SatLab SLC User manual

2018
[e-mail] | www.satlabgps.com
Satlab SLC Sensor
The Ultimate Expandable Handheld
User Manual V1.1

satlab slc gnss receıver
User Manual Revision
Revision Date
6th October 2016
1st December 2017 2 SLC User Manual (Release V1.1)
Revision Number
1
Description
SLC User Manual (Release V1.0)

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Chapter 1
Chapter 2
Chapter 3
Chapter 4
Foreword
What is Satlab SLC Sensor?
Features
Use and Precautions
Content Of Delivery
Mounting Your Tablet on the SLC
Receiver Appearance
Bottom View
Rear View
Single Button Operation
Led Status Meaning
Slc Toolbox Software - Introduction and Installation
Inserting Sim Card Into The Receiver
Connection Tab
About Tab
Registering the SLC Reveiver
Internet Tab
Mode Tab
Base Settings
Cable
Internal GSM IntRTK
Rover Settings
Cable
Internal GSM IntRTK
Internal GSM NTRIP
Selecting the Mount Point (Source Node)
Static Settings
Static File Manager
Downloading Static GNSS Files
Satellite Sky Map
NMEA Tab
Setting NMEA Message Output
Terminal Tab
Exiting SLC Toolbox
Saving Conguration File
Loading Conguration File
Disconnecting Toolbox
Firmware Upgrade
Technical Specication
Table of Contents
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12
7
13
7
14
8
15
18
18
21
19
22
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30
32
36
36
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Chapter
Foreword
What is Satlab SLC Sensor?
Use and Precautions

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Introduction
The SatLab SLC product is a multi-purpose, surveying grade GNSS receiver with industrial modem for internet
and one button operation. This manual will explain how to install and operate the receiver.
Recommendation
For you to make better use of the SatLab SLC receiver, SatLab recommends that you read this manual carefully. If
you still need further information please visit SatLab’s ocial website: www.satlabgps.com
Safety Tips
Note: The Note contents is for the general operation of the receiver which requires special
attention, please read carefully.
Warning: The warning content will generally provide very important information. If the receiver
is not operated in accordance with the warnings, it could cause damage, loss of data, or even
endanger your personal safety.
Limitation of Liability
Before use, please be sure to read the instruction manual, which will help you make better use of this product.
If you do not follow instructions when operating the receiver, or fail to understand the requirements of the
specication and the proper use of this product, any resulting loss or damages resulting from the misuse are
limited to the terms of SatLab’s International Warranty ‘Limitation of Liability’clause.
SatLab is committed to continuous improvement of product functionality and performance, and accordingly
reserves the right to make changes to the product and contents of this manual without prior notice.
We have reviewed the contents of this publication in conjunction with the hardware and software to ensure
consistency, however, this does not exclude the possibility of errors. The User’s Guide is for reference only, if it
deviates from the actual product then the actual product version prevails.
Your suggestions
If you have any suggestions and comments relating to the SatLab SLC receiver, please contact us through email
at [e-mail]
Your feedback on the quality of our products will be greatly appreciated.
Foreword

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SLC GNSS RECEIVER
Features
1. Supports all major operating systems
Any software running on Windows, Android or iOS accepting GNSS position over a serial port
(Direct or over Bluetooth) can be used. This makes SLC the high precision positioning solution
to virtually unlimited number of applications. Satlab´s SLC Toolbox software running on dier-
ent operation systems allows an easy conguration of the unit. Precise positioning information
coming from GNSS sensor can be used in numerous elds of industry from land surveying, high
accuracy GIS, web based facility management and precise farming over to hydrography, geo-
physics or aeronautics.
2. Supports all available GNSS signal reception
With 120 parallel receiving channels, the receiver tracks GPS, GLONASS, BDS, GALILEO, QZSS and
SBAS positioning systems and can maximize the tracking to observe all visible GNSS satellite sig-
nals, thereby providing maximum performance for accuracy and real-time measurements.
3. Multi-purpose Capability
SatLab SLC has the ability to perform multiple tasks. It can be used as GNSS rover or reference
station for RTK survey and it has also capacity to store raw data for post processing. With optional
remote antenna and pole or xed mount accessories, the SLC can be congured as a sensor for
machine control applications.
The SatLab SLC GNSS sensor is a multi-purpose, surveying grade GNSS receiver with industrial modem for internet
and one button operation. Its unique design allows to easily attach PC tablets or smartphones on the top of the
unit using the supplied attachment plates.
SLC GNSS sensor includes 2 mounting plates to attach your tablet computer, running any surveying, mapping or
GIS application accepting NMEA format of messages, or “mock” GNSS position. Its industrial grade 3.5G modem
applies available RTK corrections to provide cm accuracy. The USB/RS232 serial connection allows for external
power, UHF radio connection or wired connection to a display.
SLC utilizes a Novatel GNSS OEM board with all options enabled. The GNSS board can be controlled through the
RS232 Serial Port or Bluetooth for custom applications. The SLC tracks multi constellation satellites as well as SBAS
satellites. The SLC is ready to use RTK corrections from NTRIP casters and proprietary Satlab InternetRTK servers.
SLC contains a convenient internal full constellation dual frequency tracking antenna for centimetre accuracies
in your hand. For even greater precision, an external geodetic antenna kit and pole mount option is available.
Note: This manual does not represent the standard conguration; the inside information can be
adjusted according to dierent user needs. Before using this receiver, we recommend that you
check the product packaging is not damaged; please carefully open the box to conrm whether
the items inside the box matches the bill of materials; if you nd the product and its accessories
have any lost items or damaged parts, immediately contact the local SatLab oce or distributor.
Please also read the instructions carefully before handling and use.
What is Satlab SLC Sensor?
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SLC GNSS RECEIVER
4. Internal memory
32 GB built-in, high-performance storage allows to store raw data which can be used for post
processing applications.
5. High-precision measurement technology
With high performance precision GNSS measurement techniques and algorithms, centimetre-
level accuracy with the highest levels of quality assurance is obtained. RTK initialization time is
10 seconds in typical surveying conditions. For highest accuracy SatLab recommends usage of
external antenna on the pole.
6. Excellent compatibility
Real-time compatibility is easily achieved with available output of RTCM, RTCMV2.1, 2.3, 3.0,
3.1, 3.2, and RTCA other formats of dierential data. The receiver is easily integrated into
existing CORS networks, but can also output high precision GNSS data in real time for simple
single base operation.
7. Interface options
Equipped with mini USB charging and interface port, RS232 serial, integrated Bluetooth
communications interface, a 3,5G modem, the receiver can simply interface PC tablets or
smartphones. RF port is ready to connect with external geodetic antenna.
8. High autonomy on internal battery
The built-in large capacity non-removable lithium allows terrain working up to 12 hours
depending on the working mode and environmental conditions. Your PC or tablet can serve
also as charging unit. Charging time is around 6 hours.
Use and Precautions
Although SatLab SLC GNSS receiver is built according to high standards for outside use in harsh
environmental conditions, it is a sophisticated instrument and needs careful use and maintenance.
It is desirable if possible to maintain a dry environment. And in order to improve the stability and
prolong the life of the receiver, avoid exposure to extreme environments, such as:
1- Water: unit is IP67 water/dustproof, but should not be intentionally immersed into water
2- Temperature above 65 degrees Celsius
3- Temperatures lower than -40 degrees Celsius
4- Corrosive liquids or gases

When selecting the GNSS receiver’s antenna position for Base operations, pay attention to the following matters:
The site should be chosen for easy access and should be clear of obstructions. Field of view of around 10 degrees
or lower in height should be clear of obstacles to avoid blockage of the GNSS signals, shown in Figure 1-1:
1- Site should not have large areas of water or objects that can cause signal reection, so as to reduce the impact
of multipath eects.
2- The site should if possible be located at least 200m away from high-power radio emission sources (such as
television, microwave stations, etc.); and at least 50m away from high voltage power lines in order to avoid
electromagnetic interference to GNSS signals.
3- Antenna should be mounted so that it is stable and will not move.
4- Ensure there is a reliable and stable power supply and communication network available.
5- Receiver should be installed in a secure environment for the protection of GNSS reference station equipment.
6- Install in a developed area with easy access to check and maintain.
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SLC GNSS RECEIVER
Figure 1-1
10 0
Avoid the GNSS antenna being placed near sources of electricity or strong interference signals:
1- Television and computer monitors
2- Generator’s
3- Electric motors
4- DC - AC power conversion equipment and power switches

SLC GNSS RECEIVER
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SLC GNSS RECEIVER
2
Chapter
Content of Delivery
Mounting your Tablet on the SLC
Receiver Appearance
Single Button Operation
LED Status
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SLC GNSS RECEIVER
1
4
5
3
7
2
9
10
11
8
6
1- SatLab SLC Receiver
2- Carrying Soft Case
3- Charger: 5 V DC 1 A
4- USB to mini USB cable: to connect with charger or USB connector on PC
5- USB Serial cable
6- Screw driver to screw/unscrew the SIM card protection plug
7- Large plate to mount SLC on a tablet PC: 2 large plates are part of shipment
8- Small plate to mount SLC on a smartphone: 2 small plates are part of shipment
9- Adhesive stickers to attach mounting plate to backside of tablet PC or smartphone
Optional accessory for the SLC working using the internal SLC antenna is a short pole mounting kit enabling
accurate positioning of the phase centre of internal antenna above the surveyed point.
Content of Delivery
This chapter describes the content of SLC delivery. The unit is delivered in a compact black soft case, practical for
carrying the receiver, even with an added tablet or smartphone.
Note: Satlab Geosolutions does not deliver any tablets or smartphones to work with SLC unit.
We recommend to select a light compact device, suciently rugged for out door use. The SLC
unit will be clicked on the backside of your tablet, so ideally select a tablet with a detachable
protective case.
There are two dierent congurations of SLC:
PN 400-102 Satlab SLC Rover with GSM
PN 400-101 Satlab SLC Rover with GSM and External Antenna Kit
The PN 400-102 contains following parts:

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The PN 400-101 contains, in addition to above parts:
10- Geodetic antenna
11- Geodetic antenna cable
12- Geodetic 2m antenna pole consisting of two parts
13- Pole mount and bracket for SLC (not pictured)
12
Figure 2-2
Figure 2-3
Figure 2-4
Figure 2-5
Mounting Your Tablet On Top of SLC
SLC is designed to mount light tablets and smartphones on the top of the
unit. Mounting plates of two dierent sizes and adhesive stickers are used
to attach the plate to the backside of tablet or smartphone. Attaching
the tablet to the SLC is then performed by aligning the mounting plate
with the four notches on the top of the SLC unit then pressing and sliding
downwards to click into place.
Figure 2-4 shows how the mounting plate is attached on the backside of
Samsung Galaxy tablet with protective case, and how the tablet is then
clicked into place on the SLC.
This is how the SLC typically looks with attached Samsung tablet or with a smartphone:

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SLC GNSS RECEIVER
Switch-on button 3 LED indicators
„Click-on notches
CE label
Handstrap
Connector for external antenna
Body
21
Figure 2-6
Figure 2-8
Figure 2-7
Note: The hand strap detaches to enable
mounting of the pole bracket.
Receiver Appearance
The receiver forms a compact body. All electronics - GNSS board, internal GNSS antenna, battery, GSM modem,
BlueTooth – are integrated inside a waterproof casing.
Bottom View
The bottom part of the receiver contains two protected slots.
1-MiniUSB
2-SIM card slot: Allows inserting mini SIM card for 3.5 wireless network communications;
Rear View
The rear panel includes the CE label informing about IMEI, part number and serial number, and an ergonomic
hand strap for easy carrying the unit in hand with attached tablet or smartphone.

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SLC GNSS RECEIVER
Satellite LED
Power LED
Signal LED
Figure 2-9
Operation
On
O
Hard reset
Forced shutdown
Press the button approximately two seconds to boot;
hold until all LED´s illuminate Green then release.
Press the button approximately two seconds (left and
right LED’s will double ash), then release the button
When unit is on, long press the button until left and
right LED’s double ash twice, then release the button;
as result all lights ash at the same time with dierent
colours, after some time you will see “normal” blinking
lights again
When unit is on, long press the button for more than
eight seconds; as result all lights will go o
Table 2-1
Key Features
Receiver control panel contains three LED control lights:
Single Button Operation
Most settings and operations of the receiver are
completed using the only button on the left side of
the unit.
LED Status Meaning
Explanation
LED
Power
Power
Power
Power
Signal
Signal
Satellite
Satellite
Satellite
All Three
Full Battery. Internal battery power > 50 %
Battery in good shape. < 50% Internal battery power >20%
Low stage of battery. < 20 % Internal battery power > 10 %
Very Low battery. Internal battery power < 10 %
Logging on server for correction data.
RTK mode: ashes according to correction data stream.
Tracking satellites.
Insucient number of satellites for position.
Static mode: ashes according to sampling interval.
Receiver hard reset.
Green
Yellow
Red
Red
Green
Yellow
Green
Green
Yellow
Changing
Colour
Constant
Constant
Constant
Flashing
Flashing
Flashing
Constant
Flashing
Flashing
Fast Flashing
Light Meaning
Table 2-2

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3
Chapter
Slc Toolbox Software
Inserting Your Sim Card
Connection Tab
About Tab
Internet Tab
Mode Tab
Terminal Tab
Exiting Slc Toolbox
Saving Conguration File
Loading Conguration File
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SLC GNSS RECEIVER
SLC Toolbox Software – Introduction and Installation
SLC Toolbox software is a SatlLab tool available for Windows and Android to connect and congure the SLC for
operations as a base, rover or static receiver. It serves to dene GSM settings and set NMEA message output for
third party software. SLC Toolbox also enables the user to check the registration status of the SLC and current SW
and FW versions installed.
SLC Toolbox is part of the delivery content of each SLC receiver ordered from SatLab Geosolutions. Please contact
SatLab [e-mail] for the most recent version of SLC Toolbox and you will be sent a server link to
download the software.
For installation of SLC Toolbox follow the download and installation instructions on your PC, tablet or smartphone.
At the completion of the installation you will see the yellow icon for the application circled below.
Inserting SIM Card Into The Receiver
Use a mini size SIM card from your local GSM provider. Make sure your SIM card is data capable and the PIN is
deactivated (this can be done using your mobile phone). Unscrew the SIM card protective plug and insert the
SIM card into the SIM card slot on the bottom of the SLC. Make sure your SIM card is inserted correctly according
to the small icon on the protective plug.
Figure 3-1
Figure 3-2
Figure 3-1

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SLC GNSS RECEIVER
Connection Tab
Switch on the SLC receiver and place it near to your tablet. Make sure your tablet has Bluetooth communication
enabled. Bluetooth is the preferable way of communication between your tablet and SLC. If your tablet does not
allow Bluetooth connection, you can also connect using the serial communication cable delivered by SatLab.
Start the SLC Toolbox software and by default you will be in the‘Connection’page. Switch on the Bluetooth handle
on your screen and click on“Search device”to search for all Bluetooth devices in range of your tablet. Look for the
serial number corresponding to the number of your SLC and select it with your nger or stylus.
Note: Following screen shots are taken from the SLC Toolbox application running on Android
Samsung Galaxy Tab A6. Screens on your tablet or smartphone might look slightly dierently
depending on the type of tablet, OS version and version of the Toolbox software. SatLab will
continuously improve the software performance and interface based on your feedback.
Note: Make sure you select the serial number starting with the digit, not the one starting with
letter ‘B’. The ‘B’ connection is for BLE (low energy BT) which is directly compatible with iOS
devices but it needs BLT support in the relevant iOS Application to enable the connection.
Note: If the SLC Toolbox on your tablet does not pair with your SLC unit, create rst a pair using
Windows or Android Settings menu on your tablet.
Figure 3-3

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SLC GNSS RECEIVER
After selecting your SLC unit by clicking on its serial number you will see a green status bar informing about the
status of the connection:
After a successful connection you will see the connected serial number and battery status on the bottom of
your screen.
Figure 3-4
Figure 3-5