DYNA Sense | Vibration Monitoring System
Features:
The DYNA Sense | Vibration monitoring system is an advanced monitoring solution determining cable forces. Designed to reduce complexity, so you can focus on what matters most: performance, safety and results.
- DYWIDAG Cable Force Algorithms deliver cable force measurements within ±1% of the true value providing highly reliable structural data.
- DYWIDAG Accelerometers are designed to detect the natural vibrations of the components in question with a signal-to-noise ratio optimized for cable and tend...
Product Description
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Life Cycle Management - Simplified
From installation to long-term performance, DYWIDAG's monitoring solutions are designed to reduce complexity at every stage.
Deploy with ease
Flexible installation options support both new builds and existing bridges, enabling fast deployment with minimal disruption and a scalable system design that adapts to project needs.
Monitor continuously
Continuous, automated monitoring delivers reliable insights into structural behaviour, reducing the need for manual inspections while ensuring critical data is always accessible.
Maintain efficiently
Durable, low-maintenance components and remote system access reduce site interventions, while designed-in accessibility makes sensor servicing and replacement more efficient over time.
Act with confidence
Advanced analytics and environmental validation provide clear, contextualised insights, enabling faster identification of risks and more confident, proactive lifecycle management.
FAQ's: Your questions answered
How does Bridge Force Monitoring work?
Tension members in bridge structures are among the most critical load-carrying components and are highly susceptible to adverse long-term load effects (e.g., fatigue or an increase in life loads), environmental influences (e.g., corrosion), and their combined effects.
DYWIDAG accelerometers are specifically optimized to meet the requirements of bridge structure tension members. The Cable Force Algorithm is based on the vibration method, which is mechanically rooted in the fact that the Eigenfrequencies of a structure change when stress changes.
The DYNA Sense | Vibration monitoring system is ...
Can the system be installed on existing structures without disrupting operations?
How accurate and reliable are the measurements?
What data do I get, and how does it help with maintenance or decision-making?
How do vibration-based cable force measurements compare with Lift-Off tests or load cells?
Does the vibration method work for challenging or non-conventional tension members?
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