MAGNEX® 120 L-2 Multichannel
Multi Channel Systems
Features
Increased productivity when surveying large areas
Reduced personnel requirement
Improved data quality
Rapid and simple assembly and dismantling
Modular design
GPS option
Efficiency through Multichannel Systems
To improve productivity and increase the quality of the data obtained when field mapping, EBINGER offers the MAGNEX® 120 L-2 as multichannel systems. If required these can be enhanced with a GPS system.
3-Channel-System
The TR01-03 carrier is fitted with three MAGNEX® 120 L-2 probes which are arranged at distances apart of 50 cm. The power supply consisting of the MAGNEX® 120 battery box is integrated in the carrier. The carrier can be handled by one operator in one day and the productivity is increased by a factor of three. The average area able to be mapped by one operator is around 1.8 to 2 hectares. For mapping on largely level ground the TR01-03 carrier can be enhanced with the TR01-02RAD wheel set.
5-Channel-System
With the 5-channel system the average area able to be mapped per person and day is around 3.6 hectares. The extension set TR01-05 UPGR permits two further MAGNEX® 120 L-2 probes to be used giving a total of five probes. For high resolution mapping these can be mounted at distances apart of 25 cm. The TR02-05 carrier has a width of 2 metres and can carry five MAGNEX® 120 L-2 probes, these being mounted at distances of 50 cm from each other. By reason of its dimensions the TR02-05 carrier is delivered as standard with the TR01-02 RAD wheel set.
Vehicle-Mounted Multichannel System
For mapping large areas or for long paths as well as also for use on water EBINGER offers vehicle-mounted and GPS-supported multichannel systems with data recording and visualization software.
Depending on the particular detection location and the working conditions the average mapping result is in the range of approximately 12 hectares per day for a four metre wide vehicle-mounted frame.
Digital Recording of Measured Data
The EB 450 B works on the principle of EB attenuation which was first discovered in the course of weapons’ development work more than 30 years ago. It revolutionized the technology employed in mine detection devices in that their sensitivity, penetration depth, interference suppression and tuning precision underwent significant improvement. Detection work was thus rendered easier, safer and consequently more efficient.
Work Planning Advantages
Reduced expense for excavations
Material and personnel requirement planning can be optimizedv
Clearance priorities can be defined
Easy planning of clearance priorities
The EPAS® software presents the detection data as two-dimensional colour-coded maps and/or as ISO line charts. Each way of visualization can be configured separately in respect of limit values and sensitivity. The detection data visualization can be superimposed on geographical maps.
The models, which are used in the evaluation of the magnetic anomaly and pulse-electromagnetic induction data, facilitate interpreting of the objects that have been localized in respect of their.
