Meter 22 to 26 Quick Logic to V rated Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 402: Notes
The screen itself depends on the module type and is available only in English. NOTE Ethernet meters 15 to 26 are not available for Line, PRP and HSR. The Ethernet meters are only available in English. Instrument: Demand • 3.6 Data Storage Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 403: Functional Tests
Primary and Secondary Tests of the Circuit‑Breaker Failure Protection Configuration Tests for Transformer Differential Protection Restricted Earth Fault Protection 9.10 Protection Functional Tests 9.11 Supervision Functions 9.12 Control and Logic Functions Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 404: General Notes
Ensure that any essential services that share supplies are not interrupted. Disconnect communications ports or configure control systems to prepare for the tests. Carry out injection tests for each relay function as required as described in this document. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 405 The device is designed with no user serviceable parts and if a device reports a failure it can be returned to Siemens for investigation and repair. Contact and return details will be provided by the local Siemens office. Necessary precautions such as isolating the equipment, power supply and connections should be applied before investigating further, particularly with respect to safety earthing.
Page 406: Hardware Measurement Tests
Protection Healthy signal in the Output Matrix, as this signal is perma- nently energized the mapped relay will be held energized, normally open contacts will be closed and normally closed contacts will be opened. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 407 Ensure that the correct instrument displays the applied signal within limits of the Technical Data. Applied Current…………………… Applied Voltage…………. Toler- Tolerance ance G/GS Secondary Primary Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 408: Functional Test For The Phase-Rotation Direction
Rotation does not correspond to the supplied signals and connections. If this parameter is incorrect this will invert the forward and reverse directions of directional protection as well as affecting any function that utilizes sequence component values. Voltage Current Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 409: Direction Test Of The Phase Quantities (Current And Voltage Connection)
If the values are not as expected, it may be due to the current transformer star point direction error or a polarity reversal at the voltage connection. The convention direction can be reversed by configuration of device settings but this setting should not be used to disguise a wiring error. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 410: Direction Test Of The Earth Quantities For Directional Earth-Fault Functions
The direction of the load flow is from the line towards the busbar. • The ground-current connection is incorrect. • The voltage connection is incorrect. • The device directional settings are incorrect. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 411 The primary test is used to provide a definitive evaluation of the correct polarity of the transformer connections for the determination of the earth fault direction. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 412 • Apply safety earths • Remove the test short circuit. • Remove the safety earths. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 413: Circuit-Breaker Test
9.6 Circuit‑Breaker Test Circuit‑Breaker Test NOTE Siemens recommends isolating the circuit‑breaker of the tested feeder at both ends before starting the tests. Line disconnector switches and busbar disconnector switches must be open so that the circuit‑breaker can be operated without risk.
Page 414: Primary And Secondary Tests Of The Circuit-Breaker Failure Protection
Completion of Testing • All temporary measures taken for testing must be undone, such as special switch positions, interrupted trip commands, changes to setting values, or individually switched off protection functions. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 415: Configuration Tests For Transformer Differential Protection
For 1-phase testing, the current values also depend on the treatment of the winding neutral point and the processing of the neutral point current. For a Y-Y configuration Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 416 3 phases to those of the first winding. Repeat for the third winding if applicable. Relay currents should be equal and in opposite phase direction. Line currents should be different by the angle appropriate to the Vector Group. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 417 Failure to comply with the safety notes, can result in death, severe injury or considerable material damage. Primary tests may be performed only on dead and earthed system parts! ² Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 418 Measurement of Residual Current on a Star-Delta Transformer – Without Neutral-Point Current Measurement [lo_7SR5_FunctionalTestsLogicDiagram4, 1, en_US] Figure 9-4 Residual Current Measurement on a Star-Delta Transformer [lo_7SR5_FunctionalTestsLogicDiagram5, 1, en_US] Figure 9-5 Residual-Current Measurement on a Star-Delta Transformer with Stabilizing Winding Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 419 Residual-Current Measurement on an Auto Transformer with Stabilizing Winding [lo_7SR5_FunctionalTestsLogicDiagram7, 1, en_US] Figure 9-7 Residual-Current Measurement on a Zigzag Winding [lo_7SR5_FunctionalTestsLogicDiagram8, 1, en_US] Figure 9-8 Residual-Current Measurement on a Delta Winding with Earthing Transformer Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 420: Restricted Earth Fault Protection
The REF spill current should be measured at the relay and should be an order of magnitude less than the relay setting. [lo_7SR5_FunctionalTestsLogicDiagram9, 1, en_US] Figure 9-9 Test with High-Current Test Equipment Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 421: Protection Functional Tests
Angle -ve setting. The Load Blinder FWD signal will reset when the angle is above the setting plus 3° hysteresis and will pickup again when the angle is reduced to below the Angle -ve setting. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 422: Overexcitation Protection
If DTL is large apply 0.95 times setting, check for no operation, apply 1.05 times setting, check operation. Apply 0.9 times voltage, increase to 1.1 times setting and record operating time. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 423: 27 Undervoltage Protection - 3 Phase
When testing is complete reinstate any of the disabled functions. Phase Setting DTL (sec) Hyst. D.O. P.U. D.O Volts Op. Time Toler- (Volts) (calcu- Volts @ 0.5 ⋅ Guard ance lated) (UV) Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 424: 27Vx Undervoltage Protection - Vx
When testing is complete reinstate any of the disabled functions. Setting DTL (sec) Hyst. D.O. P.U. Volts D.O Volts Op. Time UV Guard Tolerance (Volts) (calcu- @ 0.5 ⋅ V lated) (UV) Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 425: 37 Undercurrent Protection - Phase
DTL (sec) P.U. Current Tolerence Op. Time 0.5 ⋅ Tolerance Amps CT1(I CT2(I CT3(I Element Blocking The undercurrent elements can be blocked by Binary Input Inhibit. This functionality should be checked. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 426: Undercurrent Earth Fault - Measured
NPS overcurrent can be tested using a normal 3P balanced source. 2 phase current connections should be reversed so that the applied balanced 3P current is negative phase sequence. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 427 Tm is defined by the operating characteristic. Curve Fully Operated to Reset with Zero Current Applied & Tm = 1 s ANSI-MI 4.85 ANSI-VI 21.6 ANSI-EI 29.1 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 428: 46Bc Broken Conductor Detection
46BC-1 Setting 3P Balanced Current (A) 1P Unbalance Current Measured Unbalance Current Apply 1 A 1P unbalance current without 3P balanced current. Measure 46BC-1 operating time. 46BC-1 Delay Setting Measured Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 429: 47 Sequence Overvoltage Protection
Pickup LED reset if no other element is operated (this includes any undervoltage element which is not UV guarded). Phase Setting (Volts) Tolerence V Element Used Blocked Volts Notes for Test Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 430: Thermal Overload Protection
Voltage inputs may not be required for this function if the Phase Overcurrent functions are not directional but it may be advantageous to apply balanced 3 phase nominal rated voltage to the VT inputs during testing Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 431 The phase overcurrent elements can be blocked by Binary Input Inhibit, VT Supervision and Inrush Detector operation, as well as 79 Delayed Inhibit setting. 79 inst elements are often config- Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 432 (xTm), c) 2 times setting for a time to ensure element operation. Check that the second operation (c) is similar to the first (a) and in line with the expected operate time for the element at this current level. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 433: 51G Measured Earth Fault
Gradually increase current until Pickup LED operates. Apply 2 times setting current and record operating time. Apply 5 times setting current and record operating time. Compare to calculated values for operating times. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 434 The reset curve characteristic type and Tm is defined by the operating characteristic. Curve Fully Operated to Reset with Zero Current Applied & Tm = 1 (s) ANSI-MI 4.85 ANSI-VI 21.6 ANSI-EI 29.1 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 435: 51N Calculated Earth Fault
If any of these elements are defined as directional the correct voltage phase direction will be required to produce an operation of those elements. Directional Polarity (67N) 10 Technical Data for testing details. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 436 1.69 ANSI-VI 7.03 1.31 ANSI-EI 9.52 Note that the operate time may be subject to the Minimum Op Time setting for the element and/or may have a follower DTL applied. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 437 (xTm), c) 2 times setting for a time to ensure element operation. Check that the second operation (c) is similar to the first (a) and in line with the expected operate time for the element at Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 438: 51Cl Cold Load Overcurrent - Phase
1.69 ANSI-VI 7.03 1.31 ANSI-EI 9.52 Note that the operate time may be subject to the Minimum Op Time setting for the element and/or may have a Follower DTL applied. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 439 First test (c) Second Test (c) Element Blocking The 51CL overcurrent elements can be blocked by Binary Input Inhibit. This functionality should be checked. Element BI Inhibits 51CL Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 440: Voltage Dependent Overcurrent - Phase
VTS condition. Increase 3P current until the element operates at its full setting, i.e. 51V settings are not used. Element VTS Action 51-1 51-2 51-3 51-4 Check correct indication, trip output, alarm contacts. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 441: 59 Overvoltage Protection - 3 Phase
Apply 2 times setting voltage if possible and record operating time. Phase Setting (Volts) Delay (sec) P.U. Current Op. Time @ 2 ⋅ Tolerance (Volts) Check correct indication, trip output, alarm contacts, waveform record. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 442: 59Vx Overvoltage Protection - Vx
When testing is complete reinstate any of the disabled functions. Setting DTL (sec) Hyst. D.O. (calcu- P.U. Volts D.O Volts Op. Time @ Tolerance (Volts) lated) 1.2 ⋅ V (OV) Check correct indication, trip output, alarm contacts, waveform record. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 443: 67 Directional Overcurrent - Phase
Characteristic Angle, but reducing the current phase angle to record the directional boundaries in the opposite (lag) direction. The recorded angle should be the angle at which the phase current leads the phase- Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 444 Note that non-directional Phase Overcurrent and non-direction Earth Fault elements may operate unless disabled. Repeat the test with phase A current as above but also with equal current in the B phase at 180° to that in the A phase. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 445: 67Gs/67N Directional Earth Fault
Calculated Earth Fault, Measured Earth Fault and Sensitive Earth Fault have separate directional settings and must be tested individually. [dw_7SR5_function67G/67GS/67NFunctionalTests, 1, en_US] Figure 9-11 Directional Earth Fault Boundary System Angles Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 446: 81 Frequency Protection - "F>" Or "F
The high value of setting resistance R will often prevent secondary current injection when using a digital test set. It is normal practice in these cases to short out the series resistor to allow testing, the shorting link should be removed after testing. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 447: Transformer Differential Protection - Biased
Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 448 0.35 0.53 0.71 0.88 0.75 1.25 0.67 1.33 1.67 0.86 1.29 1.71 2.14 1.08 1.62 2.15 2.69 Selected Settings Test Results Phase A Pickup Phase B Pickup Phase C Pickup Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 449 An alternative method is to apply 415 LVAC to one side of the transformer with a short circuit applied to the other side. The external Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 450 It should be noted that checking of Vector Grouping by phase alignment between W1 and W2 by 3 phase primary injection or on-load will highlight phase cross-over or connection polarity but will not show incorrect application of zero sequence filters. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 451: Supervision Functions
60CTS-I CT Supervision – Current Reference Apply 3 Phase balanced current to the relay, reduce the current in any 1 or 2 phases to a level below 60CTS-I setting. Measure the delay to operation. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 452: 60Vts Vt Supervision
If the VTS can be started from a status input fed from an external source, this functionality should be tested. Ext_Trig 60VTS Operation Not Applicable Element Blocking The VT Supervision can be blocked by Binary Input Inhibit. This functionality should be checked. Element BI Inhibits 60VTS Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 453: 74Cc/74Tc Close/Trip Circuit Supervision
0.25 ⋅ rated current 2nd harmonic if 1.0 ⋅ rated current fundamental is injected i.e. [fo_function81HB2FunctionalTests, 1, en_US] Current Expected Measured 1 ⋅ I rated Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 454: Control And Logic Functions
The function of the Quick Logic equations should be tested conjunctively with connected plant or by simulation to assess suitability and check for correct operation on an individual basis with tests specifically devised to suit the particular application. Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 455: Technical Data
81HB2 Inrush Current Detection 10.30 81HB5 Overfluxing Detection – 5th Harmonic 10.31 87GH Restricted Earth-Fault Protection – High-Impedance 10.32 87T‑BD Transformer Differential Protection – Biased 10.33 87T‑HS Transformer Differential Protection – Highset Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 456: General Device Data
, 10 % to 200 % I , PF ≥ 0.8 ± 0.05 rated rated Frequency 47.5 to 52.5 Hz @ 50 Hz ± 10 mHz 57 to 63 Hz @ 60 Hz Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 457: 21Lb Load Blinder
: ± 5 % V 1 op rated operate level : ± 5 % or ± 1 % I rated Impedance : ± 5 % or ± 0.1 Ω Repeatability ± 1 % Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 458 Operating angle Forward φ + set ± 5° to φ - set ± 5° Reverse (180° - φ + set) ± 5° to (180° + φ - set) ± 5° Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 459: Overexcitation Protection
± 1 % or ± 200 ms basic delay Repeatability ± 1 % Disengaging time < 250 ms Inverse Time Element (24IT) 10.3.3 Reference Parameter Value Reset setting 0 to 1000 s, Δ 1 s reset Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 460 Element basic operate time 500 ms ± 300 ms basic Operate time following delay ± 1 % or ± 2 s basic delay Repeatability ± 1 % Disengaging time < 250 ms Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 461: 27 Undervoltage Protection - 3-Phase
: 63 ms ± 10 ms basic Operate time following delay ± 1 % or ± 10 ms basic delay Repeatability ± 1 % or ± 10 ms Overshoot time Disengaging time < 80 ms Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 462: 27Vx Undervoltage Protection - Vx
: 63 ms ± 10 ms basic Operate time following delay ± 1 % or ± 10 ms basic delay Repeatability ± 1 % or ± 10 ms Overshoot time Disengaging time < 80 ms Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 463: 37 Undercurrent Protection - Phase
Operate time following delay ± 1 % or ± 10 ms basic delay Repeatability ± 1 % or ± 10 ms Overshoot time < 40 ms Disengaging time < 60 ms Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 464: Undercurrent Earth Fault - Measured
Operate time following delay ± 1 % or ± 10 ms basic delay Repeatability ± 1 % or ± 10 ms Overshoot time < 40 ms Disengaging time < 60 ms Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 465: 46 Negative-Sequence Overcurrent Protection
0.05 to 2.5 ⋅ I rated Applied current (for operate time) IDMTL 0 to 2 ⋅ I (switched) Delay setting 0 to 20 s delay Reset setting ANSI Decaying, 0 to 60 s reset Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 466 ANSI-EI: R = 29.1 ± 1 % or ± 20 ms reset reset Repeatability ± 1 % or ± 20 ms Overshoot time < 40 ms Disengaging time < 60 ms Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 467: 46Bc Broken Conductor Detection
40 ms ± 10 ms basic Operate time following delay ± 1 % or ± 20 ms basic delay Repeatability ± 1 % or ± 20 ms Disengaging time < 80 ms Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 468: 47 Sequence Overvoltage Protection
1.5 ⋅ V : 80 ms ± 20 ms basic 10 ⋅ V : 55 ms ± 20 ms Operate time following delay ± 2 % or ± 20 ms basic delay Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 469 Technical Data 10.10 47 Sequence Overvoltage Protection Attribute Value Repeatability ± 1 % or ± 20 ms Overshoot time < 40 ms Disengaging time < 90 ms Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 470: 49 Thermal Overload Protection
6.08 9.12 15.19 30.39 45.58 60.77 91.16 151.93 303.86 1.22 2.45 7.35 12.25 24.49 36.74 48.99 73.48 122.47 244.93 1.01 2.02 4.03 6.05 10.08 20.17 30.25 40.34 60.51 100.85 201.7 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 471 2.83 4.72 9.45 14.17 18.90 28.35 47.25 94.49 0.37 0.75 1.49 2.24 3.73 7.45 11.18 14.91 22.36 37.27 74.54 0.30 0.60 1.21 1.81 3.02 6.03 9.05 12.06 18.09 30.15 60.3 Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 472 Technical Data 10.11 49 Thermal Overload Protection [dw_7SR5_thermaloverloadgraph, 1, en_US] Figure 10-1 Thermal Overload Protection Curves Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 473: 50 Instantaneous Overcurrent - Phase
Operate time following delay ± 1 % or ± 10 ms basic delay Repeatability ± 1 % or ± 10 ms Overshoot time < 40 ms Disengaging time < 50 ms Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 474: 50Bf Circuit-Breaker Failure Protection - 3 Pole
Pickup time, in the case of an external start < 5 ms Dropout time for unbalancing operating mode Approx. 2 ms Typical dropout time < 15 ms Dropout time via circuit‑breaker auxiliary contact < 5 ms criterion Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 475: 50Bf-I4 Circuit-Breaker Failure Protection - 3 Pole
Auxiliary contacts are required for circuit‑breaker failure protection in cases where the current flow is absent or too low for tripping (for example with a transformer or a Buchholz protection). Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 476 > 80 Hz Tolerances Threshold values, dropout thresholds 2 % of the setting value or 1 % of the rated current Times 1 % of the setting value or 10 ms Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 477: 50G Instantaneous Earth Fault - Measured
± 1 % or ± 10 ms basic delay Repeatability ± 1 % or ± 10 ms Overshoot time < 40 ms Disengaging time < 50 ms Requires VT inputs Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 478: Instantaneous Earth Fault - Calculated
± 1 % or ± 10 ms basic delay Repeatability ± 1 % or ± 10 ms Overshoot time < 40 ms Disengaging time < 50 ms Requires VT inputs Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 479: 51 Time-Delayed Overcurrent - Phase
Reset level ≥ 95 % I Repeatability ± 1 % Variation IEC -10 °C to +55 °C ≤ 5 % 60255-1 ± 5 % ≤ 5 % rated Requires VT inputs Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 480 IEC-LTI: R = 80 , ± 1 % or ± 20 ms reset reset Repeatability ± 1 % or ± 20 ms Overshoot time < 40 ms Disengaging time < 50 ms Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 481: Time-Delayed Earth Fault - Measured
: ± 4% or ± 1 % I rated Reset level ≥ 95 % I Repeatability ± 1 % Variation IEC -10 °C to +55 °C ≤ 5 % 60255-1 ± 5 % ≤ 5 % rated Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 482 IEC-LTI: R = 80 , ± 1 % or ± 20 ms reset reset Repeatability ± 1 % or ± 20 ms Overshoot time < 40 ms Disengaging time < 50 ms Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 483: Time-Delayed Earth Fault - Calculated
: ± 4% or ± 1 % I rated Reset level ≥ 95 % I Repeatability ± 1 % Variation IEC -10 °C to +55 °C ≤ 5 % 60255-1 ± 5 % ≤ 5 % rated Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 484 IEC-LTI: R = 80 , ± 1 % or ± 20 ms reset reset Repeatability ± 1 % or ± 20 ms Overshoot time < 40 ms Disengaging time < 50 ms Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 485: Voltage-Dependent Overcurrent - Phase
Operate level Reset level ≥ 95 % I Repeatability ± 1 % Variation IEC -10 °C to +55 °C ≤ 5 % 60255-1 ± 5 % ≤ 5 % rated Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 486: Neutral Voltage Displacement
± 1 % or ± 20 ms Overshoot time < 80 ms Disengaging time < 100 ms Inverse Time Element (59NIT) 10.20.3 Reference Parameter Value Time multiplier setting 0.1 to 140 Setting 1 to 100 V Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 487 = DTL ± 1 % or ± 40 ms reset Repeatability ± 1 % or ± 20 ms Overshoot time < 70 ms Disengaging time < 100 ms Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 488: 59Vx Overvoltage Protection - Vx
: 63 ms ± 10 ms Operate time following delay ± 1 % or ± 10 ms basic delay Repeatability ± 1 % or ± 10 ms Overshoot time Disengaging time < 80 ms Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 489: 60Cts-I Ct Supervision - Current Reference
Element basic operate time 30 ms ± 20 ms basic Operate time following delay ± 1 % or ± 20 ms basic delay Repeatability ± 1 % or ± 20 ms Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 490: 60Vts Vt Supervision
0 V to 2 ⋅ V 32 ms ± 10 ms basic operate time Operate time ± 1 % or ± 10 ms basic Repeatability ± 1 % or ± 10 ms Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 491: 67 Directional Overcurrent - Phase
Operate and Reset Time Attribute Value Operate time Typically 32 ms < 40 ms at characteristic angle + 50/51 element operate time Reset time Typically < 65 ms at characteristic angle reset Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 492: Directional Earth Fault - Measured
Operate and Reset Time Attribute Value Operate time Typically 32 ms < 40 ms at characteristic angle + 50/51 element operate time Reset time Typically < 65 ms at characteristic angle reset Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 493: 67Gs Directional Sensitive Earth Fault - Measured
Operate and Reset Time Attribute Value Operate time Typically 32 ms < 40 ms at characteristic angle + 50/51 element operate time Reset time Typically < 65 ms at characteristic angle reset Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 494: Directional Earth Fault - Calculated
Operate and Reset Time Attribute Value Operate time Typically 32 ms < 40 ms at characteristic angle + 50/51 element operate time Reset time Typically < 65 ms at characteristic angle reset Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 495: 81 Frequency Protection - "F>" Or "F
Maximum < 150 ms Operate time following delay ± 1 % or ± 10 ms basic delay Repeatability ± 1 % or ± 10 ms Disengaging time < 100 ms Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 496: 81Hb2 Inrush Current Detection
Operate and Reset Time Attribute Value Operate time 0.5 ⋅ I : ?? ms ± ?? ms Repeatability ± 1 % or ± 10 ms Disengaging time < ?? ms Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 497: 81Hb5 Overfluxing Detection - 5Th Harmonic
± 5 % or ± 0.01 I rated Reset level < 95 % I Repeatability ± 1 % Variation IEC -10 °C to +55 °C ≤ 5 % 60255-1 ± 5 % ≤ 5 % rated Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 498: 87Gh Restricted Earth-Fault Protection - High-Impedance
Operate time following delay ± 1 % or ± 10 ms basic delay Repeatability ± 1 % or ± 10 ms Overshoot time < 40 ms Disengaging time < 50 ms Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 499: Bd Transformer Differential Protection - Biased
Value Element basic operate time (Inrush action: 3 ⋅ I , < 30 ms basic Enabled) Operate time following delay + DTL, ± 1 % or ± 10 ms basic Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 500: Hs Transformer Differential Protection - Highset
Operate Time Attribute Value Element basic operate time 1.5 ⋅ I : < 25 ms basic Operate time following delay ± 1 % or ± 10 ms basic delay Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 501: A Appendix
Appendix Ordering Information Current Transformer Connections Voltage Transformer Connections Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 502: Ordering Information
Order No. 7SR5 Spares and Accessories F.O. data comms port inserts (7SR5) Terminal plug for RS485 wiring (3-way) Captive screws for fascia levers (7SR5) Hinged cover for fascia LED label (7SR5) Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 503: Current Transformer Connections
Appendix A.2 Current Transformer Connections Current Transformer Connections [lo_7SR5_7SR54_CTConnections, 1, en_US] Figure A-1 Illustration of CT Connections for a 2 Winding Transformer (Typical) Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...
Page 504: Voltage Transformer Connections
Appendix A.3 Voltage Transformer Connections Voltage Transformer Connections [lo_7SR5_VTConnections, 1, en_US] Figure A-2 Illustration of VT Configuration Settings and VT Connections (Typical) Reyrolle 7SR5, Transformer Protection Device, Device Manual C53000-G7040-C015-1, Edition 11.2019...

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