Ruijie RG-S6510-32CQ Installation and operating manual

Ruijie RG-S6510-32CQ Switch
Hardware Installation and Reference Guide
DocumentVersion:V1.0
Date: 2022.06.09
Copyright © 2022 RuijieNetworks

Copyright
Copyright © 2022 Ruijie Networks
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Preface
IntendedAudience
This documentis intendedfor:
Networkengineers
Technicalsupportand servicing engineers
Networkadministrators
Technical Support
Ruijie Networks Website:https://www.ruijienetworks.com/
TechnicalSupportWebsite:https://ruijienetworks.com/support
CasePortal:https://caseportal.ruijienetworks.com
Community:https://community.ruijienetworks.com
TechnicalSupportEmail:[e-mail]
Skype: [e-mail]
Conventions
1. Conversions
Convention
Description
Bold font
Commands,commandoptions,andkeywords arein bold font.
Italicfont
Arguments for which you supplyvalues are in italicfont.
[ ]
Elements in square brackets are optional.
{ x | y | z }
Alternative keywords are groupedin braces and separatedby
vertical bars.
[ x | y | z ]
Optional alternative keywords are groupedin brackets and
separatedbyvertical bars.
&<1-n>
The argumentbeforethesign(&) can be inputfor consecutive 1- n
times.
//
Double slashes atthe beginningofa lineof code indicate a
commentline.
2. Signs
The signs usedin this documentaredescribedas follows:

Warning
An alert that calls attention to importantrules and information thatif not understood orfollowed can resultin
data loss orequipmentdamage.
Caution
An alert that calls attention to essential information thatifnot understood orfollowed can resultin function
failure or performancedegradation.
Note
An alert that contains additional orsupplementaryinformation thatifnot understood orfollowed will notleadto
serious consequences.
Specification
An alert that contains a description ofproductor version support.
3. Note
The manual offers configuration information (including model, port type and command line interface) for
indicative purposeonly.Incaseofany discrepancyorinconsistencybetween themanualand theactualversion,
the actual versionprevails.

Hardware Installation and Reference Guide Product Overview
- 4 -
1 Product Overview
RG-S6510-32CQis a high density 50GE/100GE data center access switch, featuring 25GE/50GE/100GE access, low
latency, and complete data center features. The RG-S6510-32CQswitch provides up to 32 100GE ports and each port
can be splitintotwo 50GEports. TheRG-S6510-32CQswitchcanbe usedwithRG-N18000-X/RG-S6920-4Ctocompose
a high-performance andhigh-reliabilitydatacenter network.
Model
50GE/100GE
QSFP28
Ethernet Port
25GE/10GE
SFP28
Ethernet Port
10GBase-T
Ethernet
Port
Expansion
Module Slot
Fan
Redundancy
Power Supply
Redundancy
RG-
S6510-
32CQ
32
N/A
N/A
N/A
4+1
1+1
An SFP28 port is compliantwith25G/10Gbase-Rbutnotcompliantwith 1000base-X.
A QSFP28 port supports both100GE/40GEmodeand 2x 50GE/ 4 x 25GE/4 x 10GE mode.
Specifications
Model
RG-S6510-32CQ
CPU
Intel Xeon D-1527
SDRAM
Two DDR4SODIMM (Maximum:32 GB; Standard: 8 GB)
BIOS
16MB, supportingBIOSbackup
System Storage
≥240GB
BMC
AST2520
Switch ASIC
Broadcom BCM56870(Trident3)
Expansion
Module Slot
Unsupported
Fan Slot
5 (4+1 redundancy.At leastfour fan modules are required.)
Fan Module
M1HFAN I-F
Power Supply
Slot
2 (1+1 redundancy)
Power Module
RG-PA550I-F
Power Supply
Input
AC input
Rated voltage range: 100 V AC to 240 VAC
Maximum voltage range: 90 V AC to 264V AC
Frequency: 50 Hz to 60 Hz
Rated current: 3.5 Ato 7.2A
HVDC input
Rated voltage range: 192V DCto 288V DC
Rated current: 3.6 A
Power
Consumption
Less than450W
SFP28 Port
Unsupported
QSFP28 Port
Supported
FC Port
Unsupported

Hardware Installation and Reference Guide Product Overview
- 5 -
10GBASE-T Port
Unsupported
Temperature
Alarming
Temperature alarming andover-temperatureprotection.
EMC Standards
GB9254-2008CLASS A
Safety Standards
GB4943-2011
Working
Temperature
0°Cto 40°C (32°F to 104°F)
Storage
Temperature
-40°C to +70°C(-40°F to +158°F)
Working Humidity
10% to 90% RH (non-condensing)
Net Weight
12 kg (26.46lbs.,with 5 fan modules and 2powermodules)
Dimensions
(W x D x H)
442mmx 560mmx 44 mm(17.40 in. x 22.05 in. x 1.73 in.), 1 RU
RG-S6510-32CQswitchis a class A product. Operation of this equipmentin a residentialenvironmentcouldcause
radio interference,in which casethe usermaybe requiredto take adequatemeasures.
The 50GE/100GE Ethernetport of the RG-S6510-32CQswitchsupportsDAC.For details,see Appendix.
Product Appearance
RG-S6510-32CQhardware includesa chassis,apowersupplysystem and a heatdissipation system.
Power supplysystem:Provides two power supplyslots,supporting1+1powersupplyredundancy. You are advised
to configure powersupplyredundancy.
Heatdissipationsystem:Providesfive fanmodule slots,supporting4+1 fan redundancy.You are advised to configure
all fans to implementredundancy.
Figure1-1 RG-S6510-32CQSwitchAppearance
Front Panel

Hardware Installation and Reference Guide Product Overview
- 6 -
Figure 1-2 Front Panel
1. USB 2.0 Port
2. Console Port
3. ManagementPort
4. QSFP+ Port LED
5. QSFP+ Port
6. System Status LED
7. PowerStatus LED
8. Fan Status LED
9. AssetTag
The S6510-32CQswitchsupports the100GEQSFP28 module.
Back Panel
Figure1-3 Back Panel
1. PowerModule Slot
2. Fan Module Slot
3. Grounding Stud
4. Anti-Static Wrist Strap Jack
Asset Tag
The assettag is inthe bottom rightcornerof the back panel.The tag is movable and can be removed from the switch.You
can markthe informationsuch as assetname,category, code,and registrationdateonthe tag for inventory control.
Figure1-4 AssetTag

Hardware Installation and Reference Guide Product Overview
- 7 -
Ports
The RG-S6510-32CQswitchprovides thefollowingports:
Universal serial bus (USB)port:This port is connectedwitha USB flashdrive to save logs,software version,alarm
and other diagnosismessages.
To protect dataand avoid equipmentdamage,use aqualifiedUSBflashdrive.The USB portis compatible withmost
USB flashdrives and mayfail to identify somebrands.
The RG-S6510-32CQ switch supports commissioning, configuration, maintenance, management and program
uploadingthrough theconsoleport.
Console port:The console portis anRS-232 port that uses an RJ45 connector.This port is used to connecta PC
directly to the switch for commissioning,configuration,maintenance,managementand program loading.
MGMT port: This is an out-bandEthernet port that uses anRJ45connector.This port is connectedto an Ethernet
port of a PC for program downloading.You can manageand maintain the switchremotely byconnecting the
managementportto the Ethernet port of a PC with an Ethernet cable.
QSFP28 port: There are 32 100GE QSFP28 ports,which supportoptical transceivers and DAC cables.Theseports
can alsoworkin 2 x 50GE and4 x 25GE mode.
LED
LED on the Panel
LED
Panel Identification
Status
Meaning
System Status LED
SYS
Off
System is not powered on.
Blinking Green
System is beinginitialized.
Solid Green
System is operatingnormally.
Solid Yellow
System is not functioning properly.
PowerStatus LED
PSU
Solid Green
The power module is operating
normally.
Solid Yellow
The powermodule is notfunctioning
properly.
Fan Status LED
FAN
Solid Green
The fan module is operating
normally.
Solid Yellow
The fan module is not functioning
properly.
LED on the Fan Module
LED
Panel Identification
Status
Meaning
Fan Status LED
Status
Off
The fan moduleis notpoweredon.
Solid Green
The fan module is operating
normally.
Solid Yellow
The fan module is not functioning
properly.
LED on the AC Power Module
LED
Panel Identification
Status
Meaning

Hardware Installation and Reference Guide Product Overview
- 8 -
PowerStatus LED
-
Off
The power module is off.
Solid Green
The power module is operating
normally.
Blinking Green at 1Hz
AC power(PS Off): 12 V SB
The AC power module in cold
backup mode doesnotoutputpower.
Solid Amber
1. An alarm is generated, including
fan fault, over-voltage and over-
current.
2. One of the powermodule inpower
redundancyis not plugged in with a
powercord.
Blinking Amberat 1Hz
An alarm is generated, including
over-temperature, over-current and
over-power, and slow rotation. The
power module is still operating
normally.
Port LED
LED
Panel Identification
Status
Meaning
QSFP+ Port LED
(100GE/40GE)
Link/Act
Off
No linkis detectedfor this port.
Solid Green
The port has madea successful100
Gbps link.
Blinking Green
The port is sending and receiving
data at 100 Gbps.
Solid Yellow
The port has made a successful 40
Gbps link.
Blinking Yellow
The port is sending and receiving
data at 40 Gbps.
100GE Port LED (split
into two 50GE ports)
Link/Act
Off
No linkis detectedfor this port.
Solid Yellow
Onesplitporthas made asuccessful
50 Gbps link.
Blinking Yellow
One split port is sending and
receivingdata at 50 Gbps.
Solid Green
Both split ports have made a
successful 50Gbps link.
Blinking Green
Both split ports are sending and
receivingdata at 50 Gbps.
Management Port LED
LED
Panel Identification
Status
Meaning
ManagementPort LED
Link
Off
No linkis detectedfor this port.
Solid Green
The port has made a successful
1000 Mbps link.

Hardware Installation and Reference Guide Product Overview
- 9 -
Solid Yellow
The port has made a successful
10/100 Mbps link.
Act
Blinking
The port is sending and receiving
data.
Off
The linkis down.
Power Supply
The RG-S6510-32CQswitchsupports powermodule RG-PA550I-F. The smartpowermodule supports power
management.The system canread output power,output current, and temperature in real time. The powermodule
supports hotswapping.
The RG-S6510-32CQswitch supports 1+1 power supplyredundancy. To improve the stabilityand reliabilityof the
entire system,you are advised to configure 1+1 powersupplyredundancy. When both powermodulesare working,
the switchis in the status of current sharing.
At leastone powermodule is required.Ifany slotis unoccupied,install afillerpaneltoenableproperairflow.
Heat Dissipation
The working temperature ofthe RG-S6510-32CQswitchranges from 0°Cto 40°C(32°Fto 104°F). The heatdissipation
design needs toensure equipmentstability,safety andmaintainabilityinsuch anenvironment.The RG-S6510-32CQ
switchadopts fanventilation and enforced convection to ensure the equipmentcanworknormallyin the specified
environment.Dustthe equipmenteverythree months toavoid blocking theventilationopenings.
The RG-S6510-32CQswitchsupports fan module M1HFAN I-F. The fan module features speed regulation,failure
alarming,andhotswapping.
Figure1-5 Airflow Direction

Hardware Installation and Reference Guide Product Overview
- 10 -
Maintain a minimum clearance of20cm (7.87 in.) aroundthe chassisforventilation.
At leastfourfanmodules arerequired.Ifanyslotis unoccupied,install afillerpanel toenableproperairflow and avoid
dust.
The powermodules and fanmoduleswithdifferentairflowdirections cannotbeused together.

Hardware Installation and Reference Guide Preparing forInstallation
- 11 -
2 Preparing for Installation
2.1 SafetyPrecautions
To avoid personal injuryand equipmentdamage,carefullyreadthe safetyprecautions before you installthe switch.
The following safetyprecautions maynot cover all possible dangers.
2.1.1 Installation
Keep the chassis clean and dust-free.
This equipmentis notsuitableforusein locations where peoplearelikelyto walk.
During the installation and maintenance,donotwear loose clothes,ornaments,oranyother things that maybe
hooked by the chassis.
Cut off all the powersuppliesand unplug all powercords before moving orhandling the switch.
2.1.2 Movement
Do not handle the equipmentfrequently.
Cut off all the powersuppliesand unplug all powercords before moving orhandling the switch.
Keep balance and prevent personal injurieswhen handlingtheswitch
Do not hold the handle of the power module or the fan module when moving the switch. Otherwise, it may cause
equipmentdamageoreven personalinjury.
Removethe fan modules andthe powermodulesbeforehandlingthe equipment.
Installthe equipmentwhere itis not likelyto be moved.
2.1.3 Electricity
Observe local regulations andspecifications duringelectricoperations.Onlypersonnel withrelevantqualifications
can perform such operations.
Checkwhetherthere are potentialrisks inthe work area. For example,check whetherthe powersupplyis
grounded,whetherthegroundingis reliable,and whetherthegroundis wet.
Find out the position ofthe indooremergencypowerswitchbeforeinstallation.Cutoff the powerswitchincaseof
accidents.
Make sure that the equipmentis powered offwhen you cut off the powersupply.
Do not place the switchina wet position,andkeepthe switchawayfrom liquid.
Any nonstandard andinaccurateoperationcancause an accidentsuchasfireorelectricalattack,thus causingsevere
damages tohuman bodies and equipment.
Direct or indirecttouchthrough a wet objecton high-voltage and mains supplycan bring a fatal danger.

Hardware Installation and Reference Guide Preparing forInstallation
- 12 -
2.1.4 ESD
Precautions:
Pay attention to the following tips:
The equipmentandthe floor are wellgrounded.
Keep the installation site free of dust.
Maintain an appropriatehumiditylevel.
When installing pluggable modules,wearananti-staticwriststrap and make sure thatit is well grounded.
Do not touch the components and theprinted-circuitboard (PCB)directlywith your barehand.
Useananti-staticshieldingbag toproperlystorethe board.
Avoid contact between your clothes and PCB. An anti-staticwriststrap can prevent human staticelectricityfrom
damaging the PCB,but cannot prevent any staticelectricity on clothes.
2.1.5 Laser
Amongthe modules supportedbythe switch,manyoptical transceivers are Class Ilaserproducts.
Precautions:
When an optical transceiverworks, ensure thatthe port has beenconnectedwitha fiber or covered by a dustcap to
keep out dustand prevent it from burning your eyes.
Do not lookinto anyoptical port.
2.2 Installation EnvironmentRequirements
Install the switchindoors toensureits normal operation andprolongedservice life.The installationsitemustmeetthe
following requirements.
2.2.1 Cabinet Installation
Before installing the switchin a cabinet, make sure thatthe cabinetobserves the following requirement:
Install the switchinan opencabinet.If you have only a closed cabinet,be sure that the cabinethas a good
ventilation system.
The cabinetis firm enoughto bear the weightof the chassisand accessories.
Maintain a clearancearoundthe chassisinthe cabinetfor heat dissipation.
The cabinetis properlygrounded.
2.2.2 Ventilation
Maintain a minimum clearanceof200mm (7.87in.) aroundthe switchfor aircirculation.After various cables are
connected,bundle thecables or routethem over the cablemanagementbrackettoavoid blockingairinlets.
2.2.3 Temperature and Humidity

Hardware Installation and Reference Guide Preparing forInstallation
- 13 -
To ensure thenormaloperationand prolongedservice lifeofthe switch,maintainanappropriatetemperature and
humidityin the equipmentroom.Theequipmentroom withtoohighor too low temperatureand humidityfor a longperiod
maydamage theswitch.
In an environmentwithhigh relative humidity, the insulatingmaterial mayhave poorinsulationoreven leak
electricity.
In an environmentwithlow relative humidity,staticelectricity is proneto occur anddamage theinternalcircuits of
the switch.
Too high temperatures canacceleratetheagingof insulation materials,greatlyreducingthe reliabilityof the switch
and severelyaffecting its service life.
Temperature and humidityrequirements:
Model
Working Temperature
Working Humidity
RG-S6510-32CQ
0ºC to 40ºC (32ºF to 104ºF)
10%to 90% (non-condensing)
The ambient temperature and humidityof the switch are measured at the point that is 1.5 m (59.06 in.) above the
floor and 0.4 m (15.75 in.) beforethe rack whenthere is no protective platein the front or at the back of the rack.
2.2.4 Cleanness
Dustposes amajorthreatto the switch.The indoor dusttakes on a positive or negative static electriccharge whenfalling
on the switch,causingpoorcontactof the metallicjoint.Such electrostaticadhesion mayoccurmoreeasilywhen the
relative humidityis low, not onlyaffecting the servicelife of the switch,but alsocausing communication faults.The
following table describestherequirements forthedustcontent and granularityin the equipmentroom.
Dust
Unit
Content
Dust particles (diameter ≥ 0.5 μm)
Particles/m3
≤ 3.5×106
Dustparticles (diameter ≥ 5 μm)
Particles/m3
≤ 3×104
Apart from dust, the salt,acid, andsulfidein the air in the equipmentroom mustmeetstrictrequirements.Theseharmful
substanceswillacceleratemetal corrosionandcomponentaging.Therefore,theequipmentroom should beproperly
protected againstthe intrusion of harmful gases,such as sulfurdioxide,hydrogen sulfide,nitrogen dioxide,andchlorine
gas.
Gas
Average (mg/m3)
Maximum (mg/m3)
Sulfur dioxide (SO2)
0.3
1.0
Hydrogen sulfide (H2S)
0.1
0.5
Nitrogen dioxide(NO2)
0.5
1.0
Chlorine gas (CI2)
0.1
0.3
The Average refers to the average limit of harmful gas in one week. The Maximum value is the upper limit of the
harmfulgas measuredin one weekfor upto 30 minutes everyday.
2.2.5 Grounding
A propergrounding system is thebasis forstableand reliable running andis indispensableforpreventing lightning
strikes andinterference.Carefullycheck the groundingconditionsattheinstallation siteaccording tothegrounding
specifications,and completegrounding properlybasedon theactual situation.

Hardware Installation and Reference Guide Preparing forInstallation
- 14 -
Safety Grounding
The switchusing AC or HVDC powersupplymustbegroundedbyusingthe yellow/green groundingcable.Otherwise,
when the high voltage circuit inside theswitchhas a grounding fault,an electricshockmayoccur.
The building musthavea protectivegroundconnectiontoensurethattheswitchisconnectedtotheprotectiveground.
Lightning Grounding
The surgeprotection system offacilities is standalone,andis composedofalightningrod,a downlead conductor,anda
connectorconnected to the groundingsystem.Thegroundingsystem is usuallyused forpowerreference groundingand
safetygrounding ofthe rack. Lightning grounding is requiredonlyfor facilities andis notrequired for the switch.
For surge protection,seeAppendix.
EMC Grounding
The ground required forEMC design includes shieldingground,filterground,noiseandinterferencesuppression,and
level reference.All the above constitutethe comprehensive grounding requirements.Thegroundingresistance shouldbe
less than 1Ω. There is one grounding connectoratthe right bottom of the rear panel.The grounding connector is pasted
with conspicuous warning labels.
Figure2-1 EMC grounding
2.2.6 EMI
All interference sources, either from outside or inside of the equipment or application system, affect the equipment by
capacitive coupling,inductivecoupling,orelectromagneticwaves.
Electromagneticinterference (EMI) occurs dueto electromagneticradiation orconduction,dependingonthe transmission
path.
When the energy, often RF energy, from a componentarrives at a sensitive componentvia the space,the energyis
known as radiated interference.The interference sourcecan be both a part of the interfered system anda completely
electricallyisolatedunit.Conductioninterferenceoccurs wheninterferenceis transferred from one unitto anotherunit
through cables,whichare usuallyelectromagneticwiresorsignalcablesconnected between thesourceand thevictim.
Conductedinterferenceoften affects the powersupplyof the equipment,butcan be controlledbya filter. Radiated
interferencemayaffect any signal pathinthe equipment,andis difficultto shield.
Take interference preventionmeasuresforthe powersupplysystem.
Keep the switchfar away from the lighteningprotectionand groundingsystemofthe power equipment.

Hardware Installation and Reference Guide Preparing forInstallation
- 15 -
Keep the switchfar away from high-frequencycurrent equipmentsuch as high-powerradio transmitting station and
radarlauncher.
Take electromagneticshielding measures when necessary.
2.3 Fiber Connections
Make sure the optical transceiver andfiber cablematchthe opticalport. Connectthe transmitporton the local device to
the receive port on the peer device; connectthe receive port on the localdevice to the transmit porton the peerdevice.
2.4 Tools
Common Tools
Phillips screwdriver,Ethernetand optical cables,cagenuts,diagonal pliers,andcable
ties
Special Tools
Anti-static gloves,wire stripper,crimping plier,RJ45 connectorcrimping plier,and wire
cutter
Cleaning Tools
Dust-freepaperand fiber end-facemicroscope
Meters
Multimeter, bit errorrate tester (BERT), and optical power meter
The switchis delivered withouta tool kit.

Hardware Installation and Reference Guide Installingthe Switch
- 16 -
3 Installing the Switch
The switchmustbeinstalled indoors.
Make sure that requirements in Chapter2 are all met.
3.1 Installation Flowchart

Hardware Installation and Reference Guide Installingthe Switch
- 17 -
Prepare for installationPrepare for installation
Install the rack
Mount the switch into the rack
Ground the switch
Turn on the power
Install the modules
Connect the cables
Bundle the cables
Verify the installation
End
3.2 BeforeYouBegin
Confirm the following before installation:

Hardware Installation and Reference Guide Installingthe Switch
- 18 -
The installation siteprovides sufficientspaceforheatdissipation.
The installation sitemeets thetemperature and humidityrequirements oftheswitch.
The powersupplyandrequiredcurrent are availablein the installationsite.
The Ethernet cables havebeendeployedin the installationsite.
3.3 Mountingthe Cabinet
Precautions
When mounting thecabinet,please notethefollowings:
All expansionbolts for fastening the cabinetbaseto the groundshouldbe installed andtightenedinsequence from
bottom to up (large flat washer, spring washer, and nut),and the installation holes on the base and the expansion
bolts are aligned.
The installed cabinetis notmovableafter installation.
The installedcabinetis verticalto the ground.
When multiple cabinets are placed side by side in the equipment room, they should be aligned with each other,
leaving an error less than 5mm (0.20in.).
The front and rear doors of the cabinet should be installed to allow you open and close them smoothly. The locks
shouldworknormally,andall keys shouldbe complete.
There should be no unnecessaryand informal labelsinside the cabinetand on service modules.
Fillerpanels are installed intheemptyslots.
The screws in thecabinetshouldbe fastenedtightlyand be of the samemodel.
The switchis securelyinstalled,andthescrews on thepanelshould befastenedtightly.
All wiring outlets at the top and bottom of the cabinetshouldbe installed withrodent-resistantnets withopenings of
no more than15 mm (0.59in.) in diametertoprevent rodents andother smallanimals from entering thecabinet.
An anti-static wriststrap should be provided in the cabinet.
Installation Steps
1. Plan the available space before installing the cabinet. Maintain a clearance before the front and back doors for
maintenanceand operation.
2. Install and fasten the cabinetin the specified siteas planned.
3. Install the cable troughs and cables.
4. Install the trays and cable managementbrackets on the rack accordingto the numberof switches installed intothe
cabinet.
3.4 MountingtheSwitch
Precautions

Hardware Installation and Reference Guide Installingthe Switch
- 19 -
Before installing the switchinacabinet,pleasecheckwhetherthe racks are properlypositioned.Ifthe racks are too close
to the front doorof the cabinet,you maynot be ableto closethe front doorafter pluggingin theEthernet andfiber cables.
The front panel of the switchshouldbe at least10 mm (0.39 in.) awayfrom the front door of the cabinet.Pleaseconfirm
the following before installingtheswitch:
The cabinetis secured.
The modules inthe cabinetareinstalled.
There are no obstructions in and around the cabinet.
The switchis prepared and transported toa locationclosetothe cabinet.
3.4.1 Mounting the Brackets
1. Take out the two L-shapedbrackets andeightM4 x 8 mm screws from thepackingmaterials.
2. Attach a bracket to each side of the switchandsecure thebrackets withthe provided screws.
Figure3-1 Mounting the Brackets
3.4.2 Mounting the Switch in a Rack
The switchcan be installed inastandard 19-inch four-postEIArack. Mount the switchin the rack with the front panel
facingforward. You are advised to useatray to install the switch andsecurethe tray onthe rack, or usethe rack-mount
guides tosecure theswitch.
Figure3-2 Mounting the Switch ina Rack