Geological disaster monitoring system

1. Geological disaster monitoring system product overview

Geological disaster monitoring system mainly monitors the geological disasters caused by landslide, debris flow, mountain collapse and land subsidence.The Geological disaster monitoring system has the advantages of small size, high precision, easy installation, and complete functions.It can conduct all-weather, real-time safety monitoring of the measured objects, and has multiple advantages such as intelligence, cloud mode, and high precision.It can conduct real-time monitoring of the equipment's attitude and tilt conditions in the X, Y, and Z directions, and measure the relative displacement and azimuth angle of the monitoring point to determine the surface condition.By monitoring the tilt of the object under test in real time, when the monitoring alarm exceeds the alarm value, an alarm will be issued on the tilt state of the object under test and the information will be uploaded to the cloud platform.

2.Technical parameters of Geological disaster monitoring system

1.Measurement parameters

Acceleration: Measuring range: ±0.7g, Measuring accuracy: ±0.1%, Resolution: 0.06mg, Overload tolerance: 300g

Inclination angle: Measuring range: 0~39°, Measuring accuracy: ±0.1°, Resolution: 0.001°, Measuring direction: X, Y, Z

Displacement: Measuring range: ±500mm, Measuring accuracy: ±0.12mm, Resolution: 0.03mm

2.Other parameters

Signal transmission: 4G wireless data transmission

Power supply: solar + lithium battery combination power supply

Working temperature: -40～85℃

Working humidity: 0~95%RH (non-condensing)

Solar panel: 3W

Lithium battery: 5200mAh

Reporting interval: configurable from 1 minute to 24 hours, supports secret reporting

3.Product features of Geological disaster monitoring system

1.Integration, integrating IoT communication terminals, data storage and processing units, high-performance batteries, solar panels and sensors into one host.

2.Careful circuit design, fast response time, diverse output methods, test data, and analyze trends

3.High precision, strong stability, effective analysis, automatic early warning, simple and comfortable structural design, making maintenance easier;

4.Wireless transmission of data eliminates the need to set up communication lines, has long transmission distance and high transmission efficiency, ensuring the integrity, security and immediacy of data;

5.The power supply method of solar + lithium battery combination can not only avoid the waste of resources and space occupation of erecting power supply lines, but also ensure that there will be no power outage when it rains continuously for more than ten days.

6.The production enterprise has ISO quality management system, environmental management system and occupational health management system certification.

7.The production enterprise has a computer software registration certificate

8.The production enterprise is a 3A credit enterprise

4.Geological disaster monitoring system application fields

It is widely used to observe geological conditions such as mountain slopes, seaside embankments, tunnels, highway embankments and bridges.

5.Geological disaster monitoring system cloud platform

1.CS architecture software platform supports direct observation on mobile phones and PC browsers without the need to install additional software.

2.Support multiple accounts and multiple devices to log in

3.Support real-time data display and historical data display dashboard

4.Cloud servers and cloud data storage are stable and reliable, easy to expand, and load balanced.

5.Support SMS alarm and threshold setting

6.Support map display and view device information.

7.Support data curve analysis

8.Support data export table format

9.Support data forwarding, HJ-212 protocol, TCP forwarding, http protocol, etc.

10.Support data post-processing function

11.Support external running of javascript scripts