In today's world, monitoring deformation and strain in structural components is essential to ensure safety, performance, and long term reliability. Loads, environmental influences, and material fatigue can cause gradual or sudden changes that are not visible during visual inspections. Our IoT sensors for component deformation and strain provide precise, real time insight into structural behavior under load.
Our IoT sensors continuously monitor the critical parameters required to assess deformation and strain accurately.
Vibrating Wire for Strain and Weight
Vibrating wire sensors measure strain and load by detecting changes in the natural frequency of a tensioned wire embedded in or attached to a structure. These sensors are highly stable and accurate, making them ideal for long term monitoring of deformation, stress, and weight in concrete, steel, and geotechnical structures.
By monitoring strain and deformation using vibrating wire sensors, operators gain a clear understanding of how components respond to load and environmental conditions. This enables proactive maintenance, improved safety, and confident management of critical infrastructure.
Vibrating wire for strain / weight Range: nominal elongation -45 … +90 μm Base frequency: 16'500 Hz ±500 Hz Signal nominal: 12'000 … 18'000 Hz Temperature drift: typical ±0.25 Hz/K Cable Length: 0.5 meter LoRaWAN® class A 2 C alkaline batteries
Early Detection of Structural Stress
Continuous strain monitoring reveals overload, material fatigue, or abnormal behavior before damage becomes critical.
High Accuracy and Long Term Stability
Vibrating wire technology provides reliable measurements over long periods, even in harsh environmental conditions.
Improved Structural Safety
Real time insight into deformation supports timely intervention and risk mitigation.
Reduced Inspection Effort
Automated monitoring reduces reliance on manual inspections and subjective assessments.
Support for Heavy Load Monitoring
Strain data can be used to calculate applied loads and weight changes on structural components.
Data Driven Asset Management
Reliable measurements support lifecycle management, maintenance planning, and engineering analysis.
Structural deformation rarely occurs without warning. Measure strain accurately and act before limits are exceeded.
