SOUTH NAVIGATION SOUTHGNSS-86 Survey Radio User Manual Manual

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‐‐‐‐STAR S86‐T GPS Receiver
User Manual
SOUTH CO., Ltd.
www.southsurvey.com
2
CONTENTS
CONTENTS............................................................................................................ 3
Chapter1 Introduction ......................................................................................... 1
1.1 STAR S86‐T GPS System Summary.............................................................1
1.2 STAR S86‐T GPS features and function ......................................................1
1.3 Technical specifications ............................................................................. 2
Chapter 2 The Hardware of STAR S86‐T .............................................................. 5
2.1 Interface of Mainframe ............................................................................. 5
2.2 Charging .................................................................................................... 6
2.3 Communication Cable ............................................................................... 8
2.4 Controller‐PC Cable ................................................................................... 8
2.5 Keys and indicator lights............................................................................ 9
Chapter3 Accessories of STAR S86‐T..................................................................12
3.1 Instrument Case ......................................................................................12
3.2 Battery and charger for Controller ..........................................................13
3.3 Transmitting/Receiving antenna of Data link ..........................................14
3.4 Cables ......................................................................................................15
Chapter4 Operation ...........................................................................................18
4.1 Instruction of STAR S86‐T indicator light .................................................18
4.2 Initialization interface .............................................................................18
4.3 Setting mode ...........................................................................................18
4.4 Collection mode ......................................................................................24
4.5 Module setting ........................................................................................28
Chapter5 Data Manage and Transfer.................................................................30
5.1 How to transmit data ..............................................................................30
5.2 The use of configuration file....................................................................30
5.3 Register and upgrade ..............................................................................31
Chapter6 Statement ..........................................................................................36
6.1 Federal Communication Commission Interference Statement ...............36
6.2 Radiation Exposure Statement ................................................................37
Chapter1 Introduction
1.1 STAR S86‐T GPS System Summary
STAR S86‐T combines the advantages of SOUTH series RTK products, follows advanced technology and the
concept of continuous innovation, brings the most advanced surveying solution to surveyors, offers higher
precision and more reliability, makes the surveying work easier and simpler.
1.2 STAR S86‐T GPS features and function
The built‐in radio modules integrated in STAR S86T supports a longer work distance with the mobile network.
The ARM framework adopted by STAR 86‐T in the CPU kernel enables the operating speed to reach
400MHz ,thus realizing multi‐tasking mainframe, faster processing rate, and higher real time. The USB
MASS STORAGE standard protocol makes the operation faster and more flexible.
STAR S86‐T main features:
1) Integrated design, high quality screen, and convenient operation.
2) The core technology of data link has been greatly improved, based on typical RTK work distance, STAR
S86‐T realizes the goal of built‐in transmitter radio, abandoning cables and heavy battery cells.
3) The built‐in batteries package integrated in the mainframe ensures 12 hours work time, and can be
charged without being taken apart.
4) STAR S86‐T is integrated with built in radio module, which can be customized by users.
5) STAR S86‐T adopts the newest ARM9 CPU, whose speed can reach 400MHz with faster processing
speed, bigger memory capacity, and higher real time.
6) The OS is a real‐time, multi‐tasking, more powerful function, with the standard compact disk file
system; STAR S86‐T becomes more stable, reliable. Data management and maintenance become more
convenient.
7) File system adopts USB MASS STORAGE standard protocol, which enables a faster downloading speed.
8) All‐alloy firm housing, shockproof, dustproof, waterproof , more scientific structure, much safer
shielding.
1.3 Technical specifications

Channels: 220

Satellite signals tracked:

GPS: Simultaneous L1 C/A, L2E, L2C, L5.

GLONASS: Simultaneous L1 C/A, L1 P, L2 C/A (GLONASS M Only), L2 P.

SBAS: Simultaneous L1 C/A, L5.

GIOVE‐A: Simultaneous L1 BOC, E5A, E5B, E5AltBOC1.

GIOVE‐B: Simultaneous L1 CBOC, E5A, E5B, E5AltBOC1.

COMPASS: (reserved): B1 (QPSK), B1‐MBOC (6, 1, 1/11), B1‐2 (QPSK), B2 (QPSK),

B2‐BOC (10, 5), B3 (QPSK), B3BOC (15, 2.5), L5 (QPSK).

Very low noise GNSS carrier phase measurements with <1 mm precision in a 1 Hz bandwidth.

Proven low elevation tracking technology.

Initialization time: typically <8s.

Up to 50 Hz raw measurement & position outputs.

Signal recapture: 1 sec.

RTK signal initialization typically 20 sec.
Mother board
Internal Memory: 64 Mb (25 static hours with frequency of 1 Hz)
Connection devices:

Connectors I/O: 9‐pins serial port (baud rate up to 115.200kbps) and 5‐pins LEMO interfaces.

Multicable with USB interface for connecting with PC.

2.4GHz Bluetooth device class II: maximum range is 50m.

Internal Radio: maximum range=10km.

External cell

External radio: frequency 450MHz, emitting power and maximum range depending on model,
phone support for RTK and VRS operation (optional).
maximum range=22km.

Serial protocols
Reference outputs: CMR+, CMRx, RTCM 2.1, RTCM 2.3, RTCM 3.0, RTCM 3.1.
Navigation outputs: ASCII (NMEA‐0183 GSV), AVR, RMC, HDT, VGK, VHD, ROT, GGK, GSA, ZDA, VTG, GST,
PJT, PJK, BPQ, GLL, GRS, GBS, GSOF.
Receiver accuracy

Static horizontal accuracy= 3mm ± 0.5ppm (RMS).

Static vertical accuracy= 5mm ± 0.5ppm (RMS).

Fixed RTK horizontal accuracy= 8mm ± 1ppm (RMS).Fixed RTK vertical accuracy= 15mm ± 1ppm
(RMS).

Code differential positioning accuracy= 0.45m (CEP).

Stand Alone RTK positioning accuracy= 1.5m (CEP).

SBAS positioning accuracy typically< 5m (3D RMS).
Power Supply:
 9 to a 15V DC external power input with over‐voltage.
 Voltage: 7.2 V.
 Working time in static mode: typically 6 hours.
 Working time in RTK rover mode: typically 4 hours.
 Charge Time: typically 7 hours.
 Power consumption: < 3.8 W.
 Remaining time with battery light blinking: 1 hour.
Physical specification:

Size: Height 154mm x 154mm x 88mm .

Weight: 1.2 Kg with internal battery, radio standard UHF antenna.

Operating temperature: ‐25°C to 60°C (‐13°F to 140°F)

Storage temperature: ‐ 55°C to 85°C (‐67°F to 185°F)

IP65

Waterproof: protected from temporary immersion to depth of 1 meter and from 100% humidity.

Dustproof.

Shock resistance: designed to survive a 2m free drop onto the concrete.

Vibration resistance.
Note: The specifications can come up only if the locked satellites are not less than 5, and must follow the
recommended procedure in product manual. Severe multi‐path effect, volatile ionosphere environment
and HDOP value will influence the performance severely.
Chapter 2 The Hardware of STAR S86‐T
2.1 Interface of Mainframe
STAR S86‐T mainframe is as following figure 2‐1,
(1 )
(2)
(3)
Figure 2‐1 Screen of Mainframe
STAR S86‐T receiver is integrated with a receiving part,a data collecting part, a power supply, and a radio
module. With high quality LCD screen, all‐alloy housing, and 3 proof design, STAR S86‐T can withstand the
worst weather, roughest working conditions.
(4)
(5)
(6)
(7)
Figure 2‐2 the port side of STAR S86‐T
(1)‐‐‐‐‐‐‐‐‐‐‐Operation Button (refer to 3.1)
(2)‐‐‐‐‐‐‐‐‐‐‐LCD Screen (refer to 3.2)
(3)‐‐‐‐‐‐‐‐‐‐‐Slot for connecting plummet and tribrach
(4)‐‐‐‐‐‐‐‐‐‐‐Slot for SIM Card
(5)‐‐‐‐‐‐‐‐‐‐‐Communication port, 7pins
(6)‐‐‐‐‐‐‐‐‐‐‐ External Radio port, 5 pins
(7)‐‐‐‐‐‐‐‐‐‐‐Charger & External power supply port, 4pins
Note: Com2 is for external radio. Com1/USB is for data transferring.CH/BAT is for charging and external
power supply.
2.2 Charging
(1) STAR S86‐T battery package
The batteries packages are embedded on the two flanks of the mainframe. After being fully‐charged, the
built‐in radio can work continuously for more than 10 hours.
Figure 2‐3 dual batteries packages
(2)Charger of STAR S86‐T
The charger of STAR S86‐T consists of two parts, AC adaptor cable and plug. See as figure 2‐4, 2‐5.
Figure 2‐4 Power plug
Figure 2‐5AC Adaptor cable
①——220V AC plug
②、③——Connecting part
④——4 pins plug, insert it to the charging port on the mainframe when charging.
⑤——Indicator lights of charger. When the light“CH1”、“CH2” turns red, it means the battery is being
charged. The indicator’s turning green means the battery is fully charged or disconnected with mainframe.
It doesn’t matter whether you turn on the mainframe or not when charging.our recommendation is to
turn it off.
2.3 Communication Cable
Data communication cable is for data downloading,one head of it is 7 pins port, the other head is USB
plug and serial port plug, see as figure 2‐6,
Figure 2‐6 Data communication cable
Notice: when you insert the 7 pins plug to the mainframe, make sure the red point on the plug is aligned
with the red point on the mainframe. Serial port plug is designed for special function.
2.4 Controller‐PC Cable
Controller‐PC cable is for the link between Psion controller and PC. It’s composed by two sections, one is
connected to controller, and the other is connected to USB port in PC. See as figure 2‐7.
Figure 2‐7 Controller‐PC cable
2.5 Keys and indicator lights
TX light indicates status of signal transmitting, RX light indicates status of signal receiving .BT light is
Bluetooth light, DATA light is the data transmitting/receiving light. The keys from left to right are Reset
key, two Function keys and Power key. The indicator information is as belows.
Function
Function or status
Power on/off,
Power on/off mainframe,
power
confirm,
confirm edit items, select
key
modify
modified items
Page
up/down,
return
Reset Key
Force to
power off
Select modified items or
return to prior menus
Power off in special
condition, without
disturbing data collection
DATA
Data indicator
light
light
transmitting interval time
Bluetooth
Keep on when Bluetooth is
light
connected
Receiving
Blink when receiving
signal light
interval time
BT light
RX light
TX light
Transmitting
blink when collecting
or
Blink when transmitting
signal light
interval time
1.
Static mode
DATA light blinks when collecting data interval time.
2.
Base mode(Radio)
TX, DATA lights blink when transmitting interval time simultaneously.
3.
Rover mode(Radio)
RX light blinks when transmitting interval time.
DATA light blinks when transmitting interval time after differential signal being received.
BT light keeps on shows Bluetooth is connected.
4.
Radio
(1）Built‐in radio(UHF)
STAR S86‐T is integrated with a 0.5w or 2w UHF built‐in transmitting radio, with which the typical work
distance can reach 2~5km, and no cable is needed in base station.The battery package in base station
enables the built‐in radio to work continuously for 10 hours, meeting the demand of surveyors.
10
(2) External radio
When working in extensive area with STAR S86‐T, the built‐in radio cannot cover the long distance
between base and rover. then you can choose a 2/5w or 15/15w external radio.
Note: whenever you debug the radio, put the radio antenna on top of it. Otherwise, the radio might be
broken.
(3) Module
STAR S86‐T is integrated built-in radio module, which can get access to various CORS.
It enormously extends work distance, and improves accuracy and reliability.
11
Chapter3 Accessories of STAR S86‐T
3.1 Instrument Case
The instrument case of STAR S86‐T contains two layers, the external is hard black case, which is
convenient for long distance transport, the inner is a foam box, with individual section for different parts
of the instrument. See as figure 3‐1.
Figure 3‐1 Instrument case
The hard case is portable, durable ,shockproof, and convenient to clean. See as figure 3‐2
Figure 3‐2 Hard case
The
foam box is very light, can hold mainframe and other accessories, you can arrange the space freely.
See as figure3‐3.
12
Figure 3‐3 Soft bag
3.2 Battery and charger for Controller
About mainframe battery and charger, please refer to chapter2‐2. About battery and charger for
controller, see as figure 3‐4,3‐5.
Figure 3‐4 Charger
Figure3‐5Controller battery
13
3.3 Transmitting/Receiving antenna of Data link
STAR S86‐T adopts 450MHz all‐direction antenna, which can work both as transmitting antenna and
receiving antenna. See as figure 3‐6.
Figure3‐6 Receiving & Transmitting Antenna
If you use external radio, you need another 5.5db all‐direction antenna, the appearance is as figure 3‐7
Figure 3‐7
14
3.4 Cables
1. Communication cable
Communication cable is for the link between mainframe and external radio, also for power
supplying ,which enables a longer working time of the mainframe and external radio. See as figure 3‐8
Figure 3‐8
2.Receiver‐controller cable
Receiver‐controller cable is for the link between receiver and controller, see as figure 3‐9
Figure 3‐9 Receiver‐controller cable
3.Multi‐communication cable
Multi‐communication cable is for the link between receiver mainframe and PC.
Which is used for static data downloading and firmware updating.See as figure 3‐10
15
Figure 3‐10 Communication cable
4. Other accessories
Bracket for controller
Figure3‐11 Bracket
5. Hi measuring plate
help measuring instrument height, see as figure 3‐12.
Figure 3‐12 Hi measuring plate
16
(1)—connecting hole
(2) —measuring edge
(3) —the distance is L=120mm
The HI measuring plate is placed between receiver and connector. See as figure 3‐13
Figure 3‐13
Measure Height
After placing instrument, users need to check once before and after an observation session.The way is to
measure from the edge of the measuring plate to the mark point center on ground. After data being input
to the software, it will calculate the real height of the instrument.
17
Chapter4 Operation
4.1 Instruction of STAR S86‐T indicator light
1. in Static mode
DATA indicator light blinks when collecting interval time.
2. in Base mode(Radio)
TX, DATA indicator light blink when transmitting interval time simultaneously.
3. in rover mode(Radio)
RX indicator light blink when transmitting interval time.
DATA indicator light blink when transmitting interval time after differential data being received.
BT (Bluetooth) indicator light keeps on after Bluetooth being connected.
4.2 Initialization interface
After you power on STAR S86‐T receiver, the initialization interface is as following figure,
Figure 4‐1 Initialization interface
You have two choices in this interface, setting mode and collection mode. you can click “F2” to enter
setting mode, otherwise, it will enter collection mode automatically after the count‐down.
4.3 Setting mode
The setting mode interface includes two main menus and a quit menu. The two main menus are mode
select menu and system setting menu. you can press selection buttons（F1，F2）to choose the menu ,
then press
to confirm, see as figure4‐2.
18
Figure 4‐2 Setting interface
4.3.1 Mode select menu
After pressing
button, you can enter work mode selecting interface, see as figure4‐3,
Figure 4‐3
There are three kinds of work modes to choose from, static mode, base mode and rover mode. You can
or
press
(1)
button to select, the last menu is for returning to prior menu.
Parameters setting in static mode
After entering static mode interface, you can set various parameters, such as mask angle, sample interval,
record mode (there are two ways, automatic and manual. When you select automatic way, the receiver
will collect static data automatically after receiving enough satellites and good PDOP value. If you select
manual way, you need press
button to start after receiving enough satellites and good PDOP), see
as figure4‐4
Figure 4‐4
19
There are three options at the bottom of the interface, OK, Edit and Exit. If you want to modify
parameters, you can move the cursor to “Edit”, then press
parameters being modified, press
button to start modify parameters. After
to return to “OK”, then press button
to confirm it.If you
don’t want to save the modified operation, click “Exit” to cancel it. The detailed operations are as follows,
Figure 4‐5
Note: There are 3 special interval items, 0.1s,0.2s and 0.5s, the GPS OEM main board are available,(extra
payment needed).
Figure 4‐6
Note: You’d better make the same parameters setting when several STAR S86‐T mainframes working
together.
(2)
Parameters setting in base mode
After entering base mode interface, you can set parameters for base mode, see as figure 4‐7,
Figure 4‐7
20
There are 4 options in the interface, differential type, auto start, record. The functions or options are as
belows:
Differential type：RTCA，CMR，RTCM2.x（including RTCM2.0 and RTCM2.3）
Interval: Transmitting interval, Default setting is 1 second.
Auto start: Two options,” Yes” or “No”, if you select “Yes”, it means the base station will transmit
automatically after receiving enough satellites and good PDOP value. If you select “No”, it means you
want to transmit the base station manually after checking the satellite situation. “No” is the default
setting.
Record: When using the receiver in RTK mode, you can still record static data, so if the GPS or radio signal
is not good or in some tough places, you can still record static data and post‐process it to obtain highly
accurate result. “No” is the default setting. See as figure4‐8, 4‐9,
Figure 4‐8
Figure 4‐9
After you finish these settings ,press
to confirm, you will enter the second setting interface,
data‐link setting. There are 2 options in this interface, data link, and channel. The instructions are as
follows:
Data link: 4 options for you to choose from, UHF, external, dual transmit.
UHF :for internal radio,
External: for external radio
Dual transmit: for external radio module working simultaneously.
21
Channel: Channel means radio channels. There are 8 channels in this item.
Settings finished, press
to return to the main interface, move the cursor to “OK” and press
to
confirm your settings. then the receiver will return to the initialization interface. See as figure 4‐10~4‐15
Figure 4‐10
Figure 4‐11
Figure 4‐12
Figure 4‐14
Figure 4‐13
(3)Parameters setting in rover mode
The rover mode parameters are the same as the base mode, just set it in accord with base mode settings.
22
4.3.2 System setting
There are five options in system setting interface, display setting, system info, self‐check , file list,
registration, the detailed operations and options are as belows:
Display setting: there are 3 options in this interface, in contrast, rotation and time zone.
Contrast setting: for screen contrast adjustment.
Rotation :for page turning, automatic or manual. There are several pages in collection interface,
automatic means these pages will be displayed circularly, manual means you need to turn pages by
pressing
button.
Figure 4‐16
Figure 4‐17
After finishing parameters setting, press
button to prior menu.
System info: checking receiver serial number, firmware version, expired date and free space in memory.
See as figure 4‐18.
23
Figure 4‐18
self‐check: checking screen, LED and beeper, battery. See as Figure 4‐19
Figure 4‐19
File list: checking static data files in receiver memory.checking file size, start time, end time and so on.
Press
button when the cursor is on specific file , the confirm‐delete frame will pop up, with file
detail being shown. see as figure 4‐20,
Figure 4‐20
Registration: In this interface, you can input register code manually, Registration code can be entered
here in case no PC connection is available in the field. Only the last 16 Characters are needed. see as
following figure,
Figure 4‐21
4.4 Collection mode
(1)
Static work interface
When choosing static mode in setting modes, the receiver will enter static work mode after it being
powered on. If manual way is wanted, press
button twice to start recording data. If automatic way
24
chosen, the receiver will record data automatically. There are 3 satellite information interfaces in this
mode; you can set the way of turning pages automatically or manually. See as figure 4‐22.
Figure 4‐22
If you want to end data recording , press
recording or not. press
button, then the system will remind you to end data
button again, system will show you that files are being closed now. if you
want to cancel this operation, press
button. See as figure 4‐23,
Figure 4‐23
(2)
Base work interface
When base mode chosen in setting mode, receiver will enter base work mode after being powered on.
See as figure 4‐24
25
Figure 4‐24
Entering this interface, you will see the word “TRANSMIT” on the up‐right corner of screen, press
button to enter base setup menu, see as figure 4‐25,
Figure 4‐25
There are 3 options in this menu，SINGLE TRANS，REPEAT TRANS，EXIT，instructions are as belows,
SINGLE TRANS: It means using local coordinate as base coordinate to transmit, you can save this
coordinate as a base coordinate file after work being done. It can be used for transmission repeating.
REPEAT TRANS: When setting the base station in the same position, you can use transmission repeating
function, in this menu,coordinate can be chosen to be saved in receiver. See as the following figures,
26
The coordinate has been calculated to the ground, so the device height need to be input before
transmission, see as below figure, it’s dev.Hgt. You need to measure from base point on the ground to the
edge of Hi plate.
EXIT:
you can select this item to quit operation.
After selecting, press
button to confirm, it will enter the interface as figure 4‐15, press button
again to start, if the fixed satellites are enough(more than 5) and good PDOP value available(smaller than
3), it will show “Start transmission!” and TX and DATA light will blink simultaneously.if you want to stop
transmitting, press
button, the system will remind if you want to save the base coordinate or not,
the coordinate can be saved and used for transmitting repeating function.
(3) Rover work interface
When rover mode chosen in setting mode, the receiver will enter rover work mode after being powered
on, see as figure 4‐26,
Figure 4‐26
There are two pages in the collection mode. It includes satellites number, map, PDOP value, radio channel,
module in use, battery power, longitude, latitude, ellipsoid height and so on.
27
4.5 Module setting
Press
button to enter module setting interface in rover work mode, see as figure 4‐27,
Figure 4‐27
Note: In base work mode, you can only enter module setting interface after base station transmitting
signals, and only module parameters settings can be changed,such as module, channel.work mode can not
be changed here.
After rover being connected to the base, if you want to change radio channel or change radio module,
you can operate it in module setting interface, you can refer to 4.3.1 about data
link and channel setting.
Figure 4‐28
When configure radio module wanted, enter config mode to set, usually the receiver is
needed to be connected to PC programs to make this configuration. See as following figure 4‐29,
28
Figure 4‐29
Press
button to enter configuration interface, you can set parameters in PC program after
connection, see as figure 4‐30,
Figure 4‐30
After settings done, press any button to return to collection interface.
29
Chapter5 Data Manage and Transfer
5.1 How to transmit data
Firstly, connect the receiver to PC by the USB cable,which works like a flash disk after being connected to
the computer.
a removable disk icon will appear at the right bottom of the computer screen, see as
figure 5‐1.
Figure 5‐1
Then you will find a “removable disk” in “my computer”, click it, you will find the data in receiver memory.
Figure 5‐2
The record data file is “*.sth“，the editing time of file is the time to finish data recording ,the static data
can be copied directly from this directory .
Notice: The name of data recording is composed by 8 characters, the first four characters of which is point
name, the middle three characters date , for example,31th ,Jan is 031. The last one session.
5.2 The use of configuration file
When you open the file “CONFIG”, you will see it as belows:
30
Figure 5‐3
Name
Note
Point Name
Four characters, from 0 to 9, a, b, c …… z
Session
From 1 to 9
Ant Height
The Unit is millimeter(mm)
Mask Angle
From 0 degree to 45 degree
Contrast
From 0 to 15
Language
Chinese and English
Serial
composed by27 digits and upper case characters.
Number
If the file“CONFIG” is deleted，it will regenerate automatically after the restart of the receiver.
5.3 Register and upgrade
5.3.1 Register
There are 4 methods to make registration:
1. Modify configuration file, conf.ini (USB port). Please refer to figure 5‐3. You can replace the content of
red frame, then save it. The registration code will be entered to the receiver.
31
2. Direct serial port command. Connect the receiver to your PC using serial port. Use any serial
communication software (e.g. Super Terminal) to send the following command at the baud rate of
115200bps.
REGI H09862112341111222233334444
NOTE: Your serial code should be different from the above one but with same formation. (COM port) See
as following figure:
3. By controller. Use controller software EGstar3.0. Refer to the EGstar3.0 User Manual for detailed
information.
4. Input the serial port from panel. In the case only the last 16 characters are needed . See Registration in
System configuration section. Please refer to 4.3.2 about registration.
5.3.2 Receiver Upgrade
Sometimes, you need upgrade firmware of receiver, with main program Instar.exe and upgrade file *.dat,
the operation steps are as belows.
32
1. Keep S86T off and connect to PC with a L979Y cable.
2. Double click “Firmware Update”, Instar will show as follows, then select the baud rate to 115200 and
select the latest firmware.
33
3. Turn on S86T and it will manage to update automatically.
34
35
Chapter6 Statement
6.1 Federal Communication Commission Interference Statement
This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions:
1. This device may not cause harmful interference.
2. This device must accept any interference received, including interference that may cause undesired
operation.
And this equipment has been tested and found to comply with the limits for a Class B digital device,
pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against
harmful interference in a residential installation. This equipment generates, uses and can radiate radio
frequency energy and, if not installed and used in accordance with the instructions, may cause harmful
interference to radio communications.
in a particular installation.
However, there is no guarantee that interference will not occur
If this equipment does cause harmful interference to radio or television
reception, which can be determined by turning the equipment off and on, the user is encouraged to try to
correct the interference by one of the following measures:
1. Reorient or relocate the receiving antenna.
2. Increase the separation between the equipment and receiver.
3. Connect the equipment into an outlet on a circuit different from that
4. to which the receiver is connected.
5. Consult the dealer or an experienced radio/TV technician for help.
FCC Caution:
Any changes or modifications not expressly approved by the party responsible for compliance could void
the user's authority to operate this equipment.
This transmitter must not be co‐located or operating in conjunction with any other antenna or
transmitter.
To comply with FCC's RF radiation exposure limits for general population/uncontrolled exposure, the antenna(s) used
for this transmitter must be installed to provide a separation distance of at least 20 cm from all persons and must not
be collocated or operating in conjunction with any other antenna or transmitter.
36


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File Type                       : PDF
File Type Extension             : pdf
MIME Type                       : application/pdf
PDF Version                     : 1.6
Linearized                      : Yes
XMP Toolkit                     : 3.1-702
Format                          : application/pdf
Creator                         : Zooey Chan
Title                           : Microsoft Word - S86T GPS Receiver  User Guide20130604_FCC_
Create Date                     : 2013:06:04 16:40:30+08:00
Creator Tool                    : PScript5.dll Version 5.2.2
Modify Date                     : 2013:09:04 13:50:56+08:00
Metadata Date                   : 2013:09:04 13:50:56+08:00
Producer                        : Acrobat Distiller 10.1.0 (Windows)
Document ID                     : uuid:3e2a9e09-f9e5-458d-ac71-9d672e881950
Instance ID                     : uuid:2b931f35-3055-4150-82af-c21f7ca4b7ac
Has XFA                         : No
Page Count                      : 42
Author                          : Zooey Chan

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