CEA DSM Irfu SIS LDISC 18/04/2012 Paul Lotrus 1 Control Command Overview GBAR Collaboration Meeting...
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Transcript of CEA DSM Irfu SIS LDISC 18/04/2012 Paul Lotrus 1 Control Command Overview GBAR Collaboration Meeting...
CEA DSM Irfu SIS LDISC18/04/2012 Paul Lotrus 1
Control Command OverviewGBAR Collaboration Meeting
Paul LotrusCEA/DSM/Irfu/SIS
CEA DSM Irfu SIS LDISC
Gbar Control Command Overview
Control Command
Recommendations
Design Needs
18/04/2012 Paul Lotrus 2
CEA DSM Irfu SIS LDISC
Gbar control command overview
• Integrated control command functions:– Global overview– Automation (measures, procedures)– Safety– Alarm– Archive and shared data– Communication with ELENA– Remote debug– Time
18/04/2012 Paul Lotrus 3
CEA DSM Irfu SIS LDISC
Gbar control command overview
18/04/2012 Paul Lotrus 4
Operational overview
Supervision
CEA DSM Irfu SIS LDISC
Gbar control command overview
18/04/2012 Paul Lotrus 5
Error identification and safety issues
Data storage
CEA DSM Irfu SIS LDISC
Gbar control command overview
• 2 hardware worlds:– Slow control: vacuum, push-pull, coils
• PLC (Programmable Logic Controllers): robust, modularity, long term, industrial
– Fast control (DAQ): MCP, …• PC: short term, technology changing, virus• PXI, VME: middle term, modularity, expensive
18/04/2012 Paul Lotrus 6
CEA DSM Irfu SIS LDISC
Gbar control command overview
• Perfect communication world
18/04/2012 Paul Lotrus 7
Sensor VentilationCoils Push-pullDetector
ELENA
Control room Data
Your office
CEA DSM Irfu SIS LDISC
Gbar control command overview
• Real world:
18/04/2012 Paul Lotrus 8
Sensor VentilationCoils Push-pullDetector
ELENA Control room
Your office
Fieldbus LocalEthernet≠ protocol
CERN Network
Internet
This is the goal of the work package 10: control commandAll this stuff will be transparent for the users
CEA DSM Irfu SIS LDISC
Gbar Control Command Overview
Control Command
Recommendations
Design Needs
18/04/2012 Paul Lotrus 9
CEA DSM Irfu SIS LDISC
Gbar control command recommendations
• Recommended solution: CERN hardware compatible
– Siemens PLC
– PCI express
– VME
18/04/2012 Paul Lotrus 10
CEA DSM Irfu SIS LDISC
Gbar control command recommendations
• 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
18/04/2012 Paul Lotrus 11
Gateway between powers and
supervision (slow, not all
functionalities)
8 powers Hameg
Control command
CEA DSM Irfu SIS LDISC
Gbar Control Command Overview
Control Command
Recommendations
Design Needs
18/04/2012 Paul Lotrus 12
CEA DSM Irfu SIS LDISC
Gbar control command design needs
• 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
18/04/2012 Paul Lotrus 13
CEA DSM Irfu SIS LDISC
Gbar control command design needs
• 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?
18/04/2012 Paul Lotrus 14
CEA DSM Irfu SIS LDISC
Gbar control command design needs
• One control command contact person per subsystem in charge of:– Object design
18/04/2012 Paul Lotrus 15
Anglevalve
N2
Valv
e
Valv
e
DN100CF gate valve
DN100CF gate valveE x B electrodes
MCP (Hamamatsu F-4655-12)
Insulated sample holder
4 x DN40CF flangesfunctions:- 4 x BNC or SHV feedthroughs- linear drive (collimator) [optional]- vacuum gauge [optional]
6 x DN63CF flangesfunctions:- turbo pump- vacuum gauge- ion pump [optional]- HV feedthrough
Solenoid coils
HV feedthrough(sample)
e+Scintillator
Collimator
Lead
shie
ld
~500 mm
CEA DSM Irfu SIS LDISC
Gbar control command design needs
25/02/2012 Paul Lotrus 16
Super Conducting magnet (SC)
TOR
e- gun
ANA
Push-pull
HV : High Voltage controlled throw-10/+10V
PLCAcquisition PC
Power
Switch
HV Power
ProfiNetS7 protocol
Vacuum gaugePowerValves
Control room
Interface
Trigger
Trigger LINAC Compact PCIe
DAQ 6 output -10/+10V
26 electric amplifiers
– Instrumentation synoptic: agreement between WP and WP control command
CEA DSM Irfu SIS LDISC
Gbar control command design needs
– One list of the I/O for the slow control– One list of the I/O for the fast control
18/04/2012 Paul Lotrus 17
CEA DSM Irfu SIS LDISC
Gbar control command design needs
– Describe the behavior of the slow control, or/and fast
– Define the command constraints (range): frequency, amplitude, duration
18/04/2012 Paul Lotrus 18
Penning trap e- gun1. System description 3 1.1 Mechanic 3 1.2 Electric 4 1.3 Voltage 42. 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 63. Control command 7 3.1 Electric Power 7 3.2 Push-pull 7
CEA DSM Irfu SIS LDISC18/04/2012 Paul Lotrus 19
Gbar experiment synoptic
Gbar control command design needs
CEA DSM Irfu SIS LDISC
Gbar control command design needs
• 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
18/04/2012 Paul Lotrus 20
CEA DSM Irfu SIS LDISC
Gbar control command overview
Thanks for your attention
18/04/2012 Paul Lotrus 21