ELECTRICAL SAFETY ANDMAINTENANCE TRAINING2020 COURSE CATALOG Since the first workshop that was held...

2020 COURSE CATALOG

TRAINEDBY THE

BESTELECTRICAL SAFETY AND

MAINTENANCE TRAINING

1

2020 COURSE CATALOG

After more than 55 years, AVO Training remains a global leader in safety and maintenance training

for the electrical industry. We deliver an engaging, hands-on experience for our clients in a professional,

real-world environment.

We strive to provide industry-relevant courses in a practical and flexible learning environment through an ongoing commitment to quality service, integrity,

instruction, and client satisfaction.

Our goal is to convey practical job skills and career development for our clients and students by saving

lives through a world-class learning experience.

877-594-3156 • WWW.AVOTRAINING.COM

NOTE: IMAGES APPEARING IN THIS PUBLICATION DEPICT A DE-ENERGIZED, CONTROLLED ENVIRONMENT WITH NO CHANCE FOR ARC FLASH OR ELECTRICAL SHOCK.

AVO Training Institute is accredited by the International Association for Continuing Education and Training (IACET) and is accredited to issue the IACET CEUs.

2AVO HISTORY: 1963 AND BEYOND

4IACET Accreditation

5Why Train with AVO?

6TRAINING LOCATIONS

8AVO INSTRUCTORS

10AVO ENGINEERING DIVISION

12INTERNATIONAL TRAINING

13ON-SITE TRAINING& CUSTOM COURSES

14ONLINE TRAINING

15ELECTRICAL CONSULTING SERVICES

16CERTIFICATIONPROGRAMS

18SUBSTATION MAINTENANCE COURSES

22ELECTRICAL FUNDAMENTAL COURSES

26ELECTRICAL SAFETY COURSES

34ELECTRICAL CABLE COURSES

38PROTECTIVE RELAY COURSES

44CIRCUIT BREAKER COURSES

48MOTORS AND CONTROLS COURSES

54POWER QUALITY COURSES

58INFRARED THERMOGRAPHY COURSES

60AVO SALES TEAM

61ENROLLMENT AND REGISTRATION INFORMATION

OURMISSION

CONTENTS

19631963Multi-Amp Institute holds its first do-it-yourself workshop in Cranford, New Jersey.

1970s1970sMoved to Dallas, Texas, and expanded training to many locations around the country.

1980s1980sIntroduced a suite of safety courses to coincide with the release of Ralph Lee’s paper on Arc Flash.

1990s1990sMulti-AMP becomes AVO Training Institute while expanding the curriculum and all other services.

2000s2000sAVO Engineering Division was formed, continuing rapid growth while expanding the course offerings.

2010s2010sIntroduced new, state-of-the-art, underground cable field for the complete study of electrical cable, continued growth, and began developing eLearning courses.

20182018After 55 years, AVO offers 57 courses (and counting) while expanding its Electrical Consulting Services.

20192019May 1, 2019, AVO Training Institute becomes officially IACET accredited.

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2020 COURSE CATALOG

Since the first workshop that was held April 16-18, 1963, in Cranford, New Jersey, AVO Training Institute has experienced many changes. Changes not only in the industry, but also within the organization.

In 1963, the Institute operated in Cranford as Multi-Amp Institute, offering three “practical training” courses: Relay Testing, Circuit Breaker, and Coordination Studies. These courses were also offered at customers’ sites as demand increased. This was the heritage of what is now the AVO Training Institute.

By the early 1970s Multi-Amp Institute moved to Dallas, Texas. A number of open enrollment courses were added to the curriculum, expanding training opportunities to other types of device protection and safety instruction. It was then that the Institute began offering courses at choice locations around the country.

The 1980s presented a decade of growth and expansion by continuing to add various courses to a variety of industry categories. A suite of electrical safety courses was introduced to coincide with the introduction of Ralph Lee’s published paper, “The Other Electrical Hazard, Electrical Arc Flash Burns.” As the ’80s came to an end, an outside substation was built at the Dallas location to provide more of the hands-on training for which Multi-Amp had become known.

As the 1990s began, Multi-Amp Institute changed its name to AVO Training Institute. Electrical Certification Programs were added and curriculum expansion continued. Electrical safety and maintenance training was taken into more industries.

AVO personnel were instrumental in the sub-committee tasked to research and include electrical hazards into the 70E® standard. In 1995, the first NFPA 70E® Standard, which recognized the arc flash hazard, was published.

The next decade brought on many more changes and opportunities. The AVO Engineering Division was established. Its services were expanded to include Arc Flash Hazard Analysis, and the study of other electrical hazards to mitigate electrical risks. Electrical safety audit services were initiated. AVO safety advisors began traveling to customer facilities to conduct thorough electrical assessments, write safety procedures, and develop safety programs for worker safety. Mid-2000 introduced “The Star Member Program,” which provided a turnkey review of all aspects of a company’s electrical safety needs.

From 2010 to today, the AVO story has flourished. Recruitment of experienced instructors and development of more training courses remains a primary focus.

Custom course development, for some of the most successful companies in the world, is a specialty. The addition of a singularly focused instructional design department was added to develop and produce the best course content available in the industry today. In 2015, the number of electrical cable courses was expanded, and our new, state-of-the-art, underground cable field was introduced. This outside cable field lab contains over 3 miles of buried cable for testing, tracing, fault locating, and diagnostics; it stands as one of the most advanced places for the study of electrical cable in the world.

Today, AVO Training Institute offers 57 electrical safety and maintenance training courses (and counting), while providing a full menu of engineering services. Over the last 55 years many things have changed, but our commitment as a global leader in the electrical safety and maintenance training industry remains steadfast.

AVO HISTORY

1963 AND BEYOND

2

We are proud to announce that, as of May 1, 2019, AVO Training Institute is now an official IACET accredited institution. It was a very long and rigorous accreditation and review process, involving extensive hands-on evaluation and verification, but we couldn’t be happier to offer this accreditation to our students!

Online Training

Over 55 Years of

Experience(as a training institution)

IACET Accredited Training

57 Electrical Safety & Maintenance Training Courses

12 Electrical Technician Certification Programs

On-Site Training Anywhere in the World

Expert Instructors with Over 1000 Years of Combined

Experience

Custom Course Design

Consulting Services

Electrical Engineering Division

Pictured from left to right: Ida Baraybar, Kevin Elmore,

Rick Bieber, Karen Hinckel, and Charles Helmick 12 Physical Training Locations in the U.S.

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2020 COURSE CATALOG

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What is IACET?

IACET stands for International Association for Continuing Education and Training. They created the first original Continuing Education Unit (CEUs) and they are also responsible for the creation and maintenance of the ANSI/IACET Standard for Continuing Education and Training. IACET uses the ANSI/IACET Standard, in-depth research on the learning process, and a nationwide network of experts to help continuing education and training providers develop a framework for continuous improvement and a superior learning experience.

WE’RE NOW

IACET ACCREDITED WHY TRAIN

WITH AVO?

What does this mean for AVO?

It means that by mastering IACET’s rigorous accreditation program, we’ve gained a major competitive advantage over most of our competitors and demonstrated our commitment to maintaining “best practices” in professional training.

We’ve been saying for some time that AVO offers one of the highest levels of hands-on electrical training through talented and experienced instructors and superior curriculum – now we have proof to back it up.

What does this mean for students that train with AVO?

It’s proof that the training you receive through AVO is of the highest quality, the CEUs you earn are transferable between cooperating organizations, and that you are left with piece of mind in knowing that you or your employees are properly trained at the highest level, and continue to return home safely to your families at the end of each day.

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2020 COURSE CATALOG

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TRAINING

LOCATIONS AVO Training Institute offers open enrollment courses nationwide at conveniently located host training facilities. Each location has its own unique type of hands-on lab and equipment including substation equipment, buried cable fields, labs for switchgear, motor controls, relays, transformers, and more.

Visit www.avotraining.com/training-centers as we continue to add new locations.

CHICAGO, ILCIRCUIT BREAKER SALES455-B SHEPARD DRIVE ELGIN, IL 60123

This training center is located at Circuit Breaker Sales, supplier of new, surplus, and re-manufactured low- and medium-voltage circuit breakers of all types and from all OEMs. Located west of Chicago.

Nayan PatelAVO Account Executive (Midwest Territory) [email protected]

Bernadette PittsAVO Account Executive (South Territory) [email protected]

James TongaAVO Account Executive (Mountain Territory) [email protected]

Tamara WalkerAVO Account Executive (Northeast Territory) [email protected]



Bridgette LinvelAVO Account Executive (West Territory) [email protected]




Nayan PatelAVO Account Executive (Midwest Territory) [email protected]

CLEVELAND, OHNORTH AMERICAN SWITCHGEAR3180 BEREA RD CLEVELAND, OH 44111

Located in Northeastern Ohio, NAS is an industry leader in the sales and service of new and used circuit breakers and switchgear.

Our newest partnership is located at Powell Electrical System, Inc supplier of choice for highly complex and integrated systems for distribution and control of electrical energy and critical processes. Just minutes from downtown Houston.

HOUSTON, TXPOWELL ELECTRICAL SYSTEMS, INC7232 AIRPORT BLVD. HOUSTON, TEXAS 77061

FONTANA, CACALIFORNIA STEEL INDUSTRIES9400 CHERRY AVE., BLDG. AFONTANA, CA 92335

This training center is located at California Steel Industries, the leading supplier of steel in the Western United States. A short drive from Los Angeles, it’s one of our three West Coast training centers.

Newly acquired Baker Instruments now offering level I and II static and dynamic motors training course offered on-site in picturesque Fort Collins, Colorado.

FORT COLLINS, COMEGGER BAKER INSTRUMENTS4812 MCMURRY AVENUE SUITE 100FORT COLLINS, CO 80525

This municipal utility serves more than 25,000 customers in its four-town area. It is a conveniently located training facility for students within the New England area and beyond.

READING, MAREADING MUNICIPAL LIGHT DEPARTMENT230 ASH STREET READING, MA 01867

Peterson CAT is one of the largest Caterpillar dealers in all of North America. It’s one of our three West Coast host facilities, and located in the East San Francisco Bay Area

SAN LEANDRO, CAPETERSON UNIVERSITY2700 TEAGARDEN STREET SAN LEANDRO, CA 94577

Located in the heart of the Northeast, this host location is a leader in providing new, surplus, used, and reconditioned power distribution equipment, parts, and service to the electrical industry.

SEYMOUR, CTCIRCUIT BREAKER SALES NE, INC.79 MAIN STREET SEYMOUR, CT 06483

This host location, a Group CBS company, provides a wide variety of new, surplus, used and reconditioned power distribution equipment and replacement/renewal parts including switchgear, circuit breakers, motor control, power transformers, and much more.

SUMNER, WAWESTERN ELECTRICAL SERVICES14311 29TH ST. EAST SUMNER, WA 98390

Located just 20 miles from northwest Philadelphia, this AVO Training Institute training facility is easily accessible from anywhere within the Northeast United States.

VALLEY FORGE, PAAVO TRAINING INSTITUTE2621 VAN BUREN AVENUE NORRISTOWN, PA 19403

This training center is located at DFW airport and is the primary location for all of our Certified Fiber Optics Technician courses.

DFW AIRPORT DALLAS, TXTRS-RENTELCO1830 WEST AIRFIELD DRIVE DFW AIRPORT, TX 75261


NEW AVO DALLAS HEADQUARTERSAVO/MEGGER4545 W. DAVIS ST.DALLAS, TX 75211

AVO and the entire Megger Dallas family will be moving into a newer facility at the end of 2019, just 6 miles north of our current headquarters in Dallas, TX. The new location will include: • Enhanced facilities for AVO students • Twice the square footage • Additional AVO classrooms • Larger AVO classrooms combining lab/lecture

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2020 COURSE CATALOG

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AVO INSTRUCTORS

We rely on our people – their enthusiasm, talent, and commitment – to make every course our students attend a success. Our team of safety and maintenance instructors has over 1000 combined years of electrical experience in utility, manufacturing, industrial, and commercial industries. Each instructor is hand-picked for their combination of experience and teaching ability.

No other electrical training provider dedicates the resources and hands-on focus that we do to ensure our students demonstrate competency with electrical equipment. Our students come from a variety of industries and trades, with varying levels of experience. Class sizes are small so our instructors can ensure each student gets exactly what he or she needs. Each of our instructors attends conferences and participates in research committees supporting the advancement of the electrical industry around the world. We have members in the National Fire Protection Association (NFPA®), American Society of Safety Engineers (ASSE), National Safety Council (NSC), Voluntary Protection Program Participants Association (VPPPA), International Association of Electrical Inspectors (IAEI), Fiber Optics Association (FOA), Institute of Electrical and Electronic Engineers (IEEE), and more.

Tom has over 50 years experience in the electrical industry, including over 23 years of instructing electrical safety training courses at AVO. He has been an alternate on the NFPA 70E® Technical Committee on Electrical Safety in the Workplace for several code cycles. He’s currently a member of the International Association of Electrical Inspectors (IAEI) and the Institute of Electrical and Electronics Engineers (IEEE). Additionally, Tom has been a certified instructor with FOA for 17 years. His certifications include AFOT, CFOT, CFOS & CFOI.

INDUSTRY MEMBER ASSOCIATIONS OF OUR INSTRUCTORS

National Fire Protection Association (NFPA®)

National Safety Council (NSC)

Institute of Electrical and Electronics Engineers (IEEE)

International Association of Electrical Inspectors (IAEI)

International Electrical Testing Association (NETA)

American Society of Safety Professionals (ASSP)

Fiber Optics Association (FOA)

Voluntary Protection Program Participants Association (VPPPA)

The American Society for Nondestructive Testing (ASNT®)

Tom Norwood

Manager of

Instructors

& Senior Instructor

Dennis Moon

Mike Carter

Gary Jackson

Charlie Helmick

Paul BesseyRod Van Wart

Hugh Davall

Randy Craps

Mark BringoldRay Pitts

Ralph Parrett

Greg Richmond

Joe BurdenChris Murphy

Ralph CarrilloRick Gaskill

Bill Melvin

Tim Robertson

Dean BartlettMark Franks

Over 1000 years of combined

Electrical Experience

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2020 COURSE CATALOG

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ELECTRICAL

ENGINEERING

DIVISION OFFERING

A WIDE RANGE OF

ENGINEERING

SERVICES

The AVO Electrical Engineering Division is a registered engineering firm. We analyze electrical power systems to identify equipment applications that create potential electrical hazards. Our personnel sit on the NFPA 70E® and IEEE 1584 committees, so our power system studies are always based on the latest standards. We see compliance as well as improved safety and liability as a by-product of these studies. Our staff consists of licensed, Professional Engineers and Engineering Technicians.

INCIDENT ENERGY/ARC FLASH HAZARD ANALYSISAn Incident Energy Analysis is the foundation upon which an accurate Arc Flash Risk Assessment is built, and proper work practices related to Personal Protection Equipment (PPE) are provided for your workers. According to NFPA 70E®, studies are to be updated when a major modification or renovation of the electrical distribution system takes place. NFPA 70E® also states that studies are to be updated at intervals that do not exceed five years. This takes into account any changes in the electrical distribution system that could affect the results of the Incident Energy Analysis. AVO Engineering can also perform analysis for DC power systems as studies show that DC systems greater than 50 kV can pose an Arc Flash Hazard. All of our studies comply with the latest codes and standards, including the recently revised IEEE 1584-2018 standard. For each of our projects we provide a full engineering report with recommendations, which is certified by a licensed and professional engineer.

ARC FLASH RISK ASSESSMENTOur engineers facilitate an Arc Flash Risk Assessment (AFRA) with key members of your staff. This gives a better understanding of the current Electrical Safety Program and how related risk elements are addressed and may be improved. This AFRA meets the compliance demands of the changing world of NFPA 70E®. A Hazard Assessment is required by OSHA®, while a Risk Assessment is required by NFPA 70E®. Both are used to determine increased risk factors for employees who are, or who may be, exposed to an arc flash incident. Because the approach to undertaking a Risk Assessment can vary and be subjective, ours includes all the necessary critical elements.

PROTECTIVE DEVICE COORDINATIONWe analyze the characteristics of each protective device to confirm the sequence in which they operate, and to provide an adequate margin between the operating times of each device. This can prevent an event such as a downstream fault tripping an upstream breaker and shutting down the facility’s main power. In most cases, we are able to mitigate high incident energy levels which can increase the arc flash hazard at a given location.

SHORT-CIRCUIT STUDYA short-circuit study should be performed when an electrical system is first designed, and updated if major system modifications or renovations occur. A short-circuit study will determine if your equipment is properly rated in the event of a fault within the electrical distribution system.

LOAD FLOW STUDIESA 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.

ELECTRICAL SHOCK HAZARDA Shock Hazard Analysis is included as a part of our Arc Flash Incident Energy Analysis, and shock protection boundaries are printed on the arc flash warning labels.

ELECTRICAL ONE-LINE DRAWINGSIncluded as part of our deliverables for every project, we provide up-to-date, as-built, full-size, electrical one-line drawings.

HARMONICS ANALYSISHigh harmonic distortion levels can wreak havoc upon a power distribution system. We analyze your power system to determine if there are distortion issues that may be caused by harmonics. Harmonic distortion can be caused by an introduction of non-linear loads (such as variable frequency drives (VFDs) upon a given power distribution system. Our Harmonics Analysis meets the current IEEE 519 standard.

POWER QUALITY TESTING/POWER FACTOR CORRECTIONAVO uses the latest testing equipment and practices to perform testing on electrical equipment, to determine power quality and includes power factor. A poor power factor, typically less than 95%, could result in excess penalties from the utility company. Power factor correction recommendations are included as part of our full engineering report, which is signed and sealed by a Professional Engineer.

INFRARED THERMOGRAPHYWe have certified Infrared Level II and Level III technicians on staff. These technicians are certified through the American Society for Nondestructive Testing (ASNT®). Infrared thermography allows the surface temperature of the electrical distribution equipment to be measured via an infrared scan. This determines whether a potential problem exists within the equipment. “Hot-spots” are seen as visual images, and are indicators of other crucial data such as temperature.

CLAMP-ON GROUND STUDYAVO qualified technicians perform clamp-on ground studies. Resistance measurements are taken with a clamp-on meter to verify that each piece of electrical equipment is solidly grounded and providing a reliable low resistance path to ground, in the event of a fault. A full engineering report is provided – with recommendations – signed and sealed by a professional engineer.

CIRCUIT TRACINGAVO technicians use the latest equipment and methods to trace and identify all loads on the specified panel-boards, switchboards, or other electrical equipment. AVO prints and installs labels for each traced circuit while on site. AVO will also install a panel schedule in a clear sleeve on the equipment.

TRANSIENT MOTOR STARTING ANALYSISIn performing Transient Motor Starting Analyses, we simulate the starting of electrical motors to look for potential power system issues. Excessive voltage drops, which cause problems on distribution systems, are discovered.

DOUG FINN

ENGINEERING

SALES EXECUTIVE

214-708-3092 [email protected]

ENGINEERING

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Not seeing a training location in your area or prefer that we travel to your facility for group training? On-site training keeps travel expenses down, while allowing your organization to receive the benefits of an effective electrical maintenance and safety training program. We will set-up a training course at your facility, with your people, in your environment, using your equipment.

CAN’T COME TO US?

WE’LL COME TO YOUR FACILITY

TRAINING IN OVER 100

COUNTRIES AROUND THE WORLD

ON-SITE TRAINING

uCOST EFFECTIVE Eliminate personnel travel time and costly expenses. uFLEXIBLE We’ll train your employees at your facility with your industry-specific equipment. uSKILL-BASED Courses are presented at the knowledge level of your personnel.

ADVANTAGES OF ON-SITE:

CUSTOM COURSES

uCUSTOMIZABLE Choose your course schedule and length of course. uREDUCE DOWNTIME Train your entire department or staff all at once. uCONFIDENTIAL Have privacy to discuss company-specific concerns.

Our instructors have provided training in over 100 countries and counting. Many of our courses are available for on-site training, internationally. In addition, each year hundreds of students worldwide travel to our U.S. locations for all types of electrical safety and maintenance training.

In most cases, electrical equipment for training labs will need to be supplied by the customer. All AVO Training course materials are written and presented in English. However, several courses are available in Spanish. These courses are listed throughout this catalog.

Register for courses at www.enroll.avotraining.com

INTERNATIONAL

TRAINING

“As you review our courses in this publication, keep in mind that many of them can be translated into Spanish, by request. Contact us for more information about the courses that interest you.”

When one of the world’s largest mining companies needed an electrical safety course developed for their workers’ specific needs, they came to AVO Training. That’s when we put our Mine Safety & Health Administration (MSHA) Certified Subject Matter Experts together, with our Instructional Design Team, to develop a custom course to keep the miners safe from the hazards of electricity.

Our goal was to help develop a high-quality training program to strengthen and modernize their training efforts, through collaboration with their stakeholders.

Because Federal law requires that all miners receive basic and annual refresher training, and all mine operators maintain an effective training plan, AVO provided materials, guidance, and hands-on assistance to help the customer meet these requirements.

If you don’t find the course or courses that match your electrical safety and maintenance training needs in this catalog, we can develop it. The course will be designed specifically to meet the objectives desired to keep your personnel safe. Our electrical safety experts are available to help with your safety development projects while saving you time and money.

YOVANDA BENNETT

INTERNATIONAL

ACCOUNT EXECUTIVE


2020 COURSE CATALOG

1514

AVOELECTRICAL CONSULTING

SERVICES

ELECTRICAL SAFETY COMPLIANCE ASSESSMENTBecause this assessment can be time consuming, complex, and confusing, AVO’s team of Electrical Safety Specialists are certified and ready to walk you through it.

We’ll come to your facility and conduct an audit that covers these five key components:

uREVIEW ELECTRICAL SAFETY WORK PROGRAM FOR COMPLIANCE

uASSESS COMPLIANCE WITH OSHA® AND NFPA® STANDARDS AND REGULATIONS

uVERIFY ELECTRICAL HAZARD ASSESSMENT FOR COMPLIANCE WITH OSHA®, NFPA 70E®, NEC®, AND OTHERS

uEVALUATE PERSONAL PROTECTIVE EQUIPMENT (PPE) FOR COMPLIANCE

uSUGGEST ELECTRICAL SAFETY TRAINING FOR EMPLOYEE UNDERSTANDING, SAFETY, AND COMPLIANCE

AVO ELECTRICAL CONSULTING SERVICES

uELECTRICAL SAFETY PROGRAM CONSULTING

uELECTRICAL ARC FLASH RISK ASSESSMENT CONSULTING

uPROTECTIVE RELAY TECHNICAL SUPPORT CONSULTING

uCIRCUIT BREAKER TECHNICAL SUPPORT CONSULTING

uRELAY TESTING STANDARDS, FORMS & PROCEDURES CONSULTING

uTRANSFORMER TECHNICAL SUPPORT CONSULTING

TWO BUNDLED MODULE CHOICES ONLINE, ALL WITH NFPA 70E® 2018

AVO “Arc Flash Electrical Safety Awareness” online is updated with the new NFPA 70E® 2018 standard. A new module, “Introduction to Shock Hazard Risk Assessment” has been added, rounding out the bundle

to 10 modules. A Mini-Bundle of 5 select modules is also available.

For more information contact [email protected]

The complete 10-Module Bundle, Arc Flash Electrical Safety Awareness with NFPA 70E® 2018 $449 each bundle.

The 5-Module Mini-Bundle Arc Flash Electrical Safety Awareness with NFPA 70E® 2018 contains modules 3, 4, 8, 9 and 10 for $245 each bundle.

INDIVIDUAL MODULES CAN BE PURCHASED SEPARATELY FOR $49 EACH

Grounding continues to be important because it provides a safe path for the dissipation of fault currents, lightning strikes, static charges, etc.Grounding is necessary to protect personnel, protect equipment, and to ensure optimal performance of equipment. This module can be purchased for $49. For more information contact [email protected]

BASIC GROUND TESTING

Renew your Substation Maintenance Technician Certification online. The recertification exam and refresher course can be purchased together for $700 or separately for $400 each. The reinstatement exam is $750 or $1,000 bundled with a refresher course. For more information contact [email protected]

SUBSTATION RECERTIFICATION

AND REINSTATEMENTThis is a refresher course covering the basic concepts of Infrared Thermography, including the creation of appropriate survey reports. The recertification exam can be purchased separately for $400, or bundled with the refresher course for $700.For more information contact [email protected]

INFRARED THERMOGRAPHY, LEVEL I

RECERTIFICATION

ONLINE TRAINING

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2020 COURSE CATALOG

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CERTIFICATION

PROGRAMS

All AVO Electrical Certification Programs may be completed within an 18-month period, and they remain valid for up to 3 years from the issue date, at which time you can take our recertification exam and become certified for another 3 years.

Substation Maintenance Technician 3 Courses required within 18 months:

Substation Maintenance I, Substation Maintenance II and either Electrical Safety for Utilities or Electrical Safety for Industrial Facilities

Medium-Voltage Cable Diagnostics & Testing Technician 1 course required: Cable Testing & Diagnostics, Medium-Voltage.

Medium-Voltage Cable Technician2 courses required within 18 months: Cable Splicing and Terminating, MV, and Cable Fault Location & Tracing, MV

Certified Fiber Optic Technician (FOA) 1 course required: Certified Fiber Optic Technician (FOA).

Industrial Electrical Safety Inspector 2 courses required: National Electrical Code 2017/2020 and Electrical Safety for Inspectors.

Low-Voltage Circuit Breaker Maintenance Technician 3 Courses required within 18 months:

Circuit Breaker Maintenance, LV Circuit Breaker Maintenance, Molded and Insulated Case and either OSHA® Electrical Safety Related Work Practices or NFPA 70E® 2018 Electrical Safety.

Basic Protective Relay Maintenance Technician1 course required: Protective Relay Maintenance, Basic.

Infrared Thermography I 1 course required: Infrared Thermography, Level I.

Generation Protective Relay Maintenance Technician

1 course required: Protective Relay Maintenance, Generation.

Advanced Protective Relay Maintenance Technician 1 course required: Protective Relay Maintenance, Advanced.

Infrared Thermography II 2 courses required within 18 months: Infrared Thermography, Level I & Level II (in that order).

Solid State Protective Relay Maintenance Technician1 course required: Protective Relay Maintenance, Solid-StateIMPROVE YOUR JOB SKILLS AND CAREER PATH

WITH ONE OR MORE OF OUR 12 CERTIFICATION

PROGRAMS

After completion of all requirements you must submit your certification application. Your certification package will include a certificate and laminated wallet card. If you need to renew an expiring or already expired certification, please call us at 877-594-3156 for a recertification application.

DALLAS, TX

Oct 7-11, 2019Oct 14-18, 2019Nov 4-8, 2019Dec 2-6, 2019Dec 16-20, 2019Jan 6-10, 2020Feb 3-7, 2020Feb 17-21, 2020Mar 9-13, 2020Mar 30-Apr 3, 2020Apr 13-17, 2020Apr 27-May 1, 2020May 11-15, 2020Jun 1-5, 2020Jun 8-12, 2020Jul 6-10, 2020Aug 10-14, 2020Aug 24-28, 2020Sep 14-18, 2020Oct 5-9, 2020Oct 12-16, 2020Nov 9-13, 2020Nov 30-Dec 4, 2020

CHICAGO, IL

Jun 15-19, 2020Oct 5-9, 2020

CLEVELAND, OH

Feb 10-14, 2020Jul 13-17, 2020

DALLAS, TX

Oct 21-25, 2019Nov 11-15, 2019Dec 9-13, 2019Jan 13-17, 2020Feb 10-14, 2020Mar 16-20, 2020Apr 20-24, 2020May 18-22, 2020Jun 15-19, 2020Jul 13-17, 2020Aug 17-21, 2020Sep 21-25, 2020Oct 19-23, 2020Nov 16-20, 2020

CHICAGO, IL

Jun 22-26, 2020Oct 12-16, 2020

FONTANA, CA

Feb 3-7, 2020Apr 27-May 1, 2020Jun 22-26, 2020Aug 24-28, 2020Sep 21-25, 2020

SAN LEANDRO, CA

Mar 9-13, 2020May 18-22, 2020Aug 3-7, 2020Oct 26-30, 2020

VALLEY FORGE, PA

Nov 18-22, 2019Jan 13-17, 2020Feb 17-21, 2020Apr 20-24, 2020Jun 8-12, 2020Jul 27-31, 2020Sep 28-Oct 2, 2020Nov 16-20, 2020

FONTANA, CA

Jan 27-31, 2020Apr 20-24, 2020Jun 15-19, 2020Aug 17-21, 2020Sep 14-18, 2020

SAN LEANDRO, CA

Oct 28-Nov 1, 2019Mar 2-6, 2020May 11-15, 2020Jul 27-31, 2020Oct 19-23, 2020

SEYMOUR, CT

May 4-8, 2020

SUMNER, WA

Sep 30-Oct 4, 2019Mar 2-6, 2020Jun 8-12, 2020Aug 10-14, 2020

VALLEY FORGE, PA

Nov 11-15, 2019Dec 2-6, 2019Jan 6-10, 2020Feb 10-14, 2020Apr 13-17, 2020Jun 1-5, 2020Jul 20-24, 2020Sep 21-25, 2020Nov 9-13, 2020

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SUBSTATION COURSES 2020 COURSE CATALOG

SUBSTATION

COURSES

SUBSTATION MAINTENANCE I

SUBSTATION MAINTENANCE II

POWER FACTOR TESTING

TRANSFORMER MAINTENANCE & TESTING

ADVANCED TRANSFORMER MAINTENANCE & TESTING

BATTERY MAINTENANCE & TESTING

SUBSTATION MAINTENANCE I HANDS-ON

COURSE 230 • 4.5 DAYS • 3.2 CEUs • $2,105CERTIFICATION COURSE | AVAILABLE IN SPANISH

This course provides an overview for apprentices, technicians, and engineers responsible for the maintenance and testing of industrial and utility substations. Hands-on labs are a major part of this course, helping the technician to locate weak or faulty components in the substation systems. Course focus is on medium-voltage circuit breakers (air and vacuum), and switchgear. The course is designed to aid skilled, qualified substation maintenance technicians in the safe performance of substation components preventative maintenance.

LEARNING OBJECTIVES: u Explain the configuration and function of common equipment found in a substation

u Identify components of air, oil, and vacuum circuit breakers, and metal-clad switchgear (including switchyard equipment)

u Use the manufacturer’s instruction manuals and NETA specifications for medium-voltage circuit breakers and switchgear to:

- Perform all required tests - Verify measurements and make adjustments to mechanisms as required

REQUIRED FOR SUBSTATION MAINTENANCE CERTIFICATION: SEE PAGE 16

SUBSTATION MAINTENANCE II HANDS-ON

COURSE 231 • 4.5 DAYS • 3.2 CEUs • $2,105 CERTIFICATION COURSE | AVAILABLE IN SPANISH

This course is the next step after Substation I to enhance the skills needed to perform all substation tasks, including a focus on common transformer configurations. It offers training on the components of power and distribution type transformers, including common insulating and cooling mediums. Upon completion of this course, students are able to inspect, adjust, and perform insulation resistance, connection resistance, and overpotential tests on air and disconnect switches, as well as interpret results of earth resistivity tests and more.

LEARNING OBJECTIVES:uu Explain the configuration and function of common equipment found in a substationuu Identify components of power and distribution type transformers, including common insulating and cooling mediumsuu Summarize the importance of proper grounding requirements in a substationuu Perform and interpret results of required tests performed on transformersuu Calculate temperature correctionsuu Summarize ASTM requirements for testing and sampling gas and oil in transformersuu Demonstrate and interpret results of earth resistance tests

REQUIRED FOR SUBSTATION MAINTENANCE CERTIFICATION: SEE PAGE 16

DALLAS, TX

Dec 2-4, 2019Mar 3-5, 2020Jun 29-Jul 1, 2020Sep 9-11, 2020

DALLAS, TX

Nov 18-22, 2019Dec 16-20, 2019Jan 27-31, 2020Feb 17-21, 2020Mar 23-27, 2020Apr 13-17, 2020May 4-8, 2020Jun 22-26, 2020Jul 20-24, 2020Aug 24-28, 2020Sep 28-Oct 2, 2020Oct 12-16, 2020Nov 2-6, 2020

CHICAGO, IL

Oct 14-18, 2019Apr 20-24, 2020Sep 14-18, 2020

FONTANA, CA

Oct 28-Nov 1, 2019Jul 6-10, 2020

SAN LEANDRO, CA

Mar 16-20, 2020

VALLEY FORGE, PA

Sep 30-Oct 4, 2019Feb 3-7, 2020Apr 27-May 1, 2020Aug 3-7, 2020Nov 2-6, 2020

SAN LEANDRO, CA

Jan 7-10, 2020Jun 1-4, 2020

Nov 16-19, 2020

VALLEY FORGE, PA

Nov 4-7, 2019Jan 21-24, 2020Mar 23-26 2020May 18-21, 2020Jul 6-9, 2020Sep 14-17, 2020Nov 30-Dec 3, 2020

DALLAS, TX

Oct 1-4, 2019Dec 9-12, 2019Feb 24-27, 2020Apr 6-9, 2020Jun 29-Jul 2, 2020Aug 3-6, 2020Oct 26-29, 2020

DALLAS, TX

Oct 28-Nov 1, 2019Feb 24-28, 2020May 11-15, 2020Aug 31-Sep 4, 2020Oct 26-30, 2020

21

SUBSTATION COURSES 2020 COURSE CATALOG

20

POWER FACTOR TESTING HANDS-ON

COURSE 262 • 3 DAYS • 2.1 CEUs • $1,460

This course provides training that enables technicians to detect equipment insulation problems without making an internal visual inspection. Participants are trained to properly perform tests and interpret findings. Technicians who perform and evaluate the results of power factor tests can predict and prevent the failure of medium-voltage and high-voltage transformers, including 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.

LEARNING OBJECTIVES:

uu Outline the causes of insulation degradation and failureuu Summarize the modes of operationuu Connect leads and perform power factor testsuu Troubleshoot connections in the event of poor test resultsuu Perform temperature corrections and evaluate test resultsuu Determine maintenance to be performed based upon the test results

TRANSFORMER MAINTENANCE & TESTING Hands-On

COURSE 142 • 4.5 DAYS • 3.2 CEUs • $1,925 AVAILABLE IN SPANISH

Students learn to install, maintain, repair, or troubleshoot power transformers rated 765 kV or less. Participants will 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.


uu Describe the major categories and the most common designs of transformersuu Identify power, instrument and distribution transformer components and auxiliary equipmentuu Demonstrate routine and diagnostic inspections and point out potential problems and hazardsuu Interpret nameplate data and use the data to set-up correct test proceduresuu Simulate appropriate tests to evaluate the condition and perform maintenance on transformersuu Review oil gas sampling and the correct procedures to obtain samplesuu Summarize testing, drying, filling, and filtering techniques and proceduresuu Discuss test results to troubleshoot transformer problemsuu Determine the dryness of insulation using safety precautions, proper tools, vendor manuals, and/or drawings

ADVANCED TRANSFORMER MAINTENANCE & TESTING Hands-On

COURSE 149 • 4.5 DAYS • 3.2 CEUs • $2,155

Power and instrument transformers are critical and expensive components of the electric energy system. Maintaining safe and reliable operation of them 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 this training course, it is recommended the attendee complete the Transformer Maintenance & Testing course. They should have previous knowledge of the different types of transformers and components, as well as familiarity with transformer operation and fundamental transformer testing.


uu Outline the service life of a transformer; emphasizing the importance of transformer testing which ensures the transformer’s integrity, and estimates its age.uu Demonstrate the various tests used to diagnose the condition of a transformer and how to analyze resultsuu Perform a Sweep Frequency Response Analysis and utilize its guidelines for interpretationuu Summarize the importance of the condition of the insulation system and how to evaluate ituu Illustrate the Dissolved Gas Analysis test to determine the presence of active fault conditionsuu Explain the Power Factor test and what the results may indicateuu Describe the Dielectric Frequency Response technique and its importanceuu Paraphrase the definition of a current transformer, its features and applications for measurement and protection

“My instructor showed excellent knowledge of the subject, and was able to handle tough questions with ease.” Michael B., Stewart & Stevenson

BATTERY MAINTENANCE & TESTING Hands-On

COURSE 475A • 4 DAYS • 2.8 CEUs • $1,505

This course is designed for personnel responsible for battery systems in substations, power plants, or other systems that require emergency DC power. 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/maintenance errors.

Battery and battery room safety requirements and inspection methods are detailed along with personal protective equipment (PPE). Manufacturer installation and maintenance requirements are major components of this training.


uu List types of batteries and their operating principlesuu Demonstrate battery maintenance and testing techniquesuu Utilize correctly the various types of test equipment and hand toolsuu Use NFPA 70E®, IEEE 450, Megger® Battery Testing Guide and battery installation and operating instructions to develop a battery/cell inspection formuu Perform correct maintenance of vented lead-acid batteries using the IEEE Standard 450, and IEEE Recommended Practice for Maintenance, Testing and Replacement of Vented Lead-Acid Batteries for Stationary Applicationsuu Identify battery and battery room installation requirements per IEEE guidelines and NFPA 70E®

DALLAS, TX

Oct 14-17, 2019Jan 6-9, 2020Mar 2-5, 2020May 11-14, 2020Jul 20-23, 2020Sep 28-Oct 1, 2020Nov 30-Dec 3, 2020

CLEVELAND, OH

Apr 27-30, 2020Sep 21-24, 2020

DALLAS, TX

Oct 1-4, 2019Nov 18-21, 2019Dec 16-19, 2019Mar 9-12, 2020Jun 29-Jul 2, 2020Aug 10-13, 2020Sep 8-11, 2020Nov 16-19, 2020

CHICAGO, IL

May 4-7, 2020

CLEVELAND, OH

Feb 24-27, 2020Jul 27-30, 2020

FONTANA, CA

May 11-14, 2020

FORT COLLINS, CO

Apr 6-9, 2020Sep 21-24, 2020

HOUSTON, TX

Aug 3-6, 2020

SEYMOUR, CT

Nov 12-15, 2019Feb 3-6, 2020Oct 26-29, 2020

FONTANA, CA

Nov 12-15, 2019Jan 13-16, 2020May 18-21, 2020Oct 19-22, 2020

FORT COLLINS, CO

Oct 22-25, 2019Feb 3-6, 2020Jun 8-11, 2020

HOUSTON, TX

Apr 20-23, 2020

SEYMOUR, CT

Mar 23-26, 2020Sep 21-24, 2020

23

ELECTRICAL FUNDAMENTALS 2020 COURSE CATALOG

BASIC ELECTRICITY

BASIC ELECTRICAL TROUBLESHOOTING

ELECTRONICS FOR ELECTRICIANS

ELECTRONICS TROUBLESHOOTING

ELECTRICAL PRINT READING-ANSI

GROUNDING & BONDING

ELECTRICAL

FUNDAMENTALS BASIC ELECTRICITY LECTURE

COURSE 345 • 4 DAYS • 2.8 CEUs • $1,445

This course is intended for new or cross-training technicians, electricians, and supervisors responsible for maintaining electrical equipment. Participants are familiarized with multimeter usage and basic electrical circuit components. This course provides basic information regarding quantifying and measuring basic elements in a DC and AC electrical circuit. Participants are introduced to basic electrical circuit components and basic circuitry troubleshooting.


uu Perform basic mathematical operations required for basic electricity calculationsuu Explain the basic concepts of current flow and electromotive forceuu List methods for producing electromotive force and elements required for a complete electrical circuituu Identify the circuit effects of resistorsuu Use the Ohm’s Law equation to solve for values in a circuituu Calculate values in series, parallel and complex circuitsuu Describe generation and measurement of ACuu Outline methods for determining impedance in R-L-C circuitsuu Determine three-phase current, voltage and poweruu Utilize basic electrical circuit componentsuu Develop a systematic approach to electrical troubleshooting

BASIC ELECTRICAL TROUBLESHOOTING Hands-On

COURSE 410 • 4 DAYS • 2.8 CEUs • $1,470

Safe and systematic troubleshooting methods that greatly enhance technician skills are the focus of this course. This hands-on course is intended for electricians, technicians, and supervisors responsible for troubleshooting electrical system problems. Component identification, ladder diagram interpretation, and correct multimeter usage are key components to this course. 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 environment.


uu Apply formulas derived from Ohm’s law and Kirchhoff’s law to solve for electrical values in circuitsuu Describe hazards of electrical work and means to work safelyuu Utilize electrical test equipment safely and correctlyuu Identify common electrical components and their general applications in circuitsuu Practice systematic, deenergized troubleshooting methods for common control circuits

DALLAS, TX

Apr 27-May 1, 2020Oct 5-9, 2020

SEYMOUR, CT

Jan 13-17, 2020Jul 13-17, 2020

DALLAS, TX

Feb 24-28, 2020Aug 31-Sep 4, 2020

HOUSTON, TX

Jun 1-5, 2020

DALLAS, TX

Oct 15-17, 2019Jan 21-23, 2020Mar 17-19, 2020Apr 6-8, 2020May 12-14, 2020Jul 28-30, 2020Nov 9-11, 2020

SEYMOUR, CT

Aug 10-12, 2020Sep 8-10, 2020

DALLAS, TX

Nov 4-7, 2019Feb 17-20, 2020Apr 20-23, 2020Aug 24-27, 2020Oct 19-22, 2020

CLEVELAND, OH

Jun 8-11, 2020

FONTANA, CA

Jan 6-9, 2020Sep 8-11, 2020

HOUSTON, TX

Dec 16-19, 2019

SEYMOUR, CT

Oct 21-24, 2019May 18-21, 2020Nov 16-19, 2020

SUMNER, WA

Mar 16-19, 2020Jul 20-23, 2020

2524

ELECTRONICS FOR ELECTRICIANS Hands-On

COURSE 239 • 4.5 DAYS • 3.2 CEUs • $1,440

This 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. 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. Information is provided to properly install and test electronic components.


uu Describe, with regard to basic electrical circuits, the application of electronic components including conductors, resistors, capacitors, inductors, transformers, semiconductors, diodes, transistors, amplifiers, oscillators and power suppliesuu Use combinations of electronic components to function in discrete circuitsuu Demonstrate the use of oscilloscopes and multi-meters for testing circuitsuu Explain the effects of resonance and bandwidthuu Identify logic circuit types

ELECTRONICS TROUBLESHOOTING Hands-On

COURSE 256 • 4.5 DAYS • 3.2 CEUs • $1,440

This course focuses on understanding the fundamentals of electronic circuits in order to properly install, test, and troubleshoot electronic components. It is built on the foundation of the Electronics for Electricians course. It is intended for electricians and technicians who install, repair, or troubleshoot electronic systems. Students will learn systematic troubleshooting and knowledge of various types of electronic circuits combined with a systematic troubleshooting approach.


uu Select and use appropriate test equipment for various applicationsuu Systematically troubleshoot electronic circuitsuu Isolate and repair circuit faults

ELECTRICAL PRINT READING-ANSI Hands-On

COURSE 234 • 4 DAYS • 2.8 CEUs • $1,440

This hands-on course provides instructions and exercises in the proper use of electrical print documents. Knowing how to read 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. Course participants will be shown how to identify symbols and how to unravel this common language for electrical equipment. It is intended for new or experienced electricians and technicians that install, maintain, repair, or troubleshoot power and auxiliary systems. Equipment application, troubleshooting, and print revision methods used to correctly reflect equipment changes will be demonstrated.


uu Explain the fundamentals of electrical drawinguu Demonstrate the application of single-line, elementary, schematic, and wiring diagrams (wireless and wired), as well as functional control diagrams uu Interpret common ANSI symbols used in utility and industrial applicationsuu Demonstrate troubleshooting techniques utilizing schematic diagramsuu Develop wiring diagrams from schematics

GROUNDING & BONDING Hands-On

COURSE 417B • 3 DAYS • 2.1 CEUs • $1,620

This course focuses on the grounding and bonding requirements contained in Article 250 of NEC®. Topics addressed include: definitions, grounded (neutral) conductor requirements, sizing equipment grounding conductors, equipment bonding jumpers, grounding electrode conductors, and main bonding jumpers. Students will learn to identify 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.


uu Explain the fundamental requirements of grounding and bondinguu Identify and utilize grounded conductorsuu Summarize ground-fault circuit interrupter requirementsuu Select the appropriate grounding system and discuss the implicationsuu Outline grounding electrode systems and their requirementsuu Describe the installation requirements for equipment grounding and bonding conductors

DALLAS, TX

Sep 30-Oct 3, 2019Nov 18-21, 2019Dec 2-5, 2019Jan 27-30, 2020Feb 10-13, 2020Mar 9-12, 2020Apr 6-9, 2020May 26-29, 2020Jul 20-23, 2020Aug 24-27, 2020Sep 21-24, 2020Oct 19-22, 2020Nov 2-5, 2020

CHICAGO, IL

Jan 21-24, 2020Dec 1-4, 2020

CLEVELAND, OH

Mar 23-26, 2020Sep 8-11, 2020

FONTANA, CA

Jan 21-24, 2020Apr 6-9, 2020Jun 29-Jul 2, 2020Sep 28-Oct 1, 2020

DALLAS, TX

Oct 21-24, 2019Nov 4-7, 2019Dec 16-19, 2019Jan 21-24, 2020Feb 17-20, 2020Mar 23-26, 2020Apr 27-30, 2020May 18-21, 2020Jun 15-18, 2020Jul 13-16, 2020Aug 17-20, 2020Sep 28-Oct 1, 2020Oct 26-29, 2020Nov 16-19, 2020

CHICAGO, IL

Jul 13-16, 2020Nov 2-5, 2020

CLEVELAND, OH

May 4-7, 2020Oct 13-16, 2020

FONTANA, CA

Nov 18-21, 2019Mar 9-12, 2020Aug 3-6, 2020Nov 16-19, 2020

FORT COLLINS, CO

Oct 22-25, 2019Mar 16-19, 2020Jul 20-23, 2020Sep 28-Oct 1, 2020

FORT COLLINS, CO

Feb 24-27, 2020May 11-14, 2020Nov 2-5, 2020

HOUSTON, TX

Jul 13-16, 2020

SAN LEANDRO, CA

Feb 3-6, 2020Jun 8-11, 2020Aug 17-20, 2020Oct 13-16, 2020

SEYMOUR, CT

Oct 7-10, 2019Jan 6-9, 2020Jun 22-25, 2020

SUMNER, WA

Feb 3-6, 2020Apr 14-17, 2020Jun 22-25, 2020Aug 31-Sep 3, 2020

VALLEY FORGE, PA

Oct 21-24, 2019Dec 9-12, 2019Mar 2-5, 2020Apr 27-30, 2020Aug 3-6, 2020Oct 5-8, 2020

HOUSTON, TX

Jan 13-16, 2020Mar 9-12, 2020Jun 22-25, 2020Oct 26-29, 2020

READING, MA

Apr 14-17, 2020

SAN LEANDRO, CA

Oct 21-24, 2019Apr 6-9, 2020Jun 29-Jul 2, 2020Sep 8-11, 2020

SEYMOUR, CT

Jun 8-11, 2020

SUMNER, WA

Jan 6-9, 2020May 26-29, 2020Sep 14-17, 2020

VALLEY FORGE, PA

Dec 16-19, 2019Feb 10-13, 2020May 11-14, 2020Jul 6-9, 2020Sep 14-17, 2020Oct 19-22, 2020

COURSE OPTION FOR SUBSTATION MAINTENANCE CERTIFICATION: SEE PAGE 16

27

ELECTRICAL SAFETY 2020 COURSE CATALOG

ELECTRICAL SAFETY FOR UTILITIES

ELECTRICAL SAFETY FOR INDUSTRIAL FACILITIES

NFPA 70E® 2018 ELECTRICAL SAFETY

ELECTRICAL SAFETY FOR INSPECTORS

ELECTRICAL SAFETY FOR MINING

OSHA® GENERATION, TRANSMISSION & DISTRIBUTION

OSHA® ELECTRICAL SAFETY-RELATED WORK PRACTICES

NATIONAL ELECTRICAL CODE 2020

NATIONAL ELECTRICAL CODE CHANGES 2020

ELECTRICAL SAFETY FOR OVERHEAD CONTACT SYSTEMS

ENERGIZED OVERHEAD CONTACT(OCS) LINE SAFETY

MARITIME ELECTRICAL SAFETY

ELECTRICAL

SAFETYELECTRICAL SAFETY FOR UTILITIES LECTURE

COURSE 223 • 4 DAYS • 2.8 CEUs • $1,420 CERTIFICATION COURSE

This course provides training for new or experienced electricians, linemen, technicians, engineers, supervisors, and safety managers that install, maintain, repair, troubleshoot, or work around power generation, transmission and distribution equipment.

Informal on-the-job training can be dangerous. To ensure adequate safe work practices are followed, personnel must understand electrical hazards, safety regulations, and the use of safe work procedures, protective equipment, and standards. This course meets mandated training requirements of OSHA® 1910.332 and .269 and improves ability to interpret OSHA®, the National Electrical Safety Code (NESC®), ASTM and other applicable electrical safety regulations. Applying these best practices is essential to preventing electrical accidents, outages, and equipment damage.


uu Explain the hazards and effects of electricityuu Interpret and apply hazardous energy control regulations for utilities as required by OSHA® uu Outline installation of temporary grounding for personal protectionuu Utilize safe work practices for work on or around substation equipment, transmission equipment, and overhead linesuu Recognize appropriate personal protective equipment for a variety of applicationsuu Describe the functions of a substation grounding system

COURSE OPTION FOR SUBSTATION MAINTENANCE CERTIFICATION: SEE PAGE 16

ELECTRICAL SAFETY FOR INDUSTRIAL FACILITIES LECTURE

COURSE 290 • 4 DAYS • 2.8 CEUs • $1,420 CERTIFICATION COURSE | AVAILABLE IN SPANISH

This course is essential for new or experienced electricians, technicians, engineers, supervisors, and safety managers that install, maintain, repair, troubleshoot, or work around industrial electrical systems. Participants are trained to recognize electrical hazards, electrical safety regulations, and the use of safe work procedures and personal protective equipment (PPE).

Students are familiarized with updates to OSHA®, NFPA 70E®, NEC® and PPE improvements. Information is provided to help realize the benefits of an electrical safety program which results in fewer electrical accidents, improved power system reliability, OSHA® compliance, and potential reductions in losses due to accidents and injuries. It provides critical information to help meet the mandated training requirements of OSHA® 1910.332.


uu Explain the hazards and effects of electricityuu Interpret applicable regulationsuu Perform hazardous energy control for industrial facilities as required by OSHA®

uu Employ installation of temporary grounding for personal protectionuu Select appropriate personal protective equipment for a variety of applicationsuu Apply the general requirements of electrical regulations and standards to establish an electrically safe work environmentuu Choose correct grounding methods for protection of personnel and electrical systems

ELECTRICAL SAFETY FOR MINING LECTURE

COURSE 500 • 3.5 DAYS • 2.5 CEUs

This course is intended for new 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. 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. This course provides up-to-date information that will aid in establishing an effective electrical safety program in mines.

LEARNING OBJECTIVES:uu Explain the hazards of electricity and their effectsuu Select appropriate personal protective equipment for a variety of applicationsuu Utilize safe work practices, both above and below ground, for work on or around metal clad switchgear, substation equipment, motor control centers, and batteriesuu Outline installation and testing of permanent and temporary grounding systems for personal protectionuu Identify specific hazards for working with electrical equipment in minesuu Apply lockout/tagout policy, energized work permits, and overhead line clearancesuu Interpret MSHA and applicable OSHA® regulations

DALLAS, TX

Nov 11-14, 2019Dec 9-12, 2019Mar 30-Apr 2, 2020Jun 22-25, 2020Sep 8-11, 2020

FONTANA, CA

May 26-29, 2020Oct 26-29, 2020

FORT COLLINS, CO

Mar 23-26, 2020Jul 27-30, 2020

HOUSTON, TX

Feb 18-21, 2020Nov 16-19, 2020

VALLEY FORGE, PA

Apr 20-23, 2020

HOUSTON, TX

Nov 14-15, 2019Jan 6-7, 2020Jul 29-30, 2020Nov 2-3, 2020

READING, MA

May 11-12, 2020

SAN LEANDRO, CA

Nov 13-14, 2019Jan 22-23, 2020Apr 14-15, 2020Jul 13-14, 2020Nov 30-Dec 1, 2020

SEYMOUR, CT

Oct 28-29, 2019Jan 27-28, 2020May 27-28, 2020

SUMNER, WA

Jan 27-28, 2020Apr 6-7, 2020Jun 29-30, 2020Sep 28-29, 2020

VALLEY FORGE, PA

Oct 17-18, 2019Dec 2-3, 2019Feb 3-4, 2020Mar 11-12, 2020May 6-7, 2020Jun 17-18, 2020Aug 26-27, 2020Oct 26-27, 2020Nov 16-17, 2020

DALLAS, TX


CHICAGO, IL

Nov 19-20, 2019

CLEVELAND, OH

Oct 1-2, 2019Dec 9-10, 2019Mar 16-17, 2020Jun 1-2, 2020Oct 19-20, 2020

FONTANA, CA

Dec 9-10, 2019Mar 30-31, 2020Aug 31-Sep 1, 2020Oct 14-15, 2020

FORT COLLINS, CO

Apr 27-28, 2020Aug 17-18, 2020

29


ELECTRICAL SAFETY FOR INSPECTORS LECTURE


This course provides up-to-date information on OSHA® General Industry, NFPA 70®, 70E®, 70B and IEEE standards that are relevant to electrical safety in the workplace. Armed with this knowledge, safety managers, human resources (HR), and risk and loss control personnel can implement an effective self-inspection program that helps prevent electrical accidents, OSHA® citations, and outages caused by accidents. The information provided in this course prepares participants to recognize existing issues within their facility.

LEARNING OBJECTIVES:uu Explain the hazards and effects of electricityuu Interpret applicable regulationsuu Establish a preventive maintenance program per NFPA 70E® & 70B®

uu Perform hazardous energy control for industrial facilities as required by OSHA®

uu Use safe work practices for work on or around industrial electrical equipment and overhead linesuu Select appropriate personal protective equipment (PPE) for a variety of applicationsuu Apply the general requirements of electrical regulations and standards to establish an electrically safe work environmentuu List the requirements for an electrical safety inspection of an industrial, utility or utility-like installation, following a comprehensive checklist

REQUIRED FOR INDUSTRIAL ELECTRICAL SAFETY INSPECTOR CERTIFICATION: SEE PAGE 17

NFPA 70E® 2018 ELECTRICAL SAFETY LECTURE

COURSE 431 • 2 DAYS • 1.4 CEUs • $855 CERTIFICATION COURSE | AVAILABLE IN SPANISH

This 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. This updated standard contains significant changes when compared to its 2015 version. Changes in the NFPA 70E® 2018 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 of electrical equipment.

The course covers the requirements for working safely in an electrical environment and assists in meeting the mandated training requirements of OSHA® 1910.332. OSHA® specifically mandates employer assessment of generally recognized hazards in the workplace, and provisions for protecting the employee from those hazards. Students will receive the NFPA 70E® 2018 Standard.


uu Identify common factors of electrical accidentsuu Outline the arrangement of the material in the NFPA 70E®

uu Explain the hazards of electrical work and their effects on the employeeuu Describe the main elements in an electrical safe work programuu Summarize the requirements for establishing an electrically safe work conditionuu Establish the requirements for a shock risk and arc flash assessmentuu Implement approach boundaries for shock protection and arc flash hazard for qualified and unqualified employeesuu Select personal protective equipment for shock and arc flash protectionuu Practice safe work practices if an arc flash hazard is present

COURSE OPTION FOR LOW-VOLTAGE CIRCUIT BREAKER MAINTENANCE CERTIFICATION: SEE PAGE 16

SAN LEANDRO, CA

Feb 10-13, 2020

SEYMOUR, CT

Mar 16-19, 2020Aug 17-20, 2020

SUMNER, WA

Mar 9-12, 2020Jul 6-9, 2020

VALLEY FORGE, PA

Mar 30-Apr 2, 2020Aug 31-Sep 3, 2020

DALLAS, TX

Jan 6-9, 2020Feb 3-6, 2020Mar 2-5, 2020May 4-7, 2020Jun 1-4, 2020Jul 27-30, 2020Sep 14-17, 2020Nov 30-Dec 3, 2020

CHICAGO, IL

Dec 2-5, 2019May 18-21, 2020

FONTANA, CA

Oct 7-10, 2019Jan 13-16, 2020Apr 14-17, 2020Aug 10-13, 2020Nov 30-Dec 3, 2020

HOUSTON, TX

Dec 9-12, 2019Apr 6-9, 2020

31


30

OSHA® ELECTRICAL SAFETY-RELATED WORK PRACTICES LECTURE

COURSE 259 • 2 DAYS • 1.4 CEUs CERTIFICATION COURSE | AVAILABLE IN SPANISH

This course is intended for any construction, industrial, or commercial personnel that work on or around electrical equipment operating at 50 volts or more. It assists in meeting the OSHA® mandated training requirements of 29 CFR 1910.331-.335 for “qualified” and “unqualified” personnel. 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. Electrical hazards are among the four leading causes of workplace injuries and they are disproportionately fatal and costly.

LEARNING OBJECTIVES:uu Explain the hazards and effects of electricityuu Interpret applicable regulationsuu Perform hazardous energy control for industrial facilities as required by OSHA®

uu Use safe work practices while working on or around industrial electrical equipment and overhead linesuu Select appropriate personal protective equipment for a variety of applicationsuu Apply the general requirements of electrical regulations and standards to establish an electrically safe work environment

OSHA® GENERATION, TRANSMISSION & DISTRIBUTION LECTURE

COURSE 260 • 2 DAYS • 1.4 CEUs

This course is intended for personnel that work on or around power generation, transmission, and distribution equipment operating at 600 volts or more. It’s designed to familiarize participants with the latest “Final Rule for 1910.269 Electric Power Generation and Distribution.” OSHA®’s electrical standards are designed to protect employees exposed to dangers such as electric shock, arc flash, fires, and explosions. As one of OSHA®’s “Fatal Four,” electrical hazards cause hundreds of deaths and thousands of injuries in the workplace every year. OSHA® requires training for all employees that perform work that could put them at risk from electrical hazards.

LEARNING OBJECTIVES:uu Explain the hazards and effects of electricityuu Show the source of electrical regulations and standardsuu Describe training requirements for qualified workers, working on or near generation, transmission and distribution types of constructionuu Outline requirements for work performed on electrical power installations and equipmentuu Discuss the OSHA® requirements for first aid, CPR, and emergency rescueuu Summarize the hazardous energy control requirements of 1910.269(d) and (m)

NATIONAL ELECTRICAL CODE® 2020 LECTURE


This course provides electricians, electrical inspectors, and electrical contractors a comprehensive study of Chapters 1 through 4 of the 2020 National Electrical Code®, with a brief overview of Chapter 5. Additionally, major updates and revisions from previous editions are addressed throughout. Class participants will receive a softbound copy of the NEC® 2020 standard, using it to apply the code for proper installation of electrical circuits and equipment.

This course also provides a study of electrical terms and requirements for electrical installations such as branch circuits, grounding systems, wiring methods and material, overcurrent protection, voltage drop, and neutral load.

Through practical application, the use of calculations and other methods for determining conductor ampacity will be explored. The content of the NEC® 2020 course also addresses the OSHA® 29 CFR 1910.301-308 mandated requirements for electrical installations.

LEARNING OBJECTIVES:uu Describe the organization of the 2020 National Electrical Code® and its general requirementsuu Explain grounding and bonding requirementsuu Identify and use the various tablesuu Outline the method for determining conductor ampacityuu Calculate neutral, branch circuit, and feeder loadsuu Summarize how to calculate electrical enclosure and conduit conductor filluu Determine acceptable wiring methodsuu Relate the process of sizing motor circuits and required componentsuu List the requirements for GFCI use with temporary wiring

NATIONAL ELECTRICAL CODE® CHANGES 2020 LECTURE

COURSE 227B • 2 DAYS • 1.4 CEUs

The National Electrical Code® is updated on a three-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. This course is intended for electricians, electrical inspectors, and contractors needing to meet Federal, State, and local requirements for installing electrical work. 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. Major revisions are explained in the 2020 edition along with substantiation for those changes.

LEARNING OBJECTIVES:uu Identify the major changes in the National Electrical Code® from 2014 to 2020uu Outline the format indicating where changes have been madeuu Describe substantiations for these changesuu Summarize the technical impact of changes

“My instructor was great. He listened to each question, and answered each one using the best of his experience. It was very good instructional learning, and I would recommend the class to everyone.” Kamal N.- Island Energy

OPTION FOR LOW-VOLTAGE CIRCUIT BREAKER MAINTENANCE TECHNICIAN CERTIFICATION:SEE PAGE 16

REQUIRED FOR INDUSTRIAL ELECTRICAL SAFETY INSPECTOR CERTIFICATION: SEE PAGE 17

3332

ELECTRICAL SAFETY FOR OVERHEAD CONTACT SYSTEMS LECTURE

COURSE 600 • 2 DAYS • 1.4 CEUs • $855

This two-day course is intended for new, or experienced electricians, technicians, engineers, and supervisors that install, maintain, repair, troubleshoot, or work around Overhead Contact Systems. Technicians that maintain the overhead lines and equipment are taught the unique safety hazards involved, with OCS installations. An effective electrical safety training program can ensure OSHA® compliance and minimize the risk of electrical accidents during energized or de-energized work. This course meets the mandated training requirements of OSHA® 1910.332 and .269.

LEARNING OBJECTIVES:uu Explain the hazards of electricity and their effectsuu Describe hazardous energy control as required by OSHA®

uu Outline installation of protective grounding for personnel protectionuu Identify the requirements for good energized work proceduresuu Select appropriate personal protective equipment for a variety of applicationsuu Properly care for and use electrical protective equipmentuu Utilize appropriate techniques for use of insulating equipmentuu Discuss specific equipment hazards of electrical equipment

ENERGIZED OVERHEAD CONTACT (OCS) LINE SAFETY LECTURE

COURSE 556 • 10 DAYS • 7 CEUs

This comprehensive 10-day program is designed to assist in meeting the requirements for “Qualified Workers” involved in maintaining energized overhead contact systems (OCS). Participants will learn the safe work practices required when working on or near energized overhead contact systems. Maintenance technicians learn 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.

LEARNING OBJECTIVES:uu Explain the hazards of electricity and their effectsuu Perform hazardous energy control as required by OSHA®

uu Employ installation of protective grounding for personnel protectionuu Identify the requirements for good energized work proceduresuu Select appropriate personal protective equipment for a variety of applicationsuu Properly care for and use electrical protective equipmentuu Utilize appropriate techniques for use of insulating equipmentuu Describe specific equipment hazards of electrical equipmentuu Work safely on or near energized overhead contact systems

MARITIME ELECTRICAL SAFETY LECTURE

COURSE 432 • 2 DAYS • 1.4 CEUs

This course is intended for maritime personnel who work on or around electrical equipment and systems rated 50 volts to ground or more; in vessels, shipyards, ship breaking, or similar activities where personnel are, or may be, exposed to electrical hazards. Electrical safety compliance for maritime workers is comprised of various regulations and standards with overlapping jurisdictions, and requires a thorough understanding of applicable regulations and standards that are identified in the 2006 OSHA® Shipyard Employment “Tool Bag” Directive (CPL 02-00-162), which clarifies the importance of electrical safety for all maritime workers.


uu Identify safe work practices for working on or near electrical equipment and systemsuu Describe the purpose and elements of performing electrical hazard risk assessmentuu Outline standard safe work practices for performing hazardous energy control proceduresuu Recognize which general industry regulations and electrical safety standards apply to the maritime industry under OSHA® 1915 and why

DALLAS, TX

Oct 14-18, 2019Nov 4-8, 2019Dec 2-6, 2019Jan 6-10, 2020Feb 3-7, 2020Mar 9-13, 2020Mar 30-Apr 3, 2020Apr 13-17, 2020May 4-8, 2020Jun 8-12, 2020Jul 13-17, 2020Aug 3-7, 2020Aug 17-21, 2020Sep 14-18, 2020Oct 5-9, 2020Nov 2-6, 2020Nov 30-Dec 4, 2020

HOUSTON, TX

Sep 30-Oct 4, 2019May 18-22, 2020Aug 24-28, 2020

SAN LEANDRO, CA

Nov 18-22, 2019Dec 9-13, 2019Apr 27-May 1, 2020Sep 21-25, 2020Nov 2-6, 2020

SUMNER, WA

Oct 28-Nov 1, 2019Apr 20-24, 2020Jun 15-19, 2020Aug 3-7, 2020

VALLEY FORGE, PA

Nov 18-22, 2019Jan 13-17, 2020Mar 16-20, 2020Jun 1-5, 2020Jul 20-24, 2020Sep 14-18, 2020Nov 9-13, 2020

35

CABLE SPLICING & TERMINATING, MEDIUM-VOLTAGE Hands-On

COURSE 130 • 4.5 DAYS • 3.2 CEUs • $2,045 • PLUS $965 MATERIALS CERTIFICATION COURSE

This course provides instruction in the proper installation of cable splices and terminations. New or experienced electricians and technicians that install, maintain, repair, or troubleshoot 5-35 kV solid dielectric power cables will benefit from this course. Properly trained and skilled craftsmen who install and test cables correctly can drastically improve their life expectancy.

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.


uu Explain medium voltage cable components and constructionuu Identify applications of different cable types including marine, offshore, mining, underground (URD), and techuu Prepare cable for splicing utilizing hand tools, abrasives and solventsuu Install taped, molded, and heat shrink splices on tape-shielded and jacketed concentric (JCN) cablesuu Install taped, cold shrink, heat shrink and molded elbow terminationsuu Utilize a high potential tester for performing withstand tests on assembled splicesuu Identify the causes of splice and termination failuresuu Explain procedures for buried, duct/tray installation and relevant OSHA® safety requirements

REQUIRED FOR MEDIUM-VOLTAGE CABLE TECHNICIAN CERTIFICATION: SEE PAGE 17

ELECTRICAL

CABLE

CABLE SPLICING & TERMINATING, MEDIUM-VOLTAGE

CABLE TESTING & DIAGNOSTICS, MEDIUM-VOLTAGE

CABLE FAULT LOCATION & TRACING, MEDIUM-VOLTAGE

CERTIFIED FIBER OPTIC TECHNICIAN - FOA

DALLAS, TX


DALLAS, TX

Oct 28-Nov 1, 2019Nov 18-22, 2019Dec 16-20, 2019Jan 27-31, 2020Feb 17-21, 2020Mar 23-27, 2020Apr 27-May 1, 2020May 18-22, 2020Jun 22-26, 2020Jul 27-31, 2020Aug 31-Sep 4, 2020Sep 28-Oct 2, 2020Oct 19-23, 2020Nov 16-20, 2020

DFW AIRPORT DALLAS , TX

Nov 4-8, 2019Jan 27-31, 2020Mar 2-6, 2020May 4-8, 2020Jul 6-10, 2020Sep 14-18, 2020Nov 16-20, 2020

37

ELECTRICAL CABLE 2020 COURSE CATALOG

36

CABLE TESTING & DIAGNOSTICS, MEDIUM-VOLTAGE Hands-On

COURSE 131 • 4.5 DAYS • 3.2 CEUs • $2,135 CERTIFICATION COURSE

This comprehensive, hands-on preventative maintenance course is intended for engineers, electrical technicians, and supervisors that test, install, maintain, repair, or troubleshoot 5-35 kV solid dielectric and paper insulated power cables. Students will perform and analyze results of insulation resistance tests (DAR & PI) and Type I withstand tests (DC, AC, & VLF). Also, diagnostic tests such as Partial Discharge and Tan Delta will be performed.Cable diagnosis is predictive, often performed as part of a condition-based maintenance strategy. This course focuses on data collection to provide information about the overall cable condition. Students will learn when to perform maintenance; recognizing the indicators of performance deterioration as well imminent cable failure.


uu Identify medium voltage cable components and causes of failureuu Utilize safe work practices for cable testing per OSHA® and industry consensus standardsuu Interpret current industry cable testing standards and proceduresuu Perform and analyze results of:

- Insulation Resistance Tests (DAR and PI) - Withstand Tests (DC, AC & VLF) - Diagnostic Field Tests (Tan Delta & PD)uu Outline the benefits of establishing a Conditioned-Based Cable Maintenance Program

CABLE FAULT LOCATION & TRACING, MEDIUM-VOLTAGE Hands-On


This 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. Medium-voltage cable systems are the backbone of electrical systems worldwide, yet they are often the most ignored part of the power system – until there is a failure. One of the most important aspects of medium-voltage cable maintenance is “fault location.” Cable systems today have higher failure rates than ever before, due to aging, environmental stresses, and improper installation. The ability to efficiently locate faults greatly reduces downtime and outage costs.


uu Identify medium-voltage cable components and causes of failureuu Utilize safe work practices for cable testing per OSHA® and industry consensus standardsuu Trace cable installations with modern cable route tracing and identification equipmentuu Locate secondary faults using earth gradient (sheath fault) technologiesuu Pinpoint faults using magnetic and acoustical tracing system and arc reflection technologiesuu Apply a proven fault locating process: Test, Analyze, Localizeuu Locate faults in a comprehensive cable field lab environment

REQUIRED COURSE FOR MEDIUM-VOLTAGE CABLE TECHNICIAN CERTIFICATION: SEE PAGE 17

REQUIRED COURSE FOR CERTIFIED FIBER OPTIC TECHNICIAN (FOA) CERTIFICATION: SEE PAGE 17REQUIRED COURSE FOR MEDIUM-VOLTAGE CABLE DIAGNOSTICS & TESTING CERTIFICATION: SEE PAGE 17

CERTIFIED FIBER OPTIC TECHNICIAN - FOA Hands-On

COURSE 404C • 4.5 DAYS • 3.2 CEUs • $2,225 CERTIFICATION COURSE

This course explores the limitations of bending, the effects of temperature, how to effectively splice and connectorize fiber optics, how to troubleshoot a system, and how to confirm the quality of connections and splices; all the skills necessary for the proper installation and repair of fiber optic 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 a certified FOA instructor, participants must score the minimum (70%) to meet the FOA certification requirements.


uu Identify and specify components of a fiber optic systemuu Determine the appropriate fiber for different applications, install fiber optic cable, and test for EIA/TIA acceptable lossesuu Utilize fiber optic test equipment, including an optical time domain reflectometer (OTDR), light source and power meteruu Install and test mechanical and fusion splices to EIA/TIA standardsuu Identify damage to cables and the associated causes, also budget for losses in fiber optic systemsuu Utilize attenuators to adjust power levels (DBM) at the receiver

DALLAS, TX

Oct 7-11, 2019Nov 4-8, 2019Dec 2-6, 2019Jan 6-10, 2020Feb 3-7, 2020Mar 9-13, 2020Mar 30-Apr 3, 2020Apr 13-17, 2020May 11-15, 2020Jun 8-12, 2020Jul 13-17, 2020Jul 27-31, 2020Aug 24-28, 2020Sep 14-18, 2020Oct 5-9, 2020Nov 2-6, 2020

CHICAGO, IL

Mar 9-13, 2020Aug 10-14, 2020Dec 7-11, 2020

CLEVELAND, OH

Jan 13-17, 2020Jul 20-24, 2020

FONTANA, CA

Oct 21-25, 2019Feb 24-28, 2020Jun 1-5, 2020Sep 28-Oct 2, 2020Nov 2-6, 2020

DALLAS, TX

Nov 11-15, 2019Dec 9-13, 2019Feb 10-14, 2020Apr 20-24, 2020May 18-22, 2020Jun 15-19, 2020Aug 10-14, 2020Sep 21-25, 2020Nov 9-13, 2020

CHICAGO, IL

Mar 16-20, 2020Aug 17-21, 2020

FONTANA, CA

Mar 2-6, 2020Jun 8-12, 2020

HOUSTON, TX

Feb 3-7, 2020Oct 5-9, 2020

HOUSTON, TX

Jan 27-31, 2020Sep 28-Oct 2, 2020

READING, MA

Oct 21-25, 2019

SAN LEANDRO, CA

Sep 30-Oct 4, 2019Dec 2-6, 2019Jun 15-19, 2020Aug 24-28, 2020

SEYMOUR, CT

Apr 13-17, 2020Jul 20-24, 2020Oct 5-9, 2020

SUMNER, WA

Nov 18-22, 2019Feb 10-14, 2020May 11-15, 2020Aug 17-21, 2020Oct 19-23, 2020

VALLEY FORGE, PA

Nov 4-8, 2019Nov 18-22, 2019Jan 6-10, 2020Mar 30-Apr 3, 2020Apr 27-May 1, 2020Jul 6-10, 2020Sep 21-25, 2020Nov 16-20, 2020

READING, MA

Nov 18-22, 2019

SAN LEANDRO, CA

Mar 23-27, 2020Aug 31-Sep 4, 2020

SUMNER, WA

May 18-22, 2020Oct 26-30, 2020

VALLEY FORGE, PA

Sep 30-Oct 4, 2019Nov 11-15, 2019Jan 27-31, 2020May 4-8, 2020Jul 13-17, 2020Sep 28-Oct 2, 2020Nov 30-Dec 4, 2020

39

PROTECTIVE RELAY 2020 COURSE CATALOG

PROTECTIVE RELAY MAINTENANCE, BASIC Hands-On

COURSE 137 • 4.5 DAYS • 3.2 CEUs • $2,045 CERTIFICATION COURSE | AVAILABLE IN SPANISH

This course explores relay distribution in an intensive, lab-oriented presentation. 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 explore applicable NETA testing standards; determining which test result information should be recorded and which hand tools are necessary for proper adjustment and calibration.


uu Explain the application of these relaysuu Identify critical relay componentsuu Interpret AC and DC relay schemesuu Practice standard tests to be performed on the relaysuu Perform as found/as left tests and calibrate relays with the following functions (ANSI device number):

– Instantaneous and Time Overcurrent (50/51) – Overvoltage (59) – Bus Differential (87B) – Transformer Percentage Differential with Harmonic Restraint (87T) – Targets and Indicatorsuu Use the provided relay test set to perform direct injection testing and evaluate results

PROTECTIVE RELAY MAINTENANCE, ADVANCED Hands-On


Course participants 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, proper calculations for impedance relay testing, and detailed adjustment and calibration procedures utilizing state-of-the-art relay test sets. Class participants will explore applicable NETA testing standards; determining which test result information should be recorded and which hand tools are necessary for proper adjustment and calibration.


uu Explain the application of these relaysuu Identify electromechanical relay componentsuu Interpret AC and DC relay schemesuu Perform as-found/as-left tests and calibrate the following relays (ANSI device numbers):

– Distance (21) – Phase Directional Overcurrent (67) – Ground Directional Overcurrent (67G) – Targets and Indicatorsuu Perform direct injection testing and evaluate results

PROTECTIVE

RELAY

PROTECTIVE RELAY MAINTENANCE, BASIC

PROTECTIVE RELAY MAINTENANCE, ADVANCED

PROTECTIVE RELAY MAINTENANCE, SOLID STATE

PROTECTIVE RELAY MAINTENANCE, GENERATION

MICROPROCESSOR-BASED RELAY TESTING, FEEDER PROTECTION

MICROPROCESSOR-BASED RELAY TESTING, TRANSFORMER PROTECTION

MICROPROCESSOR-BASED RELAY TESTING, GENERATION

ADVANCED VISUAL TESTING SOFTWARE

REQUIRED COURSE FOR BASIC PROTECTIVE RELAY MAINTENANCE CERTIFICATION: SEE PAGE 16

REQUIRED COURSE FOR ADVANCED PROTECTIVE RELAY MAINTENANCE CERTIFICATION: SEE PAGE 16

DALLAS, TX

Oct 14-18, 2019

SAN LEANDRO, CA

Mar 30-Apr 3, 2020Sep 14-18, 2020

DALLAS, TX

Sep 30-Oct 4, 2019Feb 24-28, 2020May 4-8, 2020Aug 3-7, 2020Oct 26-30, 2020

DALLAS, TX

Nov 18-22, 2019Dec 16-20, 2019Mar 16-20, 2020Jun 22-26, 2020Nov 16-20, 2020

CHICAGO, IL

Feb 24-28, 2020

CLEVELAND, OH

Oct 21-25, 2019Jan 27-31, 2020May 11-15, 2020

FONTANA, CA

Apr 13-17, 2020

READING, MA

Oct 26-30, 2020

SAN LEANDRO, CA

Jan 13-17, 2020

SEYMOUR, CT

Sep 14-18, 2020

SUMNER, WA

Jul 13-17, 2020

VALLEY FORGE, PA

Feb 10-14, 2020Aug 10-14, 2020

41


40

PROTECTIVE RELAY MAINTENANCE, SOLID STATE Hands-On


This intensive, hands-on course is designed specifically for test technicians responsible for the setting, testing, and calibration of solid-state protective relays. The specialized testing procedures used to test and calibrate these relays will be fully explored through discussions of operating theory combined with rigorous lab exercises.

Realistic training on actual relays 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 explore applicable NETA testing standards; determining which test result information should be recorded and which hand tools are necessary for proper adjustment and calibration.


uu Identify the type of relay and its functions uu Interpret internal and external AC and DC schematics uu Connect a relay test set to the relay for testing purposesuu Perform the field tests and calibrate the tested relay as necessaryuu Interpret test results and take corrective action if necessaryuu Utilize test forms and keep proper records

This course is an intensive, hands-on, lab-oriented class covering: – Sync Check Relay (25) – Voltage Relays (27) – Directional Power (32) – Overcurrent (50/51) – Directional Overcurrent (67) – Transformer Differential (87T) – Targets and Indicators

PROTECTIVE RELAY MAINTENANCE, GENERATION Hands-On


Course participants learn the basics of generator protection combined with hands-on training using actual relays. Lab 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 explore applicable NETA testing standards; determining which test result information should be recorded, and which hand tools are necessary for proper adjustment and calibration. In addition, generator protective zones and their associated protective relays will be explored.


uu Identify generator relay components and outline their operationuu Interpret AC and DC relay schemesuu Perform tests and calibrate the following relays (ANSI device number):

– Voltage Controlled/Restrained Overcurrent (27/51) – Directional Power Relays (32) – Loss of Field/Excitation (40) – Generator Differential Relays (87G) – Targets and Indicatorsuu Summarize the application of the relaysuu Perform direct injection testing and evaluate results

MICROPROCESSOR-BASED RELAY TESTING, Hands-On

FEEDER PROTECTIONCOURSE 553 • 4.5 DAYS • 3.2 CEUs • $2,170

This hands-on course is designed for test technicians and other persons involved in setting, testing, and diagnosing microprocessor-based relays that protect feeder and bus systems. NETA and NFPA 70B® maintenance and testing standards recommend testing relays either every two years or at other regular intervals, based on equipment condition and reliability requirements.


uu Outline how the relay is applied in the power system and identify critical componentsuu Interpret external wiring connections and internal logic functionsuu Follow NETA standards when performing tasks with the microprocessoruu Establish communication with the relayuu Verify proper operation of relay indicators and output operation.uu Connect relay test set and perform metering check and field testsuu Perform the following relay element tests and interpret the results:

– Phase Time Overcurrent – Phase Instantaneous Overcurrent – Ground Time Overcurrent – Ground Instantaneous Overcurrent – Neutral Time Overcurrent – Neutral Instantaneous Overcurrent – Negative Sequence Time Overcurrent – Negative Sequence Instantaneous Overcurrent

– Sensitive Ground Time Overcurrent – Sensitive Ground Instantaneous Overcurrent – Bus Undervoltage – Overvoltage – Line Undervoltage – Underfrequency – Synchrocheck

Relays used in lab exercise will be SEL 751A, GE-SR750, and ABB REF615.Note: Visit www.avotraining.com for a detailed list of equipment required for this course. Administrative rights to install software must be granted for successful course completion.

REQUIRED COURSE FOR SOLID STATE PROTECTIVE RELAY MAINTENANCE CERTIFICATION: SEE PAGE 17

REQUIRED COURSE FOR GENERATION PROTECTIVE RELAY MAINTENANCE CERTIFICATION: SEE PAGE 17

43


MICROPROCESSOR-BASED RELAY TESTING, Hands-On

TRANSFORMER PROTECTIONCOURSE 554 • 4.5 DAYS • 3.2 CEUs • $2,170

This hands-on course is for test technicians and other persons involved in setting, testing, and diagnosing microprocessor-based relays that protect transformers. NETA and NFPA 70B® maintenance and testing standards recommend testing relays either every two years or at other regular intervals, based on equipment condition and reliability requirements.

LEARNING OBJECTIVES: uu Outline how the relay is applied in the power system and identify critical componentsuu Interpret external wiring connection and internal logic functionsuu Follow NETA standards when performing tasks with the microprocessor based relaysuu Establish communication with the relay.uu Verify proper operation of relay indicators and output operationuu Connect a relay test set and perform metering check and field testsuu Perform the following relay element tests and interpret the results:

– Percent Differential (pickup and slope)– Instantaneous Differential– Second Harmonic Restraint– Phase Time Overcurrent– Phase Instantaneous Overcurrent– Phase Directional– Ground Time Overcurrent– Ground Instantaneous Overcurrent– Restricted Ground Fault

MICROPROCESSOR-BASED RELAY TESTING, GENERATION Hands-On

COURSE 551 • 4.5 DAYS • 3.2 CEUs • $2,170

This 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. NETA and NFPA 70B maintenance and testing standards recommend testing relays either every two years or at other regular intervals based on equipment condition and reliability requirements.


uu Identify generator relay components and explain their operationuu Interpret AC and DC relay schemesuu Perform tests and calibrate the following relays (ANSI device numbers)

– Backup Impedance (21) – Over Excitation (24) – Loss of Excitation (40) – Negative Sequence (46) – Voltage Controlled Overcurrent (51C) – Voltage Restrained Overcurrent (51V) – Under/Overvoltage (27/59) – Out-of-Step (78) – Frequency (81) – Generator Differential Elements (87)uu Send original settings to the relay after testing

Relays used in lab exercise will be: SEL -300G, Multilin SR-489, and Beckwith M-3425A

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.

ADVANCED VISUAL TESTING SOFTWARE Hands-On

COURSE 403 • 4.5 DAYS • 3.2 CEUs • $2,055AVTS 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. Students receive an upgrade to the current version of AVTS and Megger’s complete library of relay test modules. Students are instructed to set up communications with the relay test set, find the desired relays to be tested, and execute individual or group tests. Methods for modifying tests to meet individual needs will be taught and applied in hands-on labs. Database management and test report organization and usage are addressed, as well.

LEARNING OBJECTIVES:uu Set up software and hardware for test set communicationsuu Configure a new AVTS databaseuu Import test modulesuu Modify modules for specific relaysuu Use tools and editors to enhance testinguu Test electromechanical and microprocessor relaysuu Analyze test results for trending and prioritizing repairs


DALLAS, TX

Oct 21-25, 2019Jan 13-17, 2020Mar 23-27, 2020Jul 6-10, 2020Nov 30-Dec 4, 2020

CLEVELAND, OH

Feb 3-7, 2020

FONTANA, CA

May 4-8, 2020

READING, MA

Sep 21-25, 2020

SAN LEANDRO, CA

Apr 20-24, 2020

SUMNER, WA

Jun 1-5, 2020

VALLEY FORGE, PA

Dec 9-13, 2019Aug 17-21, 2020

DALLAS, TX

Oct 28-Nov 1, 2019Jan 27-31, 2020Apr 27-May 1, 2020Jul 20-24, 2020Oct 19-23, 2020

SEYMOUR, CT

Feb 17-21, 2020Jun 15-19, 2020

VALLEY FORGE, PA

Mar 2-6, 2020Aug 3-7, 2020Nov 2-6, 2020

DALLAS, TX

Oct 14-18, 2019Feb 17-21, 2020Jun 1-5, 2020Aug 17-21, 2020Oct 12-16, 2020

Relays used in lab exercise will be SEL 787, GE-URT60, and ABB RET615Note: Visit www.avotraining.com for a detailed list of equipment required for this course. Administrative rights to install software must be granted for successful course completion.

– Neutral Time Overcurrent– Neutral Instantaneous Overcurrent– Phase Undervoltage– Phase Overvoltage– Neutral Overvoltage– Volts per Hertz– Underfrequency– Overfrequency– Synchrocheck

45

CIRCUIT BREAKER 2020 COURSE CATALOG

CIRCUIT BREAKER MAINTENANCE, MEDIUM-VOLTAGE Hands-On

COURSE 300 • 3.5 DAYS • 2.5 CEUs • $1,700

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

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. 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.

LEARNING OBJECTIVES

uu Identify components and insulation mediums for all circuit breakers (vacuum, air magnetic, oil, and SF6)uu Utilize appropriate personal protective equipment and safe work procedures including lockout/tagout (LOTO)uu Evaluate breaker ratings for various applicationsuu Interpret control schematicsuu Outline removal and restoration proceduresuu Adjust linkages, switches and contactsuu Practice circuit breaker maintenance per manufacturers’ and NETA MTS specificationsuu Perform and evaluate the results of all required tests during labs

DALLAS, TX

Oct 21-24, 2019Dec 9-12, 2019Jan 21-24, 2020Feb 10-13, 2020Apr 20-23, 2020Jun 15-18, 2020Aug 17-20, 2020Sep 8-11, 2020Oct 5-8, 2020

CHICAGO, IL

Apr 13-16, 2020Sep 21-24, 2020

CLEVELAND, OH

Nov 18-21, 2019May 18-21, 2020Aug 10-13, 2020Nov 2-5, 2020

FONTANA, CA

Mar 23-26, 2020Jul 13-16, 2020

SAN LEANDRO, CA

Feb 17-20, 2020Aug 10-13, 2020

SEYMOUR, CT

Nov 4-7, 2019Apr 27-30, 2020Oct 19-22, 2020

SUMNER, WA

Mar 30-Apr 2, 2020Jul 27-30, 2020Nov 16-19, 2020

VALLEY FORGE, PA

Oct 7-10, 2019Apr 6-9, 2020Jun 22-25, 2020Oct 12-15, 2020

CIRCUIT BREAKER

CIRCUIT BREAKER MAINTENANCE, MEDIUM VOLTAGE

CIRCUIT BREAKER MAINTENANCE, SF6

CIRCUIT BREAKER MAINTENANCE, LOW-VOLTAGE

CIRCUIT BREAKER MAINTENANCE, MOLDED & INSULATED CASE

47

CIRCUIT BREAKER 2020 COURSE CATALOG

46

DALLAS, TX

Sep 30-Oct 3, 2019Feb 24-27, 2020May 26-29, 2020Aug 3-6, 2020Oct 26-29, 2020

CIRCUIT BREAKER MAINTENANCE, SF6 Hands-On

COURSE 332 • 4 DAYS • 2.8 CEUs • $1,840

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


uu Describe the safety hazards involved in working with SF6 gasuu Explain the procedure for adding gas to an SF6 circuit breakeruu Interpret an electrical schematic for an SF6 puffer circuit breakeruu Summarize the electrical and mechanical operating principles of an SF6 puffer circuituu Carry out circuit breaker inspection per manufacturer’s technical manualuu Perform and evaluate electrical and mechanical tests that are required by the manufacturer

DALLAS, TX

Jan 13-14, 2020Feb 24-25, 2020Apr 13-14, 2020Jun 29-30, 2020Oct 12-13, 2020Nov 9-10, 2020

CHICAGO, IL

Nov 21-22, 2019

HOUSTON, TX

Nov 12-13, 2019Jul 27-28, 2020

VALLEY FORGE, PA

Oct 15-16, 2019Mar 9-10, 2020May 4-5, 2020Aug 24-25, 2020

CIRCUIT BREAKER MAINTENANCE, LOW-VOLTAGE Hands-On


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


uu Describe the different types of circuit breakers, their components, and functionsuu Perform circuit breaker maintenance service safelyuu Carry out cabinet maintenance service safelyuu Demonstrate all standard tests performed on a circuit breaker

REQUIRED FOR LOW-VOLTAGE CIRCUIT BREAKER CERTIFICATION: SEE PAGE 16

CIRCUIT BREAKER MAINTENANCE, MOLDED & INSULATED CASE Hands-On


Molded and insulated case circuit breakers are designed to be disassembled, inspected, adjusted, and cleaned, and require testing and maintenance to ensure system reliability. This 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. Participants in this course will be required to perform visual and electrical inspections on the circuit breakers and their auxiliary devices.


uu Identify circuit breaker components uu Utilize appropriate personal protective equipment and safe work procedures for breaker maintenanceuu Interpret NEMA breaker maintenance proceduresuu Carry out complete circuit breaker maintenance, removal and restoration proceduresuu Perform and evaluate the results of low resistance, insulation resistance, and overcurrent testsuu Verify the operation of the trip device and the accessories

REQUIRED FOR LOW-VOLTAGE CIRCUIT BREAKER CERTIFICATION: SEE PAGE 16

DALLAS, TX

Oct 28-Nov 1, 2019Nov 11-15, 2019Dec 2-6, 2019Jan 6-10, 2020Feb 3-7, 2020Mar 2-6, 2020Apr 27-May 1, 2020May 18-22, 2020Jun 1-5, 2020Jul 6-10, 2020Aug 10-14, 2020Sep 21-25, 2020Oct 26-30, 2020Nov 30-Dec 4, 2020

CHICAGO, IL

Jan 13-17, 2020Jul 20-24, 2020

CLEVELAND, OH

Dec 2-6, 2019Sep 14-18, 2020

SAN LEANDRO, CA

Nov 4-8, 2019Dec 16-20, 2019May 4-8, 2020Jul 6-10, 2020Sep 28-Oct 2, 2020

SEYMOUR, CT

Sep 30-Oct 4, 2019Feb 24-28, 2020Nov 2-6, 2020

SUMNER, WA

Oct 7-11, 2019Feb 24-28, 2020Aug 24-28, 2020

VALLEY FORGE, PA

Oct 21-25, 2019Jan 27-31, 2020Apr 13-17, 2020Jul 27-31, 2020Oct 19-23, 2020

DALLAS, TX

Oct 28-Nov 1, 2019Jan 13-17, 2020Feb 10-14, 2020Apr 13-17, 2020May 4-8, 2020Jul 6-10, 2020Aug 17-21, 2020Sep 21-25, 2020Nov 2-6, 2020

FORT COLLINS, CO

Nov 18-22, 2019Jun 15-19, 2020Oct 5-9, 2020

HOUSTON, TX

Mar 23-27, 2020

DALLAS, TX

Jan 27-31, 2020May 18-22, 2020Sep 28-Oct 2, 2020Nov 16-20, 2020

CLEVELAND, OH

Mar 2-6, 2020Aug 17-21, 2020

FORT COLLINS, CO

Apr 20-24, 2020Jul 13-17, 2020Oct 26-30, 2020

HOUSTON, TX

Oct 7-11, 2019Jun 15-19, 2020

DALLAS, TX

Mar 30-Apr 2, 2020May 26-29, 2020Aug 31-Sep 3, 2020Oct 26-29, 2020

FORT COLLINS, CO

Dec 10-13, 2019Jun 22-25, 2020Aug 10-13, 2020

49

MOTORS & CONTROLS 2020 COURSE CATALOG

MOTOR CONTROLS & STARTERS, LOW-VOLTAGE Hands-On

COURSE 307 • 4.5 DAYS • 3.2 CEUs • $1,800

This course is intended for technicians that install, maintain, repair, or troubleshoot motor control centers rated 600 volts or less. Students learn effective maintenance and troubleshooting techniques that will enable the correct operation of control scheme, reduce repair time, and identify problems in control circuits. Students learn to design basic ladder diagrams for motor control circuits then wire up the circuits on simulators.


uu Explain the application of motor control pilot devicesuu Interpret MCC wiring diagrams and schematicsuu Describe control circuit types and show the application of two-wire control, three-wire control, reversing circuits, sequence control, jogging and inching circuitsuu Outline the methods of deceleration, reduced-voltage controls, speed controls, and operating principles of variable frequency drivesuu Troubleshoot motor control circuits utilizing a multimeteruu Design and wire various motor control circuits

MOTOR MAINTENANCE & TESTING Hands-On

COURSE 266 • 4 DAYS • 2.8 CEUs • $1,545

This hands-on course demonstrates how to quickly recognize, diagnose, and solve an evolving motor problem, preventing 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.


uu Outline the fundamentals of AC and DC motor constructionuu Interpret nameplate data and NEMA design codesuu Explain installation, starting/stopping methods, and maintenance of single-phase and three-phase synchronous, squirrel-cage (induction), and wound-rotor motorsuu Identify appropriate configurations of motor protection and control circuitsuu Perform and evaluate results from motor rotation, insulation, and surge tests

PROGRAMMABLE LOGIC CONTROLLERS MAINTENANCE & TROUBLESHOOTING Hands-On

COURSE 268 • 4.5 DAYS • 3.2 CEUs • $1,870

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 equipment online.

It is recommended that participants have a good understanding of relay logic and print reading. They should also have attended our Basic Electrical Troubleshooting (BET), and Motor Controls and Starters, Low-Voltage (MCSLV) courses prior to attending.


uu Review relay controluu Explain how peripheral devices are connected to PLCuu Interpret hard wiring diagram’s connections to input/output (I/O) modulesuu Read PLC ladder logic and scan cycleuu Use software instructions for programming techniquesuu Utilize force commandsuu Modify existing logic including timers, counters, etc.uu Perform actual wiring of peripheral I/O devices to their related modulesuu Establish communications with PLC using RSLinxuu Troubleshoot software and hardware

MOTORS &

CONTROLS

MOTOR CONTROLS & STARTERS, LOW-VOLTAGE

MOTOR MAINTENANCE & TESTING

PROGRAMMABLE LOGIC CONTROLLERS MAINTENANCE & TROUBLESHOOTING

FORT COLLINS, CO

Mar 10-13, 2020Sep 15-18, 2020

5151

STATIC MOTOR TESTING, LEVEL ICOURSE WI262 • 3.5 DAYS

This course provides an in-depth look at the technical theory and concepts of electrical insulation testing in motors. Each test method will be discussed in the context of motors tested while in a static-state (powered down/off). Students are taught to analyze results corresponding to specific insulation fault modes. The operation of various Baker Static Motor Analyzers (Baker DX and Baker AWA-IV) and respective software programs are covered in detail. Discussions include methods to reduce costly downtime, troubleshooting, and motor quality control through use of static motor testing. Hands-on testing is included to provide students practical experience. By the end of this course, students should have working knowledge of static motor testing methods and be able to collect quality data to analyze for common motor failure modes.


uu Summarize electrical insulation theory as it pertains to electric motor testinguu Explain motor insulation testing applicationsuu Perform tests with appropriate equipment and its respective softwareuu Troubleshoot connections in the event of poor test resultsuu Demonstrate instrument operation and its associated hardware and software

COURSE CONTENT:

Static-state motor testing theoryuu Insulation systemsuu Failure modes and mechanismsuu Test methodsuu ANSI/IEEE/EASA/NEMA testing standardsuu Recommended test voltages/sequencesuu Analysis of test results

Software traininguu Create databases, and test IDsuu Collect data parametersuu Establish and define pass/fail criteriauu Interpret data

Non three-phase motor testinguu DC motors, synchronous, and wound rotor motorsuu Generatorsuu Non-rotating electrical equipment (e.g., transformers)

The Baker DX family of testers offers

comprehensive test and analysis capabilities, which meet the most demanding

motor testing needs of motor service and repair

shops. Able to identify a wide range of motor

and generator insulation issues, the Baker DX fulfills

predictive maintenance, troubleshooting, and

quality assurance tasks.

BAKER DX STATIC ELECTRIC

MOTOR ANALYZER

MEGGER BAKER INSTRUMENTS, THE SINGLE SOURCE FOR A COMPLETE ELECTRIC MOTOR TESTING EXPERIENCE

FOR ENROLLMENT OR INFORMATION ON THESE COURSES:

STATIC MOTOR TESTING, LEVEL ISTATIC MOTOR TESTING, LEVEL IIDYNAMIC MOTOR MONITORING, LEVEL IDYNAMIC MOTOR MONITORING, LEVEL II

CONTACT: Jenny Ray Megger Baker Instruments 4812 McMurry Avenue, Suite 100, Fort Collins, CO 80525 970-282-1200 [email protected]

Get the most out of your investment in your Megger Baker electric motor testing equipment. Megger Baker Instruments provides level I and II static and dynamic training course offerings on-site in Fort Collins, Colorado. Improve your electric motor testing program with motor theory, in-depth explanation of each test and advanced skill, in analysis. Instructors are subject matter experts with a combined motor testing experience of 50 years.

MEANS MORE MOTOR TRAINING

MORE MOTOR INSTRUMENTS

MORE MOTOR EXPERIENCE

FORT COLLINS, CO

Nov 5-8, 2019May 5-8, 2020Nov 10-13, 2020

FORT COLLINS, CO

Oct 15-18, 2019Apr 14-17, 2020Oct 13-16, 2020

FORT COLLINS, CO

Feb 11-14, 2020Jul 7-10, 2020

53

MOTORS & CONTROLS 2020 COURSE CATALOG

52

STATIC MOTOR TESTING, LEVEL IICOURSE WI362 • 3.5 DAYS

This advanced course is designed to build on the knowledge obtained from previous static course work and significant field experience with static motor test equipment. This course provides instruction on detailed diagnosis of motor conditions using actual motor test data and Baker motor test software applications. It will also rely upon user case studies and advanced theoretical instruction.(Note: successful completion of WI262: Static Motor Testing Level I is a prerequisite for this course)

LEARNING OBJECTIVES:uu Explain operation of test equipment and analysis toolsuu Outline static motor test parameters and thresholdsuu Develop practical knowledge of electrical insulation and circuit theoryuu Demonstrate how specific electric motor failure modes are revealed by motor test data

Baker motor test PC desktop softwareuu Data trendinguu Advanced data analysis toolsuu External software tools

Non three-phase motor testinguu DC motorsuu Field coilsuu Low impedance coilsuu Comparative analysisuu Non-rotating equipment

COURSE CONTENT:Static-state motor testing analysisuu RLC (resistance-inductance-capacitance) circuit analysisuu Rotor influence checkuu Insulation resistanceuu Leakage currentuu High potential (HiPot) testinguu Surge wave analysisuu PP/LL EARuu Data interpretation of partial discharge (PD) on surge test

DYNAMIC MOTOR MONITORING, LEVEL ICOURSE WI263 • 3.5 DAYS

This introductory course provides a fundamental look at technical theory and concepts associated with diagnosing problems with motors that are in a dynamic or powered-on (operational) state. Students will gain a working knowledge of dynamic motor monitoring methods, be able to collect quality data, and interpret threshold alarms and their associated failure modes. This course includes hands-on operation of motor analyzers in a laboratory environment.

uu Summarize AC motor theory as it relates to the collection of dynamic-state monitoring datauu Describe the capabilities and limitations associated with dynamic motor monitoringuu Explain the parameters acquired by Baker Dynamic Motor Analyzers and the relevance of these parameters to specific faultsuu Develop a working knowledge of the Baker Dynamic Motor Analyzer - EXP4000

COURSE CONTENT:

Dynamic-state motor monitoring theory

uu Power quality parametersuu Motor performance monitoringuu Energy efficiency estimationuu Torque waveform development

Software training

uu Development and management of databasesuu Creating and editing parameter thresholdsuu Test acquisition setupuu Data collection methodsuu Data interpretation and analysis

Non three-phase motor testing

uu DC motor theory and conceptsuu Ensuring proper connectionsuu Software functionality and reporting

DYNAMIC MOTOR MONITORING, LEVEL IICOURSE WI363 • 3.5 DAYS

This course builds upon knowledge obtained from successful completion of previous Baker course work and significant field experience with dynamic motor monitoring equipment. The course provides instruction on detailed diagnosis of motor and motorized system problems. Coursework includes review of case studies, analysis of previously-acquired data, hands-on, live motor acquisition/monitoring and resultant data analysis in a laboratory environment.

(Note: successful completion of WI262: Static Motor Testing Level I is a prerequisite for this course)


uu Explain the operation of dynamic-state motor monitoring equipment and associated softwareuu Describe motor and machine system monitoring applicationsuu Develop a good working knowledge of electric motor theory and how it pertains to motor monitoringuu Hands-on training for familiarity with instrumentation connection and operationuu Diagnose potential problems within electric motors and the systems within which they operate

COURSE CONTENT:

Dynamic-state motor monitoring theoryuu Level I course reviewuu Fundamentals of waveform and spectral analysisuu Power conditionuu Motor performance/conditionuu Energy efficiency assessmentuu Motor load assessmentuu Torque analysisuu Fundamental fault frequency characteristics

Software traininguu Level 1 software reviewuu Advanced data collection techniquesuu Intermediate waveform interpretation and analysis

Case studiesuu AC case studies review and hands-on analysisuu DC case studies review

BASIC ELECTRICITY (PAGE 23) COURSE 345 • 4 DAYS • 2.8 CEUs • APR 6-9, 2020 • SEP 21-24, 2020

BASIC ELECTRICAL TROUBLESHOOTING (PAGE 23) COURSE 410 • 4 DAYS • 2.8 CEUs • OCT 22-25, 2019 • FEB 3-6, 2020 • JUN 8-11, 2020

ELECTRICAL SAFETY FOR UTILITIES (PAGE 27) COURSE 223 • 4 DAYS • 2.8 CEUs • FEB 24-27, 2020 • MAY 11-14, 2020 • NOV 2-5, 2020

ELECTRICAL SAFETY FOR INDUSTRIAL FACILITIES (PAGE 27) COURSE 290 • 4 DAYS • 2.8 CEUs • AVAILABLE IN SPANISH • OCT 22-25, 2019 • MAR 16-19, 2020 • JUL 20-23, 2020 • SEP 28- OCT 1, 2020

NFPA 70E® 2018 ELECTRICAL SAFETY (PAGE 28) COURSE 431 • 2 DAYS • 1.4 CEUs • APR 27-28, 2020 • AUG 17-18, 2020 • AVAILABLE IN SPANISH

ELECTRICAL SAFETY FOR INSPECTORS (PAGE 29) COURSE 430 • 4 DAYS • 2.8 CEUs • MAR 23-26, 2020 • JUL 27-30, 2020

MOTOR CONTROLS & STARTERS, LOW-VOLTAGE (PAGE 49) COURSE 307 • 4.5 DAYS • 3.2 CEUS • NOV 18-22, 2019 • JUN 15-19, 2020 • OCT 5-9, 2020

MOTOR MAINTENACE & TESTING (PAGE 49) COURSE 266 • 4 DAYS • 2.8 CEUs • DEC 10-13, 2019 • JUN 22-25, 2020 • AUG 10-13, 2020

PROGRAMMABLE LOGIC CONTROLLERS, MAINTENANCE & TROUBLESHOOTING (PAGE 49) COURSE 268 • 4.5 DAYS • 3.2 CEUs • APR 20-24, 2020 • JUL 13-17, 2020 • OCT 26-30, 2020

INFRARED THERMOGRAPHY, LEVEL I (PAGE 59) COURSE 240A • 4.5 DAYS • 3.2 CEUs • CERTIFICATION COURSE • DEC 2-6, 2019 • AUG 3-7, 2020

AVO TRAINING COURSES HELD AT MEGGER® BAKER INSTRUMENTS - FORT COLLINS, CO

FOR ENROLLMENT OR INFORMATION ON THESE AVO TRAINING COURSES:CONTACT: JAMES TONGA AVO TRAINING INSTITUTE 214-331-7338 [email protected]

TRAINING LOCATION: MEGGER BAKER INSTRUMENTS 4812 MCMURRY AVENUE, SUITE 100 FORT COLLINS, CO 80525

The Baker AWA-IV series adds automation to its testing capabilities, which makes it ideal for industrial electric motor condition monitoring. User-programmed test sequences ensure repeatability, which is critical for spotting trends such as insulation degrading over time.

BAKER AWA-IV STATIC ELECTRIC MOTOR ANALYZER

The Baker EXP4000 monitors a motor while

it is running, using high-sample-rate voltage and

current measurements to extract a host of detailed

information about the motor’s condition, as well as the quality of

the power supply, and the behavior of the

mechanical load.

BAKER EXP4000 DYNAMIC ELECTRIC MOTOR ANALYZER

55

POWER QUALITY 2020 COURSE CATALOG

DALLAS, TX

Dec 9-12, 2019Mar 16-19, 2020Jul 13-16, 2020Sep 28-Oct 1, 2020Nov 30-Dec 3, 2020

CLEVELAND, OH

Apr 13-16, 2020

FONTANA, CA

Feb 18-21, 2020

HOUSTON, TX

May 4-7, 2020

READING, MA

Oct 19-22, 2020

SAN LEANDRO, CA

Oct 15-18. 2019Jun 22-25, 2020

VALLEY FORGE, PA

Nov 4-7, 2019Jan 21-24, 2020May 26-29, 2020Aug 17-20, 2020Nov 2-5, 2020

DALLAS, TX

Nov 12-14, 2019Jan 21-23, 2020Apr 6-8, 2020Jul 20-22, 2020Sep 14-16, 2020

POWER QUALITY & HARMONICS LECTURE

COURSE 313 • 4 DAYS • 2.8 CEUs • $1,690

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 and personal protective equipment based on requirements outlined in the NFPA 70E® Standard where troubleshooting mitigation methods are presented.


uu Identify symptoms and causes of significant types of power quality problemsuu Classify power quality events according to IEEE, ITIC (CEBNA) and public utility standardsuu Explain proper application and interpret results of power quality monitoring equipmentuu Recommend viable solutions including UPS, line voltage regulators, transient (surge) suppressors, harmonic filters, line filters, power conditioners, transformers (k-rated, isolation and zig-zag), proper wiring and grounding, etc.

PROTECTIVE DEVICE COORDINATION FOR UTILITIES Hands-On

COURSE 147 • 3 DAYS • 2.1 CEUs • $1,835

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. A properly coordinated power system can prevent equipment damage and lost productivity.


uu Evaluate a protection system for reliability, selectivity, speed, simplicity, and economicsuu Use leading engineering software to create and modify one-line drawings and time-current curves (TCCs)uu Interpret TCCs and damage curvesuu Explain the application of directional, impedance (distance), differential, carrier, pilot wire, underfrequency, and ground overcurrent protective relaysuu Calculate CT burden impedancesuu Coordinate protective relays for ground fault and line protection using leading engineering softwareuu Identify common protection schemes for generators, transmission lines, and distribution lines

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

POWER QUALITY

POWER QUALITY & HARMONICS

PROTECTIVE DEVICE COORDINATION FOR UTILITIES

PROTECTIVE DEVICE COORDINATION FOR INDUSTRY

SHORT CIRCUIT ANALYSIS

57

POWER QUALITY 2020 COURSE CATALOG

56

DALLAS, TX

Oct 8-10, 2019Feb 18-20, 2020May 27-29, 2020Aug 31-Sep 2, 2020Oct 5-7, 2020

DALLAS, TX

Mar 23-26, 2020Jun 29-Jul 2, 2020Nov 16-19, 2020

PROTECTIVE DEVICE COORDINATION FOR INDUSTRY Hands-On

COURSE 146 • 3 DAYS • 2.1 CEUs • $1,835

This coordination study is 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 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.


uu Identify and explain the application of common power studiesuu Explain the application of fuses, low-voltage breakers, motor overload and overcurrent relaysuu Use leading engineering software to create and modify one-line drawings and time-current coordination curves (TCCs)uu Interpret TCCs and damage curvesuu Coordinate protective devices to prevent thermal and mechanical damage to transformers, cables, and motors using leading engineering software


SHORT-CIRCUIT ANALYSIS Hands-On

COURSE 138 • 4 DAYS • 2.8 CEUs • $1,840

In this course, students learn to accurately predict current levels essential for equipment selection, protection, and evaluation. The 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 results of short-circuit studies are used in predicting incident energy (arc flash hazard levels) and completing a thorough protective device coordination study.

LEARNING OBJECTIVES:uu Describe the types of studies performed on power systemsuu Summarize the purpose and methods used when performing a short-circuit analysisuu Perform mathematical operations on vectors, phasors, complex numbers, and matrices, and explain their application in the performance of a short-circuit analysisuu Utilize mathematical tools to perform short-circuit analysisuu Recognize the basic types of power system short circuits, and their configurationuu Use leading engineering software to create a power system model and to calculate short-circuit currents based on fault models

59

INFRARED THERMOGRAPHY 2020 COURSE CATALOG

DALLAS, TX

Sep 30-Oct 4, 2019Nov 11-15, 2019Jan 6-10, 2020Mar 2-6, 2020May 4-8, 2020Jul 6-10, 2020Sep 14-18, 2020Nov 2-6, 2020

CHICAGO, IL

Oct 21-25, 2019Nov 16-20, 2020

CLEVELAND, OH

Oct 7-11, 2019Jun 15-19, 2020Nov 16-20, 2020

FONTANA, CA

Dec 2-6, 2019Apr 20-24, 2020Jul 20-24, 2020Oct 5-9, 2020

FORT COLLINS, CO

Dec 2-6, 2019Aug 3-7, 2020

HOUSTON, TX

Feb 24-28, 2020

DALLAS, TX

Oct 21-25, 2019Dec 2-6, 2019Jan 13-17, 2020May 11-15, 2020Nov 9-13, 2020

FONTANA, CA

Jul 27-31, 2020

READING, MA

Jun 8-12, 2020

SAN LEANDRO, CA

Oct 7-11, 2019

SUMNER, WA

Nov 4-8, 2019

VALLEY FORGE, PA

Mar 23-27, 2020

READING, MA

Oct 28-Nov 1, 2019Jun 15-19, 2020

SAN LEANDRO, CA

Jan 27-31, 2020

SEYMOUR, CT

Nov 18-22, 2019Mar 9-13, 2020Aug 24-28, 2020

SUMNER, WA

Apr 27-May 1, 2020Sep 21-25, 2020

VALLEY FORGE, PA

Feb 17-21, 2020May 18-22, 2020Aug 10-14, 2020Oct 26-30, 2020

INFRARED THERMOGRAPHY, LEVEL I Hands-On

COURSE 240A • 4.5 DAYS • 3.2 CEUs • $1,890 CERTIFICATION COURSE

Students who pass 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 infrared 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. They will also learn to distinguish between hot spots and reflections as well as direct versus indirect readings.

LEARNING OBJECTIVES:uu Summarize the history of Infrared Thermography and give examples of the practical applications afforded by this technologyuu Describe heat and its properties, contrasting it with temperature in terms of the properties each measuresuu Identify the three modes of heat transfer as they relate to the heating of a surfaceuu Explain radiosity concepts and how they relate to the understanding of Infrared Thermographyuu Demonstrate the operation of infrared equipmentuu Perform an infrared survey and report the results of the survey

CERTIFICATION REQUIREMENTS: Students are required to submit a complete infrared survey report within sixty (60) days after class which will count as one third of the final grade. REQUIRED EQUIPMENT: Participants MUST provide an infrared camera, reporting software, and PC.

INFRARED THERMOGRAPHY, LEVEL II Hands-On

COURSE 240B • 4.5 DAYS • 3.2 CEUs • $2,060 CERTIFICATION COURSE

Infrared Thermography Level II training is designed for the practicing infrared camera user. It will also benefit the student who has a desire to advance past the basics of infrared thermography. Some topics discussed are camera operation under different conditions, how to make judgments of the measurement situation in the field, and identify potential sources for error.

After successfully completing this course, the student will be able to do IR inspections following written guidelines, and report the results of this inspection using industry recognized standards. The learning objectives, contact hours, and written exam by AVO Training Institute are based on the requirements outlined by ANSI/ASNT CP-105 and CP-189 of the American Society for Non-Destructive Testing.


uu Discuss more in-depth concepts of heat transfer, infrared theory, and spatial resolutionuu Identify and practice thermal imaging, survey and measurement techniquesuu Outline radiosity conceptsuu Explain the basics of predictive maintenance thermography and an inspection programuu Summarize the different applications of thermography

CERTIFICATION REQUIREMENTS: Students are required to submit a complete infrared survey report within sixty (60) days after class which will count as one third of the final grade. REQUIRED EQUIPMENT: Participants MUST provide an infrared camera, reporting software, and PC.

PREREQUISITE (MANDATORY/NO EXCEPTIONS): A current IR Level I certification is required to be a participant in the IR Level II course. Please send a copy of a current IR Level I certification with the registration.

INFRARED

THERMOGRAPHY

INFRARED THERMOGRAPHY LEVEL I

INFRARED THERMOGRAPHY LEVEL II

REQUIRED COURSE FOR INFRARED THERMOGRAPHY I CERTIFICATION: SEE PAGE 17

REQUIRED COURSE FOR INFRARED THERMOGRAPHY II CERTIFICATION: SEE PAGE 17

BRIDGETTE LINVEL

WEST

ACCOUNT EXECUTIVE


YOVANDA BENNETT

INTERNATIONAL

ACCOUNT EXECUTIVE


MICHAEL FOSTER

NATIONAL

SALES MANAGER


JAMES TONGA

MOUNTAIN

ACCOUNT EXECUTIVE


BERNADETTE PITTS

SOUTH

ACCOUNT EXECUTIVE


NAYAN PATEL

MIDWEST

ACCOUNT EXECUTIVE


TAMARA WALKER

NORTHEAST

ACCOUNT EXECUTIVE


DOUG FINN

ENGINEERING

SALES EXECUTIVE


60

TO REGISTER: VISIT WWW.AVOTRAINING.COM OR CALL 877-594-3156

GENERAL REGISTRATION INFORMATION:Open enrollment course registrations must be made at least one week prior to the course start date. Open enrollment registrations made five business days or less prior to course start date will be charged an additional $100 fee for late processing and handling.

NOTE: REGISTRATION IS NOT COMPLETE UNTIL PAYMENT METHOD IS RECEIVED. OPEN ENROLLMENT CLASSES WILL NOT BE BILLED UNTIL THE FIRST DAY OF CLASS.

REGISTRATION ACKNOWLEDGMENT AND COURSE CONFIRMATION: Once you enroll online, (and we have received your payment method) you will receive an email of registration acknowledgment. Approximately three weeks prior to the first day of class, a final course confirmation will be sent from our Registrar’s office, which will include details on equipment, computer and software requirements (if it applies).

TRAVEL ARRANGEMENTS: DO NOT MAKE TRAVEL ARRANGEMENTS BEFORE RECEIVING YOUR COURSE CONFIRMATION VIA EMAIL.

CANCELLATIONS: Course cancellations must be received in writing three weeks prior to the course start date or a 100% cancellation fee will be charged.

RESCHEDULING: Reschedule requests must be received in writing three weeks up until the day before the 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.

SUBSTITUTION: Substitution of personnel may be made at any time for the same course at no additional charge. Substitute will be subject to stated cancellation and rescheduling guidelines.

ON-SITE CANCELLATIONS: If on-site training is canceled or rescheduled within three weeks or less of the scheduled on-site training date, a 25% fee plus any incurred expenses will be charged.

AVO TRAINING INSTITUTE, INC.4545 W. DAVIS ST.DALLAS, TX 75211Toll free 877-594-3156Fax: 214-331-7363www.avotraining.com

HOURS OF OPERATION:Monday - Friday 8am - 5pm CST - excluding holidays.

Standards, logos, and names referenced within are registered trademarks belonging to each of its respective organizations.

AVO TRAINING INSTITUTE PROPRIETARY INTEREST STATEMENT:In order to provide a broad range of training and real world experiences, our courses are non-product specific. No AVO Training instructor nor contract instructor has any proprietary interest in any products, instruments, devices, services, or materials discussed.

ENROLLMENT AND

REGISTRATION INFORMATION

AVO SALES TEAM

Our Training Begins with a Personal Touch

WWW.AVOTRAINING.COM • 877-594-3156BY MEGGER®

AVO TRAINING INSTITUTE4545 W. DAVIS ST.DALLAS, TX 75211

ELECTRICAL SAFETY ANDMAINTENANCE TRAINING2020 COURSE CATALOG Since the first workshop that was held...

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Transcript of ELECTRICAL SAFETY ANDMAINTENANCE TRAINING2020 COURSE CATALOG Since the first workshop that was held...