The RCQ-1 resistivity logging equipment has recently been shipped to a customer in Europe for borehole geophysical investigation projects. The system is designed for accurate and efficient subsurface resistivity measurement, supporting geological exploration, groundwater studies, and engineering investigations.
Operators can deploy the probe into a borehole using a Kevlar cable and an electric winch, making the logging process straightforward and efficient in field conditions. The system is lightweight and designed with practical field operations in mind, allowing users to focus on data collection and interpretation rather than complicated setup procedures.
A key feature of this geophysical equipment is its dual-voltage channel design. During a single logging run, the unit can record two apparent resistivity curves simultaneously. This enables the system to capture both gradient and potential curves at the same time, helping improve operational efficiency and reducing the need for repeated measurements.
The equipment can be used in both shallow and deep boreholes. Cable length can be customized according to project requirements, with available configurations ranging from several tens of meters up to 3000 meters. This flexibility allows the system to adapt to a wide range of geological investigation scenarios.
The RCQ-1 resistivity logging equipment will soon be deployed in borehole investigation projects in Europe. For more information about RCQ-1 resistivity logging systems or customized cable lengths up to 3000 meters, please contact us.
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Email: info@ranchengmachine.com
