Real-world load data collected on agricultural, construction and mining equipment is essential for both virtual and physical machine performance validation and verification.
Field test conditions are among the hardest due to extreme temperatures, moisture, mud, dust, high shock and vibration levels which pose challenges on any equipment.
Impending deadlines require speeding up the acquisition campaign by optimizing operational processes from start to finish. It is critical to be able to capture as many physical phenomena as possible at the same time during measurements.
Field work requires a system that offers scalability from small to large channel count, flexibility, instrumenting and mounting the equipment in any possible way. Users need to connect from any location, from their desk, on the proving ground, or over remote networks with any device, including a smartphone. Field workers need a system that provides
engineering insights, extreme data quality, and on-board performance, providing assurance the correct data is captured before leaving the field.
Our rugged data acquisition system deploys precise multiphysics measurements anytime and anywhere. Its rugged design, extreme flexibility, superior performance and unparalleled connectivity facilitate faster and more cost-effective execution of the most demanding test
Learn during this webinar how to save development time and money for your heavy equipment machinery with a ruggedized, flexible and multi-physics data acquisition system.
Our scalable and flexible systems support centralized, distributed, or combined topologies to optimally match the device under test. Minimize cabling costs and complexity by distributing your measurements closer to your sensors. Quickly insert extra conditioning units to scale from 12 up to 1000+ synchronized channels. Reduce installation and configuration time through parallel instrumentation of subparts.
Our highly reliable systems are fit for the toughest tests. They are water and dust protected with an ingress protection rating up to IP66/67, incorporate standard industrial connectors, have flexible mounting options, are shock (up to 100g) and vibration (up to 10grms) resistant for vibration-heavy environments, and operate under a wide temperature range from -40 °C to +65°C.
There is no need to trade ruggedness for performance. For the best possible accuracy, all inputs from voltage sensors, strain gauges, ICP, thermocouples, digital, CAN bus, video and more are automatically synchronized and carefully conditioned and filtered to minimize measurement noise and drift. Smart onboard processing diagnoses sensor streams during measurement to avoid capturing wrong data. Vast amounts of raw data are automatically reduced to the essentials when long-term recording.
To take your testing experience to another level every system includes a web-based application for secure access from anywhere, on your mobile, tablet or desktop. With just a few clicks it quickly and easily configures, takes measurements, visualizes, analyzes and uploads measurements – data collection as simple as it can get!
South African university significantly reduces testing and measuring time with Siemens testing solution.
Société:University of Pretoria
Secteur d'activité:Machines industrielles
Lieu:Pretoria, South Africa
Siemens Software:Simcenter 3D Solutions, Simcenter Testing Solutions