SIGN UP IN myproject, GO TO Mentor TO GET MEETING INFORMATION, DRAFTS, WEB MEETING LINKS, ETC.

Transcription

1 IEEE 1349 Motors in Hazardous Locations Working Group Committee IEEE P1349 (Project WG) Guide for the Application of Electric Motors in Class I, Division 2 and Class I, Zone 2 Hazardous (Classified) Locations Meeting: June 1 2, 2017 Location: Houston, TX and Web meeting Host: Eaton s Houston Experience Center 3413 N. Sam Houston Parkway W., Suite 212A Houston, TX Phone # Time: 8:00 am to 5:00 pm / 8:00 am to 4:00 pm (Texas time; Central) Parking: The attendees can park in front of the building. Purpose of this meeting will be for the general WG business and mainly Task Group meetings. The Task Groups have scheduled meeting times on both days, then Task Groups report out to the WG. SIGN UP IN myproject, GO TO Mentor TO GET MEETING INFORMATION, DRAFTS, WEB MEETING LINKS, ETC. AGENDA (Revised 5/5/2017) Call to Order 8:00 am (entire WG) Approval of Agenda Introductions & Attendance - Circulate Roster Review IEEE Patent Slides IEEE mentor site linked to myproject minute training session Approve/Read Minutes of the Last Meeting (April 2017; online epoll ballot) Review PAR Scope, Purpose, Schedule (2021 done) Old Business Guide Published, 2011 WG Procedures, March 2014 New Business NEC 2020 ask if any WG public input, due Sept. 7, 2017 Review Action Items list from previous meeting Harmonization activities with IEEE P303 and IEEE P841 IEEE P841 WG ballot, Temperature related items IEEE P303, Non incendive, CMV, shaft bonding

2 Leaders for sections (see Task Group List) Volunteers for sections (see Task Group List) Task Group Working Sessions 10:00 am Day 1, June 1 Task Group sessions 10:00 am noon TG 4 Theory, Science & Experience Shaft grounding brushes Video Shaft bonding presentation 1:00 3:00 pm TG 5 Common Applications 3:15 5:00 pm TG 7 Operations & Maintenance Recess until Day 2 Day 2, June 2 Task Group sessions 8:00 10:00 am TG 1 Test data spreadsheet 10:00 - noon TG 6 Uncommon Applications 1:00 2:00 pm TG 3 Information to use guide TG 3a Events Bharat Mistry, Lead AEGIS Inpro/Seal Lead - Lorraine Padden, lead Lead - Lead 2:15 3:15 pm TG 8 Temperature Tests Matt Fisher, Lead Task Groups Leads report out 3:30 pm (entire WG) Plan next meetings Task Group meetings to review Sections of the Draft Saturday, September 16, 2017 (PCIC Conference, Calgary) 4:00 pm 5:00 pm Purpose of this meeting will be to update the Working Group on the status of revising and updating IEEE Adjourn (estimate 4:00 pm) Friendly reminder 1) Sign up for IEEE 1349 Working Group Committee in myproject on IEEE SA website (an invitation for ballot will be sent to your when the document is ready for formal ballot) 2) Send to officers noting your level of interest in the Working Group (voting member, non voting member, observer) 3) Go to IEEE 1349 area in mentor on IEEE SA website (draft documents, meeting announcements, etc. will be posted to this site) 4) Reply to the epoll through mentor if you plan to attend the meeting in person or Web/teleconference NOTE: Click on etools in top right corner to switch from myproject to mentor.

3 IEEE 1349 Working Group Schedule to completion 4Q 2020: Kickoff meeting April 28, 2017 WG meeting/task Groups June 1-2, 2017 Task Group meeting for Excel Spreadsheet to solicit data, 2Q 2017 Post Spreadsheet to IEEE 1349 mentor site Solicit Data for Annex H, 3Q 2017 End for data solicitation, September 1, 2017 WG meeting September 16, 2017 (PCIC, Calgary) Quarterly WG meetings, 2018 & 2019 WG Ballot, 2Q 2019 WG Ballot resolution, 4Q 2019 Solicit Copyrights As information is submitted (data and new figures) Get final Figures and jpg files; 4Q 2019 MEC with IEEE; 4Q 2019 Invitation to ballot, 4Q 2019 Formal Ballot, 1Q 2020 Ballot Resolution 2Q 2020 Recirculation 3Q 2020 Submit to RevCom 4Q 2020 Publish, 2Q 2021

4 IEEE 1349 Action Items Section No. Description Lead/Group Check with IEEE on making the non-incendive, CMV Lorraine Padden CMV calculation spreadsheets available to calculation download (open access) CMV spreadsheets Shaft bonding suppliers Meeting times; June 1-2 Events Update the Excel spreadsheets for distribution to the WG. Vendors are encouraged to check the calculations vs. their actual test data and motor data; then, provide feedback to the WG and TG-4. Send information on the suppliers of shaft bonding devices to Bharat Mistry. Send requested meeting times for June 1-2 to Lorraine by May 5 Solicit input on explosion Events from API, SOEE at the May meeting in Las Vegas. Bill Lockley Fillipe Tranquillini Task Group Leads Art Neubauer

5 IEEE 1349 TASK GROUP LIST Section No. Description Lead/Group TG 1 Test data spreadsheet Test Data TG 2 Data Analysis TG 3 Information to use guide TG 3a Events TG 4 Theory, Science & Experience Review Excel spreadsheet, develop drop down menus for spreadsheets, coordinate with IEEE 1566 WG volunteers to update spreadsheets Work with IEEE to set up a location for submitting motor/asd data. (Gregory Marchini at IEEE) Solicit data. Cleanse and sort data prior to WG review. Annex H and Table 1 Review data, sort data, update data conclusions & recommendation. 1. Overview & Annex J Event History 2. References & 3. Definitions Annex A Bibliography Annex B Regulations & Standards Annex J Event History Document new events. - Solicit API SOEE 4. Phenomenon of Motor as Ignition Source Shaft grounding brushes Annex C AIT & Group Annex G Motor Sparking Considerations - Update calculation methods CMV - Spreadsheet CMV, check for IEEE area to download as part of the Standard - Complete spreadsheet synchronous and induction Annex H (TG 2) Lorraine Padden, lead Chris Heron, Dale Basso, Rick Paes, John Rama, Rich Holub, Bill Lockley, Rick Hoadley, Joel Northwall 1566 Rick Paes, John Rama, Rich Holub, Bill Lockley, Frank DeWinter, Robert Spiewak, Dale Tardiff Rick Hoadley Lorraine Padden, Rick Bried, Paul Hamer Lorraine Padden, lead Rick Bried, Paul Hamer Lead Matt Fisher Jeremy Smith Javier Portos Bharat Mistry, Lead Bill Lockley Rajendra Mistry Don Ankele Rich Holub Filipe Tranquilini (Ron Rapa volunteer) (Sohre Machinery rep. Electrostatic Technology Matthew Roman)

6 Section No. Description Lead/Group Lead Subclause 5 Common Applications 5.1 Common Application Considerations David Lu 5.2 Surface Temp. Common App. Table 1 (TG 2) TG Sparking Joel Northwall Common 5.4 General Equipment & Annex D Enclosures Bharat Mistry Applications (not Shaft grounding brushes TG4) Filipe Tranquilini 5.5 Common 1000 V & below Matt Fisher 5.6 Common above 1000 V Annex E Information Tables 5.7 Synchronous TG 6 Uncommon Applications TG 7 Operations & Maintenance TG 8 Temperature Tests 6.1 High/Low Ambient Temp; 6.2 High Altitude 6.3 ASDs; 6.4 Duty Cycle, 6.5 Excessive starts 6.6 High Inertia Load; 6.7 NEMA C & D 6.8 Voltage & Frequency Variation 6.9 Overload; 6.10 Low AIT 6.11 Surface Temp > Table 1 or > Class B 6.12 Other 7. Operations & Maintenance Annex F Multisection Inspection 8. Paint Test Method Annex I Test Methods Lead David Lu Matt Fisher Filipe Tranquilini Joel Northwall Javier Portos Rick Hoadley Bharat Mistry David Lu Javier Portos Chris Heron Matt Fisher, Lead