Induced Polarization Equipment

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Induced Polarization Equipment
Details
RCWD-9 induced polarization equipment is designed for engineering geological surveys, underground void detection, and subsurface anomaly investigation. Combining resistivity and IP measurements with multi-electrode acquisition, it provides clear 2D and 3D imaging of underground structures. The system is suitable for road and railway surveys, tunnel investigation, slope stability assessment, foundation inspection, and other engineering geophysical projects. Its strong interference suppression, continuous rolling survey mode, and portable modular design allow stable field operation in complex construction and urban environments.
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Resistivity Meter
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Description

Products Description

 

RCWD-9 is an induced polarization equipment system designed for engineering geological investigation, underground anomaly detection, and resistivity and IP surveys. It combines resistivity measurement with induced polarization data acquisition to provide more information about subsurface structures and geological conditions.

 

The system consists of a data acquisition unit, multi-channel electrode switcher, and high-power inverter power supply. The equipment is housed in rugged protective cases designed for field conditions, including construction sites, muddy ground, dust, and uneven terrain.

With multi-electrode measurement and professional processing software, RCWD-9 can be used to build 2D or 3D subsurface models for engineering investigation. It is suitable for road and railway surveys, tunnel investigations, slope stability assessments, underground void detection, dam inspections, and other near-surface geological projects.

 

The system supports continuous rolling measurements along long survey lines, allowing survey teams to efficiently investigate large areas without extensive excavation or drilling.

 

IP Survey Equipment 1

 

Technical Parameters

 

Transmitting

Maximum power

9000W(VES),2400W(Imaging)

Maximum voltage

1500V(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

± 80V (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

>100MΩ

SP compensation range

± 10V

 

Key features

Strong Industrial Interference Suppression

Multi-stage power-frequency filtering improves data stability in complex environments such as urban areas, high-voltage power lines, and transportation infrastructure.

High-Resolution Resistivity & IP Imaging

Combining resistivity and induced polarization measurements helps identify underground voids, fractured zones, weak layers, and other subsurface anomalies through 2D and 3D imaging.

Continuous Rolling Survey

The multi-electrode system supports continuous rolling measurements for long roads, railways, slopes, and other linear projects, improving survey efficiency over large areas.

Portable & Non-Destructive Design

The modular acquisition unit, electrode switcher, and power supply are easy to transport and deploy. The system enables subsurface investigation without extensive excavation, reducing disturbance to existing roads, foundations, and other structures.

 

IP Survey Equipment application

 

Customer Benefits

 

  • Reduce Underground Construction Risks

Early detection of potential underground voids, fractured zones, weak geological structures, and other anomalies can provide additional information for road, tunnel, foundation, and slope projects.

 

  • Reduce Investigation Costs

Electrical resistivity and induced polarization surveys can cover larger areas without relying entirely on drilling or excavation. This can help reduce the number of investigation points required during preliminary site surveys.

 

  • Improve Geological Interpretation

The accompanying processing software converts field measurements into visual 2D or 3D sections, helping engineers compare subsurface anomalies with geological and engineering information.

 

  • Improve Survey Efficiency

Multi-electrode acquisition and continuous rolling measurements allow survey teams to cover long linear projects more efficiently than point-by-point investigation methods.

 

  • Adapt to Different Field Conditions

The modular equipment design and rugged protective cases make the system suitable for construction sites, slopes, roads, tunnels, and other demanding outdoor environments.

 

 

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