Present Status of EPICS Development at the 3GeV Proton Beam Transport Facility Control System in J-PARC JAERI Motoki OiTetuya KaiSinichiro Meigo Sinichi.

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Present Status of EPICS Development at the 3GeV Proton Beam Transport Facility Control System in J-PARC JAERI Motoki OiTetuya KaiSinichiro Meigo Sinichi SakaiHidetaka KinoshitaKenji Sakai Masanori Kaminaga

Contents  Outline of 3NBT monitor system  Goal of 3NBT EPICS system  About CC/NET  Data Read & archive performance test  Channel access data missing and Tick frequency  Profile monitor test in KEK  Summary

3GeV Proton Beam Transport Facility(3NBT) 3NBT Material & Life science Facility (MLF) 50GeV PS Experimental Area Beam loss : ~1W/m Length : 310m Magnet : 108 Proton monitor : 89

・ Monitor all of the proton beam monitors at 25Hz ・ Archive all of proton beam monitor data with data tag ・ Control and monitor the beam line components (Magnet power supply, vacuum, etc.) ・ Joint 3NBT to CCR and MLF control with EPICS network Goal of 3NBT EPICS system

Outline of 3NBT Monitor system EPICS IOC EPICS OPI Data Archiver Profile Monitor Loss MonitorHalo Monitor Current Monitor ADC CC/NET EPICS IOC CAMAC modules CC/NET: CAMAC controller CCR EPICS OPI 3NBT Control MLF EPICS IOC EPICS OPI Total 1100 data DAQ at 25Hz LAN Data flow

PC104Plus Single Board Computer Interface: PCI and CAMAC CPU:Crusoe500MHz Memory ： 310MB Main Drive: Compact Flush 1GB Network ： 100Mbps Ethernet OS ： 2.4 kernel Linux What is CC/NET TRIG-IN BUSY-OUT Ethernet RBG OUT PS/2 USB

DAQ mode of CC/NET CC/NET have three DAQ mode Single modeProgrammed Dynamic Memory I/O mode Access mode SmallSmallLarge LowMiddleFast HighLowMiddle Over head DAQ Speed CPU load Pipeline method used in PIO and DMA mode

EPICS DAQ test sequence START Channel ArchiverEPICS IOC Data Archive Channel Access NIM module CAMAC module Linux WS CC/NET EPICS IOC ADC Repeat at 25Hz Clock generator Gate generator Base clock Gate signal Trig signal : delay 200 nsec CAMAC DAQ Max 368 data Max 23 ADC EPICS Channel Archiver 2.1 2

Data Taking Change the NELM / Record and examine CC/NET-EPICS DAQ performance test 16ch ADC x 23 slot = 368 data / CAMAC module 368 data / waveform is not reasonable. 64 data / Profile monitor 4 data / Halo monitor 4 data / Loss monitor 64 data is reasonable

Data Read & Archive performance For small Number of Element, PIO mode is the better CPU load DAQ time

Data missing in Channel Access CC/NET EPICS IOC Linux WS Channel Archiver Linux WS EPICS IOC Data Missing 0%Data Missing ~1% CCR, MLF EPICS IOC In the channel access between EPICS IOC to EPICS IOC, we got data missing. As a cause of data missing, I expect Linux tick frequency. Default tick frequency is 100 Hz. DAQ frequency is 25 Hz. These are near in order. Change Linux tick 1000 Hz Compare Data missing ratio

Tick and DAQ frequency DAQTick (Hz)100Hz1000Hz 1Hz0.1%0.1% 10Hz0.2% 0.2% 25Hz0.8% 0.2% 33Hz0.7% 0.2% 50Hz0.6% 0.2% PIO modeWaveform 368 element Channel Access Data missing CC/NET to Linux IOC CA performance is a little bit improved. This CA result is not perfect but enough for monitoring with I/O display

Profile Monitor Test in KEK 3NBT line transports 1 MW power proton beam, we have to develop long life profile monitor. SiC wire type profile monitor is developed. Profile monitor performance is tested in KEK proton beam dump line.

Proton Energy : 500 MeV Proton current : 182x10 10 ppb Frequency : 0.45 Hz Beam port : Beam dump line to Beam dump from KEK-PS KEK NML Beam Dump Profile monitor Beam dump to KENS NML Beam dump

Profile monitor test component INV AMP Data ArchiverMEDM Prototype profile monitor ADC CC/NET EPICS IOC Linux WS CAMAC H:16 V:16 wires SiC clad tungsten wire  100  m Oscilloscope Signal check Profile monitoring 32ch

Horizontal Channel No ADC count MEDM window Vertical Inv AMP ADC EPICS IOC x32ch Raw signal Results Successfully get proton beam profile with SiC wire profile monitor!!

Summary ・ EPICS for 3NBT control system is under construction ・ Data archive at 25Hz from CAMAC-CC/NET to Channel archiver on Linux WS is successful, but data transport among EPICS IOC has still data missing. ・ 25Hz DAQ data taking becomes better with changing the linux tick to 1000Hz. ・ SiC wire proton beam profile monitor test was succeeded.

Future plan ・ Improve the EPICS data missing problem. ・ PLC (FA-M3) data I/O operation test. ・ Design 3NBT OPI display. ・ Design and test the DAQ and data archive system with full scale system.