Diamond Project Status - European Synchrotron Radiation ... · PDF fileDiamond Project Status...
Transcript of Diamond Project Status - European Synchrotron Radiation ... · PDF fileDiamond Project Status...
Richard P. Walker ESLS Workshop Nov. 17th-18th 2003
Diamond Project StatusR.P. Walker
Aerial Photo. Nov. 7th by Angelos Gonias, DLS
Richard P. Walker ESLS Workshop Nov. 17th-18th 2003
FinanceHR, IT
Procurement
Admin&Finance DirectorN. Moulding
Machine Building
Technical Director R.P. Walker
BeamlinesPhysical Sciences
Research Director PSC.A. Norris
BeamlinesLife Sciences
Research Director LSPosition advertised
CEO G. Materlik
Diamond Light Source (DLS) Ltd.
L. Johnson
Richard P. Walker ESLS Workshop Nov. 17th-18th 2003
Technical Team LeadersAccelerator Physics SL Smith
Buildings RJ Mason Controls MT Heron
Diagnostics G. Rehm (Acting Head) DM Dykes - Supervisor
Engineering J Kay Health Physics R Ryder
Injection System, Commissioning and Operation
Manager
VC Kempson
Insertion Devices JA Clarke Installation and Facilities
Management PS Mackrill
Magnets N Marks Power Supplies JA Dobbing
RF MRF Jensen (Acting Head) DM Dykes - Supervisor
Survey & Alignment DW Wilson Vacuum MP Cox
CCLRCDLS
Richard P. Walker ESLS Workshop Nov. 17th-18th 2003
DLS Technical Division Recruitment
0
10
20
30
40
50
60
Oct.'02
Dec.'02
Feb.'03
Apr.'03
Jun.'03
Aug.'03
Oct.'03
Total no. of Tech. Div.
staff at month end
56(includes 2 dedicated beamlineengineers)
Richard P. Walker ESLS Workshop Nov. 17th-18th 2003
BuildingsMain Contractor appointed for first-stage Jan. 29th ‘03Enabling Works started Mar. 10th ‘03Piling complete Aug. 8th ‘03Enabling Works completed Sep. 29th ‘03
Start of Main Works Oct. 13th ‘03
Concrete plant running and QA approved Primary survey monuments mounted and aligned
Richard P. Walker ESLS Workshop Nov. 17th-18th 2003
Foundations
• un-sleeved piles, 600 mm diameter, 12-15 m deep, 3 m separation • 600 mm slab under the experimental hall • 850 mm slab under the storage ring (600 mm on the inside)• no gap between experimental floor and storage ring• void between slab and ground
Richard P. Walker ESLS Workshop Nov. 17th-18th 2003
Buildings Schedule
Office block available Nov. 19th ‘04
Buildings Completion Aug. ‘05
Zone Access Services available
Linac, booster, st. ring sector 1, incl. r.f. Aug. 30th ‘04 Dec. 6th ‘04
St. ring sector 2 Nov. 29th ’04 Mar. 4th ’05Experimental hall Jan. 3rd ‘05 May 2nd ‘05St. ring sector 3 Feb. 28th ‘05 Jun. 3rd ’05
St. ring sector 4 Jun. 6th ‘05 Aug. 19th ’05
Richard P. Walker ESLS Workshop Nov. 17th-18th 2003
Technical Facilities Building (R79)– due for completion Feb ‘04
Girder assembly
Vacuum assembly and beakeout
Insertion device assembly and test
Power supply testing
Control system development
Low power rf tests
Storage
Richard P. Walker ESLS Workshop Nov. 17th-18th 2003
100 MeV Linac
Contract placed with Accel, Feb. 7th ’03
Contract schedule shows - completion of factory tests Dec. 6th 2004- completion of linac installation Mar. 15th 2005- linac acceptance Jun. 7th 2005
Service requirements and layout issues mostly sorted out
Personnel safety system, and requirements during commissioning receiving attention.
Richard P. Walker ESLS Workshop Nov. 17th-18th 2003
3 GeV Booster
“Girder assemblies” – ring magnets, vacuum chambers, vacuum instrumentation and girders, including vacuum processing, assembly and pre-alignment; - contract placed on Sep. 8th with Danfysik.Completion of delivery by May 6th 2005Power supplies:- contract placed for dipole and quad. supplies- decision to stick with 5 HzRF:- ITT for the 5-cell booster rf cavity has been issued.- Specification for the rf amplifier close to completion.Injection/Extraction:- under study; proposed procurement as a Design&Build contract
Richard P. Walker ESLS Workshop Nov. 17th-18th 2003
Booster-to-Storage Ring (BTS) Transfer LineMagnet layout has been defined and a provisional layout of diagnosticsProvisional beam-stay-clear apertures producedWill receive more detailed attention in the coming months
Accelerator physics work completed Vacuum layout almost finalised Outline magnet designs done: ITT to be issued soonSchedule: - delivery of all components by Nov. 2004- installation by March 2005 - LTB ready for start of linac commissioning, May 2005
Transfer LinesLinac-to-Booster (LTB) Transfer Line
Richard P. Walker ESLS Workshop Nov. 17th-18th 2003
Storage Ring (i)
Accelerator physics: orbit correction, lifetime studies, longitudinal dynamics, coupling etc. studied (talk by Riccardo Bartolini)
Magnets:- quadrupole contract underway - dipole tenders under evaluation- sextupole ITT issued
Power supplies: - contract placed for D,Q,S power supplies
R.F.:- contracts placed for s/c cavities and amplifiers- ITT for cryogenic plant to be issued soon- low level rf receiving attention
Richard P. Walker ESLS Workshop Nov. 17th-18th 2003
Storage Ring (ii)Vacuum:- order placed for dipole crotch vessels- ITT for arc vessels and components to be issued soon- orders placed for pumps, gauges, RGAs, valves etc.- UHV cleaning facility defined and ITT issued- vacuum assembly and bakeout process defined; ovens ordered- vacuum protection philosophy agreed
Controls:- orders about to be placed for VME crates, IO modules- interfaces to technical systems under development- network, personnel safety, machine protection and timing systems receiving detailed attention
Engineering:- orders placed for girders and girder positioners
Richard P. Walker ESLS Workshop Nov. 17th-18th 2003
cable trays
Girder 1
Girder 2
Girder 3
Extended girders, now include the dipole magnets
temporary blanking plates
Girder 2 installation:
Richard P. Walker ESLS Workshop Nov. 17th-18th 2003
Expansion
BPM
Fixed VesselStand
Primary BPMBeam Directio
n
Flexible Vessel Stands
Revised BPM support arrangement:
Fixed stands near the BPMs
Richard P. Walker ESLS Workshop Nov. 17th-18th 2003
Machine vacuum protection
FCVFCV
FCV
PGV
PGV
PGV
PGV
PGV
Booster
LTB
Linac
BTS
Storage ring
Front ends
Beamlines
PGV sector valve x 7PGV
PGV
PGV sector valve x 48
PGV = pneumatic gate valveFCV = fast-closing vacuum shutterValves are all-metal construction
Richard P. Walker ESLS Workshop Nov. 17th-18th 2003
Power Combining
# of IOTs Phase (deg)
Reject load power (kW)
Total output power (kW)
4 0 0 3203 50 40 2002 90 0 1601 90 40 40
Output
IOT 1 IOT 2 IOT 3 IOT 4
Richard P. Walker ESLS Workshop Nov. 17th-18th 2003
BPM Electronics
Same electronics for all BPMs
“Third generation” digital processing: “Libera” by i-Tech
- Direct sampling of 500 MHz signals at 117 MHz- 4 by 4 input multiplexer for gain stability - Digital processing in FPGA, allows fast and slow data rates at the same time; can be used for feedback too- Embedded Linux based computer for control system interface- Fast serial links for feedback connectivitybuffers for analysis; post-mortem capability; position interlock output; monitoring of temperature and cooling fans
RF
Cro
ssba
r Sw
itch
Dig
ital C
ross
bar S
witc
h
ADC A
ADC D
ADC B
ADC C
DDC A
DDC D
DDC B
DDC C
LPF1A
LPF1D
LPF1B
LPF1C
LPF2A
LPF2D
LPF2B
LPF2C
Turn-by-turnButtonData
Closed OrbitButtonData
Gain and leveling control
RF channel A
RF channel C
RF channel B
RF channel D
A
B
C
D
A
B
C
D
Richard P. Walker ESLS Workshop Nov. 17th-18th 2003
Insertion DevicesCommon support structure for Conventional, Helical and In-vacuum IDs:
- ITTs issued for 2 pre-production supports + control systems- ITT issued for first set of permanent magnets- ESRF will supply ID measurement bench
Richard P. Walker ESLS Workshop Nov. 17th-18th 2003
Front-EndsPipe through Shield Wall
Valve
2nd PBPM
2nd Absorber
Twin port shutter
1st PBPM
Valve
1st Absorber
ValveFast Flap
New layout followingDesign Review in Jul. ‘03:- fast vacuum shutter- pneumatic rather than manual first valve- reduce aperture sizes as much as practicable- install all-metal rather than viton sealed valve at the end of the front-end- mount all vacuum pumps underneath the vessels
Richard P. Walker ESLS Workshop Nov. 17th-18th 2003
Front-Ends
Beamline Location Type H(mRad) V(mRad) H(mRad) V(mRad)
Extreme ID 15 SCW N/A 0.5 +/-0.25 0.500Conditions +1.35 +1.65 0.300
-1.35 -1.65 0.300
Materials and ID 16 Undulator 1 0.5 0.150 0.075Magnetism
Protein ID 2,3,4 Canted 2 0.5 0.130 0.050Crystallography Undulators
XAS Microfocus ID 18 Undulator 1 0.5 0.150 0.075
Nanostructures ID 6 2 Co-Axial 1.6 1 0.300 0.250Apple devices
Final ApertureMonitoring Aperture
Standard front-end has maximum 2 mrad (H) x 1 mrad (V) through the pBPMs, then reduced according to the beamline requirements
Richard P. Walker ESLS Workshop Nov. 17th-18th 2003
LinacSR quadrupole magnetsSR s/c cavitiesSR RF amplifiersSR dipole vesselsBooster girder assembliesBakeout ovensLeak detectorsSR girdersSR girder positionersRGA’sVacuum pumpsVacuum gaugesLarge power suppliesMedium power suppliesBPM electronicsID measuring bench
Total cost £20.4m,Budget £23m (-11 %)
Major Contracts Placed (> £100k):
Richard P. Walker ESLS Workshop Nov. 17th-18th 2003
ProcurementTenders under evaluation:VME cratesIO modulesControls racksVacuum valvesSR dipole magnetsUHV cleaning facilityPumping cartsGirder motors and drive systemPower supply control cardsHU64 permanent magnet blocks
ITTs issued:SR sextupole magnetsPre-production ID carriages and controlsBooster RF cavity
Richard P. Walker ESLS Workshop Nov. 17th-18th 2003
Schedule
Building availability for installation Aug. 30th ‘04
Linac installation and test Sep. ‘04 - Apr. ‘05
Linac commisioning May - Jul. ‘05
Booster commissioning Sep. - Nov. ‘05
Storage ring commissioning Jan. - Aug. ‘06
Beamline commissioning Jun. - Dec. ‘06
Start of Operations Jan. 2007
now due for acceptance Jun. 7th ‘05
- no changes to key project dates:
Richard P. Walker ESLS Workshop Nov. 17th-18th 2003
Acknowledgements
Thanks to the following for assistance during Design Reviews andspecification reviews:
Front Ends Q. Chen (SLS)BPM electronics J.C. Denard (SOLEIL), V. Schlott (PSI)SR vacuum vessels R. Kersevan (ESRF), L. Schulz (SLS)Cryogenic system M. Svandrlik (ELETTRA)