Dipole Dipole Pole Dipole Wenner Schlumberger Roll Along Electrode Arrays Resistivity Profiling System 2D 3D Resistivity Tomography Survey Equipment

• Customization: Available
• Accuracy: 1mm
• Horizontal Line: 1
• Model NO.: DZD
• Vertical Lines: 1
• Product Name: Electrical Resistivity Tomgorahy System
• Channels: 60channels and 120channels
• Cable: 5m Spece Take out and 10m Space Take out
• Tomography: 2D, 3D
• Application: Water Detection, Structure
• Parameters: Resistivity and IP Imaging
• After-Sales Service: Yes
• Warranty: 1 Year
• Transport Package: Wooden Case
• Specification: ISO9001
• Trademark: Gold
• Origin: Chongqing
• HS Code: 9015800090
• Production Capacity: 100 Units/Month

Product Description

Dipole Dipole Pole Dipole Wenner Schlumberger Roll Along Electrode Arrays Resistivity Profiling System 2D 3D Resistivity Tomography Survey Equipment 

The Dipole-Dipole, Pole-Dipole, Wenner, and Schlumberger electrode arrays are commonly used for resistivity profiling and 2D/3D resistivity imaging surveys. 

The application of these electrode arrays, also known as roll along electrode arrays, is prevalent in geological studies, groundwater exploration, mineral identification, and waste exploration. 

For these applications, specialized survey equipment such as resistivity meters, multielectrode systems, and imaging software is utilized to gather and process the resistivity data. 

These methods are instrumental in mapping subsurface resistivity variations, identifying geological structures, and detecting potential groundwater sources.  


Main Features.
The Dipole-Dipole, Pole-Dipole, Wenner, and Schlumberger electrode arrays, often referred to as roll-along electrode arrays, are commonly employed for resistivity profiling and 2D/3D resistivity imaging surveys. 

These electrode arrays offer features such as the ability to characterize subsurface geological structures, detect groundwater sources, and identify mineral deposits. 

The arrays provide information on subsurface resistivity variations, facilitating the mapping of geological formations and the detection of potential resources such as groundwater. 

Specialized survey equipment including resistivity meters, multielectrode systems, and imaging software is used to gather and process resistivity data for comprehensive analysis. 

These arrays also support the reliable identification of potential mineral deposits, making them valuable tools in mineral exploration efforts.


 

Model & Name:	Multi-functional Direct Current ( Induced polarization ) Instrument
Max. Power Supply Voltage:	900V
Max. Power Supply Current:	5A
Voltage Measuring Range:	±6000mV
Voltage Measuring Accuracy:	(Vp>10mV) ±5%, ±1 digit; (Vp<10mV) ±1%, ±1 digit
Current Measuring Range:	0~5000mA
Measuring Current Resolution:	0.01mA
Current Measuring Accuracy:	Ip>10mA) ±5%, ±1 digit; (Ip<10mA) ±1%, ± 1 digit
Interference Suppression on 50Hz Power Frequency	Better than 80dB
Measured Apparent Polarizability Accuracy :	±1%, ±1 digit
Instrument Input Impedance:	≥50MΩ
Power Supply Pulse Width:	1~60s
Operating Temperature:	-10 °C ~50 °C , 95%Rh
Size:	305×200×202m