SURFACE UNIT AND SOFTWARE
Based on modern dsp technology, the Micrologger2 is probably the most powerful portable logging system on the market. Lightweight and smaller in size than the average notebook, the Micrologger2 supports all RG probes including the latest acoustic and imaging types.
RG Winlogger is the operating software for the Micrologger2 surface system. The product of years of development, RG Winlogger provides data acquisition, processing and reporting for the standard RG probe range.
A robust ‘no-frills’ unit, the 500m winch can be operated from a vehicle battery and is ideal for heavier probes in shallow boreholes.
The RG Mini winch is portable, compact and robust. Its basic ‘no-frills’ design is aimed at long-term reliability under arduous conditions.
SIDEWALL DENSITY PROBE
The sidewall density gamma probe uses dual shielded detectors to provide a borehole- compensated density measurement with good bed-boundary resolution.
DENSITY GAMMA INCLINATION
The Trisonde offers a convenient alternative to the standard RG sidewall density probe whenever borehole diameter is restricted and qualitative density measurements are acceptable. One common application is in logging through drill pipe when unstable borehole conditions prevent use of unprotected nuclear probes.
The focussed resistivity (LL3) measurement provides excellent vertical resolution and a reasonable depth of investigation.
This highly compact slimhole tool is designed specifically for geotechnical and mining applications. The probe acquires transit-time and full-waveform data simultaneously from a single transmitter and three receivers.
The RG verticality probe provides accurate, continuous measurements of borehole inclination and direction.
The HRAT (High Resolution Acoustic Televiewer) provides a continuous high-resolution oriented ultrasound image of the borehole wall.
HI-RESOLUTION OPTICAL TELEVIEWER
The Hi-OPTV provides a continuous very high resolution oriented image of the borehole walls using a conventional light source. A unique optical system based on a fisheye lens allows the probe to survey 360 degrees simultaneously.