Have you ever encountered the following situations when conducting deep-layer horizontal displacement monitoring?

1. Deep Foundation Pit

The testing cost by the conventional automatic inclinometer is really high when the depth of the measured hole is more than 30m, and it may get even higher with the increase of depth.

2. Project with Short Monitoring Period

It will result in waste of client costs and unnecessary fixed assets if the inclinometer is purchased separately when the monitoring period of the project is short.

3. Measurement Points with Uneven Spacing

In the field of slope stability and geological hazards, the measuring points are unevenly spaced based on the different thicknesses of the soil layers. If the conventional automatic inclinometers are used, the installation is complex and the testing instrument preparations can only be made after the drilling.

Furthermore, using conventional automatic inclinometers not only poses installation challenges but also comes with significant costs if the part of the testing instrument gets stuck in the hole and cannot be retrieved, causing substantial financial losses for the clients.

For deep-layer horizontal displacement monitoring in the special scenarios as mentioned above, GeoSitter has launched a brand-new Automatic Inclinometer System.

It can achieve unmanned, high-frequency, high-precision data collection, along with data information management and automatic report generation.

Introduction to Automatic Inclinometer System

• - The automatic inclinometer robot is reusable without the need for repot repair, making it suitable for various depth requirements in routine applications.

• - Automatic measuring is available at set intervals, and the measuring frequency is adjustable.

• - The device is compact and lightweight, making it easy to install. It can effortlessly achieve unmanned, high-frequency, and high-precision data collection (with a resolution of 0.02mm/500mm, and a system accuracy of 0.25mm/m).

In addition to meeting monitoring requirements that conventional automatic inclinometers cannot achieve, our system also offers the following cost-saving benefits for customers.

1. Short-term Projects: 

They can be leased at a low cost, avoiding the need for unnecessary fixed assets.

2. Deep Foundation Pit Projects: 

For deep foundation pits, especially those exceeding 30 meters, the cost per hole per machine is low. Various specifications like 30 meters, 45 meters, 60 meters, and 100 meters are available, with cost expenses controllable as the depth increases.

Data collected is automatically uploaded to the monitoring cloud platform (customizable) and presented in charts and graphs. The users can also create personalized templates on the cloud platform, integrating the data from inclinometers with the data from other manual or automatic measurements to generate the reports.

It eliminates the need for hours of manual report creation, significantly reducing data processing workload and improving efficiency.

Inclinometer System for Deep Foundation Pit Application

The smart monitoring system serves a wide range of applications including urban safety, smart construction sites, road traffic, dam safety, slope stability in mining, subway and railway, and geological disaster prevention. It features in the Monitoring Cloud Platform, which is capable of quickly and intelligently generating various monitoring reports.

Our team includes experienced engineers in various monitoring fields, as well as on-site service engineers with an average of over 5 years of working experience. We provide comprehensive professional services, including site reconnaissance, solution design, product selection, installation, and commissioning, as well as after-sales maintenance.