1 / 20

UNICOS UNified Industrial COntrol System

UNICOS UNified Industrial COntrol System. Hervé Milcent AB/CO. Outline. Purpose and domain of application PVSS-UNICOS PVSS-UNICOS in QPS and PIC Conclusions. AB/CO. Provide control system for accelerator Tools: Front-end framework Application framework Services: LHCLogging, Laser, etc.

Download Presentation

UNICOS UNified Industrial COntrol System

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. UNICOSUNified Industrial COntrol System Hervé Milcent AB/CO

  2. Outline • Purpose and domain of application • PVSS-UNICOS • PVSS-UNICOS in QPS and PIC • Conclusions PVSS User's meeting: UNICOS

  3. AB/CO • Provide control system for accelerator • Tools: • Front-end framework • Application framework • Services: LHCLogging, Laser, etc. • Installation of control computers • Turn key application • Cryo, QPS, PIC, etc. • Support: PLC, Fieldbus, etc. • Etc. http://ab-div-co.web.cern.ch/ab-div-co/ PVSS User's meeting: UNICOS

  4. Purpose of UNICOS • Provide a control system for the LHC cryogenics • Components, tools and methodology • Based on industrial components: PLC and SCADA • Define a standard hardware & generic software architecture • Produce complete documentation for maintenance, operation and users • Cryogenics operators and experts • Integrate the cryogenics control system within the LHC control architecture PVSS User's meeting: UNICOS

  5. QSV QSCC QSCB QSCA QSCC QSRB QSRA QURC QURA QURC QUI Typical LHC cryogenic architecture Surface Underground • Size: • 5 cryo points • Total I/O: ~40000 • Total dev.: ~75000 • Total DPE: ~700000 • 30% archived, 15% alarm QRL QRL Ring Sector Sector PVSS User's meeting: UNICOS

  6. Constraints • Schneider PLC (Siemens PLC under dev.) + SCADA PVSS • Reliability • Performance • Event: 6000 chg./sec during 15 min. • Operators/experts: not PLC neither SCADA expert • Modify graphical view, trend, etc. • Tune the control system • Big system  fast commissioning  automatic creation of most of the control system • Lots of applications: same look and feel, user friendly • LHC Control: no SCADA • Used by other projects • GCS, experiments magnet controls PVSS User's meeting: UNICOS

  7. SCADA data servers EW1 OS3 OS4 OS1 OS2 EW2 L-LHCC LHCB QSCB QSA(b) QSRB-1 QSRB-2 Cold Box 4.5K Comp 4.5K Main Dryer Typical cryogenic hardware architecture Bat 2851 DS1 Control room SHC8 Communication room SHR8 DS1-2-3 4.5K 1.8K 4.5K 1.8K Ethernet local connection (AB-CO-IS/IT CS) LHCA R-LHCC Ethernet surface Infrastucture (IT-CS) Ethernet backbone (IT-CS) SDH8 SH8 SD8 SHM8 SHBB8 QSDN QSCCb QSCCa QSKA QSCA-1-2 QSA(a) QSRA-1 QSRA-2 QSV Main Dryer Comp 1.8K LN2 Buffer Comp 1.8K UCB 4.5K Comp 4.5K QURA-1 US IP8 QURA-2 Connection Box QUI LCB 4.5K 5200 US IP7(b) 3em UX85 US85 US IP1(a) UX85 2em 8200 L-QURC-2 L-QURC-1 R-QURC-1 R-QURC-2 CB 1.8K CB 1.8K DFB DFB DFB DFB PVSS User's meeting: UNICOS

  8. Automated Generation Tool UNICOS: application development PLC database: tag, mapping, comm. Devices Specification database PLC Device Instantiation PLC Section Structure, device links SCADA Database PLC logic replication PVSS User's meeting: UNICOS

  9. PVSS-UNICOS Application • Based on JCOP • Distributed and scattered • Common look and feel • Device: state, data quality, etc. • Operator interface • Configuration of the devices from a database • Modelisation of devices: • Integrity of the application: PLC + PVSS managers • Integration into the LHC control chain • LHCLogging (long term archiving), LASER (alarm server), CMW (middleware) • Open framework: • New devices, configurable components/utilities, etc. UNICOS JCOP SCADA Add on PVSS User's meeting: UNICOS

  10. PVSS-UNICOS: device • Device • hierarchy: hardware and functional • Can be classed in maximum two groups • Widget: • State, alarm, data quality • Catalog: • drag & drop • Configuration with device filter • Faceplate: detail PVSS User's meeting: UNICOS

  11. PVSS-UNICOS: operator interface • One interface • Panel/trend navigation • Internet explorer like • Contextual navigation: configurable • Hierarchy navigation: configurable • Trend re-used from JCOP • Utilities: • Customized alarm list • Event list • User log book • Device overview PVSS User's meeting: UNICOS

  12. PVSS-UNICOS: graphical frame PVSS User's meeting: UNICOS

  13. PVSS-UNICOS: operator interface • One interface • Panel/trend navigation • Internet explorer like • Contextual navigation: configurable • Hierarchy navigation: configurable • Trend re-used from JCOP • Utilities: • Customized alarm list • Event list • User log book • Device overview PVSS User's meeting: UNICOS

  14. PVSS-UNICOS: navigation PVSS User's meeting: UNICOS

  15. PVSS-UNICOS: operator interface • One interface • Panel/trend navigation • Internet explorer like • Contextual navigation: configurable • Hierarchy navigation: configurable • Trend re-used from JCOP • Utilities: • Customized alarm list • Event list • User log book • Device overview PVSS User's meeting: UNICOS

  16. PVSS-UNICOS: trend PVSS User's meeting: UNICOS

  17. PVSS-UNICOS: operator interface • One interface • Panel/trend navigation • Internet explorer like • Contextual navigation: configurable • Hierarchy navigation: configurable • Trend re-used from JCOP • Utilities: • Customized alarm list • Event list • User log book • Device overview PVSS User's meeting: UNICOS

  18. PVSS-UNICOS: Device overview PVSS User's meeting: UNICOS

  19. Additional applications • Re-use of core UNICOS with new devices • PIC: Power Interlock Controller • S7 PLC • QPS: Quench Protection System • LynxOS front-end with CMW (Common MiddleWare) • High performance • Similar look and feel • Widget, faceplate • Same hardware architecture • Distributed Linux data server • Scattered system: Windows GUI PVSS User's meeting: UNICOS

  20. Conclusions • UNICOS improvements: • Avoid mismatch definition of the mapping of data: PLC & PVSS • Less work as possible for the application developer • Re-usable tools, devices • Easy definition of devices • Automatic creation of the configuration and most of the control system : PLC & PVSS • Coherent data representation: PLC & PVSS • Ease support • PVSS: • Distributed, integrity of the control application • Application developer: • Concentrate on the control process: control loops, control sequences • Prepare the graphical view of the process control http://ab-project-unicos.web.cern.ch/ab-project-unicos/ PVSS User's meeting: UNICOS

More Related