Inclino-Robot, co-developed by GeoSitter, is a revolutionary innovation in geotechnical monitoring. As a new generation of inclinometer, it adopts the same measurement principles as traditional In-Place Inclinometer (IPI) while offering unparalleled automation, accuracy, and efficiency. The Inclino-Robot plays a crucial role in ensuring the safety and stability of various engineering projects, such as slope monitoring, tunnel monitoring, and deep excavation monitoring.
The Inclino-Robot consists of several key components, including the drive controller, inclinometer sensor, wire rope and counterweights. The inclinometer sensor, which is the core of the system, utilizes MEMS (Micro-Electro-Mechanical Systems) technology. With an angle measurement range of 0 to 30 degrees and a spacing of 500mm between the pulley kits, the sensor achieves a system accuracy of 0.25mm/m and a resolution of 0.02mm/500mm.
The measuring principle of the Inclino-Robot is similar to that of traditional manual inclinometers. However, the automation of the system significantly improves the efficiency and reduces the labor intensity of the monitoring process. The steel wire rope forms a loop between the drive controller and the counterweight block, with the inclinometer sensor fixed on one side of the steel wire rope, driven to move up and down by the drive controller. Comparative studies have shown that the Inclino-Robot can complete a project with 25 boreholes, each 40 meters deep, in just 3 hours, including the generation of the test report. In contrast, traditional manual inclinometers would require a minimum of 12 hours for the same project, with an additional 2 hours for data input and report generation.
One of our clients provided feedback after rigorous testing on real construction sites. The Inclino-Robot consistently produced results that matched those of the client's manual probe, ensuring reliable data and reinforcing confidence in the accuracy of the measurements for their project.
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The Inclino-Robot streamlines the data collection and processing workflow, making it far more efficient than traditional manual methods. The automated measurement data can be viewed in real-time on-site through mobile devices and seamlessly uploaded to the cloud platform. This eliminates the need for manual data input and significantly reduces the time required for report generation from 2 hours to just one minute.
Moreover, the Inclino-Robot Monitoring Cloud Platform provides immediate data visualization and graphical representations of the measurements. Users can customize templates on the cloud platform, integrating inclinometer data with other manually or automatically collected data to generate automated reports. This feature greatly reduces the workload and improves the overall efficiency of the monitoring process.
Proper installation is crucial for ensuring the accurate and reliable performance of the Inclino-Robot. The installation process involves setting up the composition and configuration, installing the counterweight block, wiring the high-accuracy inclinometers, and lowering the sensor for accurate measurement. It is essential to follow the installation guidelines carefully, paying close attention to details such as securing connections, protecting the wiring from damage, and ensuring smooth descent of the sensor probe.
The Inclino-Robot represents a significant advancement in geotechnical monitoring technology. Its innovative design, automated measuring principle, and efficient data processing workflow make it a superior choice compared to traditional manual inclinometers. By providing accurate, real-time data and streamlining the monitoring process, the Inclino-Robot contributes to the safe and successful completion of various engineering projects. As the technology continues to evolve, it is expected that the Inclino-Robot will play an increasingly important role in ensuring the stability and safety of geotechnical structures worldwide.
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