K K & S I N S T R U M E N T S
S Y S T E M S F O R U X O & L A N D M I N E D E T E C T I O N
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F E R E X ® 4 . 0 3 2
Qualification
MIL-STD 810E 512.2 Leak testMIL-STD 810E 514.4-1 Random VibrationMIL-STD 810E 516.4 Mechanical ShockMIL-STD 810E 516.4 Transit Drop Test, Procedure IVMIL-STD 810E 501.3 High TemperatureMIL-STD 810E 502.3 Low TemperatureMIL-STD 810E 503.3 Temperature ShockMIL-STD 810E 505.3 Solar Radiation (sunshine), Procedure IMIL-STD 810E 506.3-1 Blowing Rain
MIL-STD 461 D RE 1025.3.13.1 Radiated EmissionMIL-STD 461 D RS 10 Radiated Susceptibility
Characteristics
• Passive flux gatemagnetometer
• Detection of ferromagnetic material/UXO e.g. bombs, grenades ...
• Precise handling, light weight
• High detection sensitivity• Tension band technology• Alignment for lifetime • Modular design• Compatible to GPS • Compatible to laser
positioning • Data logger option• Software for evaluation
and display of data• Documentation according
to AECMA 1000D• Operator and service
training• World wide service
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Versions
Detection-Toolbox with interchangeable components:
FEREX® 4.032 APIsingle channel pointer instrumentFEREX® 4.032 DLG data logger instrument, up to 4 channelsFEREX® 4.032 DLG GPS Kartograph data logger instrument with additional GPS positioning capability
Application
• Land surface detection• Borehole detection• Underwater survey
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F E R E X ® K I T S
FEREX® 4.032 APIMk26 Mod1 (US)NSN 6665-01-503-7886
• Control unit• FEREX® probe
CON 650• Carrying rod • Battery pack• Carrying belt• 30 m extension cable• Pulling rope• Ballast weight• Headphones• Case• Batteries • Tools• User manual
FEREX ® 4.032 APINSN 6665-12-359-9684
• Control unit• FEREX® probe
CON 650• Carrying rod • Battery pack• Carrying belt• Case• Batteries • User manual
Extension cable,waterproof
Headphones
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FEREX® 4.032 DLG STDNSN 6665-12-359-9685
• Control unit STD• FEREX® probe
CON 650• 0.6 m cable• Carrying rod• Battery pack
FEREX® 4.032 DLGGPS CartographNSN 6665-12-354-4078
• Control unit GPS• FEREX® probe
CON 650• 0.6 m cable• Carrying rod• Battery pack• Carrying belt• Case• Batteries• Start/Stop-handgrip• Data transfer cable • User manual
• Carrying belt• Case• Batteries• Start /Stop-handgrip• Data transfer cable • User manual
GPS supported navigation
Case
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A C C E S S O R I E S
3-probe-holder
• Carrying frame• Probe cable, threefold• Battery cable
Options:
• Adapter forGPS-antenna
• Adapter forlaser prism
Application andbenefits
• Large-area detection• Adjustable probe-spacing• Ergonomic design
Borehole detection
• FEREX® probe CON 400• Battery cable• Extension cable,
waterproof• Ballast weight
4-probe-holder
• Carrying frame• Probe cable,
fourfold• Battery cable
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Probe specification
Design tension band, alignment for lifetimeMeasuring uncertainty <2% ref. ±10,000 nTResolution <0.2nTStability <1nTTemperature drift <1nT/KBand width 240 HzSampling rate 20 HzMeasuring range ±10,000 nTLinearity <1nT ref. to max. measuring range
Specification data logger
Memory 16 MBper value 3 ByteChannels, max. 4File export formats .csv, .xyz, .txt, .fdl, .bmp
FEREX® API FEREX® DLG
Operating time with one set of alkaline batteries intermitted operationcontinuos operation
1 probe>80 h>70 h
1 probe>36 h>35h
3 probes>18 h>15h
4 probes>14h>10 h
Power supply Voltage ±6 V DC 4 x1.5V D -cells, ANSI STD. Size «D» (IEC LR 20) or 4 rechargeable batteries (optional)
Measuring ranges 8 linear ranges from 0 to 3 nT up to 0 to 10,000 nTor logarithmic range
Temperature ranges Storage temperature -57°C to +70°COperation ambient temperature -35°C to +70°C
Weight (Masses) 4.2kg excl. batt. in case 10.5kg
4.2kg excl. batt.in case 10.4 kg
DimensionsFEREX®
Case
L 1,400 mm L x W x H 995 x 265 x 335mm
FEREX® probes ∅-tubemm
Lengthmm
Probe basis space mm
Weightkg
FEREX® probes CON 650FEREX® probes CON 400FEREX® probes CON 1600
353535
853 6031,800
650 4001,600
0.550.501.00
T E C H N I C A L S P E C I F I C A T I O N S
FEREX® probeCON 400
FEREX® probeCON 650
FEREX® probeCON 1600
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F E R E X ® E Q U I P M E N T A N D A D D - O N S
Basic unit Detection on land
Evaluation Software Multi channel systems for large area detection
hand-held
FEREX® 4.032 API
FEREX® 4.032 DLG Data logger
FEREX DATALINE®
4.800 STDFEREX DATALINE®
4.800 STD FILTER UpgradeFOERSTER-Multi-probe-holder
FOERSTER-3-probe-holderNeeded in addition:2 FEREX® probes
FOERSTER-4-probe-holderNeeded in addition:3 FEREX® probes
FEREX DATALINE®
4.800 STD FILTER
FEREX® 4.032 DLG GPSCARTOGRAPH
FEREX DATALINE®
4.800 GPSFEREX DATALINE®
4.800 GPS FILTER Upgrade
FEREX DATALINE®
4.800 GPS FILTER
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Bohrehole detection Underwater detection
Positioning NavigationSoftware for support of
vehicle based large area detectionvehicle-based
Hardware:Extention-cable with sealing-plug, up to
100 m length for use down to 100 m water-depth pulling rope,
ballast-weight
Software DLG: STD, Borehole modul
Extention-cable with sealing-plug, up to
100 m length for use down to 100 m water-depth pulling rope,
ballast-weight
FOERSTER MULTICAT® 4.850
Option:Foam marking
Additional 4 FEREX® probes and cable-set
for 8 channel useadapter 8 channel
(2. DLG GPS needed)
GPS cables andantenna-adaption
GPS-system on request
Tachymeter total stationon request
FOERSTER DATAMONITOR
software
Only together with DGPS and FEREX®
4.032 DLG GPS
Display insidedetection-vehicle
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F O E R S T E R M U L T I C A T ® 4 . 8 5 0
Probe vehicle kit
• Probe drawbar trailer• Cable kit• 3 FEREX® probes• FEREX® 4.032 DLG GPS
Options
• Foam marking system• Adapter for GPS• Adapter for laser prism• DATAMONITOR
navigation software
DATAMONITORNavigation software
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F E R E X D A T A L I N E ® 4 . 8 0 0 S T D / G P S
Characteristics
• Evaluation of FEREX® DLG data records
• Colour coded field display
• 3D display, trackdescription
• Dipole/Object calculation• Objects listing• Object filter • Mapping supported
by different co-ordinate systems
• User defined co-ordinate systems
• Data export/import • Formats: .csv, .xyz, .txt,
.fdl, .bmp• Graphics import: (.bmp,
.jpg, .jpeg, .emf, .wmf)• GIS mapping support• User administration
Scope of supply
• Software CD/Rom• User manual CD/Rom• Hard lock drive (USB,
PCMCIA)
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MINEX® 2FD 4.500NSN 6665-12-354-8391
• MINEX® metal detector• Protecting cap• Case• Batteries• User manual
M I N E X ® 2 F D 4 . 5 0 0
Features
• Active metal detector• High sensitivity for all
metals • Smallest metal content
detection, e.g. land mines• Compact design • Double tone detection
signal for precise pin-pointing
• Self test and audio-visual alarm system
• Ground learning system• Waterproof sensor• Stepless adjustable tel-
escope • Built-in loudspeaker• Headphone socket• 3 sensitivity ranges• Constant sensitivity dur-
ing battery lifetime
Backpack
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Qualification
MIL-STD 810E 514.4-1 Random VibrationMIL-STD 810E 516.4 Mechanical Shock, Procedure IMIL-STD 810E 516.4 Drop test, Procedure IVMIL-STD 810E 501.3 High temperaturesMIL-STD 810E 502.3 Low temperaturesMIL-STD 810E 506.3-1 Blowing rainMIL-STD 810E 503.3 Temperature shock (transport) MIL-STD 810E 512.2 Leakage testMIL-STD-810E 505.3 Solar Radiation (sunshine) Procedure I
EN 55055:1994, A1:1995, A2:1997 Radiated Emission
EN 61000-4-3:1996 Radiated Susceptibility
ENV 50204:1995 Radiated Susceptibility
Technical Data
Search head oval, 210 x 285 mm
Lengthminimum 920 mmmaximum 1,670 mm
Weight MINEX 2FD 4.500 2.3 kgCase 5.7 kgBackpack 0.7 kg
Power supply Voltage ±4.5V DC, 3 x 1.5 V D - cells, ANSI STD. Size “D” (IEC LR 20) or 3 rechargeable batteries (optional)
Operating time >40 h at ambient temperature of 20 °C
Ambient temperature -37 °C to +71°Crange with alkali-mangan (-99°F to +160°F)batteriesStorage temperature -57°C to +71°C (without batteries) (-135°F to +160°F)
Headphones
Case
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Training ground for simulating real situations
P R A C T I C A L T R A I N I N G
Practical Tests
FOERSTER has set up a training ground next to the Division S buildings espe-cially for demonstration and training purposes. In an underground pipe system objects can be placed in a defined position and depth to simulate real life condi-tions for operators.
It is also possible to experi-ence equipment handling in ground conditions which are typical of worldwideoperation sites.
FOERSTER uses these grounds for training and seminars, but also allows companies and organisa-tions to use these unique test facilities. In this way, specialists who are trained here under expert tuition can put their knowledge directly into practice.
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S E M I N A R S
Passing on experience – learning to operate efficiently
Theory and practice
FOERSTER detection technology is designed to enable the operator to be able to cope quickly so that he can carry out his work. The training stage can be considerably reduced how-ever if the training includes transfer of information to the operating personnel as well as obtaining the tech-nology.
The FOERSTER training program firstly offers basic seminars, which, besides training for equipment us-age, also provide advice on operation and evaluation.
Furthermore, extension seminars containing up-to-date information are of-fered which convey further knowledge and information about the present situation of the international efforts and results regarding dis-posal of unexploded muni-tions as well as mine clear-ance etc.
All training is carried outon a practice-oriented basis and contains train-ing with detection devices as well as the theoretical basics.
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K K & S INSTRUMENTSUnit 29 Number 7 Anella Ave,Castle Hill. NSW. 215402 88503755 www.kks.com.au