PQWT Geological Long Range Underground Water Detector Ground Water Groundings Detector Water
Support language:English/Spanish/French/Arabic/Russian/Polish
PQWT-s300 .100/ 150/300M Automatic Mapping Water Detector can easily find groundwater resources by scientific methods, it is based on the field source of earth’s electromagnetic field and differences in conductivity of different underground geological structures, to study the variation law of electric field components at different frequencies to study the geological structure and changes.
Changes in geological structure are displayed in real-time through multiple curves. Automatic mapping geological profile by one key operate easily, get rid of complicated computer graphics.
Geological structure and specific information such as aquifers, fractures, faults, and caves can be easily analyzed through automatic mapping curve and profile on site .
The device can be widely used in different terrains such as plains, hills, mountains, plateaus, and basins for rapid analysis of geological structure changes and determines the well locations, aquifers, and aquifer depth. Principle of water detector The site can quickly understand the geological structure through the automatic mapping curve and profile, and analyze specific information such as aquifers, fractures, faults, and caves. Application of water detector The instrument is widely used in the rapid analysis of geological structure changes in different terrains such as plains, hills,mountains, plateaus, and basins to determine well locations, aquifers, and aquifer depth.
PQWT Geological Long Range Underground Water Detector Ground Water Groundings Detector Water
Support language:English/Spanish/French/Arabic/Russian/Polish
PQWT-s300 .100/ 150/300M Automatic Mapping Water Detector can easily find groundwater resources by scientific methods, it is based on the field source of earth’s electromagnetic field and differences in conductivity of different underground geological structures, to study the variation law of electric field components at different frequencies to study the geological structure and changes.
Changes in geological structure are displayed in real-time through multiple curves. Automatic mapping geological profile by one key operate easily, get rid of complicated computer graphics.
Geological structure and specific information such as aquifers, fractures, faults, and caves can be easily analyzed through automatic mapping curve and profile on site .
The device can be widely used in different terrains such as plains, hills, mountains, plateaus, and basins for rapid analysis of geological structure changes and determines the well locations, aquifers, and aquifer depth. Principle of water detector The site can quickly understand the geological structure through the automatic mapping curve and profile, and analyze specific information such as aquifers, fractures, faults, and caves. Application of water detector The instrument is widely used in the rapid analysis of geological structure changes in different terrains such as plains, hills,mountains, plateaus, and basins to determine well locations, aquifers, and aquifer depth.
√ Dual mode: Long-range Search, natural electric field frequency survey
√ Dynamic display: The long-range search unit will collect and send data to the host machine immediately, and you can see the result on the host machine.
√ One-key Map Automatically: TCM can draw the curve map and profile map automatically
√ Data storage: geological curve map and profile map of more than 999 survey lines can be stored, which is convenient for exploration report making.
This series of instruments integrates 5 independent invention patents of PQWT, including data acquisition system, data processing system, automatic mapping system, auxiliary analysis system and circuit system. It realizes the simultaneous data acquisition of multi-channel and multi-frequency, completely solves the influence of unstable factors caused by the time difference of the natural electric field source, and greatly improves the accuracy and work efficiency. The instrument can process the collected data, automatically draw curve map, profile map, and 3D renderings in real time, and automatically analyze abnormal areas, so as to provide scientific basis for analyzing geological structures quickly and effectively.
This series of instruments integrates 5 independent invention patents of PQWT, including data acquisition system, data processing system, automatic mapping system, auxiliary analysis system and circuit system. It realizes the simultaneous data acquisition of multi-channel and multi-frequency, completely solves the influence of unstable factors caused by the time difference of the natural electric field source, and greatly improves the accuracy and work efficiency. The instrument can process the collected data, automatically draw curve map, profile map, and 3D renderings in real time, and automatically analyze abnormal areas, so as to provide scientific basis for analyzing geological structures quickly and effectively.
New PQWT-GT 150m multi channel auto analysis long range water detection equipment deep underground water detector
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.
This series of instruments integrates 5 independent invention patents of PQWT, including data acquisition system, data processing system, automatic mapping system, auxiliary analysis system and circuit system. It realizes the simultaneous data acquisition of multi-channel and multi-frequency, completely solves the influence of unstable factors caused by the time difference of the natural electric field source, and greatly improves the accuracy and work efficiency. The instrument can process the collected data, automatically draw curve map, profile map, and 3D renderings in real time, and automatically analyze abnormal areas, so as to provide scientific basis for analyzing geological structures quickly and effectively.
