BEGIN:VCALENDAR VERSION:2.0 PRODID:IEEE vTools.Events//EN CALSCALE:GREGORIAN BEGIN:VTIMEZONE TZID:US/Alaska BEGIN:DAYLIGHT DTSTART:20190310T030000 TZOFFSETFROM:-0900 TZOFFSETTO:-0800 RRULE:FREQ=YEARLY;BYDAY=2SU;BYMONTH=3 TZNAME:AKDT END:DAYLIGHT BEGIN:STANDARD DTSTART:20191103T010000 TZOFFSETFROM:-0800 TZOFFSETTO:-0900 RRULE:FREQ=YEARLY;BYDAY=1SU;BYMONTH=11 TZNAME:AKST END:STANDARD END:VTIMEZONE BEGIN:VEVENT DTSTAMP:20200113T195151Z UID:3FC65543-B534-4DBE-A32B-9FE325DB7202 DTSTART;TZID=US/Alaska:20191007T080000 DTEND;TZID=US/Alaska:20191008T170000 DESCRIPTION:IT IS FINALLY HERE! After 16 long years\, the next edition of I EEE 1584 was finally published. In this two-day arc flash training class\, Jim Phillips\, P.E.\, introduces the 2018 edition of the IEEE 1584. Jim d iscusses the changes\, walks you through the calculations with his new wor ksheets and how the 2018 edition is is used in arc flash studies.\n\nThe 2 018 edition of IEEE 1584 is a major game changer. Almost everything has ch anged since the original edition was introduced in 2002.\n\nHighlights of the next edition include:\n\n- Five different electrode configurations to enable more detailed modeling\n- Vertical electrodes in a metal box/enclos ure – VCB (also in 2002 Edition)\n- Vertical electrodes terminated in an insulating barrier in a metal box/enclosure – VCCB\n- Horizontal electr odes in a metal box/enclosure – HCB\n- Vertical electrodes in open air – VOA (also in 2002 Edition)\n- Horizontal electrodes in open air – HO A\n\n- More choices for enclosure types and sizes\n- Enclosure correction factor calculation to adjust for specific enclosure size\n- The effect of grounding has been eliminated\n- An arcing current variation factor calcul ation replaces the 85% factor\n- Calculations performed at 1 of 3 voltage levels with interpolation to actual voltage\n- The 125 kVA transformer exc eption was eliminated\n- Each calculation is performed in 2 steps which in cludes an initial calculation based on one of three voltage levels and a s econd calculation interpolating to the specific system voltage. The 125 kV A “exception” was replaced. Learn why and what has replaced it. What a bout the 2 second rule? Jim discusses all this and much more.\n\nCo-sponso red by: CH06268 - Alaska Section Chapter\, PE31\n\nSpeaker(s): Jim Phillip s\, \n\nAgenda: \n8:00 am to 8:30 am Check in\, Hand out materials 8:30 am to 11:30 am Training (breaks will be scheduled during the Class 11:30 am to 12:15 pm Lunch 12:15 pm to 5:00 pm Training (with breaks scheduled\n\nA genda – 2018 IEEE 1584 Arc Flash Training Class\n\nINTRODUCTION TO ARC F LASH STUDIES\n\nARC FLASH AND OTHER ELECTRICAL HAZARDS\nPhysiological Effe cts\, Electrocution\, Tissue Damage\, Internal Organ Damage\, Burns Fibril lation\, “Curable” 2nd Degree Burn\n\nCODES AND STANDARDS\nOSHA 29 CFR – Part 1910\, Subpart S\, NFPA 70\, National Electrical Code®\, 2018 N FPA 70E\, Standard for Electrical Safety in the Workplace\, 2018 IEEE Stan dard 1584™\, IEEE Guide for Performing Arc Flash Hazard Calculations\, L egal Requirements\, Liability\n\n2018 EDITION – IEEE 1584 – DEVELOPMEN T\nHistory of the Development of the 2018 IEEE 1584\, IEEE/NFPA Collaborat ion\, Working Group and Project Team\, Almost 2000 New Arc Flash Tests\, W hat Took So Long? Range of Applicability\, Data Requirements\, Study Proce ss\, Table of Results for the Arc Flash Study Report.\n\nARC FLASH CIRCUIT DYNAMICS\nArcing Faults vs. Bolted Faults\, Effect of Current on Overcurr ent Device Clearing Time\, Current Limitation\, Effect of Transformer Size and Source Strength\n\nMODELING THE ARC FLASH STUDY\nOne-Line\, Data\, Sy stem Configuration\, Multiple Sources\n\nELECTRIC UTILITY COMPANY DATA\nWh at data should be requested\, minimum and maximum fault current\, why not to use infinite bus calculations\, what if the data can not be obtained?\n \nOVERVIEW OF CHANGES TO THE 2018 IEEE 1584\nIntroduction and Summary of t he Major Changes\n\nELECTRODE CONFIGURATIONS\nVCB – Vertical electrodes in a metal box/enclosure\, VCCB Vertical electrodes terminated in an insul ating barrier in a metal box/enclosure\, HCB – Horizontal electrodes in a metal box/enclosure\, VOA – Vertical electrodes in open air\, HOA – Horizontal electrodes in open air\n\nARCING SHORT CIRCUIT CURRENT CALCULAT IONS– LOW VOLTAGE\nCalculation of Intermediate Average Arcing Current\, Calculation Final Arcing Current – Interpolate for Voltage\, Coefficient s\, Data\n\nENCLOSURE SIZES AND TYPES\nNew Enclosures\, Sizes and Types\, Gap Distances\n\nENCLOSURE SIZE CORRECTION FACTOR CALCULATIONS\nDeterminin g Correction Factor for Enclosure Size. Shallow vs. Typical Enclosure\n\nW ORKING DISTANCE\nSelection of Working Distance for Incident Energy Calcula tions\n\nARC DURATION\nUsing Time Current Curves\, 2 Second Cut Off\, Arc Sustainability\, 125 kVA Transformer Exception Deletion – Why?\n\nINCIDE NT ENERGY CALCULATIONS – LOW VOLTAGE\nCalculation of Intermediate Incide nt Energy\, Calculation of Final Incident Energy – Interpolate for Volta ge\, Coefficients\, Data\n\nARC FLASH BOUNDARY CALCULATIONS – LOW VOLTAG E\nCalculation of Intermediate Arc Flash Boundary\, Calculation of Final A rc Flash Boundary – Interpolate for Voltage\, Coefficients\, Data\n\nARC ING CURRENT VARIATION FACTOR\nCalculation the Arcing Current Variation Fac tor for Minimum Arcing Current\, Replacement for 85% factor\, Applies to a ll Voltages\n\nARCING SHORT CIRCUIT CURRENT CALCULATIONS – MEDIUM VOLTAG E\nCalculation of Intermediate Average Arcing Current\, Calculation Final Arcing Current – Interpolate for Voltage\, Coefficients\, Data\n\nINCIDE NT ENERGY CALCULATIONS – MEDIUM VOLTAGE\nCalculation of Intermediate Inc ident Energy\, Calculation of Final Incident Energy – Interpolate for Vo ltage\, Coefficients\, Data\n\nARC FLASH BOUNDARY CALCULATIONS – MEDIUM VOLTAGE\nCalculation of Intermediate Arc Flash Boundary\, Calculation of F inal Arc Flash Boundary – Interpolate for Voltage\, Coefficients\, Data\ n\nDC ARC FLASH CALCULATIONS\nV-I Characteristics\, DC Arc Resistance Calc ulations\, DC Incident Energy Calculations\, Box vs. Open Arc Calculations \, Calculation Worksheets\, Problem Solving\n\nCOMPARISON OF CALCULATION M ETHODS AND CONFIGURATIONS\nCalculation Results from 2002 IEEE 1584 Compare d to 2018 IEEE 1584\, Comparison or Results for VCB\, VCCB\, HCB\n\nMODELI NG TIPS\nSelection of Electrode Configuration\, Enclosure Size\, Gap Dista nces\n\nOTHER HAZARD MEASUREMENTS\nLight\, Blast Pressure\, Sound Pressure \n\nDETERMINING PPE REQUIREMENTS FROM INCIDENT ENERGY CALCULATIONS\nUsing calculated incident energy to determine PPE requirements. Simplifying the Selection\n\nARC FLASH WARNING LABELS\nJim’s Simplification for Arc Flas h Labels to Reduce or Eliminate the Need to Re-Label\, Minimum Requirement s\, Label Locations\, ANSI Z535 Requirements\, Incident Energy vs. Site Sp ecific PPE vs. Arc Rating\, Signal Words and Colors\n\nBldg: Coast Interna tional Inn\, 3450 Aviation Drive\,\, Anchorage\, Alaska\, United States LOCATION:Bldg: Coast International Inn\, 3450 Aviation Drive\,\, Anchorage\ , Alaska\, United States ORGANIZER:seitzak@ieee.org SEQUENCE:8 SUMMARY:JIM PHILLIP'S 2018 IEEE 1584 ARC FLASH TRAINING CLASS URL;VALUE=URI:https://events.vtools.ieee.org/m/202167 X-ALT-DESC:Description: <br /><p>IT IS FINALLY HERE!&nbsp\; After 16 long y ears\, the next edition of IEEE 1584 was finally published.&nbsp\; In this two-day arc&nbsp\;flash training class\, Jim Phillips\, P.E.\, introduces the 2018 edition of the IEEE 1584.&nbsp\; Jim discusses the changes\, wal ks you through the calculations with his new worksheets and how the 2018 e dition is is used in arc flash studies.</p>\n<p>The 2018 edition of IEEE 1 584 is a major game changer.&nbsp\; Almost everything has changed since th e original edition was introduced in 2002.</p>\n<p>Highlights of the next edition include:</p>\n<ul>\n<li>Five different electrode configurations to enable more detailed modeling\n<ul>\n<li>Vertical electrodes in a metal b ox/enclosure &ndash\; VCB (also in 2002 Edition)</li>\n<li>Vertical electr odes terminated in an insulating barrier in a metal box/enclosure &ndash\; VCCB</li>\n<li>Horizontal electrodes in a metal box/enclosure &ndash\; HC B</li>\n<li>Vertical electrodes in open air &ndash\; VOA (also in 2002 Edi tion)</li>\n<li>Horizontal electrodes in open air &ndash\; HOA</li>\n</ul> \n</li>\n<li>More choices for enclosure types and sizes</li>\n<li>Enclosur e correction factor calculation to adjust for specific enclosure size</li> \n<li>The effect of grounding has been eliminated</li>\n<li>An arcing curr ent variation factor calculation replaces the 85% factor</li>\n<li>Calcula tions performed at 1 of 3 voltage levels with interpolation to actual volt age</li>\n<li>The 125 kVA transformer exception was eliminated</li>\n<li>E ach calculation is performed in 2 steps which includes an initial calculat ion based on one of three voltage levels and a second calculation interpol ating to the specific system voltage.&nbsp\; &nbsp\; The 125 kVA &ldquo\;e xception&rdquo\; was replaced.&nbsp\; Learn why and what has replaced it.& nbsp\; What about the 2 second rule?&nbsp\; Jim discusses all this and muc h more.</li>\n</ul><br /><br />Agenda: <br /><p>8:00 am to 8:30 am Check i n\, Hand out materials 8:30 am to 11:30 am Training (breaks will be schedu led during the Class 11:30 am to 12:15 pm Lunch 12:15 pm to 5:00 pm Traini ng (with breaks scheduled</p>\n<p><strong>Agenda &ndash\; 2018&nbsp\; IEEE 1584 Arc Flash Training Class</strong></p>\n<p><strong>INTRODUCTION TO AR C FLASH STUDIES</strong></p>\n<p><strong>ARC FLASH AND OTHER ELECTRICAL HA ZARDS</strong><br /> Physiological Effects\, Electrocution\, Tissue Damage \, Internal Organ Damage\, Burns Fibrillation\, &ldquo\;Curable&rdquo\; 2n d Degree Burn</p>\n<p><strong>CODES AND STANDARDS</strong><br /> OSHA 29 C FR &ndash\; Part 1910\, Subpart S\, NFPA 70\, National Electrical Code&reg \;\, 2018 NFPA 70E\, Standard for Electrical Safety in the Workplace\, 201 8 IEEE Standard 1584&trade\;\, IEEE Guide for Performing Arc Flash Hazard Calculations\, Legal Requirements\, Liability</p>\n<p><strong>&nbsp\;2018 EDITION &ndash\; IEEE 1584 &ndash\; DEVELOPMENT</strong><br /> History of the Development of the 2018 IEEE 1584\, IEEE/NFPA Collaboration\, Working Group and Project Team\, Almost 2000 New Arc Flash Tests\, What Took So Lo ng? Range of Applicability\, Data Requirements\, Study Process\, Table of Results for the Arc Flash Study Report.</p>\n<p><strong>ARC FLASH CIRCUIT DYNAMICS&nbsp\;</strong><br /> Arcing Faults vs. Bolted Faults\, Effect of Current on Overcurrent Device Clearing Time\, Current Limitation\, Effect of Transformer Size and Source Strength</p>\n<p><strong>MODELING THE ARC FLASH STUDY</strong><br /> One-Line\, Data\, System Configuration\, Multip le Sources</p>\n<p><strong>ELECTRIC UTILITY COMPANY DATA</strong><br /> Wh at data should be requested\, minimum and maximum fault current\, why not to use infinite bus calculations\, what if the data can not be obtained?</ p>\n<p><strong>OVERVIEW OF CHANGES TO THE 2018 IEEE 1584</strong><br /> In troduction and Summary of the Major Changes</p>\n<p><strong>ELECTRODE CONF IGURATIONS</strong><br /> VCB &ndash\; Vertical electrodes in a metal box/ enclosure\, VCCB Vertical electrodes terminated in an insulating barrier i n a metal box/enclosure\, HCB &ndash\; Horizontal electrodes in a metal bo x/enclosure\, VOA &ndash\; Vertical electrodes in open air\, HOA &ndash\; Horizontal electrodes in open air</p>\n<p><strong>ARCING SHORT CIRCUIT CUR RENT CALCULATIONS&ndash\; LOW VOLTAGE</strong><br /> Calculation of Interm ediate Average Arcing Current\, Calculation Final Arcing Current &ndash\; Interpolate for Voltage\, Coefficients\, Data</p>\n<p><strong>ENCLOSURE SI ZES AND TYPES</strong><br /> New Enclosures\, Sizes and Types\, Gap Distan ces</p>\n<p><strong>ENCLOSURE SIZE CORRECTION FACTOR CALCULATIONS</strong> <br /> Determining Correction Factor for Enclosure Size.&nbsp\; Shallow vs . Typical Enclosure</p>\n<p><strong>WORKING DISTANCE</strong><br /> Select ion of Working Distance for Incident Energy Calculations</p>\n<p><strong>A RC DURATION</strong><br /> Using Time Current Curves\, 2 Second Cut Off\, Arc Sustainability\, 125 kVA Transformer Exception Deletion &ndash\; Why?< /p>\n<p><strong>INCIDENT ENERGY CALCULATIONS &ndash\; LOW VOLTAGE</strong> <br /> Calculation of Intermediate Incident Energy\, Calculation of Final Incident Energy &ndash\; Interpolate for Voltage\, Coefficients\, Data</p> \n<p><strong>ARC FLASH BOUNDARY CALCULATIONS &ndash\; LOW VOLTAGE</strong> <br /> Calculation of Intermediate Arc Flash Boundary\, Calculation of Fin al Arc Flash Boundary &ndash\; Interpolate for Voltage\, Coefficients\, Da ta</p>\n<p><strong>ARCING CURRENT VARIATION FACTOR</strong><br /> Calculat ion the Arcing Current Variation Factor for Minimum Arcing Current\, Repla cement for 85% factor\, Applies to all Voltages</p>\n<p><strong>ARCING SHO RT CIRCUIT CURRENT CALCULATIONS &ndash\; MEDIUM VOLTAGE</strong><br /> Cal culation of Intermediate Average Arcing Current\, Calculation Final Arcing Current &ndash\; Interpolate for Voltage\, Coefficients\, Data</p>\n<p><s trong>INCIDENT ENERGY CALCULATIONS &ndash\; MEDIUM VOLTAGE</strong><br /> Calculation of Intermediate Incident Energy\, Calculation of Final Inciden t Energy &ndash\; Interpolate for Voltage\, Coefficients\, Data</p>\n<p><s trong>ARC FLASH BOUNDARY CALCULATIONS &ndash\; MEDIUM VOLTAGE</strong><br /> Calculation of Intermediate Arc Flash Boundary\, Calculation of Final A rc Flash Boundary &ndash\; Interpolate for Voltage\, Coefficients\, Data</ p>\n<p><strong>DC ARC FLASH CALCULATIONS&nbsp\;&nbsp\;</strong><br /> V-I Characteristics\, DC Arc Resistance Calculations\, DC Incident Energy Calc ulations\, Box vs. Open Arc Calculations\, Calculation Worksheets\, Proble m Solving</p>\n<p><strong>COMPARISON OF CALCULATION METHODS AND CONFIGURAT IONS</strong><br /> Calculation Results from 2002 IEEE 1584 Compared to 20 18 IEEE 1584\, Comparison or Results for VCB\, VCCB\, HCB</p>\n<p><strong> MODELING TIPS</strong><br /> Selection of Electrode Configuration\, Enclos ure Size\, Gap Distances</p>\n<p><strong>OTHER HAZARD MEASUREMENTS</strong ><br /> Light\, Blast Pressure\, Sound Pressure</p>\n<p><strong>DETERMININ G PPE REQUIREMENTS&nbsp\;FROM INCIDENT ENERGY CALCULATIONS</strong><br /> Using calculated incident energy to determine PPE requirements. Simplifyin g the Selection</p>\n<p><strong>&nbsp\;ARC FLASH WARNING LABELS</strong><b r /> Jim&rsquo\;s Simplification for Arc Flash Labels to Reduce or Elimina te the Need to Re-Label\, Minimum Requirements\, Label Locations\, ANSI Z5 35 Requirements\, Incident Energy vs. Site Specific PPE vs. Arc Rating\, S ignal Words and Colors</p>\n<p><strong>&nbsp\;</strong></p>\n<p>&nbsp\;</p >\n<p>&nbsp\;</p> END:VEVENT END:VCALENDAR