How to organize drawings and models proposal MNe

How to organize drawings and models (proposal) MNe, JF, DM 1

strategy • Everybody produces 3 D models in any CAD format • They are centrally collected (native file storage area, EDMS? ) • They are centrally integrated and qualified (same coordinate system, overlaps, clash detection…) under the supervision of systems engineering (Jack office? ) • Systems engineering converts models for integration in a unique CAD model system (CATIA? Revit? ) • Systems engineering will produce global models for reference in STEP and Navisworks formats • These are stored on EDMS (frequency? ) with a versioning stamp • Interested people (subscription? ) are informed of the new version and related changes 2

Possible model and conversion process 3

Some possible models - all caverns and drifts - cavern 1 + their drifts - cavern 2 + their drifts - cavern 3 + their drifts - cavern 1 crane + monorails - cavern 2 crane + monorails - all CF infrastructure in cavern 1 (doors, ventilation, lights, safety systems, …) - all CF infrastructure in cavern 3 (doors, ventilation, lights, safety systems, …) - cavern 1 chamber 2 warm cryostat SP bottom + walls - cavern 1 chamber 2 warm cryostat SP roof - cavern 1 chamber 2 GTT cold cryostat - cavern 3 chamber 2 warm cryostat DP bottom + walls - cavern 3 chamber 2 warm cryostat DP roof - cavern 3 chamber 2 GTT cold cryostat - cavern 1 chamber 2 cryo mezzanine naked + supports and access - cavern 1 chamber 2 proximity cryogenics on the mezzanine + other material on the mezzanine - cavern 1 chamber 2 cryo piping and cryo feedthroughs below the mezzanine + cryo piping going to cavern 3 (entrance) + their supports - cavern 1 chamber 2 all feedthroughs but cryo + cable trays + small racks - cavern 1 chamber 2 roof floor + access to the central bridge - cavern 1 chamber 2 detector mezzanine naked _ supports - cavern 1 chamber 2 racks on the detector mezzanine + cable trays below and on the mezzanine - cavern 1 chamber 2 detector cable trays on the wall + their supports + cable trays going to the entrance of cavern 2 - cavern 1 central bridge + permanent stairs - cavern 1 clean room + SASs + cold boxes + working spaces - cavern 1 chamber 1 material stored - cavern 1 chamber 2 DSS system with rails - cavern 1 chamber 2 APAs in place - cavern 1 chamber 2 Field cages + Cathodes in place - cavern 1 chamber 2 internal cryogenics - cavern 1 chamber 2 cryo instrumentation inside + HV instrumentation inside + calibration instrumentation 4

Some possible models - cavern 3 chamber 2 cryo mezzanine naked + supports and access - cavern 3 chamber 2 proximity cryogenics on the mezzanine + other material on the mezzanine - cavern 3 chamber 2 cryo piping and cryo feedthroughs below the mezzanine + cryo piping going to cavern 3 (entrance) + their supports - cavern 3 chamber 2 all feedthroughs but cryo + cable trays + small racks - cavern 3 chamber 2 roof floor + access to the central bridge - cavern 3 chamber 2 detector mezzanine naked _ supports - cavern 3 chamber 2 racks on the detector mezzanine + cable trays below and on the mezzanine - cavern 3 chamber 2 detector cable trays on the wall + their supports + cable trays going to the entrance of cavern 2 - cavern 3 central bridge + permanent stairs - cavern 3 clean room + SASs + cold boxes + working spaces - cavern 3 chamber 1 material stored - cavern 3 chamber 2 DSS system with rails or supports - cavern 3 chamber 2 CRPs in place - cavern 3 chamber 2 Field cages + Cathodes in place - cavern 3 chamber 2 internal cryogenics - cavern 1 chamber 2 cryo instrumentation inside + HV instrumentation inside + calibration instrumentation 5

Assumed detector models - SP: APAs model SP: PD model SP: Field cage (top and bottom) SP: Field cage (end wall) SP: CPA SP- cables and cold electronics SP - signal feedthroughs SP - small racks DP: CRPs mechanical model DP: PD + supports DP: cathode DP: grounding planes DP: signal feedthroughs DP: supports feedthroughs DP: cold electronics ……. 6

Production drawings • All production drawings derived from such approved models. • All production drawings and related specs are stored on EDMS in their specific systems folders (version stamped) • All Production drawings will go through various phases – Good for reviewing – Good for tendering – Good for production • All production drawings marked as good for production will need to be centrally signed after a proper internal review process (on EDMS). • Good for production signature: – by Elaine for cryostats/cryogenics/CF – by Eric for all consortia and TCn deliverables – by Marzio for all integration material. • Production allowed just on centrally signed drawings and specs 7

Current EDMS structure exists https: //edms. cern. ch/project/CERN-0000193817 8

9

What is needed to bring EDMS to FNAL? • Computing support from FNAL and CERN • Admin support from FNAL and CERN • FNAL storage 10