Groundwater Detector for Geological Exploration Survey
The working principle of water detector: Water detector mainly utilizes geophysical methods for groundwater detection. It is based on seismic waves, electromagnetic waves, electrical resistance and other physical principles, through the reception and analysis of these signals, can determine the location, depth and reserves of groundwater. Generally speaking, groundwater exploration instrument consists of sensor, data processing unit and display unit.
The main use of underground water detector
Underground water detector has a wide range of application fields. First of all, it can be used for detailed investigation and census exploration for finding groundwater sources. By using this instrument, the location and depth of groundwater can be quickly and accurately determined, thus reducing the risk of investment in drilling wells and improving the success rate and scientificity of water extraction.
In addition, the underground water detector can also be used for human and animal drinking water, industrial water and agricultural irrigation needs. In water-scarce areas, the location and depth of groundwater can be quickly determined through the use of the instrument, providing a reliable water source for local residents. At the same time, it can also provide reliable water source information for industrial water use and agricultural irrigation to improve production efficiency.
Underground water detector is an advanced water finding instrument, which utilizes natural electric field for water source detection, with the advantages of simple operation, easy to carry, high accuracy, fast speed and flexible and diverse cloth pole. Its main uses include detailed investigation and census exploration for finding underground water sources, as well as meeting the needs of human and animal drinking water, industrial water use and agricultural irrigation. Compared with the traditional artificial electric field exploration, the underground water detector has the essential difference and leaps and bounds improvement, and its exploration speed and accuracy have been improved several times. Therefore, the groundwater source detector is a favorable tool for electric exploration, which is of great significance for solving the problem of water shortage faced by human beings.
Product Introduction
●10.1 inch touch screen operation
●Learn to operate in five minutes
●Real-time 2D, 3D and curve images2. Accurate and stable
●Solve the error of single channel multiple movement measurement.
●More than 10 channels are measured almost at the same time.
●Accuracy increased by more than 50%.
●Efficiency increased by 6 times3. Adjustable depth
●Choose the depth you need
●Provide a variety of depths for users to choose from within the maximum depth range.4. Three screen intercommunication
●Instrument screen,mobile phone screen,computer screen intercommunication.5. Intelligent and flexible
●1-30 channels optional and can be equipped with electromagnetic probe for TT probe measurement mode.6. Perfect after-sales
●Report by computer Expert online data analysis7. Patented technology
●Obtained multiple invention patents
●Patent No.:ZL201310205318.9;ZL 201110454869.X;ZL201320054153.5;ZL201320303919.9
●Won the recognition of Shanghai High-tech Achievement Transformation Project
Technical Parameters | 100S | 200S | 300S | 400S | 600S | 800S | 1200S | 2000S | 3000S |
Detect Depth (m) | 0-100 | 0-200 | 0-300 | 0-400 | 0-600 | 0-800 | 0-1200 | 0-2000 | 0-3000 |
Measuring Mode(Intelligent frequency select) | 20 frequencies | 40 frequencies | 60 frequencies | 80 frequencies | |||||
Resolution | 2mv | 1mv | 0.5mv | 0.2mv | 0.1mv | 0.1mv | 0.01mv | ||
Repetitive Error | ±5%±2 bit | ±3%±2 bit | ±2%±2 bit | ±2%±2 bit | ±1%±1 bit | ±1%±1 bit | ±1%±0.5 bit | ||
A/D Swith | 16 bit 1Msps | 24 bit 1 Msps | |||||||
Power frequency | >80dB | ||||||||
Data Storage | Mobile phone or tablet PC (touching LCD 5-10.1” | ||||||||
Display | Blue tooth 4.0 | ||||||||
Mainframe Power | DC7.4V 3400mAh lithium battery | DC7.4V 6800mAh lithium battery | |||||||
Mainframe Power Consumption | 160mA | 230mA | 230mA | 360mA | 360mA | 360mA | 450mA | ||
Operating Temperature | -10℃-+40℃ | -20℃-+60℃ | -40℃-+70℃ | ||||||
Mainframe Size | 18.6*14.8*8cm | ||||||||
Mainframe Weight | 0.8kg | 0.9kg |