HUAC F20E-CP Mobile Consumer Booster User Manual F20E CP 1107
SHENZHEN HUAPTEC CO., LTD Mobile Consumer Booster F20E CP 1107
HUAC >
Users Manual Rev4
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Consumersignalbooster
usermanual
Content
Whatisincluded............................................................................4
1HOWITWORKS.....................................................................................4
2TOOLREQUIRED....................................................................................4
3HOWTOINSTALLYOURNEWCELLULARBOOSTER..............................5
3.1Overview......................................................................................5
3.2Planthelayoutofyoursystem....................................................7
3.3CheckforSignalStrength.............................................................7
3.4Runcoaxialcable..........................................................................8
3.5InstalltheDonor(Outdoor)antenna...........................................9
3.6InstalltheServer(Indoor)antenna.............................................9
3.7Installyourcellularbooster......................................................10
3.8Powerupyourcellularbooster................................................10
3.9ChecktheCellularBoosterStatus.............................................11
4UNDERSTANDTHEPORTS,MGCDIPSWITCH,LEDSTATUS...............12
4.1Repeaterports..........................................................................12
4.2Manualgaincontrol(MGC)......................................................12
4.3LEDstatus..................................................................................13
5UNDERSTANDTHEANTENNA............................................................14
5.1Donor(Outdoor)antenna.........................................................14
5.2Server(Indoor)antenna...........................................................14
5.3AntennaKittingOptions..............Error!Bookmarknotdefined.
6TROUBLESHOOTING...........................................................................17
7FREQUENTLYASKEDQUESTIONS.......................................................19
8FCCRFExposureStatement...............................................................20
9Warning..............................................................................................21
10Specification....................................................................................21
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WHATISINCLUDED
1. BoosterF20E‐CP
2. OutdoorYagi9dbiAntenna&30’5DCoaxialCable
3. IndoorPanel10dbiAntenna&15’5DCoaxialCable
4. AC/DCPowerAdapter
1 HOWITWORKS
Thecellularboosterprovidesreliabletwo‐waycellularcoverageby
improvingsignalstrengthinhomes,buildings,offices,andotherareas
wherecellularreceptionisweakorunreliable.
Thesystemamplifiesthesignalfromthenearestcellulartowerand
retransmitsatahigherpowerlevelwithinalocalarea.
Thismanualprovidessimpleinstallationinstructionsthatwillhaveyour
cellularboosterkitrunninginrecordtime.
2 TOOLREQUIRED
PhillipsScrewdriver Drill Cellular Phone (to chec
k
signalstrength)
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HOWTOINSTALLYOURNEWCELLULARBOOSTER
2.1 Overview
Thisguidewillhelpyouproperlyinstallyourcellularboosterkit.Itis
importanttoreadthroughalloftheinstallationstepsbeforeinstalling
yourequipment.Thoroughlyreadthroughtheinstructions,visualize
wherealltheequipmentwillneedtobeinstalledanddoasoft
installationbeforemountinganyequipment.
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1
•BOOSTER– selectlocation
•Installtheboosterinanareathatisprotectedfromtheweather,properly
ventilatedandisawayfromexcessiveheatandmoisture.
2
•DONORANTENNA(OUTDOOR)‐selectlocation
•Mountthesignal(outdoor)antennainanelevatedoutdoorlocationso
thatitpointstowardsthecellulartowerandawayfromwheretheinside
antennawillbelocated.
3
•OUTDOORCOAXIALCABLE‐ selectlocation
•Theoutdoorcoaxialcableisusedtoconnectthedonor (outdoor)antenna
tothebooster.
4
•INDOORCOAXIALCABLE‐(ifused)
•Theindoorcoaxialcableisusedtoconnecttheserver(indoor)antennato
thebooster.
5
•SERVERANTENNA(indoor)
•Theideallocationforthedistributionantennawillbetheareaofyour
propertywhereyouneedtoimprovethesignalmost.
•NOTE:Thesignalstrengthwillbestrongestclosesttotheantenna.
•IMPORTANT:Thesignalantenna(outdoor)shouldalwaysbeseparatedfromthe
distributionantenna(indoor)byatleast20verticalfeetincludingtheseparationof
athickbarriersuchasarooforawall.Dependingonthestrengthofyouroutdoor
signal,theweakerthesignalthelessseparationdistanceisrequired.
7
•LIGHTNINGSURGEPROTECTOR‐(SOLDSEPARATELY)
•Thelightningsurgeprotectorconnectsinbetweenthesignalantennaandthe
booster.
•IMPORTANT:Lightningsurgeprotectormustbegrounded.
8• COMMISSIONINGTHESYSTEM
!
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2.2 Planthelayoutofyoursystem
Beforeyougetstartedyouwillneedtoplanthelayoutofyoursystem.
Thisinvolvescheckingsignalstrengthforsignalscomingfromthecellular
tower,aswellasantenna,boosterandcableplacement.
2.3 CheckforSignalStrength
Selectalocationontheroofofthebuildingtoinstallthesignalantenna,
bymonitoringyourcellularphone’ssignalstrength(signalbars)tofind
thestrongestsignalfromyourcarrier’scellulartower.
MarkthatareaastheinstallationlocationfortheDonor(outdoor)
IMPORTANT:Confirmthatyouhaveatleast20feetofverticaldistance
betweenthemarkedantennalocationandthelocationwhereyouwill
placetheServer(indoor)antenna.Topreventthesystemfromoscillation
(feedback)youwanttoensurethatthereisenoughseparationbetween
thedistributionandsignalantennaorthattheyareshieldedfromeach
othertoensurethedistributionantennadoesnotsendasignalbackinto
thesignalantenna.Ifyoucannotachievetheseseparations,either
chooseanalternatelocationforthedonor(outdoor)antennaor
determineiftherearenaturalbarriersinthebuildingconstructionitself
thatwillattenuatesignalsbetweenthetwoantennassothatoscillation
canbeprevented.
2.4 Runcoaxialcable
Looselyrunthecoaxialcablefromyouroutdoorantennatoyourbooster.
(Afteryouhavetestedthesystemyoucanpermanentlysecurethe
coaxialcable).
Asyourouteandpullcabling,followthesegeneralguidelines:
Bendcablesandroutethemsmoothly,andprotecttheouterskin
againstanydamage.
Keephorizontalcablesstraightandfastenthemwithatieeverythree
tofivefeet.
Bindandfastenverticalcableseverysixtoeightfeet.
Waterproofalloutdoorconnectionswithsiliconecaulking
Becarefulwhenpluggingtheconnectorinsoasnottodamagethe
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centerpinsontheconnectors.
2.5 InstalltheDonor(Outdoor)antenna
Connectthesuppliedcoaxialcabletotheantenna.Werecommend
applyingsiliconecaulkingtofullywaterprooftheconnection.
Attachthecableinsuchawaythatadriploopisformed.
Oncemounted,connectoneendofthecoaxialcabletothedonor
(outdoor)antennaandtheotherendtothecellularboosterwhereitis
marked“outdoor”
2.6 InstalltheServer(Indoor)antenna
Connectoneendofthecoaxialcabletotheantennaandtheotherend
tothecellularboosterwhereitismarked“indoor”.
Selecttheinstallationlocationofyoursuppliedserver(outdoor)antenna
basedonthefollowing:
OmniCeilingdirectionalantenna
Placeinthecenteroftheareawherethesignalneedstobeamplified.
Paneldirectionalantenna
Placeintheouterperimeteroftheareathesignalneedstobeamplified.
WhipOmnidirectionalantenna
Mountdirectlytotheconnectormarked“indoor”onthecellularbooster.
2.7 Installyourcellularbooster
Installthecellularboosterinalocationthatisproperlyventilatedand
notexposedtoexcessiveheat,moistureand/ordirectsunlight.The
optimalareawouldbeonawalllocatednearapoweroutlet.
Itshouldbemountedinaneasilyaccessibleareasoit’seasytoperform
generalmaintenancewiththecoaxialcableconnections,dipswitch
settingsandpoweradaptor.
Makesureallcablesandantennasaresecurelyconnectedbefore
commissioningthesystem.
2.8 Powerupyourcellularbooster
OncealltheFollowingprecautionshavebeentaken,poweronthe
cellularbooster.
1. Verifythatyouhaveleftatleast20feetofverticalseparationspacebetweenthe
indoorandoutdoorantennas.
2. Neverpointthefrontofthedonor(outdoor)antennatowardstheinsideofthe
server(outdoor)antenna.
3. Verifythatthesuppliedcoaxialcablesfromboththedonor(outdoor)antenna
andtheserver(outdoor)antennaareproperlyconnectedtothecellularbooster
beforepoweringitup.
4. Carefullypluginthesuppliedpoweradaptorintothebackofthecellularbooster
whereitismarked‘power’andconnecttheotherendtoapoweroutlet.
TheLEDindicatormarkedpowershouldlightupgreen.
2.9 ChecktheCellularBoosterStatus
Yourcellularboostercomesequippedwithelectronicsensorsdesigned
toidentifycellularsignaloverloadoroscillationwhichcanhindersignal
boostingperformance.Yourcellularboosterisspeciallydesignedto
automaticallydecreasegaintocompensateforthesecircumstances.The
devicealsohasafeaturetoautomaticallyshutdownincaseofexcessive
oscillation.Improperequipmentinstallationandunusablesignalquality
cancauseoscillation,thisiswhyitisimportanttofullyunderstandthe
LEDalarmlightsonyourbooster,astheywillhelpyouidentifyandsolve
anypotentialissues.
ThecoloroftheLEDindicatesthestatusoftheboostersystem.
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3 UNDERSTANDTHEPORTS,MGCDIP
SWITCH,LEDSTATUS
3.1 Repeaterports
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.
3.2 Manualgaincontrol(MGC)
Switches 1-5 represent Downlink and 6-10
represent Uplink. When it is necessary to adjust
the gain by DIP switch, firstly please adjust
Downlink gain according to input signals,
secondly please adjust Uplink gain according to
Downlink gain.
The DIP Switches have default ‘OFF’ status; please
push relevant switches to “ON” position if certain
attenuation value needs to be achieved.
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Att 1 2 3 4 5 Att. 1 2 3 4 5 Att. 1 2 3 4 5
0 dB off off off off off 11dB ON ON off ON off 22dB off ON ON off ON
1 dB ON off off off off 12dB off off ON ON off 23dB ON ON ON off ON
2 dB off ON off off off 13dB ON off ON ON off 24dB off off off ON ON
3 dB ON ON off off off 14dB off ON ON ON off 25dB ON off off ON ON
4 dB off off ON off off 15dB ON ON ON ON off 26dB off ON off ON ON
5 dB ON off ON off off 16dB off off off off ON 27dB ON ON off ON ON
6 dB off ON ON off off 17dB ON off off off ON 28dB off off ON ON ON
7 dB ON ON ON off off 18dB off ON off off ON 29dB ON off ON ON ON
8 dB off off off ON off 19dB ON ON off off ON 30dB off ON ON ON ON
9 dB ON off off ON off 20dB off off ON off ON 31dB ON ON ON ON ON
10 dB off ON off ON off 21dB ON off ON off ON
3.3 LEDstatus
1. StatusanddefinitionofPOWERindicators:
Status Definition
Green Normal
Off DC power problem
2. StatusandDefinitionofALARMindicators;AlarmLEDonlyworksfor
downlinksignals
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
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4 UNDERSTANDTHEANTENNA
4.1 Donor(Outdoor)antenna
4.2 Server(Indoor)antenna
TheYagiLpdaAntenna
Theyagiisaveryprecisedirectionalantennawithapowerfulreach.This
antennashouldbeinstalledinanelevatedpositionandmustbepointed
towardsyourcarrier’scellulartower.
NOTE:Thisantennaisnotmeanttocapturesignalfrommultiplecarriers.
ThePanelAntenna
Thepanelisadirectionalantennawitha120degreereachandisdesignedto
capturethesignalfrommultiplecarriertowers.Thisantennashouldbe
installedinanelevatedpositionandmustbepointedtowardsyourcarrier’s
cellulartowers.
YagiAntenna
Theyagiisaveryprecisedirectionalantennawithapowerfulreach.This
antennashouldbeinstalledinanelevatedpositionandmustbepointed
towardsyourcarrier’scellulartower.
NOTE:Thisantennacanonlysupportsinglebandsignalbooster.
TheWhipAntenna
Thewhipantennaisanomni‐directionalantennawitha360degreereach.It
isdesignedtodistributethesignalfromthecenteroftheaffectedarea.
Typicallyitisconnecteddirectlytothebooster.
TheOmniAntenna
Theomniantennaisanomni‐directionalantennawitha360degreereach.It
isdesignedtodistributethesignalfromthecenteroftheaffectedarea.
Typicallyitisinstalledinafalseordroppedceiling.
ThePanelAntenna
Thepanelisadirectionalantennawitha120degreereachandisdesignedto
distributethesignalfromaperimeterwallorceiling.
4.1 AntennaKittingOptions
OutdoorAntenna&CableKitOptions
1. Kit11‐3050
OutdoorYagi11dbiAntenna&30’5DCoaxialCable
2. Kit11‐50400
OutdoorYagi11dbiAntenna&50’400CoaxialCable
3. Kit11‐5050
OutdoorYagi11dbiAntenna&50’5DCoaxialCable
4. Kit11‐75400
OutdoorYagi11dbiAntenna&75’400CoaxialCable
5. Kit11‐100400
OutdoorYagi11dbiAntenna&100’400CoaxialCable
6. Kit11‐7550
OutdoorYagi11dbiAntenna&11’75CoaxialCable
7. Kit11‐10050
OutdoorYagi11dbiAntenna&100’50CoaxialCable
8. Kit10‐30400
OutdoorPanel10dbiAntenna&30’400CoaxialCable
9. Kit10‐3050
OutdoorPanel10dbiAntenna&30’5DCoaxialCable
10. Kit10‐50400
OutdoorPanel10dbiAntenna&50’400CoaxialCable
11. Kit10‐5050
OutdoorPanel10dbiAntenna&50’5DCoaxialCable
12. Kit10‐75400
OutdoorPanel10dbiAntenna&75’400CoaxialCable
13. Kit10‐100400
OutdoorPanel10dbiAntenna&100’400CoaxialCable
14. Kit10‐7550
OutdoorPanel10dbiAntenna&75’5DCoaxialCable
15. Kit10‐10050
OutdoorPanel10dbiAntenna&100’5DCoaxialCable
16. Kit9‐30400
OutdoorYagi9dbiAntenna&30’400CoaxialCable
17. Kit9‐3050
OutdoorYagi9dbiAntenna&30’5DCoaxialCable
18. Kit9‐50400
OutdoorYagi9dbiAntenna&50’400CoaxialCable
19. Kit9‐5050
OutdoorYagi9dbiAntenna&30’5DCoaxialCable
20. Kit9‐75400
OutdoorYagi9dbiAntenna&75’400CoaxialCable
21. Kit9‐100400
OutdoorYagi9dbiAntenna&100’400CoaxialCable
22. Kit9‐7550
OutdoorYagi9dbiAntenna&75’5DCoaxialCable
23. Kit9‐10050
OutdoorYagi9dbiAntenna&100’5DCoaxialCable
24. Kit5‐30400
OutdoorOmni5dbiAntenna&30’400CoaxialCable
25. Kit5‐3050
OutdoorOmni5dbiAntenna&30’5DCoaxialCable
26. Kit5‐50400
OutdoorOmni5dbiAntenna&50’400CoaxialCable
27. Kit5‐5050
OutdoorOmni5dbiAntenna&50’5DCoaxialCable
28. Kit5‐70400
OutdoorOmni5dbiAntenna&70’400CoaxialCable
29. Kit5‐100400
OutdoorOmni5dbiAntenna&100’400CoaxialCable
30. Kit5‐7550
OutdoorOmni5dbiAntenna&75’50CoaxialCable
31. Kit5‐10050
OutdoorOmni5dbiAntenna&100’5DCoaxialCable
IndoorAntenna&CableKitOptions
1. Kit5‐0
IndoorWhip5dbiAntenna
2. Kit100‐1550
IndoorPanel10dbiAntenna&15’5DCoaxialCable
3. Kit100‐30400
IndoorPanel10dbiAntenna&30’400CoaxialCable
4. Kit100‐5050
IndoorPanel10dbiAntenna&50’5DCoaxialCable
5. Kit100‐7550
IndoorPanel10dbiAntenna&75’5DCoaxialCable
6. Kit102‐7550‐50
2IndoorPanel10dbiAntennas&75’5DCoaxialCable&a50Ohm2‐waysSplitter
7. Kit103‐7550‐75
3IndoorPanel10dbiAntennas&75’5DCoaxialCable&a75Ohm3‐waysSplitter
8. Kit104‐7550‐50
4IndoorPanel10dbiAntennas&75’5DCoaxialCable&three50Ohm2‐waysSplitters
9. Kit100‐10050
IndoorPanel10dbiAntenna&100’5DCoaxialCable
10. Kit100‐30400
IndoorPanel10dbiAntenna&100’400CoaxialCable
11. Kit100‐50400
IndoorPanel10dbiAntenna&50’400CoaxialCable
12. Kit100‐75400
IndoorPanel10dbiAntenna&75’400CoaxialCable
13. Kit3‐0350
IndoorOmni3dbiAntenna&3’5DCoaxialCable
14. Kit3‐1550
IndoorOmni3dbiAntenna&15’5DCoaxialCable
15. Kit3‐30400
IndoorOmni3dbiAntenna&30’400CoaxialCable
16. Kit3‐5050
IndoorOmni3dbiAntenna&50’5DCoaxialCable
17. Kit3‐7550
IndoorOmni3dbiAntenna&75’5DCoaxialCable
18. Kit3‐10050
IndoorOmni3dbiAntenna&100’5DCoaxialCable
19. Kit3‐30400
IndoorOmni3dbiAntenna&30’400CoaxialCable
20. Kit3‐50400
IndoorOmni3dbiAntenna&50’400CoaxialCable
21. Kit3‐75400
IndoorOmni3dbiAntenna&75’400CoaxialCable
22. Kit3‐100400
IndoorOmni3dbiAntenna&100’400CoaxialCable
23. Kit32‐50400‐50
2IndoorOmni3dbiAntennas&50’400CoaxialCable&a50Ohm2‐waysSplitter
24. Kit33‐50400‐75
3IndoorOmni3dbiAntennas&50’400CoaxialCable&a75Ohm3‐waysSplitter
25. Kit34‐50400‐50
4IndoorOmni3dbiAntennas&50’400CoaxialCable&three50Ohm2‐waysSplitters
5 TROUBLESHOOTING
TheLEDalarmlightsrepresentthestatusoftheboosteroneach
frequency.Whenthelightsaregreenthedeviceisoperatingnormally
meaningthatitisnotexperiencinganyoscillation(feedback)anditis
boostingthesignalatmaximumpower.WhentheLEDlightsbeginto
changecolorfromgreentoorangetored,itmeansthatparticular
frequencyisexperiencingsomeoscillation(feedback).
Iftheoscillationisexcessivetheboosterwillshutdownforthat
particularfrequency.Theboosterwillstillworkfortheotherfrequency
onamulti‐bandbooster.
Oscillationiscausedwhentheindoor(distribution)antennasendsa
signalbackintotheoutdoor(signal)antenna.SimilartoaPAsystem,
whenthemicrophonegetstooclosetothespeakeritcausesfeedback.
Thiswilloccurifyourantennasaretooclosetogether,ortheindoor
antennaispointedattheoutdoorantenna.Makesureyouhave
adequateseparationandsometypeofshieldingbetweentheantennas
(Usuallyyourrooforacementwallisgoodenough).
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IMPORTANTNOTES
The2mostimportantthingstolookforwhensettingupyoursystemis:
Bycapturingthebestinputsignalyouwillbeabletoenjoythemaximum
coverageandbestqualitysignalinsidewhereyourIndoorantennasare
located.Thebettertheinputsignal,thebettertheoutputsignal.Inorder
tofindthebestinputsignal,youwanttoplaceyouroutdoorantennaas
highaspossiblewiththeleastamountofobstructionbetweenthe
antennaandthecellularbasetower.Aclearlineofsiteisideal.
Isolatingthesignalfromtheantennasisdonebyensuringthatthe
antennasarenotpointingtoeachotherandbyhavingenoughdistance
orbarriershieldinginbetweenthem.Thesignalstravellikeraysof
sunlight,adirectionalantennawillsendthesignalinthedirectionthatit
ispointing.Anomnidirectionalantennawillsendthesignalinevery
directionaroundit.Sodependingonyourequipmentit’simportanttobe
surethatyourIndoorantennaisnotsendingthesignalbackintothe
outdoorantenna.
Agoodinputsignal(thebestyoucanfind)
Isolatingtheoutdoor(donor)antennafromtheindoor
(server)antennassotheydonotfeedbackintoeach
other.
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THINGSTOCHECKWHENEXPERIENCINGWEAKCELLULARSIGNAL
1. Ensuretheoutdoorantennaispointinginthecorrectdirectionandis
capturingadequatesignalforthebooster.
2. Checkallconnectionsonthecable,antennas,andbooster.
3. Checkcableforbendsandorcuts.
4. AllLEDlightsontheboostershouldbegreen.
5. Outdoorantennaandtheindoorantennashaveadequateseparation
andarenotcausingfeedback.
6 FREQUENTLYASKEDQUESTIONS
WHYARETHELEDLIGHTSTURNINGORANGE,REDOR
SHUTTINGOFF?
Therearecertaincaseswhereyoursystemcouldbeexperiencing
oscillation.Thiscanbeattributedtoeitherthequalityofyourinput
signalorhavingyouroutdoorantennaandindoorantennatooclose
together.Pleasereviewthefollowingguidelinestohelpresolvethis
issue:
1. Adjustthedirectionoftheoutdoorantenna.Ifthesystemis
receivingaveryhighinputsignal,youcanpointyouroutdoor
antennaawayfromthecellulartowertoreducethestrengthofthe
inputsignalandtherefore,reducetheoscillation.Alternativelyif
yoursystemisreceivingaverypoorqualitysignal(weakand
unusablesignal),youcanpointyouroutdoorantennamoredirectly
towardsthecellulartowertoincreasethestrengthoftheinputsignal.
Sometimesthismayrequirecompletelyrepositioningtheantennato
alocationwhereyoucanachievealineofsitetothetower.
2. Increasetheseparationbetweentheoutdoorantennaandthe
indoorantenna.Thiscanbeachievedbyincreasingthedistance
betweenthetwoantennasorbyplacingbarriersbetweenthem,
suchasmovingtheindoorantennatoanadjacentroomwherethere
wouldbeanadditionalwallseparatingthemfromtheoutdoor
antenna.
3. ManualGainControl.Adjustthegainwiththemanualgaincontrol
functionusingthedipswitchesonthesideofthebooster.
7 FCCRFExposureStatement
ThisequipmentcomplieswithFCCradiationexposurelimitssetforthfor
anuncontrolledenvironment.Endusersmustfollowthespecific
operatinginstructionforsatisfyingRFexposurecompliance.This
transmittermustnotbeco‐locatedoroperatinginconjunctionwithany
otherantennaortransmitter.
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8 Warning
9 Specification
F20E-CP(70dB)
Electrical specification Uplink Downlink
Frequency Range Cell 824~849MHz 869~894MHz
PCS 1850~1910MHz 1930~1990MHz
Band width Cell 25 MHz
PCS 60 MHz
Max .Gain Cell ≤63dB ≤64dB
PCS ≤72dB ≤72dB
Max .Output Power Cell 23dBm 0dBm
PCS 23dBm 0dBm
MGC ( Step Attenuation ) 31dB/1dBstep
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
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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 176*200*43
Weight ≤3Kg
Power Supply Input AC90~264V,outputDC12V / 3A