LUSI WBS 1.4
X-Ray Correlation Spectroscopy
Final Instrument Design Review
Engineering Status
Eric Bong
April 21, 2009
XCS Final Instrument Design Review
Engineering Status
April 21, 2009
1
1
E. Bong
BONG@slac.stanford.edu
Outline
WBS 1.4 Scope
Early Science/CD-4 Deliverables
Progress since PIDR
Status
Engineering/Design Status
Cost & Schedule Performance
Critical Path
Risk Identification & Mitigation
Safety
Summary
XCS Final Instrument Design Review
Engineering Status
April 21, 2009
2
2
E. Bong
BONG@slac.stanford.edu
WBS 1.3 – Early Science/CD-4 Deliverables
System
XPP
XCS
WBS
Early Science
WBS
1.2.04
XCS Early Science Detector (BNL)
1.2.04
1.4.01
XCS System Integration & Design
1.4.01
1.4.02
XCS X-ray Optics and Support Table
1.4.02
1.4.03
XCS Detector System (BNL)
1.4.03
1.4.04
XCS Sample Environment & Diffractometer System
1.4.04
1.4.05
XCS Hutch Facilities
1.4.05
1.4.06
XCS Vacuum System
1.4.06
1.4.07
XCS Installation
1.4.07
1.5.02.01
Pop-in Profile/Wavefront Monitors
1.5.02.01
1.5.02.02
Pop-In Intensity Monitors
1.5.02.02
1.5.02.03
Intensity-Position Monitors
1.5.02.03
1.5.03.01
DCO
CDA
1.5.03.01
1.5.03.02
X-ray Focusing Lenses
1.5.03.02
1.5.03.03
Slit System
1.5.03.03
1.5.03.04
Attenuators / Filters
1.5.03.04
1.5.03.05
Pulse Pickers
1.5.03.05
1.5.03.06
Harmonic Rejection Mirrors
1.5.03.06
1.5.03.07
Channel Cut Monochromator
1.5.03.07
1.6
CONTROLS AND DATA ACQUISITION
1.6
XCS Detector System (BNL)
Large Offset Monochromator
CONTROLS AND DATA ACQUISITION
Early Finish – January 2012
Early Finish – August 2011
XCS Final Instrument Design Review
Engineering Status
April 21, 2009
CD-4
(B/L Early Finish – November 2012)
3
3
E. Bong
BONG@slac.stanford.edu
Progress Since PIDR
BCR - Reconfiguration of XCS Instrument
Moved Large Offset Monochromator
Addition of “Post Monochromator” to project scope
Moved Split & Delay into alcove upstream of Hutch 4
Relocated diagnostics to characterize beam before
and after the monochromators
Eliminated long beam-line transport in XRT
XRT Beam-Line Design
Extensive modification of LLNL design required
Negotiated redesign of XRT to minimize re-work
Split redesign cost with LCLS
Now far less rework required to install XCS
components
XCS Final Instrument Design Review
Engineering Status
April 21, 2009
4
4
E. Bong
BONG@slac.stanford.edu
Progress Since CD-2
Translation of XCS onto CXI Line
Supports Early Science
Documentation for Long Lead Procurement
PRDs, ESDs, SOWs,
Diffractometer
Large Angle Detector Mover
Large Offset Monochromator
Held Long Lead Procurement Review, April 23, 2009
Commercial alternative for diagnostic stopper
Vendor indicates modification of existing stopper design to
add B4C wafer on face is possible
Savings of design and fabrication time
Updates P3 to indicate change in acquisition strategy
XCS Final Instrument Design Review
Engineering Status
April 21, 2009
5
5
E. Bong
BONG@slac.stanford.edu
Progress Since CD-2
XCS Engineering/Design staff
Added 1 Mech Engineer / Designer – February 2009
Added 2 Mech Engineer / Designers – May 2009
Preliminary Design Reviews (PDRs)
Vacuum: XRT & Hutch4
Supports: XRT & Hutch 4
Granite Tables
Large Angle Mover Vacuum Assembly
PDRs complete
Baseline vibration data obtained in the LCLS Far
Experimental Hall
Vertical/Horizontal PSD, 1-100Hz
(Compliments P. Montanez, J. Turner)
XCS Final Instrument Design Review
Engineering Status
April 21, 2009
6
6
E. Bong
BONG@slac.stanford.edu
Engineering & Design Status
Engineering & Design Staff
Ted Osier, Michael Kosovsky,
Henry Alvarez, Navtej Hundal,
Eric Bong
Hutch 4
Optics, Diffractometer
Large Angle detector Mover
X-Ray Transport Hall (XRT)
Split and Delay Area
XCS Instrument Scientist
Aymeric Robert
Post-Monochromator
XCS Visiting Scientist
Soo-Heyong Lee
Large Offset Monochromator
XCS Final Instrument Design Review
Engineering Status
April 21, 2009
7
7
E. Bong
BONG@slac.stanford.edu
Engineering/Design Status 1.4.1
Documentation
CAD system model documentation hierarchy (CAD Drawing Tree/File Structure) released
XRT& FEH H4 beamline layouts complete with all available models implemented & updated
PRDs/ESDs/ICDs/Purchasing Specs – complete.
TYPE
(pull down
WBS
menu)
PREFIX DOCUMENT NUMBER REV.
1.6
PRD
SP
391-000-03
0
1.5
PRD
SP
391-000-04
1
1.1
ICD
SP
391-000-05
0
1.6
PRD
SP
391-000-06
0
1.5
PRD
SP
391-000-07
0
1.5
PRD
SP
391-000-08
1
1.5
PRD
SP
391-000-09
1
1.5
PRD
SP
391-000-10
1
1.5
PRD
SP
391-000-11
1
1.5
PRD
SP
391-000-14
1
1.5
PRD
SP
391-000-15
0
1.5
PRD
SP
391-000-16
0
1.5
PRD
SP
391-000-23
1
1.5
PRD
SP
391-000-34
1
1.1
DS
DS
391-000-36
0
1.5
ESD
SP
391-000-54
0
1.5
ESD
SP
391-000-58
0
1.5
ESD
SP
391-000-60
0
1.5
ESD
SP
391-000-61
0
1.5
ESD
SP
391-000-66
0
1.6
DOC
SP
391-000-77
0
1.5
ESD
SP
391-000-80
0
1.5
ESD
SP
391-000-81
0
1.5
ESD
SP
391-000-82
0
1.5
ESD
SP
391-000-83
0
1.2
PRD
SP
391-000-97
0
1.4
PRD
SP
391-000-98
0
1.2
ICD
SP
391-001-01
0
1.4
PRD
SP
391-001-17
0
1.6
ESD
SP
391-001-19
0
1.6
ESD
SP
391-001-24
0
1.6
ICD
SP
391-001-25
0
1.6
ESD
SP
391-001-26
0
1.6
ESD
SP
391-001-27
0
1.5 Purchase Spec
PS
391-001-28
0
1.4
ESD
SP
391-001-29
0
1.4
ESD
SP
391-001-30
0
1.4
ESD
SP
391-001-31
0
1.4
PRD
SP
391-001-32
0
1.4
PRD
SP
391-001-33
0
1.4
PRD
SP
391-001-35
0
1.4
ESD
SP
391-001-38
0
1.4
ESD
SP
391-001-39
0
1.3
ESD
SP
391-001-40
0
1.5 Purchase Spec
PS
391-001-46
0
ESD
SP
391-001-50
0
1.5
SOW
PS
391-001-64
0
1.6
ESD
SP
391-001-67
0
1.5 Purchase Spec
PS
391-001-69
0
1.4 Purchase Spec
PS
391-001-70
0
1.4 Purchase Spec
PS
391-001-71
0
1.4 Purchase Spec
PS
391-001-75
0
1.4 Purchase Spec
PS
391-001-76
0
1.5 Purchase Spec
PS
391-001-77
0
1.5 Purchase Spec
PS
391-001-78
0
LUSI SYSTEM
Controls & DA
Diag & Opt
Management
Controls & DA
Diag & Opt
Diag & Opt
Diag & Opt
Diag & Opt
Diag & Opt
Diag & Opt
Diag & Opt
Diag & Opt
Diag & Opt
Diag & Opt
Management
Diag & Opt
Diag & Opt
Diag & Opt
Diag & Opt
Diag & Opt
Controls & DA
Diag & Opt
Diag & Opt
Diag & Opt
Diag & Opt
XPP
XCS
XPP
XCS
Controls & DA
Controls & DA
Controls & DA
Controls & DA
Controls & DA
Diag & Opt
XCS
XCS
XCS
XCS
XCS
XCS
XCS
XCS
CXI
Diag & Opt
Diag & Opt
DCO
Controls & DA
DCO
XCS
XCS
XCS
XCS
DCO
DCO
Hutch Design
TITLE
Controls and Data System
Pop-in Profile Monitor
LUSI to XTOD
Data Management
Wavefront Sensor
Intensity-Position Monitor
Pop-in Intensity Monitor
LUSI Attenuator System
X-Ray Focusing Lens System
Slit System
Wavefront Monitor
Offset Monochromator
Pulse Picker
Harmonic Rejection Mirror System
Mech Design Standards
Slit System
X-Ray Focusing Lens System
Attenuators
Harmonic Rejection Mirror System
Pulse Picker
Controls-Data-Systems-Dictionary
Intensity-Position Monitor Mechanical Requirements
Pop-In Intensity Monitor Mechanical Requirements
Wavefront Monitor Mechanical Requirements
Pop-In Profile Monitor Mechanical Requirements
XPP 2D Detector
XCS 2D Detector
SLAC BNL Detector Interface Control
XCS Instrument Start-up Plan
LUSI Common Diag. & Optics Controls ESD
XCS Controls ESD
XCS Controls ICD
XCS Data Acq. ESD
LUSI Intensity-Position/Intensity Monitor Front End Electronics
Attenuator Silicon Filters
XCS Instrument Specification
XCS Diffractometer System
XCS Large Angle Detector Mover
XCS Diffractometer system
XCS Wide Angle Detector Stage
XCS Instrument
Hutch 4 of the FEH
XCS Room of the FEH
Eng. Spec. for the Common Room of the FEH
Slit System
Pulse Picker
Slit Systems
Online/Offline Data Processing and Storage Specification for the XCS Experiment
Bid Evaluation Guide for Slits
XCS Instrument Diffractometer System Procurement Specification
Bid Evaluation Guide for XCS Diffractometer
XCS Large Angle Mover Procurement Specification
Bid Evaluation Guide for XCS Large Angle Mover
DCO Offset Mono Procurement Specification
Bid Evaluation Guide for DCO Offset Mono
AUTHOR
Feng
Feng
Fritz
Feng
Feng
Feng
Feng
Fritz
Robert
Boutet
Feng
Robert
Boutet
Fritz
Arnett
Jackson
Campell
Campell
Busse
Kurita
Feng
Ortiz
Reeck
Reeck
Reeck
van Bakel
van Bakel
Langton
Robert
Anthony
Anthony
Anthony
Weaver
Freytag
Campell
Bong
Bong
Bong
Robert
Robert
Robert
Robert
Robert
Boutet
Jackson
Jackson
Ortiz
Weaver
Ortiz
Bong
Robert
Bong
Robert
Bong
Robert
STATUS (pull down menu)
release
release
in work
release
release
release
release
release
release
release
release
in work
release
release
release
release
release
release
approvals
in work
approvals
release
in work-finalize
in work-finalize
in work-finalize
approvals
approvals
Review
release
release
release
release
approvals
in work
in work
approvals
release
draft review
release
release
release
transferred to LCLS docs
transferred to LCLS docs
transferred to LCLS docs
release
release
release
in work
release
Release
release
in work
in work
in work
in work
Reviewed 30%, 60%, 90% & 100% A&E drawings
FEH Hutch construction – June thru December 2009 (LCLS)
APP and Risk Identification/Registry complete and up to date
XCS Final Instrument Design Review
Engineering Status
April 21, 2009
8
8
E. Bong
BONG@slac.stanford.edu
Engineering/Design Status 1.4.2
XCS Optic & Support Tables (WBS 1.4.2)
Hutch 4 Granite Support Tables (WBS
1.4.2.2)
Modification of XPP support table design
Granite base with movable strong-back
PDR 29 May 2009
Leveraging existing designs (when
applicable) reduces overall engineering &
design effort. Use of common parts reduces
maintenance costs.
Safety: Earthquake restraint of granite base,
covered pinch points.
Budget at Completion (BAC) ≈ $200k
Stoppers (WBS 1.4.2.3)
Diagnostic stoppers not PPS.
Changed plan from modification to PPS
stopper design to Commercial Item.
Worked with vendor on modification of an offthe shelf product to incorporate 10mm on
face of stopper. Commercial stopper uses
same controls as vacuum valves.
Issued BCR to change P3.
Budget at Completion (BAC) ≈ $187k
XCS Final Instrument Design Review
Engineering Status
April 21, 2009
9
9
E. Bong
BONG@slac.stanford.edu
Engineering/Design Status 1.4.4
XCS Diffractometer (WBS 1.4.4.1)
XCS Large Angle Detector Mover (WBS
1.4.4.3)
Planed as SLAC assemble. Changed
to build to spec, same as XPP.
Processed BCR.
PRD, ESD & Purchase Spec
complete
Procurement Review Held.
Ready to release RFQ
Safety: Earthquake restraint pinch
points, interlock of automatic motion.
Design reviews required at vendor.
LUSI controls interface required.
Budget at Completion (BAC) ≈ $685k
XCS Final Instrument Design Review
Engineering Status
April 21, 2009
Processed BCR to split effort between
carriage motion and upper assemblies.
Carriage motion build to spec.
Vacuum, detector positioner and beam
stop; SLAC design.
PRD, ESD & Purchase Spec complete.
Procurement Review Held.
Requisition in purchasing.
Safety: Earthquake restraint pinch points,
interlock of automatic motion.
Design reviews required at vendor for
carriage.
LUSI controls interface required.
Budget at Completion (BAC) ≈ $856k
10 10
E. Bong
BONG@slac.stanford.edu
Engineering/Design Status 1.4.5
XCS Hutch Utilities (WBS 1.4.5)
Hutch layout design complete.
LCLS responsible for hutch construction.
Crane installation moved from LUSI to LCLS
XCS responsible scientist and engineer involved
hutch 4 specification and design reviews.
Tasks to be completed by XCS
Raised flooring
Storage cabinets, work benches and tool chests
Utilities distribution
Budget at Completion (BAC) ≈ $369k
XCS Final Instrument Design Review
Engineering Status
April 21, 2009
11
11
E. Bong
BONG@slac.stanford.edu
Engineering/Design Status 1.4.6
XCS XRT Vacuum (WBS 1.4.6.1)
XCS Hutch 4 Vacuum (WBS 1.4.6.2)
Designed to shift to CXI line.
Vacuum component selection
complete.
Uses many XRT support designs.
Completed preliminary design
report.
Ready to purchase all vacuum
equipment.
Safety: Pressure vessel code
requirement mitigated using burst
disks.
Budget at Completion (BAC) ≈ $400k
Quantity of drift tubes finalized.
Vacuum component selection complete.
Vacuum support design well advanced.
Completed preliminary design report.
Ready to purchase all vacuum
equipment.
Safety: Pressure vessel code
requirements mitigated using burst
disks.
Budget at Completion (BAC) ≈ $363k
XCS Final Instrument Design Review
Engineering Status
April 21, 2009
12 12
E. Bong
BONG@slac.stanford.edu
Engineering/Design Status 1.4.7
XCS Installation (WBS 1.4.7)
LUSI Installation Coordinator
Obtain required installation permits.
Conduct daily tailgate meeting w/ UTR (University Technical Representative).
Conduit to engineering for field installation issues.
Provide installation status for incorporation into LUSI schedule.
XCS XRT Installation
Phased with LCLS and CXI installations.
Advanced schedule could combine all XCS XRT installation with CXI except
monochromators.
Budget at Completion (BAC) ≈ $351k
XCS Hutch 4 Installation
Early Science
All components except XCS detector
Install duplicate XPP detector to commission and early science
Early Finish – June 2011
CD-4
XCS Detector
Early Finish – January 2012
Budget at Completion (BAC) ≈ $613k
XCS Final Instrument Design Review
Engineering Status
April 21, 2009
13 13
E. Bong
BONG@slac.stanford.edu
Engineering/Design Status 1.4.6
Large Offset Mono (WBS 1.5.3.1 )
1.5.3.7 Post Mono (WBS 1.4.6.2)
Planed as build to specification.
Fabrication of existing ANL design.
ANL drawings have been requested.
SLAC will review drawings prior to
purchasing components.
Safety: Earthquake restraint.
LUSI controls interface required.
Budget at Completion (BAC) ≈ $455k
Vendor build complete
Option for SLAC to build crystal holder
PRD, ESD & Purchase Spec complete.
Procurement Review Held.
Review requires revisions to PRD, ESD
& Purchase Spec
Safety: Earthquake restraint.
Design reviews required at vendor for
carriage.
LUSI controls interface required.
Budget at Completion (BAC) ≈ $1,778k
XCS Final Instrument Design Review
Engineering Status
April 21, 2009
14 14
E. Bong
BONG@slac.stanford.edu
XCS Instrument Design Status Summary
System/Component
1.4.1
Review
Integration
Baseline Advanced
FIDR
8/5/09
6/30/09
1.4.2.2 Hutch Granite Table
PDR
6/29/09
5/29/09
1.4.2.3 Diagnostic Stopper
COTS
6/9/09
5/15/09
1.4.4.1 Diffractometer
LLPR
4/21/09
4/23/09
1.4.4.3 Large Angle Mover Carriage
LLPR
12/14/09
4/23/09
1.4.4.3 Large Angle Mover Vacuum
PDR
1.4.5.1 Hutch Specification
FDR
2/28/09
2/28/09
1.4.5.2 Hutch Utilities & Equipment
PDR
10/2/09
10/2/09
1.4.6.1 XCS XRT Vacuum Design
PDR
3/4/09
5/19/09
1.4.6.2 XCS H4 Vacuum Design
PDR
3/2/09
5/19/09
1.5.3.1 Large Offset Monochromator
LLPR
6/5/09
4/23/09
1.5.3.7 Chanel Cut Monochromator
PR
8/31/09
8/31/09
XCS Final Instrument Design Review
Engineering Status
April 21, 2009
15 15
5/29/09
E. Bong
BONG@slac.stanford.edu
Cost and Schedule Performance (2)
Cum data through Feb09
CPI = 1.08 = BCWP/ACWP
SPI = 0.96 = BCWP/BCWS
XCS Final Instrument Design Review
Engineering Status
April 21, 2009
16 16
E. Bong
BONG@slac.stanford.edu
Cost Performance Report
Rpt Period
03-31-2009
WBS
Level
Description
1
1
1
1
1
1
1
1
4
4
4
4
4
4
4
4
X-RAY CORRELATION SPECTROSCOPY (XCS)
XCS System Integration & Design
XCS X-ray Optics and Support Table
XCS Detector System (BNL)
XCS Sample Environment & Diffractometer System
XCS Hutch Facilities
XCS Vacuum System
XCS Installation
01
02
03
04
05
06
07
1
5
1
5
03
1
5
03
Rpt Period
DIAGNOSTICS & COMMON OPTICS
01
Large Offset Monochromator
07
Channel Cut Monochromator
04-30-2009
Description
4
4
4
4
4
4
4
4
4
4
4
4
01
02
02
02
03
04
04
04
05
06
07
1
1
1
5
5
5
03
03
Budgeted Cost
Work
Work
Scheduled Performed
749,956
456,042
0
115,664
2,767
49,887
125,596
0
704,405
456,042
1,175
101,500
9,237
49,888
86,564
0
9,061
1,047
4,712
Cumulative to Date
Variance
Actual
Cost
Work
Schedule
Cost
717,545
458,742
2,160
123,022
11,044
38,919
83,659
0
Perf. Indices
-45,551 -13,141
0 -2,700
1,175
-985
-14,164 -21,522
6,470 -1,807
1 10,969
-39,032
2,905
0
0
-4,349
-1,047
4,712
0
SPI
CPI
02
03
01
03
01
07
X-RAY CORRELATION SPECTROSCOPY (XCS)
XCS System Integration & Design
XCS X-ray Optics and Support Table
XCS Hutch Supports, Table & Shielding
XCS Stoppers
XCS Detector System (BNL)
XCS Sample Environment & Diffractometer System
XCS Diffractometer System
XCS Large Angle Mover & Chamber
XCS Hutch Facilities
XCS Vacuum System
XCS Installation
DIAGNOSTICS & COMMON OPTICS
Large Offset Monochromator
Channel Cut Monochromator
XCS Final Instrument Design Review
Engineering Status
April 21, 2009
Budgeted Cost
Work
Work
Scheduled Performed
Cumulative to Date
Variance
Actual
Cost
Work
Schedule
Cost
911,719
489,489
25,585
18,207
7,379
140,944
113,564
21,675
91,889
49,887
92,250
0
819,441
489,489
22,454
16,138
6,316
100,933
66,081
13,072
53,008
49,887
90,597
0
836,065
476,629
10,080
10,080
6,551
14,488
0
5,006
17 17
185,364
32,429
9,714
22,715
39,362
92,202
0
-92,278
0
-3,131
-2,069
-1,063
-40,011
-47,483
-8,602
-38,881
0
-1,653
0
-16,624
12,860
12,374
6,058
6,316
-84,430
33,652
3,359
30,293
10,526
-1,605
0
7,936
0
9,482
0
8:22:53 AM
At Complete
Latest
Revised
Budgeted
Estimate
Variance
0.94
1.00
0.00
0.88
3.34
1.00
0.69
0.98
0.99
0.54
0.83
0.84
1.28
1.03
7,227,371
1,208,562
387,550
1,993,468
1,541,638
369,227
762,867
964,060
7,240,512
1,211,262
388,535
2,014,989
1,543,445
358,258
759,963
964,060
-13,141
-2,700
-985
-21,522
-1,807
10,969
2,905
0
0.52
0.00
0.00
0.00
1,292,624
426,651
Run Date:
6/3/2009
1,287,912
426,651
4,712
0
April Data
WBS
Level
1
1
1
1
1
1
1
1
1
1
1
1
Run Date:
4/20/2009
March Data
8:24:21 AM
At Complete
Perf. Indices
Latest
Revised
SPI
CPI Budgeted
Estimate
0.90
1.00
0.88
0.89
0.86
0.72
0.58
0.60
0.58
1.00
0.98
Variance
0.98
1.03
2.23
1.60
0.00
0.54
2.04
1.35
2.33
1.27
0.98
6,995,690
1,162,671
309,243
196,564
112,679
1,997,607
1,579,767
726,852
852,915
278,746
746,603
921,052
7,012,314
1,149,812
296,869
190,506
106,363
2,082,037
1,546,116
723,493
822,622
268,220
748,208
921,052
-16,624
12,860
12,374
6,058
6,316
-84,430
33,652
3,359
30,293
10,526
-1,605
0
2.21 2.89
2,491,467
460,738
2,481,985
460,738
9,482
0
E. Bong
BONG@slac.stanford.edu
XCS Critical Path
DCO X-ray Focusing Lens and
Harmonic Rejection Mirror Awards
DCO Harmonic Rejection
Mirror Preliminary Design
Review
XCS Diagnostics
Stopper Design Effort
Removing budgetary constraints will
move critical path to XCS long lead
items
Re-plan of stopper acquisition will
move stopper off critical path
XCS Final Instrument Design Review
Engineering Status
April 21, 2009
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E. Bong
BONG@slac.stanford.edu
XCS Look Ahead
Six month “look-ahead” of XCS Instrument milestones
ARRA advanced schedule
MS
Level
L5
L5
L5
L5
L5
L5
L5
L5
L5
L5
Activity description
Final Instrument Design Review - XCS
Final Design Review - XCS Long Table
Award - XCS Stoppers
Award - XCS Diff. System
Award - XCS LA Detector Mover Carriage
Final Design Review - XCS XRT Vacuum
Final Design Review - XCS H4 Vacuum
Design Complete Drop Floor
Award LO Mono
Fabrication Start Post Mono
Advanced
Early finish
6/17/2009
9/14/2009
9/15/2009
11/20/2009
11/16/2009
8/3/2009
9/7/2009
11/2/2009
10/27/2009
9/2/2009
Purchasing started on Diffractometer and Detector Mover Carriage.
Large Offset Monochromator purchasing start requires revision of
specifications dictated by procurement review.
Non LLP item purchasing must wait for CD3 approval.
XCS Final Instrument Design Review
Engineering Status
April 21, 2009
19 19
E. Bong
BONG@slac.stanford.edu
Risk Identification & Mitigation
Risk Identification/Registry complete and up to date as per
“LCLS Risk Management Plan” PMD 1.1-002-r4
15 risks identified at CD-2 for XCS WBS 1.4
5 Risks for BNL Detector
Schedule - late MOU
Schedule - late design
Schedule - late fabrication
Schedule - late testing
Technical – does not meet requirements
5 Risks each for for Large Angle Detector Mover & Diffractometer
Schedule – Procurement Placement
Schedule - late design
Schedule - late fabrication
Schedule - late testing
Technical – does not meet requirements
2 risks identified at CD-2 for DCO Monochromator WBS 1.5.3.1
2 Risks for Monochromator
Schedule – Manufacturing
Technical – Optical Stability
XCS Final Instrument Design Review
Engineering Status
April 21, 2009
20 20
E. Bong
BONG@slac.stanford.edu
Safety
LUSI Hazard Analysis Report (PM-391-001-34) complete
Safety issues are considered at every stage of the design,
fabrication and installation process
Safety considerations (some examples)
Ionizing Radiation
Hutch walls will comply with SLAC Radiation Safety memo RP-RPG080606-MEM-01
Hutch PPS
Pressure/Vacuum Vessel Safety
Compliant with 10CFR851
Seismic Safety
Designs compliant with: Seismic Design Specification for Buildings,
Structures, Equipment, and Systems, SLAC-I-720-0A24E-002-R002
Mechanical
Interlocks for equipment protection
Engineered solutions that prevent potential “pinch-points” with moving
machinery
Hoisting and Rigging
Positioning of devices that require the use of the FEH H4 overhead crane
shall be performed by only by qualified personnel with an approved lift plan.
XCS Final Instrument Design Review
Engineering Status
April 21, 2009
21 21
E. Bong
BONG@slac.stanford.edu
Summary
XCS instrument configuration design is complete.
All preliminary design reviews complete.
XCS scope is stable following BCR to move
monochromators.
Acquisition strategy for stoppers and large angle
detector has been integrated into the schedule.
Long Lead Procurement Review for diffractometer, large
angle detector mover and large offset monochromator
has been completed.
Purchasing of LLP items has begun.
Releasing budgetary constraints moved critical path to
long lead procurement items.
Scheduled early CD3 spending authority advances
schedule.
ARRA funding re-baseline advances XCS schedule
providing early science in August 2011.
XCS Final Instrument Design Review
Engineering Status
April 21, 2009
22 22
E. Bong
BONG@slac.stanford.edu
XCS Final Instrument Design Review
Engineering Status
April 21, 2009
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E. Bong
BONG@slac.stanford.edu
Expanded CSSR – by CAM
XCS Final Instrument Design Review
Engineering Status
April 21, 2009
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E. Bong
BONG@slac.stanford.edu
Control Accounts & Work Packages – by WBS L2
XCS Final Instrument Design Review
Engineering Status
April 21, 2009
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E. Bong
BONG@slac.stanford.edu
Control Accounts & Work Packages – by CAM
XCS Final Instrument Design Review
Engineering Status
April 21, 2009
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E. Bong
BONG@slac.stanford.edu
P3 Files & Total Activities – by CAM
XCS Final Instrument Design Review
Engineering Status
April 21, 2009
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E. Bong
BONG@slac.stanford.edu
P3 Files Milestones – by WBS L2
XCS Final Instrument Design Review
Engineering Status
April 21, 2009
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E. Bong
BONG@slac.stanford.edu
Procurements and Dollars – WBS
XCS Final Instrument Design Review
Engineering Status
April 21, 2009
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E. Bong
BONG@slac.stanford.edu
Labor/Non-labor Split – WBS 1.4
XCS Final Instrument Design Review
Engineering Status
April 21, 2009
30 30
E. Bong
BONG@slac.stanford.edu