Logic Module (LM)
The RadICS product line consists of a Logic Module, basic input/output modules, and specialty modules all housed in a seismically qualified chassis. The Logic Module serves as the brain for the entire platform. In addition to executing the application logics, the Logic Module communicates with all other modules installed in the chassis, performs and monitors selfdiagnostics, and controls communications with external chassis and systems.
Discrete Outputs Module (DOM)
The RadICS product line consists of a Logic Module, basic input/output modules, and specialty modules all housed in a seismically qualified chassis. The Discrete Outputs Module (DOM) serves as a high-density module providing for 32 independent, highly reliable, and optically isolated discrete outputs. The Logic Module uses the DOM to drive field devices, indicators, and other functions. The DOM also performs robust and continuous self-diagnostics to ensure the safety and integrity of each output and module function. In the event of critical failures, the DOM de-energizes to a safe-state.
Analog Input for (Neutron) Flux Measurement (AIFM 2.0)
Developing equipment for automatic neutron flux detection, Radiy designed AIFM 2.0. The specialized module is made as a remote device, located near ionization chamber.
AIFM 2.0 receives pulse and current signals from ionization chamber, digitizes them, and transfers data to Logic Module via RS-485 for further processing. All kinds of testing signals ensure design properties and safety operation of AIFM 2.0.
Optical Communications Module (OCM)
The RadICS product line consists of a Logic Module, basic input/output modules, and specialty modules all housed in a seismically qualified chassis. The Optical Communication Module (OCM) receives and transmits data via up to five independent safety qualified point to point fiber optic interfaces that are used to extend the RadICS Platform to additional chassis (OCM to OCM or OCM to LM). The OCM also performs robust and continuous self-diagnostics to ensure the safety and integrity of data transfer and module function.
RTD Inputs Module (RIM)
The RadICS product line consists of a Logic Module, basic input/output modules, and specialty modules all housed in a seismically qualified chassis. The RTD Inputs Module (RIM) will serve as a highdensity analog RTD sensor acquisition module. It will provide 8 independent, highly reliable, and galvanically isolated inputs with built-in filtering and calibration for use by the Logic Module. The RIM will also perform robust and continuous selfdiagnostics to ensure the safety and integrity of each inp.
Thermocouple Inputs Module (TIM)
The RadICS product line consists of a Logic Module, basic input/output modules, and specialty modules all housed in a seismically qualified chassis. The Thermocouple Inputs Module (TIM) will serve as a high-density analog thermocouple sensor acquisition module. It will provide 32 independent, highly reliable, and galvanically isolated inputs with built-in filtering and calibration for use by the Logic Module. The TIM will also perform robust and continuous selfdiagnostics to ensure the safety and integrity of each input and module function.
Wide Range Analog Inputs Module (WAIM)
The RadICS product line consists of a Logic Module, basic input/output modules, and specialty modules all housed in a seismically qualified chassis. The Wide Range Analog Inputs Module (WAIM) will serve as a highdensity analog field sensor acquisition module. It will provide 32 independent, highly reliable, and galvanically isolated inputs with built-in filtering and calibration for use by the Logic Module. The WAIM will also perform robust and continuous selfdiagnostics to ensure the safety and integrity of each input and module function.
Interface Protection Module (IOPM)
The RadICS product line consists of a Logic Module, basic input/output modules, and specialty modules all housed in a seismically qualified chassis. The Interface Protection Modules (IOPM) are used to provide electromagnetic compatibility and other electrical hazards protection for the input and output modules of RadICS Platform.
Analog Inputs Module (AIM)
The RadICS product line consists of a Logic Module, basic input/output modules, and specialty modules all housed in a seismically qualified chassis. The Analog Inputs Module (AIM) serves as a high-density analog field sensor acquisition module. It provides for 32 independent, highly reliable, and galvanically isolated inputs with built-in filtering and calibration to be used by the Logic Module. The AIM also performs robust and continuous selfdiagnostics to ensure the safety and integrity of each input and module function.
Discrete Inputs Module (DIM)
The RadICS product line consists of a Logic Module, basic input/output modules, and specialty modules all housed in a seismically qualified chassis. The Discrete Inputs Module (DIM) serves as a high-density discrete dry contact module providing for 32 independent, highly reliable, and optically isolated inputs for use by the Logic Module. The DIM also performs robust and continuous selfdiagnostics to ensure the safety and integrity of each input and module function.
Analog Outputs Module (AOM)
The RadICS product line consists of a Logic Module, basic input/output modules, and specialty modules all housed in a seismically qualified chassis. The Analog Outputs Module (AOM) serves as a high-density output conditioning module providing for 32 independent, highly reliable, and galvanically isolated analog outputs. The Logic Module uses the AOM to drive field devices, indicators, and other functions. The AOM also performs robust and continuous self-diagnostics to ensure the safety and integrity of each output and module function. In the event of critical failures, the AOM deenergizes to a safe-state.
