OKM eXp 6000 User manual

INTRODUCTION
TECHNICAL SPECIFICATIONS
CONTROL ELEMENTS
ASSEMBLY & PREPARATION
OPERATING MODES
SCANNING TECHNIQUES
OKM eXp 6000
MANUAL

OKM GmbH
Julius-Zinkeisen-Str. 7
04600 Altenburg
Germany
Phone: [phone]
Internet: www.okmdetectors.com
Facebook: www.facebook.com/okmmetaldetectors
Instagram: www.instagram.com/okmdetectors
YouTube: www.youtube.com/user/OKMDetectors
Any information contained in these operating instructions may be changed without prior notice.
OKM does not make any warranty for this document. This also applies without limitation to implied assurances of merchantability and fitness for a specific purpose. OKM does not assume any re-
sponsability for errors in this manual or for any incidental or consequential damage or loss associated with the delivery, exploitation or usage of this material.
This documentation is available "as presented" and without any kind of warranty. In no circumstances OKM takes responsibility for lost profits, usage or data losts, interruption of business activities
or all kind of other indirectly damages, which developed because of errors in this documentation. This instruction manual and all other stored media, which are delivered with this pack should only
be used for this product. Program copies are allowed only for security- and savety purposes. The resale of these programs, in original or changed form, is absolutely forbidden.
This manual may not be copied, duplicated or translated into another language, neither in part nor completely, over the copyright matters without the prior written consent of OKM.
Copyright ©2021 OKM GmbH. All rights reserved.

TABLE OF CONTENTS
1 INTRODUCTION .....................................................................................................4
1.1 PREFACE..................................................................................................................... 4
1.2 IMPORTANT NOTES................................................................................................... 5
1.2.1 General Notes .......................................................................................................... 5
1.2.2 Possible Health Hazards......................................................................................... 5
1.2.3 Surrounding Area .................................................................................................... 5
1.2.4 Voltage ..................................................................................................................... 5
1.2.5 Data Safety............................................................................................................... 5
1.3 MAINTENANCE AND SERVICES............................................................................... 6
1.4 DANGER OF EXPLOSION DURING EXCAVATION .................................................... 6
1.5 CARE AND USE .......................................................................................................... 7
1.6 PROTECTING YOUR INVESTMENT........................................................................... 7
2 TECHNICAL SPECIFICATIONS...............................................................................8
2.1 CONTROL UNIT .......................................................................................................... 8
2.2 TELESCOPIC ROD...................................................................................................... 8
2.3 SUPER SENSOR......................................................................................................... 9
2.4 TELESCOPIC PROBE................................................................................................. 9
2.5 TUNNEL SENSOR ...................................................................................................... 9
2.6 LIVESTREAM SENSOR ............................................................................................ 9
2.7 GPS RECEIVER........................................................................................................... 9
3 CONTROL ELEMENTS.......................................................................................... 10
3.1 EXP 6000 COMPONENTS .........................................................................................10
3.2 MEASURING PROBES AND SENSORS ...................................................................11
3.3 TELESCOPIC ROD.....................................................................................................12
3.4 CONTROL UNIT.........................................................................................................13
4 ASSEMBLY AND PREPARATION ......................................................................... 14
4.1 CONTROL UNIT.........................................................................................................14
4.2 TELESCOPIC ROD.....................................................................................................16
4.2.1 Connecting Probes .................................................................................................16
4.2.2 Adjusting the Length .............................................................................................17
4.2.3 Mounting the GPS Receiver ...................................................................................18
4.3 CHARGING THE INTERNAL BATTERIES ................................................................18
4.4 CONNECTING WIRELESS HEADPHONES..............................................................19
4.5 CONNECTING ANDROID DEVICES (VIDEO GLASSES OR TABLET)......................19
5 OPERATING MODES ............................................................................................ 22
5.1 3D GROUND SCAN ................................................................................................... 23
5.2 PINPOINTER ............................................................................................................ 26
5.3 MINERAL SCAN....................................................................................................... 28
5.3.1 Mineral Scan Technique ........................................................................................ 28
5.3.2 Analyzing a Mineral Scan...................................................................................... 30
5.4 LIVE SCAN................................................................................................................ 32
5.5 MAGNETOMETER .................................................................................................... 33
5.6 TUNNEL SCAN......................................................................................................... 34
5.7 FILE EXPLORER....................................................................................................... 36
5.7.1 Screen Overview .................................................................................................... 36
5.7.1.1 Toolbar ................................................................................................................. 36
5.7.1.2 File List Item........................................................................................................ 37
5.7.2 Browse Files .......................................................................................................... 37
5.7.3 Open Files and View Scan Images......................................................................... 38
5.7.4 Delete Files ............................................................................................................ 38
5.7.5 GPS Navigation....................................................................................................... 38
5.7.6 Copying Files to USB Flash Drive.......................................................................... 40
5.8 SETTINGS................................................................................................................. 40
5.8.1 General....................................................................................................................41
5.8.2 Language ................................................................................................................41
5.8.3 Date........................................................................................................................ 42
5.8.4 Time ....................................................................................................................... 42
5.8.5 Layout .................................................................................................................... 42
5.8.6 Factory Reset......................................................................................................... 43
5.9 INFORMATION.......................................................................................................... 44
5.10 SHUTDOWN / EXIT ................................................................................................. 44
5.11 SOF T WA RE UP DAT E .............................................................................................. 44
6 SCANNING TECHNIQUES ....................................................................................46
6.1 PROBE ORIENTATION.............................................................................................. 46
6.1.1 Orientation of Super Sensor / Tunnel Sensor ........................................................47
6.1.2 Orientation of Telescopic Probe / Live-Stream Sensor.........................................47
6.2 PARALLEL OR ZIGZAG............................................................................................ 48
6.3 MANUAL OR AUTOMATIC ....................................................................................... 48
6.4 SUPER SENSOR....................................................................................................... 48

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1 INTRODUCTION
1.1 PREFACE
Dear customer,
our engineers, sales, training and support staff at OKM GmbH would like to thank you for your
purchase of the eXp 6000.
The eXp 6000 detector works on the principle of Electro-Magnetic Signature Reading (EMSR).
Besides the detection of metallic objects this device is also capable of detecting natural features
of the earth like formations of strata, cavities, voids, faults, ground water and other non-metallic
objects. Then of course this equipment is best suited at detecting burials, graves, sepulchers,
treasures, buried utilities, tanks and the like.
The eXp 6000 is able to locate, document and analyze buried objects within various structures
and vessels non-intrusively without having to excavate the area. Using EMSR is particularly
useful in areas where detection is a must and excavation is not possible. The facile and flexible
handling of the eXp 6000 can easily and quickly give reproducible results.
With our team of specialists we guarantee that our products are under recurrent control. Our
specialists try to implement new developments in terms of further quality improvements for you.
By purchasing or using one of our products, we cannot guarantee that you will be successful
and have a find during your research. The recognition of hidden and buried objects depends on
a huge number of factors. As you may know there are different soil types all over the world with
different levels of natural attenuation. Variable soil properties can and will hamper and alter
ultimate scan measurements. Areas where there is an extreme amount of ground water, varying
clays, sands and wet soils making scanning more difficult and may reduce the maximum depth
capabilities of any and all detection equipment, regardless of make or model.
For more information regarding where this equipment has been used and operated, please visit
our website. Our equipment is constantly being tested and when improvements or upgrades are
available, we will list them also on our website.
It is necessary for our company to protect our developments and all the information learned
during the Research and Development stages in creating our technology. We strive to stay within
the given framework of legislation, patents and trademark registration.
Please take your time to read this User Manual and familiarize yourself with the operation,
functionality and how to utilize the eXp 6000. We also offer training for your equipment in our
factory. We strive to maintain worldwide dealer network for assistance and support. Please visit
our website for more information.
INTRODUCTION

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1.2 IMPORTANT NOTES
Prior to using the eXp 6000 and its accessories, please read these operating instructions care-
fully. These instructions give information on how to use the detector and potential sources where
precautions should be taken.
The eXp 6000 and its accessories serve for the analysis, documentation and detection of
sub-surface anomalies and ground disturbances. The recorded data of the ground structure
will be transmitted to a PC to give a visual representation using our proprietary software pro-
gram. Any additional notes to the software should be observed. Please refer to the Visualizer 3D
Studio Documentation!
1.2.1 General Notes
Being an electronic device, the eXp 6000 has to be treated with caution and treated with care
as with any electronic device. Any failure to observe the safety precautions given or any use for
purposes other than the ones it is designed for may result in damage or destruction of the pro-
cessing unit and/or its accessories or connected components.
The device has a built in anti-tampering module which will destroy the unit if it is improperly
opened. There are no end user serviceable parts on the inside of the unit.
1.2.2 Possible Health Hazards
If used properly this device normally does not pose any health hazards. According to current
scientific knowledge, the high-frequency signals are not harmful to the human body on account
of their low power.
1.2.3 Surrounding Area
When moving this unit from a cold place to a warmer place, watch out for condensation. Do not
immediately operate the unit until any possible condensation could have evaporated. The unit is
not weather proof and water or condensation can destroy the unit.
Avoid strong magnetic fields, which may occur in places where there are large electric motors
or unshielded loudspeakers. Try to avoid using this equipment within 50 meters (150 ft) of this
type of equipment.
Metallic objects on the ground such as cans, tin, nails, screws or debris can influence your scan
data and present negative results regarding your scan data. Also it is a good habit to remove
any metallic objects off of your person like cellular telephones, keys, jewelry, etc... Do not wear
steel toe boots.
1.2.4 Voltage
The power supply should not be outside the indicated range of values. Use only approved char-
gers, batteries and rechargeable batteries which are included in the scope of delivery.
Never use the 115/230 Volt mains supply.
1.2.5 Data Safety
Data errors can occur if:
• the range of the sender module has been exceeded,
• the power supply of the device or the batteries are too low,
• the unit is operating to close to devices which sends out disturbances or
• atmospheric conditions (electrical storms, lightning, etc.).

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1.3 MAINTENANCE AND SERVICES
In this section you will learn how to maintain your measuring instrument with all included acces-
sories to keep it in good condition a long time and to get good measuring results.
The following list indicates what you absolutely should avoid:
• penetrating water
• strong dirt and dust deposits
• hard impacts
• strong magnetic fields
• high and long lasting heat effect
To clean your device please use a clean and dry soft rag or cloth. To avoid any damage you should
transport the device and accessories always in an appropriate way.
Prior to using your eXp 6000 please be sure that all batteries and accumulators are fully charged.
To charge the external batteries use only the approved chargers
which are part of the scope of delivery.
1.4 DANGER OF EXPLOSION DURING EXCAVATION
Unfortunately, the last two world wars also made the ground in many places of the world a po-
tentially explosive scrap heap. A host of those lethal relics are still buried in the ground. Do not
start digging and hacking for an object wildly when you receive a signal of a piece of metal from
your device. Firstly, you might indeed cause irreparable damage to a truly rare find, and second-
ly, there is a chance that the object reacts in an insulted way and strikes back.
Note the color of the ground close to the surface. A red or reddish color of the ground is an
indicator of rust traces. As regards to the finds themselves, you should definitely pay attention
to their shape. Curved or round objects should be a sign of alarm, especially if buttons, rings or
little pegs can be identified. The same applies to recognizable ammunition or bullets and shells.
Leave ammonition where it is, do not touch it and, most importantly, do not take any of it home
with you. The devices of war made use of rocker fuses, acid fuses and ball fuses. Those compo-
nents have been rusting away in the course of time, and the slightest movement may cause parts
of them to break and be triggered. Even seemingly harmless objects such as cartridges or large
ammunition are anything but that.
Moving such an object may cause those crystals to produce friction, leading to an explosion. If
you come across such relics, mark the place and do not fail to report the find to the police. Such
objects always pose a danger to the life of hikers, walkers, farmers, children and animals.

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1.5 CARE AND USE
The eXp 6000 and its components like the probes and sensors are sturdy equipment, but are not
designed to withstand abuse. In caring for your professional ground scanner, there are several
important DOs and DON‘Ts to remember:
• DO NOT use to get rid of bushes, flatten area by swinging wildly or pry rocks loose.
• DO NOT drop the machine into water or use it while it is raining or wet.
• DO NOT leave it exposed at night where dew could form on it.
• DO NOT store it in places that could get extremely hot.
• DO NOT leave it in the trunk of a car where high temperatures could build up.
• DO NOT spray lubricants, or any type of cleaners, solvents, sealants or other chemicals
into or onto the electronic parts, switches or controls.
• DO NOT attempt to modify or repair the detector‘s electronics as this will void your detec-
tor‘s warranty.
• DO clean your unit with a soft dry or slightly damp cloth to remove dust and residue from
the previous use.
• DO use the device within the proper operating guidelines.
• DO use the detector with the proper OKM Power Pack as to not cause damage to the unit.
The warranty does not cover damage resulting from an accident, neglect or abuse.
1.6 PROTECTING YOUR INVESTMENT
Often detector users become disappointed when their new detector becomes less and less
responsive and seems to have lost some of its original peak performance. You can help prevent
this from happening to your detector by following these basic care and protection guidelines:
• Operate your detector exactly as recommended in this User Manual.
• Use only approved OKM Power Packs.
• Avoid hitting the probe against hard, solid objects and surfaces.
• Keep your probe slightly off of the ground, especially when using in gravel or hard, rocky dirt.
• If working in or near water, or if there is a possibility of rain, use a protective weather resis-
tant pouch or plastic bag to cover the control housing. Make sure it can “breathe” in order to
ensure against condensation buildup inside.
• After each use, clean the detector with a soft cloth to remove dust, moisture or other con-
taminants.
• When transporting the detector in a car during hot weather, store it on the floor of the pass-
enger compartment if possible. Using the Peli case gives additional protection. In any case,
never allow the detector to roll around unprotected in the trunk or back of a pickup truck.
• Protect your detector from dust, moisture, and extreme temperatures during storage.
• When shipping, use the original factory carton or similar heavy-duty container and provide
sufficient padding around all parts.
• Treat your detector as you would treat any sensitive electronic instrument. Though it is de-
signed to withstand the demands of normal treasure hunting, proper care is essential.

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TECHNICAL SPECIFICATIONS

9 / 49
2 TECHNICAL SPECIFICATIONS
2.1 CONTROL UNIT
Dimensions (H x W x D) 120 x 210 x 280 mm
Weight approx. 2.34 kg
Voltage 11.8 - 19V DC, 50 W maximal
Safety Class IP40
Operating Time approx. 4 hours (fully charged, 25°C)
Operating Temperature -10°C – 50°C
Display 6.5”, 1024 x 768 Pixel TFT Color, 650 cd/qm
Processing Unit QuadCore AMD @ 2 GHz, OpenGL 4.2 HD Radeon GPU
Working Memory (RAM) 4GB Kingston HyperX
Data Memory 8GB SDCard, Class 10
Feedback acoustic, visual
Storage temperature -20°C – 60°C
Air humidity 5% – 75 %
Waterproof No
Data Transmission Technology WiFi 802.11n a/b/g, MIMO 2x2
Data Transmission Rate 11Mbps – 54Mbps
Operation Distance max. 4 m (to Telescopic Rod)
2.2 TELESCOPIC ROD
Dimensions (H x W x L) 210 x 135 x 680 – 1340mm
Weight about 1.76kg
Voltage 11.8 - 19V DC, 22 W maximal
Safety Class IP40
Operating Time approx. 5 hours (fully charged, 25°C)
Operating Temperature -10°C – 50°C
Processing Unit ARM Cortex M0+ @ 48 MHz
Working Memory (RAM) 32 KB
Data Memory 256 KB
Storage temperature -20°C – 60°C
Air humidity 5% – 75 %
Waterproof No
Data Transmission Technology WiFi 802.11n a/b/g
Data Transmission Rate 11Mbps – 54Mbps
Operation Distance max. 4 m (to Control Unit)
2.3 SUPER SENSOR
Length 950mm
Weight approx. 1.0kg
Receiver Dual / Hi-Gain – Vertical
Geophysical Phase Reader – EMSR
Sensor technology SCMI-15-D
2.4 TELESCOPIC PROBE
Length 820 - 1240 mm
Weight approx. 1.04kg
Receiver Dual Geophysical Phase Reader – EMSR
Sensor technology SCMI-15-D
2.5 TUNNEL SENSOR
Length 500 mm
Weight approx. 0.76 kg
Receiver Dual Geophysical Phase Reader – EMSR
Sensor technology SCMI-15-D
2.6 LIVESTREAM SENSOR
Length 600 mm
Weight about 0.92 kg
Receiver Hexa Geophysical Phase Reader – EMSR
Sensor technology SCMI-15-D
2.7 GPS RECEIVER
Dimensions (L x W x H) 50 x 55 x 27 mm
Weight about 60 g
Input voltage 5V DC
Input current (maximum) 450mA
Input current (typical) 50mA
Refresh rate 1s
Cold start <40s
Warm start <30 s
Horizontal Position Accuracy 2.7m (most cases, outdoor)
Horizontal Position Accuracy 0.9m (free view, clear sky)
The technical specifications are medial values. During operation slight variations are possible.

3 CONTROL ELEMENTS
In this section you learn more about the fundamental use of all control elements for this mea-
suring instrument. All connections, inputs and outputs are explained in detail.
3.1 EXP 6000 COMPONENTS
Control Unit
Telescopic Rod
Telescopic Probe
Carrying Strap
Video Glasses
Headphones
Probe Mount
GPS Receiver
Protective Cap
Super Sensor
Display
Via Display or Video Glasses you can see the navigation menu and all operating modes and
recorded scans.
All available Probes (e.g. Telescopic Probe, Super Sensor etc.) have to be connected via
Telescopic Rod.
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CONTROL ELEMENTS

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The Control Unit is the main processing unit that receives data from the Probes (via Telescopic
Rod), calculates, renders and saves the data.
The GPS Receiver can be used to record GPS coordinates along with your scan data. This allows
additional navigation options later on. If you do not want to use GPS at all, just take it off or re-
place it with the Protective Cap to protect the electrical connections.
The wireless Headphones assist you in hearing the sound output, that helps to synchronize your
walking procedure.
3.2 MEASURING PROBES AND SENSORS
Each measuring probe that you attach to the Telescopic Rod is optimized for its very special task.
The eXp 6000 supports the following probes:
• Telescopic Probe
This horizontal probe is perfectly used to scan wide areas in short time. You can extend its
length between 82 and 124 cm. The optimal length depends on the field dimensions and the
size of the object you are looking for. This probe can be used for following operating modes:
3D Ground Scan, Magnetometer
• Super Sensor
This vertical probe is the most sensitive probe of all and thus perfectly used for finding
small amounts of metal (prospecting, mining) as well as pinpointing. This probe can be
used for following operating modes:
3D Ground Scan, Magnetometer, Pinpointer, Mineral Scan
• Tunnel Sensor
This vertical probe has been developed to find underground caves, tunnels, tombs and the
like. It can be used for following operating modes:
3D Ground Scan, Tunnel Scan
• Live-Stream Sensor
This horizontal probe is a very special one that can be used to scan a high amount of data.
Thus it is able to generate live images to visually pinpoint underground objects. This probe
can be used for following operating modes:
3D Ground Scan, Live Scan
Probe Mount
Connector
Telescopic Rod
All measuring probes are equipped with a Probe Mount Connector that mounts the probe to the
Telescopic Rod. To mount the probe, simply push it onto the probe mount of the Telescopic Rod.
Thanks to the magnetic connection, the probe gets attracted in only one specific orientation to
the probe mount connector.
Additionally, each of the measuring probes is equipped with an internal gyroscope to get control
of the probe orientation while scanning. Further details about the orientation information are
explained in section „6.1 Probe Orientation“ on page 46.

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3.3 TELESCOPIC ROD The Trigger Button with LED is used to switch on and off the Telescopic Rod. Additionally, you
start a new measurement, run the next scan line and stop the first scan line in automatic mode.
The LED ring can indicate following states:
• Green: The LED shines permanently green if the Telescopic Rod has been switched on but
no wireless connection to the Control Unit has been established.
• Blue: The LED shines permanently blue if the wireless connection to the Control Unit has
been established.
When the Telescopic Rod is connected to the Control Unit, the LED Indicator warns if an invalid
or no probe is connected (alternating blue and red colors). It furthermore indicates the charging
state while recharging the internal battery (read chapter „4.3 Charging the Internal Batteries“
on page 18).
The Probe Mount is used to mount the probes to the Telescopic Rod. Please make sure that all
connector pins are clean before assembly.
The Arm Strap of the Telescopic Rod can be used to fix the armrest to your arm for better hold.
The Lock can be used to adjust the length of the Telescopic Rod to your personal preferences,
see „4.2.2 Adjusting the Length“ on page 17.
The LED Lighting can be switched on and off via Trigger Button as long as no operating mode
is active.
The Charger Socket is used to plug in the charger to recharge the internal batteries. Please read
chapter „4.3 Charging the Internal Batteries“ on page 18 for more information!
Probe Mount
Handle
Arm Strap
LED Indicator
Trigger Button
with LED
Charger
Socket
Lock
LED Lighting

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3.4 CONTROL UNIT
The Control Unit is the processing center of the eXp 6000. Via Control Unit, various functions
and operating modes can be selected, all measured values can be recorded and stored.
All functions are controlled by the Multi-function Control Knob or by using the touch capabilities
of the display. To operate the device, rotate the knob to the desired function and push the knob to
select it. Alternatively, simply tip with your finger onto an item on the screen.
If you do not want to use wireless headphones you can also hear any sounds directly through the
internal Speaker, if not disabled.
The Clips for the Carrying Strap are used to mount the Carrying strap that is used to carry the
Control Unit around your neck.
The LED Indicator indicates the charging state while recharging the internal battery (read chap-
ter „4.3 Charging the Internal Batteries“ on page 18). Furthermore, it indicates the operating
state of the Control Unit as well as Magnetometer measuring values.
Charger
Socket
Air Ventilation
Via USB Port a common USB flash drive can be plugged in into the Control Unit to copy the
stored scan images to another computer for further evaluation with the Visualizer 3D Studio soft-
ware or to update the internal firmware if necessary.
The Charger Socket is used to plug in the charger to recharge the internal battery. Please read
chapter „4.3 Charging the Internal Batteries“ on page 18 for more information!
Please make sure, the air ventilation is not covered at any time while operating
the eXp 6000. If the air can not circulate properly the Control Unit may overheat.
Multi-function
Control Knob
LED Indicator
Clips for
Carrying Strap
Speaker
Display with
Touchscreen
USB Port

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4 ASSEMBLY AND PREPARATION
Before using the eXp 6000 for a field measurement you should do some preparations. The eXp
6000 consists mainly of two separate main parts:
• Control Unit
This is the main controller of the eXp 6000 where you select your operating modes and view
your current measurement data. Furthermore all your scans will be saved in its internal
memory before transferring it to a computer for detailed analyses.
• Telescopic Rod
This is the handle for all your measuring probes and sensors. The integrated electronics
take care that all measured data will be transferred wireless to the Control Unit.
4.1 CONTROL UNIT
Before using the eXp 6000 Control Unit make sure it is fully charged.
Plug the charger into the Charger Socket of the eXp 6000 Control Unit.
The LED Indicator shows the charging progress as described in section „4.3 Charging the Inter-
nal Batteries“ on page 18. As soon as the Control Unit is fully charged, remove the charger.
ASSEMBLY & PREPARATION

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1 2
To unfold the display of the eXp 6000 Control
Unit follow the following steps.
Pull the display out completely.
5 6
Push the Multi-function Control Knob at
least 2 seconds (until the LED Indicator stops
flashing and starts fading in various colors) to
power on the detector.
After a short moment the boot up screen will
appear on the display of the Control Unit.
3 4
Turn the display into an appropriate angle ... ... according to your personal preferences.
7 8
As soon as the home screen appears, you can
select your desired operating mode.
Carry the eXp 6000 Control Unit around your
neck by utilizing the Carrying Strap.

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4.2 TELESCOPIC ROD
It is recommended to charge the internal batteries of the Telescopic Rod before conducting any
measurement. Therefore, plug the charger into the Charger Socket of the Telescopic Rod.
The LED Indicator shows the charging progress as described in section „4.3 Charging the Inter-
nal Batteries“ on page 18.
As soon as the Telescopic Rod is fully charged, remove the charger and push the Trigger Button
at least 2 seconds until the LED ring of the Trigger Button lights up green. If the Control Unit is
switched on as well, the Telescopic Rod will try to establish a wireless connection to it and – by
success – the LED ring will turn blue.
4.2.1 Connecting Probes
Depending on the task you want to fulfill, you have to attach one of your measuring probes to the
probe mount of the Telescopic Rod.
Please note: Each measuring probe can only be attached in one way or direction according to the
magnetic connector of the probe mount.
Magnet

17 / 49
4.2.2 Adjusting the Length
For your personal comfort you should extend the Telescopic Rod to your preferred length.
Additionally you may use the arm strap to fix the arm rest to your arm. Thus working with the
Telescopic Rod is more comfortable. You can also decide which strap slot to use. Try to make it as
comfortable as possible to avoid any postural deformities.
1 2 3
Rotate the lock(s) approximately half a turn clockwise to unlock. Pull the rod to adjust it to your preferred length. Rotate the lock(s) counterclockwise to tighten them again.
Arm Strap with
velcro to fix arm rest
Lock

18 / 49
4.2.3 Mounting the GPS Receiver
In case you want to record GPS information along with your scan data, you have to attach the
GPS Receiver onto the Telescopic Rod.
1 2
Remove the Protective Cap on top of the han-
dle of the Telescopic Rod.
Attach the GPS Receiver by connecting it with
its magnetic connector on top of the handle of
the Telescopic Rod.
Further details concerning GPS navigation is available in section „5.7.5 GPS Navigation“ on page
38.
If you don’t want to utilize the GPS Receiver, cover the connector pins with the Protective Cap.
4.3 CHARGING THE INTERNAL BATTERIES
Before conducting any measurement, it is recommended to fully charge the internal batteries
of the Control Unit and Telescopic Rod. To do so, please plug the chargers into the designated
Charger Sockets.
It is also possible to attach the optional OKM Power Pack. This is a good option to recharge the
batteries outdoors.
Control Unit with Power Pack. Telescopic Rod with Power Pack.
The charging progress is indicated by the appropriate LED Indicator. As soon as the process
starts, the LED Indicator flashes green (3 times). Then the LED Indicator shows different colors
according to its charge state:
• Red (pulsing) = battery low, charging
• Orange (pulsing) = battery medium, charging
• Green (pulsing) = battery nearly full, charging
• Green (static) = battery full
Depending on the type of charger (Mains Supply or OKM Power Pack) and the power mode of the
Control Unit (switched ON or OFF), the charge time may vary:
• Mains Supply, Switched OFF → full charge speed with approx. 2.5 A (100 %, max 2.5 h)
• Mains Supply, Switched ON → medium charge speed with approx. 1.6 A (64 %, max 3.5 h)
• OKM Power Pack, Switched OFF → full charge speed with approx. 1.7 A (68 %, max 3.5 h)
• OKM Power Pack, Switched ON → low charge speed with approx. 0.5 A (20 %, max 10 h)
If the eXp 6000 is not switched off by the user, the battery switches off itself
(self protection mode). In that case the eXp 6000 won’t turn on again
and needs to be recharged first.

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4.4 CONNECTING WIRELESS HEADPHONES
The eXp 6000 can be operated with any Bluetooth headphones available on the market. Your eXp
6000 comes with pre-paired Bluetooth headphones.
To operate the eXp 6000 with your wireless Bluetooth headphones, pair your headphones with
the Control Unit. You can do this by following these steps:
1. Make sure, your Bluetooth headphones are powered on and in pairing mode. Entering the
pairing mode depends on your Bluetooth headphones (please refer to the manual of the
Bluetooth headphones).
2. Click the Speaker icon in the top statusbar (alternatively enter the Settings menu and
click "Volume") and select “Pair new Bluetooth Headphones”.
3. A dialog appears with a countdown of 90 seconds in which the eXp 6000 Control Unit is
searching for available Bluetooth headphones. Make sure that your Bluetooth headphones
are still in pairing mode.
4. After a short time the Bluetooth headphones are paired and you can hear the sound signals
via headphones. Now the Bluetooth headphones icon should be visible in the top status-
bar.
4.5 CONNECTING ANDROID DEVICES (VIDEO GLASSES OR TABLET)
You may also pair any Android device with your eXp 6000 Control Unit to stream the display in-
formation to an Android Tablet PC or Android Video Glasses. By doing so, another person (e.g.
supervisor, trainer, etc.) can watch the operator's activities. The connection procedure is very
simple.
1. Download and install the eXp 6000 application. If your Android device was purchased along
with the eXp 6000, it may already pre-installed and configured.
2. Power on your eXp 6000 Control Unit
3. Start the Android application and wait for a connection
Then you can view the contents of the eXp 6000 Control Unit directly on your Android device and
can also remote control the eXp 6000 if this option is allowed (see section „5.8 Settings“ on page
40).
Please make sure to disable “Smart network switch” in WiFi settings
as well as “mobile data” in Mobile networks,
otherwise a connection to the eXp 6000 may not be possible.

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4.5.1 Download and Install the Android Application
If you want to install the application for the first time on a new Android device or you are going to
reinstall the application after a factory reset, you have to download the application from Google
Play first.
Therefor find the Play Store application on your Android device where you are going to install the
eXp 6000 application and tap on it. You will find it in the applications menu of your Android device.
If you don't have any Google Account so far, you must create one to be able to download the eXp
6000 application. Simply follow the instructions on your Tablet PC to download and install the
application. To find the application in the Google Play market, simply search for “eXp 6000”.
After installation you have to first start the eXp 6000 Control Unit and then the Android appli-
cation.
4.5.2 Run the Android Application
Running the application is very simple. Find the eXp 6000 application icon in the applications
menu of your Android device and tap on it.
Please make sure the eXp 6000 Control Unit is powered on and running properly before tapping
on the applications icon to start the application. After a short moment the application connects
to the Control Unit and you will see the screen output of the eXp 6000 also on your Android device
screen.
If you are using an Android Tablet PC with touchscreen itself, you can use this as a replacement
of the eXp 6000 display. All touch events will be send to the Control Unit if that option is enabled
in the settings screen of the eXp 6000 according to section „5.8 Settings“ on page 40.
4.5.3 Using the Android Smart Glasses M300XL
The Android M300XL Smart Glasses are part of the Professional Plus edition.
Use the hardware buttons to navigate through all menus and operating modes. Alternatively
you may also use the Multi-function Control Knob of the eXp 6000 Control Unit to select any of
the functions.
Press the Power On/Off Button on the side of the battery pod to switch on the Video Glasses.
For further information please refer to the VUZIX M300XL User Guide.
Power On/Off
Hardware
Buttons