Lantech IPES-3408 Series Manuel utilisateur

FCC Warning

ThisEquipmenthasbeentestedandfound tocomplywiththe limitsfora

Class-A digital device,pursuanttoPart15oftheFCC rules.Theselimits

aredesignedtoprovidereasonable protectionagainstharmfulinterference

in aresidentialinstallation.Thisequipmentgenerates,uses,andcan

radiateradiofrequency energy.Itmaycauseharmfulinterferencetoradio

communicationsifthe equipmentisnotinstalledandused inaccordance

withtheinstructions.However,thereisnoguaranteethatinterferencewill

notoccurin aparticularinstallation.If thisequipmentdoescauseharmful

interferencetoradioortelevisionreception,whichcanbedeterminedby

turning theequipmentoff and on,theuserisencouragedtotrytocorrect

theinterferencebyoneormoreofthefollowing measures:

Reorientorrelocatethereceiving antenna.

Increasetheseparationbetweentheequipmentandreceiver.

Connecttheequipmentintoan outletonacircuitdifferentfromthatto

whichthereceiverisconnected.

Consultthedealeroranexperiencedradio/TVtechnicianforhelp.

CEMarkWarning

ThisisaClass-Aproduct. Inadomesticenvironmentthisproductmay

causeradiointerferenceinwhichcasetheusermayberequiredtotake

adequatemeasures.

Chapter1Introduction

TheIPES-3408seriesManagedIndustrialSwitchisacost-effectivesolutionandmeets

thehighreliabilityrequirementsdemandedbyindustrialapplications.Usingfiberportcan

extendtheconnectiondistancethatincreasesthenetworkelasticityandperformance.

1.1HardwareFeatures

Standard

IEEE 802.310Base-TEthernet

IEEE 802.3u 100Base-TX

IEEE802.3zGigabitfiber

IEEE802.3xFlowControlandBackPressure

IEEE802.3adPort trunkwithLACP

IEEE802.1dSpanningTree

IEEE802.1wRapid SpanningTree

IEEE802.1sMultiple Spanning Tree

IEEE 802.3adLinkAggregationControlProtocol(LACP)

IEEE 802.1AB LinkLayerDiscoveryProtocol(LLDP)

IEEE 802.1XUserAuthentication (Radius)

IEEE802.1pClass ofService

IEEE802.1QVLANTag

IEEE802.3at/afPoweroverEthernet

IEEE 802.3azEfficientEnergyEthernet

Switch

Architecture

Back-plane(SwitchingFabric):9.6Gbps

Packetthroughputability(Full-Duplex):23.8Mpps

@64bytes

TransferRate

14,880ppsforEthernetport

148,800ppsforFastEthernetport

1,488,000ppsforGigabitFiberEthernetport

MACAddress 16KMACaddress table

Connector

10/100TX:8xRJ-45typeconnector

Mini-GBIC:4x1000SFPSockets

Power&P-Failconnector:1x6-poleterminalblock

RS-232connector:1xRJ-45typeconnector

NetworkCable

10Base-T:2-pairUTP/STPCat. 3,4,5cable

EIA/TIA-568100-ohm(100m)

100Base-TX:2-pairUTP/STPCat.5/5Ecable

EIA/TIA-568100-ohm(100m)

OpticalFiber Multi-mode:50/125um~62.5/125um;Singlemode:9/125um

Wavelength:850nm(Multi-mode)/1310nm(Single-mode)

Protocol CSMA/CD

LED

Perunit: Power1(Green),Power2(Green),P-Fail(Red)

Ethernetport:Link/Activity(Green),Speed(Green);Mini-

GBIC:Link/Activity(Green)

PowerSupply 48~56VDC,Redundantpowerinputwith1500VDC isolation

-48VDC issinglepowerinput

Power

Consumption 10Watts(switch)/240Watts(withPoE)

Operating

Humidity 5% to95% (Non-condensing)

Operating

Temperature -20oC~60oC

Storage

Temperature -40oC~85oC

Case Dimension Metalcase.IP-30,

65(W)x105(D)x152 (H)mm

Installation DINrailand wallmountear

EMI

FCC Class A,CEEN61000-4-2,CEEN61000-4-3,CEEN-

61000-4-4,CEEN61000-4-5,

CEEN61000-4-6,CEEN61000-4-8,CEEN61000-4-

11,CE

EN61000-4-12,CEEN61000-6-2,CEEN61000-6-4

StabilityTesting IEC60068-2-32(Freefall),IEC60068-2-27(Shock),

IEC60068-2-6(Vibration)

1.2SoftwareFeatures

Management SNMPv1v2c,v3/Web/Telnet/CLI

SNMPMIB

RFC1215TrapsMIB,

RFC1213MIBII,

RFC1157SNMPMIB,

RFC1493BridgeMIB,

RFC2674VLANMIB,

RFC1643EtherLike,

RFC1757RMON,

RSTPMIB,

PrivateMIB,

LLDPMIB

ITUG.8032

SupportITUG.8032 v2forRingprotection inless than

10msforself-healrecovery<256switcheswhichcanbe

compatiblewithotherITUG.8032metroswitches

Supportvariousring/chain topologies

Ringcoversdata&multicast*packets

Pro-Ring 2se* Self-healingrecoveryinless than 20msforSingleRing

topology<50switches

UserfriendlyUI

Autotopologydrawing

Topologydemo

AutoconfigurationforG.8032*

PortTrunkwith

LACP

LACPPortTrunk:4Trunkgroups/Maximum4trunk

members

Loadbalancingthrough LACPtodistributeload*

LLDP SupportsLLDPtoallowswitchtoadviseitsidentification

andcapabilityonthe LAN

CDP

CiscoDiscoveryProtocolfortopologymapping

PoE

Management

PoEDetectiontocheck ifPDishangup thenrestart

thePD

PoESchedulingtoOn/OFFPDuponroutinetime

table

VLAN

PortBasedVLAN

IEEE 802.1QTagVLAN(256entries)/VLANID(Upto4K,

VLANIDcanbeassignedfrom1to4096.)

GVRP(256Groups)*,GMRP*,MVRP(MultiVLAN

Registeration)*,QinQ

IPv6

Supportdualstack forIPv4andIPv6

SupportPlug andPlayfunction

IPv6LogoCommitteecertified

Performwithfollowing RFCs:

1.RFC2460 IPv6Specification

2.RFC4861 NeighborDiscoveryforIPv6

3.RFC4862 IPv6Stateless Address Auto-configuration

4.RFC1981 PathMTUDiscoveryforIPv6

Network

Security

Support10IPaddressesthathavepermissiontoaccess

theswitchmanagementandtopreventunauthorized

intruder.

802.1Xaccess controlforportbasedand MACbased

authentication/MAC-IP-Portbinding

Managementaccess controlwithpriority*

256Policy basedAccess ControlList*

SSL/SSHforManagement

TACACS+forAuthentication*

SMTP/TextSMS

SupportsSMTPServerand 6e-mail accountsfor

receiving eventalert;cansendSMStextalertviamobile

Spanning Tree

SupportsIEEE802.1dSpanning Treeand IEEE802.1w

RapidSpanningTree,IEEE802.1sMultipleSpanning Tree

QualityofService Thequalityofservicedeterminedbyport, Tagand IPv4

Typeofservice,IPv4DifferentService

Class ofService SupportsIEEE802.1pclassofservice,perportprovides4

priorityqueues

IPSecurity

Supports10 IPaddressesthathavepermission toaccess

theswitchmanagementandtopreventunauthorized

intruder.

PortMirror Support3mirroring types: RX,TXandBothpacket

IGMP

Support IGMPsnooping v1,v2,v3;SupportsIGMPstatic

route

256multicastgroupsand IGMPquery

MulticastVLAN

Registration*

MVRenablesmulticastpacketsgothroughVLANforVOD

application

Bandwidth

Control

Supportingress packetfilterandegress packetlimit.

Theegress ratecontrolsupportsallofpacket type.

Ingress filterpackettypecombinationrulesare

Broadcast/Multicast/FloodedUnicastpacket,

Broadcast/Multicastpacket,Broadcastpacketonlyandall

typesofpacket.

Thepacketfilterratecanbesetanaccuratevalue through

thepull-downmenufortheingress packetfilterandthe

egress packetlimit.

RTC Built-in Real TimeClock tokeeptrack of timealways

FlowControl SupportsFlowControlforFull-duplexand Back Pressure

forHalf-duplex

System Log SupportsSystemlogrecordandremotesystemlogserver

SMTP SupportsSMTPServerand 6e-

mail accountsforreceiving

eventalert

RelayAlarm Providesonerelayoutputforportbreakdown,powerfail

AlarmRelaycurrentcarryability:1A@DC24V

SNMPTrap

1. TopologyChange

2. PowerTrap

3. MAC-Violation

DHCP ProvidesDHCPClient/DHCPServer/PortandIPBinding

DNS ProvidesDNSclientfeatureandsupportsPrimaryand

SecondaryDNSserver

SNTP SupportsSNTPtosynchronizesystemclock in Internet

FirmwareUpdate Supports

TFTPfirmwareupdate, TFTPbackup andrestore.

Configuration

Upload/Download

Supportstextconfigurationfileforsystemquickinstallation

;

Supportfactoryresetbuttontorestoreallsettingsbackto

factorydefault.

ifAlias Eachportallowsanalphabeticstringof128-byteassigned

asitsownuniquenameviatheSNMPorCLIinterface

Chapter2HardwareDescription

information,and wiringinstallation.

2.1PhysicalDimension

65(W)x105(D)x152 (H)mm

2.2FrontPanel

Front Panelofthe industrialswitch

2.3TopView

Thetoppanel oftheIndustrialManagedIndustrial Switchhasoneterminalblock

connectoroftwoDC powerinputsandonefaultalarm.

Top Panelofthe industrialswitch

2.4LEDIndicators

ThediagnosticLEDsthatprovidereal-timeinformationofsystemand optionalstatusare

locatedonthefrontpaneloftheindustrial switch.Thefollowing tableprovidesthe

descriptionoftheLEDstatusand theirmeaningsfortheswitch.

LEDColor Status Meaning

PWR Green On Theswitchunit ispoweron

Off Nopower

PWR1 Green On Power1isactive

Off Power1isinactive

PWR2 Green On Power2isactive

Off Power2isinactive

FAULT Red On Powerorportfailure

Off Nofailure

P1~P12

Link/Ack

On Anetworkdeviceisdetected.

Blinking

Theportistransmitting orreceivingpackets

fromtheTXdevice.

Off Nodeviceattached

FDX/COL

On Theportisoperating infull-duplexmode.

Blinking CollisionofPacketsoccurs.

Off Theport isin half-

duplexmodeornodevice

isattached.

Chapter3HardwareInstallation

Inthisparagraph,wewilldescribehowtoinstalltheIPES-3408seriesManaged

IndustrialSwitchandtheinstallationpointsattendedtoit.

3.1Installation Steps

1.Unpack theIndustrialswitch

2.Check iftheDIN-RailisscrewedontheIndustrialswitchornot.If theDIN-Railisnot

screwedontheIndustrialswitch,pleasereferto DIN-Rail Mounting sectionforDIN-

Railinstallation.IfuserswanttowallmounttheIndustrialswitch,pleasereferto Wall

MountPlateMounting section forwallmountplateinstallation.

3.Tohang theIndustrialswitchontheDIN-Railtrackorwall.

4.PowerontheIndustrialswitch.Pleaserefertothe Wiring thePowerInputs section

forknowingtheinformationabouthowtowirethepower.ThepowerLEDonthe

Industrialswitchwilllightup.Pleaserefertothe LEDIndicators sectionforindication

ofLEDlights.

5.Preparethetwisted-pair,straightthroughCategory5cableforEthernetconnection.

6.InsertonesideofRJ-45cable (category5)intotheIndustrialswitchEthernetport

(RJ-45port)andanothersideofRJ-

Ethernetport(RJ-45port),ex:SwitchPCorServer.TheUTPport(RJ-45)LEDon

theIndustrialswitchwilllightup whenthecable isconnectedwiththenetworkdevice.

Pleaserefertothe LEDIndicators section forLEDlightindication.

[NOTE]

MakesurethattheconnectednetworkdevicessupportMDI/MDI-X.Ifitdoesnot

support, usethe crossovercategory-5cable.

7.WhenallconnectionsaresetandLEDlightsallshowinnormal,theinstallationis

complete.

3.2DIN-RailMounting

TheDIN-Railisscrewedontheindustrialswitchwhenoutoffactory.IftheDIN-Railis

notscrewedontheindustrial switch,pleaseseethe following picturestoscrewtheDIN-

Railontheswitch.Followthestepsbelowtohangtheindustrialswitch.

1. First, insert the topofDIN-Railintothetrack.

2. Then,lightlypushtheDIN-Railintothetrack.

3. Check iftheDIN-Railistightened onthetrackornot.

4. Toremovetheindustrialswitchfromthetrack,reverseabovesteps.

3.3Wall MountPlateMounting

Followthestepsbelowtomounttheindustrial switchwithwallmountplate.

1.RemovetheDIN-Rail fromtheindustrialswitch;loosethescrewstoremovetheDIN-

Rail.

2.Placethewallmountplateontherearpaneloftheindustrialswitch.

3.Usethescrewstoscrewthewallmountplateontheindustrialswitch.

4.Usethehookholesatthecornersofthewall mountplatetohang theindustrial

switchonthewall.

5.Toremovethewallmountplate,reversetheabovesteps.

3.4WiringthePowerInputs

Pleasefollowthestepsbelowtoinsertthepowerwire.

1.InsertACorDC powerwiresintothecontacts1and2forpower1,or5and 6for

power.

2.Tightenthewire-clampscrewsforpreventingthewiresfromloosing.

[NOTE]

Thewiregaugefortheterminalblockshould bein therange between12~24

AWG.

3.5WiringtheFaultAlarmContact

Thefaultalarmcontactsareinthemiddle oftheterminalblock connectorasthepicture

showsbelow.Inserting thewires,theswitchwilldetectthefaultstatusofthepower

failure,orportlinkfailure(availableformanagedmodel)andthenformsanopencircuit.

Thefollowingillustrationshowsanapplicationexampleforwiringthefault alarmcontacts.

[NOTE]

Thewiregauge fortheterminal blockshouldbeintherangebetween12~24

AWG.

Insertthe wiresintothefaultalarmcontacts

3.6Cabling

Usefourtwisted-pair,Category5eorabovecablingforRJ-45 portconnection.The

cablebetweentheswitchandthelinkpartner(switch,hub,workstation,etc.)must

beless than100meters(328 ft.)long.

Fibersegmentusing single-mode connectortypemustuse 9/125µmsingle-mode

fibercable.Usercan connecttwodevicesin thedistanceupto 30km.

Fibersegmentusing multi-mode connectortype mustuse50or62.5/125µmmulti-

modefibercable.Usercanconnecttwodevicesup to 2km distances.

GigabitCopper/SFP(mini-GBIC)combo port:

TheIndustrialswitchhastheauto-detectedGigaport GigabitCopper/SFPcomboports.

TheGigabitCopper(10/100/1000T)portsshould useCategory5eoraboveUTP/STP

cablefortheconnectionup to1000Mbps.Thesmall form-factorpluggable(SFP) isa

compactopticaltransceiverusedinopticalcommunicationsforbothtelecommunication

anddatacommunications.TheSFPslotssupportingdualmodecanswitchthe

connectionspeedbetween100and1000Mbps.Theyareusedforconnecting tothe

networksegmentwithsingle ormulti-modefiber.Youcanchoosethe appropriateSFP

transceivertoplugintotheslots.Thenusepropermulti-modeorsingle-modefiber

accordingtothetransceiver.Withfiberoptic,ittransmitsatspeedupto1000Mbpsand

youcanpreventnoiseinterferencefromthesystem.

Note hworkat the sametime.The SFPport

hasthe higherprioritythancopperport; ifyouinsertthe 1000M SFP

transceiver(whichhasconnected totheremotedevicevia fibercable)intothe

SFPport,the connectionofthe accompanyingcopperportwilllinkdown.

Ifyou insertthe 100M SFPtransceiverintothe SFPportevenwithoutafiber

connectiontotheremote,the connectionofthe accompanying copperportwill

linkdownimmediately.

ToconnectthetransceiverandLCcable,pleasefollowthestepsshownbelow:

First,insertthe transceiverintothe SFPmodule.Noticethatthetrianglemarkisthe

bottomofthemodule.

Transceivertothe SFPmodule

TransceiverInserted

Second,insertthefibercableofLCconnectorintothetransceiver.

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