1 / 21

Control Command O verview GBAR Collaboration M eeting

Control Command O verview GBAR Collaboration M eeting. Paul Lotrus CEA/DSM/ Irfu /SIS. Gbar Control Command Overview. Control Command Recommendations Design Needs. Gbar control command overview. Integrated control command functions: Global overview

delta
Download Presentation

Control Command O verview GBAR Collaboration M eeting

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. Control Command OverviewGBAR Collaboration Meeting Paul Lotrus CEA/DSM/Irfu/SIS Paul Lotrus

  2. Gbar Control Command Overview Paul Lotrus Control Command Recommendations Design Needs

  3. Gbar control command overview Paul Lotrus Integrated control command functions: • Global overview • Automation (measures, procedures) • Safety • Alarm • Archive and shared data • Communication with ELENA • Remote debug • Time

  4. Gbar control command overview Supervision Operational overview Paul Lotrus

  5. Gbar control command overview Data storage Error identification and safety issues Paul Lotrus

  6. Gbar control command overview Paul Lotrus 2 hardware worlds: • Slow control: vacuum, push-pull, coils • PLC (Programmable LogicControllers): robust, modularity, long term, industrial • Fast control (DAQ): MCP, … • PC: short term, technology changing, virus • PXI, VME: middle term, modularity, expensive

  7. Gbar control command overview Your office Control room Data ELENA Ventilation Sensor Detector Push-pull Coils Paul Lotrus Perfect communication world

  8. Gbar control command overview Your office Internet CERN Network ELENA Control room This is the goal of the work package 10: control command All this stuff will be transparent for the users Local Ethernet ≠ protocol Fieldbus Ventilation Sensor Detector Push-pull Coils Paul Lotrus Real world:

  9. Gbar Control Command Overview Paul Lotrus Control Command Recommendations Design Needs

  10. Gbar control command recommendations Paul Lotrus Recommended solution: CERN hardware compatible • Siemens PLC • PCI express • VME

  11. Gbar control command recommendations 8 powers Hameg Gateway between powers and supervision (slow, not all functionalities) Control command Paul Lotrus • Communication • Interface with devices for the slow control: 0-10V, 4-20mA, Profibus or Profinet • Avoid: protocol with material interface like RS232, GPIB, USB, Ethernet, … • If you buy a non compatible instrument: • Specific gateway: 2 month + hardware • More bugs and more difficult to understand

  12. Gbar Control Command Overview Paul Lotrus Control Command Recommendations Design Needs

  13. Gbar control command design needs Paul Lotrus Roadmap Gbar control command proposed: • Understand the experiment’s behavior and performance • Define a global system architecture • Define control command tests • Integrate the control command interface in each subsystem • Test the subsystem control command • Installation at CERN

  14. Gbar control command design needs Paul Lotrus To design the control command, we need answers to the following questions: • What will be automated? • What is the automation process? • Does the system need information from another one? • How do we communicate with the different elements?

  15. Gbar control command design needs ~500 mm Paul Lotrus One control command contact person per subsystem in charge of: • Object design

  16. Gbar control command design needs Super Conducting magnet (SC) e- gun Push-pull Switch • 26 electric amplifiers Vacuum gauge Valves Power Power • DAQ 6 output -10/+10V CompactPCIe Trigger LINAC Trigger HV Power PLC AcquisitionPC Interface ANA Control room TOR ProfiNet S7 protocol HV : High Voltage controlled throw-10/+10V Paul Lotrus • Instrumentation synoptic: agreement between WP and WP control command

  17. Gbar control command design needs Paul Lotrus • One list of the I/O for the slow control • One list of the I/O for the fast control

  18. Gbar control command design needs Penning trap e- gun 1.System description 3 1.1Mechanic 3 1.2 Electric 4 1.3 Voltage 4 2. Required equipment 5 2.1 Electric 5 2.1.1 Electric power B1 5 2.1.2 Electric power B2 5 2.1.3 Electric power H1 6 2.1.4 Insulation box 6 2.2 Mechanic 6 2.2.1 Insulation box 6 2.2.2 Cathode support 6 3. Control command 7 3.1 Electric Power 7 3.2 Push-pull 7 Paul Lotrus • Describe the behavior of the slow control, or/and fast • Define the command constraints (range): frequency, amplitude, duration

  19. Gbar control command design needs Gbar experiment synoptic Paul Lotrus

  20. Gbar control command design needs Paul Lotrus Questions for CERN and ELENA: • NTP, SMTP server • Archiving • Remote access • Maintenance: hardware and software • Interface with ELENA control command (hardware and software) • Timing system

  21. Gbar control command overview Paul Lotrus Thanks for your attention

More Related