Plans for 2006 Installation October 27, 2005

1
Plans for 2006 InstallationOctober 27, 2005

• Installation Schedule
• Laser Installation
• Injector, BC1/L1, Injector Spectrometer
  Installation
• Risks
• Conculsions

2
LCLS Installation Schedule

• Laser Commissioning May 31, 2006
• Injector Commissioning Nov 2, 2006
• BC1 / L1 Commissioning Nov 2, 2006
• Inj Spectro. Commissioning Nov 2, 2006
• L2 / BC2 / L3 Commissioning Oct 31, 2007
• LTU Commissioning Jan 31, 2008
• E Dump Commissioning Jan 31, 2008
• Laser Heater to be commissioned with Undulator

3
Laser Cable Plant / Rack Installation

• Cable plant information received Mario
  11/30/2005
• Bid package completed Mario
  12/16/2005
• Award Bid Mario 03/31/2006
• Start Cabling Mario 04/17/2006
• Input from Subsystems
• Infrastructure info. Complete
  Doug 11/15/2005
• Laser Control info. Complete
  Sheng 11/15/2005

4
Laser Controls

• Laser Safety Patrick Bong
• Complete Design Review
• Order all PLCs and instrumentation
• Complete PLC Programming
• Complete EPICS Driver for the PLC
• Complete control database
• Complete displays
• Timing Dayle Kotturi
• Design Review
• Complete driver
• Order EVG200 and EVR 200
• Complete control database
• Complete displays
• Infrastructure Doug Murray
• Network
• Servers and workstations

5
Laser Controls

• Motion Control Sheng Peng
• Design Review
• Complete drivers
• Order all motor controllers
• Complete control database
• Complete displays
• Profile Monitor Sheng Peng
• Design Review
• Complete drivers
• Order all cameras and camera controls
• Complete control database
• Complete displays

6
Injector, BC1/L1, Inj. Spectrometer Cable Plant /
Rack Installation

• Cable plant information received Mario
  03/31/2006
• Bid package completed Mario
  04/16/2006
• Award Bid Mario 07/31/2006
• Start Cabling Mario
  08/16/2006
• Input from Subsystems
• Infrastructure info. Complete Doug
  03/15/2006
• Temperature Control Stephen
  S. 03/15/2006
• Diagnostics Sheng,Doug,Till 03/15/2006
• Timing Dayle 03/15/2006
• Low Level RF Dayle 03/15/2006
• Vacuum Control Stephen S 02/15/2006
• Power Supply Control Kristi 01/15/2006
• Personnel Protection Patrick B 01/15/2006
• Machine Protection Stephen N
  03/15/2006
• Fast Feedback Stephanie 03/15/2006

7
Injector, L1, and BC1

• Personnel Safety Patrick Bong
• Use the existing PPS for the LINAC during this
  phase new system needed for Injector
• Complete Design Review
• Order all PLCs and instrumentation
• Complete PLC Programming
• Complete EPICS Driver for the PLC
• Complete control database
• Complete displays
• Timing Dayle Kotturi
• Design Review
• Complete driver
• Order EVR 200s
• Complete control database
• Complete displays
• Infrastructure Doug Murray
• Network
• Servers and workstations

8
Injector, L1, and BC1

• Diagnostics
• Toroids ( 2,3,0) Sheng Peng
• Profile Monitors (10,3,0) Sheng Peng
• Wire Scanners ( 4,3,0) Doug Murray
• Beam Position Monitors (15,7,0) Till Strauman,
  Michael Cecere
• Bunch Length Monitors ( 2,1,0) Sheng Peng
• Tasks
• Design Review for each of the diagnostics
• Complete drivers for all hardware interfaces
• Complete prototypes for each (Profile monitors
  are done)
• Order all diagnostic hardware
• Complete control database
• Complete displays

9
Injector, L1, and BC1

• LLRF (4,2,0) Dayle Kotturi
• Complete prototype of embedded processor solution
• Complete Design Review
• Complete driver
• Order all processors
• Complete control database
• Complete displays
• Timing (x,x,x) Dayle Kotturi
• Design Review
• Complete driver
• Order EVR 200s
• Complete control database
• Complete displays

10
Injector, L1, and BC1

• Vacuum Control - Stephen Schuh and Tom Porter
• Ion Pump 40 I/s (25,0,0)
• Ion Pump 20 I/s (20,10,0)
• Ion Pump 8 I/s (0,3,0)
• Ion Pump 2 I/s (0,1,0)
• Cold Cathode Gauge (9,2,0)
• Pirani Gauge (9,2,0)
• Hot Filament Gauge (2,0,0)
• Convectron Gauge (2,0,0)
• F Gate Valve not controlled (0,2,0)
• Gate Valve (Large Bore) (1,0,0)
• Gate Valve (Small Bore) (4,0,0)
• Roughing Valve not controlled (5,2,0)
• Tasks
• Complete Design Review
• Complete valve controller prototype
• Order all PLC hardware, IOC, pump controllers,
  and gauge controllers.
• Build all valve controllers
• Complete control database

11
Injector, L1, and BC1

• Power Supply Control Kristi Luchini, Paul
  Bellermo, Anthony DeLira, Dave MacNair
• Solenoid (03,0,0)
• Bends (29,4,0)
• X Corrector (11,9,2)
• Y Corrector (11,5,2)
• Quadrapoles (14,10,2)
• Tasks
• External Design Review
• Complete micro controller to replace the ethernet
  controller
• Complete VME prototype for power supply control
• Order all I/O
• All power supplies are ordered
• Build all power supply controllers
• Complete control database
• Complete displays

12
Injector, L1, and BC1

• Machine Protection / Beam Containment System
  Stephen Norum
• Determine a solution for this run only a laser
  shutter to control
• Complete prototype of embedded processor solution
• Complete Design Review
• Complete driver
• Order all processors
• Complete control database
• Complete displays
• Fast Feedback - Stephanie Allison
• Determine a solution for this run limited beam
  rate and number of loops
• Complete prototype
• Complete Design Review
• Complete driver
• Complete control database
• Complete displays

13
Injector, L1, and BC1

• High Level Applications Diane Fairley, Debbie
  Rogind, Sergei Chevstov
• OTR converting OTR and YAG x-y images to rms
  sizes, centroids, area-under-curve, etc. I think
  we want several different methods available
  Gaussian fitting, asymmetric Gaussian fitting,
  rms calculations using baseline cuts, rms
  calculations using filtering, etc.
• Power steering of sections of beamline, including
  corrector strength and BPM weighting (available
  on SLC now, but questionable state
• Emittance measurements using several (3-4) OTRs,
  and/or using one OTR but many quad settings
  (quad-scan method). Many parameters extractable
  WITH error bars. SLC only handles wire scanners
  right now.
• Real-time difference orbit fitting by accessing
  the optical on-line model (e.g., DIMAD, MAD, or
  COMFORT) and extracting initial position, angle,
  and energy from N BPM readings (plus a possible
  kick source in the region as an option) - all is
  available now on SLC
• Transverse slice emittance measurements This is
  almost free if the software is written properly.
  We simply do the same as emittance measurements,
  but first slice up the beam (e.g., in Y) on the
  OTR screen and extract (e.g., in X) the rms for
  each slice, feeding this into the nominal
  emittance fitting subroutines, then plotting
  emittance vs. slice number (and several other
  accessible parameters). This is NOT available on
  SLC now, but I (and others) have MATLAB code to
  do it, though it is not packaged conveniently or
  easy to use for others.

14
Risk Areas

• SLC-aware IOC is complete
• Timing integration and prototype is close
• BPM design is unclear ESD prototype ready for
  test
• PPS PLC approach needs approval
• Use of micro controllers requires the quick
  selection of a platform and port of RTEMS support
• Use of existing LINAC equipment may limit
  operation and reliability
• Budget estimates need to be verified limited
  contingency

15
Conclusions

• We understand the scope of the work for 06
  commissioning.
• The team is in place to achieve these goals.
• The largest risks are well in hand.
• There are several risks identified that need to
  be monitored.
• There is a lot of work to be completed this year.