Product Overview
The automatic lifting inclinometer robot is a comprehensive deep horizontal displacement data measurement device that can automatically retract probes, measure displacement, record data, and upload records.The device can be equipped with a solar charging panel to achieve long-term monitoring of a single hole position; It can also be equipped with a portable instrument box to achieve manual measurement and monitoring of porous positions; At the same time, the device is equipped with Bluetooth communication function internally, which can realize remote control of the device by the mobile phone, as well as view data curves, device battery and other parameters; The device can be divided into a host and a probe, with the probe being a universal probe that can be used interchangeably.The data upload adopts the single point transmission method of mobile Internet of Things, which has the characteristics of stability, economy, high efficiency and low efficiency; Mainly used for data collection and communication in automated monitoring of foundation pits, high slopes, and other engineering projects, as well as automated monitoring of geological disasters;
Application Area
Automated monitoring of foundation pits: Suitable for deep foundation pit projects with a depth exceeding 30 meters, especially for cost control when measuring hole depth increases. One hole, one machine has low cost and meets the requirements of conventional use at different depths; Automated inclinometer technology has significant advantages in special foundation pits in large cities, and can meet the monitoring needs of high frequency and high precision.
Automated monitoring of high slopes: In the field of slope and geological hazards, monitoring points are arranged unevenly according to the thickness of the soil layer. The automatic lifting inclinometer robot can easily achieve unmanned, high-frequency, and high-precision data collection, effectively monitoring the displacement changes of the slope.
Automated monitoring of geological disasters: For the early warning and monitoring of geological disasters, the automatic lifting inclinometer robot can quickly and accurately provide displacement data, providing strong support for the early warning and prevention of geological disasters.
Bridge cable inspection: Similar to the intelligent detection robot for bridge cables, the automatic lifting inclinometer robot can also be applied to the health monitoring of bridge structures, especially in the monitoring of inclined cables, which can quickly and effectively detect the appearance status of cables and the health status of internal steel wires.
Product features
*Using high-quality and high-precision digital tilt angle chips to measure deep horizontal displacement;
*Built in multidimensional measurement chip solves the problem of zero drift in measurement data caused by sensor creep;
*The measurement depth can be freely set within the depth range, and the measurement is automatically lifted by a servo motor without the need for manual intervention or data recording.
*Built in lithium battery, combined with solar energy, can achieve long-term monitoring;
*Adopting automatic timed startup mode; Can achieve timed and frequency startup; Automatic sleep mode and extended standby time;
*Adopting single point data transmission; Built in mobile IoT card wireless transmission; Automatically record uploads and achieve remote monitoring; The device is equipped with Bluetooth communication function internally, which can realize remote control of the device by mobile phone and view data curves;
| Project | Parameter |
|---|---|
| Measurement range | ±30° |
| Measurement accuracy | 0.25mm/m |
| Resolution | 0.001 ° 0.02mm/m |
| Probe protection level | IP65 |
| Measured depth | ≤ 30m (customizable depth) |
| Communication method | 4G，NB-IOT |
| Installation method | Pipe mouth installation |
| Improve accuracy | Not greater than 2mm |
| Measurement method | Automatic/Manual |
| Power supply mode | Built in lithium battery (can be connected to external solar panels) |
