OKM GeoSeeker

Details

The OKM GeoSeeker is a professional geoelectric water and cavity detector that measures soil resistivity and displays your scanning data in incredible 3D graphics. It is mobile and easy to operate, this geoelectric detector is designed and manufactured in Germany.

Device Features

The OKM GeoSeeker is a professional geoelectric water and cavity detector that measures soil resistivity and displays your scanning data in incredible 3D graphics. It is mobile and easy to operate, this geoelectric detector is designed and manufactured in Germany.

The Geo-Seeker uses a geoelectrical measurement procedure based on the Schlumberger method to read soil resistivity. Based on this ground resistance, the detector is able to locate groundwater reservoirs, gravel, and groundwater level, as well as cavities, caves, and tunnels. Therefore, the geophysical detector can be deployed as a water or cavity detector at the same time.

The hardware components of the OKM GeoSeeker are completely controlled by a modern Android tablet. All commands and measurement results are transferred wirelessly over Wi-Fi. Using the pre-installed software application, simply select one of the three compatible scanning modes:

Active (precise) scanning
While using this scanning mode, the OKM GeoSeeker uses two electrodes to inject electrical energy into the underground ground. Two additional electrodes measure the potential difference (voltage drop) at specific scanning points to calculate the final resistivity value. This mode is used to detect groundwater deposits, hidden caves, or even impermeable layers and barriers within the groundwater. Inactive scans, you can define a specific depth range in which you are going to perform your measurement. So you will define an initial and final depth between 5 meters (16 feet) and 250 meters (820 feet).

Active scan (fast)
This scanning mode is a fast version of accurate scanning. It is also injecting electric current into the subsoil and measuring the potential difference (voltage drop) to calculate soil resistance.

Passive scanning
While using this scanning mode, the OKM GeoSeeker uses only two electrodes to read the natural subway voltage (no power is injected into the subway). This mode is used to detect only water flowing underground.

The OKM GeoSeeker water detector graphical user interface is available in the following languages:
Deutsch, English, Français, Spanish, Italian, عربي, Λληνικά, Türkçe, 中文, Pусский, Nederlands, فارسی.

OKM GeoSeeker provides simple step-by-step instructions to help you complete the measurement. Simply follow these illustrated instructions until your measurement is complete. After the measurement is complete, a 3D graphical representation of the measurement values is created and displayed on your Tablet PC screen. Some color adjustment options are provided to optimize the 3D graphical display of your underground water, gravel, and groundwater level (shown in bluish colors), as well as cavities, caves, tunnels, chambers, or waterproof layers (shown in reddish colors).

Water detector and cavity detector up to 250 meters (820 ft) depth

Are you looking for underground water resources or hidden cavities up to depths of 250 meters (820 ft)? The OKM GeoSeeker is a professional geoelectrical water detector and cavity detector that measures the ground resistivity and visualizes its scan data in incredible 3D graphics. It is a very mobile and easy-to-operate geoelectrical detector designed and manufactured in Germany.

The OKM GeoSeeker utilizes a geoelectrical measurement procedure based on Schlumberger to read the apparent resistivity of the ground. Based on that ground resistivity the detector is capable to locate underground water deposits, water-bearing gravel, and groundwater levels as well as cavities like caves, tunnels, chambers, and the like. Thus, the geophysical detector can be deployed as a water finder or cavity detector at the same time.

Device program Functions

• Mobile Geo-Electrical Detector
• Wireless Data Transfer to Tablet PC
• 3D Graphics of Underground Resistance
• Easy Step-by-Step Guided Measurements