FIELD: automated control systems.
SUBSTANCE: invention relates to an automated control system for the physical parameters of a research nuclear facility (RNF). The system includes a system for measuring physical characteristics, a power control subsystem, a temperature control subsystem, a subsystem for accumulating and processing information, a subsystem for controlling the pulse parameters of a research nuclear installation by current with information transfer to the subsystem for accumulating and processing information for subsequent processing, a subsystem for controlling time intervals from the moment of launching signal until the arrival of the remaining signals. The system also includes a subsystem for controlling the maximum levels of power and energy release and a subsystem for controlling the process pressure. Each channel of the power control subsystem contains several detection units with different sensitivities and operating in a counting or current mode; the subsystem for controlling the pulse parameters of a research nuclear installation for current is supplemented with the function of measuring the steady-state RNF acceleration period by hardware. The listed systems and subsystems are equipped with hardware that, when the values of the monitored parameters leave the permissible ranges, autonomously generate emergency protection signals and transmit them to the control and protection system of the nuclear research facility.
EFFECT: invention provides ability to automate the process of testing and research.
1 cl, 7 dwg
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Authors
Dates
2021-11-10—Published
2021-03-11—Filed