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Abstracts |
J. Zhao, C.H. Wang, X.C. Kong, G. Lei, S.F. Xu, Q. Le
Recently the Chinese Academy of Sciences has chosen BEPCII as the future development of the BEPC, i.e. upgrade of both the machine and detector. The luminosity of the machine is expected to increase ten times. The project will be started at the beginning of 2002 and finished within 3-4 years. The BEPC control system was built in 1987 and upgraded in 1994. According to the design of the BEPCII, a number of new equipment will be added in the system, such as the superconducting cavities, new magnet power supplies and beam feedback system. The control system has to be upgraded. The BEPCII control system will be a distributed architecture and developed by EPICS. We are going to apply the standard hardware interfaces and mature technology in the system. A number of the VME IOCs will be added in the system and the feildbuse, PLCs can be used as device control for some new equipment. We will keep the existing system in use, such as the CAMAC system, PC based subsystems and application programs, and merge it into the EPICS system. Recently the development of the prototype is in progress. This paper will describe the system design and development issues.
[1] J. Zhao et.al,'Preliminary Design of the Control System for SSRF and BTCF' ICALEPCS'97 Nov. 1997 Beijing, China
[2] Tadahiko Katoh, 'Design and Construction Accelerator Control System' KEKB control group, 28 Aug. 2000
[3] A. Daneels Euro. Lab Part. Phy. 26 Sep. 1994
[4] EPICS Release R3.13, APS Argonne
[5] D.P. Gurd et.al 'Plans for Collaboratively Developed Distributed Control System for the Spallation Neutron Source' ICALEPCS'99, Oct. 1999, Trieste Italy
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ICALEPCS 2001
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