DEFENDINGWORLDSECURITY
TETRASYSTEMRELEASE5.5–6.5
InstallingtheTB3
DN04153465-08-3en
08/2013
InstallingtheTB3
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TETRASystemRelease5.5–6.5-InstallingtheTB3
Contents
1Aboutthisdocument......................................................13
2Installationoverview.......................................................15
3Preparations.............................................................19
3.1 Warnings............................................................19
3.1.1 Lethalvoltage...................................................19
3.2 Toxichazards.........................................................20
3.2.1 Berylliumoxide..................................................20
3.2.2 Toxicfumes....................................................20
3.3 Safetydistancerequirements(complianceboundary)............................20
3.3.1 Publicsafetyatbasestationinstallation...............................20
3.3.2 AssessmentapplyingSARmeasurements..............................21
3.3.3 Assessmentofcomplianceboundary..................................22
3.3.4 Typicalconguration..............................................23
3.3.5 Whenusingdifferentcongurations...................................25
3.3.6 AnnexA.......................................................25
3.3.7 AnnexB:FCC1.1310andIndustryCanadaRSS-102Radiofrequencyradiation
exposurelimits..................................................27
3.3.8 AnnexC:Far-eldcalculationmethod.................................27
3.4 Weightandtemperature.................................................28
3.4.1 Cabinet.......................................................28
3.4.2 Plug-inunits....................................................28
3.4.3 Hightemperatures...............................................28
3.5 Cautions............................................................28
3.5.1 Electromagneticelds.............................................28
3.5.2 Antennaconnectors..............................................28
3.5.3 Storageandtransportation.........................................29
3.5.4 Electrostaticdischargeprotection....................................29
3.5.5 Securityininstallationandmaintenance................................29
3.6 Sitepreparations......................................................30
3.7 Tools...............................................................30
3.8 Traceability..........................................................32
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4Cabinetinstallation........................................................33
4.1 Spacerequirements....................................................33
4.2 Unpackingandchecking.................................................34
4.3 Installationpreparations.................................................35
4.3.1 Removingtheroofframe...........................................36
4.3.2 Removingthedoor...............................................36
4.3.3 Changingtheopeningdirectionofthedoor.............................36
4.3.4 Removingthebackpanel..........................................37
4.4 Liftingthecabinet......................................................37
4.5 Mountingthecabinet...................................................38
4.6 Installingthecombinerguidingsupports.....................................40
4.7 Doorlockassembly....................................................47
4.8 Installingtheextensioncabinet............................................47
4.8.1 Cuttingoutthebreak-outpanel......................................48
4.8.2 Joiningthecabinets..............................................49
4.9 Dummyunitsandpanels................................................50
5Externalcabling..........................................................53
5.1 Cabinettopinterfaces...................................................53
5.2 Extensioncabinetinterfaces..............................................56
5.3 Powersupply.........................................................57
5.3.1 Earthing.......................................................58
5.3.2 ConnectingACpower.............................................59
5.3.3 DCpowersupply................................................60
5.4 Alarminterface(ALIF)...................................................62
5.5 Transmissionunit(FXC)andtransmissionunitinterface(FXCIF)...................68
5.5.1 ConnectingcablestotheFXCtransmissionunits.........................69
5.5.2 100/120–ohmE1/T1interface.......................................71
5.5.3 75–ohmE1interface..............................................71
5.5.4 GroundingtheFXCIF.............................................72
5.5.5 ExternalQ1interfaceontheFXCinterface.............................73
5.5.6 OptionalLMPinterface............................................74
5.5.7 GPSIFconnectors...............................................74
5.6 RFconnectors........................................................75
6Settingsofsubracks.......................................................77
6.1 Commonsubrack(CSR)jumpers..........................................77
6.2 TETRAtransceiversubrack(TRXSR)jumpers.................................79
6.3 Powersubrack(PWSR)fuses.............................................80
7Unitinstallationinstructions................................................83
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TETRASystemRelease5.5–6.5-InstallingtheTB3
7.1 TBCunit............................................................84
7.1.1 TBC-U........................................................84
7.1.2 TBCi.........................................................87
7.2 DRMCunitjumpersettings...............................................90
7.3 ATCinstallation.......................................................90
7.3.1 Troubleshooting.................................................92
7.4 WBCandDDUinstallation...............................................92
7.4.1 Troubleshooting.................................................94
7.5 TXantennamonitoringunit(TXM)..........................................94
8
Internalcabling...........................................................97
8.1 Cavitycombiners......................................................98
8.1.1 Cabinetfrontcabling(4-carrierTB3withATC)...........................98
8.1.2 Cabinetrearcabling(4-carrierTB3withATC)...........................102
8.1.3 Extensioncabinetfrontcabling.....................................105
8.1.4 Extensioncabinetrearcabling......................................107
8.1.5 Cablingforalternativecavitycombinertypes...........................109
8.1.5.1Auto-tunedcavitycombiners................................112
8.1.5.2380MHzmanuallytunedcavitycombiner(DA7004)...............113
8.1.5.3410MHzmanuallytunedcavitycombiner(DA7065)...............117
8.2 Widebandcombiner(WBC)anddualduplexer(DDU)...........................119
8.2.1 Cabinetfrontcabling(2-carrierTB3withWBC)..........................119
8.2.2 Rearcabling(WBC).............................................123
8.2.3 Extensioncabinetfrontcabling(WBC)................................125
8.2.4 Extensioncabinetrearcabling(WBC)................................127
8.2.5 Cablingforalternativecongurations.................................130
8.2.5.1Radiofrequency(RF)cabling................................130
8.3 IPtransmissioncabling.................................................133
9Completingtheinstallation.................................................137
9.1 Power-uptest........................................................137
10Installationchecklist.....................................................139
ATB3backplanewiring.....................................................145
.
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ListofTables.
Table1 WholebodySARexclusionpowerlevels..................................21
Table2 Dimensionsofcomplianceboundaryinmeters(TB3350,TB3380,TB3410,TB3
450)............................................................22
Table3 Dimensionsofcomplianceboundaryinmeters(TB3800)accordingtoEuropean,FCC
andICstandards...................................................23
Table4 Detaileddescriptionofthecomponents...................................24
Table5 Typicalantennaspecication(TB3350,TB3380,TB3410,TB3450).............24
Table6 Typicalantennaspecication(TB3800)..................................25
Table7 Basicrestrictions...................................................25
Table8 Referencevaluescalculatedfrombasicrestrictions..........................26
Table9 RFeldstrenghtlimitsforpowerdensity..................................27
Table10 Installationtools....................................................31
Table11 Themeaningsofthereferencenumbers..................................40
Table12 Themeaningsofthereferencenumbers..................................50
Table13 Cabinettopconnectors..............................................55
Table14 CustomerControlsandAlarms,J1......................................63
Table15 CustomerControlsandAlarms,J2......................................64
Table16 CustomerControlsandAlarms,J8......................................65
Table17 JumpersettingsforAlarminterface......................................67
Table18 Pincongurationofthe100/120–ohmE1/T1interface........................71
Table19 Receivingsignalpincongurationofthe75–ohmE1interface..................72
Table20 Transmittingsignalpincongurationofthe75–ohmE1interface................72
Table21 PincongurationoftheexternalQ1interface...............................73
Table22 PincongurationoftheoptionalLMPinterface.............................74
Table23 GPSIF1andIF2pincongurations.....................................74
Table24 JP1jumperinginthebasiccabinet......................................78
Table25 JP2jumperinginthebasiccabinet......................................78
Table26 JP3jumperinginthebasiccabinet......................................78
Table27 JP3jumperinginthebasiccabinetwithextensioncabinetconguration...........78
Table28 JP4&JP5jumperinginthebasiccabinet.................................79
Table29 TBC-Ujumpersettings...............................................86
Table30 TBCijumpersettings................................................89
Table31 FaultindicationsforDDU380andDDU385................................94
Table32 TXMconnectors...................................................95
Table33 FrontcablecodesandroutingwithA TC350,ATC380,ATC410,ATC450orATC
800............................................................101
Table34 Rearcablecodes..................................................104
Table35 Frontcablecodesandrouting,Extensioncabinet..........................106
Table36 RearcablecodesforExtensioncabinet..................................109
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TETRASystemRelease5.5–6.5-InstallingtheTB3
Table37 CablesbetweenBasicandExtensioncabinetsinATCcases..................109
Table38 Cavitycombinertypes,sub-bandsandcables.............................1 10
Table39 FrontcablecodesandroutingwithWBC.................................122
Table40 Rearcablecodes..................................................125
Table41 Frontcablecodes,Extensioncabinet(WBC)..............................127
Table42 Rearcablecodes,Extensioncabinet(WBC)..............................129
Table43 CablesbetweenExtensionandBasiccabinetsinWBCcases.................129
Table44 PREPARATIONS..................................................139
Table45 CABINETINSTALLATION...........................................140
Table46 EXTERNALCABLING..............................................141
Table47 UNITINSTALLATIONANDSETTINGS..................................141
Table48 INTERNALCABLING..............................................142
Table49 COMPLETINGTHEINSTALLATION....................................142
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ListofFigures.
Figure1 Installationphases..................................................16
Figure2 Warninglabel.....................................................20
Figure3 Areaaroundtheantenna.............................................22
Figure4 Antennaconnectiontothebasestation...................................24
Figure5 Formulaforcalculatingcomplianceboundaries.............................27
Figure6 Signforelectrostaticsensitivedevices...................................29
Figure7 Cabinetsideandrearclearances.......................................33
Figure8
Figure9 BasicandExtensioncabinetboltingpoints................................39
Figure10 Dummyplatesettingsandcombinerguidingsupportswith3WBCsand1DDU......41
Figure11 Dummyplatesettingsandcombinerguidingsupportswith3WBCs..............42
Figure12 Dummyplatesettingsandcombinerguidingsupportswith2WBCsand1DDU......43
Figure13 Dummyplatesettingsandcombinerguidingsupportswith1WBCand1DDU......44
Figure14 Dummyplatesettingsandcombinerguidingsupportswith2WBCsand2DDUs.....45
Figure15 Dummyplatesettingsandcombinerguidingsupportswith2ATCs...............46
Figure16 Dimensionsofthelockassembly.......................................47
Figure17 Break-outpanel,EMCclamp,andspacers................................48
Figure18 Joiningthecabinets.................................................50
Figure19 Basiccabinettopinterfaces...........................................54
Figure20 Cabinettopinterfaceswhentwoduplexersareused.........................55
Figure21 Extensioncabinettopinterfaces........................................57
Figure22 Earthingcableoncabinettop..........................................59
Figure23 ConnectingACpowersupply..........................................59
Figure24 ConnectingDCpowersupply..........................................61
Figure25 Alarminterface....................................................62
Figure26 Alarminterfacejumpersettings.........................................67
Figure27 FXCinterface.....................................................68
Figure28 CablingofFXCE1/T1unit............................................69
Figure29 CablingofFXCE1unit...............................................70
Figure30 Capacitancegroundingof75-ohmRXconnectoronFXCIF....................72
Figure31 Galvanicgroundingof75-ohmRXconnectoronFXCIF.......................73
Figure32 CSRjumpers......................................................77
Figure33 TRXSRjumpers...................................................80
Figure34 PWSRfuses......................................................81
Figure35 TBC-Udefaultjumpersettings.........................................85
Figure36 TBCidefaultjumpersettings...........................................87
Figure37 DRMCjumpersettingshigh/lowgain.....................................90
Figure38 CablingtoEuroconnector............................................91
Figure39 3–4carrierswithoneantenna..........................................93
Placementofthetypeplatesticker......................................35
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TETRASystemRelease5.5–6.5-InstallingtheTB3
Figure40 TX-antennamonitoringunit(TXM)......................................95
Figure41 Cablecodelabel...................................................97
Figure42 Frontcablingfora4-carrierTB3withATC(FXCE1).........................99
Figure43 Frontcablingfora4-carrierTB3withATC(FXCE1/T1)......................100
Figure44 Rearcabling.....................................................103
Figure45 Frontcablingofextensioncabinet(examplefor390–396MHzrange)............105
Figure46 Extensioncabinetrearcabling........................................108
Figure47 RFcablingbetweenAuto-tunedcavitycombinersandTX-antennaconnector:4-carrier
conguration.....................................................112
Figure48 RFcablingbetweenAuto-tunedcavitycombinersandTX-antennaconnector:6-carrier
conguration.....................................................112
Figure49 RFcablingbetweenAuto-tunedcavitycombinersandTX-antennaconnector:8-carrier
conguration.....................................................113
Figure50 380MHzmanuallytunedcavitycombinercables...........................114
Figure51 RFcablingbetweenmanuallytunedCB380andTX-antennaconnector:4-carrier
conguration.....................................................115
Figure52 RFcablingbetweenmanuallytunedCB380andTX-antennaconnector:6-carrier
conguration....................................................116
Figure53 RFcablingbetweenmanuallytunedCB380andTX-antennaconnector:8-carrier
conguration....................................................116
Figure54 RFcablingbetweenmanuallytunedCB410andTX-antennaconnector:4-carrier
conguration.....................................................117
Figure55 RFcablingbetweenmanuallytunedCB410andTX-antennaconnector:6-carrier
conguration.....................................................118
Figure56 RFcablingbetweenmanuallytunedCB410andTX-antennaconnector:8-carrier
conguration.....................................................118
Figure57 Cabinetfrontcablingfor2-carrierTB3withWBC(FXCE1)...................120
Figure58 Cabinetfrontcablingfor2-carrierTB3withWBC(FXCE1/T1).................121
Figure59 Rearcabling(WBC)................................................124
Figure60 Extensioncabinetfrontcabling(WBC),oneDDIV..........................126
Figure61 Extensioncabinetrearcabling(WBC),threeDDIVs.........................128
Figure62 WBCcongurations,oneantenna......................................131
Figure63 WBCcongurations,2antennas.......................................132
Figure64 WBCcongurations,road............................................133
Figure65 CablingbetweenTBCiandbasic-cabinettop-plateinterfaces(IPtransmission).....135
Figure66 Basiccabinet,commonsubrack,connectorsforP15,P16,P18andX1,X2........146
Figure67 Basiccabinet,commonsubrack,connectorsforP13andP14.................147
Figure68 Basicorextensioncabinet,TTRXsubrack,connectorforP5:cablepointingup.....148
Figure69 Basiccabinet,powersubrack,connectorsforP9...........................149
Figure70 Basicandextensioncabinets,connectorsforfans:cablespointingleft...........150
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DOCUMENTAMENDMENTS
VERSION DATE COMMENTS CHAPTERUPDATED
08-3
08-2
08-1
07-1
07-0
08/2013 UpdatedforTB3800FCCapproval.
05/2013 FCC1.1310andIndustryCanadaRSS-102
Radiofrequencyradiationexposurelimitsadded.
03/2013 Customeralarms24-35(J3)changedto(J8).
InformationaddedaboutTB3TBCisupportforIP
transmission.
Instructionsaddedfortakingcarethatthebackplane
connectorsarepluggedintherightway.
08/2011
TBCiadded.
Correctedcablecodes:changed9726as9762
Correctedcablecode:changed9721as9761
Minormodications.
02/2009
ExtendedTB3alarmsaddedandillustrationsupdated
tocorrespondtothecurrentcabinetversion.
3.3.1
3.3.3
3.3.8
3.3
5.4
Sections1,8.1.1,
8.2.1,8.3,Tables
33,39,Figure65
Sections8.1.4,
8.2.4andAppendix
A
Figures19,20,21,
25,27,36,T ables
3,33,Sections
1
7.1,7.1.2
Figures44,59,61
,T able43
Table40
Throughout
4,5,6
References
1.TETRASystem:Auto-tunedCombinersforTBS,dn00132115
2.TETRASystem:CommissioningtheTB3,dn04153477
3.TETRASystem:FXCE1andE1/T1TransmissionUnitDescriptionforTETRA,dn05100057
4.TETRASystem:Glossary ,dn00126469
5.TETRASystem:GuidelinesforInstallingtheGPSUnit,dn00126909
6.TETRASystem:GuidetoTETRADocumentation,dn00126445
7.TETRASystem:InstallingandOperatingtheEADSTBSWinMMI,dn00274177
8.TETRASystem:MaintenanceofTETRABaseStations,dn00132139
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TETRASystemRelease5.5–6.5-InstallingtheTB3
9.TETRASystem:TBSEnvironmentalConditions,dn00132142
10.TETRASystem:TB3HardwareDescription,dn04161675
11.TETRASystem:TB3MMIReferenceManual,dn0526038
12.TETRASystem:TB3ProductDescription,dn04102617
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TETRASystemRelease5.5–6.5-InstallingtheTB3
CHAPTER
1
Aboutthisdocument
ThepurposeofthisdocumentistogiveinstructionsfortheinstallationoftheTETRABaseStationTB3
andtoensurethatinstallationiscarriedoutcorrectly.Descriptionsofantenna,powerequipment,and
otherauxiliarysysteminstallationsarenotincludedinthisdocument.
CassidianherebydeclaresthatthisTB3isincompliancewiththeessentialrequirementsandother
relevantprovisionsofDirective1999/5/EC.
Note
CablinginstructionsfortheATC8004–channel150kHz(DA7938)canbefoundfromthedocument
Auto-tunedCombinersforTBS ,dn00132115.
Note
TheTB3TBCisupportsIPtransmissionfromtheTETRASystemRelease6.5onwards.
Howtousethisdocument
Thismanualprovidesthefollowinginformation:
• Chapter1Aboutthisdocument(thischapter)introducesthestructureofthedocument.
• Chapter2givesanoverviewoftheinstallationphasesandtheirpurpose.
• Chapter3liststhepreparationsofthesiteandequipmentincludingthesafetyprecautions.
• Chapter4
• Chapter5givesinstructionsforconnectingearthing,powersupply ,transmission,GPS,customer
alarms,customercontrolsandantennafeedercablestothecabinet.
• Chapter6describesthejumpersoftheCSRandTRXSR,aswellasPWSRfuses.
• Chapter7detailstheunitinstallationandjumpersettingsoftheTBCandDRMC.
• Chapter8
givesinstallationinstructionsforthecabinets.
givesinstructionsforconnectingandcheckingthecablingwithinthecabinet.
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• Chapter9describesthecompletiontasksrelatedtotheinstallationoftheTB3.
• Chapter10givesanexampleofaninstallationchecklist.
• AppendixAprovidesinstructionsforwiringtheTB3backplanetomakesurethattheconnectors
arepluggedintherightway.
TheGlossarysectionexplainsthecentraltermsandconceptsusedinthisdocumentaswellasthe
abbreviations.ThefullversionoftheglossaryisprovidedasaseparatedocumentTETRASystem:
Glossary ,dn0126469.
Wewelcomeanysuggestionsforfurtherimprovementofthisdocument.Also,shouldyoundany
errorsoromissionsinthisdocument,pleaseforwardyourcommentstoyournearestCassidian
representativeortothee-mailaddresstetra.cudo@cassidian.com.
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TETRASystemRelease5.5–6.5-InstallingtheTB3
CHAPTER
2
Installationoverview
ThepurposeofTB3installationisto:
• Checkthedelivery.
• InstalltheTB3onthesite.
• SettheTB3andthesitereadyforcommissioning.
TheTB3isdeliveredwithplug-inunitsremovedfromthesubracks.Figure1liststhephasesofthe
installation,whichareclariedbelow.
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Dn05220799x2x0en
1
Preparations
2
Cabinet installation
3
Settings of subracks
5
Unit installation
6
Internal cabling
7
Completing installation
4
Settings of subracks
3
Settings of subracks
3
External cabling
Figure1:Installationphases
Preparations
Purpose:
Checkingthatallthematerialanddocumentsareavailableandtheworkcanstart.Gettingfamiliarwith
theWarningsandCautionssectionsofthismanual.
SeeChapter3.
Cabinetinstallation
Purpose:
Unpacking,checking,andinstallingtheTB3.
SeeChapter4.
Externalcabling
Purpose:
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TETRASystemRelease5.5–6.5-InstallingtheTB3
Connectingearthing,powersupply,transmission,GPS,customeralarms,customercontrolsand
antennafeedercablestothecabinet.
SeeChapter5.
Settingsofsubracks
Purpose:
JumperingtheCSRandTRXSR,resettingthePWSRfuses.
SeeChapter6
.
Unitinstallation
Purpose:
Checkingthejumpersettingsofunitsandinstallingtheplug-inunitstothecabinet.
SeeChapter7.
Internalcabling
Purpose:
Connectingandcheckingthecablingwithinthecabinet.
SeeChapter8.
Completingtheinstallation
Purpose:
Finishinginstallationandsite-specicdocumentsandcleaningthesite.
SeeChapter9.
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TETRASystemRelease5.5–6.5-InstallingtheTB3
CHAPTER
3
Preparations
3.1Warnings
Thischapterdetailstherecommendedsafetyprecautionstobefollowedwhenworkingwiththe
TETRABaseStationTB3.
Thesafetyguidelinesaredesignedinthefollowingway:
• Warningsalertthereadertodangerswhichmaycausephysicalinjuryorillhealthinanyform,
potentiallyincludinglossoflife.
• Cautionsareusedtodenotepossibledamagetoequipmentbutnotdangerstopersonnel.
Installation,commissioning,integration,andmaintenancemeasuresconcerningtheTB3smaybe
performedonlybyproperlytrainedandauthorizedpersonnel.Theequipmentshouldbeinstalledand
locatedsothatonlyauthorizedpersonnelhaveaccesstoitspotentiallydangerousparts.
3.1.1Lethalvoltage
Potentiallylethalvoltagesarepresentwithinthissystem.Allpersonswhoperformanymeasureson
thisequipmentmustbemadeawareofthisandobservethefollowingprecautionstominimizetherisk:
Tominimizetheriskoflethalvoltage
1)Beforeattemptinganymaintenancework(otherthanreplacingalowvoltageplug-inunitin
respectofwhichthepersondoingthereplacementiscertainthatitcanbedonewithoutthese
measures),makesurethatallpowersupplyunitsarecompletelyisolatedbysettingallthepower
switchesoff,includingthesitemainspowerswitch,disconnectingallrelevantconnectorsand
removingallrelevantfuses.Donotrelyonswitchesalonetoisolateasupply.
2) Makesurethathighvoltagesafetyprecautionsareobservedbeforeattemptingtoworkonthe
systemwiththepowerconnected.
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3) Mainslters(capacitors)arettedinthissystem.Potentiallylethalvoltagescanbeinducedifthe
WARNING
DISCONNECT THE AC AND
DC MAINS SUPPLY BEFORE
REMOVING THIS COVER
!
dn00246618x1x0xen
equipmentisnotearthedcorrectly.Makesurethatallearthconnectionsaresecure.
ThewarninglabelattachedtotheappropriatepartsoftheTB3areshowninthefollowinggure.
Figure2:Warninglabel
3.2Toxichazards
3.2.1Berylliumoxide
Note
SinceTETRASystemRelease4.5thedeliveredTB3basestationshavenotincludedberylliumoxide.
3.2.2Toxicfumes
Thisequipmentcontainsmaterials,which,incaseofcombustion,generatethetoxicfumeshydrogen
uorideandhydrogenchloride.Precautionsmustbetakentoavoidinhalingthetoxicfumes.Dispose
oftheequipmentinamannerappropriateforchemicalorspecialwasteaccordingtolocalregulations.
3.3Safetydistancerequirements(complianceboundary)
3.3.1Publicsafetyatbasestationinstallation
Toensurepublicsafetywheninstallingbasestations,takeintoaccountthefollowingfacts.This
equipmentgeneratesradiofrequencyenergy,whichhasathermaleffectwhenabsorbedbythehuman
body.Forthisreasoncomplianceboundariesspecictothisequipmenthavebeenestablished.
Thethermaleffectofradiofrequencyenergycanexceedsafetylevelswhenapersonisinsidethe
establishedcomplianceboundaries.Byobservingthecomplianceboundaryandbyensuringthe
generalpublichasnoaccesstoareasinsidetheestablishedboundaries,itisensuredthatthegeneral
publichasnoexposuretolevelsinexcessofthesafetylimits.
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Toensureinstallersafetywheninstallingbasestations,installationengineersneedtobeawareofthe
potentialriskofthethermaleffectsofradiofrequencyenergyandofwhatprecautionstotakeagainst
unduerisk.
Whenworkingclosetotransmitterantennas,thepropersafetydistancesmustbeobserved.The
minimumsafedistancefromanantennaismeasuredinmetres.
WARNING
Donotgoanyclosertoaliveantennathanthecomplianceboundary .Theradiofrequencyenergy
generatedbytheantennaposesaserioushealthrisk.
AVERTISSEMENT Nepass’approcherd’uneantenneactiveplusprèsquelalimitedeconformité.
L’énergieradiofréquencegénéréeparl’antenneposedesérieuxrisquespourlasanté.
Whenassessingtheapplicablecomplianceboundaries,EuropeanstandardsEN50383,EN50384,EN
50385andCouncilRecommendation1999/519/ECforoccupationalandgeneralpublicelectromagnetic
exposurelimitshavebeenapplied(seeSection3
.3.6).
ComplianceboundariesfortheTB3800havealsobeencalculatedaccordingtoFCC1.1310and
IndustryCanadaRSS-102requirements(seeT able3
andSection3.3.7).
3.3.2AssessmentapplyingSARmeasurements
EuropeanstandardsEN50383,EN50384andEN50385donotincludespecicationsforwholebody
Specicabsorptionrate(SAR)measurements.WholebodySARmeasurementsarenotrequiredfor
transmittersthathavemaximumoutputpowerlevelstoolowtoresultinexposurelevelsthatcanreach
thewholebodySARcompliancelimitsunderanyconditions.WholebodySARexclusionpowerlevels
havebeenbasedonworst-caseassumptions.Fordetails,seethefollowingtable.
Table1:WholebodySARexclusionpowerlevels
Exposurecategory
Maximumoutputpower(rms)
GeneralPublic Maxpower[W]=generalpublicwholebodySARlimit
0.08[W/kg]
4-yearoldchildmass12.5[kg]=1W
Occupational Maxpower[W]=occupationalwholebodySARlimit
0.4[W/kg]
16-yearoldworker42[kg]=16.8W
LocalizedSARmeasurementcanbeusedonlywhen:
1. Theseparationbetweenthephantomandtheoutersurfaceoftheenergygeneratingelementis
40cmorless.
and
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2. Thesurfaceareaoftheenergygeneratingelementislessthan60cmby30cm.
R
h
h
dn 04202552 x 2 x 0 xen
and
3.Thefrequencyisintherangeof800to3000MHz.
Forthereasonsmentionedabove,SARmeasurementsarenotapplicabletoTETRABaseStations.
3.3.3Assessmentofcomplianceboundary
Thecomplianceboundaryisdenedastheareaaroundtheantenna,showninthefollowinggure.
Thecentreoftheantennaislocatedattheorigo.Distancesfromtheantennaareshown.
Figure3:Areaaroundtheantenna
ThecomplianceboundariesfortheTETRABaseStationsaregiveninthefollowingtablesfordifferent
powerlevelsattheantennainput.Theboundarieshavebeencalculatedusingdatafromatypicalomni
antennawith7.5dBigainforthe350-470MHzvariants,andwith12dBigainforthe806-869
MHzvariant.Alsothetypicalandworstcasepowerlevelcongurationsforgeneralpublic(GP)and
occupational(O)exposurelimitsareincludedinthefollowingtables.
Table2:Dimensionsofcomplianceboundaryinmeters(TB3350,TB3380,TB3410,TB3450)
Poweratantenna
input(W)
TB3350,TB3380,TB3410,
TB3450
R(m) h(m)
GP O GP O
20 2.1 0.9 1.9 1.7
40 3.0 1.3 2.1 1.8
60 3.7 1.6 2.2 1.8
80 4.2 1.9 2.4 1.9
100 4.7 2.1 2.5 1.9
120 5.2 2.3 2.5 2.0
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Table2:Dimensionsofcomplianceboundaryinmeters(TB3350,TB3380,TB3410,TB3
450)(cont’d.)
Poweratantenna
input(W)
TB3350,TB3380,TB3410,
TB3450
R(m) h(m)
GP O GP O
140 5.6 2.5 2.6 2.0
160 6.0 2.7 2.7 2.0
Table3:Dimensionsofcomplianceboundaryinmeters(TB3800)accordingtoEuropean,
FCCandICstandards
Poweratantenna
input(W)
TB3800
Europeanstandards
TB3800
FCC1.1310andICRSS-102
R(m) h(m) R(m) h(m)
GP O GP O GP O GP O
20 2.4 1.1 2.4 2.3 2.1 0.9 2.3 2.3
40 3.4 1.5 2.4 2.3 3.0 1.3 2.4 2.3
60 4.2 1.9 2.5 2.3 3.7 1.6 2.5 2.3
80 4.9 2.2 2.5 2.4 4.2 1.9 2.5 2.3
100 5.4 2.4 2.6 2.4 4.7 2.1 2.5 2.3
120 6.0 2.7 2.6 2.4 5.2 2.3 2.6 2.4
140 6.4 2.9 2.6 2.4 5.6 2.5 2.6 2.4
160 6.9 3.1 2.7 2.4 6.0 2.7 2.6 2.4
3.3.4Typicalconguration
Theantennaisconnectedthroughaconnectorandcable(s)tothebasestationasshowninthe
followinggure.Adetaileddescriptionofthecomponentsisgiveninthetablesbelow.
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Antenna connector
Cable
To the base station
dn04202564x1x0xen
Antenna
Figure4:Antennaconnectiontothebasestation
Table4:Detaileddescriptionofthecomponents
Component
Power(P
Typical
case
)25W 25W
out
Worst
case
Totalconnectorloss 0.0dB 0.0dB
Totalcableloss 1.0dB 1.0dB
TotalLoss(L)=Totalconnectorloss+Totalcable
1.0dB 1.0dB
loss
Numberoftransmitterunits(N)
2 8
Poweratantennainput= 40W 160W
Table5:Typicalantennaspecication(TB3350,TB3380,TB3410,TB3450)
Frequency 350–470MHz
Gain
Pattern
7.5dBi
Omni
Electricaldowntilt 0deg
Height/width/depth 3000/100/100mm
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Table6:Typicalantennaspecication(TB3800)
Frequency 806–869MHz
Gain
Pattern
12dBi
Omni
Electricaldowntilt 0deg
Height/width/depth 4400/80/80mm
3.3.5Whenusingdifferentcongurations
Note
InT able2,thecomplianceboundariesaregivenfordifferentpowerlevels,includingthetypical
andworstcaselevels.Ifanexposurelimit,antenna,and/orcongurationareusedwhichdoes
notcorrespondtothelevelsorfrequenciesgiveninTable2,thecomplianceboundarymustbe
re-calculatedaccordingtoEN50383.
Theformulaforcalculatingthecomplianceboundaryusingthefar-eldmodel,whichisreferencedin
EN50383,isgiveninSection3.3.8.Thismodelisapplicableforcalculatingthecomplianceboundary
forthefar-eldregionandoverestimatesthecomplianceboundaryfortheradiatingnear-eldregion,
butisnotapplicableforcalculatingthecomplianceboundaryforthereactivenear-eldregionwhere
thedistancefromtheantennaislessthanorequaltoλ/4.
3.3.6AnnexA
CouncilRecommendation1999/519/ECforoccupationalandgeneralpublicelectromagneticexposure
limits.
Basicrestrictionsaregiveninthefollowingtable.
Table7:Basicrestrictions
Exposure
characteristics
Occupational
exposure
Generalpublic
exposure
Frequency
range
10MHz–10
GHz
10MHz–10
GHz
-1
Localized
SAR(head
andtrunk)W
-1
kg
Wholebody
average
SARWkg
0.4 10 20
0.08 2 4
Localized
SAR(limbs)
-1
Wkg
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Note
AllSARvaluesaretobeaveragedoveranyperiodof6minutes.
Note
LocalizedSARaveragingmassisany10gofcontiguoustissue:themaximumSARsoobtainedshould
bethevalueusedfortheestimationofexposure.
Note
Basicrestrictionsbetween10GHzand300GHzaregiveninpowerdensities.
Foroccupationalexposureitis50Wm
-2
andforgeneralpublicexposureitis10Wm
-2
.
Referencevaluesarecalculatedfrombasicrestrictions.Theresultsaregiveninthefollowingtable.
Table8:Referencevaluescalculatedfrombasicrestrictions
Exposure
characteristics
Frequencyrange
Electriceld
strengthV/m
Equivalent
planewave
powerdensity
-2
)
Occupational
exposure
Generalpublic
exposure
10—400MHz
400—2000MHz
2—300GHz
10—400MHz
400—2000MHz
2—300GHz
S(Wm
61
1/2
3f
137
28
1/2
1.375f
61
10
f/40
50
2
f/200
10
Note
fstandsforfrequencyinMHz.
Note
Forfrequenciesbetween100kHzand10GHz,Sistobeaveragedoveranyperiodof6minutes.
Note
Forfrequenciesexceeding10GHz,Sistobeaveragedoveranyperiodof68/f
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1.05
minutes(finGHz).
3.3.7AnnexB:FCC1.1310andIndustryCanadaRSS-102
S
P
L G
N
r
4
10 / ) (
10
out
min
Radiofrequencyradiationexposurelimits
RFeldstrengthlimitsforpowerdensityaregiveninthefollowingtable.
Table9:RFeldstrenghtlimitsforpowerdensity
Exposure
characteristics
Occupational/
Controlled
environment
Generalpublic/
Uncontrolled
environment
Note
fstandsforfrequencyinMHz.
Frequencyrange
(MHz)
300–1500
300–1500
Power
density
(W/m2)
f/30
f/150 FCC1.1310:30
Averagingtime
(minutes)
6
RSS-102:6
3.3.8AnnexC:Far-eldcalculationmethod
Thismodelisapplicableforcalculatingthecomplianceboundaryforthefar-eldregionandover
estimatesthecomplianceboundaryfortheradiatingnear-eldregion,butisnotapplicableforthe
calculatingthecomplianceboundaryforthereactivenear-eldregionwherethedistancefromthe
antennaislessthanorequaltoλ/4.Thereforeallthecalculationsarevalidwhenthecompliance
boundaryisgreaterorequaltotheantennadimensionsplusλ/4.
Thecomplianceboundaryinmetres,orr
Figure5:Formulaforcalculatingcomplianceboundaries
Theformulaincludesthefollowingfactors:
• N-numberoftransmitterunitsperoneantenna
• G-antennagain(dBi)
• L-minimumcableloss(dB)
• P
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-maximumpowerofonetransmitterunit(W)
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,iscalculatedaccordingtothefollowingequation:
min
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• S-powerdensitylimit(W/m
Inthefar-eld,theeldcalculationdoesnottakeintoaccounttheantennasize,whichisassumedtobe
apointsource.Thereforewhencalculatingthecomplianceboundary ,thefar-elddata,antennasize,
andreactiveeldcriteriahavetobetakenintoaccount.
2
)
3.4Weightandtemperature
3.4.1Cabinet
Caremustbetakenwhenhandlingthecabinets.Installcabinetliftingeyeletsanduseamechanical
liftingequipmenttoliftacabinet.
3.4.2Plug-inunits
Caremustbetakenwhenhandlingheavyplug-inunits.Theseareequippedwithwarninglabels.
WARNING
Donotcarryheavyunitsfromthehandle.Thehandleisonlyforpullingtheunitoutoftherack.
3.4.3Hightemperatures
Caremustbetakenwhentouchingunitsastheymayreachhightemperatures.
3.5Cautions
3.5.1Electromagneticelds
Wheninstallingtheantennas,theemissionofotherantennasnearbyhastobeknownbeforehand.
3.5.2Antennaconnectors
DonotdisconnecttheantennaconnectorswhentheTB3ispoweredon.
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3.5.3Storageandtransportation
Duringstorageandtransportation,theunitsmustremainintheiroriginalpackagesinorderto:
• avoidmechanicaldamage
• maintaintraceability
• protecttheunitsagainststaticelectricity.
3.5.4Electrostaticdischargeprotection
Anelectrostaticsensitivedeviceisanelectroniccomponentthatmaybepermanentlydamagedby
electrostaticchargesencounteredinroutinehandling,testing,andtransportation.
Electrostaticsensitivedevicesarelabelledasfollows:
Figure6:Signforelectrostaticsensitivedevices
Electrostaticdischargeiscausedbydirectcontactoranelectrostaticeld.Ifachargedbody
approachesanelectricallyconductingsurface,theacquiredpotentialisdischarged.Anequalizing
currentcanthenowintheassociatedcircuitryandgeneratepermanentlydamagingvoltagesby
induction.
CAUTION
Alwayswearaclose-ttingearthinghandstraparoundyouruncoveredwristwhenhandling
electrosensitiveTB3units.
Thehumanbodyshouldbeearthedatthesamepotentialasthecomponentorequipmentbeing
handled.Thehandstrapcreatesanequipotentelectricalconnectionbetweentheobjectandthe
human.ThereisanearthstudinallTB3cabinetstowhichthehandstrapmustbeconnected.
3.5.5Securityininstallationandmaintenance
Theinstructionsinreferencesmustbefollowedwheninstallingthisequipment.Itmaybedangerousto
theinstallationpersonneltoneglecttheinstructions.
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Theinstructionsinreferencesmustbefollowedwhenperforminganymaintenancemeasuresonthis
equipment.Neglectingtheinstructionsmaybedangeroustomaintenancepersonnel.
3.6Sitepreparations
Thecabinetinstallationphaserequiresthatthesiteisproperlysurveyedandprepared,andallrequired
externalservicescorrectlyinstalled.Thesitesurveymustidentifyanyspecialrequirementsforthe
installation,suchasliftingequipment.
Topreparethesiteforthecabinetinstallation
1)Checktheaccessibilitytothecabinet.
2)Inspectthesitevisuallyandmakesurethefollowingrequirementsarefullled:
• Thesite-specicinstallationinstructionsareavailable.
• Thesiteispreparedaccordingtotheinstructions.
• Thesitesurveyiscompleted.
• Thesitesurveyreportisavailable.
• Thesiteisclean.
3) Verifythatallexternalconnectionsforthecabinetareavailable:
• earthingpoint
• mainspowerwithcorrectratingandcomplyingwithnationalrequirements(ACorDC
poweraccordingtothesite)
• transmissioninterfacetotheexchange
• TXandRXantennacables
• cablefromGlobalPositioningSystem(GPS)
• customeralarmcable(optional).
4) Ensurethecabinetcanbeinstalledsafelybyverifyingthefollowing:
• Theliftingandotherequipmentisavailable.
• Thereisadequateworkingspace.
5) Checkthatthedeliveryiscomplete.
antennaunit(optional)
3.7Tools
Theinstallationpersonnelmustbefamiliarwiththetoolslistedinthefollowingtableandcompetentin
usingthem.
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