Load cells
Essential tools for empirical structural verification, they allow for comprehensive tension control, collapse prevention, and design optimization in engineering projects. Their use is imperative in monitoring post-tensioned anchors, rock bolts, steel struts, deep excavations, pile testing, and tunnels.
They are available in various technical configurations: resistive cells with ultra-rigid distribution plates, annular plates filled with de-aired oil for hydraulic measurement, compact blocks, and vibrating wire cylinders in a solid structure. Additionally, they include clamping devices to measure pure tensile stress and transducers designed to capture dynamic events and sudden load peaks, managed via multi-channel dataloggers.
Benefits
Design optimization
Tension control
Collapse prevention
Empirical structural verification
Applications
Post-tensioned anchors
Measurement of applied tension, load loss, or temporal variations.
Rock bolts
Load monitoring for underground support systems.
Steel struts
Empirical verification of loads in temporary shoring systems.
Piles
Static load capacity and transfer testing.
Deep excavations
Monitoring of resisted loads to prevent imminent collapses.
Tunnels
Continuous monitoring of the stress on frames and primary linings.
Instrument types
T4G | 24/7 monitoring integration platform
Our solution integrates seamlessly with a variety of instruments, with no need to replace existing equipment.
Its design allows for quick and easy installation, requires no specialized tools, and optimizes time in any environment.
Explore the T4G platformIts design allows for quick and easy installation, requires no specialized tools, and optimizes time in any environment.
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