pefp status - advanced photon source · 2004. 12. 8. · 1 pefp status jihwa kim pal, korea epics...

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PEFP status

Jihwa KimPAL, KOREA

EPICS Collaboration meetingDec 8-10, 2004 RICOTTI,Tokai, JAPAN

Pohang Accelerator LaboratoryPOSTECH

Bird’s eye View of the Site

2

I.PEFP Goal Plan, Schedule Status of Accelerator Development Project progress

II. 20Mev Control System History Development Status of Sub Control System .Vacuum,RF,Event,Beam Monitor, PS ,Utility

EPICS Collaboration meetingDec 8-10, 2004 RICOTTI,Tokai, JAPAN


Outline

3Pohang Accelerator Laboratory

POSTECH

Proton Engineering Frontier Project

PAL, Pohang

KAERI,Deajeon

KAERI – Korea Atomic Energy Research Institute

KAPRA – Korea Accelerator & Plasma Research AssociationKIGAM – Korea Institute of Geoscience & Mineral ResourcesKAIST – Korea Advanced Institute Science and Technolgy

Under construction for 20Mev Commissioning in KAERI-Deajeon

Collaboration withKAERI , PAL,KAPRA,KIGAM,KAIST.

Final Site will be selected by end of thisyear.

4

Project Goal

Refer to Slide materials(Page 3̃8)presented at ICFA-HB 2004October 20.2004 , Beansheim ,Germany“Status and progress of the PEFP Project”

By Byung-Ho Choi & PEFP Team

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Plan of PEFP(100MeV Linac & Utilization)

6

Project Schedule

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Basic Accelerator Parameters

8

Status of Acceleraor Development(Nov. 2002)

9

Project Progress

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Control System for 20MeV Commissioning


First Phase Development(2002.7̃2003.6) . Control System Architecture . Control ToolKit Chioce(EPICS) .Vacuum Control System\\\\\\Second Phase Development(2003.7̃2004.6) . RF Control System\\\\\. Event System for Timing Control\\\\\

Third Phase Development (2004.7̃2005.6)

.Beam Monitor Control

.Power Supply Control

.Cooling Water Monitoring .Intergration and Commissioning

EPICS Collaboration MeetingEPICS Collaboration MeetingDecember 8~10 ,2004 RICOTTI, Tokai JAPANDecember 8~10 ,2004 RICOTTI, Tokai JAPAN

Scheduled to 20 MeV commissioning in April 2005 at KAERI,DeajeonDevelopment of Control System to satisfy this mission has been executed at PAL in 3Phases for last 3 years.

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Ralph LangerBESSY ,Berin,GermanyJuly 28̃August 5,2004EPICS Lab. At PAL


EPICS Expert Invitation for Review

Bob DalesioLANL ,USAMay 27 ̃31,2003Seminar room at PAL



POSTECH

Vacuum Control System


Windows based PCRS422 Interface(63 Ports)EPICS base 3.14.1 MEDMInstalled and Working at KAERI site

13Pohang Accelerator LaboratoryPOSTECH

RF Control System


10MHz, Sine

6

0

2

x

x

x

x

1

5

Ee

2

x

8

2

0

5

RF & CLOCKGENERATOR

FIELD/RESONANCECONTROLLER

LOW LEVELCONTROLLER

(StrongARM CPU &FPGA)

KLYSTRONAMPLIFIER

KLYSTRON POWERSUPPLIES

PROGRAMMABLELOGIC

CONTROLLER

ETHER-NET HUB

TIMING, RTDL(?)

T0, RF GATE

SOLID STATEAMPLIFIER

RF_PAL

PEFPVOLTGE

CONTROLLER(8CHs)

DISPLAY, MONITOR& CONTROL(FP)

Low Level RFPULSEMODULATOR RFQ

1 2 3 4 5

7 8 9 11 2

A B

1 xx

x

9

3

10

4x

1

x7x

1x

th

A

1x

6

x

x

1 x

4x

11x

x

7x

1x

C

LLRF(4U SUBRACK)

ETHER-NET LINERS232 or 485

Multi-Connected directlyWire Connected

Down Conversion&

Distribution

Coupled RF(Fwd, Ref. Cavit, etc.)

RF(350MHz)

LO(340MHz)

Clock

SBC

MFS

VME based IOC

MVME5100

SUN workstations

Ethernet

PWRD/I

16ch

A/I

8ch

D/I

16ch

D/O

16ch

A/I

8ch

A/I

8ch

A/O

4chCPU

1746IB16

1746IB16

1746OB16

1746NI8

1746NI8

1746NI8

1746N04V

1747L552

1746P2

EasyView

PWR

CPU

COM

ACPOWER

ON

OFF

110.0V 10.0A

AC POWER LINE CONDITIONER

STOCK DRAWER

EPICS IOC(Developed) CPU : MVME5100 VME I/O: MFL32A EPICS Base 3.13.8

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VMEbus MFL32A

•500W(+5V,-12V,+12V)•.12 slots, VME64x with P0•Remote Control(RS422,LAN)

VME Bus Subrack


Human CC,INChttp://www.humancc.co.kr

VME Tech ,INChttp://www.vmetech.co.kr

Domestic Products


•16bits ADC,0~+10V :8Ch•16bits DAC,0~+10V:2Ch•DIO:32Ch•10/100Base T Ethernet•RS232C ,32bit CPU

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-Development Progress . Detailed Specification . System Configuration Layout . Hardware Setup and Software module Test . Lab Test


Timing Control


Event system for timing control has been selected.TIMO from SLS made contribution.

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Tank 1DT : 51L=444.5cmE=7.2MeV

CT BPPM BPPM




CTBPPMBeam Stop

BP

PM

#3

BP

PM

#4

RFQDCCT

#1DCCT

#2CT BPPM

Button Signals

Button Signals Button Sig

nalsButton Signals

EPICS VME IOC crate

BPPMLow-level Electronicscrate#2

BP

PM

#1

BP

PM

#2

BPPMLow-level Electronicscrate#1

CPU

ADC#1

ADC#2

Ethernet

EPICS IOC(Developing) CPU : MVME5100 ADC#1 : VTR812/10 ADC#2 : AVME9325-5 EPICS Base 3.13.6


BPM/DCCT Control System(Third Phase)


Low Level Electronics(Working)-Bergoz Customized Hardware module


POSTECHEPICS Collaboration MeetingEPICS Collaboration MeetingDecember 8~10 ,2004 RICOTTI, Tokai JAPANDecember 8~10 ,2004 RICOTTI, Tokai JAPAN

Power Supply Control System for DTL_Q

#1 PS

EPICS VME IOC

CPU

IP CarrierIP

TM

IP IP IP

#2 PS

#35 PS

#42 PS

(5Ea)

Fiber Optic

IP:Industry PackTM:Transition Module

DSP:Digital Signal ProcessingADC:Analog Digital Converter

PS:Power Supply Pack

Simulation Board With Power Supply

Intf. With Controller

Control Team PEFP

CPU : MVME5100

(Digital Power Supply)

Selected the SLS Power Supply Type.

H/W Modules are delivered & setting them up



Still gathering information for Utility

Utility Control(Cooling Water)



Main Control Screen for PEFP

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PEFP Final Site will be selected by end of this year.

20Mev Control System for PEFPIOC LevelRF (Developed)Vacuum (Developed)Event System for Timing Control (Developed)

Beam Monitor (Developing)

Power Supply(Developing)

Utility(Still gathering control requirement)

OPIMEDM Switch to EDM

Channel Archiver(From Kay)

More things..

EPICS Training to PEFP Physicist, EngineerPohang Accelerator Laboratory


Summary & Plan

pefp status - advanced photon source · 2004. 12. 8. · 1 pefp status jihwa kim pal, korea epics...

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