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- Megnatic Settlement
Precision Monitoring with Magnetic Settlement Systems
Accurately measure subsurface settlement and vertical displacement with magnetic systems designed for geotechnical precision.
Magnetic Settlement Systems are specialized monitoring solutions used to measure vertical ground or structure settlement with high precision. These systems are essential in environments where soil consolidation, structural displacement, or embankment settlement needs long-term observation. Using magnetic targets installed at various depths within a borehole and tracked with a probe, this system allows engineers to detect subtle changes in subsurface elevations over time.At Geotechnical Monitoring Tools, we offer robust Magnetic Settlement Systems designed for both temporary and permanent installations. Our clients across North America rely on us for our innovation, precision, and exceptional service. As a B2B company focused on monitoring technology, we provide smart, scalable tools that deliver actionable data for industries facing challenging soil behavior, heavy load applications, or critical infrastructure development. Our solutions are engineered to support both manual and automated data acquisition methods for streamlined reporting and analysis.
Core Components of Magnetic Settlement
In addition to offering products and systems developed by our team and trusted partners for Magnetic Settlement Systems, we are proud to carry top-tier technologies from Global Advanced Operations Tek Inc. (GAO Tek Inc.) and Global Advanced Operations RFID Inc. (GAO RFID Inc.). These reliable, high-quality products and systems enhance our ability to deliver comprehensive technologies, integrations, and services you can trust. Where relevant, we have provided direct links to select products and systems from GAO Tek Inc. and GAO RFID Inc.
Hardware
IoT Accessories log movement in magnetically tracked settlement rings for underground financial infrastructure.
Biometric Devices (used here metaphorically) are uniquely identified to trace specific risk zones in monitored zones.
LoRaWAN Gateways maintain long-distance communication across borehole test sites near insured terrain.
Z-Wave Accessories help integrate cable position logs with digital display systems.
Data Centre Edge syncs inclinometer data at remote terminals used by underwriters and analysts.
Software
Allows input of field data, comparison with baseline levels, and trend visualization.
Built-in visualization and automated PDF generation.
Optional real-time upload for centralized data access, historical record-keeping, and remote alerts.
Cloud Services
Remote access to ongoing settlement data across multiple sites.
Early warning thresholds, deformation rate calculations, and predictive modeling tools.
Key Features and Functionalities
- High-resolution vertical displacement measurement (up to 1 mm accuracy)
- Suitable for deep or shallow boreholes (up to 100m)
- Manual or automated data acquisition modes
- Modular, field-replaceable components
- Compatible with geotechnical software suites
- Rugged casing and weather-resistant components
- Long-term reliability for months or years of use
Integrations and Compatibility
- Integrates with other ground movement systems such as inclinometers or extensometers
- Compatible with industry GIS tools, SCADA systems, and digital twin platforms
- Flexible configuration with USB, Bluetooth, or wireless data logging hardware
- API options for integration with enterprise monitoring dashboards
Benefits
- Provides highly accurate subsurface settlement data for design validation
- Enhances safety through early detection of structural deformation
- Reduces site inspection frequency through remote monitoring capabilities
- Supports compliance with geotechnical documentation requirements
- Minimizes maintenance through modular hardware design
- Cost-effective long-term performance tracking
Applications
- Embankment and dam settlement monitoring
- Landfill capping and leachate layer stability
- Foundation and retaining wall deformation
- Construction sites and infrastructure projects
- Mining and tunneling-induced subsidence tracking
- Deep soil mixing and ground improvement validation
Industries We Serve
- Civil Engineering & Infrastructure
- Transportation (railways, highways)
- Mining and Tunneling
- Environmental and Land Reclamation
- Utilities and Energy
- Government and Municipal Projects
Relevant U.S. and Canadian Standards
- ASTM D7400 (U.S.)
- FHWA-NHI-16-072 (U.S.)
- AASHTO R9 (U.S.)
- CSA A23.1-14 (Canada)
Case Study
Landslide Risk Mitigation – Pacific Northwest Highway Corridor
Geotechnical Monitoring Tools supplied inclinometer systems for a highway project experiencing repeated slope movement during wet seasons. Engineers installed borehole inclinometers to monitor deformation rates and predict high-risk conditions. This enabled timely slope stabilization using ground anchors and drainage systems, preventing road collapse and reducing maintenance costs.
Urban Excavation Monitoring – New York City Deep Foundation Project
During construction of a multi-story building with deep basement levels, our inclinometer systems were used to monitor adjacent structures and excavation walls. Real-time displacement readings guided excavation pace and support structure design, ensuring safe construction in a high-density urban environment.
Tailings Dam Monitoring – Northern Ontario Mine Site
In collaboration with a mining company, Geotechnical Monitoring Tools deployed automated inclinometer systems to monitor lateral deformation in tailings dam embankments. Paired with piezometers and telemetry systems, the inclinometer data allowed remote risk assessment and compliance with Canadian mine safety regulations.
Need support selecting the right geotechnical monitoring system for your next project?
We’re here to help. Whether you require a custom solution or expert consultation, our team is ready to guide you. Contact Geotechnical Monitoring Tools for more information, technical assistance, or to request a quote.