APC MGE GALAXY 5000 Specification

Category
Uninterruptible power supplies (UPSs)
Type
Specification

This manual is also suitable for

APC MGE Galaxy 5000 40 kVA is a reliable power protection solution for small data centers, telecom and network applications. It offers scalable power protection with capacity up to 130 kVA, high efficiency levels to save energy costs, and flexible deployment options for various applications. The device is equipped with advanced features such as parallel capability for increased power capacity and redundancy, external battery cabinets for extended runtime, and comprehensive communication options for remote monitoring and control.

APC MGE Galaxy 5000 40 kVA is a reliable power protection solution for small data centers, telecom and network applications. It offers scalable power protection with capacity up to 130 kVA, high efficiency levels to save energy costs, and flexible deployment options for various applications. The device is equipped with advanced features such as parallel capability for increased power capacity and redundancy, external battery cabinets for extended runtime, and comprehensive communication options for remote monitoring and control.

MGEGalaxy5000
40–130kVA480V
Installation
TableofContents
IMPORTANTSAFETYINSTRUCTIONS-SAVETHESE
INSTRUCTIONS...............................................................................................................1
SymbolsUsed...................................................................................................................1
Specications...................................................................................................................2
ACInput...........................................................................................................................2
ACOutput.........................................................................................................................2
Batteries............................................................................................................................2
ACBypass........................................................................................................................2
RecommendedFuses........................................................................................................3
ConnectInputandGroundCablesinSingleSystems..............................4
SingleUtility/MainsSystems....................................................................................4
DualUtility/MainsSystems........................................................................................4
ConnectACInputandPowerCablesinParallelSystems......................5
SingleUtility/Mains......................................................................................................5
DualUtility/MainsSystems........................................................................................6
ConnectCommunicationCables...........................................................................7
OverviewofCommunicationCablesinSingleSystems..................................................7
OverviewofCommunicationCablesinParallelSystems................................................8
ConnectRelayCommunicationCard.....................................................................9
CommunicationCardConnectionExample...............................................................10
ConnectGeneralShutdownorRemoteEmergencyPowerOff......................10
ConnectParallelCommunicationCablesinRedundantParallel
Systems..........................................................................................................................11
ConnectParallelCommunicationCablesinCapacityParallel
Systems..........................................................................................................................12
InstallanExternalBatteryCabinet.......................................................................15
InstallATIZPCAandGNDBusbar...........................................................................15
TheBatteryCircuitBreaker.......................................................................................16
ConnectPowerandControlCables........................................................................17
MounttheBatteryCells..............................................................................................19
InstallPanelsandLabelson26”BatteryCabinet(StandAloneOnly)...........20
InstallPanels,LabelsandPalleton26”BatteryCabinet..................................21
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InstallPanelsandLabelson48”BatteryCabinet(StandAloneOnly)...........21
InstallPanelsandLabelson48”BatteryCabinet...............................................22
ii
MGEGalaxy500040–130kV A480V
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IMPORTANTSAFETYINSTRUCTIONS-
SAVETHESEINSTRUCTIONS
SymbolsUsed
WARNING:Indicatesanelectricalhazard,which,ifnotavoided,couldresultininjury
ordeath.
Caution:Indicatesahazard,which,ifnotavoided,couldresultininjuryordeath.
Note:Indicatesimportantinformation.
See:Indicatesthatmoreinformationisavailableonthesubject.
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Specications
ACInput
ACinput40kV A50kV A60kV A80kV A100kV A130kV A
Nominalinputvoltage(V)
480480480480480480
Inputfrequency(Hz)
60Hz60Hz60Hz60Hz60Hz60Hz
Nominalinputcurrent(A)
1
48597194117151
Maxinputcurrent(A)
2
597088111150182
Inputcurrentlimit(A)
3
57
7085111148182
InputphaserotationA,B,Cclockwise
Inputpowerfactor
>0.98
1
Inputcurrentbasedonratedloadandbatteriesfullycharged.
2
Inputcurrentbasedonfullybatteryrecharge,nominalvoltageandratedload.
3
Currentlimitationthroughelectroniccurrentlimitingisbasedonfullbatteryrechargeand-10%
inputvoltage.
ACOutput
40kV A50kV A60kV A80kV A100kV A130kV A
Nominalinputvoltage(V)
480480480480480480
Nominaloutputcurrent(A)
48597194117151
Batteries
Batteryinput40kV A50kV A60kV A80kV A100kV A130kV A
Nominalvoltage(VDC)
432
Endvoltage(VDC)
356
Max.oatingvoltage
(VDC)
490
I
Nom
discharge
1
(A)
90113135180225293
I
Max
discharge
2
(A)
109137164219273355
1
Nominalbatterydischargecurrentbasedonratedloadandnominalbatteryvoltage.
2
Maximumbatterydischargecurrentbasedonratedloadattheendofthedischarge.
ACBypass
40kV A50kV A60kV A80kV A100kV A130kV A
Inputfrequency(Hz)
606060606060
Nominalinputcurrent(A)
48597194117151
2
MGEGalaxy500040–130kV A480V
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RecommendedFuses
40kV A50kV A60kV A80kV A100kV A130kV A
Inputandoutputfuserating
(A)
160160160160315315
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ConnectInputandGroundCablesin
SingleSystems
SingleUtility/MainsSystems
1.Removetheprotectioncoverinthebottomof
theenclosure.
2.ConnecttheACinputcablestotheACinput
terminalsandtotheUPSgroundingplate.
3.ConnecttheACoutputcablestotheACoutput
terminalsandtotheUPSgroundingplate.
4.Connectthebatterycablestothebattery
terminals.
5.Securethecablestothecabinet.
6.Reinstallthecoverprotectionforpower
terminals.
DualUtility/MainsSystems
1.Removetheprotectioncoverinthebottomof
theenclosure.
2.ConnecttheACinputcablestotheACinput
terminalsandtotheUPSgroundingplate.
3.ConnecttheACbypasscablestotheACbypass
terminalsandtotheUPSgroundingplate.
4.ConnecttheACoutputcablestotheACoutput
terminalsandtotheUPSgroundingplate.
5.Connectthebatterycablestothebattery
terminals.
6.Securethecablestothecabinet.
7.Reinstallthecoverprotectionforpower
terminals.
4
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ConnectACInputandPowerCablesin
ParallelSystems
SingleUtility/Mains
Note:AmaximumoftwoUPSunitscanbeinstalledforPn.
1.Removetheprotectioncoverinthebottomoftheenclosure.
2.ConnecttheACinputcablestotheACinputterminalsandtotheUPSgroundingplateforboth
UPSunitsinbothUPSunits.
3.ConnecttheACoutputcablestotheACoutputterminalsandtotheUPSgroundingplateinUPS1.
4.ConnectthethreeloadconnectorsfromACoutputterminalsinUPS1toACoutputterminals
inUPS2.
5.Connectthebatterycablestothebatteryterminals.
6.Securethecablestothecabinet.
7.Reinstallthecoverprotectionforpowerterminals.
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DualUtility/MainsSystems
Caution:IfthetwoUPSunitsareplacedsidebyside,connectasindicatedbelow.Inother
congurations,alwaysmakesurethatthecablesbetweentheUPSunitsandthebypass
sourcehavethesamecross-sectionandthesamelength.Thesameistrueforthecables
betweentheUPSunitsandtheload.
Note:ThedrawingsbelowshowcongurationswithoutanexternalSystemBypassCabinet.
1.Removetheprotectioncoverinthebottomoftheenclosure.
2.ConnecttheACinputcablestotheACinputterminalsandtotheUPSgroundingplateinboth
UPSunits.
3.ConnecttheACbypasscablestotheACbypassterminalsandtotheUPSgroundingplatein
bothUPSunits.
4.ConnecttheACoutputcablestotheACoutputterminalsandtotheUPSgroundingplateinUPS1.
5.ConnectthethreeloadconnectorsfromACoutputterminalsinUPS1toACoutputterminals
inUPS2.
6.Connectthebatterycablestothebatteryterminals.
7.Securethecablestothecabinet.
8.Reinstallthecoverprotectionforpowerterminals.
6
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ConnectCommunicationCables
OverviewofCommunicationCablesinSingleSystems
Caution:Toensuresufcientisolationofcontrolandcommunicationcables,theymust
berunseparatelyfromthepowercables.Reinforcetheinsulationofthesecontroland
communicationcablesifanyriskofcontactwiththepowercablesexists.
A.Relaycommunicationcard(SELV)
B.Optionalcommunicationcards(SELVor
LV)
C.Externalbatterycircuitbreakercables
(SELV)
D.Generalshutdowncable(SELV)
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OverviewofCommunicationCablesinParallel
Systems
Caution:Toensuresufcientisolationofcontrolandcommunicationcables,theymust
berunseparatelyfromthepowercables.Reinforcetheinsulationofthesecontroland
communicationcablesifanyriskofcontactwiththepowercablesexists.
A.Relaycommunicationcard(SELV)
B.Optionalcommunicationcards(SELVor
LV)
C.Externalbatterycircuitbreakercables
(SELV)
D.Generalshutdowncable(SELV)
E.PCAINTNforconnectionofexternalbypass
cabinetcable(ELV),CANcables(SELV),
andexchange-currentcables(SELV).
8
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ConnectRelayCommunicationCard
Caution:Isolateandlock-outallpowersourcesforthiscardbeforemakingconnections.
NeverconnectSELV(safetyextralowvoltage)andnon-SELVcircuitstothedifferent
outputsofthesamecard.
Characteristicsofoutputcontacts:
Permissiblevoltage:250VAC,30VDC
Permissiblecurrent:2A
Cable:4x0.93mm²,Ø6.6+/-0.3mm
Characteristicsofinputcontacts:
Switchedvoltage:5VDC
Consumption:10mA
Cable:4x0.34mm²,Ø5+/-0.5mm
1.Removethecoversecuredbythescrews.
2.Runthecommunicationcablesthroughthe
cableentryholes.
3.Connectconductorstotheinputterminals.
A.UPSON
B.UPSOFF
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4.Connectconductorstotheoutputterminals.
A.Generalalarm
B.Batteryfault
C.LoadonUPS
D.Loadonautomaticbypass
E.Loadonbatterypower
F.Lowbatterywarning
5.Putthecoverbackinplaceandsecureitwith
thescrews.
6.Tightenthescrewstolockthecables.
7.Indicatethelocationsofthepowersourceson
thelabels.
8.Insertthecardsinitsslot.
9.Securethecardwithtwoscrews.
CommunicationCardConnectionExample
IfaSELVsourceisused,itmustalwaysbepossibletoisolatethecommunicationcardfromtheupstream
sourcetoensurethesafetyofpersonnelworkingontheinstallation.
ConnectGeneralShutdownorRemoteEmergency
PowerOff
PressingthegeneralshutdownbuttoncausesUPSshutdownandopeningofthebatterycircuitbreaker
(withopeningofthebypassstaticswitchdependingonpersonalizationsettings).TheRemoteEmergency
PowerOff(REPO)notionisapplicabletoinstallationswherepressingthebuttonalsocausestheupstream
NormalACsourceandACbypasssourcecircuitbreakerstoopen.Inparallelsystems,theremustbea
singlegeneralshutdownbuttonwithaseparatecontactforeachUPSunit.
10
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1.Removethewirejumperfromtheterminal
block.
2.ConnectthegeneralshutdownNCcontactto
terminals1and2(SELV).
3.Securethecable.
ConnectParallelCommunicationCablesinRedundant
ParallelSystems
Note:Thesuppliedcables(33ft)limitthedistancebetweentwoUPSunitstoapproximately
20ft.
1.ConnectacommunicationcablefromXMS02inUPS1toXMS02inUPS2.
2.ConnectacommunicationcablefromXMS03inUPS1toXMS03inUPS2.
3.InstallabluepluginconnectorXMS06inUPS1.
4.ConnectacommunicationcablefromXMS07inUPS1toXMS06inUPS2.
5.InstallaredpluginconnectorXMS07inUPS2.
6.Fittheprotectioncoversuppliedwiththeparallelsystemovertheauxiliaryinterconnectioncables.
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ConnectParallelCommunicationCablesinCapacity
ParallelSystems
Note:Thesuppliedcables(33ft)limitthedistancebetweenthetwoUPSunitsto
approximately20ft.
1.UsetheXMS02andXMS03terminalstocreatealoopbetweenallUPSunitsasshownonthe
illustration(alltheXMS02andXMS03terminalsmustbeused).
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2.Daisy-chaintheUPSunitsusingtheXMS06andXMS07terminals.Fitablueconnectoron
therstUPSunitsandaredplugonthelastUPSunit(alltheXMS06andXMS07connectors
mustbeused).
3.Connectterminals7,8,9,and10ontheauxiliaryterminalblockTB2inthesystembypass
cabinettoUPSterminalblocksXMS04/XMS05pins1,2,3,and4respectivelyandcreatealoop
connectionbetweenthesystembypasscabinetandtheUPSasshown.
4.Fittheprotectioncoversuppliedwiththeparallelsystemovertheauxiliaryinterconnectioncables.
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14
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InstallanExternalBatteryCabinet
InstallATIZPCAandGNDBusbar
26”and32”BatteryCabinet48”BatteryCabinet
1.IftheA TIZPCAoptionhasbeenpurchased,installtheA TIZPCAintherstbatterycabinet.
2.InstalltheGround(GND)busbar.
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TheBatteryCircuitBreaker
Note:Onlyonecircuitbreakerisnecessaryevenifseveralbatterycabinetsareconnected.
1.Thebatterycircuitbreakerispre-installedinthebatterycabinetfromfactory.
2.Securethebaseplatetothebatterycabinettosupportthecircuitbreaker.
3.SecuretheXR1connectorboxtothebatterycabinetframe.
4.Securethetemperaturesensortothebatterycabinetframe.
5.Whenthebatterieshavebeenconnectedtothecircuitbreaker,installthefrontplateinfront
ofthecircuitbreaker.
BatteryCircuitBreakerControlWiring
TB5
QF1WireColor
1
Brown
2
Brown
3
Yellow
4
Blue/Yellow
5
Jumper2to4
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APC MGE GALAXY 5000 Specification

Category
Uninterruptible power supplies (UPSs)
Type
Specification
This manual is also suitable for

APC MGE Galaxy 5000 40 kVA is a reliable power protection solution for small data centers, telecom and network applications. It offers scalable power protection with capacity up to 130 kVA, high efficiency levels to save energy costs, and flexible deployment options for various applications. The device is equipped with advanced features such as parallel capability for increased power capacity and redundancy, external battery cabinets for extended runtime, and comprehensive communication options for remote monitoring and control.

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