SOUTH NAVIGATION SOUTHGNSS-86 Survey Radio User Manual Manual
SOUTH NAVIGATION LIMITED Survey Radio Manual
Manual.pdf
‐‐‐‐STARS86‐TGPSReceiver
UserManual
SOUTHCO.,Ltd.
www.southsurvey.com
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CONTENTS
CONTENTS............................................................................................................3
Chapter1Introduction.........................................................................................1
1.1STARS86‐TGPSSystemSummary.............................................................1
1.2STARS86‐TGPSfeaturesandfunction......................................................1
1.3Technicalspecifications.............................................................................2
Chapter2TheHardwareofSTARS86‐T..............................................................5
2.1InterfaceofMainframe.............................................................................5
2.2Charging....................................................................................................
6
2.3CommunicationCable...............................................................................8
2.4Controller‐PCCable...................................................................................8
2.5Keysandindicatorlights............................................................................9
Chapter3AccessoriesofSTARS86‐T..................................................................12
3.1InstrumentCase......................................................................................12
3.2BatteryandchargerforController..........................................................13
3.3Transmitting/ReceivingantennaofDatalink..........................................14
3.4Cables......................................................................................................15
Chapter4Operation...........................................................................................18
4.1InstructionofSTARS86‐Tindicatorlight.................................................18
4.2Initializationinterface.............................................................................18
4.3Settingmode...........................................................................................18
4.4Collectionmode......................................................................................24
4.5Modulesetting........................................................................................28
Chapter5DataManageandTransfer.................................................................30
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5.1Howtotransmitdata..............................................................................30
5.2Theuseofconfigurationfile....................................................................30
5.3Registerandupgrade..............................................................................31
Chapter6Statement..........................................................................................36
6.1FederalCommunicationCommissionInterferenceStatement...............36
6.2RadiationExposureStatement................................................................37
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Chapter1Introduction
1.1STARS86‐TGPSSystemSummary
STARS86‐TcombinestheadvantagesofSOUTHseriesRTKproducts,followsadvancedtechnologyandthe
conceptofcontinuousinnovation,bringsthemostadvancedsurveyingsolutiontosurveyors,offershigher
precisionandmorereliability,makesthesurveyingworkeasierandsimpler.
1.2STARS86‐TGPSfeaturesandfunction
Thebuilt‐inradiomodulesintegrated in STAR S86Tsupportsa longer workdistancewiththemobilenetwork.
TheARMframeworkadoptedbySTAR86‐TintheCPUkernelenablestheoperatingspeedtoreach
400MHz,thusrealizingmulti‐taskingmainframe,fasterprocessingrate,andhigherrealtime.TheUSB
MASSSTORAGEstandardprotocolmakestheoperationfasterandmoreflexible.
STARS86‐Tmainfeatures:
1) Integrateddesign,highqualityscreen,andconvenientoperation.
2) Thecoretechnologyofdatalinkhasbeengreatlyimproved,basedontypicalRTKworkdistance,STAR
S86‐Trealizesthegoalofbuilt‐intransmitterradio,abandoningcablesandheavybatterycells.
3) Thebuilt‐inbatteriespackageintegratedinthemainframeensures12hoursworktime,andcanbe
chargedwithoutbeingtakenapart.
4) STARS86‐Tisintegratedwithbuiltinradiomodule, which can becustomizedbyusers.
5) STARS86‐TadoptsthenewestARM9CPU,whosespeedcanreach400MHzwithfasterprocessing
speed,biggermemorycapacity,andhigherrealtime.
6) TheOSisareal‐time,multi‐tasking,morepowerfulfunction,withthestandardcompactdiskfile
system;STARS86‐Tbecomesmorestable,reliable.Datamanagementandmaintenancebecomemore
convenient.
7) FilesystemadoptsUSBMASSSTORAGEstandardprotocol,whichenablesafasterdownloadingspeed.
8) All‐alloyfirmhousing,shockproof,dustproof,waterproof,morescientificstructure,muchsafer
shielding.
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1.3Technicalspecifications
Channels:220
Satellitesignalstracked:
GPS:SimultaneousL1C/A,L2E,L2C,L5.
GLONASS:SimultaneousL1C/A,L1P,L2C/A(GLONASSMOnly),L2P.
SBAS:SimultaneousL1C/A,L5.
GIOVE‐A:SimultaneousL1BOC,E5A,E5B,E5AltBOC1.
GIOVE‐B:SimultaneousL1CBOC,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).
VerylownoiseGNSScarrierphasemeasurementswith<1mmprecisionina1Hzbandwidth.
Provenlowelevationtrackingtechnology.
Initializationtime:typically<8s.
Upto50Hzrawmeasurement&positionoutputs.
Signalrecapture:1sec.
RTKsignalinitializationtypically20sec.
Motherboard
InternalMemory:64Mb(25statichourswithfrequencyof1Hz)
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Connectiondevices:
ConnectorsI/O:9‐pinsserialport(baudrateupto115.200kbps)and5‐pinsLEMOinterfaces.
MulticablewithUSBinterfaceforconnectingwithPC.
2.4GHzBluetoothdeviceclassII:maximumrangeis50m.
InternalRadio:maximumrange=10km.
Externalcell phonesupportforRTKandVRSoperation(optional).
Externalradio:frequency450MHz,emittingpowerandmaximumrangedependingonmodel,
maximumrange=22km.
Serialprotocols
Referenceoutputs:CMR+,CMRx,RTCM2.1,RTCM2.3,RTCM3.0,RTCM3.1.
Navigationoutputs:ASCII(NMEA‐0183GSV),AVR,RMC,HDT,VGK,VHD,ROT,GGK,GSA,ZDA,VTG,GST,
PJT,PJK,BPQ,GLL,GRS,GBS,GSOF.
Receiveraccuracy
Statichorizontalaccuracy=3mm±0.5ppm(RMS).
Staticverticalaccuracy=5mm±0.5ppm(RMS).
FixedRTKhorizontalaccuracy=8mm±1ppm(RMS).FixedRTKverticalaccuracy=15mm±1ppm
(RMS).
Codedifferentialpositioningaccuracy=0.45m(CEP).
StandAloneRTKpositioningaccuracy=1.5m(CEP).
SBASpositioningaccuracytypically<5m(3DRMS).
PowerSupply:
9toa15VDCexternalpowerinputwithover‐voltage.
Voltage:7.2V.
Workingtimeinstaticmode:typically6hours.
WorkingtimeinRTKrovermode:typically4hours.
ChargeTime:typically7hours.
Powerconsumption:<3.8W.
Remainingtimewithbatterylightblinking:1hour.
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Physicalspecification:
Size:Height154mmx154mmx88mm.
Weight:1.2Kgwithinternalbattery,radiostandardUHFantenna.
Operatingtemperature:‐25°Cto60°C(‐13°Fto140°F)
Storagetemperature:‐55°Cto85°C(‐67°Fto185°F)
IP65
Waterproof:protectedfromtemporaryimmersiontodepthof1meterandfrom100%humidity.
Dustproof.
Shockresistance:designedtosurvivea2mfreedropontotheconcrete.
Vibrationresistance.
Note:Thespecificationscancomeuponlyifthelockedsatellitesarenotlessthan5,andmustfollowthe
recommendedprocedureinproductmanual.Severemulti‐patheffect,volatileionosphereenvironment
andHDOPvaluewillinfluencetheperformanceseverely.
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Chapter2TheHardwareofSTARS86‐T
2.1InterfaceofMainframe
STARS86‐Tmainframeisasfollowingfigure2‐1,
(1)(2)(3)
Figure2‐1ScreenofMainframe
STARS86‐Treceiverisintegratedwithareceivingpart,adatacollectingpart,apowersupply,andaradio
module.WithhighqualityLCDscreen,all‐alloyhousing,and3proofdesign,STARS86‐Tcanwithstandthe
worstweather,roughestworkingconditions.
(4)(5)(6)(7)
Figure2‐2theportsideofSTARS86‐T
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(1)‐‐‐‐‐‐‐‐‐‐‐OperationButton(referto3.1)
(2)‐‐‐‐‐‐‐‐‐‐‐LCDScreen(referto3.2)
(3)‐‐‐‐‐‐‐‐‐‐‐Slotforconnectingplummetandtribrach
(4)‐‐‐‐‐‐‐‐‐‐‐SlotforSIMCard
(5)‐‐‐‐‐‐‐‐‐‐‐Communicationport,7pins
(6)‐‐‐‐‐‐‐‐‐‐‐ExternalRadioport,5pins
(7)‐‐‐‐‐‐‐‐‐‐‐Charger&Externalpowersupplyport,4pins
Note:Com2isforexternalradio.Com1/USBisfordatatransferring.CH/BATisforchargingandexternal
powersupply.
2.2Charging
(1)STARS86‐Tbatterypackage
Thebatteriespackagesareembeddedonthetwoflanksofthemainframe.Afterbeingfully‐charged,the
built‐inradiocanworkcontinuouslyformorethan10hours.
Figure2‐3dualbatteriespackages
(2)ChargerofSTARS86‐T
ThechargerofSTARS86‐Tconsistsoftwoparts,ACadaptorcableandplug.Seeasfigure2‐4,2‐5.
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Figure2‐4Powerplug
Figure2‐5ACAdaptorcable
①——220VACplug
②、③——Connectingpart
④——4pinsplug,insertittothechargingportonthemainframewhencharging.
⑤——Indicatorlightsofcharger.Whenthelight“CH1”、“CH2”turnsred,itmeansthebatteryisbeing
charged.Theindicator’sturninggreenmeansthebatteryisfullychargedordisconnectedwithmainframe.
Itdoesn’tmatterwhetheryouturnonthemainframeornotwhencharging.ourrecommendationisto
turnitoff.
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2.3CommunicationCable
Datacommunicationcableisfordatadownloading,oneheadofitis7pinsport,theotherheadisUSB
plugandserialportplug,seeasfigure2‐6,
Figure2‐6Datacommunicationcable
Notice:whenyouinsertthe7pinsplugtothemainframe,makesuretheredpointontheplugisaligned
withtheredpointonthemainframe.Serialportplugisdesignedforspecialfunction.
2.4Controller‐PCCable
Controller‐PCcableisforthelinkbetweenPsioncontrollerandPC.It’scomposedbytwosections,oneis
connectedtocontroller,andtheotherisconnectedtoUSBportinPC.Seeasfigure2‐7.
Figure2‐7Controller‐PCcable
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2.5Keysandindicatorlights
TXlightindicatesstatusofsignaltransmitting,RXlightindicatesstatusofsignalreceiving.BTlightis
Bluetoothlight,DATAlightisthedatatransmitting/receivinglight.ThekeysfromlefttorightareReset
key,twoFunctionkeysandPowerkey.Theindicatorinformationisasbelows.
FunctionFunctionorstatus
power
key
Poweron/off,
confirm,
modify
Poweron/offmainframe,
confirmedititems,select
modifieditems
&
Page
up/down,
return
Selectmodifieditemsor
returntopriormenus
ResetKey
Forceto
poweroff
Poweroffinspecial
condition,without
disturbingdatacollection
DATA
light
Dataindicator
light
blinkwhencollectingor
transmittingintervaltime
BTlight
Bluetooth
light
KeeponwhenBluetoothis
connected
RXlight
Receiving
signallight
Blinkwhenreceiving
intervaltime
TXlight
Transmitting
signallight
Blinkwhentransmitting
intervaltime
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1. Staticmode
DATAlightblinkswhencollectingdataintervaltime.
2. Basemode(Radio)
TX,DATAlightsblinkwhentransmittingintervaltimesimultaneously.
3. Rovermode(Radio)
RXlightblinkswhentransmittingintervaltime.
DATAlightblinkswhentransmittingintervaltimeafterdifferentialsignalbeingreceived.
BTlightkeepsonshowsBluetoothisconnected.
4.Radio
(1)Built‐inradio(UHF)
STARS86‐Tisintegratedwitha0.5wor2wUHFbuilt‐intransmittingradio,withwhichthetypicalwork
distancecanreach2~5km,andnocableisneededinbasestation.Thebatterypackageinbasestation
enablesthebuilt‐inradiotoworkcontinuouslyfor10hours,meetingthedemandofsurveyors.
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(2)Externalradio
WhenworkinginextensiveareawithSTARS86‐T,thebuilt‐inradiocannotcoverthelongdistance
betweenbaseandrover.thenyoucanchoosea2/5wor15/15wexternalradio.
Note:wheneveryoudebugtheradio,puttheradioantennaontopofit.Otherwise,theradiomightbe
broken.
(3)Module
STAR S86‐Tisintegrated built-in radiomodule, which canget accesstovariousCORS.
Itenormouslyextendsworkdistance,andimprovesaccuracyandreliability.
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Chapter3AccessoriesofSTARS86‐T
3.1InstrumentCase
TheinstrumentcaseofSTARS86‐Tcontainstwolayers,theexternalishardblackcase,whichis
convenientforlongdistancetransport,theinnerisafoambox,withindividualsectionfordifferentparts
oftheinstrument.Seeasfigure3‐1.
Figure3‐1Instrumentcase
Thehardcaseisportable,durable,shockproof,andconvenienttoclean.Seeasfigure3‐2
Figure3‐2Hardcase
Thefoamboxisverylight,canholdmainframeandotheraccessories,youcanarrangethespacefreely.
Seeasfigure3‐3.
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Figure3‐3Softbag
3.2BatteryandchargerforController
Aboutmainframebatteryandcharger,pleaserefertochapter2‐2.Aboutbatteryandchargerfor
controller,seeasfigure3‐4,3‐5.
Figure3‐4ChargerFigure3‐5Controllerbattery
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3.3Transmitting/ReceivingantennaofDatalink
STARS86‐Tadopts450MHzall‐directionantenna,whichcanworkbothastransmittingantennaand
receivingantenna.Seeasfigure3‐6.
Figure3‐6Receiving&TransmittingAntenna
Ifyouuseexternalradio,youneedanother5.5dball‐directionantenna,theappearanceisasfigure3‐7
Figure3‐7
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3.4Cables
1.Communicationcable
Communicationcableisforthelinkbetweenmainframeandexternalradio,alsoforpower
supplying,whichenablesalongerworkingtimeofthemainframeandexternalradio.Seeasfigure3‐8
Figure3‐8
2.Receiver‐controllercable
Receiver‐controllercableisforthelinkbetweenreceiverandcontroller,seeasfigure3‐9
Figure3‐9Receiver‐controllercable
3.Multi‐communicationcable
Multi‐communicationcableisforthelinkbetweenreceivermainframeandPC.
Whichisusedforstaticdatadownloadingandfirmwareupdating.Seeasfigure3‐10
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Figure3‐10Communicationcable
4.Otheraccessories
Bracketforcontroller
Figure3‐11Bracket
5.Himeasuringplate
helpmeasuringinstrumentheight,seeasfigure3‐12.
Figure3‐12Himeasuringplate
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(1)—connectinghole
(2)—measuringedge
(3)—thedistanceisL=120mm
TheHImeasuringplateisplacedbetweenreceiverandconnector.Seeasfigure3‐13
Figure3‐13MeasureHeight
Afterplacinginstrument,usersneedtocheckoncebeforeandafteranobservationsession.Thewayisto
measurefromtheedgeofthemeasuringplatetothemarkpointcenteronground.Afterdatabeinginput
tothesoftware,itwillcalculatetherealheightoftheinstrument.
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Chapter4Operation
4.1InstructionofSTARS86‐Tindicatorlight
1. inStaticmode
DATAindicatorlightblinkswhencollectingintervaltime.
2. inBasemode(Radio)
TX,DATAindicatorlightblinkwhentransmittingintervaltimesimultaneously.
3. inrovermode(Radio)
RXindicatorlightblinkwhentransmittingintervaltime.
DATAindicatorlightblinkwhentransmittingintervaltimeafterdifferentialdatabeingreceived.
BT(Bluetooth)indicatorlightkeepsonafterBluetoothbeingconnected.
4.2Initializationinterface
AfteryoupoweronSTARS86‐Treceiver,theinitializationinterfaceisasfollowingfigure,
Figure4‐1Initializationinterface
Youhavetwochoicesinthisinterface,settingmodeandcollectionmode.youcanclick“F2”toenter
settingmode,otherwise,itwillentercollectionmodeautomaticallyafterthecount‐down.
4.3Settingmode
Thesettingmodeinterfaceincludestwomainmenusandaquitmenu.Thetwomainmenusaremode
selectmenuandsystemsettingmenu.youcanpressselectionbuttons(F1,F2)tochoosethemenu,
thenpresstoconfirm,seeasfigure4‐2.
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Figure4‐2Settinginterface
4.3.1Modeselectmenu
Afterpressingbutton,youcanenterworkmodeselectinginterface,seeasfigure4‐3,
Figure4‐3
Therearethreekindsofworkmodestochoosefrom,staticmode,basemodeandrovermode.Youcan
pressorbuttontoselect,thelastmenuisforreturningtopriormenu.
(1) Parameterssettinginstaticmode
Afterenteringstaticmodeinterface,youcansetvariousparameters,suchasmaskangle,sampleinterval,
recordmode(therearetwoways,automaticandmanual.Whenyouselectautomaticway,thereceiver
willcollectstaticdataautomaticallyafterreceivingenoughsatellitesandgoodPDOPvalue.Ifyouselect
manualway,youneedpressbuttontostartafterreceivingenoughsatellitesandgoodPDOP),see
asfigure4‐4
Figure4‐4
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Therearethreeoptionsatthebottomoftheinterface,OK,EditandExit.Ifyouwanttomodify
parameters,youcanmovethecursorto“Edit”,thenpressbuttontostartmodifyparameters.After
parametersbeingmodified,presstoreturnto“OK”,thenpressbuttontoconfirmit.Ifyou
don’twanttosavethemodifiedoperation,click“Exit”tocancelit.Thedetailedoperationsareasfollows,
Figure4‐5
Note:Thereare3specialintervalitems,0.1s,0.2sand0.5s,theGPSOEMmainboardareavailable,(extra
paymentneeded).
Figure4‐6
Note:You’dbettermakethesameparameterssettingwhenseveralSTARS86‐Tmainframesworking
together.
(2) Parameterssettinginbasemode
Afterenteringbasemodeinterface,youcansetparametersforbasemode,seeasfigure4‐7,
Figure4‐7
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Thereare4optionsintheinterface,differentialtype,autostart,record.Thefunctionsoroptionsareas
belows:
Differentialtype:RTCA,CMR,RTCM2.x(includingRTCM2.0andRTCM2.3)
Interval:Transmittinginterval,Defaultsettingis1second.
Autostart:Twooptions,”Yes”or“No”,ifyouselect“Yes”,itmeansthebasestationwilltransmit
automaticallyafterreceivingenoughsatellitesandgoodPDOPvalue.Ifyouselect“No”,itmeansyou
wanttotransmitthebasestationmanuallyaftercheckingthesatellitesituation.“No”isthedefault
setting.
Record:WhenusingthereceiverinRTKmode,youcanstillrecordstaticdata,soiftheGPSorradiosignal
isnotgoodorinsometoughplaces,youcanstillrecordstaticdataandpost‐processittoobtainhighly
accurateresult.“No”isthedefaultsetting.Seeasfigure4‐8,4‐9,
Figure4‐8
Figure4‐9
Afteryoufinishthesesettings,presstoconfirm,youwillenterthesecondsettinginterface,
data‐linksetting.Thereare2optionsinthisinterface,datalink,andchannel.Theinstructionsareas
follows:
Datalink:4optionsforyoutochoosefrom,UHF,external,dual transmit.
UHF:forinternalradio,
External:forexternalradio
Dualtransmit:forexternalradiomodule workingsimultaneously.
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Channel:Channelmeansradiochannels.Thereare8channelsinthisitem.
Settingsfinished,presstoreturntothemaininterface,movethecursorto“OK”andpressto
confirmyoursettings.thenthereceiverwillreturntotheinitializationinterface.Seeasfigure4‐10~4‐15
Figure4‐10
Figure4‐11
Figure4‐12Figure4‐14
Figure4‐13
(3)Parameterssettinginrovermode
Therovermodeparametersarethesameasthebasemode,justsetitinaccordwithbasemodesettings.
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4.3.2Systemsetting
Therearefiveoptionsinsystemsettinginterface,displaysetting,systeminfo,self‐check,filelist,
registration,thedetailedoperationsandoptionsareasbelows:
Displaysetting:thereare3optionsinthisinterface,incontrast,rotationandtimezone.
Contrastsetting:forscreencontrastadjustment.
Rotation:forpageturning,automaticormanual.Thereareseveralpagesincollectioninterface,
automaticmeansthesepageswillbedisplayedcircularly,manualmeansyouneedtoturnpagesby
pressingbutton.
Figure4‐16
Figure4‐17
Afterfinishingparameterssetting,pressbuttontopriormenu.
Systeminfo:checkingreceiverserialnumber,firmwareversion,expireddateandfreespaceinmemory.
Seeasfigure4‐18.
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Figure4‐18
self‐check:checkingscreen,LEDandbeeper,battery.SeeasFigure4‐19
Figure4‐19
Filelist:checkingstaticdatafilesinreceivermemory.checkingfilesize,starttime,endtimeandsoon.
Pressbuttonwhenthecursorisonspecificfile,theconfirm‐deleteframewillpopup,withfile
detailbeingshown.seeasfigure4‐20,
Figure4‐20
Registration:Inthisinterface,youcaninputregistercodemanually,Registrationcodecanbeentered
hereincasenoPCconnectionisavailableinthefield.Onlythelast16Charactersareneeded.seeas
followingfigure,
Figure4‐21
4.4Collectionmode
(1) Staticworkinterface
Whenchoosingstaticmodeinsettingmodes,thereceiverwillenterstaticworkmodeafteritbeing
poweredon.Ifmanualwayiswanted,pressbuttontwicetostartrecordingdata.Ifautomaticway
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chosen,thereceiverwillrecorddataautomatically.Thereare3satelliteinformationinterfacesinthis
mode;youcansetthewayofturningpagesautomaticallyormanually.Seeasfigure4‐22.
Figure4‐22
Ifyouwanttoenddatarecording,pressbutton,thenthesystemwillremindyoutoenddata
recordingornot.pressbuttonagain,systemwillshowyouthatfilesarebeingclosednow.ifyou
wanttocancelthisoperation,pressbutton.Seeasfigure4‐23,
Figure4‐23
(2) Baseworkinterface
Whenbasemodechoseninsettingmode,receiverwillenterbaseworkmodeafterbeingpoweredon.
Seeasfigure4‐24
26
Figure4‐24
Enteringthisinterface,youwillseetheword“TRANSMIT”ontheup‐rightcornerofscreen,press
buttontoenterbasesetupmenu,seeasfigure4‐25,
Figure4‐25
Thereare3optionsinthismenu,SINGLETRANS
,
REPEATTRANS
,
EXIT
,
instructionsareasbelows,
SINGLETRANS:Itmeansusinglocalcoordinateasbasecoordinatetotransmit,youcansavethis
coordinateasabasecoordinatefileafterworkbeingdone.Itcanbeusedfortransmissionrepeating.
REPEATTRANS:Whensettingthebasestationinthesameposition,youcanusetransmissionrepeating
function,inthismenu,coordinatecanbechosentobesavedinreceiver.Seeasthefollowingfigures,
27
Thecoordinatehasbeencalculatedtotheground,sothedeviceheightneedtobeinputbefore
transmission,seeasbelowfigure,it’sdev.Hgt.Youneedtomeasurefrombasepointonthegroundtothe
edgeofHiplate.
EXIT:youcanselectthisitemtoquitoperation.
Afterselecting,press buttontoconfirm,itwillentertheinterfaceasfigure4‐15,pressbutton
againtostart,ifthefixedsatellitesareenough(morethan5)andgoodPDOPvalueavailable(smallerthan
3),itwillshow“Starttransmission!”andTXandDATAlightwillblinksimultaneously.ifyouwanttostop
transmitting,pressbutton,thesystemwillremindifyouwanttosavethebasecoordinateornot,
thecoordinatecanbesavedandusedfortransmittingrepeatingfunction.
(3)Roverworkinterface
Whenrovermodechoseninsettingmode,thereceiverwillenterroverworkmodeafterbeingpowered
on,seeasfigure4‐26,
Figure4‐26
Therearetwopagesinthecollectionmode.Itincludessatellitesnumber,map,PDOPvalue,radiochannel,
moduleinuse,batterypower,longitude,latitude,ellipsoidheightandsoon.
28
4.5Modulesetting
Pressbuttontoentermodulesettinginterfaceinroverworkmode,seeasfigure4‐27,
Figure4‐27
Note:Inbaseworkmode,youcanonlyentermodulesettinginterfaceafterbasestationtransmitting
signals,andonlymoduleparameterssettingscanbechanged,suchasmodule,channel.workmodecannot
bechangedhere.
Afterroverbeingconnectedtothebase,ifyouwanttochangeradiochannelorchangeradiomodule,
youcanoperateitinmodulesettinginterface,youcanreferto4.3.1aboutdata
linkandchannelsetting.
Figure4‐28
Whenconfigureradio module wanted,enter config modetoset, usually thereceiveris
neededtobeconnectedtoPCprogramstomakethisconfiguration.Seeasfollowingfigure4‐29,
29
Figure4‐29
Pressbuttontoenterconfigurationinterface,youcansetparametersinPCprogramafter
connection,seeasfigure4‐30,
Figure4‐30
Aftersettingsdone,pressanybuttontoreturntocollectioninterface.
30
Chapter5DataManageandTransfer
5.1Howtotransmitdata
Firstly,connectthereceivertoPCbytheUSBcable,whichworkslikeaflashdiskafterbeingconnectedto
thecomputer.aremovablediskiconwillappearattherightbottomofthecomputerscreen,seeas
figure5‐1.
Figure5‐1
Thenyouwillfinda“removabledisk”in“mycomputer”,clickit,youwillfindthedatainreceivermemory.
Figure5‐2
Therecorddatafileis“*.sth“,theeditingtimeoffileisthetimetofinishdatarecording,thestaticdata
canbecopieddirectlyfromthisdirectory.
Notice:Thenameofdatarecordingiscomposedby8characters,thefirstfourcharactersofwhichispoint
name,themiddlethreecharactersdate,forexample,31th,Janis031.Thelastonesession.
5.2Theuseofconfigurationfile
Whenyouopenthefile“CONFIG”,youwillseeitasbelows:
31
Figure5‐3
NameNote
PointNameFourcharacters,from0to9,a,b,c……z
SessionFrom1to9
AntHeightTheUnitismillimeter(mm)
MaskAngleFrom0degreeto45degree
ContrastFrom0to15
LanguageChineseandEnglish
Serial
Number
composedby27digitsanduppercasecharacters.
Ifthefile“CONFIG”isdeleted,itwillregenerateautomaticallyaftertherestartofthereceiver.
5.3Registerandupgrade
5.3.1Register
Thereare4methodstomakeregistration:
1.Modifyconfigurationfile,conf.ini(USBport).Pleaserefertofigure5‐3.Youcanreplacethecontentof
redframe,thensaveit.Theregistrationcodewillbeenteredtothereceiver.
32
2.Directserialportcommand.ConnectthereceivertoyourPCusingserialport.Useanyserial
communicationsoftware(e.g.SuperTerminal)tosendthefollowingcommandatthebaudrateof
115200bps.
REGIH09862112341111222233334444
NOTE:Yourserialcodeshouldbedifferentfromtheaboveonebutwithsameformation.(COMport)See
asfollowingfigure:
3. Bycontroller.UsecontrollersoftwareEGstar3.0.RefertotheEGstar3.0UserManualfordetailed
information.
4. Inputtheserialportfrompanel.Inthecaseonlythelast16charactersareneeded.SeeRegistrationin
Systemconfigurationsection.Pleasereferto4.3.2aboutregistration.
5.3.2ReceiverUpgrade
Sometimes,youneedupgradefirmwareofreceiver,withmainprogramInstar.exeandupgradefile*.dat,
theoperationstepsareasbelows.
33
1. KeepS86ToffandconnecttoPCwithaL979Ycable.
2. Doubleclick“FirmwareUpdate”,Instarwillshowasfollows,thenselectthebaudrateto115200and
selectthelatestfirmware.
34
3. TurnonS86Tanditwillmanagetoupdateautomatically.
35
36
Chapter6Statement
6.1FederalCommunicationCommissionInterferenceStatement
ThisdevicecomplieswithPart15oftheFCCRules.Operationissubjecttothefollowingtwoconditions:
1. Thisdevicemaynotcauseharmfulinterference.
2. Thisdevicemustacceptanyinterferencereceived,includinginterferencethatmaycauseundesired
operation.
AndthisequipmenthasbeentestedandfoundtocomplywiththelimitsforaClassBdigitaldevice,
pursuanttoPart15oftheFCCRules.Theselimitsaredesignedtoprovidereasonableprotectionagainst
harmfulinterferenceinaresidentialinstallation.Thisequipmentgenerates,usesandcanradiateradio
frequencyenergyand,ifnotinstalledandusedinaccordancewiththeinstructions,maycauseharmful
interferencetoradiocommunications.However,thereisnoguaranteethatinterferencewillnotoccur
inaparticularinstallation.Ifthisequipmentdoescauseharmfulinterferencetoradioortelevision
reception,whichcanbedeterminedbyturningtheequipmentoffandon,theuserisencouragedtotryto
correcttheinterferencebyoneofthefollowingmeasures:
1. Reorientorrelocatethereceivingantenna.
2. Increasetheseparationbetweentheequipmentandreceiver.
3. Connecttheequipmentintoanoutletonacircuitdifferentfromthat
4. towhichthereceiverisconnected.
5. Consultthedealeroranexperiencedradio/TVtechnicianforhelp.
FCCCaution:
Anychangesormodificationsnotexpresslyapprovedbythepartyresponsibleforcompliancecouldvoid
theuser'sauthoritytooperatethisequipment.
Thistransmittermustnotbeco‐locatedoroperatinginconjunctionwithanyotherantennaor
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.