Simuler les forces d'entrée de longue durée et de basse fréquence associées à l'accélération, au virage et au freinage du véhicule.
Développé pour les exigences de test de l'EUMOS 40509 et les règles d'arrimage des cargaisons de la Federal Motor Carriers Safety Administration (FMCSA).
L'EUMOS 40509 a été développé pour répondre aux exigences de test de l'EUMOS 40509.
Got a question about this solution?
Get in touch and speak to one of our Technical Sales Engineers now...
Speak to an expert
Applications
Test Smarter. Ship Safer.
TruMotion™ Load Stability Test System empowers packaging engineers, logistics specialists, and product designers to simulate lateral acceleration profiles, pinpoint the horizontal natural frequency of unit loads, and apply fixed-frequency vibration dwells to assess structural robustness.
It also enables precise measurement of both dynamic and permanent deformation, providing clear insight when comparing design changes for improved load stability.
To the right, the video shows a Sinusoidal Sweep test in action demonstrating how TruMotion performs under real-world vibration conditions.
Performance Capability
Powerful control for real-world simulation
Acceleration Testing
Define custom acceleration vs. time profiles with precise control over jerk rate, peak forces, and dwell durations.
Supports EUMOS 40509 with a maximum acceleration of 0.8g.
- Input acceleration vs. time profile
- Control jerk rate, peak acceleration, dwell times
- Max acceleration of 0.8g
Vibration Testing
Simulate transport vibration with user-defined sinusoidal sweeps or fixed-frequency dwells across 0.1-10 Hz.
Control amplitude, sweep rate, and dwell time with precision.
- Sinusoidal Sweep (0.1 - 10 Hz, sweep rate config)
- Sinusoidal Dwell (fixed frequency, dwell time)
X-Sight™ Video Extensometer
See it. Measure it. Understand it.
X-Sight™ delivers real-time visual and measurement data during dynamic testing. This non-contact system overlays video footage with precise deformation and displacement metrics, helping you see exactly how your unit loads respond to acceleration and vibration.
With synchronized footage and analysis, you gain clear insight into structural performance and can validate design changes with confidence.
Spécifications
Spécifications communes
- Modèle : 1500 mm - 21 kW
- Taille du chariot : 1500 mm x 1500 mm
- Poids du chariot : 204 kg (450 lb)
- Charge utile maximale : 1500 kg ( 3307 lb)
- Accélération constante maximale du chariot nu (g) (temps d'arrêt de 300 ms) : 1.6 g
- Accélération constante maximale du chariot (g) (300 ms dwell) avec 1500 kg : 0.85g
- Vélocité maximale, chariot nu (m/s) : 5.49 m/s (216 in/s)
- Vélocité maximale, avec une charge utile de 1500 kg : 2.92 m/s (115 in/s)
- Course maximale : 3378 mm (133 in)
- Dimensions globales de la machine (mm) : 5863 long x 1800 large x 1748 haut (231" x 71" x 70")
- Poids de la machine (kg) : 1361 kg (3000 lb)
- Utilités requises : 400/460 VAC 60/50 ampères (50/60 Hz)