Industry Leading Protection & Control Pioneering key principle advancement over the past 100 years, we continue to lead the way

making new protection, control and automation applications possible.

GE Digital Energy g Protection & Control

Course Offerings | Motor Protection Principles & Relaying www.gedigitalenergy.com

Industry Leading Protection & Control Pioneering key principle advancement over the past 100 years, we continue to lead the way

making new protection, control, monitoring and automation applications possible.

1

About this Course

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Offers the most-up-to date details regarding scheduled course

offerings.

2

About this Course

Our course synopsis has been designed to provide answers to the various questions pertaining to the learning experience of our motor protection relay training. Offering the flexibility of course modularization, our courses allow you the freedom of creating a learning experience that meets the specific needs of your professional development. To better identify your needs, begin with selecting your preferred delivery type followed by the offering.

Course Delivery Types and Offerings

Your learning starts here.

Stay connected and receive information regarding the scheduling of On-Demand courses offered at a location near you!

Scheduled Courses 1 Scheduled Courses are facilitated at one of our Grid IQ Learning Centres. Students are registered on a first-come-

first-serve basis. Some courses may have a seat limit depending on the nature of the course. Further information regarding scheduled, dates and times can be found on our online catalogue.

On-Demand Courses 2 To accommodate the interest of delivering a learning experience at a time convenient for you, our On-Demand

courses can be faciitated on a date and location of your choice. *Note: A minimum of three delivery days and preferred learning audience of 8-12 students are required for On-Demand courses outside of Grid IQ Learning

OR

+ 1 Standard Program

Standard programs are offered through our online calendar and provide

training on the four most commonly used motor protection relays.

Step

One

Sele

ct y

our

Cour

se ty

pe

Step

Two

Sele

ct y

our

Offe

ring

Custom programs allows you to select a minimum of six modules of your

choice.

Our Independent Courses are available for those who are interested in learning about a specific motor protection relay.

2 OR Independent 3 OR Customized

3

About this Course

By the end of this program, students will be able to…

Course Delivery Offerings | Standard Programs

There are currently no prerequisites for this course.

This Motor Protection Principles and Relaying program combines conceptual and hands-on learning as students gain knowledge of the hardware, installation and software aspects regarding our four most commonly used relays in today's industry. Beginning with an instructor led component of motor theory and principles, this standard five day program dedicates one session per product by offering a half day of conceptual learning followed by lab exercises. The following outlines the schedule of the standard Motor Protection Relaying and Principles program.

Discuss common concepts and principles of motor protection Identify key features, benefits and typical applications of the Multilin™ 469, 369, 339 and M60 motor protection relays Explain the processes regarding mechanical and electrical installation Configure, monitor and troubleshoot the motor protection relays using the EnerVista™ setup software

Multilin™ 469 Labs

Multilin™ 369 Labs

Multilin™ 339 Labs

Multilin™ M60 Labs

Product and Software

Introduction

Multilin™ 469

Multilin™ 369

Multilin™ 339

Multilin™ M60

Motor Protection

Theory

Day One Day Two Day Three Day Four Day Five

About this Course

Learning Objectives

Prerequisites

AM

PM

4

Complete the Motor Protection Theory training module

Course Delivery Offerings | Standard Programs

Identify key features, benefits and typical applications of the Multilin™ motor protection relay Explain the processes regarding mechanical and electrical installation Configure, monitor and troubleshoot the motor protection relay using the EnerVista™ setup software

Students attending this course are required to do the following:

By the end of this program, students will be able to…

About this Course

The focus of this course covers the hardware, installation and software configurations. Our one day in-class training course consists of a half day of instructor led facilitation followed by hands-on learning as students administer their education through a three-phase series of lab exercises at their own pace. These courses have been designed to accommodate a maximum learning audience of 12 students, pairing up to two students per workshop.

Learning Objectives

About our Courses

Learning Objectives

Prerequisites

Introduction

Hardware

Installation

Software

Lab (Level 1) Lab (Level 2) Lab (Level 3)

Large Motors M60 Medium Sized Motors 469 369 339 869 (coming soon) Small Sized Motors MM200 MM300 Other SPM

Multilin™ Motor Protection Product List

AM

PM

5

Course Delivery Offerings | Custom Programs

Complete the Motor Protection Theory module if not part of your custom program.Students attending this course are required to do the following:

About this Course

To better suit the needs of your business, this program has been designed to allow you with the flexibility of customizing your own program. Both customized and standard course offerings can be delivered at one of our GE Grid IQ Learning Centres, or at a location of your choice. Our product training courses comfortably accommodates a learning audience of 12.

Begin with selecting a combination of Product Training and Lab modules as shown below. Customized programs must meet the minimum of six modules which is the equivalent of three business days, and must obtain a classroom size of 8-12 participants.

Day 1

AM

Customize your Learning

How does it work?

469 Labs

Multilin™ 469

Multilin™ 369

Multilin™ 339

Multilin™ 869

Multilin™ SPM

Multilin™ MM200

Multilin™ MM300

339 Labs 369 Labs

Module No.1 Module No.2

Module No.5

Module No.3 Module No.4

Module No.6

M60 Labs

MM200 Labs SPM Labs MM300

Labs

Software and Product

Motor Protection

Multilin™ M60

869 Labs Module No.7 Module No.8

Module No.9 Module No.10

Day 2

Day 3

Day 4

Day 5

PM Product Training Modules

Lab Application Modules

Prerequisites

6

M60 469 369 339 869 MM200 MM300

M60 469 369 339 869 MM200 MM300

RS232 Program PortUSB Program Port

Basic FaceplateStatus LED IndicatorsKeypad FunctionControl KeysMenu NavigationUser Pushbuttons

Enhanced Faceplate

Metering & Monitoring FeaturesInputs & OutputsCommunication Features

Functional Block Diagram & ANSI Device NumbersFunctional Block DiagramANSI Device Numbers

OrderingOrdering Codes

Topic No.2 | Hardware

Front Panel PropertiesHandheld Display (HHD)

Protection & Control Features

Course Agenda for Motor Protection Systems Training | Topics & Areas of Study

Topic No.1 | Product Introduction

OverviewRelay Overview

Features & Benefits

The information listed below provides a high-level overview of the topics and areas of study that will be covered throughout our Motor Protection training courses. Further details pertaining to training regarding specific relays can be viewed on our online catalogue.

The following legend can be referenced to help you identify the training you are interested in based on voltage level.

Large Motors

Medium Motors

Small Motors

Legend

7

M60 469 369 339 869 MM200 MM300

RS485 Wiring

Zero Sequence CT InstallationDifferential Current Input ConnectionRTD InputsRemote RTD Module (RRTD)Analog Inputs Analog Outputs

Topic No.3 | Installation

Mechanical InstallationDimensions

Course Agenda for Motor Protection Systems Training | Topics & Areas of Study (continued)

Ground Current Input Connection

Panel CutoutPanel MountingDraw-Out Unit Withdrawal and InsertionTerminal Locations

Electrical InstallationTypical WiringControl PowerDigital/Contact InputsContact Outputs and Trip/Close CircuitPhase Current InputsPhase Voltage Inputs

8

M60 469 369 339 869 MM200 MM300

Digital Inputs

Current UnbalanceGround FaultPhase Differential

Motor Starting Elements (Acceleration Timer, Jogging Block, Start Inhibit, and Restart Block)

RTDs (Stator, Bearing, and RTD Trip Voting)Voltage Elements

Thermal Model

Creating a Setpoint File - Default ValuesCreating a New Setpoint File without Motor Settings Auto-ConfigAdding Setpoint Files to the Offline WindowEditing Setpoint File PropertiesUpgrading Relay FirmwarePrinting Setpoints and Actual Values

Configuring Input/Outputs (Contact Inputs, Output Relays, and Virtual Inpu

Monitoring & Diagnostics Tools (Front Panel LEDs, Oscillography, Data Logger, and Phasor Diagram)

FlexLogic™ Programming (Equation Editor and Timers)Logic Element™ Programming (Equation Editor and Timers)

Configuring Protection Elements

Writing Settings to Device

Course Agenda for Motor Protection Systems Training | Topics & Areas of Study (continued)

Topic No.4 | Software

SettingsCommunication and File Management

Establishing CommunicationReading Device Settings

9

M60 469 369 339 869 MM200 MM300

M60 469 369 339 869 MM200 MM300

Level Four

Event RecordsOscillographyLearned DataData LoggerMotor Start Data Logger

Topic No.5 | Lab Application

LabsLevel OneLevel TwoLevel Three

Output Relays

Topic No.4 | Software (continued)

Actual ValuesMotor Status

Course Agenda for Motor Protection Systems Training | Topics & Areas of Study (continued)

Metering DataStatistical Data Contact InputsLogic ElementsVirtual Inputs

10

Delivered as a separate module offered within a standard and custom motor protection program, a Motor Protection Theory module is available for students who are interested in further developing their knowledge of motor protection. This module has been designed to help learners become familiar with common motor relaying principles and may also act as a refresher for those with previous motor knowledge.

Course Agenda for Motor Protection Systems Training | Topics & Areas of Study (continued)

Motor Protection Theory

Motor Operation Basics - Electromagnetism - Basic Construction of AC Motors - Permanent Magnet AC Motors - Induction AC Motors (Rotor) - Slip - Synchronous Motors - Motor Efficiency - NEMA Insulation Classes - Service Factor - Analogy of Power Factor - Instrument Transformers Motor Thermal Modeling - Motor thermal Limits Curve - Overload pickup level - Overload Curves - Hot/Cold Safe Stall Ratio - Unbalanced Biasing - RTD Biasing - Thermal Capacity Used Additional Protection Elements - Short Circuit - Ground Fault - Phase Differential - Current Unbalance - Under / Overvoltage - Locked Rotor and Mechanical Jam - Loss of Load - Acceleration

11

Course Agenda for Motor Protection Systems Training | Topics & Areas of Study (continued)

Our SPM module provides training regarding our motor protection products along with our universal relay, and consists of the following topics and areas of study:

SPM Hardware Overview - Options - Ordering Model Specific Hardware Overview, Options and Ordering Details Specifications Mechanical Installation and Wiring SPM Theory of Operation EnerVista™ SPM Setup Software Ring-Type Synchronous Motor Starting and Synchronizing Monitoring Circuit Timing Reluctance Torque Synchronization and Pole Slip - Full Voltage - Reduced Voltage Field Winding Temperature Monitoring Power Factor Correction

SPM Training Course

12

Legal

Copyright © 2013 GE Digital Energy - Multilin All Rights Reserved. No part of this book, including content, Demo exercises, calculations, interior design, cover design, and icons, may be reproduced or transmitted in any form, by any means (electronic, photocopying, recording, or otherwise) without the prior written consent of GE Digital Energy - Multilin. GE Digital Energy - 650 Markland Street | Markham, Ontario | L6C 0M1 For general information concerning GE Digital Energy Learning & Development please visit our website at www.gedigitalenergy.com/multilin/support/training or contact us at training.multilin@ge.com No patent liability is assumed with respect to the use of the information contained herein. Moreover, because GE Digital Energy - Multilin is constantly striving to improve its high quality products, the information contained in this manual is subject to change without notice. Every precaution has been taken in the preparation of this manual. Nevertheless, GE Digital Energy - Multilin assumes no responsibility for errors or omissions. Neither is any liability assumed for damages resulting from the use of the information contained in this publication. Screen shots in this book are based on current software, released at the time this book was published. These screen shots are subject to change without notice, as new revisions of software are released.

Trademark Notices GE and g are trademarks and service marks of General Electric Company. * Trademarks of General Electric Company Other company or product names mentioned in this document may be trademarks or registered of their respective companies. Contents contained within this document are subject to change without notice.