delivery ring aip jerry annala dec 12, 2012. µ scope beam line aperture improvements beam line...
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Delivery Ring AIP
Jerry AnnalaDec 12, 2012
µScope
Beam line aperture improvements Beam line power supply upgrades Delivery Ring injection Delivery Ring abort system Collider equipment removal Delivery Ring power supply
upgrades Infrastructure Instrumentation upgrades
µBeam line aperture
MI-52 Lam. / V701 C-magnets
V714 C-magnets
Tev. F0 Lambertsons
F-17 C-Magnets
HV100 dipoles
HV102 dipoles
Larger trims
Large aperture quads
Jim Morgan
µBeam line apertures
µInjection Septum
54 mm
upstream
upstream
downstream
downstream
Jim Morgan
Circulating beam
Injected beam
40 pi-mm-mr
Modified version(wider pole gap) ofBooster BSE
Technical DivisionT. J. GardnerSasha MakarovGueorgui Velev
µInjection Septum
µ
Booster Extraction Septa
µ
Injection Large Quad
LQx
8Qx
Upstream
Downstream
Circulating
40 pi-mm-mrad
Jim Morgan and Steve Werkema
µ
Injection kicker aperture
40 pi-mm-mrad
Jim Morgan
µ
Magnet
Injection and AbortKicker
Flourinert skid
Power Supply
µ
the Delivery Ring
Brian Drendel
µAbort System
µ
Collider equipment removal
µ
Functional Requirements
Provide adequate aperture for 8 GeV primary proton beam to the new M3 beam line (through P1, P2, and M1 line)
– Un-normalized transverse emittance – 2 p-mm-mrad
– Dp/p < .23% Provide an injection system capable of
accepting beam specified above at an average rate of 12 Hz with a burst rate of 100 Hz
Provide an abort system capable of removing beam within 10 msec of a detected fault condition
Provide an un-normalized ring admittance of 40 p-mm-mrad and a Dp/p of .23%
µ
Functional Requirements
Provide the electrical infrastructure improvements necessary in the existing antiproton source buildings to support the operation of g-2 and Mu2.
Provide needed upgrades to power supply systems that use obsolete components or have insufficient regulation capabilities.
Provide instrumentation suitable for use for g-2 and Mu2e operation– SEMS with reliable high gain amplifiers– BLMs that can be used with high intensity proton
beams– BPMs that function with 2.5 MHz beam structure
with expected repetition rates– Toroids general maintenance needed for reliability
µProject Plan
Baseline CostsWBS Name Base
cost with escalation
Contingency
Indirect costs
Total
1 Delivery Ring AIP $4,977,411
$2,107,643 $2,481,736
$9,566,789
1.01 Project management $99,969 $55,569 $85,262 $240,800
1.02.01 Transport general $56,258 $33,144 $54,222 $143,624
1.02.02 Beam line modifications $511,913 $228,167 $248,645 $988,725
1.02.03 Beam line instrumentation
$308,438 $177,048 $201,835 $687,321
1.02.04 Beam line infrastructure $70,340 $38,431 $46,000 $154,770
1.03.01 Ring general $92,659 $54,589 $89,304 $236,552
1.03.02 Ring injection $1,317,107
$533,451 $461,064 $2,311,622
1.03.03 Ring modifications $504,080 $284,108 $329,627 $1,117,815
1.03.04 Abort system $1,297,376
$588,974 $621,272 $2,507,622
1.03.05 Ring instrumentation $142,511 $75,445 $108,361 $326,317
1.03.06 Ring infrastructure $576,760 $38,717 $236,144 $851,621
µ
Escalation and Contingency
Escalation– M&S = 2.7%/year– SWF = 2.7%/year
Contingency Average = 30%
µ
Funding Profile
FY13 FY14 FY15 FY16 Total
Labor
SWF base escalated $1,957,762
SWF indirect costs $1,872,654
Subtotal $3,830,416
SWF Contingency $1,105,469
Total $4,935,885
M&S
M&S base escalated $3,019,648
M&S indirect cost $609,080
Subtotal $3,628,728
M&S Contingency $1,002,177
Total $4,630,905
Total
SWF+M&S base esc $4,977,410
SWF+M&S Indirects $2,481,734
Subtotal $7,459,144
SWF+M&S contingency $2,107,646
Total $699,676 $1,078,618
$7,142,637
$645,855 $9,566,790
µLabor by Categories
Category FY13 FY14 FY15 FY16 TotalEngineering Physicist .55 1.03 2.18 .36 4.12
App Dev & Sys Analyst .15 .15 .15 .45
Electrical Engineer .18 .15 1.22 .85 2.4
Mechanical Engineer .43 .48 1.88 .01 2.8
Electrical Technician .27 .45 3.49 1.17 5.38
Mechanical Technician .08 .23 1.99 .13 2.43
Electrical Drafter .25 .07 .32
Mechanical Drafter .07 .14 .64 .85
Geodesist .11 .07 .18
Metrologist .05 .01 .06
Accelerator Physicist .45 .45
Mechanic .09 .09
FESS Engineer .07 .07
Magnet Engineer .16 .16
Magnet Technician .23 .23
TOTAL 2.12 2.79 12.49 2.54 19.94
µFY 13 M&S
Prepare magnets for P1, P2, M1 aperture improvement
Procure hardware for kicker controls
WBS Name FY13
1.02.02.01 Beam line magnets $41,580
1.03.02.02.02
Injection Kicker Controls $37,500
1.03.04.03.02
Abort Kicker Controls $37,500
µFY 14 M&S
Riggers for beam line magnet installation
Vacuum parts for beam line magnet installation
WBS Name FY13
1.02.02.03.02
Beam line magnet installation
$124,800
µFY 15 M&S
WBS Name FY131.02.02.02 Transport line power supplies $286,455
1.02.04.03 Transport line infrastructure $27,061
1.03.02.01 Ring injection general $697,000
1.03.02.02.02 Injection kicker power supply $212,500
1.03.02.02.01 Injection kicker magnet $6,000
1.03.02.02.02 Injection kicker flourinert system $80,000
1.03.04.03.02 Abort kicker power supply $252,500
1.03.04.03.01 Abort kicker magnet $6,000
1.03.04.03.02 Abort kicker flourinert system $80,000
1.03.04.01 Abort system general $300,900
1.03.04.02 Abort Dump $103,000
1.03.06.03 Ring Infrastructure $396,000
1.03.03.02 Ring power supplies $70,000
1.03.03.03 Ring mechanical and vacuum $67,000
1.03.03.01 Collider equipment removal $53,000
1.02.03 Beam line instrumentation $116,950
1.03.05 Ring instrumentation $35,000
µMilestones
Milestone Definition BaselineStart Project Directive signed, funding available Month 0
Transport aperture improvement complete
All magnet replacements complete from P1 line stub to target vault
Month 18
Complete Infrastructure Improvements
Complete building wiring necessary for new circuits and have floor space available
Month 30
Complete Collider equipment removal
Remove all obsolete ring devices that limit the aperture
Month 30
Complete Injection system
Install kicker, septum, large quad and power supplies
Month 35
Complete Abort system
Install kicker, septum, power supplies, beam line and dump
Month 35
Project Complete Project closed Month 36