Se ha producido un evento de voltaje de Blade;
exceso de corriente de módulo de alimentación o falta/exceso de voltaje de componente.
When this monitor is in a warning state: This is a non-critical error and should be handled as soon as possible. When this monitor is in an error state: This is a critical error and should be handled immediately. More details on this event are available through the Lenovo Hardware Management Pack in SCOM. NOTE: If you dismiss this PRO Tip, you will need to manually clear the monitor state of the affected machine in the Lenovo HW PRO MP in SCOM. If you implement this PRO Tip, the machine that generated this event will be placed into Maintenance Mode in SCVMM and any VMs on it will be migrated. You will need to manually remove it from Maintenance Mode once the problem is resolved.
State View: SCVMM-Managed Hosts on Lenovo Servers
Exact details of the problem are available in the "State Change Events" tab in Operations Manager's Health Explorer.
Consult the following knowledge article for possible causes, implications, and resolutions.
A blade voltage event occurred; power module over current or component under/over voltage.
Power Module 48V over current fault.
Power Module 48V over voltage fault.
Power Module 48V under voltage fault.
BEM 2.5V over recommended voltage.
BEM 2.5V under recommended voltage.
BEM 3.3V over recommended voltage.
BEM 3.3V under recommended voltage.
BEM 5V over recommended voltage.
BEM 5V under recommended voltage.
BEM 12V over recommended voltage.
BEM 12V Under recommended voltage.
BEM 18V over recommended voltage.
BEM 18V Under recommended voltage.
BEM 1.5V over recommended voltage.
BEM 1.5V Under recommended voltage.
BEM 1V over recommended voltage.
BEM 1V Under recommended voltage.
BEM Standby 12V over recommended voltage.
BEM Standby 12V Under recommended voltage.
BEM 1.8V over recommended voltage.
BEM 1.8V Under recommended voltage.
Voltage regulator fault.
Blade [CPU] voltage fault.
Blade voltage outside of recommended.
Voltage regulator over recommended voltage.
Voltage regulator under recommended voltage.
Blade 5V over recommended voltage.
Blade 5V under recommended voltage.
Blade 12V over recommended voltage.
Blade 12V under recommended voltage.
Blade 1.25V over recommended voltage.
Blade 1.25V under recommended voltage.
Blade 1.2V over recommended voltage.
Blade 1.2V under recommended voltage.
Blade 2.5V over recommended voltage.
Blade 2.5V under recommended voltage.
Blade 3.3V over recommended voltage.
Blade 3.3V under recommended voltage.
Blade 5V over recommended voltage.
Blade 5V under recommended voltage.
Blade 1.6V over recommended voltage.
Blade 1.6V under recommended voltage.
Blade -5V over recommended voltage.
Blade -5V under recommended voltage.
Blade 1.5V over recommended voltage.
Blade 1.5V under recommended voltage.
Blade 1.8V over recommended voltage.
Blade 1.8V under recommended voltage.
Blade Standby 1.2V over recommended voltage.
Blade Standby 1.2V under recommended voltage.
Blade Standby 1.5V over recommended voltage.
Blade Standby 1.5V under recommended voltage.
Blade Standby 1.8V over recommended voltage.
Blade Standby 1.8V under recommended voltage.
Blade Standby 2.5V over recommended voltage.
Blade Standby 2.5V under recommended voltage.
Blade Standby 3.3V over recommended voltage.
Blade Standby 3.3V under recommended voltage.
Blade Standby 5V over recommended voltage.
Blade Standby 5V under recommended voltage.
Blade Standby 12V over recommended voltage.
Blade Standby 12V under recommended voltage.
I/O board voltage fault.
I/O board 3.3V over recommended voltage.
I/O board 3.3V under recommended voltage.
I/O board 2.5V over recommended voltage.
I/O board 2.5V under recommended voltage.
I/O board 5V over recommended voltage.
I/O board 5V under recommended voltage.
I/O board 12V over recommended voltage.
I/O board 12V under recommended voltage.
I/O board -5V over recommended voltage.
I/O board -5V under recommended voltage.
I/O board 1.5V over recommended voltage.
I/O board 1.8V over recommended voltage.
I/O board 1.8V under recommended voltage.
I/O board Standby 3.3V over recommended voltage.
I/O board Standby 3.3V under recommended voltage.
I/O board Standby 2.5V over recommended voltage.
I/O board Standby 2.5V under recommended voltage.
I/O board Standby 12V over recommended voltage.
I/O board Standby 12V under recommended voltage.
When this monitor is in a warning state: 1. At the earliest convenience, migrate virtual machines and put the host in maintenance mode. 2. Look up more details in Lenovo Hardware Management Pack, perform detailed hardware diagnostics, and/or replace faulty parts. 3. Reactivate the host. When this monitor is in an error state: 1. Immediately migrate virtual machines and put the host in maintenance mode. 2. Look up more details in Lenovo Hardware Management Pack, perform detailed hardware diagnostics, and/or replace faulty parts. 3. Reactivate the host.
Target | IBM.HWPRO.VMHost.BladeSystem | ||
Parent Monitor | IBM.HWPRO.VoltageRollupMonitor | ||
Category | AvailabilityHealth | ||
Enabled | False | ||
Alert Generate | True | ||
Alert Severity | MatchMonitorHealth | ||
Alert Priority | Normal | ||
Alert Auto Resolve | True | ||
Monitor Type | IBM.HWPRO.RegexEventLogManualReset3StateMonitorType | ||
Remotable | True | ||
Accessibility | Internal | ||
Alert Message |
| ||
RunAs | Default |
<UnitMonitor Accessibility="Internal" ConfirmDelivery="false" Enabled="true" ID="IBM.HWPRO.BladeVolt.BladeEvent" ParentMonitorID="IBM.HWPRO.VoltageRollupMonitor" Priority="Normal" Remotable="true" Target="IBM.HWPRO.VMHost.BladeSystem" TypeID="IBM.HWPRO.RegexEventLogManualReset3StateMonitorType">
<Category>AvailabilityHealth</Category>
<AlertSettings AlertMessage="IBM.HWPRO.BladeVolt.BladeEvent.AlertMessageResourceID">
<AlertOnState>Warning</AlertOnState>
<AutoResolve>true</AutoResolve>
<AlertPriority>Normal</AlertPriority>
<AlertSeverity>MatchMonitorHealth</AlertSeverity>
<AlertParameters>
<AlertParameter1>$Target/Property[Type="System!System.Entity"]/DisplayName$</AlertParameter1>
</AlertParameters>
</AlertSettings>
<OperationalStates>
<OperationalState HealthState="Error" ID="Error" MonitorTypeStateID="ErrorEventRaised"/>
<OperationalState HealthState="Warning" ID="Warning" MonitorTypeStateID="WarningEventRaised"/>
<OperationalState HealthState="Success" ID="Success" MonitorTypeStateID="ManualResetEventRaised"/>
</OperationalStates>
<Configuration>
<ComputerName>$Target/Host/Property[Type="Windows!Microsoft.Windows.Computer"]/NetworkName$</ComputerName>
<LogName>Application</LogName>
<EventSourceName>Director Agent</EventSourceName>
<EventDisplayNumber>18</EventDisplayNumber>
<RegexDescription>.*Event ID: (13654425[7-9]|136544260|136545409|13654541[0-2]|13654630[5-8]|243467266|243468290|243475458|243476482|243483650|243484674|243491842|243492866|243516418|243517442|243532802|243533826|243598338|243599362|243663874|243664898|243770370|243771394|7146700[8-9]|7146701[0-2]|67207168|111|7130854[5-6]|7130931[3-4]|100881664|100882432|100889856|100890624|134222848|134223872|134222849|134223873|134419584|134420608|134427776|134428800|134436096|134436864|134452352|134453376|134468864|134469632|134484992|134486016|134722560|134723584|167820290|167816194|168041474|168037378|168279042|168274946|167975938|167971842|167959554|167955458|167992322|167988226|168000514|167996418|100761600|167959552|167955456|167975936|167971840|167992320|167988224|168000512|167996416|168025088|168020992|168041472|168037376|168279040|168274944|167959553|167955457|167975937|167971841|168000513|167996417).*</RegexDescription>
</Configuration>
</UnitMonitor>