2025-09-11 GeoSitter 0
This project is a key component of a major construction development in Shanghai, with a total floor area of 500,000 m².
The foundation pit employs diaphragm walls with thicknesses of 1000 mm and 1200 mm, with depths ranging from 43.7 m to 55.16 m.
To ensure pit stability, four levels of reinforced concrete struts were installed, with servo hydraulic jacks deployed at designated locations.
In certain deeper sections, an additional 1–2 levels of struts were added to reinforce support performance.
The pit covers a total area of 29,600 m², with an average excavation depth of 20.75 m, and is classified as Safety Level I.
Given such complex engineering conditions, the implementation of advanced automated monitoring technology is of paramount importance.
In this Shanghai deep foundation pit project, the Ougan Monitoring System stands out for its efficient and highly accurate monitoring capabilities.
The system utilizes integrated monitoring devices to achieve real-time monitoring of multiple critical indicators of the pit.
1. Groundwater Level Monitoring
The integrated water level sensor, featuring a low-power design (up to 16,000 sampling operations), enables real-time data acquisition and transmission without external power supply.
This makes it particularly suitable for real-time groundwater monitoring in deep excavations.
Its accuracy and convenience ensure rapid feedback on groundwater fluctuations, effectively preventing safety hazards caused by abnormal water levels.
2. Strut Axial Force Monitoring
The integrated data acquisition device, also with low-power design, provides a service life of over two years.
This ensures data continuity while eliminating power supply concerns.
The device enables continuous and stable monitoring of strut axial forces, providing strong evidence for the structural safety of pit support systems and significantly enhancing data reliability.
3. Deep Horizontal Displacement Monitoring
The inclinometer robot, with its unique automatic probe-lifting mechanism, effectively resolves the high-cost challenge of inclinometer measurements in boreholes exceeding 30 m depth.
Measurement points are set at 0.5 m intervals, fully aligning with monitoring standards and ensuring data accuracy and comprehensiveness.
Its high-efficiency and precision are crucial for tracking deep soil horizontal displacement trends and preventing potential sliding risks.
4. Wall Top Horizontal Displacement Monitoring
The total station control module supports remote configuration, operation, and updates, and is compatible with mainstream survey robot brands.
With a built-in watchdog mechanism, it enables automatic reboot and remote power cycling of survey robots, ensuring uninterrupted monitoring operations.
This feature makes wall-top horizontal displacement monitoring more convenient and efficient.
In today’s cities, deep excavations are needed for tall buildings, subways, and underground spaces. To keep these projects safe, engineers must watch for ground movement, wall deformation, and water seepage. If problems are found early, accidents can be prevented and people stay safe.
With excavation monitoring, you get these key benefits:
1. Find problems before they become dangerous.
2. Real-time data helps solve issues quickly and saves cost.
3. Keep the project safe and protect nearby buildings and roads.
4. Give engineers the right tools to collect and use data instantly.
5. Use smart monitoring technology to improve teamwork and decision-making.
Manual checks have many problems. You cannot always reach every part of a bridge or building. Sometimes, you need to remove parts of the structure just to see what is happening inside. These checks take a lot of time and cost more money. You might also miss small changes because you only check at certain times.
1. Manual inspections often take a long time and need many workers.
2. Some places are hard to reach, so you might not get all the data you need.
3. Writing down data by hand can lead to mistakes.
4. Bad weather, like strong winds or rain, can make it hard to get good results.
5. If you only check once in a while, you might miss early warning signs.
You need a better way to keep your structures safe. The Inclino Robot gives you automatic, real-time updates, so you do not miss important changes. This smart tool helps you avoid the risks and limits of manual methods.
You need a tool that watches your structures all the time. The Inclino Robot is a new inclinometer for geotechnical and structural health monitoring. Old inclinometers need lots of manual work. This robot uses smart technology to collect and send data by itself. You can use it to check for ground movement, tilting, or deformation in bridges, buildings, tunnels, and other important places.
The Inclino Robot is special because it has a self-charged sensor and a motorized system. You do not have to move the sensor yourself. The robot travels inside special pipes or casings. It takes measurements at set points. You get updates right away, so you always know your structure’s condition. With this robot, you can watch many places at once, even if only one worker is there.
You want a tool that is fast, accurate, and easy to use. The Inclino Robot has many features that make it a smart choice for today’s projects:
1. Automated Data Collection: The robot collects data by itself. You do not need to spend hours checking things by hand. It can measure up to 25 boreholes in three hours. Old methods might take 30 minutes for just one.
2. Real-Time Reporting: You get updates right away. The robot uploads data to the cloud as soon as it finishes. This saves time and helps you make quick choices.
3. Labor Savings: One person can manage many projects at once. You do not need a big team. This lowers costs and reduces mistakes.
4. High Accuracy and Precision: The Inclino Robot uses advanced sensors and MEMS technology. It can find very small changes in angle and movement. The system accuracy is 0.25mm per meter. The resolution is as fine as 0.02mm over 500mm. This detail helps you spot problems early.
5. Motorized Movement: The robot moves smoothly inside the casing. This lowers human error. It makes sure each measurement is taken at the right spot. High measurement frequency and vertical precision help you track tiny shifts in your structure.
6. Tough and Reliable: You can use the Inclino Robot in tough places. It works underwater, in high-pressure areas, and in extreme temperatures from -10°C to 60°C. The robot resists corrosion and can handle rough conditions without breaking.
7. Long-Lasting Power: The robot uses a strong lithium battery. It can finish many measurement cycles before it needs a recharge.
8. Easy Operation: You only need to press one button to start. The robot does everything else, from collecting data to sending it to your computer or phone.
You can use the Inclino Robot for many types of monitoring. It checks for ground movement during excavation. It watches for tilting in tall buildings. It tracks deformation in bridges. Its smart design and strong build make it a reliable partner for any structural health monitoring job.
You might wonder how the Inclino Robot checks for changes. The robot moves its sensor inside a special pipe. It stops at certain spots and takes readings. This happens at set times, so you get updates often. The robot uses smart technology to find even tiny shifts or tilts. It can measure with an accuracy of 0.25mm per meter. This high precision helps you trust the data. You can make good choices about your structure’s safety.
You do not need to spend lots of time writing down numbers. You also do not need to check every spot by hand. The Inclino Robot collects data by itself and sends it to your computer or phone. This makes your work easier and faster. Here is how automated data collection helps you:
1. Automated data collection (ADC) tools, like the Inclino Robot, make it easier to watch and control projects. They use both automatic and manual data.
2. Manual data is still important. It helps you notice changes that ADC might miss.
3. A semi-automated system lets you use both types of data. This makes your data more correct and saves time.
You save time and make fewer mistakes. You also get a clear view of your structure’s health, even if you are not there.
You can check your structure’s health from anywhere. The Inclino Robot sends data through the cloud using 4G. You get updates and reports right away, without going to the site. Remote monitoring gives you many benefits:
You do not need to risk your safety or spend extra time traveling. You get quick and correct information that helps you keep your structures safe.
You will see that the Inclino Robot works faster and better than old methods. Manual checks take longer and can miss small changes. The robot gives you more data, better accuracy, and real-time access. This makes your job easier and your structures safer.
You can set up the Inclino Robot fast. First, put the robot inside a special pipe or casing. Press a button to start it. The robot moves by itself and takes measurements at each spot. You do not need to dig or move pipes for more checks. Engineers say the robot gives good results without extra digging. Each robot is tested before you get it. This makes sure it works well and stays steady. You get a tool ready for hard jobs and tough places.
You get the most from the Inclino Robot by using its smart features. Automated data collection saves time and lowers mistakes. Remote monitoring lets you check results from anywhere. You can set the robot to measure at regular times, so you never miss changes. The robot’s high precision helps you find problems early and act fast. You keep your team safe because you do not need to visit risky sites often. You also meet safety and environmental rules more easily.
You need good tools to keep things safe. The Inclino Robot works by itself. It gives you fast data and lets you check from far away. You save time and avoid danger. You can find problems early and fix them fast.
1. Get updates right away
2. Do less work by hand
3. Keep your team safer
You do not need to maintain the Inclino Robot often. The robot has a strong build and a long-lasting battery. You should check it before each project to make sure it works well.
Yes, you can use the Inclino Robot in rain, snow, or heat. The robot works in tough conditions and keeps giving you accurate data.
No, you can set up the Inclino Robot easily. Place it in the pipe, press the start button, and let it work. You do not need special training.
You get an alert right away if the robot finds a problem. You can check the data on your phone or computer and act fast to fix any issues.
Yes, one person can run the Inclino Robot. You do not need a big team. This saves you time and lowers your project costs.
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