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GE MiCOM P747 Agile, Technical Manual


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Case width (TE)

Case width (mm)

Case width (inches)

40TE

203.2

8

60TE

304.8

12

80TE

406.4

16

Note:
Due to the number of required input modules, the P747 only comes in an 80TE case

3.2

LIST OF BOARDS

The product's hardware consists of several modules drawn from a standard range. The exact specification
and number of hardware modules depends on the model number and variant. Depending on the exact
model, the product in question will use a selection of the following boards.

Board

Use

Main Processor board

Main Processor board – with support for function keys

Power supply board 24/54V DC

Power supply input. Accepts DC voltage between 24V and 54V

Power supply board - 48/125V DC

Power supply input. Accepts DC voltage between 48V and 125V

Power supply board 110/250V DC

Power supply input. Accepts DC voltage between 110V and 125V

Transformer board

Contains the voltage and current transformers

Input board

Contains the A/D conversion circuitry

Input board with opto-inputs

Contains the A/D conversion cir 8 digital opto-inputs

IRIG-B board - modulated

Interface board for modulated IRIG-B timing signal

IRIG-B - demodulated input

Interface board for demodulated IRIG-B timing signal

Fibre board

Interface board for fibre-based RS485 connection

Fibre + IRIG-B

Interface board for fibre-based RS485 conn demodulated IRIG-B

2nd rear communications board

Interface board for RS232 / RS485 connections

2nd rear communications board with IRIG-B input

Interface board for RS232 / RS485 + IRIG-B connections

100MhZ Ethernet board

Standard 100MHz Ethernet board for LAN connection (fibre + copper)

100MhZ Ethernet board with modulated IRIG-B

Standard 100MHz Ethernet board (fibre / copper) + modulated IRIG-B

100MhZ Ethernet board with demodulated IRIG-B

Standard 100MHz Ethernet board (fibre / demodulated IRIG-B

Redundant Ethernet SHP+ modulated IRIG-B

Redundant SHP Ethernet board (2 fibre ports) + modulated IRIG-B input

Redundant Ethernet SHP + demodulated IRIG-B

Redundant SHP Ethernet board (2 fibre ports) + demodulated IRIG-B input

Redundant Ethernet RSTP + modulated IRIG-B

Redundant RSTP Ethernet board (2 fibre ports) + modulated IRIG-B input

Redundant Ethernet RSTP+ demodulated IRIG-B

Redundant RSTP Ethernet board (2 fibre ports) + demodulated IRIG-B input

Redundant Ethernet DHP+ modulated IRIG-B

Redundant DHP Ethernet board (2 fibre ports) + modulated IRIG-B input

Redundant Ethernet DHP+ demodulated IRIG-B

Redundant DHP Ethernet board (2 fibre ports) + demodulated IRIG-B input

Redundant Ethernet PRP+ modulated IRIG-B

Redundant PRP Ethernet board (2 fibre ports) + modulated IRIG-B input

Redundant Ethernet PRP+ demodulated IRIG-B

Redundant PRP Ethernet board (2 fibre ports) + demodulated IRIG-B input

Output relay output board (8 outputs)

Standard output relay board with 8 outputs

Combined coprocessor/opto-input board

To provide extra processing power and extra opto-inputs

Chapter 3 - Hardware Design

MiCOM P747

28

P747-TM-EN-1

P747-TM-EN-1.1

Summary of Contents for MiCOM P747 Agile

Page 1: ...GE Energy Connections Grid Solutions MiCOM P40 Agile P747 Technical Manual Busbar Protection IED Hardware version A Software version 2 Publication reference P747 TM EN 1 1...

Page 2: ......

Page 3: ...Requirements 17 4 4 Fusing Requirements 17 4 5 Equipment Connections 18 4 6 Protection Class 1 Equipment Requirements 18 4 7 Pre energization Checklist 19 4 8 Peripheral Circuitry 20 4 9 Upgrading Se...

Page 4: ...s 62 2 7 Menu Structure 63 2 8 Changing the Settings 64 2 9 Direct Access The Hotkey menu 64 2 9 1 Setting Group Selection 65 2 9 2 Control Inputs 65 2 9 3 Circuit Breaker Control 66 2 10 Function Key...

Page 5: ...ogic 111 4 3 CB Fail Settings 113 4 4 CB Fail DDB signals 114 5 Backup Overcurrent Protection 116 5 1 Overcurrent 1 Settings 116 5 2 Overcurrent 2 Settings 121 5 3 Overcurrent DDB signals 133 6 Config...

Page 6: ...on 187 7 Trip Circuit Supervision 188 7 1 Trip Circuit Supervision Scheme 1 188 7 1 1 PSL for TCS Scheme 1 189 7 2 Trip Circuit Supervision Scheme 2 189 7 2 1 PSL for TCS Scheme 2 190 7 3 Trip Circuit...

Page 7: ...ecord Extraction 212 9 5 3 Record Data 212 9 6 Disturbance Record Extraction 213 9 6 1 Manual Extraction Procedure 214 9 6 2 Automatic Extraction Procedure 215 9 6 3 Extracting the Disturbance Data 21...

Page 8: ...TP 257 6 Configuring IP Addresses 258 6 1 Configuring the IED IP Address 258 6 2 Configuring the Board IP Address 258 6 2 1 Configuring the First Two Octets of the Board IP Address 259 6 2 2 Configuri...

Page 9: ...4 2 Four level Access 282 4 2 1 Blank Passwords 283 4 2 2 Password Rules 283 4 2 3 Access Level DDBs 284 4 3 Enhanced Password Security 284 4 3 1 Password Strengthening 284 4 3 2 Password Validation...

Page 10: ...on 307 2 2 Scheme Elements 307 2 2 1 Add Elements to a Scheme 307 2 2 2 Remove an Element 307 2 2 3 Group Elements in a Scheme 307 2 2 4 Rotate Elements in a Group 307 2 3 Working with Text on the Sch...

Page 11: ...rrent Transformers 337 4 5 Voltage Transformer Connections 338 4 6 Watchdog Connections 338 4 7 EIA RS 485 and K Bus Connections 338 4 8 IRIG B Connection 338 4 9 Opto input Connections 338 4 10 Outpu...

Page 12: ...ernet Communication 356 5 2 13 Test Current Inputs 356 5 2 14 Test Voltage Inputs 357 6 Setting Checks 358 6 1 Apply Application specific Settings 358 6 1 1 Transferring Settings from a Settings File...

Page 13: ...s 383 1 Chapter Overview 385 2 Interfaces 386 2 1 Front Serial Port 386 2 2 Download Monitor Port 386 2 3 Rear Serial Port 1 386 2 4 Fibre Rear Serial Port 1 386 2 5 Rear Serial Port 2 387 2 6 Redunda...

Page 14: ...ectric Withstand 401 10 4 Impulse Voltage Withstand Test 401 11 Electromagnetic Compatibility 402 11 1 1 MHz Burst High Frequency Disturbance Test 402 11 2 Damped Oscillatory Test 402 11 3 Immunity to...

Page 15: ...426 1 6 Communication Tests 426 1 7 Current Input Tests 426 1 8 Voltage Input Tests 427 1 9 Overcurrent Checks 427 1 10 On load Checks 427 1 11 Final Checks 427 Appendix C Wiring Diagrams 429 1 Appen...

Page 16: ...Contents MiCOM P747 xiv P747 TM EN 1 P747 TM EN 1 1...

Page 17: ...gure 18 Main input board 46 Figure 19 Output relay board 8 contacts 47 Figure 20 IRIG B board 49 Figure 21 Fibre optic board 50 Figure 22 Rear communication board 51 Figure 23 Ethernet board 52 Figure...

Page 18: ...tar or ring circuit 247 Figure 61 IED bay computer and Ethernet switch with self healing ring facilities 247 Figure 62 Internal architecture of IED C264 bay computer and H36x Ethernet switch 248 Figur...

Page 19: ...Figure 90 Location of battery isolation strip 333 Figure 91 Rack mounting of products 335 Figure 92 Terminal block types 336 Figure 93 80TE case dimensions 340 Figure 94 RP1 physical connection 355 F...

Page 20: ...Table of Figures MiCOM P747 xviii P747 TM EN 1 P747 TM EN 1 1...

Page 21: ...INTRODUCTION CHAPTER 1...

Page 22: ...Chapter 1 Introduction MiCOM P747 2 P747 TM EN 1 P747 TM EN 1 1...

Page 23: ...This chapter contains the following sections Chapter Overview 3 Foreword 4 Features and Functions 6 Compliance 8 Functional Overview 9 Ordering Options 10 MiCOM P747 Chapter 1 Introduction P747 TM EN...

Page 24: ...oughout this manual The names for special keys and function keys appear in capital letters For example ENTER When describing software applications menu items buttons labels etc as they appear on the s...

Page 25: ...tputs via communications for each protected phase The P747 consists of the following main components Main protection This uses low impedance biased current differential protection The typical operatin...

Page 26: ...ONTROL FUNCTIONS Feature IEC 61850 ANSI Watchdog contacts Read only mode NERC compliant cyber security Function keys up to 10 FnkGGIO Programmable LEDs up to 18 LedGGIO Programmable hotkeys 2 Programm...

Page 27: ...figuration 16S Rear serial RS485 communication port for SCADA control 16S 2 Additional rear serial communication ports for SCADA control and teleprotection fibre and copper optional 16S Ethernet commu...

Page 28: ...005 R TTE Compliance compulsory 99 5 EC EMC EN50263 IEC 60255 22 1 2 3 4 5 6 7 IEC 61000 4 5 6 8 9 10 16 EN61000 4 3 18 IEEE ANSI C37 90 1 2 3 ENV50204 EN55022 Product Safety for North America UL CL F...

Page 29: ...0 51 P 50DZ 50BF ISL Remote Comms Port Local Communication Fault Records Measurements Disturbance Records Binary Input Output LEDs PSL E00029 27 Figure 1 Functional Overview MiCOM P747 Chapter 1 Intro...

Page 30: ...rnet Dual Homing Star 2 multi mode fibre ports Modulated IRIG B L Redundant Ethernet Dual Homing Star 2 multi mode fibre ports Un modulated IRIG B M Redundant Ethernet PRP 2 multi mode fibre ports Mod...

Page 31: ...SAFETY INFORMATION CHAPTER 2...

Page 32: ...Chapter 2 Safety Information MiCOM P747 12 P747 TM EN 1 P747 TM EN 1 1...

Page 33: ...ersonnel safe at all times You must be familiar with information contained in this chapter before unpacking installing commissioning or servicing the equipment This chapter contains the following sect...

Page 34: ...to which it is being connected Are familiar with accepted safety engineering practises and are authorised to energise and de energise equipment in the correct manner Are trained in the care and use o...

Page 35: ...so see these symbols on parts of the equipment Caution Refer to equipment documentation Failure to do so could result in damage to the equipment Warning Risk of electric shock Earth terminal Protectiv...

Page 36: ...g commissioning or servicing the equipment Caution Always use the equipment in a manner specified by the manufacturer Failure to do so will jeopardise the protection provided by the equipment Warning...

Page 37: ...r rack or panel mounting is for use on a flat surface of a Type 1 enclosure as defined by Underwriters Laboratories UL Caution To maintain compliance with UL and CSA CUL install the equipment using UL...

Page 38: ...al blocks to 0 5 Nm minimum and 0 6 Nm maximum Caution Always use insulated crimp terminations for voltage and current connections Caution Always use the correct crimp terminal and tool according to t...

Page 39: ...tial Connections that are pre wired but not used should be earthed when binary inputs and output relays are isolated When binary inputs and output relays are connected to a common potential unused pre...

Page 40: ...age dependent resistors VDRs are used these may present a risk of electric shock or burns if touched Warning Take extreme care when using external test blocks and test plugs such as the MMLG MMLB and...

Page 41: ...h may still be charged To avoid electric shock discharge the capacitors using the external terminals before to decommissioning Caution Avoid incineration or disposal to water courses Dispose of the eq...

Page 42: ...Chapter 2 Safety Information MiCOM P747 22 P747 TM EN 1 P747 TM EN 1 1...

Page 43: ...HARDWARE DESIGN CHAPTER 3...

Page 44: ...Chapter 3 Hardware Design MiCOM P747 24 P747 TM EN 1 P747 TM EN 1 1...

Page 45: ...product s hardware design This chapter contains the following sections Chapter Overview 25 Hardware Architecture 26 Mechanical Implementation 27 Front Panel 29 Rear Panel 33 Boards and Modules 35 MiCO...

Page 46: ...also a separate serial data bus for conveying sampled data from the input module to the CPU These parallel and serial databuses are shown as a single interconnection module in the following figure whi...

Page 47: ...implemented in a range of case sizes Case dimensions for industrial products usually follow modular measurement units based on rack sizes These are U for height and TE for width where 1U 1 75 inches...

Page 48: ...face board for RS232 RS485 connections 2nd rear communications board with IRIG B input Interface board for RS232 RS485 IRIG B connections 100MhZ Ethernet board Standard 100MHz Ethernet board for LAN c...

Page 49: ...physically protects the front panel Figure 4 Front panel 80TE The front panel consists of Top and bottom compartments with hinged cover LCD display Keypad Front serial port Front parallel port Fixed f...

Page 50: ...of text arrow keys now used for scrolling 2 hot keys for scrolling through the default display and for control of setting groups 4 1 3 LIQUID CRYSTAL DISPLAY The LCD is a high resolution monochrome di...

Page 51: ...nication settings must be set to match those of the IED The following table shows the unit s communication settings for the front port Protocol Courier Baud rate 19 200 bps Courier address 1 Message f...

Page 52: ...lt functions of these keys to fit specific needs Adjacent to these function keys are programmable tri colour LEDs which are set to be associated with their respective function keys 4 1 8 PROGRAMABLE L...

Page 53: ...ibed in this manual It also does not show the full range of available boards just a typical arrangement Not all slots are the same size The slot width depends on the type of board or terminal block Fo...

Page 54: ...nal block types Note Not all products use all types of terminal blocks The product described in this manual may use one or more of the above types Chapter 3 Hardware Design MiCOM P747 34 P747 TM EN 1...

Page 55: ...lock bolted onto the rear of the case as is the case for most of the other board types Figure 7 Rear connection to terminal block 6 2 SUBASSEMBLIES A sub assembly consists of two or more boards bolted...

Page 56: ...t does not fit into one of the slots It resides in the front panel and connects to the rest of the system using an internal ribbon cable The LCD and LEDs are mounted on the processor board along with...

Page 57: ...This board has eight isolated digital inputs with associated noise filtering and buffering The terminal numbers of the isolated digital inputs are as follows Terminal Number Isolated digital input Ter...

Page 58: ...der and depends on the nature of the supply voltage that will be connected to it There are three board types which support the following voltage ranges 24 54 V DC 48 125 V DC 110 250 V DC The power su...

Page 59: ...he output relay coils All power supply voltages including the 0 V earth line are distributed around the unit by the 64 way ribbon cable The power supply board incorporates inrush current limiting This...

Page 60: ...he operation of the IED s hardware and software when in service The Watchdog facility provides two output relay contacts one normally open and one normally closed These are used to indicate the health...

Page 61: ...located on pins 16 17 and 18 of the power supply terminal block which is on the far right looking from the rear The interface can be selected between RS485 and K bus When the K Bus option is selected...

Page 62: ...serial port The rear serial port RP1 is an EIA RS 485 interface which provides SCADA communication The interface supports half duplex communication and provides optical isolation for the serial data b...

Page 63: ...or CT Sigma Delta modulator VT or CT Digital filter Digital filter Sigma Delta modulator Resampling Resampling Figure 16 Input module schematic A D Conversion The differential analogue inputs from the...

Page 64: ...can be programmed for the nominal battery voltage of the circuit for which they are a part allowing different voltages for different circuits such as signalling and tripping They can also be programme...

Page 65: ...transformers provide electrical isolation between the unit and the power system The transformer board is connected physically and electrically to the input board to form a complete input module The t...

Page 66: ...used by the IED This input board also has on board opto input circuitry providing eight optically isolated digital inputs and associated noise filtering and buffering These opto inputs are presented t...

Page 67: ...Terminal 13 Opto 7 ve Terminal 14 Opto 7 ve Terminal 15 Opto 8 ve Terminal 16 Opto 8 ve Terminal 17 Common Terminal 18 Common 6 7 STANDARD OUTPUT RELAY BOARD Figure 19 Output relay board 8 contacts Th...

Page 68: ...hese cut out locations remain intact The terminal numbers are as follows Terminal Number Output Relay Terminal 1 Relay 1 NO Terminal 2 Relay 1 NO Terminal 3 Relay 2 NO Terminal 4 Relay 2 NO Terminal 5...

Page 69: ...events fault maintenance and disturbance records IRIG B interface is available in modulated or demodulated formats Due to slot limitations the IRIG B facility is also provided in combination with oth...

Page 70: ...rotocols Courier IEC 60870 5 103 MODBUS and DNP 3 0 It is a fibre optic alternative to the metallic RS485 port presented on the power supply terminal block and as such is mutually exclusive with it It...

Page 71: ...ese interfaces are known as SK4 and SK5 SK4 can be used with RS232 RS485 and K bus SK5 can only be used with RS232 and is used for InterMiCOM communication The second rear communications board and IRI...

Page 72: ...ct as follows 100 MHz Ethernet board 100 MHz Ethernet with on board modulated IRIG B input 100 MHz Ethernet with on board demodulated IRIG B input 10 MHz Ethernet board Two of the variants provide an...

Page 73: ...ants for this product are as follows 100 MHz redundant Ethernet running RSTP with on board modulated IRIG B 100 MHz redundant Ethernet running RSTP with on board demodulated IRIG B 100 MHz redundant E...

Page 74: ...Chapter 3 Hardware Design MiCOM P747 54 P747 TM EN 1 P747 TM EN 1 1...

Page 75: ...CONFIGURATION CHAPTER 4...

Page 76: ...Chapter 4 Configuration MiCOM P747 56 P747 TM EN 1 P747 TM EN 1 1...

Page 77: ...to set these parameters This chapter describes an overview of this common methodology as well as providing concise instructions of how to configure the device This chapter contains the following sect...

Page 78: ...n or changing values within a cell Left and right cursor keys To change default display change between column headings or changing values within a cell ENTER key For changing and executing settings Ho...

Page 79: ...ancel key returns to column header C C C Figure 25 Menu navigation 2 2 GETTING STARTED When you first start the IED it will go through its power up procedure After a few seconds it will settle down in...

Page 80: ...lay menu options 2 3 DEFAULT DISPLAY The default display menu contains a range of possible options that you can choose to be the default display The options available are NERC Compliant banner The IED...

Page 81: ...chapter a warning will appear when moving from the NERC compliant banner The warning message is as follows DISPLAY NOT NERC COMPLIANT OK You will have to confirm with the Enter button before you can...

Page 82: ...default level select Password then press the CLEAR key instead of entering a password Note In the SECURITY CONFIG column you can set the maximum number of attemps the time window in which the failed...

Page 83: ...rent values Commands this is for commands to be executed Data this is for measurements and records to be viewed which are not settable Note Sometimes the term Setting is used generically to describe a...

Page 84: ...en press the Enter key to change the cell value A flashing cursor on the LCD shows that the value can be changed You may be prompted for a password first 7 To change the setting value press the Up and...

Page 85: ...he SETTING GROUP menu Menu User01 SETTING GROUP 1 Nxt Grp Select Select the setting group with Nxt Grp and confirm by pressing Select If neither of the cursor keys is pressed within 20 seconds of ente...

Page 86: ...ring and Control chapter 2 10 FUNCTION KEYS With the exception of products housed in 20TE cases the products have a number of function keys for programming control functionality using the programmable...

Page 87: ...signal FUNCTION KEYS Fn Key 1 Mode Toggled The next cell down Fn Key 1 Label allows you to change the label of the function The default label is Function key 1 in this case To change the label you nee...

Page 88: ...IGURATION To configure the device 1 Select the CONFIGURATION column and check that the Comms settings cell is set to Visible 2 Select the COMMUNICATIONS column 3 Move to the first cell down RP1 protoc...

Page 89: ...is not settable It just displays the status of the chosen physical layer protocol for RP1 COMMUNICATIONS RP1 Card Status K Bus OK 8 Move down to the next cell RP1 Port Config This cell controls the t...

Page 90: ...ocol DNP3 0 4 Move down to the next cell RP1 Address This cell controls the DNP3 0 address of the IED Up to 32 IEDs can be connected to one spur therefore it is necessary for each IED to have a unique...

Page 91: ...of the device s DNP3 0 response The configuration data is uploaded from the device to the PC in a block of compressed format data and downloaded in a similar manner after modification The new DNP3 0 c...

Page 92: ...own controls the period between IEC 60870 5 103 measurements The IEC 60870 5 103 protocol allows the IED to supply measurements at regular intervals The interval between measurements is controlled by...

Page 93: ...ove down to the next cell RP1 Address This cell controls the Modbus address of the IED Up to 32 IEDs can be connected to one spur therefore it is necessary for each IED to have a unique address so tha...

Page 94: ...cannot configure the device for IEC 61850 using the HMI panel on the product For this you must use the IEC 61850 Configurator which is part of the settings application software IEC 61850 allows IEDs t...

Page 95: ...ation banks is also available using the IEC61850 CONFIG column of the HMI The SCL Name and Revision attributes of both configuration banks are also available in the IEC61850 CONFIG column of the HMI 3...

Page 96: ...time zone is maintained Time synchronisation from any interface will be used to directly set the master clock All times displayed on all interfaces will be based on the master clock with no adjustment...

Page 97: ...DST End Day DST End Month DST End Mins These settings are described in the DATE AND TIME settings table in the configuration chapter MiCOM P747 Chapter 4 Configuration P747 TM EN 1 77 P747 TM EN 1 1...

Page 98: ...nded ASCII text characters 32 to 234 inclusive In this cell you can enter and edit a 16 character plant description Model Number 00 06 Model Number Model number This cell displays the IED model number...

Page 99: ...2A state and one to indicate the 52B state Opto I P Status 00 30 32 bit binary flag data type G8 0 energised 1 de energised This cell displays the status of the first set of available opto inputs This...

Page 100: ...OpTimeLock 14 FaultFreqLock 15 CBStatusAlarm 16 ManCBTripFail 17 CBClsFail 18 ManCBUnhealthy 19 ManNoChecksync 20 ARLockout 21 ARCBUnhealthy 22 ARNoSysCheck 23 SystemSplit 24 UVBlock 25 SRUserAlarm1 2...

Page 101: ...m 18 15 MR User Alarm 19 16 MR User Alarm 20 17 MR User Alarm 21 18 MR User Alarm 22 19 MR User Alarm 23 20 MR User Alarm 24 21 MR User Alarm 25 22 MR User Alarm 26 23 MR User Alarm 27 24 MR User Alar...

Page 102: ...ys the current access level Password Level 1 00 D2 8 spaces ASCII text characters 33 to 122 inclusive This setting allows you to change password level 1 Password Level 2 00 D3 BBBB ASCII text characte...

Page 103: ...y is removed or not used SNTP Status 08 13 Not Settable This cell displays the SNTP time synchronisation status for IEC61850 versions LocalTime Enable 08 20 Flexibleover Eth 0 Disabled 1 Fixed or 2 Fl...

Page 104: ...ds This is set relative to 00 00 hrs on the selected day when time adjustment is to end RP1 Time Zone 08 30 UTC 0 UTC or 1 Local Setting for the rear port 1 interface to specify if time synchronizatio...

Page 105: ...s settings Group 4 Diff Protection 09 0C Enabled 0 Disabled or 1 Enabled This setting enables or disables differential current protection Dead Zone OC 09 0D Disabled 0 Disabled or 1 Enabled This setti...

Page 106: ...t control of the Circuit Breakers from the IED s hotkeys IEC GOOSE 09 49 Visible 0 Invisble or 1 Visible Hides or unhides the IEC61850 GOOSE menu from the IED display Applies to IEC61850 versions only...

Page 107: ...ndard or reverse phase sequence can be selected This menu sets this phase sequence Primary 0A 1A 1000 From to step Sets the phase Current Transformer input primary current rating Secondary 0A 1B 1 Fro...

Page 108: ...0A 2D Standard 0 Standard or 1 Inverted Standard or reverse phase sequence can be selected This menu sets this phase sequence Primary 0A 2E 1000 From to step Sets the phase Current Transformer input p...

Page 109: ...inal 13 CT 0A 40 This sets CT main data Polarity 0A 41 Standard 0 Standard or 1 Inverted Standard or reverse phase sequence can be selected This menu sets this phase sequence Primary 0A 42 1000 From t...

Page 110: ...o step Sets the phase Current Transformer input primary current rating Secondary 0A 53 1 From to step Sets the phase Current Transformer input secondary current rating Terminal 18 CT 0A 54 This sets C...

Page 111: ...00000020 Terminal 6 0x00000040 Terminal 7 0x00000080 Terminal 8 0x00000100 Terminal 9 0x00000200 Terminal 10 0x00000400 Terminal 11 0x00000800 Terminal 12 0x00001000 Terminal 13 0x00002000 Terminal 14...

Page 112: ...nal 4 0x00000010 Terminal 5 0x00000020 Terminal 6 0x00000040 Terminal 7 0x00000080 Terminal 8 0x00000100 Terminal 9 0x00000200 Terminal 10 0x00000400 Terminal 11 0x00000800 Terminal 12 0x00001000 Term...

Page 113: ...minal 6 0x00000040 Terminal 7 0x00000080 Terminal 8 0x00000100 Terminal 9 0x00000200 Terminal 10 0x00000400 Terminal 11 0x00000800 Terminal 12 0x00001000 Terminal 13 0x00002000 Terminal 14 0x00004000...

Page 114: ...7 0x00000080 Terminal 8 0x00000100 Terminal 9 0x00000200 Terminal 10 0x00000400 Terminal 11 0x00000800 Terminal 12 0x00001000 Terminal 13 0x00002000 Terminal 14 0x00004000 Terminal 15 0x00008000 Termi...

Page 115: ...00000004 Terminal 3 0x00000008 Terminal 4 0x00000010 Terminal 5 0x00000020 Terminal 6 0x00000040 Terminal 7 0x00000080 Terminal 8 0x00000100 Terminal 9 0x00000200 Terminal 10 0x00000400 Terminal 11 0x...

Page 116: ...the secondary physical rear port RP2 Ethernet Port 25 08 Enabled 0 Disabled or 1 Enabled This setting enables or disables the physical Ethernet Port Courier Tunnel 25 09 Enabled 0 Disabled or 1 Enabl...

Page 117: ...PROTECTION FUNCTIONS CHAPTER 5...

Page 118: ...Chapter 5 Protection Functions MiCOM P747 98 P747 TM EN 1 P747 TM EN 1 1...

Page 119: ...principles logic diagrams and applications This chapter contains the following sections Chapter Overview 99 Busbar Protection 100 Busbar Multiple Tripping Criteria 103 Circuit Breaker Fail Protection...

Page 120: ...ary depending on the distance from the fault To reduce this power networks can be divided into protection zones Values can be compared at zone boundaries to narrow the fault to a specific zone Each zo...

Page 121: ...tion under these conditions compensation is needed to remain sensitive to real faults yet ignore through faults This is done by applying a proportion of the scalar sum of all the currents entering and...

Page 122: ...Tripping area Idiff Restrain area K1 Ibias Is1 E00717 Figure 28 Compensation using biased differential characteristic Chapter 5 Protection Functions MiCOM P747 102 P747 TM EN 1 P747 TM EN 1 1...

Page 123: ...hest load current expected Tripping criteria affected by signals mapped in the Programmable Scheme Logic shown in the following diagram Key External DDB Signal V00713 Internal function Block BusDiff Z...

Page 124: ...Z1 Differential trip in block status commissioning mode active 1151 DiffCBFTrpZ1 Blk PFSO DDB_DIFF_CBF_Z1_TRIP_BLOCKED Z1 Differential CBF trip in block status commissioning mode active 3 2 TOPOLOGY R...

Page 125: ...4 Closed 723 Q18 Z1 alarm PSL DDB_Q18_Z1_ALARM PSL Q18 Z1 alarm 724 Q18 Z1 Closed PSL DDB_Q18_Z1_CLOSED PSL Q18 Z1 Closed 729 Q18 Z4 alarm PSL DDB_Q18_Z4_ALARM PSL Q18 Z4 alarm 730 Q18 Z4 Closed PSL D...

Page 126: ...ving the zone Tripping area Idiff Restrain area K2 20 to 90 Ibias ID 2 E00718 Figure 31 Zone tripping characteristic 3 5 CHECK ZONE The check zone element ensures that a busbar zone trip signal is cor...

Page 127: ...ristic 3 5 2 AUXILIARY CONTACTS DISCREPANCY If the actual position of an isolator or circuit breaker in the substation is not the same as that shown in the scheme it can produce a differential current...

Page 128: ...to 50 ID 1 Figure 33 Circuitry check characteristic 3 7 CURRENT PHASE COMPARISON CHECK Unless there is a fault the current flowing into the busbar equals the current flowing out If an external throug...

Page 129: ...ticular zone differential element to trip as soon as a fault is detected For example high speed disconnection of a busbar from a transmission grid Alternatively tripping can be delayed for example whe...

Page 130: ...AD ZONE BLIND SPOT PROTECTION DDBS Ordinal English Text Source Element Name Response Function Description 898 T1 DeadZone Trip SW DDB_DZ1_OC_TRIP Dead Zone T1 DeadZone Trip 915 T18 DeadZone Trip SW DD...

Page 131: ...the CONFIGURATION column set CB Fail to Disabled If CBF is set to Enabled and a fault occurs the CBF sequence is initiated CBF is configured using a combination of settings contained in the CB FAIL c...

Page 132: ...be issued if CBF Retrip Tn is mapped to appropriate outputs in the PSL This may not be necessary if another protection on the feeder provides the CB Fail function If the fault is on a busbar coupler...

Page 133: ...he fault trip all zones by mapping the CBF Bktrip Zn DDBs to appropriate outputs in the PSL 4 3 CB FAIL SETTINGS Menu Text Col Row Default Setting Available Options Description GROUP 1 CB FAIL I 45 00...

Page 134: ...emove I Start signal Remove IN Start 45 0E Disabled 0 Disabled or 1 Enabled This setting enables or disables the Remove IN Start signal 4 4 CB FAIL DDB SIGNALS Ordinal English Text Source Type Respons...

Page 135: ...is connected to an external B Phase trip which initiates a CB Fail condition 501 External Trip C Programmable Scheme Logic PSL Output No response This DDB signal is connected to an external C Phase T...

Page 136: ...S 5 UK LT Inverse TMS 6 Rectifier TMS 7 RI K 8 IEEE M Inverse TD 9 IEEE V Inverse TD 10 IEEE E Inverse TD 11 US Inverse TD 12 US ST Inverse TD This setting determines the tripping characteristic for t...

Page 137: ...delay for the first stage overcurrent element I 1 TMS 35 26 1 From 0 025 to 1 2 step 0 025 This is the Time Multiplier Setting to adjust the operate time of IEC IDMT curves I 1 Time Dial 35 27 1 From...

Page 138: ...m 0 01 to 100 step 0 01 This is the Time Multiplier Setting to adjust the operate time of IEEE US IDMT curves I 1 K RI 35 48 1 From 0 1 to 10 step 0 05 This setting defines the TMS constant to adjust...

Page 139: ...m 0 01 to 100 step 0 01 This is the Time Multiplier Setting to adjust the operate time of IEEE US IDMT curves I 1 K RI 35 68 1 From 0 1 to 10 step 0 05 This setting defines the TMS constant to adjust...

Page 140: ...m 0 01 to 100 step 0 01 This is the Time Multiplier Setting to adjust the operate time of IEEE US IDMT curves I 1 K RI 35 88 1 From 0 1 to 10 step 0 05 This setting defines the TMS constant to adjust...

Page 141: ...time of IEEE US IDMT curves I 1 K RI 35 A8 1 From 0 1 to 10 step 0 05 This setting defines the TMS constant to adjust the operate time of the RI curve I 1 Reset Char 35 A9 DT 0 DT 1 Inverse This setti...

Page 142: ...m 0 01 to 100 step 0 01 This is the Time Multiplier Setting to adjust the operate time of IEEE US IDMT curves I 1 K RI 36 08 1 From 0 1 to 10 step 0 05 This setting defines the TMS constant to adjust...

Page 143: ...m 0 01 to 100 step 0 01 This is the Time Multiplier Setting to adjust the operate time of IEEE US IDMT curves I 1 K RI 36 27 1 From 0 1 to 10 step 0 05 This setting defines the TMS constant to adjust...

Page 144: ...0 01 to 100 step 0 01 This is the Time Multiplier Setting to adjust the operate time of IEEE US IDMT curves I 1 K RI 36 37 1 From 0 1 to 10 step 0 05 This setting defines the TMS constant to adjust t...

Page 145: ...0 01 to 100 step 0 01 This is the Time Multiplier Setting to adjust the operate time of IEEE US IDMT curves I 1 K RI 36 47 1 From 0 1 to 10 step 0 05 This setting defines the TMS constant to adjust t...

Page 146: ...0 01 to 100 step 0 01 This is the Time Multiplier Setting to adjust the operate time of IEEE US IDMT curves I 1 K RI 36 57 1 From 0 1 to 10 step 0 05 This setting defines the TMS constant to adjust t...

Page 147: ...0 01 to 100 step 0 01 This is the Time Multiplier Setting to adjust the operate time of IEEE US IDMT curves I 1 K RI 36 67 1 From 0 1 to 10 step 0 05 This setting defines the TMS constant to adjust t...

Page 148: ...0 01 to 100 step 0 01 This is the Time Multiplier Setting to adjust the operate time of IEEE US IDMT curves I 1 K RI 36 77 1 From 0 1 to 10 step 0 05 This setting defines the TMS constant to adjust t...

Page 149: ...0 01 to 100 step 0 01 This is the Time Multiplier Setting to adjust the operate time of IEEE US IDMT curves I 1 K RI 36 87 1 From 0 1 to 10 step 0 05 This setting defines the TMS constant to adjust t...

Page 150: ...0 01 to 100 step 0 01 This is the Time Multiplier Setting to adjust the operate time of IEEE US IDMT curves I 1 K RI 36 97 1 From 0 1 to 10 step 0 05 This setting defines the TMS constant to adjust t...

Page 151: ...0 01 to 100 step 0 01 This is the Time Multiplier Setting to adjust the operate time of IEEE US IDMT curves I 1 K RI 36 B7 1 From 0 1 to 10 step 0 05 This setting defines the TMS constant to adjust t...

Page 152: ...0 01 to 100 step 0 01 This is the Time Multiplier Setting to adjust the operate time of IEEE US IDMT curves I 1 K RI 36 C7 1 From 0 1 to 10 step 0 05 This setting defines the TMS constant to adjust t...

Page 153: ...to 10 step 0 05 This setting defines the TMS constant to adjust the operate time of the RI curve I 1 Reset Char 36 D8 DT 0 DT 1 Inverse This setting determines the type of Reset characteristic used f...

Page 154: ...ge C phase Phase Overcurrent trip signal 251 I 3 Trip Software PSL Input Protection event This DDB signal is the third stage any phase Phase Overcurrent trip signal 252 I 3 Trip A Software PSL Input P...

Page 155: ...re PSL Input Protection event This DDB signal is the fourth stage A phase Overcurrent start signal 309 I 4 Start B Software PSL Input Protection event This DDB signal is the fourth stage B phase Overc...

Page 156: ...l 584 I 6 Start A Software PSL Input Protection event This DDB signal is the sixth stage A phase Phase Overcurrent start signal 585 I 6 Start B Software PSL Input Protection event This DDB signal is t...

Page 157: ...re 1 represents a connection and 0 no connection 4 Set the polarities of the CT terminals using 1 or 0 5 To complete the configuration associate the status of switches in the scheme with the digital o...

Page 158: ...ted using terminals CTs 1 2 and 8 Terminals 1 and 2 look into the zone but terminal 8 looks out from the zone so you set Z2 CT Dir to 000000000000000011 Z2 CT Inv Dir to 000000000010000000 4 Apply the...

Page 159: ...CB7 8 52B open E00723 The following diagram shows bus coupler isolators for the worked example The configuration is then complete Input L5 DDB E00724 Q7 Z1 Closed DDB Input L6 DDB Q8 Z2 Closed DDB Q7...

Page 160: ...Chapter 5 Protection Functions MiCOM P747 140 P747 TM EN 1 P747 TM EN 1 1...

Page 161: ...MONITORING AND CONTROL CHAPTER 6...

Page 162: ...Chapter 6 Monitoring and Control MiCOM P747 142 P747 TM EN 1 P747 TM EN 1 1...

Page 163: ...ing and control functionality This chapter contains the following sections Chapter Overview 143 Event Records 144 Disturbance Recorder 161 Measurements 162 I O Functions 168 Voltage Transformer Superv...

Page 164: ...ent type Time Date indicates the time and date the event occurred Event Text displays the event description 2 lines of 16 characters Event Value displays a 32 bit binary number representing the event...

Page 165: ...tion elements will not be logged as an event Clear Dist Recs 0B 30 No 0 No or 1 Yes This allows you to clear distance records DDB 31 0 0B 40 0xFFFFFFFF 32 bit binary flag data type G27 1 event recordi...

Page 166: ...xFFFFFFFF 32 bit binary flag data type G27 1 event recording Enabled 0 event recording Disabled These signals can be included or excluded from being stored as a Courier event record assuming the DDB i...

Page 167: ...xFFFFFFFF 32 bit binary flag data type G27 1 event recording Enabled 0 event recording Disabled These signals can be included or excluded from being stored as a Courier event record assuming the DDB i...

Page 168: ...FFFF 32 bit binary flag data type G27 1 event recording Enabled 0 event recording Disabled These signals can be included or excluded from being stored as a Courier event record assuming the DDB is cap...

Page 169: ...xFFFFFFFF 32 bit binary flag data type G27 1 event recording Enabled 0 event recording Disabled These signals can be included or excluded from being stored as a Courier event record assuming the DDB i...

Page 170: ...xFFFFFFFF 32 bit binary flag data type G27 1 event recording Enabled 0 event recording Disabled These signals can be included or excluded from being stored as a Courier event record assuming the DDB i...

Page 171: ...as a Courier event record assuming the DDB is capable of creating an event DDB 1951 1920 0B 7C 0xFFFFFFFF 32 bit binary flag data type G27 1 event recording Enabled 0 event recording Disabled These s...

Page 172: ...of all output relays You can tell which output relay has changed state by comparing the new event with the previous one The description of this event type as shown in the Event Text cell is always Ou...

Page 173: ...Mode Alarm 19 0x00080000 T1 in Maintenance Mode Alarm 20 0x00100000 T2 in Maintenance Mode Alarm 21 0x00200000 T3 in Maintenance Mode Alarm 22 0x00400000 T4 in Maintenance Mode Alarm 23 0x00800000 T5...

Page 174: ...000000 UNUSED 30 0x40000000 UNUSED 31 0x80000000 UNUSED Alarm Status 3 Bit no Bit Mask hex Alarm Description 0 0x00000001 Battery Fail alarm indication 1 0x00000002 Field Voltage Failure 2 0x00000004...

Page 175: ...using the Select Fault setting where fault number 0 is the latest fault A fault record is triggered by the Fault REC TRIG signal DDB which is assigned in the PSL The fault recorder records the values...

Page 176: ...tion failure 14 Software Failure There is a general software failure 15 H W Verify Fail There is a hardware verification failure 16 Non Standard There is a non standard error 17 Ana Sample Fail There...

Page 177: ...hanged 5 Password Blocked The password has been blocked 6 P Word Unblocked The password has been unblocked 7 P W Ent When Blk The password has been entered while it is blocked 8 Inval PW Entered An in...

Page 178: ...44 IRIG B Set Port2 IRIG B interface has been set to RP2 2 2 8 PLATFORM EVENTS Platform events are special types of standard events The event type description shown in the Event Text cell displays th...

Page 179: ...us of the third set of 32 start signals Trip Elements1 01 10 Not Settable This cell displays the status of the first set of 32 trip signals Trip Elements2 01 11 Not Settable This cell displays the sta...

Page 180: ...Ix Z4 Diff 01 B6 Not Settable This cell displays zone 4 differential current Ix Z4 Bias 01 B7 Not Settable This cell displays zone 4 bias current Ix CZ Diff 01 B8 Not Settable This cell displays chec...

Page 181: ...ls The Duration cell sets the overall recording time and the Trigger Position cell sets the trigger point as a percentage of the duration For example the default settings show that the overall recordi...

Page 182: ...1 column 4 1 2 MEASURED AND CALCULATED VOLTAGES The device measures phase to phase and phase to neutral voltage values The values are produced by sampling the analogue input quantities converting them...

Page 183: ...sub periods The resolution of the sliding window is the sub period length with the displayed values being updated at the end of each of the sub periods according to the Roll Sub Period setting in the...

Page 184: ...his setting controls whether remote measured values via rear comms ports are displayed as primary or secondary quantities Measurement Ref 0D 04 VXN Z1 0 VxN Z1 1 VxN Z2 2 VxN Z3 3 VxN Z4 4 IX T1 5 IX...

Page 185: ...6 Magnitude IX 6 Phase Angle 02 30 Not Settable IX 6 Phase Angle IX 7 Magnitude 02 31 Not Settable IX 7 Magnitude IX 7 Phase Angle 02 32 Not Settable IX 7 Phase Angle IX 8 Magnitude 02 33 Not Settabl...

Page 186: ...02 44 Not Settable IX 16 Phase Angle IX 17 Magnitude 02 45 Not Settable IX 17 Magnitude IX 17 Phase Angle 02 46 Not Settable IX 17 Phase Angle IX 18 Magnitude 02 47 Not Settable IX 18 Magnitude IX 18...

Page 187: ...ing Available Options Description MEASUREMENTS 2 04 00 This column contains measurement parameters Ix Z1 Diff 04 01 Not Settable Ix Z1 Diff Ix Z1 Bias 04 02 Not Settable Ix Z1 Bias Ix Z2 Diff 04 03 No...

Page 188: ...activating the associated function Locking a function key that is set to the Normal mode causes the associated DDB signals to be permanently off This safety feature prevents any inadvertent function k...

Page 189: ...y output to high or low in the PSL In Normal mode the function key output remains high as long as key is pressed Fn Key 1 10 Label 17 04 1F Function Key 1 16 character text string This setting lets yo...

Page 190: ...s self resetting The reset occurs when the circuit is reclosed and the Any Pole Dead signal has been reset for three seconds providing the Any Start signal is inactive The reset is prevented if the An...

Page 191: ...7 Red Programmable LED 205 LED7 Grn Software TRI LED NO RESPONSE Tri LED 7 Green Programmable LED 206 LED8 Red Software TRI LED NO RESPONSE Tri LED 8 Red Programmable LED 207 LED8 Grn Software TRI LE...

Page 192: ...RESPONSE Tri LED 18 Red Function key LED 227 FnKey LED10 Grn Software TRI LED NO RESPONSE 5 2 6 LED CONDITIONERS When driving an LED the driving signal has to first be conditioned We need to define c...

Page 193: ...27V 1 30 34V 2 48 54V 3 110 125V or 4 220 250V This cell sets the nominal voltage for opto input 7 Opto Input 8 11 09 48 54V 0 24 27V 1 30 34V 2 48 54V 3 110 125V or 4 220 250V This cell sets the nomi...

Page 194: ...23 11 18 48 54V 0 24 27V 1 30 34V 2 48 54V 3 110 125V or 4 220 250V This cell sets the nominal voltage for opto input 23 Opto Input 24 11 19 48 54V 0 24 27V 1 30 34V 2 48 54V 3 110 125V or 4 220 250V...

Page 195: ...125V or 4 220 250V This cell sets the nominal voltage for opto input 38 Opto Input 39 11 28 48 54V 0 24 27V 1 30 34V 2 48 54V 3 110 125V or 4 220 250V This cell sets the nominal voltage for opto input...

Page 196: ...nput 12 4A 0C L12 Not Used ASCII text This setting defines the label for opto input 12 Opto Input 13 4A 0D L13 Not Used ASCII text This setting defines the label for opto input 13 Opto Input 14 4A 0E...

Page 197: ...Input 33 4A 21 L33 Not Used ASCII text This setting defines the label for opto input 33 Opto Input 34 4A 22 L34 Not Used ASCII text This setting defines the label for opto input 34 Opto Input 35 4A 23...

Page 198: ...he O P LABELS column you can define the DDB signal names for the output relays Courier Text Col Row Default Setting Available Options Description GROUP 1 OUTPUT LABELS 4B 00 This column contains setti...

Page 199: ...ut relay 20 Relay 21 4B 15 R21 Not Used ASCII text This setting defines the label for output relay 21 Relay 22 4B 16 R22 Not Used ASCII text This setting defines the label for output relay 22 Relay 23...

Page 200: ...al Signal Name Source Type Response Description 128 to 159 Relay Conditioner 1 to 32 Programmable Scheme Logic Output Conditioner No Response DDB signals for relay conditioners 1 to 32 5 5 CONTROL INP...

Page 201: ...nd sets or resets Control Input 13 Control Input 14 12 0F No Operation 0 No Operation 1 Set 2 Reset This command sets or resets Control Input 14 Control Input 15 12 10 No Operation 0 No Operation 1 Se...

Page 202: ...trol inputs Hotkey Enabled 13 01 0xFFFFFFFF Binary flag 0 not assigned 1 assigned This setting allows the control inputs to be individually assigned to the Hotkey menu The hotkey menu allows the contr...

Page 203: ...set 2 In Out 3 Enabled Disabled This setting allows you to select the text to be displayed on the hotkey menu Control Input 9 13 30 Latched 0 Latched or 1 Pulsed This setting configures the control in...

Page 204: ...t Reset 2 In Out 3 Enabled Disabled This setting allows you to select the text to be displayed on the hotkey menu Control Input 18 13 54 Latched 0 Latched or 1 Pulsed This setting configures the contr...

Page 205: ...t Reset 2 In Out 3 Enabled Disabled This setting allows you to select the text to be displayed on the hotkey menu Control Input 27 13 78 Latched 0 Latched or 1 Pulsed This setting configures the contr...

Page 206: ...iption CTRL I P LABELS 29 00 This column contains settings for the Control Input Labels Control Inputs 1 to 32 29 01 to 20 Control Input n Extended ASCII text characters 32 to 234 inclusive In this ce...

Page 207: ...t zone and tripping a circuit breaker Ordinal Signal Name Source Type Response Description 1080 VT Chk Block Z1 Software VT Check Protection event This DDB signal indicates that the VT supervision blo...

Page 208: ...n be monitored when a self reset trip contact is used However this scheme is incompatible with latched trip contacts as a latched contact will short out the opto input for a time exceeding the recomme...

Page 209: ...is scheme provides supervision of the trip coil with the breaker open or closed but does not provide pre closing supervision of the trip path However using two opto inputs allows the IED to correctly...

Page 210: ...this scheme is not compatible with latched trip contacts If you require CB status monitoring further opto inputs must be used V01216 52A 52B Output Relay ve ve Opto input Circuit Breaker R3 R2 R1 Trip...

Page 211: ...SCADA COMMUNICATIONS CHAPTER 7...

Page 212: ...Chapter 7 SCADA Communications MiCOM P747 192 P747 TM EN 1 P747 TM EN 1 1...

Page 213: ...Alstom Grid s MiCOM products support both of these communication technologies This chapter contains the following sections Chapter Overview 193 Communication Interfaces 194 Serial Communication 195 S...

Page 214: ...der option Rear Port 2 RP2 Optional RS232 RS485 K Bus SCADA Remote settings SK4 Courier only SK5 InterMicom only Ethernet Optional Ethernet IEC 61850 or DNP3 Remote settings IEC 61850 Courier tunnelle...

Page 215: ...eters match then it is possible that the two wire connection is reversed The RS485 bus must be terminated at each end with 120 0 5 W terminating resistors between the signal wires The RS485 standard r...

Page 216: ...stead of the 180 resistors shown in the above diagram If using the field voltage please heed the following warnings 3 3 K BUS K Bus is a robust signalling method based on RS485 voltage levels K Bus in...

Page 217: ...the KITZ101 KITZ102 or KITZ201 must be used for this purpose Please consult Alstom Grid for information regarding the specification and supply of KITZ devices The following figure demonstrates a typic...

Page 218: ...of noise rejection The fibre optic port provides 100 Mbps communication and uses type BFOC 2 5 ST connectors Fibres should be suitable for 1300 nm transmission and be multimode 50 125 m or 62 5 125 m...

Page 219: ...MODBUS RS485 Standard for SCADA communications developed by Modicon IEC 60870 5 103 RS485 IEC standard for SCADA communications DNP 3 0 RS485 Ethernet Standard for SCADA communications developed by Ha...

Page 220: ...or either of the rear ports both the IED address and baud rate can be selected using the front panel menu or by the settings application software 6 2 COURIER DATABASE The Courier database is two dimen...

Page 221: ...n all events are extracted in sequential order using the standard Courier event mechanism This includes fault and maintenance data if appropriate The manual approach allows you to select events faults...

Page 222: ...hich contains the above fields plus two additional fields Event extraction column Event number These events contain additional information which is extracted from the IED using the RECORDER EXTRACTION...

Page 223: ...e settings before they are transferred to the IED 6 9 TIME SYNCHRONISATION The time and date can be set using the time synchronization feature of the Courier protocol The device will correct for the t...

Page 224: ...SCADA connection via RS485 Optional fibre port RP1 in slot A for permanent SCADA connection via optical fibre If the optional fibre optic port is fitted a menu item appears in which the active port ca...

Page 225: ...profile in the Menu Database 7 6 CYCLIC MEASUREMENTS The device will produce measured values using ASDU 9 on a cyclical basis this can be read from the device using a Class 2 poll note ADSU 3 is not...

Page 226: ...can be blocked in the monitor and command directions using one of the two following methods The menu command RP1 CS103Blocking in the COMMUNICATIONS column The DDB signals Monitor Blocked and Command...

Page 227: ...SCADA Ethernet connection The IED address and baud rate can be selected using the front panel menu or by the settings application software When using a serial interface the data format is 1 start bit...

Page 228: ...esent running value from Object 20 or as a frozen value from Object 21 The running counters of object 20 accept the read freeze and clear functions The freeze function takes the current value of the o...

Page 229: ...es in DNP 3 0 with respect to CT and VT ratios 8 6 OBJECT 40 ANALOGUE OUTPUT The conversion to fixed point format requires the use of a scaling factor which is configurable for the various types of da...

Page 230: ...aud rate can be selected using the front panel menu or by the settings application software When using a serial interface the data format is 1 start bit 8 data bits 1 parity bit with 1 stop bit or 2 s...

Page 231: ...lable on request Note The extended memory file 6xxxx is not supported Note MODBUS convention is to document register addresses as ordinal values whereas the actual protocol addresses are literal value...

Page 232: ...nput alarm and protection events MODBUS Address 30110 1 This indicates the MODBUS register address where the change occurred Alarm 30011 Relays 30723 Optos 30725 Protection events like the relay and o...

Page 233: ...lue for manually selecting records 4x00250 Manual disturbance record selection register This register is used to manually select disturbance records The values written to this cell are an offset of th...

Page 234: ...lete All of the disturbance data has been extracted Disturbance overwritten An error occurred during the extraction process where the disturbance being extracted was overwritten by a new record No non...

Page 235: ...om registers 3x00930 3x00933 End Extract disturbance data Yes No V01003 Figure 50 Manual selection of a disturbance record 9 6 2 AUTOMATIC EXTRACTION PROCEDURE There are two methods that can be used f...

Page 236: ...00 Extract disturbance data Yes No Error Figure 51 Automatic selection of disturbance record method 1 Method 2 Method 2 is more complex to implement but is more efficient at extracting large quantitie...

Page 237: ...stTime True FirstTime True Is FirstTime True Yes No FirstTime True FirstTime False Error Figure 52 Automatic selection of disturbance record method 2 9 6 3 EXTRACTING THE DISTURBANCE DATA The extracti...

Page 238: ...a were received Configuration complete Read DR status value from register 3x00934 Check DR status for error conditions or Busy status What is the value of DR status Busy To parent procedure Error Othe...

Page 239: ...an error may occur which will be reported on the DR Status register 3x00934 In this case you must take action to re start the record extraction or to abort according to the table below Value State De...

Page 240: ...ration will be discarded 9 8 PASSWORD PROTECTION The following registers are available to control password protection Function MODBUS Registers Password entry 4x00001 to 4x00002 and 4x20000 to 4x20003...

Page 241: ...will have a value of zero G12 date time data type structure Bit Position Byte 7 6 5 4 3 2 1 0 1 m7 m6 m5 m4 m3 m2 m1 m0 2 m15 m14 m13 m12 m11 m10 m9 m8 3 IV R I5 I4 I3 I2 I1 I0 4 SU R R H4 H3 H2 H1 H...

Page 242: ...ER AND ENERGY MEASUREMENT DATA FORMATS The power and energy measurements are available in the Data Type G31 format This uses two registers and is listed in the DISTURBANCE RECORDER column of the Couri...

Page 243: ...85 Using Ethernet in the substation offers many advantages most significantly including Ethernet allows high speed data rates currently 100 Mbps rather than tens of kbps or less used by most serial pr...

Page 244: ...ance number For example XCBR1 circuit breaker MMXU1 measurements FrqPTOF2 overfrequency protection stage 2 Data Object This next layer is used to identify the type of data you will be presented with F...

Page 245: ...lable as a separate document 10 7 IEC 61850 PEER TO PEER GSSE COMMUNICATIONS The implementation of IEC 61850 Generic Object Oriented Substation Event GOOSE enables faster communication between IEDs of...

Page 246: ...s relating to a failed Ethernet link are available in the COMMUNICATIONS column of the IED s HMI 10 9 1 ETHERNET DISCONNECTION IEC 61850 Associations are unique and made between the client and server...

Page 247: ...19 30 The data in this sub heading relates to the IEC61850 IP parameters IP Address 19 31 0 0 0 0 Not Settable This cell displays the IED s IP address Subnet Address 19 32 0 0 0 0 Not Settable Ths cel...

Page 248: ...E message With Pass Through the data in the GOOSE message is sent as normal With Forced the data sent in the GOOSE message follows the VOP Test Pattern setting Ignore Test Flag 19 73 No 0 No or 1 Yes...

Page 249: ...INF19 LED reset Private INFs for example CB open close Control Inputs The following commands are still allowed Poll Class 1 Read spontaneous events Poll Class 2 Read measurands GI sequence ASDU7 Star...

Page 250: ...ce records Time synchronisation Change active setting group 11 4 READ ONLY SETTINGS The following settings are available for enabling or disabling Read Only Mode RP1 Read Only RP2 Read Only NIC Read O...

Page 251: ...ced in chronological order This is achieved in various ways depending on the chosen options and communication protocols Using the IRIG B input if fitted Using the SNTP time protocol for Ethernet IEC 6...

Page 252: ...e slot 5 and 6 Control functions Time slots 7 to 10 Straight binary time of day The first four time slots define the time in BCD Binary Coded Decimal Time slots 5 and 6 are used for control functions...

Page 253: ...r is also configured with a different IP address for backup purposes The HMI menu does not contain any configurable settings relating to SNTP as the only way to configure it is using the IEC 61850 Con...

Page 254: ...municated to the relevant IEDs via one of the rear serial ports using the chosen protocol It is also possible to define the time locally using settings in the DATE AND TIME column The time synchronisa...

Page 255: ...o 30 min step 1m This sets the Rear Port 1 IEC60870 5 103 Protocol inactivity timer RP1 Baud Rate 0E 04 19200 bits s 1200 2400 4800 9600 19200 38400 dependent on protocol This sets the Rear Port 1 Mod...

Page 256: ...NP 3 0 versions only DNP App Fragment 0E 12 2048 100 to 2048 step 1 This sets the maximum message length application fragment size transmitted by the IED for DNP 3 0 versions DNP App Timeout 0E 13 2 F...

Page 257: ...s whether IEC 61850 or DNP 3 0 over Ethernet are used on the rear Ethernet port IP Address 0E A1 0 0 0 0 Not Settable This cell displays the IED s IP address DNP over Ethernet versions only Subnet mas...

Page 258: ...DNP 3 0 over Ethernet versions only DNP Need Time 0E B1 10 From 1 to 30 step 1 This sets the duration of time waited before requesting another time sync from the master DNP 3 0 versions only DNP App F...

Page 259: ...REDUNDANT ETHERNET CHAPTER 8...

Page 260: ...Chapter 8 Redundant Ethernet MiCOM P747 240 P747 TM EN 1 P747 TM EN 1 1...

Page 261: ...ess redundancy at the intelligent electronic device IED level Bumpless in this context means the transfer from one communication path to another without noticeable consequences This chapter contains t...

Page 262: ...i mode fibre ports demodulated IRIG B ZN0071 008 Redundant Ethernet PRP 2 multi mode fibre ports modulated IRIG B ZN0071 009 Any PRP device Redundant Ethernet PRP 2 multi mode fibre ports demodulated...

Page 263: ...n Earth Link Fail Connector Watchdog Relay Pin Closed Open 1 2 Link fail Channel 1 A Link ok Channel 1 A 2 3 Link fail Channel 2 B Link ok Channel 2 B LEDs LED Function On Off Flashing Green Link Link...

Page 264: ...and discards the duplicate Therefore there is no distinction between the working and backup path The receiving node checks that all frames arrive in sequence and that frames are correctly received on...

Page 265: ...ess Resolution Protocol at layer 2 Every data frame is seen by both ports When a DAN sends a frame of data the frame is duplicated on both ports and therefore on both LAN segments This provides a redu...

Page 266: ...ard used to quickly reconnect a network fault by finding an alternative path allowing loop free network topology Although RSTP can recover network faults quickly the fault recovery time depends on the...

Page 267: ...TP the Alstom Grid SHP solution responds to the constraints of critical time applications such as the GOOSE messaging of IEC 61850 SHP in MiCOM Px4x is fully compatible with SHP used in the MiCOM C264...

Page 268: ...t are sent to the secondary fibre On the other side of the break messages received on the secondary fibre are sent to the primary fibre and the new topological loop is closed in less than 1 ms As well...

Page 269: ...ies where a device is connected to two independent networks one being the main path the other being the backup path Both are active at the same time In sending mode packets from the device are sent by...

Page 270: ...g SWD21x Dual homing SWD21x V01015 Modified frames from network1 Modified frames from network2 No modified frames Network 1 Network 2 Figure 65 Dual homing mechanism The H36x is a repeater with a stan...

Page 271: ...t Up to 4 links RS485 TX copper link FX optical fibre Ethernet H600 switch H600 switch E01017 Px4x C264 For PRP this is SRP for DHP this is SWD RS485 RS422 For PRP this is PRP REB for DHP this is DHP...

Page 272: ...MP with the appropriate software The information in the MIB is standardized Each system in a network workstation server router bridge etc maintains a MIB that reflects the status of the managed resour...

Page 273: ...mon to devices from all vendors Underneath the Management branch is MIB II mib 2 and beneath this are branches for common management functions such as system management printers host resources and int...

Page 274: ...MIB browser which can perform the basic SNMP operations such as GET GETNEXT and RESPONSE Note When communicating with the Redundant Ethernet Card there are two IP addresses visible one for the IED an...

Page 275: ...rLREMode 15 lreSwitchingEndNode 16 lreRedBoxIdentity 17 lreSanA 18 lreSanB 19 lreEvaluateSupervision 20 lreNodesTableClear 21 lreProxyNodeTableClear 1 lreStatistics 1 lreStatisticsInterfaceGroup 0 lre...

Page 276: ...ifLastChange 10 ifInOctets 11 ifInUcastPkts 12 ifInNUcastPkts 13 ifInDiscards 14 ifInErrors 15 ifInUnknownProtos 16 ifOutOctets 17 ifOutUcastPkts 18 ifOutNUcastPkts 19 ifOutDiscards 20 ifOutErrors 21...

Page 277: ...ant Ethernet board switch and not that of the IED See the Configuration chapter for further information 5 5 SIMPLE NETWORK TIME PROTOCOL SNTP Simple Network Time Protocol SNTP is used to synchronize t...

Page 278: ...ust be configured through the Ethernet network IED IP1 IED Configurator XXX YYY 254 ZZZ Fixed SHP DHP RSTP SW2 SHP DHP RSTP Switch Manager SHP DHP RSTP Configurator RSTP REB IP2 V01018 AAA BBB CCC DDD...

Page 279: ...NMP If using RSTP the first two octets are configured using the RSTP Configurator software tool or using an SNMP MIB browser 6 2 2 CONFIGURING THE THIRD OCTET OF THE BOARD IP ADDRESS The third octet i...

Page 280: ...he earth ground point on the back of the IED E01019 5 Lift the upper and lower flaps Remove the six screws securing the front panel and pull the front panel outwards E01020 Chapter 8 Redundant Etherne...

Page 281: ...able range is 1 to 127 V01022 1 2 4 8 16 32 64 Unused SW2 Top view ON Example address decimal 85 1 4 16 64 85 8 Once you have set the IP address reassemble the IED following theses instructions in the...

Page 282: ...one through an Ethernet switch or through a media converter IED Ethernet switch TXA Media Converter RJ45 V01806 RXA TXB RXB RXA TXA RXB TXB TX RX a b IED RXA TXA RXB TXB Figure 69 Connection using a a...

Page 283: ...NTP IP address Date time of the real time clock from the board 7 5 PRP IP ADDRESS CONFIGURATION To change the network address component of the IP address 1 From the main window click the IP Config but...

Page 284: ...namic Entries click Read Database Info 3 To set the Aging Time enter the number of seconds in the text box and click the Set button 4 To add a static entry in the forwarding database click the Filteri...

Page 285: ...done through an Ethernet switch or through a media converter IED Ethernet switch TX1 Media Converter RJ45 V01803 RX1 TX2 RX2 RX1 TX1 RX2 TX2 TX RX a b IED RX1 TX1 RX2 TX2 Figure 70 Connection using a...

Page 286: ...to the PC is identified and its details are listed Device address MAC address Version number of the firmware SNTP IP address Date time of the real time clock from the board 8 5 RSTP IP ADDRESS CONFIGU...

Page 287: ...ond Maximum value second 1 Bridge Max Age 20 6 40 2 Bridge Hello Time 2 1 10 3 Bridge Forward Delay 15 4 30 4 Bridge Priority 32768 0 61440 8 8 1 BRIDGE PARAMETERS To read the RSTP bridge parameters f...

Page 288: ...n click the Get Port States button This lists the ports of the Ethernet board A tick shows they are enabled 8 9 END OF SESSION To finish the session 1 In the main window click the Quit button a new sc...

Page 289: ...ing the Simple Network Management Protocol SNMP All switches have a single 6 byte MAC address Redundancy Management Standard Ethernet does not support a loop at the OSI link layer layer 2 of the 7 lay...

Page 290: ...board connected to the Alstom switch The IP and MAC addresses are displayed below the drop down box 7 Periodically click the Ring Topology button top left to display or refresh the list of Alstom swi...

Page 291: ...VLAN The Virtual Local Area Network VLAN is a technique used to split an interconnected physical network into several networks This technique can be used at all ISO OSI levels The VLAN switch is mainl...

Page 292: ...window click the Quit button a new screen appears 2 If a database backup is required click Yes a new screen appears 3 Click the button to browse the path Enter the name in the text box Chapter 8 Redun...

Page 293: ...CYBER SECURITY CHAPTER 9...

Page 294: ...Chapter 9 Cyber Security MiCOM P747 274 P747 TM EN 1 P747 TM EN 1 1...

Page 295: ...ons use standardised protocols for communication Furthermore substations can be interconnected with open networks such as the internet or corporate wide networks which use standardised protocols for c...

Page 296: ...ttacks by hackers Good cyber security can be achieved with a range of measures such as closing down vulnerability loopholes implementing adequate security processes and procedures and providing techno...

Page 297: ...ontrol or have an influence on the reliability of North America s electricity generation and distribution systems These standards have been compulsory in the USA for several years now Compliance audit...

Page 298: ...ing a section in the documentation where it describes changes affecting the hardware and software 3 1 3 CIP 004 CIP 004 requires that personnel with authorized cyber access or authorized physical acce...

Page 299: ...ors and logs access 3 1 7 CIP 008 CIP 008 requires that an incident response plan be developed including the definition of an incident response team their responsibilities and associated procedures Po...

Page 300: ...r held in a circular buffer Records contain all defined fields from the standard and record all defined function event types where the function is supported No password defeat mechanism exists Instead...

Page 301: ...urity Password recovery procedure Disabling of unused physical and logical ports Inactivity timer Security events management External to the IEDs the following cyber security measures have been implem...

Page 302: ...d Operation Write Operation 0 Read Some Write Minimal SYSTEM DATA column Description Plant Reference Model Number Serial Number S W Ref Access Level Security Feature SECURITY CONFIG column User Banner...

Page 303: ...ngth password Through the front panel it is entered by confirming the password entry without actually entering any password characters Through a communications port the Courier and Modbus protocols ea...

Page 304: ...el as follows Level 1 off Level 2 off 0 Level 1 on Level 2 off 1 Level 1 off Level 2 on 2 Level 1 on Level 2 on 3 Key HMI Human Machine Interface FPort Front Port RPrt Rear Port Lvl Level 4 3 ENHANCED...

Page 305: ...ly after a defined number of failed password entry attempts Each invalid password entry attempt decrements the Attempts Remain data cell by 1 When the maximum number of attempts has been reached acces...

Page 306: ...As soon as the security code is displayed on the LCD a validity timer is started This validity timer is set to 72 hours and is not configurable This provides enough time for the contact centre to man...

Page 307: ...able unused physical ports A level 3 password is needed to perform this action To prevent accidental disabling of a port a warning message is displayed according to whichever port is required to be di...

Page 308: ...ON int LEVEL n PASSWORD SET BLANK P WORD SET BLANK BY int LEVEL p PASSWORD SET NON COMPLIANT P WORD NOT NERC BY int LEVEL p PASSWORD MODIFIED PASSWORD CHANGED BY int LEVEL p PASSWORD ENTRY BLOCKED PAS...

Page 309: ...BY int USER CURVES UPLOADED USER CRV UPLOAD BY int GROUP crv PSL CONFIG UPLOADED PSL CONFG UPLOAD BY int GROUP grp SETTINGS UPLOADED SETTINGS UPLOAD BY int GROUP grp EVENTS HAVE BEEN EXTRACTED EVENTS...

Page 310: ...uld log out Do this by going up to the top of the menu tree When you are at the Column Heading level and you press the Up button you may be prompted to log out with the following display DO YOU WANT T...

Page 311: ...d Level 1 00 E2 ASCII text characters 33 to 122 inclusive This setting allows you to change the encrypted password level 1 This is not visible via the user interface Password Level 2 00 E3 ASCII text...

Page 312: ...s setting enables or disables the logical IEC61850 port DNP3 OE 25 0B Enabled 0 Disabled or 1 Enabled This setting enables or disables the logical DNP3 over Ethernet port Attempts Remain 25 11 2 Not S...

Page 313: ...SETTINGS APPLICATION SOFTWARE CHAPTER 10...

Page 314: ...Chapter 10 Settings Application Software MiCOM P747 294 P747 TM EN 1 P747 TM EN 1 1...

Page 315: ...d directly It also includes a Product Selector tool This is an interactive product catalogue which makes it easier to choose the right device for each application 1 1 GETTING STARTED S1 Agile allows y...

Page 316: ...nnections Setting complete Stop Yes No Yes No Figure 72 Flowchart showing how S1 Agile can be used to set up and save a protection system offline or online 1 1 1 QUICK SYSTEM GUIDE S1 Agile allows you...

Page 317: ...cables are in place 2 From the main screen click Quick Connect 3 Select the product range 4 Select connection to the Rear Port or Ethernet Port 5 Set the connection parameters and click Finish 1 1 6...

Page 318: ...digital inputs with internally generated digital signals using logic gates and timers then mapping the resultant signals to the IED s digital outputs and LEDs The Programmable Scheme Logic PSL Editor...

Page 319: ...for configuration This file can be created and edited using a standard text editor Log files are also defined in the initialisation file which are used by AEDR2 to record a history of events and error...

Page 320: ...s caused When available space is exhausted the oldest event is overwritten by the new one The IED s internal clock provides a time tag for each event The event records can be displayed on an IED s fro...

Page 321: ...onized using the Simple Network Time Protocol SNTP or they can be administrated using the Simple Network Management Protocol SNMP All switches have a single 6 byte MAC address Redundancy Management St...

Page 322: ...Chapter 10 Settings Application Software MiCOM P747 302 P747 TM EN 1 P747 TM EN 1 1...

Page 323: ...BUSBAR COMMISSIONING TOOL CHAPTER 11...

Page 324: ...Chapter 11 Busbar Commissioning Tool MiCOM P747 304 P747 TM EN 1 P747 TM EN 1 1...

Page 325: ...scheme editor and a monitor that shows protection data in real time The scheme editor allows you to quickly draw schemes from a library of elements then validate the scheme The monitor continually upd...

Page 326: ...s only one end connected No Circuit Breaker No CB can be connected to 1 to 4 isolators No Always Max 1 CB to 1 CT No No Current Transformer No CT can be connected to 1 to 2 isolators Always Max 1 CB t...

Page 327: ...on 2 2 3 GROUP ELEMENTS IN A SCHEME To group elements in a scheme 1 Drag and drop the elements into the scheme 2 Add any connections between them 3 Select the elements you want to group 4 Click the Gr...

Page 328: ...ve Label 2 3 3 CHANGE AN ELEMENT S LABEL To change the label of an element right click the element and select Edit Label 2 3 4 ADD OR REMOVE FREE TEXT To add or remove free text drag and drop the Free...

Page 329: ...POLLING TIMER The Protection Data Monitor polls the IED and updates the states of the elements in the scheme The Polling Timer sets the time in seconds between each update To set the polling timer 1...

Page 330: ...Chapter 11 Busbar Commissioning Tool MiCOM P747 310 P747 TM EN 1 P747 TM EN 1 1...

Page 331: ...SCHEME LOGIC CHAPTER 12...

Page 332: ...Chapter 12 Scheme Logic MiCOM P747 312 P747 TM EN 1 P747 TM EN 1 1...

Page 333: ...hemes suit your requirements you do not need to take any action However if you want to change the input output mappings or to implement custom scheme logic you can change these or create new PSL schem...

Page 334: ...is processed This reduces the amount of processing time used by the PSL when compared to some competition devices The device is shipped with a selection of default schemes which should cover basic app...

Page 335: ...to create further functionality This is therefore an SL input User Alarm 1 This is an output which can be input into the PSL to create further functionality This is therefore an SL input Reset Relays...

Page 336: ...logic diagrams of the fixed scheme logic which covers all of the device models You must be aware that some models do not contain all the functionality described in this section Chapter 12 Scheme Logic...

Page 337: ...2 CStart SensP1 StartA SensP2 StartA Stg1 f tSta Stg1 df dt tSta Stg1 f Df DtSta Stg2 f tSta Stg2 df dt tSta Stg2 f Df DtSta Stg3 f tSta Stg3 df dt tSta Stg3 f Df DtSta Stg4 f tSta Stg4 df dt tSta St...

Page 338: ...TS Acceleration Indication Logic 3 3 CB FAIL SEF PROTECTION LOGIC 1 ISEF 1 Trip V02002 ISEF 2 Trip ISEF 3 Trip ISEF 4 Trip CBFSEFTrip 1 CBF SEF Trip CBFSEFTrip 1 Trip Command In Key External DDB Signa...

Page 339: ...tg4 f tTrp Stg4 f df dtTrp Stg4 df dt tTrp Stg4 f Df DtTrp Stg5 f tTrp Stg5 f df dtTrp Stg5 df dt tTrp Stg5 f Df DtTrp Stg6 f tTrp Stg6 f df dtTrp Stg6 df dt tTrp Stg6 f Df DtTrp Stg7 f tTrp Stg7 f df...

Page 340: ...Start VN 3 Start Key External DDB Signal ANDgate ORgate 1 Figure 78 Composite Earth Fault Start Logic 3 6 ANY TRIP LOGIC Trip Command In V02005 Trip Command Out Key External DDB Signal ANDgate ORgate...

Page 341: ...oad the default PSL diagrams for the device and print them 1 Close S1 Agile 2 Select Programs then Alstom Grid then S1 Agile then Data Model Manager 3 Click Add then Next 4 Click Internet then Next 5...

Page 342: ...dt tTrp Stg1 f Df DtTrp Stg2 f tTrp Stg2 df dt tTrp Stg2 f Df DtTrp Stg3 f tTrp Stg3 df dt tTrp Stg3 f Df DtTrp Stg4 f tTrp Stg4 df dt tTrp Stg4 f Df DtTrp Stg5 f tTrp Stg5 df dt tTrp Stg5 f Df DtTrp...

Page 343: ...G Select 1x InputL3 InputL4 I 4 Timer Block I 3 Timer Block InputL8 InputL7 InputL6 InputL5 CB Aux 3ph 52 A Ext Trip 3ph CB Healthy CB Aux 3ph 52 B IN1 3 Timer Block IN1 4 Timer Block Figure 82 Opto I...

Page 344: ...il Alarm CTFail Alarm CB Fail Alarm I MaintAlarm CB OpsMaintAlarm CB Op Time Maint Man CB Unhealthy CB ClsFail Man CB Trip Fail CB StatusAlarm FaultFreq Lock ARLockout UV Block OutputR4 BFail1 Trip 3p...

Page 345: ...t V02023 Key External DDB Signal Control Input 2 ARAuto Mode Control Input 3 Telecontrol Mode Control Input 4 ARLiveLine Mode Figure 85 Control Input Mappings 4 7 FUNCTION KEY MAPPINGS Function Key 1...

Page 346: ...onitor mappings 4 11 SETTINGS The device contains a PSL DATA column which can be used to track PSL modifications A total of 12 cells are contained in the PSL DATA column 3 for each setting group Grp n...

Page 347: ...ef B7 11 Not settable This setting displays the Group 2 PSL reference Date Time B7 12 Not settable This setting displays the date and time the PSL was created Grp2 PSL ID B7 13 Not settable This setti...

Page 348: ...Chapter 12 Scheme Logic MiCOM P747 328 P747 TM EN 1 P747 TM EN 1 1...

Page 349: ...INSTALLATION CHAPTER 13...

Page 350: ...Chapter 13 Installation MiCOM P747 330 P747 TM EN 1 P747 TM EN 1 1...

Page 351: ...bout installing the product This chapter contains the following sections Chapter Overview 331 Handling the Goods 332 Mounting the Device 333 Cables and Connectors 336 Case Dimensions 340 MiCOM P747 Ch...

Page 352: ...2 3 STORING THE GOODS If the unit is not installed immediately store it in a place free from dust and moisture in its original packaging Keep any de humidifier bags included in the packing The de hum...

Page 353: ...er access cover hold the battery in place and pull the red tab to remove the battery isolation strip V01412 Figure 90 Location of battery isolation strip 3 1 FLUSH PANEL MOUNTING Panel mounted devices...

Page 354: ...ants can also be rack mounted using single tier rack frames our part number FX0021 101 as shown in the figure below These frames are designed with dimensions in accordance with IEC 60297 and are suppl...

Page 355: ...o fill any empty spaces The spaces may be used for installing future products or because the total size is less than 80TE on any tier Blanking plates can also be used to mount ancillary components The...

Page 356: ...duty MD terminal blocks for the power supply relay outputs and rear communications port MiDOS terminal blocks for CT and VT circuits RTD CLIO terminal block for connection to analogue transducers Fig...

Page 357: ...any possibility of electrolytic action between brass or copper ground conductors and the rear panel of the product precautions should be taken to isolate them from one another This could be achieved...

Page 358: ...ations you must ensure continuity of the screen when daisy chaining the connections 4 8 IRIG B CONNECTION The IRIG B input and BNC connector have a characteristic impedance of 50 ohms We recommend tha...

Page 359: ...This ideally should be done before installation 4 13 RS232 CONNECTION Short term connections to the EIA RS 232 port located behind the bottom access cover can be made using a screened multi core comm...

Page 360: ...12 OFF HOLES 3 40 168 00 4 50 129 50 155 40 408 90 62 00 159 00 74 95 FRONT VIEW TERMINAL SCREWS M4 X 7 BRASS CHEESE HEAD SCREWS WITH LOCK WASHERS PROVIDED MOUNTING SCREW M4 X 12 SEM UNIT STEEL THREA...

Page 361: ...COMMISSIONING INSTRUCTIONS CHAPTER 14...

Page 362: ...Chapter 14 Commissioning Instructions MiCOM P747 342 P747 TM EN 1 P747 TM EN 1 1...

Page 363: ...ral Guidelines 344 Commissioning Test Menu 345 Commissioning Equipment 348 Product Checks 349 Setting Checks 358 Busbar Protection Checks 360 Onload Checks 362 Final Checks 364 Commissioning Test Sett...

Page 364: ...tings by extracting them using the settings application software or by means of the front panel interface HMI panel The menu language is user selectable so you can change it for commissioning purposes...

Page 365: ...cts with their associated bits Note When the Test Mode cell is set to Contacts Blocked the relay output status indicates which contacts would operate if the IED was in service It does not show the act...

Page 366: ...tion 3 7 RED AND GREEN LED STATUS CELLS These cells contain binary strings that indicate which of the user programmable red and green LEDs are illuminated when accessing from a remote location A 1 ind...

Page 367: ...pin male D connector that plugs directly into the monitor download port There is also a 25 pin female D connector which allows other connections to be made to the monitor download port while the moni...

Page 368: ...ck type P991 MMLB for test block type MMLG blocks Electronic or brushless insulation tester with a DC output not exceeding 500 V KITZ K Bus EIA RS 232 protocol converter for testing EIA RS 485 K Bus p...

Page 369: ...d from the IED for these checks If a P991 test block is provided the required isolation can be achieved by inserting test plug type P992 This open circuits all wiring routed through the test block Bef...

Page 370: ...The heavy duty terminal blocks are fastened to the rear panel using four crosshead screws These are located two at the top and two at the bottom Note Use a magnetic bladed screwdriver to minimise the...

Page 371: ...ng range 24 54 V N A 19 to 65 V N A 48 125 V 30 100 V 37 to 150 V 24 110 V 110 250 V 100 240 V 87 to 300 V 80 to 265 V Note The IED can withstand an ac ripple of up to 12 of the upper rated voltage on...

Page 372: ...his battery is isolated to prevent battery drain during transportation and storage Before setting the date and time ensure that the isolation strip has been removed With the lower access cover open th...

Page 373: ...ted using the COMMISSION TESTS menu column 1 Set the Test Mode cell to Contacts Blocked 2 Check that the out of service LED illuminates continuously and the alarm LED flashes It is not necessary to re...

Page 374: ...7 Reset the output relay by setting the Contact Test cell to Remove Test 8 Repeat the test for the remaining output relays 9 Return the IED to service by setting the Test Mode cell in the COMMISSION T...

Page 375: ...S485 RS232 converter will have been installed In the case where a protocol converter is being used a laptop PC running appropriate software such as MiCOM S1 Agile can be connected to the incoming side...

Page 376: ...NS column to the required physical protocol K Bus EIA RS 485 or EIA RS 232 2 Set the IED s Courier address to the correct value it must be between 1 and 254 5 2 12 TEST ETHERNET COMMUNICATION For prod...

Page 377: ...lumn is set to Primary the values displayed should be equal to the applied voltage multiplied by the corresponding voltage transformer ratio set in the CT AND VT RATIOS column If the Local Values cell...

Page 378: ...IED then manually add the settings file to the device name in the system Refer to the Settings Application Software help for details of how to do this 6 1 2 ENTERING SETTINGS USING THE HMI It is not p...

Page 379: ...ew settings or press the Clear key to discard the new settings Note If the menu time out occurs before the setting changes have been confirmed the setting values are also discarded Control and support...

Page 380: ...oil of the lockout relay to control multiple breakers The test switches ensure there is no inadvertent trip when removing the relay from service or returning it to service 7 2 CONNECTING THE TEST CIRC...

Page 381: ...the test equipment being used Note For Definite Time characteristics there is an additional delay of up to 0 02 seconds You may need to add this the IED s acceptable range of operating times Caution O...

Page 382: ...e values should be within 1 of the applied secondary voltages However an additional allowance must be made for the accuracy of the test equipment being used If the Local Values cell is set to Primary...

Page 383: ...system If you do not already know this you must determine it using adjacent instrumentation or protection already in service For a differential load current flowing in zone x the Ix Zx Diff cell in t...

Page 384: ...the IED is in a new installation or the circuit breaker has just been maintained the circuit breaker maintenance and current counters should be zero These counters can be reset using the Reset All Val...

Page 385: ...erated This cell is used to select the output relay contacts to be tested when the Contact Test cell is set to Apply Test Contact Test 0F 11 No Operation 0 No Operation 1 Apply Test 2 Remove Test This...

Page 386: ...inal 9 0x00000200 Terminal 10 0x00000400 Terminal 11 0x00000800 Terminal 12 0x00001000 Terminal 13 0x00002000 Terminal 14 0x00004000 Terminal 15 0x00008000 Terminal 16 0x00010000 Terminal 17 0x0002000...

Page 387: ...MAINTENANCE AND TROUBLESHOOTING CHAPTER 15...

Page 388: ...Chapter 15 Maintenance and Troubleshooting MiCOM P747 368 P747 TM EN 1 P747 TM EN 1 1...

Page 389: ...chapter allows an error condition on the IED to be identified so that appropriate corrective action can be taken If the device develops a fault it is usually possible to identify which module needs r...

Page 390: ...this reason maintenance checks should also be performed locally at the substation Caution Before carrying out any work on the equipment you should be familiar with the contents of the Safety Section...

Page 391: ...ervice centre the warranty will be invalidated Caution Before carrying out any work on the equipment you should be familiar with the contents of the Safety Information section of this guide or the Saf...

Page 392: ...mmissioning chapter Note There are four possible types of terminal block RTD CLIO input heavy duty medium duty and MiDOS The terminal blocks are fastened to the rear panel with slotted or cross head s...

Page 393: ...ting panel or cubicle 5 When the screws have been removed pull the complete front panel forward to separate it from the metal case The front panel is connected to the rest of the circuitry by a 64 way...

Page 394: ...panel using the reverse procedure Make sure the ribbon cable is reconnected to the main processor board and that all eight screws are refitted 7 Refit the front panel 8 Refit and close the access cove...

Page 395: ...nt panel 2 The module is secured in the case by two screws on its right hand side accessible from the front as shown below Move these screws carefully as they are not captive in the front plate of the...

Page 396: ...k into the front panel moulding 9 Once the unit has been reassembled commission it according to the Commissioning chapter 2 5 5 REPLACEMENT OF THE I O BOARDS There are several different types of I O b...

Page 397: ...and safety approvals such as UL Underwriters Laboratory CSA Canadian Standards Association or VDE Vereinigung Deutscher Elektrizit tswerke 5 Ensure that the battery is held securely in its socket and...

Page 398: ...rating label on the front Terminal 1 is dc 2 is dc If the auxiliary voltage is correct go to test 2 Otherwise check the wiring and fuses in the auxiliary supply 2 Check the LEDs and LCD backlight swi...

Page 399: ...cursor keys pressed then confirm restoration of defaults at the prompt using the Enter key If the IED powers up successfully check the programmable logic for feedback paths Other error codes relate t...

Page 400: ...e LED ON If this LED is ON the relay may be in test mode or the protection has been disabled due to a hardware verify error 2 Examine the Contact status in the Commissioning section of the menu If the...

Page 401: ...used 3 Check the CT and VT ratios set are correct 4 Check the phase displacement to confirm the inputs are correctly connected 3 7 PSL EDITOR TROUBLESHOOTING A failure to open a connection could be d...

Page 402: ...ontacts worldwide visit the following web page http www alstom com grid productrepair 4 The local service contact provides the shipping information Your local service contact provides you with all the...

Page 403: ...TECHNICAL SPECIFICATIONS CHAPTER 16...

Page 404: ...Chapter 16 Technical Specifications MiCOM P747 384 P747 TM EN 1 P747 TM EN 1 1...

Page 405: ...nterfaces 386 Busbar Protection Functions 390 Performance of Monitoring and Control Functions 392 Measurements and Recording 393 Standards Compliance 394 Mechanical Specifications 395 Ratings 396 Envi...

Page 406: ...ength 3 m 2 3 REAR SERIAL PORT 1 Rear serial port 1 RP1 Use For SCADA communications multi drop Standard EIA RS 485 K bus Connector General purpose block M4 screws 2 wire Cable Screened twisted pair S...

Page 407: ...Protocols IEC 61850 DNP 3 0 over Ethernet Supported Redundancy Protocols SHR Self Healing Protocol RSTP Rapid Spanning Tree Protocol DHP Dual Homing Protocol PRP Parallel Redundancy Protocol Wavelengt...

Page 408: ...in Use Substation Ethernet communications Connector IEC 874 10 BFOC 2 5 ST 1 each for Tx and Rx Standard IEEE 802 3 100 BaseFX Fibre type Multimode 50 125 m or 62 5 125 m Supported Protocols IEC 61850...

Page 409: ...bre EOL PO 19 20 16 8 14 dBm avg Output Optical Power BOL 50 125 m NA 0 20 Fibre EOL PO 22 5 23 5 20 3 14 dBm avg Optical Extinction Ratio 10 10 dB Output Optical Power at Logic 0 State PO 45 dBm avg...

Page 410: ...ter Pick up DT Setting 5 or 20 mA whichever is greater Drop off IDMT and DT 0 95 x setting 5 or 20 mA whichever is greater DT operation Setting 5 or 50 ms whichever is greater 3 3 BUSBAR DEAD ZONE PRO...

Page 411: ...50 ms whichever is greater DT reset 2 or 50 ms whichever is greater Derived IDMT pick up 1 05 Setting 5 DT pick up Setting 5 Drop off IDMT and DT 0 95 x setting 5 IDMT operate 5 or 40 ms whichever is...

Page 412: ...ms Time delay 2 or 40 ms whichever is greater 4 2 PSL TIMERS Output conditioner timer Setting 2 or 50 ms whichever is greater Dwell conditioner timer Setting 2 or 50 ms whichever is greater Pulse cond...

Page 413: ...2 DISTURBANCE RECORDS Disturbance Records Measurement Accuracy Minimum record duration 0 1 s Maximum record duration 10 5 s Minimum number of records at 10 5 seconds 8 Magnitude and relative phases ac...

Page 414: ...Directive LVD is demonstrated using a Technical File Compliance with EN 60255 27 2005 was used to establish conformity 6 3 R TTE COMPLIANCE Radio and Telecommunications Terminal Equipment R TTE direct...

Page 415: ...otection against dust whole case IP50 as per IEC 60529 2002 Protection for sides of the case safety IP30 as per IEC 60529 2002 Protection for rear of the case safety IP10 as per IEC 60529 2002 7 3 MEC...

Page 416: ...or 1 s Linearity Linear up to 64 In non offset 8 3 VOLTAGE TRANSFORMER INPUTS AC Voltage Inputs Nominal voltage 100 V to 120 V Nominal burden per phase 0 1 VA at Vn Thermal withstand 2 x Vn continuous...

Page 417: ...LY INTERRUPTION Standard IEC 60255 11 2008 DC IEC 61000 4 11 2004 AC 24 48V DC SUPPLY 100 interruption without de energising 20 ms at 24 V half and full load 50 ms at 36 V half and full load 100 ms at...

Page 418: ...rry dc resistive 30 A for 3 s 10000 operations subject to the above limits Make carry and break dc resistive 4 A for 1 5 s 10000 operations subject to the above limits Make carry and break dc inductiv...

Page 419: ...e Logic levels 60 80 DO PU Logic Levels 50 70 DO PU 24 27 V Logic 0 16 2 V Logic 1 19 2 V Logic 0 12 0 V Logic 1 16 8 30 34 Logic 0 20 4 V Logic 1 24 0 V Logic 0 15 0 V Logic 1 21 0 V 48 54 Logic 0 32...

Page 420: ...amp heat cyclic six 12 12 hour cycles 93 RH 25 to 55 C 9 3 CORROSIVE ENVIRONMENTS Compliance IEC 60068 2 42 2003 IEC 60068 2 43 2003 Industrial corrosive environment poor environmental control Sulphur...

Page 421: ...s and protective earth 1 kV ac rms for 1 minute Between all screw type EIA RS 485 contacts and protective earth 1 kV ac rms for 1 minute ANSI IEEE Compliance ANSI IEEE C37 90 1989 Across open contacts...

Page 422: ...Class 3 Condition 8 kV discharge in air to all communication ports 11 4 ELECTRICAL FAST TRANSIENT OR BURST REQUIREMENTS Compliance IEC 60255 22 4 2008 and EN61000 4 4 2004 Test severity level lll and...

Page 423: ...1 kHz 80 Compliance IEEE ANSI C37 90 2 2004 Frequency band 80 MHz to 1 GHz Spot tests at 80 160 380 450 MHz Waveform 1 kHz 80 am and pulse modulated Field strength 35 V m 11 8 RADIATED IMMUNITY FROM...

Page 424: ...V average Power supply test 2 0 5 30 MHz 73 dB V quasi peak 60 dB V average RJ45 test 1 where applicable 0 15 0 5 MHz 97 dB V quasi peak 84 dB V average RJ45 test 2 where applicable 0 5 30 MHz 87 dB V...

Page 425: ...SYMBOLS AND GLOSSARY APPENDIX A...

Page 426: ...Appendix A Symbols and Glossary MiCOM P747 406 P747 TM EN 1 P747 TM EN 1 1...

Page 427: ...ter contains the following sections Chapter Overview 407 Acronyms and Abbreviations 408 Units for Digital Communications 414 American Vs British English Terminology 415 Logic Symbols and Terms 416 Log...

Page 428: ...each Protection a blocking aided channel scheme BRCB Buffered Report Control Block BRP Beacon Redundancy Protocol BU Backup Typically a back up protection element C O A ChangeOver contact having norma...

Page 429: ...me DG Distributed Generation DHCP Dynamic Host Configuration Protocol DHP Dual Homing Protocol Diff Differential protection DIN Deutsches Institut f r Normung German standards body Dist Distance prote...

Page 430: ...Impedance Fault HiZ High Impedance for Restricted Earth Fault HSR High availability Seamless Ring HTML Hypertext Markup Language I Current I O Input Output I P Input ICAO International Civil Aviation...

Page 431: ...g Unit MV Measured Value N Neutral N A Not Applicable N C A Normally Closed or break contact Often called a form B contact N O A Normally Open or make contact Often called a form A contact NERC North...

Page 432: ...ear of the IED RS232 A common serial communications standard defined by the EIA RS485 A common serial communications standard defined by the EIA multi drop RST or Rst Reset generally used in the conte...

Page 433: ...rip On Close line check protection Offers SOTF and TOR functionality TOR Trip On Reclose protection Modified protection on autoreclosure of the circuit breaker TP Two Part TUC Timed UnderCurrent TVE T...

Page 434: ...t s kbps Kilobits per second kB Kilobyte s Mb Megabit s Mbps Megabits per second MB Megabyte s Gb Gigabit s Gbps Gigabits per second GB Gigabyte s Tb Terabit s Tbps Terabits per second TB Terabyte s A...

Page 435: ...merican English ae e ence ense ise ize oe e ogue og our or ourite orite que ck re er yse yze Aluminium Aluminum Centre Center Earth Ground Fibre Fiber Ground Earth Speciality Specialty MiCOM P747 Appe...

Page 436: ...ised to a power Such as when breaker statistics monitor the square of ruptured current squared power 2 An I f Maximum internal secondary fault current may also be expressed as a multiple of In A I An...

Page 437: ...d differential element A IS2 Bias current threshold setting of biased differential element A ISEF Sensitive earth fault overcurrent element A Isn Rated secondary current I secondary nominal A Isp Stag...

Page 438: ...NSI terminology V V 2 Second stage of undervoltage protection Could be labeled 27 2 in ANSI terminology V V An overvoltage element V V 1 First stage of overvoltage protection Could be labeled 59 1 in...

Page 439: ...p u Y Admittance p u Z Impedance p u Z0 Zero sequence impedance Z1 Positive sequence impedance Z1 Zone 1 distance protection Z1X Reach stepped Zone 1X for zone extension schemes used with auto reclos...

Page 440: ...on Time chart Delay on pick up timer t Delay on drop off timer t Delay on pick up drop off timer Pulse timer Pulse pick up falling edge Pulse pick up raising edge Appendix A Symbols and Glossary MiCOM...

Page 441: ...Logic symbols Explanation Time chart Latch Dwell timer Straight non latching Hold value until input reset signal MiCOM P747 Appendix A Symbols and Glossary P747 TM EN 1 421 P747 TM EN 1 1...

Page 442: ...0 1 1 0 1 1 0 0 0 0 1 1 1 1 1 1 1 1 0 0 1 1 0 1 0 0 SD Set Dominant Warning To avoid ambiguity do not use the standard S R gate unless specifically required Standard S R gate 0 1 0 1 IN OUT A B Y 0 0...

Page 443: ...COMMISSIONING RECORD APPENDIX B...

Page 444: ...Appendix B Commissioning Record MiCOM P747 424 P747 TM EN 1 P747 TM EN 1 1...

Page 445: ...ting application software IEC 61850 configurator software DNP3 configurator software 1 4 TESTS WITH PRODUCT DE ENERGISED Test Result mark where appropriate Was the IED damaged on visual inspection Yes...

Page 446: ...orking Yes No Programmable LEDs working Yes No All opto inputs working Yes No All output relays working Yes No 1 6 COMMUNICATION TESTS Communications Result mark where appropriate SCADA Communication...

Page 447: ...puts and phase rotation OK Yes No Current inputs and polarities OK Yes No On load test performed Yes No If No give reason why IED is correctly directionalised Yes No N A 1 11 FINAL CHECKS Final Checks...

Page 448: ...Final Checks Result LEDs reset Yes No Appendix B Commissioning Record MiCOM P747 428 P747 TM EN 1 P747 TM EN 1 1...

Page 449: ...WIRING DIAGRAMS APPENDIX C...

Page 450: ...Appendix C Wiring Diagrams MiCOM P747 430 P747 TM EN 1 P747 TM EN 1 1...

Page 451: ...s for all possible situations This chapter contains the following sections Appendix Overview 431 P747 Busbar Protection 432 P747 I O Option A 433 P747 I O Option B 434 P747 I O Option C 435 MiCOM P747...

Page 452: ...2 P747 BUSBAR PROTECTION 10P74700 2 W02910 Figure 99 P747 busbar protection 3 box solution Appendix C Wiring Diagrams MiCOM P747 432 P747 TM EN 1 P747 TM EN 1 1...

Page 453: ...3 P747 I O OPTION A Figure 100 P747 busbar protection with 40 inputs 24 outputs and coprocessor MiCOM P747 Appendix C Wiring Diagrams P747 TM EN 1 433 10P74710 1 W02912 P747 TM EN 1 1...

Page 454: ...4 P747 I O OPTION B Figure 101 P747 busbar protection with 32 inputs 32 outputs and coprocessor Appendix C Wiring Diagrams MiCOM P747 434 P747 TM EN 1 10P74711 1 W02913 P747 TM EN 1 1...

Page 455: ...5 P747 I O OPTION C 10P74708 1 W02911 Figure 102 P747 busbar protection with 32 inputs 24 outputs and standard coprocessor MiCOM P747 Appendix C Wiring Diagrams P747 TM EN 1 435 P747 TM EN 1 1...

Page 456: ...Appendix C Wiring Diagrams MiCOM P747 436 P747 TM EN 1 P747 TM EN 1 1...

Page 457: ......

Page 458: ...s document is indicative only No representation or warranty is given or should be relied on that it is complete or correct or will apply to any particular project This will depend on the technical and...

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