The Jackout Pressure Cell is a precision instrument designed for monitoring soil stress and structural loads in tunnels, dams, retaining walls, and other civil engineering projects. Using advanced pressure-sensing technology, it delivers reliable, repeatable, and drift-free measurements for long-term geotechnical monitoring programs.
The system operates by converting applied pressure into electrical signals, which can then be recorded and analyzed. Its robust design ensures stable performance even in harsh conditions, including vibration, moisture, and temperature variations. The Jackout Pressure Cell is particularly suited for applications requiring precise monitoring of stress redistribution during excavation, jackout operations, or structural adjustments.
Engineers use the Jackout Pressure Cell to monitor ground pressure, structural load, and soil-structure interactions. Integration with dataloggers and real-time monitoring systems enables automated data collection, reducing manual inspections and supporting proactive decision-making. Its durable construction and minimal maintenance requirements make it suitable for long-term deployment in demanding environments.
Key Features:
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High-accuracy pressure sensing technology
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Stable, drift-free long-term performance
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Suitable for tunnels, dams, retaining walls, and civil structures
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Resistant to vibration, moisture, and temperature changes
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Compatible with dataloggers and real-time monitoring systems
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Robust and durable construction with minimal maintenance
Advantages:
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Reliable monitoring of soil stress and structural loads
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Accurate and repeatable measurements for confident structural assessment
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Early detection of stress redistribution during excavation or jackout operations
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Supports automated monitoring, reducing manual inspection needs
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Versatile solution for geotechnical and civil engineering applications
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Ensures consistent performance in harsh field conditions
The Jackout Pressure Cell provides engineers with a precise, durable, and dependable solution for monitoring soil stress and structural loads in critical infrastructure projects.
