Showing 4 Results For "hydrological flow measurement device"
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IP55度 水文観測用ドローン電流測定装置
Product Description Haipai Marine Drone Current Measurement System The Haipai Marine Drone Current Measurement System is a professional, integrated solution designed for hydrological monitoring. Combining state-of-the-art drone technology, high-performance radar velocimeters, a ground control station, and a specialized data platform, this system provides an efficient and safe way to measure surface water velocity and water level elevation in rivers, lakes, and other water
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水文調査・水管理用インテリジェント電動ブイシステム
HF3000 electronic buoy system primarily consists of two parts: an intelligent current meter and an intelligent management platform. The intelligent current meter integrates modules such as a high-precision positioning board, a GNSS antenna, a 4G module, a solar power supply system, and an intelligent retrieval system. It utilizes GNSS positioning technology to obtain real-time information about the current meter's location, time, flow rate, and flow direction. This informatio
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HF3000 太陽光発電の電子スマートボイシステム 高精度 IP67 防水
HF3000 electronic buoy system primarily consists of two parts: an intelligent current meter and an intelligent management platform. The intelligent current meter integrates modules such as a high-precision positioning board, a GNSS antenna, a 4G module, a solar power supply system, and an intelligent retrieval system. It utilizes GNSS positioning technology to obtain real-time information about the current meter's location, time, flow rate, and flow direction. This informatio
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汎用的なHF3000ボイ・プリ・キャリブレーションセンサー
The HF3000 electronic buoy system is composed of two main components: an intelligent current meter and an intelligent management platform. The current meter integrates several advanced modules, including a high-precision positioning board, GNSS antenna, 4G communication module, solar power system, and intelligent retrieval mechanism. Using GNSS positioning technology, the device captures real-time data on location, time, flow velocity, and direction. This information is
