How Low-Frequency Vibration Monitoring Helps Protect Critical Infrastructure Structural health monitoring (SHM) is becoming increasingly important as asset owners seek to improve safety, reliability and maintenance planning across critical infrastructure. Whether monitoring bridges, rail infrastructure, industrial facilities, wind turbines or research …
Ageing bridge infrastructure presents a growing challenge for transport authorities worldwide. Many prestressed concrete bridges built in the 1950s–1970s remain critical parts of road and freight networks today. Often carrying heavier loads than originally intended. Rather than replacing these structures prematurely, …
Industrial maintenance teams are responsible for keeping production equipment running with minimal downtime. When circuit boards fail, troubleshooting must happen quickly—even when schematics are unavailable or equipment cannot be powered safely. Huntron power-off PCB diagnostic tools use Analog Signature Analysis (ASA). …
The BusWorks NTW Series Wireless Remote IO Modules provide a flexible and secure way to connect field signals such as switches, relays, transmitters, and instrumentation outputs to PLC and SCADA systems where Ethernet cabling is difficult or impractical to install. By …
Emergency-response organisations are operating in a very different environment today. Mobile command vehicles, UAV scout platforms, and connected situational awareness systems now play a key role. They help coordinate safe and effective responses across transport corridors, regional communities, coastal zones, and …
Ensuring Safe, Reliable Rail Performance with Advanced Data Acquisition Rail operators across Australia and New Zealand are under increasing pressure to ensure braking systems perform reliably under all conditions. From commuter lines to heavy freight routes, train brakes and wheel slide …
Rail and transport platforms increasingly rely on accurate motion, orientation, and positioning data. In order, to support vehicle monitoring, system integration, testing, and infrastructure assessment. Firstly, Inertial navigation sensors provide continuous reference data in dynamic operating environments. Especially where vibration, acceleration, …
Modern platforms increasingly rely on accurate positioning, navigation and timing (PNT) data to operate reliably in dynamic environments. GNSS-derived timing outputs are commonly used for sensor synchronisation, time-aligned data logging, and system coordination within larger platform architectures. Inertial navigation sensors play …
Reliable power collection is fundamental to the safe and efficient operation of electric rail networks. At the heart of this process is the interaction between a train’s pantograph and the overhead catenary system. When this interface performs well, trains operate smoothly, …
When engineers design underwater thrusters or electric propulsion systems, testing often shows problems not seen during regular bench runs. On the surface, everything looks perfect. Motors spin, controllers respond, current draw appears steady, and the system seems ready for deployment. But …