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Please read the following section very carefully before operating the
device. This is important in terms of getting the best performance out
of your detector!
WIRELESS CONNECTION AND PAIRING
The INVENIO system box and shaft & handle communicate wirelessly.
Normally, the system box and the shaft & handle are paired before they
are shipped from the factory. Therefore, they will connect directly upon
initial start up.
Please follow the pairing steps below if there is no connection
established :
1. Be sure that the system box and shaft & handle are turned off.
2. While pressing the SCAN button on the handle, turn the ON/OFF
switch on the shaft to ON position. The LED on the handle will start
blinking red.
3. While pressing the Zoom In button on the system box, turn the
system box on - do not let go of the button! When the pairing is
successful, the LED will blink green twice and turn off. You can now
let go of the button.
4. Once the pairing is done, the system box and shaft & handle will
connect automatically upon start up.
NOTE : You may hear the sound of the relay circuit in the shaft during
pairing; this is normal.
You can follow the status of the wireless connection from the WiFi
icon the INFO bar located at the bottom of the screen. If the icon is
green, it means there is connection. If the icon is red, it means there
is no connection.
If the Wireless Shaft Channel is turned off in the OPTIONS, the
connection will be lost, the LED on the handle will start blinking red
and the WiFi icon on the INFO bar will turn red as well.
Similarly, if the connection is lost due to any reason, the LED on the
handle will start blinking red. When the connection is reestablished,
the LED will blink green twice.
SEARCHING
All modes of the INVENIO, except for the Ground Anomaly & Cavity,
work in 2 different detection screens - one with and one without the
IPTU sensor. The Ground Anomaly & Cavity mode will work in the
detection screen with the sensor only. Detection screen selection
does not have direct effect on the operation of the modes. The main
difference between the 2 screens is as follows: When searching in the
detection screen without the IPTU sensor, the device detects targets
and displays their IDs only. On the other hand, while searching in the
detection screen with the IPTU sensor, apart from the IDs, the device
also provides the instant depth, shape and 3D graphs of detected
targets.
SEARCHING IN DETECTION SCREEN WITH IPTU SENSOR
A. SENSOR CALIBRATION
1. First, adjust the shaft length and coil angle to searching position.
Then place the search coil on a flat surface, adjust the search coil angle
so that it is parallel with the ground and lean it against a fixed object
such as a tree, rock or a wall. If there is no place to lean it against, hold
it stable with your hand.
2. Turn both the system box and shaft & handle on.
3. Press the SETTINGS button and select ''Calibrate the sensor''.
4. Press the OK button and wait for the calibration process to be
completed. Once the progress bar is full, the calibration will be
completed and the device will automatically revert to the selected
mode's detection screen.
NOTE : If you will search using the detection screen without the IPTU
sensor, you do not need to do the calibration process.
B. GROUND BALANCE
Especially if you will use one of the non-motion modes, you must
ground balance the detector before starting to search. Ground
balancing plays a big role in minimizing the false signals and obtaining
target shapes. All details regarding ground balance are explained in
the relevant sections of the manual.
C. SEARCHING
To obtain accurate data in the detection screen with the IPTU sensor,
first be sure that the IPTU sensor is properly calibrated.
While searching in this screen, the height of the coil above the ground
is critical for the sensor to obtain accurate data. For this reason, pay
attention to the height indicator on the screen. The ideal search height
is shown with green on the indicator. To obtain the best results while
searching and scanning, pay attention to keeping the search coil within
the green area.
While searching in this screen, you can see the movements of the
coil in real time on the 3D detection ground. As the search coil moves
forward or back, the 3D detection ground will slide. The areas scanned
over by the search coil will be painted in gray on the screen. You can
see how much area you have scanned by zooming in and out on the
ground. When you zoom in or out on the ground, the target signals and
the search coil will also be zoomed in or out. Zoom does not affect the
scaling of the ground. For example, if the search coil scans an area of
1 meter while you zoom in or out on the ground at maximum, the total
scanned area will still be shown as 1 meter on the result screen.
TRACE function : When you press the TRACE button and activate this
function, the screen will follow the coil and rotate in the same direction.
When you press the TRACE button, the word TRACE will be displayed
on the INFO bar.
When you detect a target in the detection screen with the IPTU sensor,
the target ID will be displayed on the cursor on the color ID bar at
the top of the screen. At the same time, the signal obtained from the
target will be displayed with a 3D graph and colored according to the
type of target. Ferrous metals are indicated with red, gold/non-ferrous
metals with yellow, and non-ferrous metals are indicated with green. In
addition, the depth of the detected target will be shown on the depth
indicator instantly.
While searching in this screen, drifts may happen in both directions
on the Drift-Metal bar at the bottom. When the bar fills up in the Drift
direction, nothing will be displayed on the 3D detection ground, and the
device will not produce any audio. When the drift happens in the metal
direction on the other hand, a flat, continuous graph will appear on the
detection ground, and the device will produce an audio response.
In such a case, pull the trigger towards you once and release it to
manually retune the device. If the drifts are still present, you can use
the AutoReset and Stabilizer settings to eliminate the drifts. Please
read the relevant sections of the manual for more details.
The 3D signal graph will stay on screen as long as you do not move
the search coil. Once you move the coil, it will stay on screen for about
3 minutes and then disappear. As the 3D detection ground slides, the
signals may fall outside the screen. If you go back to the spots where
you obtained the signals within 3 minutes, you can see the 3D graphs
again.
In detection screen with the IPTU sensor, you can use the CLR button
to clean the screen. Each time you press the CLR button, all data on
screen will be erased and the search coil will go to the origin and will
be centered on screen.
You can magnify and reduce the target signals with the up and down
buttons.
The usage details mentioned above are common for all modes except
for the Ground Anomaly & Cavity mode. For Ground Anomaly & Cavity
mode, please read the next section.
Searching in Ground Anomaly & Cavity Mode
The most important thing you need to know before using this mode
is that this mode, different than the other modes, is not a ''detection''
mode but rather a ''survey'' mode. In this mode, the device will detect all
ground anomalies and cavities. Anomalies include, but are not limited to
the below: Different soil types within the same area, mineralized rocks,
disturbed ground etc. etc. Similarly the cavities can be listed as: Rooms,
tunnels, caves, cellars and graves underground. It is recommended that
this mode should not be used in random fields but only in places with
limited size where you suspect the presence of a cavity.
Before starting to use this mode, first be sure that the IPTU sensor is
properly calibrated.
Retune height will be shown on the height indicator. By lifting the coil
up to the retune height, pull the trigger back once and release. The
sweep height will be marked on the height indicator. Lower the coil to
the sweep height and start searching. While searching, the coil must
stay within the green area on the indicator. This is very important for
the device to perform correct computations.
In the Ground Anomaly & Cavity mode, all signals obtained from
ground with the movement of the coil (ground effect, ground anomaly,
cavity or metal), are indicated by painting on the screen. When you
first start searching, the 3D graph of the signal obtained from ground
appears bigger and stronger for a short period of time. Then it goes
back to normal. For the device to perform accurate computation in this
mode, it has to collect data for a certain period of time. Therefore, it is
recommended that you scan an area of minimum 5-10m² (54-108ft²)
around the suspected area.
In this mode, ground effect is indicated by yellow, metals and positive
hot rocks by red, and ground anomaly and cavity are indicated by gray
or blue color, based on the strength of the signal. In high mineralization,
the device may paint in red color just like in positive hot rocks.
In addition, the signals of targets painted in red are shown with a peak
facing upwards and the signals of targets painted in gray and blue are
shown with a pit facing downwards.
In this mode, the device does not provide any audio response. All
targets and signals are only shown visually on screen. For this reason,
you must follow the screen carefully while searching in this more. If
needed, you can zoom in and out on the screen.
If a metal or a positive hot rock is detected, the target ID will be
displayed on the ID bar at the top. The target ID bar in this mode is
white and not colored like the other modes.
NOTE : In this mode, targets with IDs between 0-10 or above 97
indicate positive hot rocks. Sometimes mineralized and volcanic rocks
may generate such IDs and the presence of ground anomalies is very
common around them. Therefore, cavity signals obtained in such areas
may not always belong to real cavities.
The 3D signal graph will stay on screen as long as you do not move
the search coil just like in the other modes. Once you move the coil,
it will stay on screen for about 6 minutes and then disappear. As the
3D detection ground slides, the signals may fall outside the screen.
If you go back to the spots where you obtained the signals within 6
minutes, you can see the 3D graphs again.
SCANNING WITH IPTU SENSOR
Scan function works in non-motion modes only. The device will not
switch to scan screen in motion modes!
To be able to obtain the 3D graphs and the shapes of the detected
targets in the search screen with the IPTU sensor, you must perform
a scan. In order to do this, please follow the steps below :
a. First, step away from the area where you get the target signal.
b. Then, press the scan button once and release. The device will switch
to the scan screen. Different than the detection screen, the scan screen
is a white, chequered ground.
c. Press and hold the clear button. When you see the coil centered on
the screen, release the button.
d. By pressing and holding the scan button, swing the coil left to right
slowly and scan over the target, starting from a bit away from where
the signal is starting and until the coil is completely off the target
signal. The most important things you should pay attention to while
scanning are holding the search coil stable and parallel to the ground,
and slightly overlapping each sweep with no gaps in between. You
can see the gaps clearly on screen. If you are in the Ground Anomaly
& Cavity mode, keeping the search coil height within the green area
on the indicator is also very important.
NOTE : Do not let go of the SCAN button as long as you hear the target
signal. If the SCAN button is released and pressed again, the shapes
will not be correct and there will be gaps between the start and finish
points of the scan.
Except for the Ground Anomaly & Cavity mode, the areas where the
device receives a signal will be painted in red. In the Ground Anomaly
& Cavity mode, on the other hand, when you first start scanning, the
painting will be in red or blue for a short period of time independent
from the target. Then the painting will be done according to the metal
type just like in the search screen.
TIP : Once the scanning is completed, if you swing the search coil over
the edges of the scanned area with short sweeps and clean out the
spots with no target signals, the device will obtain a much better raw
data.
e. Once the scanning is completed, release the scan button.
If you want, you can scan multiple targets at the same time by holding
the SCAN button pressed or scan them one by one by pressing and
releasing the SCAN button each time. In each case, the 3D graphs and
shapes of all targets will appear in a single result screen.
NOTE : Targets with a signal strength of more than 40 on the
Drift-Metal bar located on the bottom of the screen (not present in
the Ground Anomaly & Cavity) will yield better shapes. For weak
signals with a signal strength of less than 40, you can increase the
sensitivity to boost the signal strength.
NOTE : In the scan screen, if you scan over the targets without pressing
the SCAN button, the device will produce an audio response but will not
paint on screen. If you press the OK button in such a case, the device
will go to the result screen but the screen will be blank.
The timing for refreshing the scan screen (data to be erased from
screen) is around 8 minutes for non-motion and motion modes and
around 16 minutes for the Ground Anomaly & Cavity mode. In the
scan screen, different than the detection screens, the visible parts of
the screen will be cleared.
IMPORTANT! If strong drifts occur once you go to the scan screen,
first pull the trigger toward you once and release to manually retune
the device. If the drifts are still present, press the BACK button to go
to the detection screen. Then press the SETTINGS button, select the
AutoReset option and adjust it to a level to eliminate the drifts. In case
the drifts are still present, go to the scan screen, press the SETTINGS
button and lower the sensitivity level.
IMPORTANT! If overload occurs in the scan screen, you need to press
the SETTINGS button and lower the sensitivity.
To measure the field by scan process :
You can use the scan process just to measure the field you are in. In
order to do this, press and hold the SCAN button, start walking in a
straight direction and scan without swinging the coil. You can apply
this process in all fields with different shapes, circular or square. Once
the scanning is completed, release the SCAN button and press OK. An
empty result screen will appear on screen. Press the OK button again
and the scanned area will be shown linearly. By using the scale on the
screen, you can see the dimensions of the scanned area with 94% -
97% accuracy.
The sample image below belongs to a result screen of a 200x250cm.
(6.7'x8.3') scanned area.
SEARCHING IN DETECTION SCREEN WITHOUT IPTU SENSOR
While searching in the detection screen without the IPTU sensor,
all target signals including false signals are shown on a running
oscilloscope window with 2D graphs. Based on metal type, the target
signal is shown in the same color as the ID bar at the top. The IDs
filtered out by the Discrimination setting are indicated by gray color
but the device does not provide an audio response for these targets.
Upon target detection, the 2D graph of the target signal will peak
according to the signal strength. You can magnify or reduce the signal
graph with the zoom function. Upon target detection, the Drift-Metal
bar will fill up in the METAL direction and the ID of the target is shown
both in the target ID window at the bottom and with a cursor on the
color target ID bar at the top.
While searching in this screen, drifts may happen in both directions on
the Drift-Metal bar. When the bar fills up in the DRIFT direction, nothing
will be displayed on the oscilloscope and the device will not produce
any audio. When the drift happens in the METAL direction on the other
hand, a flat, continuous graph will appear on the oscilloscope, and the
device will produce an audio response.
In such a case, first pull the trigger towards you once and release it to
manually retune the device. If the drifts are still present, you can use
the Stabilizer setting to eliminate the drifts. However, please remember
that as the Stabilizer setting is increased, the device may detect weaker
signals but will not be able to detect the targets anymore if you hold
the coil stationary or sweep back and forth over the target.
TURNING ON THE DEVICE AND SEARCHING
29

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