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ABB REC 561 User Manual Download Page 285

ABB Network Partner AB

Page IV

ABC_BC............................................................................. 6-191
AB_TRAFO ........................................................................ 6-194
A1A2_BS ........................................................................... 6-196
A1A2_DC ........................................................................... 6-198
BB_ES ............................................................................... 6-199
DB_BUS_A ........................................................................ 6-200
DB_LINE ............................................................................ 6-201
DB_BUS_B ........................................................................ 6-202
BH_LINE_A........................................................................ 6-204
BH_CONN ......................................................................... 6-206
BH_LINE_B........................................................................ 6-207

Application .......................................................................................... 6-211

Design................................................................................................. 6-211

General....................................................................................... 6-211
Single Command function .......................................................... 6-211
Multiple Command function ........................................................ 6-213

Configuration ...................................................................................... 6-214

Commands ......................................................................................... 6-215

Setting................................................................................................. 6-216

Testing ................................................................................................ 6-216

Appendix............................................................................................. 6-217

Terminal diagrams...................................................................... 6-217
Signal list .................................................................................... 6-218
Setting table................................................................................ 6-219

Application .......................................................................................... 6-221

Theory of operation............................................................................. 6-221

Design................................................................................................. 6-222

General....................................................................................... 6-222
Double indication ........................................................................ 6-222
Communication between terminals ............................................ 6-223

Setting................................................................................................. 6-224

Testing ................................................................................................ 6-224

Appendix............................................................................................. 6-225

Terminal diagram........................................................................ 6-225
Signal list .................................................................................... 6-226
Setting table................................................................................ 6-227

Summary of Contents for REC 561

Page 1: ...6 21 321300 Fax 46 21 146918 User s Guide REC 561 Bay level control terminal 1MRK 511 009 UEN Version 1 0 00 October 1996 1 User s Guide contents 2 Introduction 3 Installation 4 General functions 5 Protection functions 6 Control functions 7 Monitoring functions 8 Index 9 Diagrams ...

Page 2: ... tion doubleCB 1MRK 580 167 XEN Optional Synchronism and energizing check with voltage selec tion 1 CB 1MRK 580 168 XEN Optional Fuse failure supervision function 1MRK 580 169 XEN Optional Autoreclosing single and or three phase 1MRK 580 170 XEN Optional Breaker failure protection 1MRK 580 171 XEN Optional Loss of power system voltage 1MRK 580 153 XEN Optional 6 Control functions Apparatus control...

Page 3: ...n doubleCB 1MRK 580 167 XEN 1 0 00 August 1996 Synchronism and energizing check with voltage selection 1 CB 1MRK 580 168 XEN 1 0 00 August 1996 Fuse failure supervision function 1MRK 580 169 XEN 1 0 00 August 1996 Autoreclosing single and or three phase 1MRK 580 170 XEN 1 0 00 August 1996 Breaker failure protection 1MRK 580 171 XEN 1 0 00 August 1996 Loss of power system voltage 1MRK 580 153 XEN 1...

Page 4: ...autoreclosing 2 11 Breaker failure protection 2 12 Loss of power system voltage 2 12 Disturbance recorder 2 12 Remote serial communication SPA 2 12 Input output facilities 2 13 Ordering 2 15 General 2 19 Requirements on voltage instrument transformers 2 19 Requirements on current instrument transformers 2 19 Choice of current transformers 2 19 Conditions for the CT requirements 2 19 Fault current ...

Page 5: ...an machine interface MMI 2 32 Input output modules 2 33 Binary in out module IOM 2 33 Binary input module BIM 2 33 Binary output module BOM 2 34 mA input module MIM 2 35 Transformer input module TRM 2 35 A D conversion module ADM 2 35 Mounting system 2 36 Mechanical mounting 2 36 Rack mounting 2 36 Flush mounting 2 37 Wall mounting 2 38 Electrical connections 2 39 ...

Page 6: ...ities 2 General Standardized pre tested software functions such as apparatus control interlocking synchro check automatic reclosing are examples of useful functions in a bay These functions can be implemented in the same hard ware or control terminal with retained high availability of the complete system The control terminal includes plug in units such as processor memory input and output modules ...

Page 7: ... also interlocking modules for three single or two double breaker arrangements or one 1 breaker diameter Type 3 basic option 2 This type of REC 561 is intended to be used for arrangements up to 12 bays with up to 24 high voltage apparatuses It also contains interlocking modules for two 1 breaker diameters The normal use of this type is on medium voltage level with a small number of apparatuses per...

Page 8: ...pe 2 Basic option 1 x x x Type 3 Basic option 2 x x Options Pulse counters for meter ing 12 in total x x x x x x x Autoreclosing for 1 CB x x x Autoreclosing for 3 CB x x x x x x Autoreclosing for 6 CB x x x Transformer and A D con version for 5U and 5I 1 A or 5 A x x x x x x x The functions below require the Transformer and A D conversion module Increased measuring accuracy for U and I factory ca...

Page 9: ...ptions except the breaker failure protection which can handle only one circuit breaker and thus is not applicable in this configuration To get the line current the currents through the circuit breakers are summed externally REC 561 type 1 is used Fig 2 Double busbar double breaker arrangement Breaker and a half In REC 561 type 2 control and interlocking functions for one diameter of a 1 breaker ar...

Page 10: ...es within the two diameters are lim ited because the upper limit of the number of apparatuses to be controlled is still 24 Fig 3 Breaker and a half arrangement Three single breaker bays REC 561 type 2 is normally used for this application The maximum number of single breaker bays including synchro check functions are three Of course one of the bays can be a bus coupler bay The voltages to be used ...

Page 11: ...ngement The fuse failure function associated with the energizing check function is solved by external detection of the fuse failure and connected to the binary inputs in REC 561 Up to 12 bays REC 561 type 3 must be used for this application The normal use of this type is on medium voltage level with a small number of apparatuses per bay and with simple interlocking conditions which can be solved b...

Page 12: ...Introduction REC 561 ABB Network Partner AB 1MRK 580 146 XEN Page 2 7 Version 1 0 00 Fig 6 Arrangement for up to 12 bays REC 561 1 U X80146 6 ...

Page 13: ...e or to open can be tolerated only for a limited time for instance as a single phase open time in connection with single phase reclosing The apparatus control function in REC 561 is prepared to be connected to a dedicated control panel for local control This panel can have a switch for selection of the operators mode station remote local or back up In station remote mode the station is controlled ...

Page 14: ...urbances These lists are available via the PC connection on the front via the SMS port or via the complete Substation Automation system 3 4 Configurable logic Many configuration logic circuits are built into the REC 561 terminal and are thus available to the user The configuration logic contains these func tional blocks 249 AND 199 OR 79 inverters 39 exclusive OR 5 Set Reset 10 timers delayed at p...

Page 15: ...e protected line One phase current used for disturbance recorder Three phase voltages One phase voltage for reference voltage from busbar 1 One phase voltage for reference voltage from busbar 2 At three phase measurement the values of active power W reactive power var frequency Hz and the mean value for voltage U and cur rent I can be calculated To reach a high accuracy in the measurements 0 25 of...

Page 16: ...ce of a negative sequence voltage without the negative sequence current is possi ble by means of settings Its effect on the operation of the REC 561 is pro grammable in two ways either by blocking the energizing function or the loss of voltage protection or by giving information on the fuse failure only 4 7 Multibreaker autoreclosing The reclosing function can be selected to perform single phase a...

Page 17: ...n the power system The optional disturbance recorder with high performance is one of the building blocks within REC 561 It can memorize up to 10 analogue and 48 binary signals input binary signals or internal signals that are availa ble within the terminal At maximum configuration the recording time is 10 seconds All the recorded analogue and binary signals are programmable to start a recording An...

Page 18: ...VAL evaluating PC based program 4 12Input output facilities The basic version of REC 561 includes input output I O modules that consist of 16 binary inputs 12 command 24 single outputs and one switch over contact used for the signaling a continuous self supervision function Up to 11 additional I O modules each of them consisting of 16 binary inputs or 12 command 24 single outputs or mixed modules ...

Page 19: ...ABB Network Partner AB Introduction REC 561 Version 1 0 00 1MRK 580 146 XEN Page 2 14 ...

Page 20: ...les for 11 additional bays without interlocking and 10 additional high voltage apparatuses Interlocking modules for two 11 2 breaker diameters are included In the table below first select the bay arrangement at the Basic row Then select the desired optional functions from that column only Not applicable Basic data to specify Transmitter Receiver LON port Plastic Plastic 1MRK 000 168 EA Glass Glass...

Page 21: ... 000 597 CA 1 bay double CB 1MRK 000 597 RA 2 3 bays single CB 1MRK 000 597 DA 2 bays double CB 1MRK 000 597 SA One 1 breaker diameter 1MRK 000 597 EA Fuse failure 1MRK 000 597 FA Breaker failure protection 1MRK 000 597 KA Loss of power system voltage 1MRK 000 597 LA Disturbance recorder 1MRK 000 597 MA Functions Typical switchyard arrangements Ordering number One bay 2 3 bays sin gle CB Two bays ...

Page 22: ...nection cable for PC Opto 9 pol D sub Quantity 1MKC 950 001 1 SMS BASE Basic program for SMS and PC front connection Quantity RS 881 007 AA SM REC 561 SMS Program module for REC 561 Quantity 1MRK 000 314 HA CAP 531 Graphical configuration tool IEC 1131 3 requires SMS BASE and SM REC 561 Quantity 1MRK 000 876 KA CAP REC 561 CAP program module for REC 561 Quantity 1MRK 000 876 HA Interface DC voltag...

Page 23: ...Network Partner AB REC 561 Ordering data sheet Version 1 0 00 October 1996 1MRK 580 149 XEN Page 2 18 For our reference and statistics please send us this data Country End user Station name Voltage level kV ...

Page 24: ... before the short circuit within one cycle The terminal has an effective filter for this transient which gives secure and correct operation with CVTs 3 Requirements on current instrument transformers 3 1 Choice of current transformers Use the TPX or TPY current transformer with an accuracy class of 5P or better The characteristic of the linearized TPZ current transformer type is not well defined a...

Page 25: ...tage is between 40 and 90 3 3 Fault current The current transformer requirements are based on the maximum fault current for faults in different positions Maximum fault current occurs for three phase faults or single phase to earth faults The current for a single phase to earth fault exceeds the current for a three phase fault when the zero sequence impedance in the total fault loop is less than th...

Page 26: ...n PCLTA card or connected to an Eche lon SLTA card in the star coupler with corresponding drivers 5 Requirements for the SPA communication link for remote communication The optical fibres that are supplied by ABB Network Partner AB fulfil all the requirements for the communication in the station You can use both plastic fibres and glass fibres For distances up to 30 m use plastic fibres and for di...

Page 27: ...RL220 220 250 V RL24 24 30 V RL48 48 60 V RL110 110 125 V RL220 220 250 V 1 W 0 15 W max 0 05 W input max 0 1 W input max 0 2 W input max 0 4 W input 20 20 20 20 Binary input module dc voltage RL power consumption each input board RL24 24 30 V RL48 48 60 V RL110 110 125 V RL220 220 250 V RL24 24 30 V RL48 48 60 V RL110 110 125 V RL220 220 250 V 0 5 W max 0 05 W input max 0 1 W input max 0 2 W inpu...

Page 28: ...est Type test values Reference standards 1 MHz burst disturbance 2 5 kV IEC 255 22 1 Class III Electrostatic discharge 8 kV IEC 255 22 2 Class III Fast transient disturbance 4 kV IEC 255 22 4 Class IV Radiated electromagnetic field dis turbance 10 V m 25 1000 MHz IEC 255 22 3 Class III Draft IEEE ANSI C37 90 2 Table 4 Insulation tests reference standard IEC 255 5 Test Type test values Dielectric t...

Page 29: ... 0 4 A Breaking capacity for ac cos ϕ 0 4 250 V 8 0 A 250 V 8 0 A Breaking capacity for dc with L R 40 ms 48 V 1 A 110 V 0 4 A 220 V 0 2 A 250 V 0 15 A 48 V 1 A 110 V 0 4 A 220 V 0 2 A 250 V 0 15 A Maximum capacitive load 10 nF Table 7 Additional general data Weight approx basic max 7 kg 14 kg Dimensions width height depth 448 mm full width 267 mm 245 mm Storage temperature 40 C to 70 C Table 8 Me...

Page 30: ...Function Nominal range Accuracy frequency 0 95 1 05 x fr 0 2 Hz voltage 0 8 1 2 x Ur fr 50 Hz 0 25 of Ur at U Ur 0 25 of U at U Ur current 0 2 1 2 x Ir fr 50 Hz 0 25 of Ir at I Ir 0 25 of I at I Ir active power at cos ϕ 0 9 fr 50 Hz 0 8 Ur U 1 2 Ur 0 2 Ir I 1 2 Ir 0 5 of Pr at P Pr 0 5 of P at P Pr Pr active power at U Ur I Ir and cos ϕ 1 ...

Page 31: ...ABB Network Partner AB Requirements and basic technical data REC 561 Version 1 0 00 Page 2 26 ...

Page 32: ...ation runs both analogue parallel and binary serial communica tion All external serial buses for Substation Automation SA Station Moni toring System SMS and the front connected PC are isolated with fibre optical links to avoid disturbances This in combination with a good design of transformers power supply and binary inputs provide a terminal that can withstand the electromagnetic interference tes...

Page 33: ... module with up to 12 digital signal processors used for all measuring functions position S10SPM One optical serial communication module intended for remote fibre optic LON communication The module is placed in a slot at the rear of the Main processing module One Binary input module with 16 binary inputs position S12 One Binary output module with 24 single output relays or 12 com mand output relay...

Page 34: ...range for currents from 0 01 to 100 Ir and for voltages from 0 01 to 2 Ur position S8 Up to 11 additional input output modules that can be of type Binary input module 16 inputs Binary output module 24 relays or 12 command relays a combined Binary input output module 8 inputs and 12 output relays and a mA input module for transducer inputs all modules in positions S16 to S36 One additional optical ...

Page 35: ...es all decisions based on the information from the Signal processing module and from the binary inputs The decisions are sent to the different output modules and to these communication ports Built in MMI module including a front connected PC if any for local man machine communication LON communication port at the rear SPA communication port at the rear option 2 2 Signal processing module SPM All a...

Page 36: ...in processing module see Fig 9 One slot is intended for LON com munication and the other for SPA communication The serial communica tion modules enable the terminal to be a part of a Substation Automation system LON or SPA and or a Station Monitoring System SPA There are four different types of SCM s The modules can be identified with a number on the label on the module The number can be found in ...

Page 37: ...o 250V including a 20 tolerance on the EL voltage 2 5 Man machine interface MMI The built in MMI module consists of three LEDs red yellow and green an LCD display with four lines each contain 16 characters six buttons and an optical connector for PC communication Fig 4 Built in MMI The PC is connected via a special cable that has a built in optical to elec trical interface Thus disturbance free lo...

Page 38: ...re freely programmable The voltage level of the input output modules is selectable at order RL48 110 or 220 48 60 V 20 110 125 V 20 or 220 250 V 20 The binary in out module and the binary input module are also available in an RL24 version 24 30 V 20 2 6 1 Binary in out module IOM The binary in out module contains eight opto isolated binary inputs and twelve binary output contacts Ten of the output...

Page 39: ...s are grouped together as can be seen in the terminal diagram The output relays have contacts with a high switching capacity Trip and signal relays Two single output relays can be connected in series which gives a com mand output relay in order to get a high security at operation of high voltage apparatuses The output relays are provided with a supervision function to ensure a high degree of secur...

Page 40: ... A rated current 2 8 A D conversion module ADM The incoming signals from the intermediate current transformers are adapted to the electronic voltage level with shunts To gain dynamic range for the current inputs two shunts with separate A D channels are used for each input current So a 16 bit dynamic range is obtained with a 12 bits A D converter The next step in the signal flow see Fig 2 is the a...

Page 41: ...f the terminal is IP 40 and can be increased to IP 54 if a sealing strip gas ket is used to be specified when ordering This sealing strip is placed between the front cover and the box This is done during production of the relay which means that it must be specified when ordering The rear side fulfils IP 20 A protective cover for the rear side of the unit is available to increase per sonal security...

Page 42: ...g A mounting kit is available for flush mounting It includes Four side holders Four small screws grip type TORX T10 Four big screws grip type TORX T25 Assembly drawing Fig 7 Flush mounting See the Buyer s Guide Series REx 500 Mechanical design and mounting accessories 1MRK 514 003 BEN for ordering details and cut out sizes X80148 7 ...

Page 43: ... T20 T25 and T30 Two mounting bars to be mounted on the wall Fig 8 Wall mounting See the Buyer s Guide Series REx 500 Mechanical design and mounting accessories 1MRK 514 003 BEN for ordering details Two bars of screw terminals can be applied one above the protection and one below which yield about 50 70 connection points depending on the width The screw terminals and their supports are not include...

Page 44: ... internal side The voltage connector terminals are divided into two parts A female part for conductor connections A male part mounted inside the case on a circuit board All external connectors located on the back side of the case are marked with designation labels The female part of the connector is marked with the same designation label as the male part Apply these rules when connecting For more ...

Page 45: ...e characteristics REC 561 Version 1 0 00 1MRK 580 148 XEN Page 2 40 Fig 9 Rear view of REC 561 Fig 10 Voltage connector The terminals are numbered from 1 to 18 from top to bottom The marked terminal in Fig 10 above is called X20 5 X80148 9 X80148 10 ...

Page 46: ...on of inputs and outputs 3 11 Commissioning 3 12 Test of internal circuits 3 13 Secondary injection test 3 13 Check of external connections 3 13 Functional test 3 14 Test termination 3 14 Fault tracing 3 15 Using information on the built in MMI 3 15 Using front connected PC or SMS 3 15 Repair instruction 3 17 Maintenance 3 17 Introduction 3 19 Man machine interface module design 3 19 LEDs 3 19 LCD...

Page 47: ...nce report 3 38 Information on recorded disturbances 3 38 Manual triggering of a disturbance recording 3 38 Clearing of the disturbance report memory 3 38 Service report 3 38 Mean values 3 39 Phasors 3 39 Synchronizing values 3 39 Logical signals 3 39 I O modules 3 39 Counters within the autoreclosing function 3 39 Disturbance report 3 39 Active group 3 39 Internal time 3 39 Settings 3 40 Function...

Page 48: ...splay for Disturbance Report menu 3 44 Display for Service Report menu 3 45 Display for Settings menu 3 49 Display for Terminal Status menu 3 58 Display for Configuration menu 3 59 Display for Command menu 3 68 Display for Test menu 3 69 Signal lists 3 70 Object addresses for indications in REC 561 3 73 SPA addresses for commands in REC 561 3 79 ...

Page 49: ...ABB Network Partner AB Page IV ...

Page 50: ...nd mounting accessories 1MRK 514 003 BEN Depending on how the terminal is to be mounted a suitable mounting kit is used For 19 inch rack mounting flush mounting and wall mounting you can order mounting kits that contain all parts needed for the mount ing including screws and an assembly instruction Avoid dusty damp places or conditions that cause rapid temperature vari ations powerful vibrations o...

Page 51: ...inal is to be placed side by side you need a special side by side mounting kit It consists of two plates and screws with TORX T20 type grips 1 Fasten the mounting angles one on each terminal with the includes screws 2 Fasten the terminals together with the two plates one on top of the two terminals and one on the bottom See Fig 2 X80166 1 ...

Page 52: ...Installation and commissioning ABB Network Partner AB 1MRK 580 166 XEN Page 3 3 Version 1 0 00 Fig 2 Side by side mounting X80166 2 ...

Page 53: ...nting For flush mounting 1 Cut and affix the sealing strip if IP 54 is required option 2 Put the terminal in the cut out 3 Fasten the side holders to the back part of the terminal with the small screws TORX T10 type grip 4 Fasten the terminal with the big screws TORX T25 type grip Fig 3 Flush mounting X80166 3 ...

Page 54: ...ner AB 1MRK 580 166 XEN Page 3 5 Version 1 0 00 2 1 3 Wall mounting Fig 4 Wall mounting The included screws have TORX type grips Grip type To attach the mounting T20 Angles to the case T25 Angles to the mounting bars T30 Bars to the wall M6 X80166 4 ...

Page 55: ... in Fig 6 At installation all wiring on the female part of the connector can be per formed before plugging it into the male part on the relay Identify the cables from the current and voltage transformers regarding phases and connect the cables to the proper terminal according to the ter minal diagram Fig 5 Rear view of REC 561 Fig 5 shows a typical rear view of a product REC 561 Note The use of te...

Page 56: ...e terminal to the panel earthing bar with a sep arate earthing wire of an area of 2 5 mm2 2 3 Signal connectors Fig 6 Signal connector The terminals are numbered from 1 to 18 from top to bottom The marked connection point in Fig 6 is designated X20 5 Connector Designation X11 Current transformer inputs X12 Voltage transformer inputs X13 Optical fibre connectors for serial communication SPA X15 Opt...

Page 57: ... with ferrules 2 4 Fibre optic connections On each terminal one or two optical ports can be equipped with fibre optic bus connection module The fibres connected can be plastic with a snap in connection or glass with a bayonet connection Each channel consists of a pair of fibres where one fibre is used for receiving and one for transmitting data They are distinguished by the col our of their fibre ...

Page 58: ...serted in the SPA slot which is the upper slot X13 on the Main processing module In the same way LON communication can only be applied with a module intended for LON inserted in the lower slot X15 3 Setting and configuration All settings and configuration can be made in these ways Locally via the built in man machine interface MMI module Locally on a PC via the optical front connector using SMS an...

Page 59: ...ted to the SMS system SMS BASE and the appropriate SM REx 5xx modules are used For configuration CAP 531 can be used with SMS For the collection of analogue data to a PC RECOM is also required in the PC Setting can also be done via the SCS system based on MicroLIBRARY For all setting and configuration via the optical ports on the rear set the Setting Restrictions to Open Otherwise no setting is al...

Page 60: ...he built in MMI or via PC SMS either with or without the CAP 531 configuration tool On the built in MMI the configuration is done at Configuration Function Inputs Slotnn XXXyy For REC 561 all configuration is performed with CAP 531 and no con figuration can be changed on the built in MMI You can select the binary outputs from a signal list where the signals are grouped under their function names Y...

Page 61: ...ummary Then the results are On Off Off Disturbances are not stored LED information is not displayed on the MMI and not stored No disturbance summary is scrolled on the MMI On Off On Disturbances are not stored LED information yellow start red trip are displayed on the built in MMI but not stored in the terminal Disturbance summary is scrolled automati cally on the built in MMI for the two latest r...

Page 62: ... the operating value of all func tions The test set should be able to provide a three phase supply of volt ages and currents The magnitude of voltage and current and the phase angle between voltage and current must be variable The voltages and cur rents from the test set must be obtained from the same source and they must have a very small harmonic contents If the test set cannot indicate the phas...

Page 63: ...ions in each function description You can block functions individually during the test so that only the function that is to be tested is active In this way you can test slower back up measuring functions without the interference of faster measuring functions You can also test the terminal without changing the configuration and the setting of the terminal The functions are blocked on the built in M...

Page 64: ...ven on measures to be taken to correct the fault Loss of time synchronisation can be considered as a warning only The terminal has full functionality without time synchronisation 5 2 Using front connected PC or SMS Here two summary signals appear self supervision summary and CPU module status summary These signals can be compared to the internal signals as Table 1 Self supervision signals MMI info...

Page 65: ... of faults if more than one unit is faulty Exact time of the occurrence of the fault Event message Description Generating signal INT FAIL Off Internal fail status INT FAIL reset event INT FAIL On INT FAIL set event INT WARNING Off Internal warning status INT WARNING reset event INT WARNING On INT WARNING set event INT CPUFAIL Off Main processing module fatal error status INT CPUFAIL reset event IN...

Page 66: ...kbench The cover must be connected to earth Disassemble the terminal like this 1 Switch off the dc supply 2 Short circuit all current inputs and disconnect all voltage connec tors 3 Disconnect all signal connectors 4 Disconnect the optical fibres 5 Unscrew the main back plate of the terminal 6 Unscrew the small back plate of the terminal if the transformer module is to be changed 7 Pull out the mo...

Page 67: ...ABB Network Partner AB Installation and commissioning Version 1 0 00 1MRK 580 166 XEN Page 3 18 ...

Page 68: ...iled menu tree for all REx 5xx series terminals in detail 2 Man machine interface module design The MMI module consists of three light emitting diodes LEDs a liquid crystal display LCD six membrane button and one optical connector that enables local man machine communication MMC with the aid of a personal computer PC Fig 1 Built in man machine interface module 2 1 LEDs Three LEDs provide primary i...

Page 69: ...urrent status of all LEDs and display the type of terminal with its version together with instructions on how to continue local communication with the terminal The display shuts down after you exit the menu tree or if no button is selected for more than about 45 minutes The disturbance summary automatic scrolling of disturbance data for the last two disturbances is active if there is a disturbance...

Page 70: ...fferent actions The left and right arrow buttons have two functions to Position the cursor in a horizontal direction for instance to move between the digits in a number during the setting procedures for real values Move between the data windows within the same menu branch The up and down arrow buttons have three functions to Move between different menus within the menu and the dialogue windows Scr...

Page 71: ...ark and no text is shown on the dis play The display is dark with no light behind The display and LEDs will change their status when one of the buttons is selected or when a new disturbance is stored in the terminal memory 3 2 Reporting mode When the terminal is in normal operation and a protection function has operated since the latest reset of the indications the MMI looks like this Green LED Li...

Page 72: ...ppears in the bottom row when more menus are available after the k 2 menu To change the active path within the menu tree scrolling the menu select the up or down arrow button To change the menu window into a new menu window or into a data win dow select the E button In same case the paths in the first row change in such a way that the old path2 now becomes a path1 and the previous menu line with t...

Page 73: ...t dialogue windows within each ter minal Start window Command without a selection Command with a selection Command with a cancellation Command with a selection and a cancellation 5 1 Starting the dialogue Fig 3a and Fig 3b show two typical dialogue windows for starting com munication with the terminal Select the C button to clear the LEDs if required or E button to enter the menu tree The text Rea...

Page 74: ... same one by selecting the E button Fig 4 Dialogue window for a command without selection Position the cursor on YES and select the E button to confirm the instruc tions commands in rows one and two Position the cursor on NO and select the E button to exit the dialogue win dow without saving changes that were made during communication within the menu tree Or select C with the same result 5 3 Selec...

Page 75: ...on the display before the dia logue window appeared Fig 6 Dialogue window for a command with cancellation 5 5 Selecting and cancelling a command Fig 7 Dialogue window for a command with a selection Here you can select the command in row two which is indicated by the up or down arrow at the end of the row Use the right or left arrows to position the cursor on YES NO or CAN CEL Select YES to execute...

Page 76: ... the value in the parameter The left and right arrow in the bottom row indicate that more data is avail able in the same menu branch Select the right or left arrow button once or several times to get access to the data Fig 8b shows the data window that appears on the display during the set ting procedure for Zone 1 of the distance protection There is only one value relevant for the impedance X1 15...

Page 77: ...up arrow to increase the value or the down arrow to decrease the value Release the arrow button when you reach the number value that is required Use the left and right arrows to switch between digits Fig 9c and 9d The digit that can be changed is always underscored You must confirm the new parameter value by selecting E Then the parameter changes Fig 9f and the background flashes behind the parame...

Page 78: ...he up or down arrows to switch between the current non numerical values Fig 10b 10c and 10d Select E again to enter the new value transition from Fig 10d to 10e 6 3 Reading and setting strings Strings are the parameters within the terminal that can have user defined names Typical examples of strings are names of substations and lines within them and names of different input signals connected to bi...

Page 79: ...tion submenu as shown in Fig 12 After selection of a Slot in a menu window Fig 12a a new menu window appears where the user can enter the desired name of the corre sponding binary input according to the instructions for setting strings Up to five slots can be configured from the built in MMI Fig 12 Configuration naming of binary inputs The left and right arrows in the bottom row of the data window...

Page 80: ...r down arrows Fig 13d After you select the desired function in Fig 13d select the E button to activate the signal branch within this function Fig 13e Select the up or down arrows to access other signals that belong to the same function Fig 13f Fig 13 Configuration of the binary outputs REx 5xx Config Function Inputs Slot 11 BIM1 V a Function s b Config BOM2 Config BO1 Function s 1 d Function s 1 e...

Page 81: ... n will be connected to the output signal l 1 belonging to a function k 1 You configure the functional inputs from the configuration menu You can access the function and input signals from the first three data windows Figures 14a 14b and 14c Rows three and four in Fig 14c also display a function and a signal that was already connected to function n Select E to confirm the selection of the input si...

Page 82: ...ame DD day in the month hh hour mm minutes ss seconds Apply the rules for setting a string when you set the month value All other values are real values 6 8 Additional information The terminal also provides more information about its operation configu ration and service conditions The following information is available also depending on the basic functions and options included in a particular term...

Page 83: ...his area for a desired setting group See Fig 16 Then you change different parameters for different functions To exit the editing area select the C button until a dialogue window for a command with confirmation appears If you select the C button too many times the terminal changes to the dia logue window with confirmation Here you must confirm the cancellation of the previous setting activities by ...

Page 84: ...n dow on the MMI Select the E button and the first menu window for the selection of setting groups reappears on the MMI Then new parameter values appear in the desired setting group X80156 16 Set Func Group n 1 Group n V Group n Func Grp n Function m V Set Func Group n 1 Group n 1 Function m 1 E V V Function m 1 Group n Save as NO YES CANCEL Group n 1 Save as NO YES CANCEL Group n 1 V V E C C 2 x ...

Page 85: ...ABB Network Partner AB Local man machine communication Version 1 0 00 1MRK 580 156 XEN Page 3 36 ...

Page 86: ...e reporting memory SERVICE REPORT Mean values Phasors Synchronizing values Logical signals I O modules Counters within the autoreclosing function Disturbance report Active group Internal time SETTINGS Parameters within the four setting groups for different protection functions Changing of the active setting group Disturbance report Internal time CONFIGURATION Identifiers IDs Analogue inputs I O mo...

Page 87: ...ues that are displayed as phasors RMS value and phase angle of the currents and voltages before and during the fault 2 2 Manual triggering of a disturbance recording Use the manual triggering of a disturbance recording submenu to get a snapshot 2 3 Clearing of the disturbance report memory The disturbance report has a dedicated memory facility sufficient for sav ing the up to the 10 latest disturb...

Page 88: ...the analogue values of the mA input module are always displayed 3 6 Counters within the autoreclosing function Autoreclosing functions are available as options They also comprise dif ferent counters and their actual values are displayed on this submenu You can reset the counters to the initial zero value on this submenu 3 7 Disturbance report The service report information on the disturbance repor...

Page 89: ...tions Masking to enable man machine communication of up to 48 binary signals that are selected when configuring the terminal Up to 10 analogue signals that are recorded by the disturbance recorder when they are included in the terminal Triggering mode overfunction underfunction and Off mode as necessary 4 4 Internal time Use this submenu to set and read the internal time year month day hour minute...

Page 90: ...em The parameters consist of free text Some typical parameters specific for the control terminals are The station name and number The name of the covered bay The name of the unit and its number 6 2 Analogue inputs This menu consists of General data about the power network such as rated voltage current and frequency and the position of the earthing point Analogue current and voltage inputs ratio an...

Page 91: ...N Network Tool You can also reset all LON configurations by giving the command LONDefault 7 Command Under the command menu you can activate different output signals for performance of various commands in the terminal From the CAP 531 configuration tool you can assign the commands with a programmable name 8 Test Use this menu for testing purposes to make secondary injection testing of the terminal ...

Page 92: ...tree can be partly hidden programmable To operate the built in man machine interface MMI refer to Local man machine communication in 1MRK 580 156 XEN This document uses these conventions The path to the end nodes is displayed with white on black characters Menu nodes appear in plain text Data nodes parameters appear in italic Dialogues and references to other documents have thicker frames Section ...

Page 93: ...gnal U4 Configuration Disturbance 5 Trip Values U5 Command Disturbance 6 Dist1 Indic I1 Test Disturbance 7 CalcDistToFault Indications I2 Disturbance 8 Command with I3 Disturbance 9 confirmation see Dist1 FItLoc I4 Disturbance 10 Local MMC FltLoop I5 1MRK580156 XEN Dist Frequency DistRep CalcFlt Disturbance 1 Dist1 TripVal TripVal Fault Disturbance 2 PreFault U1 Disturbance 3 Fault U2 Disturbance ...

Page 94: ...f U5 Command Sync Values3 I1 Test Sync Values4 ServRep DiffVal I2 Logical Signals IDiffL1 I3 Slot12 BIM1 IBiasL1 I4 Slot14 IOM2 IDiffL2 I5 Slot16 BOM3 IBiasL2 Slot18 MIM1 IDiffL3 Phasors Second Slot20 BIM5 IBiasL3 U1 Slot22 IOM6 U2 Slot24 BOM7 ServRep Phasors U3 Slot26 MIM2 Primary U4 Slot28 BIM9 Secondary U5 Slot30 IOM10 I1 Slot32 BOM11 ServRep SyncVn I2 Slot34 MIM3 UDiff I3 Slot36 BIM13 FreqDiff...

Page 95: ...re grouped under Settings Phasors function sub menus Terminal Status Sync Values1 see SIGNAL LIST A Configuration Sync Values2 Command Sync Values3 Test Sync Values4 Logical Signals Slot12 BIM1 Slot14 IOM2 Slot16 BOM3 Slot18 MIM1 Slot20 BIM5 Slot22 IOM6 Slot24 BOM7 Slot26 MIM2 Slot28 BIM9 Slot30 IOM10 Slot32 BOM11 Slot34 MIM3 Slot36 BIM13 ARCounters DiffCommunic Direction DisturbReport Active Grou...

Page 96: ...IO1 Error Logical Signals Clear Counters Slot12 BIM1 ServRep IOM2 Command with Slot14 IOM2 IO2 BI01 confirmation see Slot16 BOM3 Local MMC Slot18 MIM1 IO2 BI08 1MRK580156 XEN Slot20 BIM5 IO2 BO01 Slot22 IOM6 Slot24 BOM7 IO2 BO12 Slot26 MIM2 IO2 Error Slot28 BIM9 Slot30 IOM10 ServRep BOM3 Slot32 BOM11 IO3 BO01 Slot34 MIM3 IO3 BO02 Slot36 BIM13 ARCounters DiffCommunic IO3 BO23 This is an example Dir...

Page 97: ...yncValues4 L3 L1 NoOfRXD Logical Signals SyncError Slot12 BIM1 ServRep DistRep Slot14 IOM2 Memory Used Clear Counters Slot16 BOM3 Sequence No Command with Slot18 MIM1 AnalogTrigStat confirmation see Slot20 BIM5 Local MMC Slot22 IOM6 ServRep ActGrp 1MRK580156 XEN Slot24 BOM7 Active Group Slot26 MIM2 Slot28 BIM9 ServRep Time DistRep Memory Slot30 IOM10 Date Time Memory Used Slot32 BOM11 Slot34 MIM3 ...

Page 98: ...t X0 Command Sensitive EF R0 Test FuseFailure X1SA Save as Grp1 OverLoad R1SA Save as Grp2 BrokenConduct X1SB Save as Grp3 OverVoltage R1SB Save as Grp4 HiSetOverCurr Xm0 Command with UnderVoltage Rm0 confirmation see Stub Local MMC LossOfVoltage Grp1 Diff 1MRK580156 XEN Breaker Failure Operation PoleDiscord CTFactor AutoRecloser1 IMinSat AutoRecloser2 IMinOp AutoRecloser3 IDiffLvl1 AutoRecloser4 ...

Page 99: ...p2 Broken Conduct PhaseSelection IN tCoord Save as Grp3 OverVoltage Highlmp Net X1GFCFw tSendMin Save as Grp4 HiSetOverCurr PowerSwingBlck X1GFCRv Unblock Command with UnderVoltage SwitchOntoFlt X0GFCFw tSecurity confirmation see Stub X0GFCRv CurrRev Local MMC LossOfVoltage RFGFC tPickUp 1MRK580156 XEN BreakerFailure RFNGFC tDelay PoleDiscord RLd WEI AutoRecloser 1 ARGLd tWEI AutoRecloser 2 tPhase...

Page 100: ...as Grp2 OverLoad ZCommunication 3I0 Save as Grp3 BrokenConduct PhaseSelection 3U0 Save as Grp4 OverVoltage HighImp Net Command with HiSetOverCurr PowerSwingBlck Imp PSB confirmation see UnderVoltage SwitchOntoFlt Operation Local MMC Stub X1PSB 1MRK580156 XEN LossOfVoltage RFPSB BreakerFailure Pole Discord Imp SOTF AutoRecloser1 Operation AutoRecloser2 Automatic AutoRecloser3 AutoRecloser4 Imp SOTF...

Page 101: ...F t1 Sensitive EF Operation K Save as Grp1 FuseFailure t1 tMin Save as Grp2 OverLoad t2 Save as Grp3 BrokenConduct t3 EarthFl DirEF Save as Grp4 OverVoltage Operation Command with HiSetOverCurr CurveType confirmation see UnderVoltage 3I0 Local MMC Stub IMin 1MRK580156 XEN LossOfVoltage t1 BreakerFailure K PoleDiscord tMin AutoRecloser1 Direction AutoRecloser2 3I0D AutoRecloser3 AutoRecloser4 Earth...

Page 102: ... FuseFailure t Save as Grp1 OverLoad Grp1 BrkCond Save as Grp2 BrokenConduct Operation Save as Grp3 OverVoltage t Save as Grp4 HiSetOverCurr Grp1 OvVolt Command with UnderVoltage Operation confirmation see Stub U Local MMC LossOfVoltage t 1MRK580156 XEN BreakerFailure Grp1 HiSetOC PoleDiscord Operation AutoRecloser1 I AutoRecloser2 Grp1 UnVolt AutoRecloser3 Operation AutoRecloser4 U AutoRecloser5 ...

Page 103: ...mpedance t1S Configuration EarthFault t1 Command SensitiveEF t2 Test Save as Grp1 FuseFailure t3 Save as Grp2 OverLoad t4 Save as Grp3 BrokenConduct tSync Save as Grp4 OverVoltage tPulse Command with HiSetOverCurr CutPulse confirmation see UnderVoltage tReclaim Local MMC Stub tInhibit 1MRK580156 XEN LossOfVoltage CBReady BreakerFailure tTrip PoleDiscord Priority AutoRecloser1 tWait AutoRecloser2 A...

Page 104: ...figuration EarthFault AutoEnerg Command SensitiveEF ManEnerg Test Save as Grp1 FuseFailure UHigh Save as Grp2 OverLoad ULow Save as Grp3 BrokenConduct FreqDiff Save as Grp4 OverVoltage PhaseDiff Command with HiSetOverCurr UDiff confirmation see UnderVoltage tAutoEnerg Local MMC Stub tManEnerg 1MRK580156 XEN LossOfVoltage BreakerFailure Grp1 ITOC PoleDiscord Operation AutoRecloser1 I AutoRecloser2 ...

Page 105: ...ion 1 0 00 1MRK 580 158 XEN Page 3 56 REx5xx REx5xx Set ChangeActGrp Disturb Report Functions Command with Service Report ChangeActGrp confirmation see Settings DisturbReport Local MMC Terminal Status Time 1MRK580156 XEN Configuration Command Test ...

Page 106: ...me TrigLevel Terminal Status Time AnalogSignals tPre IndicationMask Configuration FaultLocator tPost Command tLim Binary Input48 Test Set Time User name Date Time DistRep Binary TrigOperation Input1 TrigLevel Input2 IndicationMask Analog U1 Input47 User name Input48 Operation Trig U DistRep Analog U U1 Trig U U2 U U3 U4 Analog I1 U5 User name I1 Operation I2 Trig I I3 I I4 Trig I I5 I DistRep FltL...

Page 107: ... Note CPU module Configuration ADC module Trafo module Command Slot12 BIM1 ADC module Observe IO mod Test Slot14 IOM2 MMI module Slot12 BIM1 Slot16 BOM3 Frame Slot14 IOM2 Slot18 MIM1 Power module Slot16 BOM3 Slot20 BIM5 SPA module Slot18 MIM1 Slot22 IOM6 LON module Slot20 BIM5 Slot24 BOM7 Slot22 IOM6 Slot26 MIM2 Slot24 BOM7 Slot28 BIM9 Slot26 MIM2 Slot30 IOM10 Slot28 BIM9 Slot32 BOM11 Slot30 IOM10...

Page 108: ... B Command Slot19 BIM5 Zone 2 TRIP EXTL2 Test Identifiers Zone 3 TRIP EXTL3 AnalogInputs Zone 4 TRIP EXTTRIP I O modules Zone 5 TRIP PTPTRIP Time ZCommunication TRIP PSL1 BuiltInMMI PhaseSelection TRIP PSL2 SPAComm PowerSwingBlck TRIP PSL3 LONComm SwitchOnToFlt Differential EarthFault FuncInp Diff DisturbReport Sensitive EF DIFF BLOCK FuseFailure DIFF TRTRIN HiSetOverCurr UnderVoltage FuncInp High...

Page 109: ...C BuiltInMMI PhaseSelection ZCOM CACC SPAComm PowerSwingBlck ZCOM CSUR LONComm SwitchOnToFlt ZCOM CSOR Differential EarthFault ZCOM CSBL DisturbReport Sensitive EF ZCOM CSNBL FuseFailure ZCOM CR HiSetOverCurr ZCOM CRG UnderVoltage ZCOM IREV Stub ZCOM VTSZ LossOfVoltage ZCOM IREVBL Breaker Failure ZCOM WEIBL PoleDiscord ZCOM ARREADY AutoRecloser1 ZCOM CSURL1 SynchroCheck1 ZCOM CSURL2 TimeOverCurr Z...

Page 110: ...atus Slot15 BOM3 GFC EF CR menus Configuration Slot17 BOM4 Zone 1 see SIGNAL LIST B Command Slot19 BIM5 Zone 2 FuncInp SensEF Test Identifiers Zone 3 SEFZ BLOCK AnalogInputs Zone 4 SEFZ RXPIN I O modules Zone 5 Time ZCommunication BuiltInMMI PhaseSelection SPAComm PowerSwingBlck LONComm SwitchOnToFlt Differential EarthFault DisturbReport SensitiveEF FuseFailure HiSetOverCurr This is an example Und...

Page 111: ...on FuncInp LOVolt BuiltInMMI PhaseSelection LOV BC SPAComm PowerSwingBlck LOV VTSU LONComm SwitchOnToFlt FuncInp BrkFail Differential EarthFault BFP STL1 DisturbReport SensitiveEF BFP STL2 FuseFailure BFP STL3 HiSetOverCurr BFP ST3PH UnderVoltage FuncInp PolDisc Stub PDP POLDISC LossOfVoltage PDP BC BreakerFailure PDP BLOCK PoleDiscord PDP GTRIP AutoRecloser1 FuncInp AR01 SynchroCheck1 AR01 START ...

Page 112: ... Identifiers Zone 3 FuncInp Group AnalogInputs Zone 4 GRP ACTGROUP1 I O modules Zone 5 GRP ACTGROUP2 Time ZCommunication GRP ACTGROUP3 BuiltInMMI PhaseSelection GRP ACTGROUP4 SPAComm PowerSwingBlck LONComm SwitchOnToFlt FuncInp Test Differential EarthFault TEST INPUT DisturbReport SensitiveEF TEST BLOCKON FuseFailure TEST BLOCKOFF HiSetOverCurr UnderVoltage FuncInp AND Stub A001 INPUT1 LossOfVolta...

Page 113: ... AnalogInputs Zone 4 O002 INPUT2 I O modules Zone 5 O002 INPUT3 Time ZCommunication O002 INPUT4 BuiltInMMI PhaseSelection O002 INPUT5 SPAComm PowerSwingBlck O002 INPUT6 LONComm SwitchOnToFlt Differential EarthFault DisturbReport SensitiveEF O040 INPUT1 FuseFailure O040 INPUT2 HiSetOverCurr O040 INPUT3 UnderVoltage O040 INPUT4 Stub O040 INPUT5 LossOfVoltage O040 INPUT6 BreakerFailure PoleDiscord Fu...

Page 114: ...ist are grouped Settings Slot13 IOM2 under function sub Terminal Status Slot15 BOM3 menus Configuration Slot17 BOM4 IO1 BINAME15 see SIGNAL LIST B Command Slot19 BIM5 IO1 BINAME16 Test Identifiers AnalogInputs Config IOM2 I O modules IO2 BINAME01 Time BuiltInMMI IO2 BINAME08 SPAComm LONComm IO2 BO01 Differential IO2 BONAME01 DisturbReport IO2 BO12 IO2 BONAME12 Config BOM3 IO3 BO01 This is an examp...

Page 115: ...lot17 BOM4 Unit Name Command Slot19 BIM5 Unit No AnInp U1 Test Identifiers Name AnalogInputs Config AnInp VTPrim I O modules General Time U1 AnInp I5 BuiltInMMI U2 Name SPAComm U3 CTPrim LONComm U4 Differential U5 AnInp U DisturbReport I1 Name I2 I3 AnInp I I4 Name I5 U AnInp P I Name P Q AnInp Q f Name Config IOmod AnInp f Operation Name Reconfigure Oscillation IOmod Oper Slot11 BIM1 Slot13 IOM2 ...

Page 116: ...omm NodeInf BuiltInMMI AdressInfo SIGNAL LIST SPAComm Config LONComm NeuronID All signals in signal LONComm NodeInformation Location list are grouped Differential ServicePinMsg under function sub DisturbReport LONDefault Diff System menus DiffSync see SIGNAL LIST C Config Diff TerminalNo System RemoteTermNo SIGNAL LIST Communication All signals in signal Diff Comm list are grouped Config DistRep B...

Page 117: ... CD01 CD01 CmdOut1 Command with Service Report CD02 CD01 CmdOut2 confirmation see Settings CD03 CD01 CmdOut3 Local MMC Terminal Status CD04 CD01 CmdOut4 1MRK580156 XEN Configuration CD05 CD01 CmdOut5 Command CD06 CD01 CmdOut6 Test CD07 CD08 CD09 CD01 CmdOut14 CD10 CD01 CmdOut15 CD11 CD01 CmdOut16 CD02 to CD16 conforms with CD01 User defined name default name is shown ...

Page 118: ...ockAR01 Configuration BlockFunctions BlockAR02 Command DisturbReport BlockAR03 Test Differential BlockAR04 BlockAR05 BlockAR06 Test CnfMode BlockBFP ConfigMode BlockBRC BlockDIFF BlockEF BlockFUSE BlockGFC BlockHII BlockITOC BlockLOV BlockOVLD BlockPDP BlockPHS BlockPSB BlockSEFZ BlockSOTF BlockSTUB BlockSYN1 BlockSYN2 BlockSYN3 BlockSYN4 BlockTRIP BlockTCS BlockUOVT BlockUUVT BlockZCOM BlockHS Bl...

Page 119: ...5 Zone 5 ZCommunication ZCommunication PhaseSelection PhaseSelection GFC GFC PowerSwingBlck PowerSwingBlck SwichOnToFlt SwichOnToFlt EarthFault EarthFault Sensitive EF Sensitive EF Fuse Failure FuseFailure OverLoad OverLoad Broken Conduct BrokenConduct OverVoltage OverVoltage HiSetOverCurr HiSetOverCurr UnderVoltage UnderVoltage Stub Stub LossOfVoltage LossOfVoltage BreakerFailure BreakerFailure P...

Page 120: ...artner AB 1MRK 580 158 XEN Page 3 71 Version 1 0 00 SIGNAL LIST A cont SIGNAL LIST B cont MI21 Error INV MI31 Error SR CD01 Slot11 BIM1 Slot13 IOM2 CD11 Slot15 BOM3 AND Slot17 BOM4 OR Slot19 BIM5 Timer Pulse INV SR This is an example ...

Page 121: ...ABB Network Partner AB Menu tree Appendix Version 1 0 00 1MRK 580 158 XEN Page 3 72 ...

Page 122: ... separate inputs are on the 01 channel to the 016 channel address The 017 channel contains a value with all the 16 inputs combined to a hex value 0 FFFF For example input 15 on the EV23 event function block has the 44015 address For single indications the E32 channel to E63 channel event codes are used E32 is the reset event for input one and E33 is the set event for input one and so on For exampl...

Page 123: ...address in function block SPA channel EV01 1024 22 EV02 1040 23 EV03 1056 24 EV04 1072 25 EV05 1088 26 EV06 1104 27 EV07 1120 28 EV08 1136 29 EV09 1152 30 EV10 1168 31 EV11 1184 32 EV12 1200 33 EV13 1216 34 EV14 1232 35 EV15 1248 36 EV16 1264 37 EV17 1280 38 EV18 1296 39 EV19 1312 40 EV20 1328 41 EV21 1344 42 EV22 1360 43 ...

Page 124: ...address in function block SPA address EV23 1376 44 EV24 1392 45 EV25 1408 46 EV26 1424 47 EV27 1440 48 EV28 1456 49 EV29 1472 50 EV30 1488 51 EV31 1504 52 EV32 1520 53 EV33 1536 54 EV34 1552 55 EV35 1568 56 EV36 1584 57 EV37 1600 58 EV38 1616 59 EV39 1632 60 EV40 1648 61 EV41 1664 62 EV42 1680 63 EV43 1696 64 EV44 1712 65 ...

Page 125: ... 561 The second column contains the LON object address for each value The third column contains the SPA address for each value Function block LON object address SPA address DA01 2181 7I31 DA02 2182 7I33 DA03 2183 7I35 DA04 2184 7I37 DA05 2185 7I39 DA06 2186 7I41 DA07 2187 7I43 DA08 2188 7I45 DA09 2189 7I47 DA10 2190 7I49 DA11 2191 7I1 DA12 2192 7I2 DA13 2193 7I3 DA14 2194 7I4 DA15 2195 7I5 MI11 21...

Page 126: ...6I993 MI25 2125 96I994 MI26 2126 96I995 MI31 2131 97I10 MI32 2132 97I11 MI33 2133 97I12 MI34 2134 97I13 MI35 2135 97I14 MI36 2136 97I15 MI41 2141 97I20 MI42 2142 97I21 MI43 2143 97I22 MI44 2144 97I23 MI45 2145 97I24 MI46 2146 97I25 MI51 2151 97I30 MI52 2152 97I31 MI53 2153 97I32 MI54 2154 97I33 MI55 2155 97I34 MI56 2156 97I35 MI61 2161 97I40 MI62 2162 97I41 MI63 2163 97I42 MI64 2164 97I43 MI65 216...

Page 127: ... column contains the name of the function block in REC 561 The second column contains the LON object address for each value The third column contains the SPA address for each value Function block LON object address SPA address PC01 2001 38I1 PC02 2002 38I11 PC03 2003 38I21 PC04 2004 38I31 PC05 2005 38I41 PC06 2006 38I51 PC07 2007 38I61 PC08 2008 38I71 PC09 2009 38I81 PC10 2010 38I91 PC11 2011 38I1...

Page 128: ...lock has the 12I67 address For the multiple command function block CM01 to CM80 the address is for the whole block the 0 65535 value defines what output is activated For example output 7 on the CM04 function block has the 12I281 address and the value is 64 For the analogue values limit supervision the SPA address is for the high alarm limit The other limits follow consecutively in the following or...

Page 129: ...EN Page 3 80 Function block SPA address CD01 12I1 CD02 12I21 CD03 12I41 CD04 12I61 CD05 12I81 CD06 12I101 CD07 12I121 CD08 12I141 CD09 12I161 CD10 12I181 CD11 12I201 CM01 12I221 CM02 12I241 CM03 12I261 CM04 12I281 CM05 12I301 CM06 12I321 CM07 12I341 CM08 12I361 CM09 12I381 CM10 12I401 ...

Page 130: ...12I421 CM12 12I441 CM13 12I461 CM14 12I481 CM15 12I501 CM16 12I521 CM17 12I541 CM18 12I561 CM19 12I581 CM20 12I601 CM21 12I621 CM22 12I641 CM23 12I661 CM24 12I681 CM25 12I701 CM26 12I721 CM27 12I741 CM28 12I761 CM29 12I781 CM30 12I801 CM31 12I821 CM32 12I841 CM33 12I861 CM34 12I881 CM35 12I901 CM36 12I921 CM37 12I941 CM38 12I961 ...

Page 131: ...39 12I981 CM40 21I1 CM41 21I21 CM42 21I41 CM43 21I61 CM44 21I81 CM45 21I101 CM46 21I121 CM47 21I141 CM48 21I161 CM49 21I181 CM50 21I201 CM51 21I221 CM52 21I241 CM53 21I261 CM54 21I281 CM55 21I301 CM56 21I321 CM57 21I341 CM58 21I361 CM59 21I381 CM60 21I401 CM61 21I421 CM62 21I441 CM63 21I461 CM64 21I481 CM65 21I501 CM66 21I521 ...

Page 132: ... CM79 21I781 CM80 21I801 DA01 Limit supervision 40S15 DA02 Limit supervision 40S35 DA03 Limit supervision 40S55 DA04 Limit supervision 40S75 DA05 Limit supervision 40S95 DA06 Limit supervision 40S115 DA07 Limit supervision 40S135 DA08 Limit supervision 40S155 DA09 Limit supervision 40S175 DA10 Limit supervision 40S195 DA11 Limit supervision 40S215 DA12 Limit supervision 40S235 DA13 Limit supervisi...

Page 133: ...rvision 40S672 MI32 Limit supervision 40S702 MI33 Limit supervision 40S732 MI34 Limit supervision 40S762 MI35 Limit supervision 40S792 MI36 Limit supervision 40S822 MI41 Limit supervision 41S12 MI42 Limit supervision 41S42 MI43 Limit supervision 41S72 MI44 Limit supervision 41S102 MI45 Limit supervision 41S132 MI46 Limit supervision 41S162 MI51 Limit supervision 41S192 MI52 Limit supervision 41S22...

Page 134: ... list 4 7 Application 4 9 Installation and setting instructions 4 10 Testing 4 11 Appendix 4 12 Terminal diagram 4 12 Signal list 4 12 Setting table 4 12 Application 4 13 Design 4 14 General 4 14 Binary input module 4 15 Binary output module 4 16 Input output module 4 17 mA input module 4 17 I O position 4 18 Configuration 4 20 Setting 4 21 Testing 4 22 Appendix 4 23 Signal list 4 23 Setting table...

Page 135: ...esign 4 25 Inverter INV 4 26 OR 4 26 AND 4 27 Timer 4 27 Pulse 4 28 Exclusive OR XOR 4 28 Set Reset SR 4 29 MOVE 4 29 Setting 4 31 Configuration 4 31 Testing 4 32 Appendix 4 33 Terminal diagram 4 33 Signal list 4 36 Setting table 4 39 ...

Page 136: ...ime tagging of Internal events Disturbance reports Events in a disturbance report Events transmitted to the SCS substation control system This implies that the internal clock is very important The clock can be syn chronised see Time synchronisation 1MRK 580 135 XEN to achieve higher accuracy of the time tagging Without synchronisation the internal clock is useful for comparisons among events withi...

Page 137: ...ted voltage of the terminal f 50Hz 60Hz Nominal network frequency PARAMETER SETTING RANGE DESCRIPTION AnalogInputs U1 VTPrim U1 1 9999 kV Nominal primary voltage of U1 input Name 13 character string User defined name of analogue input U1 AnalogInputs U2 VTPrim U2 1 9999 kV Nominal primary voltage of U2 input Name 13 character string User defined name of analogue input U2 AnalogInputs U3 VTPrim U3 ...

Page 138: ...al primary current of input I2 Name 13 character string User defined name of analogue input I2 AnalogInputs I3 CTPrim I3 1 9999 A Nominal primary current of input I3 Name 13 character string User defined name of analogue input I3 AnalogInputs I4 CT Prim I4 1 9999 A Nominal primary current of input I4 Name 13 character string User defined name of analogue input I4 AnalogInputs I5 CT Prim I5 1 9999 ...

Page 139: ...ABB Network Partner AB Terminal identification Version 1 0 00 1MRK 580 160 XEN Page 4 4 ...

Page 140: ...erminal 2 Application Different conditions in networks of different voltage levels require high adaptability of the used protection and control schemes to best provide for dependability security and selectivity requirements Protection schemes especially operate with higher degree of availability if the set ting values of their parameters are continuously optimised regarding the conditions in power...

Page 141: ...st open before the con tact that activates a new setting group closes Fig 1 Connection of the function to external circuits 4 Testing Configure the GRP ACTGRPn input signals to the corresponding binary inputs of a terminal and browse the built in MMI for the information about the active setting group under the menu Service Report Active Group Connect the appropriate dc voltage to the corresponding...

Page 142: ...Functional input for the activation of the setting group No 1 Warning Configure it only to the terminal binary inputs GRP ACTGRP2 Functional input for the activation of the setting group No 2 Warning Configure it only to the terminal binary inputs GRP ACTGRP3 Functional input for the activation of the setting group No 3 Warning Configure it only to the terminal binary inputs GRP ACTGRP4 Functional...

Page 143: ...ABB Network Partner AB Activation of setting group Version 1 0 00 1MRK 580 162 XEN Page 4 8 ...

Page 144: ...d secondary power circuits They can influence the security of people working in close vicinity of the primary and secondary apparatuses and those using electric energy in eve ryday life For this reason all REx 5xx terminals have built in a special feature that when activated blocks the possibility to change the settings or configura tion of the terminal on the MMI unit All other functions of the l...

Page 145: ... any of other built in functions or logical circuits before activating the function Fig 1 Connection and logical diagram for the function Set the setting restriction function under the submenu Configuration BuiltInMMI SettingRestric to the Setting Restrict Block The selected binary input must be connected to the control DC voltage via a normally closed contact of a control switch which could be lo...

Page 146: ...input 1 4 Try to change the setting of any parameter for one of the built in functions Reading of the values must be possible The terminal must not respond to any attemp to change the setting value or configura tion 1 5 Disconnect the control DC voltage from the selected binary input 1 6 Repeat the attempt under item 1 4 The terminal must accept the changed setting value or changed configuration 1...

Page 147: ...I BLOCKSET Input signal that restricts the setting and configuration options by the MMI unit Warning Read the instructions before use Default configuration to NONE NOSIGNAL PARAMETER SETTING RANGE DESCRIPTION SettingRestrict Open Block Open permits changes of settings and configuration by means of the MMI unit regardless of the status of input MMI BLOCKSET Block inhibits changes of settings and co...

Page 148: ... Module with 24 binary output channels IOM Input Output Module with 8 binary input and 12 binary output channels MIM mA Input Module with 6 analogue input channels A product houses a maximum of 13 modules REC 561 can have up to 13 modules REL 531 can have up to 5 modules and no MIM To configure connect the function blocks that represent each I O module BIM BOM IOM and MIM to a function block for t...

Page 149: ...ts by the physical slot numbers of the CAN I O slots which also appear in the product drawings If the user entered configuration does not match the actual configuration in the terminal an error output is activated on the function block which can be treated as an event or alarm The BIM BOM and IOM share the same communication addresses for parameters and configuration So they must share I O module ...

Page 150: ...out puts on the IOxx function block The BIM supervises oscillating input sig nals Fig 1 Terminal diagram of the binary input module BIM ERROR BI2 BI3 BI4 BI5 BI6 IOxx BI1 POSITION BI7 BI8 BI9 BI10 BI11 BI12 BI13 BI15 BI16 BI14 BINAME1 BINAME2 BINAME3 BINAME4 BINAME5 BINAME6 BINAME7 BINAME8 BINAME9 BINAME10 BINAME11 BINAME12 BINAME13 BINAME14 BINAME15 BINAME16 I O module X80190 1 ...

Page 151: ... of using these outputs These outputs appear as inputs on the IOxx function block Fig 2 Terminal diagram of the binary output module BOM ERROR IOxx POSITION BO1 BO2 BO3 BO5 BO4 BO6 BO7 BO8 BO9 BO11 BO10 BO12 BO13 BO14 BO15 BO17 BO16 BO18 BO19 BO20 BO21 BO23 BO22 BO24 BONAME1 BONAME2 BONAME3 BONAME5 BONAME4 BONAME6 BONAME7 BONAME8 BONAME9 BONAME11 BONAME10 BONAME12 BONAME13 BONAME14 BONAME16 BONAME...

Page 152: ...put module The mA input module MIM has 6 inputs for mA signals The POSI TION input is located on the first MIM channel for each MIM module If the configuration is incorrect the ERROR output is set on the First MIM channel MI11 MI21 MI61 of that MIM InputErr outputs on all MIM channels of that MIM ERROR BI2 BI3 BI4 BI5 BI6 IOxx BI1 POSITION BI7 BI8 BO1 BO2 BO3 BO5 BO4 BO6 BO7 BO8 BO9 BO11 BO10 BO12...

Page 153: ...t Measuring Unit 1MRK 580 154 XEN Fig 4 Terminal diagram of the mA input module MIM 2 6 I O position The IOP I O position function block has a different appearance in differ ent products depending on the number of slots available and the slot num bering ERROR RMINAL HIALARM HIWARN LOWWARN LOWALARM MIx1 BLOCK RMAXAL POSITION INPUTERR MIM RMINAL HIALARM HIWARN LOWWARN LOWALARM MIx6 BLOCK RMAXAL INPU...

Page 154: ...ersion 1 0 00 The Sxx outputs are connected to the POSITION inputs of the I O Mod ules and MIMs Fig 5 Terminal diagram of the I O position block IOP IOP1 S12 S18 S20 S22 S24 S26 S16 S14 REC 561 S28 S30 S32 S36 S34 S11 S17 S19 IOP1 S15 S13 REL531 I OPosition I OPosition X80190 5 ...

Page 155: ... module x where x is 1 for the lowest num bered slot for example S11 for REL 531 Previous configuration will be discarded Deletes any removed I O modules from the configuration To configure from the graphical tool First set the function selector for the logical I O module to the type of I O module that is used BIM BOM IOM or MIM Secondly connect the POSITION input of the logical I O module to a sl...

Page 156: ... 531 you can set the names from the SMS or the built in MMI The binary input module BIM has a suppression function that blocks oscillating inputs on the module You can set the oscillation blocking release frequencies from the SMS or from the built in MMI The appendix contains the parameters and their setting ranges for BIM BOM and IOM Refer to the document Direct Current Measuring Unit 1MRK 580 15...

Page 157: ...ules are supervised Each logical I O module has an error flag that is set if anything is wrong with any signal or the whole module The error flag is also set when there is no physical I O module of the right type present in the connected slot You can find status for inputs and outputs as well as self supervision sta tus from built in MMI menus Terminal Status Self Superv Slotxx BIMyy OK FAILED Ser...

Page 158: ...osition input of the I O module Is con nected to a slot position output of the IOP function block OUT DESCRIPTION IOxx BIy Binary input no y applicable for IOM and BIM IOxx ERROR Status of the I O module Is activated if the I O module is failed Table 2 Signal list for I O position block IOP OUT DESCRIPTION IOP1 Szz I O board located in slot number zz zz odd numbers 11 to 19 for REL 531 and even nu...

Page 159: ...settable from SMS or built in MMI IOxx BONAMEy 13 characters Name of binary output No y used for BOM and IOM To be set from CAP 531 For REL 531 it is also settable from SMS or built in MMI OscBlock 1 40 Hz Oscillation blocking frequency common for all channels on I O module BIM To be set from SMS or built in MMI OscRel 1 40 Hz Oscillation release frequency common for all channels on I O module BIM...

Page 160: ...l logic circuits to configure the termi nals to meet your needs and also to build in some special logic circuits which use different logic gates and timers 2 Design The number of blocks of configurable logic circuits available in REL 531 and REC 561 are REL 531 Fast execution cyclicity typical 5 ms 20 INV INVerters 40 OR gates 10 AND gates 10 timers for On or Off delay 10 pulses Slow execution cyc...

Page 161: ...utput IVnn OUT Fig 1 Block diagram of the inverter INV function 2 2 OR The configuration logic OR gate Fig 2 has six inputs designated Onnn INPUTm where nnn runs from 001 to 040 for REL 531 and to 199 for REC 561 and presents the serial number of the block and m presents the serial number of the inputs in the block Each OR circuit has two outputs Onnn OUT and Onnn NOUT inverted Fig 2 Block diagram...

Page 162: ...2 4 Timer The configuration logic TM timer delayed at pick up and at drop out Fig 4 has a settable time delay TMnn T between 0 and 50 00 s in steps of 0 01 s The input signal for each time delay block has the designation TMnn INPUT where nn runs from 01 to 10 and presents the serial number of the logic block The output signals of each time delay block are TMnn ON and TMnn OFF The first one belongs...

Page 163: ...eps of 0 01 s The input signal for each pulse timer has the designation TPnn INPUT where nn runs from 01 to 10 for REL 531 and to 50 for REC 561 and presents the serial number of the logic block Each pulse timer has one output designated by TPnn OUT The pulse timer is not retriggable that is it can be restarted first after that the time T has elapsed Fig 7 Block diagram of the Pulse function 2 6 E...

Page 164: ...of the Set Reset function 2 8 MOVE The MOVE function blocks may also be called copy blocks are used for synchronization of boolean signals sent between logics with slow execu tion time and logics with fast execution time There are two types of MOVE function blocks MOF located First in the slow logic and MOL located Last in the slow logic The MOF function blocks are used for signals coming into the...

Page 165: ...ere is a similar need for synchronization Fig 10 shows an example of logic which can result in malfunctions on the output signal from the AND gate to the right in the figure Fig 10 Example of logic which can result in malfunctions Fig 11 shows the same logic as in Fig 10 but with the signals synchro nized by the MOVE function blocks MOFn and MOLn With this solution the consistency of the signals c...

Page 166: ...an for REL 531 also be done from the SMS and the built in MMI Execution of functions as defined by the configurable logic blocks runs in a fixed sequence in two different cycle times typical 8 ms and 200 ms For each cycle time the function block is given an execution serial number This is shown when using the CAP 531 configuration tool with the designation of the function block and the cycle time ...

Page 167: ...e block by applying the rated DC voltage to the corresponding binary inputs and observing the logic statuses of the corresponding binary outputs Configuration from the built in MMI of the corresponding logic circuits for the binary inputs for REL 531 occurs under Configuration FunctionInputs AND OR Timer Pulse INV SR Slotxx IOMy BIMy and for the binary outputs under Configuration Slotxx IOMy BOMy ...

Page 168: ...r function Fig 13 Simplified terminal diagram of the OR function Fig 14 Simplified terminal diagram of the AND function Fig 15 Simplified terminal diagram of the Timer function INPUT OUT X80161 12 IVnn INV INPUT1 INPUT2 INPUT3 INPUT4 OUT NOUT INPUT5 INPUT6 X80161 13 Onnn OR INPUT1 INPUT2 INPUT3 INPUT4N OUT NOUT X80161 14 Annn AND INPUT T OFF ON X80161 15 TMnn Timer ...

Page 169: ...unction Fig 19 Simplified terminal diagram of the MOVE First MOF func tion INPUT T OUT X80161 16 TPnn Pulse INPUT1 INPUT2 OUT NOUT X80161 17 XOnn XOR SET RESET OUT NOUT X80161 18 SRnn SR OUTPUT2 OUTPUT3 OUTPUT4 OUTPUT5 OUTPUT6 OUTPUT1 OUTPUT7 OUTPUT8 OUTPUT9 OUTPUT10 OUTPUT11 OUTPUT12 OUTPUT13 OUTPUT15 OUTPUT16 OUTPUT14 INPUT1 INPUT2 INPUT3 INPUT4 INPUT5 INPUT6 INPUT7 INPUT8 INPUT9 INPUT10 INPUT11...

Page 170: ...diagram of the MOVE Last MOL func tion OUTPUT2 OUTPUT3 OUTPUT4 OUTPUT5 OUTPUT6 OUTPUT1 OUTPUT7 OUTPUT8 OUTPUT9 OUTPUT10 OUTPUT11 OUTPUT12 OUTPUT13 OUTPUT15 OUTPUT16 OUTPUT14 INPUT1 INPUT2 INPUT3 INPUT4 INPUT5 INPUT6 INPUT7 INPUT8 INPUT9 INPUT10 INPUT11 INPUT12 INPUT13 INPUT14 INPUT15 INPUT16 X80161 20 MOLn MOVE ...

Page 171: ...l list for the OR function IN DESCRIPTION Onnn INPUTm Logic OR input m m 1 6 to OR gate number nnn OUT DESCRIPTION Onnn OUT Output from OR gate number nnn Onnn NOUT Inverted output from OR gate number nnn Table 3 Signal list for the AND function IN DESCRIPTION Annn INPUTm Logic AND input m m 1 3 to AND gate number nnn Annn INPUT4N Logic AND input 4 inverted to AND gate number nnn OUT DESCRIPTION A...

Page 172: ...y TMnn ON Output from timer number nn On delay Table 5 Signal list for the Pulse function IN DESCRIPTION TPnn INPUT Logic pulse timer input to pulse timer number nn OUT DESCRIPTION TPnn OUT Output from pulse timer number nn Table 6 Signal list for the Exclusive OR function IN DESCRIPTION XOnn INPUTm Logic XOR input m m 1 2 to XOR gate number nn OUT DESCRIPTION XOnn OUT Output from XOR gate number ...

Page 173: ...ON SRnn OUT Output from Set Reset gate number nn SRnn NOUT Inverted output from Set Reset gate number nn Table 8 Signal list for the MOVE First MOF function IN DESCRIPTION MOFn INPUTm Logic MOVE input m m 1 16 to MOF number n OUT DESCRIPTION MOFn OUTPUTm Output m m 1 16 from MOF number n Table 9 Signal list for the MOVE Last MOL function IN DESCRIPTION MOLn INPUTm Logic MOVE input m m 1 16 to MOL ...

Page 174: ...ION TMnn T 0 00 50 00 s Time delay for timer number nn To be set from CAP 531 For REL 531 the time delay can also be set from built in MMI and SMS Table 11 Setting table for the Pulse function PARAMETER SETTING RANGE DESCRIPTION TPnn T 0 01 50 00 s Pulse length for pulse timer number nn To be set from CAP 531 For REL 531 the pulse length can also be set from built in MMI and SMS ...

Page 175: ...ABB Network Partner AB Configurable logic Version 1 0 00 1MRK 580 161 XEN Page 4 40 ...

Page 176: ... a double bus 5 16 Theory of operation 5 17 Synchro check 5 17 Voltage selection 5 18 Setting 5 20 Operation 5 20 Input phase 5 21 UMeasure 5 21 USelection 5 21 AutoEnerg and ManEnerg 5 21 Testing 5 22 Test equipment 5 22 Synchro check tests 5 22 Test of voltage difference 5 22 Test of phase difference 5 24 Test of frequency difference 5 25 Test of reference voltage 5 25 Test of energizing check 5...

Page 177: ...age difference 5 40 Test of phase difference 5 42 Test of frequency difference 5 43 Test of reference voltage 5 43 Test of energizing check 5 43 Test of dead line live bus DLLB 5 43 Dead bus live line DBLL 5 44 Energizing in both directions DLLB or DBLL 5 45 Appendix 5 46 Terminal diagrams 5 46 Signal list 5 46 Setting table 5 47 Application 5 49 Measuring principle 5 49 Design 5 50 Settings 5 51 ...

Page 178: ...esting 5 70 Suggested testing procedure 5 70 Preparations 5 70 Check that the AR function works 5 71 Check that reclosing does not occur when it is not meant to5 71 Termination of the test 5 72 Diagrams 5 73 Appendix 5 80 Terminal diagrams 5 80 Signal list 5 82 Setting table 5 83 Application 5 85 Theory of operation 5 87 Input and output signals 5 88 Start functions 5 88 Measuring principles 5 89 ...

Page 179: ...ipment to normal state 5 94 Appendix 5 95 Terminal diagrams 5 95 Signal list 5 96 Setting table 5 96 Application 5 97 Measuring principle 5 97 Design 5 97 Setting 5 98 Testing 5 99 General 5 99 Appendix 5 102 Terminal diagrams 5 102 Signal list 5 103 Setting table 5 103 ...

Page 180: ... Trip You can always switch off the operation of the tripping logic and thus dis able the terminal s tripping function 2 Design The function consists of three basic logic parts A three phase front logic that is activated when the terminal is pro vided with a three phase tripping function only Or when the termi nal with the single and or three phase tripping logic is set to a three phase operating ...

Page 181: ...h should be config ured to the terminal binary inputs The purpose of these signals is also to include some external protective devices such as main two line protection breaker failure units from other bays in the substation into the optionally built in auto reclosing scheme or breaker failure protection For additional control of the internal signals and the single phase tripping scheme there must ...

Page 182: ...hows a simplified illustration of the tripping logic circuits The TRIP BLOCK signal might block the operation of the complete tripping unit In a similar way an external TRIP EXTTRIP signal can cause instantaneous three phase tripping if the function has not been blocked by external signal or the terminal has been switched to operational testing mode with activated blocking A functional TRIP PTPTRI...

Page 183: ...ABB Network Partner AB Tripping logic Version 1 0 00 1MRK 580 120 XEN Page 5 4 The impulse circuits assure that the tripping signals that are issued by the terminal are not shorter than 150 ms ...

Page 184: ...ed logic diagram TEST ACTIVE BLOCK TRIP TRIP EXTTRIP TRIP BLOCK OPERATION OFF 1 V 1 V 1 V L1TRIP L2TRIP L3TRIP TRIP PTPTRIP t 2000ms Delay loop 1 V TRIP TRIPL1 TRIP TRIPL2 TRIP SPTRIP TRIP GTRIP TRIP TRIPL3 TRIP TPTRIP 150ms t 10ms TEST 1 V 1 V t 2000ms 1 V 150ms 1 V t 2000ms 1 V 150ms 1 V 1 V 1 V 1 V 1 V 1 V X80120 3 ...

Page 185: ...n is blocked if the corresponding setting under the BlockFunctions submenu remains on and the TEST INPUT signal remains active Here it is practically impossible to provide any general instructions on the testing procedure for the testing of the tripping logic as built into the REx 5xx protection and monitoring terminals The reason is that the configura tion of each terminal depends very much on th...

Page 186: ...RIP_PTPTRIP IN DESCRIPTION TRIP BLOCK Inhibits the operation of tripping logic TRIP EXTTRIP Initiates the instantaneous three phase tripping Disabled when the function is out of oper ation TRIP EXTL1 External tripping related to phase L1 TRIP EXTL2 External tripping related to phase L2 TRIP EXTL3 External tripping related to phase L3 TRIP TRSPE Information on necessary tripping in one phase It cau...

Page 187: ...ase tripping OUT DESCRIPTION TRIP GTRIP General information on tripping caused by tripping logic within the terminal TRIP SPTRIP General information on single phase tripping caused by tripping logic within the terminal TRIP TPTRIP General information on three phase tripping caused by tripping logic within the terminal TRIP TRIPL1 Trip in phase L1 TRIP TRIPL2 Trip in phase L2 TRIP TRIPL3 Trip in ph...

Page 188: ...e PhaseDiff and frequency FreqDiff It operates and permits closing of the circuit breaker when these conditions are simultaneously fulfilled The voltages U line and U bus are higher than the set value for UHigh of the rated voltage Ur sqr3 The differences in the voltage and phase angles are smaller than the set values of UDiff and PhaseDiff The difference in frequency is less than the set value of...

Page 189: ... L2 L2 L3 L3 L1 The U bus voltage must then be connected to the same phase or phases as are chosen on the MMI Fig 2 shows the voltage connection In terminals intended for several bays all voltage inputs are single phase circuits The voltage can be selected for single phase or phase to phase measurement on the MMI All voltage inputs must be connected to the same phase or phases The circuit breaker ...

Page 190: ...ipment is considered energized if the voltage is above the set value UHigh e g 80 of rated voltage and non energized if it is below the set value ULow e g 30 of the rated voltage You can set the UHigh condi tion between 70 100 Ur sqr3 and the ULow condition between 10 80 Ur sqr3 A disconnected line can have a considerable potential due to for instance induction from a line running in parallel or b...

Page 191: ... voltage selection function is used for the synchronism SYNX and energizing check functions When the REC 561 is used in a doublebus the voltage that should be selected depends on the positions of the break ers and or disconnectors By checking the position of the disconnectors and or breakers auxiliary contacts the REC 561 can select the right volt age for the synchronism and energizing function Se...

Page 192: ...ck SYNX and energizing check function there is one voltage transformer at each side of the circuit breaker The voltage transformer circuit connec tions are straightforward no special voltage selection is needed For the synchronism check and energizing check the voltage from Bus 1 SYNX U Bus is connected to the single phase analogue input U5 on the control terminal unit Bus 1 Bay 1 U Bus 1 U Line 1...

Page 193: ...l terminal There are two alternative connec tion possibilities Inputs named OK must be supplied if the voltage circuit is healthy Inputs named FF must be supplied if the voltage circuit is faulty The SYNX UB1OK and SYNX UB1FF inputs are related to the busbar voltage Configure them to the binary inputs that indicate the status of the external fuse failure of the busbar voltage The SYNX VTSU input i...

Page 194: ...Bus U Line 1CB1 1CB2 1CB1 FUSEF1 SYN1_CB1OPEN CLD SYN1_CB2OPEN CLD SYN2 SYN3 U5 ULX 1 From Bay 2 X80152 5 Bus 2 U Bus 2 U4 1CB2 U4 VOLT SEL1 FUSEUB1 FUSEUB2 FUSEUB1 SYN1_UB1OK FF FUSEUB2 SYN1_UB2OK FF FUSEF1 SYN1_VTSU VOLT SEL2 VOLT SEL3 UL2 U Bus U Line 2CB1 2CB2 2CB1 SYN2_CB1OPEN CLD SYN2_CB2OPEN CLD UL2 2CB2 U4 FUSEF2 FUSEUB1 SYN2_UB1OK FF FUSEUB2 SYN2_UB2OK FF FUSEF2 SYN2_VTSU U5 U Line 2 From...

Page 195: ...reaker section X open SYNX CB1CLD Breaker section 1 closed and SYNX CB2OPEN Breaker section 2 open SYNX CB2CLD Breaker section 2 closed Fuse failure and Voltage OK signals The external fuse failure signals or signals from a tripped fuse switch MCB are connected to binary inputs configured to inputs of the synchro check functions in the control terminal There are two alternative connec tion possibi...

Page 196: ...re This is a blocking condition for the energizing function Output signals Description SYNX AUTOOK Synchro check energizing OK The output sig nal is high when the synchro check conditions set on the MMI are fulfilled It can also include the energizing condition if selected The signal can be used to release the auto recloser before closing attempt of the circuit breaker It can also be used as a fre...

Page 197: ...sed Connected to the auxiliary contacts of a breaker section CB and disconnector in a double bus single breaker arrangement to inform the voltage selection about the positions SYNX UB1FF External fuse failure input from busbar voltage Bus 1 U5 This signal can come from a tripped fuse switch MCB on the secondary side of the voltage transformer In case of a fuse failure the energizing check is block...

Page 198: ... of the UL1 UL2 UL3 line side voltage Blocks the energizing function Output signals Description SYNX VSUB1 Signal for indication of voltage selection from Bus 1 voltage SYNX VSUB2 Signal for indication of voltage selection from Bus 1 voltage Fig 8 Block diagram Synchro check t 1 V UDiff OPERATION OFF RELEASE ON SYN1 BLOCK UBusHigh ULineHigh FreqDiff PhaseDiff AUTOENERG1 MANENERG1 50ms 1 V SYN1 Fro...

Page 199: ...number of SynchroCheck functions is dependent of the version Comments regarding settings 3 1 Operation Off Release On Off The function is off and the output is low Release There are fixed high output signals SYN1 AUTOOK 1 and SYN1 MANOK 1 On The function is in service and the output sig nal depends on the input conditions t 1 V OFF Both DLLB DBLL UL High UL Low UB High 50ms AUTOENERG 1 X80152 9 UB...

Page 200: ... or double bus voltage selection logic 3 5 AutoEnerg and ManEnerg Two different settings can be used for automatic and manual closing of the circuit breaker Off The energizing condition is not used only the synchro check DLLB The line voltage U line is low below 10 80 Ur sqr3 and the bus voltage U bus is high above 70 100 Ur sqr3 DBLL The bus voltage U bus is low below 10 80 Ur sqr3 and the line v...

Page 201: ... the resistive and reactive components is needed Here the phase angle meter is also needed To perform an accurate test of the fre quency difference a frequency generator at one of the input voltages is needed You can also perform the tests with computer aided test system FREJA FREJA has a specially designed program for evaluating the synchro check function Fig 10 shows the general test connection ...

Page 202: ...Ur sqr3 and U Bus U5 80 Ur sqr3 Check that the SYN1 AUTOOK and SYN1 MANOK outputs are activated The test can be repeated with different voltage values to verify that the function operates within UDiff 30 3 Test with UDiff 40 Increase the U bus U5 to 120 Ur sqr3 and the U line UL1 80 Ur sqr3 Check that the two outputs are not activated 4 Test with UDiff 20 Uline UHigh Decrease the U line UL1 to 60 ...

Page 203: ...nce that is lower than 50 mHz Check that the SYN1 AUTOOK and SYN1 MANOK outputs are activated 3 The test can be repeated with other PhaseDiff values to verify that the function operates for values lower than the set ones By changing the phase angle on U1 connected to U bus between 45 You can check that the two outputs are activated for a PhaseDiff lower than 45 It should not operate for other valu...

Page 204: ...s If the FREJA program Test of synchronising relay is used the frequency can be changed continuously But note that a frequency difference also implies a floating mutual phase difference So the SYN1 AUTOOK and SYN1 MANOK out puts might not be stable even though the frequency difference is within set limits because the phase difference is not stable 4 2 4 Test of reference voltage 1 Use the same bas...

Page 205: ... that the energizing function operates for a low volt age on the U bus and for a high one on the U line This corresponds to an energizing of a dead bus from a live line 1 Change the MMI settings AutoEnerg and ManEnerg to DBLL 2 Apply a single phase voltage of 30 Ur sqr3 to the U bus U5 and a single phase voltage of 100 Ur sqr3 to the U line UL1 3 Check that the SYN1 AUTOOK and SYN1 MANOK outputs a...

Page 206: ...an be repeated with different values on the U bus and the U line 7 Restore the equipment to normal or desired settings 4 3 4 Test of voltage selection This test should verify that the correct voltage is selected for the measure ment in the energizing function used in a double bus arrangement Apply a single phase voltage of 30 Ur sqr3 to the U line UL1 and a single phase voltage of 100 Ur sqr3 to t...

Page 207: ...TAGE FROM BUS1 U5 VOLTAGE FROM BUS2 U4 BINARY INPUTS CB1OPEN CB1CLD CB2OPEN CB2CLD UB1FF UB2FF VTSU BINARY OUTPUTS AUTOOK MANOK VSUB1 VSUB2 1 0 1 0 1 0 0 0 0 1 1 1 0 1 0 0 1 1 0 0 0 0 1 1 1 0 1 0 0 1 1 0 1 0 0 0 0 1 0 1 0 0 1 1 0 0 1 0 1 1 1 0 1 0 0 1 1 0 0 0 1 0 0 1 0 1 0 0 1 0 1 0 0 0 1 1 1 0 1 0 1 0 0 1 0 0 0 0 0 0 1 0 1 0 1 1 0 0 0 0 0 0 1 0 0 1 0 1 0 1 0 0 0 0 0 1 0 0 1 1 0 0 1 0 0 0 1 1 0 1 ...

Page 208: ...B1CLD Breaker section 1 closed SYN1 CB2OPEN Breaker section 2 open SYN1 CB2CLD Breaker section 2 closed SYN1 UB1FF External voltage fuse failure bus 1 SYN1 UB1OK External voltage fuse healthy bus 1 SYN1 UB2FF External voltage fuse failure bus 2 SYN1 UB2OK External voltage fuse healthy bus 2 SYN1 VTSU Block from internal fuse failure supervision or from external fuse failure of the line voltage OUT...

Page 209: ...gleBus DbleBus Bus arrangement for voltage selection AutoEnerg Off DLLB DBLL Both Auto energizing check Off Not in use DLLB Dead line live bus DBLL Dead bus live line Both DLLB or DBLL ManEnerg Off DLLB DBLL Both Manual energizing check Off Not in use DLLB Dead line live bus DBLL Dead bus live line Both DLLB or DBLL UHigh 70 100 of Ur sqr3 High voltage limit ULow 10 80 of Ur sqr3 Low voltage limit...

Page 210: ... the circuit breaker when these conditions are simultaneously fulfilled The voltages U line and U bus are higher than the set value for UHigh of the rated voltage Ur sqr3 The differences in the voltage and phase angles are smaller than the set values of UDiff and PhaseDiff The difference in frequency is less than the set value of FreqDiff The bus frequency must also be within a range of 5 Hz from ...

Page 211: ... 2 shows the voltage connection In terminals intended for several bays all voltage inputs are single phase circuits The voltage can be selected for single phase or phase to phase measurement on the MMI All voltage inputs must be connected to the same phase or phases The circuit breaker can be closed when the conditions for FreqDiff PhaseDiff and UDiff are fulfilled with the UHigh condition Fig 2 C...

Page 212: ...he rated voltage You can set the UHigh condi tion between 70 100 Ur sqr3 and the ULow condition between 10 80 Ur sqr3 A disconnected line can have a considerable potential due to for instance induction from a line running in parallel or by being fed via the extin guishing capacitors in the circuit breakers This voltage can be as high as 30 or more of the rated voltage of the line The energizing op...

Page 213: ...one or two bays dependent of selected option There is one voltage transformer at each side of the circuit breaker and the voltage transformer circuit connections are straightforward without any special voltage selection Bus 1 Bay 1 U Bus 1 U Line 1 REC561 SYNCH CHECK VOLT SELECTION I O BI AI SYN1 U5 ULX 1 U Bus U Line FUSEUB1 FUSEF1 FUSEUB1 FUSEF1 F1 SYN1_UB1OK FF SYN1_VTSU SYN3 U5 UL2 U Bus U Lin...

Page 214: ...n of internal signals inputs and outputs may be different for different busbar systems and the actual configuration for the substa tion must be done during engineering of the control terminal 1 4 Fuse failure and Voltage OK signals The external fuse failure signals or signals from a tripped fuse switch MCB are connected to binary inputs configured to inputs of the synchro check functions in the co...

Page 215: ...detection It can also be connected to external condition for fuse failure This is a blocking condition for the energizing function SYNX UB1FF External fuse failure input from busbar voltage Bus 1 U5 This signal can come from a tripped fuse switch MCB on the secondary side of the voltage transformer In case of a fuse failure the energizing check is blocked SYNX UB1OK No external voltage fuse failur...

Page 216: ...he energizing condition if selected The signal can be used to release the auto recloser before closing attempt of the circuit breaker It can also be used as a free signal SYNX MANOK Same as above but with alternative settings of the direction for energizing to be used during manual closing of the circuit breaker Fig 6 Block diagram Synchro check t 1 V UDiff OPERATION OFF RELEASE ON SYN1 BLOCK UBus...

Page 217: ...e number of SynchroCheck settings is dependent of the version Comments regarding settings 3 1 Operation Off Release On Off The function is off and the output is low Release There are fixed high output signals SYN1 AUTOOK 1 and SYN1 MANOK 1 On The function is in service and the output sig nal depends on the input conditions t 1 V OFF SYN1 VTSU Both DLLB DBLL UL High UL Low UB High 50ms AUTOENERG 1 ...

Page 218: ...ys 3 4 AutoEnerg and ManEnerg Two different settings can be used for automatic and manual closing of the circuit breaker Off The energizing condition is not used only the synchro check DLLB The line voltage U line is low below 10 80 Ur sqr3 and the bus voltage U bus is high above 70 100 Ur sqr3 DBLL The bus voltage U bus is low below 10 80 Ur sqr3 and the line voltage U line is high above 70 100 U...

Page 219: ...f the resistive and reactive components is needed Here the phase angle meter is also needed To perform an accurate test of the fre quency difference a frequency generator at one of the input voltages is needed You can also perform the tests with computer aided test system FREJA FREJA has a specially designed program for evaluating the synchro check function Fig 8 shows the general test connection ...

Page 220: ...Ur sqr3 and U Bus U5 80 Ur sqr3 Check that the SYN1 AUTOOK and SYN1 MANOK outputs are activated The test can be repeated with different voltage values to verify that the function operates within UDiff 30 3 Test with UDiff 40 Increase the U bus U5 to 120 Ur sqr3 and the U line UL1 80 Ur sqr3 Check that the two outputs are not activated 4 Test with UDiff 20 Uline UHigh Decrease the U line UL1 to 60 ...

Page 221: ...ence that is lower than 50 mHz Check that the SYN1 AUTOOK and SYN1 MANOK outputs are activated 3 The test can be repeated with other PhaseDiff values to verify that the function operates for values lower than the set ones By changing the phase angle on U1 connected to U bus between 45 You can check that the two outputs are activated for a PhaseDiff lower than 45 It should not operate for other val...

Page 222: ...es If the FREJA program Test of synchronising relay is used the frequency can be changed continuously But note that a frequency difference also implies a floating mutual phase difference So the SYN1 AUTOOK and SYN1 MANOK out puts might not be stable even though the frequency difference is within set limits because the phase difference is not stable 4 2 4 Test of reference voltage 1 Use the same ba...

Page 223: ... that the energizing function operates for a low volt age on the U bus and for a high one on the U line This corresponds to an energizing of a dead bus from a live line 1 Change the MMI settings AutoEnerg and ManEnerg to DBLL 2 Apply a single phase voltage of 30 Ur sqr3 to the U bus U5 and a single phase voltage of 100 Ur sqr3 to the U line UL1 3 Check that the SYN1 AUTOOK and SYN1 MANOK outputs a...

Page 224: ...y a single phase voltage of 30 Ur sqr3 to the U line UL1 and a single phase voltage of 100 Ur sqr3 to the U bus U5 3 Check that the SYN1 AUTOOK and SYN1 MANOK outputs are activated 4 Change the connection so that the U line UL1 is equal to100 Ur sqr3 and the U bus U5 is equal to 30 Ur sqr3 5 The outputs should still be activated 6 The test can be repeated with different values on the U bus and the...

Page 225: ...energizing check SYN1 UB1FF External voltage fuse failure bus 1 SYN1 UB1OK External voltage fuse healthy bus 1 SYN1 VTSU Block from internal fuse failure supervision or from external fuse failure of the line voltage OUT DESCRIPTION SYN1 AUTOOK Automatic synchronism and energizing check OK SYN1 MANOK Manual synchronism and energizing check OK SYN1 VSUB1 Voltage selection from bus 1 SYN1 VSUB2 Volta...

Page 226: ...rgizing check Off Not in use DLLB Dead line live bus DBLL Dead bus live line Both DLLB or DBLL ManEnerg Off DLLB DBLL Both Manual energizing check Off Not in use DLLB Dead line live bus DBLL Dead bus live line Both DLLB or DBLL UHigh 70 100 of Ur sqr3 High voltage limit ULow 10 80 of Ur sqr3 Low voltage limit FreqDiff 0 05 0 30 Hz Frequency difference limit PhaseDiff 5 75 degrees Phase difference ...

Page 227: ...ABB Network Partner AB Synchronism and energizing check for double circuit breakers and voltage selection Version 1 0 00 1MRK 580 167 XEN Page 5 48 ...

Page 228: ...ector The first case influences the operation of all voltage dependent functions while the second one does not affect the impedance measuring functions On the basis of the zero sequence measuring quantities a high value of voltage 3 U0 without the presence of the residual current 3 I0 On the basis of the negative sequence measuring quantities a high value of voltage 3 U2 without the presence of th...

Page 229: ...iliary contacts of the line disconnector FUSE DISC and miniature circuit breaker FUSE MCB Also they can always operate in parallel with the zero sequence or negative sequence measuring function An additional timer prolongs the presence of the FUSE MCB signal for 50 ms to prevent the unnecessary operation of voltage dependent func tions due to non simultaneous closing of the main contacts on the mi...

Page 230: ...condition seals in as long as the voltages in all three phases remain low This condition remains in the permanent memory of a terminal even if the auxiliary DC voltage is switched off during the fuse failure condition This way the terminal checks the VTF3PH memory value and establishes the corresponding starting conditions during the new start up procedure 3 1 Settings The setting procedure for th...

Page 231: ... remains active Check the operation of the FFS function during the commissioning and during regular maintenance tests ABB Network Partner recommends although it does not absolutely request the use of a testing equipment of type RTS 21 FREJA for purposes of the secondary injection testing The test equipment used should be able to provide an independent three phase supply of voltages and currents to...

Page 232: ...1 3 Connect the three phase testing equipment to the tested terminal and simulate normal operating conditions with the three phase cur rents in phase with their corresponding phase voltages and with all of them equal to their rated values 1 4 Disconnect one of the phase voltages and observe the operation of the voltage dependent built in functions such as distance protec tion and undervoltage prot...

Page 233: ...r about 50 ms Signal FUSE VTSZ after about 200 ms 1 10 Slowly decrease the measured voltage in one phase until the FUSE VTSU signal appears Record the measured voltage and calculate the corresponding zero sequence voltage according to the equation observe that the voltages in the equation are phasors where and are the measured phase voltages Compare the result with the set value of the zero sequen...

Page 234: ...ified terminal diagram of the function Fig 3 Terminal diagram of the function FUSE FUSE MCB DISC VTF3PH VTSU VTSZ X80169 2 X80169 3 FUSE MCB Operation 1 V UCHL1 t 5s FUSE VTS3PH 20ms 1 V 1 V t 200ms t 50ms t 25ms UICH Zeroseg VTF0 Operation Negativeseg VTF2 UCHL2 UCHL3 VTF3PH memory t 25ms 1 V t 50ms t 50ms 1 V1 V FUSE VTSU FUSE VTSZ FUSE DISC ...

Page 235: ...ation of the FFS function Its appearence is controlled by the voltage current check function It should block the operation of distance protection function during fuse failure conditions in the voltage measuring circuits FUSE VTF3PH Output signal which appears five seconds after the fuse failure condition is detected if the measured voltages in all three phases are low PARAMETER SETTING RANGE DESCR...

Page 236: ...ar the fault Fig 1 shows the operation sequence and some expressions The reclosing function can be selected to perform single phase and or three phase reclosing from eight single shot to multiple shot reclosing programs The three phase auto reclose open time can be selected from 0 2 60 s to give either High speed auto reclosing HSAR or Delayed auto reclosing DAR Three phase auto reclosing can be p...

Page 237: ...o the disturbance and service report func tions event recording indications and reclosing operation counters The reclosing counters can be read and reset on the built in MMI Service Report ARCounters The auto reclosing is a purely logical function that works with logical or binary signals logical operations and timers X80170 1 Line protection Circuit breaker Auto reclosing function Open Fault dura...

Page 238: ...t Operation Stand by AR01 OFF Switches the auto reclosing Off at Operation Stand by AR01 START Auto reclosing start by a protection trip signal It also makes the reclosing program continue at a repeated trip if multi shot reclosing is selected AR01 CBCLOSED Circuit breaker closed A condition for the start of a reclosing cycle AR01 CBREADY Circuit breaker ready for a Close Open CO or Open Close Ope...

Page 239: ...y for a new AR cycle It is On and it is not started or blocked AR01 INPROGR Auto reclosing in progress Activated during the AR open time AR01 SP1 Auto reclosing single phase Shot 1 in progress AR01 TP1 Auto reclosing three phase Shot 1 in progress AR01 TP2 Auto reclosing three phase Shot 2 in progress AR01 UNSUC Auto reclosing unsuccessful Activated at a new trip after the last programmed shot AR0...

Page 240: ...ement AR01 CBREADY The circuit breaker must have its operating gear charged and ready for a Close Open CO or an Open Close Open OCO to allow the start of an auto reclosing cycle This input can also be connected to circuits that monitor the breaker pressure If it is not ready at start it is unlikely that it is ready by the end of the AR open time AR01 TRSOTF Protection trip switch onto fault This s...

Page 241: ...signal interrupts the reclosing sequence in the same way as AR01 INHIBIT 2 3 4 Reclosing programs Select these reclosing programs to fit the application 3ph 3 phase reclosing 1 shot 2 3ph 3 phase reclosing 2 shots 3 3ph 3 phase reclosing 3 shots 4 3ph 3 phase reclosing 4 shots 1ph 1 phase reclosing 1 shot 1 3ph 1 phase or 3 phase reclosing 1 shot 1ph 3ph 1 phase followed by 3 phase reclosing or ju...

Page 242: ...has made the first reclosing shot Normally the signal is reset when the reclaim time after a reclosing has expired and the function is once more ready for a single phase reclosing Permit single phase trip It is the inverse of P3PH and should be con nected to a binary output relay Should the unit with the auto reclosing be inoperative single phase trip is thus not released The external circuit can ...

Page 243: ...ue of a reclosing command after which the reclosing function is reset Should a new tripping occur within this time it is treated as a continuation of the first fault When the signal to a closing command is given Pulse AR the reclaim timer is started There is an AR State Control to track the actual state in the reclosing sequence 2 3 9 Pulsing of CB closing command and incrementing the operation co...

Page 244: ...gle shot reclosing The output AR01 P3PH is always high 1 A tripping operation is made as a three phase trip at all fault types The reclosing is as a three phase reclosing in program 1 3ph described earlier 2 3ph 3 phase 3 phase two shot reclosing The operation is similar to that in program 3ph but at a tripping after the first reclosing shot a second reclosing shot is made 3 3ph and 4 3ph They are...

Page 245: ...unction trip output for which it is to be started It can also be connected to a binary input for start from an external contact A logical OR gate can be used to multiply the number of start sources AR01 INHIBIT can be connected to binary inputs for example for AR blocking from a certain protection such as a line connected shunt reactor transfer trip receive or back up protection or breaker failure...

Page 246: ...equired AR01 SP1 single phase reclosing in progress is used to temporarily block an Earth fault protection and or a Pole disagreement function during the single phase open interval AR01 CLOSECB connect to a binary output relay for breaker closing command AR01 P3PH prepare three phase trip Connect to TRIP PTPTRIP AR01 P1PH permit single phase trip Can be connected to a binary output for connec tion...

Page 247: ...njection relay test set to operate the protection function You can use the BR to control the injected analogue quantities so that the fault only appears when the BR is picked up simulating a closed breaker position To make the arrangement more elaborate include the simulation of the Breaker charged condition or AR01 CBREADY for these sequences Close Open CO or Open Close Open OCO The AR01 CBREADY ...

Page 248: ...g operation the SRY switch could be opened for about 5 s and then closed The AR open time and the operating sequence should be checked for example in the event recording Check the operate indications and the operate counters Should the operation not be as expected the reason must be investi gated It could be due to an AR Off state or wrong program selection or not accepted synchro check conditions...

Page 249: ... can be made For example if only single phase reclosing is selected a test can verify that there is no reclosing after three phase tripping 4 1 4 Termination of the test After the tests restore the equipment to normal or desired state Especially check these items 4 1 Reclosing operate counters Check and record the counter contents Reset if it is the user s preference MMI tree Service report AR Cou...

Page 250: ...implified logic Details are left out X80170 3 t 5s AR UNSUC Operation Off 1 V Operation On Operation Standby AR01 ON AR01 OFF AR01 START AR01 TRSOTF AR01 CBCLOSED AR01 CBREADY AR01 COUNT 0 AR01 INITIATE AR READY AR STARTAR AR INITIATE AR SETON S R S R Reclosing function reset 1 V 1 V 1 V Blocked state 1 Blocking and inhibit conditions Fig 5 6 Additional condition ...

Page 251: ...sing Single and or three phase Version 1 0 00 1MRK 580 170 XEN Page 5 72 Fig 4 Control of extended AR Open time shot 1 X80170 4 AR LONGDURA AR01 PLCLOST 1 V t AR tTRIP AR INITIATE AR INITIATE AR STARTAR AR STARTAR Extend_t1 t AR tTRIP ...

Page 252: ...h 1 phase or 3 phase 1 shot reclos ing Simplified logic Details are left out X80170 5 t Extend t1 AR01 TPTRIP AR01 P3PH 1 V 1 t t1s AR01 SP1 AR01 SPTO 0 4s t t1 AR01 TP1 AR01 TPTO AR01 INPROGR AR01 P1PH Block start Logic AR State signal Fig 6 Started state Fig 3 EXTEND_t1 Fig 4 AR01 READY Inhibit Fig 6 RMR Fig 6 AR State signal Fig 6 ...

Page 253: ...s and Reclaim and Inhibit timers Simplified logic Details are left out X80170 6 t AR01 EXTSYNC 1 V t tSync AR INPROGR AR INHIBIT Blocking Pulse AR above TPTO T2TO T3TO T4TO 1 V SPTO Fig 5 AR Open time timers Trip int Fig 3 Additional condition 1 V Blocking Pulse AR AR State Control Logic 1 V t tReclaim AR State inf 1 V Inhibit ...

Page 254: ... 75 Version 1 0 00 Fig 7 Pulsing of close command and driving of operation counters X80170 7 tPulse 1 V AR01 CLOSECB 1 ph Shot 1 AR01 SP1 tPulse 3 ph Shot 1 AR01 TP1 3 ph Shot 2 AR01 TP2 3 ph Shot 3 AR01 TP3 3 ph Shot 4 AR01 TP4 No of Reclosings Pulse AR Trip int Fig 3 Only if PulseCut On ...

Page 255: ...anent single phase fault Program 1ph 3ph or 1 3ph 3ph Two shot reclosing t1s tReclaim Fault AR01 CBCLOSED AR01 CBREADY CO AR01 START Trip AR01 TPTRIP AR01 SYNC AR01 READY AR01 INPROGR AR01 SP1 AR01 TP1 AR01 TP2 AR01 CLOSECB AR01 P3PH AR01 UNSUC X80170 8 t1s Fault AR01 CBCLOSED AR01 CBREADY CO AR01 START Trip AR01 TPTRIP AR01 SYNC AR01 READY AR01 INPROGR AR01 SP1 AR01 TP1 AR01 TP2 AR01 CLOSECB AR01...

Page 256: ...hree phase ABB Network Partner AB 1MRK 580 170 XEN Page 5 77 Version 1 0 00 Fig 10 Simulating breaker operation with two auxiliary relays X80170 10 Trip Close ST OR SC SRY To Test Set AR01 CLOSECB AR01 CBCLOSED AR01 CBREADY Trip CR ...

Page 257: ...0 00 1MRK 580 170 XEN Page 5 78 6 Appendix 6 1 Terminal diagrams Fig 11 Simplified terminal diagram of the function X80170 11 AR01 AR TRSOTF TPTRIP START ON CLOSECB SETON INPROGR WFMASTER OFF CBREADY CBCLOSED INHIBIT PLCLOST WAIT SYNC P1PH P3PH READY SP1 TP1 TP2 TP3 TP4 UNSUC ...

Page 258: ...ph 3 ph reclosing AR01 ON AR01 OFF AR01 START AR01 CBCLOSED AR01 CBREADY AR01 TRSOTF AR01 TPTRIP AR01 PLCLOST AR01 WAIT CBReady CO AR01 INHIBIT AR01 SETON AR01 READY AR01 UNSUC AR01 INPROGR AR01 SP1 AR01 TP1 AR01 TP2 AR01 TP3 AR01 TP4 AR01 P1PH AR01 P3PH AR01 CLOSECB 1 V AR On Off Start Reclosing programs AR open timers Reclosing checks and sequence stepping Reclaim timer Pulsing Driving operate c...

Page 259: ...closed AR01 INHIBIT Inhibit auto recloser AR01 PLCLOST Permissive communication channel out of service AR01 WAIT Wait from master for sequential reclosing AR01 SYNC Permission from synchro check energizing check function OUT DESCRIPTION AR01 CLOSECB Closing command to breaker AR01 SETON Auto recloser set on AR01 INPROGR Auto reclose operation in progress AR01 WFMASTER Wait from master for sequenti...

Page 260: ...0 seconds Open time for second 3 phase auto reclosing t3 1 300 seconds Open time for third 3 phase auto reclos ing t4 1 300 seconds Open time for fourth 3 phase auto reclosing tSync 0 5 5 0 seconds Auto recloser maximum wait time for synchrocheck tPulse 0 10 1 00 seconds Circuit breaker closing pulse length CutPulse Off On Shorten closing pulse at a new trip tReclaim 10 300 seconds Auto reclose re...

Page 261: ...ABB Network Partner AB Auto reclosing Single and or three phase Version 1 0 00 1MRK 580 170 XEN Page 5 82 ...

Page 262: ...trip limits the impact on the power system if the breaker fail ure protection function BFP is started by mistake during testing or other maintenance work A second time step is used for the back up trip command It should be connected to trip the adjacent breakers to clear the busbar section and intertrip the opposite side of the object if so required The time setting range is 50 400 ms By using sep...

Page 263: ... the adjacent circuit breakers Selection of current controlled or unconditional retrip Phase separated timers correct timing at an evolving fault Accurate timers and current elements reset in 10 ms allowing the use of short back up trip time Fig 2 Time sequence X80171 2 40ms 20ms 10ms 40ms 20ms 10ms 30ms Relay time Start BFP Normal CB opening CB opening time Marginal BFP time CB opening time Margi...

Page 264: ...e used without inconvenience because the breaker to trip has already received a tripping command and the direct retrip does not cause any unselective tripping The use of retrip limits the extent of unwanted power disconnection in case of an accidental start of the BFP at work in the initiating circuitry with the primary circuit in service and the load above the set current level The back up trip i...

Page 265: ...e started either internally or exter nally The start pulse is sealed in as long as the current exceeds the preset current level to prevent a restart of the BFP timers in case of a chattering starting contact The preset current level may be set to 0 1 2 0 Ir where Ir is 1 or 5 A X80171 4 1 V Trip Logic TRIPL1 TRIPL2 TRIPL3 TPTRIP STL1 STL2 STL3 ST3PH RETRIPL1 RETRIPL2 RETRIPL3 BUTRIP Breaker failur...

Page 266: ...he current with The ASD works continuously regardless of if the BFP was started Its result is but considered only when the BFP has started and the pre set time has elapsed As the current exceeds the previously stabilized sample it adapts the value of the current and when it does not it decays This adaptive behaviour makes it possible to rapidly and securely detect a breaker failure situation after...

Page 267: ...hree options Setting The retrip Off function is not executed I check occurs with a current check No I check occurs without a current check The retrip timer t1 can be set from 0 to 150 ms A trip pulse length of 150 ms is generated X80171 5 t t1 t ASD RMS Back up trip Current detector Current Start X80171 6 High pass filtering Recti fying Creation of stabilizing signal Decision through comparison De...

Page 268: ...tings Functions Group n Breaker Failure The breaker failure protection can be controlled from the man machine interface MMI by an Operation parameter to be set between alterna tives Off On When Operation is set to Off the function becomes inoperative The configuration of input and output signals to the function is made on the built in MMI Configuration Function Inputs Breaker Failure X80171 7 1 V ...

Page 269: ...Mode Operation The terminal is switched to testing mode when the logical 1 is speci fied for the TEST INPUT functional input Note The function is blocked if the corresponding setting under the BlockFunctions submenu remains On and the TEST INPUT signal remains active 5 The breaker failure protection can be tested for example at commissioning or after a changed configuration in co operation with so...

Page 270: ...ify that retrip in phase L1 is achieved 3 5 Apply a stationary current over the set value 3 6 Apply a start pulse to BFP ST3PH 3 7 Verify that all three retrips are achieved 5 4 Check that the retrip function works 4 1 No retrip function 4 1 1 Set RetripType Retrip Off and I 100 Ir 4 1 2 Apply a stationary three phase current over the set value 4 1 3 Apply a start pulse to BFP STL1 4 1 4 Verify th...

Page 271: ...Apply a start pulse to BFP STL1 5 4 Verify that back up trip is achieved 5 6 Terminate the test and restore the equipment to normal state After the tests restore the equipment to the normal or desired alternatives and settings Check especially that the Setting parameters reset as required and that a verification test is made Test switches or disconnected links of the connection terminals Normal in...

Page 272: ...s Fig 8 Simplified terminal diagram of the function Fig 9 Terminal diagrams for the function X80171 8 BFP BFP STL1 STL2 STL3 ST3PH BUTRIP RETRIPL1 RETRIPL2 RETRIPL3 X80171 9 t t1 t t t1 t t2 IL1 BFP STL1 ASD RMS RET1 RET0 RET2 BFP BUTRIP BFP RETRIPL1 BFP RETRIPL3 BFP RETRIPL2 IL3 BFP STL3 IL2 BFP STL2 BFP ST3PH BFP FUNCTION ...

Page 273: ...rt breaker failure three phase OUT DESCRIPTION BFP BUTRIP Back up trip BFP RETRIPL1 Trip breaker failure phase L1 BFP RETRIPL2 Trip breaker failure phase L2 BFP RETRIPL3 Trip breaker failure phase L3 PARAMETER SETTING RANGE DESCRIPTION Operation Off On Activation of the breaker failure protection I 10 200 of Ir Pick up current level t2 50 400 ms Delay timer for back up trip Retrip Type Retrip off ...

Page 274: ...gn The measurement of different analog signals occurs in different signal processors within the REx 5xx terminals Timing and logical processing occurs in the control processor Figure 1 shows a simplified block diagram for the loss of power system voltage function Digital signal processors perform a check of all three measured voltages and their combinations If all of them are low for more than sev...

Page 275: ...t of whether the function is built in the terminal as an option The setting of the operating value occurs under the sub menu Settings Functions Group n UnderVoltage The voltage criteria for the loss of voltage supervision function must be set lower than the minimum expected system operating voltage It is sug gested to consider an additional 10 safety margin during the setting cal culations X80153 ...

Page 276: ... cannot indicate the phase angles between the measured quantities a separate phase angle meter is needed Before testing it is necessary to connect the testing equipment according to the valid terminal diagram of the particular REx 5xx terminal Pay spe cial attention to the correct connection of the input and output current ter minals and to the connection of the residual current Follow these steps...

Page 277: ...ec onds after the voltage has been switched off Its duration should be about 150 ms 1 6 Simultaneously increase the measured voltages to their rated values and decrease them again to zero within an interval shorter than threeseconds No LOV TRIP signal should appear 1 7 Increase the measured voltages to their rated values for at least 10 seconds Disconnect one phase and after a time longer than 10 ...

Page 278: ...age protection function Simultane ously decrease in small increments all three voltages and wait between each increment for at least eight seconds until the LOV TRIP signal appears on the corresponding binary output Record the measured operating voltage and compare it with the set value The result should be within the accuracy limit of 2 5 of Ur with additional accuracy of the testing equipment us...

Page 279: ... Appendix 6 1 Terminal diagrams Fig 2 Simplified terminal diagram of the function Fig 3 Terminal diagram of the function X80153 2 LOV BC LOV TRIP LOV VTSU LOSS OF POWER SYSTEM VOLTAGE U t X80153 3 t 7s t 10s 1 V t 3s 1 V 1 V t 150ms L1 L2 L3 U LOV BC LOV VTSU LOV TRIP LOSS OF POWER SYSTEM VOLTAGE ...

Page 280: ...t signal which blocks the operation of a function It should normally be configured to the FUSE VTSU output of a fuse failure supervision function OUT DESCRIPTION LOV TRIP The output signal of a function Its duration is limited to 150 ms PARAMETER SETTING RANGE DESCRIPTION Operation Off On Operation of the function disabled Off or enabled On U 20 80 of Ur Set operating value of the undervoltage mea...

Page 281: ...ABB Network Partner AB Loss of power system voltage Version 1 0 00 1MRK 580 153 XEN Page 5 102 ...

Page 282: ...eral 6 9 Standard modules 6 10 BAYCON 6 13 COMCON 6 18 SWICON 6 20 BLKCON 6 23 Communication between modules 6 23 Configurations 6 25 General 6 25 Connections to other functions 6 26 Reservation function 6 26 Operator place selection 6 34 Station MMI 6 36 Remote control 6 39 Local panel back up panel 6 40 Built in MMI 6 41 Interlocking 6 41 Synchro check 6 42 Autoreclosing 6 45 Protections 6 46 Po...

Page 283: ...WICONC 6 94 BLKCONK 6 96 BLKCONL 6 97 Setting table 6 98 BAYCONx 6 98 COMCON 6 98 SWICONA 6 98 SWICONB 6 99 SWICONC 6 99 Introduction 6 101 Application 6 102 Design 6 105 General 6 105 Standard modules 6 105 Line for double and transfer busbars ABC_LINE 6 106 Bus coupler for double and transfer busbars ABC_BC 6 107 Transformer bay for double busbars AB_TRAFO 6 107 Bus section breaker for double bu...

Page 284: ...ng 6 123 Double breaker arrangement 6 123 Breaker and a half arrangement 6 123 Parameter setting 6 123 Bus section breaker 6 124 Signals from all feeders 6 124 Parameter setting 6 128 Bus section disconnector 6 128 Signals in single breaker arrangement 6 128 Signals in double breaker arrangement 6 132 Signals in breaker and a half arrangement 6 135 Bus earthing switch 6 136 Signals in single break...

Page 285: ...ingle Command function 6 211 Multiple Command function 6 213 Configuration 6 214 Commands 6 215 Setting 6 216 Testing 6 216 Appendix 6 217 Terminal diagrams 6 217 Signal list 6 218 Setting table 6 219 Application 6 221 Theory of operation 6 221 Design 6 222 General 6 222 Double indication 6 222 Communication between terminals 6 223 Setting 6 224 Testing 6 224 Appendix 6 225 Terminal diagram 6 225 ...

Page 286: ...p panel the apparatus control func tion can be bypassed The back up panel is hard wired to the apparatuses for this purpose Fig 1 Overview of the apparatus control functions Features in the apparatus control function Supervision of valid operator place one operator place at a time Each apparatus are prepared to be included in a sequence Each apparatus can be interlocked The breakers can be connect...

Page 287: ...atuses The software module is connected to the physical process unit in the switchyard by a number of digital inputs and outputs Special function blocks were created for making bay and apparatus control programs as efficient as possible Four types of function blocks were created to cover most of the control and supervision within the bay The different functions included in the apparatus control ar...

Page 288: ...e apparatus control goes back into idle state for one of these reasons After a successful operation No open or close command within specified time When reservation failed When an interlock occurred In blocking state Cancelling of the operation When the apparatus is in idle state it is possible to make a new selection from the valid operator place The operator can override the interlocking and or t...

Page 289: ...for select open close Signals for execute open close Cancel the selection Signal to reserve the apparatus for automatic functions Used when the apparatus is included in a sequence 2 3 Selection and reservation The purpose of the reservation and selection is to prevent double opera tion either in the bay itself or in the complete station For an operation in the bay the reservation part always reser...

Page 290: ...the cancel reservation timer has expired The engineer should set this time to the operating time of the slowest not hand driven disconnector One timer supervises the reservation If the time until a successful reser vation is too long the command sequence is stopped and an error message is generated It is possible to ignore failing reservation of other bays if the operator wants to operate the appa...

Page 291: ...itted when these conditions are fulfilled Operator place is not local The apparatus is not selected The apparatus is not reserved The concerned apparatus is not blocked for operation Position indications are not blocked The function which operates automatically also first determines if auto matic operation is permitted Apparatus Control REC 561 1 Select 5 Execute 2 Reserve 3 Indication 2 Reserve 3...

Page 292: ...l 2 6 Blockings There are two bay oriented blocking functions Blocking of operation Blocking of updating of the position indication Both of these different blockings are applicable for each apparatus sepa rately and for the complete bay Blocking of operations can be separately performed for open close Commands for the above described blockings are executed from the sta tion MMI Of course arbitrary...

Page 293: ...When three phase indications are included the pole discordance function is included If blockings and interlocking allow operation the drive can be operated when the starting point is in the intermediate position 2 9 Synchro check Synchro check conditions can be considered when manually closing a breaker The closing command is released via the apparatus control as for ordinary operations with the s...

Page 294: ...cks the program contains simple logic like AND OR gates These four main types are called BAYCON COMCON SWICON and BLKCON BAYCON BAY CONtrol used for bay oriented functions one per bay such as reservation valid operator place and supervision of select relays when used COMCON COMmand CONtrol used for each apparatus Supervises commands coming from the different operator places The interface to the op...

Page 295: ...d BAYCONB The same as A but used when more than eight apparatuses are included in one bay that is when more than one BAYCON is used per bay BAYCONC Is used if external selection relays with common feedback signals are used BAYCOND The same as C but used when more than eight apparatuses are included in one bay that is when more than one BAYCON is used per bay BAYCONE Is used if external selection r...

Page 296: ...cation Normally used for disconnectors and earthing switches The BLKCON element consists of two variants BLKCONL and BLK CONK BLKCONL Normally used for the apparatuses BLKCONK Normally used for the bays In the three types of REC 561 these standard modules are available Type 1 basic Normal use 1 BAYCONA or 2 BAYCONB or with external selection relays with common feedback signals 1 BAYCONC or 2 BAYCO...

Page 297: ...l feedback signals 3 BAYCONE or 2 BAYCONE and 3 BAYCONF or 1 BAYCONE and 4 BAYCONF and either 4 SWICONA internal synchro check or 4 SWICONB external synchro check and 24 SWICONC and 24 COMCON and 24 BLKCONL and 3 BLKCONK Type 3 basic option 2 Normal use 12 BAYCONA or 11 BAYCONA and 3 BAYCONB or 6 BAYCONA and 4 BAYCONB or with external selection relays with common feedback signals 12 BAYCONC or 11 ...

Page 298: ...tional ity depends on the variant of BAYCON BAYCON handles maximum eight apparatuses When a higher number is required BAYCON can cooperate via information exchange with more BAYCON elements The appendix contains the terminal diagrams for the different variants with the name of the input and outputs and describes these signals Operator place choice The operator place has three possibilities Remote ...

Page 299: ...d the meaning of the inputs and out puts of BAYCON Information exchange The input EXCH_IN and output EXCH_OUT are used for information exchange between BAYCON elements when more than eight apparatuses in the same bay are used for control The inputs and outputs of these ele ments are connected to each other in a loop as shown in Fig 5 The reservation and selection function has several bits availabl...

Page 300: ...s connected to SEL_CH1 indicates that no relay is energized A parallel connection of NO contacts connected to SEL_CH2 indicates that a relay is energized BAYCON can now determine two types of errors It can indicate that there is an error most probably at the system inputs with the BINPERR BOUTERR indicates that the error is more likely to be found at the system outputs When an error occurs BAYCON ...

Page 301: ... signals BAYCONC D SEL_ACT1 SEL_ACT8 SEL_CH1 SEL_CH2 FDB_SEL1 FDB_SEL8 SWICON 1 1 SEL_OPEN SEL_CLOS EXE_OPEN EXE_CLOS FDB_SEL From other SWICON Apparatus 1 1 From other SWICON From other SWICON open close open close open close Breaker Disconnector 1 Disconnector 2 External command relays Common execution relays for open close X80150 6 ...

Page 302: ...s BAYCONE F SEL_ACT1 SEL_ACT8 SEL_CH1 SEL_CH2 FDB_SEL1 FDB_SEL8 SWICON 1 1 SEL_OPEN SEL_CLOS EXE_OPEN EXE_CLOS FDB_SEL From other SWICON Apparatus 1 1 From other SWICON From other SWICON open close open close open close Breaker Disconnector 1 Disconnector 2 External command relays SEL_FDB1 SEL_FDB8 Common execution relays for open close X80150 7 ...

Page 303: ...e REMOTE STATION and LOCAL inputs See the configuration example in Operator place selection on page 34 Only the signals from the operator place s that are valid are executed When a change occurs COMCON checks validity and forwards the commands to the outputs if they are correct From station level COMCON supports two ways of command execu tions 1 From station MMI 2 From remote gateway In the first ...

Page 304: ...on of this input it resets the stored commands and outputs An operation which has already started with a selection can be cancelled The R S_CANCEL inputs handle this The output CANCEL is connected to the CANCEL input on SWICON to reset the started selection COM CON also has an S L_IR_OVR override input for station and local and an OVERRIDE output which overrides the selection and reservation in ot...

Page 305: ...ions of the positions or at board error POSIND_V True means valid positions The result of OX CX is 0 0 for intermediate position or when POSIND_V False It also includes the function for manual position updating The position indication can be set manually and the updating from the process is stopped Manual updat ing is indicated by MA_UPD_P The indication part has two timer parameters The POS_ERR i...

Page 306: ...re the time T_START has elapsed Automatic operation is included in SWICON It has an input for bay information concerning permission for automatic operation AU_OP_V It also has an output that indicates permission per apparatus AU_OP_P For synchro check SWICON has two versions One version SWICONA is for a synchro check relay that checks the synchronisation condition continuously and gives a signal o...

Page 307: ...ped when SY_RUN is activated If not the SY_RUN input is used it sets to FIXD OFF The SY_FAIL must be activated if the synchro check does not reach syn chronism within a certain time SY_FAIL resets the complete operation sequence The auto reclose function closes the breaker via an OR logic OR with the same cyclicity as the autoreclose function with the normal close order from SWICON For fast autore...

Page 308: ... of BLKCON represented by logic 3 2 5 Communication between modules Fig 11 is used as starting point when explaining the signal flow between the different function block in the apparatus control function The control program in Fig 11 handles one bay which includes two apparatuses The detailed connections between the modules can be seen in the type solu tions in the Configurations on page 25 Fig 11...

Page 309: ...edgement signals should be received Other control programs can be placed in the same REC 561 or in other REC 561s bay bay communication 5 If everything is OK the select signal is passed through to the SWICON element and is displayed on the station MMI 6 The program is now prepared to receive the execute command from the operator 7 The closing or opening command is sent to the selected apparatus Di...

Page 310: ...nd in Default configuration REC 561 1MRK 580 188 XEN Fig 12 shows an overview of a circuit breaker module that includes breaker related optional functions Note that the OR gates for the open and close signals must have the same execution cyclic ity as related protection function that is the breaker failure protection and autoreclosing functions Fig 12 Overview of a breaker configuration including ...

Page 311: ...e reserved The whole voltage level must be reserved All other bays on this bus bar voltage level must be blocked The whole station must be reserved All other bays in the station must be blocked The connections to reserve the apparatuses within the own bay are shown in Fig 14 The timing diagram is shown in Fig 15 The reservation func tion follows the steps below 1 The op_SEL_O selection signal or o...

Page 312: ...close using the output signals SEL_OPEN CLOS and EXE_OPEN CLOS 5 The signal SEL_RES is resetting the selection request RQ_SEL after successful operation that is new position reached or command error SEL_RES is active until SELECT is reset Fig 14 The reservation function within the own bay BAYCON RQ_SEL1 RQ_SEL2 SEL1 SEL2 COMCON SEL_RES SELECT RQ_SEL S_SEL_O SWICON SELECT SEL_RES From MMI 1 2 3 4 5...

Page 313: ...and made out side the BAYCON module This is because the BAYCON is independent of the number of bays to communicate with When the request is coming from another bay there is one signal RE_RQ_B for reservation request V_RE_RQ is the signal for valid request from any bay The EX_DA_UP input signal indicates that the program that acknowl edges the reservation is running This signal is not applicable in...

Page 314: ...TX MultCmdFunc From bay Z OUT1 OUT2 OUT3 OUT16 Z_RE_BAYS Z_ACK_T_B Z_V_TX 1 X_RE_BAYS Y_RE_BAYS Z_RE_BAYS X_V_TX Y_V_TX Z_V_TX 1 Z_ACK_T_B Y_ACK_T_B X_ACK_T_B 1 X_RE_BAYS Y_RE_BAYS Z_RE_BAYS X_V_TX Y_V_TX Z_V_TX BAYCON ACK_F_B ANY_ACK V_TX EX_DA_UP RE_RQ_B V_RE_RQ RE_BAYS ACK_T_B FIXD ON RE_BAYS ACK_T_B Interlocking information Interlocking information Interlocking information To sending part Sign...

Page 315: ...e event function block The first bit in the event function block is used for reserve request RE_RQ_B This signal must be steady so the reserve request equals true means reserve and equals false means release After this reserve request bit there is one reserve acknowledgement bit ACK_T_Bx for each bay that can reserve the bay So if three bays can reserve the bay three signals are used ACK_T_B is re...

Page 316: ...ut the data to the command function blocks The command executing bay receives reserve acknowledgement sig nals from all the bays that were requested If one or several bays do not respond within a predefined time the command is cancelled When all reserve acknowledgement signals are received the inter locking condition is evaluated If the command is allowed it will be performed When the command is e...

Page 317: ...32 Fig 18 illustrates the station wide communication The signals not used in the figure are removed The bus coupler has information for two event function blocks But for the two lines one block is enough Besides these outputs a valid bit is available on the command function blocks ...

Page 318: ... INPUT3 INPUT4 INPUT16 EVENT INPUT1 INPUT2 INPUT3 INPUT4 INPUT16 RE_BAYS ACK_T_B RE_RQ_B ACK_T_B1 1 ACK_T_B2 RE_BAYS ACK_T_B OUT2 OUT3 OUT4 OUT16 OUT1 OUT2 OUT3 OUT4 OUT16 OUT1 EVENT INPUT1 INPUT2 INPUT3 INPUT4 INPUT16 RE_BAYS ACK_T_B1 RE_RQ_B ACK_T_B 1 2 3 To next page Bus coupler bay Line bay 1 ACK_T_B1 Interlocking information MultCmdFunc MultCmdFunc MultCmdFunc ...

Page 319: ...n as intermediate and Remote as lowest priority When two or more inputs are set at the same time the higher priority prevails The S_R and S_S inputs have pulse inputs But the L_L requires a steady signal Fig 19 Connection of operator place selection OUT2 OUT3 OUT4 OUT16 OUT1 OUT2 OUT3 OUT4 OUT16 OUT1 EVENT INPUT1 INPUT2 INPUT3 INPUT4 INPUT16 RE_BAYS ACK_T_B2 RE_RQ_B ACK_T_B Line bay 2 ACK_T_B2 1 2...

Page 320: ...or Station inde pendent of each other In this example it is possible to operate from remote station and local operator places if the position Remote is set in the station MMI If the position Station is set in the station MMI it is pos sible to operate only from the station MMI and from the local panel The pulse timer in the figure below sets automatically the operator place selection to position R...

Page 321: ...cate on the station MMI that the cir cuit breaker was opened due to a trip from the protection The inputs 3 and MultCmdFunc OUT1 OUT2 OUT3 OUT4 OUT5 OUT6 BAYCON S_R S_S STATION BLK_OP DBLK_OP BLK_UPD DBLK_UPD BLKCMD1 DBLCMD1 BLKCMD2 DBLCMD2 BLK_OUT1 BLK_OUT2 BLKCONK SWICON Apparatus1 BLKCONL Apparatus1 BLK_1_1 BLK_1_2 BLK_1_3 BLK_OUT1 MA_UPD_P UPD_BLK BLK_OPEN BLK_CLOS I O error MultCmdFunc COMCON...

Page 322: ...s needed Fig 22 Event connections between the station MMI and apparatus control modules for one apparatus SWICON CX OX MA_UPD_P SEL_OPEN SEL_CLOS SEL_ERR CMD_ERR POS_ERR POL_DISC COMCON OVERRIDE LO_OP_T BLKCONL BLK_OUT1 1 Apparatus 1 Interlocking ITL INPUT1 INPUT2 INPUT3 INPUT4 INPUT5 INPUT6 INPUT7 INPUT8 INPUT9 INPUT10 INPUT11 INPUT12 INPUT13 INPUT14 INPUT15 INPUT16 EVENT POS_CL POS_OP From input...

Page 323: ...NPUT3 INPUT4 INPUT5 INPUT6 INPUT7 INPUT8 INPUT9 INPUT10 INPUT11 INPUT12 INPUT13 INPUT14 INPUT15 INPUT16 EVENT To station MMI BLK_OUT1 BLK_OUT2 BAYCON STATION REMOTE LOCAL ACK_T_B BLKCONK Delivery specific logic Bay connected to busbar FIXD OFF Abnormal status for bay Control blocked for bay Update blocked for bay Bay reserved Apparatus 1 BLKCONL BLK_OUT1 SWICON MA_UPD_P POS_ERR POL_DISC 1 COMCON O...

Page 324: ...nged in a way shown in Fig 24 All or some of the events defined for the station MMI can also be sent to the remote control gateway Fig 24 Control commands from remote control gateway SingleCmdFunc R_SEL_O R_SEL_C R_OPEN R_CLOSE COMCON R_CANCEL Apparatus 1 To other apparatus in the bay From remote control gateway Defined as pulse outputs OUT1 OUT2 OUT3 OUT4 OUT5 OUT6 OUT7 OUT8 OUT9 OUT10 OUT11 OUT1...

Page 325: ...the high voltage apparatuses The position indications are normally directly connected to the panel to get independ ent information about the apparatus positions At use as back up panel the select and execute inputs into the control terminal must be blocked for example with AND gates with the condition no back up Fig 25 Connection of an external local panel via binary input board to apparatus contr...

Page 326: ... MMI and the apparatus control modules 4 2 7 Interlocking Fig 27 shows the connection between an interlocking module and appara tus control modules The input is activated when the apparatus is inter locked The interlocking information within the REC 561 control terminal are taken from the binary input boards Information from other bays are transferred over the station bus The Reservation function ...

Page 327: ...8 also shows an example of how to bypass the synchro check function by a command from the station MMI Fig 28 Connections between the built in synchro check module and the apparatus control modules Fig 29 Fig 30 and Fig 31 show three alternatives of configurations for the SWICONB module when an external synchro check or synchronising relay is used For alternative 1 in Fig 29 the synchronising start...

Page 328: ...ignal is connected from the synchro check relay so it is activated when the synchro check is in progress and waiting for its close command This signal stops the com mand supervision so that the EXE_CLOS can be activated until the syn chro check relay gives its command to close the breaker Fig 29 Connections between external synchro check equipment and the apparatus control modules alternative 1 SW...

Page 329: ... 6 44 Fig 30 Connections between external synchro check equipment and the apparatus control modules alternative 2 SWICONB SY_RUN SY_FAIL SEL_CLOS EXE_CLOS CLOSE External synchro check equipment CB close coil Timer INPUT ON BI BO SYNCH COMCON CLOSE EXECUTE CLOSE EXECUTE X80150 30 ...

Page 330: ...losing AR module and the apparatus control modules The OR gate for the close signal must have the same execution cyclicity as the autoreclosing module The signal BLK_AR from SWICON is used to block the autoreclose function at the moment the circuit breaker is under operation Fig 32 Connections between autoreclosing AR module and appara tus control modules SWICONB SY_RUN SY_FAIL SEL_CLOS EXE_CLOS C...

Page 331: ...ICON via an OR gate see Fig 33 Here the OR gate must have the same execution cyclicity as the tripping logic module Fig 33 Connections between the tripping logic and the apparatus con trol modules 4 2 11Pole discordance protection The pole discordance function included in the SWICONA B is based on checking the positions of the auxiliary contacts on the breaker The con nection of the trip signal is...

Page 332: ...onnected to the COMCON module Fig 35 Connections to automatic functions 4 2 13Command output module The command outputs from the apparatus control modules can be con nected to the output module in different ways depending on functionality The output module has supervised outputs That is the output relays are continuously supervised in a way that an unwanted activation is detected which stops the c...

Page 333: ...ed to avoid an unwanted operation of the apparatuses due to an earth fault in the switchyard The output module is very flexible So users can mostly find solutions for their own requirements Fig 37 Double pole command outputs with supervision I O module BO1 BO2 BO3 BO4 CLOSE BO 01 BO 02 Binary Output Module XA 1 2 3 Close coil Switchyard Application software From SWI CON BO24 OPEN BO 03 BO 04 4 5 6...

Page 334: ...s Here the ERROR signal is con nected to an event function block for alarming or as a condition for another application The security is limited compared to the solutions above with two contacts in serial Fig 38 Single output commands I O module BO1 BO2 BO3 BO4 BO 01 BO 02 Binary Output Module XA 1 2 3 Switchyard Application software BO24 On Off On Off control room ERROR For alarming X80150 38 ...

Page 335: ...ules consist only of time settings The appendix shows the parameters and their setting ranges 6 Testing The apparatus control function consists of four types of function blocks which are connected in a delivery specific way between bays and to the station level For that reason test the total function in a system that is either in a complete delivery system as an acceptance test FAT SAT or as parts...

Page 336: ...ONA BAYCONA S_R S_S RQ_SEL2 RQ_SEL3 RQ_SEL4 RQ_SEL5 RQ_SEL6 RQ_SEL7 RQ_SEL8 BLK_RE OVERRIDE RE_B1 RE_B2 RE_B3 RE_B4 RE_B5 RE_B6 RE_B7 REMOTE STATION LOCAL SEL1 SEL2 SEL3 SEL4 RE_B8 ACK_F_B ANY_ACK V_TX EX_DA_UP RE_RQ_B V_RE_RQ T_CAN_RE SEL5 SEL6 SEL7 SEL8 RE RE_BAYS ACK_T_B AU_OP_V1 AU_OP_V2 AU_OP_V3 AU_OP_V4 AU_OP_V5 AU_OP_V6 AU_OP_V7 AU_OP_V8 RQ_SEL1 L_L X80150 39 BAxx ...

Page 337: ...L2 RQ_SEL3 RQ_SEL4 RQ_SEL5 RQ_SEL6 RQ_SEL7 RQ_SEL8 BLK_RE OVERRIDE RE_B1 RE_B2 RE_B3 RE_B4 RE_B5 RE_B6 RE_B7 REMOTE STATION LOCAL SEL1 SEL2 SEL3 SEL4 RE_B8 ACK_F_B ANY_ACK V_TX EX_DA_UP RE_RQ_B V_RE_RQ T_CAN_RE SEL5 SEL6 SEL7 SEL8 RE RE_BAYS ACK_T_B AU_OP_V1 AU_OP_V2 AU_OP_V3 AU_OP_V4 AU_OP_V5 AU_OP_V6 AU_OP_V7 AU_OP_V8 RQ_SEL1 L_L EXCH_IN EXCH_OUT x80150 40 BBxx ...

Page 338: ...B4 RE_B5 RE_B6 RE_B7 REMOTE STATION LOCAL SEL1 SEL2 SEL3 SEL4 RE_B8 ACK_F_B ANY_ACK V_TX EX_DA_UP RE_RQ_B V_RE_RQ T_CAN_RE SEL5 SEL6 SEL7 SEL8 RE RE_BAYS ACK_T_B AU_OP_V1 AU_OP_V2 AU_OP_V3 AU_OP_V4 AU_OP_V5 AU_OP_V6 AU_OP_V7 AU_OP_V8 RQ_SEL1 L_L FDB_SEL1 FDB_SEL2 FDB_SEL3 FDB_SEL4 FDB_SEL5 FDB_SEL6 FDB_SEL7 FDB_SEL8 BINPERR BOUTERR SEL_ACT1 SEL_ACT2 SEL_ACT3 SEL_ACT4 SEL_ACT5 SEL_ACT6 SEL_ACT7 SEL...

Page 339: ...RE_B6 RE_B7 REMOTE STATION LOCAL SEL1 SEL2 SEL3 SEL4 RE_B8 ACK_F_B ANY_ACK V_TX EX_DA_UP RE_RQ_B V_RE_RQ T_CAN_RE SEL5 SEL6 SEL7 SEL8 RE RE_BAYS ACK_T_B AU_OP_V1 AU_OP_V2 AU_OP_V3 AU_OP_V4 AU_OP_V5 AU_OP_V6 AU_OP_V7 AU_OP_V8 RQ_SEL1 L_L FDB_SEL1 FDB_SEL2 FDB_SEL3 FDB_SEL4 FDB_SEL5 FDB_SEL6 FDB_SEL7 FDB_SEL8 BINPERR BOUTERR SEL_ACT1 SEL_ACT2 SEL_ACT3 SEL_ACT4 SEL_ACT5 SEL_ACT6 SEL_ACT7 SEL_ACT8 SEL...

Page 340: ...L SEL1 SEL2 SEL3 SEL4 RE_B8 ACK_F_B ANY_ACK V_TX EX_DA_UP RE_RQ_B V_RE_RQ T_CAN_RE SEL5 SEL6 SEL7 SEL8 RE RE_BAYS ACK_T_B AU_OP_V1 AU_OP_V2 AU_OP_V3 AU_OP_V4 AU_OP_V5 AU_OP_V6 AU_OP_V7 AU_OP_V8 RQ_SEL1 L_L FDB_SEL1 FDB_SEL2 FDB_SEL3 FDB_SEL4 FDB_SEL5 FDB_SEL6 FDB_SEL7 FDB_SEL8 BINPERR BOUTERR SEL_ACT1 SEL_ACT2 SEL_ACT3 SEL_ACT4 SEL_ACT5 SEL_ACT6 SEL_ACT7 SEL_ACT8 SEL_CH1 SEL_CH2 INPBOERR OUTBOERR ...

Page 341: ...L2 SEL3 SEL4 RE_B8 ACK_F_B ANY_ACK V_TX EX_DA_UP RE_RQ_B V_RE_RQ T_CAN_RE SEL5 SEL6 SEL7 SEL8 RE RE_BAYS ACK_T_B AU_OP_V1 AU_OP_V2 AU_OP_V3 AU_OP_V4 AU_OP_V5 AU_OP_V6 AU_OP_V7 AU_OP_V8 RQ_SEL1 L_L FDB_SEL1 FDB_SEL2 FDB_SEL3 FDB_SEL4 FDB_SEL5 FDB_SEL6 FDB_SEL7 FDB_SEL8 BINPERR BOUTERR SEL_ACT1 SEL_ACT2 SEL_ACT3 SEL_ACT4 SEL_ACT5 SEL_ACT6 SEL_ACT7 SEL_ACT8 SEL_CH1 SEL_CH2 INPBOERR OUTBOERR SEL_FDB1 ...

Page 342: ...TE S_SEL_O S_SEL_C S_OPEN S_CLOSE S_CANCEL S_BLK_OP S_DBL_OP S_IR_OVR S_BL_UPD S_PR_UPD S_MA_U_O S_MA_U_C RQ_SEL OPEN CLOSE EXECUTE CANCEL OVERRIDE LO_OP_T STATION L_SEL_O L_SEL_C L_OPEN L_CLOSE L_IR_OVR LOCAL RES_ERR R_OP S_OP BLK_OP DBL_OP L_OP BLK_UPD R_SEL_C R_SEL_O PROC_UPD MA_UPD_O MA_UPD_C AU_MODE SEQ_STA AU_SEL_O AU_SEL_C AU_OPEN AU_CLOSE AU_CANC SEL_SEQ T_LO_OP T_RES X80150 45 COxx ...

Page 343: ... POS_L1_O POS_L2_O POS_L3_O POS_L1_C POS_L2_C POS_L3_C BLK_UPD PROC_UPD MA_UPD_O MA_UPD_C UPD_BLK SELECT FDB_SEL OPEN CLOSE AU_OP_V EXECUTE CANCEL BLK_OPEN BLK_CLOS INT_LOCK SY_RUN SY_FAIL AR_SEL T_POSERR T_POL T_SEL T_START T_PULSE OX CX POS_ERR POL_DISC MA_UPD_P SEL_OPEN SEL_CLOS EXE_OPEN EXE_CLOS SEL_RES SEL_ERR CMD_ERR AU_OP_P BLK_AR SY_OK X80150 46 SAxx ...

Page 344: ...D_V POS_L1_O POS_L2_O POS_L3_O POS_L1_C POS_L2_C POS_L3_C BLK_UPD PROC_UPD MA_UPD_O MA_UPD_C UPD_BLK SELECT FDB_SEL OPEN CLOSE AU_OP_V EXECUTE CANCEL BLK_OPEN BLK_CLOS INT_LOCK SY_RUN SY_FAIL AR_SEL T_POSERR T_POL T_SEL T_START T_PULSE OX CX POS_ERR POL_DISC MA_UPD_P SEL_OPEN SEL_CLOS EXE_OPEN EXE_CLOS SEL_RES SEL_ERR CMD_ERR AU_OP_P BLK_AR X80150 47 SBxx ...

Page 345: ...d terminal diagram of SWICONC SWICONC POSIND_V POS_O POS_C BLK_UPD PROC_UPD MA_UPD_O MA_UPD_C UPD_BLK SELECT FDB_SEL OPEN CLOSE EXECUTE CANCEL BLK_OPEN BLK_CLOS INT_LOCK AU_OP_V T_POSERR T_PULSE T_SEL T_START OX CX POS_ERR MA_UPD_P SEL_OPEN SEL_CLOS EXE_OPEN EXE_CLOS SEL_RES SEL_ERR CMD_ERR AU_OP_P X80150 48 SCxx ...

Page 346: ...CONK 7 1 12BLKCONL Fig 50 Simplified terminal diagram of BLKCONL BLKCONK BLK_1_1 BLK_1_2 BLK_1_3 BLKCMD1 DBLCMD1 BYPASS1 BLK_2_1 BLK_2_2 BLK_2_3 BLK_CMD2 BLK_CMD2 BYPASS2 BLK_3_1 BLK_3_2 BLK_3_3 BLKCMD3 DBLCMD3 BYPASS3 BLK_OUT1 BLK_OUT2 BLK_OUT3 X80150 49 BKxx BLKCONL BLK_1_1 BLK_1_2 BLK_1_3 BLKCMD1 DBLCMD1 BYPASS1 BLK_OUT1 X80150 50 BLxx ...

Page 347: ...RQ_SEL8 Request for selection and reservation of apparatus 8 BAxx BLK_RE Input for blocking all reservations BAxx OVERRIDE Input for overriding the reservation function including the blocking by BLK_RE BAxx RE_B1 Reservation of the own bay only i e not other bays at selection from apparatus 1 BAxx RE_B2 Reservation of the own bay only i e not other bays at selection from apparatus 2 BAxx RE_B3 Res...

Page 348: ...cted after reservation acknowledgement from other bays BAxx SEL4 Apparatus 4 is selected after reservation acknowledgement from other bays BAxx SEL5 Apparatus 5 is selected after reservation acknowledgement from other bays BAxx SEL6 Apparatus 6 is selected after reservation acknowledgement from other bays BAxx SEL7 Apparatus 7 is selected after reservation acknowledgement from other bays BAxx SEL8...

Page 349: ...er ator place selector is not in Local position the apparatus is not reserved or not manual selected for apparatus 5 BAxx AU_OP_V6 Automatic operation permitted i e the oper ator place selector is not in Local position the apparatus is not reserved or not manual selected for apparatus 6 BAxx AU_OP_V7 Automatic operation permitted i e the oper ator place selector is not in Local position the appara...

Page 350: ...tus 6 BBxx RQ_SEL7 Request for selection and reservation of apparatus 7 BBxx RQ_SEL8 Request for selection and reservation of apparatus 8 BBxx BLK_RE Input for blocking all reservations BBxx OVERRIDE Input for overriding the reservation function including the blocking by BLK_RE BBxx RE_B1 Reservation of the own bay only i e not other bays at selection from apparatus 1 BBxx RE_B2 Reservation of the...

Page 351: ...e with other BAYCON s in bays with more than 8 appa ratuses BBxx SEL1 Apparatus 1 is selected after reservation acknowledgement from other bays BBxx SEL2 Apparatus 2 is selected after reservation acknowledgement from other bays BBxx SEL3 Apparatus 3 is selected after reservation acknowledgement from other bays BBxx SEL4 Apparatus 4 is selected after reservation acknowledgement from other bays BBxx...

Page 352: ...er ator place selector is not in Local position the apparatus is not reserved or not manual selected for apparatus 4 BBxx AU_OP_V5 Automatic operation permitted i e the oper ator place selector is not in Local position the apparatus is not reserved or not manual selected for apparatus 5 BBxx AU_OP_V6 Automatic operation permitted i e the oper ator place selector is not in Local position the appara...

Page 353: ...of apparatus 8 BCxx BLK_RE Input for blocking all reservations BCxx OVERRIDE Input for overriding the reservation function including the blocking by BLK_RE BCxx RE_B1 Reservation of the own bay only i e not other bays at selection from apparatus 1 BCxx RE_B2 Reservation of the own bay only i e not other bays at selection from apparatus 2 BCxx RE_B3 Reservation of the own bay only i e not other bay...

Page 354: ...ction relay should be energized BCxx SEL_ACT5 Selection of apparatus 5 is activated by the program and the selection relay should be energized BCxx SEL_ACT6 Selection of apparatus 6 is activated by the program and the selection relay should be energized BCxx SEL_ACT7 Selection of apparatus 7 is activated by the program and the selection relay should be energized BCxx SEL_ACT8 Selection of apparatu...

Page 355: ...ment to other bays that this bay is reserved BCxx FDB_SEL1 Correct selection relay is energized for apparatus 1 BCxx FDB_SEL2 Correct selection relay is energized for apparatus 2 BCxx FDB_SEL3 Correct selection relay is energized for apparatus 3 BCxx FDB_SEL4 Correct selection relay is energized for apparatus 4 BCxx FDB_SEL5 Correct selection relay is energized for apparatus 5 BCxx FDB_SEL6 Correc...

Page 356: ... BCxx AU_OP_V7 Automatic operation permitted i e the oper ator place selector is not in Local position the apparatus is not reserved or not manual selected for apparatus 7 BCxx AU_OP_V8 Automatic operation permitted i e the oper ator place selector is not in Local position the apparatus is not reserved or not manual selected for apparatus 8 Table 6 Output signals for BAYCONC OUT DESCRIPTION Table ...

Page 357: ...xx RE_B5 Reservation of the own bay only i e not other bays at selection from apparatus 5 BDxx RE_B6 Reservation of the own bay only i e not other bays at selection from apparatus 6 BDxx RE_B7 Reservation of the own bay only i e not other bays at selection from apparatus 7 BDxx RE_B8 Reservation of the own bay only i e not other bays at selection from apparatus 8 BDxx ACK_F_B Input for acknowledgi...

Page 358: ...tion or execution relay is energized BDxx SEL_CH2 Indication that at least one selection or exe cution relay is energized BDxx INPBOERR Input for binary input board error BDxx OUTBOERR Input for binary output board error Table 8 Output signals for BAYCOND OUT DESCRIPTION BDxx REMOTE Indication of Remote operator place BDxx STATION Indication of Station operator place BDxx LOCAL Indication of Local...

Page 359: ...Dxx FDB_SEL6 Correct selection relay is energized for apparatus 6 BDxx FDB_SEL7 Correct selection relay is energized for apparatus 7 BDxx FDB_SEL8 Correct selection relay is energized for apparatus 8 BDxx BINPERR Indication for binary input board error BDxx BOUTERR Indication for binary output board error BDxx AU_OP_V1 Automatic operation permitted i e the oper ator place selector is not in Local ...

Page 360: ...er ator place selector is not in Local position the apparatus is not reserved or not manual selected for apparatus 6 BDxx AU_OP_V7 Automatic operation permitted i e the oper ator place selector is not in Local position the apparatus is not reserved or not manual selected for apparatus 7 BDxx AU_OP_V8 Automatic operation permitted i e the oper ator place selector is not in Local position the appara...

Page 361: ...of apparatus 8 BExx BLK_RE Input for blocking all reservations BExx OVERRIDE Input for overriding the reservation function including the blocking by BLK_RE BExx RE_B1 Reservation of the own bay only i e not other bays at selection from apparatus 1 BExx RE_B2 Reservation of the own bay only i e not other bays at selection from apparatus 2 BExx RE_B3 Reservation of the own bay only i e not other bay...

Page 362: ... and the selection relay should be energized BExx SEL_ACT6 Selection of apparatus 6 is activated by the program and the selection relay should be energized BExx SEL_ACT7 Selection of apparatus 7 is activated by the program and the selection relay should be energized BExx SEL_ACT8 Selection of apparatus 8 is activated by the program and the selection relay should be energized BExx SEL_CH1 Indicatio...

Page 363: ...xx SEL4 Apparatus 4 is selected after reservation acknowledgement from other bays BExx SEL5 Apparatus 5 is selected after reservation acknowledgement from other bays BExx SEL6 Apparatus 6 is selected after reservation acknowledgement from other bays BExx SEL7 Apparatus 7 is selected after reservation acknowledgement from other bays BExx SEL8 Apparatus 8 is selected after reservation acknowledgemen...

Page 364: ... the oper ator place selector is not in Local position the apparatus is not reserved or not manual selected for apparatus 3 BExx AU_OP_V4 Automatic operation permitted i e the oper ator place selector is not in Local position the apparatus is not reserved or not manual selected for apparatus 4 BExx AU_OP_V5 Automatic operation permitted i e the oper ator place selector is not in Local position the...

Page 365: ...tus 6 BFxx RQ_SEL7 Request for selection and reservation of apparatus 7 BFxx RQ_SEL8 Request for selection and reservation of apparatus 8 BFxx BLK_RE Input for blocking all reservations BFxx OVERRIDE Input for overriding the reservation function including the blocking by BLK_RE BFxx RE_B1 Reservation of the own bay only i e not other bays at selection from apparatus 1 BFxx RE_B2 Reservation of the...

Page 366: ...apparatus 4 is activated by the program and the selection relay should be energized BFxx SEL_ACT5 Selection of apparatus 5 is activated by the program and the selection relay should be energized BFxx SEL_ACT6 Selection of apparatus 6 is activated by the program and the selection relay should be energized BFxx SEL_ACT7 Selection of apparatus 7 is activated by the program and the selection relay sho...

Page 367: ... ratuses BFxx SEL1 Apparatus 1 is selected after reservation acknowledgement from other bays BFxx SEL2 Apparatus 2 is selected after reservation acknowledgement from other bays BFxx SEL3 Apparatus 3 is selected after reservation acknowledgement from other bays BFxx SEL4 Apparatus 4 is selected after reservation acknowledgement from other bays BFxx SEL5 Apparatus 5 is selected after reservation ack...

Page 368: ...1 BFxx AU_OP_V2 Automatic operation permitted i e the oper ator place selector is not in Local position the apparatus is not reserved or not manual selected for apparatus 2 BFxx AU_OP_V3 Automatic operation permitted i e the oper ator place selector is not in Local position the apparatus is not reserved or not manual selected for apparatus 3 BFxx AU_OP_V4 Automatic operation permitted i e the oper...

Page 369: ... 00 1MRK 580 150 XEN Page 6 84 BFxx AU_OP_V8 Automatic operation permitted i e the oper ator place selector is not in Local position the apparatus is not reserved or not manual selected for apparatus 8 Table 12 Output signals for BAYCONF OUT DESCRIPTION ...

Page 370: ...tation pulse input COxx S_SEL_C Selection for closing the apparatus from Station pulse input COxx S_OPEN Execute command for opening the appara tus from Station pulse input COxx S_CLOSE Execute command for closing the apparatus from Station pulse input COxx S_CANCEL Input for cancelling an operation from Sta tion pulse input COxx S_BLK_OP Input for blocking operation from Station pulse input COxx ...

Page 371: ...closing the apparatus from an automatic function pulse input COxx AU_CANC Input for cancelling an operation from an automatic function pulse input COxx SEL_SEQ A sequence program is performing an oper ation Table 14 Output signals for COMCON OUT DESCRIPTION COxx RQ_SEL Request selection output COxx OPEN Open direction output COxx CLOSE Close direction output COxx EXECUTE Output signal to execute t...

Page 372: ...for resuming the process updating pulse output COxx MA_UPD_O Output signal for manual setting of open position when the updating is blocked pulse output COxx MA_UPD_C Output signal for manual setting of close position when the updating is blocked pulse output COxx AU_MODE MMI indication that an automatic function is performing an operation i e input AU_SEL_O C is set COxx SEQ_STA Indicate that the...

Page 373: ...n indica tion pulse input from COMCON SAxx MA_UPD_O Input for manual setting of open position pulse input from COMCON SAxx MA_UPD_C Input for manual setting of close position pulse input from COMCON SAxx UPD_BLK Input for blocking of updating from BLK CONK at blocking of all apparatuses in a bay SAxx SELECT Selection input from BAYCON signal SELx SAxx FDB_SEL Feedback selection input SAxx OPEN Ope...

Page 374: ...at least one of following conditions are fulfilled One phase is both open and closed one phase is in middle position longer than T_POSERR the input POSIND_V is false SAxx POL_DISC Output indicating pole discordance after that the time T_POL has elapsed SAxx MA_UPD_P Output indicating manual control of position updating SAxx SEL_OPEN Selection output for open direction SAxx SEL_CLOS Selection outpu...

Page 375: ...or is not in Local posi tion the apparatus is not reserved not man ual selected or not blocked neither operation nor update of position The inter locking conditions are not considered SAxx BLK_AR Output is activated when reservation is made It is used to block autoreclosing when an operation is in progress Table 16 Output signals for SWICONA OUT DESCRIPTION ...

Page 376: ...uming of updating of the position indica tion pulse input from COMCON SBxx MA_UPD_O Input for manual setting of open position pulse input from COMCON SBxx MA_UPD_C Input for manual setting of close position pulse input from COMCON SBxx UPD_BLK Input for blocking of updating from BLK CONK at blocking of all apparatuses in a bay SBxx SELECT Selection input from BAYCON signal SELx SBxx FDB_SEL Feedba...

Page 377: ...t at least one of following conditions are fulfilled One phase is both open and closed one phase is in middle position longer than T_POSERR the input POSIND_V is false SBxx POL_DISC Output indicating pole discordance after that the time T_POL has elapsed SBxx MA_UPD_P Output indicating manual control of position updating SBxx SEL_OPEN Selection output for open direction SBxx SEL_CLOS Selection out...

Page 378: ...or is not in Local posi tion the apparatus is not reserved not man ual selected or not blocked neither operation nor update of position The inter locking conditions are not considered SBxx BLK_AR Output is activated when reservation is made It is used to block autoreclosing when an operation is in progress Table 18 Output signals for SWICONB OUT DESCRIPTION ...

Page 379: ...t for blocking of updating from BLK CONK at blocking of all apparatuses in a bay SCxx SELECT Selection input from BAYCON signal SELx SCxx FDB_SEL Feedback selection input SCxx OPEN Open direction for operation pulse input from COMCON SCxx CLOSE Close direction for operation pulse input from COMCON SCxx EXECUTE Execution of operation pulse input from COMCON SCxx CANCEL Cancelling of the selected op...

Page 380: ...settable pulse length SCxx EXE_CLOS Execute output for close direction settable pulse length SCxx SEL_RES Reset the selection after successful or failed operation pulse output SCxx SEL_ERR Output indicating a failure in the selection if no feedback select signal FDB_SEL is acti vated before the time T_SEL has elapsed SCxx CMD_ERR Output indicating a command error That is done if the position indic...

Page 381: ... BLK_2_3 Third blocking input for the second blocking function BKxx BLKCMD2 Setting of the second blocking function pulse input BKxx DBLCMD2 Resetting of the second blocking function pulse input BKxx BYPASS2 Bypass input for the blocking inputs i e sets the second output to 0 false if activated BKxx BLK_3_1 First blocking input for the third blocking function BKxx BLK_3_2 Second blocking input for...

Page 382: ...nction BLxx BLK_1_2 Second blocking input for the blocking func tion BLxx BLK_1_3 Third blocking input for the blocking function BLxx BLKCMD1 Setting of the blocking function pulse input BLxx DBLCMD1 Resetting of the blocking function pulse input BLxx BYPASS1 Bypass input for the blocking inputs i e sets the output to 0 false if activated OUT DESCRIPTION BLxx BLK_OUT1 Blocking output for the block...

Page 383: ...um time between the request to override and the following select To be set from CAP 531 T_RES 0 0 200 0 s Allowed time for BAYCON to make the reservation To be set from CAP 531 Table 25 Setting table for SWICONA PARAMETER SETTING RANGE DESCRIPTION T_POSERR 0 0 200 0 s Allowed time for middle position To be set from CAP 531 T_POL 0 0 200 0 s Time parameter for pole discordance Allowed time to have ...

Page 384: ... s Allowed time from execute to position indi cation change To be set from CAP 531 T_PULSE 0 0 200 0 s Time parameter for command output pulse length T_PULSE 0 gives a steady com mand output signal To be set from CAP 531 Table 27 Setting table for SWICONC PARAMETER SETTING RANGE DESCRIPTION T_POSERR 0 0 200 0 s Allowed time for middle position To be set from CAP 531 T_PULSE 0 0 200 0 s Time parame...

Page 385: ...ABB Network Partner AB Apparatus control Version 1 0 00 1MRK 580 150 XEN Page 6 100 ...

Page 386: ...hes are allowed to connect and disconnect earthing of iso lated points Due to capacitive or inductive coupling there may be some voltage for example 40 of rated voltage before earthing and some current for example 100A after earthing of a line Circuit breakers are usually not interlocked to prevent damage Closing is only interlocked against running disconnectors in the same bay and the bus coupler...

Page 387: ...paratus control This method ensures that the position of the HV appa ratuses are not changed during the time gap which arises between the position updatings This can occur by reserving all of those HV appara tuses by means of the communication system which might influence the interlocking condition of the intended operation The reservation is intended to remain until the operation is performed Aft...

Page 388: ...change between interlocking modules The interlocking function in a bay that uses invalid data as conditions does not give a release for command Invalid data of positions of HV apparatuses can be obtained for example at intermediate positions loss of a control terminal or at input board error Control module Control module Control module Interlocking module Interlocking modules in other bays X80151 ...

Page 389: ...ut this manually Earthing switches near a circuit breaker CB can only be operated if disconnectors on both sides of the CB are open Otherwise earthing switches can only be operated on isolated points that is no other switch is connected Disconnectors cannot break power current or connect different volt age systems Disconnectors in series with a circuit breaker can only be operated if the circuit b...

Page 390: ...s an interlock override feature 3 2 Standard modules To make the implementation of the interlocking function easy several standard modules are available The modules also have inputs that can be used for delivery specific interlocking conditions The switchyard arrangements are described below to which the standard modules can be used The appendix describes input and output details In REC 561 these ...

Page 391: ...e type is made during manufacturing The selec tion of standard modules within the different types of REC 561 is made by a Function Selector tool included in the Configuration tool CAP 531 3 2 1 Line for double and transfer busbars ABC_LINE ABC_LINE contains the interlocking for a line connected to a double bus bar configuration and a bypass bus This module is also used for single busbar configurat...

Page 392: ...TRAFO AB_TRAFO contains the interlocking for a transformer bay that is con nected to a double busbar configuration This module is used if there is no disconnector between circuit breaker and transformer Otherwise the module ABC_LINE can be used For safety reasons the module assumes that the other side of the transformer is not interlocked This module is also used for single busbar configuration Fi...

Page 393: ... Bus section disconnector for double busbars A1A2_DC A1A2_DC contains the interlocking for one bus section disconnector between section A1 and A2 This module is used for different busbars which includes a bus section disconnector that is not only busbar A Fig 7 Switchyard layout A1A2_DC 3 2 6 Busbar earthing switch BB_ES BB_ES contains the interlocking for one busbar earthing switch on any busbar ...

Page 394: ...LINE is the connection from the line to the circuit breaker parts that are connected to the busbar DB_BUS is the connection from DB_LINE to one busbar and is used for each busbar The busbar earthing switches must also be interlocked as described in the BB_ES chapter Fig 9 Switchyard layout double circuit breaker Q15 Q25 Q1 Q51 Q01 Q52 Q61 Q62 Q53 Q02 Q55 Q2 Q54 A BB1 B BB2 Q9 Q8 DB_ BUS DB_ LINE X...

Page 395: ...h ing devices of other bays The communication between modules in differ ent bays is performed via the station bus For each bay bay communication direction there is a need for two communication ele ments one for sending and one for receiving For sending an Event Func tion block is used and for receiving a Multiple Command Function block is used The command function block supervises the transmission...

Page 396: ...dule AB_TRAFO which are set to 0 FIXD OFF 4 2 Project specific logic 4 2 1 Single breaker arrangement line bay The signals from other bays connected to the module ABC_LINE are described below 4 2 1 1 Signals from bypass busbar To derive the signals C_DC_OP All line disconnectors on bypass C except in the own bay are open VP_C_DC The switch status of C_DC is valid EXDU_BPB Signal if no transmission...

Page 397: ...o derive the signals BC_AB_CL Signal if a bus coupler connection exists between busbar A and B BC_AC_OP Signal if there is no bus coupler connection between busbar A and C BC_AC_CL Signal if a bus coupler connection exists between busbar A and C BC_BC_OP Signal if there is no bus coupler connection between busbar B and C BC_BC_CL Signal if a bus coupler connection exists between busbar B and C Q7O...

Page 398: ...coupler connectionthrough the own bus coupler between busbar A and C BCACCLTR Signal if a bus coupler connectionthrough the own bus coupler exists between busbar A and C BCBCOPTR Signal if there is no bus coupler connection through the own bus coupler between busbar B and C BCBCCLTR Signal if a bus coupler connection through the own bus coupler exists between busbar B and C VPBCABTR The switch sta...

Page 399: ...he data valid output on the command function block If the busbar is divided by bus section circuit breakers the signals from the bus section coupler bay A1A2_BS rather than the bus section dis connector bay A1A2_DC must be used For B1B2_BS corresponding signals from busbar B are used The same type of module A1A2_BS is used for different busbars that is for both bus section circuit breakers A1A2_BS...

Page 400: ...CABTR sect 1 VPDCTR A1A2 VP_BC_AB VPDCTR B1B2 DCCLTR B1B2 VPBCABTR sect 2 1 BCACCLTR sect 1 BCACCLTR sect 2 BC_AC_CL DCCLTR A1A2 VPBCACTR sect 1 VPDCTR A1A2 VP_BC_AC VPBCACTR sect 2 BCACOPTR sect 1 BCACOPTR sect 2 BC_AC_OP DCOPTR A1A2 1 1 BCBCCLTR sect 1 BCBCCLTR sect 2 BC_BC_CL DCCLTR B1B2 VPBCBCTR sect 1 VPDCTR B1B2 VP_BC_BC VPBCBCTR sect 2 BCBCOPTR sect 1 BCBCOPTR sect 2 BC_BC_OP DCOPTR B1B2 1 ...

Page 401: ...odule inputs as fol lows In the functional block diagram 0 and 1 are designated 0 FIXD OFF and 1 FIXD ON Q7_OP 1 Q7_CL 0 Q75_OP 1 Q75_CL 0 C_DC_OP 1 C_DC_CL 0 BC_AC_OP 1 BC_AC_CL 0 BC_BC_OP 1 BC_BC_CL 0 EXDU_BPB 1 VP_C_DC 1 VP_BC_AC 1 VP_BC_BC 1 If there is no second busbar B and therefore no Q2 disconnector then the interlocking for Q2 is not used The state for Q2 Q25 BC_AB BC_BC are set to open ...

Page 402: ... These signals from each line bay ABC_LINE each transformer bay ABC_TRAFO and bus coupler bay ABC_BC except the own bus coupler bay are needed Q1Q2OPTR Signal if Q1 or Q2 or both are open VPQ1Q2TR The switch status of Q1 and Q2 are valid EXDUP_AB Signal if there is no transmission error from the bay that contains the above information This signal is taken from the data valid output on the command ...

Page 403: ... section disconnector is open VPDCTR The switch status of A1A2_DC is valid EXDUP_DC Signal if there is no transmission error from the bay that contains the above information This signal is taken from the data valid output on the command function block If the busbar is divided by bus section circuit breakers the signals from the bus section coupler bay A1A2_BS rather than the bus section dis connec...

Page 404: ...valid by changing section 1 to section 2 and vice versa 4 2 2 2 Signals from bus coupler If the busbar is divided by bus section disconnectors into bus sections the signals BC_AB from the busbar coupler of the other busbar section must be transmitted to the own busbar coupler if both disconnectors are closed Fig 17 Busbars divided by bus section disconnectors circuit break ers BBTR_OP sect 1 BBTR_...

Page 405: ...lock These signals from each bus section disconnector bay A1A2_DC are also needed For B1B2_DC corresponding signals from busbar B are used The same type of module A1A2_DC is used for different busbars that is for both bus section disconnector A1A2_DC and B1B2_DC DCCLTR Signal if the bus section disconnector is closed VPDCTR The switch status of A1A2_DC is valid EXDUP_DC Signal if there is no trans...

Page 406: ...coupler bay in an other section For a bus coupler bay in section 2 the same conditions as above are valid by changing section 1 to section 2 and vice versa 4 2 2 3 Parameter setting If there is no bypass busbar and therefore no Q20 and Q7 disconnectors then the interlocking for Q20 and Q7 is not used The states for Q20 Q7 Q75 BC_AB are set to open by setting the appropriate module inputs as follow...

Page 407: ...eaker arrangement transformer bay 4 2 3 1 Signals from bus cou pler If the busbar is divided by bus section disconnectors into bus sections the busbar busbar connection could exist via the bus section disconnector and bus coupler within the other bus section Fig 19 Busbars divided by bus section disconnectors circuit break ers The project specific logic for input signals concerning bus coupler are...

Page 408: ...former and therefore no TQ2 disconnector then the state for TQ2 is set to open by setting the appropriate module inputs as follows TQ2_OP 1 TQ2_CL 0 4 2 4 Double breaker arrangement For a double circuit breaker bay the modules DB_BUS_A DB_LINE and DB_BUS_B must be used 4 2 5 Breaker and a half arrangement For a breaker and a half arrangement the modules BH_LINE_A BH_CONN and BH_LINE_B must be used...

Page 409: ...ide and if on the other bus section side a busbar transfer is in progress Fig 20 Busbars divided by bus section circuit breakers To derive the signals BBTR_OP Signal if no busbar transfer is in progress concerning this bus section VP_BBTR The switch status of BBTR is valid EXDUP_AB Signal if there is no transmission error from any bay connected to the AB busbars These signals from each line bay AB...

Page 410: ...VPBCABTR The switch status of BC_AB is valid EXDUP_BC Signal if there is no transmission error from the bay that contains the above information This signal is taken from the data valid output on the command function block These signals from the bus section circuit breaker bay A1A2_BS B1B2_BS are needed A1A2OPTR Signal if there is no bus section coupler connection between bus sections A1 and A2 VPA...

Page 411: ...nd A2 Q1Q2OPTR bay 1 sect 2 Q1Q2OPTR bay n sect 2 BBTR_OP VPQ1Q2TR bay 1 sect 2 VPQ1Q2TR bay n sect 2 VP_BBTR 1 BCABOPTR sect 1 A1A2OPTR B1B2 Q1Q2OPTR bay 1 sect 1 Q1Q2OPTR bay n sect 1 1 BCABOPTR sect 2 A1A2OPTR B1B2 VPA1A2TR B1B2 VPBCABTR sect 1 VPQ1Q2TR bay 1 sect 1 VPQ1Q2TR bay n sect 1 VPBCABTR sect 2 EXDUP_AB bay 1 sect 2 EXDUP_AB bay n sect 2 EXDUP_BS B1B2 EXDUP_BC sect 1 EXDUP_AB bay 1 sec...

Page 412: ...nd B2 Q1Q2OPTR bay 1 sect 2 Q1Q2OPTR bay n sect 2 BBTR_OP VPQ1Q2TR bay 1 sect 2 VPQ1Q2TR bay n sect 2 VP_BBTR 1 BCABOPTR sect 1 A1A2OPTR A1A2 Q1Q2OPTR bay 1 sect 1 Q1Q2OPTR bay n sect 1 1 BCABOPTR sect 2 A1A2OPTR A1A2 VPA1A2TR A1A2 VPBCABTR sect 1 VPQ1Q2TR bay 1 sect 1 VPQ1Q2TR bay n sect 1 VPBCABTR sect 2 EXDUP_AB bay 1 sect 2 EXDUP_AB bay n sect 2 EXDUP_BS A1A2 EXDUP_BC sect 1 EXDUP_AB bay 1 sec...

Page 413: ...tion must be made by a project spe cific logic The same type of module A1A2_DC is used for different busbars that is for both bus section disconnector A1A2_DC and B1B2_DC But for B1B2_DC corresponding signals from busbar B are used Fig 23 Busbars divided by bus section disconnectors circuit break ers To derive the signals A1DC_OP Signal if all disconnectors on busbar A1 are open A2DC_OP Signal if ...

Page 414: ...lid output on the command function block If there is an additional bus section disconnector the signal from the bus section disconnector bay A1A2_DC must be used DCOPTR Signal if the bus section disconnector is open VPDCTR The switch status of A1A2_DC is valid EXDUP_DC Signal if there is no transmission error from the bay that contains the above information This signal is taken from the data valid...

Page 415: ...s the above information This signal is taken from the data valid output on the command function block For a bus section disconnector these conditions from the A1 busbar sec tion are valid Fig 24 Signals from any bays in section A1 to a bus section discon nector Q1OPTR bay 1 sect A1 Q1OPTR bay n sect A1 A1DC_OP VPQ1TR bay 1 sect A1 VPQ1TR bay n sect A1 VPA1_DC EXDUP_BB bay 1 sect A1 EXDUP_BB bay n ...

Page 416: ...usbar sec tion are valid Fig 26 Signals from any bays in section B1 to a bus section discon nector Q1OPTR bay 1 sect A2 Q1OPTR bay n sect A2 A2DC_OP VPQ1TR bay 1 sect A2 VPQ1TR bay n sect A2 VPA2_DC EXDUP_BB bay 1 sect A2 EXDUP_BB bay n sect A2 EXDUP_BB DCOPTR A2 A3 VPDCTR A2 A3 EXDUP_DC A2 A3 X80151 25 Q2 20 OPTR bay 1 sect B1 Q2 20 OPTR bay n sect B1 B1DC_OP A1DC_OP VPQ2 20 TR bay 1 sect B1 VPQ2...

Page 417: ...tion must be made by a project specific logic The same type of module A1A2_DC is used for different busbars that is for both bus section disconnector A1A2_DC and B1B2_DC But for B1B2_DC corresponding signals from busbar B are used Fig 28 Busbars divided by bus section disconnectors circuit break ers Q2 20 OPTR bay 1 sect B2 Q2 20 OPTR bay n sect B2 B2DC_OP A2DC_OP VPQ2 20 TR bay 1 sect B2 VPQ2 20 ...

Page 418: ...om bay DB double breaker bay that contains the above information These signals from each double breaker bay DB_BUS are needed Q1OPTR Signal if Q1 is open Q2OPTR Signal if Q2 is open VPQ1TR The switch status of Q1 is valid VPQ2TR The switch status of Q2 is valid EXDUP_DB Signal if there is no transmission error from the bay that contains the above information This signal is taken from the data vali...

Page 419: ...nector these conditions from the A2 busbar sec tion are valid Fig 30 Signals from double breaker bays in section A2 to a bus sec tion disconnector Q1OPTR bay 1 sect A1 Q1OPTR bay n sect A1 A1DC_OP VPQ1TR bay 1 sect A1 VPQ1TR bay n sect A1 VPA1_DC EXDUP_DB bay 1 sect A1 EXDUP_DB bay n sect A1 EXDUP_BB X80151 29 Q1OPTR bay 1 sect A2 Q1OPTR bay n sect A2 A2DC_OP VPQ1TR bay 1 sect A2 VPQ1TR bay n sect...

Page 420: ...sconnector 4 2 7 3 Signals in breaker and a half arrangement If the busbar is divided by bus section disconnectors the signal for the busbar disconnector bay no other disconnector connected to the bus sec tion must be made by a project specific logic Q2OPTR bay 1 sect B1 Q2OPTR bay n sect B1 B1DC_OP A1DC_OP VPQ2TR bay 1 sect B1 VPQ2TR bay n sect B1 VPB1_DC VPA1_DC EXDUP_DB bay 1 sect B1 EXDUP_DB b...

Page 421: ... A1 are open A2DC_OP Signal if all disconnectors on busbar A2 are open VPA1_DC The switch status of A1_DC is valid VPA2_DC The switch status of A2_DC is valid EXDUP_BB Signal if there is no transmission error from bay BH breaker and a half that contains the above information 4 2 8 Bus earthing switch 4 2 8 1 Signals in single breaker arrangement The busbar earthing switch is only allowed to operat...

Page 422: ...en Q7OPTR Signal if Q7 is open VPQ1TR The switch status of Q1 is valid VPQ2TR The switch status of Q2 is valid VPQ20TR The switch status of Q2 and Q20 are valid VPQ7TR The switch status of Q7 is valid EXDUP_BB Signal if there is no transmission error from the bay that contains the above information This signal is taken from the data valid output on the command function block These signals from eac...

Page 423: ...e bus section coupler bay A1A2_BS rather than the bus section dis connector bay A1A2_DC must be used For B1B2_BS corresponding signals from busbar B are used The same type of module A1A2_BS is used for different busbars that is for both bus section circuit breakers A1A2_BS and B1B2_BS Q11OPTR Signal if Q11 is open Q12OPTR Signal if Q12 is open VPQ11TR The switch status of Q11 is valid VPQ12TR The ...

Page 424: ...ction are valid Fig 36 Signals from any bays in section A2 to a busbar earthing switch in the same section Q1OPTR bay 1 sect A1 Q1OPTR bay n sect A1 ABCDC_OP VPQ1TR bay 1 sect A1 VPQ1TR bay n sect A1 VP_ABCDC EXDUP_BB bay 1 sect A1 EXDUP_BB bay n sect A1 EXDUP_BB DCOPTR A1 A2 VPDCTR A1 A2 EXDUP_DC A1 A2 X80151 35 Q1OPTR bay 1 sect A2 Q1OPTR bay n sect A2 ABCDC_OP VPQ1TR bay 1 sect A2 VPQ1TR bay n ...

Page 425: ...Fig 38 Signals from any bays in section B2 to a busbar earthing switch in the same section Q2 20 OPTR bay 1 sect B1 Q2 20 OPTR bay n sect B1 ABCDC_OP VPQ2 20 TR bay 1 sect B1 VPQ2 20 TR bay n sect B1 VP_ABCDC EXDUP_BB bay 1 sect B1 EXDUP_BB bay n sect B1 EXDUP_BB DCOPTR B1 B2 VPDCTR B1 B2 EXDUP_DC B1 B2 X80151 37 Q2 20 OPTR bay 1 sect B2 Q2 20 OPTR bay n sect B2 ABCDC_OP VPQ2 20 TR bay 1 sect B2 V...

Page 426: ... the bus section are open Fig 40 Busbars divided by bus section disconnectors circuit break ers To derive the signals ABCDC_OP Signal if all disconnectors of this busbar section are open VP_ABCDC The switch status of ABCDC is valid EXDUP_BB Signal if there is no transmission error from any bay that contains the above information Q7OPTR bay 1 Q7OPTR bay n ABCDC_OP VPQ7TR bay 1 VPQ7TR bay n VP_ABCDC...

Page 427: ...A1A2_DC is used for different busbars that is for both bus section disconnectors A1A2_DC and B1B2_DC DCOPTR Signal if the bus section disconnector is open VPDCTR The switch status of A1A2_DC is valid EXDUP_DC Signal if there is no transmission error from the bay that contains the above information This signal is taken from the data valid output on the command function block The logic is identical ...

Page 428: ... as for the logic for the double bus bar configuration See Signals in single breaker arrangement on page 36 ABCDC_OP Signal if all disconnectors of this busbar section are open VP_ABCDC The switch status of ABCDC is valid EXDUP_BB Signal if there is no transmission error from any bay that contains the above information ...

Page 429: ...ction consists of a bay level part and a station level part The interlocking is delivery specific and is realized by bay to bay communication over the station bus For that reason test the function in a system that is either in a complete delivery system as an acceptance test FAT SAT or as parts of that system ...

Page 430: ...L Q15_OP Q15_CL Q25_OP Q0CLREL Q0CLITL Q9REL Q9ITL Q1REL Q1ITL Q2REL X80151 42 Q25_CL Q75_OP Q75_CL C_DC_OP BC_AB_CL BC_AC_OP BC_AC_CL BC_BC_OP BC_BC_CL VOLT_OP VOLT_CL VP_C_DC VP_BC_AB VP_BC_AC VP_BC_BC EXDUP_ES EXVVA_ES EXDU_BPB EXVV_BPB EXDUP_BC EXVVA_BC Q9EX1 Q9EX2 Q1EX1 Q1EX2 Q1EX3 Q2EX1 Q2EX2 Q2EX3 Q7EX1 Q7EX2 Q7EX3 Q7EX4 Q2ITL Q7REL Q7ITL Q51REL Q51ITL Q52REL Q52ITL Q8REL Q8ITL Q1OPTR Q1CLT...

Page 431: ...P Q9EX1 VPQ52 VPQ8 1 VPQ0 Q51_OP Q52_OP Q9_OP Q9_CL 1 VPQ9 Q1_OP Q1_CL 1 VPQ1 Q2_OP Q2_CL 1 VPQ2 Q7_OP Q7_CL 1 VPQ7 Q51_OP Q51_CL 1 VPQ51 Q52_OP Q52_CL 1 VPQ52 Q8_OP Q8_CL 1 VPQ8 Q15_OP Q15_CL 1 VPQ15 Q25_OP Q25_CL 1 VPQ25 Q75_OP Q75_CL 1 VPQ75 VOLT_OP VOLT_CL 1 VPVOLT 1 Q9REL Q9ITL Q52CL Q8CL Q9EX2 1 Q0CLREL Q0CLITL ABC_LINE ...

Page 432: ... 580 151 XEN Page 6 147 Version 1 0 00 VPQ15 VPQ0 VPQ2 VPQ51 VPQ52 Q2_OP 1 Q0_OP EXDUP_ES Q51_OP Q52_OP Q15_OP VP_BC_AB EXVVA_ES Q1EX1 VPQ2 BC_AB_CL Q2_CL EXDUP_BC EXVVA_BC Q1EX2 VPQ51 Q51_CL VPQ15 Q15_CL EXDUP_ES EXVVA_ES Q1EX3 1 Q1REL Q1ITL ...

Page 433: ...ion 1 0 00 1MRK 580 151 XEN Page 6 148 VPQ25 VPQ0 VPQ1 VPQ51 VPQ52 Q1_OP 1 Q0_OP EXDUP_ES Q51_OP Q52_OP Q25_OP VP_BC_AB EXVVA_ES Q2EX1 VPQ1 BC_AB_CL Q1_CL EXDUP_BC EXVVA_BC Q2EX2 VPQ51 Q51_CL VPQ25 Q25_CL EXDUP_ES EXVVA_ES Q2EX3 1 Q2REL Q2ITL ...

Page 434: ...Q8 VPQ75 VP_C_DC VP_BC_AC EXDUP_ES 1 Q8_OP EXVV_BPB EXVVA_ES C_DC_OP EXDU_BPB EXVVA_BC BC_AC_OP BC_BC_OP EXDUP_BC Q7EX1 VPQ0 VPQ1 VPQ8 VPQ9 VP_C_DC VPQ75 VP_BC_AC Q0_CL Q1_CL Q8_OP 1 Q7REL Q7ITL Q75_OP Q9_CL EXDUP_ES Q75_OP EXVVA_ES C_DC_OP EXDU_BPB EXVV_BPB EXVVA_BC BC_AC_CL EXDUP_BC Q7EX2 ...

Page 435: ...9 VP_C_DC VPQ75 VP_BC_BC Q0_CL Q2_CL Q8_OP Q9_CL EXDUP_ES Q75_OP EXVVA_ES C_DC_OP EXDU_BPB EXVV_BPB EXVVA_BC BC_BC_CL EXDUP_BC Q7EX3 1 1 Q51REL Q51ITL 1 Q52REL Q52ITL VPQ1 VPQ2 VPQ9 Q1_OP Q2_OP Q9_OP 1 Q8REL Q8ITL VPQ7 VPQ9 VPVOLT Q7_OP VPQ8 VPQ75 Q8_CL Q75_CL Q7EX4 EXDUP_ES EXVVA_ES Q9_OP VOLT_OP ...

Page 436: ...0 151 XEN Page 6 151 Version 1 0 00 Fig 43 Terminal diagram of ABC_LINE 1 1 Q1Q2OP Q1Q2CL Q1_OP Q2_OP Q1_OP Q1_CL VPQ1 Q1OPTR Q1CLTR VPQ1TR VPQ1 VPQ2 VPQ1Q2TR Q2_OP Q2_CL VPQ2 Q2OPTR Q2CLTR VPQ2TR Q7_OP Q7_CL VPQ7 Q7OPTR Q7CLTR VPQ7TR X80151 43 ...

Page 437: ...0OPITL Q0CLREL Q0CLITL Q1REL Q1ITL Q20REL Q75_CL BBTR_OP BC_AB_CL VP_BBTR VP_BC_AB EXDUP_ES EXVVA_ES EXDUP_AB EXVVA_AB EXDUP_BC EXVVA_BC Q0_O_EX1 Q0_O_EX2 Q1EX1 Q1EX2 Q1EX3 Q20EX1 Q20EX2 Q20EX3 Q2EX1 Q2EX2 Q7EX1 Q7EX2 Q20ITL Q7REL Q7ITL Q2REL Q2ITL Q51REL Q51ITL Q52REL Q52ITL Q1OPTR Q1CLTR Q20OPTR Q20CLTR Q7OPTR Q7CLTR Q1Q20OPT Q1Q20CLT BCABOPTR BCABCLTR BCACOPTR BCACCLTR Q1_OP Q0_O_EX3 BCBCOPTR B...

Page 438: ...Q2_OP Q2_CL 1 VPQ2 Q7_OP Q7_CL 1 VPQ7 Q20_OP Q20_CL 1 VPQ20 Q51_OP Q51_CL 1 VPQ51 Q52_OP Q52_CL 1 VPQ52 Q15_OP Q15_CL 1 VPQ15 Q25_OP Q25_CL 1 VPQ25 Q75_OP Q75_CL 1 VPQ75 BBTR_OP VPQ2 Q2_OP Q0_O_EX2 VP_BBTR Q0_O_EX3 1 1 Q0OPREL Q0OPITL EXDUP_AB EXVVA_AB VPQ1 Q1_OP Q0_O_EX1 1 Q0CLREL Q0CLITL VPQ1 VPQ2 VPQ7 VPQ20 ABC_BC ...

Page 439: ...n 1 0 00 1MRK 580 151 XEN Page 6 154 VPQ15 VPQ0 VPQ20 VPQ51 VPQ52 Q20_OP 1 Q0_OP EXDUP_ES Q51_OP Q52_OP Q15_OP VP_BC_AB EXVVA_ES Q1EX1 VPQ20 BC_AB_CL Q20_CL EXDUP_BC EXVVA_BC Q1EX2 VPQ51 Q51_CL VPQ15 Q15_CL EXDUP_ES EXVVA_ES Q1EX3 1 Q1REL Q1ITL ...

Page 440: ...0 151 XEN Page 6 155 Version 1 0 00 VPQ25 VPQ0 VPQ1 VPQ51 VPQ52 Q1_OP 1 Q0_OP EXDUP_ES Q51_OP Q52_OP Q25_OP VP_BC_AB EXVVA_ES Q20EX1 VPQ1 BC_AB_CL Q1_CL EXDUP_BC EXVVA_BC Q20EX2 VPQ51 Q51_CL VPQ25 Q25_CL EXDUP_ES EXVVA_ES Q20EX3 1 Q20REL Q20ITL ...

Page 441: ... VPQ2 VPQ51 VPQ52 Q2_OP 1 Q0_OP EXDUP_ES Q51_OP Q52_OP Q75_OP VPQ75 EXVVA_ES Q7EX1 VPQ52 Q75_CL Q52_CL EXDUP_ES EXVVA_ES Q7EX2 1 Q7REL Q7ITL VPQ25 VPQ0 VPQ7 VPQ51 VPQ52 Q7_OP 1 Q0_OP EXDUP_ES Q51_OP Q52_OP Q25_OP VPQ25 EXVVA_ES Q2EX1 VPQ52 Q25_CL Q52_CL EXDUP_ES EXVVA_ES Q2EX2 1 Q2REL Q2ITL ...

Page 442: ... VPBCACTR VPQ7 1 Q0_OP Q20_OP Q7_OP 1 BCBCOPTR BCBCCLTR VPQ0 VPQ20 VPBCBCTR VPQ7 1 Q51REL Q51ITL 1 Q52REL Q52ITL VPQ1 VPQ2 VPQ7 VPQ20 Q1_OP Q2_OP Q7_OP Q20_OP Q1_OP Q1_CL VPQ1 Q1OPTR Q1CLTR VPQ1TR Q7_OP Q7_CL VPQ7 Q7OPTR Q7CLTR VPQ7TR 1 1 Q20OPTR Q20CLTR Q0_OP Q1_OP Q2_OP Q2_OP Q20_OP VPQ1 VPQ2 VPQ1Q20T VPQ2 VPQ20 VPQ20TR 1 BCABOPTR BCABCLTR 1 Q1_OP Q20_OP 1 Q1Q20OPT Q1Q20CLT x80151 45 ...

Page 443: ...P Q2_CL Q51_OP Q51_CL Q52_OP Q52_CL TQ1_OP TQ1_CL TQ2_OP TQ2_CL TQ51_OP TQ51_CL Q15_OP Q15_CL Q25_OP Q0CLREL Q0CLITL Q1REL Q1ITL Q2REL Q2ITL Q51REL Q25_CL BC_AB_CL VP_BC_AB EXDUP_ES EXVVA_ES EXDUP_BC EXVVA_BC Q0EX1 Q0EX2 Q1EX1 Q1EX2 Q1EX3 Q2EX1 Q2EX2 Q2EX3 Q51ITL Q52REL Q52ITL Q1OPTR Q1CLTR Q2OPTR Q2CLTR Q1Q2OPTR Q1Q2CLTR VPQ1TR VPQ2TR VPQ1Q2TR Q1_OP Q0EX3 IExx X80151 46 ...

Page 444: ...Q1_CL 1 VPQ1 Q2_OP Q2_CL 1 VPQ2 Q51_OP Q51_CL 1 VPQ51 Q52_OP Q52_CL 1 VPQ52 TQ1_OP TQ1_CL 1 VPTQ1 TQ2_OP TQ2_CL 1 VPTQ2 TQ51_OP TQ51_CL 1 VPTQ51 Q15_OP Q15_CL 1 VPQ15 Q25_OP Q25_CL 1 VPQ25 1 TQ51_OP Q0EX3 Q51_CL Q52_CL TQ51_CL Q0EX1 1 Q0CLREL Q0CLITL VPQ1 VPQ2 VPTQ51 VPQ51 VPQ52 VPTQ1 VPTQ2 Q0EX2 AB_TRAFO ...

Page 445: ...age 6 160 VPTQ51 VPQ0 VPQ2 VPQ51 VPQ52 Q2_OP 1 VPQ15 Q0_OP EXDUP_ES Q51_OP Q52_OP TQ51_OP Q15_OP VP_BC_AB EXVVA_ES Q1EX1 VPQ2 VPTQ51 BC_AB_CL Q2_CL TQ51_OP VPQ52 EXDUP_BC EXVVA_BC Q1EX2 VPQ51 Q51_CL VPTQ51 VPQ15 Q15_CL Q52_CL TQ51_CL EXDUP_ES EXVVA_ES Q1EX3 1 Q1REL Q1ITL ...

Page 446: ...on 1 0 00 VPTQ51 VPQ0 VPQ1 VPQ51 VPQ52 Q1_OP 1 VPQ25 Q0_OP EXDUP_ES Q51_OP Q52_OP TQ51_OP Q25_OP VP_BC_AB EXVVA_ES Q2EX1 VPQ1 VPTQ51 BC_AB_CL Q1_CL TQ51_OP VPQ52 EXDUP_BC EXVVA_BC Q2EX2 VPQ51 Q51_CL VPTQ51 VPQ25 Q25_CL Q52_CL TQ51_CL EXDUP_ES EXVVA_ES Q2EX3 1 Q2REL Q2ITL ...

Page 447: ...N Page 6 162 Fig 47 Terminal diagram of AB_TRAFO 1 Q51REL Q51ITL 1 Q52REL Q52ITL VPQ1 VPQ2 VPTQ1 VPTQ2 Q1_OP Q1_CL VPQ1 Q1OPTR Q1CLTR VPQ1TR Q2_OP Q2_CL VPQ2 Q2OPTR Q2CLTR VPQ2TR 1 1 Q1Q2OPTR Q1Q2CLTR Q1_OP Q2_OP VPQ2 VPQ1 VPQ1Q2TR Q1_OP Q2_OP TQ1_OP TQ2_OP X80151 47 ...

Page 448: ...12_OP Q12_CL Q51_OP Q51_CL Q52_OP Q52_CL A1Q15_OP A1Q15_CL A2Q15_OP A2Q15_CL BBTR_OP VP_BBTR Q0OPREL Q0OPITL Q0CLREL Q0CLITL Q11REL Q11ITL Q12REL X80151 48 EXDUP_AB EXVVA_AB EXDUP_ES EXVVA_ES Q0_O_EX1 Q0_O_EX2 Q11EX1 Q11EX2 Q12EX1 Q12EX2 Q12ITL Q51REL Q51ITL Q52REL Q52ITL A1A2OPTR A1A2CLTR Q11OPTR Q11CLTR Q12OPTR Q12CLTR VPA1A2TR Q11_OP Q0_O_EX3 VPQ11TR VPQ12TR IHxx ...

Page 449: ...1Q15_OP A1Q15_CL 1 VPA1Q15 A2Q15_OP A2Q15_CL 1 VPA2Q15 Q0_OP Q0_CL 1 VPQ0 BBTR_OP VPQ12 Q12_OP Q0_O_EX2 VP_BBTR Q0_O_EX3 1 1 Q0OPREL Q0OPITL EXDUP_AB EXVVA_AB VPQ11 Q11_OP Q0_O_EX1 1 Q0CLREL Q0CLITL VPQ11 VPQ12 Q0_OP VPQ0 VPQ51 VPQ52 VPA1Q15 EXDUP_ES VPQ51 VPA1Q15 1 Q51_OP Q52_OP 1 Q11REL Q11ITL Q51_CL A1Q15_CL Q11EX2 A1Q15_OP EXVVA_ES Q11EX1 EXDUP_ES EXVVA_ES A1A2_BS ...

Page 450: ... EXDUP_ES VPQ52 VPA2Q15 1 Q51_OP Q52_OP 1 Q12REL Q12ITL Q52_CL A2Q15_CL Q12EX2 A2Q15_OP EXVVA_ES Q12EX1 EXDUP_ES EXVVA_ES 1 Q51REL Q51ITL 1 Q52REL Q52ITL VPQ11 VPQ12 Q11_OP Q12_OP Q11_OP Q11_CL VPQ11 Q11OPTR Q11CLTR VPQ11TR Q12_OP Q12_CL VPQ12 Q12OPTR Q12CLTR VPQ12TR 1 1 A1A2OPTR A1A2CLTR Q11_OP Q12_OP Q0_OP VPQ11 VPQ12 VPQ0 VPA1A2TR X80151 49 ...

Page 451: ...DC Fig 50 Simplified terminal diagram of A1A2_DC A1A2_DC Q11_OP Q11_CL A1Q15_OP A1Q15_CL A2Q15_OP A2Q15_CL A1DC_OP A2DC_OP VPA1_DC VPA2_DC EXDUP_ES EXVVA_ES EXDUP_BB EXVVA_BB Q11C_EX1 Q11C_EX2 Q11O_EX1 Q11O_EX2 Q11O_EX3 Q11OPREL Q11OPITL Q11CLREL Q11CLITL DCOPTR DCCLTR VPDCTR X80151 50 IIxx ...

Page 452: ... A2Q15_CL A1DC_OP A2DC_OP VPA1_DC VPA2_DC EXDUP_ES EXVVA_ES EXDUP_BB Q11O_EX2 Q11O_EX3 EXVVA_BB 1 1 1 A1Q15_OP A2Q15_OP EXDUP_ES EXVVA_ES EXDUP_BB EXVVA_BB A1Q15_CL A2Q15_CL EXDUP_ES EXVVA_ES 1 1 Q11OPREL Q11OPITL DCOPTR DCCLTR VPDCTR VPA1Q15 VPA2Q15 VPA1Q15 VPA2Q15 VPQ11 A1Q15_CL A2Q15_CL VPA1Q15 VPA2Q15 VPA1Q15 VPA2Q15 A1A2_DC ...

Page 453: ...0 151 XEN Page 6 168 Fig 51 Terminal diagram of A1A2_DC A1DC_OP VPA1_DC VPA2_DC EXDUP_ES EXVVA_ES EXDUP_BB Q11C_EX1 Q11C_EX2 EXVVA_BB A1Q15_OP A2Q15_OP 1 1 Q11CLREL Q11CLITL A2DC_OP A1Q15_CL EXDUP_ES EXVVA_ES A2Q15_CL VPA1Q15 VPA2Q15 VPA1Q15 VPA2Q15 X80151 51 ...

Page 454: ...15_CL ABCDC_OP VP_ABCDC EXDUP_BB EXVVA_BB Q15REL Q15ITL BBESOPTR BBESCLTR X80151 52 IJxx 1 Q15REL Q15ITL VP_ABCDC ABCDC_OP EXDUP_BB EXVVA_BB Q15_OP Q15_CL BBESOPTR BBESCLTR X80151 53 BB_ES DB_BUS_A Q01_OP Q01_CL Q1_CL Q61_OP Q61_CL Q51_OP Q51_CL Q52_OP Q52_CL Q53_OP Q53_CL Q15_OP Q15_CL EXDUP_ES EXVVA_ES Q01CLREL Q01CLITL Q61REL Q61ITL Q1REL Q1ITL Q51REL X80151 54 Q61EX1 Q61EX2 Q1EX1 Q1EX2 Q51ITL ...

Page 455: ...1_OP Q52_OP Q61_OP Q61_CL 1 VPQ61 Q1_OP Q1_CL 1 VPQ1 Q51_OP Q51_CL 1 VPQ51 Q52_OP Q52_CL 1 VPQ52 Q53_OP Q53_CL 1 VPQ53 Q15_OP Q15_CL 1 VPQ15 1 Q61REL Q61ITL VPQ61 VPQ1 Q52_CL Q53_CL Q61EX2 Q01_OP Q01_CL 1 VPQ01 Q01_OP VPQ01 VPQ51 VPQ52 VPQ15 EXDUP_ES VPQ51 VPQ15 1 Q51_OP Q52_OP 1 Q1REL Q1ITL Q51_CL Q15_CL Q1EX2 Q15_OP EXVVA_ES Q1EX1 EXDUP_ES EXVVA_ES DB_BUS_A ...

Page 456: ...E DB_LINE Q01_OP Q01_CL Q02_CL Q61_OP Q61_CL Q51_OP Q51_CL Q52_OP Q52_CL Q62_OP Q62_CL Q54_OP Q54_CL Q55_OP Q55_CL Q9_OP Q9_CL Q53_OP Q9REL Q9ITL Q53REL Q53ITL Q8REL Q8ITL Q53_CL Q8_OP Q8_CL VOLT_OP VOLT_CL Q9EX1 Q9EX2 Q9EX3 Q9EX4 Q02_OP Q9EX5 X80151 55 IAxx 1 Q51REL Q51ITL VPQ61 VPQ1 Q61_OP Q1_OP 1 Q52REL Q52ITL Q1_OP Q1_CL VPQ1 Q1OPTR Q1CLTR VPQ1TR x80151 55 ...

Page 457: ...01_OP Q01_CL 1 VPQ01 Q02_OP Q02_CL 1 VPQ02 Q61_OP Q61_CL 1 VPQ61 Q51_OP Q51_CL 1 VPQ51 Q52_OP Q52_CL 1 VPQ52 Q62_OP Q62_CL 1 VPQ62 Q54_OP Q54_CL 1 VPQ54 Q55_OP Q55_CL 1 VPQ55 Q9_OP Q9_CL 1 VPQ9 Q53_OP Q53_CL 1 VPQ53 Q8_OP Q8_CL 1 VPQ8 VOLT_OP VOLT_CL 1 VPVOLT 1 Q9REL Q9ITL Q53_OP Q01_OP Q02_OP Q51_OP Q52_OP Q8_OP Q54_OP Q55_OP DB_LINE ...

Page 458: ...Version 1 0 00 VPQ8 VPQ01 VPQ51 VPQ52 VPQ53 Q51_OP 1 VPQ62 Q01_OP Q9EX2 Q52_OP Q53_OP Q8_OP Q62_OP VPQ55 VPQ02 VPQ61 VPQ53 VPQ54 Q61_OP VPQ8 Q02_OP Q9EX3 Q53_OP Q54_OP Q55_OP Q8_OP VPQ61 VPQ53 VPQ8 Q8_OP VPQ62 Q53_OP Q61_OP Q62_OP Q9EX4 VPQ53 Q8_CL VPQ8 Q53_CL Q9EX5 ...

Page 459: ...work Partner AB Interlocking Version 1 0 00 1MRK 580 151 XEN Page 6 174 Fig 57 Terminal diagram of DB_LINE 1 Q53REL Q53ITL VPQ61 VPQ62 VPQ9 Q61_OP 1 Q8REL Q8ITL VPQ9 VPVOLT Q9_OP VOLT_OP Q62_OP Q9_OP X80151 56 ...

Page 460: ...58 Simplified terminal diagram of DB_BUS_B DB_BUS_B Q02_OP Q02_CL Q62_CL Q2_OP Q2_CL Q54_OP Q54_CL Q55_OP Q55_CL Q53_OP Q53_CL Q25_OP Q25_CL EXDUP_ES EXVVA_ES Q02CLREL Q02CLITL Q62REL Q62ITL Q2REL Q2ITL Q54REL X80151 57 Q62EX1 Q62EX2 Q2EX1 Q2EX2 Q54ITL Q55REL Q55ITL Q2OPTR Q2CLTR VPQ2TR Q62_OP ICxx ...

Page 461: ...4_OP Q55_OP Q62_OP Q62_CL 1 VPQ62 Q2_OP Q2_CL 1 VPQ2 Q54_OP Q54_CL 1 VPQ54 Q55_OP Q55_CL 1 VPQ55 Q53_OP Q53_CL 1 VPQ53 Q25_OP Q25_CL 1 VPQ25 1 Q62REL Q62ITL VPQ62 VPQ2 Q55_CL Q53_CL Q62EX2 Q02_OP Q02_CL 1 VPQ02 Q02_OP VPQ02 VPQ54 VPQ55 VPQ25 EXDUP_ES VPQ54 VPQ25 1 Q54_OP Q55_OP 1 Q2REL Q2ITL Q54_CL Q25_CL Q2EX2 Q25_OP EXVVA_ES Q2EX1 EXDUP_ES EXVVA_ES DB_BUS_B ...

Page 462: ...ing ABB Network Partner AB 1MRK 580 151 XEN Page 6 177 Version 1 0 00 Fig 59 Terminal diagram of DB_BUS_B 1 Q54REL Q54ITL VPQ62 VPQ2 Q62_OP Q2_OP 1 Q55REL Q55ITL Q2_OP Q2_CL VPQ2 Q2OPTR Q2CLTR VPQ2PTR X80151 58 ...

Page 463: ...1_OP Q51_CL Q52_OP Q52_CL Q53_OP Q53_CL Q9_OP Q9_CL Q8_OP Q8_CL CQ0_OP CQ0_CL CQ61_OP Q0CLREL Q0CLITL Q6REL Q6ITL Q1REL Q1ITL Q51REL X80151 59 CQ61_CL CQ51 OP CQ51_CL CQ52_OP CQ52_CL Q15_OP Q15_CL VOLT_OP VOLT_CL EXDUP_ES EXVVA_ES Q6EX1 Q6EX2 Q1EX2 Q9EX1 Q9EX2 Q9EX3 Q9EX4 Q9EX5 Q9EX6 Q9EX7 Q51ITL Q52REL Q52ITL Q53REL Q53ITL Q9REL Q9ITL Q8REL Q8ITL Q1OPTR Q1CLTR VPQ1TR Q6_OP Q1EX1 ILxx ...

Page 464: ...TL VPQ0 Q51_OP Q52_OP Q1_OP Q1_CL 1 VPQ1 Q6_OP Q6_CL 1 VPQ6 Q8_OP Q8_CL 1 VPQ8 Q9_OP Q9_CL 1 VPQ9 Q51_OP Q51_CL 1 VPQ51 Q52_OP Q52_CL 1 VPQ52 Q53_OP Q53_CL 1 VPQ53 CQ0_OP CQ0_CL 1 VPCQ0 CQ51_OP CQ51_CL 1 VPCQ51 CQ52_OP CQ52_CL 1 VPCQ52 CQ61_OP CQ61_CL 1 VPCQ61 Q15_OP Q15_CL 1 VPQ15 VOLT_OP VOLT_CL 1 VPVOLT 1 Q6REL Q6ITL VPQ1 VPQ6 VPQ9 Q52_CL Q53_CL Q6EX2 BH_LINE_A ...

Page 465: ...DUP_ES EXVVA_ES 1 Q51_OP Q52_OP 1 Q1REL Q1ITL VPQ51 VPQ15 Q51_CL EXDUP_ES EXVVA_ES Q15_CL Q1EX2 1 Q51REL Q51ITL VPQ1 VPQ6 Q1_OP Q6_OP 1 Q52REL Q52ITL 1 Q53REL Q53ITL VPQ6 VPQ9 VPCQ61 Q6_OP Q9_OP CQ61_OP Q52_OP Q6_OP Q9EX2 Q0_OP Q51_OP 1 Q9EX3 VPQ52 VPQ0 VPQ6 VPQ8 VPQ51 1 VPQ53 1 Q9REL Q9ITL VPCQ0 VPCQ61 VPCQ51 Q9EX1 VPCQ52 ...

Page 466: ...XEN Page 6 181 Version 1 0 00 Fig 61 Terminal diagram of BH_LINE_A 1 Q8REL Q8ITL VPQ9 VPVOLT Q9_OP VOLT_OP CQ52_OP CQ61_OP Q9EX4 CQ0_OP CQ51_OP 1 Q9EX5 VPQ53 Q8_OP Q53_OP Q9EX6 VPQ8 1 Q8_CL Q53_CL Q9EX7 Q1_OP Q1_CL VPQ1 Q1OPTR Q1CLTR VPQ1TR X80151 60 ...

Page 467: ... 1 10BH_CONN Fig 62 Simplified terminal diagram of BH_CONN BH_CONN Q0_OP Q0_CL Q61_CL Q62_OP Q62_CL Q51_OP Q51_CL Q52_OP Q52_CL 1Q53_OP 1Q53_CL 2Q53_OP 2Q53_CL Q61EX1 Q61EX2 Q0CLREL Q0CLITL Q61REL Q61ITL Q62REL Q62ITL Q51REL X80151 61 Q62EX1 Q62EX2 Q51ITL Q52REL Q52ITL Q61_OP IKxx ...

Page 468: ...62 Q51_OP Q52_OP Q61_OP Q61_CL 1 VPQ61 Q62_OP Q62_CL 1 VPQ62 Q51_OP Q51_CL 1 VPQ51 Q52_OP Q52_CL 1 VPQ52 1Q53_OP 1Q53_CL 1 VP1Q53 2Q53_OP 2Q53_CL 1 VP2Q53 1 Q61REL Q61ITL VPQ61 VPQ62 Q51_CL 1Q53_CL Q61EX2 Q0_OP Q0_CL 1 VPQ0 Q0_OP VPQ0 VPQ51 VPQ52 VP2Q53 Q62EX1 VPQ52 VP2Q53 1 Q51_OP Q52_OP 1 Q62REL Q62ITL Q52_CL 2Q53_CL Q62EX2 2Q53_OP 1 Q51REL Q51ITL VPQ61 VPQ62 Q61_OP Q62_OP 1 Q52REL Q52ITL BH_CON...

Page 469: ...1_OP Q51_CL Q52_OP Q52_CL Q53_OP Q53_CL Q9_OP Q9_CL Q8_OP Q8_CL CQ0_OP CQ0_CL CQ62_OP Q0CLREL Q0CLITL Q6REL Q6ITL Q2REL Q2ITL Q51REL X80151 63 CQ62_CL CQ51 OP CQ51_CL CQ52_OP CQ52_CL Q25_OP Q25_CL VOLT_OP VOLT_CL EXDUP_ES EXVVA_ES Q6EX1 Q6EX2 Q2EX2 Q9EX1 Q9EX2 Q9EX3 Q9EX4 Q9EX5 Q9EX6 Q9EX7 Q51ITL Q52REL Q52ITL Q53REL Q53ITL Q9REL Q9ITL Q8REL Q8ITL Q2OPTR Q2CLTR VPQ2TR Q6_OP Q2EX1 IMxx ...

Page 470: ...TL VPQ0 Q51_OP Q52_OP Q2_OP Q2_CL 1 VPQ2 Q6_OP Q6_CL 1 VPQ6 Q8_OP Q8_CL 1 VPQ8 Q9_OP Q9_CL 1 VPQ9 Q51_OP Q51_CL 1 VPQ51 Q52_OP Q52_CL 1 VPQ52 Q53_OP Q53_CL 1 VPQ53 CQ0_OP CQ0_CL 1 VPCQ0 CQ51_OP CQ51_CL 1 VPCQ51 CQ52_OP CQ52_CL 1 VPCQ52 CQ62_OP CQ62_CL 1 VPCQ62 Q25_OP Q25_CL 1 VPQ25 VOLT_OP VOLT_CL 1 VPVOLT 1 Q6REL Q6ITL VPQ2 VPQ6 VPQ9 Q52_CL Q53_CL Q6EX2 BH_LINE_B ...

Page 471: ...XDUP_ES EXVVA_ES 1 Q51_OP Q52_OP 1 Q2REL Q2ITL VPQ51 VPQ25 Q51_CL EXDUP_ES EXVVA_ES Q25_CL Q2EX2 1 Q51REL Q51ITL VPQ2 VPQ6 Q2_OP Q6_OP 1 Q52REL Q52ITL 1 Q53REL Q53ITL VPQ6 VPQ9 VPCQ6 Q6_OP Q9_OP CQ6_OP Q52_OP Q6_OP Q9EX2 Q0_OP Q51_OP 1 Q9EX3 VPQ52 VPQ0 VPQ6 VPQ8 VPQ51 1 VPQ53 1 Q9REL Q9ITL VPCQ0 VPCQ62 VPCQ51 Q9EX1 VPCQ52 ...

Page 472: ...XEN Page 6 187 Version 1 0 00 Fig 65 Terminal diagram of BH_LINE_B 1 Q8REL Q8ITL VPQ9 VPVOLT Q9_OP VOLT_OP CQ52_OP CQ62_OP Q9EX4 CQ0_OP CQ51_OP 1 Q9EX5 VPQ53 Q8_OP Q53_OP Q9EX6 VPQ8 1 Q8_CL Q53_CL Q9EX7 Q2_OP Q2_CL VPQ2 Q2OPTR Q2CLTR VPQ2TR X80151 64 ...

Page 473: ...xx Q8_CL Signal is 1 if Q8 is closed IFxx Q15_OP Signal is 1 if Q15 on busbar A is open IFxx Q15_CL Signal is 1 if Q15 on busbar A is closed IFxx Q25_OP Signal is 1 if Q25 on busbar B is open IFxx Q25_CL Signal is 1 if Q25 on busbar B is closed IFxx Q75_OP Signal is 1 if Q75 on busbar C is open IFxx Q75_CL Signal is 1 if Q75 on busbar C is closed IFxx C_DC_OP All line disconnectors on bypass busba...

Page 474: ...sion error from any bay containing disconnectors on bypass busbar C IFxx EXVV_BPB Signal is 1 if the interlocking programs in all bays containing disconnectors on bypass busbar C are running IFxx EXDUP_BC Signal is 1 if there is no transmission error from any bus coupler bay IFxx EXVVA_BC Signal is 1 if the interlocking programs in all bus coupler bays are running IFxx Q9EX1 Input for an external ...

Page 475: ... Switching of Q51 is allowed IFxx Q51ITL Switching of Q51 is forbidden IFxx Q52REL Switching of Q52 is allowed IFxx Q52ITL Switching of Q52 is forbidden IFxx Q8REL Switching of Q8 is allowed IFxx Q8ITL Switching of Q8 is forbidden IFxx Q1OPTR Signal is 1 if Q1 is open IFxx Q1CLTR Signal is 1 if Q1 is closed IFxx Q2OPTR Signal is 1 if Q2 is open IFxx Q2CLTR Signal is 1 if Q2 is closed IFxx Q7OPTR S...

Page 476: ...is 1 if Q25 on busbar B is closed IGxx Q75_OP Signal is 1 if Q75 on busbar C is open IGxx Q75_CL Signal is 1 if Q75 on busbar C is closed IGxx BBTR_OP Signal is 1 if no busbar transfer is in progress concerning this bus coupler IGxx BC_AB_CL There exists a bus coupler connection between busbar A and B IGxx VP_BBTR Switch status are valid for all apparatuses involved in the busbar transfer IGxx VP_...

Page 477: ...2 Input for an external condition for apparatus Q20 IGxx Q20EX3 Input for an external condition for apparatus Q20 IGxx Q2EX1 Input for an external condition for apparatus Q2 IGxx Q2EX2 Input for an external condition for apparatus Q2 IGxx Q7EX1 Input for an external condition for apparatus Q7 IGxx Q7EX2 Input for an external condition for apparatus Q7 Table 4 Output signals for ABC_BC OUT DESCRIPT...

Page 478: ...bar A and B IGxx BCACOPTR No bus coupler connection via the the own buscoupler between busbar A and C IGxx BCACCLTR Bus coupler connection via the the own bus coupler between busbar A and C IGxx BCBCOPTR No bus coupler connection via the the own buscoupler between busbar B and C IGxx BCBCCLTR Bus coupler connection via the the own bus coupler between busbar B and C IGxx VPQ1TR Switch status of Q1 ...

Page 479: ...l is 1 if Q15 on busbar A is open IExx Q15_CL Signal is 1 if Q0 on busbar A is closed IExx Q25_OP Signal is 1 if Q0 on busbar B is open IExx Q25_CL Signal is 1 if Q0 on busbar B is closed IExx BC_AB_CL There exists a bus coupler connection between busbar A and B IExx VP_BC_AB Switch status of the bus coupler appara tuses are valid open or closed IExx EXDUP_ES Signal is 1 if there is no transmissio...

Page 480: ...Switching of Q1 is forbidden IExx Q2REL Switching of Q2 is allowed IExx Q2ITL Switching of Q2 is forbidden IExx Q51REL Switching of Q51 is allowed IExx Q51ITL Switching of Q51 is forbidden IExx Q52REL Switching of Q52 is allowed IExx Q52ITL Switching of Q52 is forbidden IExx Q1OPTR Signal is 1 if Q1 is open IExx Q1CLTR Signal is 1 if Q1 is closed IExx Q2OPTR Signal is 1 if Q2 is open IExx Q2CLTR S...

Page 481: ...ng this bus section IHxx VP_BBTR Switch status are valid for all apparatuses involved in the busbar transfer IHxx EXDUP_AB Signal is 1 if there is no transmission error from any bay connected to the AB busbars IHxx EXVVA_AB Signal is 1 if the interlocking programs in all bays connected to the AB busbars are run ning IHxx EXDUP_ES Signal is 1 if there is no transmission error from any bay containin...

Page 482: ...IHxx Q51REL Switching of Q51 is allowed IHxx Q51ITL Switching of Q51 is forbidden IHxx Q52REL Switching of Q52 is allowed IHxx Q52ITL Switching of Q52 is forbidden IHxx A1A2OPTR No bus coupler connection between bus section A1 and A2 IHxx A1A2CLTR Bus coupler connection between bus sec tion A1 and A2 IHxx Q11OPTR Signal is 1 if Q11 is open IHxx Q11CLTR Signal is 1 if Q11 is closed IHxx Q12OPTR Sig...

Page 483: ...ing switches Q15 in section A1 and A2 IIxx EXVVA_ES Signal is 1 if the interlocking programs in all bays containing earthing switches Q15 in section A1 and A2 are running IIxx EXDUP_BB Signal is 1 if there is no transmission error from any bay containing disconnectors con nected to the busbar sections A1 and A2 IIxx EXVVA_BB Signal is 1 if the interlocking programs in all bays containing disconnec...

Page 484: ...t is open IJxx Q15_CL Signal is 1 if Q15 on this busbar part is closed IJxx ABCDC_OP Signal is 1 if all disconnectors on this busbar part are open IJxx VP_ABCDC The switch status of all disconnectors on this busbar part are valid IJxx EXDUP_BB Signal is 1 if no transmission error from any bay containing all disconnectors on this bus bar part IJxx EXVVA_BB Signal is 1 if the interlocking programs i...

Page 485: ...5 on busbar A is closed IBxx EXDUP_ES Signal is 1 if there is no transmission error from any bay containing earthing switches Q15 IBxx EXVVA_ES Signal is 1 if the interlocking programs in all bays containing earthing switches Q15 are running IBxx Q61EX1 Input for an external condition for apparatus Q61 IBxx Q61EX2 Input for an external condition for apparatus Q61 IBxx Q1EX1 Input for an external c...

Page 486: ... Q51 is closed IAxx Q52_OP Signal is 1 if Q52 is open IAxx Q52_CL Signal is 1 if Q52 is closed IAxx Q62_OP Signal is 1 if Q62 is open IAxx Q62_CL Signal is 1 if Q62 is closed IAxx Q54_OP Signal is 1 if Q54 is open IAxx Q54_CL Signal is 1 if Q54 is closed IAxx Q55_OP Signal is 1 if Q55 is open IAxx Q55_CL Signal is 1 if Q55 is closed IAxx Q9_OP Signal is 1 if Q9 is open IAxx Q9_CL Signal is 1 if Q9...

Page 487: ... Q02 is open ICxx Q02_CL Signal is 1 if Q02 is closed ICxx Q62_OP Signal is 1 if Q62 is open ICxx Q62_CL Signal is 1 if Q62 is closed ICxx Q2_OP Signal is 1 if Q2 is open ICxx Q2_CL Signal is 1 if Q2 is closed ICxx Q54_OP Signal is 1 if Q54 is open ICxx Q54_CL Signal is 1 if Q54 is closed ICxx Q55_OP Signal is 1 if Q55 is open ICxx Q55_CL Signal is 1 if Q55 is closed ICxx Q53_OP Signal is 1 if Q53...

Page 488: ...ed ICxx Q02CLITL Closing of Q02 is forbidden ICxx Q62REL Switching of Q62 is allowed ICxx Q62ITL Switching of Q62 is forbidden ICxx Q2REL Switching of Q2 is allowed ICxx Q2ITL Switching of Q2 is forbidden ICxx Q54REL Switching of Q54 is allowed ICxx Q54ITL Switching of Q54 is forbidden ICxx Q55REL Switching of Q55 is allowed ICxx Q55ITL Switching of Q55 is forbidden ICxx Q2OPTR Signal is 1 if Q2 i...

Page 489: ...ignal is 1 if Q8 is closed ILxx CQ0_OP Signal is 1 if Q0 in module BH_CONN is open ILxx CQ0_CL Signal is 1 if Q0 in module BH_CONN is closed ILxx CQ61_OP Signal is 1 if Q61 in module BH_CONN is open ILxx CQ61_CL Signal is 1 if Q61 in module BH_CONN is closed ILxx CQ51_OP Signal is 1 if Q51 in module BH_CONN is open ILxx CQ51_CL Signal is 1 if Q51 in module BH_CONN is closed ILxx CQ52_OP Signal is ...

Page 490: ... an external condition for apparatus Q9 ILxx Q9EX7 Input for an external condition for apparatus Q9 Table 20 Output signals for BH_LINE_A OUT DESCRIPTION ILxx Q0CLREL Closing of Q0 is allowed ILxx Q0CLITL Closing of Q0 is forbidden ILxx Q6REL Switching of Q6 is allowed ILxx Q6ITL Switching of Q6 is forbidden ILxx Q1REL Switching of Q1 is allowed ILxx Q1ITL Switching of Q1 is forbidden ILxx Q51REL ...

Page 491: ...1 is closed IKxx Q52_OP Signal is 1 if Q52 is open IKxx Q52_CL Signal is 1 if Q52 is closed IKxx 1Q53_OP Signal is 1 if Q53 on line 1 is open IKxx 1Q53_CL Signal is 1 if Q53 on line 1 is closed IKxx 2Q53_OP Signal is 1 if Q53 on line 2 is open IKxx 2Q53_CL Signal is 1 if Q53 on line 2 is closed IKxx Q61EX1 Input for an external condition for apparatus Q61 IKxx Q61EX2 Input for an external conditio...

Page 492: ...s 1 if Q51 is closed IMxx Q52_OP Signal is 1 if Q52 is open IMxx Q52_CL Signal is 1 if Q52 is closed IMxx Q53_OP Signal is 1 if Q53 is open IMxx Q53_CL Signal is 1 if Q53 is closed IMxx Q9_OP Signal is 1 if Q9 is open IMxx Q9_CL Signal is 1 if Q9 is closed IMxx Q8_OP Signal is 1 if Q8 is open IMxx Q8_CL Signal is 1 if Q8 is closed IMxx CQ0_OP Signal is 1 if Q0 in module BH_CONN is open IMxx CQ0_CL...

Page 493: ...Mxx Q2EX2 Input for an external condition for apparatus Q2 IMxx Q9EX1 Input for an external condition for apparatus Q9 IMxx Q9EX2 Input for an external condition for apparatus Q9 IMxx Q9EX3 Input for an external condition for apparatus Q9 IMxx Q9EX4 Input for an external condition for apparatus Q9 IMxx Q9EX5 Input for an external condition for apparatus Q9 IMxx Q9EX6 Input for an external conditio...

Page 494: ...L Switching of Q53 is allowed IMxx Q53ITL Switching of Q53 is forbidden IMxx Q9REL Switching of Q9 is allowed IMxx Q9ITL Switching of Q9 is forbidden IMxx Q8REL Switching of Q8 is allowed IMxx Q8ITL Switching of Q8 is forbidden IMxx Q2OPTR Signal is 1 if Q2 is open IMxx Q2CLTR Signal is 1 if Q2 is closed IMxx VPQ2TR Switch status of Q2 is valid open or closed Table 24 Output signals for BH_LINE_B ...

Page 495: ...ABB Network Partner AB Interlocking Version 1 0 00 1MRK 580 151 XEN Page 6 210 ...

Page 496: ...Off sets all outputs to 0 independent of the values sent from the station level that is the operator station or remote control gateway 1 Steady sets the outputs to a steady signal 0 or 1 depending on the val ues sent from the station level 2 Pulse gives a pulse with one execution cycle of typical 200 ms dura tion if a value sent from the station level is changed from 0 to 1 That means that the con...

Page 497: ...e synchro check condition Fig 1 Application example showing a logic diagram for control of a circuit breaker via configuration logic circuits Fig 2 and Fig 3 show other ways to control functions which require steady signals On and Off The output can be used to control built in func tions or external equipment Fig 2 Application example showing a logic diagram for control of built in functions User ...

Page 498: ...nction see Apparatus Control 1MRK 580 150 XEN This Multiple Command function block can also be used to receive infor mation over the LON bus from other REC 561 control terminals The most common use is to transfer interlocking information between differ ent bays That can be performed by an Event function block as the send block and with a Multiple Command function block as the receive block Detaile...

Page 499: ...ion logic circuits is made in the built in MMI under the menu Configuration FunctionInputs AND OR Timer Pulse INV SR Command The signal outputs of the command function can of course also be con nected directly to the binary outputs of the terminal or to built in functions MMI tree for configuration to binary outputs Configuration Slotxx IOMy BOMy Command MMI tree for configuration to a built in fu...

Page 500: ...m the Single Com mand function block The dialogue to operate an output from the Single Command function block is performed from different states as follows 1 Selection active select the C button and then the No box activates Up arrow and then New 0 changes to New 1 The up arrow changes to the down arrow E button and then the Yes box activates 2 Yes box active select the C button to cancel the acti...

Page 501: ...EC 561 has a common name setting CmdOut for the block MODE as above and INTERVAL used for the supervision of the cyclical receiving of data The appendix shows the parameters and their setting ranges 6 Testing For each Single Command function block it is necessary to configure the output signal to corresponding binary output of the terminal The opera tion of each separate block is then checked from...

Page 502: ...e Multiple Command function OUT1 OUT2 OUT3 OUT4 OUT5 OUT6 OUT7 OUT8 OUT9 OUT10 OUT11 OUT12 OUT13 OUT14 OUT15 OUT16 SingleCmdFunc CmdOut1 CmdOut2 CmdOut3 CmdOut4 CmdOut5 CmdOut6 CmdOut7 CmdOut8 CmdOut9 CmdOut10 CmdOut11 CmdOut12 CmdOut13 CmdOut14 CmdOut15 CmdOut16 MODE X80165 5 CDxx OUT1 OUT2 OUT3 OUT4 OUT5 OUT6 OUT7 OUT8 OUT9 OUT10 OUT11 OUT12 OUT13 OUT14 OUT15 OUT16 MultCmdFunc CmdOut MODE VALID ...

Page 503: ...le command block No xx CDxx OUT9 Command output 9 for single command block No xx CDxx OUT10 Command output 10 for single command block No xx CDxx OUT11 Command output 11 for single command block No xx CDxx OUT12 Command output 12 for single command block No xx CDxx OUT13 Command output 13 for single command block No xx CDxx OUT14 Command output 14 for single command block No xx CDxx OUT15 Command ...

Page 504: ... xx CMxx OUT16 Command output 16 for multiple command block No xx CMxx VALID Received data is valid 1 or invalid 0 Table 2 Signal list for Multiple Command function No xx OUT DESCRIPTION Table 3 Setting table for Single Command function No xx PARAMETER SETTING RANGE DESCRIPTION CMDOUT1 13 characters string User name for Output 1 to be set from CAP 531 or from SMS for REL 531 CMDOUT2 13 characters ...

Page 505: ...L 531 CMDOUT14 13 characters string User name for Output 13 to be set from CAP 531 or from SMS for REL 531 CMDOUT15 13 characters string User name for Output 14 to be set from CAP 531 or from SMS for REL 531 CMDOUT16 13 characters string User name for Output 15 to be set from CAP 531 or from SMS for REL 531 MODE 0 Off 1 Steady 2 Pulse Output mode common for the command block to be set from CAP 531...

Page 506: ...oth the LON and SPA chan nels All events according to the event mask are stored in a buffer which contains up to 1000 events If new events appear before the oldest event in the buffer is read the oldest event is overwritten and an overflow alarm appears The outputs from the Event function block are formed by the reading of status and events by the station MMI on either every input single or dou bl...

Page 507: ...andle a combination of two inputs at a time for example one input for the open and one for the close position of a circuit breaker or disconnector The double indication consists of an odd and an even input number When the odd input is defined as a double indi cation the next even input is considered to be the other input The odd inputs has a suppression timer to suppress events at 00 states To be ...

Page 508: ...cking information The configuration of the communication between control terminals is made by the LON Net work Tool The INTERVAL input is applicable only when the BOUND input is set to 1 The INTERVAL is intended to be used for cyclic sending of data to other control terminals via the LON bus with the interval time as set This cyclic sending of data is used as a backup of the event driven sending w...

Page 509: ...or double indications when the suppression time is set the event ignores the timer and is reported directly Masked events are still masked Parameters to be set for the Event function block are NAMEyy including the name for each input T_SUPRyy including the suppression time for double indications INTERVAL used for the cyclic sending of data BOUND telling that the block has connections to other term...

Page 510: ...e Event function EVENT INPUT1 INPUT2 INPUT3 INPUT4 INPUT5 INPUT6 INPUT7 INPUT8 INPUT9 INPUT10 INPUT11 INPUT12 INPUT13 INPUT14 INPUT15 INPUT16 INTERVAL BOUND T_SUPR01 T_SUPR03 T_SUPR05 T_SUPR07 T_SUPR09 T_SUPR11 T_SUPR13 T_SUPR15 NAME01 NAME02 NAME03 NAME04 NAME05 NAME06 NAME07 NAME08 NAME09 NAME10 NAME11 NAME12 NAME13 NAME14 NAME15 NAME16 X80140 1 EVxx ...

Page 511: ...nput 5 for event block No xx EVxx INPUT6 Event input 6 for event block No xx EVxx INPUT7 Event input 7 for event block No xx EVxx INPUT8 Event input 8 for event block No xx EVxx INPUT9 Event input 9 for event block No xx EVxx INPUT10 Event input 10 for event block No xx EVxx INPUT11 Event input 11 for event block No xx EVxx INPUT12 Event input 12 for event block No xx EVxx INPUT13 Event input 13 f...

Page 512: ...o be set from SMS EventMask7 No Events OnSet OnReset OnChange Double Ind Double Ind with midpos supr Event mask for input 7 to be set from SMS EventMask8 No Events OnSet OnReset OnChange Event mask for input 8 to be set from SMS EventMask9 No Events OnSet OnReset OnChange Double Ind Double Ind with midpos supr Event mask for input 9 to be set from SMS EventMask10 No Events OnSet OnReset OnChange E...

Page 513: ...al connected to Input 3 to be set from CAP 531 NAME04 19 characters string User name of signal connected to Input 4 to be set from CAP 531 NAME05 19 characters string User name of signal connected to Input 5 to be set from CAP 531 NAME06 19 characters string User name of signal connected to Input 6 to be set from CAP 531 NAME07 19 characters string User name of signal connected to Input 7 to be se...

Page 514: ... set from CAP 531 NAME16 19 characters string User name of signal connected to Input 16 to be set from CAP 531 INTERVAL 0 60 s Interval time for cyclic sending of data to be set from CAP 531 BOUND 0 Off 1 On Connected to other terminals on the net work to be set from CAP 531 Table 2 Setting table for Event function No xx PARAMETER SETTING RANGE DESCRIPTION ...

Page 515: ...ABB Network Partner AB Event function Version 1 0 00 1MRK 580 140 XEN Page 6 230 ...

Page 516: ...ervision of the measured quantity 7 6 Amplitude dead band supervision 7 7 Integrating dead band supervision 7 7 Periodic reporting 7 8 Periodic reporting with the dead band supervision in parallel 7 8 Periodic reporting with the dead band supervision in series 7 8 Design and measuring principle 7 9 Setting 7 11 Testing 7 12 Appendix 7 13 Terminal diagram 7 13 Signal list 7 14 Setting table 7 15 Ap...

Page 517: ...ndix 7 37 Terminal diagram 7 37 Signal list 7 37 Setting table 7 38 Application 7 39 Theory of operation 7 39 Setting 7 40 Appendix 7 41 Terminal diagrams 7 41 Signal list 7 41 Setting table 7 41 Application 7 43 Theory of operation 7 44 SPA operation 7 44 LON operation 7 44 Design 7 45 SPA design 7 45 LON design 7 45 Setting 7 46 SPA setting 7 46 LON setting 7 47 Appendix 7 48 Setting table 7 48 ...

Page 518: ... 59 Binary signals 7 59 Analogue signals 7 59 Fault locator 7 60 Sequence number 7 60 Settings during test 7 61 Test mode 7 61 Activation of manual triggering 7 61 Appendix 7 62 Signal list 7 62 Setting table 7 63 Application 7 65 Theory of operation 7 65 Setting 7 65 Testing 7 66 Application 7 67 Theory of operation 7 67 Setting 7 68 Testing 7 68 Application 7 69 Recording capacity 7 69 Memory ca...

Page 519: ...ABB Network Partner AB Page IV ...

Page 520: ...ion is included in the terminal Phasors Synchronising values Logical signals Different I O units Counters within the auto reclosing function Communication channel only if the line differential protection func tion is included in the terminal Directionality Disturbance report Active group Internal time 2 Information subgroups 2 1 Mean values MMI branch Service Report Mean Values Line distance prote...

Page 521: ...have this function builtin as an option which also depends on the number of built in current and voltage inputs and their role within the terminals 2 4 Synchronising values MMI branch Service Report Sync Values1 2 3 4 A control terminal with a built in synchro check option displays the actual measured values of phase angle difference DiffPhase voltage dif ference DiffVoltage and frequency differen...

Page 522: ...rmation available under this submenu consists of Actual transmission time delay of a communication channel as measured by the differential protection function The number of short medium and long communication interrup tions calculated by built in counters These counters can also be cleared to the initial 0 value Status of the communication link together with the number of trans mitted and received...

Page 523: ...s recorded during the same day Status of built in analogue triggers that can start the operation of the disturbance recorder 2 11 Active group MMI branch Service Report Active Group The current active setting group is displayed under this submenu 2 12Internal time MMI branch Service Report Internal Time The internal terminal time can be checked under this submenu The data comprises information on ...

Page 524: ...ntity Further processing of the direct currents obtained on the outputs of differ ent measuring converters occurs within different control protection and monitoring terminals and within the higher hierarchical systems in the secondary power system The REC 561 control protection and monitoring terminal have a built in option to measure and further process information about up to 36 different direct...

Page 525: ...when the measured current decreases under the Low Warn or LowAlarm pre set values Fig 1 Presentation of the operating range and operating limits Each operating level has its corresponding functional output signal FOS Its logical value changes according to Fig 1 You can set the hysteresis which determines the difference between the operating and reset value at each operating point in wide range for...

Page 526: ...mini mum necessary Fig 2 Amplitude dead band supervision After the new value is reported the new Y limits for dead band are automatically set around it The new value is reported only if the meas ured quantity changes more than defined by the new Y set limits 4 2 Integrating dead band supervision The value of the measured quantity is updated even if the changes do not exceed the amplitude dead band...

Page 527: ...sion in parallel The newly measured value is reported After each time interval for the periodic reporting expired or When the new value is detected by the dead band supervision func tion You can select the amplitude dead band and the integrating dead band You can set periodic reporting in time intervals between 1 and 3600 sec onds 4 5 Periodic reporting with the dead band supervision in series Per...

Page 528: ...rter between 5 Hz and 255 Hz to adapt to different application requirements as best as possible Table 1 Dependence of reporting on different setting parameters EnDeadB EnIDeadB EnDeadBP RepInt Reporting of the new value Off Off Off 0 No measured values is reported Off On On t 0 The new measured value is reported only if the time t period expired and if during this time the integrating dead band li...

Page 529: ...ng module MPM All processing of the measured signal is performed on the module so that only the minimum amount of information is necessary to be transmitted to and from the MPM The measuring module receives information from the MPM on setting and the command parameters it reports the measured values and additional information according to needs and values of dif ferent parameters Each measuring ch...

Page 530: ...ng to the corresponding modules that are separately set for each measuring channel by the users five characters The relation between the measured quantity in power system and the set ting range of the direct current measuring channel corresponds to this equation Where is a set value for the minimum operating current of a channel in mA is a set value for a maximum operating current of a channel in ...

Page 531: ...e current generator and mA meter to the corresponding direct current input terminals Check that the values presented on the MMI mod ule corresponds to the magnitude of input direct current within the limits of declared accuracy The service value is available under the submenu Service Report Slotnm MIMx MIxy Value where nm represents the serial number of a slot with tested mA input module x represe...

Page 532: ... m 1 6 Fig 6 Simplified terminal diagram for the measuring channels 2 to 6 on the mA input module m 1 6 MIM mA input module m channel 1 MImn ERROR MImn INPUTERR MIm1 POSITION MIm1 BLOCK MImn RMAXAL MImn RMINAL MImn HIALARM MImn HIWARN MImn LOWWARN MImn LOWALARM x80154 5 MIM mA input module m channel n MImn INPUTERR MImn BLOCK MImn RMAXAL MImn RMINAL MImn HIALARM MImn HIWARN MImn LOWWARN MImn LOWAL...

Page 533: ... complete measuring module MInm LOWALARM Has the value equal to logical 1 when the measured input current on the measuring mod ule n n 1 6 for the measuring channel m m 1 6 decreases under the correspond ing set value LowAlarm MInm LOWWARN Has the value equal to logical 1 when the measured input current on the measuring mod ule n n 1 6 for the measuring channel m m 1 6 decreases under the correspo...

Page 534: ...a Determines the minimum value of the measuring transducer pri mary measuring quantity which corresponds to the minimum per mitted input current I_Min HiAlarm 20 00 20 00 mA Determines the operating value of the monitoring measuring ele ment which produces logical signal MInm HIALARM n 1 6 and m 1 6 HiWarn 20 00 20 00 mA Determines the operating value of the monitoring measuring ele ment which pro...

Page 535: ...ing quantity The setting parameters are the same for all measuring channels m 1 6 on all mA input modules n 1 6 MaxValue 1000 00 1000 00 a Determines the maximum value of the measuring transducer pri mary measuring quantity which corresponds to the maximum per mitted input current I_Max I_Min 20 00 20 00 mA Determines the minimum permitted input current to the measuring channel Table 3 PARAMETER S...

Page 536: ... five input voltages The number of processed alternate meas uring quantities depends on the type of terminal and built in options Additional information is also available Mean values of measured currents I in the first three current mea suring channels Mean values of measured voltages U in the first three voltage mea suring channels Three phase active power P as measured by the first three current...

Page 537: ... measured quantity in each channel by means of four built in operating limits see Fig 1 The monitors operate in two different modes of operation Overfunction when the measured current exceeds the HiWarn or HiAlarm pre set values Underfunction when the measured current decreases under the Low Warn or LowAlarm pre set values Fig 1 Presentation of the operating limits Each operating level has its cor...

Page 538: ...nged value compared to the last reported value is larger than the Y predefinied limits that are set by users and it this is detected by a new measuring sample then the measuring channel reports the new value to a higher level Fig 2 This limits the information flow to a mini mum necessary Fig 2 Amplitude dead band supervision After the new value is reported the new Y limits for dead band are automa...

Page 539: ... periodic reporting set the reporting time interval to 0 s 1 3 4 Periodic reporting with the dead band supervision in parallel The newly measured value is reported After each time interval for the periodic reporting expired or When the new value is detected by the dead band supervision func tion You can select the amplitude dead band and the integrating dead band You can set periodic reporting in ...

Page 540: ...igital signal processors DSP An additional Fourier filter numerically filters the received information and the DSP calculates the corresponding RMS values for Dependence of reporting on different setting parameters EnDeadB EnIDeadB EnDeadBP RepInt Reporting of the new value Off Off Off 0 No measured values is reported Off On On t 0 The new measured value is reported only if the time t period expir...

Page 541: ...e function This information is available to the user for operational purposes Addi tional processing filtering and calibration is necessary to obtain the accuracy sufficient for the purposes of accurate remote measurement This additional functionality is optional for the control terminals REC 5xx only 3 Setting Set the basic terminal parameters under the submenu Configuration AnalogInputs General ...

Page 542: ...nd the CAP 531 configuration tool to set all remaining parameters that are related to different alternating measuring quantities Separately set all monitoring operating values and the hysteresis directly in the basic units of the measured quantities for each channel and for each quantity Set the dead band limits directly in the corresponding units of the observed quantity for the Amplitude dead ba...

Page 543: ...ies within the lim its of declared accuracy The mean service values are available under the submenu Service Report Mean Values The phasors of up to five input currents and voltages are available under the submenu Service Report Phasors Primary The operation of ADBS or IDBS function can be checked separately with the RepInt 0 setting The value on the MMI follows the changes in the input measuring q...

Page 544: ... by analogue measuring channel U4 when active DA05 BLOCK Blocks the reporting of new measured value by analogue measuring channel U5 when active DA06 BLOCK Blocks the reporting of new measured value by analogue measuring channel I1 when active DA07 BLOCK Blocks the reporting of new measured value by analogue measuring channel I2 when active DA08 BLOCK Blocks the reporting of new measured value by ...

Page 545: ... reactive power Q measured by first three voltage and current inputs nn 15 mean value of frequency f as measured by first three voltage inputs U1 U2 and U3 DA14 BLOCK Blocks the reporting of new measured value by analogue measuring channel Q when active DA15 BLOCK Blocks the reporting of new measured value by analogue measuring channel f when active OUT 1 DESCRIPTION DAnn LOW ALARM Has the value e...

Page 546: ...rating value of the monitoring element which pro duces logical signal DA0n HIALARM n 1 5 EnDeadB Off On Enables On or disables Off the amplitude dead band supervision function DeadBand 0 0 1999 9 kV Width of the amplitude dead band within the ADBS function EnIDeadB Off On Enables On or disables Off the integrating dead band supervision function IDeadB 0 0 1999 9 kV Determines the width of the band...

Page 547: ...f On Produces an immediate event at operation of any alarm monitoring ele ment when On EnAlRem Off On Produces an immediate event at reset of any alarm monitoring element when On Hysteres 0 0 1999 9 kV Hysteresis for the set values of the monitoring elements in one measur ing channel LowAlarm 0 0 1999 9 kV Determines the operating value of the monitoring element which pro duces logical signal DA11...

Page 548: ...les Off the amplitude dead band supervision function DeadBand 0 99999 A Width of the amplitude dead band within the ADBS function EnIDeadB Off On Enables On or disables Off the integrating dead band supervision function IDeadB 0 99999 A Determines the width of the band within the IDBS function Be aware of the sampling frequency EnDeadBP Off On Enables On or disables Off the periodic dead band repo...

Page 549: ...ring ele ment when On EnAlRem Off On Produces an immediate event at reset of any alarm monitoring element when On Hysteres 0 0 9999 9 Mvar Hysteresis for the set values of the monitoring elements in one measur ing channel LowAlarm 0 0 9999 9 Mvar Determines the operating value of the monitoring element which pro duces logical signal DA14 LOWALARM LowWarn 0 0 9999 9 Mvar Determines the operating va...

Page 550: ...d band supervision function DeadBand 0 0 99 9 Hz Width of the amplitude dead band within the ADBS function EnIDeadB Off On Enables On or disables Off the integrating dead band supervision function IDeadB 0 0 99 9 Hz Determines the width of the band within the IDBS function Be aware of the sampling frequency EnDeadBP Off On Enables On or disables Off the periodic dead band reporting Reporting of ev...

Page 551: ...eport Events or disables No Events reporting of events from channel DA03 to the SCS EventMask U2 No Events Report Events Enables Report Events or disables No Events reporting of events from channel DA02 to the SCS EventMask U1 No Events Report Events Enables Report Events or disables No Events reporting of events from channel DA01 to the SCS The following parameters are settable under the Configur...

Page 552: ...lse Counter reading every full minute Interrogation of additional Pulse Counter values can be done with a command intermediate reading for a single counter All active counters can also be read by the LON General Interrogation command GI The Pulse Counter in REC 561 supports unidirectional incremental counters That means only positive values are possible The counter uses a 32 bit format that is the...

Page 553: ...al reading per positive flank The signal must be a pulse with a length 1 second The BIM_CONN input is connected to the used input of the function block for the Binary input module BIM If BIM_CONN is connected to another function block the INVALID signal is activated to indicate the configuration error The NAME input is used for a user defined name with up to 19 charac ters Each Pulse Counter funct...

Page 554: ...nter Operation Off On Cycle Time 30s 1min 1min30s 2min 2min30s 3min 4min 5min 6min 7min30s 10min 12min 15min 20min 30min 60min Under Mask Analogue Events in SMS the reporting of the analogue events can be masked Event Mask No Events Report Events The configuration of the inputs and outputs of the Pulse Counter function block is made by the CAP 531 configuration tool The appendix shows the paramete...

Page 555: ...es at least a SPA or LON connection to a station MMI including corresponding functionality A known number of pulses are with different frequency connected to the pulse counter input The test should be performed for the settings opera tion Off On and for blocked deblocked function The Pulse Counter value is then read by the station MMI ...

Page 556: ...er value The reading is per formed on the positive flank of the pulse PCxx BIM_CONN Input to be connected to the used input of the function block for the Binary input mod ule BIM OUT DESCRIPTION PCxx INVALID The output is set if the Binary input module BIM where the pulse input is located fails or has wrong configuration PCxx RESTART The output is set when the reported value does not comprise a co...

Page 557: ... Counter xx in operation To be set from SMS CycleTime 30s 1min 1min30s 2min 2min30s 3min 4min 5min 6min 7min30s 10min 12min 15min 20min 30min 60min Cycle time for reporting the counter value xx To be set from SMS EventMaskxx No Events Report Events Mask for analogue events from Pulse Counter xx to be set from SMS PCxx NAME 19 characters string User name of Pulse Counter xx To be set from from CAP ...

Page 558: ...ication ports Station Monitoring System SMS or Substation Control System SCS as a telegram message or a minute pulse con nected to a binary input 2 Theory of operation The terminal has its own internal clock with date hour minute second and millisecond It has a resolution of 1 ms The clock has a built in calendar for 30 years that handles leap years Any change between summer and winter time must b...

Page 559: ...ing parameter is then called Synsourc The setting alternatives are None no synchronisation SPA or LON Minute pulse positive or negative flank SPA is set when the time synchronisation is performed via SMS and LON is set when the time synchronisation is performed via SCS Minute positive flank or Minute negative flank is set when a binary input is used for minute pulse synchronisation The function in...

Page 560: ...IME TIME RTCERR TIME SYNCERR X80135 1 IN DESCRIPTION TIME MINSYNC Minute pulse synchronisation input OUT DESCRIPTION TIME SYNCERR Loss of synchronisation TIME RTCERR Internal clock error PARAMETER SETTING RANGE DESCRIPTION Synsourc None LON SPA BI pos flank BI neg flank LON TimesynchronisationviatherearLONport SPA TimesynchronisationviatherearSPAport BI pos flank Minute pulse positive flank BI neg...

Page 561: ...ABB Network Partner AB Time synchronisation Version 1 0 00 1MRK 580 135 XEN Page 7 42 ...

Page 562: ...ed when using the front communication port but for this purpose no special Remote communica tion function is required in the terminal Only the software in the PC and a special cable for front connection is needed Fig 1 Example of SPA communication structure for a station moni toring system Fig 2 Example of LON communication structure for substation auto mation X80142 1 REL 511 Bus connection units...

Page 563: ...e applied on each fibre optic loop A program is needed in the master computer for interpretation of the SPA bus codes and for translation of the settings sent to the terminal This program is called SMS BASE with the appropriate SM REx 5xx modules 2 2 LON operation The LON protocol is specified in the LonTalkProtocol Specification Version 3 from Echelon Corporation This protocol is designed for com...

Page 564: ...in the PC either local or remote is SMS BASE Ver 2 0 or higher SM REx 5xx for the terminal in question RECOM Ver 1 3 or higher if disturbance recorder data is trans ferred to a PC REVAL Ver 1 1 or higher for evaluation of this disturbance recorder data When communicating to a front connected PC the only hardware required is the special front connection cable The software needed in a front connecte...

Page 565: ...hin the used SPA loop The baud rate that is the communication speed can be set to between 300 and 38400 bits s The baud rate should be the same for the whole sta tion although different baud rates in a loop are possible If different baud rates in the same fibre optical loop are used consider this when making the communication setup in the communication master that is the PC The maximum baud rate o...

Page 566: ...ia the built in MMI at Configuration LONComm ServicePinMsg By setting YES the node address is sent to the LNT via the LON bus Or the LNT can scan the network for new nodes The speed of the LON bus is set to the default of 1 25 MHz This can be changed by the LNT If the LON communication from the terminal stops caused by setting of illegal communication parameters outside the setting range or by ano...

Page 567: ...us identification number BaudRate 300 1200 2400 4800 9600 19200 38400 Baud Communication speed RemoteChActgrp Open Block Open Access right to change between active groups both rear ports RemoteChSet Open Block Open Access right to change any parame ter both rear ports Front SlaveNo 1 899 SPA bus identification number BaudRate 300 1200 2400 4800 9600 Baud Communication speed ...

Page 568: ...content of the Disturbance report is erased The internal events are time tagged with a resolution of 1 ms and stored in a list The list can store up to 40 events The list is based on the FIFO prin ciple when it is full the oldest event is overwritten The list cannot be cleared its content cannot be erased The list of internal events provides valuable information which can be used during commission...

Page 569: ...ABB Network Partner AB Internal events Version 1 0 00 1MRK 580 134 XEN Page 7 50 ...

Page 570: ...ult locator Trip values phase values Disturbance Recorder The whole Disturbance Report can contain information for up to 10 dis turbances each with the data coming from all the parts mentioned above depending on the options installed All information in the Disturbance Report is stored in non volatile flash memories This implies that no infor mation is lost in case of loss of power supply Fig 1 Dis...

Page 571: ...bances DisturbSummary 1 which is the latest one and DisturbSummary 2 which is the second latest are presented with Date and time Selected indications set with the Indication mask Distance to fault and fault loop selected by the Fault locator Disturbance data on the MMI presented at DisturbReport Disturbances Disturbance n 1 10 The date and time of the disturbance the trig signal the indications th...

Page 572: ...t locator in 1MRK 580 138 XEN 1 5 Trip values Trip values includes phasors of currents and voltages before the fault and during the fault See Measurement of alternating quantities 1MRK 580 159 XEN 1 6 Disturbance recorder The Disturbance recorder registers analogue and binary signal data before during and after the fault See Disturbance recorder in 1MRK 580 141 XEN On the built in MMI the indicati...

Page 573: ...e called pre triggering time because it consists of not only a pre fault time but also the operating time for the trigger itself tFault Fault time of the recording The fault time cannot be set and continues as long as any valid trigger condition binary or ana logue persists unless limited by tLim the limit time see below tPost Post fault recording time When all activated triggers during the fault ...

Page 574: ...ow the set threshold level for an undervoltage or undercurrent trig this trig is indicated with a less than sign with its name The procedure is separately performed for each channel This method of checking the analogue start conditions gives a function which is insensitive to dc offset in the signal The operating time for this start is typically in the range of one cycle 20 ms for a 50 Hz network ...

Page 575: ...e signal trig over under function 4 1 1 Manual trig Manual trig starts from the built in MMI or from a front connected PC or SMS This is found on the MMI menu tree at DisturbReport Manual Trig 4 1 2 Binary trig A trig on a binary signal can be activated on either a logical 1 or a logical 0 When a binary input is used as trig the signal must stay for at least 15 ms to be picked up Note that when a ...

Page 576: ...of binary signals trig conditions and MMI indication mask AnalogSignals Recording mask and trig conditions FaultLocator Filter time and distance measurement unit km miles User defined names of analogue signals can be set at Configuration AnalogInputs The user defined names of binary signals can be set at Configuration DisturbReport Input n 1 48 The analogue and binary signals appear with their use...

Page 577: ...ation Monitoring Sys tem SMS LED information yellow start red trip is stored The Disturbance Summary is automatically scrolled on the built in MMI for the two latest registered disturbances until cleared Table 1 How the settings affect different functions in the Disturbance Report MMI Setting menu Function Disturbance Summary scrolled on MMI Disturbance Recorder Indications Event list SMS Trip val...

Page 578: ...e all available signals are grouped function by function The 48 signals can be selected among internal logical signals and binary input signals Each selected signal is registered by the Disturbance Recorder Event Recorder and Indication functions during a recording A user defined name for each of the signals can be entered This name can comprise up to 13 characters MMI submenu Settings DisturbRepo...

Page 579: ...setting of Operation and triggers even if Operation Off A user defined name for each of the signals can be entered It can consist of up to 13 characters It is found at Configuration AnalogInputs 2 4 Fault locator See Fault locator in document 1MRK 580 138 XEN for more infor mation 2 5 Sequence number MMI submenu ServiceReport DisturbReport SequenceNo Normally this setting option is never used Each...

Page 580: ...n the built in MMI but not stored in the terminal Disturbance summary is automatically scrolled on the built in MMI for the two latest registered disturbances until cleared The informa tion is not stored in the terminal Operation On DisturbSummary Off or On The Disturbance Report works as in normal mode Disturbances are stored Data can be read from the built in MMI a front connected PC or SMS LED ...

Page 581: ...o 14 DREP INPUT15 Binary signal to be recorded as signal No 15 DREP INPUT16 Binary signal to be recorded as signal No 16 DREP INPUT17 Binary signal to be recorded as signal No 17 DREP INPUT18 Binary signal to be recorded as signal No 18 DREP INPUT19 Binary signal to be recorded as signal No 19 DREP INPUT20 Binary signal to be recorded as signal No 20 DREP INPUT21 Binary signal to be recorded as si...

Page 582: ...nal to be recorded as signal No 46 DREP INPUT47 Binary signal to be recorded as signal No 47 DREP INPUT48 Binary signal to be recorded as signal No 48 OUT DESCRIPTION DREP OFF Disturbance Report operation during normal condition is set to Off DREP RECSTART Disturbance recording started DREP CLEARED All disturbances in the Disturbance Report cleared DREP RECMADE Disturbance recording made and store...

Page 583: ...nce recorder Off the signal is not recorded Trig U Off On Over trig operation U 0 200 of Ur sqr3 Over trig value Trig U Off On Under trig operation U 0 110 of Ur sqr3 Under trig value Analog I1 I5 Operation Off On On the signal is recorded in the Distur bance recorder Trig I Off On Over trig operation I 0 5000 of Ir Over trig value Trig I Off On Under trig operation I 0 200 of Ir Under trig value ...

Page 584: ...odule while the binary input channels are time tagged directly on each I O module The events are collected during the total recording time tRecording and they are stored in the Disturbance report memory at the end of each recording The name of the binary input signal that appears in the event list is the user defined name that can be programmed in the terminal The time tagging of events emerging f...

Page 585: ...he binary input and output signals a user defined name can be programmed at Configuration Slotnn XXXX ex Slot15 BOM3 See Disturbance report Settings 1MRK 580 133 XEN for more infor mation 4 Testing During testing the Event recorder can be switched off if desired This is found in the SMS or Substation Control System SCS ...

Page 586: ...atically activated The indications are registered only during the fault time of a recorded dis turbance as long as any trigger condition is activated A part or all of these indications can be automatically scrolled on the built in MMI after a disturbance is recorded until acknowledged with the C button on the MMI They are selected with the Indication mask The signal name for internal logical signa...

Page 587: ...t BinarySignals Input n up to 48 See Disturbance report Settings in 1MRK 580 133 XEN for more information 4 Testing If TestMode is activated and TestMode DisturbReport is set to Then the disturbances Operation On DisturbSummary On or Off Are stored as usual in the terminal Operation Off DisurbSummary On Summary scrolls No indications No storage of LED information Operation Off DisturbSummary Off A...

Page 588: ...y The recording function can record all analogue inputs in the transformer module and up to 48 binary signals To maximise the use of the memory the number of analogue channels to be recorded is user selectable by pro gramming and can be set individually for each analogue input The recorded binary signals can be either true binary input signals or internal logical signals created by the protective ...

Page 589: ...ondition triggering the data storage continues in another part of the memory The storing goes on as long as the fault condition prevails plus a certain additional time The length of this addi tional part is called the post fault time and it can be set in the disturbance recorder The above mentioned two parts form a disturbance recording The whole memory acts as a cyclic buffer and when it is full ...

Page 590: ... REVAL 1MRK 501 003 UEN Table 1 Contents of the header Type of information Parameter Stored in parameter database Stored with disturbance General Station object unit ID x Date and time x Sequence number x CT earthing x Time synchronisation source x Recording times tPre tPost tLim x Pre fault Uph ph I RMS x Trig signal and test mode flag x Analogue signals Signal name x Primary and secondary instr ...

Page 591: ...overfunction start on that channel is indicated The overfunc tion is indicated with a greater than sign Similarly if the average value is below the set threshold level for under function on the channel in question an underfunction start on that channel is indicated The underfunction is indicated with a less than sign The procedure is separately performed for each channel This method of checking th...

Page 592: ...ed disturbance data along with relevant data from the database for configuration and parameter set up Some parameters in the header of a recording are stored with the record ing and some are retrieved from the parameter database in connection with a disturbance Table 1 indicates where the various parameters are stored This means that if a parameter that is retrieved from the parameter database was...

Page 593: ... from the disturbance recording function requires access to an SMS workstation either permanently connected to the termi nal or temporarily connected to the serial port on the front These software packages must be installed in the workstation Package For SMS BASE Common functions RECOM Collection of the disturbance data REVAL Evaluation and printouts of the recorded data It could be useful to have...

Page 594: ... name 6 51 6 59 6 62 BAY_CON worksheet 9 4 BAYCON 6 9 6 10 6 13 BAYCONA 6 10 6 51 6 62 BAYCONB 6 10 6 52 6 65 BAYCONC 6 10 6 53 6 68 BAYCOND 6 10 6 54 6 71 BAYCONE 6 10 6 55 6 76 BAYCONF 6 10 6 56 6 80 BAYCONX 6 98 BB_ES 6 105 6 108 6 169 6 199 BBxx signal name 6 52 6 65 BCxx signal name 6 53 6 68 BDxx signal name 6 54 6 71 BExx signal name 6 55 6 76 BFP 5 85 BFP BUTRIP 5 96 BFP RETRIPL1 5 96 BFP ...

Page 595: ...6 110 direct current measuring 7 5 directionality 7 3 DISTREP CLEARED 3 16 disturbance overview 7 52 disturbance recorder 7 69 disturbance report 7 3 7 51 7 57 disturbance summary 7 52 DLLB 5 11 5 33 double breaker 2 4 2 6 6 109 6 123 double busbar 6 106 double indication 6 222 DREP CLEARED 7 63 DREP CLRLEDS 7 62 DREP INPUT1 7 62 DREP MEMUSED 7 63 DREP OFF 7 63 DREP RECMADE 7 63 DREP RECSTART 7 63...

Page 596: ... 4 24 IOxx BOy 4 23 IOxx ERROR 4 23 IOxx POSITION 4 23 L led indications 7 67 limit time 7 54 LNT 3 11 7 47 local control panel 6 40 logical signals 7 2 LON 2 21 2 31 3 9 7 43 LON address 3 73 LON Network Tool 3 11 LONDefault 7 47 loss of power system voltage 5 97 LOV BC 5 103 LOV TRIP 5 103 LOV VTSU 5 103 M mA input module 2 35 4 17 7 5 main processing module 2 30 maintenance 3 17 making capacity...

Page 597: ... retrip 5 87 5 90 RTXP 24 3 13 S SA 7 43 sampling frequency 2 35 SAxx signal name 6 58 6 88 SBxx signal name 6 59 6 91 SCADA 7 43 SCM 2 31 screw terminals 2 38 SCxx signal name 6 60 6 94 sealing strip 2 36 secondary injection test 3 13 self supervision 3 15 SequenceNo 7 57 serial communication module 2 31 3 9 service report 7 1 ServicePinMsg 7 47 SETTING CHANGED 3 16 setting group 4 5 setting rest...

Page 598: ...E SYNCERR 7 41 TPX 2 19 TPY 2 19 transfer busbars 6 106 transformer bay 6 107 6 122 transformer input module 2 35 trig signals 7 56 TRIP BLOCK 5 7 TRIP EXTL1 5 7 TRIP EXTTRIP 5 7 TRIP GTRIP 5 8 tripping logic 5 1 TRIP PSL1 5 7 TRIP PTPTRIP 5 8 TRIP SPTRIP 5 8 TRIP TPTRIP 5 8 TRIP TRIPL1 5 8 TRIP TRSPZ 5 8 TRIP TRTP 5 8 TRM 2 35 V voltage connector 2 39 voltage transformers 2 19 W wall mounting 2 3...

Page 599: ...ABB Network Partner AB Index Version 1 0 01 1MRK 580 175 XEN Page 8 6 ...

Page 600: ...ntrol terminal together in a user friendly way This software must be installed on the same computer to use CAP 531 Tool for creating navigator and communication with the REC 561 terminal SMS BASE Corresponding library for REC 561 for SMS SM REC 561 Corresponding library for REC 561 for CAP 531 CAP REC 561 In CAP 531 a function selector lets you select the type of included I O modules type of inter...

Page 601: ...n the function selector in the CAP 531 has these settings The settings in table 1 mean The apparatus control function is activated No bays in the terminal have more than 8 apparatuses No external selection relays are used External synchro check is used The binary input module of type BIM is defined as I O module 1 Table 1 Selected functions in the default configuration Function group Selector Valu...

Page 602: ... in station remote are also displayed in this worksheet Alarm signals for external signals via the binary input module for example external volt age fuse failure or synchro check failure and internal signals are con nected to the event function blocks for transferring to the station MMI and or remote gateway There might be more internal signals depending on the options installed for example the A ...

Page 603: ...on of circuit breaker control is made according to the Q0_CON worksheet It is configured for use with external synchro check which means use of SWICONB To use the optional internal synchro check function some modifications must be made according to Apparatus Control 1MRK 580 150 XEN which also describes the connections to other options for example autoreclosing Trip signals from optional pro tecti...

Page 604: ...ntrol 2 10Input output modules The I_O worksheet contains the configuration of the input output signals The FIXD ON true and FIXD_OFF false signals are distributed to applicable function block inputs in their own and other worksheets These signals are exchanged to other connections for example when options or other functions are added This worksheet also displays the configuration that connects I ...

Page 605: ... number 11 A012 Logic AND AND Logic AND gate number 12 A013 Logic AND AND Logic AND gate number 13 A014 Logic AND AND Logic AND gate number 14 A015 Logic AND AND Logic AND gate number 15 A016 Logic AND AND Logic AND gate number 16 A017 Logic AND AND Logic AND gate number 17 A018 Logic AND AND Logic AND gate number 18 A019 Logic AND AND Logic AND gate number 19 A020 Logic AND AND Logic AND gate num...

Page 606: ...ND gate number 53 A054 Logic AND AND Logic AND gate number 54 A055 Logic AND AND Logic AND gate number 55 A056 Logic AND AND Logic AND gate number 56 A057 Logic AND AND Logic AND gate number 57 A058 Logic AND AND Logic AND gate number 58 A059 Logic AND AND Logic AND gate number 59 A060 Logic AND AND Logic AND gate number 60 A061 Logic AND AND Logic AND gate number 61 A062 Logic AND AND Logic AND g...

Page 607: ...number 93 A094 Logic AND AND Logic AND gate number 94 A095 Logic AND AND Logic AND gate number 95 A096 Logic AND AND Logic AND gate number 96 A097 Logic AND AND Logic AND gate number 97 A098 Logic AND AND Logic AND gate number 98 A099 Logic AND AND Logic AND gate number 99 A100 Logic AND AND Logic AND gate number 100 A101 Logic AND AND Logic AND gate number 101 A102 Logic AND AND Logic AND gate nu...

Page 608: ...gate number 133 A134 Logic AND AND Logic AND gate number 134 A135 Logic AND AND Logic AND gate number 135 A136 Logic AND AND Logic AND gate number 136 A137 Logic AND AND Logic AND gate number 137 A138 Logic AND AND Logic AND gate number 138 A139 Logic AND AND Logic AND gate number 139 A140 Logic AND AND Logic AND gate number 140 A141 Logic AND AND Logic AND gate number 141 A142 Logic AND AND Logic...

Page 609: ... gate number 173 A174 Logic AND AND Logic AND gate number 174 A175 Logic AND AND Logic AND gate number 175 A176 Logic AND AND Logic AND gate number 176 A177 Logic AND AND Logic AND gate number 177 A178 Logic AND AND Logic AND gate number 178 A179 Logic AND AND Logic AND gate number 179 A180 Logic AND AND Logic AND gate number 180 A181 Logic AND AND Logic AND gate number 181 A182 Logic AND AND Logi...

Page 610: ... gate number 213 A214 Logic AND AND Logic AND gate number 214 A215 Logic AND AND Logic AND gate number 215 A216 Logic AND AND Logic AND gate number 216 A217 Logic AND AND Logic AND gate number 217 A218 Logic AND AND Logic AND gate number 218 A219 Logic AND AND Logic AND gate number 219 A220 Logic AND AND Logic AND gate number 220 A221 Logic AND AND Logic AND gate number 221 A222 Logic AND AND Logi...

Page 611: ...utoRecloser AR AutoRecloser 6 BA01 Apparatus Control BAYCONA AppControl BAYCONA BA02 Apparatus Control BAYCONA AppControl BAYCONA BA03 Apparatus Control BAYCONA AppControl BAYCONA BA04 Apparatus Control BAYCONA AppControl BAYCONA BA05 Apparatus Control BAYCONA AppControl BAYCONA BA06 Apparatus Control BAYCONA AppControl BAYCONA BA07 Apparatus Control BAYCONA AppControl BAYCONA BA08 Apparatus Contr...

Page 612: ...rol BAYCONE BE07 Apparatus Control BAYCONE AppControl BAYCONE BE08 Apparatus Control BAYCONE AppControl BAYCONE BE09 Apparatus Control BAYCONE AppControl BAYCONE BE10 Apparatus Control BAYCONE AppControl BAYCONE BE11 Apparatus Control BAYCONE AppControl BAYCONE BE12 Apparatus Control BAYCONE AppControl BAYCONE BF01 Apparatus Control BAYCONF AppControl BAYCONF BF02 Apparatus Control BAYCONF AppCont...

Page 613: ...ONL BL20 Apparatus Control BLKCONL AppControl BLKCONL BL21 Apparatus Control BLKCONL AppControl BLKCONL BL22 Apparatus Control BLKCONL AppControl BLKCONL BL23 Apparatus Control BLKCONL AppControl BLKCONL BL24 Apparatus Control BLKCONL AppControl BLKCONL CD01 Single Command 16 SingleCmdFunc Single Command Function 01 CD02 Single Command 16 SingleCmdFunc Single Command Function 02 CD03 Single Comman...

Page 614: ...nd MultCmdFunc Multiple Command Function 23 CM24 Multiple Command MultCmdFunc Multiple Command Function 24 CM25 Multiple Command MultCmdFunc Multiple Command Function 25 CM26 Multiple Command MultCmdFunc Multiple Command Function 26 CM27 Multiple Command MultCmdFunc Multiple Command Function 27 CM28 Multiple Command MultCmdFunc Multiple Command Function 28 CM29 Multiple Command MultCmdFunc Multipl...

Page 615: ...unction 62 CM63 Multiple Command MultCmdFunc Multiple Command Function 63 CM64 Multiple Command MultCmdFunc Multiple Command Function 64 CM65 Multiple Command MultCmdFunc Multiple Command Function 65 CM66 Multiple Command MultCmdFunc Multiple Command Function 66 CM67 Multiple Command MultCmdFunc Multiple Command Function 67 CM68 Multiple Command MultCmdFunc Multiple Command Function 68 CM69 Multip...

Page 616: ...alogIn_U1 Direct Analogue Input 1 U1 DA02 DirectAnalogInput DirAnalogIn_U2 Direct Analogue Input 2 U2 DA03 DirectAnalogInput DirAnalogIn_U3 Direct Analogue Input 3 U3 DA04 DirectAnalogInput DirAnalogIn_U4 Direct Analogue Input 4 U4 DA05 DirectAnalogInput DirAnalogIn_U5 Direct Analogue Input 5 U5 DA06 DirectAnalogInput DirAnalogIn_I1 Direct Analogue Input 6 I1 DA07 DirectAnalogInput DirAnalogIn_I2 ...

Page 617: ...VENT Event Function 17 EV18 Event Function EVENT Event Function 18 EV19 Event Function EVENT Event Function 19 EV20 Event Function EVENT Event Function 20 EV21 Event Function EVENT Event Function 21 EV22 Event Function EVENT Event Function 22 EV23 Event Function EVENT Event Function 23 EV24 Event Function EVENT Event Function 24 EV25 Event Function EVENT Event Function 25 EV26 Event Function EVENT...

Page 618: ...Interlocking ABC_LINE IF02 Interlocking ABC_LINE Interlocking ABC_LINE IF03 Interlocking ABC_LINE Interlocking ABC_LINE IG01 Interlocking ABC_BC Interlocking ABC_BC IG02 Interlocking ABC_BC Interlocking ABC_BC IG03 Interlocking ABC_BC Interlocking ABC_BC IH01 Interlocking A1A2_BS Interlocking A1A2_BS IH02 Interlocking A1A2_BS Interlocking A1A2_BS IH03 Interlocking A1A2_BS Interlocking A1A2_BS II01...

Page 619: ...number 4 IV05 Logic Inverter INV Logic Inverter gate number 5 IV06 Logic Inverter INV Logic Inverter gate number 6 IV07 Logic Inverter INV Logic Inverter gate number 7 IV08 Logic Inverter INV Logic Inverter gate number 8 IV09 Logic Inverter INV Logic Inverter gate number 9 IV10 Logic Inverter INV Logic Inverter gate number 10 IV11 Logic Inverter INV Logic Inverter gate number 11 IV12 Logic Inverte...

Page 620: ...V44 Logic Inverter INV Logic Inverter gate number 44 IV45 Logic Inverter INV Logic Inverter gate number 45 IV46 Logic Inverter INV Logic Inverter gate number 46 IV47 Logic Inverter INV Logic Inverter gate number 47 IV48 Logic Inverter INV Logic Inverter gate number 48 IV49 Logic Inverter INV Logic Inverter gate number 49 IV50 Logic Inverter INV Logic Inverter gate number 50 IV51 Logic Inverter INV...

Page 621: ...ut 1 MI12 mA Input MIM mA Input Module 1 Input 2 MI13 mA Input MIM mA Input Module 1 Input 3 MI14 mA Input MIM mA Input Module 1 Input 4 MI15 mA Input MIM mA Input Module 1 Input 5 MI16 mA Input MIM mA Input Module 1 Input 6 MI21 mA Input MIM mA Input Module 2 Input 1 MI22 mA Input MIM mA Input Module 2 Input 2 MI23 mA Input MIM mA Input Module 2 Input 3 MI24 mA Input MIM mA Input Module 2 Input 4...

Page 622: ...on block for syncronisation of signals sent between logic tasks MOL2 Move First Move Last MOVE Function block for syncronisation of signals sent between logic tasks MOL3 Move First Move Last MOVE Function block for syncronisation of signals sent between logic tasks NONE No signal connected NONE NONE signal O001 Logic OR OR Logic OR gate number 1 O002 Logic OR OR Logic OR gate number 2 O003 Logic O...

Page 623: ... Logic OR gate number 36 O037 Logic OR OR Logic OR gate number 37 O038 Logic OR OR Logic OR gate number 38 O039 Logic OR OR Logic OR gate number 39 O040 Logic OR OR Logic OR gate number 40 O041 Logic OR OR Logic OR gate number 41 O042 Logic OR OR Logic OR gate number 42 O043 Logic OR OR Logic OR gate number 43 O044 Logic OR OR Logic OR gate number 44 O045 Logic OR OR Logic OR gate number 45 O046 L...

Page 624: ... Logic OR gate number 76 O077 Logic OR OR Logic OR gate number 77 O078 Logic OR OR Logic OR gate number 78 O079 Logic OR OR Logic OR gate number 79 O080 Logic OR OR Logic OR gate number 80 O081 Logic OR OR Logic OR gate number 81 O082 Logic OR OR Logic OR gate number 82 O083 Logic OR OR Logic OR gate number 83 O084 Logic OR OR Logic OR gate number 84 O085 Logic OR OR Logic OR gate number 85 O086 L...

Page 625: ...ic OR gate number 116 O117 Logic OR OR Logic OR gate number 117 O118 Logic OR OR Logic OR gate number 118 O119 Logic OR OR Logic OR gate number 119 O120 Logic OR OR Logic OR gate number 120 O121 Logic OR OR Logic OR gate number 121 O122 Logic OR OR Logic OR gate number 122 O123 Logic OR OR Logic OR gate number 123 O124 Logic OR OR Logic OR gate number 124 O125 Logic OR OR Logic OR gate number 125 ...

Page 626: ...gic OR gate number 156 O157 Logic OR OR Logic OR gate number 157 O158 Logic OR OR Logic OR gate number 158 O159 Logic OR OR Logic OR gate number 159 O160 Logic OR OR Logic OR gate number 160 O161 Logic OR OR Logic OR gate number 161 O162 Logic OR OR Logic OR gate number 162 O163 Logic OR OR Logic OR gate number 163 O164 Logic OR OR Logic OR gate number 164 O165 Logic OR OR Logic OR gate number 165...

Page 627: ...c OR gate number 195 O196 Logic OR OR Logic OR gate number 196 O197 Logic OR OR Logic OR gate number 197 O198 Logic OR OR Logic OR gate number 198 O199 Logic OR OR Logic OR gate number 199 PC01 Metering Pulse Coun ter PulseCounter Pulse Counter number 1 PC02 Metering Pulse Coun ter PulseCounter Pulse Counter number 2 PC03 Metering Pulse Coun ter PulseCounter Pulse Counter number 3 PC04 Metering Pu...

Page 628: ...ontrol SWICONB SB06 Apparatus Control SWICONB AppControl SWICONB SB07 Apparatus Control SWICONB AppControl SWICONB SB08 Apparatus Control SWICONB AppControl SWICONB SB09 Apparatus Control SWICONB AppControl SWICONB SB10 Apparatus Control SWICONB AppControl SWICONB SB11 Apparatus Control SWICONB AppControl SWICONB SB12 Apparatus Control SWICONB AppControl SWICONB SC01 Apparatus Control SWICONC AppC...

Page 629: ...ncro Check TCS Trip Supervision TCS Trip Circuit Supervision TEST Test mode and Block ing Test Test TIME Time Synchronization Time Time TM01 Logic Timer Timer Logic ON OFF Timer 1 TM02 Logic Timer Timer Logic ON OFF Timer 2 TM03 Logic Timer Timer Logic ON OFF Timer 3 TM04 Logic Timer Timer Logic ON OFF Timer 4 TM05 Logic Timer Timer Logic ON OFF Timer 5 TM06 Logic Timer Timer Logic ON OFF Timer 6 ...

Page 630: ...ulse Pulse Logic Timer Pulse gate number 27 TP28 Logic Timer Pulse Pulse Logic Timer Pulse gate number 28 TP29 Logic Timer Pulse Pulse Logic Timer Pulse gate number 29 TP30 Logic Timer Pulse Pulse Logic Timer Pulse gate number 30 TP31 Logic Timer Pulse Pulse Logic Timer Pulse gate number 31 TP32 Logic Timer Pulse Pulse Logic Timer Pulse gate number 32 TP33 Logic Timer Pulse Pulse Logic Timer Pulse...

Page 631: ...XOR XOR Logic Exclusive OR gate number 16 XO17 Logic XOR XOR Logic Exclusive OR gate number 17 XO18 Logic XOR XOR Logic Exclusive OR gate number 18 XO19 Logic XOR XOR Logic Exclusive OR gate number 19 XO20 Logic XOR XOR Logic Exclusive OR gate number 20 XO21 Logic XOR XOR Logic Exclusive OR gate number 21 XO22 Logic XOR XOR Logic Exclusive OR gate number 22 XO23 Logic XOR XOR Logic Exclusive OR ga...

Page 632: ... Partner AB 1MRK 580 188 XEN Page 9 33 Version 1 0 00 XO38 Logic XOR XOR Logic Exclusive OR gate number 38 XO39 Logic XOR XOR Logic Exclusive OR gate number 39 Table 2 List of function blocks Function block FB description Function type Comment ...

Page 633: ...o contains the printout of the default configuration 1MRK 000 606 1 of REC 561 The configuration consists of these work sheets Table 3 Worksheets of REC 561 default configuration Name Version OVERVIEW 1 0 00 REM 1 0 00 MMI 1 0 00 COMM 1 0 00 BAY_RE 1 0 00 BAY_CON 1 0 00 Q0_CON 1 0 00 Q9_CON 1 0 00 Q1_CON 1 0 00 Q2_CON 1 0 00 Q8_CON 1 0 00 I_O 1 0 00 ...

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