PQWT-GT150A Underground Water Detector Geophysical Equipment Auto Analysis 3D Rendering One-time Wiring
PQWT-GT150A Underground Water Detector Geophysical Equipment Auto Analysis 3D Rendering One-time Wiring
Regular price
$10,685.89 USD
Regular price
$21,371.79 USD
Sale price
$10,685.89 USD
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Product Description
PQWT-GT Series 18 Channels Underground Water Detector Professional Geophysical Survey Equipment Borehole Water Detection Machine
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.
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.
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.
As the demand for fresh water continues to rise, efficient borehole drilling becomes increasingly vital. The use of professional geophysical equipment, specifically water detectors, offers an innovative solution to ensure the success of drilling operations. By incorporating adjustable depth, multiple channels, and long-range detection capabilities, these advanced tools enable the identification of water sources before drilling begins. This article explores the benefits of using geophysical equipment and water detectors to save water and safeguard our future.
Water detectors, a type of geophysical equipment, are specifically designed to locate water sources beneath the surface. These detectors employ advanced technology, such as resistance based on natural electric fields and frequency-based analysis, to identify anomalies indicative of underground water deposits. By detecting water before drilling begins, project managers can optimize drilling locations and reduce the risk of unsuccessful or dry boreholes.
To enhance accuracy and reliability, advanced water detectors incorporate multiple sensor channels. These channels work in synergy to provide a comprehensive understanding of subsurface conditions. By collecting data from various angles and perspectives, drillers can obtain a more holistic view of potential water sources, minimizing the likelihood of overlooking viable options or misinterpreting data.
By incorporating adjustable depth, multiple channels, and long-range detection capabilities, these tools provide drillers with invaluable information about subsurface water sources. The ability to find water before drilling not only maximizes drilling efficiency and success rates but also plays a significant role in conserving water for future generations. By harnessing the power of modern geophysical equipment, we can save water today and secure a sustainable future.
