Teletics Airborne 58 User manual

Teletics Airborne 58 ODU Installation and User Guide V1.0 August 3 2016 Page 1
(ODU)
Installation and User Guide
Rev 1.0 - August 3 2016

Teletics Airborne 58 ODU Installation and User Guide V1.0 August 3 2016 Page 2
Contents
TechnicalSupport.................................................................................................................................3
StatementofConformity......................................................................................................................3
Introduction..........................................................................................................................................4
UsingtheTeleticsAirborne...................................................................................................................5
RecommendedEnclosures,Accessories,CablingandAntennas..........................................................5
Connections..........................................................................................................................................7
Installation............................................................................................................................................7
IndicatorsandControls.........................................................................................................................9
InstructionsforUse...............................................................................................................................9
Troubleshooting....................................................................................................................................9
Airborne58Specifications..................................................................................................................13
WarrantyStatement:..........................................................................................................................13

Teletics Airborne 58 ODU Installation and User Guide V1.0 August 3 2016 Page 3
TechnicalSupport
ForassistancewithanyTeleticsproduct,pleasecallusorvisitourwebsite.
TechnicalSupport (800)314‐5010
Website www.teletics.com/support
StatementofConformity
Note: This equipment has been tested and found to comply with the limits for a Class A digital device,
pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection
against harmful interference when the equipment is operated in a commercial environment. This
equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in
accordance with the instruction manual, may cause harmful interference to radio communications.
Operation of this equipment in a residential area is likely to cause harmful interference in which case the
user will be required to correct the interference at his own expense. Modifications not expressly
approved by the manufacturer could void the user’s authority to operate the equipment under FCC
rules.
ContainsFCCID:VKVF50

Teletics Airborne 58 ODU Installation and User Guide V1.0 August 3 2016 Page 4
Introduction
TheTeleticsAirborneisawirelessdatanetworkdesignedforusewithtemporaryormobilecamps.
Thesesituationsrequirethatbasiconsitecommunicationsbetweenbuildingshastobesetupquickly
andreliably.TheAirborneprovidesthisfunctionalitywithouttheneedtorunanywireorcablebetween
buildings.
TheAirbornesystemcanbeusedonitsown,orconnectedtoothercommunicationssystemsthat
provide“backhaul”totheoutsideworld,suchassatellitecommunications,orcellularbackhaullinks.
KeyAirbornefeatures:
‐ Upto20Airbornescanbesupportedoneachradiochannel.
‐ 3non‐overlappingradiochannelsavailable.
‐ Eachsystemmaybeprogrammedwithauniquesystemserialnumber,inordertoprevent
similarsystemsbeingoperatedclosetogetherfromcommunicatingwitheachother.
‐ +24VDCoperation.
‐ 5.8GHzradiosw/400mWradiopoweroutput.
‐ SimpleprogrammingusingTeleticsTUtilprogrammingsoftware.
‐ Encrypted,spreadspectrumradiotechnologyprovidessecurity.
‐ Unitscanbeadded,removed,ormovedfromanysystemtoanothersystemwithTUtil
programmingsoftware.

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UsingtheTeleticsAirborne
Overview
TheAirborneradiosystemisabyproductofTeleticsverysuccessfulw*intercomsystem,usedon
thousandsofdrillingrigsthroughouttheworld.TheAirborneMESHradiosystemhasbeenprovenin
verychallengingindustrialenvironments,andissimpletosetupanduse.
EachAirbornehasanEthernetportforusewithacomputer.AllAirborneunitsinasystemactasa
commonunmanagedEthernetswitch,sharingtheavailablebandwidthonthesystem.
TheEthernetconnectionprovidedbyanAirbornesystemiscompletelytransparenttoanythingelse
beingsentoverthenetwork.Youshouldsimplytreatitasa“wirelesswire”.Thedataspeedforthe
Airbornesystemis12to48Mbps,dependingonsignalstrength.Thisissimilartostandardoffice
Ethernetspeedson100BTEthernet,andthisconnectionisalwaysfasterthantheinternetconnection
backhaulprovidedbysatelliteorcellularthatisprovidedtothesite.
RecommendedEnclosures,Accessories,CablingandAntennas
Thenumberonesupportissueweencounteriswithchoicesofantennas,cabling,andproperinstallation
topreventwaterfromgettinginsideRFconnectors.Understandingthetypeofantennarequiredforthe
installationiscriticaltoasuccessfulinstallation.
TheAirborneODUisdesignedeitherforuseoutdoorswitheitherit’sintegratedomnidirectional
antenna,orwithashortlength(~25feet)ofLMR400cabletotheoutside.MountingtheAirborneisas
easyusingthesuppliedrightanglemountingbracket,andthesuppliedJ‐Mount.
IftheradioisoperatedwithRFcablenotsuppliedwiththeAirbornekit,Teleticsrecommendsagood
qualityRFcablecapableof6GHzorbetteroperation,withlossesoflessthan10dBperhundredfeet.
Manyofourinstallationshaveonly3dBcablelossbetweentheAirborneandantenna.Forexample,we
havehadgreatsuccesswithLMR‐400andLMR‐400ultraflexincolderclimates,ondrillingrigsiteswith
lessthan25feetofcablebetweentheAirborneandtheoutdoorantenna.
AnothercommonfailureiscustomRFcableswithcheapconnectors,badlyinstalledconnectors,orcable
assembliesthatarenotswepttoensureproperoperationatthefrequencieswhichtheAirborne
operates.ItishighlyrecommendedthatRFcablesarepurchasedfromadistributorwiththecapability
totestthecableatthefrequencyofoperationusedwithanyTeleticsequipment.Additionally,ifthe
Airbornesystemisrentedandmoved,thatantennasandcablesbetestedagainastheequipmentis
returnedpriortobeingdispatchedtothefieldasubsequenttime.Ifyourorganizationdoesnothave
thecapabilityoftestingRFcablesat6GHz,westronglyrecommendroutinereplacementoftheRF
cablesiftheyaremovedoften.TheTUtilsoftwaresuppliedbyTeleticscanassistyourfieldstaffin
identifyingsuspectcableassemblies.

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Warning!!–PossibleDamagetoEquipment/EquipmentFailure!!
ALLantennaorcableconnectorsexposedtoweatherMUSTMUSTMUST
haveproperSelfFusingRubberTapeONLYusedtoensurewaterdoesnot
entertheconnectors!!!Failuretodothiswillcausethesystemtofail!!!
PleasedonotsubstituteothertypesoftapeorsealingmethodsonRF
connectors.OnlySelfFusingRubbertapedesignedforRFusewillwork.
AqualifiedRFdesignercanquicklydeterminecableandantennatypesforagoodqualitylink.Whenin
doubt,ourTeleticsdistributorscanassistyouwithantennaandcableselection.
Teleticshasfoundthatmostofourcustomershavepreviousexperiencewiththirdpartypowersupplies,
andhavechosenavendorthattheyalreadytrust.Pleasechooseapowersupplycapableofdeliveringat
least1Acontinuousataregulated+24VDCoutput+/‐5%capableofoperationovertheanticipated
operatingtemperatures.OneofthethirdpartypowersuppliesthatTeleticshastestedistheMeanwell
AD‐155Bpowersupply,whichincludesasimplechargingcircuitforcharginga+24VSealedLeadAcid
battery.Optionally,Solarpowercouldalsobeused,assumingtheuseof+24VDCsolarsystems.
Whenrunningcablesfrominanoutdoorenvironment,selffusingrubbertapeshouldbeappliedtoRF
connectorsexposedtotheelements,aswellasproper“driploops”needtobeinstalledwheretheany
cableenterstheequipmentorbuildingwall.YourTeleticsdistributorcanassistyouifyouhaveno
previousexperiencewithselffusingrubbertape,orneedtopurchasesome.

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Connections
TheAirborneconnectorsare:
LANisforconnectiontoeitheracomputeroracomputernetwork.TheDATAportsonallunitsinan
Airbornesystemactlikeacomputerhub.Thereisnoroutingbetweenthem,andeachunithasequal
priority.TheLANcablesuppliespoweroverEthernet(PoE),with+24VDCforprovidingpowertothe
unit,usingthePoEinjectorprovided.
TheANTENNAconnection,ifthereisnotanintegratedantenna,isalsoatthebottomendofthe
Airborne.Itisforusewithanantennaratedfor5.8GHzoperation.PleasecontactyourTeletics
distributorforadditionalantennaandRFcableassembliesmadetoyourrequirements.Thisconnector
isastandardNFemale.
Installation
TheAirbornesystemusesMESHtechnology,whichallowseachunittogetarepeaterinthesystem,
therebyallowinganyunittotalkbacktothemaster,throughanyotherunitsthatarealongapathback
tounit11.Asystemmaycontainasfewas2Airborneunits,orasmanyas20.
ForanyAirbornesystemtocorrectlyoperate,youwillneedtoprogramoneAirborneasunit11.The
restcanbeprogrammedasanynumberfrom12through30,howeveryoucannothavetwoAirborne
unitswiththesamenumberinonesystem.Asystemmaycontainupto20Airborneunits.
EachAirborneunithasitsownserialnumberthatisassignedatthefactory.Thisisonthelabelofeach
unit.Additionally,theTUtilAirborne58programmingsoftwareallowsyoutosetaGroupIDaswell,
whichisacommonidentitycodewhichisusedtogroupunitsintoonesystemtogether.TheGroupID
canbeanyalphanumericsequenceyouwouldlike,upto10charactersornumbers.
WhenTeleticsAirbornesystemsleavethefactory,theyaretestedandshippedassystemswithone
masterand7stations.Theyarenumbered11,12,13,14,15,16,17,18,andtheGroupIDforthe
systemisthesameastheserialnumberfortheUnit11master.Thefactorydefaultchannelischannel
149.Thesesystemsmaybedeployedrightoutofthecartonasan8stationsystem.

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However,forexample,let’sassumethatwehaveabrandnewAirbornesysteminitscartoninourshop,
andwehavetwoadditional“loose”unitsthatwewanttomakeintoone7stationsystem.Forour
examplelet’sassumethattheyhavethefollowingserialnumbers:
Unit SerialNumber GroupID
CompleteSystem: Unit11 0805‐0360 0805‐0360
Unit120805‐0361 0805‐0360
Unit130805‐0362 0805‐0360
Unit140805‐0363 0805‐0360
Unit150805‐0364 0805‐0360
LooseUnits: Unit12 0802‐0301 unknown
Unit140802‐0303 unknown
Therefore,thefastestwaytoprogramourexamplesystemistoprogramthelooseunitstoUnit16and
Unit17usingTUtilAirborne58,usingtheGroupIDofthenew,completesystem,whichis0805‐0360.
Also,keepinmindthatyoushouldusetheTUtilfactorydefaultchannelofChannel149.
Oneotherwaytoaccomplishthesamethingistoreprogramalloftheunitsusingaserialnumberof
yourchoice,suchasA1B2C3D4,orSITE4567.
Keepinmindthatallserialnumbersarecasesensitive!
OnceyouhavetheAirborneunitsprogrammed,itisagoodideatotestthemasasystemtoensurethat
eachunitcancalltheotherunitsinthesystem.Youcanrefertothe“PoweringUp”sectiononwhatthe
LEDsonthefrontpanelmean.

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IndicatorsandControls
PowerLEDonthePoEinjectorindicatespowerhasbeenappliedtotheunit.
InstructionsforUse
OnceallAirborneunitshavepowerapplied,andtheyhavehadaboutahalfminutetoinitialize,allofthe
EthernetconnectionsofAirbornesprogrammedwiththesameGroupIDwillbepartofthesame
switchednetworkconnection.Theseconnectionswillbehaveasiftheyareallpluggedintothesame
Ethernetswitch.ThereisnorequirementtosetanyIPaddressesontheAirbornestohavethe
computersonthenetwork“see”eachother.However,thecomputersbeingusedwiththeAirbornes
willhavetohavetheirnetworksettingscorrect.
Troubleshooting
RadioproblemsgenerallyshowupaseitherinabilitytonetworkcomputersfromoneAirborneto
another.Wirelessnetworkingproblemscanbecausedbyanumberofissues,including:
‐ Badantenna(s)
‐ Waterinsidetheantenna(s)
‐ Cablingrelatedissues
‐ Poorqualityconnectors
‐ CrossthreadedconnectoronAirborneandcable
‐ Badcableassemblypractices
‐ Cableassembliesnottested/ratedforfrequencyofoperation
‐ Badantennamodelselectionforthesiteinquestion
‐ QuestionableradiolineofsighttomasterAirborne
‐ InterferenceinthesamefrequencyusedbytheAirbornesystem
‐ AbadradiointheAirborneunit

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ThebestwaytodiagnosearadiopathproblemistouseTUtilonacomputeratthemasterfromeach
Airborneunit.ThereisaradiosignalstrengthtoolforfieldusecalledTUtil,whichcanbedownloaded
fromtheTeleticswebsite.
However,ifyouareexperiencingproblemsaccessingtheinternettrypingingoneoftheother
computersorroutersontheAirbornesystemfirst.Todothis,gotoacomputerontheAirbornesystem,
andopenupacommandpromptwindow.(UsuallyunderStart,Programs,Accessories,Command
Prompt.)
Typethiscommand:ipconfig
Youshouldseesomebasicnetworkaddresses,andmoreimportantly,somethingcalledadefault
gatewayaddress:
First,youshouldpingtheIPaddress:
Ping192.168.1.100(orwhatevernumbersyouseenexttoIPAddresswhenyouranipconfig):

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IfyougetareplybackfromtheIPaddress,itmeansyournetworkportinthecomputerseemstobe
working.Nexttrytopingyourdefaultgatewayaddress:
Ping192.168.1.69(again,usewhatevernumbersarenexttoDefaultGatewayonyourcomputer):
Ifyougetareplyback,thegatewayonthenetworkisconnectedtothecomputeryouareworkingon,
andtheAirborneunitsareworkingcorrectly.However,thereareanumberofothersettingsthatyou

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needforeachcomputer(andsomefromyourinternetserviceprovider)togettothepointwhereyou
can“surftheinternet”.
Assumingthateverythingworkssofar,try:
Pingwww.yahoo.com:
Ifyougetareplyback,youshouldbeokaytoassumethattheinternetconnectionisfineatthe
computeryouarecurrentlyworkingon.Ifthispingproducesanerror,youcanassumethatthereis
somethingwrongwiththeDNSaddressessettingsinthe“NetworkSettings”sectionofWindows.Your
internetserviceprovidermightbeabletoassistyouwithwhatthesesettingsshouldbe.
KeepinmindthattheAirbornesystembehavesexactlylikeanEthernetcabledoes.Also,ifyoucan
makeaphonecallbetweenalltheAirbornemastersandstations,anynetworkingproblemsareusually
theresultofsettingsinWindowsonthecomputers,orhowtheinternetaccessandroutersare
programmed.
Ingeneral,ifyoucanphonebetweenstations,thenextpersontogiveyouhelpwouldbethesatellite
provider,orwhoeverisprovidinginternetaccesstothesite.

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Airborne58Specifications
DataConnectorStandardRJ‐45
AntennaConnectorNFemale
RadioType5.8GHzDSSSLicenseFree
RadioOutputPower400mW/+26dBm
RadioReceiveSensitivity‐89dBm@10‐5BER
MaximumRange25kms/15Miles
PowerRequired+24VDC@1.0A
OperatingTemperatureRange‐30Cto+50C/‐5Fto+125F
Dimensions6.75”x5.25”x1.95”
ShippingWeight,includingpackaging1.8kgs/4lbs
MountingHoles(approx.)5.3”x4.6”
WarrantyStatement:
TeleticswarrantstheAirbornetobefreeofdefectsofmaterialsandworkmanshipforaperiodofoneyearafter
purchasebytheoriginalowner.
Teleticswillrepairorreplace,atitsoption,anyAirborneunitthatfailstoperformthetaskitwasdesignedfor
undernormaluse,providedtheAirborneisreturned,atthecostoftheowner,toTeletics,oroneofTeletics
AuthorizedRepairFacilitiesintheUnitedStatesorCanada.Itemsreturnedforrepairmustbeaccompaniedwitha
problemdescriptionandoriginalproofofpurchase,suchasaninvoice.
AnyoperationoftheAirborneoutsideofspecifiedtemperatures,specifiedinputpower,environment,orina
mannerspecifiedasharmfulinthismanualwillvoidanywarranty.Additionally,anyattemptedrepairor
dismantlingofanyTeleticsproduct,inanyway,willvoidallwarranties.
InnoeventshallTeleticsliabilityexceedtheoriginalpurchasepriceoftheproductfromdirect,indirect,special,
incidental,orconsequentialdamagesfromtheuse,ormisuseofthisproduct.
IntendedUseStatement:
Thisproductisintendedforindustrialcommunicationsuse.InstallationistobeperformedbyqualifiedRadio
Technicians.
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