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

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F10G CPAL AB C User Manual HTML Version

Manual Rev4

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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

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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(tochec

signal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.

•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.

•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.

•OUTDOORCOAXIALCABLE‐ selectlocation

•Theoutdoorcoaxialcableisusedtoconnectthedonor (outdoor)antenna

tothebooster.

•INDOORCOAXIALCABLE‐(ifused)

•Theindoorcoaxialcableisusedtoconnecttheserver(indoor)antennato

thebooster.

•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.

•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

！

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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Antenna

The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Antenna

The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Antenna

The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Antenna

The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Antenna

The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Antenna

The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



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

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