catalog
TRANSCRIPT
Table of ContentsINDEX PAGES .................................................11NEW
Table of Contents ....................................................................................... 1 Multifunction Relay Selector Guide....................................................... 2 Product Index (Alpha Numeric).............................................................. 4 Single Function by Device Number ....................................................... 6
NEW
SMOR-B Digital-DDS Feeder Management .................................... 179 MDP Digital Overcurrent Protection................................. 183 735/737 Digital-SR Feeder Protection........................................... 187 MIF Digital-M Feeder Protection........................................... 193 MIC Digital-MIDModular Overcurrent..................................... 197
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GENERAL INFORMATION .............................72NEW NEW NEW NEW
Motor Protection ...........................199Motor Protection Selector Guide....................................................... 200 469 Digital-SR Motor Management Relay ........................ 201 369 Digital Motor Management Relay ........................ 209 RRTD Digital Remote RTD module...................................... 217 269Plus Digital Motor Management Relay ........................ 219 MPM Digital Motor Protection Meter................................ 227 SPM Digital Synchronous Motor Control ........................ 231 239 Digital Motor Protection ............................................ 239 MM3 Digital Intelligent MCC Controller............................ 247 MM2 Digital Intelligent MCC Controller............................ 255
GE Industrial Systems ............................................................................... 7 Who We Are................................................................................................ 8 Technical Support.................................................................................... 12 Training Courses ...................................................................................... 13 Online Ordering......................................................................................... 15 Website....................................................................................................... 19 Publications Available on the WEB..................................................... 23
NEW NEW
SYSTEMS.......................................................253NEW
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Substation Automation....................25GE Substation Automation Systems.................................................... 27 Relay Communication Equipment ........... 35 Protocols, FSC, QPJ, ModBus Monitor, FAC, F485, MSP2, FSD
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Special Functions. .............................263BUS1000/2000 Analog Modular Bus Bar Protection ....................... 265 C30 Digital-UR Controller.......................................................... 269 C60 Digital-UR Breaker Management Relay ................... 273 DBT Digital Breaker Supervision...................................... 277 DBF Digital-DDS Breaker Failure ............................................... 279 SBC Static Breaker Failure ............................................... 282 DRS Digital-DDS Reclosing System/Sync. Check.................. 283 MCP Digital Capacitor Bank Protection........................... 287 MIV Digital-M Voltage/Frequency Relay ............................. 291
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Product Families ..............................47M UR SR MID DDS Digital Digital Digital Digital Digital M family overview............................................ 48 UR family overview .......................................... 49 SR family overview........................................... 57 MID family overview........................................ 58 DDS family overview ....................................... 59
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MULTIFUNCTION RELAYS ..........................616
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Power Quality ................................294PQM PPQM Digital Digital Power Quality Meter ..................................... 295 Portable Power Quality Meter ................... 303
Generator Protection .......................61Generator Protection Selector Guide.................................................. 62 489 Digital-SR Generator Management Relay ................. 63 DGP Digital Generator Protection....................................... 71 MGC Digital-MIDSmall Generator Protection ........................... 79 LPS-O Digital Gen. Back up/Out-of-Step Protection ....... 125
SINGLE FUNCTION RELAYS .....................30513 14 15 16 17 18 19
Overcurrent Relays ...................................................... 306IAC, DIAC/DIFC/DSFC, IFC, IFCV, CHC, HFC, PJC
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Transformer Protection....................81Transformer Protection Selector Guide ............................................. 82 T60 Digital-UR Transformer Management Relay............. 83 745 Digital-SR Transformer Management Relay............. 87 DTP Digital-DDS Transformer Protection....................................95 DTR Digital-DDS Transformer Tap Changer Controller ........ 101
Synchronizing Relays ............................................... 326MLJ, SLJ, IJS
Voltage and Frequency Relays .................. 331MFF, DFF, TOV, MOV, IAV, IFV, ICR, SFF, CFVB, NBV, NGV
Differential and Timing Relays .................. 346BDD, CFD, PVD, GDC, IJD, SAM, SBD
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Transmission Line Protection ........103Transmission Line Protection Selector Guide ................................ 104 L90 Digital-UR Line Differential Relay ................................... 105 L60 Digital-UR Line Phase Comparison Relay .................... 109 D60 Digital-UR Line Distance Relay ....................................... 113 ALPS Digital Advanced Line Protection............................ 117 LPS-D Digital Line Protection System................................. 125 DLPD Digital Line Protection System................................. 131 MLP Digital Distance Protection....................................... 139
Directional Relays.......................................................... 355TCCV, TCW, IBC, JBC/JBCG, ICW
Generator Protection Relays......................... 362CEH, GGP, CEX, SGC
Auxiliary Relays ................................................................ 367HEA, HAA, HFA, HGA, HSA, HMA, RDB, NGA, NBT, ESA, HGA18, DAR, GXS, JBCV, GSY, CEB, CEYG, CEY, GCX, GCY, NAA
COMPONENTS ..........................................39520 21NEW
Switches ........................................................................................396SB, SB-1, SB-9, SB-10, SBM
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Distribution Feeder Protection ......141Distribution Feeder Protection Selector Guide............................... 142 F60 Digital-UR Feeder Management Relay ...................... 143 F35 Digital-UR Multiple Feeder Management Relay ...... 147 750/760 Digital-SR Feeder Management Relay ...................... 151 DFP200 Digital Feeder Protection........................................... 159 DFP100 Digital Feeder Protection........................................... 167 DMS Digital-DDS Feeder Management System...................... 175
Sensors, Accessories and Services ........ 415Sensors, 515, PK-2, XCA, XLA, XTM, EBs, Pullout Blocks, ETs, CTs, Instrument Transformers, Custom Solutions
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SALES OFFICES ..........................................42622
Sales Offices .......................................................................... 427
Indexes
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Multifunction SelectorGE Substation Automation1
27 Custom Panel Solutions 425 DDS Digital Distribution System Family 59 F485 Communication Convertor 43 FAC Communication Convertor 41 FSC Fiber Optic System 37 FSD Fiber Subsystem Datalink 46
GENERATIONC30 C60 DRS DBT DBF SBC
TRANSMISSIONC30 C60 DRS DBT DBF SBC
LPS-O 489 DGP
T60 745 DTP DTR
Bus1000/2000
~
L90, L60, D60, ALPS, LPS-D, DLPD, MLP
T60 745 DTP DTR
MCP
GENERATIONModel 489 Generator 745 Transformer DGP Generator DTP Tranfsormer Page 63 87 71 95 Model 745 Transformer ALPS Line Distance BUS 1000/2000 Bus Bar C30 Controller C60 Breaker D60 Line Distance DBF Breaker Failure DBT Breaker Supervision DLPD Transmission Line
TRANSMISSIONPage 87 117 265 269 273 113 279 277 131 283 Model DTP Transformer Page 95
DTR 101 Transf. Tap changer controller L60 Line Phase Comparison L90 Line Differential LPS-D Line MCP Capacitor Bank Control MLP Distance SBC Breaker Backup T60 Transformer 109 105 125 287 139 282 83
DTR 101 Transformer Tap Changer Controller LPS-O Generator Backup/Out-of-step T60 Transformer 125 83
DRS Reclosing Sync. Check
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Indexes
Multifunction Selector
ModBus Monitor 40 MSP2 Ethernet Based Serial Port Server 45 QPJ Touchscreen Interface 39 Relay Communications Protocols 36 Sensors 416 UR UR Family Overview 49
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DISTRIBUTIONconsumersC30 C60 DRS DBT DBF SBC F35, F60, 735/737, 750/760, DFP200, DFP100, DMS SMOR-B, MDP, MIF, MIC, MIV, D60, MLP, DFF T60 745 DTP DTR 489, DGP, MGC, LPS-O 469, 269+/269, MPM, 369, 239, SPM, RRTD
INDUSTRIALF35, F60, 750/760, DFP200, DFP100, C30, C60, 735/737, DMS DRS, DBT, SMOR-B, MDP, MIF, PQM, DBF, SBC MIC, MIV, D60, MLP, PPQM DFF Load C30, C60, DRS, DBT, DBF, SBC T60, 745, DTP, DTR MM2, MM3, 239
GenBus1000/ 2000
M(MV)
Bus1000/2000
M(LV)
MCP, 750/760, PQM, PPQM, SMOR-B, F60
M(HV)
469, 369, RRTD
DISTRIBUTIONModel Page Model Page Model Page
INDUSTRIALModel Page Model Page
735/737 187 Feeder Protection 745 Transformer 87 750/760 Feeder 151 BUS 1000/2000 265 Bus Bar Protection C30 Controller 269 C60 Breaker 273 D60 Line Distance 113 DBF Breaker Failure 279 DBT 277 Breaker Supervision DFF 334 Load Shedding Frequency DFP100 167 Feeder Protection DFP200 159 Feeder Protection DIAC/DSFC/DIFC 315 Single Phase Overcurrent DMS Feeder 175 DTP 95 Transformer DTR 101 Transformer Tap Changer Controller
F35 Multiple (1-5) Feeder F60 Feeder MCP Capacitor Bank Control MDP Overcurrent MIC Overcurrent MIF Feeder MIV Voltage/Frequency MLP Distance PQM Power Quality PPQM Power Quality SBC Breaker Backup SMOR-B Feeder T60 Transformer
147 143 287 183 197 193 291 139 295 303 282 179 83
239 239 Motor 269/269 Plus 219 Motor 369 209 Motor 469 201 Motor 489 63 Generator 735/737 187 Feeder 745 87 Transformer 750/760 151 Feeder BUS 1000/2000 265 Bus Bar C30 269 Controller C60 273 Breaker DBF 279 Breaker Failure DBT 277 Breaker Supervision
DFP100 167 Feeder DFP200 159 Feeder DGP 71 Generator DMS 175 Feeder DRS 283 Reclosing Sync.Check DTP 95 Transformer DTR 101 Tap Changer Controller F35 147 Multiple Feeder F60 143 Feeder LPS-D 125 Line MDP 183 Overcurrent MGC 79 Small Generator
MIC 197 Overcurrent MIF 193 Feeder MIV 291 Voltage/Frequency MM2 255 Intel. MCC Controller MM3 247 Intel. MCC Controller MPM 227 Motor Meter PQM 295 Power Quality PPQM 303 Power Quality RRTD 217 Remote RTD SBC 282 Breaker Backup SMOR-B 179 Feeder SPM 231 Synch. Motor Controller T60 83 Transformer
Indexes
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Alpha Numeric IndexALPHA INDEX1Model Description Page Model Description Page
116B407 239
Pullout Fuse Blocks ..................................................419 Motor Protection ......................................................239
DRS DSFC DTP DTR EB-1 EB-2 EB-4 EB-25 EB-26 EB-27 ESA ET F35 F485 F60 FAC FSC FSD GCT5 GCT16 GCX GCY GDC
Reclosing System/Sync. Check..............................283 Single Phase Overcurrent ......................................315 Transformer Protection ............................................95 Transformer Tap Changer Controller ....................101 Terminal Block ..........................................................419 Terminal Block ..........................................................419 Terminal Block ..........................................................419 Terminal Block ..........................................................419 Terminal Block ..........................................................419 Terminal Block ..........................................................419 Auxiliary Relay ..........................................................393 Indicating Lights & LEDs ........................................420 Multiple Feeder Management Relay ..................147 Communication Convertor ........................................43 Feeder Management Relay ..................................143 Communication Convertor ........................................41 Fiber Optic System......................................................37 Fiber Subsystem Datalink..........................................46 Ground Fault CT ........................................................422 Ground Fault CT ........................................................422 Phase Reactance Distance ....................................394 Phase Mho Distance................................................394 Restricted Earth Ground Fault ................................353
269Plus/269 Motor Management Relay ....................................219 369 469 489 515 735/737 745 750/760 ALPS BDD Motor Management Relay ....................................209 Motor Management Relay ....................................201 Generator Management Relay ............................63 Blocking and Test Module ......................................417 Feeder Protection ....................................................187 Transformer Management Relay ........................87 Feeder Management Relay ..................................151 Advanced Line Protection ......................................117 Transformer Differential ..........................................347
BUS 1000/2000 Modular Bus Bar Protection ..............................265 C30 C60 CEB CEH CEX CEY CEYG CFD CFVB CHC Controller....................................................................269 Breaker Management Relay ..............................273 Phase Offset Mho Distance ....................................394 Loss of Excitation......................................................363 Angle Impedance ....................................................366 Phase Mho Distance................................................394 Ground Mho Distance..............................................394 Machine Differential ................................................349 Voltage Balance ......................................................345 Instantaneous Overcurrent ....................................325
Communications Protocols ..............................................................36 CTs CTs Ground Fault CTs ......................................................421 Phase CTs ..................................................................423
GE Industrial Systems ......................................................................7 GE Substation Automation ............................................................27 GGP GSY GXS HAA HEA HFA HFC HGA HGA18 HGF3 HGF5 HGF8 HMA HSA IAC Sensitive Power Directional ..................................365 Mho Distance ............................................................394 Auto Synchronizing ..................................................394 Auxiliary or Annunciator ........................................373 Multicontact Auxiliary ............................................368 Multicontact Auxiliary ............................................375 Multicontact Auxiliary ............................................325 Hinged Armature Auxiliary......................................379 Single Shot Reclosing ..............................................394 Ground Fault CT ........................................................421 Ground Fault CT ........................................................421 Ground Fault CT ........................................................421 Hinged Armature Auxiliary......................................387 Multi-contact Hand Reset Auxiliary ......................384 Time Overcurrent......................................................306
Custom Panel Solutions ................................................................425 D60 DAR DBF DBT Line Distance Relay..................................................113 Modular Reclosing Relay ........................................394 Breaker Failure..........................................................279 Breaker Supervision ................................................277
DDS Family Overview ....................................................................59 DFF DFP100 DFP200 DGP DIAC DIFC DLPD DMS Load Shedding Frequency ......................................334 Feeder Protection ....................................................167 Feeder Protection ....................................................159 Generator Protection ................................................71 Single Phase Overcurrent ......................................315 Single Phase Overcurrent ......................................315 Line Protection System............................................131 Digital Multifunctional System, ..............................175
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Indexes
Alpha Numeric IndexALPHA INDEXModel Description Page Model Description Page
IAV IBC ICR ICW IFC IFCV IFV IJD IJS
Time Over/Under Voltage ........................................344 Phase Directional Overcurrent ..............................361 Phase Sequence/Undervoltage ............................344 Time Overpower........................................................361 Time Overcurrent......................................................319 TOC with Voltage Restraint ....................................323 Time Overvoltage......................................................344 Machine Differential ..............................................354 Synchronism Check ................................................330
Online Ordering ................................................................................15 PCT PJC PK-2 PPQM PQM Phase CTs ..................................................................423 Instantaneous Overcurrent Relays........................325 Test Blocks and Plugs ............................................417 Portable Power Quality Meter................................303 Power Quality Meter ................................................295
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Publications Available Online ........................................................23 PVD QPJ RDB86 Bus Differential ........................................................351 QuickPanel Jr User Interface ..................................39 High Speed Trip and Lockout Relay ......................389
Instrument Transformers ................................................................424 JBC JBCG JBCV L60 L90 LPS-D LPS-O Phase Directional Overcurrent ..............................361 Directional Overcurrent ..........................................361 Directional Overcurrent ..........................................394 Line Phase Comparison Relay ................................109 Line Differential Relay..............................................105 Line Protection System............................................125 Generator Backup/Out of Step Protection ..........125
Relay Communications Protocols Reference ................................36 RRTD Remote RTD module ................................................217
Sales Offices....................................................................................427 SAM SB SB-1 SB-9 SB-10 SBC SBD SBM Timing Relay ..............................................................354 Control and Transfer Switches ..............................396 Control and Transfer Switches ..............................401 Master Control Switches ........................................406 Control and Transfer Switches ..............................408 Breaker Backup ........................................................282 Bus Differential ........................................................354 Control and Transfer Switches ..............................410
M Family Overview ..........................................................................48 MCP MDP MFF MGC MIC Capacitor Bank Protection......................................287 Overcurrent Protection............................................183 Frequency Relay ......................................................332 Small Generator Protection ......................................79 Modular Overcurrent ..............................................197
Sensors ............................................................................................416 SFF SGC SLJ SMOR-B SPM Underfrequency ......................................................344 Negative Sequence Overcurrent ..........................366 Static Synchronism Check Relay ..........................329 Feeder Management ..............................................179 Synchronous Motor Control ..................................231
MID Family Overview......................................................................58 MIF MIV MLJ MLP MM2 MM3
Feeder Protection ....................................................193 Voltage/Frequency Relay ........................................291 Synchronism Check ................................................327 Distance Protection ................................................139 Intelligent MCC Controller ......................................255 Intelligent MCC Controller ......................................247
SR Family Overview ........................................................................57 T60 TCCV TCW TOV Transformer Management Relay ............................83 Directional Overcurrent ..........................................357 Directional Power ....................................................359 Modular Voltage Relay ............................................338
ModBus Monitor ............................................................................40 MOV MPM MSP2 NAA NBT NBV NGA NGV Voltage Relay ............................................................340 Motor Protection Meter ..........................................227 Ethernet Based Serial Port Server ..........................45 Pilot/Distance Auxiliary ..........................................394 Breaker Trip Circuit Supervision............................392 Voltage Unbalance Relays ......................................345 Auxiliary Relays ........................................................391 Instantaneous Voltage ............................................345
Training Courses ..................................................................................13 UR Family Overview ........................................................................49 Website..............................................................................................19 Who We Are ............................................................................................9 XCA XLA XTM Test Probes and Plugs ............................................418 Test Plugs ..................................................................418 Test Plug and Card Extender ..................................418
Indexes
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Single Function IndexSINGLE FUNCTION INDEX BY DEVICE NUMBER1Device No. Description GE Relay Model
2 8 21 25 27 30 32 37 40 46 47 49(+) 50 51 50/51 50/51(+) 50BF 59 60 61 64 67 68 69 74 76 78 79 81 85 86 87 87(+) 94 ( )
Time-delay Starting or Closing Relay Control Power Disconnecting Device Distance Relay Synchronizing or Synchronism-Check Device Undervoltage Relay Annunciator Relay Directional Power Relay Undercurrent or Underpower Relay Field Relay Reverse-phase or Phase-balance Current Relay Phase-sequence Voltage Relay Thermal image protection (Small Generator/Motor Relay Systems) Instantaneous Overcurrent or Rate-of-Rise Relay AC Time Overcurrent Relay Instantaneous and Time Overcurrent Relay Overcurrent Relay System Breaker Failure Relay Overvoltage Relay Voltage or Current Balance Relay Machine Split Phase Current Balance Ground Detector Relay AC Directional Overcurrent Relay Blocking Relay Circuit Breaker Supervision and Control Device Alarm Relay DC Overcurrent Relay Phase Angle Measuring or Out-of-Step Protective Relay AC Reclosing Relay Frequency Relay Carrier or Pilot-wire Receiver Relay Lockout Relay Differential Protective Relay Differential Relay System Tripping or Trip-free Relay Auxiliary Relay
SAM, IAV PK-2 CEB, CEY, GCX, GCY, GXS, CEYG IJS, GXS, MLJ, SLJ IAV, NGV, HGA, HMA, TOV HAA GGP, ICW, TCW ICW CEH SGC ICR, NBV MGC*, MIF* CHC, HFC IAC, IFC, IFCV IAC, IFC, DIAC/DIFC/DSFC MIC*, MDP*, MCP*, MIF* SBC, DBF* IAV, NGV, TOV, MIV* NBV IFC, IAC IAV, IFV, TOV IBC, JBC, JBCG, JBCV, TCCV CEB MOV* HAA, HGA, HMA, DBT*, NBT PJC CEX + GSY, CEX HGA18, DRS, DAR SFF, DFF, MFF, MIV* NAA HEA, HFA, HSA, RDB BDD, CFD, IJD, PVD, SBD, GDC DTP*, BUS, STD HFA, HGA, HMA, NGA, ESA, RDB HAA, HEA, HFA, HGA, HMA, HSA, NGA
* These devices can also be found under the appropriate multifunction selector guides in this catalog.
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Indexes
GE Industrial SystemsTotal Solutions...Aircraft Engines Appliances Capital Services
From Electrical Equipment to Enterprise Systems2
GE is one of the worlds largest diversified technology, manufacturing, and services companies with a commitment to achieving worldwide leadership in each of its 11 global businesses: Information Services Industrial Systems Lighting Medical Systems NBC Plastics Power Systems Transportation Systems
As one of the major GE businesses, GE Industrial Systems is a global leader in providing electrical products, systems, and services. As part of GE Industrial Systems, GE Power Management is a leading global supplier of relays and associated systems for the utility and industrial markets.
GE Power Management... Part of GE Industrial Systems
Aircraft Engines
NBC
Appliances
Information Services
Plastics Transportation Systems Power Systems Industrial SystemsPower Management
Medical Systems Capital Services Lighting
Systems/Drives Motors Components
Power Equipment GE Fanuc Power Controls
For more information on GE Global Businesses products and services please call: Worldwide Tel: (518) 869-5555 Fax: (518) 869-2828 USA and Canada Tel: (800) 626-2004 Mexico Tel: +800-626-2004
For information on GE Industrial Systems products and services please call: USA and Canada (800) 431-7867 From U.S. enter group #052 Worldwide (704) 561-5600 Enter group #052
www.ge.com
www.GEindustrial.com/pm7
Who We Are
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GE Power Management - Your ideal strategic partner for protection relays and associated automation systems.
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GE Power ManagementWho We AreGlobal ManufacturingI I I
2
Markham, Ontario, Canada Bilbao, Spain Aasco, Puerto Rico
Areas of ExpertiseI I I I I
Substation automation Utility relays and systems Industrial relays and systems Power quality devices Protection, control, and monitoring
Customer BaseI I I I I
Utilities Industrial facilities OEMs Consultants Contractors
OVERVIEWWith extensive resources in design, manufacturing, and technical support, GE Power Management is your ideal strategic partner for protection relays, control, and monitoring equipment. Whether its a stand alone component or part of a complete system, GE Power Management can provide a solution that meets your performance and value needs. As part of GE Industrial Systems, GE Power Management is an industry leader in the business of monitoring, controlling, and protecting capital equipment. Our system installations ensure the daily safe and reliable operation of thousands of utility substations and industrial plants around the world. Protecting and ensuring the uptime of our customers motors, generators, feeders, transformers, bus systems, and transmission lines within the electrical supply chain is our prime goal. As a provider of innovative and high-tech solutions, GE Power Management realizes that reliability, flexibility, and value represent the concepts that guarantee the worldclass level of customer service we are proud to offer. To support its global customer base, GE Power Management has established over 150 representative companies around the world. These experienced representative companies have been carefully selected to provide strong technical, applications, and sales assistance for our customers. GEPM understands that not all customers needs are alike and have maintained their ability to remain flexible to customer needs.
SupportI I I I I
Call center Website Customer training center Application engineering Over 150 regional representatives
Design & ManufacturingI I I I I
Design For Six Sigma (DFSS) Real Time Digital Simulator (RTDS) Highly Accelerated Life Testing (HALT) Highly Accelerated Stress Screening (HASS) Just-In-Time manufacturing
GE Power Management
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GE PM - Who We AreWHO WE AREGE Power Management - Part of GE Industrial Systems
QUALITYSix Sigma Quality InitiativeSix Sigma starts and ends with the customer. It is a business strategy focused on one objective: Make all customers at each level of the interface realize that GE is a supplier who truly cares about making their customers more successful! GEs commitment to quality may be summarized as follows: I A new way of doing business I Focus on customer quality to elimGE Power Management joins a growing number of other RTDS installations worldwide. Given the advanced features and test capabilities of the RTDS, we can only improve the quality of our existing and future protection, control, and monitoring products and substation automation systems.
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HALT/HASS TestingHALT (Highly Accelerated Life Testing) is a testing methodology utilized by GE Power Management for building robustness into our designs during the prototype stage.The HALT process consists of temperature step stress, rapid temperature transitions, omniaxial random vibration, and a combined environment of temperature and vibration.
As part of GE Industrial Systems, GE Power Management designs, manufactures, and supports protection, control, and monitoring systems, products, and components for industrial and utility customers worldwide. With consistent annual growth, GE Power Management has established itself as a world leader in the supply of protective relays and associated systems.GE Power Managements operation centers
inate defects I Customer CTQs (Critical To Quality) items I Wing-to-Wing measurements I Rigorous analytical methods I DMAIC (Define, Measure, Analyze, Improve, Control) methodology for improvement of existing products and processes I DFSS (Design For Six Sigma) for designing new products and processes I Company quality training commitment: I Full-time quality BBs (Black Belts) in every business unit and function I All employees are required to be quality GB (Green Belt) trained
HALT enables us to: I Determine operating and destructlimits of design
RTDS - Real Time Digital SimulatorIn use since July of 1999, the RTDS has significantly expanded our test procedures in the following areas: To support its rapidly growing customer base, GE Power Management has established over 150 Regional Support offices. Experienced representative companies have been carefully selected to provide strong domestic and international assistance.Strong global presence with over 150 support offices.
I Identify weak links of design I Improve design margin by rapidstress application until failureHALT yields the widest possible margins between product capabilities and the environment in which it will operate, thus increasing the products reliability, reducing the number of field returns, and realizing long-term savings.
I Production release acceptance testing I Modeling/testing complex algorithms in development I Customer model verification
Of paramount importance is the fact that the RTDS works in continuous real time. This means that the RTDS can solve power system equations fast enough to continuously produce output conditions that realistically represent conditions in the real world network.The RTDS offers superior accuracy and allows for comprehensive product and/or configuration tests
GE Power Management employs empowered high performance product teams with computerized testing, electronic data interchange, and Just In Time manufacturing technologies to deliver superior products, services, and support. Housed in a modern facility with highly motivated staff, GE Power Management is equipped and committed to meeting the needs of all of its customers.
HASS (Highly Accelerated Stress Screening) is used as a firewall to stop latent defects from reaching our customers and at the same time, not reduce the products service life. This test involves a combination of temperature, vibration, and voltage during a functional test. An effective HASS test cannot be created without first performing a HALT.
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Company Profile
GE PM - Who We ArePLANT OPERATIONSResearch & DevelopmentI Over 100,000 hours per year spenton R&D I Commitment to the latest testing methods such as RTDS (Real Time Digital Simulation) and HALT (Highly Accelerated Life Testing)/HASS (Highly Accelerated Stress Screening) I Numerous yearly product improvements and new product introductions as a result of R&DProduct support personnel continually improve products and processes through R&D.
SUPPORTTraining CenterGE Power Management courses stress real world applications through lectures and practical lab exercises. The student is provided with a strong theoretical foundation, which is reinforced through hands on exercises. This teaching approach promotes self-confidence, and a thorough understanding of how to properly apply GE Power Management products to take full advantage of product features in real world applications.GE Power Management is committed to bringing customers the highest quality training on a global scale
LEADING TECHNOLOGYIndustry CommitmentAs part of its industry commitment to high providing the best possible customer solutions, GE Power Management is proud to be on the forefront of the UCA2 protocol development. UCA Version 2 was born of the joint efforts of a group of selected North American utilities and intelligent electronic device (IED) manufacturers coordinated by EPRI. Their goal was to achieve a "next generation" common protocol for high-speed peer-to-peer communications between devices in the substation as well as back to the utility enterprise.
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Next Generation IEDs for Utility & Industrial Customers Customer ServiceOne of GE Power Managements key successes has been its ability to offer sophisticated products accompanied by professional product support and a seasoned team of application and design engineers. GE Power Management has realized that not all customer needs are alike. In living out its commitment to customer satisfaction at every level of the business, GE Power Management has maintained its ability to remain completely flexible to customer requests. In fully leveraging its commitment to the UCA2 open standard protocol, GE Power Management has created a powerful and robust family of IEDs the (UR) Universal Relay family. The UR family of IEDs is a new generation of modular relays built on a common platform. Designed to serve as the engines for substation automation, all products in the family feature high performance protection, control, monitoring, and fault diagnostics with high speed peer-to-peer communications.GEs Universal Relay Family of products - The engine for substation automation.
New Product IntroductionAs a natural result of its substantial commitment to R&D, GE Power Management introduces a number of new products. These products stem from a combination of R&D and customer requests. Whether its a customer demand or a discovery made from R&D, GE Power Management is committed to supplying its customers with the latest and greatest technological solutions.
WebsiteThe GE Power Management website provides 24/7 access to: I I I I I I IDetailed product information Product manuals Technical & support documents Online ordering Product presentations Interactive content ...and much more
ManufacturingAll of GE Power Managements manufacturing is done in work cells, incorporating world class manufacturing techniques such as: Just-in-Time (JIT), Lean Manufacturing, and Six Sigma processes. These cells allow rapid introduction of new products and customer-focused support. All GE Power Management employees are experts in their respective fields and embody the core values of: I I I I I I I I I I IIntegrity Vision Accountability Excellence Speed Empowerment/Involvement Teamwork/Diversity Receptivity to change Quality Boundarylessness Simplicity
A wealth of information is conveniently available from our website.
Scalable Substation Automation OfferingsAs a leader in the protective relay business, GE Power Management can also offer scalable substation automation systems that provide comprehensive automated power management, protection, control, and monitoring solutions. Systems are scalable and upgradable, allowing for a minimal capital investment while maintaining the ability to upgrade or implement future technological advancements.
Be sure to visit our website at: www.GEindustrial.com/pm
Company Profile
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CALL CENTER TECHNICAL SUPPORTINTERNATIONAL(905) 294-6222 FAX: (905) 201-2098 EMAIL: [email protected] WEBSITE: www.GEindustrial.com/pm
NORTH AMERICA(800) 547-8629 FAX: (905) 201-2098 EMAIL: [email protected] WEBSITE: www.GEindustrial.com/pm
EUROPE+ 34 94 485 88 54 FAX: + 34 94 485 88 38 EMAIL: [email protected] WEBSITE: www.GEindustrial.com/pm
For other GE products and services contact:
GE Business CenterWorldwide Tel: (518) 869-5555 Fax: (518) 869-2828 U.S./Canada Tel: (800) 626-2004 Mexico Tel: +800-626-2004 www.ge.com
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Maximize product and application knowledge quickly and thoroughly.NEW
GE PM CourseDescriptions and ScheduleFeaturesI I I I I I I I I I
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Factory trained instructors Fully equipped labs Product and course manuals Dedicated classroom facilities Hands on exercises Limited class size Length from 3 to 5 days Can be customized to application On site courses available Various languages
Visit www.GEindustrial.com/pm or contact us for the current course schedule.
OVERVIEWGE Power Management courses stress real world applications through lectures and practical lab exercises. The student is provided with a strong theoretical foundation, which is reinforced through hands on exercises. This teaching approach promotes confidence, and a thorough understanding of how to properly apply GE Power Management products to take full advantage of product features in real world applications. GE Power Management trained instructors conduct all courses. In each course the student is presented with a logical path of progression from basic theory of operation, installation and configuration through to the most advanced leading edge protection features and technologies offered by GE Power Management.
Class LogisticsAll classes run from 8:30 am to 4:30 pm. The tuition fee includes all course manuals. Students are responsible for all travel and living expenses and arrangements. A list of suggested lodgings and transportation are available apon request.
RegistrationCourse co-ordinator can be reached @ (905) 201-2152 or faxed to @ (905) 201-2417.
On-site CoursesAll 4 day courses listed in the current training schedule are available as an on-site package. Please refer to the latest trainning brochure posted @ www.GEindustrial.com/pm for further details, requirements, and pricing.
GE Power Management
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GE PM CoursesSubstation Automation - UR Applications 1: TRNG-UR012The UR Applications course introduces the Application Engineer/Technologist to the hardware and software aspects of the Universal Relay for systems integration. Students will then participate in practical lab exercises to reinforce concepts presented during class lectures including the configuration and implementation of a redundant fiber optic LAN for GOOSE remote I/O message implementation. Topics covered include: I Hardware overview and installation I FlexLogic I Oscillography and event log I Integration of FlexLogic and thefollowing protection elements: I 27, 50, 51, 52, 59, 67, 81, 25, 79 I UCA2 GOOSE messaging I Creation of single line diagrams (HMI screens) using URPC for monitoring and control
Protection Relays Course: TRNG-7602
The industrial protection course is intended to provide the student with a strong foundation in the most common industrial protective relay applications. The class will cover each protective relay area of application in a systematic approach: beginning with a lecture discussing features, followed by installation and configuration of primary protective elements. The students will then participate in hands-on labs which clearly illustrate the operation of the protective elements discussed before moving on to investigate additional features. Intended to cover the 469, 369, 269, 239, and PQM motor management and metering relays, this course starts with a review of basic motor protection theory and then progresses through the correct selection, installation and configuration of each of the relays. The student will participate in practical lab exercises dealing with real world application issues associated with the correct implementation of the protective relays. Students can configure and monitor the relay using either the keypad and/or computer based software. In this course the class will first review the protective elements required for feeder, transformer, and generator protection and then review the correct installation and configuration procedures for the 750/760, 745 and 489 relays. Students will be given lab assignments to configure the relays in a manner that demonstrates the protective elements discussed in lecture so that a thorough understanding is achieved. To tailor a course to your specific needs, choose the topics from the course matrix on the right. The price for custom courses covers the cost of the instructor, course material, and rental of lab equipment for six students. Travel, living, and shipping expenses will be billed at cost. Customers are responsible for providing a suitable classroom, screen, whiteboard, sufficient power outlets, and assistance with equipment logistics.
The following protective relays will be covered: I Motor protection relays: 469, 369,and 239
I Feeder protection relays: 760/750 I Transformer protection relay: 745 Some of the topics featured include: I Terminology I Theory of operation I Features and benefits of GEPMproducts
I Questions to ask I Demo labs on the installation andconfiguration of the product
Motor Management Relays with Metering: TRNG-4691
Some of the topics featured include: I Motor theory I Motor thermal model I Current unbalance, overload, and I I I I I I I Ishort circuit Ground fault Stator and bearing RTD Under and overvoltage Backspin detection Incomplete sequence Oscillography Differential Communications
Feeder, and Generator Transformer Management Course: TRNG-7601
Some of the topics featured include: I Time and instantaneous overcurrent I Under and overvoltage I Event recorder I FlexLogic I Oscillography I Adaptive harmonic restraint I Demand I Communications
Custom Course Matrix
COURSE URAPP1 MM2 469 489 369 269 239 *SPM Seminar 750/760 745 PQM
DAYS 4 1 2 2 2 2 1 1 2 2 1
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www.GEindustrial.com/pm everythings onlineCAUTIONOPTIONAL TRANSDUCER TO 4-20 mA INPUT FOR OVEREXCITATIONPHASE aEXCITER AND AUTOMATIC VOLTAGE REGULATOR DC Amps mA FIELD
WYE VOLTAGE TRANSFORMER CONNECTIONPHASE AUNIT CIRCUIT BREAKER
OPEN DELTA VOLTAGE TRANSFORMER CONNECTIONUNIT CIRCUIT BREAKER
DO NOT INJECT OVER RATED CURRENT ON G10 & H10. (See pg. 2 - 10)
PHASE b
C(B) A
PHASE B
PHASE c
B(C)
PHASE C
GENERATOR
LOAD
LOAD
Product Pagea valuable resource of product information including brochures, technical drawings, guide form specifications and manuals.INDUCTIVE/HALL EFFECT SENSOR FOR TACHOMETER CAUTION + 24 DO NOT INJECT VOLTAGES TO DIGITAL INPUTS (DRY CONTACT CONNECTIONS ONLY) KEYSWITCH FOR SETPOINT ACCESS
E10 F10 G9 H9 G10 H10 G3 H3 G4 H4 G5 H5AUTOMATIC CT SHORTING TERMINALS
G6 H6 G7 H7 G8 H8 G2 H1 H2 G1
G2 H1 H2 G1
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NEUTRAL
GROUND
INPUTS
PHASE a PHASE b PHASE c
NEUTRAL END CT's
PHASE A PHASE B PHASE C OUTPUT CT's
PHASE VOLTAGE INPUTS
PHASE VOLTAGE INPUTS
B1 A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 A11 A12 A13 A14 A15 D1 D2 D3 D4 D5 D6 D7 D8 D9 D10 D11 D12 D13 D14 D15 D16 D17 D18 D19 D20 D21 D22 D23 D24 C1 C2 C3 C4
RTD SHIELD HOT COMPENSATION RTD RETURN COMPENSATION HOT HOT COMPENSATION RTD RETURN COMPENSATION HOT HOT COMPENSATION RTD RETURN COMPENSATION HOT HOT COMPENSATION RTD RETURN COMPENSATION HOT HOT COMPENSATION RTD RETURN COMPENSATION HOT HOT COMPENSATION RTD RETURN COMPENSATION HOT
RTD #1
CONTROL POWER SAFETY GROUND
H12 H11 G12 G11
489 POWER SUPPLY CAUTION
Technical Drawingsmany technical drawings are available for download in either AutoCAD or CorelDRAW format
1A / 5A
1A / 5A
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1A / 5A
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COM
Vcom
Vcom
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HGF
ASSIGNABLE INPUT 1 ASSIGNABLE INPUT 2 ASSIGNABLE INPUT 3 ASSIGNABLE INPUT 4 ASSIGNABLE INPUT 5 ASSIGNABLE INPUT 6 ASSIGNABLE INPUT 7 COMMON SWITCH + 24Vdc ACCESS BREAKER STATUS COMPUTER RS485 COM
FRONT PANEL LOCAL PROGRAMMING PORT
RS232
DCS
UNIT BREAKER STATUS (52a)
RS232 INTERFACE
AUXILIARY RS485
ANALOG I/O ANALOG OUTPUTSSHIELD
ANALOG INPUTS 24 Vdc 1 2 3 4 COM
COM COM 1
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D25 D26 D27120 1nF 120 1nF
B2
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B4 A16 A17 A18 A19 A20 A21 A22 A23 A24 A25 A26 A27
RELAY 1 TXD 2 RXD 3 4 SGND 5 6 7 8 9 9 PIN CONNECTOR
COMPUTER 1 8 2 3 RXD 3 2 TXD 4 20 5 7 SGND 6 6 7 4 8 5 9 22
25 PIN CONNECTOR
120 1nF
GROUND COMMUNICATION PORTS ONLY AT MASTER DEVICE
PERSONAL COMPUTER RS232 489PC
SELF POWERED BEARING VIBRATION TRANSDUCERS 120 1nF
RS485 PORT
COMMON
COMMON WATTS VARS STATOR RTDs
#1+4 20mA ANALOG INPUT
#2+ #3+ #4+
PLC or COMPUTER
808752EG.dwgBEARING RTDs
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9 WIRE RS232
1A
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Vb
Vb
RTD #2 RTD #3
GE Power Management
FILTER GROUND
489RTD #4 RTD #5 DRAWOUT INDICATOR RTD #6 RTD #7 TRIP COIL SUPERVISION
Generator Management RelayE12 F12 E11 F11
CHECK VOLTAGE RATING OF THE UNIT BEFORE APPLYING POWER. (SEE Pgs.2-8) CONTROL POWER
GROUND BUS
UNIT BREAKER TRIP CONTROL RTD #8 RTD #9 R2 AUXILIARY RTD #10 RTD #11 R3 AUXILIARY R1 TRIP
RTD #12
R4 AUXILIARY
R5 ALARM
R6 SERVICE DIGITAL INPUTS
E2 F1 E1 F2 E3 F3 E5 F4 E4 F5 E6 F6 E8 F7 E7 F8 E9 F9
52a UNIT SHUTDOWN CIRCUIT
UNIT TRIP COIL
ALARM ANNUNCIATOR
SELF TEST ANNUNCIATOR OUTPUT CONTACTS SHOWN WITH NO CONTROL POWER
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Publications Available OnlineGE Industrial SystemsGE Home GE Industrial Home GE Power Management Online Store About Us Feedback 2
www.GEindustrial.com/pm Technical Publications Available OnlineREF # ANSINUMS APC_951 ARTSCI CIRCPROT CURRDIFF DATALINK DEREGCOM FSCCONFG G703SPEC GER2309A GER2540 GER2540A GER2622A GER2681B GER3055 GER3061 GER3178 GER3179 GER3180 GER3181 GER3182 GER3183 GER3184 GER3204 GER3205 GER3224 GER3660 GER3678 GER3735 GER3736 GER3742 GER3743 TITLE/DESCRIPTION ANSI Device Numbers Table of standard ANSI device numbers for protection relays. Inter and Intra Substation Communications: Requirements and Solutions The Art & Science of Protective Relaying Textbook on protective relaying, useful for a novice or an experienced power systems engineer. Circuit Protection: Detecting High Impedance Ground Faults A New Approach to Current Differential Protection for Transmission Lines High-Speed Utility Data Link Promises to Save Millions Excerpt from Sept. 1998 issue of Electrical Review. Author: Tony Sacks. Reprinted by permission. Role of Utility Communications in a Deregulated Environment UR Fiber Optic System Communication, Ether & RS422 Configuration L90 Communication Specification Test for the G.703 Interface Power Relays Application Guide Automatic Reclosing of Distribution and Transmission Line Circuit Breakers Automatic Reclosing of Distribution and Transmission Line Circuit Breakers Synchronism Check Equipment Phase Comparison Relaying Consideration of Speed, Dependability, and Security in Pilot Relaying Schemes Control Circuit Transients Local Back-up Protection for an Electric Power System Out-of-step Protection for Generators Application of Out-of-step Blocking and Tripping Relays Generator Protection with a New Static Negative-Sequence Relay Polarizing Sources for Directional Ground Relays Loss-of-excitation Protection for Synchronous Generators High-Impedance Differential Relaying Substation Transients and Solid State Controls Theory of Shielding & Groundings of Control Cables to Reduce Surges High-Speed Reclosing System and Machine Considerations Digital Relay Software Quality Comparative Testing Using Analog Model Power Systems, Digital Model Power Systems and Portable Test Sets Relaying Short Lines Series Compensated Line Protection: Evaluation Solutions Dynamic Characteristics of Mho Distance Relays Effects of Load Flow on Relay Performance
General Information
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Publications Available OnlineGER3793 GER3796 GER3798 GER3961 Ground Distance Relaying: Problems and Principles A Microprocessor-Based Digital Feeder Monitor with High-Impedance Fault Detection Variable Digital Filter Response Time in a Digital Distance Relay Bus Differential Protection Advancements in Adaptive Algorithms for Secure High Speed Distance Protection Evaluation of a Phasor-Based Fault Location Algorithm Application of Phase and Ground Distance Relays to Three Terminal Lines Evaluating Line Relaying Schemes in Terms of Speed, Security and Dependability Distance Relay Fundamentals Upgrading and Enhancing the Generator Protection System Document for the upgrade and enhancement of the generator protection system by making use of digital systems. Series Compensated Line Protection Issues Use of the R-X Diagram in Relay Work Relay Testing and Maintenance - Periodic Relay Testing Load Shedding, Load Restoration and Generator Protection Using Solid-state and Electromechanical Underfrequency Relays Distribution System Feeder Overcurrent Protection Application of PVD Relays Using Different Ratio Current Transformers Application Guide AC Pilot Wire Relaying System SPD and SPA Relays Generating Station Protection CT Accuracy Classification High Voltage Transmission Line Protection with Single Pole Tripping and Reclosing Power System Protection for Transmission Lines PLS1 Polyphase Line Relaying System Relay Communication Channels Application guide for using relay communication channels in the protection of high voltage transmission lines (print version only). DLP - Digital Line Protection TLS1B Modular Relay System Relay Selection Guide Medium voltage relay selection by protective zone. FSC Fiber Optic System Communication Index by Application Use device numbers and application as a reference for selecting specific relays. L90 Inter-relay Communications Specification L90 Fiber Interface Margin Calculator L90 Fiber Interface Specifications L90 Communication Specification Test, for RS422 interface L90 Line Drivers Design and Interoperability Testing of a Network IED: A Manufacturers Perspective This paper describes the evolution of communications in Intelligent Electronic Devices (IEDs). Developing a Common Language for Intelligent Electronic Device Communication in the Substation High Impedance Fault Detection on Distribution Systems SB Control and Transfer Switches Catalog Selection and Application Guide for SB Control and Transfer Switches. Single Function by Device Number Select a Single Function Relay by Device Number. The Universal Relay: The Engine for Substation Automation UCA 2.0: The GE Experience
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GER3962 GER3963 GER3964 GER3965 GER3966 GER3967A GER3972 GET2230B GET3473 GET6449 GET6450 GET6455 GET6462A GET6497A GET6498 GET6555 GET6651A GET8031 GET8034
GET8037A GET8044 GET8048 GET8368 INDEXAPP L90COMSP L90FCALC L90FIBER L90RS422 LINEDRIV NETWKIED OOM REPC1 SBCAT SINGLE URENGINE UCAPROT
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General Information
SUBSTATION AUTOMATIONGE SUBSTATION AUTOMATIONFlexible automation solutions for retrofits and new substations.Comprehensive automated power management, protection, control and monitoring solutions for substation automation.
UR FAMILYThe engine for substation automation.The Universal Relay family is a new generation of modular relays built on a common platform. Designed to serve as the engines for substation automation, all products in the family feature high performance protection with high speed open standard peer to peer communications - the necessary components of a successful 21st century power system.
DDS FAMILYIntegrated protection and control system for electrical substations.The DDS system integrates distribution and transmission substation protection and control features. The DDS basic field units, or level 1 units, provide metering, protection and both remote and local control at the position level. All these units can be linked in a network thanks to their communication capabilities, so that all the information is transferred to a central substation computer.
SECTION 3: SUBSTATION AUTOMATION SUBSTATION AUTOMATION .........................27 UR FAMILY ...............................49 T60 ........................................83 L90 ......................................105 L60 ......................................109 D60 .....................................113 F60 ......................................143 F35 ......................................147 C30......................................269 C60......................................273 DDS FAMILY.............................59 DTP .......................................95 DTR .....................................101 DMS....................................175 SMOR-B .............................179 DBF .....................................279 DRS.....................................283 DFF .....................................334 MOV ...................................340 QPJ............................................39 COMMUNICATIONS ................35 F485 ......................................43 FAC .......................................41 FSC .......................................37 FSD .......................................46 MODBUS MONITOR..........40 MSP2 ....................................45 RELAY COMMUNICATIONS ...........36 SENSORS ...............................416 CUSTOM PANEL SOLUTIONS...............425
QPJPractical and cost effective user interface for control and display.The QuickPanel family of slim profile (less than 3") touchscreen graphical operator interfaces is a practical, cost-effective alternative to a variety of discrete devices from push buttons and pilot lights to message centers.
SENSORSLTC-MAP 1525 Load Tap Changer Maintenance Action PlannerGE provides products, systems, and services to monitor your system remotely and diagnose problems that may arise in real time.
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Flexible automation solutions for retrofits and new substations.
GE Substation AutomationApplicationsI I I I I
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Substation automation & integration Powerhouse solutions Retrofits & new stations Industrial & utility solutions Protection, control, & monitoring System responsibility Integration services Turnkey solutions & project management Consulting services Custom engineering & drawings Custom rackups & panels Equipment supply Manufacturing Screen programming Startup & commissioning Training Technical support Maintenance services Remote monitoring & diagnostics Long term full service agreements Project financing Partnerships Reduced total cost of ownership Deferred capital expenditures Improved service Improved performance Increased uptime Improved maintenance productivity High speed peer-to-peer LAN control Reduced wiring Hassle free integration Common modular platform Reduced training GE scope of supply MMS/UCA2 for interoperability DNP 3.0 over serial or ethernet Legacy IED & SCADA protocols SDH/SONET based systems Control/monitoring over the LAN System scalability Configurable schemes using FlexLogic URPC software for setting, monitoring, & graphical system representation Open architecture design IED interoperability World class security & reliability Programmable logic control Powerful diagnostics viewers for DFR & PQ analysis
System SolutionsI I I I I I I I I I I I I I I I I
DESCRIPTIONWhen it comes to managing your substation, the challenges can be tough. Anything from unknown equipment status to unexpected outages can turn decision making into guesswork. Now, GE is bringing you an improved solution for your substation automation needs. With integrated solutions from GE Power Management and GE Harris Energy Control Systems, the total return on investment for your substation automation project can be even greater. GE Substation Automation systems provide comprehensive automated power management, protection, control, and monitoring solutions for substation automation. Systems are scalable and upgradable, allowing for a minimal initial capital investment while maintaining the ability to upgrade or implement future technological advancements. In combining the hardware and software components required to efficiently integrate various power system IEDs, the GE Substation Automation system can seamlessly integrate IEDs of many sources with different protocols to the substation LAN. Additional substations may be added to the LAN to further leverage remote access and control, and by using a modular approach and common data structure for integration, the system is easily expandable. The GE Substation Automation system provides standard network interfaces, open-layered multi-protocol support, and centralized network management to efficiently communicate between generating plants, substations, and operation centers. Legacy protocol devices can be combined with MMS/UCA2 and DNP 3.0 compliant IEDs or a host of other protocols including open ModBus /TCP and ModBus RTU over a high speed fiber optic communication network to accommodate the optimum combination of devices. Comprised of communication equipment, protocols, gateways, HMIs, engineering tools, GEs multilingual UR (Universal Relay) family of IEDs and the D25 IED, the GE Substation Automation System directly interfaces with EMS and SCADA systems incorporating GUIs (Graphical User Interfaces) for local and remote control, application development, database management, and enterprise connectivity.
System BenefitsI I I I I I I I I I I I
CommunicationsI I I I
FeaturesI I I I I I I I I
GE HARRIS Energy Control Systems
GE Power Management
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GE Substation AutomationDESCRIPTIONSoftware applications are designed to provide efficient enterprise wide power management, flexible substation automation, and effective IED integration. Not only is the software capable of automating substation fault detection and notification, it is designed to make diagnostic information easily accessible to minimize down time. Application software is available to meet the separate requirements of station operators and engineering maintenance staff. Automating your station with GE Substation Automation can significantly reduce the TCO (Total Cost of Ownership). From concept to commissioning to operation, GE can provide solutions for managing, integrating, and maintaining new and existing installations. GE can also provide remote diagnostics, maintenance agreements, energy management systems, and long-term service agreements.
Reduced Operating & Maintenance Costs
GE RELIABILITY
I Lower costs via remote access to oneor multiple remote substations
I Use one common database forpredictive maintenance, volt/VAR control, self-diagnostic programs, and substation automation programs I Leverage web-enabled remote access
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GE has thousands of satisfied customers around the globe. Our proven technology and commitment to ongoing research and development have placed us at the forefront of our industry. Our durable equipment works and keeps working in conditions that range from the Egyptian desert to the Canadian North.
Deferred Capital ExpendituresI Achieve tighter system control byimplementing transformer and feeder load balancing systems I Enhance equipment monitoring to extend the economic life and capacity of primary equipment I Eliminate redundant equipment, panels, displays, and switches by implementing a local user interface I Flexible design enables you to add one substation this year, another next, year, and others in the future as required
TYPICAL BENEFITS (% REDUCTION)Volt/VAR Losses Substation Equipment Manintenance Reduced Trips to Substation Reduced Customer Outage Minutes New Construction Cost Equipment Costs Deferment of Capital Expenditures
4% 6% 10% 10% 25% 30% 50%typical benefits.eps
Improved PerformanceGLOBAL REMOTE ACCESS
Bringing it All TogetherSCALABLE AND UPGRADABLE OFFERINGS
SYSTEM BENEFITSWith maintenance budgets tightening and power demands changing, realtime remote access to your substation equipment can save you time and money without necessarily having to replace what youve got. Around the world, GE Substation Automation systems are providing the answer for cost-conscious utilities in several important ways.
I Bring substation operations online,into a central office or remote control room, from across town or across the country I Immediate web access allows a local or remote user to connect transparently from a single physical location and connection, to a configuration port on any LAN node or supported IED I Virtual connection is user friendly and secureDECREASED REACTION TIME
I Solutions for substation retrofits orgreen field projects
I Scalable and upgradable, allowingfor a minimal capital investment while maintaining the ability to implement future technological advancements I Advanced family of IEDs that allow for a quicker learning curve and reduced wiring, the system can be used for one substation or one hundred depending on your needs. I Broad range of products and Services, providing complete solutions for substation automation
Improved Service Reliability
I Improve power system quality bycorrecting system problems as needed I Enhance system reliability and safety I Monitor the status of all station primary equipment, protection and control devices I Reduce customer outages by implementing fault detection, autosectionalizing, auto-restoration, and other advanced automation solutions
I With web access you can fine-tuneoperations from a remote location I Operators can adjust the voltage, transformer loads, and feeders loads from a PC at the office or even from a laptop computer, rather than just at the substationINSTANT ACCESS TO USEFUL INFORMATION
I Gather information that needs to beextracted and analyzed seamlessly I Information is accessed quickly key information on load management, load shedding, and reactor and capacitor switching reaches you almost instantaneously I Historical information can be stored or overwritten
Be it a retrofit or green field project... GE has a substation automation solution that will deliver value.28
Substation Automation
GE Substation AutomationARCHITECTURE OVERVIEWThe GE Substation Automation is unique among substation automation solutions. Thanks to its ease of integration, standard and well defined system components, and the power of its modular and proven IED platform, GE Substation Automation is your ideal solution.
At The Bay Level...GE IEDs also support power management functions at the local level through a touch screen and/or remote access via the URPC engineering software. The touch screen is a flexible interface that eliminates much of the hardwiring, switches, and annunciators. URPC provides an engineering level of access to the overall system from a PC or portable laptop.
At The Enterprise Level...GE also offers solutions for enterprise level system-wide management, providing access to common information in a broad range of disciplines within the utility organization to ensure increased uptime and system optimization.
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CommunicationsInformation is communicated to the different levels of the system. To a computer at the station level, to a computer at the enterprise level or to an energy management system using the most standard open protocols. GE Substation Automation systems are MMS/UCA2 and DNP 3.0 compliant. Communications can be done through a high-speed fiber optic LAN using hubs and gateways as required. For legacy devices, RS485 is normally used. Inter-substation communications can be done through a SONET WAN. IED communication through a web browser is also available.
The Family of IEDsThe building blocks of the system start with the IEDs. The UR family of IEDs is used for intrinsic protection, control, monitoring, and measurement. There is no need for additional interfaces. In addition to protection, The UR family can provide the user with information on events, oscillography, phasors, current and voltage values, and status alarms. When there is need to include legacy devices or other station items the D25 IED can provide a solution.
At The Station Level...PowerLink, the Human Machine Interface software gives the user the possibility to have full control over all the substation devices. The user can also access settings, remotely develop single line displays, manage alarms, manage redundancy, support virtual connections and make connections to SCADA.
GE Substation Automation architecture
ENTERPRISE
Remote Workstation
CORPORATE WAN System Control Center
EMS/ DMS/ SCADA
SCADA
56K V90 Data Faxmodem
Regional Control Center SONET WAN Engineering PlanningD25 Multifunction IEDGEHARRIS Energy Control Systems
D25 IED
SUBSTATIONSONET Multiplexer
Historian
Local HMI
G G G G
Ethernet Remote Access Server
G
56K V90 Data Faxmodem10/100 Mbps Ethernet LAN (Redundant Hubs)
G
Local control Analysis SOE Alarm Annunciator Metering
LEGEND:Copper Fiber Dual Fiber Hub Telco
SUBSTATION
ModBus/RS485L60 LINE DIFFERENTIAL RELAY
UR - D60 DistanceL90 Line Current Differential
GEHARRIS Energy Control Systems
D25 IEDGEHARRIS Energy Control Systems
SensorsD25 IED
C60
T1 220kV \ 13.8kV
L60 LINE DIFFERENTIAL RELAY
T60
UR - F60 FeederL60 Line Phase Comparison
13.8kV - BusL60 LINE DIFFERENTIAL RELAY L60 LINE DIFFERENTIAL RELAY
F60
F60
UR - F35 Multiple FeederD60 Distance Relay
Sensors Other UCA or ModBus TCP/IP IEDsRS485DFP200
Feeder 1
Feeder 2
Touch Screen Bay Level HMI (Optional)
Ethernet
UR - T60 TransformerT60 Transformer Management Relay
D25 Multifunction IED
RS232
HARLEYDFP200 Feeder
UR - C60 BreakerF60 Feeder Protection Relay
DFP200
Digital Feeder Protection
UR - C30 ControlerF35 Multipule Feeder Protection Relay
HARLEY
DFP10 0
UR - L60 Line Phase ComparisonC30 Controller
DFP100 Other Legacy IEDsIED
SYPROTEC
UR - L90 Line DifferntialIEDC60 Breaker Failure
SYPROTECEngineering/Maintenance
Discrete I/O
Transducer I/O
Virtual I/O (via LAN)
Discrete I/O
Transducer I/O
UR - T60 UR - G60 TMMS PROTECTION SINGLE LINE
Bus
UR - L60/L90 UR - D60 UR - C30/C60
UR - L60/L90 UR - D60 UR - C30/C60Transmission
Bus
UR - T60 TMMS
Bus
UR - F60 UR - C30/C60Distribution
Feeder
UR - C30/C60
UR - C60
UR - C60
Generation
craig poster 4.cdr
OPEN PROTOCOL - MMS/UCA2 COMPLIANT IEDs
PROPRIETARY PROTOCOLS LEGACY DEVICES
Substation Automation
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GE Substation AutomationSUBSTATION IEDsUniversal Relay Family IEDsThe Universal Relay family is a new generation of modular relays built on a common platform. Designed to serve as the engines for substation automation, all products in the family feature high performance protection, control, monitoring, and fault diagnostics with high speed open standard peer to peer communications.GEs Universal Relay Family of products The Engine for substation automationINTEROPERABILITY
D25 IEDThe GE D25 IED solves one of the biggest challenges in integrating relays from the existing substation into a new substation system. While most IEDs cannot connect directly to the LAN, the D25 allows this connection, as well as connection to SCADA systems.The GE D25 IED connects directly to the substation LAN and serves as a gateway for legacy devices
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MMS/UCA2 (Manufacturing Message Specification/Utility Communications Architecture) protocol allows for the seamless connection of IEDs from multiple vendors. In addition to device interoperability, MMS/UCA2 is designed to control the substation via LAN instead of through discrete wiring to an RTU. Peer to peer communications over Ethernet enables distributed control with a few IEDs and eliminates the need for an RTU to remote SCADA. High speed message transfer eliminates the need for large and costly hard-wired interconnections.DATA ACQUISITION
The UR Family consists of the following IEDs: L90 LINE DIFFERENTIAL RELAY I High speed differential protection oftransmission lines
L60 LINE PHASE COMPARISON RELAY I Phase comparison protection for HVand EHV transmission line for three phase tripping applications
Deregulation is creating increasing demands for information to be used in billing, power quality analysis and documentation. Trending, exception reporting, and data capture are powerful preventative maintenance tools. Fault analysis using time stamped SOE (Sequence Of Event) records and oscillography files assists engineering staff in restoring power faster after an outage. Powerful IEDs with GUI software connected to the station LAN makes all these benefits attainable at an affordable cost.FLEXIBLE DISTRIBUTED CONTROL
Another of the D25s functions is digital fault recording (DFR). Once the DFRs are captured by the D25, they automatically transfer via the LAN to the substation computer. The D25 can also be used as an analytical tool for measuring and recording power quality information, total harmonic distortion (THD), harmonic spectrum, RMS trending, RMS profiling, sags and swells, and interruptions. There is an optional metering module for the D25 that can provide demand metering and load profiling. In addition to the D25, the D200 is also available for substation control beyond the sphere of contemporary intelligent RTUs.PROTOCOL SUPPORT
D60 LINE DISTANCE RELAY I High speed transmission line protection for three phase tripping
T60 TRANSFORMER MANAGEMENT RELAY I High speed, three phase, two winding transformer relay
F60 FEEDER MANAGEMENT RELAY I Three phase, neutral, and groundprotection with metering and event analysis for feeder applications
F35 MULTIPLE FEEDER MANAGEMENT RELAY I Feeder current, bus voltage, andunderfrequency for multiple feeder applications
C60 BREAKER MANAGEMENT RELAY I Breaker management relay withsynchrocheck, auto-reclosure, and event analysis for breaker applications
Protection and control logic including signalling interlocks, blocking and supervision is traditionally hard wired using inputs and contact outputs. This fixed approach to design using multiple devices and complex wiring is expensive and difficult to change. Protection and control logic are field programmed in UR series IEDs using FlexLogic which reduces design time, wiring, and enables modifications to meet changing requirements. Logic equations are used to determine the interaction of inputs, elements, and outputs for implementation of complex schemes. Virtual inputs and outputs from other relays can be used for distributed control over the substation LAN. I/O modules can be added to accommodate input/output expansion.
GE has developed a library of D25 supported IED protocols that includes ABB SPA-BUS, DNP 3.0, MMS/UCA2, Alstom Courier, ModBus RTU, and more than 70 other protocols. The D25 can communicate with IEDs at the substation, including protection relays, meters, RTUs, digital fault recorders, sequence of events recorders, and programmable logic controllers used in traditional substation control panels.
C30 CONTROLLER I I/O control, event recording , anddigital oscillography for bay control and substation automation.COMMON MODULAR PLATFORM
MMS/UCA2 enables high speed trip and control via the substation LAN without complex fixed wiring to many auxiliary devices.Station LAN Trip Message FlexLogic FlexLogic MMS/UCA2 / Ethernet Blocking Message FlexLogic
In using a common modular hardware and software platform, the UR offers the following benefits: I Reduced wiring I Reduced integration costs I Reduced detailed engineering I Reduced spares cost I Reduced learning curve I Reduced maintenance I Upgradable hardware I Reduced obsolescence I Flexible functionality
L90 Line Differential Relay
L90 Line Differential Relay
L90 Line Differential Relay
RELAY #1
RELAY #2 Trip Output
RELAY #3
Trip TimeUCA2 LAN Control Solid State Output Hardwire Control Relay Output Legacy Device Communications
524 mS 8 mS
Breaker
500 mS
Trip Time
841704A8.cdr
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Substation Automation
GE Substation AutomationINTER SUBSTATION COMMUNICATIONSNetwork ComponentsIn order to transfer the wealth of information available from GEs IEDs to the station, a very secure and reliable communications media is required. A range of network components are provided to tie the new and legacy IEDs together into one unified system.MSP MULTIPLE SERIAL PORT
the FSC system which eliminates the need for expensive two stage multiplexing schemes. The system can be configured in a self healing ring arrangement to provide complete redundancy which greatly increases system availability. Having all channel equipment integrated into the FSC network provides the capability for a centralized network management system that can monitor and control the communications network down to the individual channel level. Designed specifically for the power utility communications application, the FSC provides a full featured communications network that enables reliable and cost effective intersubstation communications in a single integrated system.The FSC can be configured to provide intersubstation communications via SONET fiber optics.
Intelligent SensorsSYPROTEC TRANSFORMER DIAGNOSTICS
GEs Syprotec line is used for the detection and monitoring of failure conditions in oil-filled electrical transformers. Features of the Syprotec offering include: I Systems for monitoring critical newor sick transformers, fault gas detection, and early warning failure detection I Diagnostics and recommendations based on dissolved gas-in-oil measurementsHARLEY LTC AND TRANSFORMER MONITORS
3
I Ethernet network connection toprovide multiple RS232 serial ports to RS485 to fiber
F485 CONVERTER I Isolated RS232
optic converter10BASEFL HUB
I 6-port 10BaseFL Ethernet hub ETHERNET TCP/IP MODBUS RTU GATEWAYI
Connects RS232 or RS485 ModBus RTU devices directly to the Ethernet LAN
FSC FIBER OPTIC SYSTEM
The FSC (Fiber optic System Communications) is a fully integrated system based on the latest SDH/SONET (Synchronous Digital Hierarchy/Synchronous Optical Network) technology. FSC with its unique modular architecture can be configured to provide all intersubstation communications requirements; including LAN/WAN (serial or Ethernet), protective relaying, SCADA, telemetry, voice, and data. All channel interface modules are integrated into
As a premier manufacturer of real-time monitoring and diagnostics systems for power transformers and high voltage circuit breakers, GEs Harley product line can reduce forced outages and maintenance costs while increasing system reliability. Features of the Harley offering include: I Comprehensive LTC monitor including thermal and mechanical diagnostics I Contact wear and neutral switch inactivity measurement I Maintenance alerts and operational alarms through SCADA
ENTERPRISE NETWORK COMMUNICATION
TYPICAL SUBSTATION COMMUNICATIONS INTERFACEStation HMINT Pentium
Other Regional Control Centers
SCC
10/100 Mb Ethernet Substation Hub
SS SS SSRCC RCCDifferential Signal
ETHERNET GATEWAY F60 Feeder L90 Line T60 Transformer D60 Distance EthernetRS485 ModBus RTU
Other IEDs
ALPS DistanceUCA/MMS/Ethernet Serial Link
SS
SS
SS SSRVoice
SS
155 Mbps Self Healing Ring SONET - Dual Fiber
Radio Data
D20 RTU Other Relays 745 Transformer 760 Feeder Other IEDs
SSSerial Linkire 2WSe y rit cu eo d Vi
SS SS
SS
SS
RS 232 Transfer Trip
2 Wire FXS
RS 232 64 Kb Data
Power Supply #2
Ethernet
4 Wire
Video
Multiplexer Common Equipment Multiplexers Optics Network Management Power Supply #1To Next Site827785AH.AI
LEGEND:SCC RCC
SS
System Control Center Region Control Center Substation Fiber Optic Repeater Digital Microwave Copper Dual Fiber 1300/1550 nm
Communication Channel Cards
R
To Next Site
SONET 155 Mbps WAN
Substation Automation
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GE Substation AutomationSUBSTATION AUTOMATION SOFTWARE & HMIsL60INEDIFFERENTIALREL L AY
ModBus/ RS485L60INEDIFFERENTIALREL L AY
C60
URPC
ENGINEERING SOFTWAREI
T1 220kV\13.8kV
T60
Software
Appli
catio
ns
URPCModBus RTU TCP/IP RS232 RS485 Ethernet
RS485
3
Engineering/ Maintenance URPC
URPC Engineering SoftwareThe Windows based URPC program runs on a PC with the Windows 95/98/NT operating systems. The program may be used locally, remotely, or as part of the substation LAN over Ethernet. URPC provides full engineering level access to the relay data with the following features: I I I IView actual values View relay status View/edit settings on-line/off-line View event recorder for troubleshooting I View oscillography and phasors for fault diagnosis I URPC tutorial for step-by-step help I Relay firmware programming for upgrades
All status information such as target messages and digital input/output states may be viewed with the URPC program.URPC software allows easy viewing and editing of relay settings.
EL 1
QuickPanel Touch Screen HMIThe QuickPanel touch screen provides a stand alone "point and execute" interface useful for bay/local control and monitoring, or in substations where the functions of a Host computer are not required. The touch screen can be connected to the devices of interest either through the LAN connecting these devices or alternatively through a parallel RS485 connection to the devices. The user can create customized pages of graphic display that can be used to: I I I I IDisplay alarms / Events Summarize analog values Display substation 1-line Control breakers/switches Lock-out / tag-out a breaker or a recloser
Metered parameters that may be viewed with the URPC program include current, voltage, apparent power (VA), real power (W), reactive power (var), and power factor.
The tools available with the URPC software combined with other higher level control and monitoring software/hardware offers differing levels of settings and analysis functionality. These can be combined to meet specific system requirements.
QuickPanel touch screen interface
Current and voltage can be displayed in a graphical phasor format to analyze pre/post fault conditions
The QuickPanel family of slim profile (less than 3") touch screen graphical operator interfaces is a practical, cost effective alternative to a variety of discrete devices from push buttons and pilot lights to message centers. Free form static and dynamic graphics can be added to represent an information-rich picture to the operator in a single glance. Available in various screen sizes, the QuickPanels screen provides a sharp display in either color or monochrome.
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Substation Automation
RS232
Protocols Tran sport
Engineering I Commissioning I Fault Analysis I Maintenance I Historical Data
BAY
13.8kV-BusL60INEDIFFERENTIALREL L AY L60INEDIFFERENTIALREL L AY
F60
F60
Feeder1
Feeder2
Touch Screen Bay Level HMI (Optional)
GE Substation AutomationLocal HMI
STATION
SCADA/Enterprise - Energy Management System(EMS)33
3
PowerLink Full Control SoftwareThe GE PowerLink software gives your operators "full control" over all substation devices either locally through an on-site computer or from a remotely located host. It replaces or complements traditional mimic control panels and gathers all the substations raw data into a single database. It can feed detailed information directly into the companys business system such as critical information on transformer loads, key customer power demands, and pending maintenance information. Standard and customized reports can also be generated.
RELIABILITY
I supports redundant and nonredundant systems with automatic failover
CONFIGPRO
I configures the hardware andsoftware of the GE Substation Automation system if required
SCADA SUPPORT
I configures and displays standard SCADA data types
Hardware and software is configurable.
I displays scanned or calculateddata, as required
I displays diagnostic statistics foreach scanned device
I performs supervisory controloperations, as directedWEBACCESS
I allows for all displays to beviewed over the internet
I authorized personnel can gainread-only access to PowerLink through their web browserAPPLICATIONS EDITOR
I allows an individual company tocustomize the system to a substations components I Windows application with online help and pull-down menusLOGICLINX
I collects and organizes the dataneeded to create graphical user interfaces that have been configured for operations personnel
I allows the user to createcustomized control schemes and applications that reside in the various IEDs distributed throughout the substation or plant I can eliminate the cost of hardwired automation schemes
Additional PowerLink Application ProgramsVIRTUAL CONNECTION
I allows the