Click below to register for these free live webinars!
*Seats are limited, so register soon!
Variable Frequency Drives
Learn the basics of electric motors, VFD sensitivities to PQ problems, and the PQ problems they cause.
- Tuesday, February 25th at 11 AM ET (1 hour)
Power Quality Standards and Recommended Practices
An introduction to the IEEE, ANSI, NEMA, and IEC standards and recommended practices for power quality.
- Tuesday, March 4th, at 11 AM ET (1 hour)
PMI View Training
Learn to use PMI View, an iOS and iPadOS app for field power quality analysis, offering real-time data visualization and management for on-site decision-making.
- Monday, March 10th at 2PM ET (1 hour)
Loose Neutrals
Learn to detect the most dangerous PQ issue.
- Tuesday, March 11th at 11AM ET (1 hour)
Voltage Unbalance
What is voltage unbalance? This class provides an overview of the definition, root cause and methods of identifying voltage unbalance, as well as its effect on power quality and best practices for mitigation.
- Tuesday, March 18th at 11 AM ET (1 hour)
Light Flicker
Gain a detailed understanding of the causes and effects of flicker and flicker analysis.
- Monday, March 31st at 11AM ET (1 hour)
Power Quality for the Non-Engineering Professional
Understand power quality as well as symptoms and the economic costs of poor PQ.
PQ Tools Training
An introduction to PMI PQ recorders and software.
Power Quality and Distributed Generation
This new webinar will cover power quality challenges with DG, IEEE standards for DG, and PQ witness test and monitoring recommendations.
Understanding Distribution Resonances
Learn the fundamentals of power factor capacitor resonances in distribution circuits and more.
PQ Canvass Training
See live demonstrations of PQ Canvass, the premier platform for viewing and analyzing power quality data.
IEEE 519 Harmonic Standard
Review the IEEE 519 harmonic standard and best practices for using it in the field.
The Impact of High Power Electronics on Power Quality
Understand the rise of power electronics and smart devices on modern loads and the impact of these loads on the utility distribution system.
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