When working on deep horizontal displacement monitoring, have you ever encountered the following situations:
【Deep foundation pit】
When the measuring hole is more than 30 meters by flexible inclinometer (Array displacement meter), the cost will be very high and increase as the depth of the measuring hole increases
【Short project monitoring period】
When the project monitoring period is short, it is a waste of customer costs if purchase the inclinometer equipment separately for the project to add customer’s unnecessary fixed assets
【Uneven spacing between measuring points】
In the field of slopes and geological disasters, monitoring points are arranged unevenly according to the thickness of the soil layer. If a flexible inclinometer (array displacement meter) is used, the installation is complicated, and the drilling is required before the equipment can be prepared for production
In addition, conventional automated inclinometers is not only difficult to install. for instance.
it will be very costly and huge losses to the customer if the
equipment gets stuck in the hole and cannot be recovered.
For deep horizontal displacement monitoring in the above special scenarios, we have launched a totally new Achieve manual-free, high-frequency, high-precision colection, and realize information management of data and automatic generation
of report
（Data comparison between traditional manual inclinometer and automatic inclinometer）
Introduction to automatic inclinometer system
Pulley fixed fully automatic inclino-robot
The Pulley fixed fully automatic inclino-robot is reusable without returning to the factory for maintenance, and meets the conventional requirements for different depths;
Automatically measure according to the set time, and the measurement frequency is adjustable;
The equipment is compact, light, easy to install, and easily achieve manual-free, high-frequency, and high-precision collection (resolution: 0.02mm/500mm, system accuracy 0.25mm/m)
In addition to meeting monitoring needs that cannot be achieved with conventional automated inclinometers, it can also easily save costs for customers, such as:
1) Short-period projects: the form of leasing is suggested, which is low cost and does not increase unnecessary fixed assets;
2) Deep foundation pit project: Especially the deep foundation pits above 30 meters, the cost of one machine for one hole is low. Multiple specifications and models: 30m, 45m, 60m, 100m. The cost is under control with the depth increase.
The monitoring cloud platform
（Inclination, water level, support axis force under unified management）
Automatically upload the collected data to the monitoring cloud platform in real-time (customizable), and directly present chart& curve graphs.
Users can also set up personalized templates on the cloud platform to integrate the data collected by the inclinometer with data from other manual or automated measurements and automatically generate reports.
There is no need to spend hours manually making reports, which greatly reduces the intensity of data processing and improves work efficiency.
（Automatically export reports in 1 minute）
Automatic Inclination system----Application in deep foundation pits
Smart Monitoring widely serves the fields of urban security, smart construction sites, road transportation, water conservancy dams, mine slopes, subways and railways, geological disasters, etc. It has a self-developed Monitoring Cloud Platform that can quickly and intelligently generate various monitoring reports. .
We have senior engineers in various monitoring fields, as well as on-site service engineers with more than 5 years of experience on average, providing a full range of professional services from on-site surveys, plan formulation, product selection, installation and commissioning, and after-sales maintenance.
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