Logiciel de pilotage des vibrations

Le logiciel de pilotage des vibrations fonctionne en deux parties : En tant qu'interface utilisateur sur l'ordinateur hôte et en tant que logiciel qui conditionne et réalise des essais sur le contrôleur pilotant le vibrateur. L'interface du logiciel est simple à utiliser, mais permet les configurations les plus sophistiquées de pilotage des vibrations ou d'analyse de données normalisée : les stratégies de pilotage couvrent les modes aléatoire, sinusoïdal balayé, suivi de résonance, choc classique, aléatoire sur aléatoire, sinus sur aléatoire, choc SRC et réplication de données de terrain simulant les conditions de fonctionnement réelles , telles que définies par les normes MIL-STD, DIN, ISO et CEI.

  • Vibration control Software  

    Sine control

    A vibration controller feature used within a closed-loop test system to produce a sine excitation signal for measuring structural response at resonant frequencies.

  • Random test

    Random Vibration control

    A vibration controller feature used within a closed-loop test system to produce a random signal that simulates a broad range of real-world operating environments.

  • Vibration Control Software

    Classical Shock control

    A controller feature within a vibration test system to produce shock pulse signals, such as half-sine, haversine, sawtooth and triangular.

  • Vibration Control Software

    Transient Time History

    A vibration controller software feature that replicates an imported transient pulse to excite a shaker system for the purpose of studying a structure’s dynamic response.

  • Vibration control software

    Resonance search, track and dwell

    A vibration controller feature used within a closed-loop test system to search for and track the resonant frequencies of any given payload. This is restricted to calculating the transfer function from one accelerometer position only; that is, to track one vital part of the payload.

  • Vibration Control Software

    Time Waveform Replication 

    A vibration controller feature within a closed-loop test system for replicating a waveform with precise, real-time, multi-channel control.

  • Vibration CONTROL profile

    Sine-On-Random Vibration control

    A vibration controller feature used within a closed-loop test system to simultaneously generate a broadband random signal alongside multiple sinusoids.

  • RANDOM-ON-RANDOM

    VIBRATION CONTROL

    A vibration controller feature used within a closed-loop test system to drive shakers by generating a profile that combines broadband random excitation with multiple narrow-band signals.

  • Vibration Control

    Shock Response Spectrum

    A vibration control feature used to synthesize a specified shock response spectrum (SRS) to measure a payload’s resistance to shock damage.