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Xiamen Sixin IoT Technology Co., Ltd
Universal intelligent integrated surface crack sensor F-IBL100
NegotiableUpdate on 04/14
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Overview
● Supports precise measurement, acquisition, and storage of surface cracks, vibration acceleration, inclination angle, azimuth angle, and temperature. ● Automatically adjusts the acquisition frequency and reporting frequency according to changes in crack width. ● Supports threshold triggered acquisition such as inclination angle and angular velocity. ● Supports communication functions such as 2G/3G/4G/NB_iot/Lora. ● Compact in size, easy to carry and install. ● Built in reverse phase protection and overvoltage protection for power interface. ● Adopting industrial grade design, IP68 protection level suitable for field geological surface crack environment monitoring
Product Details
The intelligent integrated surface crack sensor F-IBL100 is a sensor that combines the sensing technology of rope displacement and telemetry terminal technology using an electromechanical integrated structure. It has multiple sensing measurements such as high-precision displacement, angle, acceleration, positioning, azimuth, etc. It is equipped with a built-in communication acquisition module, high-performance battery, and solar power supply system. It is suitable for installation in environments with harsh geological surface installation conditions and is used to monitor various triggered dynamic monitoring such as surface cracks, vibration, and tilt.
Guidelines for Combining Monitoring and Early Warning Technologies for Geological Hazards
Requirements for communication technology for geological hazard monitoring
Support precise measurement, acquisition, and storage of surface cracks, vibration acceleration, inclination angle, azimuth angle, and temperature
Automatically adjust the collection frequency and reporting frequency based on changes in crack width
Support threshold triggered acquisition for tilt angle, angular velocity, etc
Support communication functions such as 2G/3G/4G/NB_iot/Lora
Support multi center, primary and backup reporting functions
Low power design, providing solar charging and discharging management system, built-in large capacity battery
Support communication functions such as 2G/3G/4G/NB_iot/Lora
Built in real-time clock (RTC), timing error<± 0.5S/d
Compact in size, easy to carry and install
Low power design, including sleep mode and timed online/offline mode
Equipped with a solar charging and discharging management system
The power interface has built-in reverse phase protection and overvoltage protection
Adopting industrial grade design, with an IP68 protection level suitable for monitoring surface cracks in outdoor geological environments
Intelligent integrated surface crack sensorWidely used in geological disastersDam safety supervision、bridge monitoringWaiting for scenarios, used to monitor the bidirectional displacement of surface cracks on objects, as well as changes in object tilt, settlement, and so on.
Guidelines for Combining Monitoring and Early Warning Technologies for Geological Hazards Requirements for communication technology for geological hazard monitoring Support precise measurement, acquisition, and storage of surface cracks, vibration acceleration, inclination angle, azimuth angle, and temperature Automatically adjust the collection frequency and reporting frequency based on changes in crack width Support threshold triggered acquisition for tilt angle, angular velocity, etc Support communication functions such as 2G/3G/4G/NB_iot/Lora Support multi center, primary and backup reporting functions Low power design, providing solar charging and discharging management system, built-in large capacity battery Support communication functions such as 2G/3G/4G/NB_iot/Lora Built in real-time clock (RTC), timing error<± 0.5S/d Compact in size, easy to carry and install Low power design, including sleep mode and timed online/offline mode Equipped with a solar charging and discharging management system The power interface has built-in reverse phase protection and overvoltage protection Adopting industrial grade design, with an IP68 protection level suitable for monitoring surface cracks in outdoor geological environmentsIntelligent integrated surface crack sensorWidely used in geological disastersDam safety supervision、bridge monitoringWaiting for scenarios, used to monitor the bidirectional displacement of surface cracks on objects, as well as changes in object tilt, settlement, and so on.
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