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  9. Minelab X-Terra 30 User manual

Minelab X-Terra 30 User manual

Turn on (pg. 20)
Choose a discrimination pattern (pg. 32, 33)
Adjust sensitivity (pg. 45) and volume (pg. 47)
Choose a noise cancel* channel (pg. 49)
Adjust ground balance* (pg. 52)
Begin detecting! (pg. 24)
These quick start instructions allow you to begin
detecting straight away and find important
reference information for setting up your X-Terra.
Minelab however encourages all users to read the
entire manual to ensure a complete understanding
of all features and functions your X-Terra offers.
* Available on X-Terra 50 model only.
The World Leader in Metal Sensing Technology
From our origins in 1985, Minelab have specialised in
advanced electronics technologies. Our competitive
advantage was created almost immediately with a highly
competent and innovative Research and Development
team, inspired by the genius of Mr. Bruce Candy.
This commitment to innovation has enabled us to
successfully market feature-packed Consumer coin and
treasure detectors enjoyed by hobbyists worldwide as well
as high quality gold detectors used by both professionals
and amateurs. Minelab’s advanced technology is also
incorporated in detection equipment designed for military
and humanitarian de-mining projects throughout the world.
Today Minelab has manufacturing, distribution and
customer service operations in Australia, Europe
and the United States, and is an ISO 9001 Quality Endorsed
Company. ISO 9001 is a worldwide quality standard
certification that ensures the highest level of product
quality for our customers.
For further product information
and detecting tips, refer to:
Operation is subject to the following two
conditions: (1) this device may not cause
harmful interference, and (2) this device
must accept any interference received,
including interference that may cause
undesired operation.
Item Number: 4901 - 0055
Revision: 1.1
Please note:
Since there may be a variety of options
available for this detector, equipment
may vary according to the model or
items ordered with your detector. Certain
descriptions and illustrations may also
differ (in this manual) from the exact model
that you purchased. In addition, Minelab
reserves the right to respond to ongoing
technical progress by introducing changes
in design, equipment and technical
features at any time.
For Consumers within the European Union:
Do not dispose of this equipment in general
household waste.
The crossed out wheeled bin indicated
on this equipment is an indicator that
this unit should not be disposed of in
general household waste, but recycled
in compliance with local government
regulations or environmental requirements.
Please dispose of this equipment via a
recycling service or centre, or by returning
the unit to the respective Minelab or Halcro
outlet as appropriate for your unit. This will
enable the equipment to be disposed of
in an environmentally safe manner.
Disposal of unwanted electronic equipment
in landfilled waste may contribute to
adverse long term environmental effect
due to the leaching of contaminating and
toxic substances contained within some
electronic equipment.
Working for a Cleaner,
Greener Future
THIS DEVICE COMPLIES WITH
PART 15 OF THE FCC RULES
Disclaimer: The Minelab metal detector
discussed in this operating manual has been
expressly designed and manufactured as
a quality hobbyist metal detector and is
recommended for use in coin, treasure and
general metal detection in non-hazardous
environments. This metal detector has not
been designed for use as a mine detector or
as a live munitions detection tool.
Please return the
tear off section
of your warranty
card to Minelab
as soon as possible.
3
Metal detecting is a fascinating and rewarding activity
enjoyed by people all over the world. By getting to know
your X-Terra you can become one of the many who find
valuable coins, relics and jewellery on a regular basis.
The X-Terra is a high-precision instrument incorporating
Minelab’s latest single frequency technology, VFLEX.
VFLEX processes a pure single frequency, ensuring
that you can enjoy the hobby at all times, confident
that you are using a highly-tuned and dependable
detector. In other words, a SERIOUS detector.
This pocket sized manual is designed to help both
the beginner and expert treasure hunter get the best
performance out of the X-Terra 30 or X-Terra 50.
*This asterisk will appear
throughout the manual,
indicating features available
on the X-Terra 50 model only.
1
23
4
6
8
9
10
11
12
13
14
Back Cover
VFLEX Technology
Assembling Your X-Terra
Connecting the Coil
Shaft Assembly
Armrest Assembly
Connecting the Control Box
Coil Cable Assembly
Inserting Batteries
Ready for Use
Quick Start Reference
Detecting Basics
Holding the Detector
Sweeping the Coil
Introducing the Control Panel
Keypad Layout
Turning on the Detector
LCD Layout
Detecting Exercise
Example Detections
How Detectors Work
Target ID
Discrimination Scale
Preset Discrimination Patterns
Choosing a Discrimination Pattern
X-Terra 30
X-Terra 50 / All Metal Shortcut
Pinpointing
Recovering the Target
Detailed Detector Operation
LCD Icons
Operation
Selecting Menu Settings
Sensitivity
Adjusting Sensitivity
Volume
Adjusting Volume
Noise Cancel*
Choosing a Noise Cancel Channel*
Ground Balance*
Adjusting Ground Balance*
Editing Discrimination Patterns
Method 1
Method 2
Erasing Patterns
Factory Presets
Reference Information
Sounds
Error Messages
Battery Behaviour
Care of your X-Terra
Accessory Headphones
Protective Accessories
Accessory Coils
X-Terra Specifications
X-Terra Model Features
User Preferences
38
42
43
44
45
46
47
48
49
50
52
54
55
56
57
58
60
62
64
66
68
69
70
71
72
15
17
18
19
20
21
22
24
26
27
28
30
32
33
34
36
Power
Supply Audio Transmit
LCD ReceiveKeypad
PRIMARY MICRO
(IN CONTROL BOX)
DIGITAL SIGNAL PROCESSING
(DSP)
CODEC SIGNAL CONVERSION
The X-Terra detectors are Minelab’s first products
to incorporate VFLEX Technology.
VFLEX uses state of the art digital and mixed-signal
components to enhance standard single frequency
technology by replacing most of the analogue
circuitry with digital signal processing. The small
amount of analogue circuitry still employed has
been very carefully designed and calibrated to
obtain the outstanding sensitivity, stability and
repeatability required to match the performance
of the processing in the digital domain.
This radical departure from traditional approaches
to metal detector design has been made possible
by advances in electronics that power personal
digital assistants, cell (mobile) phones and
high-fidelity portable audio.
For the X-Terra user, this precision means
dependable performance and improved immunity
to environmental conditions such as ground
mineralization, electromagnetic interference
and temperature variations.
VFLEX requires coils that are accurately constructed
and calibrated. Every time the detector starts up,
the micro-controllers in the control box and the
coil establish communication through a digital
data link.
Information about the coil is sent to the control box,
so the detector ‘knows’ what type of coil is attached
and can set the correct operating parameters.
This optimizes the performance, and also makes
the detector ‘future proof’, in that it will be capable
of operating at different frequencies* depending
on the electronic properties of the coil.
Analog Signal
Coil
Analog Signal Precision VFLEX Signal
Standard VLF Signal
(Without VFLEX)
Transmit
Receive
SECONDARY MICRO
(IN COIL)
SENSING + TRANSMITTING
COIL TYPE, SIZE, FREQUENCY
Control Box
67
Rubber washers (2)
Plastic wing nut
Plastic bolt
Armrest screw
Armrest strap
Velcro tabs (2)
Before assembling your X-Terra please check
that the package includes these parts:
Coil
Skidplate (fitted to coil)
Control box
Armrest
Stand
Lower shaft
Middle shaft
Upper shaft
Warranty card
Instruction manual
you’re holding it
:-)
9
8
Plug the two rubber washers into the holes
on either side of the lower shaft yoke.
Slide the yoke into the yoke bracket on top
of the coil. Ensure that the spring loaded
pin in the lower shaft is underneath.
Insert the plastic bolt through the yoke
and the yoke bracket.
Fasten with the plastic wing nut provided,
being careful not to damage the thread
of the bolt by over-tightening. This may
need to be loosened to adjust the coil to
a comfortable detecting angle.
The coil cable is directly wired into the
coil and is not removable. Any attempt to
disconnect this cable will void your warranty.
Ensure that the twistlocks of the shafts
are loosened by rotating them counter-
clockwise.
Compress the spring loaded pin in the
lower shaft and slide it into the middle shaft
until the pin reaches the adjustment holes.
The pin will spring out and click into place.
Attach the middle shaft to the upper
shaft in the same way.
Once shafts are assembled, lock them in
position by rotating twistlocks clockwise.
The upper shaft assembly location uses
two spring loaded pins to strengthen the
joint, one on either side of the shaft
10 11
Place the armrest onto the top of the upper
shaft, lining up the central hole in the
armrest with a hole in the aluminium shaft.
Position the armrest to suit your arm length.
(Holding the Detector, pg. 15)
Insert the screw up through the stand, upper
shaft and armrest. Tighten the screw, being
careful not to overtighten and damage the
thread.
With the velcro side facing upwards, thread
the armrest strap through both slots in the
armrest. Ensure the end of the strap will
be fastened outwards from your arm.
Connecting
With the LCD facing up, push the control
box onto the end of the handle until it
fits into place.
The X-Terra is designed to be used in both the
left and right hand. This diagram shows the
velcro strap threaded outwards for the left arm.
10
The LCD window has a protective
film affixed to prevent scratching.
This may be removed when the
detector is fully assembled.
The control box may be easily removed
for packing and transport in a carry bag.
Disconnecting
Brace the detector firmly against
yourself, grasp the control box and
pull it away from the handle.
13
Wind the coil cable around the lower
and middle shaft enough times to take
up the slack.
Use the velcro tabs to keep the coil cable
in place against the shaft. It is recommended
that one tab is used on the lower shaft close
to the coil and the other tab on the middle
shaft before the cable reaches across to
the control box.
Align the coil plug and connect into
the socket in the back of the control box,
lightly tightening the retaining ring to
hold it in place.
The X-Terra uses 4 XAA batteries which
are not included with the detector. (Battery
Behaviour, pg. 62)
Access the battery compartment via the
battery door located on the side of the
control box. Slide the battery compartment
door upwards with your thumb.
Place individual batteries into the
compartment as illustrated, ensuring
the positive (+) and negative (–) contacts
match the diagram on the control box.
Close the battery door by pushing and
sliding it downwards.
12
If the detector does not turn on check the
battery orientation. The detector will not
be damaged if the batteries are inserted
incorrectly.
15
CONGRATULATIONS!
YOU HAVE SUCCESSFULLY
ASSEMBLED YOUR X-TERRA.
IT IS NOW READY FOR DETECTING!
14
Thread your arm through the armrest
and strap. Grasp the handle of the detector
and rest your forearm in the armrest.
Your elbow should sit just above the top
of the armrest. Lightly tighten the velcro
strap and secure it around your arm.
17
Shaft is the
correct length
Shaft is too short
The correct position of armrest and length
of shaft should allow you to swing the
coil in front of your body without any
uncomfortable stretching or stooping.
To adjust the length of the shafts, undo the
twistlocks, compress the spring pins of the
shafts and move them up or down to suit.
Once all shafts are clipped into position,
rotate twistlocks clockwise onto the shafts
until a firm clamping action is achieved.
(Shaft Assembly, pg. 9)
To adjust the position of the armrest
remove the armrest screw and move the
armrest and stand to the desired position.
(Armrest Assembly, pg.10)
Think of the detector as an extension of
your arm. It should be straight with your
forearm and feel light and comfortable
when you pick it up.
coil parallel to the ground
Once outside, practice sweeping the coil
over the ground in a side-to-side motion,
while walking forward slowly. Slightly overlap
the previous sweep to ensure a full ground
coverage. An approximate sweep speed is 3
seconds from left to right to left.
It is important to keep the coil close and
parallel to the ground at all times. This will
increase detection depth and response to
small objects. Avoid excessive brushing
of the coil on the ground, as this may result
in false signals and inaccurate target ID’s.
A variation in coil height at the end of each
swing may also cause confusing sounds and
reduce detection depth. 1” (2.5cm)
16
18 19
POWER turns the detector
on/off.
Accesses and scrolls through
detecting settings.
This button has two functions.
Assists in locating the exact
position of a target prior to
recovery (PINPOINT).
Exits menu settings, and
returns to detection (DETECT).
Adjusts settings and scrolls to
the left (–) or right (+) through
the discrimination segments.
Scrolls through the different
discrimination patterns.
Accepts or rejects certain
metals by turning on/off
individual discrimination
segments.
Toggles between the selected
discrimination pattern and
the all metal pattern.
Activates the manual
adjustment to compensate
for different types of soil.
1
2
3
4
5
AL
1
2
3
4
5
AL
50
30 50
*
*
19
Liquid Crystal Display (LCD) area
20
There are many metallic objects inside
the house (e.g. nails in the floor, reinforcing
in the walls) that will result in overloading
the detector’s electronics. There may also
be interference from TV sets and other
household appliances. In this environment
the detector may give erratic performance
and numerous false signals.
If the detector emits an overload sound
and displays OL (Error Messages, pg. 61) move the
coil away from the source of the overload.
It is best to only turn the detector on
when outside, away from sources
of electromagnetic disturbance.
1
2
3
4
5
AL
This LCD layout is a representation to show
the differences between the two models. LCD
icons are never all shown at the same time.
30
1
2
3
4
5
AL
50
1
2
3
4
5
AL
21
Press POWER
A short start up sequence will display
and a tune will be heard.
Once on, the detector will be in automatic
detection. There will be no numeric
reading until a metal object is detected.
Blank detection display.
There will be no numerical
reading until a detection
is made.
Overloading is not harmful to the
detectors electronics.
Many of the screen pictures in this
manual that refer to both models,
show the X-Terra 50 display only.
22
Pass the coil across the objects, one at a
time, and observe the LCD and the detector’s
sounds as it detects each object.
Note: If you are getting signals from a clear patch of
ground, there may be unknown buried metal objects.
Before attempting to pinpoint or recover
real targets it is important to understand
how to interpret the audio and visual
responses correctly.
If the detector is making popping and
crackling sounds and displaying numbers
when the coil is not over one of the metal
objects, try reducing the detector’s sensitivity
(pg. 44). Once stable, the detector will only
sound and display numbers when the coil
is passed over a target.
A good way to become familiar with
detecting is to test the detector against
a range of metal objects. This exercise
is a simple lesson on how the detector
interprets metal objects.
Gather a collection of different metal objects,
e.g. various coins, gold and silver jewellery,
a rusted nail, pull-tab, brass button and
aluminium foil.
Take the detector outside, away from known
electromagnetic fields or metal objects.
Lay objects in a line, sufficiently spaced apart
to allow the coil to pass between the objects.
This test exercise can be used when
adjusting the detector’s settings (Sensitivity,
pg. 44, Volume, pg. 46, Noise Cancel*, pg. 48,
Ground Balance*, pg. 50)
The X-Terra 50 has additional ways
of stabilising the detector’s signals for
different environments. (Noise Cancel*, pg.
48, Ground Balance*, pg. 50)
23
Don’t worry if the detector isn’t producing
a sound over the nail, this is because the
detector begins in the default pattern 1,
a setting which rejects signals from common
junk targets.
The X-Terra coil is waterproof.
(Care of Your X-Terra, pg. 64)
24 2525
1
2
1 icon to indicate
the targets depth
from the coil,
approx. 0-2” (0-5cm)
Ferrous nail
All Metal Pattern
The all metal pattern turns off every
discrimination segment, allowing all metals
including ferrous targets to be detected.
Audio
A detected ferrous target will give a low tone
audio response.
Visual
A detected ferrous target will give a visual
indication within the ferrous section of the
discrimination scale and a negative target ID.
Further understanding of detector
basics and detailed detector
operation may be obtained from
the rest of this manual.
Discrimination Pattern
The factory preset pattern 1 rejects ferrous metals and
foil, and accepts non-ferrous metals. Patterns can be
edited and saved according to detecting preferences.
Audio
A detected non-ferrous target will give a medium
- high tone audio response.
Visual
A detected non-ferrous target will give a visual
indication within the non-ferrous section of the
discrimination scale and a positive target ID.
A detected target ID segment
(indicated on the diagram by a grey icon)
will flash (if accepted) quickly 3 times to
show its position on the discrimination
scale - just like a cursor on a computer
screen. The segment will continue to flash
slowly until another target ID segment is
detected.
1
2
4 icons to indicate
the targets depth
from the coil,
approx. 6-8” (15-20cm)
Non-ferrous coin
Medium
High Low
27
The X-Terra has a number of different icons
that have been designed to best represent and
identify the metal objects in the ground.
Target ID
Buried metal objects are referred to as targets.
As the coil is passed over a target, it detects
its conductivity and displays this as a number.
Target Identification (ID) is used to distinguish
one type of metal target from another.
Target ID numbers range from -4 to 44 on the
X-Terra 30 and -9 to 45 on the X-Terra 50.
Negative numbers represent ferrous targets and
positive numbers represent non-ferrous targets.
The last detected target ID stays on the
display until another target is detected. If the
detector passes over a target that it rejects, the
display will return to a blank detection screen
represented by 2 dashes.
1
2
Discrimination segment
Another identifier of metal objects, each segment
refers to a certain type of metal signal. Segments
can be turned off (to accept targets) or turned on (to
reject targets) which in turn accepts or rejects signals
from the corresponding metal objects.
(A grey icon on the diagrams in this manual
represents a flashing icon on the detector.)
Target ID
The numeric identifier
of a particular metal object
underneath the ground.
Depth indicator
A guide to how deep a metal
object is under the ground.
The more arrows displayed,
the deeper the object is likely
to be from the coil.
Metal detectors work due to the fact that
metal is conductive. Metal detectors create
an electromagnetic field, which penetrates
the ground.
When the coil senses a change in this field
(caused by a metal object) it sends a signal
back to the control box which then alerts
the operator. Metal detectors react to the
size, shape and composition of objects.
Typically, the larger the object, the deeper
it can be detected.
The X-Terra uses a single frequency (7.5kHz)
as the standard operating frequency. This
frequency has the ability to penetrate deep
into the ground.
26
The frequency of a detector is the number
of times a signal is transmitted into the
ground and received back, per second
(measured in Hertz - Hz).
“BEEP!”
28
1
2
Rejected segments appear as black, accepted
segments disappear altogether (allowing signals
from metal objects). The combinations of accepted
and rejected segments are referred to as patterns.
Desired and undesired targets may appear
anywhere along the discrimination scale, e.g.
Desired ferrous target - Canadian coin
Undesired ferrous target - iron nail
Desired non-ferrous target - gold coin
Undesired non-ferrous target - pull tab
Discrimination segments can be accepted
or rejected, in turn accepting or rejecting
certain targets.
The more segments available, the more separate target IDs available.
50
15 non-ferrous
3 ferrous
30
11 no n-ferrous
1 ferrous
The X-Terra 30 has 12 segments.
The target IDs range from -4 up to 44, increasing in steps of 4.
The X-Terra 50 has 18 segments.
The target IDs range from -9 to 45, increasing in steps of 3.
In addition to the target ID, targets are also
represented as a particular segment on a
linear scale at the bottom of the display.
Each discrimination segment represents
a level of conductivity and ferrous content.
Non ferrous targets are those that have no
iron content, such as gold, silver, copper
and bronze. Non-ferrous targets are often
higher in conductivity and are represented
by the right hand side segments.
Ferrous targets are those that contain iron,
for example nails and scrap metal. They
generally have a low conductivity and are
represented by the left hand side segments.
29
30 31
The combinations of accepted and rejected
segments are referred to as patterns. The
X-Terra has preset discrimination patterns
that have been customised to detect general
desired targets such as coins and jewellery.
The X-Terra 30 has an all metal pattern and 1
preset pattern. The X-Terra 50 has an all metal
pattern and 2 preset patterns.
Patterns 1 and 2 can be edited to create your
own custom discrimination patterns. Edited
patterns are automatically saved.
(Editing Discrimination Patterns, pg. 54, 55)
(Erasing Patterns, pg. 56)
Patterns are an important part
of detecting as they can save you
from digging for unwanted targets.
30
50
Pattern 1
Accepts signals from non-ferrous targets,
e.g. gold and silver coins (X-Terra 30 IDs: 8, 12, 16, 20,
24, 28, 32, 36, 40, 44). (X-Terra 50 IDs: 6, 9, 12, 15, 18, 21, 24,
27, 30, 33, 36, 39, 42, 45).
Rejects ferrous objects and non-ferrous
aluminium foil (X-Terra 30 IDs: -4, 4) (X-terra 50 IDs:
-9, -6, -3, 3).
All Metal Pattern
Accepts signals from all types of metals,
everything from jewellery to rusty nails
(all target IDs).
No target signals are rejected
50
Pattern 2*
Accepts signals from most non-ferrous
targets (target IDs 9, 12, 21, 24, 27, 30, 33, 36, 39, 42, 45).
Rejects those from ferrous objects and some
non-ferrous targets, e.g. aluminium foil and
pull tabs (target IDs -9, -6, -3, 3, 6, 15, 18).
1
2
3
1
3
Example targets only
Example targets only
Example targets only
30
50
31
30
1
2
1
2
1
2
1
2
1
2
1
2
1
2
1
2
3
1
2
2
3
4
On the X-Terra 30 PATTERNS
toggles between the all metal
pattern (AM) and pattern 1.
The all metal pattern
cannot be edited.
1
2
3
4
5
AL
1
2
1
2
32 33
On the X-Terra 50 PATTERNS
toggles between pattern 1
and pattern 2.
The X-Terra 50 also has an all
metal shortcut. This toggles
between the selected
pattern and all metal.
The all metal pattern
cannot be edited.
34 35
1
2
1
2
3
4
5
AL
During normal detection, the X-Terra
operates with discrimination patterns. When
a target signal is heard, it is an advantage
to identify the target’s exact position. This
is determined by using PINPOINT.
Enabling pinpoint instructs the X-Terra to
temporarily disengage discrimination and
become a non-motion detector. Targets
normally discriminated against will emit a
signal when beneath the coil.
In pinpoint, the detector gives a continuous
audio response as opposed to a single beep
while detecting. This continuous response
indicates the strength of the target signal
directly below the coil.
The pinpoint audio response is tone and
volume modulated. The difference in tone
and volume produced will help in locating
the targets position and depth.
Once the approximate target location is
known, move the coil outside of that area
and press PINPOINT.
Sweep the coil over the target location. The
menu scale segments on the LCD indicate
how close the target is to the center of the
coil. The detector will only produce a high
volume when the center-ring of the coil is
directly above the target.
Taking note of the detector’s response, reduce
the span of each successive pass of the coil
until you are confident of the target’s location.
Make a mental note of the position or, if the
ground is sandy, mark a line with your shoe
or a digging tool.
Move to one side so that you can pass the
coil over the target at a right angle to your
initial direction. When the detector sounds
you should know exactly where to dig.
If you have difficulty pinpointing the target,
press PINPOINT DETECT again to take the detector
out of pinpoint and then return to Step 1.
35
lowhigh
high
low
low
tone
volume
coil
this target will
produce a loud,
high tone sound
this target will
produce a quiet,
low tone sound
The detector may become noisy if left in
pinpoint. If this occurs, return to normal
detection before trying pinpoint again.

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