FEREX 4.034

General description

The FEREX is a vertical gradient fluxgate magnetometer that measures the deformation of the earth's magnetic field evoked by ferromagnetic objects. Magnetometers are suitable for

the detection of ferromagnetic metals like iron, steel or nickel. Normally the detection Depth of magnetometers is larger compared to active EMI detectors but it varies and depends on

the object's mass and its magnetic properties.

The FEREX 4.034 can be used either in direct meter mode or in data recording mode. Four channels for data recording allow the FEREX 4.034 to be expanded into a multi probe holder system for large area survey. The device offers the possibility to connect alternative sensors and GPS systems via a serial interface. These allow precise navigation and geo-referencing of the recorded data..

Working characteristics

Detection of ferrous material/UXO e.g. bombs, shells, projectiles, sub-ammunitions

Detection of underground infrastructure, e.g. tunnels

Magnetometer with tension band technology - provides

sensor alignment for Lifetime

In-built filters for detection in close vicinity to power lines

Special mode for search along fences, pipelines and

railway tracks

Special mode for filtering small objects

Precise handling, light weight, compact design

High detection sensitivity, improved signal to noise ratio

3.5” color sunlight readable display

Data logging of up to 4 FOERSTER fluxgate sensor

channels (differential and absolute values)

Option to link alternative sensors

(e.g. GEOMETRICS® 824A) via serial interface

Serial interface to link various DGPS systems or

odometer

Implemented tool to edit customized GPS-drivers

Comfortable navigation screen and various navigation modes

Integrated stake-out function using imported DATA2LINE object and position lists

Managing large survey areas consisting of multiple survey grids

Definition of various survey grid layouts by defining or importing polygon positioning data

Software DATA2LINE for project definition, post processing and evaluation of recorded

data