IEEE IAS Atlanta - Fundamentals of Modern Protective Relaying Seminar (Part 1) Date: June 6, 2012 Time: 8:30am to 5:00pm Location: Holiday Inn Select- Atlanta-Perimeter/Dunwoody 4386 Chamblee Dunwoody Road Atlanta, GA (877) 863-4780 Cost: $95.00 PDH hours: Seven (7) IEEE Professional Development Hours (PDH) will be issued for this course. PDH credit will be submitted to the state of Florida Board of Professional Engineers upon request. System Grounding High Impedance Power System Protection Low Impedance Why Protect? Zone Interlocking Symmetrical Components Transformer Protection Analysis Internal and External Faults ANSI/IEEE Device Numbers Causes of Transformer Failures Current Transformers Percent Differential Potential Transformers Transformer Inrush and 2nd Harmonic Relaying Basics Restraint Zones of Protection Instantaneous Differential Sensitivity, Security & Dependability Restricted Ground Fault Primary and Backup Protection Overcurrent Protection Common Protection Methods Motor Protection Overcurrent Motor Failure Rates Differential Induction & Synchronous Motor Protection Voltage Thermal Overload Frequency Overvoltage and Undervoltage Power Current Unbalance Feeder Protection Ground Fault Time Overcurrent Circuit Instantaneous Overcurrent Differential Directional Overcurrent RTD Monitoring/Protection Breaker Failure Arc Flash Mitigation Bus Protection
IEEE IAS Atlanta - Fundamentals of Modern Protective Relaying Seminar (Part 1) Date: June 6, 2012 Time: 8:30am to 5:00pm Location: Holiday Inn Select- Atlanta-Perimeter/Dunwoody 4386 Chamblee Dunwoody Road Atlanta, GA (877) 863-4780 Cost: $95.00 PDH hours: Seven (7) IEEE Professional Development Hours (PDH) will be issued for this course. PDH credit will be submitted to the state of Florida Board of Professional Engineers upon request. System Grounding Power System Protection Why Protect? Symmetrical Components Analysis ANSI/IEEE Device Numbers Current Transformers Potential Transformers Relaying Basics Zones of Protection Sensitivity, Security & Dependability Primary and Backup Protection Common Protection Methods Overcurrent Differential Voltage Frequency Power Feeder Protection Time Overcurrent Instantaneous Overcurrent Directional Overcurrent Breaker Failure Bus Protection High Impedance Low Impedance Zone Interlocking Transformer Protection Internal and External Faults Causes of Transformer Failures Percent Differential Transformer Inrush and 2nd Harmonic Restraint Instantaneous Differential Restricted Ground Fault Overcurrent Protection Motor Protection Motor Failure Rates Induction & Synchronous Motor Protection Thermal Overload Overvoltage and Undervoltage Current Unbalance Ground Fault Circuit Differential RTD Monitoring/Protection Arc Flash Mitigation
IEEE%20IAS%20Atlanta%20-%20Fundamentals%20of%20Modern%20Protective%20Relaying%20Seminar.docx