The VW Strain Gauge Strand Anchor VWS-2800 is a precision instrument designed to monitor strand anchor forces in tunnels, retaining walls, slopes, and underground civil engineering projects. Utilizing vibrating-wire technology, it delivers stable, drift-free, and highly repeatable measurements, making it ideal for long-term monitoring of prestressed anchors and structural load behavior.
This strain gauge is installed on strand anchors to directly measure tension forces. By converting strain into precise electrical signals, engineers gain reliable data to evaluate load distribution, structural stability, and early signs of stress changes. The VWS-2800 is resistant to temperature fluctuations, vibration, and electrical noise, ensuring consistent performance in harsh environments.
Engineers rely on the VW Strain Gauge Strand Anchor VWS-2800 for safety assessment, validation of design assumptions, and proactive maintenance planning. Its integration with dataloggers and real-time monitoring systems allows automated data collection, reducing manual inspections and enabling efficient decision-making.
Key Features:
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High-accuracy vibrating-wire measurement of anchor strain
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Direct installation on strand anchors for precise tension monitoring
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Drift-free, stable long-term performance
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Resistant to vibration, temperature, and electrical noise
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Compatible with dataloggers and real-time monitoring systems
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Robust and durable construction for long-term deployment
Advantages:
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Reliable monitoring of strand anchor forces in tunnels, slopes, and retaining walls
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Accurate, repeatable measurements for confident structural assessment
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Early detection of stress changes or potential anchor issues
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Supports automated monitoring, reducing manual inspection needs
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Versatile solution for geotechnical and civil engineering projects
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Ensures dependable performance under harsh field conditions
The VW Strain Gauge Strand Anchor VWS-2800 provides engineers with a precise, durable, and trustworthy solution for monitoring strand anchor forces, ensuring structural safety and stability over time.
