Natural Electric PQWT GT150A Best Underground Water Detection Machine Groundwater Locator
Product Description
Find the underground water groundwater source first before your borehole drilling!
PQWT GT seris will give you the best solutions!
The PQWT-GT Series is the 8th-generation of multi-channel prospecting instrument newly developed by our institute based on the principle of natural electric field frequency selection method. It is widely used in underground water sources, geological structures, mine veins, mine tunnels, cavities, karst caves, ant holes, mined-out areas, dam pipe surge, landslides and other fields detections.
item | value |
Warranty | 2 years |
Type | PWQT-GT New Underground Water Detector |
Customized support | OEM |
Place of Origin | China |
Brand Name | PQWT |
Model Number | PQWT-GT Series |
Product name | PQWT-GT Series Under Ground Water Detector |
Application | Underground Water Detection |
Warranty | 2 years |
Usage | Borehole drilling, Mineral detection, Geological survey |
Power supply | Rechargeable Lithium Battery |
Display | 10.1 inch HD Touch LCD |
Max. number of Channels | 18 channels |
Min. resolution | 0.001mV |
Electrode | 22pcs |
Host Weight | 1.95kg |
How to operate the water detection machine? and what is the principle?
The basic principle is the natural electric field frequency selection method. The earth is a large electric field, collecting underground electric potentials at different points (which can be understood as resistance), the aquifer is low electric resistance, the rock layer resistance is centered, and the hard rock or karst hole resistance is high. Different acquisition values are plotted as profiles to find fractured or faulted water-bearing structures.
Product Features
Auxiliary analysis: The instrument analyzes the abnormal area with one click.
Automatic mapping: Automatically draw curve map, profile map, and 3D renderings.
Stable and reliable: Collect 18 points data with one-time wiring.
Supplementary measurement function: The extension of geological structure can be analyzed by making supplementary measurement in front and rear of the survey line.
Data storage: It can store curve map, profile map, and 3D renderings of more than 999 survey lines to facilitate the production of geophysical exploration reports.