FRONT COVER · 2012. 6. 26. · Transmission Line Protection Principles and Relaying (ALPS, D60,...

FRONT COVER

RESERVE YOUR SEAT TODAY...IN GE MULTILIN’s ADVANCED TRAINING CENTER

WHAT YOU CAN EXPECT FROM THE GE MULTILIN TRAINING EXPERIENCE:

Pair uP with another student for direct control over your own relay, relay test tool and Pcreceive training from seasoned exPerts with years of exPerience in the Protection industryadvanced toPics taught with the aid of multimedia demonstrationsuse of interactive training cds for a dynamic learning environmenta comPrehensive manual with course notes and detailed lab exercises to take with you uPon comPletion of the course

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TABLE OF CONTENTS

Product Application CoursesMetering Metering with the PQM and EPM series Meters 18Distribution Distribution Protection Principles and Relaying (SR745, SR750/760) 19 SR745 Transformer Management Relay 20 SR750/760 Feeder Management Relay 21 F60/F35 Feeder Management Relay 22 T35/T60 Transformer Management Relay 23 B30/B90 Bus Protection Relay 24 F650 Bay Controller 25 DDS Distribution Protection 26Motor Motor Protection Principles and Relaying (MM300, 239, 269 Plus, 369, SR469, SPM, M60) 27 MM300 Motor Management Relay 28 239 Motor Management Relay 29 269 Plus Motor Management Relay 30 369 Motor Management Relay 31 SR469 Motor Management Relay 32 SPM Synchronous Motor Protection Relay 33 M60 Motor Management Relay 34

GE Multilin Training Center Services PG #

Course Selector 1

Training Services 3

Additional Services 5

Registration & Locations 70

Theoretical Courses Fundamentals of Modern Protective Relaying 9 Power System Protection for Industrial Facilities 10 Power System Protection for Utilities 11

Industrial Power System Communications 12

Utility Power System Communications 13

Introduction to the IEC 61850 Protocol 14

Fundamentals of Arc Flash Safety 15

Fault Investigation & Analysis 16

Introduction to Electromechanical Relays 17

www.GEMultilin.com/training

Product Application Courses (Continued) Generator Generator Protection Principles and Relaying (SR489, DGP, G60) 35 SR489 Generator Management Relay 36 G60 Generator Management Relay 37 DGP Generator Protection Relay 38Transmission Line Transmission Line Protection Principles and Relaying (ALPS, D60, L90, L60) 39 L90 Line Current Differential Relays / L60 Phase Comparison 40 D30/D60 Line Distance Relay 41

D90Plus Line Distance Relay 42

ALPS/LPS Line Distance Relay 43

Universal Relay UR Maintenance 44 UR Platform 45 UR Data Communications 46 UR Advanced Applications 47Lentronics Multiplexers JungleMux SONET Multiplexer Product Overview Training 48 JungleMux SONET Multiplexer Hands-On Training 49 TN1U/TN1Ue SDH Multiplexer 51

System Integration Courses Substation Automation Fundamentals 52 PMCS - Power Management Control Systems Integrator Training 53 EnerVistaTM Software Suite Integration 54

Interactive Learning CDs Fundamentals of Modern Protective Relaying 55 Industrial Power System Communications 56 Utility Power System Communications 57 IEC 61850 58 UR Applications I 59 Distance Protection with the D60 Relay 60 Feeder Protection with the F60/F35 61 Feeder Protection with the SR750/SR760 62 Feeder Protection with the F650 63 Motor Protection with the SR469 64 Motor Protection with the 369 65 Motor Protection with the 269 Plus 66 Transformer Protection with the SR745 67 Generator Protection with the SR489 68 GE Multilin Product Maintenance 70

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Which Courses Are For You?

COURSE SELECTOR

Theoretical Courses Fundamentals of Modern Protective Relaying TRNG-FMPR x x

Power System Protection for Industrial Facilities TRNG-PIND x

Power System Protection for Utilities TRNG-PUTL x

Industrial Power System Communications TRNG-ICOM x x x x

Utility Power System Communications TRNG-UCOM x x x

Introduction to the IEC 61850 Protocol TRNG-61850 x x x

Fundamentals of Arc Flash Safety TRNG-ARCF x x x

Fault Investigation & Analysis TRNG-FAULT x x x

Introduction to Electromechanical Relays TRNG-EMR1 x x

Product Application CoursesMetering Metering with the PQM and EPM series Meters TRNG-METER x x x

Distribution Distribution Protection (SR745, SR750/760) TRNG-DIST x

SR745 Transformer Management Relay TRNG-745 x x

SR750/760 Feeder Management Relay TRNG-750/760 x x

F60/F35 Feeder Management Relay TRNG-F60 x x

T35/T60 Transformer Management Relay TRNG-T60 x x

B30/B90 Bus Protection Relay TRNG-B30 x x

F650 Bay Controller TRNG-F650 x x x x

DDS Distribution Protection TRNG-DDS x x

Motor Motor Protection (MM300, 239, 269 Plus, 369, SR469, SPM, M60) TRNG-MOTR x

MM300 Motor Management Relay TRNG-MM300 x x

239 Motor Management Relay TRNG-239 x x

269 Plus Motor Management Relay TRNG-269 x x

369 Motor Management Relay TRNG-369 x x

SR469 Motor Management Relay TRNG-469 x x

SPM Synchronous Motor Protection Relay TRNG-SPM x x

M60 Motor Management Relay TRNG-M60 x x

Generator Generator Protection (SR489, DGP, G60) TRNG-GEN x

SR489 Generator Management Relay TRNG-489 x x

G60 Generator Management Relay TRNG-G60 x x

DGP Generator Protection Relay TRNG-DGP x x

Catalog Number

Protection Engineers

HMI & System Integrators

Power System Consultants

Maintenance & Electrical Personnel

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Product Application Courses (cont’d) Transmission Transmission Line Protection (ALPS, D60, L90, L60) TRNG-LINE x

L90 Line Current Differential Relays/L60 Phase Comparison TRNG-L90 x x

D30/D60 Line Distance Relay TRNG-D60 x x

D90Plus Line Distance Relay TRNG-D90 x x

ALPS/LPS Line Distance Relay TRNG-ALPS x x

Universal Relay UR Maintenance TRNG-URMA x

UR Platform TRNG-URPL x x x

UR Data Communications TRNG-URDC x x x

UR Advanced Applications TRNG-URAPPS x x

Lentronics Multiplexers JungleMux SONET Multiplexer Product Overview Training TRNG-JMUX1 x

JungleMux SONET Multiplexer Hands-On Training TRNG-JMUX2 x

TN1U/TN1Ue SDH Multiplexer TRNG-TN1U x

System Integration Courses Substation Automation Fundamentals TRNG-SAUTO x x

Power Management Control Systems Integrator Training TRNG-PMCS x x

EnerVistaTM Software Suite Integration TRNG-EV x x x x

Interactive Learning CDs Fundamentals of Modern Protective Relaying TRCD-FMPR-C-S-1 x x x

Industrial Power System Communications TRCD-ICOM-C-S-1 x x x x

Utility Power System Communications TRCD-UCOM-C-S-1 x x x

IEC 61850 TRCD-61850-CS1 x x x

UR Applications I TRCD-URA1-C-S-1 x x x x

Distance Protection with the D60 Relay TRCD-D60-C-S-1 x x x

Feeder Protection with the F60/F35 TRCD-F60-C-S-1 x x x

Feeder Protection with the SR750/SR760 TRCD-SR750-C-S-1 x x x

Feeder Protection with the F650 TRCD-F650-C-S-1 x x x

Motor Protection with the SR469 TRCD-M469-C-S-1 x x x

Motor Protection with the 369 TRCD-M369-C-S-1 x x x

Motor Protection with the 269 Plus TRCD-M269-C-S-1 x x x

Transformer Protection with the SR745 TRCD-SR745-C-S-1 x x x

Generator Protection with the SR489 TRCD-SR489-C-S-1 x x x

GE Multilin Product Maintenance TRCD-PRMAINT-C-S-1 x x

Catalog Number

Protection Engineers

HMI & System Integrators

Power System Consultants

Maintenance & Electrical Personnel

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TRAINING SERVICES

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Advanced Training ServicesGE Multilin offers the largest selection of computer-based training in the industry. Our interactive learning CDs cover concepts from the basics of protection theory, to configuring advanced relays. These interactive multimedia presentations make complex concepts easy to understand. Students are able to learn at their own pace and review the course material as often as desired.

Protection EngineersMaintenance & Electrical PersonnelHMI & System IntegratorsPower System Consultants

The skills learned through our courses will help maximize your organization’s potential by helping meld a skilled workforce with powerful products.

GE Multilin Training CentersAt our Training Centers, we offer regularly scheduled published courses with open enrollment. Our advanced Training Centers, located in North America and Europe, contain equipment for hands-on interaction using:

relays & metersrelay test toolscommunications equipmentpersonal computers

The key to the success of our training centers is our talented group of instructors. At GE Multilin, we pride ourselves on having seasoned instructors with years of experience in the protection industry who specialize in teaching technical topics.

At the GE Multilin Training Centers, class sizes are kept small so instructors can interact with each student. Students receive comprehensive course manuals with the course notes and detailed lab exercises to ensure they can apply this knowledge in their workplace.

We also take our training on the road throughout the year by presenting our most popular training sessions at different North American centers. Visit www.gemultilin.com/training to keep updated as to when new locations, dates and course topics are added.


TRAINING SERVICES TRAINING SERVICESTRAINING COURSE

Interactive Learning CDs

CEU Credits Offered For All In-Class CoursesThe Advanced Training Center at GE Multilin is a recognized Authorized Provider by the International Association for Continuing Education and Training (IACET) to award Continuing Education Units to participants who successfully complete our training courses. These CEU credits allow Engineers and Technicians to maintain their professional accreditation. Please refer to each course agenda for the number of credits awarded.

On-Site Training Courses

GE Multilin offers the largest selection of computer-based training in the industry. Our interactive learning CDs cover concepts from the basics of protection theory, to configuring advanced relays. These interactive multimedia presentations make complex concepts easy to understand. Students are able to learn at their own pace and review the course material as often as desired.

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The RTT Desktop Test Set is an analog and digital injection device that assists with configuration, logic testing, and training. Used extensively in GE Multilin Advanced training courses, the RTT enhances the hands-on training experience by allowing each student to validate relay and meter configurations. The RTT is capable of:

The RTT – Desktop Test Set

Single Phase Current Injection – up to 3 ampsSingle Phase Voltage Injection – up to 240 voltsForce the status of up to 8 Contact Inputs – wet or dryControl of up to 3 real time digital simulatorsIdentifying the status of 2 contact outputs

The RTT is available for sale on the GE Multilin online store. RTT – Desktop Test Set with cables Catalog Number: RTT Additional device connection cables Catalog Number: RTTCABLE

To increase the number of employees who can benefit from our training, we offer the option of conducting training courses at your facility. These on-site courses can be customized to the specific range of topics you want covered. We provide all the necessary equipment and literature needed to duplicate the environment we offer at our Training Centers.

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ADDITIONAL SERVICES

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GE Multilin Consulting ServicesGE Multilin offers a wide range of services to assist you with solutions to your Power Protection challenges. Our team of experienced Consulting Services Engineers can help you with end-to-end solutions or specific activities including designing, commissioning and maintaining protective relaying systems and power system protection devices.

Design of Protection & Automation SolutionsFrom new power systems to the upgrade of existing systems, trust the experience of GE Multilin to evaluate, design and deliver.

Arc Flash StudiesLoad Flow & Fault StudiesSystem & Relay Coordination StudiesSystem Transient Studies using EMTP and real time digital simulators

Recommending changes to meet IEEE, NERC StandardsImproving IED Utilization

Creating Relay Settings FilesDeveloping Engineering DrawingsEquipment Selection End-to-End Solutions

Performing Protection System Studies

Reviewing Relay Logic & Settings Files

Designing Customized Protection & Automation Systems

High-speed Digital TeleprotectionTransmission/Distribution Remedial Action Schemes (RAS)System-Wide Peer-to-Peer Communications using IEC61850 GSSE/GOOSE

Developing Custom Logic and Settings FilesIn-house Verification Testing

Designing Wide Area Protection Schemes

Creating Automatic Transfer Schemes

CONSULTING SERVICES


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At our in-house real time digital simulators Lab, GE Multilin engineers create highly accurate computer models of your power system and its components (based on EMTP) in order to perform real-time closed loop testing. System behavior can be simulated and analyzed under a variety of fault conditions.

Literally thousands of fault scenarios can be run on your system model using automated test scripts. Our engineers analyze the results and manually step you through any abnormal or unexpected system operations. We then assist with recommendations on alternate protection schemes, equipment selection, and optimizing relay settings and control logic. Real time digital simulators test results and our recommendations for system improvement, are provided in a detailed report along with the relay event records and oscillography files.

GE Multilin can help you understand how your power system and its protection and control devices will respond to failure situations. Gain the assurance and peace of mind of knowing that your protection and control functions will operate as required when you need them most.

Power System Modeling and Protection Performance Testing

Time-domain (transient) modeling of large power systemsPlayback of large COMTRADE files for protection testingFlexible AC Transmission Systems (FACTS), wind generator modeling

Real Time Digital Simulator Testing

Have the experts who design and build your relays help you evaluate, test and commission your protection and control system. Our team of knowledgeable field engineers can test and verify that your protection devices are connected properly and will operate as designed.

On-Site Field Services

Document Existing Protection and Control SystemsRecommendations Report

Relay & Panel TestingWiring Verification

Fault Data Collection & AnalysisRecommendations & SolutionsUpgrading Relay Firmware Uploading Relay Settings Files

Site/System Surveys

Protection System Commissioning

Protection System Field Troubleshooting

Validate protective relaying schemes against customer power systemParallel performance testing of different protection philosophiesTesting of GE and non-GE protection IEDsScheme testing using IEC61850 GOOSE/GSSEComplete test reports and documentation including event sequence and oscillography

Protection Scheme Performance Verification

CONSULTING SERVICES

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GE Multilin Packaged SolutionsGE Multilin Packaged Solutions is a comprehensive offering that brings tremendous value to our customers in meeting their power system protection, control, metering and communication needs. By providing a complete solution where all of the parts are engineered to work together, Packaged Solutions save time and money while increasing performance and reliability. Join the growing number of satisfied Utility and Industrial customers who trust GE Multilin’s expertise to handle the following project requirements:

Choose from a number of available pre-engineered Packaged Solutions, or work with GE Multilin Consulting Services to provide a custom package to best fit the application. Indoor or outdoor, free standing or pole-mounted, our repeatable and ready-to-install solutions use highly reliable GE Multilin products for a wide variety of applications.

Project ManagementMaterial Procurement & SourcingPanel Design & ConstructionRelay setting uploadPanel testing & protection verificationCommissioning

Generators and Distributed Generation (DG)Transformers & ReactorsTransmission and Sub-transmission LinesCapacitor BanksDistribution FeedersReclosers & Pole-top RTUsMotors and PumpsPower Quality and Revenue MeteringRemedial Action Schemes (RAS) Wide-Area Special Protection Systems (SPS)

GE Multilin Packaged Solutions has the flexibility to create the look, feel, and functionality required to suit our global customer’s. Panels are provided with powder coated painted finish available in any single color to match specific project specifications.

All wiring used in our solutions is either flame resistant or self-extinguishing and conforms to international standards and individual customer requirements. Wiring is run in the ducting to keep the layout organized, and color-coded by function for easy identification (example: Green for Ground, Blue for DC Power, Red for CT’s, Black for VTs).

PACKAGED SOLUTIONS


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Freestanding Rack

Universal Relays (UR) leading edge protection and control products built on a

common modular platform available for various applications.

40 character LCD display for monitoring, metering,

& user-progammable messages

GE indicating lamps

GE pushbuttons

GE Test Switches

GE Control and Transfer Switch

Color coded wiring for function identification

Wire labels

Insulated lugs

Interfaces10 Base-FL (redundant)100 Base-FX (redundant)10/100 Base-TXRS485

ProtocolsModbus (RTU, TCP/IP)IEC61850IEC60870-5-104, EGD

Miniature circuit breaker

Busbar

Rear ViewFront View

Programming keypad

GE Terminal Blocks

Labelling is also fully customizable from our standard white on black, with laminated panel labels fitted on the front, back, and inside of cubicles. Terminal block markings and test switch labels are provided to customer specifications. Customized LED labels on the relays can also be created to match the programmed functionality of the devices.

PACKAGED SOLUTIONS

what will i learn from this course? who should attend?

Prerequisites tuition

course duration ceu credits offered

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FUNDAMENTALS OF MODERN PROTECTIVE RELAYING TRNG-FMPR

The Fundamentals of Modern Protection Relaying course provides a comprehensive understanding of the principles of digital Power System relaying and protection applications. The course will review the major components of a Power System as well as basic theory and protection principles. Device demonstrations will be performed by the instructor following selected protection sections.

Anyone who requires an understanding of the principles of protective relaying such as recent graduates or those who are new to the industry. Also beneficial as an update on the latest relaying technology.

$ 2,400 US*

4 Days 2.8 Credits

Power System componentsWhy protect?Relaying basicsCircuit BreakersPrimary and Backup relayingTypes of Electromechanical RelaysMicroprocessor RelaysProperties of Alternating CurrentIntroduction to Symmetrical ComponentsCurrent TransformersPotential Transformers

Protection elementsRelay coordinationPhase TOC (51)Phase IOC (50)Ground RelayingInstructor Presented Sample ExerciseFault simulationEvent LogOscillography

Bus Differential elementBus protection requirementsBus protection schemes

High ImpedanceLinear CouplersInterlockingUnrestrained DifferentialPercent DifferentialLow Impedance microprocessor-based

Transformer theoryTransformer Protection elements

Current Transformer Percent Differential 2nd harmonic inhibit5th harmonic inhibitVolts/HzSudden Pressure change detection

Instructor Presented Sample Exercise

Introduction to Transmission LinesDistance protection theoryStepped DistanceZone 1 ExtendedPilot Aided schemes: DUTT, PUTT, POTT, HYBRID POTT, Directional blockingPower SwingsLine Current Differential protectionInstructor Presented Sample Exercise

Induction motor theoryMotor Thermal ModelingShort CircuitGround FaultStator DifferentialSingle phase protectionUnder and OvervoltageLocked Rotor protectionAcceleration timerStarts per hourTime between startsBearing protectionInstructor Presented Sample Exercise

Generator protectionGenerator protective elements

Stator DifferentialNeutral Displacement3rd harmonicLoss of excitationAccidental EnergizationLow Forward PowerReverse Power


Day 1 Day 2

Day 3

Day 4

Transformer Protection

Line Protection

Busbar Protection Motor Protection

Feeder Protection

Interactive Learning CD Available See Page 55

Introduction

Generator Protection

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Basic understanding of electrical circuitsThe Fundamentals of Modern Protective Relaying Interactive Learning CD would be an asset

* Tuition shown is for scheduled courses. Contact us for custom and on-site pricing.

25% off the price of the training CD when purchased with the in-class course


Prerequisites


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POWER SYSTEM PROTECTIONFOR INDUSTRIAL FACILITIES TRNG-PIND

This course provides an understanding of the fundamentals of digital Power System relaying specifically tailored to Industrial facilities. The class will cover basic Power System theory, Feeder, Busbar, Transformer, Motor and Generator protection principles. Device demonstrations will be performed by the instructor following selected protection sections.

Students ranging from recent graduates entering the field of protective relaying to seasoned professionals who require an update on the latest relaying technology will benefit from this course.

Basic understanding of electrical circuits $1,800 US*

3 Days 2.1 Credits

Power System componentsWhy protect?Relaying basicsCircuit BreakersPrimary and Backup relayingTypes of Electromechanical RelaysMicroprocessor RelaysCurrent TransformersPotential Transformers

Protection elementsRelay coordinationPhase TOC (51)Phase IOC (50)Ground RelayingInstructor Presented Sample ExerciseFault simulationEvent LogOscillography

Bus Differential elementBus protection requirementsBus protection schemes

High ImpedanceLinear CouplersInterlockingUnrestrained DifferentialPercent Differential

Low Impedance microprocessor-based

Basic transformer theoryTransformer Protection elements:

Transformer Percent Differential 2nd harmonic inhibit5th harmonic inhibitVolts/HzSudden pressure change detection


Induction motor theoryMotor Thermal ModelingShort CircuitGround FaultStator DifferentialSingle phase protectionUnder and OvervoltageLocked Rotor protectionAcceleration timerStarts per hourTime between startsBearing protectionInstructor Presented Sample Exercise

Generator protective elementsStator DifferentialNeutral Displacement3rd harmonicLoss of excitationAccidentral EnergizationLow Forward PowerReverse Power


Day 1 Day 2

Feeder Protection Transformer Protection

Motor Protection

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Introduction Busbar Protection

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POWER SYSTEMPROTECTION FOR UTILITIES TRNG-PUTL

This course provides a comprehensive understanding of the principles of digital Power System relaying, specifically tailored to Utilities. The class will cover the major components of a Power System, basic Power System theory, Feeder, Busbar, Transformer and Transmission Line protection principles.

Those involved in protecting Utility Power Systems who require an understanding of the principles of protective relaying will benefit from this course. Students range from recent graduates entering the field of protective relaying to seasoned professionals who require an update on the latest relaying technology.

$ 1,800 US*

3 Days 2.1 Credits

Power System componentsWhy protect?Relaying basicsCircuit BreakersPrimary and Backup relayingTypes of Electromechanical RelaysMicroprocessor RelaysProperties of Alternating CurrentIntroduction to Symmetrical ComponentCurrent TransformersPotential Transformers

Protection elementsRelay coordinationPhase TOC (51)Phase IOC (50)Ground RelayingInstructor led Lab exercisesFault simulationEvent LogOscillography

Differential elementBus protection requirementsBus protection schemes

High ImpedanceLinear CouplersInterlockingUnrestrained DifferentialPercent Differential

Low Impedance microprocessor-based

Transformer theoryTransformer Protection elements

Transformer Percent Differential 2nd harmonic inhibit5th harmonic inhibitVolts/HzSudden pressure change detection


Introduction to Transmission LinesDistance protection theoryStepped DistanceZone 1 extendedPilot aided schemes: DUTT, PUTT, POTT, HYBRID POTT, Directional blockingPower SwingsLine Current Differential protectionInstructor Presented Sample Exercise

Day 1 Day 2 Day 3Line ProtectionBusbar Protection

Feeder Protection


Introduction

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Basic understanding of electrical circuits


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* Tuition shown is for scheduled courses. Contact us for custom and on-site pricing. 12www.GEMultilin.com/training

INDUSTRIALPOWER SYSTEM COMMUNICATIONS TRNG-ICOM

This course provides a thorough understanding of the Communication Network hardware, software and protocols that are used for monitoring and controlling modern industrial Power System equipment. Student will be introduced to common industrial network technologies followed by hands-on lab exercises that will set up, configure and test RS232, RS485, Twisted Pair and Fiber Optic Ethernet networks to reinforce concepts presented in class lectures. As a final step, the student will create and integrate an HMI (Human Machine Interface) for industrial power system Monitoring, Control, Alarming, Trending, and Data Collection.

Industrial Plant personnel that are new to communications and need to understand how to integrate their relays and meters into communication networks, as well as students who wish to perform remote programming, monitoring, control and data collection of their power system protection equipment, will benefit from this course.

Fundamentals of Modern Protective Relaying and familiarity with the SR EnerVistaTM Setup Software strongly recommended

$1,200 US*

2 Days 1.4 Credits

Data communication terminologyIntroduction to the OSI modelNetwork topologiesRS232 LANs

Hardware specificationsConnectionConfigurationLab: Configuring an RS232 LAN

RS485 LANsHardware specificationConnectionConfigurationF485 converterLab: Configuring an RS485 LAN

Ethernet networksLAN topologiesFull/Half Duplex operationSwitches and Routers10/100 Base T Ethernet

MultiNetLab: Configuring a 10 Base T LAN

10/100 Base F Fiber Optic Ethernet

Single/ Multi-mode cablePower budgetsLab: Configuring a 10 Base F LAN

Modbus ProtocolSpecificationPerformanceFunction CodesLab: Sending/receiving Modbus commands to a relayModbus User Maps

EnerVistaTM Viewpoint Monitoring HMICreating single line diagramsReal-Time digital and analog monitoringDigital ControlScreen navigationAlarm generationTrending and storing dataFormula editor

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UTILITYPOWER SYSTEM COMMUNICATIONS TRNG-UCOM

This course will provide a comprehensive understanding of the different communication hardware and protocols that are used in modern utility substations. Students will be introduced to common communications terminology and will receive hands-on experience in setting up and configuring RS232, RS485, Twisted Pair and Fiber Optic Ethernet LANs. The course will then progress on to cover the common utility protocols including DNP3.0 and IEC 61850. Lab exercises will include configuring and testing relay-to-relay GOOSE, GSSE and Direct I/O messaging as well as configuring an HMI (Human Machine Interface) for substation monitoring, control, and data acquisition.

Utility personnel new to communications who need to understand how to integrate their relays and meters into communications networks as well as students who wish to learn about the advantages of networking their devices, such as automatic retrieval/archiving of fault data and remote programming and control of devices, will benefit most from this course.

The UR Platform and the Fundamentals of Modern Protective Relaying courses are strongly recommended.

$1,200 US*

2 Days 1.4 Credits

Data communication terminologyIntroduction to the OSI modelNetwork topologiesRS232 LANsHardware specifications

ConnectionConfigurationLab: Configuring an RS232 LAN

RS485 LANsHardware specificationConnectionsConfigurationsThe F485 converterLab: Setting up and testing an RS485 LAN

Ethernet networksLAN topologiesFull/ Half Duplex networksSwitches and Routers10/100Base T Ethernet

MultiNetLab: Configuration and testing of a 10 Base T LAN

10/100Base F Fiber Optic Ethernet Single/ Multi-mode cablePower budgetLab: Configuration and testing of a 10 Base F LAN

MultiLink switchTagged V LANsLogical V LANsRedundant 10 base F Ethernet LAN requirements and operationRing configuration

DNP3.0 ProtocolSpecificationObject ModelsData transferring methodsUnsolicited responseTime stampingSecurityDNP Lab exercises: Universal Relay DNP configuration options

IEC 61850Introduction to the StandardIEC 61850 versus UCA 2.0GSSE and GOOSE Peer-to-Peer communicationsLab: GSSE and GOOSE communications between Universal RelaysData object Model testing with the Universal Relay and Viewpoint Monitoring HMI softwareDirect I/O

EnerVistaTM Monitoring HMI software labCreating single line diagramsReal time digital and analog monitoringDigital Control Screen NavigationAlarm generation Trending and data storageFormula editor

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INTRODUCTION TO IEC 61850 PROTOCOL

IEC 61850 is the new emerging standard that is now being applied to many new substation designs to allow interoperability between manufacturers of substation devices. This course will provide a systematic introduction to the major sections of this standard and then focus in detail on the portions of IEC 61850 that are of particular interest to protective relaying and substation integration.

Protection and Electrical Engineers responsible for substation design, relay configuration, system communications or substation control applications will benefit from this course. System Integrators responsible for configuring SCADA or HMI Monitoring and Control systems using the IEC 61850 protocol will also benefit from this course.

An understanding of power systems, protection applications and the Universal Relay an asset.

$ 1,800 US*

3 Days 2.1 Credits

TRNG-61850


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Protocol fundamentals:Data communication basicsLAN Topologies7-layer OSI model

Introduction to IEC 61850 and UCA:IEC 61850 Station Bus

GSSE and GOOSE Peer-to-Peer communications

IEC 61850 Process BusIEC 61850 Self descriptionIEC 61850 Substation configuration languageFile transfer services

Ethernet fundamentals:Physical interfaces

10/100 BASE T Fiber Optic LAN networking

Networking BasicsIP AddressingVLANs SecurityLab Exercise: Setting up configuring and testing an Ethernet network

Station BUS:IEC 61850 Peer-to-Peer communicationsLab Exercise: GSSE Peer-to-Peer communicationsLab Exercise: GOOSE Peer-to-Peer communications

Logical Nodes:The modelNaming conventionStation Bus HMITime stamping reporting models

Lab exercise: Configuration of Viewpoint Monitoring HMI screens using IEC 61850 logical nodes

Introduction to the IEC 61850 Process BusIEC 61850 Substation configuration language overview

ICDSCDCID

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Day 3

This class includes fully equipped Hands-On Lab exercises with equipment provided for each pair of students.


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TRNG-ARCF

The course provides an understanding of the fundamentals of arc-flash hazards, analysis and safety. The class will cover what causes an arc flash, arc flash hazard evaluation, how to carry out an arc flash hazard analysis and the relevant industry standards for arc flash hazards. An example analysis will be provided showing how to determine approach boundaries and how to select the appropriate personal protective equipment (PPE).

Anyone who works on or near energized electrical equipment and systems or is responsible for electrical system planning and maintenance or safety compliance.

Basic understanding of electrical circuits, short-circuit calculations and protective devices coordination.

2 Days 1.4 Credits

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FUNDAMENTALS OF ARC FLASH SAFETY

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$1,200 US*

Definition of Arc FlashArc Flash InjuriesArc Blast PressureIncident Energy DefinedHazards due to arcing/flashoverSafety practices to reduce arc-flash hazard

NFPA 70E-2004IEEE 1584-2002Canadian Electrical Code 2006 ChangesOSHAOccupational Health and Safety Act and RegulationsProvincial Regulations

“Job Briefing” DetailsNFPA 70E “Energized Work Permit” Preparation

Safe Approach Distance CalculationsBoundaries and Spaces DefinedLimits of ApproachShock Hazard Analysis

Shock Protection BoundariesUnderstanding and Applying NFPA 70E Tables

Using Tables - NFPA 70E TablesSimplified Matrix

Single Line DiagramsShort Circuit & Coordination StudyInstructor Demonstration

Arcing FaultsArcing Fault CurrentPower System Short CircuitsShort-Circuit CurrentsBolted FaultsBolted Fault Current

Time Current CurvesCoordination studies

Selecting the Correct Level of PPENFPA 70E Calculation MethodCalculating Arc in a Cubic BoxComparison of “Arc in Open Air” to “Arc in a Box”IEEE 1584 Method

Demonstration of Various Software PackagesArc Flash LabelsNEC 2002 Edition

Determining the Arc Flash Hazard & Selecting PPE Appropriately Flame Resistant (FR) fabrics Levels of Protection: PPE Matrix

Electrical Safety in the Workplace

Day 1

Hazard AnalysisSafety Standards Overview

Day 2

Working Safely

Arc Hazard Risk Categories

Fault Current Calculations

Introduction

Safe Approach Distance Determination

Arc Flash Clearing Time Calculations

Incident Energy Exposure Calculations

NFPA 70E PPE Clothing Requirements

NFPA 70E / CSA Z462



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TRNG-FAULT

The course provides the student with the ability to review and understand an oscilography record in order to explain a given power protection system event or troubleshoot an unexpected operation of a protection IED or system. The principles and equations used in analyzing fault records will be presented along with examples based on actual field cases.

This course is designed for protection engineering staff responsible for monitoring and analyzing power protection systems.

An understanding of protective relaying and associated power system components.Fundamentals of Modern Protective Relaying course recommended

1 Days 0.7 Credits

THEO

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FAULT INVESTIGATION & ANALYSIS

$600 US*

Types of FaultOver Current FaultsVoltage FaultsDifferential Faults

Front Panel TargetsEvent RecorderWaveform Capture

LocalRS232RS485Ethernet

RemoteRS485Ethernet

Site SOE (Sequence of Events)

Direction of the transient (forward or reverse fault?)

Sample Calculations / Student Exercises

Problems with current/voltage signalsType of fault and location

Real life examples / Student ExercisesSystem conditions during the eventApparent impedances

Sample Calculations / Student Exercises

System frequency and relay tracking frequency

Application examples / Student Exercises

Transformer vector group and ratio compensation

Application Guidelines / Student Exercises

Centralized Fault RecordingData Collection

Distributed Fault RecordingData CollectionNetwork & Timing considerations

DDFR Application

Real time digital simulation CapabilitiesReal time digital simulation Applications

Day 1

Relay Event Recording Tools

Event Data Collection: Local & Remote

Introduction Event Analysis Real Real Time Digital Simulation Fault Analysis

Digital Fault Recording

This class includes Hands-On Lab exercises with Laptop & Software provided for each pair of students to use.



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TRNG-EMR1

This course provides students with a solid understanding of the operation, application, practical testing and maintenance techniques used with GE Multilin electromechanical relays. Through practical Lab exercises and discussions of real application issues, students will learn how to calibrate, monitor and troubleshoot various electromechanical relays.

Utility and plant electrical personnel who are responsible for theinstallation, maintenance and testing of electromechanical relayequipment will benefit most from this course.

Fundamentals of Modern Protective Relaying course stronglyrecommended

$1,800 US*

3 Days 2.1 Credits

GE Multilin’s Introduction to Electromechanical Relays course provides a strong foundation and skill set for working with electromechanical products. This course offers a well-paced and comprehensive examination of the theoretical and practical applications of electromechanical relays in today’s marketplace. Periodic testing and Lab exercises follow each section to challenge your understanding of the material covered. The course leverages the contributions of GE Multilin’s senior engineering and technical staff. The material is taught through lectures, textbooks and audio/video presentations. Students will also participate in Hands-On Lab exercises.

Electromagnetic attractionElectromagnetic inductionForce and torque equations

Basic applications of various relaysRelay operating characteristics

Electrical, thermal, mechanical

Electrical, thermal, mechanical

Design testsAcceptance testsCalibration settings

Applications

Basic Theory of Operation

Design Features

Ratings

Testing and Adjustment TechniquesAmong the relays that are covered in this course are: IFC, IAC, PJC, HFC, BDD, HEA, HAA, HFA, HGA, HMA, NGA, CEY, NGV, IBC

INTRODUCTION TO ELECTROMECHANICAL RELAYS


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METERING TRNG-METER

This course begins with an overview of the standard applications where Power System metering is used, followed by a demonstration of how to apply the entire line of metering devices available in the GE Multilin family. Through a combination of lectures and practical Lab exercises, the class will learn how to correctly configure the PQMII, EPM1000, EPM4000, EPM5000, EPM6000 and EPM9000 series of meters.

Plant electrical maintenance, engineering personnel and system integrators who wish to gain a better understanding of how to install, test and maintain the meters listed in this course.

Basic understanding of electrical circuits $1,200 US*

2 Days 1.4 Credits

Overview of the major components in a power system Basic power theoryStandard metering applications

Power Quality meteringBasic meteringSub metering

Hardware overviewSpecificationMechanical installation and wiringSetup Software Settings configurationMonitoring functionsCommunications

Power Line CommunicationsRS485 Modbus


RS485 ModbusEthernet DNP3.0


RS485 ModbusIRDA Wireless communications

Hardware overviewSpecificationMechanical installation and wiringSetup Software Settings configurationEvent Record, Waveform Capture, Data LoggingAlarming/ControlMonitoring functionsPower QualityData CommunicationsWeb ServerLCD Touch-screen installation and configurationHMI Configuration and Monitoring

Hardware overviewSpecificationMechanical installation and wiringEnerVistaTM PQM Setup Software Settings configurationEvent Record, Waveform Capture, Data LoggingAlarming/ControlMonitoring functionsPower QualityData Communications

Day 1PQM II

EPM 1000/4000

Day 2

EMP5000 Series

EPM6000 Series

EPM9000 Series

Introduction

WITH THE PQM AND EPM SERIES METERS

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g19 Multilin

WITH THE SR745, SR750/760

TRNG-DIST

DISTRIBUTION PROTECTION PRINCIPLES & RELAYING

This course provides an understanding of GE Multilin Feeder and Transformer protective relay installation, operation and troubleshooting procedures. The course covers both the SR750/SR760 Feeder Management Relay and the SR745 Transformer Management Relay. Feeder and Transformer protection theory will be presented, followed by installation, configuration and Protection element testing using the relay’s built in simulation software. Practical Lab exercises reinforce material covered in the class lectures.

Plant electrical maintenance personnel who are responsible for the installation, maintenance and testing of GE Multilin SR745 and SR750/SR760 Relays will benefit most from this course.

Fundamentals of Modern Protective Relaying course recommended

The Fundamentals of Modern Protective Relaying CD would be an asset

GE Multilin Product Maintenance CD would be an asset

$1,800 US*

3 Days

2.1 Credits

Introduction to power generation and distributionGrounding systemsIntroduction to protective relayingCurrent Transformer selectionSR750/SR760 specificationsHardware overviewMechanical installation and wiringEnerVistaTM SR750/SR760 Setup Software

Establishing communication to relay Loading and saving settings files

Setpoints LabSR750/SR760 Relay SetupLogic InputsBreaker wiring and controlOutput Relays Trip Circuit supervision

Protection and fault simulation Lab Instantaneous OvercurrentTimed OvercurrentVoltage RestraintDirectional OvercurrentUnder/OvervoltageUnderfrequency

ControlSetpoint GroupsUnderfrequency

MonitoringUndervoltageOvervoltage

Actual DataEvent Recorder and Waveform Capture

Basic Transformer theory of operationTransformer Percent Differential Protection elementInstantaneous Differential protectionTap ChangersSR745 specificationsHardware overview, options and ordering

Mechanical installation and wiring Establishing communication with EnerVistaTM SR745 Setup softwareLoading and saving settings files SR745 setpoint Lab

Contact and Virtual InputsProtective elements Contact and Virtual Outputs

Fault simulation and testing Percent Differential testingEvent Recorder, Trending and Waveform Capture analysis

Introduction to FlexLogic™Gates: AND, NAND, OR, NOR, XOR, NOTFlexLogic™ Lab

The SR745 memory map and user memory map SR750/SR760/SR745 data communications overview

Day 1 Day 2

Day 3

SR745 Transformer Management Relay

SR750/SR760 Feeder Management Relays


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SR745TRANSFORMER MANAGEMENT RELAY

TRNG-745

This course is designed to provide a thorough understanding of the procedures to correctly install, configure and test the SR745 Transformer Management Relay. Using a combination of lectures and practical Lab assignments, students will learn how to create FlexLogic™ equations to control the SR745’s contact outputs and how to configure and test the SR745 protective elements using simulation software and diagnostic tools such as the Waveform Capture, Event Log and the Keypad.

Plant electrical personnel who are responsible for the installation, maintenance and testing of GE Multilin protective relaying equipment will benefit most from this course.


The SR745 Transformer Protection Interactive Learning CD would be an asset


$1,200 US*

2 Days

1.4 Credits

Basic Transformer theoryCauses of Transformer failuresPercent Differential protection Instantaneous Differential protectionTap changersCurrent Transformer selectionIntroduction to the GE Multilin SR745 Transformer Management RelaySR745 specificationsHardware overview, options and orderingMechanical installation and wiringEnerVistaTM Software Lab Establishing communication to the relayLoading and saving settings files SR745 setup Lab

System SetupDigital Inputs and Outputs

Fault simulation and investigation tools such as the Waveform Capture and Event Log will be used to test the following elements:

Percent DifferentialPhase OvercurrentUnder/OverfrequencyOverexcitation

Actual ValuesStatus and Metering Event Recorder, Trending and Waveform Capture

Introduction to FlexLogic™Gates: AND, NAND, OR, NOR, XOR, NOT

FlexLogic™ Lab Virtual InputsContact and Virtual OutputsFlexLogic™ TimersLoad shedding

The SR745 memory map and user memory map SR745 data communications

Day 1 Day 2



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SR750/760SR FEEDER MANAGEMENT RELAYS

TRNG-750/760

Plant electrical maintenance personnel who are responsible for the installation, testing and maintenance of GE Multilin SR750/SR760 Relays will benefit most from this course.



The SR750 Feeder Protection Interactive Learning CD would be an asset

$1,200 US*

2 Days

1.4 Credits

The SR750/760 Feeder Management Relay course provides a thorough understanding of the installation, configuration and maintenance of the SR750 and SR760 Feeder Management Relays. Class Lab assignments will allow the student to test the operation of common feeder protective elements through simulation software. Diagnostic tools such as Waveform Capture, Event Log and the Keypad will be used to troubleshoot simulated faults to gain familiarity with their operation while validating correct settings and relay operation.

Overview of the major components of a Power SystemGrounding systemsIntroduction to protective relayingCurrent Transformer selectionHardware overviewOptions and ordering informationSpecificationsMechanical installation and wiringEnerVistaTM SR750/SR760 Setup Software

Establishing communication to the relayLoading and saving settings files

Setpoints SR750/SR760 Relay SetupSystem SetupLogic InputsBreaker controlOutput Relays Trip Circuit supervision

Protection Hands-On Lab exercises:Instantaneous OvercurrentTimed OvercurrentVoltage RestraintDirectional OvercurrentUnder/OvervoltageUnderfrequencyFrequency DecayBreaker Failure

ControlSetpoint GroupsSynchrocheckCold Load PickupUndervoltage RestorationUnderfrequencyOverview of the Transfer Scheme

Actual ValuesStatusMeteringEvent RecorderWaveform CaptureData LoggerActive conditions

Additional Lab exercisesKeypad LabsFirmware updates

Data communications overview

Day 1 Day 2

Interactive Learning CD AvailableSee Page 62

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F60/F35FEEDER MANAGEMENT RELAYS

TRNG-F60

The protection engineer will gain an in-depth understanding of the major protective element algorithms for the F60 and F35 Relays. The review of a sample settings file in addition to Oscillography and Event Logs for specific faults will aid in a complete understanding of how to apply these Relays and how they should perform.

This course is designed for protection engineering staff responsible for feeder protective relay selection and settings.

UR Platform course


UR Data Communications course an asset


$600 US*

1 Day

0.7 Credits

Overview of the Power System and protective relayingF60 and F35 Protection element overview

Phase and Timed OvercurrentPhase and Ground Directional OvercurrentUnder/OvervoltageUnder/OverfrequencyDowned Conductor detection (HI-Z)Breaker Failure

AutorecloseSynchrocheckCold Load PickupAutomatic Bus Transfer Scheme Applications

Main-Tie-MainDistributed Protection SchemesMultiple Feeder protectionF60/F35 Hardware overview

Specifications Hardware configuration

WiringPower SupplyVT InputsCT InputsDigital I/O Analog InputsIRIG-B

Creating a protection and control settings file for a multiple feeder application using a single relayReview of Event Records and Oscillography files for different Feeder faults

Day 1

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course durationPrerequisites

ceu credits offered

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ceu credits offered

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T35/T60TRANSFORMER MANAGEMENT RELAYS

TRNG-T60

The protection engineer will gain an in-depth understanding of the major protective element algorithms for the T35 and T60 Relays. The review of a sample settings file in addition to Oscillography and Event Logs for specific faults will aid in a complete understanding of how to apply the T35 and T60 and how they should perform.

This course is designed for protection engineering staff responsible for Transformer protective relay selection and settings.

UR Platform course




$600 US*

1 Day

0.7 Credits

Transformer protection theory overviewT60 and T35 Protection elements

Transformer Percent Differential Instantaneous DifferentialRestricted Ground Fault Over-Excitation

T60/T35 Hardware overviewSpecifications Hardware configuration

WiringPhase and magnitude compensationPower SupplyVT InputsCT InputsDigital I/O Analog InputsIRIG-B

Settings configurationSource configurationProtection elementsControl elements

MonitoringCreating a protection and control settings file Review of

Event RecordsOscillography Files

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The protection engineer will gain an in-depth understanding of the major protective element algorithms for the UR B30 and B90 Bus Protection Relays. The review of a sample settings file in addition to Oscillography and Event Logs for specific faults will aid in a complete understanding of how to apply the B30 and B90 and how they should perform.

This course is designed for protection engineering staff responsible for Bus Protective Relay selection and settings.

UR Platform course

Fundamentals of Modern Protective Relaying course recommendedUR Data Communications course an assetThe Fundamentals of Modern Protective Relaying CD would be an asset

$ 600 US*

1 Day

0.7 Credits

Busbar protection overviewBusbar protection problemsBusbar protection techniquesDigital low-impedance Busbar Relays

B30 protection featuresB30 theory of operationB30 Dynamic Bus ReplicaIsolatorsTie-breakersBreakersEnd Fault protectionCT Trouble conditionsCheck ZoneSetting rules for the 87B functionB30 modeling and setting configuration with the EnerVistaTM UR Setup Software for a typical applicationReview of Event Records and Oscillography files for different Bus faults

B90 capacityB90 features and benefitsB90 applicationsB90 architectureB90 wiringB90 Protection and Logic IEDsSchemes for larger BusbarsB90 communications and securityB90 modeling and setting configuration with the EnerVistaTM UR Setup Software for a typical applicationB90 application for ungrounded and lightly grounded systemsBreaker FailureDistance RecordingSequence of EventsReview of Event Records and Oscillography files for different Bus faults

Day 1

B30/B90BUS DIFFERENTIAL RELAY

TRNG-B90

Bus protection with the B30

Bus protection with the B90Introduction

tuition

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F650DIGITAL BAY CONTROLLER

TRNG-F650

This course addresses the training requirements of electrical engineers responsible for the design, installation and commissioning of F650 protective solutions. Through a combination of lectures and practical Lab exercises, the class will learn how to correctly configure, monitor, and troubleshoot F650 relay.

Electrical engineering personnel who are responsible for the configuring, installing, testing, and maintenance of F650 Relays will benefit most from this course.

$ 1,800 US*

3 Days 2.1 Credits

F650 System overview Hardware reviewMechanical installation and wiringOptions and orderingLocal Human Machine Interface(MMI/HMI)HMI Lab

Local Human Machine InterfaceFront Panel keypad

EnerVistaTM F650 Setup SoftwareSoftware Lab

Software installationCommunications overviewF650 Settings

System SetupProtection elementsControl ElementsDevice SetupInputs/OutputsControl Logic EditorSingle Line Diagram configuration

Actual ValuesMeteringStatusEvent RecordsWaveform CaptureFault Locator

Communications LabRS232RS485Ethernet

Breaker Monitoring and Control LabFront PanelSetup SoftwareGraphics Panel

Alarm Monitoring LabAcknowledge Resetting

Protection element testing LabPhase TOC Phase Directional TOC

Fault Diagnostics LabEvent RecordOscillographyFront Panel Indicators

Programmable Logic Editor LabsFactory Default configurationInputs and Outputs configuration LabLED configuration LabGraphical Display configuration LabRelay MaintenanceRelay Acceptance TestsFirmware Update processSaving Settings FilesWriting Settings Files

Day 1 Day 2 Day 3


Basic understanding of electrical circuitsThe F650 Interactive Learning CD would be an asset

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DDS PLATFORM OF PROTECTIVE RELAYS (DBF, DTP, SMOR, DTR, DFF, DMS, MOV)

TRNG-DDS

This course addresses the training requirements of electrical engineers responsible for the design, installation and commissioning of the DDS series of Protection and Control devices. Through a combination of lectures and practical Lab exercises, the class will learn how to correctly configure, monitor, and troubleshoot DDS Relays.

Electrical engineering personnel who are responsible for the configuring, installing, testing and maintenance of DDS Relays will benefit most from this course.

$1,800 US*

3 Days 2.1 Credits

DDS Platform – System overview Hardware reviewMechanical installation and wiringDDS Family members for protection applications

SMOR, DBF, DFF, DTPDDS Family members for Protection and Control applications

DMS, DTR, MOVOptions and orderingPC Software for all members of the family

GE_LOCALGE_INTROGE_OSC

Local Human Machine Interface (MMI/HMI)Types of Files and Management

Settings & ConfigurationOscillography FilesEvent Records

General & Protection settingsTOC/IOCVoltage elementsRecloser

Relay configurationFactory default configuration analysisFault DiagnosticsHands-On relay testing

General settingsProtection settingsRelay configurationFactory Default configuration analysisFault DiagnosticsHands-On relay testing

General settingsProtection settings

Transformer configurationsFactory Default configuration analysisFault DiagnosticsHands-On relay testing


FrequencyRate of Change of Frequency

Relay configurationSystem Diagnostics informationHands-On relay testing


TOC/IOCVoltage elementsRecloser

Control SettingsSwitchgear configurationOperations configurationSingle Line Diagram designAlarms Definition and Treatment

Hands-On relay testing

Day 1 Day 2 Day 3

SMOR Feeder Relay

DBF Breaker Failure Relay

DTP Transformer Differential Protection

DFF Frequency/Load Shedding

DMS Protection and Control IEDIntroduction


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g27 Multilin

MOTOR PROTECTION PRINCIPLES & RELAYINGWITH THE MM300, M60, 239, 269 PLUS, 369, SR469, & SPM

TRNG-MOTR

This course addresses the training requirements of electrical maintenance staff responsible for MM300, 239, 269 Plus, 369, M60 and SR469 Motor Management Relays. Through a combination of lectures and practical Lab exercises, the class will learn how to correctly configure, monitor and troubleshoot these GE Multilin motor protection relays.

Plant electrical maintenance personnel who are responsible for the installation, testing and maintenance of many different models of GE Multilin motor management relays will benefit most from this course.

$ 1,800 US*

3 Days 2.1 Credits

Introduction Motor theoryCurrent Transformer selectionMotor Thermal Modeling Additional protective elements

Short Circuit protectionGround Fault and Ground Fault detectionPhase Current DifferentialSingle Phase protectionUndervoltage protectionOvervoltage protectionMotor status detectionMechanical Jam detectionLoss of Load detectionAcceleration timerStarts per hourTime between starts

Class Settings calculation examplesTypical Application

IntroductionHardware overviewMechanical installation Draw-Out procedureWiring proceduresEnerVista™ SR469 Setup Software

Settings configuration Hands-On LabsMeteringHands-On programming LabProtection element testing LabCommunicationsMotor Settings auto-configuratorFault Diagnostics

369 Motor Management RelayIntroductionHardware overviewMechanical installation Wiring proceduresEnerVista™ 369 Setup SoftwareSettings configuration LabsMeteringHands-On programming LabProtection element testing LabCommunicationsFault DiagnosticsMotor Start/Stop Health Report

239 Motor Protection SystemHardware overviewMechanical installation Wiring proceduresEnerVista™ 239 Setup SoftwareSettings configuration LabsMeteringHands-On programming LabProtection element Testing Lab

269 Plus Motor Protection SystemIntroductionHardware overviewMechanical installation Draw-Out optionsWiring proceduresEnerVista™ 269 Plus Setup SoftwareSettings configuration LabsHands-On programming Lab

SPM Synchronous Motor Protection System

IntroductionHardware overview Mechanical installation Wiring proceduresSettings configuration

MM300 Motor Management SystemIntroductionHardware overview Mechanical installation Wiring proceduresSettings configuration

M60 Motor Protection SystemIntroductionUser InterfaceTypical Wiring

Day 1

Day 2

Day 3Motor protection theory




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MM300MOTOR MANAGEMENT RELAY

TRNG-MM300

The MM300 Motor Management course begins with a review of basic motor terminology and motor theory. The class then examines GE Multilin’s Thermal Model in detail including step-by-step guidance through settings calculations using real world motor data. Through a combination of lectures and practical Lab exercises, the class will learn how to correctly configure, monitor and troubleshoot the MM300.

Plant electrical personnel who are responsible for the installation, testing and maintenance of GE Multilin MM300 Relays will benefit most from this course.

Basic understanding of electrical circuitsBasic understanding of electrical motorsGE Multilin Product Maintenance CD would be an asset

$600 US*

1 Day 0.7 Credits


Ground Fault detection Single-phase protectionMotor status detectionMechanical Jam detectionAcceleration timerStarts per hourTime between startsUnder PowerUndervoltage (3Ph & 1Ph)Overvoltage (3Ph)

Motor settings calculation examplesSpecificationsHardware overviewMechanical installation and wiringEnerVistaTM Setup Software Hands-On Lab


Setpoints MM300 Setup System SetupDigital Inputs and OutputsThermal ModelCurrent elementsMotor startingRTD TemperatureMonitoring

Fault simulation Labs Thermal Overload and Emergency Restart Instantaneous OvercurrentGround FaultMechanical JamSingle PhasingUndervoltage Overvoltage

Actual Values Status, Metering and TrendingEvent Recorder and Waveform capture

Front Panel LabsFirmware updatesData communications

ModbusEthernetDeviceNetProfibus

Day 1



Prerequisites


agenda


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g29 Multilin

239MOTOR MANAGEMENT RELAY

TRNG-239

The 239 Motor Management course begins with a review of basic motor terminology and motor theory. The class then examines GE Multilin’s Thermal Model in detail including step-by-step guidance through settings calculations using real world motor data. Through a combination of lectures and practical Lab exercises, the class will learn how to correctly configure, monitor and troubleshoot the 239.

Plant electrical personnel who are responsible for the installation, testing and maintenance of GE Multilin 239 Relays will benefit most from this course.


GE Multilin Product Maintenance CD would be an asset$600 US*

1 Day 0.7 Credits


Short Circuit protectionGround Fault detection Single-phase protectionMotor status detectionMechanical Jam detectionLoss of Load detectionAcceleration timerStarts per hourTime between starts

Motor settings calculation examplesSpecificationsHardware overviewMechanical installation and wiringEnerVistaTM Setup Software Hands-On Lab


Setpoints 239 Setup System SetupDigital Inputs and OutputsThermal ModelCurrent elementsMotor startingRTD TemperatureMonitoring

Fault simulation Labs Thermal Overload and Emergency Restart Instantaneous OvercurrentGround FaultMechanical Jam and Loss of LoadSingle PhasingUndervoltage Overvoltage


Keypad LabsFirmware updatesData communications

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269 PLUSMOTOR MANAGEMENT RELAY

TRNG-269

This course begins with an overview of motor theory and standard terminology. Students are then taken through the GE Multilin Thermal Model, including step-by-step guidance through settings calculations using real world motor data. Using both lectures and practical Lab exercises, the class will learn how to correctly configure, monitor and troubleshoot the 269 Plus Motor Management Relay.


$ 1,200 US*

2 Days

1.4 Credits


Short Circuit protectionGround Fault Single-Phase protectionMechanical Jam detectionLoss of Load detectionAcceleration timerStarts per hourTime between starts

Motor settings calculation examples

Specifications269 Plus hardware overviewMechanical installation and wiringEnerVistaTM Setup Software Hands-On Lab


Setpoints 269 Plus Setup System SetupDigital Inputs and OutputsThermal ModelCurrent elementsMotor startingRTD temperatureMonitoring

Actual Values Status and MeteringCause of last Event data

Keypad Labs Data communications Configuring Protection elements Lab

Day 1 Day 2


Basic understanding of electrical motors

The 269 Plus Motor Protection Interactive Learning CD would be an asset



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g31 Multilin


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369MOTOR MANAGEMENT RELAY

TRNG-369

This course provides students with a comprehensive overview of the 369 Motor Management relay. The course begins by reviewing basic motor terminology and motor theory. Students are then taken through GE Multilin’s Thermal Model in detail, including step-by-step guidance through settings calculations using real world motor data. Through a combination of lectures and practical Lab exercises, the class will learn how to correctly configure, monitor and troubleshoot the 369.


$ 1,200 US*

2 Days

1.4 Credits


Short Circuit protectionGround Fault Single Phase protectionUndervoltage protectionOvervoltage protectionMechanical Jam detectionLoss of Load detectionAcceleration timerStarts per hourTime between starts

Motor settings calculation examplesBack Spin detection

Specifications369 Hardware overviewMechanical installation and wiringEnerVistaTM 369 Setup Software Lab


Setpoints369 setup

System SetupDigital Inputs and OutputsThermal ModelCurrent elementsMotor startingRTD temperatureVoltage elementsPower elementsMonitoring

Fault simulation Labs dealing with specific Protection elements

Thermal overload and emergency restart Instantaneous Overcurrent

Ground FaultMechanical Jam and Loss of LoadSingle PhasingUndervoltage Overvoltage


Keypad LabsFirmware upgradesData Communications overview

Day 1 Day 2


The 369 Motor Protection Interactive Learning CD would be an asset





course duration

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SR469MOTOR MANAGEMENT RELAY

TRNG-469

The SR469 Motor Management course begins by taking the students through a review of basic motor terminology and motor theory. The course then examines GE Multilin’s SR469 Thermal Model including step-by-step guidance through settings calculations using real world motor data. Through a combination of lectures and practical Lab exercises, the class will learn how to correctly configure, monitor and troubleshoot the SR469.

Plant electrical personnel who are responsible for the installation, testing and maintenance of GE Multilin SR469 Relays will benefit most from this course.

$ 1,200 US*

2 Days

1.4 Credits


Short Circuit protectionGround FaultPhase Current Differential Single Phase protectionUndervoltage protectionOvervoltage protectionMechanical Jam detectionLoss of Load detectionAcceleration timerStarts per hourTime between starts

Class settings calculation examples

SpecificationsSR469 Hardware overviewMechanical installation and wiringEnerVistaTM SR469 Setup Software Lab


Setpoints SR469 Setup System SetupDigital Inputs and OutputsThermal ModelCurrent elementsMotor startingRTD temperatureVoltage elementsPower elementsMonitoring

Fault simulation Labs dealing with specific Protection elements

Thermal Overload and Emergency Restart Instantaneous Overcurrent

Ground FaultMechanical Jam and Loss of LoadDifferential FaultSingle PhasingUndervoltage Overvoltage


Keypad Labs Firmware upgradesData communications overview

Day 1 Day 2



The SR469 Motor Protection Interactive Learning CD would be an asset




Prerequisites


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g33 Multilin

SPMSYNCHRONOUS MOTOR PROTECTION RELAY

TRNG-SPM

The SPM course will show students how to correctly install, configure and maintain the SPM Synchronous Motor Protection relay. This course is designed to be taken in conjunction with one of GE Multilin’s Motor Management Relay courses.

Plant electrical personnel who are responsible for the installation, testing and maintenance of GE Multilin SPM Motor Protection Relays will benefit most from this course.

It is recommended that students taking this course have completed a GE Multilin Motor Management Relay courseAn understanding of basic electrical circuits

$ 600 US*

1 Day 0.7 Credits

SPM Hardware overviewOptionsOrdering

SpecificationsMechanical installation and wiringSPM theory of operationEnerVistaTM SPM Setup SoftwareRing-type synchronous motor starting and synchronizingField current monitoring circuittimingReluctance torque synchronization and pole slipStarting protection

Full voltageReduced voltage

Field Winding Temperature monitoringPower Factor correction

Day 1

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M60MOTOR MANAGEMENT RELAY

TRNG-M60

The protection engineer will gain an in-depth understanding of the major protective element algorithms for the M60. The review of a sample settings file in addition to Oscillography and event logs for specific faults will aid in a complete understanding of how to apply the M60 and how the M60 should perform.

This course is designed for protection engineering staff responsible for Motor protective relay selection and settings.

UR Platform course


UR Data Communications course would be an asset

$ 600 US*

1 Day 0.7 Credits

Motor theory Motor protection theory

Motor Thermal ModelingShort Circuit protectionGround Fault detectionPhase DifferentialSingle Phase protectionUnder/OvervoltageMechanical JamLoss of LoadAcceleration TimerStarts per HourTime Between Starts

M60 Hardware overviewSpecifications Hardware configuration

WiringPower SupplyVT InputsCT InputsDigital I/O Analog InputsIRIG-B

M60 Protection element overviewCreating a protection and control settings file for a typical Motor applicationReview of Event Records and Oscillography files for different Motor faults

Day 1






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WITH THE SR489, DGP, G60

GENERATOR PROTECTION PRINCIPLES & RELAYING

This course begins with an overview of basic Generator theory and the associated protection requirements. Through a combination of lectures and practical Lab exercises, the class will learn how to correctly install and configure GE Multilin’s Generator Protection Relays.

Plant electrical maintenance and engineering personnel who wish to gain a better understanding of Generator protection and how to install, test and maintain GE Multilin’s Generator Protection Relays.

Basic understanding of AC GeneratorsThe Fundamentals of Modern Protective Relaying CD would be an asset

$ 3,000 US*

5 Days 3.5 Credits

Overview of the Power System and protective relayingBasic Synchronous Generator theory Generator groundingStator Differential100% Stator Ground Fault protection (64G, 27TN)Timed OvercurrentVoltage RestraintCurrent UnbalanceLoss of ExcitationVolts/HzReverse PowerUnder/OverfrequencyUndervoltage

SpecificationsHardware overviewMechanical installation and wiringEnerVistaTM SR489 Setup SoftwareSettings configuration Hands-On LabsMeteringProtection element testing LabFault diagnostics Lab

Universal Relay Hardware overviewUR Modular conceptFamily members Hardware configuration

Mechanical installation and wiringOptions and ordering

SettingsProduct SetupSystem Setup

CommandsActual Values

Front PanelStatus and MeteringStatus and Metering Lab

Introduction to FlexLogicLogic Gates

Programming Flexlogic equationsFlexElementsOscillography and Event Log LabFault Diagnostic LabSaving/loading settings filesMaintenance proceduresAdding/Removing modules

Generator Protection elementsSource configuration Generator settingsG60 protection and control Lab

Creating G60 settings file for a typical Generator application

Modular designSystem overviewAreas of applicationDGP protective elementsDGP wiringCT/VTInputs and OutputsLocal MMIDGP setup softwareReview of the protection and control settings file for a typical application

Day 1 Day 2

Day 3

Day 4

Day 5

SR489

G60/G30 Relays

EnerVistaTM UR Setup Software

G60 Protection and control

DGP

TRNG-GEN

Introduction

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SR489GENERATOR MANAGEMENT RELAY

TRNG-489

The class starts with basic Generator theory and the associated protection requirements. Through a combination of lectures and practical Lab exercises, the class will then learn how to correctly configure, monitor and test the operation of the specific SR489 Generator protective elements.

Plant electrical personnel who are responsible for the installation, maintenance and testing of GE Multilin Relays will benefit from this course.

$ 600 US*

1 Day 0.7 Credits

Generator TheoryIntroduction to the SR489 Generator Management RelaySpecificationsMechanical and Electrical InstallationEnerVistaTM SR489 Setup softwareSR489 System configuration

I/O configurationProtection elements

Phase Differential Negative Sequence Distance Backup Ground Fault Loss of Excitation Underfrequency Overfrequency Overvoltage Volts/Hertz Curve Reverse Power Low Forward PowerFault Simulation Exercises Inadvertent Energization

Actual ValuesStatusMetering

Event Recorder, Waveform Capture and TrendingFirmware UpdatesFault simulation labs

OvercurrentGround FaultDifferential FaultUndervoltageOvervoltage

Data communications overview

Day 1


Basic understanding of three phase Generators


The SR489 Generator Protection Interactive Learning CD would be an asset




Prerequisites


agenda


tuition

g37 Multilin

G60GENERATOR MANAGEMENT RELAY

TRNG-G60

The protection engineer will gain an in-depth understanding of the major protective element algorithms for the G60. The review of a sample settings file in addition to Oscillography and Event Logs for specific faults will aid in a complete understanding of how to apply the G60 and how the G60 should perform.

This course is designed for protection engineering staff responsible for Generator protective relay selection and settings.

UR Platform course



Fundamentals of Modern Protective Relaying CD would be an asset

$ 600 US*

1 Day 0.7 Credits

Basic Synchronous Generator theory Generator groundingStator Differential protection100% Stator Ground Fault protection (64G, 27TN)Timed OvercurrentVoltage RestraintCurrent UnbalanceLoss of ExcitationVolts/HzReverse PowerUnder/OverfrequencyUndervoltage System Backup DistanceAccidental EnergizationOverExcitation

G60 Hardware overviewSpecifications Hardware configuration

WiringPower supplyVT InputsCT InputsDigital I/O Analog InputsIRIG-B

G60 Protection element overviewCreating a protection and control settings file for a typical Generator applicationReview of Event Records and Oscillography files for different Generator faults

Day 1

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tuition


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DGPGENERATOR PROTECTION RELAY

TRNG-DGP

The course begins with an overview of basic Generator theory and the associated protection requirements. Through a combination of lectures and practical Lab exercises, the class will learn how to correctly configure and maintain the DGP relay.

Plant electrical personnel who are responsible for the installation, testing and maintenance of GE Multilin Digital Generator Protection Relays will benefit most from this course.

An understanding of Generator protective relaying and associated electrical control circuits The Fundamentals of Modern Protective Relaying CD would be an asset

$ 1,200 US*

2 Days 1.4 Credits

Generator theorySystem overviewMagnetism and electromagnetismGenerator construction

Grounding systemsOverview of DGP

Modular designSystem overviewAreas of application

Generator protective elementsStator Differential100% Stator Ground Fault protection (64G, 27 TN)Timed OvercurrentVoltage RestraintCurrent UnbalanceLoss of ExcitationOverexcitation or Volts/HzReverse PowerUnder/OverfrequencyUndervoltage

Generator groundingGround OvercurrentAdditional protective elements

Accidental EnergizationSequentialDGP wiring

CT/VTInputsOutputs

MonitoringTrip Circuit monitoringLocal MMIDGP EnerVistaTM Setup Software

Day 1 Day 2





TRNG-LINETRANSMISSION LINEPROTECTION PRINCIPLES & RELAYINGWITH THE ALPS, D60, L90, L60

This course begins with an overview of basic Transmission Line terminology, Distance theory, Distance schemes in addition to Differential Line protection. Through a combination of lectures and practical Lab exercises, the class will learn how to correctly configure the D60 and ALPS Distance relays the L90 Line Current Differential and L60 Line Phase Comparison.

Electrical maintenance and engineering personnel who wish to gain a better understanding of Transmission Line protection and the procedures to install and configure the GE Multilin Transmission Line Protection Relays.

Basic understanding of electrical circuitsThe Fundamentals of Modern Protective Relaying CD would be an asset

$ 3,000 US*

5 Days 3.5 Credits

Transmission Line fundamentalsRelaying basicsCircuit BreakersPrimary and Backup relayingIntroduction to Symmetrical componentCurrent TransformersPotential Transformers

Universal Relay Hardware overviewUR Modular conceptFamily members Hardware configuration

Mechanical installationOptions and ordering

SettingsProduct SetupSystem Setup

CommandsVirtual InputsClear RecordsSet Date and Time

Actual ValuesFront PanelStatus and MeteringStatus and Metering Lab

Introduction to FlexLogicLogic Gates

Programming Flexlogic equationsOscillography and Event Log LabFault Diagnostic LabSaving/loading settings filesMaintenance proceduresAdding/Removing modules

Grouped ElementsPhase Differential protective theory Protection element calculations for a typical L60 application and demonstration Lab Line Current Differential theory Protection element calculations for a typical L90 application L90 demonstration Lab

Introduction to Transmission LinesDistance protection theoryStepped distanceZone 1 extendedPilot aided schemes: DUTT, PUTT, POTT, HYBRID POTT, Directional-blockingPower swingsD60 overview Protection element calculations for a typical D60 application and demonstration Lab ALPS overviewHardware overviewMechanical and wiring instructionsProtection element overviewConfiguration softwareCommunication testing Relay maintenance

Day 1

Day 2

Day 3 Day 5

Introduction to the Universal Relay

EnerVistaTM UR Setup Software

D60/ALPS Relays

Day 4L60/L90 Relays

Introduction


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ceu credits offeredcourse duration




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L90/L60LINE CURRENT DIFFERENTIAL/PHASE COMPARISON RELAYS

TRNG-L90

The protection engineer will gain an in-depth understanding of the major protective element algorithms for the L90 and L60 relays. The review of a sample settings file in addition to Oscillography and Event Logs for specific faults will aid in a complete understanding of how to apply the L90 and L60 and these relays should perform.

This course is designed for protection engineering staff responsible for Transmission Line protective relay selection and settings.

UR Platform courseFundamentals of Modern Protective Relaying course recommendedUR Data Communications course an assetThe Fundamentals of Modern Protective Relaying CD would be an asset

$ 600. US*

1 Day 0.7 Credits

Overview of the Power System and protective relayingCurrent Differential theory of operationL90 Communication interfacesL90 Self SynchronizationChannel AsymmetryL90 Protection element overview

Percent Current Differential2 terminal and 3 terminal Line protectionDynamic Restraint characteristic87L Trip LogicDisturbance DetectorCharging Current CompensationDistance BackupSynchrocheckAutorecloseLine PickupBreaker Fail Detection for single and three pole operationStub Bus protectionOpen Pole detection

L90 Hardware overviewSpecifications Hardware configuration Communication test procedures

WiringPower SupplyVT InputsCT InputsPeer-to-Peer Communications Analog InputsIRIG-B

Creating a protection and control settings file for a typical Transmission Line applicationReview of Event Records and Oscillography files for different Transmission Line faults

Line Phase Comparison theory of operationL60 Pilot Communication interfacesL60 Protection element overview

Phase Comparison Backup Distance protectionBreaker FailureInstantaneous and Timed OvercurrentDirectional OvercurrentUnder/Overvoltage

SynchrocheckAutorecloseSingle Pole TrippingL60 Hardware overview

Specifications Hardware configuration and wiring

Creating a protection and control settings file for a typical Transmission Line application

Day 1



Prerequisites


agenda


tuition

g41 Multilin

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D30/D60LINE DISTANCE RELAY

TRNG-D60

The protection engineer will gain an in-depth understanding of the major protective element algorithms for the D30 and D60 Relays. The review of a sample settings file in addition to Oscillography and Event Logs for specific faults will aid in a complete understanding of how to apply the D30 or D60 and how the relays should perform.


UR Platform courseFundamentals of Modern Protective Relaying course recommendedUR Data Communications course an assetThe D60 Distance Protection Interactive Learning CD would be an asset

$ 600 US*

1 Day 0.7 Credits

Overview of the Power System and protective relayingDistance protection fundamentalsD60 Protection element overview

Phase Distance protectionGround Distance protectionMemory PolarizationDistance Zones of ProtectionConfiguring Zones of ProtectionDistance Zones Trip LogicLoad EncroachmentOut of Step TrippingPower Swing BlockingVT Fuse Failure

Teleprotection SchemesDUTT, PUTT, POTT, HYBRID POTT, Directional Blocking SchemeGround Directional elements

Single Pole TrippingAutorecloseSeries Compensated Lines

D30 Hardware overviewSpecifications Hardware configuration Communication test procedures


Creating a protection and control settings file for a typical Transmission Line applicationReview of Event Records and Oscillography files for different Transmission Line faults

Day 1






agenda

Prerequisites


tuition


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D90PlusLINE DISTANCE RELAY

TRNG-D90

The protection engineer will gain an in-depth understanding of the major protective element algorithms for the D90Plus relay. The review of a sample settings file in addition to Transient, Disturbance and Event Logs for specific faults will aid in a complete understanding of how to apply the D90Plus and how the relay should perform.


UR Platform courseFundamentals of Modern Protective Relaying course recommendedUR Data Communications course an assetThe D90Plus Distance Protection Interactive Learning CD would be an asset

$ 600 US*

1 Day 0.7 Credits

Overview of the Power System and protective relayingDistance protection fundamentalsSub-cycle Distance AlgorithmD90Plus Protection element overview

Phase Distance protectionGround Distance protectionMemory PolarizationDistance Zones of ProtectionConfiguring Zones of ProtectionDistance Zones Trip LogicLoad EncroachmentOut of Step TrippingPower Swing BlockingVT Fuse Failure

Teleprotection SchemesDUTT, PUTT, POTT, HYBRID POTT, Directional Blocking SchemeGround Directional elements

Single Pole TrippingAutorecloseSeries Compensated LinesSynchrophasors

D90Plus Hardware overviewSpecifications Hardware configuration Communication test procedures


Front panel HMIFront panel Annunciator Creating a protection and control settings file for a typical Transmission Line applicationReview of Transient, Disturbance and Event Records for different transmission line faults

Day 1



Prerequisites


tuition

g43 Multilin

ALPS/LPSADVANCED LINE PROTECTION SYSTEM

TRNG-ALPS

This course is designed for utility electrical personnel that are responsible for installing, configuring or maintaining the ALPS or LPS Transmission Line Protection Relays. Through a combination of lectures and practical Lab exercises, students will learn about all of the major Protection elements in the relay and how to install, wire, configure and troubleshoot faults using both the ALPS and LPS Relays.

Electrical engineering personnel who are responsible for configuring, installing, testing or maintaining the ALPS and LPS Relays will benefit most from this course.

A basic knowledge of Distance protectionThe Fundamentals of Modern Protective Relaying CD would be an asset

$ 1,800 US*

3 Days 2.1 Credits

IntroductionDistance protection fundamentalsPhase and Ground Distance protectionDistance Zones of ProtectionTeleprotection / Pilot SchemesPower Swing detectionHardware overviewOptions and orderingKeypad Operation LabALPS Configuration Software

ALPS LinkXpression Builder

Introduction to Protection elementsDistance and Directional UnitsGE MHO unitGE Reactance UnitGE Quadrilateral UnitGE Ground Directional Unit

Configuration of Protection elementsTesting of Protection elements Lab

21P, 21G, 67N, 50P, 51G, 51P

Out of Step protectionAuxiliary Backup UnitsPilot SchemesAutorecloserALPS playback function and testingCommunications configuration and testingRelay Maintenance

Day 1

Day 2

Day 3

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agenda


TRNG-URMA

This course is designed to familiarize maintenance staff with the correct procedures for installing, testing, maintaining and troubleshooting the Universal Relay through practical Hands-On Lab exercises. This course is applicable to the following UR Relays: B30, B90, C30, C60, D30, D60, F35, F60, G30, G60, L60, L90, M60, N60, T35, T60 and C70.

This course is designed for maintenance staff responsible for the installation, testing and maintenance of the Universal Relay.

An understanding of basic electrical circuitsThe UR Applications I Interactive Learning CD would be an asset

$ 1,800 US*

3 Days 2.1 Credits

System overviewUniversal Relay Hardware overview

Block diagramSpecifications and hardware configurationTrip and Close voltage and current monitoringMechanical installation and wiring

Options and orderingKeypad operation Lab exercisesEnerVistaTM UR Setup Software

Creating an interface, device and siteSettings

Password SecurityUser Programmable LED LabAC inputs Current and VoltagePower SystemSignal SourcesBreakersCurves and FlexcurvesDigital Inputs and OutputsCommandsActual ValuesStatus and Metering Lab

Introduction to FlexLogic™Gates: AND, NAND, OR, NOR, NOT, XOR, LATCHFlexLogic™ Lab

Oscillography and Event Log LabSaving/loading settings files

Protection and ControlGrouped Elements

Sources Hands-On testing of the following Protection elements Instantaneous Overcurrent Timed Overcurrent Auto Reclosing Firmware updatesSpecifications, installation and basic testing of RS232, RS485 and ethernet data communications LANsDiagnostic messages and troubleshooting procedure

Day 1 Day 2

Day 3


tuitionPrerequisites


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tuition

g45 Multilin

This course provides a systematic approach to understanding how to integrate the control and common platform-wide Protection elements within the Universal Relay. The students will review the UR’s specifications, hardware selection, installation and wiring procedures. Practical Hands-On Lab assignments will be used to test protection and control elements for a feeder application. This course is applicable to the following UR Relays: B30, B90, C30, C60, D30, D60, F35, F60, G30, G60, L60, L90, M60, N60, T35, T60 and C70.

This course is designed for engineering staff responsible for substation designs that require a detailed understanding of the Universal Relay’s protection and control capabilities in addition to the procedures necessary to properly configure and apply the Universal Relay.

An understanding of protective relaying and associated electrical control circuits The UR Applications I Interactive Learning CD would be an assetFundamentals of Modern Protective Relaying course an asset

$ 1,800 US*

3 Days 2.1 Credits

System overviewUniversal Relay Hardware overview

Block diagramUR Modular design concept UR Family members Hardware configuration Specifications

Mechanical installation and wiringTrip and Close circuit voltage and current monitoringOptions and ordering EnerVistaTM UR Setup Software

Interface, device and site creation

SettingsProduct Setup

Security and displaysOverview of communications Real Time Clock and IRIGB setupOscillography/Data Logger setupUser Programmable LED Lab

System Setup AC Inputs (Current & Voltage)Power System Signal Sources

Inputs/OutputsContact InputContact OutputsVirtual Inputs

CommandsVirtual InputsClear RecordsSet Date and Time

Actual ValuesFront PanelStatusMetering

Hands-On group Lab

Introduction to FlexLogicGates: AND, NAND, OR, NOR, NOT, XOR, LATCHPositive/Negative edge triggeredOne-ShotDual edge triggered One-Shot

Breaker Hands-On Labs Setting Groups Digital Elements Timers Counters FlexElements

Oscillography and Event Log LabSaving/loading settings files Protection and Control

Grouped ElementsSources

Hands-On Lab testing of the following platform Protection elements:

Instantaneous Overcurrent Timed Overcurrent Under/Overfrequency Voltage Restraint Under/OvervoltageAutoreclosing

Day 1

Day 2

TRNG-URPL

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agenda


This course provides the student with a comprehensive understanding of the communication architectures supported by the Universal Relay. The student will study the terminology, electrical specifications, installation and testing procedures for RS232, RS485 and ethernet communication LANs. Communication protocols supported by the Universal Relay such as DNP 3.0, ModBus® and IEC 61850 will be reviewed in detail through lectures and practical Hands-On Lab exercises. This course is applicable to the following UR Relays: B30, B90, C30, C60, D30, D60, F35, F60, G30, G60, L60, L90, M60, N60, T35, T60 and C70.

This course is designed for protection engineering staff responsible for substation design who want to gain a better understanding of the capabilities, installation and testing procedures of data communication LANs supported by the Universal Relay.

The UR Platform courseAn understanding of basic electrical circuitsThe UR Applications I Interactive Learning CD would be an asset

$ 1,200 US*

1.4 Credits

TRNG-URDC

Platform Course reviewUR data communication options, interface specifications and ordering information Data communications terminologyLAN access

Master/SlaveToken RingFull Duplex Ethernet

Point-to-Point topology RS232 LANsConnectionsVoltage levelsPoint-to-Point ModBus® protocol

Bus topology – RS485Configuration with EnerVistaTM UR Setup Software

Ethernet LAN topologyPin connectionsPoint-to-Point connection Switches Redundant Ethernet Networks10/100 base T Ethernet10 Mbps and 100 Mbps Fiber Ethernet

Peer-to-Peer LAN topologyIEC 61850 GOOSE messagingGOOSE Lab and performance testing Inter-relay communication modulesPower budgetingPhysical limitationsDirect I/O messaging Direct I/O Lab and performance testing

DNP 3.0 Overview UR implementationSerial and Ethernet connectionClass LabClient securityUnsolicited ResponseScaling FactorDeadbandingAnalog user mapDigital user map

IEC 61850Logical NodesClass Lab Exporting IEC 61850 Logical

Nodes to an HMI

WebserverModbus TCP/IPTFTP file transferHMI software integrationStudents will create operatorscreens with the following features and functionality:

Static text and graphicsImporting bitmapsScreen navigationAnalog monitoringMonitoring gaugesPush button controlAlarm panel notificationTrendingAutomatic Event LoggingAutomatic Waveform retrieval

Day 1 Day 2

2 Days



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URDATA COMMUNICATIONS


what will i learn from this course? Prerequisites


TRNG-URAPPS

The protection engineer will gain an in-depth understanding of the major protective element algorithms for the B30, B90, C30, C60, D30, D60, F35, F60, G30, G60, L60, L90, M60, T35 and T60. The review of Oscillography and Event Logs for specific faults will aid the class in learning to evaluate the Universal Relay’s performance.

Application Engineers who are responsible for relay selection, relay programming and overall network design will benefit from this course.

A Degree in Electrical Engineering or equivalentUR Platform CourseUR Data Communications course an assetThe UR Applications I Interactive Learning CD would be an asset

$ 3,000 US*

3.5 Credits

F35 and F60 Feeder Protection F35 and F60 specificationsBreaker FailureAutorecloseSynchrocheckCold Load PickupDowned Conductor detection (HI-Z)Multiple Feeder protectionAutomatic Bus Transfer SchemesDistributed Protection Schemes

Bus protection with the B30 B30 specifications Busbar protection techniquesDigital low-impedance Busbar RelaysB30 theory of operationB30 Dynamic Bus ReplicaEnd Fault protectionSetting rules for the 87B functionB30 modeling and settingsEnerVistaTM UR Setup Software configuration for a typical application

Bus protection with the B90B90 capacityB90 features and benefitsB90 applicationsB90 architectureB90 wiringBreaker FailureDistance RecordingB90 modeling and setting EnerVistaTM UR Setup Software configuration for a typical applicationB90 application for ungrounded and lightly grounded systems

T35 and T60 Transformer ProtectionT35 and T60 specifications Phase and Magnitude CompensationPercent Differential characteristics and settingsInstantaneous Differential protectionRestricted Ground Fault protectionOverexcitation protectionCreating a protection and control settings file for a typical Transformer application

M60 Motor ProtectionMotor Thermal ModelingShort Circuit protectionGround Fault detectionPhase DifferentialSingle Phase protectionMechanical JamLoss of LoadAcceleration TimerStarts per Hour / Time Between Starts

G60 and G30 Generator ProtectionG30 and G60 specifications Generator groundingStator Differential100% Stator Ground Fault protection (64G, 27TN)Current UnbalanceLoss of ExcitationVolts/HzReverse PowerSystem Backup DistanceAccidental EnergizationOverexcitation

L90 Line Differential ProtectionL90 Communication interfacesL90 Self Synchronization and Channel AsymmetryPercent Current Differential2 Terminal and 3 Terminal Line protectionDynamic Restraint CharacteristicDisturbance DetectorCharging Current CompensationAutorecloseLine PickupStub Bus protectionOpen Pole detection

L60 Line Phase ComparisonL60 Pilot Communication interfacesPhase Comparison Backup Distance protectionBreaker Failure

D30 and D60 Line Distance Protection D30 and D60 specifications Phase / Ground Distance protectionDistance Zones of ProtectionLoad EncroachmentOut of Step TrippingPower Swing BlockingTeleprotection Schemes

DUTT, PUTT, POTT, HYBRID POTT, Directional Blocking SchemeGround Directional elements

Single Pole TrippingAutorecloseSeries Compensated Lines

5 Days

Day 1

Day 2

Day 5

Day 3

Day 4

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who should attend?

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tuition course duration

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agenda


tuition


JMUX SONET MULTIPLEXER PRODUCT OVERVIEW TRAINING

The course will provide an overview of: SONET, the JMUX product structure and features, configuration and ordering information for common equipment and interface units, how to design a JungleMUX network, the VistaNET software package and interoperation as well as the integration of JMUX with other SONET networks.

This course is designed for individuals who would like to understand the capabilities of the JungleMUX SONET Multiplexer, and who will either be involved in purchasing the equipment, or actively involved in the design and implementation of a JungleMUX SONET network. Individuals who require a refresher course may also benefit.

Basic electronic theoryFiber optic transmission principlesDigital transmission theorySONET 101 for JungleMUX Users (self-paced course)

$ 600 US*

2 Days

SONET 101ExercisesSystem Configuration

Product FeaturesNetwork TopologiesOC-1 JungleMUX Product StructureOC-3 JungleMUX Product StructureOC-12 JungleMUX Product StructureSystem Interfaces

Common Equipment86430 Equipment ShelfExercises86431 Power Unit86425 AC Power Unit86433 OC-1 JMUX UnitReference Clock Distribution in OC-1/OC-3 Networks86432 OC-3 JMUX Unit86417 OC-12 JMUX Unit86490 SPE-JIF Unit86480 External Sync UnitExercises

Common Equipment (continued)86485 JIF-Share / CDAX Unit86434 Service and IP Service Unit86471 Orderwire Unit

Overview of Interface unitsVoice Frequency UnitsUtility Data UnitsTelemetry UnitsVideo Units

JungleMUX SoftwareVistaNET Software ActivationRecommended Computer RequirementsVistaNET peer-to-peer distributed servicesVistaNET synchronizationNetwork Management System (NMS) Hands-On TrainingInteroperation and integration with other SONET networks

Day 1 Day 2

TRNG-JMUX1

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JMUX SONET MULTIPLEXER HANDS-ON TRAINING

The course will provide a comprehensive understanding of: the JMUX product structure, operation and maintenance of common equipment (relevant to the customer’s system), operation and configuration of interface units, explanation of node assignment drawings, interpretation of alarms, as well as system maintenance and troubleshooting.

Personnel who will be actively involved in the installation, configuration and maintenance of a JungleMUX network. Personnel who require a refresher course may also attend.

Basic electronic theoryFiber optic transmission principlesDigital transmission theorySystem testing and measurement

$ 950 US*

4 Days

SONET 101Exercises

System ConfigurationProduct FeaturesNetwork TopologiesOC-1 JungleMUX Product StructureOC-3 JungleMUX Product StructureOC-12 JungleMUX Product StructureSystem Interfaces

Common Equipment86430 Equipment ShelfExercises86431 Power Unit86425 AC Power Unit86433 OC-1 JMUX UnitReference Clock Distribution in OC-1/OC-3 Networks86432 OC-3 JMUX Unit86417 OC-12 JMUX Unit86490 SPE-JIF Unit86480 External Sync UnitExercises

Common Equipment (continued)86485 JIF-Share / CDAX Unit86434 Service Unit86471 Orderwire Unit Exercises

JungleMux SoftwareVistaNET Software ActivationRecommended Computer RequirementsVistaNET peer-to-peer distributed servicesVistaNET synchronizationNetwork Management System (NMS) Hands-On Training

Voice & Data Interface UnitsSystem Interfaces86444 4W VF E&M Unit86445 2W VF FXO & FXS Unit86449 2W VF E&M Unit86474 4W VF Partyline UnitExercises86448 DATA-LS Unit86465 DATA-PTM Unit86446 HS DATA Unit86466 DATA-G703 Unit86464 DATA-NX64 Unit86464 DATA-NX64F Unit86437 JIF-DS1 Unit86437 QUAD DS1 Unit86438 JIF-ETHER Unit86418 ETHER-100 Unit86491 DS3 Mapper UnitExercises

Utility Interface UnitsUtility Communications86441 DTT-XMT Unit86442 DTT-RCV UnitBC96 Code86429 DTT Test PanelPilot Wire Protection86443 CDR Unit86483 JIF-FDM Unit86463 Contact I/O UnitExercises

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tuitionPrerequisites


Utility Interface Units (continued) 86410 VMapper-40 Unit86411 VMapper-10 Unit86412 Video I/O UnitVport-F UnitRemote Video I/O AssemblyExercises

EngineeringOC-3 Node Assignment DrawingOC-12 Node Assignment DrawingJungleMUX Delays – OC-1 NetworkJungleMUX Delays – OC-3 NetworkJungleMUX Delays – OC-12 NetworkLink Loss Budget

AlarmsCommon Equipment AlarmsInterface Unit Alarms

MaintenanceJMUX Maintenance & BER Statistics ScreenSPE-JIF Unit MaintenanceVMapper-40 Unit MaintenanceVideo I/O Unit MaintenanceChannel Maintenance

TroubleshootingJMUX Unit Troubleshooting and LoopbacksOC-1, 3 and/or 12 JMUX Unit Access CommandsSPE-JIF Unit TroubleshootingExternal Sync Unit TroubleshootingJIF Level Units’ TroubleshootingInterface Units’ Troubleshooting

Commissioning, Testing, Hands-onPre-Setup and Initial Power-upJungleMUX Common Equipment SetupVoice Interface Unit SetupDATA-LS Interface Unit SetupHS DATA Interface Unit SetupJIF-DS1 Unit SetupDS3 Mapper Unit SetupDTT Unit SetupMiscellaneous TestingVistaNET Hands-on

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JMUX SONET MULTIPLEXER HANDS-ON TRAINING (Continued)

TRNG-JMUX2

agenda (continued)


Prerequisites


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tuition

g51 Multilin

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TN1U/TN1Ue SDH MULTIPLEXER

TRNG-TN1U

This course will provide students with a comprehensive understanding of the procedures needed to install, configure and maintain a TN1U SDH Multiplexer system. The course begins with a review of the SDH Multiplexer standards and then proceeds to cover the hardware and configuration methods for all interface units and how to interpret all of the alarm messages to assist in maintenance and troubleshooting .

Technical staff responsible for the maintenance and operation of the TN1U or TN1Ue equipment will benefit from this course.

An understanding of basic electrical circuitsA knowledge of Fiber Optic Transmission principlesDigital transmission theoryJungleMUX Hands-On Training Course

$ 9, 300 US*

4 - 5 Days

SDH Basics for TN1U Users Exercises System Configuration Product Features Network Topologies Product Structure System Interfaces Common Equipment 86430 Equipment Shelves Exercises 86431 Power Unit 86432 STM 1 Aggregate Unit Reference Clock Distribution 86490 TUG-3 Unit 86480 External Sync Unit Exercises 86485 CMUX Unit 86434 Service Unit 86471 Orderwire Unit Exercises Network Management System (NMS) NMS SoftwareHands on Training Interface Units 86444 4W VF E&M Unit 86445 2W VF FXO & FXS Unit 86449 2W VF E&M Unit 86474 4W VF Partyline Unit

Exercises 86448 DATA-LS Unit 86465 DATA-PTM Unit 86446 HS DATA Unit 86466 DATA-G703 Unit 86464 DATA-NX64 Unit 86464 DATA-NX64F Unit 86439 E1 Unit 86438 JIF ETHER & ETHER-10 Units 86418 01 ETHER-100 Unit 86491 DS3 Mapper Unit Exercises 86441 DTT-XMT Unit 86442 DTT-RCV Unit 86429 DTT Test Panel Pilot Wire Protection 86443 CDR Unit 86463 Contact I/O Unit Exercises 86410 VMapper-40 Unit 86411 VMapper-10 Unit 86412 MPEG-4 Video I/O Unit 86412 Wavelets Video I/O Unit Vport-F Unit Remote Video I/O Assembly Exercises Warranty & Policies Warranty & Manufacturing Quality

Product Support Center ETAC Engineering Node Assignment Drawing Delays Link Loss Budget Alarms Common Equipment Alarms Interface Unit Alarms Maintenance STM-1 Aggregate Unit Maintenance BER Statistics Screen TUG-3 Unit Maintenance VMapper-40 Unit Maintenance Video I/O Unit Maintenance Channel Maintenance Troubleshooting STM-1 Aggregate Unit Troubleshooting and Loopbacks External Sync Unit Troubleshooting TUG-3 Level Units’ Troubleshooting TIF Level Units’ Troubleshooting Interface Units’ Troubleshooting Commissioning, Testing, Hands-on Miscellaneous Testing Hands-on exercises



agenda

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tuition


TRNG-SAUTOSUBSTATION AUTOMATIONFUNDAMENTALS

This course begins with a review of recent trends and implementation strategies being adopted for utility substation automation with focus on the system architectures, relaying capabilities, and communication protocols. Through lectures and instructor led demonstration lab exercises, the capabilities of modern multifunction relaying technology, communication architectures, protocols, graphical substation HMIs and distributed fault recorders will be examined in addition to current implementation and integration strategies.

Electrical Engineers, Engineering Managers and Engineering Consultants responsible for substation design, substation control applications and system communications will benefit from this course.

An Understanding of Power Systems and Protection applications $ 1,200 US*

2 Days 1.4 Credits

A review of existing and new substation automation projects protection control and communications architectures using GE Multilin UR and SR relays. The Multifunction relay

ClassificationProtective elementsControl elementsMonitoring elementsEvent LogWaveform captureInstructor demonstration lab

Substation CommunicationsCommunications media and Topologies

RS232RS48510/100 BaseT Ethernet LANs10/100 Base F Ethernet LANsUtility grade switchesNetwork SecurityHighlights of NERC Security Requirements

Common Substation Protocols and implementation strategies:

Modbus RTUDNP 3.0Introduction to IEC 61850 Station Bus LAB: IEC 61850 peer to peer GOOSE and GSSE performance

The Substation HMIIEC 61850 self descriptionInstructor demonstration lab using Viewpoint Monitoring

Digital and analog statusControlAlarmingTrendingServer functions

Distributed Digital Fault RecordersCentralized verses DistributedStandards and requirementsArchiving Fault DataRemote Access of Fault Data

Day 1 Day 2

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g53 Multilin

PMCS POWER MANAGEMENT CONTROL SYSTEMS INTEGRATOR TRAINING

TRNG-PMCS

System Integrators will gain an in-depth understanding of the architecture of GE Multilin’s PMCS Software and how all the various components are used and configured to create a complete Energy Management System. Students will also be given an overview of the communications and control functionality of all of the GE Multilin products that are commonly integrated into many PMCS systems.

System Integrators who will be installing and commissioning Energy Management Systems using the PMCS software products.

Knowledge and experience in creating HMI applications Previous experience performing System Integration is an asset

$ 1,200 US*

2 Days 1.4 Credits

Introduction to PMCS PMCS architecture overview PMCS components overview

Installation optionsEnerVistaTM Integrator – OPC ServerWaveform Server and ClientEvent Server and ViewerPower quality toolsModbus Emulator

EnerVistaTM IntegratorSpecificationsSupported devicesMemory maps Integrating 3rd party devices

Introduction to Cimplicity Introduction to WonderWare HMI specificationsLab: Configuring PMCS HMI Components

Cimplicity Device WizardsIntouch Device WizardsOther HMI functionality needed for PMCS support

Energy Aggregator overview Energy Aggregator architectureLab: Configuring Energy Aggregator

Device configuration Configuring a Virtual MeterAssigning Cost CentersApplying Rate StructuresBilling configuration

Energy Aggregator reportsBilling reportsViewing reports

EnerVistaTM Setup Software overviewGE Multilin Device overviewSR Family Relays Training

SR469, SR489, SR745, SR750/760 ApplicationsFeaturesHardware/InstallationSetup Software and configurationCommunications

Meters TrainingPQMII, EPM1000, EPM4000, EPM5000, EPM6000 and EPM9000 Series MetersApplicationsFeaturesHardware/InstallationsSetup Software and configurationCommunications

UR Family Training UR PlatformHardware overviewWiring overviewFlexlogic programmingCommunicationsControls

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ENERVISTA SOFTWARE SUITE INTEGRATION

TRNG-EV

This course is designed to provide students with hands-on experience using and integrating the entire EnerVistaTM Suite of products. In this course, students will gain expertise in using the all of the available EnerVistaTM products including Launchpad, Viewpoint Monitoring, Viewpoint Maintenance, Viewpoint Engineer, and EnerVistaTM Integrator. Class Labs will give students a chance to set up and configure different types of communications network architectures for communicating to GE Multilin Relays and Meters. Through this network, proceed to learn how to used the different software packages while communicating directly with these devices.

Individuals in charge of Programming, Commissioning and Maintaining relays and meters as well as those responsible for integrating relays and meters into HMI or Energy Management Systems will benefit from this course.

A basic understanding protection relays and metersKnowledge of Microsoft Windows® an asset

$1,800 US*

3 Days 2.1 Credits

Data communication terminologyNetwork topologiesSerial RS232 and RS485 networksLab: Configuring RS232 and RS485 networksEthernet networksLAN topologiesSwitches and RoutersLab: Configuring an Ethernet LAN

Downloading and Installing Setup ProgramsNavigating and using EnerVistaTM Setup ProgramsDownloading documentation and support filesAutomatic Email notificationAutomatic Scheduled downloads

SpecificationsSystem size and requirementsDevice configurationPlug and Play instant Monitoring

Single Line Monitoring and Control diagramsLab: Creating Single Line diagrams for Monitoring and ControlAnnunciator AlarmingLab: Configuring Annunciator Alarm PanelTrending Reports specificationsLab: Configuring Trending reportsIntegrating non-GE Multilin devicesLab: Creating custom Memory MapsSecurity FunctionsAutomatic Waveform retrievalAutomatic Event retrievalIEC 61850 Option Lab: Integrating IEC 61850 devices

Setting Audit Trail SpecificationsGenerating/Setting Audit Trail ReportsLab: Creating Audit Trail Reports from UR and SR relaysFault Diagnostic Report SpecificationsSingle-Click fault diagnosticsLab: Collecting and Analyzing Fault InformationStatus Report SpecificationsDevices Status and Health ReportsLab: Creating and Analyzing Device Status Reports

Graphical Flexlogic Designer SpecificationsCreating Flexlogic EquationsDocumenting Logic and SettingsLab: Create and Document UR FlexlogicReal-Time Flexlogic AnalyzerLab: Analyzing the status of Flexlogic in Real-TimeSystem Peer-to-peer Logic DesignerLab: Programming power system inter-relay communicationsReal-Time System Logic AnalyzerLab: Analyzing status of Peer-to-peer communications

Client / Server Terminology OPC / DDE specificationsEnerVistaTM Integrator SpecificationsDevice ConfigurationLab: Configuring Server CommunicationsExporting data to DDE ClientsLab: Sending data to DDE clientExporting data to OPC ClientsLab: Sending data to OPC clientAutomatic Waveform retrievalAutomatic Event retrieval

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Viewpoint Monitoring

Launchpad

(Viewpoint Monitoring Continued)

Viewpoint MaintenanceEnerVistaTM Integrator

Day 2Viewpoint EngineerCommunication

interactive learning cd advantage

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what will i learn?

INTERACTIVE LEARNING CD

TRCD-FMPR-C-S-1

The Fundamentals of Modern Protective Relaying Interactive Learning CD uses simulations, examples and practical applications to provide students with the same information and practical experience they would receive if they attended the in-class course. This CD allows Engineers, Electrical Personnel and Maintenance Staff to learn at their own pace and review the course material as often as they desire.

The Fundamentals of Modern Protective Relaying Learning CD will provide the students with an understanding of all the principles and concepts of modern protective relaying. Students will be given an in-depth review of all the components of a power system and proceed to learn how to protect each one of these components including: Feeders, Busbars, Transformers, Generators, Motors and Transmission Lines.

Power System componentsWhy Protect?Power Generation Scalars, vectors and phasorsSymmetrical ComponentsZones of ProtectionPrimary RelayingBackup RelayingTypes of RelaysTransducersCTs and CVTs Real time digital simulatorsBreakersFusesCircuit Switches and Sectionalizers

Electromechanical RelaysDigital Relays

Radial Distribution SystemsCoordination of protective devicesRadial Feeder Overcurrent coordination

Bus protection requirementsBus protection by backup Line RelaysBus Differential protectionAuxiliary tripping Relays

Transformer theoryTransformer Failure and PhenomenaTransformer Percent DifferentialOverexcitation protectionGas protection

Unit and non-unit protectionLine Current DifferentialLine Distance protectionDistance relaying schemes

Induction Motor theoryCurrent Transformer selectionMotor Thermal ModelingAdditional protective elements

Short Circuit protectionGround Fault and Ground Fault detection methods

Phase Current Differential Single phase protectionUnder and Overvoltage protectionMotor Status detectionMechanical Jam detectionLoss of Load detectionAcceleration TimerStarts per hourTime between startsBearing protection

Generator protection functionsStator protectionRotor protectionLoss of ExcitationOther Generator protection systems

Basic Protection Theory Bus Protection Basic

Protective Relays

Feeder Protection Basics

Line Protection


Motor Protection


FUNDAMENTALSOF MODERN PROTECTIVE RELAYING

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* To order an Interactive Learning CD online visit: www.gemultilin.com/training or contact us. (See page 70)



The Industrial Power System Communications interactive Learning CD uses simulations, examples and practical applications to provide students with the same information and practical experience they would receive if they attended the in-class course. This CD allows Engineers, Electrical Personnel and Maintenance staff to learn at their own pace and review the course material as often as they desire.

This CD provides students with a comprehensive understanding of all of the Communication Network hardware, software and protocols that are used for monitoring and controlling modern industrial Power System equipment. Communications technology such as RS232, RS485, 10/100Mbit Twisted Pair and Fiber Optic Ethernet networks as well as protocols such as Modbus, Profibus, and DeviceNet will be covered in detail. Finally students will be shown how to integrate an industrial system HMI (Human Machine Interface) for power system monitoring, control and data collection.



RS485 LANsHardware specificationConnectionsConfigurationsThe F485 converterLab: Setting up and testing an RS485 LAN consisting of a computer running the EnerVistaTM Setup Software, an F485 converter and multiple SR relays


MultiNetLab: Configuration and testing of a 10 Base T LAN with a MultiNet interface and SR relays

10/100Base F Fiber Optic Ethernet Single/ Multi-mode cablePower budgetLab: Configuration and testing of a 10 Base F LAN using the MultiNet, SR and or UR relays

Introduction to the ModBus ProtocolSpecificationPerformanceFunction Codes supported by GE Multilin devicesLab: Analysis of Read and Write commands with a software serial protocol analyzerCreating Modbus User Maps


TRCD-ICOM-C-S-1


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INDUSTRIALPOWER SYSTEM COMMUNICATIONS

what will i learn?


Basic Data Communication

Ethernet

Protocols


* To order an Interactive Learning CD online visit: www.gemultilin.com/training or contact us. (See page 70)g57 Multilin

TRCD-UCOM-C-S-1


UTILITYPOWER SYSTEM COMMUNICATIONS

The Utility Power System Communications Interactive Learning CD uses simulations, examples and practical applications to provide students with the same information and practical experience they would receive if they attended the in-class course. This CD allows Engineers, Electrical Personnel and Maintenance staff to learn at their own pace and review the course material as often as they desire.



RS485 LANsHardware specificationConnectionsConfigurationsThe F485 converterLab: Setting up and testing an RS485 LAN consisting of a computer running the EnerVistaTM Setup Software, an F485 converter and multiple SR relays


MultiNetLab: Configuration and testing of a 10 Base T LAN with a MultiNet interface and SR relays

10/100Base F Fiber Optic Ethernet Single/ Multi-mode cablePower budgetLab: Configuration and testing of a 10 Base F LAN using the MultiNet, SR and or UR relays

Introduction to the ModBus ProtocolSpecificationPerformanceFunction Codes supported by GE Multilin devicesLab: Analysis of Read and Write commands with a software serial protocol analyzerCreating Modbus User Maps


MultiLink switchTagged V LANsLogical V LANsRedundant 10 Base F Ethernet LAN requirements and operationRing configuration

DNP3.0 ProtocolSpecificationObject ModelsData transferring methodsUnsolicited responseTime stampingSecurityDNP Lab exercises: Universal Relay DNP configuration options

IEC 61850Introduction to the StandardIEC 61850 versus UCA 2.0GSSE and GOOSE Peer-to-Peer communicationsLab: GSSE and GOOSE communications between Universal RelaysData object Model testing with the Universal Relay and EnerVistaTM Monitoring HMI software

Direct I/O

agenda

what will i learn?The Utility Power System Communications Interactive Learning CD provides students with a comprehensive understanding of all of the Communication Network hardware, software and protocols that are used for monitoring and controlling modern Utility Power System equipment. Communications technology such as RS232, RS485, 10/100Mbit Twisted Pair and Fiber Optic Ethernet networks as well as protocols such as Modbus, DNP3.0, and IEC 61850 including GOOSE and GSSE relay-to-relay messaging will be covered in detail. Finally students will be shown how to integrate a substation HMI (Human Machine Interface) for substation monitoring, control and data collection.


Ethernet

Protocols

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* To order an Interactive Learning CD online visit www.gemultilin.com/training or contact us. (See page 70) 58www.GEMultilin.com/training


TRCD-61850-C-S-1


IEC 61850

The IEC 61850 interactive Learning CD uses simulated lecture and example labs to provide students with the same information and experience they would receive if they attended the in-class course. This CD allows Engineers and Electrical Personnel to learn at their own pace and review the course material as often as they desire.

The IEC 61850 Interactive Learning CD provides the student with a comprehensive understanding of the areas of this new standard that apply to protective relaying equipment. This course will start with an overview of each of the major sections of the IEC 61850 standard then focus in detail on the portions of IEC 61850 that are of particular interest to protective relaying and substation integration including Station Bus, Process Bus, the Substation Configuration Language and Device Compliance Testing.

Protocol fundamentalsData communication basicsLAN Topologies7-layer OSI model

Introduction to IEC 61850 and UCAIEC 61850 Station BusGSSE and GOOSE Peer-to-Peer communicationsIEC 61850 Process BusIEC 61850 Self descriptionIEC 61850 Substation configuration languageFile transfer services

Ethernet fundamentalsPhysical interfaces 10/100 BASE T Fiber Optic LAN networking and EthernetNetworking BasicsIP AddressingVLANs SecuritySimulated lab showing the set up, configuration and testing of an Ethernet network

Peer-to-PeerIEC 61850 Peer-to-Peer communicationsSimulation lab of the set up, configuration and testing of the Universal relay’s GSSE Peer-to-Peer communication service.Simulation lab of the set up, configuration and testing of the Universal relay’s GOOSE Peer-to-Peer communication service

Logical NodesThe modelNaming conventionStation Bus HMITime stamping reporting models Simulation lab of the configuration of EnerVistaTM HMI screens using IEC 61850 logical nodes

IEC 61850 Process Bus Fundamentals

IEC 61850 Substation configuration language overview

ICD SCD CID

IEC 61850 device compliance testing

what will i learn?

agenda


IEC 61850 Overview

Network Fundamentals

Station Bus

Process Bus

Substation Configuration

Testing Standards

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UR APPLICATIONS 1 INTERACTIVE LEARNING CD

The UR Applications 1 Interactive Learning CD uses simulations, examples and practical applications to provide students with the same information and practical experience they would receive if they attended the in-class course. This CD allows Engineers, Electrical Personnel and Maintenance Staff to learn at their own pace and review the course material as often as they desire.

This interactive learning CD provides students with a thorough understanding of the Universal Relay platform of products. Students will be introduced to all the functionality and hardware options that are available in all the members of the UR family. Through examples and testing after each section, students will learn how to configure all of the settings in the UR Relays and how to apply Peer-to-Peer communications to expand and enhance its protection and control capabilities.

IntroductionHow to use the Interactive Learning Interface

Overview of the UR FamilyModular conceptModules and specifications

CPU modulesCurrent/Voltage Input modulesDigital Input/Output modulesAnalog Input/RTD modulesCommunication modules

WiringPower SupplyCurrent InputsVoltage InputsDigital InputsDigital OutputsSerial communication ports

Establishing communication to the relayDevice configuration

Product setupSystem Setup

Current and voltage sourcesPower system

Settings File managementOscillography and Event records

RulesLogic GatesContact Inputs, Virtual OutputsConfiguring Contact OutputsConfiguring LEDsProgramming Control Logic equations

Breaker Control logic exercise

CT and VT configurationMeteringSettings groupsProtection elements

Phase Instantaneous Overcurrent element (50)Integrating IOC element into a protection and control solutionOscillography and Event record analysisUR Phase Time Overcurrent element (51) Integrating IOC element into a protection and control solution

TerminologyLAN topologies

RS232, RS485ConnectionSignal levelsDistances

10 BaseTConnectionDistances

10 Base FPower BudgetSingle/Multi-modeConnection

Peer-to-peer communicationIntroduction to IEC 61850 GSSE messaging

Overview

2 - Hardware

Software

FlexLogicTM

Protection

Data Communication

TRCD-URA1-C-S-1

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what will i learn?

D60 DISTANCE PROTECTION INTERACTIVE LEARNING CD

The D60 Distance protection Interactive Learning CD uses simulations, examples and practical applications to provide students with the same information and practical experience they would receive if they attended the in-class course. This CD allows Engineers, Electrical Personnel and Maintenance Staff to learn at their own pace and review the course material as often as they desire.

The D60 Distance Protection Interactive Learning CD provides students with a comprehensive understanding of how to protect Transmission Lines using Distance Protection Relays. The CD will then step the students through the installation of the D60 Distance Protection Relay including wiring, configuring the relay using the EnerVistaTM UR Setup Software, and demonstrating any procedures needed for performing maintenance tasks.

IntroductionTransmission Line theoryCurrent TransformersVoltage Transformers

Distance protection fundamentalsZones of ProtectionThe Mho characteristicVoltage Memorization

Phase Distance protectionGround Distance protectionCustom Mho characteristicPhase Quadrilateral Zones of Protection Faulted Phase SelectorConfiguring the D60 Zones of Protection

Pilot Aided SchemesNon-Pilot Aided SchemesStepped DistanceExtended Zone 1 DUTT SchemePUTT SchemeNegative Sequence Ground DirectionalNeutral Ground DirectionalPOTT SchemeHybrid POTT SchemeDirectional Blocking SchemeConfiguring the D60 Schemes

Line Pickup protectionVT Fuse Fail DetectionPower Swing detectionAutorecloseTrip Output ControlBreaker ControlD60 Control Element Configuration

Transmission Line Fundamentals

Teleprotection Schemes

Distance Protection Theory

Zones of ProtectionControl Elements

TRCD-D60-C-S-1

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what will i learn?

FEEDER PROTECTION INTERACTIVE LEARNING CD

The Feeder Protection with the F60/F35 Interactive Learning CD uses simulations, examples and practical applications to provide students with the same information and practical experience they would receive if they attended the in-class course. This CD allows Engineers, Electrical Personnel and Maintenance staff to learn at their own pace and review the course material as often as they desire.

The F60/F35 Interactive Learning CD provides students with an understanding of all the theoretical concepts they will require for protecting, coordinating and controlling Feeders and Breakers. The CD will then step the students through the installation of the F60/F35 Feeder Protection Relays including wiring, configuring the relay using the EnerVistaTM F60/F35 Setup Software, and demonstrating procedures needed for performing maintenance tasks.

ComponentsProtective RelaysRelaying BasicsPrimary & Backup RelayingCT’s & PT’sProtective ElementsPhase TOC IOCCoordinationDirectionalityAutoreclose

Hardware BasicsBlock DiagramsCyclic ScanFaceplateModular ConceptCPUPower SupplyDSPDigital I/OTransducer I/OFlexlogic IntroductionGatesTimersSignal Sources

Case CapacityTerminal BlockPower SupplyCT/VT WiringCT CharacteristicsDigital I/OCircuit MonitorIRIG-B

CoordinationTOC PickupTOC MultiplierTOC GradingIOCNeutral Definite TOCFlexlogic ExamplePer Unit QuantitiesDirectionalityNeutral Definite OCSynchrocheckAutoreclosure

Power Systems

UR Platform

F60/F35 Wiring

F60/F35

F60/F35 Settings

TRCD-F60-C-S-1

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what will i learn?


The SR750/760 Feeder Protection Interactive Learning CD uses simulations, examples and practical applications to provide students with the same information and practical experience they would receive if they attended the in-class course. This CD allows Engineers, Electrical Personnel and Maintenance Staff to learn at their own pace and review the course material as often as they desire.

The SR750/760 Interactive Learning CD provides students with an understanding of all the theoretical concepts they will require for protecting, coordinating and controlling Feeders and Breakers. The CD will then step the students through the installation of the SR750/760 Feeder Management Relays including wiring, configuring the relay using the EnerVistaTM SR750/760 Setup Software, and demonstrating any procedures needed for performing maintenance tasks.

Power System componentsPower GenerationZones of ProtectionPrimary RelayingBackup RelayingTypes of Protection RelaysTransducers (CTs, VTs, CVTs)Current Transformer selection for the SR750/760BreakersFuse Saving protection schemeCoordination of protective devicesTime and Instantaneous Overcurrent protection

Installation and removal of the SR750/SR760 RelaysFront Panel featuresDisplayLEDsKeypad / PortSetpoint and Actual Value menu structures

Digital InputsControl PowerAC Phase Current InputsBus and Line Voltage InputsFailsafe / Non-failsafe Trip, Alarm, Auxiliary, and Self test Output ContactsTrip and Close Coil MonitoringCommunications

Basic Relay SetupSoftware configurationBasic Relay SetupSystem configurationLogic InputsContact OutputsEvent RecorderWaveform Capture

ProtectionOvercurrent protectionUndervoltage protectionBreaker Failure protectionCoil Monitor protectionAutoreclosure

System functionsSettings Files / GroupsActual ValuesFirmware Upgrades

Basic Protection Theory

SR750/760 Hardware

SR750/760 Wiring

SR750/760

SR750/760 Software

TRCD-SR750-C-S-1

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The F650 Interactive Learning CD uses simulations, examples and practical applications to provide students with the same information and practical experience they would receive if they attended the in-class course. This CD allows Engineers, Electrical Personnel and Maintenance Staff to learn at their own pace and review the course material as often as they desire.

The F650 Interactive Learning CD provides students with a thorough understanding of how to design, install and commission the F650 for protective and control solutions. The CD will start with an overview of the F650 architecture and then progress to cover the F650’s hardware, EnerVistaTM programming software and describe how to configure, monitor and troubleshoot the F650 relay.


Overview of the F650 FamilySystem overview Hardware reviewMechanical installation and wiringOptions and order codesLocal Human Machine InterfaceFront Panel keypad operation

Software installationEstablishing communications to the relay (RS232/RS485/Ethernet)Relays Setpoints Overview

System SetupProtection ElementsControl ElementsRelay Configuration

SWITCHGEAR definition and configurationOPERATION definition and configurationALARM (acknowledgement process)

Single Line Diagram configurationLogic configuration (graphical PLC editor)

StatusMeteringVirtual InputsEvent RecorderWaveform CaptureFault LocatorSingle-line Diagram Monitoring

Logic configuration Circuit Breaker Control through:

Front push buttonsF650 EnerVistaTM SoftwareFront graphic display

Introduction to Protective ElementsTime Overcurrent application

LED signalingOscillography analysisEvent Record analysis

Overcurrent Blocking SchemesPhase Directional Time overcurrent applications

LED signalingOscillography analysisEvent Record analysis

Alarm Panel ConfigurationBreaker Fail applicationsAcknowledgingResetting

Settings filesConfiguration filesOscillography RecordsEvent RecordsFault Locator Records

Review of the Factory Default ConfigurationRelay maintenance:

Relay Acceptance TestsMaintenance Tests Relay Firmware and Bootware upgrading

Overview Actual Values Overview

Hardware

Introduction to F650 Software

PLC (Programmable Logic Controller) Graphic Editor

Protection Elements

File Management

Factory Default Configuration and Relay Maintenance

TRCD-F650-C-S-1F650

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MOTOR PROTECTION INTERACTIVE LEARNING CD

The SR469 Motor Protection Interactive Learning CD uses simulations, examples and practical applications to provide students with the same information and practical experience they would receive if they attended the in-class course. This CD allows Engineers, Electrical Personnel and Maintenance Staff to learn at their own pace and review the course material as often as they desire.

The SR469 Motor Protection Interactive Learning CD provides students with an understanding of all the theoretical concepts they will require in the areas of Induction Motors and Motor Protection. The CD will then step the students through the installation of a SR469 relay including wiring, how to perform settings calculations and how to configure your relay using the EnerVistaTM SR469 Setup Software.


Principles of magnetism and electromagnetismBasic construction of AC motorsOperations of synchronous AC motorsOperations of induction motorsOperation of synchronous machines

Common motor terminologyMotor thermal limit curvesCurrent Transformer selectionMotor Thermal Modeling principlesThe 5 key Motor Thermal Modeling elements

Short CircuitGround FaultDifferentialSingle phaseMechanical Jam

Hardware tutorialsInstallation and removal proceduresFront Panel featuresDisplayLEDsKeypad/Port

Wiring InputsDigital InputsControl PowerAC Phase currentAC Ground current

Wiring OutputsFailsafeTrip/CloseAuxiliary Alarm Service Alarm

SoftwareEnerVistaTM SR469 Setup SoftwareSystem SetupDigital I/OThermal ModelCurrent ElementsMotor StartingRTD TemperatureVoltage ElementsActual ValuesUndercurrentUnder and Over VoltageSettings file management

Overview

Motor Theory

Thermal Modeling

SR469 Setup

SR469

Protection

TRCD-M469-C-S-1

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369MOTOR PROTECTION INTERACTIVE LEARNING CD

The 369 Plus Motor Protection Interactive Learning CD uses simulations, examples and practical applications to provide students with the same information and practical experience they would receive if they attended the in-class course. This CD allows Engineers, Electrical Personnel and Maintenance Staff to learn at their own pace and review the course material as often as they desire.

The 369 Plus Motor Protection Interactive Learning CD provides students with an understanding of all the theoretical concepts they will require in the areas of Induction Motors and Motor Protection. The CD will then step the students through the installation of a 369 Plus relay including wiring, how to perform settings calculations and how to configure your relay using the EnerVistaTM 369 Setup Software.


Principles of magnetism and electromagnetismStator Windings and FieldsBasic Construction of AC motorsOperation of induction motorsOperation of synchronous machines

Common motor terminologyMotor thermal limit curvesCurrent transformer selectionMotor thermal modeling principlesThe 5 key Motor Thermal Modeling elements

Short Circuit Single PhaseGround faultMechanical jamDifferentialUndercurrentUnder and OvervoltageLoss of loadAcceleration Time




SoftwareEnerVistaTM 369 Setup SoftwareSystem SetupDigital I/OThermal ModelCurrent ElementsMotor StartingRTD TemperatureVoltage ElementsActual ValuesUndercurrentUnder and Over VoltageSettings file management

Overview

Protection

Motor Theory

369 Setup

Thermal Modeling

TRCD-M369-C-S-1

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269 PLUS MOTOR PROTECTION INTERACTIVE LEARNING CD

The 269 Plus Motor Protection Interactive Learning CD uses simulations, examples and practical applications to provide students with the same information and practical experience they would receive if they attended the in-class course. This CD allows Engineers, Electrical Personnel and Maintenance Staff to learn at their own pace and review the course material as often as they desire.

The 269 Plus Motor Protection Interactive Learning CD provides students with an understanding of all the theoretical concepts they will require in the areas of Induction Motors and Motor Protection. The CD will then step the students through the installation of a 269 Plus relay including wiring, how to perform settings calculations and how to configure your relay using the EnerVistaTM 269 Setup Software.


Principles of magnetism and electromagnetismBasic construction of AC motorsOperations of synchronous permanent magnet AC motorsOperations of induction motorsOperation of synchronous machines

Common motor terminologyMotor thermal limit curvesCurrent Transformer selectionMotor Thermal Modeling principlesThe 5 key Motor Thermal Modeling Elements

Short Circuit Single phaseGround Fault Mechanical Jam




SoftwareEnerVistaTM 269 Plus Setup SoftwareSystem SetupDigital I/OThermal ModelCurrent ElementsMotor StartingRTD TemperatureVoltage ElementsActual ValuesUndercurrentUnder and Over VoltageSettings file management

Overview

Protection

Motor Theory

269 Plus Setup

Thermal Modeling

TRCD-M269-C-S-1

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g67 Multilin

what will i learn?

SR745 TRANSFORMER PROTECTION INTERACTIVE LEARNING CD

The SR745 Transformer Protection Interactive Learning CD uses simulations, examples and practical applications to provide students with the same information and practical experience they would receive if they attended the in-class course. This CD allows Engineers, Electrical Personnel and Maintenance Staff to learn at their own pace and review the course material as often as they desire.

The SR745 Interactive Learning CD provides students with an understanding of the theoretical concepts they will require for protecting Power System Transformers using modern microprocessor based relays. The CD will then step the students through the installation of the SR745 Transformer Management Relay including wiring, configuring the relay using the EnerVistaTM SR745 Setup Software, and demonstrating any procedures needed for performing maintenance tasks.

Power System componentsPower GenerationZones of ProtectionPrimary RelayingBackup RelayingTypes of Protection RelaysTransducers (CTs, VTs, CVTs)Current Transformer selection for the SR745BreakersTransformer protection theoryFlexlogic theory

Installation and removal of the SR745 Transformer Management relayFront Panel featuresDisplayLEDsKeypad / PortSetpoint and Actual Value menu structures

Digital InputsControl PowerAC Phase Current InputsVoltage InputsFailsafe / Non-failsafe Trip, Alarm, Auxiliary, and Self test Output ContactsTrip and Close Coil MonitoringCommunicationsRTD InputsIRIG-B

Basic Relay SetupSoftware configurationSystem configurationActual ValuesEvent Recorder

ProtectionPercent DifferentialHarmonic / Energization InhibitInstantaneous DifferentialPhase Time / Instantaneous OvercurrentGround Time / Instantaneous Overcurrent

OutputsOutput ContactsVirtual Outputs

System functionsSetpoint Files / GroupsUpgrading Firmware

Basic Protection Theory SR745 Wiring

SR745 Hardware SR745 Software

TRCD-SR745-C-S-1

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GENERATOR PROTECTION INTERACTIVE LEARNING CD

The SR489 Generator Protection Interactive Learning CD uses simulations, examples and practical applications to provide students with the same information and practical experience they would receive if they attended the in-class course. This CD allows Engineers, Electrical Personnel and Maintenance Staff to learn at their own pace and review the course material as often as they desire.

This Interactive Learning CD provides students with an understanding of the theoretical concepts they will require in the areas of Primary and Backup Generator Protection. The CD will then step the students through the installation of a SR489 relay including wiring, configuring the relay using the EnerVistaTM SR489 Setup Software and demonstrating any procedures needed for performing maintenance tasks.

Power System componentsPower GenerationZones of ProtectionPrimary RelayingBackup RelayingTypes of Protection RelaysTransducers (CTs, VTs, CVTs)Current Transformer selection for the SR489Breakers

ElectromagnetismTypical SystemsGroundingPhase Differential100% Stator GroundReverse PowerInadvertent EnergizationAVR / Governor Backup

Installation and removal of the SR489 Transformer Management relayFront Panel featuresDisplayLEDsKeypad / PortSetpoint and Actual Value menu structures

Digital InputsControl PowerAC Phase Current InputsAC Neutral Current InputsVoltage InputsFailsafe / Non-failsafe Trip, Alarm, Auxiliary, and Self-test Output ContactsTrip and Close Coil MonitoringCommunicationsRTD InputsIRIG-B

Basic Relay SetupSoftware configurationSystem configurationActual ValuesDigital InputsContact outputsEvent RecorderWaveform Capture

ProtectionPhase DifferentialPhase OvercurrentInadvertent EnergizationGround OvercurrentReverse Power100% Stator GroundVoltage / Frequency Protection

System functionsSetpoint Files / GroupsUpgrading Firmware

Basic Protection Theory

Generator Theory

SR489 Hardware

SR489

SR489 Wiring

SR489 Software

TRCD-SR489-C-S-1

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The GE Multilin Product Maintenance CD is a powerful resource tool for today’s industrial and utility maintenance personnel. Designed specifically for the maintenance and troubleshooting of GE Multilin relays, this CD provides a multi-functional training tool which can be used as a complete instructional course, or as a reference when specific maintenance or troubleshooting tasks are required. Using a simple menu structure, students can select to view an entire maintenance subject, or review only the information required to perform a single task.

This Interactive Learning CD will outline the recommended troubleshooting and maintenance procedures required for GE Multilin relays, using a combination of instructional videos and step-by-step examples. From downloading fault analysis information after a system fault has occurred to troubleshooting a motor start inhibit command, this CD provides clear instruction tailored to maintenance personnel.


Introduction to CommunicationsQuick Connecting to your relaySetup relay software interface to use

Serial CommunicationsEthernet communicationsModem communications

Media Converters and comm. networks USB to Serial converters F485 to Serial converters MultiNet RS485 to Ethernet converter

Troubleshooting System FaultsRetrieving critical fault analysis data from the relayUnderstanding displayed messages and LEDs of the relayUsing the relay’s Event recorder to troubleshoot faultsUsing the waveform capture element of the relayRetrieving and interpreting learned information from relayUnderstanding and troubleshooting motor start inhibit Commands issued by the relay

Understanding relay self test error messages

What Maintenance is required for your relays?Retrieving statistical data used for planning preventative maintenance of your system equipmentSaving complete settings files from your relayDownloading complete settings files to your relaysUpgrading your relay’s firmwareReplacing relays / modules

Introduction to the resources available for assisting with installation, programming and troubleshooting of your relaysEnerVistaTM Launchpad software overview

Viewing available documentation on your relay manualsFrequently asked question (FAQs)Application notesFirmware Revision historyService BulletinsProduct AdvisoriesDrawings

Introduction to the EnerVistaTM Maintenance softwareSingle click downloading of all system and fault analysis informationFault Diagnostic reportsSettings Security reports

Introduction to GE Multilin Training CDsRelay specific Training CDsProtection Theory Training CDs

Overview

Communications

Maintenance

Resources

TRCD-PRMAINT-C-S-1

agenda

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what will i learn?

Troubleshooting

GE MULTILINPRODUCT MAINTENANCE

0718-v6

www.gemultilin.com/training

REGISTRATION & LOCATIONS

All classes run from 8:30am to 4:30pm unless otherwise specified. Tuition fees include course manuals, instruction manuals, EnerVista setup software, use of training relays and computers and complimentary lunch and breaks. Students are responsible for the arrangement and payment of all travel and living expenses.

Students must provide written cancellation of enrollment to the GE Multilin Training Center 3 weeks prior to the course start date in order to receive a full refund. GE Multilin reserves the right to cancel a course due to under-enrollment. In the event of a course cancellation, GE Multilin will notify the students as soon as possible. For this reason, students are advised to purchase refundable airline tickets, or wait for written confirmation of a course before proceeding with travel arrangements.

Register for GE Multilin courses through our website on our online store at http://pm.geindustrial.com. A 15% discount will be offered on the tuition price when two or more registrations are booked simultaneously. Confirmation of enrollment will be sent via email once payment is received. Accommodation information, maps and useful websites can be found on www.gemultilin.com/training.

For information regarding customer-site courses and customized courses, please contact the registrar:

Tel: 905-294-6222 Fax: 905-201-2098North America: 1-800-547-8629Email: [email protected]: www.GEMultilin.com/training

Class logistiCs

Course CanCellation

online Course registration

registration & ContaCt information

RESERVE YOUR SEAT TODAY...

training Center loCations

markham, ontario, Canada BilBao, spain

Suggested AccommodationsRadisson Hotel50 East Valhalla Dr. at Hwy #7Tel: (905) 477-2010 Fax: (905) 477-2026

Hilton Suites Hotel8500 Warden Ave. at Hwy #7 Tel: (905) 470-8500 Fax: (905) 477-8611

Ercilla HotelC/ Ercilla, 37-39 - BilbaoTel: +34 94 470 57 00 Fax: +34 94 443 93 35

Igeretxe HotelPlaya de Ereaga s/n - GETXOTel: +34 94 491 00 09 Fax: +34 94 460 85 99

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FRONT COVER · 2012. 6. 26. · Transmission Line Protection Principles and Relaying (ALPS, D60,...

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Transcript of FRONT COVER · 2012. 6. 26. · Transmission Line Protection Principles and Relaying (ALPS, D60,...