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Protecion Relay from ABB. Differential Busbar protection. REB500
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for Sub-transmission and Transmission Networks
Protection, Monitoring and Control Terminals
ABB is the original source of manyinnovations that help you enhance thereliability, availability and security of yourprotection and control system through widerange of products, services and systemssolutions. The pioneering spirit and ability tolisten to the customers voice have been thedriving forces throughout our history ofinnovation, which started over 100 years ago.This in combination with our local expertiseallows us to fulfill all your specificrequirements. Today, being the globaltechnology leader, we can serve you with thehighest quality standards in the field.
ABB’s protection, monitoring and controlsolutions range from single multifunctionunits to fully integrated, comprehensive,high-performance substation automationsystems. Our business concept is very simple:We offer reliable products with optimizedfunctionality for all customer applications.Or in other words we offer confidence andvalue.
Our product portfolio for generation andtransmission includes:• Generator Protection• Transformer Protection• Busbar Protection• Line Protection• Bay Controllers• Single Function Relays• Station HMI• Communication Gateways
ABB’s terminals protect and controlthousands of substations in more than 100countries. Through ABB engineering centers,via our external partners or directly to ourutility & industry customers we can providethe essential building blocks for efficientSubstation Automation as well as retrofit andupgrades of existing installations.
Additionally, we can supply specializedproducts for phasor measurement, railwayapplications, FACTS and HVDC. We alsosupport our large installed base ofelectromechanical and COMBIFLEX relayswith spares and replacement parts. In shortwe are your One-Stop-Shop for all yourprotection, monitoring and control needs.
2
ABB Protection and Control
makes the dif
ABB
Continuity
Reliability
Performance
The 100 years experience in protection andcontrol of the power system has given us aunique and proven experience in “The Artof Protective Relaying” including the legacybrands of ASEA, Brown Boveri, ITE,Strömberg and Westinghouse. It has alsogiven us the largest installed base ofelectromechanical, static and numerical relayscompared to any other manufacturer. Butmost importantly, it has given us theknowledgebase to continuously improveevery new design to provide more value atless cost.
Dependability and security are a must inprotective relaying and ABB protection andcontrol has a proven high reliability. Ourmodular type tested and pre-configuredsoftware and hardware provide quality ontime. Comprehensive self-supervision, self-diagnostics, event and disturbance recordingprovide efficient emergency tools. Inaddition we can provide system tests andsimulations to verify the correct applicationand settings to ensure correct operation ofyour protection and control system tominimize damages and interruptions.
The three S, Speed, Sensitivity and Selectivityhave always been the fundamentals of a highperforming protection. Adaptivemeasurement, travelling waves, Fourierfiltering, transient detection and S-shapedimpedance are some of the methods used byABB to design the fastest and most accurateprotections on the market. This enables thepower system to operate at higher outputand improved availability.
Functionality
Flexibility
Different applications require differentfunctions for optimum protection,monitoring and control. Applications mayalso change over time when new functionsmay be required due to changing systemconditions.
ABB’s software library and modularhardware concept for protection and controlterminals allows tailored solutions with lessengineering and less space without sacrificingperformance and redundancy. Consistencyand compatibility of data parameters,transmission and collection allow betterunderstanding of the entire process. Multipleprocessor and communication capabilitiesprevent separate functions interfering witheach other, which improves the reliability andbackup capability of the terminals. Thisprovides more value for the money.
Flexibility is a business approach. For ABB itmeans the ability to listen to the customerrequirements and implement these in a costefficient protection, monitoring and controlterminals. Furthermore, flexibility means thatwe are willing to offer different deliveryoptions from frame replacement programs topre-engineered plug-and-play productpackages, or from FOB delivery to extendedwarranty. Just ask us and we will deliver.
3
ference
ABB
Protection and Control for
- for every step you takeABB provides a full range of terminalscombined with system-wide backupfunctionality to allow tremendousflexibility in designing the requiredprotection, control and monitoringsystems. This gives design engineers aunique opportunity to improveavailability and reliability, and enhancesthe management of electrical powersystems.
The flexible design of the protection andcontrol terminals allows easy engineeringinto completely customer-specific solutionswith the help of ready to use function blockslogical elements, timers etc. The functionblocks offer a wide selection of theprotection and monitoring functionsrequired in power networks. Using theadvanced CAP engineering, parametersetting and evaluation tools you can easilycreate an application-specific solution bycombining these elements.
Terminals that adapt to your
process
Furthermore, you can select functions andhardware according to your needs. Yourselection can be given a unique orderingnumber that can also include your functionalconfiguration. This simplifies the wholeprocess from ordering to commissioning,and enables us to offer you a customizedsolution for your future orders that is readyto use.
ABB has designed pre-configured,application-specific solutions that can beused in the most common applications.These proven terminals can be smoothlyconnected without additional configuration,which speeds up both engineering andcommissioning.
The ABB terminals meet your needs forrefurbishing and extending your existingsubstations, as well as for new installations.
Standard and open communication protocolsIEC 60870-5-103, SPA and LON enableseasy integration of the terminals in ABB'sMicroSCADA Pro and other substationmonitoring and control systems.
Rely on pre-configured solutions
For new and retrofit installations
4
wide rangeof applications
ABB
Line Distance Protection
5
REL 301/302
REL 316*4
The REL 301/302 is an extension to REL300 (MDAR) to specifically address theretrofitting and integrated reclosing for thethree-pole trip transmission line market. FT-42 case packaging (for retrofit),programmable output contacts, and reclosingfunctions are included in the design. TheREL 301 addresses non-pilot applications.The REL 302 provides the same functionalityas the REL 301 plus the proven MDAR pilotlogic.
The numerical line protection REL 316*4 isdesigned for the fast, selective protection ofdistribution as well as sub-transmission andtransmission lines with distance protection asmain or backup protection. It can operateequally well in solidly earthed, isolated andresistance earthed power systems.
The distance protection for transmission linesis working with all six independent measuringloops and a 5-zone, quadrilateralcharacteristic that can be set individually.
REL 316*4 is suitable for the protection ofoverhead lines and cables, long and shortlines, parallel lines, heavily loaded lines, lineswith weak infeed and on "short zone" lines.All fault types can be detected, close-upthree-phase faults, double phase to earth,evolving faults and high resistance faults.
REL 316*4 takes into consideration powerswings as well as changes in direction ofenergy flow.
Selecting a specific application library(software key) for the REL 316*4 allows thecustomer to multi activate protectionfunctions to perfectly suit his applicationneeds.
REL 501/511/521/531The numerical REL 5xx line distance protectionterminals are designed for the main and backupprotection, monitoring and control of power lines,cables and other primary objects. They can be usedin systems with simple or complex networkconfigurations regardless of the type of systemearthing. You can easily integrate them into yoursubstation automation system or use them as stand-alone multi-function units.
REL 501 and REL 511 are based on full schemedistance protection function. REL 501 detectsphase-to-phase faults, and REL 511 both phase-to-phase and phase-to-earth faults. Both terminals havequadrilateral operating characteristics. A separategeneral fault criterion with advanced characteristicsis used for phase selection and as an overallmeasuring function, which increases the totaloperating security and facilitates remote backupapplications.
REL 521 terminal is based on a full scheme,quadrilateral, distance protection functionperforming both phase-to-phase and phase-to-earthfault meaurement separately for all zones and for allfault loops. The separate phase selection functionenables single, two or three-phase tripping.
REL 531 terminal is based on a full scheme,quadrilateral, distance protection functionperforming both phase-to-phase and phase-to-earthfault detection. In addition, this terminal providesfull-scheme two zone high-speed functionality and isideal for series compensated networks. Phasesegregated communication scheme logic securesphase selective operation for simultaneous faults onmulti-circuit and parallel operating lines.
Individual settings for each zone, e.g. the zero-sequence impedance compensation, the separate-phase selection zone, and scheme communicationlogic functions enable the optimum protection ofparallel lines.
ABB
Line Differential Protection
6
REL 512REL 512 is a fully integrated transmission line protection system and breaker control terminal.It is the second-generation product based on new protection concepts, the most advancedfunctions and flexibility are available to meet your transmission line distance protectionapplication requirements.The REL 512 utilizes a combination of time and frequency domain algorithms and multiplemicroprocessors to provide comprehensive high-performance protection with one cycleoperating speed and high reach accuracy while providing immunity to transient overreaching.REL 512 includes comprehensive pilot logic, overcurrent protection, reclosing option, breakerfailure protection, fault location and DFR recording.
REL 316*4The numerical line protection REL 316*4 isdesigned for the fast, selective protectionfrom distribution to transmission lines withlongitudinal differential protection asmain/backup protection. It can operateequally well in solidly earthed, isolated andresistance earthed power systems withoverhead lines and cables.
The basic function is a phase segregatedcurrent differential of master/slave type,evaluating current angle and amplitude onboth ends of the line. The fiber opticalcommunication link can be direct fiber or byABB communication equipment FOX5xx.As backup distance protection function,phase and residual overcurrent functions,single/multi shot autoreclosure with synchro-check can be selected from the library.
Selecting a specific application library(software key) for the REL 316*4 allows thecustomer to multi activate protectionfunctions to perfectly suit his applicationneeds.
REL 350The REL 350 is a numerical segregatedphase comparison transmission lineprotection system with optional distancebackup protection. Although particularlysuitable for series compensated lines andsingle pole tripping, REL 350 provides highspeed tripping for any transmission lineapplication.
The current-only measuring principle offersadvantages such as insensitivity to powerswings, mutuals and problems associatedwith ccvt’s. Communication interfaces for9600 bps audiotone or 64 kbps direct digitalor fiber optic are available. The REL 350protection system also provides digital faultrecording, fault locating and extensive targetrecords.
Line Distance Protection
ABB
7
REL 352
REL 356
The REL 352 is a numerical phasecomparison transmission line protectionsystem, optimized for operating with powerline carrier equipment. It provides high speedrelaying and is suitable for application to anyvoltage level. Its principle of operation makesit ideal for short lines and tapped lines with apower transformer that pose difficulties fordistance protections.
The REL 352 can also be used for threeterminal applications. The current-onlymeasuring principle offers advantages such asinsensitivity to power swings, mutuals andproblems associated with ccvt’s. EitherON/OFF or FSK power line carrierequipment can be used. The REL 352protection system also provides digital faultrecording, fault locating and extensive targetrecords. An optional distance protection canbe included to provide backup for a loss ofcommunication channel.
The REL 356 numerical current differentialprotection provides high-speed protection forlong and short lines. It is particularly suitablefor lines too short to be effectively protectedby distance relays and for tapped loadapplications. The current-only measuringprinciple offers advantages such as
insensitivity to power swings, mutuals andproblems associated with ccvt’s.Communication interfaces for 9600 bpsaudiotone or 64 kbps direct digital or fiberoptic are available. The transfer trip functionutilizes the same communication channel andcan be selected to operate separate tripcontacts. The REL 356 protection systemalso provides digital fault recording, faultlocating and extensive target records.
The REL 551 and REL 561 terminals can beused for protection and control of overheadlines and cables in solidly earthed, as well asin isolated high impedance earthed networks.
The basic function in both terminals is thecurrent differential protection ofmaster/master type, evaluating each phasecurrent separately at both ends, using boththe current amplitude and phase angle(segregated vector comparison). This ensuresmaximum sensitivity while maintainingstability.
As on option, REL 561 features a full schemethree-zone distance protection function forbackup for the communication channel andfor the clearing of faults on the remotebusbar.
REL 551/561
ABB
8
REC 316*4The control terminal REC 316*4 is designedfor control, backup protection, monitoringand automation of substations for thetransmission and sub-transmission levels. Byusing the graphical programming toolCAP316 all kind of control, automation andspecial function can be integrated into thisterminal. The flexibilty thus makes thespecial to be used for new installations andretrofit projects.
REC 316*4 measures the current andvoltages provided by the measuringtransformers, calculates from them activeand reactive power and frequency andtransfer the data to the station controlsystem.
Selecting a specific application library(software key) for the REC 316*4 allows thecustomer to multi activate protectionfunctions to perfectly suit his applicationneeds.
The REC 561 terminal provides versatilecontrol and backup protection functionalityfor circuit breakers, disconnectors andearthing switches in any kind of switchgearand busbar arrangements in a single device.The powerful control capabilities of REC561 allow controlling of up to 24 highvoltage apparatuses. The terminal offers acompact, bay-oriented control solution withcommunication capabilities replacingconventional control circuits.
Interlocking function that is not dependenton any central function is included to ensurepersonnel safety and to avoid dangerous ordamaging switchgear operations. Meeting thestringent EMC requirements set onprotection relays, REC 561 enables securecontrol of your primary equipment. As partof an substation automation system itminimizes human errors and improves thereliability of your power system.
REC 561
REL 505The REL 505 terminal can be applied as a backup protection for overhead lines and cables.Both directional and non-directional overcurrent and earth-fault protection functions areincluded. Scheme communication logic, current reversal and WEI logic for both overcurrentand earth-fault protection functions are also included.
Overcurrent and Earth-fault Protection
Bay Control
Breaker Protection
REB 551REB 551 breaker terminals are available indifferent variants and provide breaker-related functions associated with protection,such as breaker failure protection,autoreclosing, synchronism and energisingcheck, and pole discordance.
REB 551 can be applied to 1½ breaker,double-breaker and ringbus arrangementsand execute voltage selection for synchro-check and sequential autoreclosing.
ABB
9
RET 316*4
RET 521
The numerical transformer protection unitRET 316*4 is designed for the fast, selectiveprotection of two- or three-windingtransformers. In addition the applications forthe protection of autotransformers and blockgenerator-transformer units are possible.The RET 316*4 unit will detect all-phase faults,interturn faults and earth-faults where thepower transformer starpoint is solidly or low-impedance earthed.
The selective protection function library of theRET 316*4 includes differential protectionwith inrush detection and individual currentcompensation and group selection. For backupthe distance protection and a choice of current,voltage and frequency protection functions areavailable. Together with overexcitation andbreaker failure protection the RET 316*4 givesa comprehensive terminal for transformerprotection.
The RET 316*4 has low requirements withrespect to the main CTs. No interposing CTsare required.
Selecting a specific application library (softwarekey) for the RET 316*4 allows the customer tomulti activate protection functions to perfectlysuit his application needs.
RET 521 is desiged to meet all the protection,monitoring and voltage control requirementsof two-and three-winding transformers,autotransformers, generator-transformer unitsand shunt reactors. Up to five restraint currentinputs into differential protection permit multi-breaker substation arrangements on any twosides. The terminal places low requirements onthe main CTs and no interposing CTs areneeded. Tests in an independent laboratorydemonstrated the differential protectionfeatures outstanding sensitivity down to 2% forturn-to-turn faults. This together withnecessary backup protection functions of RET521, and fast and sensitive restricted earth-faultprotection of stabilized low impedance typeswith a sensitivity down to 1% of the totalnumber of turns, ensures comprehensiveprotection for your power transformers.
The multipurpose general functions of RET 521allow the implementation of different userconfigured protection functions for any of theinvolved current and voltage transformersproviding inputs to the terminal. Symmetricalcomponents may be used to graphically create theneeded protection functions. Up to 12 suchfunctions are available.
RET 521 terminals can be equipped withadvanced voltage control functionality for singleand up to eight parallel transformers in anycombination of parallel groups. The uniquedesign of this terminal is based on replication ofthe primary switching in the substation andenables maximum utilization of transformers.
Furthermore, RET 521 has the unique capabilityto measure voltage on both sides of thetransformer. When combined with user-specificlogic, this feature helps prevent power systemvoltage collapse.
The TPU2000R is an advanced transformerprotection package designed for protection of 3-phase power transformers with up to threerestraints available covering the majority of powertransformer applications. Sensitive high-speedrestrained and unrestrained differential elementsprotect against internal phase and ground faults.Multiple restraint curves match electronic andelectromechanical relays easing retrofits. Flexibleharmonic restraint modes prevent false tripsduring transformer inrush and overexcitation.Phase and ground overcurrent elements for eachwinding plus disturbance and current leveldetectors, power metering, digital fault recordingand load profile completes a full transformermanagement system.
TPU2000R
Transformer Protection
ABB
Busbar Protection
10
Busbar protection limits the impact of abusbar fault on the entire power network.Busbar protection schemes have to bevery dependable to prevent unnecessarytripping and selective to trip only thosebreakers necessary to clear the busbarfault. The clearing time is important tolimit the damage caused by the faultcurrent and the selectivity is crucial tomaintain the power system integrity.
The numerical diffential protection terminalRED 521 provides fast and selective phase-segregated protection for busbars,generators, autotransformers, shunt reactorsand capacitor banks.
The extremely short operate time of RED521 is typically 10-15 ms at all internal faults,regardless of the number of connectedfeeders. At the same time, the terminalmaintains complete stability for externalfaults, even when heavy CT saturationoccures. RED 521 has very low CTrequirements, which guarantees stability andcorrect operation as long as the CT is notsaturated for at least two ms during eachpower system cycle. It is also capable ofeffectively recognizing and operatingcorrectly for all types of evolving faults.
The REB 500 is a fully numerical distributedbusbar- and breaker failure protection withextended functionality and monitoring
RED 521
REB 500
capabilities, designed for the high-speed andselective protection of MV, HV and EHV busbarinstallations at a rated frequency of 50, 60 and16.7 Hz. The structure of both hardware andsoftware is modular enabling the protection to beeasily configured to suit the layout of the primarysystem. The flexibility of the system enables allconfigurations of busbars from single busbars toquadruple busbars with transfer buses, ringbusbars and 1½ breaker schemes to be protected.The capacity is sufficient for up to 60 feeders(bay units) and a total of 32 busbar zones.
The numerical busbar protection REB 500detects all phase and ground faults in solidlygrounded and resistive-grounded power systemsand phase faults in ungrounded systems andsystems with Petersen coils. The main CT'ssupplying the currents to the busbar protectionhave to fulfill only modest performancerequirements. The busbar replica softwareensures, that no CT circuits have to be switchedexternally. The two independent algorithm andbusbar replica software allow to avoid thecheckzone criteria which might cause anunwanted trip blocking under certaincircumstances. The protection operatesdiscriminatively for all faults inside the zone ofprotection and remains reliably stable for all faultsoutside the zone of protection.
The distributed structure of REB 500 enhancesreliability and performance, saves space andreduces wiring, making it easier to upgrade orextend substations. The improved capability,reduced hardware and many other advantages ofnumerical technology provide technical and costbenefits for the user over the entire life-cycle ofREB 500 protection scheme.
ABB
Protection and Control for Railway Systems
Disturbance Recording and Fault Location
REB 500 sysThe fully numerical decentralized stationprotection REB 500 sys combines busbar- andbreaker failure protection with integrated lineprotection incl. station monitoring. REB 500 sysis designed for the high-speed and selectiveprotection of MV, HV and EHV busbarinstallations at a rated frequency of 50 and 60Hz. The capacity is sufficient for up to 60 feeders(bay units) and a total of 32 busbar zones and itcovers the protection and monitoring of thewhole substation, i.e. busbars, line andtransformer feeders.
Depending on the voltage level and protectionphilosophy, the following protection concepts arefrequently encountered:
Main 1 and main 2 protection devices per feederand one busbar protection
One main protection device and a backupprotection per feeder, no busbar protection
The REB 500 sys station protection enables thisprotection concept to be simplified, thanks to ahigher degree of functional integration. By replacingone of the two main protection devices, the samelevel of substation protection is maintained whilstcost and space of an extra device are saved and thecosts over the complete life-cycle are reduced.
For this situation in the future, REB 500 sys enablesthe availability of your energy supply to be increasedby additional busbar and breaker failure protection insubstations where this was not possible up to nowfor economical reasons.
REO 517The numerical multi-functional REO 517 terminal can beused in 50, 60 and 16 Hz systems. It is based on provenABB knowledge of railway applications, and meets thestringent dependability and security requirements for efficientmanagement of railway power systems. This terminal offerscost-efficient solutions for the protection, control andmonitoring of catenary and overhead lines as well as cablesfeeding the railway power system. It is applicable to single-phase catenaries, autotransformer systems and two-phasefeeders.
RES 505The disturbance recorder enables evaluation ofdifferent events within the power system and isan important part of a station monitoringsystem. Any of the recorded analogue channelsand binary signals can be programmed to starta recording. Pre-fault and post-fault time canbe set in wide ranges. The fault locatorprovides information about the fault positionwhich enables rapid repair and restored lineservice. Optimum accuracy is obtained by ameasuring principle which eliminatesmeasuring errors caused by infeed of faultcurrent from the remote end, load currentprior to the fault and magnitude of faultresistance.
Indactic 650Indactic 650 fault analyzing system records thehistory of a fault and permits its reconstruction andanalysis. When a fault occurs, the system stores thewaveforms and other states of the equipment. Thecause and location of the fault can quickly bedetermined and the behavior of the associatedcontrol and protection equipment can be monitored.Concrete measures can then be deduced from theanalysis of such faults, to prevent future failures.
11
23
ABB
Substation Monitoring
Systems
MicroSCADA Pro for
Substation Control
Substation Monitoring Systems are your eyeinto the power process giving you essentialinformation about your electricaltransmission and distribution process. Usinga public telephone network or a standardTCP/IP network for remote use, suchsystems provide you the most cost-efficientway to realize substation monitoring. ABB'ssubstation monitoring systems SMS 510 andSMS 530 support the ABB range ofproducts with SPA or LON communication.They can be used either locally at the stationor remotely via a modem.
The MicroSCADA Pro product family forSubstation Control incorporates aharmonized and consistent product concept,providing you with multiple opportunities tosave on engineering, maintenance andtraining costs.
This innovative ABB solution enables you toimprove your power distributionproductivity. It optimizes the use of assetsand maximizes the power distributionnetwork availability. The accurate and easilyaccessible process and primary equipmentinformation allows for optimized resourceallocation and maintenance planning. Thisresults in lower investment and maintenancecosts, as well as in reliable power delivery –all benefits which will add direct value toyour business.
Innovative solution
Open for constant growth
Future-proofed technology
Seamless integration
A selection of products at hand
The MicroSCADA Pro solution forSubstation Control is a secure investment.The scalable solution extends from a singlecommunication gateway for efficient remotecontrol of your substation, up to completelyredundant systems that combine localcontrol and monitoring functions withremote communication functionalities. Thissystem grows along with your needs, and youcan add new functionalities stepwise on topof your existing investment.
Your MicroSCADA Pro investment is alsosafe from expiring even when the productsand technology evolve. This is because yourapplication as well as its user specific dataand configuration will be compatible withfuture product versions. As a result, you caneasily and safely take advantage of newfeatures and technologies. For instance, theMicroSCADA Pro runs smoothly withapplications built over a decade ago.
The MicroSCADA Pro Substation Controlproducts support an extensive range ofcommunication protocols and other standardinterfaces. This enables easy installationin most environments, as well as high-levelof integration with other systems, such asIEC 61850, IEC 60870-5-103/101/104,OPC, DNP3.0, ODBC.
The MicroSCADA Pro family alsoincorporates solutions for Network Controland Distribution Management, which can beseamlessly and efficiently integrated into yourSubstation Control solutions.
The MicroSCADA Pro Substation Controlsolutions can be implemented with thefollowing products:
• MicroSCADA Pro Control SystemSYS 600
• MicroSCADA Pro CommunicationGateway COM 500
Substation Monitoring and Control
12 ABB
Phasor Measurement Terminal
RES 521RES 521 terminals installed in critical nodes of powersystems enable increasing the transmission capacitywithout the need to invest in additional transmission lines.At the same time it improves the operational security ofthe power system.
The superior measurement performance and system-widedata in combination with software tools, such asPSGuard, for monitoring and presentation of powersystem dynamics provide the operator with real-timephasor information for remedial actions. The informationcan be utilized to estimate, or in fact, calculate the powersystem state. In the case of evolving power oscillations,RES 521 provides information for instance about voltagesand currents to retain system stability.
Wide Area Protection, Monitoring and Control
13
MicroSCADA Pro functions & features
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Control and monitoring of the primary processSingle line diagram with busbar coloringEvent and alarm listsTrendsBlocking listSystem supervisionSetting of relay parametersUploading and evaluation of disturbance record filesPower-quality monitoringRemote parameter setting and disturbance file upload from the MicroSCADA Pro network control solutionsData concentration and signal groupingSolution libraries for efficient integration of ABB’s Substation Automation Intelligent Electronic DevicesStandard solutions and open interfaces and protocols for integration of 3:rd part IEDsAdaptation to customer-specific requirements: displays, signal handling etc.Integrated on-line configuration toolsGPS time synchronizationVersatile language support, including operator-specific language sets and fontsExtensive multi-level user-authorization handlingHigh performance and availabilityRemote workstations – (also web-based)Standard PC hardware and Microsoft Windows® operating systemsMaster protocols: LON, SPA, IEC 61850, IEC 60870-5-101, IEC 60870-5-103, IEC 60870-5-104, RP-570, RP-571,DNP 3.0, Modbus RTU/ASCII, ANSI X3.28 FD/HD, Modbus TCP/IP, I35/P214Slave protocols: IEC 60870-5-101, IEC 60870-5-104, DNP 3.0, Modbus, CDC-II, CPI, RP-570, Modbus TCP/IP,RP-571, F4F (Westinghouse)Open interfaces: OPC DA client & server, ODBC client, DDE client, Application programming interfaces forapplication & communication extensions, ActiveX
ABB
14
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02
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REL 316*4 Line distance protection for sub-transmission applicationsREL 316*4 Line distance protection for transmission applicationsSynchro-check and energising check only for single circuit breaker
P = Programmable
1)
2)
3)
Line distance protectionLine differential protectionOvercurrent and earth-fault protection
RE
L5
05
C1
RE
L5
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RE
L5
61
RE
L5
51
C1
RE
L5
51
RE
L3
56
RE
L3
52
RE
L3
50
RE
L3
16
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RE
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31
RE
L5
21
RE
L5
12
RE
L5
11
C2
RE
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RE
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16
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/30
2
Functions
Line Distance
Line Differential
Current
Voltage
Power System Supervision
General fault-criteria, impedance and current based
General fault-criteria, impedance and current based, with phase preference logic
Full scheme distance protection, 3-zone, phase-to-phase
Full scheme distance protection, 3-zone, phase-to-earth
Full scheme distance protection, 3-zone, all phase and ground faults
Full scheme distance protection, 2-zone, all phase and ground faults
Zero sequence or negative sequence voltage polarization
Zero sequence current polarization
Simplified impedance setting
Additions for series-compensated network
Distance protection, 4 or 5 zones
Additional Pilot Distance forward zone
Additional Pilot Distance reverse zone
High-speed protection
Phase selection logic
Power-swing detection
Scheme communication logic
Current reversal and WEI logic
Radial feeder protection
Automatic switch onto fault logic
Local acceleration logic
Load Loss trip acceleration logic
Line differential protection, phase-segregated
Line differential protection, combined phase sequence
Phase comparison protection, phase-segregated
Phase comparison protection, combined phase sequence
Charging current compensation
Instantaneous non-directional phase overcurrent protection
Instantaneous non-directional residual (ground) overcurrent protection
Definite and/or inverse time non-directional phase overcurrent protection
Definite and/or inverse time non-directional residual (ground) overcurrent protection
Instantaneous directional phase overcurrent protection
Instantaneous directional residual overcurrent protection
Definite/inverse time directional phase overcurrent protection
Definite/inverse time directional residual (ground) overcurrent protection
Instantaneous directional/non-directional negative sequence overcurrent protection
Two-step time-delayed non-directional phase overcurrent protection
Two-step time-delayed directional phase overcurrent protection
Time-delayed directional/non-directional negative sequence overcurrent protection
Four-step time-delayed directional residual overcurrent protection
Sensitive directional residual overcurrent protection
Sensitive directional residual power protection
Scheme communication logic for residual overcurrent protection
Current reversal and weak-end infeed logic for residual overcurrent protection
Thermal-phase overload protection
Stub protection
Pole-discordance protection, current and contact based
Breaker failure protection
Time-delayed under- and overvoltage protection
Time-delayed residual overvoltage protection
Broken conductor check
Loss-of-voltage check
Overload supervision
Deadline detection
IEC
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REL 301/302 - REL 505 C1
Line ProtectionDetailed information about functionality is available in .Product Buyer's Guides
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Line distance protectionLine differential protectionOvercurrent and earth-fault protection
RE
L5
05
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RE
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RE
L5
61
RE
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dU/dt
U>
I<
I>
I>
ANSI
78
78
7
59
37
50
50N
25
79
79
Cont. Functions
HARDWARE
Power System Protection and Control
Control
Logic
Monitoring
Metering
Casing
Analog Input modules
Power Supply
Pole slip protection
Out-of-step tripping, selectable Way-in/Way-Out
Low/High active and reactive power protection
Sudden change in phase / residual current protection
Sudden change in voltage protection
Overvoltage protection
Undercurrent protection
Phase overcurrent protection
Residual overcurrent protection
Current circuit supervision, current-based
Fuse failure supervision, negative sequence
Fuse failure supervision, zero sequence
Fuse failure supervision, du/dt and di/dt based
Voltage transformer supervision
Single command, 16 signals
CB control
Synchro-check with synchronising and energising check, single or double circuit breaker
Autorecloser - 1- and/or 3-phase, single circuit breaker
Autorecloser - 1- and/or 3-phase, double circuit breaker
Three-pole tripping logic
Additional trip logic
Single, two or three pole tripping logic
High-speed binary output logic
High-speed static binary output
Pole discordance logic, contact based
Additional configurable logic
Communication channel test logic
Binary signal transfer to remote end
Multiple command
Six event counters
Disturbance recorder including binary events
Event recorder
Fault locator
Trip-value recorder
Increased accuracy of AC input quantities
Pulse-counter logic for metering
LED indication module multi-color 3-state LEDs or 2-state LEDs
1/2 19" rack
3/4 19" rack
4U 19" rack, REL 512 has 3U
Vertical mount option
Analog input module with 5 current and voltage inputs
Analog input module with 4 current and voltage inputs
Analog input module with 5 current inputs
Analog input module with 4 current inputs
Analog 3 current and 3 voltage inputs
Analog zero sequence polarizing current input
Additional voltage inputs for synchro-check inputs
Power supply
Secondary System Supervision
REL 301/302 - REL 505 C1
Line ProtectionDetailed information about functionality is available in .Product Buyer's Guides
3)
2)
1)
3)
RE
L5
05
C1
RE
L5
05
RE
L5
61
RE
L5
51
C1
RE
L5
51
RE
L3
56
RE
L3
52
RE
L3
50
RE
L3
16
*4(8
7L
)
RE
L5
31
RE
L5
21
RE
L5
12
RE
L5
11
C2
RE
L5
11
C1
RE
L5
11
RE
L5
01
C1
RE
L5
01
RE
L3
16
*4
RE
L3
16
*4
RE
L3
01
/30
2
3)
2)
1)
3)
16
IEC ANSI Cont. Functions - Power Supply
In/Out Modules
Remote end data communication modules
Serial communication
Second HMI Language
Platform related functions
Redundant power supply module
4 binary inputs and 5 binary outputs on the power supply module
Binary in/out module, 8 inputs and 12 output relays
Binary input module, 16 inputs
mA input module, 6 channels
Binary output module, 24 output relays
Binary in/out module, 4 inputs and 14 output relays
Binary in/out module, 8 inputs and 8 output relays
Binary in/out module, 14 inputs and 10 output relays
Binary input and outputs, standard schemes
Additional contact output option
Autoreclose option with additional input/outputs for autoreclose
1mA output signals
Audio modem 9.6kps module
High-speed binary input, output circuits for interface with PLC
Co-directional V.36 galvanic module
Contra-directional V.36 galvanic module
X.21 galvanic module
Co-directional RS530 galvanic module
Contra-directional RS530 galvanic module
Fibre optical module
Short-range galvanic module
Short-range fibre optical module
Co-directional G.703 galvanic module
Communication board for line differential protection
IEC 870-5-103, SPA, LON
ASCII front and rear port communication
INCOl (WinRCP software) front port communication
INCOl (WinRCP software) rear port communication
DNP or lODBus communication, rear port
French/German/Italian/Russian/Spanish
French/German
Customer-specified 2nd language
Self-supervision with internal event recorder
Real-time clock with external time synchronization
IRIG-B real-time clock with external time synchronization
Four parameter setting groups (eight in REL 512)
Configurable logic blocks
Configurable output contacts with selectable signals, delays, AND, OR gates
Service value reading
Event function
Supervision of AC input quantities
Supervision of mA input quantities
I/O system configurator
Blocking of signals during test
Local HMI with optical PC interface and LED indications
Local HMI with LED indications
Lin
eP
rote
cti
on
RE
L301/3
02
-R
EL
505
C1
REL 301/302 - REL 505 C1
Line ProtectionDetailed information about functionality is available in .Product Buyer's Guides
Line distance protectionLine differential protectionOvercurrent and earth-fault protection
REB 551 - REB 500sys
Breaker and Busbar ProtectionDetailed information about functionality is available in .Product Buyer's Guides
17
Bre
aker
an
dB
usb
ar
Pro
tecti
on
RE
B551
-R
EB
500sys
RE
B5
00
sys
RE
D5
21
RE
B5
00
RE
B5
51
C4
RE
B5
51
C3
RE
B5
51
C2
RE
B5
51
C1
RE
B5
51
IEC
Id/I
Z<
dZ/dt
I>t
I >t
I> ->-
I > ->-
I>t ->-
I >t ->-
I>
I >
I>t
Ith
I>
I>t
U<>
U<
I>
U<
dZ/dt
Functions
Bus Differential protection
Transformer differential protection
Distance Protection
Current
Voltage
Power System Supervision
Power System Protection and Control
Secondary System Supervision
Control
Logic
Monitoring
Up to 32 protection zones, phase segregated, up to 60 bays, central or decentralized solution
Measurement of neutral current / neutral current detection
One measuring zone for up to six bays
Two measuring zones for up to 18 bays, phase segregated (with three terminals)
Two measuring zones for up to 18 bays, summation CTs (with one terminal)
Two winding transformer differential protection bias
Three winding transformer differential protection bias
Full-scheme distance protection, 2-5-zone, phase-to-phase, phase-to-earth
Phase selection logic
Power-swing detection
Scheme communication logic
Automatic switch onto fault logic
Definite/inverse time non-directional phase overcurrent protection
Definite/inverse time non-directional residual overcurrent protection
Instantaneous directional phase overcurrent protection
Instantaneous directional residual overcurrent protection
Definite/inverse time directional phase overcurrent protection
Definite/inverse time directional residual overcurrent protection
Instantaneous non-directional phase overcurrent protection
Current plausibility check
Definite time non-directional phase overcurrent protection
Thermal-phase overload protection
Stub (End-zone) Protection
Pole-discordance protection, current and contact based
Breaker failure protection
Time-delayed under- and overvoltage protection
Voltage plausibility check
Loss-of-voltage check
Overload supervision
Deadline detection
Pole slip protection
Current circuit supervision, current-based
Fuse failure supervision, negative sequence
Fuse failure supervision, zero sequence
Fuse failure supervision, du/dt and di/dt based
Voltage transformer supervision
Single command, 16 signals
Synchro-check and energising check, single or double circuit breaker
Synchro-check with synchronising and energising check, single or double circuit breaker
Synchro-check and energising check, 1 1/2-breaker arrangement, per breaker
Autorecloser - 1- and/or 3-phase, single circuit breaker
Autorecloser - 1- and/or 3-phase, double circuit breaker
Trip command re-direction
Single, two or three pole tripping logic
Pole discordance logic, contact based
Basic configurable logic
Communication channel test logic
Binary signal transfer to remote end
Multiple command
Six event counters
Disturbance recorder
ANSI
87B
87B
87BN
87B
87B
87B
87T
87T
87T
21
21
78
51
51N
67
67N
67
67N
50
46
51
49
50
51/62PD
50BF
27/59
47
25
25
25
79
79
94RD
Breaker protectionBusbar protectionStation protection
1-phase version of the terminal is also available as summation type, event recorder is an eventlist with 16 entries, only LON for serial communication, delivered with fixed configuration.
0
0
0
2
4)
4)
18
Breaker protectionBusbar protectionStation protection
Cont. Functions - Monitoring
Metering
HARDWARE
Casing
Analog Input Modules
Power Supply
In/Out Modules
Remote end data communication modules
Serial communication
Second HMI Language
Platform related functions
Event recorder
Trip-value recorder
Increased accuracy of AC input quantities
Open CT detection
Pulse-counter logic for metering
LED indication module with multi-color, 3-state LEDs
1/3 of 19" rack bay unit 20 binary inputs /16 binary outputs
1/1 x 19" rack central unit binary in/out module central unit, 12 inputs and 9 output relays
1/2 of 19" rack (Maximum 3 I/O modules)
3/4 of 19" rack (Maximum 8 I/O modules)
1/1 x 19" rack casing with maximum 13 I/O modules
Analog input module with five current and five voltage inputs
Analog input module with four currents, no voltage
Analog input module with four currents, five voltages
Analog input module with nine currents, no voltage
Power supply
Redundant Power Supply Central Unit / Bay Unit
4 binary inputs and 5 binary outputs on the power supply module
Binary in/out module, 8 inputs and 12 output relays
Binary in/out module central unit, 12 inputs and 9 output relays
Binary input module, 16 inputs
mA input module, 6 channels
Binary output module, 24 output relays
Co-directional V.36 galvanic module
Contra-directional V.36 galvanic module
X.21 galvanic module
Co-directional RS530 galvanic module
Contra-directional RS530 galvanic module
Fibre optical module
Short-range galvanic module
Short-range fibre optical module
Co-directional G.703 galvanic module
SPA
LON
IEC 870-5-103
TCP/IP Connection
French/German/Spanish
Italian / Russian
Customer-specified 2nd language
Self-supervision with internal event recorder
Real-time clock with external time synchronization
Four parameter setting groups
Configurable logic blocks
Service value reading
Event function
Supervision of AC input quantities
Supervision of mA input quantities
I/O system configurator
Blocking of signals during test
Local HMI with optical PC interface and LED indications
Bre
aker
an
dB
usb
ar
Pro
tecti
on
RE
B551
-R
EB
500sys
REB 551 - REB 500sys
Breaker and Busbar ProtectionDetailed information about functionality is available in .Product Buyer's Guides
RE
B5
00
sys
RE
D5
21
RE
B5
00
RE
B5
51
C4
RE
B5
51
C3
RE
B5
51
C2
RE
B5
51
C1
RE
B5
51
4)IEC ANSI
19
TP
U2000R
RE
T521
C3
RE
T521
C2
RE
T521
C1
RE
T521
RE
T316*4
(3W
)
RE
T316*4
(2W
)
RET 316*4 - TPU2000R
Transformer ProtectionDetailed information about functionality is available in .Product Buyer's Guides
Tra
nsfo
rmer
Pro
tecti
on
RE
T316*4
-T
PU
2000R
IEC 870-5-103 via SPA/IEC gateway P = ProgrammableFunctions
Transformer differential protection
Distance Protection
Current
Voltage
General functions
Frequency
Transformer control
Control
Logic
Monitoring
Metering
HARDWARE
Casing
Analog Input Modules
In/Out Modules
Two winding transformer differential protection bias
Three winding transformer differential protection bias
First and second restricted earth-fault protection, low impedance
Third restricted earth-fault protection, low impedance
Restricted earth-fault protection high impedance
Distance protection 4-5 zones
Instantaneous non-directional phase overcurrent protection
Instantaneous non-directional residual (ground) overcurrent protection
Definite/inverse time non-directional phase overcurrent protection
Definite/inverse time non-directional residual overcurrent protection
Instantaneous directional phase overcurrent protection
Instantaneous directional residual overcurrent protection
Definite/inverse time directional phase overcurrent protection
Definite/inverse time directional residual overcurrent protection
Two-step time-delayed non-directional and directional phase overcurrent protection
First, second and third overcurrent protection, non-directional and directional with inverse and definite time characteristics
Time-delayed non-directional phase and ground overcurrent protection (RMS or fundamental)
Time-delayed non-directional negative sequence overcurrent protection (RMS or fundamental)
Sensitive non-directional ground overcurrent protection (RMS or fundamental)
Thermal-phase overload protection
Breaker failure protection
Time-delayed under- and overvoltage protection
Time-delayed residual overvoltage protection
First time overvoltage protection with inverse and definite time characteristics
Second time overvoltage protection with inverse and definite time characteristics
Third, fourth, fifth and sixth time overvoltage protection with inverse and definite time characteristics
First, second and third undervoltage protection with definite time characteristics
Overfluxing protection
General functions up to 12 instances (impedance, zero-neq seq, over- undervoltage)
Time-delayed under- and overfrequency protection
Time-delayed gradient of frequency protection
Voltage control, single transformer
Voltage control for up to eigth parallel transformers
CAP316 Fupla for control logic (interlocking, commands, alarms)
CB control
Three-pole tripping logic
Additional configurable logic
Multiple command
Disturbance recorder
Event recorder
Trip-value recorder
Pulse-counter logic for metering
Metering with voltage input option
Load profile feature
LED indication module with 18 programmable multicolor, 3-state LEDs
LED indication module with 16 programmable, 2-state LEDs
LEDs with On/Off indication
1/2 of 19" rack (Maximum 2 I/O modules)
3/4 of 19" rack (Maximum 4 I/O modules)
3U 19" rack
Vertical mount option
Analog input module with 9 currents, no voltage
Analog input module with 6 currents, 3 voltage inputs
Analog input module with 7 currents, 3 voltage inputs
Analog input module with 8 currents, 2 voltage inputs
Analog input module with 9 currents, 1 voltage inputs
Analog input for 2 winding or 3 winding protection
Voltage input
Power Supply
Binary in/out module, 8 inputs and 12 output relays
Binary input module, 16 inputs
mA input module, 6 channels
IEC
Id/I
Z<
I>t ->-
I>
I >
I>t
I >t
I> ->-
I > ->-
I> ->-
I > ->-
I> I>t ->-
I >
I>t
U<>
(U/f)>
f
ANSI
87T
21
50/51/67
50
50N
51
51N
67
67N
67
67N
50/51/67
49
50/62 BF
27/59
24
81
90
5)
5)
5)
5)
5)
0
0
0
0
th
P
TP
U2000R
RE
T521
C3
RE
T521
C2
RE
T521
C1
RE
T521
RE
T316*4
(3W
)
RE
T316*4
(2W
)
5)
5)
5)
5)Cont. Functions -
Binary output module, 24 output relays
Binary in/out module, 4 inputs, 14 output relays
Binary in/out module, 8 inputs and 8 output relays
Binary in/out module, 14 inputs and 10 output relays
IEC 870-5-103, SPA, LON
DNP, Modbus, INCOM, RS232/485
TCP/IP Connection
French/German
Spanish
Italian/Russian
Customer-specified 2nd language
Self-supervision with internal event recorder
Real-time clock with external time synchronisation
Real-time clock with external IRIG-B time synchronisation
Four parameter setting groups
Main, Alt1,Alt2 setting groups
Configurable logic blocks
Service value reading
Frequency measurement
Event function
Operations record, summary
Supervision of AC input quantities
I/O system configurator
Blocking of signals during test
Local HMI with optical PC interface and LED indications
Local HMI with RS232 (electrical) PC interface and LED indications
Serial communication
Second HMI Language
Platform related functions
In/Out Modules
RET 316*4 - TPU2000R
REC 316*4 - REC 561
Transformer Protection
Bay Control
Detailed information about functionality is available in .Product Buyer's Guides
Detailed information about functionality is available in .Product Buyer's Guides
RE
C561
RE
C316*4Functions
Current
Voltage
Frequency
Power System Supervision
Power System Protection and Control
Secondary System Supervision
Control
Instantaneous non-directional phase overcurrent protection
Instantaneous non-directional residual/ground overcurrent protection
Definite/inverse time non-directional phase overcurrent protection
Definite/inverse time non-directional residual overcurrent protection
Instantaneous directional phase overcurrent protection
Instantaneous directional residual overcurrent protection
Definite/inverse time directional phase overcurrent protection
Definite/inverse time directional residual overcurrent protection
Two-step time-delayed non-directional phase overcurrent protection
Two-step time-delayed directional phase overcurrent protection
Scheme communication logic for residual overcurrent protection
Current reversal and weak-end infeed logic for residual overcurrent protection
Thermal-phase overload protection
Pole-discordance protection, current and contact based
Breaker failure protection
Time-delayed under- and overvoltage protection
Time-delayed residual overvoltage protection
Time-delayed under- and overfrequency protection
Time-delayed gradient of frequency protection
Loss-of-voltage check
Deadline detection
Pole slip protection
Fuse failure supervision, negative sequence
Fuse failure supervision, zero sequence
Fuse failure supervision, du/dt and di/dt based
Voltage transformer supervision
CAP316 Fupla for control logic (interlocking, commands, alarms)
Apparatus control for up to 12 bays with up to 24 apparatuses incl. single and multiple command function blocks, interlocking modules for two 1½ CB diameters
Interlocking modules for three single or two double CB bays or one 1½ CB diameter incl. single and multiple command function blocks20
Tra
nsfo
rmer
Pro
tecti
on
RE
T316*4
-T
PU
2000R
Bay
Con
trol
RE
C316*4
-R
EC
561
IEC
I>, I>t
I>
I >
I>t
I >t
I> ->-
I > ->-
I> ->-
I > ->-
I >
I>t
U<>t
f<>t
f<>t
df/dt<>
U<
U<
dZ/dt
ANSI
50, 51
50
51N
51
51N
67
67N
67
67N
49
50/62 BF
81<>
81<>
81<>
27
27
78
IEC ANSI
0
0
0
0
th
REC 316*4 - REC 561
Bay ControlDetailed information about functionality is available in .Product Buyer's Guides
21
RE
C561
RE
C316*4
Bay
Con
trol
RE
C316*4
-R
EC
561
Cont. Functions - Control
Single command, 16 signals
Synchro-check and energising check, single or double circuit breaker
Synchro-check with synchronising and energising check, single or double circuit breaker
Synchro-check and energising-check, 1 1/2-breaker arrangement, per breaker
Synchro-check and energising check 3 bays with single circuit breaker and/or 2 bays with double circuit breaker
Autorecloser - 1- and/or 3-phase, single circuit breaker
Autorecloser - 1- and/or 3-phase, double circuit breaker
Autorecloser - 1- and/or 3-phase, up to four circuit breakers
Autorecloser - 3-phase, up to four circuit breakers
Interlocking, common
Interlocking for line, bus coupler and transformer bay
Interlocking for bus-section breaker, bus-section disconnector and busbar earthing switch
Interlocking for double and 1 1/2 circuit breaker arrangements
Bay, switch, command and block control
Additional trip logic
Single, two or three pole tripping logic
Additional configurable logic
Binary signal transfer to remote end
Multiple Command
Six event counters
Disturbance recorder
Event recorder
Trip-value recorder
Increased accuracy of AC input quantities
Pulse-counter logic for metering
LED indication module with 18 programmable multicolor, 3-state LEDs
LED indication module with 16 programmable, 2-state LEDs
1/2 of 19" rack (Maximum 2 I/O modules)
1/2 of 19" rack (Maximum 3 I/O modules)
3/4 of 19" rack (Maximum 4 I/O modules)
3/4 of 19" rack (Maximum 8 I/O modules)
1/1 x 19" rack casing with maximum 13 I/O modules
Analog input module with five current and five voltage inputs
Power Supply
Binary in/out module, 8 inputs and 12 output relays
Binary input module, 16 inputs
mA input module, 6 channels
Binary output module, 24 output relays
Binary in/out module, 4 inputs, 14 output relays
Binary in/out module, 8 inputs and 8 output relays
Binary in/out module, 14 inputs and 10 output relays
Co-directional V.36 galvanic module
Contra-directional V.36 galvanic module
X.21 galvanic module
Co-directional RS530 galvanic module
Contra-directional RS530 galvanic module
Fibre optical module
Short-range galvanic module
Short-range fibre optical module
Co-directional G.703 galvanic module
IEC 870-5-103, SPA, LON
French/German
Spanish
Italian/Russian
Customer-specified 2nd language
Self-supervision with internal event recorder
Real-time clock with external time syncronization
Four parameter setting groups
Configurable logic blocks
Service value reading
Event function
Supervision of AC input quantities
Supervision of mA input quantities
I/O system configurator
Blocking of signals during test
Local HMI with optical PC interface and LED indications
Logic
Monitoring
Metering
HARDWARE
Casing
Analog Input Modules
In/Out Modules
Remote end data communication modules
Serial communication
Second HMI Language
Platform related functions
ANSI
25
25
25
25
79
79
79
79
IEC
22
World-class products
complemented
by a full scope of
services
Analyze your needs
In addition to its broad range of protectionand control products and systems, ABBoffers a comprehensive selection of servicesto help you understand and manage yourpower system behavior under diverseoperational and disturbance situations.
With more than 100 years of experience inthe protection and control of power systemsworldwide, we can serve you with knowledgethat enables you to reap the full benefits ofyour protection and control equipmentinvestment. Our experts, with theirapproximately 20 years of field xperience,will support you at every step you take: fromoptimized building and correct installationof your power system to its reliableoperation.
Our Power System Studies aim to analyzethe undisturbed and disturbed conditions ofyour power system; thus enabling you to takethe correct actions in optimizing the design,function and operation of your protectionand control system.
The Power System Simulation services willhelp you study the possible disturbances andknow their effects on your power system –even before they occur. Our NetworkSimulator is able to simulate all fault types, inorder to analyze and verify the operation ofyour protection and control terminals underdifferent conditions. Combined with PowerSystem Studies, simulation systems can befully adapted to represent your networkcharacteristics. The advanced simulator forsubstation equipment, such as for on-loadtap changers and power transformers, can beused for verifying control devices designed,for instance, for voltage control. As a result,you profit from a correct protection andcontrol strategy and secure power systemoperations.
The configuration and parameter setting ofyour protection and control terminalsincluding selectivity planning, will help yougain the best advantage from yourinvestment These services ensure that theterminal functionality meets therequirements of your network, and that theequipment operates correctly in allpredictable fault situations.
Optimize operation
Services with experience
for optimized po
ABB
23
A versatile package of services
adapted to your needsWhen a fault occurs, you can utilize ourDisturbance analysis service to analyze yourpower system and its behavior in a faultsituation, as well as the performance of yourprotection and control system. If required,our experienced specialists will suggestcorrective actions to eliminate theweaknesses, to increase the security of yourpower system.
Versatile standard courses and fullycustomized training programs enable yourengineers and operators to fully utilize theprotection and controlsystem. Our trainingcourses include extensive hands-on sessionsand well-documented exercises. As aresult,your personnel will be well preparedto both handle the equipment in dailyoperation and meet any type of disturbancesituation.
Easy access to spare partsWith the Parts OnLine service you caneasily access information about availabilityand technical details concerning more than100 000 spare parts, including spare partsfor protection and control products. Youcan search and order spare parts and repairservice 24 hours a day. All you need is a PCand internet connection.
By filling in the membership form atwww.abb.com/partsonline you can startusing the service to facilitate your spare partmanagement.
You can freely combine the differentservices to create a service package that bestmeets your needs.By combining the skills ofour committed specialists with your ownpower system knowledge you take a decisivestep towards optimized power systemoperation.
Combined strengths
that counts –
wer system operation
ABB
Bruggerstrasse 72
CH-5400 Baden, Switzerland
Phone +41 58 585 77 44
Fax +41 58 585 55 77
E-mail: [email protected]
P.O.Box 699
FI-65101 VAASA, Finland
Phone +358 10 22 11
Fax +358 10 22 41094
ABB Power Technologies AB
Substation Automation Products
www.abb.com/substationautomation
ABB Switzerland AG
Substation Automation Products
ABB Inc ABB Oy
Substation Automation Products
1M
RK
500
066-S
EN
Decem
ber
2004
byB
rick
S-721 59 Västerås
Sweden
Phone +46 21 34 20 00
Fax +46 21 14 69 18
7036, Snowdrift Road, Suite 2
Allentown, PA18106
USA
Phone: +1 610 395 7333