ADMT SY Series -High Precision Water Detector
ADMT SY series (Water Detectors) is a new age intelligent prospecting instrument designed for shallow, medium-deep, and deep GroundWater Exploration. It is entirely supported by Mobile Application software for Data Acquisition, processing, and Interpretation that surpasses the limitations of resistivity meters in Ground Water exploration. It uses a mobile phone or tablet PC to execute the complicated information calculated to realize and draw 2D/3D profile maps and contour maps by an application. This innovative advanced technology enables the detailed geophysical survey to become more accessible and simpler.
With the application, you could use many intelligent functions such as field measurement control, instant data process, cloud backup, online expert analysis, bluetooth data transaction, etc. The instrument is connected to the application through the built-in Bluetooth, so you can use the APP to realize all the instrument's operations, such as measurement signal input, data checking, and processing. Wireless sensors can complete all the measurements by walking and stopping, with no need for ground electrodes. No need for long cable, Saving time and workforce.
The geoelectric resistivity technique is meant to be the most suitable and efficient way for groundwater exploration. It depends upon the concept of subsurface determination, which can yield valuable data on the structure, composition, and water content of the soil.
The best geophysical survey of groundwater exploration is the seismic survey. Seismic surveys are a beneficial geophysical method for studying the ground conditions to a significant depth and over a large area. Seismic is utilized in many applications for subsurface investigations, mineral exploration being one of them.
Yes, with the help of high precision water detector, experience the power of the first detector in the world to detect underground water that is highly effective. Scan all ground layers to a depth of 1,300 meters and a front range of up to 5,000 meters.
Electromagnetic survey methods have been particularly successful in exploration for potable groundwater, measuring salinity levels in aquifers and monitoring coastal saline intrusion, and mapping soil salinity in connection with crop growth.