ABEM Terrameter VES & VES MAX
The ABEM Terrameter VES Series is a resistivity and IP solution developed to provide an advanced and reliable measurement infrastructure even for fundamental methods. Designed with inspiration from the ABEM Terrameter LS 2, this series offers higher performance, enhanced functionality, and ease of use in Vertical Electrical Sounding (VES) applications.
Thanks to its durable and economical structure, it delivers reliable performance in field conditions, standing out as an effective solution especially for applications requiring IP measurements and deeper resistivity surveys. The ABEM Terrameter VES MAX model is an ideal choice for professionals needing a fully equipped VES device and for users planning to transition to Electrical Resistivity Tomography (ERT) studies in the future.
- Resistivity and IP solution developed for fundamental methods
- System structure inspired by the ABEM Terrameter LS 2
- High performance in Vertical Electrical Sounding (VES) applications
- Enhanced functionality and ease of use
- Measurement infrastructure for determining electrical resistivity changes beneath a single point
- Capability to perform measurements with only four electrodes and one resistivity meter
- Sampling of different depths by varying electrode spacing
- Higher output power and improved data quality
- Durable and economical design with enhanced user experience
- Reliable performance in field conditions
- Advanced resistivity and IP application support with ABEM Terrameter VES MAX
- Suitable structure for users planning a transition to ERT studies
- Effective use in IP measurements and deep resistivity surveys
- Borehole resistivity logging support with the optional Terrameter Log 300 accessory
Application Areas
Geological Surveys
- Determination of geological stratigraphy
- Estimation of the depth of specific geological levels and determination of bedrock depth
- Investigation of problematic layers such as quick clay
- Preliminary investigation of large targets like major mineral masses
- Providing fundamental data for detailed research and mapping studies
- Rapid results with simple field procedures
Groundwater Research
- Differentiation of fresh, brackish, and saline water zones
- Monitoring of drawdown and recharge processes in aquifers
- Estimation of aquifer distribution
- Supporting the differentiation of clay and fresh water using IP data
- Development of hydrogeological models with borehole resistivity logging
Electrical Grounding
- Evaluation of grounding performance in existing or planned electrical facilities
- Prediction of equipment grounding adequacy in emergencies
- Shallow depth testing for AC infrastructures
- Investigation of electrical properties at greater depths for DC infrastructures
- Use in large solar energy farms and HVDC transmission lines
- Effective solution for evaluating the subsurface electrical structure
