Webinar – Top Considerations for Selecting a Data Acquisition System for Testing Application

Such was the question asked by electronics apprentice Fabio Rudigier when determining a suitable topic for his final project as part of his final apprenticeship examination. He wanted to develop a machine that measures the force applied by an arm press and displays it visually on a display device.

Within the EU founded project “IPERMON” (“Innovative Performance Monitoring System for Improved Reliability and Optimized Levelized Cost of Electricity”) Gantner Instruments was developing different fault detection routines and failure classification methods for time series data sets.

The Vasa Museum in Stockholm houses Vasa, a 17th-century Swedish warship raised from the seabed in 1961. Almost completely preserved, she is both a cultural icon and a full-scale research platform for naval architecture, materials science, and maritime archaeology. But preserving a 400-year-old oak hull on land poses a critical structural challenge: without buoyancy, the ship’s weight is carried through discrete support points, and slow deformation has already been detected. To protect Vasa for future generations, the museum is replacing the original display cradle with an adjustable steel support system equipped with a real-time force monitoring and long-term structural health monitoring (SHM) solution.

We continue to improve our GI.bench data acquisition software with a strong focus on making it a scalable platform that is easy to use for both small high-speed measurement and high-channel-count, mixed-signal data acquisition applications.