Lantech IPES-3408 Series User manual

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.
1
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

2
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
3
StabilityTesting IEC60068-2-32(Freefall),IEC60068-2-27(Shock),
IEC60068-2-6(Vibration)

4
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
5
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

6
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.
Login Security SupportsIEEE802.1XAuthentication/RADIUS
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
7
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.

8
ifAlias Eachportallowsanalphabeticstringof128-byteassigned
asitsownuniquenameviatheSNMPorCLIinterface
9
Chapter2HardwareDescription
information,and wiringinstallation.
2.1PhysicalDimension
65(W)x105(D)x152 (H)mm
2.2FrontPanel
Front Panelofthe industrialswitch

10
2.3TopView
Thetoppanel oftheIndustrialManagedIndustrial Switchhasoneterminalblock
connectoroftwoDC powerinputsandonefaultalarm.
Top Panelofthe industrialswitch
11
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.

12
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.
13
3.2DIN-RailMounting
TheDIN-Railisscrewedontheindustrialswitchwhenoutoffactory.IftheDIN-Railis
notscrewedontheindustrial switch,pleaseseethe following picturestoscrewtheDIN-
Railontheswitch.Followthestepsbelowtohangtheindustrialswitch.

14
1. First, insert the topofDIN-Railintothetrack.
2. Then,lightlypushtheDIN-Railintothetrack.
3. Check iftheDIN-Railistightened onthetrackornot.
4. Toremovetheindustrialswitchfromthetrack,reverseabovesteps.
15
3.3Wall MountPlateMounting
Followthestepsbelowtomounttheindustrial switchwithwallmountplate.
1.RemovetheDIN-Rail fromtheindustrialswitch;loosethescrewstoremovetheDIN-
Rail.
2.Placethewallmountplateontherearpaneloftheindustrialswitch.
3.Usethescrewstoscrewthewallmountplateontheindustrialswitch.
4.Usethehookholesatthecornersofthewall mountplatetohang theindustrial
switchonthewall.
5.Toremovethewallmountplate,reversetheabovesteps.

16
3.4WiringthePowerInputs
Pleasefollowthestepsbelowtoinsertthepowerwire.
1.InsertACorDC powerwiresintothecontacts1and2forpower1,or5and 6for
power.
2.Tightenthewire-clampscrewsforpreventingthewiresfromloosing.
[NOTE]
Thewiregaugefortheterminalblockshould bein therange between12~24
AWG.
17
3.5WiringtheFaultAlarmContact
Thefaultalarmcontactsareinthemiddle oftheterminalblock connectorasthepicture
showsbelow.Inserting thewires,theswitchwilldetectthefaultstatusofthepower
failure,orportlinkfailure(availableformanagedmodel)andthenformsanopencircuit.
Thefollowingillustrationshowsanapplicationexampleforwiringthefault alarmcontacts.
[NOTE]
Thewiregauge fortheterminal blockshouldbeintherangebetween12~24
AWG.
Insertthe wiresintothefaultalarmcontacts

18
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.
19
ToconnectthetransceiverandLCcable,pleasefollowthestepsshownbelow:
First,insertthe transceiverintothe SFPmodule.Noticethatthetrianglemarkisthe
bottomofthemodule.
Transceivertothe SFPmodule
TransceiverInserted
Second,insertthefibercableofLCconnectorintothetransceiver.

20
LCconnectortothetransceiver
21
ToremovetheLCconnectorfromthetransceiver,pleasefollowthestepsshownbelow:
First,press theuppersideoftheLCconnectortoreleasefromthetransceiverandpullit
out.
RemoveLCconnector
Second,pushdownthemetal loopand pullthetransceiveroutbytheplastichandle.
Pulloutfromthetransceiver

22
Chapter4NetworkApplication
Thischapterprovidessomesampleapplicationstohelpusertohavemoreactualideaof
industrialswitchfunctionapplication.Asampleapplicationofthe industrialswitchisas
below:
23
4.1ITUG.8032 Scheme
Lantech G.8032protocolisfollowing ITU(InternationalTelecommunicationUnit) G.8032
v2draft.ThebenefitsofG.8032are:
1.<50msrecoverytimewhenfailover
2.G.8032 isthestandardprotocolwhichcaninteractamongstdifferentbrandswithoutbeing
tieupbythesamesuppliertoensurethebestinvestment
3.G.8032 hasdefined theprotocolscheme,parameters,functions,testmeasurestobe
unified thattheuserscanevaluatethepossiblenetworkinfrastructurewithoutliterally
testingeachbrand inlargescale.
1-RingCoupling
1-1.SingleCoupling
1-2.RedundantCoupling
1-3.RedundantCoupling withMultipleRings

24
-MultipleRings
2-1.DualRings
2-2.MultipleRings
-Dual Homing
25
-Chain
4-1.SingleChain
4-2.MultipleChains
4-3.MultipleChainsShareCommon Ends
4-4.CascadeChain

26
4-5.Chain inChain
27
Chapter5ConsoleManagement
5.1Connecting totheConsolePort
Thesuppliedcablewhichone end isRS-232connectorand theotherendisRJ-45
connector.Attachtheend ofRS-232connectortoPCorterminaland the otherendof
RJ-45connectortothe consoleportoftheswitch.TheconnectedterminalorPCmust
supporttheterminalemulation program.
5.2PinAssignment
DB9Connector
RJ
-45Connector
NC 1Orange/White
2 2Orange
3 3Green/White
NC 4Blue
5 5Blue/White
NC 6Green
NC 7Brown/White
NC 8Brown

28
5.3LoginintheConsoleInterface
WhentheconnectionbetweenSwitchandPCisready,turnonthe PCandruna
terminalemulation program or HyperTerminal andconfigureits communication
parameters tomatchthefollowingdefaultcharacteristics oftheconsole port:
Baud Rate:115200bps
DataBits:8
Parity:none
Stop Bit: 1
Flowcontrol:None
Thesettingsofcommunication parameters
Havingfinishedtheparametersettings,click OK .Whenthe blankscreenshowsup,
press Enterkeytohavethelogin promptappears.Keyin admin (defaultvalue)forboth
Usernameand Password(use Enter keytoswitch),then press Enterandthe Main
Menuofconsolemanagementappears.Pleaseseebelowfigureforlogin screen.
Consolelogininterface
29
Chapter6Web-BasedManagement
Thissectionintroducesthe configurationandfunctionsoftheWeb-Based
management.
6.1AboutWeb-basedManagement
Thereisan embeddedHTMLwebsiteresiding inflashmemoryonCPUboardofthe
switch,whichoffersadvancedmanagementfeaturesand allowsuserstomanagethe
switchfromanywhereonthenetworkthroughastandardbrowsersuchasMicrosoft
InternetExplorer.
TheWeb-BasedManagementsupportsInternetExplorer6.0orlaterversion.And,it
isappliedforJavaAppletsforreducingnetworkbandwidthconsumption,enhance
access speedandpresentaneasyviewing screen.
6.2Preparing forWebManagement
Beforeusingthewebmanagement, installtheindustrialswitchon the networkand
makesurethatanyoneofthePCsonthenetworkcanconnectwiththeindustrial
switchthrough the webbrowser.Theindustrial switchdefaultvalueofIP,subnet
mask,usernameandpasswordarelisted asbelow:
IPAddress: 192.168.16.1
SubnetMask: 255.255.255.0
DefaultGateway: 192.168.16.254
UserName: admin
Password: admin

30
6.3SystemLogin
1. LaunchtheInternetExploreronthePC
2. Enter
3. Thelogin screenwillappearrightafter
4. Keyintheusernameandpassword.Thedefaultusernameandpasswordare
root
5. Press Enter orclickthe OK button,andthenthehomescreenoftheWeb-based
managementappears.
6. TheswitchalsosupportSSLsecuritylogin,ifyouneedSSLtoprotectyour
access accountofswitch,pleasekeyin https// + the IPaddress ofswitch ,
amdpress Enter
Loginscreen
31
6.4System
6.4.1System Identification Configuration
Name:
Anadministrativelyassignednameforthismanagednode.Byconvention,thisisthe
node'sfully-qualified domainname.Adomainnameisatextstring drawnfromthe
alphabet(A-Za-z),digits(0-9), minussign(-).Nospacecharactersarepermittedas
partofaname.Thefirstorlastcharactermustnotbeaminussign.Theallowed
string lengthis0to255.
Description:
Displaythedescriptionofswitch.Theallowedstringlengthis0to255.
Location:
Thephysicallocationofthisnode(e.g.,telephonecloset, 3rdfloor).Theallowed
string lengthis0to255,andtheallowedcontentistheASCIIcharactersfrom32to
126.
Contact:
Thetextualidentificationofthecontactpersonforthismanagednode,togetherwith
informationonhowtocontactthisperson.Theallowedstring lengthis0to255,and
theallowedcontentistheASCII charactersfrom32 to126.
TimezoneOffset:
AregiononEarththathasauniformstandardtimeforlegal,commercial,andsocial
purposes.
.

32
6.4.2SwitchInformation
Thisfunction willshowyouthebasicinformationofswitch.
6.4.3IPconfiguration
DHSP client:
Set theswitchasDHCPclient, itwillgettheIPaddress fromDHCPserver.
IPAddress:
Inputthe IPaddress ofswitch
IPV6Address:
33
Youcaninputthe IPaddress ofIPV6standardofswitchinhere.
NetworkMask:
ThenetworkmaskofIPaddress.
DefaultGateway:
TheIPaddress ofnetworkgateway,ifyouneedswitchtoconnectwithinternet,
pleaseinputcorrectIPaddress.
DNSServerIP:
TheIPaddress ofDNSserver,ifyouneedswitchtoenableinternetservice(like
SNTP),pleaseinputcorrectIPaddress.
6.4.4DHCPserver
EnableDHCPServer:
EnabletheDHCPserverfunction ofswitch
IPRange:
Define theIPrangewhichwillassignedtoDHCPclientfromswitch.

34
SubnetMaske:
Define theSubnet Maskwhichwillbeassigned toDHCPclient.
Gateway:
Define thegatewaywhichwillbeassigned toDHCPclient.
DNS:
Define theDNSwhichwillbeassignedtoDHCPclient.
LeaseTime:
Define theeffectivetimeofassignedIPaddress, theDHCPclientwillapplythe IP
againfromDHCPserverwhenthetimeisover.
i. System Time
TimeZone:
UniversalTimeCoordinated.Set theswitchlocation timezone. Thefollowingable
liststhedifferentlocationtimezoneforyourreference.
35
LocalTime Zone ConversionfromUTC Timeat12:00UTC
NovemberTimeZone -1hour 11am
OscarTimeZone -2hours 10am
ADT -AtlanticDaylight -3hours 9am
AST -AtlanticStandard
EDT -EasternDaylight -4hours 8am
EST -EasternStandard
CDT -CentralDaylight -5hours 7am
CST -Central Standard
MDT-
MountainDaylight
-6hours 6am
MST-Mountain
Standard
PDT -PacificDaylight
-7hours 5am
PST -PacificStandard
ADT -AlaskanDaylight -8hours 4am
ALA-Alaskan Standard -9hours 3am
HAW-Hawaiian
Standard -10hours 2am
Nome,Alaska -11hours 1am
CET -CentralEuropean
FWT-FrenchWinter
MET-MiddleEuropean
MEWT -Middle
EuropeanWinter
SWT -SwedishWinter
+1hour 1pm
EET -Eastern
European,USSRZone1
+2hours 2pm

36
BT-Baghdad,USSR
Zone2 +3hours 3pm
ZP4-USSRZone3 +4hours 4pm
ZP5-USSRZone4 +5hours 5pm
ZP6-USSRZone5 +6hours 6pm
WAST -
WestAustralian
Standard +7hours 7pm
CCT -ChinaCoast,
USSRZone7 +8hours 8pm
JST-JapanStandard,
USSRZone8 +9hours 9pm
EAST -EastAustralian
StandardGST
GuamStandard,USSR
Zone9
+10hours 10pm
IDLE-
International Date
Line
NZST-NewZealand
Standard
NZT -NewZealand
+12hours Midnight
Clock Source:
Youcanset Manualtosetthe timeofswitchmanuallyorset SNTPtolet theswitch
synchrothetimewithNTPserverviainternet.
NTPserver:
TheIPaddress ofNTPserver.
37
ii. SNMPConfiguration
Community
Agentversion:
ChoosetheSNMPV1orV2corV3
String:
SetthecommunitystringofSNMPprotocolwithreadonlypersimissionorread/write
permission.

38
TRAP
IPaddress:
TheIPaddress oftrapdestination (usuallywill bethePCofmanager).
Community:
ThecommunitystringofSNMPtrap.
Version:
SelecttheSNMPtrapversion.
V3User
Username:
Settheusername.
SecurityLevel:
Setuptheaccess level,you canchooseAuthenticationorPrivacy orBoth.
AuthenticationProtocol:
Settheauthenticatedway,thedefaultvaluewasMD5
AuthenticationPassword:
Setthepasswordofauthentication.
Privacy protocol:
Setthesecurityway,thedefaultvaluewasDES.
Privacy Password:
39
Set thepasswordof Privacy.
6.4.6System EventLog
ViewLogs
Logs
Theactionof thesystemlogentry.Thefollowingactiontypesaresupported:
<0>Login:UserLogin.
<1>Boot:SystemBoot.
<2>Din:Din Eventistriggered.
<3>LinkChange:Linkchange.
<4>Power:Powerconditions.