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Hydrostatic leveling instrument is a high-precision device used for accurately monitoring relative settlement between multiple points. It is widely used in engineering projects such as bridges, tunnels, dams, subways, and foundation pits, continuously measuring vertical displacement changes of structures to ensure the long-term safety of infrastructure.
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Monitoring Sediment in Runoff Water system is specifically designed for the automatic monitoring and assessment of soil erosion. It automatically measures key parameters such as runoff volume, sediment concentration, total runoff, and cumulative rainfall. It can be adapted for installation in standard runoff plots with varying slopes, providing quantitative data for soil and water conservation research.
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Wireless Tilt Sensor is a sensor integrating three-axis tilt and vibration monitoring functions. It features data acquisition, wireless communication, and self-powering capabilities, allowing for real-time measurement of tilt and vibration changes. It is suitable for safety monitoring in various fields, including geological hazards, geotechnical engineering, and building structures.
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Soil Erosion Monitoring system is an automated, unattended monitoring system based on the weighing principle. It automatically calculates runoff, runoff sediment content, and total runoff by accurately measuring the weight changes of the runoff and sediment mixture. It is widely used in agriculture, forestry, water conservancy, environmental protection, and scientific research.
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Dam seepage monitoring is a high-precision instrument specifically designed for open channel flow measurement. It combines a magnetostrictive level sensor with a standard hydraulic weir structure to achieve non-contact continuous water level measurement. It features high resolution, good stability, fast response, and maintenance-free operation, making it suitable for long-term monitoring of water level and flow changes in weirs and channels of rivers, lakes, and reservoirs.
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Crack monitoring system is a high-precision monitoring device that can automatically detect changes in crack width, length, and displacement in real time. It is used for landslide early warning, mine safety, and bridge and tunnel monitoring, providing crucial data for disaster early warning and engineering safety.
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Wireless Tilt Sensor directly determines the change in the object's tilt angle relative to the direction of gravity by measuring the gravitational acceleration component acting on it. This technology is used for real-time monitoring of high-frequency vibrations in structures and micro-tilt changes in geological hazard bodies. It can be combined with intelligent gateways, alarm devices, and IoT platforms to build a closed-loop system for self-monitoring, self-analysis, and self-alarming of geological hazard points. It is applicable to multiple professional monitoring fields, including geological hazards, geotechnical engineering, construction engineering, transportation, water conservancy, and municipal engineering.
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Dam seepage monitoring and analysis system is an automated system that comprehensively utilizes sensor, IoT, and data analytics technologies to monitor, collect, and analyze seepage data from the dam body, foundation, and banks in real time. This includes seepage flow, phreatic line, and seepage pressure, providing data support for assessing the dam's safety status and guiding reinforcement and repair efforts.
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