Please Note: These training programs are designed for OEM clients, usually set up for a particular group of individuals (service / installation engineer, customer support engineers, etc.) on location. These are not designed for nor offered on an individual basis.

If you are looking for individual power quality training, we might suggest the following entities:

• Electrotek - http://www.electrotek.com/
• PowerCET - http://www.powercet.com/
• University of WI Madison - http://epdwww.engr.wisc.edu/

Oftentimes, your local electric utility might have some training resources available at a bit lower cost. In addition, a lot of the power quality analyzer companies also offer some training or seminars, usually specific to their instrumentation, but with some good technical content in there as well. Finally, the Copper Development Association has a lot of freebie material with regard to power quality online (so long as you don't use aluminum!)

Finally, I might suggest that you attend the annual Power Quality Conference, next slated for October 2005 in Baltimore. I usually present a paper at this, and in general, most of the people working in this field are there - between the technical sessions and the vendor exhibits, one can pick up quite a bit of expertise.

Hope this helps...sorry for the goose chase; I understand that this page was linked in a newsletter with regard to power quality training; and I've been getting a lot of inquiries.....Jude

BA-100

This course covers the basics of DC and AC power. Starting with a simple water analogy, the course addresses concepts such as voltage, current, DC power, and AC power. It includes modules on many common electrical components such as resistors, transformers, fuses, etc. Finally, basic electrical safety concepts are introduced. In a simple modular form, and complete with quizzes, this is an ideal primer for manufacturing workers and non-technical employees.

BA-200

Utilizing a custom-designed training circuit and actual measuring equipment, this course introduces the fundamental concepts of electricity required for AC Power Quality. DC Voltage, AC Voltage, RMS Power, Current, and Power are all covered, along with simple calculations. Various AC Loads - Resistive, Capacitive, Inductive, and Non-Linear - are also addressed. Throughout, students gain familiarity with Multi-meter and Oscilloscope use as they compare theortical values to actual measurements.

PQ-100

An introduction to the core concepts of power quality problems. Effects of power quality problems are examined - disruption, damage, and performance related problems, and the costs associated with each. Power Quality problems are introduced gradually - starting with loss of voltage, through problems with RMS voltage amplitude, and moving into high frequency noise, harmonics, and transient impulses. Finally, common-mode voltage problems are discussed. All power quality problems are illustrated by real-life situations and waveforms.

PQ-101

An overview of the types of power conditioning solutions that have been introduced over the past 50 years. Starting with the basic isolation transformer, We review Surge Protective Devices (SPD), voltage regulators, power synthesizers, and double conversion devices such as Uninterruptible Power Suppplies and rotary power conditioners. Not a sales pitch - this course discusses both the benefits and the potential problems with each power conditioing solution. The attendee will walk away with a realistic understanding of what power conditioners can be expected to do, and how to best select, size, and apply a power conditioner to address a specific power quality problems and loads.

PQ-102

Confused by wire sizes? Transformer KVA ratings? Delta vs. Wye power? This is the training program you need. Designed to give a technical / field engineer with an electronics background a familiarity with the nuts and bolts of AC power distribution within a facility. We discuss service entrances, distribution panels, transformers, and conductor sizes. A major portion of the course deals with impedance - calculation, measurement, and power quality problems related to impedance. Finally, power quality problems found at the point of use, caused by facility electrical system problems are addressed.

PQ-103

The National Electric Code (NEC, or NFPA-70) is a complex document - requiring many months of study and years of experience to understand fully. In 4 hours, however, we touch on those portions of the NEC most related to Power Quality. We highlight the portions of the NEC that were written to accommodate or enhance power quality - and also those sections most likely to result in a sub-standard installation with regard to poiwer quality. If you do not specify special requirements for your installations, the odds are good you are getting a 'code-minimum' installation. Now you can understand what this means, and how to specify and justify an electrical system designed to meet the NEC as well as ensure optimal power quality.

PQ-104

To truly understand grounding requires 3 degrees, hands-on experience, and 20 years of field expertise. Even then, it's always a surprise! However, this course provides a solid understanding of grounding for power quality. Understanding the reasons for fire- and life-safety grounding is the first step. Next, follows a discussion of power quality problems caused by poor grounding. Finally, common techniques for minimizing ground problems are reviewed and discussed. Confused about ground loops? Bonding? Isolated Grounds? Separately Derived Sources? This is the course you need!

PQ-200

Many field engineers feel uncomfortable working around three phase AC power - and with good reason! It's confusing, unfamiliar, and potentially dangerous. As a result, it is often difficult for field engineers to effectively conduct measurements related to a power quality survey. This seminar helps the service engineer to make the right measurements to help detect and diagnose power quality problems. Starting with electrical safety, the course helps the service engineer feel comfortable working with AC power systems. Static measurements such as can be made with a multimeter, and physical inspection issues are covered. Finally, techniques and expert skills associated with power quality monitoring are highlighted.

This course is generic - we do not rely on any one power analyzer or set of test equipment. However, it can be easily customized to incorporate the preferred test equipment for your field service organization.

PQ-201

Now that you have the data from a power quality survey - how can you evaluate it? This training program steps the engineer through the analysis of power quality data. Understanding the data permits one to translate a roll or paper, a sheaf of reports, or a disk full of waveforms into solid analysis, recommendations, and correction actions.

This course is generic - we do not rely on any one power analyzer or set of test equipment. However, it can be easily customized to incorporate the preferred test equipment for your field service organization.

MG-100

60 Hz Magnetic Fields are all around us - a side-effect of our AC electrical system. In most cases, such fields are low and are unlikely to cause health risks or equipment problems. In some buildings, however, high magnetic fields can lead to equipment problems, monitor flicker, and suspicions of human health risk.

This course introduces the basics of 60 Hz magnetic fields. Measurement and detection devices (gaussmeters) are reviewed. Step-by-step techniques to detect, quantify, and pinpoint the source of such fields in buildings are presented. Magnetic fields are the result of simple wiring errors and can be corrected with a little time, effort, and experience. Other problems are not so easily solved, and must be corrected by shielding or major system rewiring. This course can help to sort out the minor problems from the major ones, and resolve many magnetic field problems without expensive shielding.