Earth Pressure Cells

Earth Pressure Cells

The Sisgeo's Earth Pressure Cells are high-precision instruments designed for measuring total pressure in soil and structural applications. Ideal for geotechnical monitoring, they provide accurate stress distribution data in embankment dams, retaining walls, foundations, and tunnel linings.

The Sisgeo's Earth Pressure Cells sensors ensure reliable performance in long-term soil-structure interaction studies, helping engineers assess load-bearing capacities and ground stability. Engineered for durability, Sisgeo's Earth Pressure Cells comply with international standards, making them a trusted choice for geotechnical and structural health monitoring projects.

Typically, the user should select bill of materials based on deployment scenario:

1.      Pressure Cell Body: The main housing designed to withstand soil and structural pressures.

2.      Diaphragm Sensor: A precision sensor that deforms under pressure, enabling stress measurement.

3.      Data Logging Interface: This is the interface that allows the pressure cells to connect with compatible data loggers for data collection and monitoring.

• MIND Portable Readout: A compact, multichannel readout unit for local readings of Sisgeo instruments.
• CRD-400 READOUT: CRD-400 is a new generation multipurpose readout designed to take readings of all instruments including vibrating wire.
• WR-Log Wireless Node: Wireless data transmission and remote monitoring through the node.
• OMNIAlog Datalogger: Centralized data collection for remote monitoring and analysis.

Product Benefits & Application : fill in explaining where & how the product is used by various customer segments/  industries

Applications of Earth pressure cells:

Sisgeo’s Earth Pressure Cells are designed for precise measurement of total pressure in soil and structural applications. These instruments are essential for:

• Embankment Dams & Retaining Walls – Monitoring soil and water pressure changes for stability assessment.
• Tunnel Linings – Measuring stress distribution in shotcrete or concrete linings.
• Foundations & Deep Excavations – Assessing ground load and pressure variations.
• Soil-Structure Interaction Studies – Analysing stress transfer between soil and structures.
• Landslide & Slope Stability Monitoring – Detecting pressure changes that indicate potential slope failures.
• Backfill & Earthwork Compaction – Ensuring optimal compaction and load distribution in engineering projects.