Cisco硬件检测流程说明

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1、 欢迎阅读本文档，希望本文档能对您有所帮助!Cisco硬件检测流程说明设备硬件检测分为设备电源状态检测、设备风扇状态检测、设备温度状态检测。工作内容：对用户需维护的设备现场进行勘察，通过在CLI状态下使用系统的诊断命令检测设备的电源状态、风扇状态及温度状态。检测方法及步骤考虑到Cisco设备的型号及系统平台分类较多，其检测的方法也有不同，以下将安装不同的网络设备系统平台，分别说明具体的检测方法及步骤。一CiscoCatalyst6500CatOS,C4000CatOS系列交换机注：CiscoCatalyst6500,C4500，C4000系列交换机分CatOS和NativeIOS两种版本，系统

2、提示符类似于Catalyst6509(enable)、Catalyst4006(enable)的为CatOS,系统提示符类似于C6509#、C4507R#的为NativeIOS。电源状态检测对于CiscoCatalyst6500,C4000系列交换机,在enable模式下可以用以下命令检测电源状态：showsystemshowenvironmentshowenvironmentpower例：showsystemCatalyst6509(enable)showsystemPS1-StatusPS2-Status-okokFan-StatusTemp-AlarmSys-StatusUptimed,

3、h:m:sLogout-okoffok9,21:34:4320minPS1-TypePS2-Type-WS-CAC-1300WWS-CAC-1300WModemBaudTrafficPeakPeak-Time-disable96000%5%FriJul232004,17:39:44PS1Capacity:1153.32Watts(27.46Amps42V)PS2Capacity:1153.32Watts(27.46Amps42V)PSConfiguration:PS1andPS2inRedundantConfiguration.SystemNameSystemLocationSystemCon

4、tactCC-Catalyst6509注：做红色标注的为检测时对于系统输出的关注点。showenvironmentCatalyst6509(enable)showenvironmentEnvironmentalStatus(.=Pass,F=Fail,U=Unknown,N=NotPresent)PS1:.PS2:.PS1Fan:.PS2Fan:.Chassis-Ser-EEPROM:.Fan:.Clock(A/B):AClockA:.ClockB:.VTT1:.VTT2:.VTT3:.showenvironmentpowerCatalyst6509(enable)showenvironmen

5、powerPS1Capacity:1153.32Watts(27.46Amps42V)PS2Capacity:1153.32Watts(27.46Amps42V)PSConfiguration:PS1andPS2inRedundantConfiguration.TotalPowerAvailable:1153.32Watts(27.46Amps42V)TotalPowerAvailableforLineCardUsage:1153.32Watts(27.46Amps42V)TotalPowerDrawnFromtheSystem:441.42Watts(10.51Amps42V)Remaini

6、ngPowerintheSystem:711.90Watts(16.95Amps42V)DefaultInlinePowerallocationperport:7.00Watts(0.16Amps42V)SlotpowerRequirement/Usage:SlotCardTypePowerRequestedPowerAllocatedCardStatusWattsA42VWattsA42V-1WS-X6K-SUP1A-2GE138.603.30138.603.30ok2WS-X6408A-GBIC84.002.00138.603.30ok3WS-X6324-100FX-MM63.841.52

7、63.841.52ok4WS-X6348-RJ-45100.382.39100.382.39ok注：做红色标注的为检测时对于系统输出的关注点。风扇状态检测对于CiscoCatalyst6500,C4500,C4000系列交换机,在enable模式下可以用以下命令检测设备的风扇状态：showsystemshowenvironment例：showsystemCatalyst6509(enable)showsystemPS1-StatusPS2-Status-okokFan-StatusTemp-AlarmSys-StatusUptimed,h:m:sLogout-okoffok9,21:34:43

8、20minPS1-TypePS2-Type-WS-CAC-1300WWS-CAC-1300WModemBaudTrafficPeakPeak-Time-disable96000%5%FriJul232004,17:39:44PS1Capacity:1153.32Watts(27.46Amps42V)PS2Capacity:1153.32Watts(27.46Amps42V)PSConfiguration:PS1andPS2inRedundantConfiguration.SystemNameSystemLocationSystemContactCC-Catalyst6509showenviro

9、nmentCatalyst6509(enable)showenvironmentEnvironmentalStatus(.=Pass,F=Fail,U=Unknown,N=NotPresent)PS1:.PS2:.PS1Fan:.PS2Fan:.Chassis-Ser-EEPROM:.Fan:.Clock(A/B):AClockA:.ClockB:.VTT1:.VTT2:.VTT3:.注：做红色标注的为检测时对于系统输出的关注点。温度状态检测对于CiscoCatalyst6500,C4500,C4000系列交换机,在enable模式下可以用以下命令检测检测系统温度状态：showenvironm

10、enttemperature例：Catalyst6509(enable)showenvironmenttemperatureIntakeExhaustDevice1Device2SlotTemperatureTemperatureTemperatureTemperature-120C(50C,65C)28C(60C,75C)24C31C218C(50C,65C)23C(60C,75C)N/AN/A321C(50C,65C)19C(60C,75C)N/AN/A422C(50C,65C)25C(60C,75C)21C22C1(Switch-Eng)25C(50C,65C)29C(60C,75C)N

11、/AN/A1(MSFC)23C(60C,70C)32C(60C,75C)N/AN/AChassisModules-VTT1:20C(85C,100C)VTT2:20C(85C,100C)VTT3:23C(85C,100C)二CiscoCatalyst6500IOS,C4500IOS系列交换机注：CiscoCatalyst6500,C4500，C4000系列交换机分CatOS和NativeIOS两种版本，系统提示符类似于Catalyst6509(enable)、Catalyst4006(enable)的为CatOS,系统提示符类似于C6509#、C4507R#的为NativeIOS。电源状态检测

12、对于CiscoCatalyst6500IOS,C4500IOS,C4006sup3IOS系列交换机,在enable模式下可以用以下命令检测电源状态：showpower例：C6509#showpowersystempowerredundancymode=redundantsystempowertotal=1153.32Watts(27.46Amps42V)systempowerused=397.74Watts(9.47Amps42V)systempoweravailable=755.58Watts(17.99Amps42V)Power-CapacityPS-FanOutputOperPSType

13、WattsA42VStatusStatusState-1WS-CAC-2500W1153.3227.46OKOKon2nonePwr-RequestedPwr-AllocatedAdminOperSlotCard-TypeWattsA42VWattsA42VStateState-1WS-X6K-SUP2-2GE142.383.39142.383.39onon2-142.383.39-5WS-X6248-RJ-45112.982.69112.982.69ononRouter#Switch4507#showpowerPowerFanInlineSupplyModelNoTypeStatusSens

14、orStatus-PS1PWR-C45-2800ACAC2800WgoodgoodgoodPS2PWR-C45-1000ACAC1000Werr-disablegoodn.a.*PowerSuppliesofdifferenttypehavebeendetected*Powersuppliesneededbysystem:1Powersuppliescurrentlyavailable:1PowerSummaryMaximum(inWatts)UsedAvailable-SystemPower(12V)3281360InlinePower(-50V)01400BackplanePower(3.

15、3V)1040-TotalUsed338(nottoexceedTotalMaximumAvailable=750)Switch#注：做红色标注的为检测时对于系统输出的关注点。风扇状态检测对于CiscoCatalyst6500IOS,C4500系列交换机,在enable模式下可以用以下命令检测设备的风扇状态：showenvironmentcoolingshowenvironmentstatus例：C6509#showenvironmentcoolingfan-tray1:fan-tray1fan-fail:failedfan-tray2:fan2type:FAN-MOD-9fan-tray2f

16、an-fail:OKchassiscoolingcapacity:690cfmambienttemperature:55C40C(user-specified)iftemp-controlledchassisperslotcoolingcapacity:75cfmmodule1coolingrequirement:70cfmmodule2coolingrequirement:70cfmmodule5coolingrequirement:30cfmmodule6coolingrequirement:70cfmmodule8coolingrequirement:70cfmmodule9coolin

17、grequirement:30cfm温度状态检测对于CiscoCatalyst6500IOS,C4500IOS系列交换机,在enable模式下可以用以下命令检测检测系统温度状态：showenvironmentshowenvironmenttemperature例：SwitchC4507#showenvironmentnoalarmChassisTemperature=35degreesCelsiusChassisOverTemperatureThreshold=75degreesCelsiusChassisCriticalTemperatureThreshold=95degreesCelsiu

18、sPowerFanInlineSupplyModelNoTypeStatusSensorStatus-PS1PWR-C45-2800ACAC2800WgoodgoodgoodPS2PWR-C45-1000ACAC1000Werr-disablegoodn.a.*PowerSuppliesofdifferenttypeshavebeendetected*Switch三CiscoCatalyst3550,C2950,C3500,C2900系列交换机电源状态检测对于CiscoCatalyst3550,C2950,C3500,C2900系列交换机,在enable模式下可以用以下命令检测电源状态：sho

19、wenvpower例：Catalyst3550#showenvpowerPOWERisOK风扇状态检测对于CiscoCatalyst3550,C2950,C3500,C2900系列交换机,在enable模式下可以用以下命令检测设备的风扇状态：showenvFan例：Catalyst3550#showenvfanFANisOK温度状态检测对于CiscoCatalyst3550,C2950,C3500,C2900系列交换机,在enable模式下可以用以下命令检测系统温度状态：showenvtemperature例：Catalyst3550#showenvtemperatureTEMPERATURE

20、isOK四Cisco2600,3600,7200,7500,7600系列路由器电源状态检测对于Cisco2600,3600,7200,7500,7600系列路由器,在enable模式下可以用以下命令检测电源状态：showpowerRouter#showpowersystempowerredundancymode=redundantsystempowertotal=1153.32Watts(27.46Amps42V)systempowerused=397.74Watts(9.47Amps42V)systempoweravailable=755.58Watts(17.99Amps42V)Power

21、-CapacityPS-FanOutputOperPSTypeWattsA42VStatusStatusState-1WS-CAC-2500W1153.3227.46OKOKon2nonePwr-RequestedPwr-AllocatedAdminOperSlotCard-TypeWattsA42VWattsA42VStateState-1WS-X6K-SUP2-2GE142.383.39142.383.39onon2-142.383.39-5WS-X6248-RJ-45112.982.69112.982.69onon风扇状态检测对于Cisco2600,3600,7200,7500,7600

22、系列路由器,在enable模式下可以用以下命令系统风扇状态：showenvironmentcoolingRouter#showenvironmentcoolingfan-tray1:fan-tray1fan-fail:failedfan-tray2:fan2type:FAN-MOD-9fan-tray2fan-fail:OKchassiscoolingcapacity:690cfmambienttemperature:55C40C(user-specified)iftemp-controlledchassisperslotcoolingcapacity:75cfmmodule1coolingr

23、equirement:70cfmmodule2coolingrequirement:70cfmmodule5coolingrequirement:30cfmmodule6coolingrequirement:70cfmmodule8coolingrequirement:70cfmmodule9coolingrequirement:30cfm温度状态检测对于Cisco2600,3600,7200,7500,7600系列路由器,在enable模式下可以用以下命令系统温度状态：showenvironmentstatusshowenvironmenttemperatureRouter#showenvi

24、ronmentstatusbackplane:operatingclockcount:2operatingVTTcount:3fan-tray1:fan-tray1type:WS-9SLOT-FANfan-tray1fan-fail:OKVTT1:VTT1OK:OKVTT1outlettemperature:33CVTT2:VTT2OK:OKVTT2outlettemperature:35CVTT3:VTT3OK:OKVTT3outlettemperature:33Cclock1:clock1OK:OK,clock1clock-inuse:in-useclock2:clock2OK:OK,cl

25、ock2clock-inuse:not-in-usepower-supply1:power-supply1fan-fail:OKpower-supply1power-output-fail:OKmodule1:module1power-output-fail:OKmodule1outlettemperature:30Cmodule1device-2temperature:35CRP1outlettemperature:35CRP1inlettemperature:36CEARL1outlettemperature:33CEARL1inlettemperature:31Cmodule2:modu

26、le2power-output-fail:OKmodule2outlettemperature:31Cmodule2inlettemperature:29Cmodule3:module3power-output-fail:OKmodule3outlettemperature:36Cmodule3inlettemperature:29Cmodule4:module4power-output-fail:OKmodule4outlettemperature:32Cmodule4inlettemperature:32Cmodule5:module5power-output-fail:OKmodule5

27、outlettemperature:39Cmodule5inlettemperature:34Cmodule7:module7power-output-fail:OKmodule7outlettemperature:42Cmodule7inlettemperature:29CEARL7outlettemperature:45CEARL7inlettemperature:32Cmodule9:module9power-output-fail:OKmodule9outlettemperature:41Cmodule9inlettemperature:36CEARL9outlettemperatur

28、e:33CEARL9inlettemperature:N/Oshowenvironment此命令为监控系统环境的综合命令，后面可以加上多种参数，以便于综合分析系统状态。showenvironmentalarm|cooling|status|temperatureRouter#showenvironmentenvironmentalalarms:noalarmsRouter#showenvironmentalarmenvironmentalalarms:noalarms五CiscoGSR12000系列路由器电源状态检测对于CiscoGSR12000系列路由器,在enable模式下可以用以下命令检

29、测电源状态：showDiagrouter#showdiagsSLOT26(PSB1screen.width/2)this.style.width=screen.width/2; border=0:ACPowerSupply(8)MAIN:type3,34-0820-01revC0dev16777215HWconfig:0xFFSWkey:FF-FF-FFPCA:65535-16777215-255revV7ver255HWversion1.0S/NCAT00240269MBUS:MBUSAgent(1)73-2146-07revB0dev0HWversion1.2S/NCAT00240269T

30、esthist:0xFFRMA#:FF-FF-FFRMAhist:0xFFDIAG:Testcount:0xFFFFFFFFTestresults:0xFFFFFFFFEEPROMcontents(hex):00:01000100490008620758000000FFFFFF10:4341543030323430323639000000000020:01020000000000FFFFFFFFFFFFFFFFFF30:A5A5A5A5A5A5A5A5A5A5A5A5A5A5A5A540:00030100FFFFFFFFFFFFFFFF0005FFFF50:00220003340160FFFF

31、FFFFFFFFFFFFFF60:4341543030323430323639000000000070:FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF80:0000000000000000000000000000000090:00000000000000000000000000000000A0:00FRU:Linecard/ModuleWR-GSR8-AC=MBUSAgentSoftwareversion01.46(RAM)(ROMversionis01.33)UsingCANBusA风扇状态检测对于CiscoGSR12000系列路由器,在enable模式下可以用以下命令系统

32、风扇状态：showenvironmentfansSlot#FanInformation16Voltage2427VSpeedfast:MainFan0brokenMainFan1brokenMainFan2brokenMainFan3brokenMainFan4brokenMainFan5brokenPowerSupplyFan0brokenPowerSupplyFan1brokenPowerSupplyFan2brokenPowerSupplyFan3broken温度状态检测对于CiscoGSR12000系列路由器,在enable模式下可以用以下命令系统温度状态：showenvironmen

33、ttempshowenvironmenttableRouter12000#showenvironmenttempSlot#HotSensorInletSensor(degC)(degC)052.543.5764.048.51650.046.01756.049.01845.044.51945.043.52045.041.524NA47.026NA48.0Router#showenvironmenttableInletSensorTemperatureLimits(degC):WarningCriticalShutdownGRP/GLC(Slots0-15)354052CSC(Slots16-17)404559SFC(Slots18-20)374254六设备硬件检测注意事项在进行温度检测时，建议当系统温度超过35C时就需要特别关注了。需要考虑可能影响设备温度过高的原因，如周围的环境，室内温度，空调工作是否正常，机柜散热是否正常，运行设备是否灰尘过多。找到引起设备散热不好的原因后，应及时采取相应的降温措施，如调节室内温度、对设备除尘以提高散热效果等。如果采取降温措施后系统温度仍没有明显改善，请及时与我公司技术服务人员联系，并提供相关的检测信息。 感谢阅读本文档，希望本文档能对您有所帮助!