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Supporting thermal-hydraulic test loops, hardware-in-the-loop systems, component qualification rigs, and digital twin validation environments used in advanced reactor programs.
Advanced reactor development programs depend on extensive experimental validation. Thermal-hydraulic loops, hardware-in-the-loop environments, component test facilities, and digital twin validation systems require synchronized measurement across large experimental infrastructures.
These experimental facilities support qualification, validation, and verification activities required throughout reactor design, licensing, and demonstration programs.
Designed for demanding engineering environments including vibration, electrical noise, and temperature variation common in experimental reactor test facilities.
Support for IEEE-1588 Precision Time Protocol (PTP) and Time Sensitive Networking (TSN) enables synchronized measurement across distributed data acquisition systems.
Flexible I/O architectures allow instrumentation of thermal-hydraulic loops, component testing rigs, and hardware-in-the-loop environments.
These facilities are often operated by reactor developers, national laboratories, and engineering organizations conducting reactor development programs.
Thermocouples • RTDs • Strain gauges • Vibration sensors • Pressure sensors • Flow sensors • Neutron flux detectors • Valve and actuator feedback signals
Reactor test loops often require hundreds or thousands of sensors measuring temperature, pressure, vibration, strain, and neutron flux.
Instrumentation must tolerate electrical noise, mechanical vibration, and temperature extremes found in experimental facilities.
Distributed acquisition systems must maintain deterministic timing across multiple measurement nodes.
Distributed DAQ systems place acquisition hardware close to sensors and connect nodes through synchronized networks using PTP and TSN across large experimental reactor facilities.
Instrumentation hardware used in these environments must tolerate electromagnetic interference, mechanical vibration, temperature variation, and electrical noise typical of large experimental test facilities. The architecture shown illustrates how distributed UEI measurement nodes can be synchronized across a TSN/PTP network to support large experimental reactor programs.
Advanced reactor development programs require instrumentation across multiple engineering domains. Distributed data acquisition systems support measurements throughout the reactor development lifecycle.
Instrumentation for large experimental loops measuring temperature, pressure, flow, and vibration. Distributed DAQ nodes reduce wiring complexity while maintaining synchronized measurements across large facilities.
Reactor control systems are frequently validated using HIL environments integrating plant simulation models, control hardware, and real sensor inputs. Synchronized measurements enable accurate validation of control algorithms and safety systems.
Reactor components such as pumps, valves, heat exchangers, and structural materials require high-density instrumentation to measure stress, vibration, and thermal performance during qualification testing.
Advanced reactor programs often integrate simulation models, experimental data, and real-time monitoring. Distributed DAQ platforms provide synchronized measurements supporting model validation and digital twin development.
UEI provides rugged modular data acquisition platforms including Cube and RACKtangle systems designed for demanding engineering environments.
These systems support distributed instrumentation, synchronized measurements, and scalable architectures suitable for advanced reactor development facilities and experimental test loops.
UEI systems are designed for rugged industrial environments, making them well suited for instrumentation deployed near pumps, heaters, power electronics, and other demanding experimental infrastructure.
UEI platforms provide the measurement infrastructure required to support modern reactor development programs.
UEI systems are deployed in industrial, aerospace, and energy test environments worldwide.
UEI modular DAQ systems support thousands of synchronized channels across distributed experimental facilities.
Advanced reactor development programs rely on a wide range of experimental facilities and test environments where synchronized instrumentation and distributed data acquisition are required.
Large experimental loops used to evaluate heat transfer, coolant flow behavior, and transient response in reactor systems.
Integration of reactor control hardware with plant simulation models to validate control algorithms and safety system responses.
Instrumentation used to evaluate pumps, valves, heat exchangers, structural components, and materials under representative operating conditions.
Large-scale experimental facilities used to study coupled thermal‑hydraulic and system behavior across multiple reactor subsystems.
Measurement systems used to validate simulation models and digital twins against real experimental data.
UEI hardware is deployed in nuclear maintenance and testing environments through Framatome’s MPAT (Multipurpose Automated Testing) platform , a portable system used to test and maintain instrumentation and control equipment in operating nuclear power plants.
The MPAT system integrates measurement, switching, and control functions into a rugged testing platform designed for demanding industrial environments.
This deployment demonstrates how rugged, modular data acquisition platforms can support real nuclear instrumentation and maintenance environments.
Read a deeper technical overview of instrumentation architectures supporting advanced reactor development programs.
The white paper covers instrumentation challenges, distributed DAQ architectures, synchronized measurement using PTP and TSN, and rugged platforms for demanding engineering environments.
Todd VanGilder Business Development Manager—Nuclear Energy United Electronic Industries
Todd works with advanced reactor developers, national laboratories, and engineering organizations to deploy rugged distributed data acquisition architectures supporting reactor development, validation, and testing programs.
UEI has a chassis style to meet the needs of your application. Whether you need an ultra compact single slot cube or a rugged rack system, UEI has powerful and flexible solutions.
With over 90+ I/O boards available, UEI has everything you could possibly need for your data acquisition, control, test and monitoring applications.
Data Acquisition & Control • Test & Simulation • Rugged • Industrial SCADA • Measurement & Logging • Health Monitoring and more! We support all the popular OSs and programming languages.