2016 Course Catalog

TRAINING INSTITUTEKeeping people safe from electrical hazardsA Subsidiary of Megger ®

4 Why AVO

5 Training Locations

6 Instructors

7 On-Site Training & Custom Training

8 Consulting Services

10 Online Courses

12 Engineering Services - Arc Flash Studies

14 Certification Programs

16 Basic Electrical Fundamental Courses

19 Electrical Safety Courses

27 Circuit Breaker Courses

31 Cable Maintenance Courses

32 Fiber Optics Course

33 Relay Maintenance Courses

40 Motor Maintenance Courses

41 PLC & Visual Testing Software

42 Engineering Maintenance Courses

45 Advanced Transformer Maintenance

46 Battery Maintenance - Transformer Maintenance

47 Power Factor Testing

48 Substation Maintenance Courses

50 Infrared Thermography, Level I

51 AVO Sales Team - Registration Information

877-594-3156 • AVOTRAINING.COM • © AVO Training Institute, Inc.

“The Hands-On Difference”No other electrical training

provider dedicates the resourceswe do to ensure each student hasample, hands-on time with our labequipment. In an effort to enhance

the learning experience, classsizes are limited.

A complete listingof necessary items

required for courses can be found at www.avotraining.com.

Please visit to view specific computing equipment, software,

clothing, footwear or other items required for class

participation.

Table of

Contents

Cover: Pictured on the cover is an AVO Battery Maintenance and Testing course student wearing arc rated and acid resistant PPE with an AC/DC clamp-on multimeter used in this hands-on class.

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San Leandro, CA2700 Teagarden Street

San Leandro, CAAVO has joined with Peterson CAT, one of the largest dealers in North America. Located in the East San Francisco Bay Area. Classes are held at the Peterson University state-of the-art training facility.

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If it’s electrical, AVO Training is focused on it. Electrical safety training, electrical maintenance training and electrical consulting is not just a part of our offering, it’s our total focus. That’s why we offer more electrical safety and electrical maintenance training courses than any other training facility. With over 52 different courses, we offer the widest selection of courses available. To complement our training courses, we have a stand-alone Engineering Division that offers Arc Flash Studies, Risk Assessment Analysis and a full menu of electrical engineering services.

Our world class instructor led training, hands-on focus, student to instructor ratio and our newly completed “Arc Flash Electrical Safety” Online course series of 9 modules, allow students to choose the learning environment that is best suited for their individual needs.

AVO Training focuses on reducing electrical hazards in the workplace. Our goal is to help students do their jobs as safely as possible. We address all safety goals from equipment challenges to management awareness, and work with you to develop a comprehensive plan to create a safe work environment. It begins and ends with electrical safety as the number one priority in everything we do.

Why AVO? The One-Stop Electrical Safety & Maintenance Resource

AVO Training offerscourses nationwide at its

training locations and at key partner host training facilities.

Locations have a combination of substation equipment, buried cable fields, switchgear, motor

controls, circuit breakers, relays, transformers and more. These

resources provide ample, hands-on time with equipment in labs.

We are not vendor specific trainers. Since there

is such a wide variety of electrical equipment and tools available, we provide “conceptual,” principled training. We train on all types of

manufacturer’s testing and electrical equipment.

Our Training Centers are equipped with substation

equipment, buried cable fields, switchgear, motor controls, circuit breakers, relays, transformers and more. Every student is required to

successfully perform each task under instructor supervision

in order to passthe course.

Dallas, TX4271 Bronze Way

Dallas, TXThis location is our Main Training Campus and Corporate Headquarters, located in the heart of the Metroplex. It is served by both DFW International Airport and Love Field Airport.

Valley Forge, PA2621 Van Buren Avenue

Norristown, PALocated in the historic area, just 20 miles northwest of Philadelphia, this campus offers a convenient and comfortable learning environment and is close to the large cities of the Northeast.

Portland, OR29353 Town Center Loop East

Wilsonville, OregonThe Clackamas Community College, serves as another Host Training Center, located in Wilsonville, OR just minutes south of Portland. It gives quick access to all that the great Northwest offers.

Fontana, CA1 California Steel Way

Fontana, CATraining Classes are held at California Steel Industries, located between Los Angeles and San Bernardino CA. LA/Ontario International Airport is within close proximity to this training center.

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Be The Best By Learning From The Best.

Our instructors are some of the best in the industry. We rely

on our people – their enthusiasm, talent and commitment – to make

every course our students attend a success. They are responsive to all

student needs and passionate aboutthe topics they teach. We keep our

student-to-instructor ratio limited, to allow for individual learning in our classes. This kind of enthusiasm,

commitment and dedication is what helps make

AVO successful.

If you don’t find the course or courses that match your electrical safety and maintenance needs from the courses listed in our catalog, we will develop a course that fits your specific equipment or the training needs and objectives of your personnel.

Our electrical safety knowledge and expertise are available to help with your safety development projects, while saving you time and money.

The Benefits of Custom Training• Ability to tailor business specific policies, procedures and concerns• Choose a date, time or shift that works best for your facility• Training content flexibility based on your needs• Employees receive the same level of training over several sessions• Pre and post testing available to measure before and after knowledge• Training on your equipment or products eliminates generalities

Customized Training Courses

If for any reason you can’t come to us, we can come to you. Our on-site training keeps travel expenses down, while allowing the benefits of an effective electrical maintenance and safety training program.

The Benefits of On-Site Training• Eliminate personnel travel time and associated expenses• Address your specific equipment and systems• You choose the course schedule - 24/7• Customize course length by adjusting content covered• Customize course content by adjusting topics and equipment• Courses are presented at the knowledge level of your personnel• Personnel available on-site, should an emergency occur

On-Site Training - We Can Bring the Training to Your Facility

On-Site Training allows for

training more employees in their familiar working

environment.

We custom develop courses

that fit your specific equipment or the training needs and objectives that

your personnelrequire.

We help you with your safety and maintenance course

development projects, while saving time

and money.

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We understand that your primary job may not include being an electrical systems “Subject Matter Expert." That’s where our highly specialized electrical safety and electrical maintenance experts come in. When you need answers to hazardous electrical situations, and you need them now, we are here to help.

Developing an effective electrical safety program is more complicated than selecting the proper personal protective equipment. It is about creating a safety culture that lowers the risk of injury caused by an electrical incident.

We begin our consulting services by asking, “What critical issues are standing in the way of where you want your electrical safety program to be?” We help you identify the root of the issue. We explore, agree, prioritize, develop and implement ways to address each electrical safety or electrical maintenance issue.

AVO Consulting Services

AVO Safety Program ConsultingWe will help you develop a standards-based Electrical Safety Program for your company. We can counsel you on what is needed for OSHA compliance and develop the programs to help stay compliant. If you need, we can evaluate your current electrical safety program and advise on its relationship in terms of needed compliance.

AVO Training provides safety and

maintenance program consulting across many industries, domestically

and internationally.

Protective Relay & Cable ConsultingLet our relay experts come to your site and supply GAP Training (refresher training). We will use your specific relay instruction manuals and get your technicians up to speed. We won’t do the testing, but we will provide the consulting to help during shut-downs and outages.

Electrical cable typically is not the reason for failure, rather it is cable installations and splices. Our skilled and experienced cable experts will inspect while it is being installed to assure proper installation. We will even help your Electrical Contractor to prevent premature breakdown of the cable. Helping your technicians diagnose and troubleshoot before the cable is energized can save on costly future repairs.

Just-In-TimeTraining... give us a

list of your protectiverelays and we’ll come

and assist witha refresher.

Technical support in testing, maintaining, and calibrating customer relays. AVO technical experts will advise, assist, and support technical staff as relays are being tested. AVO technical experts will provide detailed support documents advising management and training personnel about needs, improvements, and procedures.

Generator and Transformer Relay Technical Consulting

Technical support in testing, maintaining, and calibrating customer relays. AVO technical experts will advise, assist, and support technical staff as relays are being tested. AVO technical experts will provide detailed support documents advising management and training personnel about needs, improvements, and procedures.

Switchgear and Substation Relay Technical Consulting

Technical review of relay testing standards, forms, and procedures. AVO technical experts will assist in the review of Standards and Procedures to ensure compliance with manufacturers and industry standards including FERC and NERC compliance. AVO technical experts will assist in reviewing, creating, and improving relay test result forms and reports.

Review of Relay Testing Standards, Forms, and Procedures

Megger® AVTS Doble® ProTest Omicron® Test Universe Enoserve® RTSConsulting On Automating Test Procedures for Non-Critical Relays

Our technicalsupport consultants

will come to your locationand advise on specific

types of relays andswitchgear.

We offer a wide range of consulting

services that not only match your safety goals, but many times surpass

your expectations.

AVO Training with over 50 years of

experience has provided safety program consulting

across many industries worldwide.

At AVO we approach our consulting

services from a “Total Business Solutions”

point of view.

Building a strong electrical safety program and enforcing a periodic

auditing process can helpprevent most workplace

electrical injuries.

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Thorough data collection allows us to understand your site, its equipment and specific needs. Compliance with electrical regulations and standards helps ensure that employees are maintaining electrical systems and equipment in proper and safe working condition and that each employee is utilizing safe work practices and all appropriate electrical protective equipment.

Electrical Safety Compliance Assessment Consulting

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Arc Flash Electrical Safety OnlineThe complete nine-module series “Arc Flash Electrical Safety” which includes the latest NFPA 70E® 2015 updates is available for purchase individually for $49 or at a special nine-module bundled series price of $379.

These convenient and affordable self-paced online courses are designed to help individuals who may otherwise find it difficult to attend classes through more traditional methods. Online learning also provides a way for those with part or full-time jobs to continue their studies while keeping their work schedule.

A Certificate of Completion is issued for successfully passing each of the Safety Awareness modules, plus a Certificate of Achievement for the successful completion of the Complete Course Series. A Certificate of Achievement is only issued to those who purchase the Complete Course Series and successfully pass all nine modules. You’ll also have 120 days to complete the course. That’s an additional 30 days at no additional cost.

Although our Online Training Courses will never replace our instructor led, “Hands-On” classroom experience, they are another way we add value by instilling electrical safety knowledge to fit our customers needs and lifestyles.

Want to develop a special course but don’t have the expertise? Our Instructional Design Team can help develop your concepts into a fully functional online training course or courses that meet your specific learning objectives.

For more information, contact Kevin Elmore for Online Sales at 214-331-7319 or email: kevin.elmore@avotraining.com.

Purchase the entire bundle for $379 and save $62

“Intro to Arc Flash” $49

“NFPA 70E Introduction” $49

“NFPA 70E & OSHA Qualified Person Requirements” $49

“NFPA 70E & OSHA Unqualified Person Requirements” $49

“Arc Flash Risk Assessment” $49

“Electrical Safety Program ” $49

“Establishing An Electrically Safe Work Condition” $49

“Personal Protective Equipment (PPE)” $49

“Energized Electrical Work Permit” $49

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Engineering Arc Flash Studies & Risk Assessment Consulting

NFPA 70E-2015 130.4 requires that a shock risk

assessment be performed before beginning energized work. AVO

includes shock boundries and glove class as part of its arc flash study

and these are printed onthe labels.

For more information, contact Engineering Manager

877.594.3156 or emailinfo@avoeedivision.com.

Comparing bids can be confusing. That’s

why we created the Arc Flash Planning Kit. Download one today

to help compare an “apples to apples” bid. If prices are widely

varied, so might the thoroughness of the study. Make sure your bids don’t contain shortcuts

that affect the integrityof your study.

The success of your Arc Flash Risk

Assessment depends on the support of people

committed to protecting personnel from arc

flash hazards.

An Incident Energy Analysis is the foundation

upon which an accurate Risk Assessment is built. Once you

have the Incident Energy Analysis you can complete the Risk

Assessment and provide proper PPE and work practices

for your workers.

We are a Registered Engineering Firm that has conducted thousands of arc flash studies. Our power system studies uphold the original intentions of the NFPA 70E®. We see compliance and improved reliability as a by-product of these studies.

Our staff consists of registered Professional Engineers, Electrical Engineers and Engineering Technicians. Our P.E.’s are licensed in multiple states across the nation and review and stamp every approved project.

The AVO Engineering Division works with all types of utilities, industrial facilities, all levels of government as well as data centers and a wide variety of commercial industries. We aren’t industry or equipment specific and are qualified to analyze electrical systems in any type of facility. We use IEEE standards, the National Electrical Safety Code, and the Ralph Lee papers for engineering calculations.

AVO Engineering Division Scope of Services:

Arc Flash Studies NFPA 70E article 130.5 states, “An Arc Flash Risk Assessment shall determine the arc flash boundary, the incident energy at the working distance, and the personal protective equipment that people within the arc flash boundary shall use.”

Incident Energy AnalysisAn Incident Energy Analysis is the foundation upon which an accurate Risk Assessment is built. Once you have the Incident Energy Analysis you can complete your Risk Assessment and provide proper PPE and work practices for your workers.

Arc Flash Risk Assessment Although the updated 2015 NFPA 70E Standard states that companies are responsible to conduct their own “Risk Assessment,” we are available to consult through this sometimes confusing process.

Electrical Shock Hazard We include a Shock Hazard Analysis as part of our Arc Flash Incident Energy Analysis and shock protection boundaries are printed on the arc flash warning labels.

Protective Device Coordination We analyze the characteristics of each protective device to confirm the sequence in which they’ll operate and provide an adequate margin between the operating times of each.

Load Flow Studies A load flow study calculates the voltage drop on each feeder, the voltage at each bus, and the power flow and losses in all branch and feeder circuits.

Short Circuit Studies A short circuit study should be performed when an electrical system is first designed, and then updated when major modifications or renovations take place – but no less frequently than every five years.

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Enhance your skills and career opportunities in an AVO single or multi-course technicial Certification Program. Our Certification Programs help meet OSHA’s definition of a “qualified” person and showcase employee skills during project bidding and can guide employee advancement.

AVO Certification Programs help prepare technicians for the rigorous certification exams required by organizations such as NICET and NETA. Technicians also have the support of their peers within NETA to create study groups and often attend conferences. NETA recognizes many AVO Training courses with Continuing Technical Development Credits (CTD’s).

Offering10 Single or Multi-course Certification Programs

Substation Maintenance Certification

The following courses must be completed within 18 months.

• Substation Maintenance I • Substation Maintenance II

• Electrical Safety for Industrial Facilities or Utilities

Protective Relay Maintenance, Basic

CertificationPage 34

InfraredThermography,

Level ICertification

Page 50

Protective Relay Maintenance,

Solid-StateCertification

Page 39

Protective Relay Maintenance,

AdvancedCertification

Page 35

Pages 20, 21, 48, 49

Medium-VoltageCable Certification

The following courses must be completed within 18 months.

• Cable Splicing & Terminating,Medium-Voltage

• Cable Testing & Fault Location, Medium-Voltage

• Electrical Safety for Industrial Facilities or UtilitiesPages 20, 21, 31, 32

Protective Relay Maintenance,

GenerationCertification

Page 36

Fiber OpticsCertification

Page 32

Industrial Electrical Safety Inspector CertificationThe following courses must be completed within 18 months.

• National Electrical Code 2014 • Electrical Safety for Inspectors

Pages 20, 23

Re-Certification Exams Are AvailableKeeping your certification current is not only necessary but now more convenient than ever. Organizations like NICET and NETA understand the value of continuing education in maintaining and growing a technician’s skills, knowledge and responsibility. NICET has a three-year renewal period with continuing professional development (CPD) activities required for renewal.

NETA renewal requires Level III and IV technicians to earn Continual Technical Development (CTD) credits every 3 years. Technicians may also re-certify by retaking the NETA Certification Exam to demonstrate that their knowledge-base is up-to-date with new technology and standards since the date of initial certification.

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Low-VoltageCircuit Breaker

Maintenance CertificationThe following courses must be completed within 18 months.

• Circuit Breaker Maintenance,Low-Voltage

• Circuit Breaker Maintenance,Molded & Insulated Case

• NFPA 70E or OSHAElectrical Safety

Pages 24, 25, 29, 30

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Technicians who understand systematic electrical troubleshooting techniques can save their organization money by properly identifying faulty components. The ability to effectively and safely troubleshoot electrical systems is an essential skill for any technician responsible for maintenance in an industrial, commercial or utility facility. The inexperienced troubleshooter may mistake symptoms for problems – which leads to replacing the same parts over and over again. This course emphasizes safe and systematic troubleshooting methods that will greatly enhance technician skills. Component identification, ladder diagram interpretation and correct multimeter usage are key components to this electrical maintenance course.

Who Should AttendThis hands-on course is intended for electricians, technicians and supervisors responsible for troubleshooting electrical system problems. The participant should have basic knowledge of AC/DC electricity and bring a trigonometric calculator.

A firm grasp of the fundamentals of electricity is the basis for becoming a successful electrical maintenance technician. All too often, maintenance personnel have to jump right into electrical maintenance with no training, or perhaps minimal on-the-job training that skips the fundamentals and focuses solely on a specific application. This may result in technicians performing tasks without understanding the reason why or the implications of changes they are making on the electrical circuit. This course provides basic information regarding quantifying and measuring basic elements in an electrical circuit. Participants are familiarized with multi-meter usage and basic electrical circuit components.

Who Should AttendThis course is intended for new or cross-training technicians, electricians and supervisors responsible for maintenance of electrical equipment. The participant should bring a trigonometric calculator.

Basic Electrical Troubleshooting

Basic ElectricityCourse 345 • 4 Days • 3.2 CEU • $1,295

Course 410 • 4 Days • 3.2 CEU • $1,295

Electronic devices are ubiquitous in residential, commercial and industrial environments. In order to properly install, test and troubleshoot these electronic components, it is necessary to understand the fundamentals of electronic circuits. Because of this tight coupling between electronic and electrical systems, when a problem occurs it is often the electrician who is the first responder called upon to troubleshoot the problem. Electricians who incorrectly apply conventional electrical troubleshooting techniques to electronic devices often damage the equipment. For effective troubleshooting, this course provides knowledge of various types of electronic circuits combined with a systematic troubleshooting approach.

Who Should AttendThis hands-on course is built on the foundation of the Electronics for Electricians course and is intended for electricians and technicians, who install, repair or troubleshoot electronic systems.

Electronics TroubleshootingCourse 256 • 4.5 Days • 3.6 CEU • $1,285

Visit our Website atwww.avotraining.com/

electrical-fundamentals for course details, course dates, descriptions

and learning objectives for the Basic Electrical Fundamental courses listed on this page

and on page 18.

When dealing with electricity, on-the-jobtraining can be a very

risky proposition.These basic

fundamental courses play an important role in

training your people to get“up-to-speed” as quickly

as possible.

Lecture

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Hands-On

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Proper grounding and bonding of electrical equipment helps ensure that the electrical equipment and systems safely remove the possibility of electric shock by limiting the voltage imposed on electrical equipment and systems from lightning, line surges, or unintentional contact with higher-voltage lines, as well as ground-fault conditions (any phase-to-ground). Article 250 of the National Electric Code® identifies grounding and bonding system installation methods. Proper grounding and bonding is also important for personnel protection, as well as for compliance with OSHA 29 CFR 1910.304(g) Grounding.

This course focuses on the grounding and bonding requirements contained in Article 250 of NEC®. Specific topics that are addressed include, but are not limited to: definitions; grounded (neutral) conductor requirements; sizing equipment grounding conductors, equipment bonding jumpers, grounding electrode conductors, and main bonding jumpers; identifying types of grounding electrodes; requirements for multiple grounding electrodes; bonding requirements for non-electrical equipment; the purpose of impedance or resistance grounding; requirements for an isolated grounding system; and grounding and bonding requirements for the line side and the load side of the service disconnecting means.

At AVO Training Institute, our base courses such as grounding electrode resistance testing and earth resistivity testing will be performed at our outdoor training yard. On-site training of this course will require the site facility to provide an adequate test area to perform the earth resistivity and earth resistance tests.

Who Should AttendThis hands-on course is intended for new or experienced electricians and technicians that install, maintain, repair or troubleshoot power and auxiliary systems. The participant should have basic knowledge of power system components.

Grounding & BondingCourse 417B • 3 Days • 2.4 CEU • $1,495

Dallas, T

More electronic and solid-state devices are being integrated into power systems than ever before. Electricians and technicians are encountering these devices within uninterruptible power supplies (UPS), ballasts of fluorescent lighting, variable frequency drives (VFDs) and programmable logic controllers (PLCs) to mention a few.

This course provides training on the fundamentals of electronic circuits. Participants are given information that will help them to properly install and test electronic components

Who Should AttendThis hands-on course is intended for new or experienced electricians and technicians whose job responsibilities will require them to install, repair or replace electronic components in electrical systems.

Electronics for ElectriciansCourse 239 • 4.5 Days • 3.6 CEU • $1,285

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An electrical print, schematic or diagram is a map that represents the layout of various types of electrical systems. Knowing how to read these electrical drawings is critical when performing acceptance of new equipment and in troubleshooting existing equipment. There are many types of prints that utilize hundreds of symbols established by ANSI or the IEC. This course provides instructions and exercises in the proper use of these documents. Equipment application, troubleshooting, and print revision methods to correctly reflect equipment changes will be demonstrated. Course participants will be shown how to identify symbols and how to unravel this common language for electrical equipment.

Who Should AttendThis hands-on course is intended for new or experienced electricians and technicians that install, maintain, repair or troubleshoot power and auxiliary systems. The participant should have basic knowledge of power system components.

Electrical Print Reading-ANSICourse 234 • 4 Days • 3.2 CEU • $1,285

Complete details for allBasic Electrical Fundamental

Courses, including course dates,locations and learning objectivescan be found at avotraining.com/

electrical-fundamentals.

Hands-On

Hands-On

Hands-On

Required for Industrial Electrical Safety Inspector Certification - See page 15

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Available in SpanishOption for required Substation Maintenance Certification safety course - See page 15Option for required Medium-Voltage Cable Certification safety course - See page 15

Option for required Substation Maintenance Certification safety course - See page 15Option for required Medium-Voltage Cable Certification safety course - See page 15

Organizations are becoming more aware of electrical hazards in the workplace. Many managers and electricians are taking on the responsibility of auditing their own facilities for electrical safety compliance issues. This course provides up-to-date information on OSHA General Industry, NFPA, and IEEE standards that are relevant to electrical safety in the workplace. The information provided can prepare participants to recognize existing issues within their facility. Armed with this knowledge, safety managers can implement an effective self-inspection program that helps prevent electrical accidents, OSHA citations and outages caused by accidents.

Who Should AttendThis course is intended for managers responsible for safety, human resources (HR), and risk and loss control as well as any other personnel responsible for ensuring a safe and compliant workplace. A background in industrial safety and electrical installation requirements is helpful. The participants will be supplied with applicable OSHA, NFPA 70E and NFPA 70B standards.Learning Objectives

• Identify the hazards of electricity and their effects• Select appropriate personal protective equipment (PPE) for a variety of applications• Establish a PPE in service care and use program• Create and assess effectiveness of lockout/tagout procedures and energized work permits• Identify OSHA training requirements for qualified workers• Implement a safe work program (written electrical safety program)• Establish a preventative maintenance program per OSHA, NFPA 70E/70B• Identify electrical hazard risk assessment compliance requirements• Identify the requirements for an electrical safety inspection of an industrial, utility or utility-like

installation following a comprehensive checklist

Electrical Safety for InspectorsCourse 430 • 4 Days • 3.2 CEU • $1,275

Electrical hazards can result in serious injury or death of personnel working on or around electrical equipment. This course provides information to ensure a safer workplace. Participants are trained to understand electrical hazards, electrical safety regulations, and the use of safe work procedures and personal protective equipment (PPE). It is difficult to keep up with revisions and updates to OSHA, NFPA 70E, NEC and PPE improvements. In this course the participant is familiarized with the latest changes in the electrical safety industry. Information is provided to help realize the benefits of an electrical safety program resulting in fewer electrical accidents, improved power system reliability, OSHA compliance and potential reductions in losses due to accidents and injuries.

Who Should AttendThis course is intended for new, multi-craft or experienced electricians, technicians, engineers, supervisors and safety managers that install, maintain, repair, troubleshoot or work around industrial electrical systems. This course provides critical information to help meet the mandated training requirements of OSHA 1910.332. The participant should have basic knowledge of AC/DC electricity.Learning Objectives

• Explain the hazards of electricity and their effects• Interpret applicable regulations• Understand hazardous energy control as required by OSHA for utilities• Explain installation of temporary grounding for personal protection• Utilize safe work practices for work on or around substation equipment, transmission equipment

and overhead lines• Select appropriate personal protective equipment for a variety of applications• Identify the functions of a substation grounding system• Identify the requirements for an electrical safety inspection of an industrial, utility or utility-like

installation following a comprehensive checklist

Electrical Safety for Industrial Facilities

Linemen, substation technicians and other utility maintenance and construction personnel are exposed to some of the highest voltages and electrical hazard levels in the United States. Lean operations and informal on-the-job training can lead to gaps in technicians’ electrical safety knowledge. To ensure adequate safe work practices are followed, personnel must understand electrical hazards, safety regulations, and the use of safe work procedures and protective equipment. Because of updates, utilities may have difficulty keeping up with revisions in OSHA, the National Electrical Safety Code (NESC), ASTM and other applicable electrical safety regulations and standards. This course improves ability to interpret these requirements and apply them, which is essential to preventing electrical accidents, outages and equipment damage.

Who Should AttendThis course provides training for new, multi-craft or experienced electricians, linemen, technicians, engineers, supervisors and safety managers that install, maintain, repair, troubleshoot or work around power generation, transmission and distribution equipment. It meets mandated training requirements of OSHA 1910.332 and .269. The participant should have basic knowledge of AC and DC electrical systems.

Learning Objectives• Explain the hazards of electricity and their effects• Interpret applicable regulations• Understand hazardous energy control as required by OSHA for utilities• Explain installation of temporary grounding for personal protection• Utilize safe work practices for work on or around substation equipment, transmission equipment

and overhead lines• Select appropriate personal protective equipment for a variety of applications• Identify the functions of a substation grounding system• Identify the requirements for an electrical safety inspection of an industrial, utility or utility-like

installation following a comprehensive checklist

Electrical Safety for UtilitiesCourse 223 • 4 Days • 3.2 CEU • $1,275

Dallas, TXSept 1-4, 2015 May 23-26, 2016

Oct 19-22, 2015 June 20-23, 2016

Nov 9-12, 2015 Aug 22-25, 2016

Dec 7-10, 2015 Oct 24-27, 2016

Feb 15-18, 2016 Nov 29-Dec 2, 2016

April 4-7, 2016

Valley Forge, PASept 21-24, 2015 April 11-14, 2016

Dec 1-4, 2015 Aug 15-18, 2016

Feb 22-25, 2016 Oct 31- Nov 3, 2016

Course Schedule - ESIF

San Leandro, CANov 9-12, 2015 Sept 6-9, 2016

Feb 16-19, 2016

Fontana, CAOct 13-16, 2015 Nov 1-4, 2016

May 16-19, 2016

Portland, OROct 26-29, 2015 July 5-8, 2016

Jan 11-14, 2016

Dallas, TXSept 14-17, 2015 June 13-16, 2016

Oct 27-30, 2015 Oct 10-13, 2016

Jan 25-28, 2016

Valley Forge, PANov 9-12, 2015 Sept 12-15, 2016

Course Schedule - ESI

San Leandro, CAAug 31-Sept 3, 2015 Nov 1-4, 2016

April 25-28, 2016

Fontana, CAOct 5-8, 2015 May 31-June 3, 2016

Feb 22-25, 2016

Dallas, TXOct 26-29, 2015 July 18-21, 2016

Dec 14-17, 2015 Aug 29-Sept 1, 2016

Jan 4-7, 2016 Sept 26-29, 2016

March 21-24, 2016 Nov 14-17, 2016

April 25-28, 2016

Valley Forge, PAOct 19-22, 2015 May 2-5, 2016

Jan 25-28, 2016 July 11-14, 2016

March 7-10, 2016 Oct 3-6, 2016

Course Schedule - ESU

San Leandro, CAApril 18-21, 2016 Nov 7-10, 2016

Fontana, CANov 2-5, 2015 June 6-9, 2016

Dec 14-17, 2015 Sept 12-15, 2016

March 14-17, 2016

Portland, ORSept 22-25, 2015 May 16-19, 2016

Feb 8-11, 2016 Oct 17-20, 2016

Keeping up with all thelatest industry standards and

regulations can be a challenge. This course makes it easier.

Lecture Lecture

Lecture

Portland, ORMar 29-April 1, 2016 Aug 15-18, 2016

Course 290 • 4 Days • 3.2 CEU • $1,275

Required for Industrial Electrical Safety Inspector Certification - See page 15

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This course is developed to provide a comprehensive study of Chapters 1 through 4, including a brief overview of Chapter 5 of the 2014 National Electrical Code®. Major updates and revisions from previous editions are addressed throughout this course. The class participant learns how to apply the Code to properly install electrical circuits and equipment. This course provides a study of the definitions of electrical terms; requirements for electrical installations, such as branch circuits and grounding systems; wiring methods and materials; overcurrent protection, voltage drop, neutral load and other calculations through practical exercises; the method for determining conductor ampacity through practical exercises; sizing circuits and devices for motors and motor circuits through practical exercises; and more. The content of the NEC-2014 course also addresses the OSHA 29 CFR 1910.302-.308 mandated requirements for electrical installations.

Who Should AttendThis course is intended for electricians, electrical inspectors and electrical contractors who have a need to meet federal, state and local requirements for performing electrical work. Each participant will receive a softbound copy of the NEC®-2014 standard, along with the AVO textbook. Students should have a working knowledge of basic electricity.Learning Objectives

• Describe the organization of the 2014 National Electrical Code®• Describe the general requirements• Identify grounding and bonding requirements• Identify and use the various tables• Describe the method for determining conductor ampacity• Describe how to calculate neutral, branch circuit, and feeder loads• Describe how to calculate electrical enclosure and conduit conductor fill• Identify acceptable wiring methods• Describe the process of sizing motor circuits and required components• Identify the requirements GFCI use with temporary wiring

National Electrical Code 2014Course 227 • 4 Days • 3.2 CEU • $1,275

The National Electrical Code is updated in a 3 year cycle because of the continuous introduction of new technologies into the marketplace and the release of new research results by various public and private groups.

Major revisions are explained in the 2014 edition and the substantiation for those changes is addressed. Understanding the reason for these updates enables personnel in the electrical field to more readily comprehend and implement new electrical safety rulings for the safe installation of electrical systems and equipment.

Who Should AttendThis course is intended for electricians, electrical inspectors and contractors needing to meet federal, state and local requirements for installing electrical work. Participants will receive the “Analysis of Change” textbook, published by the International Association of Electrical Inspectors (IAEI). Participants should be familiar with the NEC and bring a copy of the 2014 NEC to class. Students should have a working knowledge of basic electricity.

Learning Objectives• Identify the major changes in the National Electrical Code® from 2011 to 2014• Identify the formatting indicating where changes have been made• Explain the reason for these changes

National Electrical Code Changes 2014Course 227B • 2 Days • 1.6 CEU • Course 227A • 1 Days • .8 CEU • Onsite Only

Thousands of overhead contact systems (OCS), also known as catenary systems, are used to transmit power to trams, trolleys and trains across the world. Technicians that maintain the overhead lines and equipment need to know the unique safety hazards involved with OCS installations. For example, when working on a deenergized, grounded system, technicians must understand the results of a vehicle crossing from a live section to the deenergized section at a bridging point can momentarily energize the system under maintenance. An effective electrical safety training program can ensure OSHA compliance and minimize the risk of electrical accidents during energized or deenergized work.

Who Should AttendThis two-day course is intended for new, multi-craft or experienced electricians, technicians, engineers, and supervisors that install, maintain, repair, troubleshoot or work around OCS. This course meets the mandated training requirements of OSHA 1910.332 and .269. The participant should have basic knowledge of AC and DC electricity.

Learning Objectives• Explain the hazards of electricity and their effect on the worker • Select appropriate personal protective equipment for a variety of applications • Utilize safe work practices for work on or around metal clad switchgear, substation equipment,

and overhead lines • Install and test permanent and temporary grounding systems for personal protection • Apply lockout/tagout procedures, energized work permits, and overhead line clearances • Apply appropriate electrical safety related work practices when performing maintenance on

energized OCS lines and equipment • Interpret applicable OSHA regulations

Electrical Safety for Overhead Contact SystemsCourse 600 • 2 Days • 1.6 CEU • Onsite Only

This comprehensive 10-day program is designed to assist in meeting the regulatory requirements for “Qualified Workers” involved in maintaining energized overhead contact systems (OCS). Participants will learn to avoid electrical hazards by being trained in special precautionary techniques and the proper use of personal protective equipment, such as rubber gloves, blankets and line hoses.Insulated tools and other protective measures to reduce the hazard of electric shock.

Arc flash protection is also covered in detail. Participants will learn specific safe work practices required when working on or near energized overhead contact systems.

Who Should AttendThis course includes lecture discussions, supplemented with video training, energized work procedures and hands-on energized work exercises. Maintenance technicians and linemen involved in energized overhead contact systems work will find this course invaluable.

Learning Objectives• Understand the three hazards of electricity, their effects on the employee and how to avoid them• Learn to work safely on or near energized overhead contact systems• Learn the proper care and use of electrical protective equipment • Identify the safe-work practices for energized work• Learn the proper application of protective grounds• Learn approach distances to energized circuits and equipment• Identify the requirements for good energized work procedures• Learn appropriate techniques for use of insulating equipment

Energized Overhead Contact (OCS) Line SafetyCourse 556 • 10 Days • 8 CEU • Onsite Only

Dallas, TXSept 8-11, 2015 April 11-14, 2016

Oct 19-22, 2015 Sept 19-22, 2016

Valley Forge, PAOct 19-22, 2015 Aug 1-4, 2016

March 1-4, 2016

Course Schedule - NEC

San Leandro, CANov 2-5, 2015 Oct 11-14, 2016

May 16-19, 2016

Fontana, CASept 14-17, 2015 June 20-23, 2016

Feb 16-19, 2016

Portland, ORJan 5-8, 2016 July 11-14, 2016

Learn how to meet regulatory requirements

for a “Qualified Worker” inmaintaining energized

overhead systems.

It’s updatedevery 3 years to meet local,

state and federalrequirements.

Lecture Lecture

Lecture

Hands-On

Available in Spanish

Option for required Low-Voltage Circuit Breaker Maintenance Certification safety course- See page 15

The NFPA 70E® Standard for Electrical Safety in the Workplace was updated in 2015. This updated standard contains significant changes when compared to the 2012 version. The course covers the requirements for working safely in the electrical environment based on the NFPA 70E. Understanding this standard is imperative for compliance with the OSHA mandates regarding electrical safety in the workplace. OSHA specifically mandates employer assessment of generally recognized hazards in the workplace and provisions for protecting the employee from those hazards. Changes in the NFPA 70E 2015 edition include: the risk assessment process, a new task based table to clarify selection methods for arc flash PPE, and the electrical safety program requirements for maintenance on electrical equipment.

The NFPA 70E is updated to reflect ongoing research to improve electrical safe work practices and personal protective equipment (PPE). OSHA compliance and a safe workplace are the desired outcomes. NFPA 70E provides the directions on how to achieve that outcome. Fewer electrical accidents are in everyone’s best interest.

Who Should AttendThis two-day course is intended for any personnel who work on or around AC or DC voltages of 50 volts or more, or that are responsible for safety in the workplace. Personnel in any industry where the hazards of electricity are a reality will benefit from this knowledge. This course assists in meeting the mandated training requirements of OSHA 1910.332. Participants will receive the 2015 edition of the NFPA 70E and supporting OSHA regulations.Learning Objectives

Identify common factors of electrical accidents• Understand the arrangement of the material in the NFPA 70E• Explain the hazards of electrical work and their effects on the employee• Describe the main elements in an electrical safe work program • Identify the requirements for establishing an electrically safe work condition• Identify the requirements for a shock risk assessment – Establish approach boundaries for shock protection for qualified and unqualified employees – Select personal protective equipment for shock protection• Identify the requirements of an arc flash risk assessment – Select safe work practices if an arc flash hazard is present – Understand the use of the arc flash boundary – Select personal protective equipment for arc flash protection

NFPA 70E® Electrical SafetyCourse 431 • 2 Days • 1.6 CEU • $795

The latest Final Rule for 1910.269 Electric Power Generation and Distribution was released in April of 2014. This course is designed to familiarize all participants with the new requirements in the standard. OSHA requires training for all employees that perform work which could put them at risk from electrical hazards. Electrical hazards cause hundreds of deaths and thousands of injuries in the workplace every year. Electrical hazards are one of OSHA’s “Fatal Four.”

OSHA’s electrical standards are designed to protect employees exposed to dangers such as electric shock, electrocution, fires, and explosions. The language, interpreting and application of these standards can be difficult. A thorough understanding of OSHA electrical safety requirements, as they apply to your workplace, is essential for minimizing electrical accidents and ensuring compliance.

Who Should AttendThis course is intended for any personnel that work on or around power generation, transmission and distribution equipment operating at 600 volts or more.

Learning Objectives• Explain the hazards of electricity and their effects• State the source of electrical regulations and standards• Describe training requirements for qualified workers, working on or near generation, transmission

and distribution types of construction• State requirements for work performed on electrical power installations and equipment• Explain the OSHA requirements for first aid, CPR, and emergency rescue• Describe the hazardous energy control requirements of 1910.269(d) and (m)• State the correct work practices for working on or near exposed energized parts

OSHA Generation, Transportation & DistributionCourse 260 • 2 Days • 1.6 CEU • Onsite Only

While electrical hazards are not the leading cause of workplace injuries and accidents, they are disproportionately fatal and costly. These injuries not only disrupt the lives of the workers and their families, but also impact the productivity of employers. This course focuses on OSHA’s electrical standards, which are written to protect employees exposed to dangers such as electric shock, arc flash, and explosions. The information in this course helps to interpret and apply these standards. A thorough understanding of OSHA electrical safety requirements, as they apply to your facility, is essential for minimizing electrical accidents and ensuring compliance.

Who Should AttendThis course is intended for any construction, industrial or commercial personnel that work on or around electrical equipment operating at 50 volts or more. This course assists in meeting the OSHA mandated training requirements of 29 CFR 1910.331-.335 for “qualified” and “unqualified” personnel.Learning Objectives

• Explain the hazards of electricity and effects• Identify requirements for PPE care and use• Explain safe work practices required for performing energized and deenergized work• Identify hazardous energy control requirements, including lockout/tagout• Establish safe workspaces and approach distances• Recognize the hazards of specific electrical equipment

OSHA Electrical Safety-Related Work PracticesCourse 259 • 2 Days • 1.6 CEU • $795 Available in Spanish

Dallas, TXSept 23-24 2015 July 6-7, 2016

Nov 23-24, 2015 July 27-28, 2016

Jan 20-21, 2016 Sept 7-8, 2016

March 22-23, 2016 Nov 16-17, 2016

May 12-13, 2016

Valley Forge, PAOct 15-16, 2015 June 14-15, 2016

Feb 9-10, 2016 Oct 26-27, 2016

April 27-28, 2016

Course Schedule - NFPA 70E

San Leandro, CADec 2-3, 2015 June 1-2, 2016

March 22-23, 2016 Sept 13-14, 2016

Fontana, CASept 2-3, 2015 April 5-6, 2016

Nov 16-17, 2015 July 19-20, 2016

Jan 12-13, 2016 Oct 11-12, 2016

Portland, ORSept 14-15, 2015 Aug 23-24, 2016

Feb 2-3, 2016 Nov 21-22, 2016

May 24-25, 2016

Lecture

Lecture

Lecture

24 25

Electrical hazardsare not the leading causeof workplace injuries and

accidents, but they are considered one ofOSHA’s fatal four.

Option for required Low-Voltage Circuit Breaker Maintenance Certification safety course- See page 15

The maritime industry includes shipboard, shipyard, ship breaking, loading docks, etc. Electrical safety compliance for maritime workers is comprised of various regulations and standards with overlapping jurisdictions; therefore it requires a thorough understanding of applicable regulations and standards that are identified in the 2006 OSHA Shipyard Employment “Tool Bag” Directive (CPL 02-00-142), which clarifies the importance of electrical safety for all maritime workers.

This directive confirms the applicability of electrical safety regulations in OSHA 29 CFR 1915, Shipyard Employment, 1910.331-.335, Electrical Safety-Related Work Practices (based on NFPA 70E®, “Standard for Electrical Safety in the Workplace”) for electrical safe work practices for vessel construction, repair, ship breaking, and similar activities on both inspected and uninspected vessels, as well as 1910.302-.308, “Design Safety Standards for Electrical Systems” (based on NFPA 70® and “National Electrical Code”) for land based facilities. The NFPA 70E provides industry accepted guidelines for ensuring an electrically safe work environment and should be utilized. The ability to interpret these regulations and standards, and understand how to apply the requirements, is essential to preventing electrical accidents involving shock, arc flash, and arc blast; improving power system safety and reliability; and ensuring OSHA compliance.

Who Should AttendThis course is intended for all maritime personnel who work on or around electrical equipment and systems rated 50 volts to ground or more in vessels, shipyards, ship breaking, and similar activities where personnel are, or may be, exposed to electrical hazards. Students should have a working knowledge of basic electricity.

Learning Objectives• Identify safe work practices for working on or near electrical equipment and systems• Describe how to comply with safety regulations and standards related to electrical work• Identify standard safe work practices for performing electrical work• Identify the applicable OSHA Maritime and General Industry Standards• Understand which General Industry Regulations and Electrical Safety Standards apply to the

Maritime Industry under OSHA 1915 and why

Maritime Electrical SafetyCourse 432 • 2 Days • 1.6 CEU • $795

Cir

cuit

Bre

aker

/C

able

Mai

nten

ance

Cou

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The harsh environment of mines – moisture, flammable substances, and dust – creates electrical hazard risks unheard of in any other industry. MSHA compliance officers are very active in every mine within the United States. Compliance with MSHA and OSHA electrical safety regulations minimizes the risk of electrical accidents, and reduces losses associated with shutdowns and outages. Staying up-to-date with electrical safety standards often places a burden on understaffed mine operations. This course provides up-to-date information that will aid in establishing an effective electrical safety program in mines.

Who Should AttendThis course is intended for new, multi-craft or experienced electricians, technicians, engineers, supervisors and safety managers that install, maintain, repair, troubleshoot or work around low and medium voltage electrical systems in mines.

Learning Objectives• Explain the hazards of electricity and their effects• Select appropriate personal protective equipment for a variety of applications• Utilize safe work practices, both above and below ground, for work on or around metal clad

switchgear, substation equipment, motor control centers and batteries• Explain installation and testing of permanent and temporary grounding systems for personal

protection• Identify specific hazards for working with electrical equipment in mines• Apply lockout/tagout procedures, energized work permits, and overhead line clearances• Interpret MSHA and applicable OSHA regulations

Electrical Safety for MiningCourse 500 • 3.5 Days • 2.8 CEU • $1,275

Dallas, TXJune 1-2, 2016 Oct 25-26, 2016

Course Schedule - MES

Fontana, CAAug 31-Sept 1, 2015

Portland, OROct 5-6, 2015

Dallas, TXNov 9-12, 2015 Aug 15-18, 2016

Feb 1-4, 2016 Nov 14-17, 2016

May 23-26, 2016

Course Schedule - ESM

This course is taught by MSHACertified Instructors

who are expertsin mine safety.

Lecture

Lecture

26 27

Molded and insulated case circuit breakers are two of the most common low-voltage circuit breakers found in industrial power systems. These types of circuit breakers are enclosed in an insulated housing. An insulated case circuit breaker has an electronic trip unit that is fed from current transformers or sensors. A molded case circuit breaker has a thermal mechanism for long time operations for overcurrent and a magnetic mechanism for operating the circuit breaker instantaneously during a fault. Both types of circuit breakers are designed to be disassembled, inspected, adjusted and cleaned as long as the circuit breaker is not modified in any way. Both types require testing and maintenance to ensure system reliability. Proper maintenance performed by trained technicians can prevent nuisance trips, and ensure tripping operations execute as required for equipment protection. By ensuring correct fault clearing times, well maintained circuit breakers also minimize the arc flash hazard energy levels that technicians can be exposed to during a fault.

Participants in this course will be required to perform visual and electrical inspections on the circuit breakers and their auxiliary devices. The electrical inspections provide data regarding the condition of the insulation, contacts and operating mechanisms.

Who Should AttendThis hands-on course is intended for new or experienced electricians and technicians that install, maintain, repair or troubleshoot molded or insulated case circuit breakers, rated less than 1 kV, equipped with thermal, magnetic or solid state tripping devices. The participant should have basic knowledge of AC/DC electricity.

Learning Objectives• Identify typical molded and insulated case circuit breaker components• Utilize appropriate personal protective equipment and safe work procedures for breaker

maintenance• Interpret and utilize NEMA breaker maintenance procedures• Perform complete circuit breaker maintenance and restoration procedures• Perform and evaluate the results of contact resistance, insulation resistance and overcurrent

current injection tests• Verify trip device operation by calculating high current test values from manufacturers’ trip

curves• Verify operation of accessories including shunt trip, under-voltage trip, electrical operator,

auxiliary and alarm switches

Circuit Breaker Maintenance, Molded & Insulated CaseCourse 418 • 2 Days • 1.6 CEU • $875

This course covers all elements of routine SF6 circuit breaker maintenance, and inspections. A balance of lecture and hands-on activities are utilized to emphasize operating characteristics and maintenance and testing requirements. Instruction includes the hazards involved in working with SF6 gas as well as the important differences between SF6 circuit breakers compared to conventional insulating mediums.

Who Should AttendThis hands-on course is intended for new or experienced electricians and technicians that install, maintain, repair or troubleshoot SF6 circuit breakers rated at 1.2 kV and higher. Participants should have basic knowledge of AC/DC electricity and circuit breaker fundamentals.

Learning Objectives• List the safety hazards involved in working with SF6 gas• Describe the procedure for adding gas to an SF6 circuit breaker• Describe the electrical and mechanical operating principles of an SF6 puffer circuit breaker• Perform circuit breaker inspection, per manufacturer’s technical manual• Perform electrical and mechanical tests that are required by the manufacturer• Evaluate test results• Interpret an electrical schematic for an SF6 puffer circuit breaker

Circuit Breaker Maintenance - SF6Course 332 • 4 Days • 3.2 CEU • $1,645

Medium-voltage circuit breakers rated at 1 kV or higher rely on external controls to operate effectively. That means technicians have more components to test and maintain to ensure a 3 to 5 cycle operating time. Failure of one of these circuit breakers can cause catastrophic damage to other equipment and can be extremely hazardous to nearby personnel. Technicians can ensure that tripping operations execute as required for equipment protection with safe and proper maintenance. In addition to improving electrical system reliability, well maintained circuit breakers also minimize the arc flash hazard energy levels that technicians can be exposed to during a fault.

This course provides training for the performance of visual, mechanical and electrical inspections, in accordance with manufacturers’ and NETA MTS requirements.

Who Should AttendThis hands-on course is intended for new or experienced electricians and technicians that install, maintain, repair or troubleshoot air and vacuum metal-clad circuit breakers and switchgear, rated at 1 kV and higher. The participant should have basic knowledge of AC/DC electricity.

Learning Objectives• Identify components and insulation mediums for vacuum and air magnetic circuit breakers• Utilize appropriate personal protective equipment and safe work procedures including lockout/

tagout (LOTO)• Evaluate breaker ratings for various applications• Interpret control schematics• Explain removal and restoration procedures• Adjust linkages, switches and contacts• Perform circuit breaker maintenance service per manufacturer and NETA MTS specifications• Perform and evaluate the results of contact resistance, insulation resistance, leakage current,

power factor, and bottle integrity tests

Circuit Breaker Maintenance, Medium-VoltageCourse 300 • 3.5 Days • 2.8 CEU • $1,545

Proper maintenance by trained technicians

can prevent nuisance tripsof these common types

of breakers.

Dallas, TXOct 26-29, 2015 June 13-16, 2016

Dec 14-17, 2015 Aug 1-4, 2016

Feb 16-19, 2016 Oct 10-13, 2016

April 25-28, 2016

Course Schedule - CBMSF6

Dallas, TXOct 26-29, 2015 June 20-23, 2016

Dec 1-4, 2015 Aug 15-18, 2016

Feb 8-11, 2016 Oct 17-20, 2016

Mar 29-Apr 1, 2016

Valley Forge, PASept 15-18, 2015 July 18-21, 2016

Nov 10-13, 2015 Sept 26-29, 2016

Jan 18-21, 2016

Course Schedule - CBMMV

San Leandro, CA

May 23-26, 2016 Nov 28-Dec 1, 2016

Portland, OR

April 18-21, 2016 Aug 29-Sept 1, 2016

Dallas, TXSept 21-22, 2015 July 25-26, 2016

Jan 18-19, 2016 Nov 14-15, 2016

May 10-11, 2016

Valley Forge, PAOct 13-14, 2015 Oct 24-25, 2016

April 25-26, 2016

Course Schedule - CBMMIC

Hands-On

Hands-On

Hands-On

Related Courses:Infrared Thermography,

Level ISubstation Maintenance I

Related Courses:Infrared Thermography,

Level ICircuit Breaker Maintenance,

Low-VoltageMotor Controls & Starters,

Low-Voltage

28 29

Required for Low-Voltage Circuit Breaker Certification - See page 15

According to IEEE Std. 493-2007, Table 10.33, inadequate installation and testing prior to start-up of cable splices and terminations are the primary causes of failure. Yet over the last few decades, cable splicing and testing as a profession has declined. Multi-crafting and departmental mergers have made it just one task among many.

This course provides instruction on the proper installation of cable splices and terminations. Properly trained, skilled craftsmen, who install and test the cable correctly, can drastically improve the life expectancy of cables.

Who Should AttendThis hands-on course is intended for new or experienced electricians and technicians that install, maintain, repair or troubleshoot 5-35 kV solid dielectric power cables. The participant should have some field experience and basic knowledge of AC/DC electricity.

Learning Objectives• Explain medium voltage cable components and construction• Identify applications of different cable types including: Tech; Shielded; Concentric Neutral; Paper

Insulated Lead Covered; Aluminum Shielded; Mining and Submarine• Prepare cable for splicing utilizing hand tools, abrasives and solvents• Install taped, molded and heat shrink splices on tape-shielded and jacketed concentric (JCN) cables• Install taped, cold shrink and molded elbow terminations• Utilize a DC high potential tester for performing dielectric strength tests on assembled splices• Identify the causes of splice and termination failures• Explain procedures for buried, duct and tray installation and relevant OSHA safety requirements

Cable Splicing & Terminating, Medium-VoltageCourse 304 • 4 Days • 3.2 CEU • $1,845 Plus $845 Materials

BREA

KER

Low-voltage power circuit breakers are one of the most critical and neglected overcurrent protection devices in any power system. Increased exposure to moisture and contaminants make this type of circuit breaker very susceptible to failure. With proper maintenance, technicians can prevent nuisance trips, and ensure tripping operations execute as required. In addition to improving electrical system reliability, by ensuring optimum fault clearing times, well maintained circuit breakers minimize the arc flash hazard energy levels that technicians can be exposed to during a fault.

Every overcurrent device and circuit breaker combination has its operation indicated on time current characteristic curves provided by the manufacturer. A good portion of this course deals with reading a wide variety of overcurrent trip devices and their corresponding time characteristic curves.

Participants in this class will visually and electrically inspect circuit breakers according to manufacturer and NETA MTS requirements. Based on results of the tests, technicians should be able to make pass/fail decisions on circuit breakers.

Who Should AttendThis hands-on course is intended for new or experienced electricians and technicians that install, maintain, repair or troubleshoot power circuit breakers, rated less than 1,000 VAC, equipped with electromechanical or solid state tripping devices. The participant should have basic knowledge of AC/DC electricity.

Learning Objectives• Identify circuit breaker components • Utilize appropriate personal protective equipment and safe work procedures for circuit breaker

maintenance • Explain removal and restoration procedures • Perform circuit breaker maintenance service • Perform and evaluate the results of contact resistance, insulation resistance and overcurrent

injection tests• Calculate test currents and operating times using the characteristic curves and sensor settings • Verify trip device operation by verifying the calculated times at rated test currents based upon

current test values from manufacturers’ trip characteristic time curves

Circuit Breaker Maintenance, Low-VoltageCourse 134 • 4.5 Days • 3.6 CEU • $1,845

Dallas, TXAug 31-Sep 4, 2015 May 16-20, 2016

Nov 2-6, 2015 July 18-22, 2016

Jan 11-15, 2016 Sept 19-23, 2016

Mar 7-11, 2016 Nov 7-11, 2016

Valley Forge, PASept 28-Oct 2, 2015 June 20-24, 2016

Dec 7-11, 2015 Oct 10-14, 2016

April 4-8, 2016

San Leandro, CA

Sept 14-18, 2015 Aug 1-5, 2016

Feb 22-26, 2016

Course Schedule - CBMLV

Dallas, TXSept 8-11, 2015 May 31-June 3, 2016

Nov 10-13, 2015 July 26-29, 2016

Jan 5-8, 2016 Sept 27-30, 2016

Mar 15-18, 2016 Nov 1-4, 2016

Valley Forge, PASept 29-Oct 2, 2015 Aug 23-26, 2016

Feb 23-26, 2016 Oct 18-21, 2016

April 12-15, 2016

San Leandro, CA

Sept 21-24, 2015 June 6-9, 2016

Jan 19-22, 2016 Sept 19-22, 2016

Mar 29-Apr 1, 2016

Course Schedule - CSTMV

Hands-OnHands-On

Cable typically has a 40 year life expectancy.

However, cable installationand improper splicing can

be the cause of manyfailures in the field.

Related Courses:Infrared Thermography,

Level ICircuit Breaker Maintenance,

Molded & Insulated Case

30 31

Required for Medium-Voltage Cable Certification - see page 15 Required for Low-Voltage Circuit Breaker Certification - see page 15

Medium voltage cable systems are the backbone of electrical systems worldwide, yet often they are the most ignored part of the power system – until there is a failure. Cable systems today have higher failure rates than ever before due to aging, environmental stresses and improper installation.

This course provides training to efficiently locate faults, which can greatly reduce downtime. Information provided in this course can help establish an effective cable-testing program and aid technicians to prioritize cable repair prior to failure. The result can minimize unplanned outages and extensive equipment damage.

Who Should AttendThis hands-on course is intended for new or experienced electricians and technicians that install, maintain, repair or troubleshoot 5-35 kV solid dielectric power cables. The participant should have some field experience and basic knowledge of AC/DC electricity.

Learning Objectives• Identify medium voltage cable components and causes of failure• Utilize safe work practices for cable testing per OSHA and industry consensus standards• Pinpoint faults and trace cable routes using magnetic tracing system and arc reflection

technologies• Explain procedures and interpret results for VLF, DC, insulation resistance, partial discharge,

tan delta and power factor tests• Interpret IEEE 400 and NETA cable testing procedures• Perform Type I field tests• Perform Insulation Resistance Tests

Cable Testing & Fault Location, Medium-VoltageCourse 133 • 4 Days • 3.2 CEU • $1,645

Today, telecommunications, manufacturing, data centers and utilities are relying more on fiber optics technology for secure data communications. Fiber optic systems do require restoration when they develop problems. The growing communication requirements of industry have increased the need for technicians who understand fiber optics and the installation and restoration requirements.

This course will provide instruction for participants to understand the limitations of bending, effects of temperature, how to effectively splice and connectorize fiber optics, troubleshoot a system and confirm the quality of connections and splices. These are all skills which are needed to properly install and repair fiber optics systems.

Who Should AttendThis course is intended for electrical contractors, electricians, IT technicians, communications technicians, and any personnel that specifies, installs and restores fiber optics systems. Participants completing the course exercises and lab requirements will be given the Fiber Optic Association (FOA) exam for Certified Fiber Optic Technicians. This exam is proctored by the certified FOA instructor and the participant must score at least the minimum (70%) to meet the FOA certification requirements.

Learning Objectives• Determine appropriate fiber for different applications• Inspect, install and test connectors using the epoxy polish method to EIA/TIA standards• Identify damage to cables and the associated causes• Install fiber optic cable• Test fiber optic cable for EIA/TIA acceptable losses• Utilize fiber optic test equipment including an optical time domain reflectometer (OTDR), light

source and power meter• Install and test mechanical and fusion splices to EIA/TIA standards• Identify and specify components for a fiber optic system • Budget for losses in fiber optic systems• Utilize attenuators to adjust power levels (DBM) at the receiver

Certified Fiber Optic Technician - FOACourse 404C • 4.5 Days • 3.6 CEU • $1,995

Rel

ay/

Mot

ors/

Con

trol

s/ P

LC C

ours

es

Certification Course

Required for Medium-Voltage Cable Certification - see page 15

32 33

Dallas, TXSept 14-17, 2015 June 6-9, 2016

Nov 16-19, 2015 Aug 1-4, 2016

Jan 11-14, 2016 Oct 3-6, 2016

Mar 21-24, 2016 Nov 7-10, 2016

Valley Forge, PAOct 5-8, 2015 Aug 29-Sept 1, 2016

Feb 29-Mar 3, 2016 Oct 24-27, 2016

April 18-21, 2016

Course Schedule - CTFLMV

Dallas, TX (DFW Airport)

Sept 21-25, 2015 May 2-6, 2016

Nov 16-20, 2015 July 11-15, 2016

Jan 25-29, 2016 Sept 12-16, 2016

March 7-11, 2016 Nov 14-18, 2016

Course Schedule - CFOT

Hands-On

Hands-On

This course isheld at TRS-Rentelco

1830 West Airfield DriveDFW Airport, TX.

The Protective Relay Maintenance Distribution course is an intensive, hands-on, lab oriented presentation covering overcurrent, directional overcurrent, bus differential, and transformer differential protective relays. The participant will learn the basics of distribution protection combined with hands-on, realistic training on actual relays. Laboratory exercises will cover proper relay maintenance, specific test procedures, and detailed adjustment and calibration procedures utilizing state of the art relay test sets. Class participants will understand applicable NETA testing standards, what test result information should be recorded, and what hand tools are necessary for proper relay adjustment and calibration.

Who Should AttendThis course is intended for electricians, technicians and engineers responsible for the testing, maintenance and calibration of relays that protect distribution feeders, transformers, buses, and loads. The participant should have basic knowledge of AC/DC electricity.

Learning Objectives• Understand how the relay is applied in the power system• Identify critical relay components• Understand how to effectively use manufacturer’s instruction literature to correctly interpret

internal and external AC and DC relay schemes• Understand standard tests to be performed on the relay • Perform specified tests on, and calibrate the following relays to manufacturer’s specifications

(ANSI device number): – Instantaneous and Time Overcurrent (50/51) – Directionally Controlled Overcurrent (67) – Bus Differential (87B) – Transformer Percentage Differential W/Harmonic Restraint (87T) – Targets and Indicators

Protective Relay Maintenance, BasicCourse 137 • 4.5 Days • 3.6 CEU • $1,845

Electromechanical protective relays are commonly used to protect lines and substation equipment against overloads, faults and abnormal conditions. NETA and FERC Maintenance and Testing Standards recommend testing relays at regular intervals based on equipment condition and reliability requirements. Through proper testing and maintenance, technicians can help insure the integrity of the protection systems, minimize damage to equipment and help insure service continuity. The Protective Relay Maintenance Advanced Transmission course is an intensive, hands-on, lab oriented class covering:1. Impedance Relays (21) a. Mho b. Reactance 2. Sync Check Relays (25)3. Ground Directional Overcurrent (67G)

The participant will learn the basics of transmission line protection combined with hands-on, realistic training on actual relays. Laboratory exercises will cover proper relay maintenance, specific test procedures including proper calculations for impedance testing, and detailed adjustment and calibration procedures utilizing state of the art relay test sets. Participants will understand applicable testing standards, what test result information should be recorded, and what hand tools are necessary for proper relay adjustment and calibration.

Who Should AttendThis hands-on course is intended for electricians, technicians and engineers responsible for testing, maintenance and calibration of electromechanical protective relays that protect utility transmission lines and substation equipment. The participant should have basic knowledge of AC/DC electricity and basic relay testing experience.

Learning Objectives• Identify electromechanical relay components• Interpret AC and DC relay schemes• Perform as found/left tests and calibrate the following relays (ANSI device numbers):

– Distance (21) – Sync Check (25) – Directional Overcurrent (67/67G) – Transformer Percentage Differential (87T) – Targets and Indicators

• Explain the application of these relays• Utilize a relay test set to perform direct injection testing and evaluate results

Protective Relay Maintenance, AdvancedCourse 140 • 4.5 Days • 3.6 CEU • $1,845Certification Course Certification Course

34 35

Dallas, TXAug 31-Sep 4, 2015 May 2-6, 2016

Oct 12-16, 2015 June 6-10, 2016

Nov 2-6, 2015 July 11-15, 2016

Dec 7-11, 2015 Aug 1-5, 2016

Jan 18-22, 2016 Sept 26-30, 2016

Feb 15-19, 2016 Oct 10-14, 2016

Mar 7-11, 2016 Nov 7-11, 2016

April 18-22, 2016

Valley Forge, PASept 14-18, 2015 May 16-20, 2016

Oct 26-30, 2015 July 18-22, 2016

Jan 11-15, 2016 Sept 19-23, 2016

Mar 28-Apr 1, 2016 Nov 7-11, 2016

San Leandro, CANov 2-6, 2015 Aug 22-26, 2016

Feb 1-5, 2016 Nov 7-11 , 2016

May 2-6, 2016

Fontana, CASept 28-Oct 2, 2015 July 11-15, 2016

Jan 4-8, 2016 Oct 3-7, 2016

Apr 11-15, 2016

Portland, OR

Dec 7-11, 2015 June 6-10, 2016

Mar 7-11, 2016 Sept 12-16, 2016

Course Schedule - PRMB Course Schedule - PRMA

Dallas, TXOct 19-23, 2015 June 13-17, 2016

Dec 14-18, 2015 Aug 8-12, 2016

Feb 22-26, 2016 Oct 17-21, 2016

April 25-29, 2016

Valley Forge, PANov 2-6, 2015 July 25-29, 2016

Jan 18-22, 2016 Nov 14-18, 2016

May 23-27, 2016

San Leandro, CANov 16-20, 2015 Aug 29-Sep 2, 2016

Feb 8-12, 2016 Nov 14-18, 2016

May 9-13, 2016

Fontana, CAOct 5-9, 2015 July 18-22, 2016

Jan 11-15, 2016 Oct 10-14, 2016

Apr 18-22, 2016

Portland, OR

Dec 14-18, 2015 June 13-17, 2016

Mar 14-18, 2016 Sept 19-23, 2016

Hands-On Hands-On

Protective RelayMaintenance, Basic is

an intensive, hands-on lab oriented course, based on

realistic training with actual relays.

Participants will learn applicable testing

standards, what test result should be recorded and the

hand tools necessary for proper relay adjustment

and calibration.

Microprocessor-Based generator protection relays are now used to protect many generating systems. These relays provide in a single case, all of the protective functions necessary to completely protect the generator from all conditions which might adversely affect efficient generator operation. These relays provide event reports consisting of information about system conditions before, during, and after a system fault. The relays contain numerous settings groups and multiple levels of individual protective elements that increase generator protection and reliability. System metering and circuit breaker control are also contained within the relay measurement and control settings. NETA and NFPA 70B maintenance and testing standards recommend testing relays either every 2 years or at other regular intervals based on equipment condition and reliability requirements.

Class participants will perform the following: 1. Understand and use manufacturers proprietary setting software 2. Communicate with the relay 3. Upload and download relay settings 4. Read, interpret, and retrieve event reports 5. Read metering data 6. Test individual protective elements for proper operation using protective relay test sets 7. Prove logic inputs and outputs

Who Should AttendThis hands-on course is designed for test technicians and other persons involved in setting, testing and diagnosing microprocessor-based relays that protect generators, generator buses and transformers. Participants should have a basic knowledge of AC/DC electrical principles as well as some knowledge of generator operation and generating systems.

Note: Visit www.avotraining.com for a detailed list of equipment needed for this course. Administrative rights to install software must be granted for successful course completion.

Learning Objectives• Determine relay baud rate and other communications parameters• Use manufacturer’s software to communicate with the relay• Know what equipment is necessary to communicate with the relay• Properly connect relay test equipment to the relay terminals by using connection diagrams and

system schematics• Know relay protective elements and how they work• Know what metering and test functions to perform• Read, save and evaluate relay setting• Read, save and evaluate event records• Perform the following relay element tests and interpret the results – Backup Impedance (21) – Over excitation (24) – Reverse Power (32) – Loss of Excitation (40) – Negative Sequence (46) – Voltage Controlled Overcurrent (51C) – Voltage Restrained Overcurrent

(51V) – Under/Overvoltage (27/59) – Stator Ground (64) – Frequency (81) – Generator Differential Elements (87)

• Send original settings to relay after testing.Relays used in lab exercise are, SEL-300G, Multilin SR-489, and Beckwith M-3425A.

Microprocessor-Based Relay Testing, GenerationCourse 551 • 4.5 Days • 3.6 CEU • $1,995

Mechanical relays that are designed to monitor and protect generators from damage are unique from other protective relays. NETA and FERC Maintenance and Testing standards recommend testing relays at regular intervals based on equipment condition and reliability requirements. While they use time proven protective functions, those functions are modified or enhanced for the specialized requirements of generator protection. Special training is required to understand, test, calibrate, and maintain generator relays. Proper relay maintenance procedures will ensure that the generator and prime mover are protected from damage and are operating within prescribed boundaries. Understanding generator protective zones and their associated protective relays will assist the technician in effective troubleshooting of generator events so that service interruptions are minimized and system integrity is preserved.

The Protective Relay Maintenance Generation course is an intensive, hands-on, lab oriented presentation covering: 1. Voltage controlled and voltage restrained overcurrent (27/51) 2. Reverse Power (32) 3. Loss of Field or Loss of Excitation (40) 4. Negative Sequence (46) 5. Generator Differential (87G

The participant will learn the basics of generator protection combined with hands-on, realistic training on actual relays. Laboratory exercises will cover proper relay maintenance, specific test procedures, and detailed adjustment and calibration procedures utilizing state of the art relay test sets. Participants will understand applicable NETA testing standards, what test result information should be recorded, and what hand tools are necessary for proper relay adjustment and calibration.

Who Should AttendThis course is developed to challenge test technicians who want to thoroughly understand generator and unit protection and the testing, calibration, and maintenance of generator protective relays. Participants should have basic knowledge of AC/DC electricity and basic generator functions. Those technicians who qualify will be certified to test, maintain and calibrate the relays presented in the labs.

Learning Objectives• Identify generator relay components and understand their operation• Interpret AC and DC internal and external drawings and schematics for the relay• Understand relay settings and calculate test parameters based on those settings• Know how to connect a relay test set to the relay to properly perform necessary tests• Perform standard field tests and properly calibrate any components that are out of tolerance• Properly record and evaluate test results

Protective Relay Maintenance, GenerationCourse 406 • 4.5 Days • 3.6 CEU • $1,845

Special training is required to understand,

test, calibrate and maintain generator relays.

NETA and NFPA 70B maintenance and testing

standards recommend testing either every 2 years or at other regular intervals.

Certification Course

36 37

Hands-On

Dallas, TXSept 28-Oct 2, 2015 July 25-29, 2016

Jan 11-15, 2016 Sept 19-23, 2016

April 11-15, 2016

San Leandro, CADec 14-18, 2015 Aug 15-19, 2016

Fontana, CA

May 2-6, 2016 Oct 17-21, 2016

Valley Forge, PAOct 19-23, 2015 Aug 29-Sep 2, 2016

Feb 1-5, 2016

Portland, ORFeb 29-Mar 4, 2016 Oct 3-7, 2016

Course Schedule - MPRTG

Dallas, TXNov 9-13, 2015 Aug 15-19, 2016

Feb 1-5, 2016 Oct 24-28, 2016

May 9-13, 2016

San Leandro, CAOct 19-23, 2015 Sept 26-30, 2016

April 18-22, 2016

Fontana, CAJan 25-29, 2016 July 25-29, 2016

Course Schedule - PRMG

Hands-On

Microprocessor-Based relays are now an integral part of many power distribution systems. These relays provide protective functions as well as a wealth of information about system conditions before, during, and after a system fault. Microprocessor-Based relays contain numerous settings groups that can be used to adjust for system load conditions and multiple levels of individual protective elements that increase system reliability and coordination. System metering and circuit breaker control are also contained within the relay measuring and control settings. NETA and NFPA 70B maintenance and testing standards recommend testing relays either every 2 years or at other regular intervals based on equipment condition and reliability requirements.

Class participants will perform the following: 1. Understand and use manufacturers proprietary setting software 2. Communicate with the relay 3. Upload and download relay settings 4. Read, interpret, and retrieve event reports 5. Read metering data 6. Test individual protective elements for proper operation using a protective relay test set 7. Prove logic inputs and outputs

Who Should AttendThis hands-on course is designed for test technicians and other persons involved in setting, testing, and diagnosing microprocessor-based relays that protect distribution feeders and buses. Course participants should have a basic knowledge of AC/DC electrical principles as well as some experience with protective devices.

Note: Visit www.avotraining.com for a detailed list of equipment needed for this course. Administrative rights to install software must be granted for successful course completion.

Learning Objectives• Determine relay baud rate and other communications parameters• Use manufacturer’s software to communicate with the relay • Know what equipment is necessary to communicate with the relay• Properly connect relay test equipment to the relay terminals by using connection diagrams and

system schematics• Know relay protective elements and how they work• Know what metering and test functions to perform• Read, save and evaluate relay settings• Read, save and evaluate event records• Perform the following relay element tests and interpret the results – Instantaneous and Time Overcurrent • Positive Sequence (50/51P) • Residual (50/51N) • Zero Sequence (50/51G) • Negative Sequence (50/51Q) – Under and Overvoltage (27/59) – Frequency (81) – Transformer Differential Elements (87) • Send original settings to relay after testingRelays used in lab exercise will be, SEL-351, SEL-387, Multilin SR-750, and Multilin SR-745.

Microprocessor-Based Relay Testing, Distribution/IndustrialCourse 552 • 4.5 Days • 3.6 CEU • $1,995

Solid state relays require different test methodologies than electro-mechanical or numerical relays. NETA and NFPA 70B Maintenance and Testing standards recommend testing relays either every 2 years or at other regular intervals based on equipment condition and reliability requirements. There are no moving parts to adjust but they do have physical setting functions which must be properly applied. These functions include taps, time dials, range switches, target units and other switches and dials for relay setting and calibration. The relay may also have multiple built in time curves which must be properly selected and tested. Through proper maintenance and testing, technicians can help ensure the integrity of the protection system and ensure service continuity. The somewhat specialized testing procedures used to test and calibrate these relays will be fully addressed through valuable theoretical operating explanations and rigorous lab exercises.

The Protective Relay Maintenance Solid State course is an intensive, hands-on, lab oriented class covering: 1. Sync Check Relay (25) 2. Voltage Relays (27/59) 3. Directional Power (32R) 4. Overcurrent (50/51) 5. Directional Overcurrent (67) 6. Transformer Differential (87T)

The participant will learn the basics of substation protection combined with hands-on, realistic training on actual relays. Laboratory exercises will cover proper relay maintenance, specific test procedures, and detailed adjustment and calibration procedures utilizing state of the art relay test sets. Participants will understand applicable NETA testing standards, what test result information should be recorded, and what hand tools are necessary for proper relay adjustment and calibration.

Who Should AttendThis intensive hands-on course is designed specifically for test technicians responsible for the setting, testing, and calibration of solid-state protective relays. Learners should have basic knowledge of AC/DC electricity. Technicians who successfully complete this course will be certified to set, test, and calibrate the relays presented in the laboratories.

Learning Objectives• Identify the type of relay and its functions• Interpret internal and external AC and DC schematics• Properly connect a relay test set to the relay for testing purposes• Perform the field tests and calibrate the tested relay as necessary• Properly interpret test results and take corrective action if necessary• Understand test forms and keep proper records

Protective Relay Maintenance, Solid StateCourse 270 • 4.5 Days • 3.6 CEU • $1,845

Specialized testing procedures used to test

and calibrate these relays will be fully addressed

in this course.

Testing standards recommend testing relays either every 2 years or at regular intervals based on

equipment conditionand realibility.

38 39

Dallas, TXNov 16-20, 2015 Aug 22-26, 2016

Feb 8-12, 2016 Oct 31-Nov 4, 2016

May 16-20, 2015

San Leandro, CAOct 26-30, 2015 Oct 3-7, 2016

April 25-29, 2016

Fontana, CAJan 18-22, 2016 Aug 1-5, 2016

Portland, OR

Sept 14-18, 2015

Course Schedule - PRMSS

Dallas, TXSept 21-25, 2015 May 23-27, 2016

Oct 26-30, 2015 July 18-22, 2016

Jan 4-8, 2016 Sept 12-16, 2016

April 4-8, 2016 Nov 14-18, 2016

Valley Forge, PANov 9-13, 2015 May 9-13, 2016

Jan 25-29, 2016 Aug 22-26, 2016

Mar 14-18, 2016 Oct 31-Nov 4, 2016

San Leandro, CADec 7-11, 2015 Aug 8-12, 2016

Fontana, CAApril 25-29, 2016 Oct 24-28, 2016

Portland, OR

Feb 22-26, 2016 Sept 26-30, 2016

Course Schedule - MPRTDI

Hands-On Hands-On

Certification Course

The low-voltage motor control center (MCC) plays a vital role in controlling motors and production processes. Now more than ever, out of sequence motor operation, failure of timers, control relays, limit switches and other critical components carry a high cost. Over the years, MCCs have evolved from cabinets that housed basic electromechanical devices such as circuit breakers, contactors and overload relays to centers of automation that may include variable frequency drives, starters and programmable logic controllers. This course offers effective MCC maintenance and troubleshooting techniques, which enables technicians to ensure correct operation of the control scheme, reduce repair times and identify problems in control circuits from the manufacturer. Class participants learn to design basic ladder diagrams for motor control circuits then wire up the circuits on simulators.

Who Should AttendThis hands-on course is intended for new or experienced electricians and technicians that install, maintain, repair or troubleshoot MCCs rated 600 volts or less. The participant should have basic knowledge of AC/DC electricity.

Learning Objectives• Identify and understand application of motor control pilot devices• Interpret MCC wiring diagrams and schematics• Recognize control circuit types and understand applications of two-wire control, three-wire

control, reversing circuits, sequence control, jogging and inching circuits• Explain the methods of deceleration, reduced-voltage controls, speed controls and operating

principles of variable frequency drives• Troubleshoot motor control circuits utilizing a multi-meter• Design and wire various motor control circuits

Motor Controls & Starters, Low-VoltageCourse 307 • 4.5 Days • 3.6 CEU • $1,635

Electric motors provide the means to convert electrical energy into a meaningful and measurable output. Because they are so common and critical in industrial facilities, the ability to quickly recognize, diagnose and remedy an evolving motor problem will help prevent catastrophic failures. When troubleshooting motors, technicians should perform electrical tests on insulation before mechanical inspections, because of the lower time investment. This course provides information to enable class participants to establish effective motor maintenance programs. This will increase productivity, reduce unnecessary downtime, maximize electrical motor efficiency and save money.

Who Should AttendThis hands-on course is intended for new or experienced electricians and technicians that install, maintain, repair or troubleshoot rotating machines. The participant should have basic knowledge of AC/DC electricity.

Learning Objectives• Identify the fundamentals of AC and DC motor construction• Interpret nameplate data and NEMA design codes• Explain installation, starting/stopping methods and maintenance of single-phase and three-

phase synchronous, squirrel-cage (induction) and wound-rotor motors• Identify appropriate configurations of motor protection and control circuits• Perform and evaluate results from motor rotation, insulation and surge tests

Motor Maintenance & TestingCourse 266 • 4 Days • 3.2 CEU • $1,395

AVTS is an automatic relay testing software interface that enables operation of Megger® relay test sets using a computer rather than operating the test set manually. This software allows the field technician to select test modules from a user created Microsoft® database and automatically test mechanical, solid-state, and microprocessor based relays. The software records and stores the test results in the appropriate database for immediate printing or for later results retrieval. Automated testing ensures consistency in testing through each testing cycle and allows field personnel to look for trends in relay operation and calibration. It provides users with a quick, easy way to test to manufacturers’ specifications, and eliminates the time and costs of creating test routines.

This course instructs the participant to setup communications with the relay test set, find the desired relays to be tested, and execute individual or group tests. Methods of modifying tests to meet individual needs will be taught and applied in hand-on labs. Participants are instructed how to use the ONETOUCH control to effectively communicate with microprocessor based relays for completely automated testing. Database management and test report organization and usage are addressed as well.

Who Should AttendThis hands-on course is intended for electricians, technicians and engineers responsible for the maintenance, testing and calibration of relays and other devices. Participants receive an upgrade to the current version of AVTS and Megger’s complete library of relay test modules.

Note: Participants must bring a laptop that has Windows XP/Vista/7/8, 600+ MHz processor, 4+GB hard drive space, 1+GB RAM, a CD-ROM drive. IPads and tablets without CD-ROM or USB ports are not acceptable.

Administrative Rights to install AVTS software must be granted for successful course completion

Learning Objectives• Setup software and hardware for test set communications• Configure a new AVTS database• Import test modules• Modify modules for specific relays• Use tools and editors to enhance testing• Test electromechanical and microprocessor relays• Analyze test results for trending and prioritizing repair• Use ONETOUCH to communicate with microprocessor

based relays for automated testing

Advanced Visual Testing SoftwareCourse 403 • 4.5 Days • 3.6 CEU • $1,875

This course is designed to provide the participant with basic information of programmable logic controllers (PLC), as well as maintenance and troubleshooting techniques necessary to keep these products running. Although the course, and lab equipment, is designed around Allen Bradley SLC and MicroLogix equipment it can be used as a basic foundation for a good understanding of all PLC equipment.

Who Should AttendThis course provides engineers, electricians, maintenance technicians, etc., with the foundation to program and troubleshoot the PLC system resulting in less downtime and increased uptime.

A good understanding of relay logic and print reading. It is recommended that participants attend our Basic Electrical Troubleshooting (BET) and our Motor Controls and Starters, Low Voltage (MCSLV) courses prior to attending.

Learning Objectives• Review relay control• Understand how peripheral devices are connected to the

PLC• Interpret Hard Wiring Diagrams connections to input/output

(IO) Modules• Interpret PLC ladder logic and scan cycle• Use software instructions for programming techniques• Correctly and safely use Force commands• Modify existing logic including timers, counters, etc.• Perform actual wiring of peripheral IO devices to their related

modules• Establish communications with PLC using RSLinx• Troubleshoot software and hardware

Programmable Logic Controllers Maintenance & TroubleshootingCourse 268 • 4.5 Days • 3.6 CEU • $1,695

40 41

Course Schedule - MCSLV

Course Schedule - MMT

Dallas, TXSept 28-Oct 2, 2015 May 23-27, 2016

Nov 9-13, 2015 July 11-15, 2016

Jan 25-29, 2016 Sept 26-30, 2016

March 14-18, 2016 Nov 7-11, 2016

Valley Forge, PAApril 25-29, 2016 Aug 29-Sep 2, 2016

Dallas, TXNov 16-19, 2015 Oct 3-6, 2016

May 16-19, 2016 Course Schedule - PLCMT

Dallas, TXOct 5-9, 2015 Oct 3-7, 2016

Jan 25-29, 2016 Nov 28-Dec 2, 2016

June 27-July 1, 2016

Course Schedule - AVTS

Hands-On

Hands-On

Hands-On

Hands-On

Related Courses:Infrared Thermography,

Level ICircuit Breaker Maintenance,

Molded & Insulated Case

Dallas, TXNov 2-6, 2015 Oct 17-21, 2016

April 18-19, 2016

San Leandro, CAOct 19-23, 2015 June 13-17, 2016

Feb 29-Mar 4, 2016

Fontana, CASept 21-25, 2015 Aug 29-Sept 2, 2016

Dec 7-11, 2015

42 43

Eng

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Mai

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Cou

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877-594-3156 • AVOTRAINING.COM

Industrial and commercial facilities are more dependent on reliable power systems than ever before. The goal of protective device coordination is to allow for normal equipment operation, ensure circuits open before equipment is damaged and limit outages to the smallest area through selectivity. These studies are used to verify correct equipment ratings and settings as well as assist in the selection of new equipment. A properly coordinated power system can prevent equipment damage and lost productivity.

Who Should AttendThis coordination study is also an essential element of an arc flash study and is intended for engineers, supervisors and relay technicians that are responsible for the protection of industrial power systems. The class participant should have basic knowledge of power system equipment and mathematics.

Note: Visit www.avotraining.com for a detailed list of equipment needed for this course. Administrative rights to install software must be granted for successful course completion.

Learning Objectives• Identify and explain the application of common power studies

including short circuit, load flow, stability, motor starting, harmonic analysis, switching transient, cable ampacity, ground mat analysis, arc flash analysis and protective device coordination

• Explain the application of fuses, low-voltage breakers and motor overload and overcurrent relays

• Utilize SKM PTW to create and modify one line drawings and time current coordination curves (TCCs)

• Interpret TCCs and damage curves• Coordinate protective devices to prevent thermal and

mechanical damage to transformers, cables, and motors utilizing SKM PTW software

Protective Device Coordination for Industry

For a utility, inadequate protective device coordination can cause widespread outages affecting millions of customers. The goal of protective device coordination is to allow for normal equipment operation, ensure circuits open before equipment is damaged and limit outages to the smallest area through selectivity. This helps reduce the quantity of customers affected by outages. These studies are used to verify correct equipment ratings and settings as well as assist in the selection of new equipment. A properly coordinated power system can prevent equipment damage and lost productivity.

Who Should AttendThis course is intended for engineers, supervisors and relay technicians that are responsible for the protection of utility power systems. The student should have basic knowledge of power system equipment and mathematics.

Note: Visit www.avotraining.com for a detailed list of equipment needed for this course. Administrative rights to install software must be granted for successful course completion.

Learning Objectives• Evaluate a protection system for reliability, selectivity, speed,

simplicity and economics• Utilize SKM to create and modify one-line drawings and time

current curves (TCCs)• Interpret TCCs and damage curves• Explain the application of directional, impedance (distance),

differential, carrier, pilot wire, under-frequency and ground overcurrent protective relays

• Calculate CT burden impedances• Coordinate protective relays for ground fault and line

protection utilizing SKM PTW software• Identify common protection schemes for generators

Protective Device Coordination for Utilities

Course 146 • 3 Days • 2.4 CEU • $1,645 Course 147 • 3 Days • 2.4 CEU • $1,645The effect of power quality problems in industrial, commercial, and residential systems can range from a minor inconvenience to costly downtime. This course covers the fundamentals of power generation, distribution, quality, monitoring, and troubleshooting. Online and portable power monitoring and testing concepts are detailed. Power quality measurements are introduced with common applications.

Personal protective equipment based on requirements outlined in NFPA 70E®, Standard for Electrical Safety in the Workplace are presented for Power Quality troubleshooting and monitoring equipment setup personnel. Power Quality troubleshooting and mitigation methods are presented through supplemental videos, chapter worksheets and chapter activity sheets.

Who Should AttendThis course is intended for engineers, electricians and technicians that install, maintain, repair and/or troubleshoot power and auxiliary systems. The participant should have basic knowledge of AC/DC electricity, wiring and mathematics.

Learning Objectives• Recognize symptoms of power quality problems including

sags, swells, under or overvoltage, harmonics, transients, electrical noise, (EMI/RFI/EMF), interruptions wiring and grounding issues

• Classify power quality events according to IEEE, ITIC (CEBNA) and public utility standards

• Explain proper application and interpret results of power quality monitoring equipment

• Recommend viable solutions including UPS, line voltage regulators, transient (surge) suppressors, harmonic filters, line filters, power conditioners, k-rated, isolations and zig-zag transformers, proper wiring and grounding etc

Power Quality & Harmonics

All electrical systems are susceptible to short circuits and the abnormal current levels they create. The ability to accurately predict these current levels is essential for equipment selection, protection and evaluation. The results of short circuit studies are also used in predicting incident energy (arc flash hazard levels) and completing a comprehensive protective device coordination study.

Who Should AttendThis course is intended for engineers, supervisors, electricians and technicians that are involved in equipment selection/evaluation and protection of industrial and utility power systems. The student should have basic knowledge of power system equipment and mathematics. Note: Visit www.avotraining.com for a detailed list of equipment needed for this course. Administrative rights to install software must be granted for successful course completion.

Learning Objectives• Identify and explain the application of common power studies

including short circuit, load flow, stability, motor starting, harmonic analysis, switching transient, cable ampacity, ground mat analysis, arc flash analysis and protective device coordination

• Perform fault vector analysis• Convert system values to per unit • Develop fault impedance networks with symmetrical

components• Model three-phase, phase-to-phase, phase-to-phase-to -

ground, and single line-to-ground faults• Use impedance networks to manually calculate fault currents

(point-to-point method)• Use SKM to create a power system model and to calculate

Short Circuit AnalysisCourse 138 • 4 Days • 3.2 CEU • $1,645 Course 313 • 3.5 Days • 2.8 CEU • $1,295

Course Schedule - SCA Course Schedule - PQH Course Schedule - PDCI Course Schedule - PDCUDallas, TX

March 14-17, 2016 Nov 7-10, 2016

Valley Forge, PAOct 26-29, 2015 July 25-28, 2016

Dallas, TXSept 8-11, 2015 May 16-19, 2016

Dec 1-4, 2015 Sept 12-15, 2016

Valley Forge, PAJan 5-8, 2016 June 27-30, 2016

San Leandro, CAApril 11-14, 2016 Aug 1-4, 2016

Fontana, CAFeb 2-5, 2016 Nov 14-17, 2016

Portland, ORMar 21-24, 2016 Oct 11-14, 2016

Dallas, TXDec 2-4, 2015 June 21-23, 2016

Valley Forge, PAOct 6-8, 2015 Nov 8-10, 2016

Mar 29-31, 2016

Dallas, TXDec 8-10, 2015 June 28-30, 2016

Valley Forge, PAOct 13-15, 2015 April 4-6, 2016

Hands-On Hands-On Hands-On

A short circuit analysis is required to

determine the magnitude of current flowing through

the power system at critical points and at various

time intervals.

Lecture

45

Aging transformers require a higher level of inspection and maintenance to extend their useful service life. If maintaining these devices is your responsibility, this course provides the necessary tools to succeed. Power and Instrument Transformers are critical and expensive components of the electric energy system, maintaining safe and reliable operation is essential.

Technology has made the fundamental principles of energy transfer a complex set of mathematical algorithms used to improve the four main areas of a transformer’s design: mechanical, electro-magnetic, dielectric and thermal.

Before attending the Advanced Transformer Maintenance and Testing training course it is recommended the attendee has:

• Already completed the basic Transformer Maintenance and Testing training course• Previous knowledge of transformer components and is familiar with the operation of transformers

in the field• Familiarity with the basic safety requirements needed to perform low voltage and high voltage

testing as well as low current and high current testing on power transformers• Familiarity with different types of transformers and their application in the field• Familiarity with fundamental transformer testing and recognizes the limits of acceptance of

each test• Familiarity with test templates and recommended testing sequences for each component of

the transformer

Learning Objectives• Brainstorm with attendees, gain knowledge about transformers, and apply information attained

from the course• Provide attendees with theoretical and practical training on the art of testing power and

instrument transformers• Deliver a program that is structured to provide conceptual knowledge of the latest revisions of

national and international standards, related to testing and diagnostics of power and instrument transformers

• Ensure attendees are able to generate a testing plan based on availability of instrumentation• Ensure attendees are able to evaluate the electromechanical condition of the transformer based

on fundamental testing practices supported by advanced diagnostics techniques• Ensure attendees are able to evaluate the condition of the insulation system of the transformer

based on fundamental dielectric testing practices and advanced diagnostics techniques• Discuss and understand the effect of moisture in insulation. Attendees to this training program

will be capable of deciding and determining the most practical, efficient, and cost effective method to extract the moisture from the insulation system

• Ensure attendees are capable of performing recommendations for advanced diagnostics, repair or return to operation of tested units

• Ensure attendees learn the proper methodology to estimate “loss of life” of power and instrument transformers. A good understanding of the aging process of power and instrument transformers will be given, including recommendations to scrap, replace and declare end of service life of the unit

Advanced Transformer Maintenance & TestingCourse 149 • 4.5 Days • 3.6 CEU • $1,995

Dallas, TXSept 28-Oct 2, 2015 June 20-24, 2016

Nov 30-Dec 4, 2015 Aug 22-26, 2016

Feb 29-Mar 4, 2016 Oct 17-21, 2016

Apr 25-29, 2016

Course Schedule - ATMT

New Course

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/B

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44

Hands-On

Take your Transformer Maintenance & Testing

skills to the next level withthis new advanced course

from AVO Training.

46 47

This course helpspredict and prevent failures of medium and high voltage transformers without making

visual inspections.

Power factor testing is the most effective and common way to detect insufficient electrical equipment insulation. This test enables technicians to detect equipment insulation problems without making an internal visual inspection.

This course provides training in power factor and dissipation factor testing. Participants will be trained to properly perform the tests and to interpret its findings. Technicians who can perform and evaluate the results of power factor tests can predict and prevent the failure of medium and high voltage transformers, circuit breakers, bushings (transformers and circuit breakers), reclosers, switches, cables, lightning arrestors, liquid insulation, compound or oil filled cable terminations, rotating machinery (motors and generators), voltage regulators and insulating oils.

Who Should AttendThis hands-on course is intended for new or experienced electricians and technicians that install, maintain, repair or troubleshoot electrical equipment. The student should have basic knowledge of AC/DC electricity.

Learning Objectives• Understand the causes of insulation degradation and failure • Understand the modes of operation• Connect leads and perform power factor tests• Troubleshoot connections in the event of poor test result• Perform temperature corrections and evaluate test results• Determine maintenance to be performed based upon the test results

Power Factor TestingCourse 262 • 3 Days • 2.4 CEU • $1,295

Course Schedule - PFT

Dallas, TXNov 23-25, 2015 Aug 29-31, 2016

Feb 22-24, 2016 Nov 21-23, 2016

June 1-3, 2016

Hands-On

Proper battery maintenance is an essential component of critical power or uninterruptible power supply systems. This course provides an understanding of battery backup failures such as: excessive or micro cycling, improper charging, poor temperature control, installation errors, manufacturing deficiencies and operational errors.

A detailed look at battery and battery room safety requirements and inspection methods is also addressed. Manufacturer installation and maintenance requirements are major components of this training. Personal protective equipment (PPE) is also introduced.

Who Should AttendThis course is designed for personnel responsible for battery systems in substations, power plants and in other systems that require emergency DC power. This course requires working knowledge of basic electricity, resistance and ohmic testing.

Learning Objectives• Identify types of batteries and their operating principles• Understand battery maintenance and testing techniques• Identify and correctly use various types of test equipment

and hand tools• Use NFPA 70E, IEEE 450, Megger® Battery Testing Guide

and battery installation and operating instructions to develop a battery/cell inspection form

• Perform correct maintenance of vented lead-acid batteries using the IEEE Standard 450, IEEE Recommended Practice for Maintenance, Testing and Replacement of Vented Lead Acid Batteries for Stationary Applications

• Identify battery and battery room installation requirements per IEEE guidelines

Battery Maintenance & Testing

Improved insulation materials and closer design tolerances create challenges for transformer maintenance and testing. This course offers instruction in the testing of modern power transformers. Similar testing procedures can be used for distribution and instrumentation transformers and, step-voltage regulators.

Participants in this course will also receive instruction on the filtering and drying out process to be performed on transformers. This course uses up-to-date test equipment and procedures for evaluating the condition of a transformer. Test results can provide predictive data which will guide maintenance activities and help to prevent catastrophic failure that may damage downstream equipment and endanger personnel.

Who Should AttendThis hands-on course is intended for new or experienced electricians and technicians that install, maintain, repair or troubleshoot power transformers rated 765 kV or less used in utility and industrial applications. Participants should have basic knowledge of AC/DC electricity.

Learning Objectives:• Identify power/instrument and distribution transformer types,

components and configuration of the auxiliary equipment• Evaluate transformer configuration for the application• Interpret nameplate data and use the data to set up correct

test procedures• Perform and evaluate the results of insulation resistance,

winding resistance, turns ratio, core excitation and power factor tests of windings, bushings and liquid insulation

• Utilize a frequency response analyzer to identify damage• Calculate polarization index and temperature corrections• Perform oil sampling, testing, drying, filling and filtering• Explain gas sampling and testing• Combine test results to troubleshoot transformer problems

Transformer Maintenance & TestingCourse 475A • 4 Days • 3.2 CEU • $1,325 Course 142 • 4.5 Days • 3.6 CEU • $1,695

Dallas, TXNov 2-5, 2015 July 5-8, 2016

Jan 25-28, 2016 Sept 6-9, 2016

Mar 21-24, 2016 Nov 1-4, 2016

May 23-26, 2016

Valley Forge, PAOct 13-16, 2015 June 7-10, 2016

Feb 22-25, 2016 Oct 11-14, 2016

Portland, ORSept 22-25, 2015 April 26-29, 2016

Dec 1-4, 2015 Aug 2-5, 2016

Course Schedule - BMT

Dallas, TXOct 19-23, 2015 July 25-29, 2016

Jan 18-22, 2016 Sept 26-30, 2016

Mar 28-Apr 1, 2016 Nov 28-Dec 2, 2016

May 2-6, 2016

Valley Forge, PANov 2-6, 2015 Aug 15-19, 2016

Feb 15-19, 2016 Oct 31-Nov 4, 2016

April 11-15, 2016

San Leandro, CASept 28-Oct 2, 2015 June 13-17, 2016

Course Schedule - TMT

Hands-On Hands-On

Related Course:Infrared

Thermography,Level I

48 49

Substation Maintenance I

Course Schedule - SSMI Course Schedule - SSMIIDallas, TX

Sept 14-18, 2015 May 9-13, 2016

Oct 5-9, 2015 June 6-10, 2016

Nov 9-13, 2015 June 27-July 1, 2016

Dec 7-11, 2015 July 11-15, 2016

Jan 4-8, 2016 Aug 8-12, 2016

Jan 25-29, 2016 Aug 22-26, 2016

Feb 1-5, 2016 Sept 12-16, 2016

Feb 15-19, 2016 Oct 3-7, 2016

Mar 7-11, 2016 Oct 24-28, 2016

Apr 4-8, 2016 Nov 7-11, 2016

Apr 11-15, 2016

Valley Forge, PASept 28-Oct 2, 2015 June 13-17, 2016

Dec 7-11, 2015 Aug 1-5, 2016

Feb 1-5, 2016 Oct 17-21, 2016

April 18-22, 2016

San Leandro, CASept 14-18, 2015 June 20-24, 2016

Dec 7-11, 2015 Sept 12-16, 2016

Mar 7-11, 2016

Portland, ORNov 9-13, 2015 July 18-22, 2016

Jan 18-22, 2016 Nov 7-11, 2016

May 2-6, 2016

Dallas, TXSept 21-25, 2015 May 16-20, 2016

Oct 12-16, 2015 June 13-17, 2016

Nov 16-20, 2015 July 18-22, 2016

Dec 14-18, 2015 Aug 15-19, 2016

Jan 11-15, 2016 Sept 19-23, 2016

Feb 8-12, 2016 Oct 10-14, 2016

Mar 14-18, 2016 Nov 14-18, 2016

Apr 18-22, 2016

Valley Forge, PAOct 5-9, 2015 June 20-24, 2016

Dec 14-18, 2015 Aug 8-12, 2016

Feb 8-12, 2016 Oct 24-28, 2016

April 25-29, 2016

San Leandro, CASept 21-25, 2015 June 27-July 1, 2016

Dec 14-18, 2015 Sept 19-23, 2016

Mar 14-18, 2016

Portland, ORAug 31-Sep 4, 2015 May 9-13, 2016

Nov 16-20, 2015 July 25-29, 2016

Jan 25-29, 2016 Nov 14-18, 2016

Required for Substation Maintenance Certification - See page 15Substation Maintenance II

Substation maintenance is a key part of any plant’s maintenance program. This course offers training in the location of weak or faulty components in high or medium voltage equipment. Failures in key components such as source and load switches, transformer taps and/or auxiliary components are some of the most common cause of unplanned outages. Power transformer failures may result in significant downtime and long delays in equipment replacement. This course offers training in safe and effective testing to provide early detection and prevention of problems that may cause catastrophic equipment failure.

Who Should AttendThis hands-on course is intended for apprentices, technicians and engineers responsible for the maintenance and testing of industrial and utility substations. This course requires a working knowledge of basic electricity.

Learning Objectives• Identify safe work procedures• Explain the configuration and function of common equipment found in a substation• Identify components of power and distribution type transformers, including common insulating

and cooling mediums• Explain common transformer configurations• Perform and interpret results of winding resistance, dielectric absorption ratio, polarization

index, and power/dissipation factor tests on transformers• Calculate temperature corrections• Identify ASTM requirements for testing and sampling gas and oil in transformers• Inspect, adjust and perform insulation resistance, connection resistance and over-potential

tests on air and disconnect switches• Perform and interpret results of earth resistivity tests

Substation maintenance is a major part of any utility or plant maintenance program. Equipment failures usually result in significant downtime because of long delays in equipment replacement. However, most of these failures can be detected and prevented.

This course provides an overview of substation equipment and equipment operations. Labs and instructions provided are designed to help the technician locate weak or faulty components in the substation systems. This course focuses on medium voltage circuit breakers (air and vacuum), battery banks and switchgear. The course is designed to aid skilled qualified substation maintenance technicians in the safe performance of substation component preventative maintenance.

Who Should AttendThis hands-on course is intended for apprentices, technicians and engineers responsible for the maintenance and testing of industrial and utility substations. This course requires a working knowledge of basic electricity.

Learning Objectives• Identify safe work procedures• Explain the configuration and function of common equipment found in a substation environment• Identify components of air, oil and vacuum circuit breakers, and metal-clad switchgear

(including switchyard equipment)• Use medium-voltage circuit breaker and switchgear manufacturer’s instruction manuals and

NETA specifications to: – Perform and interpret results of insulation resistance and contact resistance tests – Perform over-potential, vacuum integrity and power factor tests – Verify measurements and make adjustments to mechanisms as required

• Perform visual inspection on battery banks

Course 230 • 4.5 Days • 3.6 CEU • $1,895 Available in Spanish

Course 231 • 4.5 Days • 3.6 CEU • $1,895 Available in Spanish

Hands-On Hands-On

Related Courses:Infrared Thermography,

Level ISubstation Maintenance II

Related Courses:Infrared Thermography,

Level ITransformer

Maintenance & Testing

Required for Substation Maintenance Certification - See page 15

Dallas, TXSept 14-18, 2015 June 27-July 1, 2016

Dec 7-11, 2015 Sept 12-16, 2016

Mar 7-11, 2016

Valley Forge, PANov 16-20, 2015 Nov 14-18, 2016

May 16-20, 2016

San Leandro, CAOct 26-30, 2015 July 18-22, 2016

Jan 11-15, 2016 Oct 17-21, 2016

Apr 4-8, 2016

Fontana, CAFeb 8-12, 2016 Aug 22-26, 2016

May 23-27, 2016 Nov 7-11, 2016

Portland, ORAug 8-12, 2016

Course Schedule - IR I

50 51

AVO Training Institute Headquarters4271 Bronze WayDallas, Texas 75237-1019Toll free 877-594-3156Fax: 214-331-7363www.avotraining.com

Hours of operationMonday - Friday 8:00 am to 4:30 pm, CSTExcluding AVO designated holidays

Industry standards, logos and names referenced in this publication are registered trademarks belonging to each respective organization.

CancellationsCourse cancellations must be received in writing 3 weeks prior to the course start date or a 100% cancellation fee will be charged.

ReschedulingReschedule requests must be received in writing 3 weeks up until the day before course start date or a 25% reschedule fee will be charged.

Reschedule requests made on the course start date will be charged a 50% reschedule fee.

SubstitutionSubstitution of personnel may be made at any time for the same course at no additional charge.

Substitute will be subject to stated cancellation and reschedule guidelines.

Onsite cancellationsIf onsite training is cancelled or rescheduled within three weeks or less of the scheduled onsite training date, a 25% fee plus any incurred expenses will be charged.

AVO SALES TEAM

Melanie FarleyNational Sales Manager214-331-7318melanie.farley@avotraining.com

Paul JacksonAccount Executive214-330-3527paul.jackson@avotraining.com

Lailone RomeroAccount Executive214-330-3557lailone.romero@avotraining.com

Ryan OlleAccount Executive214-330-3564ryan.olle@avotraining.com

Kevin KruegerAccount Executive214-331-7358kevin.krueger@avotraining.com

How to registerEnrollment is as easy as 1, 2, 3. 1). Reserve a seat in a class either online at www.avotraining.com or by calling 877-594-3156. 2). Once registered, an AVO Representative will contact you for payment. 3). Once payment is received your reservation is complete. Note: Your class registration is not complete until payment is received.

Before making travel arrangementsDo not make travel arrangements before receiving your formal class confirmation. You should receive your confirmation approximately 3 weeks prior to the start of class.

Infrared Thermography, Level ICourse 240A • 4.5 Days • 3.6 CEU • $1,695Students who complete the training requirements and a thermography field assignment will receive an Infrared Thermography Level I certification. The course teaches the basics of infrared, how to operate the camera under different conditions, how to make a judgment of the measurement situation in the field and identify potential sources for error. The student will interpret thermograms and make informed decisions using heat transfer concepts to analyze thermal images and learn to distinguish between hot spots and reflections and direct versus indirect readings.

Who Should AttendInfrared Thermography Level I training is designed around the entry level infrared camera user and will benefit the student who has a desire to learn the basics of infrared thermography.

Certification RequirementsAfter completing the classroom portion of this course, the student will be required to submit a complete infrared survey report within sixty (60) days. The report will be graded and it will count as one third of the final grade.

Required EquipmentParticipants MUST provide their own infrared camera, reporting software, and personal computer.

Learning Objectives• Explain the beginning and history of Infrared Thermography• Discuss the differences between heat and temperature• Explain the heat transfer modes• Discuss radiosity concepts• Perform the operation of infrared equipment• Perform an infrared survey and report the results of the survey• Discuss the applications of Thermography

Hands-On

An IR Level ICertification is a

complement to many of the courses in this

catalog and can providefor more job bidding

success.

Certification Course

Rita KerbysonInternational Sales Manager214-330-3219rita.kerbyson@avotraining.com

WWW.AVOTRAINING.COM • 877-594-3156

AVO Training Institute4271 Bronze WayDallas, Texas 75237-1019

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