CTC Union IMC-100-E User manual

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CTCUnionTechnologiesCo.,Ltd.
FarEasternViennaTechnologyCenter
(NeihuTechnologyPark)
8F,No.60ZhouziSt.,NeihuDistrict,Taipei114
Taiwan
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T+886‐2‐26591021
F+886‐2‐26590237
E[email protected]
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©2013CTCUnionTechnologiesCo.,Ltd.
Alltrademarksarethepropertyoftheirrespectiveowners.
Technicalinformationinthisdocumentissubjecttochangewithoutnotice.
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Introduction
IMC‐100isafamilyofFastEthernetmediaconvertersthat
supportconversionbetweenelectrical10/100Base‐TXandoptical
100Base‐FXEthernet.HousedinruggedDINrailorwall
mountableenclosures,theseconvertersaredesignedforharsh
environments,suchasindustrialnetworkingandintelligent
transportationsystems(ITS)andarealsosuitableformany
militaryandutilitymarketapplicationswhereenvironmental
conditionsexceedcommercialproductspecifications.
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Features
•RedundantdualDCinputs12/24/48VDC
•IP30ruggedmetalhousing
•Widetemperaturerange‐40~75C(100‐E,100‐PDE)
•IndustrialgradeEMScertification
•Switch/convertermodesetting
•UL508,CE,FCC,EN50121‐4Railtraffic
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Specifications
OpticalInterface
•100Base‐FX
•OptionsforSCorSTconnectors
•Multimode(2km)50/125um,62.5/125um
•Singlemode(30or50km)9/125um
•Wavelength:1310nm(S/MorM/M)
•BiDioption(20km)forSinglemodesinglefiber
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EthernetInterface
•Connector:RJ‐45(shielded)
•AutoMDI/MDI‐X
•Speed:10/100Base‐TX(Auto/ForcedbyDIP)
•Duplex:Full/Half(Auto/ForcedbyDIP)
•FlowControl:802.3x(enablebyDIP)
•Store&ForwardSwitch/Cutthroughconverter(byDIP)
•Standards:IEEE802.3,802.3u,802.3x,802.3af(PD)
•1024MACtable(inswitchmode)
•MTU:2046bytes(switch)/9600bytes(converter)
•LinkFaultPassThrough(LFP)enable/disable(byDIP)
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QuickInstallationGuide
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IMC‐100
IMC‐100‐E
IMC‐100‐PD
IMC‐100‐PD‐E
IndustrialGradeFastEthernetMediaConverters
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TodownloadthisQIGoramorecompleteusermanual,pleasevisit
http://www.ctcu.com/Industrial/
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[email protected]
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Specifications(cont.)
Power
•Absoluterange:9.6~58VDC
•Reversepolarityprotection:Yes
•Dualpowerinputs:Yes
•Connector:terminalblock
•Consumption:2.9W
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Mechanical
•Water&DustProof:IP30Protection
•Dimensions:106x39x142mm(DxWxH)
•Mounting:DIN‐Rail,WallMount(kitsincluded)
•Weight:720g(1.5lb)
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Environmental
•OperatingTemperature:
•0°C~60°C,‐40°C~75°C(widetemp.for*‐E)
•StorageTemperature:‐40°C~85°C
•Humidity:5~95%(non‐condensing)
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Certifications
•EMI:(ElectromagneticInterference)
•EN61000‐6‐4Emissionforindustrialenvironment
•FCCPart15subBclassA,EN55022ClassA
•EMS:(ElectromagneticSusceptibility)
•EN61000‐6‐2Immunityforindustrialenvironment
•EN61000‐4‐2(ESD)Level3,CriteriaB
•EN61000‐4‐3(RS)Level3,CriteriaA
•EN61000‐4‐4(Burst)Level3,CriteriaA
•EN61000‐4‐5(Surge)Level3,CriteriaB
•EN61000‐4‐6(CS)Level3,CriteriaA
•EN61000‐4‐8(MagneticField)Level3,CriteriaA
•Safety:UL508(pending)
•RailwayTraffic:EN50121‐4
•Shock:EN60068‐2‐27
•Freefall:EN60068‐2‐32
•Vibration:EN60068‐2‐6
•MTBF:852,727hours
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[email protected]www.ctcu.comV1.2

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ConnectorsOperationModeSwitch
IMC‐100usesa6‐poleDIPswitchforconfiguration.
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IMC‐100Eachpoleoftheswitchhasthefollowingfunctions:
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IMC‐100hasfixedopticaltransceiveroptionsforconnector
typesofSTorSC.TheLANconnectionusesashieldedRJ‐45which
supportsAutoMDI/MDI‐X.Configurationsettingsare
accomplishedviaa6‐poleDIP(dualinlinepackage)switch.Please
seethenextpageforthesettingsoftheoperationmodeswitch.
1.Auto/Forced:When'On'thisswitchwilldisabletheNwayauto‐
negotiationoftheTPport,placingitinmanualforcedmode.The
nexttwoswitchesthenaffectthespeedandduplexofthemanual
configuration.
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2.10/100:When'On'thisswitchwillforcetheTPportspeedto
10M.'Off'willforcethespeedofTPportto100M.Inorderto
forcethespeed,switch1mustbe'On'.
Power&Alarm
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3.Half/Full:When'On',thisswitchwillforcetheTPporttoHalf
Duplex.When'Off',thisswitchwillforcetheTPporttoFull
Duplex.Inordertoforcetheduplex,switch1mustbe'On'.
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4.LFP:LinkFaultPassthroughallowsalinkconditiontobepassed
fromfibertoTPorfromTPtofiber.ToenableLFP,placethis
switchinthe'On'position.LFPisonlyavailablewhenthemedia
converterissetto'Switch'mode(Sw6‐Off)andsetfor'Auto'
negotiation(Sw1‐Off).
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Aremovableterminalblockprovidesbothpowerandalarm
connections.Powercanbeprovidedthroughthedualinputsfrom
separatesources.Oneelectricalrelaycanbewiredintoanalarm
circuit.Fromthecommonpin(COM),therelaycanbeconnected
asNormallyOpen(NO)orNormallyClosed(NC).Thealarmis
triggeredintheeventofeitherlinklossforopticalorelectricalor
both.
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5.FlowControl:IEEE802.3xisthestandardforEthernetflow
control.Toenableflowcontrolinthisconverter,placeswitchto
the'On'position.
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6.Mode:When'Off',thisunitactsasastore&forwarddevice
supportingMAClearningandfilteringwithMTUof2046bytes.
When'On'theunitactsaspure'converter'.Theinternalswitchis
bypassed,enablinglowlatencyandjumboframesupport.Donot
enableLFPinthismodeorfibermaynotlink.
PoEPowered
WhenIMC‐100‐PDunitisbeingpoweredfromPoEsource,the
unitwillbeentirelypoweredbyPoEandnopowertakenfromthe
PWR1orPWR2inputs.IfPoEsourceshouldfail,theunitwill
automaticallyswitchtousingpowerfromthePWR1andPWR2
DCsourceconnections,ifavailable.
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LEDIndicatorsInstallation
IMC‐100andIMC‐100‐PDhaveLEDsonthefrontfacethat
reporttheconditionofpower,Fiberlink,LANlink,speedand
availabilityofPoEpower(PDmodel).
IMC‐100comeswithbothwallmountandDINrailhardware
brackets.WheninstallingtheDINrailbracket,besuretocorrectly
aligntheorientationpin.
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 IMC‐100  IMC‐100‐PD
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PWR1:ThisgreenLEDwilllightifpowerisconnectedandactive
atthePWR1terminalconnection.
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DINRailWallMount
PWR2:ThisgreenLEDwilllightifpowerisconnectedandactive
atthePWR2terminalconnection.
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IMC‐100withDINRailbrackethasasteelspringintheupperrail
ofthebracket.Thisspringiscompressedformountingandun‐
mountingbyapplyingdownwardforce.
Fault:ThisredLEDwilllightifthefiberorTPhaveanyfault
condition.
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Fiber:ThisgreenLEDwilllightwhenthefiberporthasanoptical
linkandflashwhenthereisdatatraffic.
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100:ThisamberLEDwilllightwhentheLANconnectedspeedis
100M.
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LAN:ThisgreenLEDwilllightwhentheLANporthasalinkand
willflashwhenthereisEthernettraffic.
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PoE:IMC‐100‐PDisaPoEPD(powerdevice)whichisabletosink
powerfromaPSE(PowerSourceEquipment)overEthernetcable.
ThisgreenLEDislitwhentheLANisconnectedtoanactivePSE
(powersourceequipment)suchasPoEcapableswitch.Powercan
becompletelyprovidedoverEthernetwithoutanyconnectionsto
PWR1orPWR2.Additionally,ifPWR1andPWR2areconnected,
theywillactasahotbackupincaseofPoEsourcefailure.
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mountingun‐mounting
[email protected]www.ctcu.com