HUAC F10G-CPAL-AB-C 5 Bands, 60dB Booster User Manual F10G CPAL AB C 1205

SHENZHEN HUAPTEC CO., LTD 5 Bands, 60dB Booster F10G CPAL AB C 1205

Manual Rev4

Consumersignalboosterusermanual
ContentWhatisincluded............................................................................41HOWITWORKS.....................................................................................42TOOLREQUIRED....................................................................................53HOWTOINSTALLYOURNEWCELLULARBOOSTER..............................63.1Overview......................................................................................63.2Planthelayoutofyoursystem....................................................83.3CheckforSignalStrength.............................................................83.4Runcoaxialcable..........................................................................93.5InstalltheDonor(Outdoor)antenna........................................103.6InstalltheServer(Indoor)antenna..........................................103.7Installyourcellularbooster......................................................113.8Powerupyourcellularbooster................................................113.9ChecktheCellularBoosterStatus.............................................124UNDERSTANDTHEPORTS,MGCDIPSWITCH,LEDSTATUS...............134.1Repeaterports..........................................................................134.2LEDstatus..................................................................................135UNDERSTANDTHEANTENNA............................................................145.1Donor(Outdoor)antenna.........................................................145.2Server(Indoor)antenna...........................................................155.3AuthorizedKittingOptions.......................................................15
OutdoorDefaultAntenna&CableKitOptions...............................15IndoorDefaultAntenna&CableKitOptions..................................15OutdoorAntenna&CableKitOptions............................................15IndoorAntenna&CableKitOptions...............................................166TROUBLESHOOTING...........................................................................177FREQUENTLYASKEDQUESTIONS.......................................................198FCCRFExposureStatement...............................................................219Warning..............................................................................................2110Specification....................................................................................21
WHATISINCLUDED1. BoosterF10G‐CPAL‐AB‐C2. OutdoorYagi9dbiAntenna&50’5DCoaxialCable3. IndoorWhip5dbiAntenna4. AC/DCPowerAdapter1 HOWITWORKSThecellularboosterprovidesreliabletwo‐waycellularcoveragebyimprovingsignalstrengthinhomes,buildings,offices,andotherareaswherecellularreceptionisweakorunreliable.Thesystemamplifiesthesignalfromthenearestcellulartowerandretransmitsatahigherpowerlevelwithinalocalarea.Thismanualprovidessimpleinstallationinstructionsthatwillhaveyourcellularboosterkitrunninginrecordtime.
2 TOOLREQUIREDPhillipsScrewdriver Drill Cellular Phone(tochecksignalstrength)
3 HOWTOINSTALLYOURNEWCELLULARBOOSTER3.1 OverviewThisguidewillhelpyouproperlyinstallyourcellularboosterkit.Itisimportanttoreadthroughalloftheinstallationstepsbeforeinstallingyourequipment.Thoroughlyreadthroughtheinstructions,visualizewherealltheequipmentwillneedtobeinstalledanddoasoftinstallationbeforemountinganyequipment.
1•BOOSTER– selectlocation•Installtheboosterinanareathatisprotectedfromtheweather,properlyventilatedandisawayfromexcessiveheatandmoisture.2•DONORANTENNA(OUTDOOR)‐selectlocation•Mountthesignal(outdoor)antennainanelevatedoutdoorlocationsothatitpointstowardsthecellulartowerandawayfromwheretheinsideantennawillbelocated.3•OUTDOORCOAXIALCABLE‐ selectlocation•Theoutdoorcoaxialcableisusedtoconnectthedonor (outdoor)antennatothebooster.4•INDOORCOAXIALCABLE‐(ifused)•Theindoorcoaxialcableisusedtoconnecttheserver(indoor)antennatothebooster.5•SERVERANTENNA(indoor)•Theideallocationforthedistributionantennawillbetheareaofyourpropertywhereyouneedtoimprovethesignalmost.•NOTE:Thesignalstrengthwillbestrongestclosesttotheantenna.•IMPORTANT:Thesignalantenna(outdoor)shouldalwaysbeseparatedfromthedistributionantenna(indoor)byatleast20verticalfeetincludingtheseparationofathickbarriersuchasarooforawall.Dependingonthestrengthofyouroutdoorsignal,theweakerthesignalthelessseparationdistanceisrequired.7•LIGHTNINGSURGEPROTECTOR‐(SOLDSEPARATELY)•Thelightningsurgeprotectorconnectsinbetweenthesignalantennaandthebooster.•IMPORTANT:Lightningsurgeprotectormustbegrounded.8• COMMISSIONINGTHESYSTEM！
3.2 PlanthelayoutofyoursystemBeforeyougetstartedyouwillneedtoplanthelayoutofyoursystem.Thisinvolvescheckingsignalstrengthforsignalscomingfromthecellulartower,aswellasantenna,boosterandcableplacement.3.3 CheckforSignalStrengthSelectalocationontheroofofthebuildingtoinstallthesignalantenna,bymonitoringyourcellularphone’ssignalstrength(signalbars)tofindthestrongestsignalfromyourcarrier’scellulartower.MarkthatareaastheinstallationlocationfortheDonor(outdoor)IMPORTANT:Confirmthatyouhaveatleast20feetofverticaldistancebetweenthemarkedantennalocationandthelocationwhereyouwillplacetheServer(indoor)antenna.Topreventthesystemfromoscillation
(feedback)youwanttoensurethatthereisenoughseparationbetweenthedistributionandsignalantennaorthattheyareshieldedfromeachothertoensurethedistributionantennadoesnotsendasignalbackintothesignalantenna.Ifyoucannotachievetheseseparations,eitherchooseanalternatelocationforthedonor(outdoor)antennaordetermineiftherearenaturalbarriersinthebuildingconstructionitselfthatwillattenuatesignalsbetweenthetwoantennassothatoscillationcanbeprevented.3.4 RuncoaxialcableLooselyrunthecoaxialcablefromyouroutdoorantennatoyourbooster.(Afteryouhavetestedthesystemyoucanpermanentlysecurethecoaxialcable).Asyourouteandpullcabling,followthesegeneralguidelines: Bendcablesandroutethemsmoothly,andprotecttheouterskinagainstanydamage. Keephorizontalcablesstraightandfastenthemwithatieeverythreetofivefeet. Bindandfastenverticalcableseverysixtoeightfeet. Waterproofalloutdoorconnectionswithsiliconecaulking Becarefulwhenpluggingtheconnectorinsoasnottodamagethe
centerpinsontheconnectors.3.5 InstalltheDonor(Outdoor)antennaConnectthesuppliedcoaxialcabletotheantenna.Werecommendapplyingsiliconecaulkingtofullywaterprooftheconnection.Attachthecableinsuchawaythatadriploopisformed.Oncemounted,connectoneendofthecoaxialcabletothedonor(outdoor)antennaandtheotherendtothecellularboosterwhereitismarked“outdoor”3.6 InstalltheServer(Indoor)antennaConnectoneendofthecoaxialcabletotheantennaandtheotherendtothecellularboosterwhereitismarked“indoor”.Selecttheinstallationlocationofyoursuppliedserver(outdoor)antennabasedonthefollowing:
OmniCeilingdirectionalantennaPlaceinthecenteroftheareawherethesignalneedstobeamplified.PaneldirectionalantennaPlaceintheouterperimeteroftheareathesignalneedstobeamplified.WhipOmnidirectionalantennaMountdirectlytotheconnectormarked“indoor”onthecellularbooster.3.7 InstallyourcellularboosterInstallthecellularboosterinalocationthatisproperlyventilatedandnotexposedtoexcessiveheat,moistureand/ordirectsunlight.Theoptimalareawouldbeonawalllocatednearapoweroutlet.Itshouldbemountedinaneasilyaccessibleareasoit’seasytoperformgeneralmaintenancewiththecoaxialcableconnections,dipswitchsettingsandpoweradaptor.Makesureallcablesandantennasaresecurelyconnectedbeforecommissioningthesystem.3.8 PowerupyourcellularboosterOncealltheFollowingprecautionshavebeentaken,poweronthecellularbooster.1. Verifythatyouhaveleftatleast20feetofverticalseparationspacebetweenthe
indoorandoutdoorantennas.2. Neverpointthefrontofthedonor(outdoor)antennatowardstheinsideoftheserver(outdoor)antenna.3. Verifythatthesuppliedcoaxialcablesfromboththedonor(outdoor)antennaandtheserver(outdoor)antennaareproperlyconnectedtothecellularboosterbeforepoweringitup.4. Carefullypluginthesuppliedpoweradaptorintothebackofthecellularboosterwhereitismarked‘power’andconnecttheotherendtoapoweroutlet.TheLEDindicatormarkedpowershouldlightupgreen.3.9 ChecktheCellularBoosterStatusYourcellularboostercomesequippedwithelectronicsensorsdesignedtoidentifycellularsignaloverloadoroscillationwhichcanhindersignalboostingperformance.Yourcellularboosterisspeciallydesignedtoautomaticallydecreasegaintocompensateforthesecircumstances.Thedevicealsohasafeaturetoautomaticallyshutdownincaseofexcessiveoscillation.Improperequipmentinstallationandunusablesignalqualitycancauseoscillation,thisiswhyitisimportanttofullyunderstandtheLEDalarmlightsonyourbooster,astheywillhelpyouidentifyandsolveanypotentialissues.ThecoloroftheLEDindicatesthestatusoftheboostersystem.
4 UNDERSTANDTHEPORTS,MGCDIPSWITCH,LEDSTATUS4.1 Repeaterports1) Outdoor port: connected with the donor antenna by cable. 2) Indoor port: connected with server antenna directly or by cable. 3) DC IN: connected with power supply. 4.2 LEDstatus1. StatusanddefinitionofPOWERindicators:Status Definition Green Normal Off DC power problem 2. StatusandDefinitionofALARMindicators;AlarmLEDonlyworksfor
downlinksignalsStatus ALARM Green It is working in linearity attention: Input signals may be not enough Red There are overloading or self-oscillation, strong input signals, measures shall be taken Orange It is working in linearity Attention: Please adjust MGC to increase the attenuation value, till you find the “edge point” (I.E. the Alarm LED shall stay at green color, with intention of turning Orange), and let the repeater work at this point. Off Repeater break down 5 UNDERSTANDTHEANTENNA5.1 Donor(Outdoor)antennaTheYagiLpdaAntennaTheyagiisaveryprecisedirectionalantennawithapowerfulreach.Thisantennashouldbeinstalledinanelevatedpositionandmustbepointedtowardsyourcarrier’scellulartower.NOTE:Thisantennaisnotmeanttocapturesignalfrommultiplecarriers.ThePanelAntennaThepanelisadirectionalantennawitha120degreereachandisdesignedtocapturethesignalfrommultiplecarriertowers.Thisantennashouldbeinstalledinanelevatedpositionandmustbepointedtowardsyourcarrier’scellulartowers.YagiAntennaTheyagiisaveryprecisedirectionalantennawithapowerfulreach.Thisantennashouldbeinstalledinanelevatedpositionandmustbepointedtowardsyourcarrier’scellulartower.NOTE:Thisantennacanonlysupportsinglebandsignalbooster.
5.2 Server(Indoor)antenna5.3 AuthorizedKittingOptionsOutdoorDefaultAntenna&CableKitOptions1. Kit9‐5050OutdoorYagi9dbiAntenna&50’5DCoaxialCableIndoorDefaultAntenna&CableKitOptions1. Kit5‐0IndoorWhip5dbiAntennaOutdoorAntenna&CableKitOptions2. Kit11‐7550OutdoorYagi11dbiAntenna&75’5DCoaxialCable3. Kit11‐10050OutdoorYagi11dbiAntenna&100’5DCoaxialCable4. Kit10‐75400OutdoorPanel10dbiAntenna&75’400CoaxialCable5. Kit10‐100400OutdoorPanel10dbiAntenna&100’400CoaxialCable6. Kit10‐7550OutdoorPanel10dbiAntenna&75’5DCoaxialCable7. Kit10‐10050OutdoorPanel10dbiAntenna&100’5DCoaxialCable8. Kit9‐50400OutdoorYagi9dbiAntenna&50’400CoaxialCable9. Kit9‐5050OutdoorYagi9dbiAntenna&50’5DCoaxialCable10. Kit9‐75400TheWhipAntennaThewhipantennaisanomni‐directionalantennawitha360degreereach.Itisdesignedtodistributethesignalfromthecenteroftheaffectedarea.Typicallyitisconnecteddirectlytothebooster.TheOmniAntennaTheomniantennaisanomni‐directionalantennawitha360degreereach.Itisdesignedtodistributethesignalfromthecenteroftheaffectedarea.Typicallyitisinstalledinafalseordroppedceiling.ThePanelAntennaThepanelisadirectionalantennawitha120degreereachandisdesignedtodistributethesignalfromaperimeterwallorceiling.
OutdoorYagi9dbiAntenna&75’400CoaxialCable11. Kit9‐100400OutdoorYagi9dbiAntenna&100’400CoaxialCable12. Kit9‐7550OutdoorYagi9dbiAntenna&75’5DCoaxialCable13. Kit9‐10050OutdoorYagi9dbiAntenna&100’5DCoaxialCable14. Kit5‐30400OutdoorOmni5dbiAntenna&30’400CoaxialCable15. Kit5‐3050OutdoorOmni5dbiAntenna&30’5DCoaxialCable16. Kit5‐50400OutdoorOmni5dbiAntenna&50’400CoaxialCable17. Kit5‐5050OutdoorOmni5dbiAntenna&50’5DCoaxialCable18. Kit5‐75400OutdoorOmni5dbiAntenna&75’400CoaxialCable19. Kit5‐100400OutdoorOmni5dbiAntenna&100’400CoaxialCable20. Kit5‐7550OutdoorOmni5dbiAntenna&75’50CoaxialCable21. Kit5‐10050OutdoorOmni5dbiAntenna&100’5DCoaxialCableIndoorAntenna&CableKitOptions2. Kit5‐0IndoorWhip5dbiAntenna3. Kit100‐1550IndoorPanel10dbiAntenna&15'5DCoaxialCable4. Kit100‐30400IndoorPanel10dbiAntenna&30’400CoaxialCable5. Kit100‐5050IndoorPanel10dbiAntenna&50’5DCoaxialCable6. Kit100‐7550IndoorPanel10dbiAntenna&75’5DCoaxialCable7. Kit102‐7550‐502IndoorPanel10dbiAntennas&75’5DCoaxialCable&a50Ohm2‐waysSplitter8. Kit103‐7550‐753IndoorPanel10dbiAntennas&75’5DCoaxialCable&a75Ohm3‐waysSplitter9. Kit104‐7550‐504IndoorPanel10dbiAntennas&75’5DCoaxialCable&three50Ohm2‐waysSplitters10. Kit100‐10050IndoorPanel10dbiAntenna&100’5DCoaxialCable11. Kit100‐30400IndoorPanel10dbiAntenna&100’400CoaxialCable12. Kit100‐50400IndoorPanel10dbiAntenna&50’400CoaxialCable13. Kit100‐75400IndoorPanel10dbiAntenna&75’400CoaxialCable14. Kit3‐0350IndoorOmni3dbiAntenna&3’5DCoaxialCable15. Kit3‐1550IndoorOmni3dbiAntenna&15’5DCoaxialCable16. Kit3‐30400IndoorOmni3dbiAntenna&30’400CoaxialCable17. Kit3‐5050IndoorOmni3dbiAntenna&50’5DCoaxialCable
18. Kit3‐7550IndoorOmni3dbiAntenna&75’5DCoaxialCable19. Kit3‐10050IndoorOmni3dbiAntenna&100’5DCoaxialCable20. Kit3‐30400IndoorOmni3dbiAntenna&30’400CoaxialCable21. Kit3‐50400IndoorOmni3dbiAntenna&50’400CoaxialCable22. Kit3‐75400IndoorOmni3dbiAntenna&75’400CoaxialCable23. Kit3‐100400IndoorOmni3dbiAntenna&100’400CoaxialCable24. Kit32‐50400‐502IndoorOmni3dbiAntennas&50’400CoaxialCable&a50Ohm2‐waysSplitter25. Kit33‐50400‐753IndoorOmni3dbiAntennas&50’400CoaxialCable&a75Ohm3‐waysSplitter26. Kit34‐50400‐504IndoorOmni3dbiAntennas&50’400CoaxialCable&three50Ohm2‐waysSplitters6 TROUBLESHOOTINGTheLEDalarmlightsrepresentthestatusoftheboosteroneachfrequency.Whenthelightsaregreenthedeviceisoperatingnormallymeaningthatitisnotexperiencinganyoscillation(feedback)anditisboostingthesignalatmaximumpower.WhentheLEDlightsbegintochangecolorfromgreentoorangetored,itmeansthatparticularfrequencyisexperiencingsomeoscillation(feedback).Iftheoscillationisexcessivetheboosterwillshutdownforthatparticularfrequency.Theboosterwillstillworkfortheotherfrequencyonamulti‐bandbooster.Oscillationiscausedwhentheindoor(distribution)antennasendsa
signalbackintotheoutdoor(signal)antenna.SimilartoaPAsystem,whenthemicrophonegetstooclosetothespeakeritcausesfeedback.Thiswilloccurifyourantennasaretooclosetogether,ortheindoorantennaispointedattheoutdoorantenna.Makesureyouhaveadequateseparationandsometypeofshieldingbetweentheantennas(Usuallyyourrooforacementwallisgoodenough).IMPORTANTNOTESThe2mostimportantthingstolookforwhensettingupyoursystemis:BycapturingthebestinputsignalyouwillbeabletoenjoythemaximumcoverageandbestqualitysignalinsidewhereyourIndoorantennasarelocated.Thebettertheinputsignal,thebettertheoutputsignal.Inordertofindthebestinputsignal,youwanttoplaceyouroutdoorantennaashighaspossiblewiththeleastamountofobstructionbetweentheantennaandthecellularbasetower.Aclearlineofsiteisideal.IsolatingthesignalfromtheantennasisdonebyensuringthattheAgoodinputsignal(thebestyoucanfind)Isolatingtheoutdoor(donor)antennafromtheindoor(server)antennassotheydonotfeedbackintoeachother.
antennasarenotpointingtoeachotherandbyhavingenoughdistanceorbarriershieldinginbetweenthem.Thesignalstravellikeraysofsunlight,adirectionalantennawillsendthesignalinthedirectionthatitispointing.Anomnidirectionalantennawillsendthesignalineverydirectionaroundit.Sodependingonyourequipmentit’simportanttobesurethatyourIndoorantennaisnotsendingthesignalbackintotheoutdoorantenna.THINGSTOCHECKWHENEXPERIENCINGWEAKCELLULARSIGNAL1. Ensuretheoutdoorantennaispointinginthecorrectdirectionandiscapturingadequatesignalforthebooster.2. Checkallconnectionsonthecable,antennas,andbooster.3. Checkcableforbendsandorcuts.4. AllLEDlightsontheboostershouldbegreen.5. Outdoorantennaandtheindoorantennashaveadequateseparationandarenotcausingfeedback.7 FREQUENTLYASKEDQUESTIONSWHYARETHELEDLIGHTSTURNINGORANGE,REDORSHUTTINGOFF?Therearecertaincaseswhereyoursystemcouldbeexperiencing
oscillation.Thiscanbeattributedtoeitherthequalityofyourinputsignalorhavingyouroutdoorantennaandindoorantennatooclosetogether.Pleasereviewthefollowingguidelinestohelpresolvethisissue:1. Adjustthedirectionoftheoutdoorantenna.Ifthesystemisreceivingaveryhighinputsignal,youcanpointyouroutdoorantennaawayfromthecellulartowertoreducethestrengthoftheinputsignalandtherefore,reducetheoscillation.Alternativelyifyoursystemisreceivingaverypoorqualitysignal(weakandunusablesignal),youcanpointyouroutdoorantennamoredirectlytowardsthecellulartowertoincreasethestrengthoftheinputsignal.Sometimesthismayrequirecompletelyrepositioningtheantennatoalocationwhereyoucanachievealineofsitetothetower.2. Increasetheseparationbetweentheoutdoorantennaandtheindoorantenna.Thiscanbeachievedbyincreasingthedistancebetweenthetwoantennasorbyplacingbarriersbetweenthem,suchasmovingtheindoorantennatoanadjacentroomwheretherewouldbeanadditionalwallseparatingthemfromtheoutdoorantenna.3. ManualGainControl.Adjustthegainwiththemanualgaincontrolfunctionusingthedipswitchesonthesideofthebooster.
8 FCCRFExposureStatementThisequipmentcomplieswithFCCradiationexposurelimitssetforthforanuncontrolledenvironment.EndusersmustfollowthespecificoperatinginstructionforsatisfyingRFexposurecompliance.Thistransmittermustnotbeco‐locatedoroperatinginconjunctionwithanyotherantennaortransmitter.9 WarningWarning:TheOutdoorAntennasmustbeinstallednohigherthan10metersaboveground.10 SpecificationF10G-CPAL-AB-C（60dB）
Electrical specification Uplink Downlink Frequency Range LTE (A+B) 704～716MHz 734～746MHz LTE C 776～787MHz 746～757MHz Cell 824～849MHz 869～894MHz PCS 1850～1910MHz 1930～1990MHz AWS 1710～1755MHz 2110～2155MHz Band width LTE (A+B) 12MHz LTE C 11MHz Cell 25MHz PCS 60MHz AWS 45MHz Max .Gain LTE (A+B) ≤60dB LTE C ≤60dB Cell ≤60dB PCS ≤65dB AWS ≤60dB Max .Output Power LTE (A+B) ≤25 ≤10 LTE C ≤25 ≤7 Cell ≤23 ≤7 PCS ≤23 ≤3 AWS ≤23 ≤0 Automatic Level Control ≥15dB, auto shut off after 15dB
Inter-modulation 9KHz~12.75GHz ≤-19dBm ≤-19dBm Spurious Emission 9KHz～12.75GHz ≤-13dBm ≤-13dBm LED Alarm Standard Power LED Power Indicator ALC LED Orange @ ALC1~5dB, Red @ ALC15dB LED off after 5 seconds red color. Mechanical Specifications Standard I /O Port N-Female Impedance 50 ohm Operating Temperature 10ºC~+55ºC Environment Conditions IP40 Dimensions 120*198*43 Weight ≤2.5Kg Power Supply Input AC90~264V,outputDC12V / 3A 

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