3D Electrical Resistivity Tomography System 2D and 3D Ert Resistivity Imaging Device Multi Electrodes Cable Resistivity Imaging System

• Customization: Available
• Accuracy: 1mm
• Horizontal Line: 1
• Model NO.: WGMD-9
• Vertical Lines: 1
• Product Name: 2D and 3D Resistivity Tomography
• Power: 7200W
• Channels: 60 and 120 Channels
• Electrodes: Brass / Steel Electrodes
• Cable: Multi Channels Resistivity Imaging Cable
• Function: 3D Resistivity Imaging and 2D IP Imaging
• Type: Digital Resistivity Meter
• After-sales Service: Yes
• Warranty: 1 Year
• Transport Package: Export Case
• Specification: ISO9001
• Trademark: Gold
• Origin: Chongqing
• HS Code: 9015800090
• Production Capacity: 100 Units/Month

Product Description

3D Electrical Resistivity Tomography System 2D and 3D Ert Resistivity Imaging Device Multi Electrodes Cable Resistivity Imaging System
 


 

Function:

 

•   General resistivity/IP sounding

•   Multi-electrode 2D/3D resistivity imaging

•   Multi-electrode 2D induced polarization imaging

•   Rock sample test  

•   Work as receiver in large power IP system

Application:

 

•   Underground water inspection  

•   Energy resource prospecting

•   City geophysical exploration  

•   Railway and bridge inspecting   

•   Metal and nonmetal mineral resources survey

•   Engineering geology

•   Geothermal field survey

 

Transmitting
Maximum power		7200W(VES),2400W(Imaging)
Maximum voltage		1200V(VES),2400 peak-to-peak; 800V(Imaging), 1600 peak-to-peak
Maximum current		6A(VES), 3A(Imaging)
Power supply pulse width		1~60s, duty cycle is 1:1
Receiving
Voltage	± 32V (24 bit A/D)
Vp accuracy(before stacking)	If Vp≥5mV, ±0.2% ±1LSB. If 0.1mV≤ Vp<5mV, ±1%±1LSB.
Current	6A (24bit A/D)
Ip accuracy(before stacking)	If Ip≥ 5mA, ± 0.2% ±1LSB;If 0.1mA≤ Ip<5mA, then ± 1% ±1LSB..
Apparent Polarizability    Accuracy	±1% ±1LSB
Suppression	≥80dB, for 50Hz or 60Hz (industrial frequency interference) either in common mode or differential mode interference
Input impedance	>50MΩ
SP compensation range	± 10V

High power, wide range, high precision: max power up to 9000W (1500V*6A), voltage input range is 160Vp-p, high measuring precision of small signal (voltage is less than 0.1mV and current is less than 0.1mA with ±1% measuring precision);all of which make WDA-1 mainframe an ideal device for regions of high resistivity and to achieve better measured results.

Bluetooth technology,  wireless remote control: Bluetooth technology enables the tablet PC to control the WDA-1 mainframe in 10 meters. It enables all operations as set parameters, start measurement, display result and save data more easily.

Tablet PC operate, powerful function: all operations as parameters setting, data display, data storage, curve drawing all be finished on the tablet PC, easy and visuable for filed data procession.



3D imaging mode is developed from 2D imaging mode. What is the difference between them is, 2D imaging mode divides one big cross-section into different smaller ones and measures all the survey points of small sections to complete the measurement approximately, while 3D imaging mode is developed from 2D, finishing the measurement approximately through combining all the points along the planes of different directions (in column mode) on the basis of 2D measurement. However, 3D imaging mode is not only a simple combination of 2D mode but involves data processing by inversion software to make the inversion model more practical.