LMS Test.Lab MIMO Triax Random Control is a user-friendly solution for the complete closed-loop multi-shaker control process. The system implements a reliable, fast, and accurate control algorithm.
LMS Test.Lab MIMO Triax Random Control is capable of running up to 3 DACs and an unlimited number of measurement channels simultaneously for MIMO closed-loop random control. It includes all necessary features to define and control a random excitation that matches a predefined PSD profile on different measurements points using multiple shakers. Using phase control, cross-coupling compensation and adaptive control, based on the Smallwood algorithm, LMS Test.Lab MIMO Triax Random Control is capable of controlling decoupled XYZ MIMO shaker table setups.
The control package guides you through a sequence of well-defined tasks. Each task is embedded in a dedicated application worksheet: from test documentation, through channel and control parameters setup, MIMO-SelfCheck to the actual control loop. After the test, the Batch Printing worksheet helps you report in a fully automatic, yet user-definable way. An extra worksheet provides visualization and easy navigation through the complete database. Each worksheet exceeds today’s standards in usability, minimizes operator errors and guarantees high quality data. It provides those facilities you need for productively qualifying test subjects on a multi-shaker installation while gaining engineering insight in its dynamics. It helps online acquisition and visualization of both proof-of-qualification and valuable engineering data.
Electronic reporting is integrated into the solution: the displays into which you dragged and dropped data can be embedded in a report. Displays can be saved as Active Pictures and edited and modified directly in the reporting application. The data is seamlessly compatible with all LMS post-test analysis packages, which are optionally available to expand your application with extra sheets. Data export in multiple formats is possible.
