Mine automation safety monitoring open-pit mines, tailings ponds, stopes, dumps and other slope monitoring, dam monitoring.
Monitoring objects: open-pit mines, tailings ponds, stopes, dumps and other slope monitoring, dam monitoring.
Equipment: GNSS** monitor, integrated pull line surface displacement monitor, composite deep displacement monitor, tipping bucket rainfall monitor, groundwater level monitor, ultrasonic reservoir water level monitor, infiltration line monitor, ultrasonic dry stall length monitor.
Monitoring principle: 1. GNSS** monitor is used to monitor the overall horizontal and vertical displacement changes of the surface.
2. The pull line surface monitor is used to monitor the displacement changes of local cracks.
3. The deep monitor is used to monitor the inclination angle and displacement changes of the deep sliding zone of rock and soil.
4. Use groundwater level monitor to monitor groundwater level changes.
5. Use rainfall monitors to monitor real-time changes in rainfall.
6. The ultrasonic reservoir water level monitor is used to monitor the real-time change of the reservoir water level.
7. The infiltration line monitor is used to carry out the real-time change of the infiltration water level inside the dam body.
8. The ultrasonic dry stall length monitor is used to change the horizontal position of the dry stall in real time.
Scheme collocation: 1. Slope monitoring: GNSS + pull line + deep + groundwater level + rainfall (GNSS and pull line can be.)
The on-site situation is determined, if there are cracks, the pull thread is a mandatory product).
2. Tailings pond monitoring: GNSS + pull line + deep + groundwater level + rainfall + reservoir water level + infiltration line + dry stall (GNSS and pull line can be determined according to the site conditions, if there are cracks, pull line is a necessary product).