|
UWEX® underwater metal detectors are world renowned and well proven in professional and hobby use. The UWEX® models can operate in fresh- and saltwater due to their pulse induction operation principle. Already in the seventies EBINGER purchased the patent rights on the PI principle from eng. C. Colani and brought this technology to maturity. The pursuit of perfection is the reason for the success of the active EBINGER detection technology.
|
|
|
overview Underwater-Landuse |
|
|
Metal detector UWEX® 722 T |
| For land and underwater use Simple operation Static search mode Audible alarm Detects all sorts of metals Low battery consumption Audio battery monitoring Search head/electronics form one watertight, rugged unit Large detection range Audio coded information on the object character Compatible with salt water | |
|
|
Underwater metal detector UWEX® 722 C |
| For use on land and underwater Simple operation Static search mode Audible alarm Detects all sorts of metal Audio battery monitoring Low battery consumption Compatible with seawater | |
|
|
Underwater handheld metal detector UWEX® 720 C |
| Compact-rugged-handy Easy to operate Detects alloys, ferrous and non ferrous metal High detection sensitivity Clear audio signals Saltwater proof Extendable
| |
|
|
Metal detector UWEX® 725 PA |
| Underwater and normal land use easy to operate Dynamic/static search mode Automatic compensation Large detection range Audio battery control Low magnetic interference Exchangeable headset
| |
|
|
Metal detector UWEX® 725 K |
| Underwater and normal land use Versatile PI-system Exchaneable components various serch heads/large loop, rods battery container, headset Bi-polar transmission signal Dynamic/static search mode with or without ground compensation Large detection range (max. factor 4 in air) Audio function monitoring Audio battery control | |
|
|
Underwater magnetometer MAGNEX® 130 |
| Compact-sturdy-handy Easy to operate Visual and audible detection signals Audio indication of field polarity Three sensitivity ranges: 1 – dynamic (LOW) 2 – quasi static (MED) 3 – static (HIGH) Modular | |
|
weiter …
|
|
|
Metal detector UPEX® 722 LT |
| Rugged, versatile PI detector system Lightweight and simple to use Waterlight search heads Compatible to seawater Folding large loop of light weight Audio object/search information Low power consumption Small PP3 9V battery
| |
|
| Flexible PI system Interchangeable probes and search loops High sensitivity Ground compensation Compatible with seawater Detects nuggets PA function visual/audible Continuous tone scale - amplitude/frequency Extensive accessories | |
|
weiter …
|
|
|
Magnetometer MAGNEX® 120 LW |
| Water-, borehole and normal land use Rugged and reliable Ergonomic design Stable search mode Six sensitivity ranges (3.000-1.000-300-100-30-10 nT) Audible pinpointing Ranges of application: 'Mag and flag', analogue (audible/visuel signals) Computer supported mapping, single and multichannel versions | |
|
|
Large loop metal detector UPEX® 740M |
| Rugged version Deep search High productivity Socket for data output Underwater and normal land use Detects alloys, ferrous and non -ferrous metal Saltwater compatible Audible and visual detection signals Linear and logarithmic detection signal indication Exchangeable battery contaimer for disposable and rechargeable batteries Exchangeable and rechargeable battery pack Accessories such as standard search heads cylinder probes, transport cases and chargers | |
|
weiter …
|
|
| Detector for all metals Rugged construction Simplest operation Stable search mode High sensitivity Low ground effects Not compatible with seawater Threshold less audio signal High dynamic indication Low battery consumption
| |
|
|
Deep search metal detector TREX® 150 |
| Deep search, search of large areas Wide span of detection field High productivity Detects all metal, particularly effective on aluminium Visual and audible detection signals Suppresses small sized clutter, and within limits also magnetic effects Selective to deep buried objects with large surface area Prefered for computer assisted operation | |
|