Real-time monitoring of the inclination of vents and bridge piers "Krin Alarm" detects the possibility of serious accidents due to collapse in advance and prevents accidents.
【Features】 - The on-site installation equipment consists of waterproof wireless devices, junction boxes, and tilt sensors, allowing for flexible installation with variable-length cables between devices. - Each device is compactly designed for easy installation, achieving lower costs compared to conventional products. - Operates on AC100V power supply. - Data can be viewed on a computer from the office side. - By installing an antenna box between the observation station and the receiving station, relay functionality (two-stage) is also available. - The wireless devices use compliant products that do not require licensing or application.
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basic information
【Overview】 ■ Install tilt sensors on bends and bridge piers to wirelessly transmit tilt data (2 axes) ■ Receive data with a wireless device installed in the field office, and view data in real-time on a computer using dedicated software ■ The measurement range of the tilt sensors is ±5 degrees ■ Up to 8 observation stations can be monitored simultaneously per receiving station (the number of connectable observation stations depends on the data update interval)
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[Purpose] Real-time monitoring of the inclination of bends and bridge piers Detecting the potential for serious accidents due to collapse in advance to prevent incidents.
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With unique ideas and challenges, we support the field that supports society. AKT | Akasaka Tech. 【Keywords】 akt / i-Construction / Construction DX / NETIS / RTK-GNSS / ICT compaction management / ICT operation management / ICT pile driving management / 3D recording / ground improvement / real-time tilt monitoring / displacement measurement / distance measurement / bucket weight linkage / hardware design and development / software design and development / shipyard / port / heavy and large industry / construction industry / civil engineering on land / marine civil engineering / positioning technology / new technology proposals / smart city / millimeter-wave radar