06-24-2024 02:32 PM
The possible applications of LabVIEW on embedded hardware are just as diverse as the general application flexibility of LabVIEW itself. They range from stationary applications to mobile handheld measuring devices. From condition monitoring and predictive maintenance to energy generation and transmission to mobility and transportation.
This whitepaper tells the story of exceptional LabVIEW Embedded applications from Schmid Elektro-nik's practical experience. In its first large scale LabVIEW project, Schmid digitized traditional rail-way technology with state-of-the-art laser measuring devices, laying the foundation for condition monitoring and predictive maintenance. The result: a modular and field-tested embedded hardware and software toolbox. Years later, this turned out to be the key to a major project for an energy giant in the Norwegian deep sea, which resulted in the birth of LabVIEW Embedded and the Zbrain-Platform. This innovative technology mix, together with IoT know-how gained in the railway sector, finally opened the door to a major project for the same company again: a telemetry system for the eco-race track and data strategies as a tangible step towards a sustainable energy and mobility future.
For some sensitive areas, the use of LabVIEW in series products is too complicated or even out of bounds, as there are no standards and guidelines for graphical languages and the software code cannot be certified. Here, LabVIEW is mostly used in research, proof-of-concepts, MVPs, prototyping or measurement and test systems.
Content