Application Area

Monitoring of foundation pit water level: In construction engineering, changes in groundwater level after excavation may have a significant impact on the stability of the foundation pit. By using a tracking automatic wireless water level gauge, real-time monitoring of water level changes in the foundation pit can be achieved, and potential safety risks can be warned in a timely manner to ensure construction safety and foundation pit stability.

Monitoring of Lake and Reservoir Water Levels: For the water level management of natural water bodies such as lakes and reservoirs, tracking automatic wireless water level gauges can provide real-time water level data, helping managers understand the water storage situation, arrange water resource scheduling reasonably, and prevent floods, droughts, and water shortages.

River and stream water level monitoring: In the management of flowing water bodies such as rivers and streams, tracking automatic wireless water level gauges can monitor water level changes in real time, providing scientific basis for flood prevention and disaster reduction, water resource management, and ecological protection. Especially in flood warning and flow control, real-time water level data is of great significance.

Agricultural irrigation management: In agricultural irrigation systems, tracking automatic wireless water level gauges can monitor the water level changes of irrigation water sources in real time, helping farmers to arrange irrigation plans reasonably, improve irrigation efficiency, and reduce water resource waste. At the same time, real-time monitoring of changes in groundwater levels can also prevent issues such as soil salinization and overexploitation of groundwater.

Environmental monitoring and protection: The tracking automatic wireless water level gauge also has important application value in the field of water environment monitoring and protection. By real-time monitoring of water level changes, the health status and ecological environment quality of water bodies can be evaluated, providing data support for environmental protection and ecological restoration.

Product features

*Adopting contact measurement; High accuracy; Not affected by temperature and air pressure;

*The servo motor follows the real-time changes in water level; Real time measurement of water level changes;

*Built in mobile IoT card, using real-time transmission of mobile IoT; Stable and efficient;

*Equipped with automatic reset verification function and timed calibration;

*Built in high-capacity lithium battery, can be connected to external solar panels for real-time and long-term monitoring;

*Multiple measurement methods including timed measurement, real-time measurement, and follow-up measurement are available for selection;

Project	Parameter
Product Name	Tracking type automatic water level gauge
Effective measurement range	20 meters; A hole depth greater than 20 meters can be connected to an extension line;
Measurement resolution	0.1mm
Measurement accuracy	Not greater than 10mm
Transmission interval	2min
Communication mode	Mobile Internet of Things
Power supply mode	Built in lithium battery; Externally adjustable solar panels
Measurement Interval	4 minutes or real-time
Shell material	PVC

Installation diagram

Place the equipment at the mouth of the water level pipe and connect the ground wire to the equipment; 【 Power on 】 - Select 【 Reset Probe 】, after successful reset, press 【 Start Measurement 】 - After measurement is completed, shut down and select 【 Automatic Measurement 】;

The bottom of the equipment should be higher than the ground level to prevent water accumulation and equipment soaking

The water level pipe should be kept unobstructed;/p>

After the first installation of the equipment, the probe should be reset first before measurement