design of a magnetic mapping system for mu2e
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Design of a Magnetic Mapping System for Mu2e Charles Orozco 4 - PowerPoint PPT Presentation

Design of a Magnetic Mapping System for Mu2e Charles Orozco 4 August 2014 Introduction Mu2e and Project Requirements Conversion of muons to electrons Three Solenoids Production Solenoid


  1. Design of a Magnetic 
 Mapping System for Mu2e � Charles Orozco � 4 August 2014 � �

  2. Introduction – Mu2e and Project Requirements � • Conversion of muons to electrons � • Three Solenoids � – Production Solenoid � – Transport Solenoid � – Detector Solenoid � • An accurate magnetic field map is required � • The DS is 10 meters long � • Magnetic field gradients � • Material Constraints � – No magnetic materials � – Minimal use of metal � • Accuracy Constraints � 2 � Presenter | Presentation Title � 8/13/14 � – All positions to within 50

  3. Summer 2013 � • Preliminary designs for the DS mapping system � – Z Drive � – Phi Drive � – Leveling System � 3 � Charles Orozco | DS Magnetic Mapping System � 8/13/14 �

  4. Summer 2014 � • Major revisions to the preliminary design � • Worked with suppliers to find the necessary parts � • Created a preliminary cost estimate of the system � • Migrating the design files to Teamcenter � 4 � Charles Orozco | DS Magnetic Mapping System � 8/13/14 �

  5. Z Drive � • Air powered stepper motor � • Two linear actuators � • One rotary actuator � 5 � Charles Orozco | DS Magnetic Mapping System � 8/13/14 �

  6. Phi Drive � • Three axis linear adjustments using 1/40” pitch lead screws � • Minute rotational adjustments using the play in the lead screws � • 360°continuous rotation � 6 � Charles Orozco | DS Magnetic Mapping System � 8/13/14 �

  7. Propellers � • Fiberglass panels � • Fiberglass square tubing � • Foam core � • Stainless steel wheel hub � – Manufactured in house � 7 � Charles Orozco | DS Magnetic Mapping System � 8/13/14 �

  8. Propeller Extension � • The posterior wheel hub directly connects to the wheel hub on the front main propeller to ensure proper alignment. � • The small propeller extends in to the TS collimator region. � 8 � Charles Orozco | DS Magnetic Mapping System � 8/13/14 �

  9. Future Work � • Estimate cost of manufacturing � • Finalize the bill of materials � • Perform Finite Element Analyses to test the design � • Finalize the designs and have the drafting department create drawings � 9 � Presenter | Presentation Title � 8/13/14 �

  10. Acknowledgements � • Marc Buehler � • Elliott McCrory � • Vladimir Kashikhin � • Dianne Engram � • Matt Kramp � • Linda Diepholz � • Tom Page � • Jamieson Olsen � • Cosmore Sylvester � • Mike Tartaglia � • John Tompkins � • George Velev � • Mayling Wong-Squires � • Jerry Zimmerman � 10 � Presenter | Presentation Title � 8/13/14 �

  11. Questions? �

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