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MiCOM

C264/C264C

Bay Computer

Technical Guide

C264/EN T/A14

Summary of Contents for MiCOM C264

Page 1: ...MiCOM C264 C264C Bay Computer Technical Guide C264 EN T A14...

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Page 3: ...EN TD A13 Functionnal Description C264 EN FT A13 Hardware Description C264 EN HW A13 Connection C264 EN CO A14 Installation C264 EN IN A13 Application C264 EN AP A13 Settings C264 EN ST A13 Logic Dia...

Page 4: ...C264 EN T A14 Technical Guide Page 2 2 MiCOM C264 BLANK PAGE...

Page 5: ...Safety Handling C264 EN SA A14 MiCOM C264 C264C SAFETY HANDLING...

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Page 7: ...Safety 4 2 2 Installing Commissioning and Servicing 4 3 DECOMMISSIONING AND DISPOSAL 6 4 TECHNICAL SPECIFICATIONS FOR SAFETY 7 5 HANDLING OF ELECTRONIC EQUIPMENTS 8 6 PACKING AND UNPACKING 9 7 GUARAN...

Page 8: ...C264 EN SA A14 Safety Handling Page 2 12 MiCOM C264 C264C BLANK PAGE...

Page 9: ...2 1 INTRODUCTION This document is a chapter of the MiCOM C264C C264 documentation binder It describes the safety handling packing and unpacking procedures applicable to MiCOM C264C C264 modular comput...

Page 10: ...ure that terminal block insulation requirements are maintained for safety To ensure that wires are correctly terminated the correct crimp terminal and tool for the wire size should be used Before ener...

Page 11: ...ually reduced to zero to discharge capacitors before the test leads are disconnected Insertion of modules and boards These must not be inserted into or withdrawn from equipment whist it is energised s...

Page 12: ...to the MiCOM computers both poles of any dc supply the capacitors should be safely discharged via the external terminals prior to decommissioning Disposal It is recommended that incineration and dispo...

Page 13: ...Class I 1990 A2 1993 A2 1995 This equipment requires a protective safety earth connection to ensure user safety Insulation Category Overvoltage IEC 601010 1 Class III 1990 A2 1995 Distribution level...

Page 14: ...e the module by its front plate frame or edges of the printed circuit board Avoid touching the electronic components printed circuit track or connectors 3 Do not pass the module to any person without...

Page 15: ...d with each individual device and the type identification label The design revision level of each module included with the device in its as delivered condition can be determined from the list of compo...

Page 16: ...d consult AREVA T D if errors are suspected In no event shall AREVA T D be liable for any damages arising out of or related to this document or the information contained in it Expect as specified here...

Page 17: ...or mechanical including photocopying recording storing in an information retrieval system or translating in whole or in part without the prior written consent of T D 8 2 Trademarks PACiS PACiS SCE PAC...

Page 18: ...and or software unanticipated uses or misuses or errors from the user or applications designer adverse factors such as these are collectively termed System failures Any application where a system fai...

Page 19: ...Introduction C264 EN IT A13 MiCOM C264 C264C INTRODUCTION...

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Page 21: ...2 1 7 Chapter Installation IN 4 2 1 8 Chapter Hardware Description HW 4 2 1 9 Chapter Connection diagrams CO 4 2 1 10 Chapter Commissioning CM 5 2 1 11 Chapter Commissioning record sheet RS 5 2 1 12...

Page 22: ...C264 EN IT A13 Introduction Page 2 8 MiCOM C264 C264C BLANK PAGE...

Page 23: ...ection relays C range control products M range measurement products for accurate metering and monitoring S range versatile PC support and substation control packages MiCOM products include extensive f...

Page 24: ...IT This is this document containing the description of each chapter of the MiCOM computer guides It is a brief introduction to MiCOM computer capabilities 2 1 3 Chapter Functional Description FT This...

Page 25: ...ns of the MiCOM C264 C264C computer practical examples of how to do some basic functions suitable settings some typical worked examples and how to apply the settings to the computer CHAPTERS ON MAINTE...

Page 26: ...dards scalability modularity and openness architecture These facilitate use in a range of applications from the most basic to the most demanding They also ensure interoperability with existing compone...

Page 27: ...bay type corresponding to the bay being controlled can then be permanently set The operator can select the bay type and adjust individual default parameters to correspond to the particular functions r...

Page 28: ...strate this case System application like figure 1 might use several C264 with several communication links to SCADA one per level of voltage for example in order to greatly enlarge the number of commun...

Page 29: ...Technical Data C264 EN TD A13 MiCOM C264 C264C TECHNICAL DATA...

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Page 31: ...erminals 3 3 7 Creepage Distances and Clearances 4 4 RATINGS 5 4 1 Auxiliary Voltage 5 4 2 Digital inputs 5 4 3 Digital outputs 6 4 3 1 DOU200 6 4 3 2 CCU200 6 4 3 3 BIU241 7 4 4 Analogue inputs 7 4 5...

Page 32: ...C264 C264C 6 ACCURACY 11 6 1 Reference Conditions 11 6 2 Measurement Accuracy 11 7 TYPE TESTS 12 7 1 Dielectric Withstand 12 7 2 Mechanical Test 12 7 3 Atmospheric Test 13 7 4 DC Auxiliary Supply Test...

Page 33: ...anels 3 2 Installation Position Vertical 15 3 3 Degree of Protection Per DIN VDE 0470 and EN 60529 or IEC 60529 IP51 for the front plane for both MiCOM C264C and MiCOM C264 IP51 for the rack of the Mi...

Page 34: ...centring with wire protection for conductor cross sections from 0 2 to 2 5 mm for BIU241 power supply board DIU200 DOU200 CCU200 and AIU200 I O boards The I O boards are equipped with a 24 way 5 08 mm...

Page 35: ...uxiliary voltage is dual rated at 50 60Hz the operate range is 45Hz to 65Hz The main characteristics of the BIU241 board are Power supply 40 W Nominal output voltage 5V Supply monitoring Power loss wi...

Page 36: ...The 5V voltage is monitored to avoid issuing inadvertent controls 4 3 2 CCU200 The CCU200 board is available in four nominal wetting voltage versions specified in the table below Version Wetting volta...

Page 37: ...4 Analogue inputs The AIU200 board provides 4 independent analogue inputs Each AI can be configured in voltage or current range individually as specified in the table below Type Ranges Currents 1mA 0...

Page 38: ...n board without destruction 20 Aeff 100 Aeff 4 5 2 Voltages The four measurement Voltage Transformers 4 VT inputs have the following characteristics Features Operating range Nominal AC voltage VN 57 7...

Page 39: ...VDC 35VA DC 36W AC A03 C264 4U 80TE 110 to 125 VDC A04 C264 4U 80TE 110 to 220 VDC and 115 to 230 VAC 39VA DC 40W AC 5 2 Digital inputs The DIU200 board burdens are specified in the table below Versio...

Page 40: ...04 220 VDC 2 6 5 2 5 4 Analogue inputs The burden per AIU200 board is 5W approximately 5 5 CT VT inputs 5 5 1 Currents The TCU200 card burdens are specified in the table below CT burden at nominal cur...

Page 41: ...nce conditions Test tolerance General Ambient temperature 20 C 2 C Atmospheric pressure 86kPa to 106kPa Relative humidity 45 to 75 Input energising quantity Current IN 5 Voltage VN 5 Frequency 50 or 6...

Page 42: ...Test IEC 60068 2 31 IEC 60068 2 32 25 falls of 50 cm 1 2 Packaging computer Vibration Response Powered On IEC 60255 21 1 Class 2 Acceleration 1g from 10 1 to 150Hz Vibration Response Not Powered On IE...

Page 43: ...liary Supply Test Type Test Name Type Test Standard Conditions Inrush current start up DICOT HN 46 R01 4 T 1 5 ms I 20 A T 150 ms I 10 A T 500 ms I 1 2 In Supply variation IEC 60255 6 Vn 20 Vn 30 Vn 2...

Page 44: ...2 1kV CM Electrostatic discharge IEC 60255 22 2 IEC 61000 4 2 Class 4 8kV contact 15 kV air Class 3 10 V m 80 to 1000 Hz and 1600 to 2000 Hz spot tests Radiated Immunity IEC 60255 22 3 IEC 61000 4 3...

Page 45: ...64C Page 15 16 Type Test Name Type Test Standard Conditions Power Frequency IEC 61000 4 16 CM 500 V DM 250 V via 0 1 F Conducted emission EN 55022 Gr I class A from 0 15 to 30 MHz Radiated emission EN...

Page 46: ...C264 EN TD A13 Technical Data Page 16 16 MiCOM C264 C264C BLANK PAGE...

Page 47: ...Functional Description C264 EN FT A13 MiCOM C264 C264C FUNCTIONAL DESCRIPTION...

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Page 49: ...gement 8 3 3 Self tests 8 3 4 Time management 9 3 4 1 External clock 9 3 4 2 Clock message from a SCADA gateway 9 3 4 3 System master clock 10 3 4 4 Time set by an operator 10 4 COMMUNICATIONS 11 4 1...

Page 50: ...ment Processing 19 6 4 Accumulator Input Processing 19 7 CONTROL SEQUENCES 20 7 1 Type of control sequences 20 7 2 Control sequences checks 20 7 3 Operational Modes 21 7 4 Interlocking 21 7 5 Control...

Page 51: ...Management 36 9 3 Local Control Display 36 9 4 Local Remote push button 36 9 5 Front serial Link 36 10 RECORDS 37 10 1 Permanent records storage 37 10 1 1 Data storage 37 10 1 2 Fast Waveform Recordin...

Page 52: ...C264 EN FT A13 Functional Description Page 4 40 MiCOM C264 C264C BLANK PAGE...

Page 53: ...ware features The MiCOM C264 C264C computers belong to the new range of modular product at hardware software and functional levels All functions are fully configurable following customer needs and req...

Page 54: ...Legacy Gateway L Bus IED DI DO AI CT VT Archives CT Disturb SOE Alarms FIGURE 1 SOFTWARE FEATURES The components of the software management are Inputs Outputs board DI DO AI Analogue Inputs from CT VT...

Page 55: ...Counter with invalid DI coding 2 2 Output check Output boards are periodically checked at their logical level In the event of a logical circuit test fail the board is set faulty Controls on this boar...

Page 56: ...r as backup In run time one is active the other is in standby Both units are wired to each other once the master fails the standby computer becomes operational 3 2 Database management The MiCOM Cx64 u...

Page 57: ...e that time tag is not synchronised The time management organisation is based on the following scheme C0004ENa External clock Which synchronises UCA2 IEC 61850 equipment Whichsynchronises through stat...

Page 58: ...stem the clock synchronisation can be received through the Ethernet protocol The system master clock can be implemented in any Ethernet connected equipment mainly in MiCOM computer PACiS OI computer P...

Page 59: ...BUS protocol implementation for MiCOM C264 is given C0005ENa Computer Kernel Telecontrol Interface UCA2 61850 T BUS S BUS RTU SCADA PACiS System UCA2 IED I O boards Legacy Gateway L Bus IED FIGURE 3 C...

Page 60: ...UCA2 Devices connected to PACiS devices OI SMT PACiS Gateway Other MiCOM C264 C264C UCA2 IEDs Link layer Ethernet 10 or 100 Mbps Physical support Copper twisted pair RJ45 connector Optical fibre mult...

Page 61: ...y unknown when disconnected Saturated Undefined REPORTS are sent received with their RFI Reason For Inclusion periodic spontaneous state value change or following control The UCA2 GOOSE is a short mes...

Page 62: ...f an accumulator used to compute the quantity of energy delivered during a given period Counter values are stored in non volatile memory The pulse frequency should be 20 Hz as a maximum So the debouci...

Page 63: ...the time of data change This feature must be configured in the database 6 1 2 Binary Input Definition The five types of Binary Inputs BI are Single Point SP derived from one BI Double Point DP derived...

Page 64: ...1 4 Processing of Double Point Status Preliminary treatment filtering for some DPS is applied to filter the MOTION state on a certain period of time This avoids the transmission of this normally tran...

Page 65: ...component can be a SP DP direct or via IED SI Group A component can belong to several groups A group is processed as a SP It is time stamped with the date time of the last data point which has modifie...

Page 66: ...as valid state FORCED Automatic valid state and configured value when AI is invalid SUPPRESSED Operator set MV in this invalid state UNKNOWN MV is acquired via a transmission link and the link is disc...

Page 67: ...s used for example for TPI Tap Position Indication of transformer then in control sequence of transformer and Voltage regulation Digital input acquisition defines special states like toggling At proce...

Page 68: ...ve or negative acknowledgement to operator and to communication By configuration at PACiS SCE level a control sequence may be executed in one of the following modes Direct execute Execution SBO once S...

Page 69: ...filter data transmitted from the bay to SCADA 7 4 Interlocking The operating of a switching device Circuit breaker Traditional disconnecting switch Disconnecting switches load break switch with abrupt...

Page 70: ...ition Pole Discrepancy management is available 7 6 2 Control of Isolator The control sequence of disconnectors is identical to single non synchronised circuit breakers 7 6 3 Transformer control sequen...

Page 71: ...check MiCOM C264 C264C synchrocheck function is designed to measure two voltages with respect to phase angle frequency and magnitude to safeguard against the interconnection of two unsynchronised syst...

Page 72: ...the two voltages Vline and Vbusbar must be above or below settable thresholds to permit the circuit breaker closing The following voltage controls are available Vline and Vbusbar for network coupling...

Page 73: ...mer Dead time b Autoreclose logic for each CB B 1 1 S R Q Q 0 ti 0 tR 0 td S R Q Q FIGURE 5 AUTO RECLOSE SCHEME LOGIC A transient fault such as a lightning strike is one that is cleared by immediate t...

Page 74: ...ircuit breaker Transient fault Protection Contacts fully closed Closing circuit energised Arc extinguished Resets FIGURE 6 SINGLE SHOT AR SCHEME OPERATION FOR A TRANSIENT FAULT 8 1 3 Trip Circuit supe...

Page 75: ...system voltage supply within finite limits it is necessary to regulate the system voltage The On line Tap Changing transformer maintains a stable secondary voltage by selecting appropriate tapping on...

Page 76: ...ndary including busbar transformer connection and busbar coupling OLTC states The user may set the Automatic Voltage Regulation module Automatic Voltage Regulation On Off Five Target Voltages 5 floati...

Page 77: ...dition the logic outputs e g to create a pulse of fixed duration on the output regardless of the length of the pulse on the input The outputs of the PSL are the LEDs on the front panel the output cont...

Page 78: ...C GATE OR logic gates OR logic with relay scheme OR logic with MiCOM C264 C0013ENa 1 FIGURE 11 PSL OR LOGIC GATE NAND logic and Majority of logic gates AND logic and Majority with MiCOM C264 C0014ENa...

Page 79: ...fore driving the output high If the input drops off whilst the pick up timer is in the process of expiring the timer immediately resets holding the output low C0016ENa 100 100ms Relay scheme MiCOM C26...

Page 80: ...ets C0018ENa input output time time Stopping time delay input output time time Stopping time delay FIGURE 16 PSL DWELL TIMER 8 2 2 4 Pulse timer When the input signal goes high the pulse timer immedia...

Page 81: ...onfigurable automation PLC The MiCOM C264 C264C allows the user to configure specific control sequences or automations e g switching sequences busbar transfer load shedding and GIS pressure supervisio...

Page 82: ...ential Function Chart SFC GRAFCET Function Block Diagram FBD Ladder Diagram LD Structured Text ST Instruction List IL The code generated by the Soft Logic package workbench is then uploaded to a targe...

Page 83: ...tional Liquid Crystal Display LCD Push buttons Local Remote push button L R Serial Link under the lower flap for maintenance operations 9 1 Front Panel The MiCOM C264 C264C front panel exists in two v...

Page 84: ...f screens or panels split in two families protected by 2 levels of password for actions The first set has bay panels and lists Bay panels are graphical representation of an electric bay showing plant...

Page 85: ...d The choice of selected inputs outputs is defined in configuration The waveform recorder provides up to 8 analogue measurements and up to 128 digital channels for extraction by a remote device A maxi...

Page 86: ...hich the samples were received Up to 128 logical data can be stored with the 8 analogue channels The number of samples 32 or 64 per period is defined in configuration The ninth channel is the timer ch...

Page 87: ...red with the 8 analogue channels A maximum of 32 disturbance records can be stored simultaneously the more records are stored the shorter each record is The proposed possible record configurations are...

Page 88: ...C description the date of the event and the time of the event with an accuracy of 1 ms plus specific information regarding the causes of the events The MiCOM C264 C264C may define the following circum...

Page 89: ...Hardware C264 EN HW A13 MiCOM C264 C264C HARDWARE...

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Page 91: ...8 2 3 2 Modularity 9 2 3 3 Permissible configurations 10 2 3 4 I O capabilities 10 2 4 Coding of board address 10 2 5 Modules description 11 2 5 1 Power auxiliary supply and legacy ports board BIU241...

Page 92: ...C264 EN HW A13 Hardware Page 2 22 MiCOM C264 C264C BLANK PAGE...

Page 93: ...Open Close etc LCD resolution of 128 x 128 pixels 16 lines of 21 characters each and a keypad at the front plate for local MMI management BIU241 Basic Interface Unit This board includes the auxiliary...

Page 94: ...Digital Inputs 16 DI Digital Inputs 10 Digital Outputs 8NO 2NO NC Digital Outputs DO Boards DOU200 8 Digital inputs 8DI 4 Command Outputs 4CO Command Outputs Digital Inputs Mixed Boards CCU200 Analogu...

Page 95: ...display LCD resolution of 128 x 128 pixels 16 lines of 21 characters each and a keypad at the front plate Dedicated pushbuttons can be used for operation of devices or other configurable functions lik...

Page 96: ...Optional connectors Ethernet 100 BaseF IRIG B RS232 485 serial ports FIGURE 3 MiCOM C264C REAR PANEL OVERVIEW 2 2 2 Modularity The MiCOM C264C is available in two case versions allowing flexibility an...

Page 97: ...a 01 02 03 04 05 06 07 08 Power supply BIU241 CPU and base com munications CPU260 FIGURE 4 MiCOM C264C MODULES ORGANISATION 2 2 3 I O Capabilities Case Without CCU200 DI DO mix board MiCOM Cx64C I O C...

Page 98: ...aracters each and a keypad at the front plate Dedicated pushbuttons can be used for operation of devices or other configurable functions like Local Remote L R There are 5 status LED indicators which a...

Page 99: ...he use of the I O modules There is one bus versions 17 slots width for connecting boards with CTVT 1 slot for the BIU one slot for the CPU and one slot for the CTVT allows 14 slots for I O boards with...

Page 100: ...ix board MiCOM Cx64C I O Capabilities Case CT VT AI DO DI Without CT VT 0 0 24 80 160 With CT VT 4 4 24 80 160 Case With CCU200 DI DO mix board MiCOM Cx64C I O Capabilities Case CT VT AI DO DI Without...

Page 101: ...Port 1 RS232 or RS422 or RS485 Port 2 RS232 or RS485 The other capabilities of the BIU241 board are Watchdog relay NO NC Alarm relay NO Isolated RS485 RS232 interface by ferrite or intern to the boar...

Page 102: ...4C This following figure shows where to find the jumpers used to configure the serial links C0032ENa FIGURE 9 BIU HARDWARE SCHEME By zooming the upper right corner of the BIU board jumpers can be foun...

Page 103: ...ible to end the line with a 124 resistor by setting the jumper S11 In RS422 set the jumpers S7 S8 and between S4 and S2 diagram It is possible to end the line with a 124 resistor by setting the switch...

Page 104: ...ports Port 3 RS232 non isolated or RS485 or optical Port 4 RS232 non isolated or RS485 or optical One IRIG B input One 100BaseF Ethernet port ST connector Control the Front panel information The CPU26...

Page 105: ...Hardware C264 EN HW A13 MiCOM C264 C264C Page 15 22 C0034ENa FIGURE 11 MiCOM C264 CPU260 BOARD...

Page 106: ...ted digital inputs The capabilities of the DIU200 boards are 16 optically insulated digital inputs 1 common contact for 2 inputs Protection against reversal polarity The digital inputs can be configur...

Page 107: ...open NO contact 2 single pole relays with 1 common for 2 outputs NO NC Isolation 2 kV 50 Hz between coil and contacts A self monitoring function for the output control procedure is provided address ch...

Page 108: ...tact for 2 inputs Protection against polarity reversal The digital inputs can be configured in single or double remote signalling inputs on the same module The digital output DO capabilities of the CC...

Page 109: ...mA 10 mA 0 10mA 20 mA 0 20mA 4 20 mA 1 V 2 5 V 5 V 10V 16 bit resolution A D Converter 15 bits sign Sampling period 40 ms Gain range 1 2 4 10 adjustable Zero suppression adjustable The analogue input...

Page 110: ...s Measurements Unit TMU200 The transducersless measurement capabilities are the following 4 measurement Current Transformers 4 CT inputs Transformers have two ranges 1 and 5 amperes 4 measurement Volt...

Page 111: ...64 C264C Page 21 22 2 5 8 Front panel GHU240 Local HMI Front panel equipped MiCOM C264 computer as shown below C0039ENb FIGURE 16 MiCOM C264 GENERAL VIEW WITH FRONT PANEL C0040ENb FIGURE 17 MiCOM C264...

Page 112: ...C264 EN HW A13 Hardware Page 22 22 MiCOM C264 C264C BLANK PAGE...

Page 113: ...Connections C264 EN CO A14 MiCOM C264 C264C CONNECTIONS...

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Page 115: ...tions connections 8 3 CONNECTION OF THE PROTECTIVE EARTH CONDUCTOR 9 3 1 Earthing 9 3 2 Cable fitting 9 4 CONNECTION DIAGRAMS FOR EACH I O BOARDS 12 4 1 Power auxiliary supply and legacy ports board B...

Page 116: ...C264 EN CO A14 Connections Page 2 32 MiCOM C264 C264C BLANK PAGE...

Page 117: ...MiCOM C264 C264C Page 3 32 1 SCOPE OF THE DOCUMENT This document is a chapter of MiCOM C264 C264C documentation binders It describes the connectors of the product IOs connectors and the connection di...

Page 118: ...24 G 5 08 Please note that I O connections may be equipped with any other compatible connectors I O connector block characteristics Parameter Value Continuous rating 10 A Connection method Screw M3 Ca...

Page 119: ...0 A 30 ms rating 250 A Connection method Screw M4 Cable size 2 2 5 mm2 Isolation to other terminal and to earth 500 V basic insulation CT connection Continuous rating 20 A 10 second rating 150 A 1 sec...

Page 120: ...ion equipment For RS485 a cable with a characteristic impedance of 120 ohms is recommended the cable should be terminated at each end with a 120 ohm quarter watt or greater resistor or the resistance...

Page 121: ...Master C264 Slave IED TA R TB R RA T RB T 2 4 Optical communications connections WARNING ABOUT LASER RAYS Where fibre optic communication devices are fitted these should not be viewed directly Optical...

Page 122: ...RJ45 CONNECTOR Only pins N 1 2 3 and 6 is used in RJ45 Ethernet 10 100BaseTX The norm is 1 white orange 2 orange 3 white green 4 blue non used 5 white blue non used 6 green 7 white brown non used 8 br...

Page 123: ...FIGURE 7 EARTHING CABLE EXAMPLE If the protective earth conductor terminal is an M4 stud which may also used to terminate cable screens the protective conductor must be mechanically terminated using a...

Page 124: ...hout metallic cubicle C0048ENc Mechanical Earth MiCOM C264 Rear panel Mechanical Earth Signal cable earth should be connected to the suitable functional earth connector Power supply cable earth should...

Page 125: ...e boundary connector Digital boundary connector Metallic cubicle Mount cables with fixings attached to the cubicle metallic surface Mount cables with fixings attached to the cubicle metallic surface E...

Page 126: ...ically insulated Digital Inputs 1 common for 2 DI and 2 legacy ports Ports N 1 N 2 The factory settled possibilities for the two insulated base legacy ports are Case Port N 1 Port N 2 1 RS232 RS232 2...

Page 127: ...Common Digital Input 1 2 9 Digital Input 2 10 NC 11 NC 12 RS232 RxD RS485 B Port 2 13 Ground Port 2 14 RS232 TxD RS485 A Port 2 15 Ground Port 1 16 RS232 CTS Port 1 17 Receive Data RxD T Port 1 RS232...

Page 128: ...IN BIU24x VIN VIN DI2 DI1 RS232 RS422 RS485 GND TXD TA RXD TB Serial link 1 DCD RTS RB CTS RA Output relays O 2 O 1 Power auxiliary supply and legacy ports board C0050ENb FIGURE 10 BIU241 BOARD BLOCK...

Page 129: ...aisy chain extremity is not to be earthed 4 2 Central Processing Unit CPU260 This board in it s base form includes the 10 100BaseT Ethernet interface RJ45 connector and two non insulated RS232 interfa...

Page 130: ...4C Connector description Block diagram C0051ENa Central Processing Unit Ethernet based communication board CPU260 CONNECTORS 10 100 Base TX Ethernet based link RJ 45 female 1 2 3 4 5 6 7 8 FIGURE 11 C...

Page 131: ...sing Unit Ethernet Based communications board CPU260 CONNECTORS OPTIONAL LINK 10 100 Base TX Ethernet based link RJ 45 female 1 2 3 4 5 6 7 8 100 Base FX Ethernet based link ST female FIGURE 12 CPU260...

Page 132: ...4C C0053ENa Central Processing Unit with optional IRIG B link board CPU260 CONNECTORS OPTIONAL LINK 10 100 Base TX Ethernet based link RJ 45 female 1 2 3 4 5 6 7 8 IRIG B link FIGURE 13 CPU260 BOARD W...

Page 133: ...CPU260 CONNECTORS OPTIONAL LINKS 10 100 Base TX Ethernet based link RJ 45 female 1 2 3 4 5 6 7 8 RS232 Serial link 3 GND TXD T RXD T DCD RTS CTS 8 7 5 3 2 1 1 2 3 4 5 9 6 7 8 RS232 Serial link 4 GND T...

Page 134: ...INKS 10 100 Base TX Ethernet based link RJ 45 female 1 2 3 4 5 6 7 8 RS232 Serial link 3 GND TXD T RXD T DCD RTS CTS 8 7 5 3 2 1 1 2 3 4 5 9 6 7 8 IRIG B link 100 Base FX Ethernet based link ST female...

Page 135: ...5 Digital Input 4 6 Common Digital Input 3 4 7 Digital Input 5 8 Digital Input 6 9 Common Digital Input 5 6 10 Digital Input 7 11 Digital Input 8 12 Common Digital Input 7 8 13 Digital Input 9 14 Dig...

Page 136: ...3 VIN VIN DI6 DI5 VIN VIN DI10 DI9 VIN VIN DI12 DI11 VIN VIN DI14 DI13 VIN VIN DI16 DI15 Signal inputs FIGURE 16 DIU200 BOARD BLOCK DIAGRAM NOTE Different voltage ratings of DIU200 boards exist in the...

Page 137: ...t 1 3 Digital output 2 4 Digital output 2 5 Digital output 3 6 Digital output 3 7 Digital output 4 8 Digital output 4 9 Digital output 5 10 Digital output 5 11 Digital output 6 12 Digital output 6 13...

Page 138: ...OM C264 C264C Block diagram C0057ENa 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 PIN Digital Output U nit board DOU200 Signal outputs DO 1 DO 2 DO 3 DO 4 DO 5 DO 6 DO 7 DO 8 DO 10 D...

Page 139: ...ut 1 2 4 Digital Input 3 5 Digital Input 4 6 Common Digital Input 3 4 7 Digital Input 5 8 Digital Input 6 9 Common Digital Input 5 6 10 Digital Input 7 11 Digital Input 8 12 Common Digital Input 7 8 1...

Page 140: ...VIN VIN DI4 DI3 VIN VIN DI6 DI5 VIN VIN DI8 DI7 Digital Inputs CO 2 CO 1 B A B A CO 4 CO 3 B A B A FIGURE 18 CCU200 BOARD BLOCK DIAGRAM NOTE Different voltage ratings of CCU200 boards exist in the MiC...

Page 141: ...nnector description Pin N Signal 1 Ground 2 NC 3 NC 4 Analogue Input 1 5 Analogue Input 1 6 NC 7 NC 8 NC 9 Analogue Input 2 10 Analogue Input 2 11 NC 12 NC 13 NC 14 NC 15 NC 16 Analogue Input 3 17 Ana...

Page 142: ...m C0059ENa 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 PIN Analogue Input U nit board AIU200 Signal inputs AI 4 U mA V GND RS232 TXD RXD Serial link for calibration test only AI 3 U...

Page 143: ...urrent Input 5A N1 2 Current Input 5A N2 3 Current Input 1A N1 4 Current Input 1A N2 5 Current Input 5A C1 6 Current Input 5A C2 7 Current Input 1A C1 8 Current Input 1A C2 9 Current Input 5A B1 10 Cu...

Page 144: ...V2 V1 W2 W1 N2 N1 Transducerless voltage inputs Transdurcerless 5A Current and Voltage Unit board TCU 200 TVU 200 Transducerless current inputs N2 N1 C2 C1 B2 B1 A2 A1 PIN 1 3 5 7 9 11 13 15 19 23 27...

Page 145: ...erties of the serial link for the maintenance dialogue are Baud rate 9600 Databits 8 Parity No Stop bit 1 Connector description C0061ENa 1 2 3 4 5 6 7 8 9 FIGURE 21 FRONT PANEL CONNECTOR VIEW Pin N Si...

Page 146: ...C264 EN CO A14 Connections Page 32 32 MiCOM C264 C264C MiCOM C264C Front panel C0062ENb RS232 port This serial port is dedicated to a PC for Maintenance and Settings FIGURE 22 MiCOM C264C FRONT PANEL...

Page 147: ...Installation C264 EN IN A13 MiCOM C264 264C INSTALLATION...

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Page 149: ...TALLATION 7 5 1 General wiring 7 5 2 Power supply wiring 7 5 3 I O board wiring 7 5 4 Networks wiring 7 6 POWER UP DELIVERED MiCOM C264 8 7 SETTING COMPUTER 8 7 1 Checking default settings p command 8...

Page 150: ...C264 EN IN A13 Installation Page 2 18 MiCOM C264 264C 11 COMPUTER PERIPHERAL INSTALLATION 17 11 1 External master clock connection 17 11 2 Printer installation 17...

Page 151: ...ation is needed to run the C264 s install software on the Host PC 2 1 MiCOM C264 The MiCOM C264 needs at least CPU board CPU 260 at least Power board BIU 241 The BIU241 needs to be correctly wired to...

Page 152: ...t Setting FTP server for Software download PACiS SMT System Management Software for database Download The Serial COM terminal is configured for serial communication with TTY mode 9600 Baud s 8 bits no...

Page 153: ...form like ribbon screws port extension etc Place the computer on a flat surface and remove the front panel has defined in C264 EN HW chapter Without removing the bus PCB it is possible to see the boar...

Page 154: ...embly by 4 or 6 screws with head POZ 2 The fixing centres are located under the flaps located at the top and bottom of the unit It is possible to install two C264C side by side on the assembly panel o...

Page 155: ...EN HW to ensure that supply is compliant to BIU voltage The power has to be switch off before plugging in the connector 5 3 I O board wiring Several DIU CCU BIU board voltage are available for Digital...

Page 156: ...minal program If the parameters and wiring are correct the connection is established press enter and a prompt is displayed on terminal The following chapter explains the operation to configure IP para...

Page 157: ...mmand It is now time to configure with the c command the communication settings of the MiCOM C264 Computer Enter the Configuration Command c CR Each parameter is displayed one by one with each CR If a...

Page 158: ...rectly entered it is possible to communicate via the terminal program using the Ethernet port and the IP address entered above At the prompt type the following to check the Ethernet parameters p CR If...

Page 159: ...g xxx xxx xxx xxx where xxx is the IP address of the target computer If there is no answer the user should check the communication wiring and or IP driver installation 8 2 Loading DB under SMT First a...

Page 160: ...software version into the computer you need first to have all the necessary files on a host PC as well as a communication tool to transfer the computer s software and the necessary configuration files...

Page 161: ...he next button FIGURE 3 LICENSE AGREEMENT Choose the I accept the agreement radio button then click on the next button FIGURE 4 DESTINATION DIRECTORY Check that you have enough disk space If you choos...

Page 162: ...ck on the next button FIGURE 5 SELECT COMPONENT Choose the components you want to install you may have already an FTP tool or other components you don t want to erase Then click on the next button FIG...

Page 163: ...DITIONAL TOOL Choose if you want a PACiS FTP desktop icon Otherwise you ca the choice to launch this tool from the start menu FIGURE 8 READY TO INSTALL Click on the next button at this time a progress...

Page 164: ...LETED Now you have the choice to launch the PACiS FTP Server The connection with the computer needs to be established to make this operation success To see the files that have installed otherwise to c...

Page 165: ...cable installation including length limit and optional 50 ohms termination For installation of the external master clock refer to its documentation and to the summary in PACiS system C264 EN IN chapt...

Page 166: ...C264 EN IN A13 Installation Page 18 18 MiCOM C264 264C BLANK PAGE...

Page 167: ...Application C264 EN AP A13 MiCOM C264 C264C APPLICATION...

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Page 169: ...7 3 6 2 Right relations 7 3 6 3 Redundancy relation 7 3 7 Computer boards general 8 3 8 Computer specific board 9 4 COMPUTER ATTRIBUTES 10 4 1 1 General 10 4 1 2 Binary input BI filtering 10 4 1 3 Mea...

Page 170: ...us L BUS 23 7 3 1 Configure a physical port 24 7 3 2 LBUS Communication 26 7 3 3 IED on legacy bus 27 7 3 4 IED on T103 28 7 3 5 IED on Modbus 37 7 4 Telecontrol Bus T BUS 42 7 4 1 Adding a SCADA prot...

Page 171: ...SCE application And finally the third part presents some specific cases of application Notation used in this document all the menus items or any text that appear in the SCE Application windows will be...

Page 172: ...f computer have the following features Type Width Hardware Bus width Input Output C264C 40TE BIU 2 serial ports CPU 2 serial ports optional GHU LCD leds 4 6 free slots DIU DOU CCU TMU C264 80TE BIU 2...

Page 173: ...ents as follow Binder Hardware BIU CPU Port definition GHU Led LCD include board status Binder System Information Computer System Data Point DB status device mode Binder UCA2 Mapping Mandatory LD0 use...

Page 174: ...omputer definition depending on the application you want 1 3 2 4 5 6 FIGURE 3 ADDING OBJECTS 1 Specific I O boards AIU CCU DIU DOU SCU and TIU 2 Computer SBUS Mapping for communication in the Sub stat...

Page 175: ...uter in a specific Substation at the Site level is located in null 3 6 2 Right relations These relations are inherited from the upper level has for command right Command right has for Forcing Sub Sup...

Page 176: ...ple the following Labels 0 OK defined 1 Faulty 2 Missing 3 Not defined 4 OK not defined not present 2 This relation appear when you will make the UCA2 mapping using the Relation link editor by double...

Page 177: ...oards have the following features DIU 16 DI DOU 10 DO AIU 4 AI AI range short long acquisition cycle CCU 8 DI 4 DO take good care the DO 4 5 6 7 are defined but not used TIU 4 I 4 U Acquisition attrib...

Page 178: ...s a CPU 260 with IRIG B option synchronised by the S BUS The relation at Scs level Has for master clock defines which device is the synchronisation source 3 Computer network alias name for TCP IP 4 1...

Page 179: ...State Changes t3 1 2 3 4 New Valid State FIGURE 7 TOGGELING DELAY 4 1 3 Measurement values 1 2 4 3 FIGURE 8 MEASURMENTS VALUES ATTRIBUTES 1 Debouncing delay debouncing time in ms range 0 10 by step o...

Page 180: ...C264 C264C 4 1 4 Counter attributes 1 2 FIGURE 9 COUNTER ATTRIBUTES 1 Debouncing delay debouncing time in ms range 0 10 by step of 1 ms 2 Number of software faults allowed in period else Computer rema...

Page 181: ...g acquisition FSS and SBMC options Direct execute or SBO control options common sate treatment alarms by sate Boolean value by state The kind of Profiles you can have is the following Supervision prof...

Page 182: ...for profile from all DP in Site or Scs hierarchy to a special profile 5 3 Profiles of SPS DPS MPS 5 3 1 General 1 2 3 FIGURE 10 DPS PROFILE 1 Allow FSS on DP value Yes NO 2 Allow SBMC on DP when the b...

Page 183: ...RE 11 STATE LABELS 1 for SPS Set Reset for MPS I among N 16 state0 to state15 undefined 2 Invalid states or FSS labels Labels are business language dependent and can be customised On OI printer and vi...

Page 184: ...e LCD display Printing relation can be used several times with different printers Has Alarm Logged On Has Events Logged On 5 3 4 Interlocking FIGURE 13 PROFILGING INTERLOCKING For each state of MPS yo...

Page 185: ...s Set and never Reset 4 The alarm is not generate if state follows a control RFI UCA2 5 Gravity level 6 Alarms are acknowledged by operator but clearing can be manual or automatic 7 All this features...

Page 186: ...o 20 mA DC input when under 4 mA 5 4 3 Interlocking The goal is to include MV validity and MV threshold into Boolean acquisition FIGURE 17 MV PROFILE INTERLOCKING 1 True means the MV is available 2 Fa...

Page 187: ...52 5 4 4 Alarms Alarm management is as the xPS management you can define the same features for each valid or invalid sates FIGURE 18 MV PROFILE ALARMS 5 4 5 Mean value PACiS OI archive computation mea...

Page 188: ...is an integer then the coefficient to get energy on the OI 2 Activate pulse conversion or not on the OI Energy metering can be issued from Computer then into a DP or from the OI then those attributes...

Page 189: ...bay BusBar BusSectioner BusCoupler Feeder Transformer Generator and Motor Voltage level L R substation 6 1 Bay Specific L R bay SBMC Order running 6 2 Models Switch gear Circuit Breaker Transformer Mo...

Page 190: ...FORMATION DB compatibility SPS DB incoherency SPS DB switch control SPC Device link SPS Device mode DPS DI acquisition stopped SPS Local Remote control DPC Local Remote control DPS Log Queue SPS Mode...

Page 191: ...PPING 7 3 Legacy Bus L BUS Defining a legacy network depending on the use to be done with the computer you need to configure a communication port The objectives of this chapter is to show you how to C...

Page 192: ...of which there are all boards 3 port 1 2 on BIU board RS232 or RS485 4 port 3 4 on CPU RS232 only Port 2 is used by LBUS this is a relation from LBUS An external converter to RS485 copper optical can...

Page 193: ...2 3 1 FIGURE 26 PORT TRANSMISSION PARAMETER This port is configured as is RS485 T103 Modbus 1 Common transmission parameters speed 1200 to 64000 parity NO Even Odd stop 1 1 5 2 bit duration byte 7 8...

Page 194: ...inition 2 3 1 4 FIGURE 27 LBUS COMMUNICATION DEFINITION 1 Legacy network binder 2 One LBUS definition for each physical port or channel 3 Relation has for main comm port for each legacy protocol fille...

Page 195: ...wer 1 300 3 Time synchronisation 4 Delay before disconnecting IED 10 100 5 Kind of synchronisation T D EAI or None 7 3 3 IED on legacy bus Typical Template Case Why Big IED LBUS Mapping Data to be lin...

Page 196: ...tion DREC definition 4 IED system information IED Diag connection synchronisation DREC 5 LBUS mapping 6 Linked features graphic for IO 7 3 4 IED on T103 7 3 4 1 Attributes 1 2 3 FIGURE 30 IED ATTRIBUT...

Page 197: ...7 3 4 2 Hierarchy 2 1 3 FIGURE 31 IED HIERARCHY 1 System information upon IED LBUS Communication Disturbance Synchronisation 2 System Information on UCA2 IEDDIAG RDRE disturbance 3 Legacy BUS Mapping...

Page 198: ...protectivefunction number Canberesereved Information Number Information Value 1 OFF 2 ON Time with synchronisationattribute Sequence pointer 1first Link User Data or Application Service Data Unit Info...

Page 199: ...IGURE 34 DPS MAPPING 1 Mapping name Relation to Site DPS has 2 relation if public ASDU has for IED address 2 T103 ASDU 3 T103 Function Number 4 T103 Information Number 5 T103 Common Address of ASDU Us...

Page 200: ...5 MV MAPPING 1 Mapping name to Site MV relation has for IED address 2 T103 ASDU 3 T103 Function Number 4 T103 Information Number 5 T103 ASDU MV 3 9rank several MV 6 T103 Common Address of ASDU Usually...

Page 201: ...5 FIGURE 36 SPC MAPPING 1 Mapping name to Site relation has for IED address 2 T103 ASDU 3 T103 Function Number 4 T103 Information Number 5 T103 ASDU MV 3 9rank several MV 6 T103 Common Address of ASD...

Page 202: ...in DCP 1 2 3 4 5 6 7 FIGURE 37 T103 DCP MAPPING 1 Mapping name to Site relation has for IED address 2 T103 ASDU 3 T103 Function Number 4 T103 Information Number 5 T103 Common Address of ASDU Usually I...

Page 203: ...E 38 IED ACQUISITION 1 IED Type Standard Px3x Px4x 2 IED Main function type T103 DREC 3 General Interrogation Sampling 4 T103 special acquisition parameters MV are Normalised Nominal MV coefficient 1...

Page 204: ...10 11 FIGURE 39 DISTURBANCE CHANNEL DEFINTION 1 Digital channel on off contact function 2 Name given in Disturbance File 3 T103 corresponding 4 Analogue channel Measurement 5 Name to give in Disturba...

Page 205: ...onse Device Function Counter Value CRC xxh 03h 0 Number Xx xxh Xx xxh IED Function number Mapping Value format Function MODICON ALSTOM Master 01 0x01 Read Coil Status R n bits 02 0x02 Read Input Statu...

Page 206: ...depend of reading function 3 Bit number with read function 3 4 7 4 Modbus reading function 1 2 bit 3 4 Word 7 Status byte 5 Not used 7 3 5 4 Modbus DPS Mapping 1 2 3 4 5 6 FIGURE 43 MODBUS DPS MAPPIN...

Page 207: ...pping Name Relation to Site MV 2 Word 3 Not used 4 Modbus reading function 3 4 Word 5 Not used 6 Not used 7 Modbus MV format see later 7 3 5 6 Modbus SPC Mapping 1 2 3 4 5 6 FIGURE 45 MODBUS SPC MAPPI...

Page 208: ...MiCOM C264 C264C 7 3 5 7 Modbus DPC Mapping 1 2 3 4 5 6 FIGURE 46 MODBUS DPC MAPPING 7 Mapping Name Relation to Site DPC 8 Word 9 Bit 10 Modbus Writing function 6 7 W 1 n bit 11 Not used 12 Direct Ex...

Page 209: ...bus IED Acquisition 1 2 3 4 7 5 6 FIGURE 47 MODBUS IED ACQUISITION 1 Name given to acquisition object 2 Standard Modbus MODICON 3 M300 Pseudo Modbus T D EAI 4 S20 Standard Modbus MODICON 5 Acquisition...

Page 210: ...a communication port with the SCADA Available protocols IEC 60870 5 101 T101 serial link DNP3 serial link IEC 60870 5 104 T104 Ethernet link 7 4 1 Adding a SCADA protocol You need to add a specific o...

Page 211: ...communication 7 4 2 Configure a physical port For DNP3 and T101 protocols a connection with a serial port is needed This connection will be configured by filling the relation has for main comm port b...

Page 212: ...iCOM C264 C264C 7 4 3 TBUS Communication 7 4 3 1 Definition The C26X SCADA prot object as the following definition 1 3 2 FIGURE 51 C26X SCADA PROTOCOL DEFINITION 1 System data profile definition 2 UCA...

Page 213: ...trol No Interlocking protocol No management of the taking control link address length in range 1 2 link address in range 1 255 or in range 1 65534 redundant link address in range 1 255 or in range 1 6...

Page 214: ...s CP56Time2A time code on 7 bytes number of event record in range 0 99 maximum number of event records event record max size in range 10 65535 size maximum of an event record in bytes background scan...

Page 215: ...ted to the Meters 1 most 2 middle 3 less SCADA synchronisation Affect the management of the synchronisation message coming form the SCADA Yes management of the synchronisation message No no management...

Page 216: ...mber of event record in range 0 99 maximum number of event records event record max size in range 10 65535 size maximum of an event record in bytes background scan cycle s in range 0 65535 duration of...

Page 217: ...To configure System information you will to deal with the following attributes FIGURE 56 SYSTEM INFORMATION SPS ATTRIBUTES 7 4 5 SCADA communication addresses 7 4 5 1 Definition SCADA communication ad...

Page 218: ...ibutes FIGURE 58 SCADA COMMUNICATION ADDRESS ATTIBUTES 7 4 6 SCADA link addresses To get information on an electrical data point trough the SCADA communication link you need to configure a relation fo...

Page 219: ...a relation has for SCADA address under the Comp swit pos object Then double click on the relation to make appear the Relation link editor FIGURE 60 FILLING HAS FOR SCADA ADDRESS RELATION Once you ve s...

Page 220: ...N CASES 9 1 Consignment of a Data Point If you want to consign a DP it needs to have a profile with a printing relation with an existing printer Don t forget to check that the printer is connected to...

Page 221: ...Settings C264 EN ST A13 MiCOM C264 C264C SETTINGS...

Page 222: ......

Page 223: ...chrocheck 5 2 3 Communication display 5 2 4 Devices display 6 2 5 Counters 6 2 6 Measurements 7 2 7 Transformer Tap Position 7 3 PARAMETERS HMI PANELS 8 3 1 Bay Panel 8 3 2 Main LCD settings 8 3 3 Dis...

Page 224: ...C264 EN ST A13 Settings Page 2 14 MiCOM C264 C264C BLANK PAGE...

Page 225: ...ata points are grouped into features and folders To access a given feature the operator should navigate the panels using the arrow keys The folders hierarchy is displayed in each panel switches to nei...

Page 226: ...C264 Configuration Parameters Treatment C264 Configuration View C264 Configuration View xxxx SELECTED C264 Configuration View Bay 01 C264 Configuration Parameters HMI xxxx SELECTED C264 Configuration...

Page 227: ...em cmd Wired loc rem cmd 2 2 Synchrocheck SCK01 08 Label Select action Comment Synchrocheck name Not assigned Synchrocheck1 Synchrocheck2 Synchrocheck3 Synchrocheck4 Synchrocheck5 Synchrocheck6 Synchr...

Page 228: ...ed Q1 Q2 Q3 Q72 Device type Not assigned Circuit breaker Switch disconnector Information type Not assigned Signal Command Signal with command Visible master Configured Not configured 2 5 Counters RCT0...

Page 229: ...Bay2 Bay3 Bay4 Bay5 Bay6 Bay7 Bay8 Visible master Configured Not configured 2 7 Transformer Tap Position TAP01 08 Label Select action Comment Tap changer name Not assigned TAP1 TAP2 TAP3 TAP4 TAP5 TA...

Page 230: ...cal bar list of measurments and counters 3 2 Main LCD settings MAIN Label Select action Comment Auto MT return time numeric value Min value 5 Max value 300 Increment 1 Default value 60 Unit seconds La...

Page 231: ...options bay panel SUBST Label Select action Comment Displ modules names No Yes Inlock off timeout numeric value Min value 20 Max value 120 Increment 1 Default value 90 Unit seconds Synchk off timeout...

Page 232: ...C264 EN ST A13 Settings Page 10 14 MiCOM C264 C264C Label Select action Comment Displ synchk state No Displ autrec state No Yes...

Page 233: ...mseconds Thres pres volt numeric value Min value 0 5 Max value 1 1 Increment 0 01 Unit Un V Thres abs volt numeric value Min value 0 1 Max value 0 6 Increment 0 01 Unit Un V Thres voltage diff numeri...

Page 234: ...ed 50 Baud 100 Baud 200 Baud 300 Baud 600 Baud 1200 Baud 2400 Baud 4800 Baud 9600 Baud 19200 Baud 38400 Baud 56000 Baud 64000 Baud Parity No parity Even parity Odd parity Stop bit number 1 bit 1 5 bit...

Page 235: ...ric value Min value 1 Max value 50 Increment 1 Unit configured with the SCE Deadband numeric value Min value 0 Max value 50 Increment 1 Unit configured with the SCE Low low low thr val numeric value M...

Page 236: ...onfigured with the SCE Hi hi hi thres val numeric value Min value 0 Max value 1 Increment 0 01 Unit configured with the SCE 4 5 Tap Changer Control Delays TAP01 08 Label Select action Comment Closing...

Page 237: ...Logic Diagrams C264 EN LG A13 MiCOM C264 C264C LOGIC DIAGRAMS...

Page 238: ......

Page 239: ...ng 6 2 3 3 Multiple Points Processing 6 2 3 4 HV Three phases breaker 6 2 4 Digital output treatment 6 2 5 Measurement Input Processing 7 2 6 Counters Input Processing 7 3 GENERIC CONTROL SEQUENCES 8...

Page 240: ...EN LG A13 Logic Diagrams Page 2 24 MiCOM C264 C264C 7 BUILT IN AUTOMATIC FUNCTIONS 19 7 1 Automatic Voltage regulation AVR 19 7 2 Synchrocheck 19 7 3 Autorecloser AR 20 7 4 Trip Circuit Supervision TC...

Page 241: ...application chapter 2 PLANT DATA INTERFACE 2 1 Digital Input Treatment 2 1 1 DI Treatment main parts DI board DIU CCU Debouncing Filtering Time Stamping Processing Systeme SPS DPS MPS SCT DCT UCA2 SI...

Page 242: ...in configuration If new state is not stable the new state is not taken in account Each time input cross again the new state level timer is restarted Filtering is here an optional filtering added to d...

Page 243: ...ition at 48 of fundamental frequency This frequency is used at start up then tracked by algorithm to the real frequency Parameters Fundamental frequency 50 60HZ Primary voltage A B C for frequency tra...

Page 244: ...s FIGURE 6 PROCESSING OF A DP 2 3 3 Multiple Points Processing C0084ENa Toggle filtering MP filtering Manual suppression Substitution Forcing To RCP To HMI views lists To Data Logging To archive To au...

Page 245: ...om IED acquisition Thresholds detection Open Circuit Management Transmission From CT VT acquisition CT VT Calculations Manual suppression Substitution Forcing FIGURE 8 MEASUREMENT PROCESSING 2 6 Count...

Page 246: ...arts as defined in the following scheme When receiving order the global control sequence starts The order might come from Higher level inner automation built in Operator from Local Control Display or...

Page 247: ...m running no no Bypass uniqueness check no no Device locked Bypass locked device no Computer faulty or in maint Continue execution phase yes yes yes Not configured Not configured Not configured Not co...

Page 248: ...n mode dependency local remote SBMC mode dependency Bay in maintenance or not Bay mode dependency local remote 1 Interlock control Process allows to assign or not a logical equation to each order 2 Au...

Page 249: ...level a control may be executed in one of the following mode Direct execute Execution SBO once Selection Execution Unselection is automatically done by the computer SBO many Selection Several Executi...

Page 250: ...Selection Time out launching Beginning of control sequence Perform Selection checks send positive acknowledge send negative acknowledge Time out Deselect hardware selection Device Cancel request Execu...

Page 251: ...n in progress to the device no End of control sequence send negative acknowledge send positive acknowledge Perform execution Perform execution checks Reset execution in progress Execution in progress...

Page 252: ...ontrol sequence for SBO many mode C0091ENa Device selected no End of control sequence Execution phase SBO many Execution request Unselect request Wait request Unselection phase Cancel request Executio...

Page 253: ...phase for SBO many mode C0092ENa End of control sequence Unselection phase Deselect the device Send positive acknowledge Send negative acknowledge hardware selection Not configured Error during desele...

Page 254: ...O DE mode Close Open Close Open Close synchro CB CB SYNC C264 FIGURE 16 CIRCUIT BREAKER CONTROL SEQUENCE SYNCHRO IN MANUAL MODE In the case where the Synchro is enable the command is a Close Synchro i...

Page 255: ...s document 4 3 Disconnectors device Busbar disconnectors Disconnectors Bypass disconnectors Transfer busbar disconnectors Earthling switch This control sequences will be described in future release of...

Page 256: ...our automaton Then by right clicking on the slow automaton item you can choose to edit your automaton with ISaGRAF 6 FAST CONFIGURABLE AUTOMATION PSL By using the SCE you will be able to directly edit...

Page 257: ...nected AVR also provides Active and reactive compounding in order the maintain the voltage at a remote location Homing in order to adjust a transformer to the voltage of the busbar to which it will be...

Page 258: ...I associated with CB DO for recloser Function enabled FIGURE 23 RECLOSER ENABLED C0101ENa Third triphased cycle Second triphased cycle CB closed TRIP signal DEC Recloser locked Recloser in service pro...

Page 259: ...RECLOSER WAITING FOR CB OPENIG C0103ENa AR_Enable DEC_1P AR_Cycle_3P CBA_Disc Option Lock DEC_3P 1 S R Q AR_First_cycle_1P t 0 1P_DTIME AR_Enable First monophased cycle All waited CB Opening has happe...

Page 260: ...ened FIGURE 28 THREE PHASE SLOW CYCLE C0106ENa End of the 1P cycle timer AR_Enable DEC_3P End of the slow cycle timer End of the fast cycle timer 1 1 DEC_1P 1 1 Lock CB_HEALTHY 1 1 Synchrocheck s use...

Page 261: ...se Synchrocheck Authorisation NOK End of the slow cycle timer R S Q AR_Fail Hardware failure Interlocking Autorisation NOK 1 Synchrocheck s use configured End the fast cycle timer 1 FIGURE 31 DIAGRAM...

Page 262: ...C264 EN LG A13 Logic Diagrams Page 24 24 MiCOM C264 C264C BLANK PAGE...

Page 263: ...Communications C264 EN CT A13 MiCOM C264 C264C COMMUNICATIONS...

Page 264: ......

Page 265: ...ON 7 3 1 Overview 7 3 2 SCADA common functionality 7 3 2 1 Interface 7 3 2 2 Behaviour and specific treatments 10 3 2 3 Data sent to SCADA 12 3 2 4 Data sent to MiCOM C264 14 3 2 5 Configuration 14 3...

Page 266: ...4 3 3 Interface 31 4 3 4 Behaviour 32 4 3 5 Data received from IEDs 33 4 3 6 Data sent to IEDs 34 4 3 7 Error management 34 4 3 8 Limits and Performances 35 4 3 9 Configuration 35 4 4 DNP 3 0 Communic...

Page 267: ...1 Communication on Station bus 2 1 1 Finality This function performs the interface between the MiCOM C264 software and the UCA agency 2 1 2 Inputs 2 1 2 1 Information MiCOM C264 application SCP The i...

Page 268: ...ing table describes the services supported by the UCA2 agency integrated in the MiCOM C264 UCA Service MMS PDU Client support Server support Data Object Model Named Variable GetDataObjectValues Read Y...

Page 269: ...equest YES YES Time sync request Time sync request YES YES GOOSE Model Send GOOSE InformationReport YES YES 2 1 5 Supported data objects The following table describes the common class supported by the...

Page 270: ...lient support Server support Configuration CCF Control configuration YES YES SBOCF SBO configuration YES YES Settings AISP Analogue input setting YES YES WYESP WYE setting YES YES Report Control Block...

Page 271: ...DA and responds to it Broadcast Slave MiCOM C264 can receive a message addressed to it MiCOM C264 performs it without sending a response Common features to all SCADA communication and all protocols ar...

Page 272: ...Setpoint acknowledgement Treated Treated Treated Not Treated Supervision Download database acknowledgement Treated Treated Not Treated MiCOM C264 Disturbance Treated Treated Treated Not Treated IED c...

Page 273: ...link initialisation Treated Treated Treated X General interrogation Treated Treated Treated Treated Control Treated Treated Treated Treated Setpoint Treated Treated Treated Treated Time synchronisatio...

Page 274: ...nks parameters of initialisation include the following non exhaustive list TBC 3 2 2 1 3Remote initialisation of the MiCOM C264 After receiving a remote reset link command the MiCOM C264 performs a co...

Page 275: ...itive or a negative response If the response if positive the controlling station can send the database by using the file transfer mechanism The controlling station must mark the end of transmission Th...

Page 276: ...C mode 3 2 2 8 Redundancy Serial links can be configured as redundant In this case SCADA can request slave on both serial links main link or redundant link MiCOM C264 always responds on the link used...

Page 277: ...ossible to convert these files to COMTRAD format after uploading of the files in the owner format on a PC through SCADA link As IED disturbance Files are in an owner format the up loading of these fil...

Page 278: ...ass Select At the end of the control sequence an acknowledgement is sent to SCADA if protocol allows it If the command is a select before operate command the application must send two acknowledgements...

Page 279: ...M C264 As the MiCOM C264 is the slave on the network regards to SCADA this protocol is referenced as Slave DNP3 in the MiCOM C264 Here are described Specific behaviours attached to the protocol DNP3 R...

Page 280: ...ock 3 SELECT Treated 4 OPERATE Treated 5 DIRECT OPERATE Treated 6 DIRECT OPERATE NO ACK Treated 41 2 Setpoint 32 bits analogue output block 3 SELECT Treated 4 OPERATE Treated 5 DIRECT OPERATE Treated...

Page 281: ...to specify the use of the T101 protocol on a SCADA link of the MiCOM C264 As the MiCOM C264 is the slave on the network regards to SCADA this protocol is referenced as Slave T101 in the MiCOM C264 He...

Page 282: ...d COT 20 In response to a group interrogation command Not dated COT 21 to 36 The configuration of the MiCOM C264 allows The kind of time tag to use for spontaneous data the same for all data In which...

Page 283: ...T 20 In response to a group interrogation command Not dated COT 21 to 36 The configuration of the MiCOM C264 allows indicating The kind of time tag to use for spontaneous data the same for all data In...

Page 284: ...Description of a Counter T101 address of the CT Spontaneous Dated Management Y N T101 CT group to which the CT is assigned Description of a SPI T101 address of the SPI Spontaneous Dated Management Y N...

Page 285: ...on different links The same protocol on several links All these networks use a Master Slave protocol where the MiCOM C264 is the Master So there are two kinds of exchange Request reply Master emits a...

Page 286: ...transmission Treated 4 2 1 1 2Output Receiver Data Note Digital input state Treated Binary input processing Dated Digital input change Measurement treatment Measurement Treated Non tariff metering Co...

Page 287: ...edgement Treated Setpoint acknowledgement Not Treated for the moment Alarm Not Treated for the moment Disturbance record Treated or not Depending on the protocol Tunnelling Frame response Treated or n...

Page 288: ...ange of state is signalled to the MiCOM C264 management function 4 2 2 2 Initialisation of the line Before being able to communicate on the network the link must be initialised The parameters of initi...

Page 289: ...nding applicative requests to IEDs Optimisation of polling maybe done according to the followings ideas When an IED is disconnected it may be questioned only time to time not all cycles When an IED ha...

Page 290: ...several states When an IED becomes Connected it goes to the NOT_SYNCHRONISED state NOT_SYNCHRONISED The IED has just became Connected It must be synchronised Once it is synchronised according to the...

Page 291: ...ED is marked as unknown and a change of state is signalled for each one 2 The IED becomes CONNECTED A synchronisation frame is sent to it and after the status of the IED is red 3 The status of the IED...

Page 292: ...aded and that automatic upload is enabled it uploads and stores it When the upload is finished an indication is sent to the Upper transmission management to inform it that a Disturbance file is ready...

Page 293: ...is disconnected or out of service a negative acknowledgement is sent 1 If the command is a select before operate command the application must send two commands to the transmission software the first o...

Page 294: ...mber of networks For each network Port identification Transmission characteristics bauds parity Protocol Number of IEDs For each IED Address Enable Disable of automatic upload of Disturbance file Numb...

Page 295: ...Interface 4 3 3 1 Interface to internal functions of MiCOM C264 4 3 3 1 1Output Precision Receiver Data Note Measurement treatment Default position Not Treated no specific treatment is implemented in...

Page 296: ...is connected or not 6 Eventually for tunnelling Write 1 word 16 Eventually for tunnelling Write N words 4 3 4 Behaviour 4 3 4 1 Polling During a polling procedure each slave is polled one after the o...

Page 297: ...ust one exchange having regard to the number of DIs to be read Processing for generic IEDs By default the DI blocks are regularly polled by the application Then the application compares the sate of ea...

Page 298: ...transmission delay is performed 4 3 6 3 Commands Commands are sent to the IED and have the highest priority level They come from the application and have to be transmitted to the destination device as...

Page 299: ...n Specific configuration data for Modbus are the following ones For each MODBUS network Synchronisation period Synchronisation type Answer timeout Number of retries For each IED on the network IED add...

Page 300: ...protocol used and not used 4 4 2 Interface 4 4 2 1 Interface to internal functions of MiCOM C264 4 4 2 1 1Output Precision Receiver Data Note Non tariff metering Counter Treated 4 4 2 2 Interface to I...

Page 301: ...is used is this case 4 4 3 Behaviour Synchronisation The Master DNP3 is always synchronised by the MiCOM C264 No calculation of the transmission delay is performed The DNP3 object used to synchronise...

Page 302: ...ived as static data are identified by the DNP3 object number 01 Measurements A Measurements is identified by an Index associated to a couple Object Variation which identify the type of data Both analo...

Page 303: ...y The purpose of this chapter is not to describe the T103 protocol see IEC 60870 5 103 documentation for that but to specify the use of the T103 protocol on a legacy bus of the MiCOM C264 As the MiCOM...

Page 304: ...1 Disturbance file management Treated 45 Acknowledge of Single Command Px3x only 46 Acknowledge of Double Command Px3x only 65 Single Point Px3x only 66 Single Point with Time Tag Px3x only 67 Double...

Page 305: ...in order not to lose information DI and AI change For security raison at the end of a tunnelling session a GI is done 4 5 4 Data received from IEDs 4 5 4 1 Digital inputs An ASDU number 1 2 in public...

Page 306: ...in the official documentation of the IEC 60870 5 103 protocol and ACA Part 4 Communication based on IEC60870 5 103 and ACA Part 5 Communication for the Subsystem Control and Monitoring for Private ran...

Page 307: ...C264C Page 43 44 Description of a Measurement ASDU Number Function type Information Number Rank of the measurement in the ASDU Kind of measurement Common Address of ASDU Description of a Control ASDU...

Page 308: ...C264 EN CT A13 Communications Page 44 44 MiCOM C264 C264C BLANK PAGE...

Page 309: ...Commissioning C264 EN CM A13 MiCOM C264 C264C COMMISSIONING...

Page 310: ......

Page 311: ...puts 7 3 5 Checking the output relays 7 3 6 Checking the current measuring inputs 7 3 7 Testing the connection of the phase current and voltage transformers with load current for correct phase 8 3 8 T...

Page 312: ...C264 EN CM A13 Commissioning Page 2 10 MiCOM C264 C264C BLANK PAGE...

Page 313: ...th the contents of the chapter C264 EN SA Safety and all technical data 1 2 Definition The objective of commissioning is to prove that the equipment and any interconnections to process and other syste...

Page 314: ...ery form is the starting document 3 COMMISSIONING TESTS 3 1 Preparation After the MiCOM C264 has been installed and connected as described in Chapters C264 EN IN and C264 EN CO the commissioning proce...

Page 315: ...nd ensure that the MiCOM C264 is fully operational in his application 3 2 Check version number In the commissioning process this panel is the first to check The MiCOM C264 serial number tells if the C...

Page 316: ...aker Control Unit SBO board DIU Digital Input Unit DOU Digital Output Unit AIU Analogue Input Unit DC current and voltage input TMU Transducerless Measurements Unit CT VT board The product checks whet...

Page 317: ...d Password Protected Control Operations in Chapter 6 BEFORE STARTING THE TEST OPEN ANY TRIGGERING CIRCUITS TO EXTERNAL DEVICES SO THAT NO INADVERTENT SWITCHING OPERATIONS WILL TAKE PLACE 3 6 Checking...

Page 318: ...te signals 3 9 Testing the control functions The selected bay type is displayed on the Bay Panel The activation of the Bay Panel display is described in Chapter C264 EN HI If the position signals of t...

Page 319: ...follows For bay interlock BI check MAIN Ba y in ter loc k ac t Oper Cycl Log folder For substation interlock SI check MAIN Su b s t in te r l a ct Oper Cycl Log folder For local control It is possibl...

Page 320: ...ATING OF THE MEASURING INPUTS SEE THE CHAPTER ENTITLED TECHNICAL DATA 3 13 Completion of commissioning Before the MiCOM C264 is released for operation the user should make sure that the following step...

Page 321: ...Record Sheet C264 EN RS A13 MiCOM C264 C264C RECORD SHEET...

Page 322: ......

Page 323: ...Record Sheet C264 EN RS A13 MiCOM C264 C264C Page 1 6 CONTENT 1 SCOPE OF THE DOCUMENT 3 2 COMMISSIONING TEST RECORD 3 2 1 Product checks 4 2 1 1 Visual inspection 4 3 SETTING RECORD 4...

Page 324: ...C264 EN RS A13 Record Sheet Page 2 6 MiCOM C264 C264C BLANK PAGE...

Page 325: ...ning record sheet Date Engineer Station Circuit System Frequency Front Plate Information Computer type Model number Serial number Rated current In Rated voltage Vn Auxiliary voltage Vx Test equipment...

Page 326: ...ting a PC with a hyperterminal application to the serial port on the front of the computer you will be able to send a command to make the computer return this commissioning record sheet Date Engineer...

Page 327: ...Fn Links 0004 Description 0005 Plant Reference 0006 Model Number 0007 Firmware Number 0008 Serial Number 0009 Frequency 000A Comms Level 000B Relay Address 0011 Software Ref 1 0012 Software Ref 2 001...

Page 328: ...C264 EN RS A13 Record Sheet Page 6 6 MiCOM C264 C264C BLANK PAGE...

Page 329: ...Maintenance C264 EN MF A13 MiCOM C264 C264C MAINTENANCE...

Page 330: ......

Page 331: ...3 4 Measurement accuracy 6 2 4 Method of repair 7 2 4 1 Replacing the complete MiCOM C264 C264C 7 2 4 2 Replacing a board 8 2 5 Cleaning 18 3 ENGINEERING MAINTENANCE OPERATION 19 3 1 Level 2 diagnosi...

Page 332: ...C264 EN MF A13 Maintenance Page 2 22 MiCOM C264 C264C BLANK PAGE...

Page 333: ...onfiguration and its history The User should refer also to their own experience besides this manual It is also recommended to extract the logbook history in order to be informed of the intervention co...

Page 334: ...board If the Healthy and Out of Service LED s are OFF the MiCOM C264 C264C is in one of its predefined modes i e not operational probably not powered If the automation and communications are still op...

Page 335: ...BINARY INPUT PANEL For an output board this panels looks like B I N O U T P U T B O A R D X X Board type D O X X X value D O X X X value D O X X X value D O X X X value D O X X X value D O X X X valu...

Page 336: ...r maintenance counters Therefore it is recommended that the maintenance checks i e at the substation itself are done locally Before carrying out any work on the equipment the user should be familiar w...

Page 337: ...warranty will be invalidated Before carrying out any work on the equipment the user should be familiar with the contents of the safety and technical data sections and the ratings on the equipment s r...

Page 338: ...nalysis to help determine which board has become faulty To replace any of the MiCOM C264 C264C s boards it is necessary to first remove the front panel Before removing the front panel to replace a boa...

Page 339: ...C is exposed and not protected against electrostatic discharges dust ingress etc Therefore ESD precautions and clean working conditions should be maintained at all times The ribbon cable is fastened t...

Page 340: ...C264 EN MF A13 Maintenance Page 10 22 MiCOM C264 C264C C0111ENa FIGURE 3 MiCOM C264C C0110ENa FIGURE 4 MiCOM C264...

Page 341: ...is a label on the rear of the front panel metallic screen Looking to the front of the MiCOM C264 C264C with the front panel off you can have access to a printed circuit that connects all the boards t...

Page 342: ...xtracting board The power supply board is the one with two large electrolytic capacitors on it that protrude through the other board that forms the power supply module To help identify that the correc...

Page 343: ...or the application will need to be re entered Therefore it is useful if an electronic copy of the application specific settings is available on disk Although this is not essential it can reduce the ti...

Page 344: ...U The DIU board can be located in any slot between 03 to 16 To aid the recognition of these boards see the following figure C0035ENa FIGURE 7 DIGITAL INPUT UNIT To update the MiCOM C264 C264C configur...

Page 345: ...U The DOU board can be located in any slot between 03 to 16 To aid the recognition of these boards see the following figure C0036ENa FIGURE 8 DIGITAL OUTPUT UNIT To update the MiCOM C264 C264C configu...

Page 346: ...U The AIU board can be located in any slot between 03 to 16 To aid the recognition of these boards see the following figure C0038ENa FIGURE 9 ANALOG INPUT UNIT To update the MiCOM C264 C264C configura...

Page 347: ...C264C configuration see the chapter Update the MiCOM C264 C264C configuration information at the end of this document 2 4 2 7 Replacement of the Transducerless Measurements Unit TMU The measurement u...

Page 348: ...are firmly pushed together and the four push fit nylon pillars are securely located in their respective holes in each board Slot the power supply module back into the relay case ensuring that it is p...

Page 349: ...oftware Take in account start setting Load start the Application software called vxWorks Load start the DataBase of the MiCOM C264 C264C application It is clear that this sequence should be interrupte...

Page 350: ...not from the special boot software when the prompt is VxWorks Boot 3 2 2 Software version verification After downloading new software or when encountering a new MiCOM C264 C264C the software version c...

Page 351: ...ffs 0 0 CR from MiCOM C264 C264C flash processor number 0 CR host name nom PC hoste CR file name flash bin vxWorks CR path into C264 flash inet on Ethernet xxx xxx xxx xxx CR MiCOM C264 C264C IP inet...

Page 352: ...RINT_DB_VERSION SHOW_DB_INFO PRINT_CALC_MODE Operator setting time SET_TIME DD MM YYYY HH MM SS Print time info GIVE_TIME Display soft signals file DISPLAY_FLT_FILE Display Exceptions file DISPLAY_EXC...

Page 353: ...Lexical C264 EN LX A13 MiCOM C264 C264C LEXICAL...

Page 354: ......

Page 355: ...Lexical C264 EN LX A13 MiCOM C264 C264C Page 1 10 CONTENT 1 SCOPE OF THE DOCUMENT 3 2 LEXICAL 3...

Page 356: ...C264 EN LX A13 Lexical Page 2 10 MiCOM C264 C264C BLANK PAGE...

Page 357: ...tomation to regulate secondary voltage AVR Automatic Voltage Regulator Automation used to regulate secondary voltage by automatic tap changer control see ATCC Set of features can be added see chapter...

Page 358: ...ected to process and extracting a current measurement By extension part of a device C264 that receives this AC value and convert it to numerical measurement value CT VT Conventional Current and Voltag...

Page 359: ...ng devices OPEN CLOSE EH90 Transmission protocol dedicated to time synchronisation and standardised by EDF Specification document D 652 90 26c March 1991 Event An event is a time tagged change of stat...

Page 360: ...to communicate between C264 Legacy Gateway function and IED on field bus Networks are based on RS232 422 485 Protocols are IEC 60850 5 103 T103 or VDEW Modbus Alstom or MODICON LCD Liquid Crystal Disp...

Page 361: ...igned to be a method to allow business management access to plant floor data in a consistent manner Operation hours Sum of time periods a primary device is running carrying energy e g circuit breaker...

Page 362: ...0 SCADA Supervisory Control And Data Acquisition Equivalent to RCC SCP Substation Control Point Name given to the device or part used to control localy several bays or sub station Usually associate wi...

Page 363: ...01 T101 Modbus MODICON TCU Transformer Current Unit Computer C264 CT VT Board Current acquisition TIU Transformer Input Unit Topological interlocking Interlocking algorithm based on evaluation of topo...

Page 364: ...C264 EN LX A13 Lexical Page 10 10 MiCOM C264 C264C BLANK PAGE...

Page 365: ......

Page 366: ...AREVA T D s Automation Information Systems Business www areva td com T D Worldwide Contact Centre online 24 hours a day 44 0 1785 25 00 70 http www areva td com contactcentre Publication C264 EN T A14...

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