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MMF Layout, Workflow Robert Ruland

MMF Layout, Workflow Robert Ruland. Magnetic Measurements Facility Layout Workflow Summary. Layout. Floor plan divided into three functional areas Magnetic Measurements (± 0.1º C) Fiducialization and Assembly (± 1º C) Storage (± 2.5º C)

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MMF Layout, Workflow Robert Ruland

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  1. MMF Layout, Workflow Robert Ruland • Magnetic Measurements Facility Layout • Workflow • Summary

  2. Layout • Floor plan divided into three functional areas • Magnetic Measurements (± 0.1º C) • Fiducialization and Assembly (± 1º C) • Storage (± 2.5º C) • Test stand lay-out is driven by requirement to match the Earth Magnetic Field conditions in lab to Undulator Hall, i.e. azimuth and gap orientation need to be identical

  3. Moving and Lifting • Forklift is used to move undulator segment in and out storage racks as well as on and off dollies • Dollies are used to move segments between rooms • Cranes are used to load segments on and off benches

  4. Tuning / Fiducialization Workflow • All Undulators are tuned to nominal K, position specific K setting is done by adjusting relative quad-to-und alignment • Tuning / Fiducialization Workflow • In storage area, load dolly with undulator segment • Roll dolly into F&A lab, adjust to temperature for 3 days • Roll dolly into MM lab, adjust to temperature for 7 days • Set-up undulator on bench #2, pre-adjust gap, 2 days • Move onto bench #1, fine-adjust gap, tune, measure pointed magnet fixture offset, 3 days • Move onto CMM, finish fiducialization, 1 day

  5. Cradle Assembly Workflow • Pre-assemble Cradle • Move cradle onto assembly bench • Install quad, vacuum chamber, and BPM • Pre-Align and straighten vacuum chamber • Mount undulator • Align Components • Move assembly onto CMM • Set undulator into nominal position • Set roll-away reference • Align Quad wrt undulator • Align BPM wrt Quad • Adjust undulator relative X-position for local K

  6. END of Presentation

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