1 / 9

EPICS Controls Steve Lewis 13 December 2007

EPICS Controls Steve Lewis 13 December 2007. LCLS Total Energy Final Design Review. Outline. Use of LCLS Standards Top-level Diagrams Details of Hardware and Software Vacuum not shown Gauges and Ion pumps are LCLS standard Turbo-molecular and scroll pumps are XTOD only

taryn
Download Presentation

EPICS Controls Steve Lewis 13 December 2007

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. EPICS ControlsSteve Lewis13 December 2007 LCLS Total EnergyFinal Design Review

  2. Outline • Use of LCLS Standards • Top-level Diagrams • Details of Hardware and Software • Vacuum not shown • Gauges and Ion pumps are LCLS standard • Turbo-molecular and scroll pumps are XTOD only • Have much in common with K-Spect, Direct Imager • Network Infrastructure not shown • Identical across all of XTOD and XES • Supplied by XES group

  3. EPICS Control System (includes PLC) Compressor and Pulsed Valve Block Diagram On/Off Motor+ Encoder Attenuator Motion Control Motor+ LVDT X,Y StageMotion Control Selection 2 Position++ Laser Laser Control Trigger Vacuum Pumps+ Gauges Energy Sensor Energy Meter On/Off, Pressure 2 2 2 Energy Temperature Control + Resistance Measurement DC Bias+ Preamplifier 16 16 Bias, Gain Energy, Temp Resistance 16 Signal Trigger Apparatus Digitizer S. Lewis v4

  4. Instrumentation S. Lewis v6

  5. Hardware • LCLS (or SPEAR) standard • VME Crate, CPU, Timing (IOC) • Weiner 195 • Motorola MVME-6100 • Micro-Research PMC-EVR 200 • Stepper Motor Control • Hytec Industry Pack 8002/8601 Indexer (VME) • Hytec SMDS-4B Driver • Highland V550 LVDT (VME) Consistent Across LCLS and XTOD

  6. Hardware • XTOD only • Digitizer/Signal Conditioner • ICS-130/121 (VME) • Energy Meter • Ophir PE-10 Laserstar (serial) • Attenuator • Optosigma PAT-001 (serial) • Temperature • Lakeshore 340 (serial)

  7. Software • LCLS standard • Device drivers • Hytec Stepper Motor (VME) • Highland LVDT (VME) • EVR Timing (VME) • Serial • Device-level GUI elements • All other tools and utilities • Archiver • Trend Graph • Save/Restore • Automation Sequencer • Alarm Handling • MATLAB Consistent Across LCLS and XTOD

  8. Software • XTOD Only • ICS Digitizer/Signal Conditioner • Vendor: VxWorks driver and support library • XTOD/XES: EPICS ‘device support’ • Automation Sequences • Waveform Processing • In IOC • MATLAB • Attenuator and Lakeshore Temperature Controller • Serial protocol description (using LCLS template) “Interesting” part

  9. Costs and Effort • All controllers, cables, racks, and auxiliary equipment are itemized • Effort for unit testing and commissioning included in overall accounting Hardware Cost = $35K

More Related