Download CLS Naming & Numbering - Canadian Light Source

CLS PROJECT STATUS
M.S. de Jong
Project Leader
November 16, 2002
Annual Users’ Meeting
2002 November 16
Synchrotron Facility
E-gun &
Linac
Transfer Line &
Booster ring
Storage ring
2002 November 16
Beamline &
End Station
Sector (1 of 12)
• Beamlines on a single CLS sector
– Two bending magnet lines
– One or more ID lines
• Use of chicanes to get 2 undulator lines per straight
• Needed to meet demand for insertion device beamlines
2002 November 16
Injector Status
• Linac and transfer line to Booster
– Modifications for 1 Hz operation complete
– Continuing to improve control system and
diagnotics
• Booster (“Turn-key” system from Danfysik)
– Commissioning of technical systems started in
June and were completed in August (more detail
in Les Dallin’s talk)
– Formal acceptance of Booster completed by
mid-September
– Booster now shut down until needed for Storage
ring commissioning
2002 November 16
Storage Ring Status - 1
• Major Sub-systems:
– Dipole magnets (Tesla) - delivered
– Quadrupole and Sextupole magnets (Sigma-Phi) –
first set delivered, rest by year-end 2002
– Corrector magnets (Budker Institute) – delivered by
year-end 2002
– Kicker magnets (Danfysik) – delivered by mid-February
2003
– DC Power supplies (IE Power) – 50% delivered,
remained by year-end 2002
– RF amplifier (Thales) – commissioning at CLS
– LHe plant (Linde) – operating at CLS
– RF cavity (ACCEL) – delivery by year-end
– Vacuum chambers (FMB) – 8 sectors delivered,
remainder by year-end
– Supports and girders (Saskatoon) - delivered
2002 November 16
Storage Ring Status - 2
• Installation
– Water cooling and support pillar installation started in
November
– Install one sector by mid-December 2002
– Install remaining sectors by end of February 2003
– Commissioning of sub-systems will be done in parallel,
so far as possible
– Target: first injected beam in March 2003
• Commissioning
– Beam tests in evenings and week-ends
– Main building must be evacuated until commissioning
radiation surveys confirm design radiation levels
– 3-week on / 3-week off schedule likely
– Target: light for first beamlines by mid-summer 2003
2002 November 16
IT Infrastructure
• Phase I of IT infrastructure complete
– Dual Cisco 6509 switches (1Gb →10Gb)
– Voice-over-IP telephones
– Redundant multi-mode and single-mode fibre network
throughout facility
– Direct fibre connection available for each beamline
– Virtual LANs for office, controls, users, beamlines, etc.
• Phase II implementation started:
– 1-3 Terabyte Storage Area Network
– Improved user connectivity to external Internet and
CA4.net
– Possible upgrading of local computational resources
2002 November 16
Beamlines: IR
• High-resolution Far-IR Spectroscopy
– Quotations received on spectrometer
– RFPs for design-build of UHV and HV portions of optical
system out by mid-December
– Hutch construction started
– ~13% of budget committed by 2002 Oct 31
– Start commissioning: ~ September, 2003
• Mid-IR Microscopy
– Quotations due on spectrometer
– RFPs for design-build of UHV and HV portions of optical
system out by mid-December
– Hutch construction started
– ~25% of budget committed by 2002 Oct 31
– Start commissioning: ~ October, 2003
2002 November 16
Beamlines: PGM & SGM
• VLS Plane Grating Monochromator
– All major components ordered
– Delivery of most components by 2003 June, except for
Fixed-aperture High-Heat-Load most (2003 October)
– 185mm PPM undulator ready by 2003 June
– ID vacuum chambers (APS) to be delivered in 2003 July
– ~70% of budget committed by 2002 October 31
• High-resolution Spherical Grating Monochromator
– Same as above for most components
– Shipment of existing SGM components from Madison at
the end of summer 2003
– 45 mm PPM undulator ready by mid-summer 2003
– ~80% of budget committed by 2002 October 31
2002 November 16
Beamline: Spectromicroscopy
• Soft X-ray Spectromicroscopy
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–
–
–
–
Mirrors, gratings and monochromator ordered
Mirror manipulator tenders under evaluation
Started design specification of microscopy end-station
ID vacuum chambers (APS) to be delivered in 2003 July
All beamline components, including EPU (Elliptically
Polarized Undulator), should be available by 2003 fall
– ID straight designed to accommodate a second
chicaned EPU
– ~40% of budget committed by 2002 October 31
2002 November 16
Beamline: CMCF-I
• Canadian Macromolecular Crystallography Facility
– Mirrors and beamline components ordered, with delivery
scheduled for 2003 September
– Work continues on white beam transport line and
endstation specifications
– Started work on specification of control and IT
requirements
– Magnets ordered for Small-gap Undulator (SGU), work
continues on specification of vacuum chamber
– Beamline completion planned by 2003 Fall, but SGU
might not be ready until early 2004
– ~40% of budget committed by 2002 October 31
2002 November 16
Beamline: Micro-XAFS
• Hard X-ray XAFS / Micro-probe
– Micro-probe capability (~2 μm resolution) and some
powder diffraction capability added to design
– Uses 31 mm multi-pole superconducting wiggler
– Preliminary Design Report under review now
– RFP for beamline and wiggler design-build expected to
be issued by year end
– Some risk that delivery completion will not be possible
before early 2004
– ~7% of budget committed by 2002 October 31
2002 November 16
SUMMARY
• Injection System Operational
• Storage Ring installation has started
• First injected beam in early spring 2003
• First light for beamlines in mid-summer 2003
• Five beamlines ready for light by fall 2003
– Two IR lines
– Three soft X-ray lines
• CMCF line ready by fall 2003, except for ID may
be delayed until early 2004
• Micro-XAFS line ready in early 2004
2002 November 16