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EDS-20V-E

Embedment Strain Gauge

Embedment Strain Gauge

$80.00 USD*
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*All prices are indicative and may be revised; applicable state, local or statutory taxes will be applied at checkout and are payable by the buyer. View full details

The Encardio Rite EDS‑20V‑E is a vibrating wire embedment strain gauge designed for long-term strain measurement in concrete structures. Built for direct embedment, it offers exceptional durability and signal stability. Its stainless steel housing, built-in thermistor, and compatibility with data acquisition systems make it ideal for reliable strain monitoring in dams, tunnels, and deep foundations.

    Sensor Type: Vibrating wire

    Range: ±1500 µstrain 

    Accuracy: ±0.1% fs

    Resolution: 1 µstrain 

    Temp. Range: –20°C to 80°C 

    Protection: IP67 

    Output: frequency signal

    IP-68, water resistant up to its full range.

    Hermetically sealed with electron beam welding.

    Used in soil, rockfills, concrete for pore pressure monitoring; observation well for water level monitoring.

Embedment Strain Gauge

Reliable Strain Monitoring Directly Embedded in Concrete

Designed for precision stress analysis in structural concrete.

Ideal for concrete dams, foundations, and tunnels

Integrated thermistor for thermal correction

Compatible with NexaWave and Proqio platforms

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Trusted for Long-term Structural Health Monitoring in Concrete

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Precision Monitoring in Harsh Conditions

The EDS‑20V‑E is embedded directly into concrete to capture internal strains with high accuracy. With ±0.1% FS accuracy and stainless steel body sealed to IP67, it withstands harsh job site conditions without compromising performance.

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Seamless Data Integration

Designed for use with NexaWave dataloggers and the Proqio platform, the sensor delivers high-fidelity data in real-time. It is also compatible with other manufacturers’ data loggers for flexible system integration.

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Temperature-Compensated Measurements

A built-in thermistor ensures thermal effects are accounted for in strain readings. This improves data accuracy for infrastructure subjected to varying weather and environmental conditions.

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FAQs

Answers to common questions on strain gauge embedment and usage.

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