1. iGen Fuser Bearing Project P11511

2. Agenda Meeting Timetable Start Time Review Topic 2:20Introductions 2:25Project Description 2:35Customer Needs 2:40Risk Assessments 2:55Concept Selection 3:10Houses of Quality 3:20Timeline 3:30Discussion 3:45Meeting Adjourned

3. Project Team, Faculty, and Customer Project Team: – Project Lead: Kevin Argabright (ME) – Team Members: John Fitch Dean (ME) Mike Buonaccorso (ME) Justin Eichenberger (ME) – Project Guide: William Nowak (Xerox Corporation) Faculty: – Consultant Dr. Stephen Boedo Customer: – Xerox Corporation Erwin Ruiz Melissa Monahan

4. iGen Machine

6. Running Conditions of Fuser Xroller forces are 184lbs each Reaction force of 360lbs/bearing Fuser rotates at 79.8RPM Outer race of the fuser bearings experience a temperature of 230°F

7. Customer Needs Develop method to characterize physical properties of bearings over their physical life Collect data on bearing properties Correlate physical property to end of life Incorporate multiple sensors Characterize physical properties over the bearing's physical life Create failure criteria Document the procedure (Testing) Testing bearings is quick and easy to do Document the procedure (Collecting Data)

8. Weighted Customer Needs Used a pairwise comparison chart Most Important Needs: – Develop method to characterize physical properties of bearings over their physical life – Document the procedure for collecting data

9. Project Scope Create a measuring tool to aid Xerox Corporation’s engineering team in collecting necessary data for characterizing bearing life in the iGen Fuser Assembly

10. Engineering Specs

11. Bearing Life

12. Risks RiskCauseMitigationSeverityLikelihoodTotal Data does not correlate No relationship exists between physical metric and bearing life Try multiple methods of data collection (acoustic, mag, proximity, etc..)326 Bearing life fixtures breakUse, mechanical wear Ensure proper training and seek rapid repair224 Our testing apparatus breaks Design error, mechanical wear, user error Design robustly and be prepared with replacement parts224 Needed item's lead time goes outside of project time frameManufacturing delays Ask manufactures for an estimate for lead time and stay in contact for updates224 No easy method for bearing testing on manufacturing floor Data collection and analysis take to long to be feasible for the throughput of Xerox Try multiple methods and speak with manufacturing to understand needs224 Time to collect data is too slow Data logging too slow, accelerated wear is insufficient Seek accelerated wear and ensure data loggers are sensitive enough224 Project goes over budget Sensors, raw materials and tooling are more expensive than thought Before purchasing submit a proposed budget to Xerox224 Measurement system fails Xerox standards Not enough collected data or to much inherent noise Speak with Erwin and Melissa to ensure our measurement is up to spec313 Sensors are lost, stolen or damagedTheft, accidents, neglect.Keep equipment secured at Xerox or RIT313 Customer is unhappy with deliverablesPoor Communication Maintain communications with Xerox throughout the project313 Team member is seriously injured or illSickness, death in family, etc.. Be prepared to delegate that person's responsibilities across the team212 Software is lost or corruptedLoss of flash drive or virusKeep multiple, up to date copies212 Team arguments cause delaysPoor Communication Allow for time to discuss ideas and concerns212 Travel to Xerox is prevented Weather, Xerox emergency, RIT emergency. Leave room in project timeline so that project does not hinge on any single day at Xerox111

13. Concept Generation

14. Concept Selection

15. Design chosen – Fixed Outer Race – Camshaft – DC motor – Conduction to outer surface – Belt – Accelerometer – Thermistor – Microcontroller – Labview

16. House of Quality

17. System Level Drawing

18. Timeline

19. Questions?

20. P11511 Senior Design Review Thank you for attending!