Product Overview
The climbing automatic inclinometer robot is a comprehensive deep horizontal displacement data measurement device that can achieve autonomous movement of the probe, automatically 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; At the same time, the device is equipped with Bluetooth communication function and wireless charging module inside, which can achieve communication and separation between the host and the probe; The device can be divided into a host and a probe, and the probe is a dedicated matching probe that cannot be replaced. The data upload adopts the mobile Internet of Things single point transmission method, which has the characteristics of stability, economy, efficiency, and low efficiency; Mainly used for data collection and communication in engineering such as excavation automation monitoring, high slope automation monitoring, and geological disaster automation monitoring;
Product features
*The measurement depth can be freely set within the length of the synchronous belt, and automatic displacement probe measurement is required without manual intervention or data recording.
*Equipped with built-in lithium battery and wireless charging function, combined with solar energy, it can achieve long-term monitoring;
*Adopting automatic timed startup mode; Can achieve timed and fixed frequency startup; Automatic sleep and extended standby;
*Adopting single point data transmission; Built in mobile IoT card for wireless transmission; Automatically record and upload, achieving remote monitoring;
*The intelligent host will make judgments on the current probe status during the wire laying/lifting process, and independently avoid the phenomenon of pipe jamming;
| Project | Parameter |
|---|---|
| Model | LRK-CXP50 |
| Effective measurement range | ± 30 ° |
| Measurement accuracy | not less than 0.25mm/m |
| Resolution | not less than 0.02mm/500mm |
| Measurement depth | no more than 0 30 meters, customizable depths |
| Communication method | 4G NB-IOT |
| Installation method | Install the host at the pipe mouth, and arrange a synchronous belt in the inclinometer hole; |
| Charging method of the data collector | 5V1 1A A adapter or external solar charging board |
| Power supply voltage | built-in lithium battery |
| External dimension: 80 * 80 * 1200mm | 80 * 80 * 1200mm |
Equipment introduction
The overall structure is shown in the figure: it is composed of a synchronous belt and a probe forming a loop, which rotates under the action of the host synchronous wheel to achieve the up and down movement of the probe;
Data collection
The data is collected by the probe and summarized to the host through Bluetooth communication. The host uploads the data to the relevant platform through 4G communication;
