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Eaton Intelligent Power Software Suite, Gold

1. EEGSG6EECGOD 090060609000 Lp Poda LL praia ii xr EE Te J adora raa muc mna Corina In e om e Page geg ee I vgl m MODE 1504 37 Liggen A bmj ue ger zm ars 1 F d Figure 62 Applications List View Page Sharing Sub views A customized sub view is attached to the user that created it It is private The customized sub view is marked with a small man next to the icon of the sub view see Figure 63 Views 4 Views Els Views JO Views 31 Node List Node List 22 Subview example bs Subview example o o Power Source va Power Source D O e a Node Map a 4 Node Map Figure 63 Shared View with Marker left and Public View without Marker right If the owner of the sub view wants to allow others to use the sub view he needs to share the view Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 55 Supervision To share the view 1 Right click the view to open the contextual menu see Figure 64 Create a sub view Create a sub view fram Share this view Revert this view Figure 64 Contextual Sub view Menu 2 Click Share this View see Figure 65 Node List T 5 Mame Description Location Contact 3 Node List 3 Type UPS La Type Create a sub view GR type Create a sub view from GA type by upss2mbd Dell UPSRa Computer Computer 31 002 mio Dell UPS To Computer 35211 mb Eaton SFX Comm Lab Eos Team i e 6 39 250 Evolubon 85
2. 3 Ensure that the Infrastructure Connectors checkbox is selected checked 4 Click Save Edit modules settings Management Shutdown Iv Infrastructure Connectors Data Center Management Iw User drivers Redundancy Figure 132 Enable Infrastructure Connectors Setting for Virtualization Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 121 Storage AQ Views HEJ Views g Node List SS Node List Q Status OK Intelligent Power Manager Infrastructure Connectors Hostname or IP address Plugin State g Product NetApp Storage 1 Item nas05 mbt lab etn com Connection State s Logout admin ig Add a connector Help Y Product NetApp Storage Q status Warning a Status Critical a Status Communication Lost vesxi07 mbt lab etn com New VMware ESX ESXi g Product New VMware ESX ESXi 2 Items Q Power Source og Node Map HEJ Events g Events List Events Calendar amp c3 Management A Nodes Settings Led Nodes Upgrade 3 Sj Settings A Auto Discovery C Actions vesxi08 mbt ab ein Com gj Product New VMware ESX ESXi through vCenter 6 Items vesxi03 mbt lab etn com vesxi04 mbt lab etn com vesxi0S mbt lab etn com vesxi12 mbt lab etn com vesxi13 mbt lab etn com vesxi14 mbt lab etn com ooooooQ New VMware ESX ESXi ware ESX ESXi through Aware ESX ESXi through Aware ESX ESXi through ware ESX ESXi through
3. a Status Critical Status Communication Lost g Product New VMware ESX ESXi 2 Items vesxi07 mbt lab etn com Y Power Source og Node Map HEJ Events g Events List Events Calendar amp c3 Management YA Nodes Settings Led Nodes Upgrade 3 Sj Settings A Auto Discovery C Actions vesxi08 mbt ab ein Com gj Product New VMware ESX ESXi through vCenter 6 Items vesxi03 mbt lab etn com vesxi04 mbt lab etn com vesxi0S mbt lab etn com vesxi12 mbt lab etn com vesxi13 mbt lab etn com vesxi14 mbt lab etn com Logout admin Help amp ig Add a connector Connection State Product y O NetApp Storage F Aware ESX ESXi ware ESX ESXi ware ESX ESXi through ware ESX ESXi through Aware ESX ESXi through ware ESX ESXi through ware ESX ESXi through ware ESX ESXi through ooooooQ Shutdown gj Product New VMware vCenter 1 Item Y Data Center Management system C Log o User List w VMware vCenter vcenter02 mbt lab etn com Figure 84 System Settings Page When a user tries to add a connector by Settings gt Infrastructure Connectors gt Add a connector the sequence if screens show options available depending of the JRE prerequisite see Figure 85 The unselectable options are italic and grayed out e If any JRE is not installed on the system hosting Eaton IPM only legacy virtualization connectors can be selected legacy for VMware but new conn
4. Aware ESX ESXi through ware ESX ESXi through we Shutdown gt Infrastructure Connectors Y Data Center Management system E Log o User List gj Product New VMware vCenter 1 Item w VMware vCenter vcenter02 mbt lab etn com Figure 133 System Settings Page 5 Add identification information for the selected connector see Figure 134 e Product Select NetApp storage from the drop down list e Hostname or IP address Type the NetApp IP address e Username Type NetApp Administrator Username with admin rights on the NetApp e Password Type NetApp Administrator Password 6 Click Save after the fields are updated Add a connector Product NetApp Storage Hostname or IP netapp01 mbt bb etn com address Username root Figure 134 Add NetApp Password Configuration You can configure the node and add a Power Source in the Node Configuration Panel see 122 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Shutdown Storage Shutdown Settings Z Select a Power source ups01 mbt lab etn com Load segment Master output duration 120 second s de YT y r WS a LET ug ds E Master Shutdow SES imi a Master Si value ul 1 second s Figure 135 Node Configuration Panel Check select a checkbox to identify this settings you would like change Add identification information for the selected settings e Power Source The UPS powering thi
5. Eaton Intelligent Power Manager IPM User s Guide ECN Powering Business Worldwide Eaton is a registered trademarks of Eaton Corporation or its subsidiaries and affiliates Google Chrome is a trademark of Google Inc HyperTerminal is a registered trademark of Hilgraeve Linux is a registered trademark of Linus Torvalds in the United States other countries or both Microsoft Internet Explorer Vista and Windows are registered trademarks of Microsoft Corporation in the United States and other countries Mozilla and Firefox are registered trademarks of the Mozilla Foundation National Electrical Code and NEC are registered trademarks of National Fire Protection Association Inc Phillips is a registered trademark of Phillips Screw Company All other trademarks are property of their respective companies Copyright 2013 Eaton Corporation Raleigh NC USA All rights reserved No part of this document may be reproduced in any way without the express written approval of Eaton Corporation Class A EMC Statements FCC Information ICES 003 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 when the equipment is operated in a commercial environment This equipment generates uses and can radiate radio frequency energy and if not installed and used in accordance wit
6. Password E SNMPv1 SNMP community name 7 SNMPv3 2 NUT Mo specific authentication parameter Figure 9 Range Scan Dialog Box 18 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Configuration Address Scan 11 IT DH This type of node discovery performs a single address scan or for several IP addresses separated by the character T In the Address es Scan dialog box edit IP addresses to scan e You can check select the Force node s creation checkbox to create a node with an IP address even if the scan operation did not identify the device e You can also check select the Override global authentication settings checkbox to specify authentication parameters that are different from global scan settings see Figure 10 NOTE The option Force node s creation will create empty nodes if the scan operation did o not identify the devices Then it is possible to assign a different driver to the nodes created see Address es scan Address 10 130 32 174 7 Force node s creation V Override global authentication settings 2 XML Username admin Password 9 SNMPv1 SNMP community name public 7 SNMPv3 9 NUT No specific authentication parameter Figure 10 Address es Scan Dialog Box Example 1 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 19 Configuration 20 Address es scan Address 143 45 67 8
7. Password Pritt E es Recipient Ex sysadmin amp ser ver com Intelligent Power Manager shutdown alarm from hostname shutdown alarm from hostname Figure 17 Create New Action Dialog o NOTE The fields are required 24 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Configuration E mail Notification Actions You can set e mail notifications for specific events in the Edit Action dialog box see Figure 17 First set the event filter to specify the event trigger Then set the e mail notification criteria Events Filter You can filter the action according to the following e Event criticalities Critical Warning Normal and Communication Lost NOTE With this parameter you can filter the notification according to the event level see Node Events List on page 61 If you select Critical as the filter you will not receive the associated Normal event informing that the device status changes from Critical to Normal e Event category All Events Alarms Shutdown events Power events and Measures NOTE The pen icon allows you to select and edit the event category e View he view that triggers the event e mail Criteria To receive e mail on UPS events You must indicate the SMTP server address and recipient e mail address Both logins and passwords are used when the SMTP server requests authentication For advanc
8. Rev 2 User Drivers User Driver Editor Dialog When Settings gt Auto Discovery is selected the Nodes List page displays Select the User driver editor button to display the User drivers editor dialog The dialog provides the following data e he left panel lists the drivers e When a driver is selected in the left panel the details of the selected driver are provided in the upper right window panel e Below the selected driver details a table lists all rules defined for the selected driver NOTE A rule defines the relationship between a source object name and a destination o object name e Buttons are provided at the bottom of the dialog to manage drivers and driver rules Figure 128 illustrates the User drivers editor dialog User drivers editor UPS 7 NUT Protocol hl NAS Buttalo SNMP NAS HP SNMP Driver name IM NAS NetApp SNMP Type NAS Netgear SNMP PDU NUT Protocol MINAS Gnap SNMP Protocol UPS RFC1828 SNMP ANAS Synology SNMP ly Scan active Check with this addressfname Device identification Alarm posing rate Measure poling rate Destination object Source object Conversion rule Description 3 5 1 2 1 33 1 1 2 1 STRING Contact 3612114 STRING Location 3 6 1 2 STRING Lirik STRING hitp A Serial number 21331150 STRING Active power VW 133144141 VALUE Percent load 591 22 331 541 51 WALUE UPS nominal apparent power 1331850 VALLE UPS nominal active po
9. 1 From the left side Views panel of the Eaton IPM main interface window select the Settings gt System menu item The System page displays 2 Click Edit modules settings in the right panel The Edit modules settings dialog box displays see Figure 22 3 Ensure that the Infrastructure Connectors checkbox is selected checked 4 Click Save Edit modules settings d Management Figure 22 Edit Modules Settings Infrastructure Connectors Add the Component To add a Cisco UCS Manager 1 From the left side Views panel of the Eaton IPM main interface window select the Settings gt Infrastructure Connectors menu item The Infrastructure Connectors page displays see Figure 23 2 Click Add a connector in the right panel The Add a connector dialog box displays see Figure 24 30 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Views aS Vews Sanus a Heda Ups zc Events z Eum Lad W Forni Calendar 2 3 Maga mene L odes Seen ld bodes Upgrade 3 eingi Ay auto Dacovery Harga intelligent Power Manager Infrastructure Consecter Hoehne or E ad Pugin Snape Corazon Braig 3 Product Cisco UCS Manager 1 Item d Product Coco LAOS Component tuminah CSH Hanasger 6 Mem chaps EM rocha EI E NLT TEE E ele WyA Chii 15d Configuration mucha dm 7 niragructrg Connectors 5 eye chasse E Los User Lour Figure 23 Select Add a Connector Add a connect
10. 101070070 DECIDA WesbSMMP mo A UPE Location Contre ro Leer Language erger _ A a HEN SINN TES berm Actas YES Sec andi ela tlie VER Sie Se Mr Cal Cre ge Se AA ip MR Tat Perzterra Dsg Ht fs ation Baz andi ise Ba WPS Shutdown and Restart Settings La Sogn lo Taa T rr S Beles Seeman Taaa LE ag libre alia Si e Ci 4 Le Se gee ET eye he aa st Delay Beles Segment E Load Segre k Ree i Shel doen hol ET KC Line rr ge 1 Segment d x Seg red il 2 Figure 120 UPS Shutdown and Restart Settings Use Case 2 You want to have a shutdown after a predefined time of 10 min The shutdown must occur even if only one UPS is on battery e he IPM default configuration is available from Settings gt Shutdown gt Edit Shutdown Configuration see Figure 121 e In this case each server can have its own shutdown timer 10 min 8 min 6 min To set a predefined time of 10 min configure the shutdown timer for 10 min in the Edit Shutdown Configuration dialog box NOTE This is the default configuration on the Network Management Card see Use Case o 1 on page 102 Edit shutdown configuration Shutdown Shutdown timer second s 600 Shutdown duration second s 120 ha Shutdown type Hibernate Shutdown script Save Cancel Figure 121 Edit Shutdown Configuration Dialog Box Use Case 3 You want to start shutdown 10 min from the last detected Utility failure event For this case t
11. e Check button Enabled only if an address or a name is typed in the Check with this address name entry box See Rule List on page 113 for more information e Protocol Protocol field either SNMP or NUT SNMP Provides support of SNMP v1 and v3 driver NUT Provides support of NUT client Interface e Device identification Defines the device identification used for device recognition during discovery For SNMP device use the SysOID value or use the root OID of the device if the SysOID is not managed by the device e Alarm polling rate Defines the polling rate for objects of type alarm Information type data are acquired only once at driver reset e Measure polling rate Defines the polling rate for objects of measure type NOTE Measure data type polling can be performed simultaneously with alarm data type o In this case only one task will be cyclically executed Rule List The table on the right side of the User drivers editor dialog lists defined rules associated with the selected driver e Source object name source object name of the data to acquire in the device e Destination object name internal object name managed by the IPM application NOTE A destination object can be defined by several complementary rules For a same o destination object if a rule is not applicable it takes the next rule defined in the list The Check button in the Rule list table header is used to compute and display the result for
12. each powered off VM is migrated to another host unless there is no compatible host available for the VM in the cluster While in maintenance mode the host does not allow deployment or power on of a VM VMs that are running on a host entering maintenance mode need to be either migrated to another host or shut down either manually or automatically by DRS When no more operating VMs are on the host the host s icon changes to include under maintenance designation and the host s Summary panel indicates the new state The default automation mode of a VM determines its behavior when the host in a DRS cluster it is running on enters maintenance mode e Any fully automated VM is migrated automatically e For a partially automated or manual VM a recommendation for further action is generated and displays Configuring Maintenance Mode Behavior in vCenter To configure the maintenance mode feature behavior enable the DRS in Fully Automated automation level with following steps 1 Open the vCenter server in a vSphere client 2 Right click and select Cluster gt Edit Setting gt Turn on VMware DRS Click Next and accept all default values NOTE With this example you choose to move all the VMs from this server to another server of the same cluster You can also define other behaviors according to your needs Configuration Test To test the installation please perform a power failure on the UPS and check on vSphere client that
13. 1 mbt lab etn com address Username Password Figure 101 Add Citrix XenServer Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 89 Virtualization Adding a XenCenter Because Citrix XenCenter is a Client and not a Manager you can install a plug in on the system where XenCenter is installed see Figure 102 This plug in allows you to use Eaton IPM in XenCenter To add a new XenCenter 1 From the Add a Connector dialog select Citrix XenCenter from the Virtualization drop down list A second Add a connector dialog displays for your product connector selection 1 Add identification information for the selected connector see Figure 101 e Product Citrix XenCenter is already selected in the drop down list e XenCenter Plugin Select the checkbox to use Eaton IPM in XenCenter 2 Click Save after the fields are updated Citrix XenCenter Figure 102 Add Citrix XenCenter Eaton Solution for Red Hat 90 For Red Hat the Eaton IPM provides the solution architecture illustrated in Figure 103 This solution requires Eaton IPP Windows This solution provides the following feature e Provides graceful shutdown for KVM with Eaton IPP installed on each KVM system NOTE For more information refer to the Eaton Intelligent Power Protector IPP User s Guide Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Virtualization VM VM VM VM Figure 10
14. A second Add a connector dialog displays for your product connector selection 2 Add identification information for the selected connector see Figure 93 e Product VMware ESX ESXi is already selected in the drop down list e Hostname or IP address Type VMware ESX ESXi Hostname or IP address e Username Type VMware ESX ESXi Administrator Username for the Administrator with admin rights on the ESXi e Password Type VMware ESX ESXi Administrator Password 3 Click Save after the fields are updated Add a connector Product VMware ESX ESXi legacy API Hostname or IP vesxi 1 mbt lab etn com address Username root EFE Cancel Figure 93 Add VMware ESX ESX VMware Site Recovery Manager Eaton developed a package to allow the connection between the Power and VMware Site Recovery Manager SRM htto oqgsoftware eaton com instalMwin32 iom UserGuide_VMWareSiteRecoveryManagerlIPM pdf This package provides the following benefits e Starts recovery process on several different events IPM initiates the execution of recovery plan upon several different events e Less down time for end users VMs will be down only for the amount of time required to transfer the latest snapshot and will restart once transfer is complete The unprotected VMs will continue to run on the primary site Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Virtualization e Customization for end users You can customize
15. Auto Discovery Actions y infrastructure Connectors Figure 1 Eaton IPM Node Map Page Washington idaho California Arizona Montana Colorado Now m Vermont Massachusett E M North Dakota A Minnesota Wisconsin South Dakota New York Michigan Nebraska Ohio Illinois Indiana Missouri Kentucky gt oc North Carolina 17 South Carolina Tennessee Arkansas Alabama Mississi Georgia Louisiana y QD Unknown 4 My Lest evert O 14 10 2013 12 51 26 10 130 32 114 The input voltage is in normal range Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Class irk Status Communication EY Communication D Snutdown guration Power Source No power sources Date 14102030 141020130 13 102013 2 13 102013 2 10 10 2013 1 90000077 101020131 ture Reported communication error 2 min 005 Message Communicat 4 Communicat_ Communicat Communicat Communicat Communicat Introduction Compatibility Eaton has tested the compatibility of the Eaton IPM with the following devices and applications NOTE If a device doesn t support the Quick Scan feature it can be supervised if Address Scan or Range Scan operations are performed See Discover Nodes Connected on the Network on page 17 for more information Eaton Devices Table 1 Eaton Devices Eaton Equipment Designation Type Fe
16. Declared Icon State Description power Source runs in battery mode oo 6 m6 E The System Tray Icon correctly receives alarms from the Eaton IPM AC is present on the The System Tray Icon correctly receives alarms from the Eaton IPM The power source The System Tray Icon correctly receives alarms from the Eaton IPM A Warning event occurred on the power source The System Tray Icon correctly receives alarms from the Eaton IPM A critical event occurred on the power source Communication with the power source has failed Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Configuration NOTE Right click the System Tray icon for fast access to the start and stop operations Advanced Events and Actions Customization In the IPM installation folder you can see a configs scripts folder containing a sample userdefined action script sample_user_script js You can modify this script or create new scripts that define very specific events and actions The sample script in this folder provides details about the expected structure and syntax for defining new actions and triggers Advanced Sound Alarm Customization To configure sound alarms on events 1 Inthe file INSTALL DIRECTORY Eaton IntgelligentPowerManager configs config js change the configuration as follows systray soundAlarm false hotifiestionloon s trus notiticationBox true 2 Change soundAlarm fa
17. Figure 106 illustrates an example of the Shutdown Settings Dialog after configuration Shutdown Settings Y Select all Remote Maintenance Maintenance Enabled Maintenance Timer 10 second s F Remote Shutdown Shutdown Enabled Remote Shutdown of the Virtual Machines Enabled Power source 166 99 250 26 Load segment Master output Master shutdown duration 120 second s Master Shutdown after value 60 second s Figure 106 Example Shutdown Settings After Configuration NOTE Maintenance and shutdown information e See Nodes Settings on page 71 to use the configuration interface e The Remote Shutdown functionality is reserved for VMware ESX ESXi and Citrix o XenServer nodes Microsoft HyperV benefits from local IPP shutdown e The Remote Shutdown of VMs is supported on VMware ESX ESXi e The Maintenance Timer must be less than the Shutdown after value Eaton IPP Running on the VMHost If Eaton IPP is installed on the server that is hosting the Hypervisor VMHost Eaton IPP performs the shutdown All the parameters are retrieved from Eaton IPP Configure the Eaton IPP from Eaton IPM in the Node Configuration Panel See Nodes Settings on page 71 to use the configuration interface To configure the node 1 From the Management Nodes Settings menu item click the host in the Nodes list see Nodes Settings on page 71 Eaton Intelligent Power Manager IPM User s Guide
18. From the Settings gt Actions menu item the following types of notifications or executable actions can be set to occur as the result of specific Eaton IPM actions see Figure 16 e E mail e Execute script program e Notification to the local alarm notification box available from the System Tray icon Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 23 Configuration FG Intelligent Power Manager Actions Cl Create new action C Cony selected aation Action Inactive SMTP sener smtp sarver com Wenn sage actor Action name Email on shutdown events Logit admin Test selected actor Event crf calities Ok Warning Critical Communkation Lost Password Event categories Alarms Reciplert sysadmimfbservar com From view Views Subject Intelligent Power Manager IPM Alarms remos selected action Action type Email Message Alarm from nodeNama tate MASSA Digest Every minuta Action active Action name Notification to systray Event orficalities Ok Warning Critical Communication Lost Event categories Alarms Shutdown events From view Views Action te Notification Let eet 19 20 2003 16216 1043013422 The outlet 7 voltage is in nomad range Figure 16 Actions Page Action active Ej Action name Email on shutdown events Event criticalities vo vue EL Event categories Z All events From view Node List Action type Email SMTP server amip SET ver cam Login admin
19. Host UPS PowerFailure On Battery that is triggered from power event see Figure 138 Hministration Plug ins Help CT Inventory gt 8 Hosts and Clusters PC38 DELL 2008 166 99 226 238 VMware vCenter Server 5 0 0 380461 Getting Started Datacenters Virtual Machines Hosts Tasks amp Events Alarms Permissions Maps Multi UPS Management Console View Triggered Alarms Definitions Defined In Storage DRS recommendation This object Storage DRS not supported on host This object Datastore clusteris out of space e This objec Description Alarm thatmonitors aStorage DRSrecommendation Alarm that monitors and alerts connected host that Storage DRSis not supported Alarm thatmonitors when adatastore clusteris outof space Host UPS PowerFailure On Battery E This objec Alarm thattriggers ifhostis on PowerFailure PowerEvents sended by Multi UPSManagement Consc Name g o e e S amp e Datastore capability alarm e This object Thin provisioned LUN capacity exceeded e This objec Datastoreis in multiple datacenters e This object VMKernel NIC not configured correctly a This objec Figure 138 vCenter New Alarm from Eaton IPM Alarmthattriggers if storage array detects thatthe capability requirements arenot met Alarm that triggers if storage array detects that thin provisioned LUN is exceeding capacity threshold Datastore ina datastorecluster is visible inmore thanone datacenter De
20. Hrsg L Far Se F E 17855558 reer 8 Tamm LI Ce ms heey E hi 1 ME mi Erg B z i 1 CH Ca Coach li 1 j nis T M FI Ce E T Jm ES ame a x meg Tew Amr ee Tee Taker bg Ke T E uana T acd m gu F ris al n gag oriy Ze rh Lara 0 F Fr Av UT A DE 24 gate A a ps d Fil G Gite Teri LL na EI p o Bern Digecin a d e ra Che 2 d d e bh Ds ir A E G Diari ran un Figure 141 WebPlugin Host Level Configuring XenCenter Plug in Prerequisites The Eaton IPM must be installed on the same machine as Citrix XenCenter M Check XenCenter Plug in Installation e In the virtualization panel check the box XenCenter Plugin to install XenCenter Plug in see Figure 142 You see the Plugin in XenCenter gt Tools gt Plugins e If not click Re scan Plug in Directory see Figure 143 e Ensure that the Eaton IPM checkbox is selected Add Manager or Hypervisor List Product Citrix XenCenber xenCenter Plugin Figure 142 Add Manager or Hyperviusor List Dialog 128 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Extended Functionality This dialog shows the list of Plugins in the Plugin directory To enable a Plugin select its checkbox 4 Eaton a kel IPM Intelligent Power Manager Details ententer Plugins online Re Scan Plugin Directory Figure 143 Plugin Directory Rescan Eaton Intelligent Power Manager IPM User s Guide v1 4
21. NETAPP FAS2040 Series i e FAS 2040 HP X1400 G2 Network Storage oynology9 RS812 e NETGEAR ReadyNAS 2100 ONAP TS 559 e BUFFALO LinkStation TeraStation Network UPS Tools NUT enabled devices Generic Driver Quick Scan Supervision Eaton IPP Management The Eaton IPP can be remotely managed configured and updated using Eaton IPM supervisory software Using the Eaton IPM you can perform mass configurations and mass updates of Eaton IPP applications The Eaton IPM can also remotely perform the following e Display an Eaton IPP configuration e Configure a single Eaton IPP e Synchronize multiple Eaton IPP configurations e Trigger Eaton IPP upgrade Performance Evaluations To provide a performance evaluation Eaton has tested the following configurations Test with Machine 1 server Dell PowerEdge 2900 e CPU Intel Xeon 5130 dual core 2GHz e Memory 2Go DDR2 666MHz e HDD 2 HDDs 67GB 7200 rpm RAID 0 Mirroring e OS Microsoft Windows Server 2008 64 bits 4 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Introduction Test conditions during 40 hours e 1300 nodes including 50 real mainly Eaton IPMs and Network Management Cards e Average CPU load 20 3096 e Memory load 200 300MB Test with Machine 2 typical PC e CPU Intel Core 2 Duo 6600 2 4GHz e Memory 2Go DDR2 e HDD 1 HDD 220 GB 7200 rpm e OS Microsoft Windows Vista Enterpr
22. R 0 Protection lost active active 4 failures P 0 R20 P 0 R 0 Protection lost active P 0 R 0 Protection lost P 0 R 0 Protection lost Protection lost active active active Redundancy Compatibility The following UPSs and topologies have been tested in redundant mode Other topologies or UPSs may work but have not been tested Table 14 provides a compatibility list for single ohase UPSs and Table 15 provides a compatibility list for three phase UPSs Table 14 Redundancy Compatibility Single phase UPS UPS Parallel Multiple Feed Hot Standby STS 9120 9130 9135 n a NET USB n a NET USB Eaton 5P 5PX Evolution n a NET USB n a NET USB Evolution S Pulsar EX 700 3000 n a NET USB n a NET USB Eaton 9SX 9PX n a NET USB n a NET USB Pulsar MX 1 1 NET n a n a n a Pulsar MX Frame 16 U n a NET USB n a NET USB EX RT n a NET NET NET NOTE n a Not applicable NET Acquisition through the network card USB Acquisition through the USB NET Behavior has been implemented but has not been tested 106 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Redundancy Table 15 Redundancy Compatibility Three phase UPS UPS Parallel Multiple Feed Hot Standby STS Blade UPS NET NET n a n a 9x55 9155 and 9355 NET NET n a n a 9390 NET NET n a n a 9395 NET NET n a n a Eaton 9E Essential n a NET n a n a NOTE n a Not applicable NET Acquisiti
23. Status Shutdown imminent UPS internal failure UPS overload UPS master on Utility present Redundancy lost Protection lost Automatic bypass in tolerance On automatic bypass On manual bypass UPS master shutdown delay s UPS outlet 1 shutdown delay s UPS outlet 2 shutdown delay s UPS master startup delay s UPS outlet 1 startup delay s UPS outlet 2 startup delay s PDU outlet x shutdown delay s PDU outlet x startup delay s Communication Lost Input UPS input voltage V UPS input current A UPS input frequency Hz UPS automatic bypass voltage V UPS automatic bypass current A UPS automatic bypass frequency Hz PDU input voltage V Output Active power W Apparent power VA UPS outlet 1 on UPS outlet 2 on UPS outlet 1 active power W UPS outlet 2 active power W UPS power factor UPS output voltage V UPS output current A UPS output frequency Hz PDU number outlet PDU outlet x number PDU outlet x name PDU outlet x switchable PDU outlet x on PDU outlet x voltage V PDU outlet x current A PDU outlet x apparent power VA PDU outlet x active power W Battery Battery charging Battery discharging Battery low Battery fault Battery capacity Battery runtime s Battery voltage V Environment Environment communication lost Environment humidity alarm Environment tempera
24. action so no composite device o duplication is possible Redundancy Views 100 Selection View in Node List When a composite device is selected in the node list the Selection view panel provides the following information see Figure 115 e Information panel and Status panel Displays composite device settings e Events panel Displays events from the composite devices and all related child components e Power components panel Displays component states including load level and battery run time AG Intelligent Power Manager E Views Suba Hame Descripbon s Node La LPUX 6 eee Lal zi ij Power Source Windows NT S 01 03 O My VPS 45 Power Components a Node Maa Sj Events Events Lat Ae Everts Calendar aS Management L Nodes Semngs Weyl Redes Upgrade 3j satngs Eh Auto Discovery O Actens WI shutdown As stem EJ Log S User Lat Windows NT 6 01 00 Deseret Virtual Power escrenen Source Windows HT 5 01 03 Redundancy mode Redundancy Lia 6 32 29 0 2 level Parabel Wiedows NT 5 01 03 Lnux2 B8 1B128E5X GOOGLE DBO10634 POU_T E iL Fy Eaton e MA TP IN Date Message Ak Eaten ePDU AH TP IN D5 14 11 10 28 D mantar comic T Eaten FDU MA pn Ca 1 10 Censo contact 1 Eston PDU MA TP IN b5 12 11 10 28 0 Commanicabon r A EH v Eveluban 550 J E vouton BED Eveluboa 650 Even B50 Power Components Status Nome Losd Batery o0 CM ii U o Tn Inn LX Frame 181 120 RT 1
25. button 2 on the Node Map title bar provides tools to modify the map see Figure 67 e Change theme offers three kinds of icons representations small tower icons large tower icons and large rack icons e Manage backgrounds allows you to import a new background image in the supervision tool png jpeg and gif picture format types are supported You can select a background already in the supervision tool for the map or remove the background images e Regroup nodes rearranges the icons position on the Map e Add a label allows to create a userdefined text and to place it on the Map through drag and drop O NOTE To delete a label right click the label and then click Delete Change theme Manage backgrounds Regroup nodes Add a label Ww 2 Set access parameters L Edit asset Figure 67 Contextual Tools Menu Map Examples This section provides examples of the following maps e World Map View e Country Map View e Server Room Map View Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 57 Supervision 98 2 41 11 loo a Der Geese Giese Gee inte m sd mi Figure 68 World Map View Figure 69 Country Map View Be A A aapa i j oa P m map pu i ID sd E hat Ines rae i a D et je BEEBE p me F cd e Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Supervision Manager Back Bang HI Dr ES ec a HH IT Le Denis
26. creation of new type of events that can be trigger type alarms alarms that trigger an action Checking for vCenter Plug in Registration To verify that the Eaton IPM plug in is registered in vCenter 1 In the VMware vSphere Client select the Plug ins gt Manage Plug ins menu item see Figure 136 2 Locate the Eaton IPM Plug in for vCenter in the Plug in Manager see Figure 137 Se PUZINWHP9000432 vSphere Client Figure 136 vSphere Client Manage Plug in Menu Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 125 Extended Functionality 126 gt Plug in Manager Plug BE in Mame Vendor Version Status Description Installed Plug ins eh VMware vEenter Storage Monitoring Service i Center Intelligent Power Manager Plug in i vCenter Hardware Status i vt erter Service Status Available Plug ins xs Center Operations Standard E Help Figure 137 vCenter Plug in Manager Events and Alarms VMware Inc 5 0 Enabled Storage Monitoring and Reporting Eaton Enabled Management and control of power distribution VMware Inc Enabled Displays the hardware status of hosts CIM monitoring VMware Imc Enabled Displays the health status of venter services YMware Inc D Mo client side d Center Operations Standard A iar After the vCenter Eaton Intelligent Power Manager Plug in is registered the Eaton IPM creates a new alarm
27. e Battery Fault Count e Internal Failure Count Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 51 Supervision Subviews 52 e Overload Count e Warning Alarm Count e Critical Alarm Count e Output Off Count e Communication Lost Count O NOTE This information depends on device capabilities Statistics 7 days Communication between card and device lost The UPS output is off Network communication with device lost Estimated consumption 2r 54 kv A h Power lost count E Cumulated power lost time B min 42 s LIPS fault 3 UPS overload 1 02 17 09 12 00 00 am 02 23 09 11 59 59 pm Figure 57 Statistics Panel Power Components Figure 58 illustrates the Power Components View This panel displays the components of a redundant UPS system if the Redundancy feature is activated see Chapter 8 Redundancy on page 97 Power Componente Type Sint Mame Load level Battery capacty Battery run 100 Thi5mas Hmmm es DD 100 40min 25 Figure 58 Power Component View Sub view of Power Source View Defining Sub views When you need to monitor large configurations It is helpful to define several sub views and then filter the nodes or events in these categories You can select many criteria in order to organize your tree To define a sub view 1 Select a view in the Views gt Node List such as Category Devices or Location HPO Finland see Figure 59 2 Right
28. ePDU M iP POU Network M User Note ELL G Wa Del SHM Hardware hipika KAS HPI GUMP f Lg n amp s nelgear WAS Netgear name 2100 Unir Type WW Ka Ka VW g J d T x J g ig Vi w T L L S Ke La La a La E E E 0000000000000 oeoooooooomo Figure 44 Adding Columns in Node List View Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Supervision Flexible Panels View To select which panels display in the view 1 Select a device applications in the list and Select panels displays in the right side of the window 2 Click the bar title to collapse extend the panel 3 You can also show ES or hide 7 all the views menu or selection view menu A Click the selection button 227 to select which panels you want to add in the selection view see Figure 45 Select panels M Information v Status Outlets Iz Miessu res Ir Environment Graph Synoptic W Power Source V Powered Applications IN Events Statistics 7 Power Components Other data Figure 45 Panel Selection Dialog Box NOTE Some of the panels are only available for specific node types Information Panel The following node information displays in this panel see Figure 46 e 166 99 xx yy DNS name or IP address displayed near the status icon e Description Commercial product name e Nominal Apparent Power Device load capacity in VA e IP address Device IP address
29. each rule according parameters The result is computed with the address or the name entered for Check with this address name The Check button is enabled only if an address or a name is entered Rule Editor Dialog The Rule editor dialog allows you to create add edit or delete a rule As part of defining the relationship between a source object name and a destination object name conversion rules and parameters are selected and applied in this dialog To edit or create a rule on the Edit rule dialog you need to enter the following e Destination object name e Source object name e Conversion rule and conversion parameters conversion help files automatically display when a conversion rule is entered Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 113 User Drivers 114 When the rule is created you can test the rule using the Check result button See the following section Buttons for a description of the Check result button Figure 129 illustrates the Rule editor dialog Rule editor Destination object name Utility present Manage user defined objects Source object name 1 3 6 1 2 1 33 1 4 1 0 Conversion rule LIST Conversion parameter 1 1 2 1 3 1 5 0 6 1 7 1 conversion New Source result Check result Figure 129 Rule Editor Dialog Buttons The following buttons allow you to create and test rules on the Rule editor dialog e Manage user defined
30. filtered view allows you to view the devices O whose location field contains the value Computer Room Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 53 Supervision 54 View filter rules Addrule Delete rule IC Object Operation Value Category Type Ki Devices DEW Ed Location contains Coomputer Room Save Cancel Figure 61 View Filter Rules Dialog Box As the result of creating a subview The following default information appears in the Applications List View page see Figure 62 Type Application Status Status criticality of the server Name Value configured in the Applications screen by default this is an IP address or a DNS name Description Operating system Power source UPS that powers the Eaton IPP application computer Estimated Run Time to shutdown Operating time in the event of a utility supply loss Shutdown duration Duration needed by the system to carry out its shutdown procedure in seconds Power Source shutoff After the application is stopped this information shows whether the power source is stopped or not Outlet group UPS load segment Link Link to the Web supervision interface of the Eaton IPP or Network Shutdown Module V3 module Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Supervision NOTE The Eaton IPP or Network Shutdown Module V3 running on other computers in the o network can be monitored in this view
31. hosts in the cluster and place any operating VMs that are not highly available in a saved state Place all operating VMs Into a saved state NOTE Refer to Microsoft Hyper V reference on 134 Understanding Live Migration Live migration is a Hyper V feature in Windows Server 2008 R2 The failover clustering feature must be added and configured on the servers running Hyper V Live migration allows you to transparently move operating VMs from one node of the failover cluster to another node in the same cluster without a dropped network connection or perceived downtime In addition failover clustering requires shared storage for the cluster nodes This can include an iSCSI or Fiber Channel Storage Area Network SAN All VMs are stored in the shared storage area and the running VM state is managed by one of the nodes O NOTE Refer to Microsoft Hyper V References on page 134 Configuration Test To test the installation perform a power failure on the UPS On the Microsoft System Center Virtual Machine Manager SCVMM console verify that the corresponding Hyper V host enters in Maintenance mode after the Maintenance mode timer HyperV machines must be started before the machine that is hosting the SCVMM The SCVMM service needs some time to refresh its status If the starting sequence is not correct the HyperV stays In Maintenance mode VMware References Eaton and Virtualization e http www eaton comf vi
32. installation Finish Cancel Figure 2 Welcome Screen 3 Read the application description Type the login and password and click Login see Figure 3 O NOTE The default entry for login and password is admin AQ Intelligent Power Manager What is Eaton Intelligent Power Manager Login 16 Password e Ideal for monitoring and managing multiple power and environmental devices Intelligent Power Manager software from Eaton delivers a global view across the networt from any PC with an Internet browser e Exceptionally versatile the software is compatible with any device supporting a network interface including other manufacturers UPSs environmental sensors ePDUs shutdown applications and more e Inteligent Power Manager also offers the ability to organize a management table by groups centralize alarms and maintain event logs for preventive maintenance of the entire instaled equipmen Figure 3 Login Screen Configuration When started the application automatically performs a discovery using the Quick Scan option e Using the Quick Scan operation you will discover the following through broadcast Network Management Cards Network MS ex 66102 103006826 and Modbus MS ex 66103 PXGX2000 PXGX UPS ConnectUPS BD ConnectUPS X ConnectUPS MS Intelligent Power Protector Network Shutdown Module V3 new Eaton ePDU new HP UPS Card new Dell UPS Card or new IBM UPS Card e Display the discovere
33. ja pF a o dior fain dl Su deo Se Leah en d e ion Z Figure 77 Nodes Settings View Single Card Settings Eaton IPM can configure a remote Network Management Card To configure a remote Network Management Card administrator access 1 Nodes Settings 2 Select one node one card from the Node List page see Figure 77 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 mia cade From the left side Views panel of the Eaton IPM main interface window select the Management gt 71 Advanced Management 3 Click the Node List button select Set Login Parameters and enter the card Login and Password The access status changes from Access Denied oid to Access OK Ca After a few seconds the Node configuration panel is updated 4 Click on the Edit button or load a previously saved configuration 5 Inthe Network Settings Configuration dialog box check the parameters you want to change and type the new values see Figure 78 Network Settings Configuration Hostname IP Address Subnet Mask Gateway Domain Name DHCP Enabled Primary DNS server Secondary DNS server SMTP Server email myb5mtpserver SMTP Authentication Figure 78 Network Section 6 Click Apply to apply to the selected node card NOTE The parameters that have different card and configurations values unsynchronized are indicated by the sign 7 Select the parameters
34. load A second application called VMware vMotion used in conjunction with DRS will enact movement of VMs from physical server to physical server in order to provide the best load balance 130 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Extended Functionality The Distributed Power Manager DPM application helps to maximize data center electrical power efficiency It checks DRS for physical server utilization and then using vMotion moves VMs to servers in order to fully unload servers idle them or power them down for maximum power Savings Eaton uses the same vMotion capability when a UPS is in a critical power situation to move VMs off of a server that has a critical power situation Eaton IPM then writes alarms alerts into vCenter which in turn triggers vMotion VMware uses the term setting a server into Maintenance mode to trigger the vMotion It is called this because before performing maintenance on server the data center manager needs to clear the VMs from the server Understanding Maintenance Mode Both standalone hosts and hosts within a cluster support the maintenance mode Only VMware ESX ESXi Server 3 0 and later supports maintenance mode for standalone hosts A host enters or leaves maintenance mode only as the result of a user request If the host is in a cluster when it enters maintenance mode the user is given the option to evacuate powered off VMs If this option is selected
35. name 1 From the Rule editor dialog click on the Browse source object name button The object list is built automatically when the window opens NOTE You can pause the object list acquisition at any time using the Pause button 2 The Restart button restarts the object list acquisition from the beginning 3 The Cancel button aborts the object list acquisition 4 Select the appropriate object in the list and then click OK Conversion Rules The following notes apply when defining the conversion rules in the Rule editor dialog e The rules are evaluated in the order of the rule list e Several rules can define the value of the same destination object e Several rules can use the same source object Table 17 provides a list of conversion rules Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 117 User Drivers 118 Table 17 Conversion Rules Rule STRING VALUE MULT LINEAR String Format STRING formatString Without parameters No conversion Just transfers source object value as a string to destination object With parameter the destination object is created and its value is fixed Normalized field can be used STRING My Device STRING http hostname default htm STRING value Fields in brackets are replaced by correspondent value if defined Available fields are hostName ipAddress value object UPS PowerSummary iProduct Forma
36. network segment and nodes that are not compatible with the Quick Scan feature e Refer to the Compatibility list to determine if your node supports the Quick Scan feature Optional To set the computer running Eaton IPM to shut down in the event of a power failure 1 Select Settings gt System The Edit modules settings dialog displays 2 Select the Shutdown checkbox on the Edit modules settings dialog see Figure 5 The Shutdown menu selection displays in the Settings menu hierarchy list see Figure 6 Edit modules settings Y Management Y Shutdown Y Infrastructure Connectors 7 Data Center Management dl User drivers 7 Redundancy Figure 5 Edit Modules Settings Dialog 12 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Installation Views 3 3 Views JER Node List y amp Node Map 3j Events JE Views EE 3 Node List Q Power Source ug Node Map a LJ Events 3S Management fg Nodes Settings Led Nodes Upgrade 34 Settings Ag Auto Discovery _ Actions gp Shutdown Y Infrastructure Connectors d System Ge ki User List 3 3 Management fd Nodes Settings l g Nodes Upgrade gt Settings 44 Auto Discovery Actions Y Infrastructure Conne d System Log Gh User List Figure 6 Shutdown Displays in the Settings Menu Hierarchy 3 From the Settings gt Shutdown page assign the following e P address of the UPS that powers the local computer po
37. normal range The input voltage is in normal range The input x is In normal load The section x current is in normal range The section x voltage Is in normal range The outlet group x current is in normal range The outlet group x is in normal load The outlet group x is on The phase x output load is in normal range The output frequency Is in normal range The output load is in normal range The output voltage is in normal range a WARNING A problem occurred on the UPS device Your application is still protected Warning Event List UPSs ePDUs Applications Generic devices The system is powered by the UPS battery Output on automatic bypass Output on manual bypass Humidity is below low threshold Humidity is above high threshold Temperature is below low threshold Temperature is above high threshold Warning Alarm a generic Warning alarm is active on the device The device is under its load alarm threshold The device is over its load alarm threshold Protection lost Redundancy lost Shutdown in lt time gt Remote Communication Error remote communication or configuration issue is detected Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Supervision O CRITICAL A serious problem occurred on the UPS device This problem requires an urgent action Your application might NOT BE powered Critical Event List UPSs ePDUs Applications Generic devices e The UPS output is off e The o
38. objects Allows you to define your own object list to link for a specific device type e Browse source object name Builds a list to help you to select the appropriate source object from a list of value e Check result Used to compute the rule result according the given parameters The source result and the final rule result are both displayed NOTE The Check result button is enabled only if address or the name is entered for Check O with this address name on the User drivers editor dialog e ok Accept changes e Cancel Do not accept changes Destination object name This field defines the name of the destination object in the Rule editor dialog Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 There are two ways to select the destination object name User Drivers e Select a well known and predefined object which is a standard object managed by the IPM application from the standard objects list in Table 16 e Select a specific user defined object when the needed object is not defined in the standard object list Table 16 lists the standard objects used by the Eaton IPM Table 16 Standard Objects Information Name Description Contact Location Link Serial number Communication description Platform Mac address Version Manufacturer UPS nominal active power W UPS nominal apparent power VA UPS master switchable UPS outlet 1 switchable
39. shut down and you return to the application work environment The Hibernate function must first have been activated in the operating system in the power options on the Windows control panel Hibernate tab NOTE If you select hibernate but your computer does not have this function the Eaton o IPM will still protect the system by carrying out the normal default shutdown action Power Source View 68 When the Shutdown feature is configured select the Views Power Source menu item to perform the following see Figure 76 e o supervise the information from the UPS that powers the Eaton IPM computer e To drag and drop the panels in this window to different locations to personalize your viewing preference E I M Intelligent Power Manager Baii 1220 GOUT Po DUOC A PORT Al ay Bebo pl ulis Patiur ciate Load level Battery capes Baky tar be barie mp Tuka FI Camel 3 Snot Line rs LIA For r applic atiorg Figure 76 Power Source View Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 A ES 4 Lale 1001 1002 De irrzwp in 5 a 5009 1101 503 E ACTH M UE EZ rm DAL CETERI 10E EZ DER rm DICANT TT 52 OO ari SESMELIIL SD E a MEJIA Cera soon vv Fi darice rz ror unm soon wh eee as lees De LE ng by on E RE ra tb ra ez wf LESS Sha UPS quiutte oft Co aa a h ay ee ee ae eee RE n EA Shutdown Shutdown Sequence The Eaton IPM can acquire shutdown alar
40. shutdownDuration gt where e lt upsHostName gt UPS hostname attached to the storage e lt shutdownTimer gt Only used when the UPS is on battery utility lost Storage device shutdown will complete in this amount of time after the UPS is on battery e lt shutdownDuration gt Time needed for the storage device to stop gracefully Example ups 1300520 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 123 storage 124 7 When the ups 1 in on battery the storage netApp_1 will be shut off 300 seconds after the UPS loses utility power Activate your user script Eaton install directory gt configs scripts netapp_shutdown js by the entering the following UserScript enabled false to UserScript enabled true To activate the user trace print information in the debug console and in the NetAppShutdown log file set UserData print false to UserData print true Restart the service to apply the NetApp shutdown feature N IMPORTANT e The access settings for upsHostName should be correctly set to enable communication with the storage e Because the Eaton IPM manages the shutdown of the NETAPP storage it must be the last to shut down Therefore the Eaton IPM shutdown timer setting must be greater than the shutdown timer setting for the storage The IPM shutdown timer is configured from Settings Shutdown Edit Shutdown Configuration e The first time the Secure
41. the script included in the package as needed For example you may want to customize the SRM with IPM for low battery and protection loss features e Unattended execution of recovery plan before server crash SRM with IPM provide recovery even before the entire site crashes When the SRM feature is used the backup will be ready even before the crash which keeps the site continually secured VMware LoadShedding Package During utility failure load shedding can reduce the effective runtime of highly critical devices because battery capacity is limited Eaton has developed a package to allow you to perform load shedding in your VMware Data Center The Eaton LoadShedding package provides a process of closing or shutting down less critical load so that remaining capacity can be used for highly critical loads These modules have a simple GUI to set priority to the VMs and allow you to configure the time to shutdown suspend the VMs of every priority Refer to the LoadShedding User Guide at the following location http pgqsoftware eaton com install win32 ipm eaton load shedding for ipm users guide en pdf Eaton Solutions for Microsoft For Microsoft Eaton IPM provides two solution architectures that are illustrated in Figure 94 and Figure 95 These solutions require Eaton IPP Windows Refer to the Eaton Intelligent Power Protector IPP User s Guide for more information Standalone Hypervisor and Local Solution The standalone Hypervisor
42. v1 40 P 164000289 Rev 2 Virtualization 2 In the Shutdown Settings panel on the right side of the page select the applicable checkboxes to configure the required parameters see Figure 105 and Table 10 NOTE The shutdown settings that display vary depending on the node you select In this example the node contains both remote maintenance mode feature parameters o and Eaton IPP shutdown parameters because the Eaton IPP performs the shutdown locally Shutdown Settings Y Remote Maintenance Maintenance Timer Power source Load segment MMC access Login MMC access Password Master Shutdown duration Master Shutdown after value Power source shutoff Figure 107 Shutdown Settings for VM Host with Togale all Maintenance Disabled 1 second s 166 99 250 26 Master output unknown unknown 120 seconds A second s Enabled Table 11 Shutdown Settings with Eaton IPP on VM Host Parameters Values Enabled or Disabled Remote Maintenance Description When enabled it allows the server management tool to move the VMs from this server to another server in case of UPS on battery state and Maintenance Timer elapsed Type a value Maintenance Timer This represents the time elapsed on battery state before the Eaton IPM script changes the state of the host to maintenance mode The 1 second s value means that timer is disabled See Configuring Maintenance Mode a
43. you want to synchronize with the check box 8 Click Synchronize N IMPORTANT Some advanced parameter details are not displayed in the Network Settings Configuration dialog box For these details you will need to change the advanced parameters details directly on one device and then synchronize the configuration from this device to other devices see Figure 79 72 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Advanced Management Figure 79 provides a typical example with PDU Power Schedule configuration The details of Power Schedule 1 to Power Schedule 8 are available from the device Web interface Checking all Power Schedule n advanced parameters synchronizes all the advanced parameters details of the category Power Schedule Y Select all T Power schedule 1 name Power Schedule 1 Power schedule 1 advanced parameters Power schedule 2 mame Dounnr ehadula 3 Advanced parameters are not displayed See device interface For more details Power schedule 3 name PED scneuum 3 Power schedule 2 advanced par amete Power schedule 3 advanced parameters Power schedule 4 name Power Schedule 4 Power schedule 4 advanced parameters Power schedule 5 name Power Schedule 5 Power schedule 5 advanced parameters Power schedule 6 name Power Schedule 6 Power schedule 6 advanced parameters Power schedule name Power Schedule 7 Power schedu
44. 0 RnD Comm Eben Stee se Remove this view jo Node Map LH e A o Node K ia Share thes q gEvents Lis Events Ca EE Rename this wiew VES Nodes Sel PSI les Upi W Edit fiter view Settings L Auto Disci J Actions Bi Logout admin Figure 65 Share the View Selection NOTE Customizing a view cancels the sharing of this view To allow all the users who were o sharing this file to view it the owner of the view must share it again Device Supervision The bar at the bottom of the page provides the status of nodes being supervised Note the following in Figure 66 e 14 nodes are OK e 4 nodes are in Warning status e 2 nodes are in Critical status e Onodes are in Unknown status O warning 4 Q critical 2 unknown 0 Last event 10 17 11 3 36 35 pm The load segment 2 is on Figure 66 Bottom Bar for Device Supervision 56 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Supervision Map View This supervision map allows you to spatially represent your network nodes and uses drag and drop functionality NOTE Clicking a node icon updates the information for that node on the right hand panel Create a Customized Map View The customized map view is accessed on the left side menu using the Views gt Node Map selection The map is automatically generated Icons are automatically placed on the Map and IP address assigned The contextual tool
45. 0 P 164000289 Rev 2 129 Extended Functionality Using Eaton IPM through XenCenter After the plug in is installed you can see a tab named Eaton Intelligent Power Manager on the XenCenter level see Figure 144 x wm senCenter Intelligent Power Manager Logs AQ Intelligent Power Manager What is Eaton Intelligent Power Manager Login Password Ideal for monitoring and managing multiple power and environmental devices Intelligent Power Manager software from Eaton delivers a global view across the network from any PC with an Internet browser Exceptionally versatile the software is compatible with any device supporting a network interface including other manufacturers UPSs environmental sensors ePDUs shutdown applications and more Intelligent Power Manager also offers the ability to organize a management table by groups centralize alarms and maintain event logs for preventive maintenance of the entire installed equipment base Figure 144 XenCenter Eaton IPM Tab Configuring Maintenance Mode and vMotion with vCenter Prerequisites All VM images must be installed and configured on a file server NOTE For more information see VMware References on page 133 Introduction The Dynamic Resource Scheduler DRS application from VMware is used to provide load balancing within the IT network In particular DRS is used to ensure the right resource capacity is available for the data center
46. 20 seconds dii iint Laster Shutdown after valse Al secondi q Los Remote 5niutsa win Shiaickeoven Disabled i user List 5 4 second s z ey Policy Oian Chassis Group B Ce impos sible Disable aunbourced impossible Figure 32 Policy driven Power Chassis Group Power Capping Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 35 Configuration Manual Blade level Power Capping When manual blade level power capping is configured in the global cap policy you can manually set a power cap for each blade server in a Cisco UCS instance If the server encounters a spike in power usage that meets or exceeds the maximum configured for the server Cisco UCS Manager does not disconnect or shut down the server Instead Cisco UCS Manager reduces the power that is made available to the server This reduction can slow down the server including a reduction in CPU speed AQ Intelligent Power Manager TET Bode coentiuratim d views Can vj E sysichassi Tielade 3 La z joje La geg a de Wap is amp System Selling F A Eri SzEe ren Le W Era Calendar 3 german F WE liodes fearga 1 y Hodes Upgrade a feina ucs a ELI L Ik aue Dacorery 8 PIA une Hone Ariens SLS LL a baj grenj asier eutput d infrastructure Ceanecions Haer Stern dungen Tod secondis d Sacer laghet Schienen Aer vd A aed al A Les hui thutdown Disabled e uae Las Sai podr capang Chith Fre 1 accend al Hr rejer Impossible Di
47. 2520 Eveluboa 550 Evolution ESO AA 05006000000 KKK EK EK Virtual Power Source m GB 25 vonperpeipspt of 21 Unknown 1 L t event 06 14 11 1 34 09 pm i Figure 115 Virtual Power Source Selection View Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Redundancy Composite Device in Power Source View When redundancy and shutdown modules are activated a composite device can be selected as power source From the Views gt Power Source menu selection the Power Source page displays Four panels display with specific data for the device including Information Status Events and Power Components see Figure 116 Verse noD Prem oor a Yew ul Porra ooa oran aedi ad om ij jEwentt LI t Set Lip i Demir Calendar dr rg o Cutie J r eeg d Shunde gp trien Log A Lite tal Figure 116 Composite Device Power Source View Power Components Sub view When redundancy and shutdown modules are activated a new power component view Is also available as a sub view of the Power Source view From the Views gt Power Source gt Power Components menu selection the Power Components display in the Node List The Selection view display properties of the power component selected in the Node List see Figure 117 a NOTE This view shows only components of the selected power source if it is a composite device ia ia ia Figure 117 Power Components Sub view Eaton Intelli
48. 3 Standalone Hypervisor and Local Solution e NOTE For more information refer to the Eaton Intelligent Power Protector IPP User s Guide Eaton Solutions for OpenSource Xen For OpenSource Xen the Eaton IPM provides a solution architecture that is illustrated in Figure 104 This solution requires Eaton IPP Windows Refer to the Eaton Intelligent Power Protector IPP User s Guide for more information Standalone Hypervisor and Local Solution For standalone Hypervisor hosts it is possible to manage shutdown through IPP installed on each Xen system This solution is ideal for large infrastructures working through Xen Center This solution provides the following feature e Provides graceful shutdown for Xen with Eaton IPP installed on each Xen system o NOTE For more information refer to the Eaton Intelligent Power Protector IPP User s Guide Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 91 Virtualization VM VM VM VM IPP Figure 104 Need Title Configuring Hypervisors 92 Descriptions of two methods for configuring Hypervisors follow see Adding Infrastructure Connectors on page 82 e If you previously Added a Manager in Eaton IPM After you have entered the correct information for the Manager the Eaton IPM connects to the Manager vCenter or SCVMM Eaton IPM automatically retrieves the VMHost information and creates new nodes in Eaton IPM for each
49. 63 Supervision Launching the Device Web Interface From the Status panel you can access the Web page for Eaton cards including an on board Web server Click the associated Web link for http access blue icon Es or the https access yellow icon D Figure 73 provides examples of the opening view from different Web interfaces Network Mangement Card Ii MW rerio sues Bach y PLA He Power Xpert oF AGL E Be d Eiri pel abri CR Powenvare 5133 Poem LS FE eu 7 EE sac p Err Leger dir gege rei Cams T AE A algara q topa Aurel Heese tees ee bee ee PELIS ub Leah Lom Esta Emi Der xp SEA aT Fs p D D LT HESS we Ed ut se DER La erra d a WR seg EU Kl EL 4 ua Edad Lee ited Pricer Lori Logs do Las Figure 73 Opening View in Different Interfaces Node List Export to CSV File To export data displayed in the Node list click the button in the top right corner of the Node list and select Export to CSV file see Figure 74 If some nodes are selected in the list the exported file contains only data for the selected nodes If no node is selected the exported file contains data for all the nodes in the list Only data from currently displayed columns are exported 64 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 a intelligent Power Manager 2 z Y U Y W Y Y Y B B U Y E Y G U Y Y Y Ca x Page 1 0000 O Cr
50. 9 123 45 67 90 Force nade s creation d Override global authentication settings XML Username admin Password SNMPv1 SNMPv3 Username readuser Security level Authentication but no encryption Authentication method MDS Authentication password eoneeeee Encryption method Encryption password NuT Figure 11 Address es Scan Dialog Box Example 2 Scan Settings for Discovery Administrators can set scanner authentication parameters that will be used as the default when discovering new devices These authentication settings can be set for the XML SNMPv1 SNMPv3 and NUT protocols When discovered manually or automatically newly discovered devices will use these authentication parameters Depending on the device supported protocols IPM will choose the needed parameters See Compatibility on page 2 to determine which protocols are supported The administrator can also activate the automatic scanner to add any automatically discovered devices without a direct scan action of the administrator For example with automatic scan enabled the presence of a new card on the network would be auto discovered and added To change scan settings 1 From the left side Views panel of the Eaton IPM main interface window select the Settings gt System menu item The System page displays 2 Click the Edit scan settings button on the right side page The Edit scan settings dialog box displays see Figure 8 3 S
51. CO COD UN Figure 113 Selecting Set Composite Device for Nodes 5 In the dialog box specify a device name redundancy mode and level see Figure 114 e Device Name Name of the composite device e Redundancy Mode Parallel Redundant Supplies Hot Standby or Static Transfer Switch e Redundancy Level Minimal number of redundant UPSs powering your system default value is 0 o NOTE If you set this parameter to a higher level you will receive the Redundancy Lost alarm My rr lar augus Figure 114 Set Composite Device Dialog Box When the new node is created it displays in the Node list Actions you can perform on the new node are as follows see Figure 113 To select the new node as the power source 1 Select the new node in the discovery view 2 Click the Set as power source button in the right panel NOTE When created a new virtual power source is counted as a node for the licensing o node limitation To Edit composite device properties 1 Select the new node in the discovery view 2 Click the Set composite device button in the right panel To retrieve properties of an existing composite device 1 Select components of a composite device 2 Click Set composite device in the right panel The properties of the existing composite device display Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 99 Redundancy NOTE No new composite device is created by this
52. DOWN Valid Configuration ENABLED ENABLED DISABLED SHUTDOWN SHUTDOWN Valid Configuration more reliable to let VMware shut down its own VMs ENABLED DISABLED ENABLED CRASH SHUTDOWN Hypervisor shuts down without the VMs ENABLED DISABLED DISABLED CRASH SHUTDOWN SHUTDOWN Depends on the VM startup shutdown configuration DISABLED ENABLED ENABLED CRASH CRASH No action IPM DISABLED ENABLED DISABLED CRASH CRASH No action IPM DISABLED DISABLED ENABLED CRASH CRASH No action IPM DISABLED DISABLED DISABLED CRASH CRASH No action IPM d For more information about the deactivation of the Automatic Startup Shutdown when creating a VMware HA Cluster see links provided by vSphere SDK for Perl on page 134 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Extended Functionality Configuring Maintenance Mode and Live Migration with SCVMM Maintenance Mode In Virtual Machine Manager VMM 2008 R2 you can start maintenance mode for a VM host anytime that you need to perform maintenance tasks on the physical host computer such as applying security updates or replacing hardware When you start maintenance mode on a Windows based host VMM automatically does the following e Ona stand alone host VMM places all operating VMs into a saved state e Ona Windows based host cluster that is capable of live migration VMM provides the following options Live migration of all running highly available VMs to other
53. Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Chapter5 Shutdown The Eaton Intelligent Power Manager IPM provides local computer graceful shutdown when connected to a UPS through either a Network Management Card USB port or RS 232 port This shutdown feature can be enabled or disabled from the Settings gt System gt Modules Settings selection path d NOTE Refer to the Eaton Intelligent Power Protector IPP User s Guide for a detailed description of the Shutdown feature d NOTE When the Shutdown feature is enabled the software displays a communication error until the Power Source is correctly configured as described in Shutdown Configuration Shutdown Configuration To access the shutdown configuration options and verify that the Shutdown Module is enabled administrator access 1 From the left side Views panel of the Eaton IPM main interface window select the Settings gt Shutdown menu item The Shutdown page displays see Figure 75 The following configuration options are provided on the right side panel of the Shutdown page Edit power source Edit shutdown configuration Edit advanced shutdown criteria Edit UPS configuration Test access Test shutdown Shutdown 3 Views D Power Source Configuration iy Power Source Power source 166 99 224 131 Events Load segment Master output Everts List Login Password A amp Events Calendar E Confi
54. FIND US 1 2 STRFIND OL 1 STRFIND OB 1 Format BITCHECK lt bitPos gt lt trueValue gt lt falseValue gt Returns trueValue if bit at lt bitPos gt is true or falseValue in the other case If a result value is not defined the destination is not changed Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 119 User Drivers 120 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Chapter 10 Storage The Eaton Intelligent Power Manager IPM can supervise storage devices On the user interface storage devices are seen as a Storage Appliance type with following information displayed e Type e Status e Name e Description e Class e Location e Contact e Link Using the User Drivers feature you can launch a Range scan with the IP address of your storage equipment see Range Scan on page 18 and User Driver Editor Dialog on page 111 After performing a Range scan you will have a list of storage managed by Eaton IPM Enabling the Infrastructure Connectors Module To enable the Infrastructures Connectors module for virtualization administrator access 1 From the left side Views panel of the Eaton IPM main interface window select the Settings gt System menu item The System page displays see Figure 133 2 Click Edit modules settings in the right panel The Edit modules settings dialog box displays see Figure 132
55. Gold License Ret 66926 Deploying a Virtual Appliance in VMware vSphere To deploy the IPM virtual appliance 1 Download the virtual appliance from http pqsoftware eaton com Connect to the ESX ESXi or vCenter from your client computer using vSphere Log in as a user who has permission to create start and stop virtual machines Choose File Deploy OVF Template see Figure 146 Choose either Deploy from URL or Deploy from file based on the location of OVA file Select the OVA file Click Next Click Next oN mm Fb Io H Follow the instructions provided on the Deploy OVF Template see Figure 146 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 136 Virtual Appliance Deploy OWF Template OVF Template Details Verify ONE template details Source ONE Template Details End User License Agreement Mare and Location Resource Pool Storage E by Eri je fm vi motion server OH a power o AE It ca Mn exper dru VHS Fic r CTI i al sys LG shutting down servers in dusters ut DIE a power eve nt occu 5 Ms maL er wall se Pr a gt A L EE pm j ALL a nocgications direct bo your werde dashboa Figure 146 Deploy OVF Template Configuring a Virtual Appliance To log into the virtual appliance you can use e Standard Console of your Hypervisor e SSH Client 136 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Virtual Appliance With a Stand
56. PS in N 1 redundant configurations User Drivers integrates new devices in the IPM supervision application by using predefined common base objects and userspecific objects NOTE This feature allows IPM to supervise any SNMP or Network UPS Tools NUT available devices You can customize and adapt the IPM acquisition engine to o any kind of Data Center device such as HVAC Rack controller storage or DC Power System controller Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 29 Configuration Automatic Data Purge All IPM data logs measures and events are stored in a database This database automatically purges the accumulated data when necessary according the purge parameter settings for the following parameters e maxTime Maximum timestamp for the oldest records in ms e lt maxCount gt Maximum number of records where the oldest records are removed first These parameters can be modified in the contig js file in the logManager purge section The default settings for purge include e Data of type alarm see events section maxTime 28 days maxCount 50000 e Data of type measure see measures section maxTime 7 days maxCount 200000 e Data of type statistic see stats section maxTime 28 days maxCount 20000 e Log system see system section maxTime 28 days maxCount 50000 Manage the Cisco UCS Manager Component Enabling the Component To enable the Infrastructure Connectors
57. RemoteSigned Figure 96 illustrates the parameters that display for an example configuration To save settings click Save when the fields are updated NOTE When configuring the Login Username and Password we recommend using the Eaton IPM Web interface through https Using http is also possible but the o password is sent to the local or remote server in clear In both cases the encrypted password is stored in Eaton IPM and never again sent on the Client side Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Administrator Windows PowerShell Virtual Machine Manager PS Co Windows systen32 gt set ExecutionPolicy RemoteSigned Execution Policy Change The execution policy helps protect you From scripts Changing the execution policy might expose you to the security risks described in the about_Execution_Policies help topic Do you want to change the execution policy Y Ye H1 Ho S Suspend F7 Help default is PS Ci NWindows systen32 gt get ExecutionPolicy L Scope MachinePolicy UserPolicy Process CuerrentUser LocalMachine PS Corbhindowsssyseten3Z gt Figure 96 Windows PowerShell Virtual Machine Manager Adding an SCVMM Manager To add a new Microsoft SCVMM see Figure 97 that you do not trust ng We ExecutionPolic y Undefined Undefined Undefined Undefined RemoteSigned Virtualization 1 From the Add a Connector dialog select Microsoft SCVMM from the
58. S05 VMware ESO o e e e Le o o e e o e o 100000000 MesKS moto etn VMware ESXI 5 1 0 bu VMware ESXI H 4 Pei di D ll Le Ims pes LE Depa 1 14 of 14 D warning 0 5 cues 0 ES Unknown 4 Last event F R joren 12 51 26 10 130132 114 The impt voltage is in nomal range Figure 8 Node List Page Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 17 Configuration Quick Scan The Quick Scan request is a broadcast frame on 4679 IANA reserved port and 69 standard TFTP port Using the Quick Scan operation you will discover any of the following within a few seconds Network Management Cards Network MS example 66102 103006826 and Modbus MS example 66103 PXGX2000 PXGX UPS ConnectUPS BD ConnectUPS X or ConnectUPS MS ePDUs Eaton Intelligent Power Protector IPP or Network Shutdown Module V3 Range Scan Using the Range Scan operation you will discover the nodes that are outside of the Network segment and nodes that are not compatible with the Quick scan feature See Compatibility on page 2 to determine if your node supports Quick scan feature In the Range scan dialog box you can edit IP address ranges You can also check select the Override global authentication settings checkbox to specify authentication parameters that are different from global scan settings see Figure 9 10 130 32 200 Override global authentication settings 7 XML Username
59. SNMP Manages the SNMP Netgear NAS e NAS Qnap SNMP Manages the SNMP Qnap NAS e NAS Synology SNMP Manages the SNMP Synology NAS e PDU NUT Protocol Manages the SNMP PDU using NUT e UPS NUT Protocol Manages the SNMP UPS using NUT NOTE NUT is open source software that provides control and management features for power devices such as UPSs through a control and management interface Visit at http www networkupstools org User Drivers Page To supervise new devices with Eaton IPM 1 From the left side Views panel of the Eaton IPM main interface window select the Settings gt Auto Discovery menu item 2 Select the ll User drivers editor button from the right panel see Figure 126 The User drivers editor page displays Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 109 User Drivers E Le intelligent Power Manager Maan o Mode List Jib Quick scan 1 Views Type Eat haee Desenoten Serin Class Lotaten JE Pange sean rai ode La T A Aaen en scan LiTr age i mu PA L re Uncatred Mire ru w l tye ene 3 gt Tato ork 3 yl Power Source c B Power Components E Nose Lap a Everts gEeents Lat A Eventa Calendar Sra permea Ui ese seras Gy ioca Upgrade EE By Auto Dacovery Cl Actens Enlpn PCU MA TP TNLECSOS USES FOU Nabear MET La 5 7 Eaton POL MA TP REDO 14 Uses POU Metwar UST La Eainn PDU MA 1P RTI 18 UOsSE4 Bu H tee g B Ea
60. Shell SSH function is called to shut down the NETAPP server the Eaton IPM automatically accepts the public key Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Chapter 11 Extended Functionality This chapter describes extended functionality for the Eaton Intelligent Power Manager IPM including e Configuring the Eaton IPM vCenter Plugin e Configuring the XenCenter Plug in e Configuring Maintenance Mode and vMotion with vCenter e VMware vCenter HA High Availability e Configuring Maintenance Mode and LiveMigration with SCVM Configuring the Eaton IPM vCenter Plugin and WebPlugin The VMware vCenter Server platform forms the foundation for virtualization management It provides management of hosts and virtual machines VM from a single console To further unlock the power of VMware s management system VMware has provided a facility to extend the functionality of VMware vCenter Various useful applications can be attached to vCenter to make it more useful The vCenter Eaton Intelligent Power Manager Plug in is also called the Eaton vCenter Plug in It is easy to deploy and to use the plug in to manage the Eaton Intelligent Power Manager IPM from vCenter This plug in integrates the Eaton IPM with vCenter environment After the plug in is deployed a tab in vCenter will open the Eaton IPM and allows you to configure and manage the Eaton IPM from the vCenter environment The VMware plug in also allows the
61. Supervision Powered Applications The Powered applications panel displays information for the software applications shutdown agents on the servers that are powered by the selected device see Figure 55 e Status e Name e Shutdown diagram e Shutdown duration e Outlet group Powered applications Statu Mame Shutdown diac Shutdown dure Outlet group 1952925010 WU 2 min 00 1 Runtime to shutdown 22 min 20 Shutdown duration 2 min OO Off time 15 min 15 Figure 55 Powered Applications Events Panel This panel displays the events list of the selected node see Figure 56 You can sort the events according to status date and message by clicking the column header Date Message 27 01 09 15 523 22 Bypass Return on LIPS 2 m149 15 58 45 Output on automatic bypass 27 01 909 15 565 435 The outlet group 2 is on 27 01 109 15 58 42 The outlet group 1 is on 27101 109 15 58 40 The UPS output is on 210109 15 50 52 The UPS output is off Figure 56 Events Panel Statistics Panel This panel displays the statistics of the selected node see Figure 57 The button allows you to select the time interval for the statistics You can adjust the time interval by clicking the two buttons with the From and To dates The statistics computed data is as follows e Active Consumption in Kilowatt hour e Average Active Power in Watts e Power Failure Count e Power Failure Cumulated Duration
62. TP uo mer eT Dii va em E chon Mar oe Ces a ve aeq xg ja i matum E Le Et Zeep a A CO w i Dr sy meN 4 ii 65 de be a gt a Pe oe 60 en Cars oe eee E ee A dee ama mar use er teen Wami at pre Li PAE pts oppe DX DTR da rette se ga Figure 70 Server Room Map View Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 59 Supervision Events List Representation Select Events gt Events List to display the Events List page see Figure 71 All new alarms are stored in this log You can sort the alarms according to the Status Date Name and Acknowledge ACK fields Intelligent Power Manager L EON my cac Besse PAIN gg Figure 71 Events List Page The following functions are available e Acknowledge selected events Adds a check box in the Ack column for selected events e Acknowledge all events Adds a check box in the Ack column for all event NOTE When an alarm is acknowledged it is marked with a check box but it is still viewable o in this Event list The acknowledged alarms disappear in the Power Source Event dedicated portal panel e Export Logs Creates a logs csv file with the following syntax Date Node Type Level Object Value Message NOTE The export command may take several seconds before allowing the download in o order to create the logs file e Purge Logs Delete all logs specify a date e Select all Sele
63. This is the previous Eaton software for managing UPSs If you were using it previously remove it before installing the new Eaton IPM software On the System that Displays the Web based GUI The Eaton IPM graphical interface can be accessed remotely using a simple Web browser Access to this interface can be secured through Secure Socket Layer SSL connection and is also secured through login and password The Eaton IPM graphical interface has been tested with e Google Chrome e Mozilla Firefox e Microsoft Internet Explorer IE version 7 and later NOTE For optimal performance Google Chrome or Firefox is recommended For good performance IE version 9 and later is recommended IE6 performance is not optimal Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Installation JRE Prerequisites For all features correlated to the infrastructure connector like VMware UCS NetApp a JRE must be installed on the system hosting Eaton IPM see JRE Installation on page 15 If this prerequisite is not installed only virtualization features are available such as the legacy API for VMware connectors Table 5 JRE Virtualization Storage and ServerCitrix XenCenter Virtualization Software No JRE installed JRE 1 6 or greater Storage or Server Virtualization New Vmware vCenter e New Vmware ESX ESXI Microsoft SCVMM see NOTE see NOTE Citrix XenCent
64. VMhost Eaton IPM automatically creates two different types of nodes you can see the new node in the Node List The next step is to configure Maintenance and Shutdown see Configuring Maintenance and Shutdown on page 93 e If you previously Added a Hypervisor List in Eaton IPM After you have added a new Hypervisor list Eaton IPM creates new nodes and waits for credentials The next step is to configure the node credentials through the Infrastructure Connector After you have entered the correct information IPM retrieves the Hypervisor information Eaton IPM creates two different types of nodes you can see the new node in the Node List Eaton IPM automatically creates two different types of nodes you can see the new node in the Node List The next step is to configure Maintenance and Shutdown see Configuring Maintenance and Shutdown on page 93 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Configuring Maintenance and Shutdown Virtualization After you enter the correct credential information for your Managers and Hypervisors you need to configure the Maintenance and Shutdown sequences according to the availability needs of your IT infrastructure when power fails There are two types of VMHost nodes e No Eaton IPP on VMHost e Eaton IPP Running on the VMHost No Eaton IPP on VM Host If no Eaton IPP is installed on the server that is hosting the Hypervisor VMHost the Shutdow
65. Virtualization drop down list A second Add a connector dialog displays for your product connector selection 2 Add identification information for the selected connector see Figure 93 e Product Microsoft SCVMM is already selected in the drop down list e Hostname or IP address Type Microsoft SCVMM Hostname or IP address 3 Click Save after the fields are updated Add a connector Microsoft SCVMM v scymm mbt lab etn com Figure 97 Add Microsoft SCVMM Eaton Solutions for Citrix For Citrix Eaton IPM provides two solution architectures that are illustrated in Figure 98 and Figure 99 These solutions require Eaton IPP Linux Refer to the Eaton Intelligent Power Protector IPP User s Guide for more information Standalone Hypervisor and Local Solution The standalone Hypervisor and local solution architecture for Citrix is illustrated in Figure 98 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 87 Virtualization vm wm VM VM Citrix XenServer IPP Figure 98 Eaton IPP Running on Citrix XenServer Multiple Hypervisor and Remote Solution For multiple Hypervisor hosts it is possible to manage shutdown through IPM by using System Center Virtual Machine Manager SCVMM This solution is ideal for large infrastructures working through Xen Center This solution is integrated into Eaton IPM and provides the following features e Xen server remote maintenance to trigger VM Xen Moti
66. Were EX 20 rr E CET A EA mo Ve Ardre STO tg Pren 38 080 Breeders e OF Hindre AOR EVO eget Poe Ss ir Rep pl Ardre STO tga Pren 138 080 GE e E10 A AR BIO mimbpaci Pren i3 os id A EO minigeri Pca 1 LOA Wed YAN D L ns Windows NUEETO DELL RAA BLETDOU Mer KRUG a n Lara Ac 100 mia Wed 875 83 05 E LE Hindre hRS BIG mingani Pen m ie NUS 371053 Ceca DE biim Cars EIS Bess geg V re Ex E rr E CET ES 3 Boag mare Wire 50 gn wins ESOG Viana E53 2 0 8 Lzk ww Step anc ke Le y J VW J VW J VW J a d Ke ke Ke V re EX E Mariani EZ VM warn Ex 3 E LA ns ire Leer hapal ke Li greet 8 rep Luiz pP AN YE EDU Leger M ULETDOUT Amnon Mordor Si Futon bal AMI TE EDU gege H SLE RT dA amp Swaccad Moreton Mon E Lies 0700 BA d POr GLET Mee PYG COS SL Lii Saget Wagn o Paton PO RS up FOU iiet H GLE ECT Hisper GZ GER CL Crion PTU Ra 14 EDU Leet M BILLET RET UmuageiF C CON Eaton et al RS up RDU geen H GGT Mesnegzbt CI CIA Si Sie Caton PTU RS 14 EDU Leen H DIGER T eed PY Cl SI Enim sta Ra up POL giessen H BLEITDOGT Mesnegz bt CI CIA Si Crion 4274 RS 44 200 Leet M OLEA INS UmuagzeiT GZ CORN Si Eni s Ra up FOU sst H OLM EST MasagedET XD OTE DELL gem POU Deli ER DELL GUR hardware rinii HAD A SAME Bit zDACEWIB LrZB PEA RAL enti LEV ESS pie la BPP ALO Tes en MAD Butik Bh Erin pid Mai Arann E UFO rio i E alm miae ee Pain SE 3588 b s Uma BITEZ AU EU f
67. ager Not Found 38 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 4 Awrong value has been set for the power budget Event details Date 08112013 1 45 43 pm Type Module Message Error setting the Power Control Policy Priority on sys chassis liblade 1 Details The priority should be a value between D to 10 or no cap Figure 40 Wrong Power Budget Set 5 Anew power budget has been requested by the client Date 051 2013 1 32 33 pm Type O information Module CiacoPowerCap Message UCSM amp new Power Budget value has been requested on sy8 chassis 1 blade 3 Details Mew Power budget value requested unbounded Close Figure 41 New Power Budget Requested 6 Anew power budget has been successfully set by the server Event details Date 05 11 2013 1 32 33 pm Type information Module CacoPowerCan Message UCSM A new Power Budget has been successTully set on sSys chassis 1 blade 3 Details A new Power budget value has been successfully set al unbounded 2013 11 05713 32 32 480 Figure 42 New Power Budget Successful Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Configuration 39 Configuration 40 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Chapter4 Supervision This chapter describes supervision features in the Eaton Intelligent Power Manager IPM Access to the Monitoring Inte
68. alis untcunded impossible Figure 33 Manual Blade Power Capping Power Control Policy and Priority Cisco UCS uses the priority set in the power control policy along with the blade type and configuration to calculate the initial power allocation for each blade within a chassis During normal operation the active blades within a chassis can borrow power from idle blades within the same chassis If all blades are active and reach the power cap service profiles with higher priority power control policies take precedence over service profiles with lower priority power control policies Priority is ranked on a scale of 1 10 where 1 indicates the highest priority and 10 indicates lowest priority The default priority is 5 For mission critical applications a special power priority called no cap is also available Setting the priority to no cap prevents a Cisco UCS from leveraging unused power from that particular blade server The server is allocated the maximum amount of power that the blade can reach 36 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Configuration Shutdown Settings Y select all Power source Hone Ao Load segment Master output Master Shutdown duration 120 second s Master Shutdown after value 1 second s Remote Shutdown Shutdown Disabled Set power capping change timer 1 second s Global Power Allocation Policy Manual Blade Level Cap Current Power budget unbounded e
69. allows you to supervise the current state of the UPS that powers the server running Eaton IPM This menu is available when you have enabled the Shutdown module in System Settings Edit Modules Settings e he Events gt Event List view allows you to view the device events e The Management menu provides functions that allow you to mass configure and mass upgrade cards Installation Result AN IMPORTANT If you install a new Eaton IPM release without uninstalling the old one you will keep your database and your product settings e At the end of the installation the following shortcuts are created in the group Start gt Programs gt Eaton gt Intelligent Power Manager Open Eaton Intelligent Power Manager Starts the main Eaton IPM graphical interface Start Eaton Intelligent Power Manager Starts the service Stop Eaton Intelligent Power Manager Stops the service Uninstall Eaton Intelligent Power Manager Uninstalls the program e A service called Eaton Intelligent Power Manager is also created for the Database Acquisition Engine This program continuously polls the status of Eaton devices and Applications connected on the network This service automatically starts on machine boot up This service provides the Web Interface e A system tray icon displays the alarms on the local computer Right click this icon to display the same shortcuts as in the Windows Start menu Eaton Intelligent Power Manager IPM Us
70. and local solution architecture for Microsoft is illustrated in Figure 94 VM VM VM VM Figure 94 Eaton IPP Running on Hyper V to Protect Hyper V Multiple Hypervisor and Remote Solution For multiple Hypervisor hosts it is possible to manage shutdown through IPM by using System Center Virtual Machine Manager SCVMM This solution is ideal for large infrastructures working through an SCVMM server This solution provides following feature e Hyper V Hyper V server remote maintenance to trigger VM live migration Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 85 Virtualization 86 NOTE For more information refer to the Eaton Intelligent Power Protector IPP User s Guide System Center intelligent Power Manager Virtual Machine Manager VM VM VM VM VM VM VM VM VM VM VM VM Hyper V Hyper V Hyper V IPP IPP IPP Figure 95 Eaton IPM Connected to SCVMM to Protect Microsoft Virtual Infrastructure Prerequisites The virtualization module requires following prerequisites e he Powershell Snapin for Microsoft SCVMM Either install the VMM console on the machine hosting Eaton IPM or install Eaton IPM on the machine hosting SCVMM e he server hosting Eaton IPM must be on the same Windows Domain as the SCVMM Server e The server hosting Eaton IPM must enable the execution of third party scripts on the local machine minimum access Remote Signed for example Set ExecutionPolicy
71. ard Console you will see the following screen see Figure 147 Figure 147 Standard Console With SSH Client use the following credentials e Login root e Password eaton NOTE To enable the first remote access the root access is enabled for the SSH daemon For security issues you can disallow the connection of the root user in etc ssh sshd config and set PermitRootLogin to no Setting Security for a Virtual Appliance To minimize security issue Eaton has installed and pre configured the firewall Basic Firewall Configuration The firewall is pre configured to drop all connection except SSH and Eaton web and devices connection You can only connect on the virtual appliance through Eaton Web Page or SSH connection For example the Virtual Appliance doesn t respond to Ping an ICMP response is not allowed Advanced Firewall Configuration If you want to customize the firewall configuration you need to have e Knowledge of Iptables e Credentials to connect on the Virtual Appliance e SSH Client Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 137 Virtual Appliance rpotElocalhost JE iptables L v Chain INPUT policy DROP 655 packets 61197 bytes pkta bytes target prot opt in DH RESE destination 127K 79M ACCEPT all any any anywhere anywhere 3 144 ACCEPT top any any anywhere anywhere 1316 78424 ACCEPT top any any anywhere anywhere d d ACCEPT top any any anyw
72. as Figure 109 to Figure 112 illustrate the electrical redundancy topologies e Redundant supplies such as dual feeds or triple feeds Figure 109 illustrates a scenario when two UPSs provide power on one or several multiple feed servers per Figure 109 Redundant Supplies Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 97 Redundancy e Hot standby mode When the upstream UPS powers the load the downstream UPS is on bypass Figure 110 Hot Standby e Static transfer switch for two components For STS mode there are several cases with single STS or multiple STSs Figure 111 Static Transfer Switch e Parallel for two or more components All the UPSs power the load at the same time Figure 112 Parallel Redundancy Schema Configuring Redundancy 98 To configure redundancy 1 From Start gt Programs gt Eaton gt Intelligent Power Manager select Open Eaton Intelligent Power Manager to start the main Eaton IPM graphical interface Login with an administrator user profile 2 Select the Settings gt Auto Discovery menu item 3 From the Nodes List page select two or more nodes 4 Click Set composite device in the right panel see Figure 113 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Redundancy d og Pren Gage KL eam Coen jm AA i is Tw ee eu ij arg F2 Bul Deep ACT jf iden upire Lag SEA a D Go C C Co Ga
73. as mist lalo et com New VMware ESX ESXI Eug weed 10 emet lab etn com New VMware ESX ESXI hro uec mier tain etn com New VMware ESX ESXI Ee weed 12 mist tab etin com New VMware ESX ESXI Eug west rot tn etn com New VMware ESX IESXI mro 00600000000 VS ne ta etn com New VMware ESXESXI fro Product New VMware wOerntir 2 Iems Weber moi Lib ef com Le New VMware Comfer Weer mit Lg com e New VMWare wCenter leet event e 14 10 2013 12 51 26 10 130 32 114 The input voltage ex in nomme reme Figure 90 Infrastructure Connectors Page 02 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Virtualization Adding a vCenter Server Manager To add a new VMware vCenter 1 From the Add a Connector dialog select New VMware vCenter from the Product drop down list see Figure 91 A second Add a connector dialog displays for your product connector selection Add conector Product Virtualization Li el P Note Pema refer Lo Ue E LENE Fr DC Tee En B K En THOT S CR Cees Me VEIN are Weer MESS New VMware ESX ESXI Microsoft SCVMM Citrix XenCenter Chr MenSener Vheware yCemer legacy AP i VMware ESK SKI legacy AP storage NetAng Storage Server w mm gm Ih e mmm UM TREE NE i kel Figure 91 Add a Connector Product Selection Dialog 2 Add identification information for the selected connector see Figure 92 e Product Select New VMware vCenter from the drop d
74. ation on the network card proxies or applications For SNMP communication configure the SNMP parameters using the System gt Scan Settings selection Discover Nodes Connected on the Network To discover nodes connected on the network 1 From the left side Views panel of the Eaton IPM main interface window select the Settings gt Auto Discovery menu item 2 From the right panel select a discovery method see Figure 8 e Quick Scan Automatically performed when application starts e Range Scan Click the Range Scan button e Address Scan Click the Address Scan button AQ Intelligent Power Manager Bis Quick scan Name Description Class Locatio f Range som MAST Windows NIE 01 00 telligent Power Manage deb Address es scan 1505 mp ian em c FASIHI NetAon Release 8 12 7 De m xen EC TE Eaton 5PX 3000 Network Management Ca E AA ees Mean node information Eahon SEX X A k cement Ca Eston SPX 3000 Network Management Ca ig Remar noses Eaton 5PX 3000 Network Management Ca B Select all mesch mi Lam etn VMwareESXI350tu VMware ESXI Deselect sil vest lab en VMwareESXIS50bu VMware ESXI W met Ss power sonos wesc rmt rao etm VMN ESXIS 50 fu VMware ESO end 3 mint Lan etm VMwareESXIS5 bu VMWwareESXI i User orkers ed or LO Cnange oner node Ge Emon CSV te a ran etm VMware ESXISS0bu VMware ESXI 65114 riot een VMware ESXIS S0bu VMware ESXI WS mibi ran em Vae ESXIS 1050 Ware ESNI V mibi ra etm Viewer ESXI
75. attery status unknown Electrical Flows Yellow Current flow through the cable NOTE The object animation gives the direction of the current flow Gray No current flow through the cable La WARNING Although there is no current flow through the cable the cable may be under voltage Electrical Power Source at UPS Input p Green source powered Status OK Gray Source not powered or status unknown gt Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 49 Supervision 90 Table 9 Synoptic Panel Icons Continued Symbol Color Load at UPS Output gt gt gt Combined Color Code Flow and Power Source Status gt p Green Red Gray Green Yellow Green Gray Combined Color Code Flow and Load Status Power Source Yellow Green Gray Red Description Load powered and protected Status OK Load not powered Load status not known Electrical power source is powered and provides electrical flow Electrical power source is powered and does not provide electrical flow Load powered and protected Load not powered The Power Source panel displays information on the device that powers the selected application running on the server see Figure 54 Power Source Made Description Evolution S50 Location Bureau Contact Seb Link Load segment Master outlet Figure 54 Power Source7 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2
76. atures Protocols XML SNMPV1 SNMPV3 See NOTE Network Management Card Minislot SNMP UPS Option Card Quick Scan Eaton Pulsar Supervision Web Network MS ex 66102 Management and associated Environment Sensor Shutdown See NOTE Network Management Card amp Modbus UPS Option Card Quick Scan JBus Modbus MS ex 66103 through Ethernet Eege Supervision Network Management shutdown and associated Environment Sensor 66846 NOTE SNMP is available for these devices but IPM does not use it IPM uses only XML protocol for this equipment ConnectUPS Minislot Network Management Card UPS Option Card Quick Scan Network MS ex 103006826 Eaton Powenvans Supervision Management shutdown ConnectUPS BD Web SNMP UPS Option Card Quick Scan e Eaton Powerware Supervision Shutdown ConnectUPS XSlot Web SNMP xHubCard UPS Option Card Quick Scan Eaton Powerware Supervision Shutdown PXGX2000 UPS Option Card Quick Scan Eaton Powerware Supervision Shutdown PXGX UPS Card UPS Option Card Quick Scan Eaton Powerware Supervision Shutdown Eaton Advanced ePDU Europe Switched SW ePDU Integrated Quick Scan v 1 20 Advanced Monitored AM and Managed MA Communication Card Supervision v 1 20 US Advanced Monitored AM and Managed Management v 1 25 MA Eaton ePDU Monitored amp Advanced Monitored PDU Integrated Superv
77. can in the Auto Discovery panel The Eaton IPM creates the right node type and retrieves both the VM Host information and the Eaton IPP information 96 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Chapter8 Redundancy This chapter describes the Eaton Intelligent Power Manager IPM redundancy features The Eaton IPM can supervise composite devices Composite devices are virtual nodes composed of two or more UPSs mounted with specific redundancy topologies and a dedicated redundancy level NOTE Specific redundance topologies include Redundant supplies Hot standby Static transfer switch STS for two components and Parallel for two or more components Enabling Redundancy This Redundancy feature is enabled from Settings gt System gt Modules Settings see Figure 108 After the feature is enabled the Eaton IPM performs the following e Supervise composite devices if the Redundancy feature is activated e Shut down the Eaton IPM computer when a composite device is set as the power source and if the shutdown feature is also activated NOTE You can also shutdown a remote server linked to the composite device through the O infrastructure connector feature Edit modules settings Management dl Shutdown Y Infrastructure Connectors 4 Data Center Management W User drivers Redundancy Cmm Figure 108 Edit Modules Settings Dialog Box Electrical Redundancy Schem
78. chelhdsc d a sx as stem DE xS eR OA Ree REPE REA HE 97 COn Ounae UN danos ds ei bbe a eid edd xir bim ERE 98 Redundan y VIEWS v eate iet rg dene dia en MC a o de x De Rer c Brea es oda ges Modo er oat S Rene d 100 Selection VIEW Node LISt avi od dao bs 100 Composite Device in Power Source VIEW 22 8 cut oed E A da La eee 101 Redundancy BEE 102 UA MN MY L 102 BEE 103 See EE 103 MIN i is EE 104 Redundancy Advanced Behavior Example eee eee eee een ennen eee reen 105 Redundancy Alarm Management with Four Modules er vrr rene 105 Protection Alarm Management with Four Modules 0 0 0 0 0c ce eee 106 RBecurndalyev En le le be 106 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 ill 10 11 12 Table of Contents USER DRIVERS ee AER sad teres socio od donee AE i 109 Pes abi o se E chaste ok e celine sar gue ege Ee 109 BE Bet 109 USER DIVeEr EOIOMMIGIOG arrasadas E PEO MSY EAE OS ea 111 Kofi GUO Re EENEG 113 STOR CT A A tou ie Das DEAE 121 Enabling the Infrastructure Connectors Module xica A A as 121 Ea o A O SA AI A EE 122 SEENEN d E E mee eames 123 EXTENDED FUNCTIONALITY cuicos ceci aa AA AA 125 Configuring the Eaton IPM vCenter Plugin and WWebiuom ee 125 Checking Tor vGenter Plug in Registration erg Seen dees AC dais is 125 Events MOYA IAS EE 126 Heino Easton d NOH EE 127 Using the WebPlugin through the vSpher
79. click this selection The contextual sub view menu displays see Figure 60 3 Click Create a sub view from and follow the instructions Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Supervision 3 C3 views 3g Node List L dcategory Devices GE category Application ag Location 3200 S Susan St Sant SS Location Computer Room 373 Location HPO Finland E ad Made Map CE Type UPS La Type POL LE Type Application 3 Sj Events 3 gEvents List status Oh status Warning status Critical C status Communication Lost Figure 59 Views gt Node List Example Hierarchy 8 ig Node List Ud Category EE category Create a sub view LS Location Create a sub view From fee Location are Location Remove this view a Node Map aT ype ULF Le Type PE Share this view L Type DAE s gEvents List Rename Ehis view S Edit filter view status Qstatus 4 Aj Logout admin CB status cerner Figure 60 Contextual Sub view Menu To filter the nodes in this sub view 1 Select a view in the Views gt Node List such as Location Computer Room see Figure 59 Right click this selection The contextual menu sub views displays see Figure 60 Click Edit a Filter View The View Filter Rules dialog box displays see Figure 61 79 X i Click Add rule then type the Object Operation and Values NOTE With the setup shown in Figure 61 this
80. cts all displayed events e Deselect all Deselects all selected events 60 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Supervision Calendar Representation Select Events gt Events Calendar to display the Events Calendar page In this matrix representation each line is a week and each column is a day in the week If you select a day or an interval with the date picker or using the shift click command the Events and Statistics panels provide all information for this selection and automatically refresh when new statistics are computed see Figure 72 TeN Intelligent Power Manager Week Sunday Monday ap a e 41 102 e eo o e Tuesday Wednes Thursday Friday Saturday eo a eoo ES Unknown 4 Figure 72 Event Calendar Page Node Events List The icons in the different views represent the event severity Bets 2 events from 07 10 2013 tn 08 10 2013 SRE Daie Name QBHO22 2 077 46 OB ea 45 051020139745 051020130745 DB 2012 07 45 031020139733 O80 2013 07 38 CBO SHO 38 DENTIN HIST CBOSS DanTana 1810050 3407 54 o e o o o Ke E Hd mei 2 NZ c Power kei count Curulated power kei ime The UPS aug ls o7 Communication si lems per page Statistics 2 days from 7 10 2013 to 08 10 2013 Message Communication w n device has filled Communication wf device E nestor Communication wEn devine nas tleed Communieation wien dev
81. cy level and the Load settings the following details are provided e Ris the number of redundant UPSs e Status of Redundancy Lost Alarm Table 12 provides redundancy alarm management details Table 12 Redundancy Alarm Management Load Redundancy Load 20kW 20kW lt Load lt 40 kW 40 kW lt Load lt 60 kW 60 kW lt Load lt 80 kW Level 0 R 3 R 2 R 1 R 0 1 R 3 R 2 R 1 R 0 Redundancy lost active 2 R 3 R 2 R 1 Redundancy lost active R 0 Redundancy lost active 3 R 3 R 2 Redundancy lost R 1 Redundancy lost active R 0 Redundancy lost active active Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 105 Redundancy Protection Alarm Management with Four Modules According to the Load and the Number of failed UPSs settings the following details are provided e Pis the number of UPSs protecting the load e Ris the number of redundant UPSs e Status of Protection Lost Alarm Table 13 provides protection alarm management details Table 13 Protection Alarm Management Load Failures Load lt 20 kW 20 kW lt Load lt 40 kW 40 kW lt Load lt 60kW 60 kW lt Load lt 80 kW No failure P 4 R 3 P 4 R 2 E et EN P 4 R 0 1 failure P 3 R 2 Pao R P 3 R 0 P 3 R 0 Protection lost active 2 failures P 2 R 1 P 2 R 0 P 2 R 0 Protection lost P 2 R 0 Protection lost active active 3 failures P 1 R 0 P 1 R 0 Protection lost active P 1 R 0 Protection lost P 1
82. d nodes using Settings gt Auto Discovery see Figure 4 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 11 Installation Intelligent Power Manager Ais Quick scan Name Description ias Range scm VM VIRTU DEV A Windows NT EOT0U intelligent Power Manage Ab Acoressjes scan mb mt tab em c FAS2040 Net po Release 8 1 2 7 Dos y BS 3 E Eaton SPX 3000 Network Management Ca E Mean node information Eaton SPM 3000 Network Management Ca Rd rss mode Eaton 5PX 3000 Network Management Ca Lg EE e e e e e e e e e e o SR Sek all wee 10 mat Lane Vk wate EXIS505bu VMware ESXI Deselect sil 1850111 mant tan etm vha ESXIS505u VMware ESKI uw met as power euros ae mot ran etm wars ESXIS S0Bu VMware ESO wezx 13 mit Ls etm Vh WwareESXIS5 Bu VMware ES I Leer orbers ed ar LO Cnange oner node Fe Bmore CSV me uerxT12 mii Lab etn VMWareESXIS5 bu VMWwareESXI 15114 rot tan etm VMware ESN S00 fu VMware ESO WS miht ra etm Vae ESXIS 10850 VMware ESNI a mit rain etn vwar ESXI S05 VMware ESO 00000000 wesxkr mot tan eim Vha ESXI 3 1054 VMware EZ Items per page Dg 1 14d 14 Let eve Ei l410 013 12 51 26 10113032 144 The input voltage im in nomal range Figure 4 Quick Start Auto Discovery Page e For the other nodes perform the discovery based on IP address ranges using the Range Scan option Using Range Scan discovers the nodes that are outside of the
83. e 19 Scan Settings TO WISCOVCIY a se der duc Ais OES obs ame tome tae A EE 20 Change Giver NOG ua eeh Lcd eae wet etait a eget ae bt ca aane bee bt eae 21 Conmigure Node SOT Le EE ER Bel Te en EE 23 E malNotificalon ACTIONS Sui ake De eR ae EC a a 25 Execute leg eelere el 25 Alarm Box egene uge Eege 26 COntgure Me S EE 27 SE e te EE EE 29 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Table of Contents EELER Sa wane dae AAS e aaa E 30 Manage the Cisco UCS Manager Component eee 30 Enablina the COMPONENT EE 30 EREM E Net e ee EE Seu Ae AE Ee gah SE 20 Remove tes OMIM EE 32 ELEC OPO i ee eas ease Sate ew Se a Oa a ee d Wee eee 33 Configure the Cisco UCS Manager Component d deerat Hine rece ii Saeed 34 Difference Between Present and Future Options 0 0 0 00 0c cee ee 34 FOWer cabina MME EEN 24 Global Geer 35 Power Control POC Vang PIONI es 22 l em abbr SE bt Rohde Haden Rebbe ed ion e eis 36 Power ele 37 Common Errors and Notifications for the Cisco UCS Manager Component 38 SUPERVISION oie ret rs a Are e heec o o oec d Ped dnt Nut do wee id 41 Access to the Mordtoring Interface s 9 e debi ded Roe ed be ue DET E PIPERIS idees ders dress 41 OCA ACC re pe EST os Bodh Met Bon Hea Bod ak Ven EE 41 Remote ACCESS c olei ax Scag ce ended es qot otk akan sk ese ee wee Aa sia tate ys Ree a 41 Kiere Vee satis eed E anes oe Nek Eee Dates EE 41 FEXDIE EE 43 FPO RMA ge
84. e Geen BEES abort Kean er 12 A Y TT i vi Facute 25 besen Keen M AU i T irte LOL S Wm SUE Cu 10 sw rra per paga Deane 1 4 af 47 Pra Dor Dir 1 Quum D L t get d itu The avlet p age m ri E Figure 43 Node List View 0000 EET AAA You can sort ascending or descending your device list by clicking the column titles Status Name Description Location Load Level and so forth You can also add columns as illustrated in Figure 44 AQ Intelligent Power Manager Descrpion Ci i 05 Type Vibwans ES 5 1 b sort ascending Vilwarg E500 S 1 0 Vilware 505 1 Z cort descending VMware ESXI5 1 0 MI Urne E500 5 6 LAB aee BEY em wu UB Columns Windows NT DT Windows TOt hbelgeni Powe Wes IC Di Ot hber Powe Wimdeya NT ONLUS niger Powe nteligent Powe Wimdows HT DOT DELL Mates Madera TO niger Powe W emdewsHTSO 03 bieboent Powa Care OF Sa war Lara Locaban Vilwant EGE 1 Whew one ES Contact Losd level Vilwere E x15 6 iba ane Be Wiere Ex 5 1 Vilware ES 4 Baltery Capadgty Shutdown imer Estmabed runtime to shutdown Battery run tme Shute duration Eaten PDU Au 1P POL Ressort H Eaten FOU AU 8 POU efwari H Eaten eiu MA TP POU hework H Fates ePOU MA 1P POR Reap H Bates aPDU MA 1P PR haiwan M Master pt Eaten aPDU MA TP POU Meteor HN Ewen ett MA TP PIU Network H j woos Outlet group Eaten eut MA TP POU bRe zswor H g S i User Type Ewen GEO M 18 POU Network H Ewen
85. e Mac address Device MAC address e Serial Number Device serial number if available e Class Type of card Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 43 Supervision e Location Device location value of syslocation object can also be configured in the Device page e Contact Device contact value of syscontact object can also be configured in the Device page e Link Link to device Web site if available NOTE The information displayed in this panel depends on the node types you are viewing information Q 192 168 xx yy Descriptor Mornal apparent E o E ar P address Hac address sanal nami AV1JTSU4S Network Management Card i JAS E Figure 46 Information Panel Status Panel The following node status displays in this panel see Figure 47 e Power source AC Power Battery e Battery state Charging Discharging Default Floating Resting e Load Level Output load level of the device e Battery capacity Battery capacity of the device e Battery run time Device remaining backup time e Master Output Main output status ON OFF Internal Failure On Automatic Bypass Manual ByPass Overload e Output Outlet status Output outlet status ON OFF for outlet or load segment o NOTE The information displayed in this panel depends on the node capabilities 44 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Stakus Battery s
86. e SDK for Perl is no longer required In this solution ESX and ESXi hosts are not controlled by vCenter paid version only which provides following features e Eaton IPP application is installed on VMware Infrastructure Management Agent VIMA vMA for each host e Eaton IPP configurations and actions can be managed centrally from the Eaton IPM client e Some command line programming is required e Remote graceful shutdown of multiple ESX ESXi servers and hosted VMs Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 81 Virtualization Adding Infrastructure Connectors To add Infrastructure Connectors see Figure 90 1 If you have not already enabled the Infrastructures Connectors module use the Edit modules settings dialog in the Settings gt System menu The Infrastructure Connectors menu entry displays as a selection in the Settings menu 2 Click Infrastructure Connectors 3 Click Add a connector on the right side panel The Add a connector dialog displays NOTE To edit or remove connectors you must first select a line in the center panel Intelligent Power Manager Infrastructure Connectors Plugin State Product MetApp Storage 1 Dem MelApp orage rests eniti Ea eim com ig Product New VMware ESX ESM through vCenter 9 Iems wee mot isin et com New Vitara ESK SKI hro eet mot Lain etn com New VMware ESMESIO hro vesd0s mint Lat etn com New VMware ESX ESXI Erro ve
87. e Web Interface 127 CODD Aer erede elsi eu cerdo SN arret lt de 7 acto DE Ed OE ERES ed CE re E 128 EROS QUISTES quico DO AL Ra a os ud 128 Check XenCenter Plug in Installation 2 aes Sy See OG oes aa EN 128 Usina Eaton IPM through KENCENIE ar daer eh dt 262 ee aw deen adie ai ORS ae E 130 Configuring Maintenance Mode and vMotion with venter e 130 Re o EE EE EE 130 AOAC ON EE 130 understanding Maintenance Mod s xu dus ura Vp be mie dedit EE 131 Configuring Maintenance Mode Behavior in vCenter 0 0 0 0 0 ees 131 EE ICI E RETE TOT TESTO TUTTA EE INTENTE 131 VMware vCenter ee AW e EEN 131 Configuring Maintenance Mode and Live Migration with SGCHMM 0000200 e 133 Meamtenence VIDAS EE 183 Understanding Live ee IO Mi is A A ote AAA 133 EE Eelere cas oe bas ot ete et aeons OR ere ig es See 133 VMware Ee LEE 133 Eaton vana Virtualization eenean is Ah woe Mh ett ER ratus dedos aed qoa Rd gus ar aeos 133 VMware ESX Gonatrgtiof s s ie bea oe edes Eurer IP NES ESI 135 vCenter Server VMware Supervisor eee 134 EEN TS ue sot ta et EE eg gu ee ee MEN 134 IWICKOSOIN FIVDGI te 134 Serge lee Rote MZ d e NEEN 134 Microso TechNet ee EE 134 About Maintenance Mode 134 Requirements for Using Live Migration Ebert rs Rat pL EM Dao tad ga tte 134 VMware eelere TECH sa an s ghee eal EE 134 VIRTUAL APPLIANCE AE Ee sth eta wees eats ee at 135 Prerequisites and Requirements ee eee 135 Minimum System Requirement
88. ears if a power source has been declared in the Shutdown configuration settings E Intelligent Power Manager Notifications 3 wll x Hane 7201 03 17 00 54 22101409 11 5 amp 40 22 00 03 11 58 37 22101 09 11 57 59 22 0403 11 57 58 22 01 09 11 57 22 22101409 11 55 19 220 01409 11 53 24 2001 09 11 52 53 22101098 11 51 15 9900000000 Figure 18 Alarm Notification Box with System Tray Icon On utility a 7 30 min 00 s Bypass Return on UPS Communicalion nestored with UPS Outpul on automatic bypass Bypass Return on UPS Conmmurscation wih device it restored Communication with device has taled Communication laburo with UPS Communication with device haz ged Communication with device it restored Communication restored with UPS The Alarm notification box is accessible from the System Tray icon see Table 6 and Table 7 Click the icon to open the window that displays the alarms on the local computer System Tray Icons If no Power Source has been declared the System Tray Icon can have the states described in Table 6 Table 6 System Tray State Icons Power Source not Declared Icon State Description LJ E BLUE The System Tray Icon correctly receives alarms from Eaton IPM GRAY Communication is lost between the System Tray and the Eaton IPM If a Power Source has been declared the System Tray Icon can have the states described in Table 7 Table 7 System Tray State Icons Power Source
89. ectly on the IPM web interface see Figure 140 M TT 5 phero Yob CLE A Y e x gramm s His a 4 Hammam o s Qf hi ater Wi E i i LEA Goy Teta eren Mes Me Beet Covet r Beam Tania n Dune rap a FREE Dee ag Lg aun Teri Vail ae ma di e Lara fo d a ima Reel RI WC k tera ptm cup L wi TEEN LE mr alm Hag Asa TE Tea ee Us Pati CETERE LO E o x D u P Wort im Prop D Ca Q mirr D X4 Fl E T N ag jm Bike TE adds a E iia pili ards dh Gite a er 5 7 D sen ease me Gig A DES Famula T g sin unas m omis d h ST DEP E G Dengen saiga br is dh pes Sites Diis Er Dates os ae s Sin Figure 140 WebPlugin DateCenter Level On the Host level you will see a widget with the UPS protecting your ESXi and other information such as state and a link to go directly on the IPM web interface Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 127 Extended Functionality VITAE ES y Spera WS IMATE A B8 iJ paa DL a D a E A fruits Ska g i T t Gaieg Eist uman dm dias Mii usen Second Tata s e ng p Se d em D el ume aet a um a LE aires Tea LES LL Lo di ij i P D 5 iiim Bar i s i CH H ge E j pea d gir EI p F SH nap AUN DIE eris 8 T FA FR Es ex e A a l Th Tr im ar n Li ri D ee Fara Por Lager g N T Mi Fast a Maru Tura laws L nai imu y 286 Ties 9 werk bd
90. ectors cannot be selected New VMware vCenter New VMware ESX ESXi NetApp Storage or Cisco UCS Manager e Ilf a JRE is installed on the system hosting Eaton IPM new infrastructure connectors are available see JRE Prerequisites on page 10 Add a connector Product Note Please refer to the t Virtualization informations about disable wey Vitware vCenter Y em Wd nm Coa gt weit ViWare ES Doc J Microsoft SCVMM 1 Citrix XenCenter Citrix XenServer VMware vCenter legacy VMware ESX ESXI legac Figure 85 Selectable and Non selectable Connectors Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Virtualization Eaton Solutions for VMware Standalone Hypervisor and Local Solution The standalone Hypervisor and local solution requires you to have installed Eaton Intelligent Power Protector IPP and VMware vSphere Management Assistant VMA The architecture for this solution is illustrated in Figure 86 NOTE For more information refer to the Eaton Intelligent Power Protector IPP User s Guide VM VM vu WM VMware ESX IPP Figure 86 Eaton IPP Running on ESX Server VM BL VM VM RER VMware ESXi Figure 87 Eaton IPP Running on VMA Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 79 Virtualization Multiple Hypervisor and Remote Solution For multiple VMware hosts it is possible to manage shutdown through IPM b
91. ects e Spider Monkey e Ext JS e SQLite The SQLite Project http www salite org generously donated source code to the public domain that helped us for this project e Open SSL This Eaton IPM product includes software developed by the OpenSSL Project for use in the OpenSSL Toolkit http wwvw openssl org This Eaton IPM product includes cryptographic software written by Eric Young eay cryptsoft com This Eaton IPM product includes software written by Tim Hudson tjh cryptsoft com Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Introduction e Lib USB e Net SNMP The full license version for each of these projects is available from Eaton IPM using the Settings System About selection path Java Licensing Eaton s advanced software infra connector uses the OSGI framework technology All the constituent modules of the new features virtualization storage Cisco UCS are based on OpenJDK Open Java Development Kit which is a free and open source implementation of the Java Platform A Java Runtime Environment JRE must be installed on the target machine to use these features This one can be open source such as OpenJRE or business such as Oracle N IMPORTANT Acceptance of licenses related to Java Runtime Environment is the responsibility of the end user Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 7 Introduction 8 Eaton Intelli
92. ed use e Optional You can customize the subject such as when you use a third party service provider to translate e mail into SMS e Optional You can specify that you want to receive a consolidation of the alarms that occurred during a delay time duration For example if you specify none each alarm generates an e mail With this setting you will receive more e mail for the same number of events Execute Script Program Actions In order to execute a program on UPS events the program path is required NOTE The program is executed under the SYSTEM account e f an action script or program cannot be executed under the SYSTEM account it is necessary to modify the execution context before it can be run e To allow a user to run specific tools and programs with permissions that are different from those assigned to the user s account use the Windows RunAs command This allows you to save the password Windows XP Service Pac 2 and more recent versions e Use the following Microsoft command gt runas profile user lt windows_ login gt savecred lt my_program exe gt e When first executed a password is required it is saved for subsequent executions Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 20 Configuration 26 Alarm Box Notification Actions The alarms are displayed on the local computer in an alarm box see Figure 18 The status part of the alarm box is optional It only app
93. elected device see Figure 52 The button allows you to zoom in the graph e The v button allows you to select the data you want to display in the graph Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 47 Supervision 2009 01 27 15 38 20 2HY MTT 4x 2009 01 27 15 06 05 Z009 01 27 16 06 05 Figure 52 Graph Panel Synoptic Panel This panel displays the selected device synoptic see Figure 53 A tool tip displays when you move the mouse over one of the functional block Synoptic Online UPS Masher 0 0 Output measures Load level m oo o Apparent power 445 kV A Output voltage 230 Y Output current 194 Output frequency 49 Hz Figure 53 Synoptic Panel The Synoptic color coded icons display for the following see Table 9 e UPS modules e Battery modules e Electrical flows e Electrical power sources at UPS input e Load at UPS output with status linked to UPS output status e Combined flow status and load status 48 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Supervision Table 9 Synoptic Panel Icons Symbol Color Description UPS Modules AC DC DC AC Bypass Green Status OK and Active AC DC DC AC Bypass Red Internal Fault and Inactive v AC DC DC AC Bypass Gray otatus OK and Inactive or Unknown Al Battery Modules Green Status OK Orange Battery charge is less than 50 Red Battery fault or End of backup Gray B
94. eo Sine GU te st eat eh ine 2 Sher DEN COS t poetice en c SEU AS desse o doa WE ea mal Geor able are EXC n SERE eas bed 2 vibe e DEE EE AA rrr 3 ter Network Devices ote cede casal cs 4 Eaton PE Eltre unt dai cda y aed daos ace ee e ae aed ica 4 Fertemadyoe EVvaluatlolSies e encotrar arriero ara Shade Stee EEE SESE fua 4 NetWOK PON EEN 5 OUDER OOU EE E E S ee 6 TE oaae a ete wee de a de deht ee eee ete 6 AGNON ee GE 6 AN INE INST NER Ee Ee AN ued sy Stan eae AB Oe E eek ad bite SP atk 7 INSTALLATION EE 9 loo AAA EE 9 On the System Hosting Eaton JPIML dd c a CER e mas 9 On the System that Displays the Web based GUI 2241s ssc aaa tel 3 9 JE ESSO be Leet cu de iac ar CR cR cc ERES a eR od e RR Y EUR A V tt S CAR CA ACC eee SE c 10 URE oI EV AO Na E CRUS e e AO AA ETUDES LES 10 QUICK ola ANS TUCO SG sema a eke ASM wa ia BEE ee Sa ee EAT PAS eA 10 Grapiical Installation EE 10 COMU DEI aia peas S BE ere a ios Ge hh cle week ta 11 License EENEG 13 CUSerat Obi gt Ob etd vto KEE Aw ALE Reb e E aa ee 13 stella torpe SUE russi EE 14 Uninstalling the Eaton DOEN 15 Upgrading the Ete PM Pro dus ias x eee Sa A A BM acc a ara d cR eur 15 Installing Uninstalling the Eaton IPM Command Une 15 A A IN RT REA A TURES 15 E A o NS a a ds ra ea oe 4 Oke dos oa 15 CONFIGURATION a 5 assu tabu dice EE Ee 17 Congue TEEN 17 Discover Nodes Connected on et RE EE 17 DG AA AA AS 18 Nan Scola wate ate e o oia escrita 18 ae E Nur dt dci dde Saks sek tocada an oe Bes o
95. er Asecond s Global Power Allocation Policy Manual Blade Level Cap Current Power budget unbounded Disable unbounded F Figure 31 Shutdown Settings Set Power Capping Change Timer Global Power Allocation Policy The global cap policy is a global policy that specifies whether policy driven chassis group power capping or manual blade level power capping will be applied to all servers in a chassis Two global allocation policies in IPM are e policy driven power chassis group power capping e manual blade level power capping Policy driven Chassis level Power Capping When policy driven power chassis group power capping is selected in the global cap policy Cisco UCS can at the blade level compute the amount of power allocated to a chassis based on priority A service profile has to be attached to a blade to set priorities on a blade E T di Intelligent Power Manager Wun LYT Rede configuration SE viva barre c Vn socias hades cw 222 jede List eas ven 7 2 9 hade Uap e TS TAN j a Syutem Settings E 3 Sp Events USS Biade server Em Lar Eventa Cerda A cj Managerent krimas UCS Dade serie LIS kodes Settings M odes Legrade 3 settings ALCA UCS Blade server ELA t Fr Cd UGS Blade server UPS Contact UPS L z ten FECHA UC Blade server Ka Shutdown Settings d Ass Dacov ry Power MELIDE liane Tacos Aya CIAR WCS Blade abre Load aeger Master calput P nirasiuctul CORMMCR User Stee durat 1
96. er data see Figure 131 These userdefined objects display as a raw list that is sorted by groups e The standard objects are NOT displayed in the Other data panel These standard objects are defined in standard IPM panels see Table 16 e he userdefined object list is attached to the driver e Click the Manage user defined objects button in the rule editor to manage user defined objects 116 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 User Drivers Other data Group Rotor speed Figure 131 Other Data Panel Source Object Name This feature defines the name of the source object that you need to acquire The following notes apply when creating a source object name in the Rule editor dialog 11 Ir e f the destination object name is indexed for a standard object or a user defined object use x in the source object name for the index position e For an SNMP device the source object name corresponds to the object ID OID name of the data to acquire The list is built from the device identification name which has been given It corresponds to all OIDs available under the OID root or the SysOID value e Fora NUI device the source object name corresponds to the internal NUT object name If you provided a valid address in the check item of the driver an interface is provided to help you to select the appropriate source object from a list of value To define the source object
97. er e e Citrix XenServer e e Vmware vCenter legacy API e e Vmware ESX ESXi legacy API e E otorage NetApp Storage e Server Cisco UCS Manager m e NOTE Only available if the system hosting is based on Microsoft operating system See Eaton Solutions for Microsoft on page 85 JRE Installation The installation of the Java Runtime Environment JRE is Operating System platform dependent All new Eaton components have been developed and tested for the Java version 1 6 or later After installing the correct JRE the IPM must be reloaded to take account this new environment Quick Start Instructions This section includes quick start installation and configuration instructions Graphical Installation To install the Eaton IPM 1 On a computer with a Windows OS run the Eaton Intelligent Power Manager package under an administrator account A Web browser displays the Eaton Intelligent Power Manager Installer Welcome screen 2 Observe the prompt and verify that the communication device is connected Click Next see Figure 2 The Login screen displays Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Installation J Eaton Intelligent Power Manager Installer i Intelligent Power Manager E T N g g Powering Busness Wordade v1 30 Welcome to Eaton Intelligent Power Manager installer License Select Path Please check that your device communication Installation is connected before proceeding with
98. er s Guide v1 40 P 164000289 Rev 2 Installation Uninstalling the Eaton IPM The following methods for uninstalling the Eaton IPM are available e Access the control panel selection for your operating system to uninstall programs and remove the Eaton Intelligent Power Manager Vx xx package per your system Instructions e You can also uninstall from the shortcuts to remove the product and custom files if you confirm the action Start gt Programs gt Eaton gt Intelligent Power Manager gt Uninstall Intelligent Power Manager Upgrading the Eaton IPM Product If you install a new Eaton IPM Release without uninstalling the old release you will keep your database and your product settings See Nodes Upgrade on page 74 for upgrade information Also see System Settings on page 29 for information on configuring automatic upgrade Installing Uninstalling the Eaton IPM Command Line You can install or uninstall the Eaton IPM product from a command line in order to deploy the software in a group with or without using the graphical interface You can also configure protection settings from the command line Detail of available command options can be obtained using the following command lt packageName gt help lt packageName gt COMMAND OPTION The available commands are e install Launches the installation upgrade process default e uninstall Launches the process to uninstall the application The availab
99. et the scan settings by selecting or deselecting checkboxes typing data or make selections from the drop down list Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Configuration Username Password 7 SHMPv1 SNMP community name 7 SHMPv3 Username readuser Security level Authentication and encryption Authentication method MoS Authentication password O Encryption method DES Encryption password arar lt NUT Ho spechc autnentication parameter Figure 12 Edit Scan Settings Dialog Box Change driver node After discovering a node it is possible to assign a different driver to this node To change driver mode 1 Select the Settings Auto Discovery menu item 2 From the right side panel select Change driver node see 3 By default the driver of the node is selected Choose another driver and click OK Then the node will use this new driver Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 21 Configuration Change driver node Please select the new driver for the selected node lt 3S Standard driver e Eaton Intelligent Power Manager fd Eaton Intelligent Power Protector FJ Eaton Intelligent Power Protector Proxy i Eaton UPS Network Management Card FJ Eaton ConnectUPS PAGA UPS card SNMP e Eaton Power Xpert Gateway Card wl Eaton POU Network Management Card MGE UPS Network Management Card Legacy i MGE Networ
100. fault alarm for incorrectly configured VMKemel NIC Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Extended Functionality Using Eaton IPM through vCenter The Eaton IPM tab is visible in the vCenter Server Console and in the root folder di The Eaton IPM is now available and is fully functional with the vSphere Client Note that the Eaton Power Manager tab on the top Is selected See Figure 139 vCenterServer VMware vCenter Server 4 0 0 162856 E EE E ESA EEN Eaton Power Manager ACQ Intelligent Power Manager What is Eaton Intelligent Power Manager Login i Password Ideal for monitoring and managing multiple power and environmental devices Intelligent Power Manager software from Eaton delivers a global view across the network from any PC with an Internet browser Exceptionally versatile the software is compatible with any device supporting a network interface including other manufacturers UPSs environmental sensors ePDUs shutdown applications and more Intelligent Power Manager also offers the ability to organize a management table by groups centralize alarms and maintain event logs for preventive maintenance of the entire installed equipment base Figure 139 vCenter Server Console Using the WebPlugin through the vSphere Web Interface On the vCenter gt DataCenter level you will see a widget with the number of UPSs devices protecting your ESXi and a link to go dir
101. gent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Chapter2 Installation This chapter provides Eaton Intelligent Power Manager IPM installation prerequisites and quick start installation procedures Procedures for uninstalling and upgrading the product are also included NOTE Please refer to the following installation information for operating system O compatibility http oqsoftware eaton com install common eaton_os_compatibilities_aa pdft Installation Prerequisites This section provides installation prerequisites for the following e Systems hosting the Eaton IPM e Systems that display the Web based graphical user interface GUI On the System Hosting Eaton IPM The Eaton IPM can be installed on Microsoft Windows 2000 Microsoft Windows XP Microsoft Windows Vista 7 Microsoft Windows 7 and 8 and on Microsoft Windows Server 2003 2008 including R2 revision and 2012 e For better performances with multiple nodes Eaton recommends a Microsoft Windows Server OS that does not have the limitation of 10 simultaneous network connections e To avoid network or serial port access conflicts do not install the Eaton IPM on a machine that also hosts Network management system such as HP OpenView or CA Unicenter Eaton Intelligent Power Protector IPP Eaton Enterprise Power Manager Eaton Network Shutdown Module Network Management Proxy Eaton UPS Management Software NOTE
102. gent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 101 Redundancy Redundancy Use Cases This section describes several typical use cases to help you properly configure the redundant shutdown sequence according to your needs Use Case 1 You want to have the longest backup time with the redundant configuration To do so use the default IPM configuration e The IPM default configuration is available from Settings gt Shutdown gt Edit Shutdown Configuration see Figure 118 e For Network MS example 66102 103006826 and Modbus MS example 66103 the default configuration for the Network Management Card shutdown configuration is available from UPS gt Shutdown Parameters see Figure 119 e For ConnectUPS X Slot or ConnectUPS BD network cards the Network Management Card default shutdown configuration is available from Configuration gt UPS Shutdown and Restart Settings see Figure 120 Edit shutdown configuration Shutdown Shutdown timer second s None Shutdown duration second s 120 Shutdown type Hibernate Shutdown script save JL cancel Figure 118 Edit Shutdown Configuration Dialog Box Network Managerment Card PC du iur m ELI bt wies fi D ubican dur geen fi Xi zer Cm urcier ka n E rns uw epe pi Figure 119 Network Management Card Web Interface 102 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Redundancy ConnectUPS j i Te
103. guration SS Settings Auto Discovery Shubdossn timer None Shutdown duration 120 second s J Actors Shutdown type Hibernate ue Shutdown f System Je eo Criteria Shutdown criberia 5 reached user List La UPS Configuration Low battery alarm levet 30 5 Load segment 1 restart delay 0 seconds Load segment 82 restart delay 1 second s Audible alarm Enabled Figure 75 USB Serial Power Source on Shutdown Page To configure shutdown perform the following actions 1 Click the Edit Power Source button Ti bol power Source Ej Ed shutdown configuration i Edi advanced shutdown criteria Dro ur JB ten Bei Test shutdown 2 In the Power source field select the UPS that powers the computer hosting the Eaton IPM Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Di Shutdown 3 Select the UPS Load Segment that is powering the server 4 Type the login and password if necessary depends on the connectivity 5 Click Save Shutdown Through Hibernate If available with your operating system there are a number of advantages to using the hibernation feature available from Microsoft Windows 2000 and later versions When the computer is shutting down all system information including work in progress is automatically saved to the disk The computer is also de energized When mains power returns all the applications re open exactly as they were before the computer
104. h the instruction manual may cause harmful interference to radio communications Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense This Class A Interference Causing Equipment meets all requirements of the Canadian Interference Causing Equipment Regulations ICES 003 Cet appareil num rique de la classe A respecte toutes les exigences du R glement sur le mat riel brouilleur du Canada Eaton is not responsible for damage to this product resulting from accident disaster misuse abuse non Eaton modification of the product or other events outside the reasonable control of Eaton or not arising under normal operating conditions TUVRheinland 1F61 LIE Special Symbols The following are examples of symbols used on the UPS or accessories to alert you to important information RISK OF ELECTRIC SHOCK Observe the warning associated with the risk of electric shock symbol CAUTION REFER TO OPERATOR S MANUAL Refer to your operator s manual for additional information such as important operating and maintenance instructions This symbol indicates that you should not discard waste electrical or electronic equipment WEEE in the trash For proper disposal contact your local recycling reuse or hazardous waste center EE Table of Contents INTRODUCTION EE 1 COMEDII coe sete abe coat Abe et oe ee Bee ee
105. here anywhere 7638 17M ACCEPT udp any any anywhere anywhere 3656 461K ACCEPT udp any any anywhere anywhere o 0 ACCEPT odp any any anywhere anywhere dpt O ACCEPT udp any any anywhere anywhere ude dptzbpcp trap a a ACCEPT tcp any any anywhere anywhere tcp dpt 61616 a D ACCEPT tcp any any anywhere anywhere top dpL rmiregisgr Chain FORWARD policy DROP 0 packets 0 bytes pkts bytes target Brot opt in OUT ann rcE destination Chain OUTPUT policy ACCEPT 45494 packets 12M bytes pkis bytes target Prot opt in destination Figure 148 Firewall Configuration To modify the default configuration you need to edit the script in etc Init d firewall You can see how the firewall is configured to be launched after each startup in Figure 149 roor localhost fchkconfig list Eaton IPM O off l off 2Z 0n 3 on 4 off 5 on O offt l offt ion 3 0n 4 off Dron O o0ff l off O o0ff 1 0ff Figure 149 Modify Default Configuration To Start or Stop the Firewall To start the firewall root localhost etc init d firewall start To stop the firewall root localhost etc init d firewall stop 138 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Virtual Appliance NOTE After upgrading IPM software 1 28 to 1 40 for example you must add these 2 rules in the firewall sbin iptables A INPUT p tcp dport 61616 j ACCEPT EMC4J O MessagebBus sbin ip
106. here are two UPSs and one UPS is redundant In addition all servers are shut down at the same time e The Network Management Card Shutdown default configuration is available from UPS gt Shutdown Parameters see Figure 122 e For ConnectUPS X Slot or ConnectUPS BD network cards the NMC default shutdown configuration is available trom Configuration gt UPS Shutdown and Restart Settings see Figure 120 e To configure this shutdown you must set a shutdown timer of 10 min for all Network Management Cards In this case the last UPS sends the shutdown order after 10 min if it runs on battery If the last UPS never runs on battery the first UPS shuts down at the end of autonomy and the last UPS takes the load if it has the capacity Otherwise the shutdown occurs sooner Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 103 Redundancy Naetaork Managerrnernt Card lesan armar Ire ui Aaa uncer le fier mich Ce win ary Ve tech cmn Fokin iran aren mco con Figure 122 Network Management Card Shutdown Parameters ConnectUPS D 150172011 152225 Weblo a LPS Lea HES Heneny Rese ed E biais E Era A L A Birger a a Pr al rs IR LIT Ad pido Wil S RM C d Cod gue at een tmp Tap Pegs art i 05 a a rs D s sl Ts AC Fall Event Actions Delay Baas Fed AC Fadi Viamima Missae 0497 Secas E Ale Messe 10 VA d ite kd sgw ON See oris D me bes s ge Pepe dl farra on a EL Fada Humbe
107. ice Es nesior Communication wf device has falled Communication win device ls nestor Crepmtrkz ke win Gees Fes af Communication wih device ls restor Communication WE device has failed Communication WA device Fer filled Communication wih device Is restor Communication WR dake has Talked Communication wa device E nes ar y Displaying 1 25 1 3 min 145 1 16 d Leg E C NORMAL With this event the UPS device is returning to a normal status Normal Event list UPSs ePDUs Applications or Generic devices e Communication with device is restored e Communication restored with UPS e he system is powered by the utility e The UPS output is on e Communication restored with UPS e Battery OK e UPS returns to normal load e UPS OK e Bypass Return on UPS e End of low battery alarm e he outlet group 1 is on e he outlet group 2 is on e Communication failure with environment sensor Let erent 3 ig10 0013 12 51 26 1013032114 The innt voltage i in normal range Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 61 Supervision 62 Communication restored with environment sensor Humidity is in normal range Temperature is in normal range Input x on Input x off End of warning alarm End of critical alarm Redundancy restored Protection restored ePDU Normal Event List Specific to ePDUs The input frequency is in normal range The input temperature is in
108. ise 32 bits Test conditions during 40 hours e 1000 nodes including 50 real mainly Eaton IPMs and some NSM and Network Management Card e Average CPU load 60 e Memory load 200 300MB d NOTE simultaneous connections These tests have been performed on Windows Server Operating System The Windows 2003 or 2008 Operating Systems do not have the limitation of 10 Network Ports Table 4 lists the network ports used by the Eaton IPM Table 4 Network Ports Eaton Network Other Eaton UPS Management Management Cards Eaton IPP with Eaton IPP and Eaton Protocol Mode Port Card NOTE Shutdown Controller IPM SMTP TCP 25 OUT OUT OUT OUT DHCP BOOTP UDP 67 OUT OUT X X TFTP UDP 69 IN X OUT OUT HTTP TCP 80 IN IN IN OUT IN OUT NTP UDP 123 OUT OUT X X SNMP UDP 161 IN IN OUT OUT SNMP Traps UDP 162 OUT OUT X X UNMP UDP 200 X OUT IN OUT IN OUT HTTPS TCP 443 IN IN IN OUT IN OUT Eaton Supervision TCP 4679 X X IN OUT IN OUT Eaton Notification Broadcast UDP 4679 IN OUT X IN OUT IN OUT Eaton SSL Supervision TCP 4680 X X IN OUT IN OUT Eaton Alarms Broadcast UDP 4680 OUT X IN IN Eaton Connected Alarms TCP 5000 IN X OUT OUT Eaton Connected Alarms TCP 5001 X X IN OUT IPP Unix NUT TCP 3493 X X IN OUT IN OUT NOTE PXGX2000 PXGX UPS Connect UPS BD Connect UPS X Slot Network MS Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Introduction Troubleshooting HTML pages Cannot display the UPS pro
109. ision Communication Card Eaton ePDU Managed PDU Integrated Supervision Communication Card Eaton ePDU Switched PDU Integrated Supervision Communication Card MGE Switched PDU NM 68130 68134 56132 PDU Integrated Supervision 56134 56136 56138 Communication Card MGE AmpMeter PDU NM 68152 56134 56144 2 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Table 1 Eaton Devices Continued Introduction Eaton Equipment Designation Type Features Protocols XML SNMPV1 SNMPV3 Computers Windows Linux hosting the IPP UPS Proxy Quick Scan e shutdown Controller Shutdown Controller Supervision Management shutdown MGE Network Management Proxy Windows UPS Proxy legacy Supervision XML Agent Computers Windows hosting the application UPS Proxy legacy Supervision LanSafe Web View MGE Network Management Card Minislot SNMP UPS Option Card legacy Supervision Web 66244 and associated Environment Sensor Network Management Card Transverse SNMP UPS Option Card legacy Supervision Web 66074 and associated Environment Sensor Aphel 1 ePDU Integrated Supervision Communication Card Aphel 2 ePDU Integrated Supervision Communication Card Serial Line Devices The Eaton IPM is compatible with the following serial line devices see Table 2 Table 2 Serial Line Devices Eaton Eq
110. ith the hardware revision To upload a device firmware 1 From the left side Views panel of the Eaton IPM main interface window select the Management gt Nodes Upgrade menu item 2 Select the cards on the Node List page see Figure 81 From the Node List button 2 select Set Login Parameters and enter the card login and password Ges The access status changes from Access Denied E to Access OK L i From the Firmware Import Firmware File list box the uploading window displays Click Browse to select the firmware from a disk accessible from the computer Click Import NO a p Click Firmware gt Upload Firmware to nodes The cards are updated with the selected firmware AC Intelligent Power Manager SA Bac pa zu Lap mim dili 1 i ads irm mtu wt MEL IET zr pae ep z Ter Is LENT Nahe 171 if Rue T heen Or Tert inde i 240 Ti n h Diner Arve His sa Heb birsen bin A z 3 E Esport feet bb er pieri iiri A ds er Vi mani Seres Mg oed SE sis ot E Bann aye Tarima d kass lii eer Dei Viri oot bee ES y V ri amy bigs ir Cea A d lidad rra Anal PAS DA bib n rior e rs i H behari Ain k n Vieta pri i Lind ad se ps zd Diet eat e pe ee d 5000000000000 60006PPPG0bPpP beieri Habitat Figure 81 Management Nodes Upgrade View 1 74 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Advanced Management Upgrade Applications To upgrade the application
111. itical 3 Figure 74 Export to CSV File The function is also available from the Auto Discovery Export to CSV file menu selection d di gt a mm a Unknown 5 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Description 5130 RT 2500 Dell UPS Rack 1000 HY Dell UPS Rack 1000 HV Eaton SP 1150 Eaton SP 1150 Eaton SPX 1500 Eaton SPX 1500 Eaton SPX 2200 Eaton SPX 2200 Eaton SPX 2200 Eaton SPX 2200 Eaton SPX 3000 Eaton SPX 3000 Eaton SPX 3000 Eaton SPX 3000 Eaton SPX 3000 Eaton 9PX 60001 Eaton 9PX 30001 Fr Montoonnot Viseo A2 01 MET L30 Com A01 Rack 01 Eaton ePDU AM 1P IN C20 16A MET Lab Com A01 Rack 02 gem S 3 AAA 10 380050 EA S Ts Le Rens per page Last even o 19 10 2013 17 46 00 10 130 34 121 The outlet 1 voltage is in normal range AMET I A Dom 404 Ranke OF Contact Computer Room Manager CEM Munster Room Manager Henri Bemard SCH support ww Henri Bernard sof support ww Astelen Computer Room Manager Bernard THOMAS 600 66 66 p Henri Bemard SCH support ww Henri Bemard soft support ww Henri Bemard SCH support ww Aurellen Aurellen Aurellen Henri Bernard 80 support ww Computer Room Manager Henri Bernard SCH support ww Autelien and Emilien Everyone Rumes Displaying 9ooooooooooooo9990090 m ks 710f 71 Supervision 0410 2013 0 0410 2013 0 26 09 2013 0 25 09 2013 0 65 supervision 66
112. k Management Proxy d MGE Network Managment Module Wt MGE Switched PDU Driver Aphel Monitored ePDU Driver FA Aphel Managed ePDLI Driver f DELL veb SNMP Management Card JR HO Pri Ketwrrk Mananement Car Figure 13 Change Driver Mode Dialog Box Configure Node Settings To configure node information and access parameters administrators only 1 From the left side Views panel of the Eaton IPM main interface window select the Settings gt Auto Discovery menu item The Nodes List page displays 2 Select anode from the Nodes List page 3 Click the Edit node information button or click the Set node access parameters button in the right panel 4 The Edit Node Information dialog or the Access parameters dialog displays see Figure 14 and Figure 15 e Edit node information dialog The Edit node information dialog box allows editing the node name the user type the node description and the associated load alarm threshold e Access parameters dialog You can define the access settings for all selected devices Only relevant settings are set depending on the capabilities of the selected device capabilities 27 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Configuration Password Figure 14 Node Access Parameters Dialog Edit node information Name VZDOBRZTPIM 140 Selecta type Load alarm threshold Figure 15 Edit Node InformationDialog Configure Actions
113. le 7 advanced parameters Power schedule 8 name Power Schedule 8 Power schedule 3 advanced parameters BOA OAOA 3 ST 3 S Figure 79 Advanced Parameters Not Displayed Multiple Card Configurations Synchronization The Eaton IPM can make changes to multiple Network Management Card configurations simultaneously To configure multiple Network Management Cards administrator access 1 From the left side Views panel of the Eaton IPM main interface window select the Management gt Nodes Upgrade menu item 2 Select the several cards on the Node List page see Figure 80 3 Select the Node List button E select Set Login Parameters and enter the card login and password The access status changes from Access Denied oi to Access OK P After a few seconds the Node configuration panel is updated 4 From the combo box select the configuration that will be the model or click Edit e The parameters that have different values on the cards are indicated by the sign 5 Select the check box associated with the parameters you want to synchronize 6 Click Synchronize Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 73 Advanced Management ntelligent Power Manager bra e e o e o o eo Figure 80 NMC Mass Configuration Nodes Upgrade Upload Device Firmware NOTE Refer to the Network Management Card s release notes to determine the latest O firmware release compatible w
114. le options are e debug Displays debugging information on the console e silent Install the application silently Access the installation folder dir lt installPath gt Example The command lt packageName gt install silent dir C Program Files MyFolder will install the Eaton IPM silently in C Program Files MyFolder After the installation is completed open a Web browser with the following URL http lt host gt 4679 where host is the host name or IP address of the machine hosting the Eaton IPM JRE Installation The installation of the Java Runtime Environment is Operating System platform dependent All new Eaton components have been developed tested for the Java version 1 6 or later After installing the correct JRE the Eaton IPM must be reloaded to take account this new environment see JRE Prerequisites on page 10 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 15 Installation Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Chapter3 Configuration This chapter describes how to configure the Eaton Intelligent Power Manager IPM Configure Nodes Each node Network Management Card proxy or application must have a valid IP address or a DNS name in the range that you have entered for auto discovery see Compatibility on page 2 Eaton IPM automatically receives the alarms through notification or polling without specific configur
115. le with e admin as login e admin as password La WARNING For security reasons Eaton recommends that you change the default password immediately after the installation A pop up message provides a security warning if the password contains less than elght characters Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Configuration System Settings You can edit system settings From the Settings gt System menu item you can edit system information and settings see Figure 21 AG Intelligent Power Manager Views 4 8 System 3 3 Viena EN Nose List E X Node List d Node Map 3 Events E ig Events List Everts Calendar zj j Management ig odes Settings fd Nodes Upgrade zi seungs Eg Auto Discovery Actions Gy infrastnacsure Connectors GP stem Lee Gold Product key Sener Seen name Vindows NT E01 WeteRe link http M WETS saton cpmeexploraangripanedaTauldt nim CG Contact Location i Language settings Language an English Det Format didemamey Time Format HH MME Temperature Unit C Casius A scan settings Ariomma scar Disabled xA Check for updates Sl can moautes sezings a ag XM Enabled d User List Lemans Password admin SNMP Enabled SNMP communi name pubic SNA Disabdsd NUT Enabled 2 Automatic Update settings renal Every wasi Last Update mp upista donsa Med Check Lindatie NAANI gh Modules settings Management Enabled Shutdown Disabled fra
116. lse to soundAlarm true as shown below systray soundAlarm true notifrostioHnlocon true notificationBox true 3 Close and restart the Windows session so that this configuration is taken into account NOTE You can change the alarm sound by setting the Windows sound preferences from o Control Panel NOTE The Eaton IPM alarms are linked to the Low Battery Alarm sound that you can o change by selecting another wav file Configure User Accounts To configure multiple user accounts 1 From the left side Views panel of the Eaton IPM main interface window select the Settings gt User List menu item The User List page displays see Figure 19 2 Click Add user The Add user dialog box displays 3 Type the user s login and the user s password see Figure 20 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 2 28 Configuration 4 Select the user s profile level The following levels are available Admin User will be able to access all the features User User will only access the visualization and cannot set changes to the system or nodes 5 Click Create new user Intelligent Power Manager lo bees eek Logiradm n Profile Admin Password ES Unknown 5 Let ewent A 110 2013 15 44 43 10 130 32 114 The input voltage is in monmal range Figure 20 Add User Dialog Box Note that the Eaton IPM contains a default Administrator profi
117. ms from the Eaton IPP with the Shutdown Controller enabled NOTE Refer to the Eaton Intelligent Power Protector IPP User s Guide for more information about Shutdown sequence and Shutdown Use Case Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 69 Shutdown 70 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Chapter6 Advanced Management This chapter describes Eaton Intelligent Power Manager IPM advanced management features Nodes Settings Single Node Configuration Display The Eaton IPM can display the card and application configuration for other nodes on the network To display configurations for other nodes on the network administrator access 1 From the left side Views panel of the Eaton IPM main interface window select the Management Nodes Settings menu item The Node List page displays 2 Select one node card from the Node List page see Figure 77 3 After a few seconds on the right hand the Node configuration panel is updated 4 If you wish to save a standard node configuration for example to deploy to other similar nodes use the Configurations gt Export Configuration file to export this configuration to a file le capa ee hes k X AE a zf gek katisk g Z Fina EE DONDE ADU m DE TTT ba anna Vk TEN ESE 00000000 D D L D War ipa vf UMTT Tam eps sr ape HTI a RT DE Fa skel Spd Fri BT
118. n is performed remotely by IPM This shutdown configuration is used only with VMware Hypervisors and Citrix XenServer To configure the node and add a Power Source in the Shutdown Settings dialog 1 From the Management gt Nodes Settings menu item click the host in the Nodes list see Nodes Settings on page 71 2 In the Shutdown Settings panel on the right side of the page select the applicable checkboxes to configure the required parameters see Figure 105 and Table 10 NOTE The shutdown settings that display vary depending on the node you select In this example the node functionalities include remote maintenance mode and remote shutdown a Shutdown Settings Y Remote Maintenance Maintenance Timer Remote Shutdown Remote Shutdown of the Virtual Machines Power source Load segment Master Shutdown duration Master Shutdown after value Select all Maintenance Disabled 1 second s Shutdown Disabled Disabled Master output 120 second s second s T Figure 105 Example Shutdown Settings Before Configuration Table 10 Shutdown Settings for VMhost without Eaton IPP Parameters Values Enabled or Disabled Remote Maintenance Description When enabled the Eaton IPM client sets the host to Maintenance Mode Depending on your host cluster configuration this can trigger vMotion live migration to another host This event is triggered at the time set in the Mai
119. nd vMotion with vCenter on page 130 and Configuring Maintenance Mode and Live Migration with SCVMM on page 133 for more information IP address of UPS Power Source This parameter identifies the UPS powering this server This node must already exist in Eaton IPM Master Load Segment 1 Load Segment Load Segment 2 This parameter identifies the UPS load segment powering the server NMC access Login Type a value The Network Management Card Login Password that allows IPP software to Password control NMC shutdown sequence Master Shutdown Type a value This server shutdown criteria defines the time needed for graceful host shutdown Duration Master Shutdown Type a value This server shutdown criteria defines the time elapsed on battery state before After Value graceful Shutdown This timer must be greater than the maintenance timer Enabled or Disabled Typically Disabled Enabled is used only for server connected with UPS though Power Source shutoff RS 232 or USB connection Virtualization behavior requires Ethernet connectivity NMC card NOTE Shutdown settings that display vary depending on the node you select Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 95 Virtualization AN IMPORTANT If you install an Eaton IPP on the VM Host after the Eaton IPM node has been created first delete the node in Eaton IPM Then rediscover the node with the Address S
120. ne AA A A Re GE ONE 43 SS ae ENEE ENEE 44 Ee E tee an eas Op Ee eae ne eee Kee See 45 Aeg SRC Si ANS it ida ds 46 ENVIO Mene Edi ele dia aa esi cara on ee aie AEE ide ae BUS da Aisa 47 Ei ule ee eere EAE EAEAN A EEE a E E N E O AS 47 Svnopte Fane i De EL y a ds De E wie E IA AA 48 POWE SOUNCCS eb rara aaa od acti eee 50 POW ErEO ADDIICAIIONS nid sre ded wera hdd aid ov coded aod are A ance re Lee e See mdr wa 51 ee e EE 51 Sta uste FNC 2e Nur ok Satara nei EEN 51 O EE ee eae A ate di S ends A 52 SUD E 52 DEMO emi CR cestos iia he alas Oa Ee A soe OE Dos OES 52 MAING SUV CW Ss uu trs ot oe AN 55 DEVICE SUD VISION EEN 56 ANOLON cost e tate eine de e as kh ae gh ate E eke te ah ate 57 Create E ele BETEN 57 WIGS e Le 57 Era dai a daa ds e ao eed Ge 60 DEE EE tada as a reis pa ad daa a eoa SES 60 Calendar REDreSentatlON sass woo a EE EG I AI EN AA BR 61 o outta hip ake a E tese sete Sulsss cadea es agen dete se aL hak beast 61 Launching the Device Web Interface set e add iets ed RE EX VERE AS Ie mE 64 Node SER OOK TO CSV EE 64 SHUTDOWN re re dia od 67 SUGE sois scd coy ma e es mt eased ee n og atri Ep dtr e geni 67 Shutdown Througn FID e EE 68 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 ii Table of Contents POWEr SoC e VIEW ink it ST E Seto a wifi AA SN Rt RRA Ree 68 SR Eilen Ee Ee EE 69 ADVANCED MANAGEMENT 71 Nodes SeUINGS vas ss catastro db HEN A E IF EEE GASES A Ee 71 Single Node ee eegen Display
121. ns and Diagrams This document was created using the official VMware icon and diagram library One or more VMware products are patented Patents are listed at http www vmware com go patents VMware does not endorse or make any representations about third party information included in this document The inclusion of any VMware icon or diagram in this document does not imply such an endorsement Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Chapter 12 Virtual Appliance This chapter describes deploying the Eaton Intelligent Power Manager IPM as a virtual appliance including e Deploying a Virtual Appliance in VMware vSphere e Configuring a Virtual Appliance e Security for the Virtual Appliance Prerequisites and Requirements Minimum System Requirements The IPM virtual appliance can be installed on all hypervisor than support OVF OVA templates e 14 GB data store e 1GB free memory Virtualization Platform Supported The virtualization features are supported on e VMware ESX 4 1 ESXi 4 1 and ESXi 5 0 5 5 NOTE Microsoft SCVMM feature is not supported on this virtual appliance Free Version Limitation IPM as a virtual appliance is delivered as a Free version with the limitation of 10 nodes UPS PDU devices To supervise more than 10 nodes please contact sales representative e 10 to 100 nodes need an upgrade with the Silver License Ref 66925 e Unlimited License need an upgrade with the
122. ntenance Timer parameter User to type a value Maintenance Timer This represents the time elapsed on battery state before the Eaton IPM script changes the state of the host to maintenance mode The 1 second s value means that timer is disabled Enabled or Disabled When enabled this setting allows Eaton IPM to gracefully shutdown this server in Remote Shutdown case of UPS on battery state and Shutdown criteria reached Remote Shutdown of Enabled or Disabled When enabled this allows the Eaton IPM to shut down the VMs the Virtual Machines IP address of UPS This parameter identifies the UPS powering this server This node must already Power Source exist in Eaton IPM Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 93 Virtualization 94 Table 10 Shutdown Settings for VMhost without Eaton IPP Continued Parameters Values Description Master This parameter identifies the UPS load segment powering the server Load Segment 1 Load Segment Load Segment 2 Master Shutdown User to type a value This server shutdown criteria defines the time needed for graceful host shutdown Duration Master Shutdown User to type a value This server shutdown criteria defines the time elapsed on battery state before After Value graceful Shutdown This timer must be greater than the maintenance timer NOTE Shutdown settings that display vary depending on the node you select
123. ntrol Poley Priority Impossible unbounded E ES C3 PCR CL C C CRI Figure 36 Shutdown Settings Future Temporary Power Budget is Disabled Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 37 Configuration Common Errors and Notifications for the Cisco UCS Manager Component 1 You can t set a shutdown to a blade that doesn t have a service profile assigned Event details Date 05 11 2013 1 41 37 pm Type Error Module NodeSetings Message Error setting the shutdown on sys chassis 1 blade 5 Details Cant set the shutdown no service profile attached to the blade Figure 37 No Service Profile 2 You can t set a priority to a blade that doesn t have a service profile assigned Event details Date Type Ero Module NodeSetings Message error sethng the Power Control Pokcy Priorty on sys chassas i Ri e iblade Details Can t set the Power Control Policy Priorty no service profile attached lo the blade Figure 38 No Service Profile 3 IPM can t find a UCSM on the IP provided Event details Date 05 11 2013 1 26 32 pm Type e Error Module CiscoVWebService Message Error during the Cisco UCSM connection process Details Hosthttp10 130 38 239 config UCSMStatelisg com eaton pasoft ucsm bus registeners UC SI Connexon OpenListener An VO exception occurs in request check whether the UCSM server is running or whether the IP is correct Figure 39 UCS Man
124. odule for VMware Microsoft and Citrix virtualization requires a network shutdown environment Enable the Infrastructures Connectors module to allow functionality related to virtualization products NOTE The UPS must be connected through a network interface Peerto peer interfaces o between IPP and the UPS USB RS 232 communication protocols are not supported for virtualization applications Enabling the Infrastructure Connectors Module To enable the Infrastructures Connectors module for virtualization administrator access 1 From the left side Views panel of the Eaton IPM main interface window select the Settings System menu item The System page displays see Figure 84 2 Click Edit modules settings in the right panel The Edit modules settings dialog box displays see Figure 83 3 Ensure that the Infrastructure Connectors checkbox is selected checked 4 Click Save Edit modules settings iv Management br Infrastructure Connectors L Data Center Management y User drivers E Redundancy Figure 83 Enable Infrastructure Connectors Setting for Virtualization Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 71 Virtualization 78 AQ Views HEJ Views g Node List SS Node List Q Status OK Intelligent Power Manager Infrastructure Connectors Hostname or IP address Plugin State g Product NetApp Storage 1 Item nas05 mbt lab etn com Q status Warning
125. of power capping Disable unbounded Impossible m Figure 30 Shutdown Settings Configuration Power source Load Segment Remote shutdown Shutdown duration Shutdown after value are standard IPM options and are not described here The following topics are discussed e difference between current and future options e power capping timer e global power allocation policy e policy driven power capping e manual blade level power capping e power control policy and priority e power budget Difference Between Present and Future Options The current Power Budget or Policy Priority are the values that are currently set in your UCS Manager any change on those in IPM will set permanently the new values on UCS manager The future Power Budget or Policy Priority are the values that will be set temporary in your blade when the power failure occurs once the power come back the older values will be set back Power Capping Timer The power capping timer will set the Power Capping after the duration set in seconds It launches immediately after a power failure The value 1 signifies no timer set Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Configuration Shutdown Settings Y Selectal Power source Hone Load segment Master output F Master Shutdown duration 120 second s Master Shutdown after value A second s M Remote Shutdown Shutdown Disabled M Set power capping change tim
126. on e Xen server remote shutdown VM uM wi M HUN Citrix dei gt Citrix iii intelligent Power Manager Figure 99 Eaton IPM Connected to XenServers Triggers XenMotion and Eaton IPP Running on XenServer Infrastructure 88 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Virtualization VM VM VM VM VM VM VM VM VM VM VM VM Citrix XenServer Citrix XenServer Citrix XenServer SS gt intelligent Power Manager Figure 100 Eaton IPM Connected To XenServer to protect the XenServers Prerequisites The virtualization module requires following prerequisites e XenCenter must be installed to manage the XenServers e To provide the VM graceful shutdown you must install Xen tools on each VM Adding a Citrix XenServer Hypervisor List To add a new Citrix XenServer List 1 From the Add a Connector dialog select Citrix XenServer from the Virtualization drop down list A second Add a connector dialog displays for your product connector selection 2 Add identification information for the selected connector see Figure 101 e Product Citrix XenServer is already selected in the drop down list e Hostname or IP address Type Citrix XenServer Hostname or IP address e Username Type Citrix XenServer Administrator Username e Password Type Citrix XenServer Administrator Password 3 Click Save after the fields are updated Product Citrix XenServer Hostname or IP xenserver
127. on through the network card USB Acquisition through the USB NET Behavior has not been implemented but has been tested Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 107 Redundancy 108 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Chapter9 User Drivers The User Drivers feature allows the Eaton Intelligent Power Manager IPM to supervise any available Simple Network Management Protocol SNMP or Network UPS Tools NUT device You can customize and adapt the Eaton IPM acquisition engine to many types of Data Center devices such as HVAC rack controllers storage appliance or DC power system controllers By default the User Driver feature is activated However if you disable this function nodes already discovered that are using a User Driver are still managed NOTE This function is only accessible to Administrators User Drivers Editor The User drivers editor dialog is used to integrate new devices in the IPM supervision application by using following objects e predefined common base objects e userspecific objects Predefined custom drivers that are managed by the application include e UPS RFC1628 SNMP Manages the UPS which implements the SNMP mib RFC1628 e NAS BUFFALO SNMP Manages the SNMP Buffalo Network Attached Storage NAS e NAS HP SNMP Manages the SNMP HP NAS e NAS NetApp SNMP Manages the SNMP NetApp NAS e NAS Netgear
128. or Product Csco UCS Manager bud Hostname or IP 20 15 255 14 address Port 80 Username Password Figure 24 Add a Connector Dialog for Cisco UCS Manager 3 From the Add a Connector dialog select Cisco UCS Manager from the Product drop down list see Figure 24 4 Add identification information for the selected connector e Product Cisco UCS Manageris already selected in the drop down list e Hostname or IP address Type Cisco UCS Manager IP address e Port Port number e Username Type Cisco UCS Manager Administrator Username for the Administrator with admin rights on the Cisco UCS Manager e Password Type Cisco UCS Manager Administrator Password 5 Click Save after the fields are updated 6 When the component is connected the Cisco UCS Manager displays on the Infrastructure Connectors page see Figure 25 7 f the component does not display refresh the page Also check the log to ensure the Event details display with an OK connection state see Figure 26 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 31 Configuration 32 Haostname or Pad Plugmn State Connection State g Product Cisco UCS Manager 1 Item 10 130 38 238 g Product Cisco UCSM Component through UCSM Manager 6 Items sys chassis 1 bla d sys chassis 1 bla e 5ys chassis 1 bla sysichassis 1 bla e sys chasss T bla e sysichasse 1 bla e Figure 25 Cisco UCS Manager Componen
129. osez dan a ER EA 71 SNIE Ee Le s s cs mates ASA E 71 Multiple Card Configurations Synchronization eese 73 VOCS SIGN EE ENEE 74 Volat Device FINNI eieaa aaa a a a aa a a a a a a e a a 74 OOF AC SYA DIC AION EE 75 VIRTUALIZATION Socia arc da TI Enabling the Infrastructure Connectors Module sd buie ttp be bee ERES EPRLCCE EET 77 Eaton Solutions TON WIV WV EE 79 Standalone Hypervisor and Local Solution e Peek Seen e O 79 Multiple Hypervisor and Remote Solution oo ei Sed IRR Rr ee ee ds 80 VMware site Recovery WandGer cdta a bated hate thie Ee 84 VMware LoadShedding Package EEN 85 Eaton Solutions tor MIcrosoft As wate Ss 3d a gas Sy Seok oda fe A de RE 85 Standalone Hypervisor and Local Solution 2 sad ake ad Share cee a ena ees 85 Multiple Aypervisor and he ee Eh e BEE 85 Beie Eelere Ed EEN 87 Standalone Hypervisor and Local Solution cueva dh os be ete Non ee er re Si 87 Multiple Hypervisor and Remote Solution ou ver SLE eX ee aes a Le ek hs Gee 88 Caton SO LIMON TOR REO CG 90 Eaton OlUU OMS Or Oben ce Xe eg brota tao Le houses ee ES 91 standalone Hypervisor and Local Solution ei eee le Ree a NNN 91 CONCHA Fy EE ais dios EEN oh eee ole ee bates E fe ay LN E iR 92 Configuring Maintenance and nt Een 93 NOE io nm mE MIOS E QRETTTTRO UIS A ee ee ee 93 Baton FRU obe VIO SE qe aont iri peni cede token De ere ratos oct rs ode qr eg s 94 REDUNDANGY serias saca aia eiu see 97 EE BEEN it EE Ee dd ere AE we E 97 Electrical nedaundaney
130. other connector Infrastructure Connectors Hostname or F ad Plugin Siale Connection Stale 3j Product Cisco UCS Manager 1 Item D sl F e Add a connector y Product Cisco UCSM Component through u e C Edit connector sys chassis 1 08 sys chassis 1 bla 8 Remove Tonnector sysg chassm T bla syS chassis 1 bla sys chassis 1 bla sy amp chassis 1 bla Figure 28 Edit a Connector Edit connector Product Csco UCS Manager w Note Please refer to the documentabon to have more informations about disabled connector Hepes Hostname or IP 5 de A address Port Username Password Figure 29 Edit Connector Dialog Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Product Cisco ucs Mana ger Cisco UCSM Compon Esco UCSM Compon Cisco UCSM Compon Caco UCSM Compoon Cisco UCSM Compan Cisco UCSM Compan 33 Configuration Configure the Cisco UCS Manager Component 34 To set the UCS Manager component configuration 1 Select Nodes Settings gt the UCS Manager component gt Shutdown Setting and click the pen icon see Figure 30 Shutdown Settings Configuration vn durabon Waster Shutdown after value D m H Ki Remote SmO Geh SLETI Tai s n mrnm rb naa tmar L Poe capp D cha WS LEEI Global Power Allocation Policy Manual Bade Level Cap Current Power budget 100 Current Power Control Policy Priority Impossible Future change
131. own list e Hostname or IP address Type VMware vCenter Hostname or IP address e Port Type the port number e Username Type VMware vCenter Administrator Username e Password Type VMware vCenter Administrator Password e vCenter Plugin Select check the checkbox to install and configure the Eaton IPM Plug in to vCenter NOTE see Configuring the Eaton IPM vCenter Plugin and WebPlugin on page 125 when o using this feature 3 Click Save after the fields are updated The VMware ESXi hosts are automatically added to the managed nodes X New VMware wengs Figure 92 Add VMware vCenter Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 83 Virtualization 84 NOTE 1 The encrypted password is stored in the following configuration file Eaton IPM INSTALL DIRECTORY Aconfigsvmcontfig js O NOTE 2 When configuring the Login Username and Password Eaton recommends using the Eaton IPM Web interface through https Using http is also possible but the password Is sent to the local or remote server in clear In both cases the encrypted password is stored in Eaton IPM and never again sent on the Client side Adding a VMware ESX ESXi Hypervisor List In the case where you do not have a vCenter server manager add new VMware ESX ESXi hosts individually To add a new VMware ESX ESXi Hypervisor list 1 From the Add a Connector dialog select New VMware ESX ESXi from the Virtualization drop down list
132. perties page HTTP 404 error with IE Solution Check the URL entered httos lt name or IP of the computer hosting Eaton IPM gt 4680 Or http lt name or IP of the computer hosting Eaton IPM gt 4679 Terms This section provides related terms and definitions IP Address When Transmission Control Protocol Internet Protocol TCP IP is installed on a computer an Internet Protocol IP address is assigned to the system Each address is unique and is made up of four numbers each between O and 255 such as168 8 156 210 OSGi OSGi is a module system and service platform for the Java programming language that implements a complete and dynamic component model Secure Socket Layer The Secure Socket Layer SSL is a solution for securing transactions over the internet SSL is a communication protocol that authenticates the data exchanged as well as ensuring its confidentiality and integrity The protocol uses a recognized encryption method the RSA algorithm with a public key SSL is built into Internet Web browsers The padlock in the bottom of your browser screen automatically displays if the server sending information uses SSL Transmission Control Protocol Internet Protocol TCP IP is a family of network and communication protocols for the transport and network layers Also known as the Internet Protocol suite of network communication protocols Acknowledgements The Eaton software development team is grateful to the following proj
133. put frecuency Input voltage Input current Bypass frequency Bypass vokage Bypass current Out part Battery output voltage Output frequency Ou pul voltage Outpul current Global apparent power Global active power Figure 49 Measures Panel Single Phase 46 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Supervision Measures Input Phase 1 Phase 2 Input current 4 0 22 A Input voltage 239 V 241 84 V Input active power DW 21W Input apparent power OVA 49 VA Input frequency Output Global apparent power Global active power Consumption Phase 1 since 06 06 71 1 7 04 55 pm 0 7 kWh Phase 2 since 06 06 11 1 7 05 22 pm 7 02 kWh Phase 3 since 06 06 11 1 7 05 48 pm 1 41 kWh Global since 01 01 00 1 04 03 am 12 17 kWh Figure 50 Measures Panel Three Phase Environment Panel This panel displays the selected device sensor information if a device is attached see Figure 51 e Temperature Temperature in C or F e Humidity Humidity level e Input 1 Status of first contact open closed e Input 2 Status of second contact open closed NOTE For more information about the two optional input connections please refer to the O Eaton Environmental Monitoring Probe EMP User Guide Environment Temperature Humidity Input 1 Input 22 Figure 51 Environment Panel Graph Panel This panel displays the graph of the main measures of the s
134. r o Serre e AC Paro ma leet prr A nol be dal A Ad Fenris T Fr Second Motity C keet OS h Lond Segment Load Segment Nase Ey Cleat OS M Segment P ainia 3 Figure 123 UPS Shutdown and Restart Settings Use Case 4 You want to have a shutdown when 10 min remain for the last UPS In this case each server can have an individual shutdown duration such as 10 min 8 min 3 min and so forth e The IPM default configuration is available from Settings gt Shutdown gt Edit Shutdown Configuration see Figure 124 e You must configure a shutdown duration of 10 min in the Eaton IPM S NOTE This is the default configuration on the Network Management Card refer to Use Case 3 104 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Edit shutdown configuration Shutdown Shutdown timer second s Shutdown duration second s S h LI td own ty pe Shutdown script 600 Hibernate Redundancy Save Cancel Figure 124 Edit Shutdown Configuration Dialog Box e You must use the default Network Card Configuration See Use Case 1 on page 102 for more details Redundancy Advanced Behavior Example For the following example uses a configuration with four UPSs Each UPS is 20 kW For this parallel topology the load can vary between 0 and 80 kW Figure 125 Example Topology Redundancy Alarm Management with Four Modules According to the Redundan
135. rface You can access the interface locally or remotely Local Access From the system where Eaton IPM is installed you can use the following shortcut Start gt Programs File gt Eaton gt Intelligent Power Protector gt Open Eaton Intelligent Power Protector Remote Access 1 From a remote computer you can type either of the following URLs in a Web browser httos lt name or IP address of computer hosting Eaton IPM gt 4680 O http lt name or IP address of computer hosting Eaton IPM gt 4679 2 In SSL mode accept the certificate using the procedure provided by your Browser 3 Enter the login and password Node List View The Node List view results from the Settings Auto Discovery menu item selection The following default columns are displayed in this page see Figure 43 e Type Graphical icon to differentiate UPS ePDU and applications e Status Status icon represents the severity of the most critical event active on the monitored device e Name IP address the DNS name or user defined name e Description Product name or description e Location Node location e Contact Node contact e Link Link to the device Web site if available Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Supervision 42 Can DE Typu Were E E TE Ez Vues MEE Viene EXX E Wants EEG Years EA DIDIT Putte 25 Deeg Kei Gong iP sages He npe FLU IDE rn ILI Rata rh Caen Dira a I HE
136. rtualization VMware ESX Configuration e http wwww vmware com support Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 133 Extended Functionality vCenter Server VMware Supervisor e Visit htto Awww vmware com products vcenter for more information about download and installation of vCenter Server e Visit also http www vmware com products drs for more information about Distributed Resource Scheduler vSphere SDK for Perl e For more information about download and installation of vSphere SDK for Perl visit http www vmware comf support developer viperltoolkit e For more information about creating a vSphere HA Cluster visit http pubs vmware com vsphere 50 index jsp topic 2Fcom vmware vsphere avail doc_50 2FGUID E90B8A4A BAE 1 4094 8D92 8C5570FE5 D8C html Microsoft Hyper V References 134 Eaton and Virtualization e For more information about virtualization visit htto Awww eaton com virtualization Microsoft TechNet Library e For more information about Microsoft TechNet Library visit http technet microsoft com en us library default aspx About Maintenance Mode e For more information about Maintenance Mode visit http technet microsoft com en us library ee236481 aspx Requirements for Using Live Migration e For more information about Hyper V Live Migration FAQ visit htto technet microsoft com en us library 117153139628W 109629 aspx VMware Ico
137. s administrator access 1 From the left side Views panel of the Eaton IPM main interface window select the Management gt Nodes Upgrade menu item 2 Select the applications in the Node List see Figure 82 3 From the Node List button FF select Set Login Parameters and enter the access login and password The access status changes from Access Denied E to Access OK L i 4 From the Applications upgrade panel click Update The status of the applications with respect to the version is updated AC Intelligent Power Manager Fire Sot Lut uu E par rl SERA Ln et ates Veit MEL ne zr pe ep zi arem i pitri Lini Eper render Parr Mi ma teres Mg e Hands zi jte mg Ban Drot Agen ft hier LII IIT ere Let ia ukk a 719 A A haba hr bisia 10 22 Viri crt bee peed ead g V ri amy b gee iet oa ibe Ar Le dd bie n rl eni nade i 23 Meis iire incu 17 3D Lier baron euro C Dief umani iar par om di m rd Viri Panem n i 1 amp Gi i 0009 PRA Iert rrera Hi ETETEN ii mT a bp fom ae lep aari a lidad epee he eran 000000000000 6OQGGQFFF GOFF L tze ira pra Cad 10 Ge Figure 82 Management Nodes Upgrade View 2 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 75 Advanced Management 76 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Chapter 7 Virtualization The IPM Infrastructures Connectors m
138. s EEN 135 Vir ttatizauomi latter S ODDO GT idas a eet va E 9 da ete as ot 135 Free versio I A HE s db 2 teat tne dod odb 29 adh D dodo jo Edu dide aede KG MD AG Dodo ode eic 135 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 iV 13 14 Table of Contents Deploying a Virtual Appliance in VMware vSphere e 135 Configuring a Virtual Appliance EE 136 settino security Tee AV Ita ADDIANCE ia Lauer Rare ERE Shae fan MES SE ee y ia 137 Basic Fire Wall COnmauraen EE 137 Advanced Firewall Configurati0n re 137 To anro rope UE EEN 138 AA A IG cE ead eke De ado ea EE Brae ae Yaak ere deat nets 139 VMWare tudio BeleleriG BS EE 139 Virtual Appliance on VMware Website eee 139 Firewall Ee EE 139 SERVICE AND SUPPORT es orla ia ta aes ees 141 WARRAN Vos ati ii AA AA A A 143 Eaton Intelligent Power Manager IPM o o o o o o oo ooooo ee eee 143 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 V Chapter 1 Introduction The Eaton Intelligent Power Manager IPM is a power environmental device supervision tool for IT environments The Eaton IPM delivers a global view across the network from any PC with an Internet browser Exceptionally versatile the software is compatible with any device that supports a network interface such as environmental sensors other manufacturer s Power Distribution Unit PDU or Eaton Enclosure Power Distribution Unit ePDU o
139. s server This node should exist in IPM Type the IP address of the UPS e Load Segment UPS load segment powering the server The the Master Load Segment 1 and 2 e Master Shutdown Duration This is a Server Shutdown criteria is the time needed for the server to shutdown gracefully Type a value e Master Shutdown After Value This is a Server Shutdown criteria is the time elapsed on battery state before graceful Shutdown This timer must be greater than the maintenance timer 1 value means that timer is disabled Type a value Click Save after the fields are updated IPM can manage the remote shutdown for NETAPP devices To enable this feature you must apply a specific configuration Refer to the following document http pasoftware eaton com install common nas ups user doc aa pdf In addition put the netapp shutdown ppk file in the following folder Eaton install directory NconfigsNscripts After this configuration is completed you can configure the power source of your storage and perform the following steps 1 From Start gt Programs gt Eaton gt Intelligent Power Manager select Open Eaton Intelligent Power Manager to start the main Eaton IPM graphical interface Select the Settings gt Auto Discovery menu item In the Node List double click the storage device name node The Edit node information dialog displays In the User note field type the following lt upsHostName gt lt shutdownTimer gt lt
140. structure Connectors Enabled Data Center Management Disabled Usar driers Enabled Foeciundaney Dissel D Waning 2 O Cia 3 ES Uin 5 Lmt event E 29 20 2005 15 38 88 10 130 34 121 The outlet 1 voltage Ce to bow Figure 21 System Settings Page Select one of the items on the System page and then double click the item or single click on the corresponding button in the right hand side menu e Edit system information modifies contact and location information e Edit language allows you to change the interface language Czech English French German Japanese Korean Polish Portuguese Russian Simplified Chinese Spanish or Traditional Chinese e Edit scan settings are the default access settings that are automatically set for new discovered nodes e Edit update settings and Check for updates provide features that allow the system to automatically check for Eaton software updates for you When a new software version is detected on www eaton com a wizard displays and provides upgrade instructions for you Database information is retained with this operation e Edit modules settings allows you to enable disable Eaton IPM optional modules Management enables nodes settings mass configuration and nodes upgrade features Shutdown enables shutdown of the computer running Eaton IPM in the event of a power failure Infrastructure Connections enables management of virtualized IT systems Redundancy provides support for gt 1 U
141. t VALUE lt constantValue gt Without parameters No conversion Just transfers object value as a number to destination object With parameter the destination object is created and its value is fixed by given value VALUE 15 VALUE 12 34 We can also use a javascript equation for special needs VALUE value 1 0 value 1 Format MULT lt multiplier gt Multiply source value to the given factor before setting destination object MULT 10 MULT 0 1 MULT 3 1415 Format LINEAR srcVal1 dstVal1 srcVal2 dstVal2 Example conversion from C to F LINEAR 0 32 100 212 Calculation dstVal2 dstVal1 srcVal2 srcVal1 value srcVal1 dstVal1 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 User Drivers Table 17 Conversion Rules Continued Rule LIST STRFIND BITCHECK String Format LIST srcVal1 dstVal1 srcVal2 dstVal2 Define discrete conversion If source value is not in the list destination object is not changed Example LIST 0 1 1 0 2 1 3 0 0 gt 1 1 gt 0 2 gt 1 3 gt 0 4 gt no change Lists can also convert strings to numbers and numbers to strings Format STRFIND lt searchString gt trueValue lt falseValue gt Returns lt trueValue gt if lt searchString gt was found or lt falseValue gt in the other case If a result value is not defined the destination is not changed Example STR
142. t Added Event details Date 05 11 2013 1 30 5 pm Type information Module infraConnector infraConnectoi Connection State OK Message Details nfraConnector State true Figure 26 Event Details Remove the Component To remove a Component right click on the component in the list see Figure 27 Infrastructure Connect Hostname or IP ad Plugin State Connection Stale y Product Cisco UCS Manager 1 Item ig Add a connector 9 R XH nus Caco UCS Manager Cisco UCSM Compon Cisco UCSM Compon Cisco UCSM Compon Cisco UCSM Compon Cisco UCSM Compon Caan UCSM Compin From the action box click Remove connector Product a Cisco UCS Manager g Product Cisco UCSM CW Edt connector atte kreeg sys ichassis 1 bla sys cnassis 1 513 sys chassus 1 04a sys chassm 1 bia i sys chassis 1 bia sys chassis 1 bia Figure 27 Remove a Connector Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Cisco UCSM Co moon Cisco UCSM Compon Cisco UCSM Compon Cisco UCSM Compon Cisco UCSM Compon Cisco UCSM Compon Edit a Component Configuration To edit a Component right click on the component in the list From the action box click Edit connector see the Edit connector dialog displays a NOTE IPM currently doesn t allow you to edit the IP address lo edit a new IP address please remove the connector and add an
143. tables A INPUT p tcp dport 1099 j ACCEPT rmiregistry Configuring IPM To configure IPM see Configuring IPM on page 139 VMware Studio References Virtual Appliance on VMware Website e Visit htto Awww vmware com support developer studio for more information on Virtual Appliance on VMware website Firewall Iptables e Visit the lptables project on the NetFiolter website e Project http www netfilter org projects iptables index html e Documentation http www netfilter org documentation index html Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 139 Virtual Appliance 140 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Chapter 13 Service and Support If you have any questions or problems with the Eaton Intelligent Power Manager IPM call your Local Distributor or the Help Desk at one of the following telephone numbers and ask for a technical representative United States 1 800 356 5737 Canada 1 800 461 9166 ext 260 All other countries Call your local service representative Please have the following information ready when you call the Help Desk e Model number e Serial number e Version number if available e Date of failure or problem e Symptoms of failure or problem e Customer return address and contact information If repair is required you will be given a Returned Material Authorization RMA Number This number must appear on the o
144. tate Power Source Load level Battery capacity Battery run time Master output Master Load segment 1 Groupi Load segment 2 Group2 Figure 47 Status Panel Outlets Panel Charging On utility Dm 0 100 1h15 min 50 s E on On E On Supervision The following outlets status information displays for the selected ePDU in this panel see Figure 48 e Contextual information is provided when the mouse is over the outlet e When you select an outlet in this panel the Graph panel displays the information for this outlet e You must also select Outlet information in the Graph settings dialog accessible through the graph settings button in the Graph panel Figure 48 Outlet Panel Outlet test Factory Group 1 test Load segment 2 LA On Outlet current 0 A Outlet voltage 235 15 vw Outlet active power 04 Outlet apparent power 0 VA Consumption since 06 017 11 11 44 55 am 15d23h41 ming DE Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 45 Supervision The outlet state is color coded in the display see Table 8 Table 8 Outlet Color Codes Icon Color Description cm Green Powered ON a Red Not powered OFF Gray Outlet status unknown Measures Panel This panel displays the selected device electrical parameters for single phase or three phase devices depending on the node capabilities see Figure 49 and Figure 50 Measures input in
145. the corresponding ESX ESXi host enters in Maintenance mode after the Maintenance mode timer VMware vCenter High Availability After the High Availability HA Cluster feature is enabled VMware disables the automatic startup and shutdown functionality when a Hypervisor is shut down Eaton IPM features for HA mode are as follows e Eaton IPM continues to move the VM from one server to the others if all servers are powered by different UPSs with different power source see Figure 145 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 131 Extended Functionality H HH VM o HHH A HHE D e HHH A t HHHH o Yuu TIE a Figure 145 HA Mode with Eaton IPM Eaton IPM continues to protect the hypervisor also when power fails Due to the deactivation of the automatic startup and shutdown at the end of utility failure sequence all VMs power off There are two solutions to prevent this VM from powering off e Configure the VMware ESX ESXi nodes in Eaton IPM to shut down the VMs remote shutdown of the VM setting e Install a Eaton IPM on each VM even if it is not an optimized solution Take care to ensure that when VMs move the Eaton IPM still links to the same UPS power source Table 18 Table Configuration Behavior Case 1 2 CO oO gl 132 VM Remote Remote Shutdown Shutdown Type HA in vCenter VM Action Hypervisor Action Comments ENABLED ENABLED ENABLED SHUTDOWN SHUT
146. the rule is no longer acquired Driver Data The right side of the page provides data for the driver selected in the left panel The top right data fields identify the selected driver and allow you to set actions to occur during discovery as follows e Scan active This option provides the ability to activate or deactivate a driver When this option is deselected unchecked the driver is filtered during discovery action It allows using a modified copy of a driver instead of the default driver e Driver name This name defines the unique friendly name of the driver This name displays in the information Class column of the node view e Type Type defines the driver type as follows UPS device PDU device Power meter Power generator DC controller Power over Ethernet PoE appliance Server Storage appliance Network appliance Ambiance meter Cooling system Other device Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 User Drivers e Check with this address Allows you to check the rules result with an address or a device host name For SNMP protocol it is the global scan settings you are using If you need special access for the driver you need to temporarily change these settings For NUT protocol use lt IP address or host name gt lt Device ID gt where Device ID Name of the NUT device such as the section header name defined in the ups conf file for a UPS
147. ther manufacturer s UPSs and applications The Eaton IPM can also organize a management table by groups centralize alarms and maintain events logs for preventive maintenance of the entire installed equipment base The Eaton IPM provides the following e Discovers and supervises UPSs PDUs and ePDUs connected to the network either a card or a proxy For the detailed list of compatible solutions see Compatibility on page 2 e Supervises the remote servers hosting the Eaton Intelligent Power Protectorr IPP or Network Shutdown Module V3 application e Provides advanced management feature mass configuration and mass upload with the Eaton Network Management Cards also called NMC Network MS example 66102 103006826 and Modbus MS example 66103 e Provides local computer graceful shutdown through Network or local connectivity such as USB or RS 232 port e Provides an agentless method for directly managing and controlling VMware Hypervisors through the VMware vCenter management platform e Provides centralized management of Eaton IPP applications running on virtualized servers other than VMware vCenter such as Microsoft HyperV Hypervisor or Citrix Xen Figure 1 shows the Eaton IPM Node Map page AQ Views Intelligent Power Manager 3 Views JHB Node List Node List SA Node Map 3j Events g Events List q Events Calendar 3 Management ji Nooes Settings gj Noses Upgrade Sj Seaings fi
148. ton eps MA TP RCI 16 uns POU Nehor Y S i Select at Eaton POL MA TP Co 18 USE PO Mabar r Emon opt al MA 1P ICO 16 UDACA POU Aba G User diven exttor Eaton POU MA TPL 18 5 FOU Mebaror Eaton SPX Ex 2 3 Network Ma T L i Eaien SEX 3000 OR Heer Ma MET La Eaton Ska 3000 L t Netwerk Ma MET La Eaton SP 3500 tS Network Ma MET Ls lo do 5 o lb bb wk do b Ling naa neigearzio0 2 5 3 HAS Hispar Uninen JE Harta are nes Farre E M HAS HEI SNUP Mantba Di vepugkzwpen BP system L tes ah user Line Ne amp pp Rewase BD 2 7 Moda UFO Net amp pg UTE LA BUFFALO Tera5raben 75540 HAS Buttes Uninen Seeeeeeeeeeeeeee DELLES FOU Deli Sa Labo Kai amp u wu Caco 05 Sofware CUTE Caco d ke i 00000000000000000 ge 100 w Items per page Displaying 1 29 ef 28 L3 kreeg 13 L t eegent EA 21 02 2013 09 00 50 oe Coruna Son with device has faded Figure 126 User Drivers Editor Selection NOTE By default the User Driver feature is enabled You can enable or disable this function on the Edit module settings dialog by selecting or deselecting checking or unchecking the checkbox for the User Driver see Figure 127 Edit modules settings Y Management v Shutdown Infrastructure Connectors Data Center Management User drivers 7 Redundancy Figure 127 Enable or Disable User Drivers 110 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289
149. ture alarm Environment dry contact x Level environment dry contact x opened Level environment dry contact x closed Environment temperature C Environment humidity Environment communication lost Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 115 User Drivers Table 16 Standard Objects Continued Information Status Input Output Battery Environment Communication error PDU outlet x power factor Overload warning Percent load 96 You can also define your own object list to create links for a specific device type in the User defined object editor dialog A new object can be defined by providing these properties e Object name Unique object user name e Object index option x Activate this option if the object needs to be indexed e g value of type array e Object type Information Alarm or Measure e Object unit Optional unit which is displaying for the object e Object group Name of the group whose object is attached This group is shown in the Other data panel Objects with the same group name are represented in the same group Figure 130 illustrates the User defined object editor dialog User defined object editor Object name Rotor speed Use index x Object type Measure Object unit rpm Object aroup Group 1 Figure 130 User Defined Object Editor N IMPORTANT e he userdefined objects only display in a specific Node view panel named Oth
150. uipment Designation Connectivity Eaton 3105 5110 5115 5130 9130 9135 9140 and legacy 9120 9125 USB or RS 232 Eaton BladeUPS 5125 9155 9355 9390 9395 RS 232 only Eaton Pulsar Series Evolution 650 850 1150 S 1250 1550 S 1750 2000 S 2500 S 3000 Pulsar 700 1000 1500 1000 RT2U 1500 RT2U Intl amp US Models Pulsar M EX Eaton 5P 5PX Pulsar MX amp Pulsar MX Frame 16 U MX Eaton 9PX USB or RS 232 Eaton Pulsar Series EX RT Comet EX RT 1 1 3 1 EX 5 RT Asia Pacific RS 232 only NOTE Ellipse ASR 600 750 1000 1500 USBS Ellipse MAX Protection Station Protection Center and NOVA AVR are currently supported by Personal Solution Pac software Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Introduction Other Network Devices The Eaton IPM is compatible with the following other network device see Table 3 Table 3 Other Devices Eaton Equipment Designation Card Proxy Features HP UPS Network Module Minislot AF465A Network Card Quick Scan Supervision Dell Network UPS Card H910P Network Card Quick Scan Supervision IBM UPS Network Management Card 46M4110 Network Card Quick Scan Supervision All IETF MIB enabled UPSs RFC1628 such as Liebert Supervision Standard IETF UPS MIB 1 3 6 1 2 1 33 xx PowerDsine series 6000 Card servertech sentry models PDU Integrated Communication Card storage Generic Driver
151. utlet group 1 is off e The outlet group 2 is off e Battery fault e UPS overload e UPS fault e Low battery alarm e Applications must stop immediately e System shutdown in progress e Critical alarm a generic Critical alarm is active on the device ePDU Critical Event List Specific to ePDUS e The input frequency is out of range e he input temperature is above high threshold e The input temperature is below low threshold e he input voltage is above high threshold e The input voltage is below low threshold e The input x is overload e he section x current is too high e The section x current is too low e he section x voltage is too high e The section x voltage is too low e he outlet group x current is too high e he outlet group x current is too low e he outlet group x is overload e he outlet group x is off e The phase x output is overload e he output frequency is out of range e he output is overload e he output voltage is above high threshold e The output voltage is below low threshold C9 COMMUNICATION LOST Communication is lost Communication Lost Event List e Communication failure with Device or Application DEVICE IS NOT MANAGED Device is not managed e Your device is not managed due to license limitation Use the Settings gt System selection to enter a Silver or Gold license code Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2
152. utside of the package and on the Bill Of Lading if applicable Use the original packaging or request packaging from the Help Desk or distributor Units damaged in shipment as a result of improper packaging are not covered under warranty A replacement or repair unit will be shipped freight prepaid for all warrantied units NOTE For critical applications immediate replacement may be available Call the Help Desk for the dealer or distributor nearest you Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 141 service and Support 142 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2
153. weg m Rd Me A Den Een nai rnm i E Disable unbounded E3 Es P3 ESI ES Figure 34 Shutdown Settings Current Power Default Setting Priority 5 Shutdown Settings Y Select all Power source Hone ooo Load segment Master output Master Shutdown duration 120 second s Master Shutdown after value 1 second s Remote Shutdown Shutdown Disabled Set power capping change timer 1 second s Global Power Allocation Policy Manual Blade Level Cap unbounded Fa Eji Future change of power capping Disable Future Power budget unbounded j I Figure 35 Shutdown Settings Current Power Not Set Due to No Service Profile Power Budget Power budget allows you to specify the maximum amount of power in watt that the server can consume at one time If the value is set to unbounded no power usage limitations are imposed upon the server and the future temporary power budget is disabled The server can use as much power as it requires a Shutdown Settings Y Selectal E Power source Hone Load segment Master output Master Shutdown duration 120 second s Master Shutdown after value 1 second s Remote Shutdown Shutdown Disabled Set power capping change timer 1 second s Global Power Allocation Policy Manual Blade Level Cap LP Curren Power budme AH a Current Power Control Policy Priority Impossible Future change of power capping Disable Future Power budge Future Power Co
154. wer D 21331960 VALUE Utility present 21331410 LIST 1 1 21 3 Battery discharging T 21 331 41 0 LIST 1 0 0 3 LIPS master on 21331410 LIST 1 1 20 3 prm prm Figure 128 User Drivers Editor Dialog Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 111 User Drivers 112 Buttons The following buttons allow you to manage drivers and rules e New driver Click the New driver button to add a new driver to the list and define the properties for the driver Anew empty driver can be created or you can use a copy of an existing driver Predefined drivers provided with the application are read only and cannot be changed They can only be deactivated or duplicated for customization purposes e Delete driver The Delete driver button deletes the driver that is selected in the left panel o NOTE When a driver is deleted after applying modifications it is not possible to recover this driver To manage and define rules use the following buttons e Add rule Add a new rule e Edit rule Edit the selected rule e Delete rule s Delete the selected rule s e Bring a rule down Move the selected rule to a lower position in the table e Bring a rule up Move the selected rule to a higher position in the table You can enable or disable a rule by selecting checking or deselecting unchecking the check box in the first column When a rule is disabled the data defined in
155. wer source e Shutdown configuration parameters timer duration type of shutdown and if needed shutdown script e Select or deselect check or uncheck the checkbox for standard shutdown sequence License Code The Eaton IPM monitors up to 10 devices including UPS Web Card ePDU or Eaton IPP Shutdown Controller without a license key If there are more devices to be monitored an appropriate license is needed The license can also be upgraded later without reinstallation Only for Silver or Gold paid versions 1 In Settings gt System gt Edit System Information enter the license product key that is printed on the commercial CD booklet inside the CD case e ref 66925 Eaton IPM Silver License 11 to 100 device nodes e ref 66926 Eaton IPM Gold License 101 to unlimited devices nodes o NOTE Nodes that are not managed due to license limitation appear with this icon e Operation 1 Usethe Views Node List menu item to supervise the current state of the compatible power devices and applications 2 Selecta line in the list and the panels are updated with selected device information see Figure 7 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 13 Installation E TeN intelligent Power Manager Ki 6 6 o o 6 o 6 o o o Figure 7 Node List Main Page e Optional If you have enabled the Shutdown module the Views gt Power Source menu item
156. y either using or not using a vCenter plug in This solution is effective for large infrastructures working through the vCenter server and provides the following features e Remote graceful shutdown of multiple ESX ESXi servers and hosted virtual machines VMs e ESX ESXi remote maintenance using VMware vMotion e Eaton IPM plug in created in vCenter e UPS events accessible through vCenter These two solution architectures are illustrated in Figure 88and Figure 89 VMware vCenter Server Intelligent Power Manager TT eme VM VM VM VM VM VM VM VM VM VM VM VM VMware v5phere VMware vSphere VMware vSphere Figure 88 Eaton IPM Connected to vCenter to Protect VMware Infrastructure 80 Eaton Intelligent Power Manager IPM User s Guide v1 40 P 164000289 Rev 2 Virtualization G VM VM VM VM VM VMware vSphere VMware vSphere VMware mp Intelligent Power Manager Figure 89 Eaton IPM Connected to ESX ESXi to Protect VMware Infrastructure Without vCenter Prerequisites The Infrastructure Connectors module for virtualization requires the following prerequisites e VMware vCenter and VMware vSphere Client must be installed O NOTE vCenter and Eaton IPM could be installed on the same network e To provide the VM graceful shutdown you must install VMware tools on each VM e You have knowledge and experience with Eaton IPM software and the VMware infrastructure o NOTE Since IPM version 1 25 vSpher

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