Overview of Control System at FREIA Laboratory

The control system at FREIA Laboratory in Uppsala, Sweden, includes a comprehensive infrastructure with hardware and software components such as HP ProLiant servers, Siemens PLCs, Epics-based software, and a network setup with public subnets and WLANs. The system is utilized for measurement automatization, automation, data monitoring, and more, enabling efficient operation and control in the laboratory setting.

• Control System
• FREIA Laboratory
• Infrastructure
• Epics-based software
• Hardware

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1. Control system at the FREIA Laboratory ICS FREIA meeting Uppsala, 22-23 March 2016

2. People Head of FREIA Project leader R. Ruber Site T. Ekel f manager L. Hermansson Control system Engineering Physics J. Eriksson M. Jobs . J nsson T. Lofnes T. Pettersson R. Santiago Kern R. Wedberg A. Wir n V. Goryashko Han Li A. Bhattacharyya V.Ziemann M. Olveg rd K. Fransson K. Gajewski M. Jacewicz Note: this is not a formal organization diagram 22-March-2016 Konrad Gajewski - FREIA introduction 2

3. Infrastructure LHe Cryo plant HNOSS horizontal cryostat Subatmospheric pumps Electrosys tetrode RF station DB Elettronica tetrode RF station Deionized water cooling system Bunkers and radiation monitoring system 22-March-2016 Konrad Gajewski - FREIA introduction 3

4. Control system - software Epics based (CODAC 4.1, EEE) HMI BOY (CODAC/EEE) Archiver BEUTY (CODAC) Alarm server (BEAST) (CODAC) IOCs (EEE) Logbook (elogbook, DESY) Measurement automatization LabVIEW Epics modules used at FREIA s7plc (Cryo system, HNOSS, DB RF station, slow interlocks) Modbus (Dewpoint meter) Snmp (Electrosys RF station) StreamDevice (Vacuumeters, radiation detectors, environment data) Sequencer Autosave 22-March-2016 Konrad Gajewski - FREIA introduction 4

5. Control system - hardware HP ProLiant DL380p Gen8 Server 128 Gb RAM, 200 MB SSD, 300 GB Raid1, 1 TB Raid1 Virtual Machine host (Ubuntu) Virtual Machines (clients): CSS archive server CODAC desktop, CSS alarm server EEE server Linux workstation (HMI, DM) Windows PCs (LabVIEW, WinCC, DMs) IOCs NUC (i3, 4Gb RAM) cPCI (timing generator to be installed) MTCA (LLRF) NI CompactRIO (fast interlocks) 22-March-2016 Konrad Gajewski - FREIA introduction 5

6. Control system hardware (cont) Siemens S7-300 PLC (Profibus, DIO, AI) Instrumentation VNA Function generators Spectrum analyzers Oscilloscopes NI PXI (LLRF, DAQ) 22-March-2016 Konrad Gajewski - FREIA introduction 6

7. Control system - network Public subnet (Gbit) Public WLANS (eduroam, FREIA_guest) Gbit router to private network (NAT) Several subnets (Cryo-system, HNOSS, PLCs, Epics) Possibility to connect via VPN (L2TP/IPSec) or ssh from outside WLANS (FREIA_WLAN, FREIA_MEAS) Epics gateway (private network office network) 22-March-2016 Konrad Gajewski - FREIA introduction 7

8. Procedures Documentation Common file server (Windows) for FREIA FREIA reports (DIVA) http://uu.diva-portal.org Indico http://melba.its.uu.se//categoryDisplay.py?categId=32 Cable database (MySQL, web interface) Log books electronic logbooks for: FREIA measurements Control system Cryostat Cryo-system Source code repository bitbucket (ESS) Issue tracking, communication - JIRA (ESS) limited use so far, mainly for control system related stuff Weekly FREIA meetings (with possibility to join via telephone) 22-March-2016 Konrad Gajewski - FREIA introduction 8

9. FREIA contribution (control system) Development of the control system for the acceptance tests of the spoke cavities cryo-module Acquire the hardware needed for the system Build and test the control system compatible with ICS Integrate the testing procedures and the saving of the results in the ESS s IT infrastructure Dependencies: Access to the ESS IT infrastructure for storage of the test results. Access to the vacuum and cryogenic components developed by ESS. Deliverables: Control system for testing the spoke-cryomodule (software and hardware compatible with ICS). 22-March-2016 Konrad Gajewski - FREIA introduction 9

10. FREIA contribution (control system) Control System, Methodology and Procedures for Machine Physicists Identification of the measurements that are of interest for the machine physicists, Implementation of the control system in ICS for the tests and performing the measurements. Dependencies: An ESS LLRF system, including the ICS hardware and software, for use during the test. Access to the ESS IT infrastructure for storage of the test results. Deliverables: Report containing the description of the tests. The tests results in a format compatible with ICS requirements. 22-March-2016 Konrad Gajewski - FREIA introduction 10

11. FREIA contribution (control system) Control Systems for the Lund Test Stand Develop controls and software in ICS to be used at the Lund Test Stand, Assist with the installation and commissioning at the Lund Test Stand. Dependencies: An ESS LLRF system, including the ICS hardware and software, for use during the test. Access to the ESS IT infrastructure for storage of the test results. Deliverables: Help with controls integration, installation and commissioning of the elliptical cavities test stand. Software derived from the spoke cryo-module control system that can be used at Lund Test Stand. 22-March-2016 Konrad Gajewski - FREIA introduction 11

12. ESS deliverables LLRF system to be used for all tests Prototype spoke resonator cryomodule including hardware and software for using during the test Fully functional prototype spoke valve box High Voltage modulator and klystrons 22-March-2016 Konrad Gajewski - FREIA introduction 12

13. Areas where ESS can help LLRF Piezzo tuner Step motor control Timing system (TG) Cryomodule and valvebox controller (PLC) Modulator and klystron controls Instrument EPICS drivers Vacuum devices (serial) Epics drivers IOC logs IOC deployment OPI symbol library, color scheme Transition CODAC->EEE Alarms (BEAST) Archiver (AA) 22-March-2016 Konrad Gajewski - FREIA introduction 13

14. Areas where ESS can help (cont) JIRA FREIA Wiki page 22-March-2016 Konrad Gajewski - FREIA introduction 14