PowerTest 2012 Brochure by Susan Tower

Early Bird Registration Is Now Open!

February 27 - March 1, 2012 Omni Fort Worth , Fort Worth, Texas

The Premier Electrical Maintenance and Safety Event

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Harness the power

of this premier electrical maintenance and safety event.

February 27 - March 1, 2012 Omni, Fort Worth Fort Worth, Texas

Cowboy Wisdom: Even when opportunity knocks, a man still has to get up off his seat and open the door. 2

Heart of Texas

PowerTest 2012– Join Us for the Premier Electrical Maintenance and Safety Event of the Year! Destination: Dallas/Fort Worth, Texas – Join us February 27 – March 1, 2012 and harness the power that comes when the best in the industry gather for two educationally packed days of engaging presentations, panel sessions, and seminars. PowerTest 2012 will host recognized experts, experienced and new field technicians, electrical engineers, facility maintenance managers, contractors, inspectors and a whole crowd of industry professionals who are involved with electrical power systems and committed to growing their knowledge, and building relationships.

We’ve rustled up the best presenters in the industry. Choose from 27 detailed technical papers, four interactive panel sessions, five on-site seminars and three off-site, hands-on training sessions. And, don’t miss the Big Trade Show Event featuring over 100 top-tier exhibitors and more than 700 attendees on Tuesday afternoon. PowerTest 2012 is the technical conference of the year. You won’t want to be left at the fence. Sign up Today!

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There is lots to see and do in the Big Country!

KEYNOTE SPEAKER ★ ★ ★ ★ ★ ★ ★ ★ ★ ★

Our Keynote Speaker, notorious for packing the house Featuring: Tim Autrey of Practicing Perfection Institute Presents: No More “Kicking the Can Down the Road” Participants will be introduced to the “4 C’s” that govern our perspectives and our attitudes, both on and off the job. Participants will gain a new awareness of the divergent forces that create the [real] “safety culture” within their organizations, and will then be introduced to what it means to be a [true] “Leader” (irrespective of where their name falls on the Organizational Chart). Finally, attendees will be given insight into what it takes to truly influence others. Whether participating as a Manager, Supervisor, or frontline worker, each conference attendee will be provided with new insight and a fresh perspective with which to approach the remainder of the conference (as well as their professional and personal roles when they return home).

★

Sunday 5:30 PM – 9:30 PM

Gather Round!

Join the stampede Sunday evening and fall in for the “Best Little Pub Crawl in Texas” Four hours, four pubs and endless fun. Be sure to sign up when you register for the conference online.

Yee-haw 4

PAPER TRACKS ★ ★ ★ ★ ★ ★ ★ ★ ★ ★ MONDAY 9:30 AM – 10:15 AM

★ SAFETY ★

★ CODES AND INSPECTIONS ★

Electrical Safety - It’s Just 40 Little Words Steve Owen, National Code Seminars

MRO Chemicals & Your Operations: What You Need to Know Brandon Pelissero, Ecolink

It’s just 40 little words. From planning every job, to selecting and using the appropriate PPE, to auditing the electrical safety program, it’s just 40 little words to a successful electrical safety program. Labels, tables, and qualified persons are key ingredients to the 40 little words concepts. • Plan Every Job

• Anticipate Unexpected Events • Use the Right Tool for the Job • Use Procedures as Tools • Isolate the Equipment • Identify the Hazard

Major regulatory changes are impacting chemicals in use for field and shop maintenance applications. California leads the nation in curbing volatile air compounds (VOC’s) through stringent air emission standards. These regulatory standards have spread and now affect how we maintain and test electrical equipment in the Northeast from Virginia up to Vermont as part of the Ozone Transport Commission,http://www.otcair.org/. Learn about the most up-to-date standards throughout the US and how to navigate the new landscape of fewer compliant solutions. Leveraging lean concepts and principles, getting the job done, and complying with the latest standards does not need to cost more or take longer to complete maintenance or testing.

• Minimize the Hazard • Protect the Person • Assess People’s Abilities • Audit these Principles

★ RELIABILITY ★ Capacitance - The Other Half of Power Factor Rick Youngblood, Doble Engineering Many technicians seem to be blinded by a good power factor reading and fail to recognize the danger signals of high watts loss and especially capacitance shift in both transformer windings and bushings. This presentation will provide a better understanding of how all three factors must be taken into account to determine insulation health and equipment reliability.

★ ROTATING EQUIPMENT ★ Vibration Analysis and Testing of Rotating Machinery: A NETA Primer Calvin Earp, Shermco Industries Electrical rotating machinery, (motors and generators), not only have an insulation component to reliable operation and longevity, but are influenced heavily by mechanical and electrical stresses that can be detected through vibration analysis. Understanding the impact of electrical and mechanical stresses on a rotating machine is essential to keeping the unit on line and working. This presentation will cover the information technicians and engineers need to know in order to properly interpret and apply the results of vibration analysis. With an emphasis on case studies and real world applications, this will be an informative 45 minutes.

★ EQUIPMENT ★ Gassing in Wind Farm Transformers Luke J. Parthemore/Tom Gurley, S.D. Myers, Inc. The first wind farm in the world was installed in New Hampshire in 1980. Since that time, and particularly in recent years, wind generation has increased exponentially both in the U.S. and around the world [1.] Consequently the number of cabinet transformers used to step up the voltage from generation to transmission continues to increase in the U.S. New technology leads to new challenges and wind generation is not an exception. Recently, the study of dissolved gas analyses from wind farm transformers has displayed some of these challenges [2.] This paper will present data indicating that a significant percentage of these transformers have elevated gas levels. Along with these data, the paper will address some potential causes and suggest additional study of gassing in wind farm transformers.

House of Blues Dallas Chef Aaron Sanches creates a bold and classy, yet contemporary fare that feeds your soul.

A tasty choice

PAPER TRACKS ★ ★ ★ ★ ★ ★ ★ ★ ★ ★ MONDAY 10:30 AM – 11:15 AM

★ SAFETY ★

★ CODES AND INSPECTIONS ★

Electrical Emergency Response Dave Smith, Canada Training Group

Electric Power Quality Investigation Basics Bruce Rockwell, American Electrical Testing Co., Inc.

Electrical Emergency Response NFPA 70E and CSA Z462, our North American workplace electrical safety standards, require workers to be qualified in emergency response. Traditionally, electrical emergency response has been training in first aid, rescue breathing and CPR. These responses are all after the fact. Once the electrocution has occurred these emergency responses become paramount. What should the emergency response be before the electrocution happens, while it is happening, and while the victim is still engaged? This presentation explores a number of common scenarios involving electrocuted electrical workers over the last 131 years. There are many scenarios where someone could be electrocuted, and they all have certain things in common. Unwitting contact with something energized, not wearing protective equipment, and the physical characteristics of the contact all result in electrocutions. This 45 minute presentation is designed to stimulate discussion, develop emergency response skills, and satisfy the requirement of both standards.

This paper will review the basic concepts of power quality, definitions, standards and investigation process/techniques. The various power quality concepts will be reviewed. Case studies will be presented to offer real life examples of power quality causes, effects, and resolutions. A specific staged, yet organized approach to power quality investigation will be presented. Application of the standards will be discussed. How to interface with utilities and equipment manufacturers to solve problems will be discussed. Connecting and configuring power quality instrument will be discussed. The following standards define the basis for measuring power quality:

★ RELIABILITY ★

• IEEE Standard 1159 - Recommended Practice for Monitoring Electric Power Quality

Getting the Most out of Your Power Monitor Ross Ignall, Dranetz Considering purchasing a power monitor? Own one already? Whether your applications are in power quality monitoring, energy monitoring, or both, it can be a large investment and you want to get the most out of your money. As the old adage goes, the chain is only as strong as its weakest link. In this case, the weak link could be you, the monitor, or both! Getting the most out of your power monitor and knowing if it is right for each application requires an understanding of how power monitors work, along with accessories used such as PT’s, CT’s, communications, and others. In such cases, a little knowledge goes a long way in proving successful results and getting it right the first time. This session will cover the many aspects of power monitors, how they work and the right applications for the different monitor types available on the market. We will also cover practical considerations such as transducer selection, communications and other aspects that contribute to successful use of these tools. This is an interactive session so bring your questions!

★ EQUIPMENT ★ Transformer Ancillary Devices Need Testing Too! Rick Youngblood, Doble Engineering The ever present emphasis on technological efficiency is just one of several forces behind the pressure on companies to “go green” despite a trying economy. The ultimate criterion that determines whether a motor is truly green is energy efficiency. Technology, long the key to efficiency, can help resolve this issue through detailed computerized analysis of the motor, the power environment in which it operates, and even its reliability. 6

• IEEE 1100 - IEEE Recommended Practice for Powering & Grounding Electronic Equipment • IEEE-519 - Recommended Practices & Requirements for Harmonic Control in Electrical Power Systems • IEEE 1250 - Guide for Service to Equipment Sensitive to Momentary Voltage Disturbances

• P1433 - Draft Standard Glossary of Power Quality Terminology • IEEE 1564 - Voltage Sag Indices Task Force

★ ROTATING EQUIPMENT ★ Integration of Electrical Tests to Assess Motor Windings Vicki Warren, Iris Power, LP To improve motor reliability and move to predictive maintenance for motors, tools are needed to assess the condition of the windings. There are several test methods popular with AC induction motor testing specialists. These include low and high-voltage insulation resistance, capacitance and capacitive impedance, inductance and inductive impedance, surge testing, partial discharge testing, and current signature analysis. This paper critically examines and evaluates each test for: effectiveness; which windings/types of machines the test is effective; limitations; ease of performance and ease of interpretation. In addition, this paper proposes a novel approach to integrating the results and operating history to provide an overall motor assessment. Where possible, NETA and international standards will be referred to.

12:15 PM – 2:15 PM

POWERDB USERS GROUP Free user’s group meeting open to all users of PowerDB software. You must preregister for this event by contacting PowerDB at www.powerdb.com or by contacting Megger at 214.330.3539.

PAPER TRACKS

★ ★ ★ ★ ★ ★ ★ ★ ★ ★ MONDAY 11:30 AM – 12:15 PM

★ SAFETY ★ Utilizing Only Qualified Persons for Electrical Work Can Reduce Risk Dennis K. Neitzel, AVO Training Institute, Inc. The hazards of electricity are well known by industry. The electrical hazard analysis has been done or the process is well underway; electrical safety programs and procedures have been developed and implemented; and personal protective equipment has been purchased. With all of this in place, why are electrical injuries and fatalities still occurring at an alarming rate? Investigations into electrical incidents indicate that employers are not enforcing their electrical safety programs; employees are not adhering to the requirements; and employees are not properly qualified to perform the work they are assigned. This paper will address the mandated electrical worker training and qualification requirements and illustrate how this can save lives, as well as reduce risk for the employer.

★ RELIABILITY ★ Commissioning and Maintenance Testing of Medium and Transmission Class Cable Howard Sedding, Kinectrics, Inc.

of poor equipment performance on personnel safety and increased equipment damage. An overview of electrical maintenance methodology and frequency of maintenance testing will be provided based on the latest versions of NFPA and NETA publications.

★ CODES AND INSPECTIONS ★ Changes to 29 CFR 1926 Subpart CC: Cranes & Derricks in Construction Jim White, Shermco Industries Cranes and derricks can be found on almost any construction site or where large-scale renovations are taking place. Crane accidents involve more than just the crane operator, and often times can be fatal to other workers in the immediate area. Contact with overhead electrical power lines is the leading cause of electrocution in the workplace, and according to the Bureau of Labor Statistics from 1992 to 2007 there were 1,998 fatalities due to contact with overhead lines. This accounts for approximately 42 percent of all electrocutions in the workplace. This paper discusses the latest changes to OSHA’s crane and derrick regulations, specifically the sections concerning working near overhead power lines.

★ ROTATING EQUIPMENT ★

The presentation will outline various electrical test methodologies for condition assessment of medium voltage and transmission class cables for both commissioning and maintenance. Specifically dc, VLF and ac withstand testing as well as diagnostic tests such as partial discharge and tan delta (dielectric spectroscopy) will be discussed along with the advantages, disadvantages, and practical application of each test methodology. Practical applications will be discussed and several case studies will be presented.

Offline Testing for Predictive Motor Maintenance Raj Patel, Exelon Power; Chris Perry, Shermco Industries; Joe Geiman, SKF Group

★ EQUIPMENT ★

This paper will discuss the root causes of electrical failures in motors and how high Voltage testing can help in early detection. The paper will review the insulation resistance test,polarization index test, DC hipot test, and the surge test along with outline the types of problems they can and cannot find. Most electrical failures are caused by a combination of the voltage spikes that occur at start up and normal deterioration. The problem often begins as a turn-to-turn short that will eventually go to ground. Without high voltage testing many of these problems will go undetected.

NETA Maintenance Testing Research on Electrical Power System Equipment Performance Kerry Heid, Magna Electric Company Ron Widup, Shermco Industries At the IEEE Electrical Safety Workshop in 2008, Kerry Heid and Ron Widup presented a paper entitled “Electrical Equipment Performance and the Impact to personnel: an Arc-Flash Dilemma” that focused on electrical equipment performance and the impact to incident energy values. Using information presented in the paper which includes statistical data from NETA Accredited Companies, this presentation will present findings from additional research on the performance of service-aged electrical equipment and provide additional data obtained (from NETA) Accredited Companies that perform electrical maintenance testing on power system equipment. Types of failures, types of equipment, and average age of the equipment will be presented to identify the main culprits and to determine where best to focus critical maintenance dollars and effort. The presentation will also illustrate the importance of electrical maintenance and the effects

Our Fossil Natural Gas fired power plants in DFW area were commissioned in 1957, 1967 & 1973. We have hundreds of old original medium voltage motors. We test our motors form Medium Voltage Switchgear cubicle breakers. By performing offline electrical testing, we have prevented in service motor winding failures.

When testing a motor’s insulation system, it is important that the right tests are performed. If high voltage testing is not performed it is nearly impossible to detect the weak insulation in advance of its failing. Before making a logical decision about what kinds of testing should be done on motors to predict electrical failures, it must be understood what makes these failures occur. It is important to understand the different insulation groups, the aging process of the insulation, and review typical failure scenarios. Only then can decisions be made as to which tests should be included. 7

PAPER TRACKS ★ ★ ★ ★ ★ ★ ★ ★ ★ ★ MONDAY 2:15 PM – 3:00 PM

★ SAFETY ★

★ EQUIPMENT ★

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Better, Faster, and More Efficient Relay Testing... We Have the Technology!

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Chris Werstiuk, Manta Test Systems

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Most relay tests performed today are rooted in test techniques from the 1930’s. Modern relays often reject these techniques which require constant setting changes to create fake scenarios to get those numbers on the test sheet. This paper will demonstrate several easy-to-apply testing techniques that can be used with any relay tester purchased in the last decade. We will eliminate setting changes and test the in-service settings to make sure the relay settings have been applied correctly and the relay will operate when required. As an extra bonus, your testing times will decrease and become more effective at the same time.

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★ RELIABILITY ★ Demystifying Medium Voltage Cable Testing and Diagnostics Craig Goodwin There have been substantial changes in the methods and standards used for testing medium-voltage cable in the last decade. Many enhancements in diagnostic techniques have resulted in a myriad of different testing technologies that include offline and online, dc, VLF, partial discharge and tan delta. The average test technician can often be overwhelmed and in many cases confused with what works, what is relevant, and when to use some of these methods. This presentation attempts to address these uncertainties and focuses on the most relevant types of tests recommended by the standards, when to use those tests and how to interpret the results in a practical and informative way.

★ ROTATING EQUIPMENT ★ Electrical Testing of Three-Phase Motors Tom Bishop, EASA The testing and evaluation of an electrical motor insulation system is critical if one is to evaluate and assess the overall condition and reliability of the machine. For those not directly involved in the repair process, understanding what testing is performed during the repair cycle is important, as it will help one understand the field testing implications. This presentation will cover many aspects of electrical testing, including initial assessment and post-repair analysis; in process repair tests, pre-assembly and post-assembly tests; and explanations of the applied tests and how to interpret the results. This information is a must for all those involved in the field assessment and analysis of electrical machines.

“Sea Dogs and Devil Dogs”: stories of the US Navy and US Marines from the past 100 Years. 8

SYMPOSIUM ★ ★ ★ ★ ★ ★ ★ ★ ★ ★ MONDAY 2:15 PM – 5:00 PM

TRANSFORMERS SYMPOSIUM – Moderator: Pat Beisert, Shermco Industries Panel Members: Kent Ahrent, Shermco Industries; Keith Hill, Doble Engineering; Chuck Baker, S.D. Myers The heart and soul of all facilities, whether large or small, is the power transformer. And since most industrial and commercial facilities own their power transformers, understanding their construction and best practices for maintenance is vital to keep them humming for many years. But with so much (and often-times confusing) information available how does one find out the critical information they need to know about power transformers? The answer, participate in the PowerTest Transformer Symposium. With a panel of experts discussingconstruction, best practices for maintenance, and items to assure transformer longevity this is an educational symposium that cannot be missed.

Take the bull by the horns

Stock Yard District Exchange Avenue

PAPER TRACKS ★ ★ ★ ★ ★ ★ ★ ★ ★ ★ MONDAY 3:15 PM – 4:00 PM

★ SAFETY ★

★ EQUIPMENT ★

Use of Permanent Electrical Safety Devices to Provide an Electrically Safe Work Condition Phillip Allen, Grace Engineered Products

What’s Shakin...In Relation to Backup Batteries Dinesh Chhajer, PE, Megger

In order to use a permanent electrical safety devices (PESD) as a part of a lock-out tag-out (LOTO) procedure, the requirements set forth in NFPA 70E 120.1/CSA Z462 4.2.1, creating an Electrically Safe Work Condition, must be met. PESDs allow for voltage verification without voltage exposure. PESD provide additional barriers in-between personnel and voltage and therefore decrease the opportunity for arc flash and shock incidents to occur. Understanding the application and the basic building blocks of permanently mounted electrical safety devices allows management to select and apply the right devices which will make their LOTO procedures safer and more productive. A user of PESD needs to understand how a power system (high resistance ground, isolated ground systems, etc.) influence the functionality of these devices. The correct installation of PESDs within an electrical enclosure also improves the reliability of the voltage testing equipment. Benefits include mechanical LOTO without voltage exposure and reduce PPE requirements for electrical LOTO.

★ RELIABILITY ★ Nomogram for Interpretation of DGA Data Fredi Jakob/Karl Jakob Dissolved gas analysis (DGA) has, over the last forty years, become the primary noninvasive tool for electrical equipment condition assessment. The method was developed for power transformers filled with mineral oil. DGA analysis has now been expanded to load tap changers (LTCs), oil filled circuit breakers, and bushings. Interpretation of DGA data is still empirical in nature. Numerical and graphical methods have been published to facilitate the DGA result interpretation. Nomograms have been developed that are applicable for power transformers filled with either mineral oil or natural esters. A nomogram has also been developed for on-line LTCs. Each nomogram is designed to graphically characterize the condition of the unit.hhhhh Condition codes for the unit are color coded to assist in the data interpretation.

Billy Bob’s Texas

Eat & Play Here

Batteries are often installed and ignored. As the 2011 earthquake in Japan demonstrates, battery maintenance cannot be taken for granted. This presentation will cover safe testing methods for battery systems. Aside from the fact that battery chemistry changes over time, you have to have a plan in case of disaster. Run the “what if” scenarios. What if my batteries die after a storm event? What if a tornado strikes and takes out the grid? What if a hurricane hits? Do I have backup banks? Do I have maintenance records? We will look at some of these scenarios and you can assess your readiness plan. We will look at some normal battery failure modes without a natural disaster to affect their performance. We will look at positive grid corrosion, plate sulfation, sediment, and dry-out (with VRLA batteries) and how these things can happen: Could this be a pre-cursor to thermal runaway? If you know what to look for and have the right tools, batteries should be easy to maintain.

★ ROTATING EQUIPMENT ★ Application of Electrical Diagnostic Methods on Rotating Machines Howard Sedding and Andy Brown, Kinectrics, Inc Reliable performance of rotating machines is critical to the safe efficient operation of generating stations and process industries. A significant number of premature machine failures have been attributed to insulation problems. The purpose of this contribution is to describe the use of various electrical diagnostic techniques to assess the condition of the stator winding, core and rotor winding insulation systems. Among the methods described are on- and off-line partial discharge, capacitance and dissipation factor, TVA probe, high voltage dc ramp, corona scope, EL-CID and recurrent surge oscillography. The contribution will include results and experience gained from over 30 years in applying these tests on motors and generators in field conditions.

PAPER TRACKS & NEW PRODUCT FORUM ★ ★ ★ ★ ★ ★ ★ ★ ★ ★ MONDAY 4:15 PM – 5:00 PM

★ SAFETY ★ NFPA 70E - 2012 Editon Updates Jim White, Shermco Industries NFPA 70E is the most-used safety standard in the world and has been adopted by Canada in the form of Z462 and is used worldwide by various countries to develop their own safety standards for electrical workers. In the US NFPA 70E is used by companies to achieve compliance with OSHA’s Electrical Safety-Related Work Practices Regulations, 29CFR1910.331 - .335, and each edition of NFPA 70E contains many revisions that affect how the 70E is implemented. Understanding NFPA 70E is critical to preserving employee’s health and safety when working on or near electrical power systems. This paper will discuss the latest changes contained in the 2012 edition of NFPA 70E and explain how they may affect workers and employers.

★ RELIABILITY ★ A Global Survey of Electrical Power Equipment Failures Jeane-Pierre Wolff, Ph.D., Applied Engineering Concepts The objective of this paper is to provide a survey of electrical equipment failures and related statistics from the international electrical power engineering community. The survey will gather data from utility, industrial and commercial engineering sources. Despite well written papers and books on reliability and the cost of unplanned outages due to equipment failures, recent credible and user friendly data is challenging to find for maintenance personnel’s everyday use. As an increasing amount of electrical power equipment installed in the U.S. is designed and manufactured oversea based on international standards, failure history from the international community becomes more relevant and valuable. The survey will categorize failures by equipment and voltage class with extensive use of tables, graphics and data origination references. This paper can be used as an additional resource to the Standard for Maintenance Testing Specifications ANSI/NETA MTS for the development of a reliability-based maintenance program.

★ EQUIPMENT ★ An Improved Testing Method for Mho Distance Relays Jason Buneo- Megger Over the years, the methodology of testing distance relays has been slowly progressing from steady state to simulating real system conditions. Steady state testing has been a tried and true method for distance relays, but it does not address the systems source impedance. The source impedance of the system influences the dynamic expansion of the mho characteristic and changes the apparent reach of the relay which is not observed in steady state testing. By taking into

account the systems source impedance, the true behavior of the relay can be observed. However, short lines coupled with low impedance system sources can create impractically high test currents for relays. Throughout this paper an improved testing method to address short lines will be discussed.

★ ROTATING EQUIPMENT ★ World Class Companies Need World Class Motor Management and Maintenance Noah Bethel, PdMA Corporation We are all being asked to reduce our energy consumption, while still maintaining rigid production schedules. The easy answer to this dilemma is to increase the efficiency of all our motors. But do you have the data to support this decision? By conducting a fault zone Analysis focusing on six specific fault zones and applying the latest in energy cost analysis techniques, you are able to pinpoint the actual root cause of problems and lower your carbon foot print. From reliability technicians and engineers to supervisors and management, a common goal is to reduce cost and increase production. Our presentation explores how using the six fault zone approach, with emphasis in energy cost savings, allows world class companies to compete and succeed on a global stage.

Monday 5:00 PM – 6:00 PM

NEW PRODUCT FORUM Experience the latest products and services impacting the power systems industry at PowerTest’s New Product Forum. Here, you will have the opportunity to learn about dozens of the latest innovations, major expansions, and significant improvements by leading industry-specific manufacturers and suppliers exhibiting at the trade show on Tuesday, February 28. Stay until the end of the forum to be eligible for an exclusive prize drawing. Must be present to win! All conference registrants are invited to attend. Participation is limited to PowerTest Exhibitors: For information on how to become an exhibitor and share your product or service with hundreds of industry professionals at the New Product Forum, contact Missy Richard at 888-300-6382 or mrichard@netaworld.org.

Put on your best bib and tucker and join the party! PowerTest 2012 Welcome Reception and NETA’s 40th Birthday Celebration. Hosted at the spectacular Dallas Cowboys Stadium. Monday 6:30 PM – 10:30 PM It will be a night to remember as we welcome this year’s conference attendees and celebrate NETA’s 40th Birthday. There will be a heap of tasty grub, plenty of socializing, dancing and all around good fun. We’ll toast to NETA’s 40th Birthday and celebrate the associations past, present and future!

Sponsored by: Cowboy up for a Birthday Celebration!

Megger Group CBS Shermco Industries

You’re Invited! Come Celebrate NETA’s 40th Birthday!

2012

FPO for NETA’s Birthday info 2012

WHAT: WHERE:

NETA’s 40th Birthday 2012

Dallas Cowboys Stadium WHEN: February 27, 2012 TIME:

6:30 – 10:30 PM

RSVP:

www.powertest.org to register Complimentary attendance for conference registrants

PANELS ★ ★ ★ ★ ★ ★ ★ ★ ★ ★ Tuesday

8:00 AM – 9:45 AM

★ ★ SAFETY SUMMIT ★ ★

★ ★ MOTORS & GENERATORS PANEL ★ ★

Moderator:

Jim White, Shermco Industries

Calvin Earp, Shermco Industries

Panel Members:

John Cadick, Cadick Engineering

Noah Bethel, PdMA Coporation

Tony Demaria, Tony Demaria Electric

Tom Bishop, EASA

Lynn Hamrick, Shermco Industries

Joe Geimann, SKF/Baker

Dennis Neitzel, AVO Training Institute, Inc.

Vicki Warren, Iris Power, LP

Do you struggle with changing safety regulations? Are you confused by the rules and language of the standards? As one of the highlights of the PowerTest conference, the safety panel discussions are always one of the most talked-about events due to the wealth of safety information and experiences shared during the panel discussions. With a panel of safety experts to answer questions from the audience and discuss issues that affect you, your company and your fellow workers – along with discussions surrounding the new edition of the NFPA 70E, there are certainly many subjects that will create questions that affect your safety and bottom line. The safety panel for the 2012 PowerTest will feature John Cadick, Tony Demaria, Lynn Hamrick, and Dennis Neitzel and will be moderated by Jim White.

The transfer of electrical energy into work is most often done through the electric motor and generator. Understanding these rotating workhorses of industry, that must not only function electrically but mechanically as well, is often misunderstood by many electrical maintenance professionals. This panel discussion will provide a wealth of knowledge and expertise on what to look for and how to test electrical machines. The latest testing technologies, the best practices in industry, and some “behind the curtain” facts on rotating machines will be discussed; this is a session that is not to be missed.

★ ★ RELAY PANEL ★ ★ Moderator: Rod Hageman, PRIT Service, Inc. Panel Members: Karl Zimmerman, Schweitzer Engineering Scott Cooper, Manta Test Systems Stan Thompson, Megger Relay systems can be quite complex. They can work from fundamental components, sequence components, communication schemes, end-to-end testing, and various other logic-based systems. It is rare to get a group of professionals in one room discussing the trials and tribulations of protective relaying, but this panel will be open to discuss any or all of these topics – none are too complex or simple to discuss. Informative, educational, and participating in this panel discussion is definitely time well spent!

10:15 AM – 12:00 PM

★ ★ CIRCUIT BREAKERS PANEL★ ★ Moderator: Eric Beckman, National Field Services Panel Members: George Tucker, National Switchgear Glen Hanley, ABB Dan Hook, Western Electrical Services Mike Nightingale, Voyten Electric With circuit breakers ranging in size and construction from a lowvoltage molded case, through low-voltage power and insulated case, and medium- and high-voltage vacuum and SF6 breakers, there is a wide range of testing requirements and best practices techniques and methodologies for these widely-different types of breakers. This informative PowerTest panel of experts will discuss different testing methods and experiences with circuit breakers, and tips and techniques to implement within your maintenance program. The panel will also focus on ways to extend the useful life of circuit breakers, and finally there will be discussions on how to take advantage of the latest technologies to decrease circuit breaker related arc-flash hazards.

TRADE SHOW & HOSPITALITY SUITES ★ ★ ★ ★ ★ ★ ★ ★ ★ ★

TUESDAY 12:00 PM – 4:30 PM

PowerTest 2012 Trade Show Big Opportunities Await at the Fort Worth Convention Center. Over100 exhibits from top-tier electrical power vendors with gather for this big event. No other show brings together this many companies focused on electrical safety and maintenance.

TUESDAY 7:00 PM – 10:00 PM

Hospitality at Its Best! Tuesday Evening, Make the Rounds and Mingle with Industry Leaders. Hospitality Suits Hosted by:

★ GE Energy ★ P rotec Equipment Resources ★ Megger ★ National Switchgear ★ Shermco Industries

WEDNESDAY SEMINARS ★ ★ ★ ★ ★ ★ ★ ★ ★ ★ High Powered Learning Choose from six, in-depth, four hour, seminar presentations. This first-class lineup covers current topics and important industry issues that will broaden your horizon and expand your knowledge.

Wednesday 8:15 AM – 11:45 AM No More Bloodletting! Practicing Perfection and Human Error Reduction Tim Autrey, Practing Perfection Institute, Inc. During this half-day workshop, participants will be introduced to the ‘next level’ approach to human performance. Known as Practicing Perfection®, this approach was detailed in the recently published EPRI Report, Human Error Reduction: An Implementation Guide (Report #1019687). Drawing upon his experiences of working with electrical power generation, transmission, and MEP vendors and firms during the last six years, Tim Autrey (author of the EPRI Report) will provide a guided tour through the basics of how to achieve long term sustainable human performance enhancement in any organization. Specifically, Tim will cover a variety of subjects related to team and individual performance from moving beyond old paradigms to viral accountability.

Current Transformers, Beyond Ratio and Polarity Will Knapek/ David Stelmach OMICRON electronics Corp. USA In your routine testing specification you are asked to perform testing of current transformers (CT’s). The NETA acceptance specifications require testing of ratio, polarity, excitation, and circuit burden. An experienced technician will test these features and complete the report. But have you ever wondered why the tests were needed? This half day seminar will focus on the current transformer construction, type, properties and other aspects of the CT. You will learn the method used to determine the purpose of the CT, what constitutes a metering or protection class CT, the definition of each CT class, and how to test and evaluate the results of a CT test.

In Service Condition Assessment of Medium Voltage Switchgear Using Partial Discharge Detection Don Genutis and Neil Davies, No-Outage Electrical Testing, Inc. There is an ongoing requirement to improve operational reliability of large power distribution systems and frequently, pressure to extend operations between scheduled maintenance periods for medium-voltage (MV) switchgear. As insulation breakdown and flashover represents a high percentage of metal-clad switchgear faults, early detection of insulation degradation is critical. In service assessment by the application of diagnostic techniques can provide confidence in the continuing safety and reliability of switchgear. Use of detection, location and monitoring of partial discharge activity provides very valuable information to effectively identify equipment at risk of failure. Equipment failures result not only in loss of supply and consequent disruption to production but also represent a danger to operational staff in the area. The process of non-intrusively surveying switchgear for partial discharge activity using electromagnetic and ultrasonic principles detects both continuous and intermittent discharge activity from both ‘visible’ surface sites and ‘invisible’ sources internal to insulation components. Hand-held non-intrusive equipment enables regular use by staff entering substations and continuous monitoring systems utilizing state of the art signal processing and analysis enable permanent monitoring of critical MV switchboards. The presentation will discuss the techniques and equipment together with examples of findings from switchgear installations throughout the US.

of Nature & Sc m u ien use ce M

Discover 16

Dallas

WEDNESDAY AND THURSDAY SEMINARS ★ ★ ★ ★ ★ ★ ★ ★ ★ ★ High Power Learning

Wednesday 1:15 PM – 5:00 PM Putting Science Behind Relay Testing Karl Zimmerman/Dave Costello, Schweitzer Engineering Laboratories This half day seminar reviews how testing science and practices have evolved. For example, automated testing, end-to-end testing, the outsourcing of projects to contractors and consultants, and the impact of regulatory agencies have all affected relay testing. We then show how we can take a comprehensive, scientific approach to address these challenges. Our goal is to increase the safety and reliability of protection schemes. As a basis, we will examine a one-line of a utility/ industrial intertie using a short transmission line with current differential protection, a step-down delta-wye transformer with differential protection, feeder protection, and motor protection. By examining each application, we show how to develop a plan to successfully commission these relay schemes with certainty.

Condition-Based Maintenance of Motors (On-Line Testing) Ian Culbert, Iris Power, LP Surveys have shown that stator and rotor winding insulation failure account for about 50 percent of motor failures in motors rated 2300 volt and above. Thus, to improve motor reliability and move to on-line predictive maintenance for motors, tools are needed to assess the condition of the windings. There are on-line test methods that have gained popularity with ac induction motor maintenance specialists. This paper discusses the failure mechanisms of medium- voltage motors and examines the online tests for which windings and types of machines the test is effective, setup, interpretation, and limitations.

Transformer Dielectric Fluids: Use of DGA and Furans Melvin Wright, LICA Consulting, LLC This session will examine the proper sampling techniques, sample containers, tests performed on transformer oils, the diagnostic value of each test and how to evaluate the quality and condition of the fluid for transformer dielectric fluids. We will also examine how dissolved gas analysis (DGA) and furans are used to evaluate transformer faults and the operational condition assessment of transformers.

Hands-On Training Thursday 8:00 AM – 5:00 PM Choose from three hands-on training sessions to be hosted off-site by three industry leaders. Transportation and lunch will be provided.

LOCATION 1: SHERMCO INDUSTRIES AC and DC Machine Analysis: Testing, Maintenance and Field-Proven Assessment Techniques Electric motors and generators are the workhorses of industry. But often times, the analysis of machinery condition and the assessment of serviceability are often misunderstood. The days of just “Megging the motor” are long gone, Paw-Paw. For two fast-paced hours, you will learn, touch and do many of the tests available to the industry today.

LOCATION 2: ASTRO CONTROLS/CIRCUIT BREAKER SALES Motor Control Centers and Low-Voltage Breakers You can take advantage of three hands-on learning stations for MCCs and LV breakers. First station: “tricks of the trade” for the use, operation and testing of many current-production circuit breakers. Second station: properly interpret curves and information when testing. Third station: MCCBs and UL 489 – what you can and can’t do while maintaining UL listing.

LOCATION 3: AVO TRAINING INSTITUTE Electrical Testing Skills: Transformers, Vacuum Breakers, and Medium-Voltage Cable Hands-on seminar presenting four sessions, covering common substation equipment testing and cable splicing procedures. Move ‘round to each session for a perfect overview.

Event Schedule SUNDAY REGISTRATION AND PRE-CONFERENCE EVENTS

9:00 am – 5:00 pm

Registration Desk Open

9:00 am – 3:00 pm

Best Practices Seminar

12:00 pm – 5:00 pm 5:30 pm – 9:30 pm

NETA Member Meeting Best Little Pub Crawl in Texas

MONDAY WELCOME KEYNOTE PAPER TRACKS SYMPOSIUM WELCOME RECEPTION & 40TH BIRTHDAY CELEBRATION

7:00 am – 8:30 am

Breakfast

7:00 am – 5:30 pm

Registration Desk Open

8:00 am – 8:30 am

Welcome

8:30 am – 9:15 am

Keynote Address

9:30 am – 10:15 am

Paper Tracks

10:30 am – 11:15 am

Paper Tracks

11:30 am – 12:15 pm

Paper Tracks

12:15 pm – 2:15 pm

NETA Member/Affiliate Luncheon

12:15 pm – 2:15 pm

Lunch On Your Own

12:15 pm – 2:15 pm

PowerDB Users Group Meeting

2:15 pm – 3:00 pm

Paper Tracks/Symposium

3:15 pm – 4:00 pm

Paper Tracks/Symposium

4:15 pm – 5:00 pm

Paper Tracks/Symposium

5:00 pm – 6:00 pm

New Product Forum

6:30 pm – 10:30 pm

Welcome Reception & 40th Birthday Celebration Dallas Cowboys Stadium

TUESDAY PANELS

7:00 am – 8:30 am

Breakfast

TRADESHOW

7:00 am – 1:00 pm

Registration Desk Open

8:00 am – 12:00 pm

Panel Sessions

HOSPITALITY SUITES

12:00 pm – 4:30 pm 5:30 pm – 10:30 pm

Tradeshow and Luncheon Hospitality Suites

WEDNESDAY SEMINARS

7:00 am – 8:30 am

Breakfast

7:00 am – 5:00 pm

Registration Desk Open

8:00 am – 11:45 am

Seminars

11:45 am – 1:15 pm 1:15 pm – 5:00 pm

Lunch On Your Own Seminars

THURSDAY HANDS-ON SEMINARS

8:00 am – 10:00 am

Session 1

7:15 am Bus Leaves Hotel

10:45 am – 12:45 pm

Session 2

12:45 pm – 1:30 pm

Lunch

Transportation Between Sessions 2012 Will Be Provided

Session 3

4:15 pm – 5:00 pm Bus Returns to Hotel

2:15 pm – 4:15 pm

2012

ELECTRICAL MAINTENANCE & SAFETY CONFERENCE www.powertest.org • 888.300.NETA (6382) • www.netaworld.org

2012

SPONSORSHIP ★ ★ ★ ★ ★ ★ ★ ★ ★ ★ Turbo Voltage Sponsors

High Voltage Sponsors

Medium Voltage Sponsors

Low Voltage Sponsors

TRAVEL ★ ★ ★ ★ ★ ★ ★ ★ ★ ★

Welcome to Fort Worth, City of Cowboys and Culture! No other city boasts such an unmistakable mix of preserved Western heritage and unrivaled artistic offerings. Whether you prefer to spend your time in a museum or watching the world’s only twice-daily cattle drive, Fort Worth offers plenty of things to do. Accommodations are at the Omni Fort Worth Hotel and as breathtaking as any West Texas sunset, the new Omni Fort Worth offers a unique taste of Texas hospitality. Conveniently located in the heart of downtown Fort Worth, the hotel stands adjacent to the Fort Worth Convention Center and within walking distance from the city’s burgeoning cultural centers, restaurants and nightlife

Bass Performance Hall Sundance Square Fort Worth 20

Glory Windows– Chapel of Thanksgiving, Thanksgiving Square Dallas

TRAVEL ★ ★ ★ ★ ★ ★ ★ ★ ★ ★

Destination Fort Worth

Sample the local fare

ARRIVE BY AIR From Dallas/Fort Worth International Airport: Exit South ramp to Texas-183 West; Merge onto Texas-183 West toward Fort Worth; Proceed 10.5 miles until Texas-183 West becomes I-820/Texas-121 South; Keep left to take Texas-121 South via Exit 24B toward downtown Fort Worth; Merge onto I-35W South; Take the Texas 280-Spur exit–Exit 52– toward downtown; Merge onto Texas-280 Spur West; Take the East 6th Street exit on the left; Turn left onto Houston Street/ US-287 BR S; Hotel entrance is on the right across from the Fort Worth Convention Center. Transportation from the airport: Taxi Service: Approximately $55 each way. Shuttle Service: Approximately $17 per person Super Shuttle available 24 hours. call: 972.615.2410 or visit: www.supershuttle.com.

Carrollton Plaza Arts Center Carrollton

PowerTest 2012 REGISTRATION ★ ★ ★ ★ ★ ★ ★ ★ ★ ★ NonMembers

NAC Members

Government

Students

Full Conference:

$759

$699

$683

$150

Single Day:

$480

$450

$432

$150

Wednesday Seminars:

$269

$249

$269

Thursday Seminars:

$569

$549

$569

Join & Save Join as a Gold Affiliate for $775 and your PowerTest conference registration is included! Current Affiliates upgrade to a Gold Affiliate for only $600 and receive a complimentary PowerTest conference registration!

ON-LINE: www.powertest.org

Payment:

Save time by registering on-line at www.powertest.org

NETA accepts all major credit cards and checks. All checks should be made out to NETA or the InterNational Electrical Testing Association and must be received with the registration form in order for it to be processed. Forms received without payment will be put on hold until payment is received.

Cancellation policy

FAX: 269-488-6383

Registration fees are refundable through January 30, 2012. All refund requests must be submitted in writing and a service fee of $50 will be deducted from all refunds processed. After January 30, 2012 all fees are nonrefundable and substitutions are encouraged.

EMAIL:

Extras!

NETA 3050 Old Centre Ave, Suite 102 Portage, MI 49024

P owerTest 2012 Technical Papers - Registered conference attendees will receive all PowerTest technical presentations on a USB drive on site in their registration bag.

PARTNERS AND GUESTS KICK BACK Spouse/Guest Pass The special lounge will be available exclusively for spouses and guests of PowerTest attendees – stocked daily with light refreshments and information on all the local activities. This includes a lunch voucher and admission to Monday evening’s Welcome Reception and Tuesday evening’s tradeshow and hospitality suites. Spouse/ Guest Passes - $75 Per Person

Social Pass The Social Pass includes admission to the Welcome Reception, Hospitality Suites and Tradeshows - $40 Per Person 22

TO REGISTER for PowerTest 2012 please choose one of the following options:

Scan and email registration forms to www.neta@netaworld.org

MAIL:

CALL US: 888-300-6382

Timing has a lot to do with the outcome of a rain dance.

HOTEL INFORMATION ★ ★ ★ ★ ★ ★ ★ ★ ★ ★

Sleep Here Hotel Reservations: Omni Fort Worth Hotel 1300 Houston St. Fort Worth, TX 76102, www.omnihotel/findahotel/fortworth Phone: 817.535.6664 Group Name: NETA/PowerTest Reservation Deadline: Monday, January 23, 2012 Group Rate: $185 All reservations must be made individually through the Hotel’s Reservation Department. All reservations must be guaranteed at time of booking with either a first night’s deposit or a major credit card. In order to cancel a reservation without penalty, it must be canceled by 4:00 PM EST 24-hours prior to the date of arrival. Penalty is one night’s room and tax.

Omni Fort Worth Hotels

Harness the Power! Register Today!

February 27 - March 1, 2012 Omni Fort Worth Fort Worth, Texas

Fax: 269.488.6383 • Mail: 3050 Old Centre Ave, Suite 102, Portage, MI 49024 For questions or assistance creating your package please contact: Missy Richard — Phone: 888.300.NETA (6382) • Email: mrichard@netaworld.org