Leonton PG2-0800-M12XB-24-67 User manual

Brand: Leonton

Model: PG2-0800-M12XB-24-67

Category: Network switches

Type: User manual

Leonton PG2-0800-M12XB-24-67 is a industrial gigabit unmanaged Ethernet switch with 8*10/100/1000Tx with IEEE 802.3at compliant ports (30W/port). Possible use cases:

High bandwidth and long-distance communication: Suitable for industrial automation applications and harsh environments that require high bandwidth and long-distance communication.
Redundant power with dual power input design: Supports power redundancy with a dual power input design with reverse polarity protection, ensuring uninterrupted operation even in the event of a power failure.
Relay warning function: Alerts users about occurring fault status, providing timely notification for proactive maintenance.

Leonton PG2-0800-M12XB-24-67 is a industrial gigabit unmanaged Ethernet switch with 8*10/100/1000Tx with IEEE 802.3at compliant ports (30W/port). Possible use cases:

High bandwidth and long-distance communication: Suitable for industrial automation applications and harsh environments that require high bandwidth and long-distance communication.
Redundant power with dual power input design: Supports power redundancy with a dual power input design with reverse polarity protection, ensuring uninterrupted operation even in the event of a power failure.
Relay warning function: Alerts users about occurring fault status, providing timely notification for proactive maintenance.

Leonton

PG2‐0800‐M12XB‐24‐67



UserManual

Version1.0

©Copyright2018LeontonTechnologiesCo.,Ltd.

AllRightsReserved

Thisdocumentcontainsinformation,whichisprotectedbycopyright.Reproduction,adaptationor

translationwithoutpriorpermissionisprohibited,exceptasallowedunderthecopyrightlaws.

Disclaimer

LeontonTechnologiesCo.,Ltd.providesthismanualwithoutwarrantyofanykind,expressedor

implied,includingbutnotlimitedtotheimpliedwarrantiesofmerchantabilityandfitnessfora

particularpurpose.LeontonTechnologiesCo.,Ltd.maymakeimprovementsand/orchangestothe

productand/orspecificationsoftheproductdescribedinthismanual,withoutpriornotice.

LeontonTechnologiesCo.,Ltd.willnotbeliableforanytechnicalinaccuraciesortypographical

errorsfoundinthisguide.Changesareperiodicallymadetotheinformationcontainedhereinand

willbeincorporatedintolaterversionsofthemanual.Theinformationcontainedissubjectto

changewithoutpriornotice.

FCCNotice

ThisequipmenthasbeentestedandfoundtocomplywiththelimitsforaClass‐Adigitaldevice,

pursuanttoPart15oftheFCCrules.Theselimitsaredesignedtoprovidereasonableprotection

againstharmfulinterferenceinaresidentialinstallation.Thisequipmentgenerates,uses,andcan

radiateradiofrequencyenergy.Itmaycauseharmfulinterferencetoradiocommunicationsifthe

equipmentisnotinstalledandusedinaccordancewiththeinstructions.However,thereisno

guaranteethatinterferencewillnotoccurinaparticularinstallation.Ifthisequipmentdoescause

harmfulinterferencetoradioortelevisionreception,whichcanbedeterminedbyturningthe

equipmentoffandon,theuserisencouragedtotrytocorrecttheinterferencebyoneormoreof

thefollowingmeasures:

 Reorientorrelocatethereceivingantenna.

 Increasetheseparationbetweentheequipmentandreceiver.

 Connecttheequipmentintoanoutletonacircuitdifferentfromthattowhichthereceiver

isconnected.

 Consultthedealeroranexperiencedradio/TVtechnicianforhelp.

DéclarationFCC

CetéquipementaététestéetreconnuconformeauxlimitesdelaclasseApourleséquipements

numériques,conformémentàlasection15desRéglementationsFCC.Ceslimitessontconçues

pourfourniruneprotectionraisonnablecontretoutesinterférencesnuisiblesdansunmilieu

résidentiel.Cetéquipementgénère,utilise,etpeutémettredel’énergiedefréquenceradioet,s’il

n’estpasinstalléetutiliséconformémentaumanueld’instruction,peutperturberlaréception

radio.Cependant,iln’estpasgarantiquel’équipementneproduiraaucuneinterférencedansune

installationparticulière.Sicetéquipementcausedesinterférencesnuisiblesàlaréceptionradioou

télévisée,quipeuventêtredéterminéesenl’éteignantetlerallumant,l’utilisateurestencouragéà

essayerderemédierauproblèmeenprenantlesmesuressuivantes:

 Réorienteroudéplacerl’antenneréceptrice.

 Augmenterladistanceentrel’équipementetlerécepteur.

 Connecterl’équipementàuneprisesecteursuruncircuitdifférentdeceluiutiliséparle

récepteur.

 Consulterlenégociantouuntechnicienradio/TVexpérimenté.

Caution:Anychangesormodificationsnotexpresslyapprovedbythegranteeofthisdevicecould

voidtheuser'sauthoritytooperatetheequipment.

ATTETNION:Toutchangementoumodificationnonexpressémentapprouvéparleconcessionnaire

decetappareilpourraitannulerl'autoritédel'utilisateuràutiliserl'équipement.

CEMarkWarning

ThisisaClass‐Aproduct.Inadomesticenvironmentthisproductmaycauseradiointerferencein

whichcasetheusermayberequiredtotakeadequatemeasures.

CEMarkAVERTISSEMENT

CeciestunproduitdeclasseA.Dansunenvironnementdomestique,ceproduitpeutêtreutiliséen

présenced'interférencesradio.

Thisdocumentisthecurrentofficialreleasemanual.Pleasecheckourwebsite(www.leonton.com)

foranyupdatedmanualorcontactusbye‐mail(sales@leonton.com).

Contents

Overview.......................................................................................................................1

KeyFeatures...............................................................................................................1

PackageContents.......................................................................................................2

SafetyPrecaution.......................................................................................................2

HardwareDescription...................................................................................................3

PhysicalDimensions...................................................................................................3

FrontPanel.................................................................................................................4

BottomView..............................................................................................................5

LEDIndicators.............................................................................................................6

EthernetPorts............................................................................................................7

PowerInputs..............................................................................................................8

RelayContactandDigitalInput..................................................................................9

Grounding................................................................................................................11

PrioritizationofPoEports........................................................................................11

BypassFunction........................................................................................................12

PrioritizationofPackets...........................................................................................12

MountingInstallation..................................................................................................13

WallMounting..........................................................................................................13

HardwareInstallation..................................................................................................15

InstallationSteps......................................................................................................15

MaintenanceandService............................................................................................17

TroubleShooting.........................................................................................................18

Overview

ThismodelisratedIP67andinstallationbyWallMounting.Eachunitofthisindustrialgigabit

unmanagedEthernetswitchhas8*10/100/1000TxwithIEEE802.3atcompliantports(30W/port),

suitableforapplicationsthatrequirehighbandwidthandlongdistancecommunication.

Inordertopreventunregulatedvoltage,thismodelprovideshighEFTandESDprotection.This

alsoallowsittofunctioninharshenvironments,aswellassupportpowerredundancywithadual

powerinputdesignwithreversepolarityprotection.Therelaywarningfunctionalertsusersabout

occurringfaultstatus.

Thismodelhavinganoperatingtemperatureof‐10°C~60°Cisdesignedtomeetanyneedsfor

industrialautomationapplicationandharshenvironments.

KeyFeatures

Interface&Performance

 AllcopperEthernetportssupportautoMDI/MDI‐Xfunction

 Embedded8*10/100/1000TxwithIEEE802.3atcompliantports(30W/port)

 Store‐and‐forwardswitchingarchitecture

 8KMACAddressTable

 Supports12.2KbytesJumboFrame

 4Mbitsmemorybuffer

PowerInput

 RedundantpowerDC24‐55VthroughM124‐PinT‐Codedmaleconnector

 Max.current8.8A

 Max.PoEoutput:200Watts

 RelayContact:24VDC,1Aresistive,throughM125‐PinA‐Codedfemaleconnector



Certification

 CE/FCC



OperatingTemperature

 Standardoperatingtemperaturemodel:‐10°C~60°C



Case/Installation

 Aluminumcase

 IP67protection

 InstallationinaPollutionDegree2industrialenvironment

 Wallmountdesign



PackageContents

 1xPG2‐0800‐M12XB‐24‐67

 1xQuickInstallationGuide

 10xM12ProtectiveCaps

SafetyPrecaution

Attention

IftheDCvoltageissuppliedbyanexternalcircuit,pleaseuseaprotectiondeviceonthepower

supplyinput.SupplybyULListedindustrialusepower.TheindustrialEthernetswitch’shardware

specs,ports,cablinginformation,andwiringinstallationwillbedescribedwithinthisusermanual.



ATTETNION

SilatensionCCestfournieparuncircuitexterne,veuillezutiliserundispositifdeprotectionsur

l'entréed'alimentation.FournitureparcourantindustrielhomologuéUL.Lesspécifications

matériellesducommutateurEthernetindustriel,lesports,lesinformationsdecâblageet

l’installationducâblageserontdécritsdanscemanueldel’utilisateur.

HardwareDescription

PhysicalDimensions

Figure2,below,showsthephysicaldimensionsofPG2‐0800‐M12XB‐24‐67.



(WxHxD)is253.6mmx122mmx116.1mm

Figure2:PG2‐0800‐M12XB‐24‐67PhysicalDimensions

FrontPanel

ThefrontpanelofthePG2‐0800‐M12XB‐24‐67industrialPoE+gigabitunmanagedEthernet

switchisshownbelowinFigure3.

Figure3:TheFrontPanelofPG2‐0800‐M12XB‐24‐67



1. Power1LED

2. Power2LED

3. FaultLED

4. PoELoadLED

5. 10/100/1000MbpsLink/ActLED

6. PoEOutputLED

7. ScrewHolesforWallMounting

8. GroundingScrew

9. PowerInputPort:M124‐PinT‐CodedMaleConnector

10. ProductLabel

11. 10/100/1000Base‐T(X)EthernetPort:FromportG1toG8withM128‐PinX‐CodedFemale

Connector



BottomView

Figure4,below,showsthebottompanelofthePG2‐0800‐M12XB‐24‐67thatisequippedwith8x

M12X‐Codedfemaleconnectors,1xM12T‐CodedmaleconnectorfordualDCpowerinputs(24‐

55VDC),and1xM12A‐Codedfemaleconnectorforrelaycontact/digitalinput..

Figure4:BottomPanelViewofPG2‐0800‐M12XB‐24‐67

LEDIndicators

ThereareLEDlightindicatorslocatedonthefrontpaneloftheindustrialEthernetswitchthat

displaythepowerstatusandnetworkstatus.EachLEDindicatorhasadifferentcolorandhasits

ownspecificmeaning,seebelowinTable1.

LED Color Description

P1 Green On Powerinput1isactive

Powerinput1isinactive

P2 Green On Powerinput2isactive

Powerinput2isinactive

FAULT Red

Therewere threepossibleconditions wouldmakeLEDlightup:

1.IfthecurrentPoEoutputofallconnectedPDswasoverload

(>200Watts)

2.IfPower1orPower2wasinactive

3.IfthecurrentPoEoutputofoneormorePDswereoverload

(>30Watts)

Off

SincethelastresetoftheFAULTLED,thePoEoutputofall

connectedPDshasnotover200WandnoPDhasbeenoverloaded

inthisperiodandthepower1&power2havenotfailed

PoE LOAD

Of

ThecurrentPoEoutputofallconnectedPDsis≤50%

GreenOnThecurrentPoEoutputofallconnectedPDsis51% ~ 70%

BlueOnThecurrentPoE outputofallconnectedPDsis71%~ 90%

RedOnThecurrentPoEoutputofallconnectedPDsis91%~ 100%

Note:TheMax.PoEoutputofthisswitchis200Watts.

L/A

(PortG1toG8)

Green

On Connectedtonetwork with 1000 Mbps

Flashing Networkingisactive

Notconnectedtonetwork

Amber

On Connectedtonetwork with 10/100 Mbps

Flashing Networkingisactive

Notconnectedtonetwork

PoE.

(PortG1toG8) Orange

On ThecurrentPoEoutputisenabled

FlashingOverloadoccurred(>30Watts)attheconnectedPD

Off ThecurrentPoEoutputisdisabled

Table1:LEDIndictorsforPG2‐0800‐M12XB‐24‐67

NOTE:"P1/P2"istheabbreviationfor"Power1/Power2",and"L/A"isfor"Link/Activity".

EthernetPorts

M12Interface (AutoMDI/MDIX)



ConnectionFormat:M128‐PinX‐CodedFemaleConnector



Transmissionrate:10/100/1000Mbit/s



PreparetheM128‐PinX‐CodedEthernetPortmatingcableforEthernetconnection.TheM12

X‐CodedEthernetportsareauto‐sensingfor10Base‐T,100Base‐TX,or1000Base‐Tdevices

connections.AutoMDI/MDIXmeansthatyoucanconnecttoanotherswitchorworkstation

withoutchangingstraightthroughorcrossovercabling.SeepinassignmentshowninTable2.

M128‐PinX‐CodedFemaleConnector

Pinouts10/100Base‐T(X)Signal 1000Base‐TSignal

1TransmitData+(TX+)BI_DA+

2TransmitData‐(TX‐)BI_DA‐

3ReceiveData+(RX+)BI_DB+

4ReceiveData‐(RX‐)BI_DB‐

5 BI_DD+

6  BI_DD‐

7 BI_DC‐

8  BI_DC+

Table2:PinassignmentofM12Ethernetconnector

Note:“+”and“‐”signsrepresentthepolarityofthewiresthatmakeupeachwirepair.



ConnectionofCables

Usethetwisted‐paircable,category5eortheabovecablingforM12portconnections.Thecable

betweentheEthernetswitchandthelinkpartner(switch,hub,workstation,etc.)mustbeless

than100meters(328ft.)long.

 MinimumWireGauge:24AWG

 MaximumTransmissionLength:100m(328ft)



Caution(

ATTETNION

):

1.Pleaseusewithcopperconductorsonly.

(DESTINÉÀÊTREUTILISÉAVECDESCONDUCTEURSENCUIVRESEULEMENT.)

2.Useconductorswithinsulationratedforatleast60°C.

(AVERTISSEMENT:EMPLOYERDESCONDUCTEURSPOURAUMOINS60°C.)

3.BasetheconductorAmpacityonamaximumterminationtemperatureof60°C.

(LECOURANTADMISSIBLEDUCONDUCTEURDOITÊTREDÉTERMINÉENFONCTIOND’UNETEMPÉRATURE

MAXIMALEAUXTERMINAISONSDE60°C.)

PowerInputs

ThisindustrialEthernetswitchprovidesdualDCpowerinputsforredundancythroughaM124‐

PinT‐Codedmaleconnector.PreparetheM124‐PinT‐Codedcableforpowerconnection.Table3

showsthepinassignment.



M124‐PinT‐CodedMaleConnector



PinoutsFunction

1V1+

2V1‐

3V2‐

4V2+

Table3:Pinassignmentofthepowerconnecter



ConnectionofCables

 MinimumWireGauge:18AWG



Pleasefollowthebelowstepstoinsertthepowerwire.

Step 1.

Insertthepositiveandnegativepowerwiresintothepowerconnectorontheindustrial

EthernetswitchwithPower1(V1+,V1‐),andPower2(V2+,V2‐).

Step 2.

Tightenthescrewnuttopreventtheconnectorfromloosening.

Caution:ThepowerinputspecificationiscompliedwiththerequirementsofSELV

(SafetyExtraLowVoltage),andthepowersupplyshouldbecompliedwithUL61010‐1&

UL61010‐2‐201.

Attention:Laspécificationdelapuissanceabsorbéeestconformeauxexigencesdela

normeSELV(SafetyExtraLowVoltage),etl'alimentationélectriquedoitêtreconforme

auxnormesUL61010‐1etUL61010‐2‐201.

RelayContactandDigitalInput

TheEthernetswitchisequippedaM125‐PinA‐Codedfemaleconnectorwithanormallyclosed

relaycontactforfaultalarmandadigitalinput(DI)forresettingrelayandrebootingunit.Thepin

assignmentofthisconnectorisshowninTable4.



M125‐PinA‐CodedFemaleConnector



PinoutsFunctionDescription

1DI+DigitalInput+

2RelayComCommon

3Relay(N.C.)NormallyClosed

4DI‐ DigitalInput‐

5NANotAssigned

Table4:Pinassignmentoftherelaycontactanddigitalinput



ConnectionofCables

 MinimumWireGauge:24AWG



RelayContact

ByusingaM125‐PinA‐Codedcabletoconnectthenormallyclosedrelaycontact,itwilldetectthe

faultstatusandformanopencircuitwhenanyofthefollowingabnormalconditionsoccurs:

1.IfthecurrentPoEoutputofallconnectedPDswasoverload(>200Watts)

2.IfthecurrentPoEoutputofoneormorePDswereoverload(>30Watts)

3.IfPowerinput1orPower2wasinactive



AconnectionofrelaycontactforfaultalarmisshownbelowinFigure5.



Figure5:Wiringtherelaycontactforfaultalarm



WhentheEthernetswitchisoperatingnormally,therelaycontactisaclosedcircuit.Whenthe

switchhasanyfaultstatus(PoEoverloadorpowerfailure),therelaycontactcircuitisopenedand

theFAULTLEDlightsup.Inaddition,evenafterevenaftertheabnormalsituationhasbeen

removed,therelaycontactisstillopenandFAULTLEDremainsactive,unlessusingthedigital

inputtoresetthat.SeethenextsectionforinformationonDigitalInput.



Note:Ifonlyusingonepowersource,jumperPin1toPin4andPin2toPin3ontheM124‐PinT‐

Codedpowercabletoeliminatepowerfaultalarm.



DigitalInput(DI)

Thedigitalinputisusedformonitoringtwoexternaleventsviaanexternalvoltagesource.When

thevoltagelevelondigitalinputpinschangesfromhighvoltagetolowvoltage,theDIfunction

willbetriggered.Table5isshownadetailspecificationofthedigitalinput.



SpecificationDescription

Level0(Low)‐30~8VDCWilltriggerDIfunction(activetriggerstates)

Level1(High)10~30VDCNormalStatus(inactivetriggerstates)

Nominalinputvoltage24VDC 

Max.inputvoltage30VDC

Nominalinputcurrent5mA(typical) 

Max.inputcurrent8mA

Table5:SpecificationofDI



AsdescribedinRelayContactsection,ifthefaultstatus(totaloutputpoweroverdevice'sPoE

powerbudget,oranyoneofPoEportsover30Watts)happens,youhavetouseDIfunctionto

resettheFaultLED,sotherearetwoDIfunctionsthisunitsupportsformanuallyresetorreboot

thedevice,whichisshownasfollows.

1.Whenthetriggertime<4seconds,therelaycontactwillberesetandtheFaultLEDlight

down.

2.Whenthetriggertime>4seconds,theEthernetswitchwillberebooted.





Grounding

Groundingandwireroutinghelplimittheeffectsofnoiseduetoelectromagneticinterference

(EMI).Runthegroundconnectionfromthegroundscrewtothegroundingsurfacepriorto

connectingdevices.ThegroundingscrewsymbolisshownblowinFigure6.



Figure6:Groundingscrew



Caution:Usingashieldedcableachievesbetterelectromagneticcompatibility.



ATTETNION:L'utilisationd'uncâbleblindépermetd'obtenirunemeilleurecompatibilité

électromagnétique

PrioritizationofPoEports

TheprioritizationofPoEisthepriorityclassofpower.Therehasadecreasingruleinprioritization

fromportG1toG8,whichmeanstheEthernetswitchassignsalowernumberedporttoahigher

priority.Therefore,portG1usesthehighestpriorityandportG8usesthelowesttodetermine

whichportswillprovidetheconnectedpowereddevice(PD)power.



OnalleightEthernetportofthisswitch,eachportcanprovideupto30Wandthemaximumtotal

PoEoutputis200Watts.IftheswitchcanprovidepowerforallconnectedPD,itdoesn'tusethe

prioritizationruletoallocatepower.OnlyifthecurrentPoEprovisioningonallconnectedPD

oversubscribestheavailablepower(above200W),oneormorelowerpriorityportswillbe

removedpowerfrominorderofpriorityuntiltheswitchcanmeetthetotalpowerconsumptionfor

other,higherpriorityports.



BypassFunction

ThisEthernetswitchsupportsbypassfunctionbytwoEthernetports(G7andG8).Whenoneofthe

Ethernetswitcheslosespower,Ethernetports(G7andG8)willbypassthepowerlostEthernet

switchtopreventthenetworkfromdisconnecting.

TakeFigure7forexample,ifSwitchBhaspowerfailure,thebypassfunctionwillbeactivated

automatically,anditwillbypassSwitchBandbridgeG7toG8ofSwitchB,sothatthedata

transmissionpath(fromSwitchAtoC)canremainconnectedandunaffected.



Figure7:Exampleofbypassfunction

PrioritizationofPackets

ThisEthernetswitchprovidesQoSbasedIEEE802.1pclassofservice(CoS)valuestosupports0to7

CoSvalues,whichmappedto4priorityqueues,sothatTrafficisforwardedsequentiallyaccording

tothepriority,thehighestprioritypackettransmitfirstbytheswitch.QualityofService(QoS)is

usedtoensurethepriorityofnetworktrafficreceivingcorrecttreatments,soiteliminatesthe

unpredictabilityissueofnetworktraffic.



Apriorityqueueisadatatypewhichidentifiesanitemwiththehighestpriorityinasystem.To

mapeachCoSvaluetoaQoSpriorityqueueistoprioritizethetypeoftrafficatcongestionpoints

ofthenetwork.TheTable6belowisthepriorityqueuemapping.



CoSValue01234567

QoSPriorityQueueLowLowNormal Normal Medium MediumHighHigh



Table6:Priorityqueuemapping



MountingInstallation

WallMounting

FollowthestepsbelowtomounttheindustrialEthernetswitchtoawallusingthescrewholesas

shownbelowinFigure8.



Step1. Prepare4screwsformountingtheswitchtoawall.

Note:RecommendedusetheM6screws.

Step2. BasedontheFigure9:PhysicalDimensionswhichisshownthepositionsof4screwholes

ontheleftandrightsideoftheswitchtomake4screwholesonawallaccordingly.

Step3. Insertthescrewsthroughthescrewholesontheswitchandscrewtheswitchintothe

wall.ShownbelowinFigure8.

Step4. Toremovetheswitchfromthewall,dotheoppositefromthestepsabove.

Note:Makesuredisconnectallcablesfromtheswitchbeforeremovingtheunitfromthe

wall.

Figure9:Positionofthescrewholes



Caution:

“Wall”meansindustrialcontrolpanelwall.

ATTETNION:"Mur"signifieunmurdepanneaudecommandeindustriel.



HardwareInstallation

InstallationSteps

ThissectionwillexplainhowtoinstallPG2‐0800‐M12XB‐24‐67.

Caution:

1. Thisdeviceisintendedforuseindoorandataltitudesupto2000meters.Inaddition,the

environmentalconditionshouldbemaximumrelativehumidity80%fortemperaturesupto

31°Cdecreasinglinearlyto50%relativehumidityat40°C.

2. Thedeviceisintendedtobeinstalledinanindustrialcontrolenclosureandpanel.

3. Foruseinacontrolledenvironment.Refertomanualforenvironmentalconditions.

ATTENTION:POURUTILISATIONENATMOSPHÈRECONTRÔLÉE.CONSULTERLANOTICETECHNIQUE.

ATTETNION

1. Cetappareilestconçupourêtreutiliséàl’intérieuretàdesaltitudesallantjusqu’à2000

mètres.Deplus,lesconditionsambiantesdoiventêtreunehumiditérelativemaximalede

80%pourdestempératuresallantjusqu'à31°C,diminuantlinéairementjusqu'àune

humiditérelativede50%à40°C.

2. L'appareilestdestinéàêtreinstallédansunboîtieretunpanneaudecommandeindustriels.

3. Pouruneutilisationdansunenvironnementcontrôlé.Reportez‐vousaumanuelpourles

conditionsenvironnementales.

InstallationSteps

Step 1.

UnpacktheindustrialEthernetswitchfromtheoriginalpackingbox.

Step 2.

TohangtheindustrialEthernetswitchonawall,pleaserefertotheMountingInstallation

section.

Step 3.

PowerontheindustrialEthernetswitchandthenthepowerLEDlightwillturnon.



Ifyouneedhelponhowtowirepower,pleaserefertothePowerInputssection.



PleaserefertotheLEDIndicatorssectionforLEDlightindication.

Step 4.

PreparetheM12cableforEthernetconnection.

Step 5.

InsertonesideoftheM12cableintoswitch’sEthernetportandontheothersideinto

thenetworkingdevice’sEthernetport.TheEthernetport’s(L/A)LEDontheindustrial

Ethernetswitchwillturnonwhenthecableisconnectedtothenetworkingdevice.



PleaserefertotheLEDIndicatorssectionforLEDlightindication.

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Leonton PG2-0800-M12XB-24-67 User manual

Brand: Leonton

Model: PG2-0800-M12XB-24-67

Category: Network switches

Type: User manual

Leonton PG2-0800-M12XB-24-67 is a industrial gigabit unmanaged Ethernet switch with 8*10/100/1000Tx with IEEE 802.3at compliant ports (30W/port). Possible use cases:

High bandwidth and long-distance communication: Suitable for industrial automation applications and harsh environments that require high bandwidth and long-distance communication.
Redundant power with dual power input design: Supports power redundancy with a dual power input design with reverse polarity protection, ensuring uninterrupted operation even in the event of a power failure.
Relay warning function: Alerts users about occurring fault status, providing timely notification for proactive maintenance.

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