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eco Sensors eco PDU Power Management Software V1.3.1

1. 130 00 125 00 i A A i iii l Nath ZL FLAN Pea 3 115 00 li i H l mi f f ry P l i tH Ht 7 E YA Vi W WI AN iY Wii i jii EEE NA Li TI IN sal 110 00 i Y ih Y ii i H tn i i Y l V 105 00 AHH H Y AL A T A 100 00 ae 2013 12 06 08 40 00 2013 12 06 08 50 00 2013 12 06 09 00 00 2013 12 06 09 10 00 2013 12 06 09 20 00 2013 12 06 09 30 00 Time This displays the RTI Overall Indices Dashboard Device Sensors Power Management Thermal Management Air Management Humid Select Overall Indices Dashboard i 2013 12 06 08 40 00 2013 12 06 08 50 00 2013 12 06 09 00 00 2013 12 06 09 10 00 2013 12 06 09 20 00 2013 12 06 09 30 00 Time This displays all five indices RCI RHI RPI RAI RTD for the last hour 17 Chapter 4 Energy Management Energy Saving Estimation Device Sensors Power Management Thermal Management Air Management Select Energy Saving Estimates 120 00 120 00 110 00 110 00 100 00 100 00 90 00 90 00 80 00 80 00 70 00 70 00 60 00 60 00 50 00 50 00 40 00 40 00 30 00 30 00 20 00 20 00 10 00 10 00 Measured Potential Measured Potential Aggressive Fan Energy Saving Chiller Energy Saving
2. Use the Scheduling section to set the days of the week Weekly and time of day Weekly Daily for the configuration backup task to begin Click Save to save the task 60 eco Sensors User Manual Billing The Billing section allows you to calculate energy costs using actual usage to create data and generate billing reports Settings Settings O Single Rate 10 00 iKWH O DualRate From Duration H Rate KWH Peak Non Peak Save Single Rate Enter the KW per hour rate that you wish to use to calculate your data center s billing costs Dual Rate Use this option if your energy costs are split into peak and non peak hours Peak Enter the time of day From that the peak rate begins how many hours Duration the peak rate occurs and the Rate KWH per hour Non Peak Enter the non peak Rate KWH per hour Click Save 61 Chapter 7 System Management Generate Report Settings Generate Report Report Management Group Report Info Type Group Name Title DecemberBilling Device Built in All Devices a Outlet Built in All Outlets Author Brett Rack Built in All Racks i Time 2013 12 06 14 38 16 g Type Total v Month 2013 12 Delete Add Generate The Generate Report section allows you to establish the parameters for your billing reports The fields are explained in detail in the following table Field Report Inf
3. Note The icons are color coded so you can instantly see a category s status RED Critical ORANGE Warning GREEN Normal GRAY Offline 13 Chapter 4 Energy Management Available Power Capacity 100 75 50 D 25 MO A Oo D Q o Select PEIEE NA Te 1 Average 60 17 an HEEE CELOSA 1 5 10 15 20 25 30 35 40 45 The Available Power Capacity displays the available power using a standard formula for rack devices Total Power Capacity KWh Power in Use KWh Available Power Capacity K Wh The box at the top right corner of the page displays the Average of available power for all the racks The Var uses the formula Var X E X u 2 to calculate the variance value of all devices You can move the mouse over each rack to display the percentage of available power for that rack The colors represent the available power capacity for each rack displayed in 5 increments eco Sensors User Manual Overall Rack Cooling Effectiveness Device Sensors Power Management Thermal Management Air Management Select Overall Rack Cooling Effectiveness Good gt 95 Acceptable gt 90 Poor lt 90 Max Recommended 27 0 C Min Allowable 15 0 C Rack Intake Temperature C 1 17 33 49 65 Temperature Sensor Number This displays the Rack Cooling Index RCI RCI is a measure of how effectively equipment racks are cooled and maintained within industry temperature guidelines
4. Confirm password User Type Administrator Permissions In the General section key in a name and password in the User and Password fields and confirm the password Note The default username and password length is six characters this is configurable to from 1 16 characters In the User Type section select the user type Options are Administrator and User Note Administrators have full access rights by default users have no access rights by default In the Permissions section set the broad permissions of the user To set the device by device permissions for a User account see Device Access Rights below Click Save to save your settings 32 eco Sensors User Manual Device Access Rights Click on the Device Access Rights button to bring up a list of all the NRGence devices in the installation The list displays Device Name MAC and IP address Model type and Rack information Use this page to set which individual NRGence devices the user has access to Put a checkmark in the box next to the device name to enable access and then click Save to save your settings Set Device Access Right d Device Name C rack001_PE61084_10160 rack001_PE61086_10161 rack002_PE6108G_10162 rack003_PE6208B_10164 rack003_PE6208G_10165 rack004_PE81084_10166 rack004_PE8108B_10167 rack005_PE8108G_10168 rack005_PE82084_10169 rack006_PE8208B_10170 rack006_PE82086G_10171 rack007_PE5220s4_10172 rack007_PE5220s4_10173
5. This page allows you to select the Location where you want to save reports and also provides various Search options as detailed in the following table Field Explanation Report Folder Use this field to specify the folder where the reports are saved Use Browse to locate a folder click Save to save the location Search By Search parameters in the drop down menu allow you search for reports using Time Title or Author Enter the Title or Author in the field on the right Time Range Enter a time range for your report search and click Search Reports The main window displays the reports Here you can select to Show All or Delete reports After clicking Search a list of Reports are displayed Click Open HTML to open the report in a browser to display 1t on a single page You can also go to the Report folder and open the individual CSV and PDF report files 29 Chapter 4 Energy Management Thermal Analysis Generate Report Generate Report Report Management Report Info Title Time 2013 12 04 14 36 15 Author Period Hour de Start from 2013 12 04 14 lt Duration 1 Group Chart Type Group Name C Rack Intake Temperature Peaks C Rack Exhaust Temperature Peaks O Rack Equipment Temperature Difference Peaks C Rack Cooling Index Hi C Rack Cooling Index Lo Delete Add Generate The Generate Report section allows you to establish the parameters and schedule for your Thermal Analysis
6. min max Humidity min max Pressure min max Temperature min max Humidity min max Pressure min max IP 127 0 0 1 Model EC1000 Apply to same Model Apply Rack information for configuration 19 9 59 9 c 15 1 94 9 9 249 249 pa 19 9 59 9 15 1 94 9 249 249 pa 19 9 59 9 c 15 1 94 9 249 249 pa 19 9 _ 599 q 15 1 94 9 9 249 249 Pa Rack rack073 20 0 60 0 15 0 95 0 250 0 250 0 20 0 60 0 15 0 95 0 250 0 250 0 20 0 60 0 15 0 95 0 250 0 250 0 20 0 60 0 15 0 95 0 250 0 250 0 Set the sensor threshold settings min max using the parameters provided for Temperature Humidity Pressure 3 There are two save options Click Apply to save these settings for the specified device or click Save Apply to same Model to save and apply these settings to all devices sensors of the same model as the specified device 44 eco Sensors User Manual Define Data Group The Define Data Group section allows you to create groups of zones racks devices or outlets for power management control The List section displays the Type of group zone rack device or outlet and 1ts Name and the Members section displays the individual zones racks devices or outlets that are in that group NAGe List Type Name Device Name Rack Name Outlet ores rack001
7. which include user account and device information 57 Chapter 7 System Management Tasks This section allows you to schedule Group Power Control tasks On Off using built in group parameters and schedule Configuration Backup tasks which automatically backup configuration data Group Power Control Billing Group Power Control Tasks No Name Type Target Group Add Modify Delete Group Power Control These tasks can be performed on all devices all racks or all outlets On the main page click Add to open the Add Modify Task window as shown below Add Modify Group Power Control Task Task Info Name vee META Target group Built in All Devices Scheduling Regular Exception Off Time Monday Tuesday Wednesday Thursday Friday Saturday he e e paja a O i i ma Sunday To schedule a group power control task do the following 1 Key in a Name for the task 2 Select the task Type from the drop down menu Daily Weekly or Yearly 58 eco Sensors User Manual 3 Select the Target Group from the drop down menu 4 Use the Scheduling section to set the power on and power off times and to add Exceptions to Yearly tasks Note Exceptions will override all scheduling parameters 5 Click Save to save the task It now appears on the main page Group Power Control Configuration Backup Group Power Control Tasks Target Group Schedule Main J
8. EC2004 Bank x 1 2 PE1216 PE1324 Note For detailed outlet information as well as the complete specifications of an individual model please reference the respective user manual Chapter 2 Installation Before You Begin NRGence eco Sensors software that can be downloaded from the ATEN website The download link can be found on the software CD provided with the NRGence eco PDU package Once you have downloaded the software and saved the file to a convenient location follow the instructions below Installing eco Sensors 1 Double click on the eco Sensors exe file to open the installer The Welcome window appears eco Sensors Setup Welcome Welcome to the installer for eco Sensors 1 0 063 It is strongly recommended that you exit all Windows programs before continuing with this installation If you have any other programs running please click Cancel close the programs and run this setup again Otherwise click Next to continue E Cancel i Click Next to continue 2 The License Agreement Windows appears eco Sensors Setup License Agreement Please read the following license agreement carefully Insert pour license agreement text here agree to the terms of this license agreement do not agree to the terms of this license agreement Cancel Enable the I agree to the terms of this license agreement button and the
9. Jh rack004_PES81088_10167 J rack005_PE8108G_10168 Jb rack005_PE8208A_10169 EM rack006_PE82088_10170 Jh rack006_PE8208G_10171 Oh rackD07_PES220sA_1017 Fh rack007_PES220sA_1017 Jb rack008_PES216A_10174 Jh rack008_PES52168_10175 Jh rack009_PES216G_10176 Fh rack009_PE5220sB_1017 Ebo rack010 PE5220sG 1017 Sensor Status Sensor ID Humidity Temperature Pressure A SS ee 11 52 10 57 Outlet Status Outlet Name Status Act Reboot Voltage Current Power Power Dissipation ES Outlet_2 105 4 Ea Qutlet_3 ON 105 4 Outlet_4 ON Lor 105 4 Outlet_5 ON Lor 105 4 Outlet_6 ON orF 105 4 Outlet_ ON 105 4 Outlet_8 ON 105 4 Device Status Use the ON OFF and Reboot options to manually power manage the device Sensor Status This section is view only and provides status information about the sensors Outlet Status Use the ON OFF and Reboot options to manually power manage the individual outlet 23 Chapter 4 Energy Management Group Control The Group Control tab allows you to perform simultaneous manual power management at the outlet level on data groups that you have already created Note 1 See Define Data Group page 45 for details about creating groups for power management control 2 Not all NRGence models support outlet level power management Please see Supported NRGence Devices page 4 and your User Manual for further details Click on a group in the side bar and its page a
10. O O O O O O O O O O 33 MAC 00 10 74 9D 01 01 00 10 74 9D 01 02 00 10 74 9D 01 03 00 10 74 9D 01 04 00 10 74 9D 01 05 00 10 74 9D 01 06 00 10 74 9D 01 07 00 10 74 9D 01 08 00 10 74 9D 01 09 00 10 74 9D 01 10 00 10 74 9D 01 11 00 10 74 9D 01 12 00 10 74 9D 01 13 00 10 74 9D 01 14 IP 127 0 0 1 127 0 0 1 127 0 0 1 127 0 0 1 127 0 0 1 127 0 0 1 127 0 0 1 127 0 0 1 127 0 0 1 127 0 0 1 127 0 0 1 127 0 0 1 127 0 0 1 127 0 0 1 Model PE61084 PE6108B PE6108G PE6208B PE6208G PE81084 PE8108B PE8108G PE82084 PE8208B PE8208G PE5220sA4 PE5220s4 Rack rack001 rack001 rack002 ETT rack003 rack003 rack004 rack004 rack005 rack005 rack006 rack006 rack007 rack007 Chapter 6 Device Management Overview The Device Management tab allows you to define your data center layout by rack and zone grouping for customized power analysis You can also define detailed parameters such as Device Threshold Settings at the PDU and outlet level See the following sections for more detailed information Note 1 Defining zones 1s optional but at least one rack must be installed and defined for eco Sensors to work 2 Not all functions such as outlet level monitoring are supported by all NRGence models Please see Supported NRGence Devices page 4 and your eco PDU User Manual for details Zone Define The Zone Define section allows you to group racks in your data center into zones or define areas that
11. Sensors Main Page After you have successfully logged in the eco Sensors Main Page comes up with the Energy Management Dashboard page displayed Rl eco Sensors Y1 3 122 023 DER A a e NAGEfce os ATEN Ene ey 2 Dash Board Power Control Group Control Control Power An SSS Thermal __ThermalAnalysis Device Sensors Thermal Management Humidity Management Select Thr eshold Monitor SE BE Bs ES Be ds HE Es BE EE Page Components The screen components are described in the table below Description 1 Tab Bar The tab bar contains the eco Sensor s main operation categories Menu Bar The menu bar contains operational sub categories that pertain to the item selected in the tab bar Dashboard Alert Bar The Dashboard Alert bar is a special feature of the Dashboard page Similar to the Menu Bar it contains operational sub categories that pertain to the item selected in the tab bar but it also has an extra color coded function that allows you to instantly see the category status RED Critical ORANGE Warning GRAY Offline GREEN Normal 4 Logout Monitor Click the far right button to log out of your eco Sensors session Click on the Monitor icon to start the real time Energy Performance Indicator 5 Interactive Display Panel This is your main work area The screens that appear reflect your menu choices 10 eco Sensors User Manual Quick View Step by Step Setup Once you have l
12. System Management Database Database Settings This section allows you to set MySOL database and Database Clean up Options O Use MySQL database Port Username Password Database Clean up Options Keep data for 36 Months Delete oldest data Use the Database Clean up Options to maintain your database size Check Keep data for and enter the number of months for the system to log data before 1t begins to purge files Check Delete oldest data to delete older data files first Database Capacity This section gives you information about your current database capacity Billing DB capacity 803 85MB Free space 83264 34MB MA DB Capacity MMM Free Space ner e 803 85 56 eco Sensors User Manual Database Maintenance This section allows you to backup and restore the systems database and configuration information Data Import Data Export Config Restore Config Backup Select the dump folder to import you can do a selective restore Import file CaProgram FileslATENteco SensorsiDBBackupt o Data Import Export The Data Import and Data Export tabs allow you to import and export data tables related to the Power Analysis Thermal Analysis and Billing information Config Restore Backup The Config Restore and Config Backup tabs allow you to restore and backup configuration data related to the eco Sensors software settings found in the User and Device tabs
13. field to specify the folder where the reports are saved Use Browse to locate a folder click Save to save the location Search By Search parameters in the drop down menu allow you search for reports using Time Title or Author Enter the Title or Author in the field on the right Time Range Enter a time range for your report search and click Search Reports The main window displays the reports Here you can select to Show All or Delete reports After clicking Search a list of Reports are displayed Click Open HTML to open the billing report in a browser and display 1t on a single page You can also go to the Report folder and open the individual CSV and PDF report files 64 Overview Chapter 8 Log eco Sensors keeps a record of transactions that take place on its installation and stores up to 128 events at one time The System Log page provides a powerful array of filters and functions that allow you to view and export the log file data as well as be informed by email of specified events as they occur Time range O All 1 59 2013 12 05 09 51 19 2013 12 05 09 51 15 2013 12 05 09 51 14 2013 12 05 09 51 11 2013 12 05 09 35 50 2013 12 05 09 33 33 2013 12 05 09 27 50 2013 12 05 09 25 14 2013 12 05 09 23 50 2013 12 05 09 21 41 2013 12 05 09 21 32 2013 12 05 09 21 14 2013 12 05 09 19 51 2013 12 05 09 17 45 2013 12 05 09 10 15 2013 12 05 09 02 13 2013 12 04 17 47 28 System Log Clicking on a device in
14. sensors for each of the racks in your data center in order to generate a complete energy efficient data chart Higher sensor installation density is helpful to generate more accurate data 8 port models have 2 sensor ports In this case Sensor 1 needs to be installed at the intake of the rack EA1140 or EA1240 and sensor 2 needs to be placed at the exhaust of the IT equipment of the rack EA1140 or EA1240 or the floor EA 1340 Higher sensor installation density is helpful to generate more accurate data To get the most complete eco Sensors Dashboard data the recommended 2 eco PDU unit per rack sensor setup is show in the table below eco PDU Part Number Sensor eco PDU 1 Sensor 1 Intake EA1240 Temperature Humidity Sensor 2 Floor EA1340 Differential Pressure Temperature eco PDU 2 Sensor 1 Intake EA1240 Temperature Humidity Sensor 2 Exhaust EA1240 Temperature Humidity Chapter 1 Introduction Supported NRGence Devices Model Oules Metering Level PE3108A B G Outlet PE52220sA B G Bank PE5312sGR GL Bank PE53408B J G Bank PE8108A B G Outlet PE5216 6216 IEC 320 C19 IEC 320 C13 Bank x 1 PE5324 6324 Bank x 2 PE7216 8216 9216 Outlet PE7324 8324 9324 Outlet PE7328B J G PDU 2 x Bank Outlet PE7324kJA PDU 2 x Bank Outlet PE8121kJ PDU 1 x Bank Outlet PE8316G PDU 2 x Bank Outlet PE8324A JA PDU 2 x Bank Outlet PE9222B G Outlet PE9330B J G PDU 2 x Bank Outlet EC1000
15. version Privacy and Authentication protocols from the drop down menus 4 Key in the Privacy and Authentication passwords Note Certain parameters in this section must match those of all the NRGence devices in the installation See Synchronizing SNMP Parameters page 51 5 Click Search The devices will then be displayed in a list 49 Chapter 7 System Management SNMP Trap Receiver To be notified of SNMP trap events do the following l 2 3 Enter a Username Port ID and Trap Port for the events Set the timeout and retry values Select the SNMP version Privacy and Authentication type from the drop down menus Key in the Privacy and Authentication passwords Note Certain parameters in this section must match those of all the eco PDU devices in the installation See Synchronizing SNMP Parameters page 51 50 eco Sensors User Manual Synchronizing SNMP Parameters In order for eco Senors to access the NRGence devices on the installation it is essential that three ofthe SNMP parameters are the same These parameters are Username Privacy PW and Authen PW The default values which are the same for eco Sensors and eco PDU units are shown in the following table Parameter Default Web UI Username Administrator Account ID Privacy PW SNMP Privacy PW Authen PW Administrator Account Password If any of these parameters are modified on the Web GUI of the eco PDU device s the same parameters in eco S
16. you wish to get readings for 1 To define a zone use your mouse to highlight a rack group of racks or any area in your data center the highlighted area will display yellow and then click New Zone Define Rack Install Device Setup Define Data Group In Snergy Gateway E Delete Modify New 34 eco Sensors User Manual 2 In the window that appears give the group a name and set a color and click Save Zone Information fone Mame Data Center 01 Color Set Color 3 The group appears as a Zone in the data center layout and its name appears in the sidebar E PEE Canter 01 Note 1 Once a zone has been defined in the data center layout you cannot modify its position or move it you can only modify its name or color You must delete the zone by selecting it in the sidebar and clicking Delete Then define a new zone 2 For easy reference when there are multiple zones when an individual zone is selected in the list the zone area flashes in the diagram 35 Chapter 6 Device Management Rack Install The Rack Install section allows you to plot the position of the individual racks in your data center Zone Define Rack Install Device Setup Define Data Group In Snergy Gateway E 4 rack001 A rack002 rack003 rack005 rack006 rack007 rack004 ees z l rack004_PEST08A 10166 127 0 01 rack004_PE8108B_10167 127 0 0 1 rack010 i ll 5 rack011 1 t rack012
17. 0 62 Built in All De rack010 rack010_PE5220sG_10178 1 4326 0 9573 0 62 Built in All De rack010 rack010_PE62164_10179 1 1392 0 8004 0 52 Built in All De rack011 rack011_PE62168_10180 1 0665 0 7647 0 5 Built in All De rack011 T rack011_PE6216G_10181 L 1 12 0 767 0 5 j Power PUE This report tab provides the Power Usage Effectiveness PUE which calculates how much energy is used by IT equipment in the data center It subtracts IT Power from Total Power to give you the PUE as shown below Line Chart Energy Saving Suggestion IT Power Capacity IT Inventory List Power PUE Region Built in All Devices Total Power KWh 500 Power PUE IT Power KWh Built in All Outlets 500 Built in All Racks 500 Chapter 4 Energy Management 28 eco Sensors User Manual Report Management Generate Report l Repor Management Location Search Search by Time v Time Range From 2013 12 01 00 00 00 To 2013 12 31 23 59 59 Reports No Title Author Time Reports 1 TestlAlphasaD Brett 12 5 2013 10 48 10 AM Open HTML 2 BrettTestl 4D Brett 12 5 2013 10 47 41 AM Open HTML 3 BrettTestl Brett 12 5 2013 10 47 19 4M Open HTML 4 BrettTestl Brett 12 5 2013 10 14 59 AM Open HTML 5 BrettTestl Brett 12 5 2013 10 13 11 AM Open HTML Delete
18. 08_PE5216 GB rack008_PE5216 ab rack009_PE5216 Sensor Location Type e rack00s9_PES220 Sensor 1 Intake v Sensor 2 Oh rack010_PE5220 J rack010_PE6216 h rack011_PE6216 GB rack011_PE6216 J rack012_PE5324 J rack012_PE5324 Advanced Settings Privacy protocol Privacy password Device Outlet Sensor O Device Basic Settings Advanced Settings Device Info Name rack001_PE61084_101 IP 127 0 0 1 Model PE61084 Rack rack001 Threshold Aggregate current min max 179 A 0 0 18 0 Voltage min max 1001 120 Y 90 0 260 0 Aggregate power min max E 999891 W 0 0 9999 9 Aggregate power dissipation min max 99998 9 kWH 0 0 99999 Applyto same Model Apply 39 Device Info SNMP Agent Sensor Location Type Threshold Chapter 6 Device Management This section displays the Name IP Model and Rack information for configuration Configure the SNMP Agent here see Device SNMP Agent page 38 for further details Select the sensors locations from the drop down menus Set the device threshold settings min max using the parameters provided for Aggregate Current Voltage Aggregate Power Aggregate Power Dissipation Note For these settings to appear click the Advanced Settings radio button There are two save options Click Apply to save these settings for the specified device or click Apply to same Mo
19. ATEN eco Sensors eco PDU Power Management Software V1 3 1 User Manual www aten com eco Sensors User Manual User Information Online Registration Be sure to register your product at our online support center International http eservice aten com Telephone Support For telephone support call this number International 886 2 8692 6959 China 86 10 5255 0110 Japan 81 3 5615 5811 Korea 82 2 467 6789 North America 1 888 999 ATEN ext 4988 United Kingdom 44 8 4481 58923 User Notice All information documentation and specifications contained in this manual are subject to change without prior notification by the manufacturer The manufacturer makes no representations or warranties either expressed or implied with respect to the contents hereof and specifically disclaims any warranties as to merchantability or fitness for any particular purpose Any of the manufacturer s software described in this manual is sold or licensed as is Should the programs prove defective following their purchase the buyer and not the manufacturer its distributor or its dealer assumes the entire cost of all necessary servicing repair and any incidental or consequential damages resulting from any defect in the software The manufacturer of this system is not responsible for any radio and or TV interference caused by unauthorized modifications to this device It is the responsibility of the user to correct such interference The man
20. Al y rack013 i rack014 pl rack015 El Ea rack016 rack017 rack018 rack019 rack020 rack021 rack022 rack023 rack024 rack025 rack026 rack027 Mi Delete New 1 5 10 15 20 25 30 35 40 45 1 Click New to add a rack 2 Give the rack a name and plot its position using the parameters as shown below Rack Information Rack name Direction Horizontal O Vertical Location Row Colurnn Sawe Cancel 3 Click Save The rack appears in the data center layout and its name appears in the sidebar Note 1 Once a rack has been defined in the data center layout highlight 1ts name and click Modify to change its position or orientation 2 You can also move it by clicking on it and dragging it to its new position 36 eco Sensors User Manual Device Setup The Device Setup section displays a list of the NRGence devices on your installation and allows you to set detailed parameters for all the NRGence devices at the device bank outlet and sensor levels Note 1 Click on the sign next to A Devices in the side bar to expand the 37 a Y ARTS Fb rack001_PE6108 Do rack001_PE6108 h rack002_PE6108 Fb rack002_PE6208 Fb rack003_PE6208 Fh rack003_PE6208 Fh rack004_PE8108 Bp rack004_PE8108 Fb rack005_PE8108 Fb rack005_PE8208 Jh rack0065_PE8208 Fh rack0065_PE8208 Fb rack007_PE5220 Fb rack007_PE5220 Bp rack008_PES5216 Fh rac
21. E8108G PE82084 PE8208B PE8208G PE5220s4 PE5220s4 PE52164 PE5216B PE5216G PE5220sB PE5220sG rack001 rack001 rack002 rack002 rack003 rack003 rack004 rack004 rack005 rack005 rack006 rack006 rack007 rack007 rack008 rack008 rack009 rack009 rack010 directly to the device s Device Settings page 2 Double click on a device in the side bar tree or main page list to go Chapter 6 Device Management Adding New Devices eco Sensors software can automatically discover all NRGence devices located on the same intranet Click New to bring up the New Device window New Device Method Scan subnet Specify IP Device SNMP Agent Settings Username community administrator Timeout 500 SNMP version v1 Auth protocol Auth password Privacy protocol Privacy password Method Setup the subnet to be scanned or specific the IP address and click Search The devices will then be displayed in a list Device SNMP Agent This section allows you to set up your SNMP and system parameters so that eco Sensors can connect to the NRGence devices in your installation 1 Enter a Username Community Port ID and Trap Port for the events 2 Set the timeout and retry values 3 Select the SNMP version Privacy and Authentication protocols from the drop down menus 4 Key in the Privacy and Authentication passwords Note Certain parameters in this section must match those of
22. Oh rack074_PE5324 Jh rack074_PE6324 Jh rack075_PE6108 Oh rack075_PE6108 Apply to all Banks Power Dissipation Note Depending on your NRGence device not all these options may be available 3 There are two save options Click Apply to save these settings for the specified device or click Save Apply to All Banks to save and apply these settings to all banks on the same model as the specified device 41 Chapter 6 Device Management Outlet Level If your device supports outlet level monitoring see Supported NRGence Devices page 4 and your User Manual for details you can also set detailed parameters for all the devices in your installation at the outlet level 1 Click on the Outlet tab highlight the device outlet you want to configure and click Setup 2 In the window that appears enter the Outlet Settings as below Rack Install Define Data Group In Snergy Gateway Gl Qe rackD40_PEB208 Device Outlet SERNA rack040_PE6208 a rack041_PE8108 Outlet Settings GB rack041_PE8108 Device Info amp B rack042_PE8108 Name rack041_PE8108B_201 IP 127 0 0 1 Model PE8108B Rack rack041 Jh rack042_PE8208 Jh rack043_PE8208 Oh rack044_PE5220 Jh rack044_PE5220 Oh rack045_PE5216 Outlet Oh rack045_PE5216 Name Outlet_1 Fh rack046_PE5216 Configuration dh rack046_PE5220 Shutdown method Kill the Power Fh rack047_PE5220 Mac J rack047_PE6216 e rack048_PE6216 Minimum Maxim
23. This displays energy savings estimates for Fan Energy measured potential and Chiller Energy measured potential aggressive Rack Door Status Device Sensors Power Management Thermal Management Air Management NIA Open Select Rack Door Status 1 Close 5 l 10 E E A 3 BE gB BE 5 BE GE EE 1 5 10 15 20 25 30 35 40 45 The Rack Door Status displays the open close status of each cabinet door installed with an eco Sensors door sensor EA1440 EA1441 or EA1442 GREEN Rack Door is Closed GRAY No Door Sensor Installed ORANGE Rack Door is Open 18 eco Sensors User Manual Quick View Color Scale The Power Management Thermal Management Air Management and Humidity Management tabs use the same color scale but with different units for each reading For example the Heat Load Dissipation page under the Power Management tab displays a scale from 4000 40000 kWh as shown below 4000 13000 22000 31000 40000 O FA kl DORA For quick view purposes the racks in the data center are displayed in a color related to their status on the various scales For example the racks below are currently registering in the region of 4000 kWh for Heat Load Dissipation 1 a 10 15 20 26 L Power Management This tab provides detailed real time information related to Power Management as outlined in the following sections Heat Load Dissipation The page displays the real time Heat Load Dissipation values the curr
24. _PE6108A_10 rack001 Rack Built in All Racks rack001_PE6108B_1 rack001 rack002_PE6108G_1 rack002 rack002_PE62084_10 lrack002 rack003_PE6208B_1 rack0D3 rack003_PE6208G_1 rack003 rack004_PE81084_10 rack004 rack004_PE8108B_1 rackoo4 rack005_PE8108G_1 rack005 rack005_PE8208A_10 rack005 rack006_PE8208B_1 rack006 rack006_PE8208G_1 rackO06 rack007_PE522034_1 rackoo7 rackO07_PE5220sA_1 rack007 Delete Add rack008_PE52164_10 rack008 To define a group do the following 1 Click Add to bring up the Data Group Information window as below Data Group Information Group name Group type A List O all Rack Name Zone Name rack001 rack002 rack003 rack004 rack005 rack006 Data Center 01 rack007 Data Center 01 rack008 Data Center 01 rack009 Data Center 01 rack010 Data Center 01 rack011 rack012 rack013 rack014 rack015 rack016 Data Center 01 e Save Cancel 2 Give the group a name in the Group Name field 45 Chapter 6 Device Management 3 Select the type of group from the options in the drop down menu Options are Zone Rack Device and Outlet Note Zones must be defined before they appear in the List See Zone Define page 34 for details 4 Select the members of the group by clicking on them or select everything in the list by putting a check in the All checkbox 5 Click Save to create the g
25. a Baa 33 Chapter 6 Device Management VES Wa os a Bae an Bet a ea tees ae aS te e tet 34 ZONE DENNE A aah outlet Peat ede eaten tee lal th 34 PACK MINS Cells raia ido dodo ea eee te 36 DEVICE SCD rires donee toy git kukan ii ios ee Se 37 Adding New Devices 0 00 ccc eee eens 38 Configuration Levels ssl Geers Sides beeen dees 39 Device Leve a hee ee 39 Y rirse i cathe hued Gat eon Sepak She ew Oh ee Sheer bad Ge eae 41 Quilet Level ani a Ba A 42 A donee oe Seared See Oe ek ees 44 Define Data Gro ida a de Eta 45 Chapter 7 System Management OVGIVIGW 2 ecos ia oa e a 47 OVS SGING A O ee ees hn sane in cee eae eee ee 47 System Parameters 0 0 00 ee eens 47 ONMP SeuIngS gt it A ee ad 49 Default SNMP Agent SettingS 0 0 00 ees 49 SNMP Trap Receiver 0 0 cc ee eee 50 SMITE pad io wot id rabies Raat Sumy Brie Se Ghee ond cs 52 Other Selig Susreti erea bees alate emt eked Aa ot 53 Maintenance o 54 Database ont ari es Seek os Sie 56 Database Settings oooooocoonoonoonna a 56 Database Capacitar A a 56 Database Maintenance 0 0 eee 57 FARS B AF ob Grates teste cues hee oe Rt Seles Bele ee Bele Go Sa ie Gal ee aon 58 Group Power Control ci pot ee ei O e hg 58 Configuration Backup 0 0 ccc eee ene 59 BING sot Ge oe ae Ge hae Seiad oe Ce A Bee ob hoa APE 61 SEUNS as rd ias Se hoe ee ee Re Oe ee ae 61 eco Sensors User Manual Generate Report
26. aily Built in All Devices Select a task in Group Power Control Tasks main page and use the buttons to Modify or Delete Configuration Backup These tasks are set on a daily or weekly basis to automatically backup the eco Sensors configuration data On the main page click Add to open the Add Modify Configuration Backup Task window as shown below Task Info Name Weekly Backup Type MEET v Save in folder O Save via FTP Save in folder Username Browse Password Scheduling Monday Tuesday Wednesday Thursday Friday Saturday EN e A e Sunday Save Cancel To schedule a configuration backup task do the following 1 Key in a Name for the task 2 Select the task Type from the drop down menu Daily or Weekly 3 Select Save in folder or Save via FTP and fill in the related information 59 Chapter 7 System Management Save in folder Browse to select a location where backup is saved Provide the Username and Password for the folder 1f 1t is set with security that requires authentication Save via FTP Enter the FTP Server Port number FTP Directory and check the box to Log on anonymously Provide the Username and Password for the folder if it is set with security that requires authentication Note If you provide a Username Password for the folder and the folder is not set with username password security the Configuration Backup task will not save the data
27. all the eco PDU devices in the installation See Synchronizing SNMP Parameters page 51 5 Select the Device type and Click Search The devices will then be displayed in a list 38 eco Sensors User Manual Configuration Levels Once a device is selected available tabs are Device Bank Outlet and Sensor depending on the device s features and level of configuration See the following sections for details Device Level 1 Highlight the device you want to configure and click Setup 2 In the window that appears with the Device tab open enter the Device Settings Basic Advanced as in the diagram and table below Device Basic Settings Rack Install Device Setup Define Data Group In Snergy Gateway ee PE eee A E All Devices Device Outlet Sensor Jh rack001_PE6108 He racko01_Pest08 Device Basic Settings O Advanced Settings Fh rack002_PE6108 ele rack002_PE6208 Device Basic Settings Jh rack003_PE6208 Device Info Jh rack003_PE6208 rack001_PE61084_101 127 0 0 1 rack001 v Eb rack004_PE8108 Name rac x Ee Model PE6108A4 Rack rac Fh rack004_PE8108 GB rack005_PE8108 SNMP Agent ab rack005_PE8208 Usernamefcormmunity administrator Por 110160 dh rack006_PE8208 Timeout 100 ere Retry 1 GB rack005_PE8208 SNMP version 1 i h rack007_PE5220 dh rack007_PES220 aathiprotocol Auth password h rack0
28. anana poo det Ghee eS Ae eee ose Aeawee xs 62 Report Management 0 00 cc eee ee 64 Chapter 8 Log OVEIVIEW orp genet een Se Ne sks ak Aare Ais hh oe cee Ar 65 Syse LOG AA AS 65 LOG PUONS 2 24 33 2c tet a A ee ee 66 EVEN ee ee nai ie eee a ee o e 66 Chapter 1 Introduction Overview NRGence eco Sensors software has been developed to work with ATEN s new generation of NRGence PE series green energy power distribution units PDUs to effectively increase the efficiency of data center power usage With the use of dynamic Rack Cooling Index RCI and Return Temperature Index RTI by zone NRGence eco Sensors software in conjunction with sensor enabled eco PDUs gives you the means to assess diagnose and estimate how much energy you can save Following the suggestions generated by the sensor enabled system allows you to optimize energy usage to save energy without harming your IT equipment s reliability The NRGence eco Sensors utility provides single portal single login secure centralized access administration and management of up to 1000 PE devices over the network local and worldwide anywhere and anytime Because NRGence eco Sensors offers a single integrated window based application program to manage all your devices users no longer need to learn the interface for each individual device or remember every device s IP addresses making system management easier and more efficient By consolidating the mana
29. and standards and functions as a useful cooling performance metric In addition to a graphical representation this page also provides you a Hi and a Lo for quick reference Overall Rack Humidity Effectiveness Device Sensors Power Management Thermal Management Air Management Select Overall Rack Humidity Effectiveness Good gt 95 Acceptable gt 90 Poor lt 90 Rack Intake Dew Point C 1 10 19 28 37 46 Humidity Sensor Number This displays the Return Temperature Index RTI RTI is a measure of the performance of the air management system and functions as a useful airflow performance metric 15 Chapter 4 Energy Management Overall Rack Pressure Effectiveness Select Overall Rack Pressure Effectiveness Good gt 95 Acceptable gt 90 Poor lt 90 Rack Differential Pressure Demand water inches a 13 25 37 49 61 Pressure Sensor Number This displays the RPI Overall Rack Airflow Effectiveness Device Sensors Power Management Thermal Management Select Overall Rack Airflow Effectiveness Good gt 95 Acceptable gt 90 Poor lt 90 Rack Airflow Min Allowable 363 36 144 86 1 13 25 37 49 Rack Number This displays the RAI 16 eco Sensors User Manual Overall Air Management Effectiveness Device Sensors Power Management Thermal Management Air Management Select Overall Air Management Effectiveness
30. appears on your desktop or wherever you specified Note For Windows 7 use it is recommended to run eco Sensors with administrator privileges Database Considerations If your data center is small 10 or less eco PDU units and you only require the system to store and access approximately 3 months of data history c 1 million data records 200 MB file size Access will provide a reasonable performance under these conditions For large data centers and for complete storage of all data history we strongly recommend you select MySQL Note If you want to select MySQL please ensure that you have MySQL Database 5 5 installed before you install eco Sensors Visit the MySQL website for installation information Chapter 3 First time Setup Logging In Open the eco Sensors program and the Login screen appears Login 1 3 122 023 ATEN 4 NAGefce Simply Better Connections eco Sensors Username Password Language English x 1 Provide a valid User ID and Password Note Since this is the first time you are logging in use the default User ID administrator and the default Password password For security purposes we recommend changing them to something unique 2 Select your language Options are English default Traditional Chinese Simplified Chinese Japanese German Italian French 3 Then Click Login to bring up the interface s Main Page Chapter 3 First time Setup The eco
31. bs that allows you to instantly see a category s status RED Critical ORANGE Warning GRAY Offline GREEN Normal Device Sensors The PDU Sensors tab displays collated data in formats that provide an overall view of the various levels being monitored by your sensors In combination with the four color dashboard scheme outlined above you can easily assess the overall status of the groups devices at a glance Threshold Monitor Device Sensors Power Management Thermal Management Air Management Humidity Management Select Threshold Monitor 1 5 10 15 20 25 30 35 40 1 10 10 15 3 E 15 This displays the overall threshold monitoring information See Device Setup page 37 for information on setting the thresholds eco Sensors User Manual Real time Measurements Hover your mouse over a rack in the display for real time power measurement and monitoring information as below ey emake 3 SS rack032_PE8324rB_10222 7 34 1692kWH T 1345 4379w 105 94 12 704 Sensor 1 CJ Sensor 2 Sensor 3 Sensor 4 3 1 Bank_1 T 22 7808kWH T 875 0645w a e l The meanings of the icons are show in the table below Pou Bower Dissipation Dissipation KWh op Kilowatt Hour Power PP Bank Voltage V Volt Current A Ampere Sensor Humidity RH El Relative Humidity Temperature GIF al Celsius Fahrenheit Pressure Pa E Pascal 1 Pa 1 N m2
32. del Advanced Settings to save and apply these settings to all devices of the same model as the specified device 40 eco Sensors User Manual Bank Level 1 Highlight the device you want to configure and click Setup 2 In the window that appears with the Device tab open enter the Device Settings and other parameters as in the diagram and table below 5 I rack064_PE9324 Device Bank Sensor 8 rack064_PE9330 8 rack065_PE9330 Bank Settings Device Info Device Info This section displays the device Name IP Model and Rack information Bank Select an individual bank by clicking on the bank icon and then proceed to configure its parameters as below Name Give the bank a name optional Threshold Set the outlet threshold settings min max using the parameters provided for Current Voltage Power 8 rack065_PE9330 GB rack066_PE7216 Name rack074_EC2004_2023 IP 127 0 0 1 Model EC2004 Rack rack074 Jh rack056_PE7216 Jh rack067_PE7324 b rack068_PE8216 Bank QB rack068_PE8216 Name Bank_1 Jh rack069_PE8324 Threshold ab rack069_PE8324 Minimum Maximum i i i l G rack070_PE9216 Current 4 10 A 0 0 32 0 GB rack070_PE9216 Voltage 90 Y 260 Y 90 0 260 0 rack071_PE9324 E q ee gt Power w 9999 9 W 0 0 9999 9 Jh rack071_PE9324 TE ZA Zb sana PETSA Power dissipation _ KWH 99999 kwH 0 0 99999 Jh rack072_PE8324 Jh rack073_EC1000 8 rack073_PE9324
33. e included in the report and enter values for CO2 KG 1KWH and 1KG After filling in the information click Generate and the Set Group Total Power window will appear as shown on the next page 25 Chapter 4 Energy Management Set Group Total Power Set Group Total Power Group Name Group Type Total Power Kwh Built in All Devices Device Built in All Outlets Outlet Built in All Racks Rack Enter the Total Power K Wh use of the data center This information will be used to calculate the Power Usage Effectiveness PUE of IT equipment in the data center by subtracting the IT energy use from the Total Power K Wh use Note eco Sensors automatically loads the current system time as report time To generate a report based on the current status latest available analysis leave the Report Period Begin Report and Duration fields as default complete the Group and Chart fields and click Generate Report Result After you Generate the report it appears in a tabbed format in four parts Line Chart Energy Saving Suggestion IT Power Capacity IT Inventory List and Power PUE as shown below If chosen the Line Chart is the first to appear A Report Date 2013 12 04 11 46 19 MarketingReport iaa Built in All Devices 1065 105 8987 KWH 105 8 2013 12 04 10 2013 12 04 11 2013 12 04 12 IT Power Usage Choose Chart Save Note In any of the tabs click Save to save the report in y
34. e Account Name and Password fields 52 eco Sensors User Manual Other Settings The Other Settings page allows you to enable the Enquiry Service and set the Service port and Security string This page 1s used to establish a connection to a third party software s billing service O Enable Enquiry Service Service port Security string Save 53 Chapter 7 System Management Maintenance The Maintenance function allows you to use eco Sensors to upgrade the firmware of the connected NRGence device s firmware When you click the Maintenance tab the display opens with Firmware Upgrade page as below Sys Settings Maintenance Database Tasks Billing Firmware Upgrade Device will be disconnected while firmware upgrade is in processing Check main firmware version Firmware file Browse Device Name Fiw Version Upgrade Status The Main Panel Upgrade A description of the items shown in this panel are given in the table below Item Check Main Firmware Version Firmware File Device Name Firmware Version IP Address Upgrade Status Upgrade Description If you enable Check Main Firmware Version the device s current firmware level is compared with that of the upgrade file If the current version is equal to or higher than the upgrade version a popup message appears to inform you of the situation and stops the upgrade procedure As new versions of the firmware becom
35. e available they are posted on our website and can be downloaded to a convenient location on your computer Click the Browse button to select the downloaded upgrade file Lists all of the NRGence devices In the Select column select the device s whose firmware you want to upgrade Displays the device s current firmware version Displays the IP address of the selected NRGence device Displays the upgrade status of the selected devices Click this button to perform the upgrade on the selected devices 54 eco Sensors User Manual Upgrading the Firmware To upgrade the firmware refer to the screenshot on the preceding page and do the following 1 Goto our website and download the new firmware file to a convenient location on your computer 2 Click the Browse button navigate to where the firmware file 1s located and select 1t 3 Click Upgrade to start the upgrade procedure If you enabled Check Main Firmware Version the current firmware level is compared with that of the upgrade file If the current version 1s equal to or higher than the upgrade version a popup message appears to inform you of the situation and stops the upgrade procedure Ifyou didn t enable Check Main Firmware Version the upgrade file is installed without checking what its level is Once the upgrade completes successfully the switch resets itself 4 Log in again and check the firmware version to be sure it is the new one 99 Chapter 7
36. ensors must also be modified Note eco Sensors will only access eco PDUs with the same parameters so it is essential that these parameters are synchronized for all eco PDUs in your installation Reference the Browser Operation chapter of your eco PDU User Manual for further information 51 Chapter 7 System Management SMTP Billing SMTP Settings O Enable report from the following SMTP server Server Port Send from Send to SMTP server requires authentication Account name Password Save To have eco Sensors email reports from the SMTP server do the following 1 Enable the Enable report from the following SMTP server and key in the IP address and port number of your SMTP server 2 Key in the email address of where the report is being sent from in the Send From field Note 1 Only one email address is allowed in the From field and it cannot exceed 64 Bytes 2 1 Byte 1 English alphanumeric character 3 Key in the email address addresses of where you want the SMTP reports sent to in the Email List field Note 1 If you are sending the report to more than one email address separate the addresses with a semicolon The total cannot exceed 256 Bytes 2 1 Byte 1 English alphanumeric character 4 If your server requires authentication put a check in the Server requires authentication checkbox and key in the appropriate account information in th
37. ent average and the variance in kWh Detailed readings for Heat Load Dissipation can also be viewed in daily weekly monthly quarterly or yearly formats The color scale displays a range from 4000 40000 kWh Heat Load Density This page displays the real time Heat Load Density values the current average and the variance in W The color scale displays a range from 500 4500 W 19 Chapter 4 Energy Management Thermal Management This tab provides detailed real time information related to Thermal Management as outlined in the following sections Cold Intake Temperature This page displays the real time Cold Intake Temperature values the current average and the variance in C The color scale displays a range from 10 45 E Intake Differential Temperature This page displays the real time Intake Differential Temperature values the current average and the variance in C The color scale displays a range from 220 C Hot Exhaust Temperature This page displays the real time Hot Exhaust Temperature values the current average and the variance in C The color scale displays a range from 2 20 E Exhaust Differential Temperature This page displays the real time Exhaust Differential Temperature values the current average and the variance in C The color scale displays a range from 10 45 C Cold Hot Across Temperature Rise This page displays the real time Cold Hot Across Temperature Rise values the curre
38. er and power dissipation in EC installations In the Others section you can set the default values that the eco Sensors software will use for generating data The Currency drop down menu allows you to select the type of currency symbol to use Select the Temperature Unit Celsius or Fahrenheit to use for all environmental calculations Check Enable rack full name to enable multi language rack names For example this feature allows you to use Chinese Japanese and other characters when creating a rack s name 48 eco Sensors User Manual SNMP Settings This section allows you to set up your SNMP and system parameters so that eco Senors can connect to the eco PDUs in your installation Default SNMP Agent Settings Username coramunity administrator Port 161 Timeout 500 rns Retry 3 SNMP version 1 5j Auth protocol Auth password E Privacy protocol Privacy password SNMP Trap Receiver Usernamelcommunity administrator Port 1162 lt J SNMP version wl 2c Auth protocol Auth password Privacy protocol Privacy password Save Default SNMP Agent Settings This section allows you to set up your default SNMP and system parameters so that eco Senors can connect to the NRGence devices in your installation 1 Enter a Username Community Port ID and Trap Port for the events 2 Set the timeout and retry values 3 Select the SNMP
39. ett Test has been modified Scheduled task Name Brett Test has started Task Name Brett Test has been added Task Name Schedule Main has been added User Name administrator logged in successfully User Name administrator logged out Goto E AaAauwd wwe The entry box to the right of the Refresh button lets you set the number of events to display per page Simply key in the number of your choice The top right of the main panel shows the total number of pages in the log file and what page you are currently viewing The buttons on the bottom row function as follows Clear click to erase the contents of the log event list First Page click to go to the first page of the log event list 65 Chapter 8 Log Previous Page click to move to the previous page of the log event list Next Page click to move to the next page of the log event list Last Page click to move to the last page of the log event list Export Log click to save the contents of the log event list to file Log Options Use this tab to set your log Maintenance and Display options Events Log Options Maintenance O By period days 7 366 By records 100 99999 Display Log records in each page 10 100 Save Use this tab to set the Events that you want the system to log locally and or be sent out by email via SMTP Check the events to Log or Email For events to be sent via email you mu
40. evice waits for the amount time set in the Power Off Delay field and then turns the Outlet s power Off Turning the power off performs a cold non safe shutdown Wake on LAN This is a Safe Shutdown and Restart option If this is selected when an Outlet is turned Off the NRGence device first sends a message to the computer telling it to prepare for a shutdown it then waits for the amount time set in the Power Off Delay field to give the OS time to close down before the computer is powered down to standby mode Likewise when the Outlet is turned On the NRGence device waits for the amount time set in the Power On Delay field then sends an Ethernet message to the computer connected to the Outlet telling the computer to turn itself On Note For Safe Shutdown and Restart the computer must be running Windows Windows 98 or higher and the Safe Shutdown program available by download from our website must be installed and running on the computer System after AC Back This is a Safe Shutdown and Restart option If this 1s selected when an Outlet is turned Off the NRGence Device first sends a message to the computer telling it to prepare for a shutdown it then waits for the amount time set in the Power Off Delay field to give the OS time to close down before the computer is powered down When the Outlet is turned On the NRGence device waits for the amount time set in the Power On Delay field then sends power to the server W
41. gement of your NRGence devices NRGence eco Sensors allows every NRGence device to be accessed and controlled by means of a single IP address All outlets in different NRGence devices are integrated into a single tree view making eco Sensors ideal for the power management of large data centers and branch office server rooms located in several remote locations within the same intranet NRGence eco Sensors is able to automatically discover all NRGence devices within the same intranet and has the ability to monitor manage these devices This software provides monitoring managing of PE device outlet power ON OFF Reboot sequential ON OFF of outlet current kWH environmental monitoring at PDU outlet level name of outlet current kWH environment sensor threshold setting alert etc through SNMP Threshold exceed alert through Syslog SMTP See Supported NRGence Devices page 4 for a list of compatible NRGence sensor enabled eco PDUs Chapter 1 Introduction Features Automatic discovery of all NRGence devices within the same intranet Remote real time power measurement and monitoring PDU level current voltage power dissipation power consumption Outlet ON OFF Recycle status Circuit breaker status monitoring Remote real time power outlet management Power outlet ON OFF Cycle switching by outlet User defined outlet level delays for sequential power up Current Voltage Power Dissipation Power Consum
42. h piece of IT inventory that you have listed in groups and or individual servers as shown below Line Chart Energy Saving Suggestion IT Power Capacity IT Inventory List Power PUE Group Name Built in All De Rack Name rack001 IT Inventory List Server rack001_PE61084_10160 Peak Watts Kw 0 6264 Power Dissipation 0 3774 KWH Peak CO2 Hrs KG 0 25 Power 0 04 Built in All De rack001 rack001_PE6108B_10161 0 5753 0 3969 0 26 0 04 Built in All De rack002 rack002_PE6108G_10162 0 6013 0 391 0 25 0 04 Built in All De rack002 rack002_PE62084_10163 0 6338 0 377 0 25 0 04 Built in All De rack003 rack003_PE6208B_10164 0 6357 0 3883 0 25 0 04 Built in All De rack003 rack003_PE6208G_10165 0 5628 0 3868 0 25 0 04 Built in All De rack007 rack007_PE5220s4_10172 1 3723 0 9815 0 64 0 1 Built in All De rack007 rack007_PE522054_10173 1 3622 0 9519 0 62 0 1 Built in All De rack008 rack008_PE52164_10174 1 1544 0 7867 0 51 Built in All De rack008 rack008_PE5216B_10175 1 1681 0 8036 0 52 Built in All De rack009 rack009_PE5216G_10176 1 153 0 7805 0 51 Built in All De rack009 rack009_PE5220sB_10177 1 3742 0 9568
43. hen the server receives the power it turns itself on Note For Safe Shutdown and Reboot the computer must be running Windows Windows 98 or higher and the Safe Shutdown program available by download from our website must be installed and running on the computer Sensor Level l Setup Chapter 6 Device Management Highlight the device with the sensors you want to configure and click In the window that appears with the Device tab open enter the Device Settings and other parameters as in the diagram and table below Rack Install Device Setup Define Data Group In Snergy Gateway I rack064_PE9324 rack064_PE9330 8 rack065_PE9330 8 rack065_PE9330 Oh rack066_PE7216 Oh rack066_PE7216 Oh rack067_PE7324 Oh rack067_PE7324 J rack068_PE8216 Oh rack068_PE8216 J rack069_PE8324 QB rack069_PE8324 J rack070_PE9216 J rack070_PE9216 QB rack071_PE9324 Bp rack071_PE9324 bp rack072_PE7324 bp rack072_PE8324 a MEE 8 rack073_PE9324 rack074_EC2004 Fh rack074_PE5324 Fh rack074_PE6324 Jh rack075_PE6108 F rack075_PE6108 Device Info Sensor 1 2 3 4 Device Bank Sensor Threshold Settings Device Info Name rack073_EC1000_2023 Sensor 1 Sensor 2 Sensor 3 Sensor 4 This section displays the device Name IP Model and Sensor Temperature min max Humidity min max Pressure min max Temperature min max Hurnidity min max Pressure min max Temperature
44. information about the outlets in the group such as their power status device rack zone location 24 eco Sensors User Manual Power Analysis Generate Report Generate Report Report Management Report Info Title Time 2013 12 04 11 34 50 Author Period Hour b Start from 2013 12 04 11 ES Duration 1 Mi Group Chart Type Group Name O IT Power Usage k WH O IT Power Load kw O IT CO2 Equivalent O IT Power Consumption Cost C IT CO2 Emission Cost O Energy Saving Suggestion O IT Power Capacity O IT Inventory List O Power Usage Effectiveness PUE 1kWH generate 0 65 KG CO2 Electricity cost 0 10 BRA Delete gt IIS Fel CO2 cost 23 00 ton The Generate Report section allows you to establish the parameters and schedule for your reports The fields are explained in detail in the following table Field Explanation Report Info Fill in the report name and the writer in the Title and Author fields Enter the Time and Start from when you want the report to begin and then enter the Period options are hour day week month or quarter and the Duration 1 24 Note How far back the system stores data depends on your database type See Database Considerations page 8 for details Group In this field select the date group that is the subject of the report See Report Management page 29 for details Chart In this field check the analysis that components that you want to b
45. k008_PE5216 Bp rack009_PE5216 Fb rack009_PE5220 Bp rack010_PE5220 Fh rack010_PE6216 Fh rack011_PE6216 Fh rack011_PE6216 Bp rack012_PE5324 GOR rakni PERI94 tree Device Name rack001_PE61084_10160 rack001_PE6108B_10161 rack002_PE6108G_10162 rack002_PE62084_10163 rack003_PE6206B_10164 rack003_PE62086_10165 rack004_PES1084_10166 rack004_PES108B_10167 rack005_PES1086_10168 rack005_PES2084_10169 rack006_PES208B_10170 rack006_PES208G_10171 rack007_PES220sA_10172 rack007_PES220sA_10173 rack008_PES216A_10174 rack008_PE5216B_10175 rack009_PE5216G_10176 rack009_PE5220sB_10177 rack010_PE5220sG_10178 rack010 PE6216A 10179 00 10 74 9D 01 01 00 10 74 9D 01 02 00 10 74 9D 01 03 00 10 74 9D 01 04 00 10 74 9D 01 05 00 10 74 9D 01 06 00 10 74 9D 01 07 00 10 74 9D 01 08 00 10 74 9D 01 09 00 10 74 9D 01 10 00 10 74 9D 01 11 00 10 74 9D 01 12 00 10 74 9D 01 13 00 10 74 9D 01 14 00 10 74 9D 01 15 00 10 74 9D 01 16 00 10 74 9D 01 17 00 10 74 9D 01 18 00 10 74 9D 01 19 127 0 0 1 127 0 0 1 127 0 0 1 127 0 0 1 127 0 0 1 127 0 0 1 127 0 0 1 127 0 0 1 127 0 0 1 127 0 0 1 127 0 0 1 127 0 0 1 127 0 0 1 127 0 0 1 127 0 0 1 127 0 0 1 127 0 0 1 127 0 0 1 127 0 0 1 Port 10161 10162 10163 10164 10165 10166 10167 10168 10169 10170 10171 10172 10173 10174 10175 10176 10177 10178 Rack Install Define Data Group In Snergy Gateway A PE61084 PE6108B PE6108G PE62084 PE6208B PE6208G PE81084 PE8108B P
46. n click Next to continue Chapter 2 Installation 3 The Serial Number window appears gt eco Sensors Setup Serial Number DA Enter your serial number and click Next to continue Serial Number E Cancel Enter your serial number which can be found on the cover of the bundled CD ROM and click Next to continue 4 The User Information page appears gt eco Sensors Setup User Information bsi Enter your user information and click Next to continue Name Company E Cancel Enter your user information and click Next to continue 5 The Installation Folder window appears eco Sensors Setup Installation Folder Where would you like eco Sensors to be installed The software will be installed in the folder listed below To select a different location either type in a new path or click Change to browse for an existing folder Install eco Sensors to C Program Files eco Sensors Space required 166 3 MB Space available on selected drive 17 11 GB E Cancel Choose the folder where you would like eco Sensors to be installed and click Next to continue eco Sensors User Manual 6 The Shortcut Folder window appears eco Sensors Setup Shortcut Folder Where would you like the shortcuts to be installed The shortcut icons will be created in the folder indicated below If you don t want to use the defaul
47. nt average and the variance in C The color scale displays a range from 5 55 C 20 eco Sensors User Manual Air Management This tab provides detailed real time information related to Air Management as outlined in the following sections Intake Differential Pressure Distribution This page displays the real time Intake Differential Pressure Distribution values the current average and the variance in Pa The color scale displays a range from 10 200 Pa Heat Load Airflow Across Distribution This page displays the real time Heat Load Airflow Across Distribution values the current average and the variance in v_equip cfm The color scale displays a range from 10 200 cfm Floor Plenum Airflow Supply Distribution This page displays the real time Floor Plenum Airflow Supply Distribution values the current average and the variance in Q floor cfm The color scale displays a range from 500 2500 cfm Heat Load Airflow Supply Distribution This page displays the real time Heat Load Airflow Supply Distribution values the current average and the variance in Q cfm The color scale displays a range from 500 2500 cfm Hot Recirculation Airflow w Distribution This page displays the real time Hot Recirculation Airflow w Distribution values the current average and the variance in AA_circk The color scale displays a range from 10 50 Cold Bypass Airflow Distribution This page displays the real time Cold Bypa
48. o Group Explanation Fill in the report name and the creator in the Title and Author fields Enter the Time which will represent when the report was created Enter the Type Total will give you a report that is an accumulation of all the energy costs for all the racks Rack will give you a break down of the energy costs accumulated by each rack Select a Month for which you wish to calculate the billing data for Note Rack reports will take longer to generate as much more data is required to provide the detailed billing information In this field click Add to select the data group s that is the subject of the billing report After filling in the information click Generate and a new window will appear with the Total or Rack Billing Information as shown on the next page 62 eco Sensors User Manual Total Report Built in All Devices Built in All Outlets Built in All Racks Billing Information Bill Report by Brett Report Date 2013 12 05 15 55 11 Avg Amp Volts Avg KW KWh Rate KWH Fee Nov 2013 285 914 30 12 21684 4104 0 00 Nov 2013 89 834 108 00 9 70 6984 9808 Nov 2013 285 914 105 34 30 12 21684 4104 From this page click Save to save the billing information or Choose Chart to return to the previous page and reconfigure the parameters for your billing report Rack Report Group Rack Name Built in All Devices rack001 rack002 rack003 rack004 rack005 rack006 rack008
49. ogged in you need to define your data center and configure various parameters before you can begin to use eco Sensors to monitor and manage your devices The steps below provide a quick reference to the sections of the user manual you should refer to in order to do this smoothly l J Plot the position of the individual racks in your data center See Rack Install page 36 Establish the threshold settings and other parameters for your NRGence devices at the device and outlet level See Device Setup page 37 Note Not all PE models support outlet level monitoring see Supported NRGence Devices page 4 and your eco PDU User Manual for details Group the racks in your data center into zones See Zone Define page 34 Establish your System parameters event notification and database preferences see System Management page 47 Set your Log preferences see Log page 65 Once you have completed these basic setup steps please proceed to Energy Management page 12 11 Chapter 4 Energy Management Overview The Energy Management section displays the real time power measurements and environment monitoring information of your data center in a variety of formats at the zone rack device and outlet level You can also generate customized reports about your data center s status that include energy saving suggestions Dashboard The Dashboard Alert bar is a special feature of the Dashboard page that features color coded ta
50. our desired location see Report Management page 29 for specifying the location or click Choose Chart to return to the Generate Report page to adjust parameters or exit 26 eco Sensors User Manual Energy Saving Suggestion This report tab provides energy saving suggestions in the form of charts displaying measured and potential savings for fan energy and chiller energy and a list of actions that you can undertake to improve your data center s energy efficiency as shown below Line Chart Energy Saving Suggestion IT Power Capacity IT Inventory List Power PUE 120 00 110 00 100 00 120 00 110 00 100 00 90 00 80 00 Measured Potential Measured Potential Aggressive Fan Energy Saving Chiller Energy Saving Action Ensure an adequate ratio of IT airflow to AHU airflow Improve air management IT Power Capacity This report tab provides information about the IT capacity of your data center or specified areas in the data center in the form of tables and charts as shown in the following illustrations Line Chart Energy Saving Suggestion IT Power Capacity IT Inventory List Power PUE gt Built in All Devices IT Power Capacity Average Power kw 105 8987 Growth avg 0 00 Peak Power kw 128 2971 Growth peak 0 00 Time Period 2013 12 04 11 Capacity Peak Power Average Power KW S v 27 IT Inventory List This report tab provides a breakdown of all power usage and cost data for eac
51. ppears as below Dash Board Group Control Power Analysis Thermal Analysis Zone Rack 3 Outlets in Group Pae Cana i Device Controllable Outlets 960 Built in All Devices O Reboot S Outlet Non Controllable Outlets 1168 OFF Built in All Outlets Controllable Outlet Information Name Outlet Status Device Name Rack Name Zone Name NC Qutlet_2 ON rack001_PE6108B_101 rack001 Outlet_3 ON rack001_PE6108B_101 rack001 Outlet_4 ON rack001_PE6108B_101 rack001 Qutlet_5 ON rack001_PE6108B_101 rack001 Outlet_6 ON rack001_PE6108B_101 rack001 Outlet_ ON rack001_PE6108B_101 rackO01 Qutlet_8 ON rack001_PE6108B_101 rack001 Outlet_1 ON rack002_PE6108G_101 rackO02 Outlet_2 ON rack002_PE6108G_101 rack002 Qutlet_3 ON rack002_PE6108G_101 rack002 Qutlet_4 ON rack002_PE6108G_101 rack002 Qutlet_5 ON rack002_PE6108G_101 rack002 Outlet_6 ON rack002_PE6108G_101 rack002 Outlet_ ON rack002_PE6108G_101 rackO002 Qutlet_8 ON rack002_PE6108G_101 rack002 Qutlet_1 ON rack002_PE62084_101 rackO02 i o iw o n A w ltr 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 The Outlets in Group section displays information about how many outlets in the group are controllable or non controllable The Power Control section allows to power on off or reboot all of the controllable outlets in the group simultaneously The Controllable Outlet Information section displays
52. ption threshold level setting User access assignment for every outlet Name assignment to individual outlets Remote real time environment sensor monitoring Temperature Temperature Humidity reading Temperature and Humidity threshold level setting Plotting Monitoring of all NRGence devices Add data center server racks Add NRGence devices for each server rack Manage device device outlet status for each plot Exceed threshold alert through SMTP and Syslog Supports VMWare ESX1 5 1 10240 line event log provision Syslog provision Note Not all functions are supported by all NRGence eco PDU PE models Please see Supported NRGence Devices page 4 and your eco PDU PE User Manual for further details eco Sensors User Manual Requirements Systems that the eco Sensors software will be installed on should meet the following requirements Hardware Requirements CPU Dual Core 2GHz or higher Memory 2GB Hard drive 300GB or more free space Ethernet At least 1 Ethernet adapter 100Mbps or higher Giga LAN recommended Operating System Requirements Windows 7 2000 XP 2000 Server Server 2003 Server 2008 or Windows Vista with the latest service package for each installed Microsoft NET Framework 4 0 SP1 or later must be installed Sensors For complete energy management of an instrumented data center with the use of the NRGence eco PDU and eco Sensors software you should install 4
53. rack009 rack010 rack011 rack012 rack014 rack016 rack017 rack018 rack021 rack022 Billing Information Bill Report by Brett Report Date 2013 12 05 15 50 51 Month Avg Amp Volts Rate KWH Fee Nov 2013 v 260 6760 0 00 0 00 Now 2013 105 11Y 374 7624 Now 2013 108 804 288 6816 Now 2013 106 10 353 5824 Now 2013 106 57 307 9368 Now 2013 105 734 358 7832 Nov 2013 110 78Y 526 4400 Nov 2013 109 98 299 3520 Nov 2013 106 364 277 1808 Nov 2013 105 26 458 1384 Nov 2013 107 84Y 615 5472 Nov 2013 108 924 798 6408 Nov 2013 N A 37 2960 Nov 2013 N A 189 3528 Nov 2013 N A 383 5272 Nov 2013 N A 133 2384 Now 2013 263 3688 From this page click Save to save the billing information or Choose Chart to return to the previous page and reconfigure the parameters for your billing report 63 Chapter 7 System Management Report Management Location Report folder CAProgram Files ATEN eco Sensors BillReportFilel Search Search by Time v Time Range From 2013 12 01 00 00 00 2 To 2013 12 31 23 59 59 lt Title Author Time Reports DecemberBilling Brett 12 5 2013 3 50 49 PM Open HTML DecemberBilling Brett 12 5 2013 3 41 33 PM Open HTML DecemberBilling Brett 12 5 2013 2 55 41 PM Open HTML This page allows you to select the Location where you want to save reports and also provides various Search options as detailed in the following table Field Explanation Report Folder Use this
54. reports The fields are explained in detail in the following table Field Explanation Report Info Fill in the report name and the writer in the Title and Author fields Enter the Time and Start from when you want the report to begin and then enter the Period options are hour day week month or quarter and the Duration 1 24 Note How far back the system stores data depends on your database type See Database Considerations page 8 for details Group In this field select the date group that is the subject of the report See Report Management page 29 for details Chart In this field check the analysis that components that you want to be included in the report Report Result and Report Management The report results can be managed in exactly the same way as those generated in the Power Analysis tab Please reference sections Report Result page 26 and Report Management page 29 for details 30 Chapter 5 User Management Overview When you select the User Management tab the screen comes up with Accounts and All Users displayed in the main panel eco Sensors supports up to eight local user accounts with administrator Note eco Sensors does not support concurrent login sessions O a PINES administrator Username Account State 31 User Information To add a user do the following Chapter 5 User Management Click Add The New User page appears General Username Password
55. roup It now appears in the List on the main opening page 46 Chapter 7 System Management Overview The Sys Management tab allows you to set up the parameters for eco Sensors software System settings and to use the SNMP protocol to connect to the NRGence devices in your installation as well as perform other maintenance database and task related functions Sys Settings This section allows you to set up the eco Sensors software system parameters Orn e NAGe ce stem System Parameters Service delay 30 s Data Center layout 45x30 M Voltage for Energy Box O User define vy O Linkto a device N A Browse Linkto a random device Others 1KWH generate 0 65 KG C02 Temperature Unit Electricity cost 0 10 IKWH Celsius COZ cost 23 00 iton O Fahrenheit Currency v O Enable rack full name System Parameters Enter the Service Delay time in seconds that the software will wait before it requests new data from the Energy Box Enter the total size for the Data Center Layout this will set the maximum parameters for the devices in your eco Sensors software installation as displayed on the Energy and Device tabs 47 Chapter 7 System Management Enter a User Defined or Link to a random Device to set a Voltage value for the Energy Box Note The EC1000 measures current only Enter a reference voltage value here to calculate pow
56. siderations 0 000 ee eee 8 Chapter 3 First time Setup LOGGING INe cetacean dee tia ee a E gana hae eh eee eae 9 The eco Sensors Main Page 000 cece eee eens 10 Pade Components ua odds eens ieee eee beeen 10 Quick View Step by Step Setup 0 0 0 0 ccc eee 11 Chapter 4 Energy Management OVEIVIEW 6 ci cee bie ee ee a ede Ha eh eb A A E 12 Dasnboa dista ae ra la Keele ou 12 Device SONS ita id 12 Quick View Color Scale ooooooooooononanon 19 Power Management 0 00 cece eee ee eens 19 Thermal Management 0 00 cece eee ee 20 Air Management 0 0 00 eee ee eens 21 Humidity Management 0 00 cece eee nes 22 POWEr CONTON cyson Gun ears ais 23 Device Status sss ss o ed ee eee 23 Sensor olas a dida diese dome ein eee ed 23 OQ tlet Status cp de re arte nde at Se eae pda desde Me 23 Group GON Ol cowie wee eho eas Be ees ows REE 24 POwWer Anas Sicario Seca cow tien a eset Qua a Gan 25 Generate Report cai erreduren eee eee ees 25 eco Sensors User Manual REPOM Resulta iaa caia iaa eee 26 Report Management cad cir ari a a 29 ThetmalAnalVSIS cie dada taa das aia da 30 Generate Report o o oooooooonn eens 30 Report Result and Report Management 30 Chapter 5 User Management OVEIVIS Wi aS ries Be we e eae PR apa aes aie alee alec 31 User MONI AO MN sca ch sia ch le io dit deta 32 Device ACCESS Rights macia Sexe terete e Sarde
57. ss Airflow Distribution values the current average and the variance in AA bypas The color scale displays a range from 10 50 21 Chapter 4 Energy Management Humidity Management This tab provides detailed real time information related to Humidity Management as outlined in the following sections Cold Intake Relative Humidity This page displays the real time Cold Intake Relative Humidity values the current average and the variance in h_rel The color scale displays a range from 10 90 Cold Intake Dew Point Temperature This page displays the real time Cold Intake Dew Point Temperature values the current average and the variance in t_ dew C The color scale displays a range from 0 15 C 22 eco Sensors User Manual Power Control The Power Control tab allows you to perform manual power management at the device or outlet level Note Not all NRGence eco PDU PE models support outlet level power management Please see Supported NRGence Devices page 4 and your User Manual for further details Click on the device in the side bar and its page appears as below Dash Board Power Analysis Thermal Analysis Power Control Group Control A All Devi y ida Device Status 127 0 0 1 e rack001_PE61084_10160 a rack001_PE6108B_10161 O Reboot AF Fh rackO02_PE6108G_10162 Fh rack002_PE6208A_10163 b rack003_PEG62088_10164 Oo rack003_PE6208G_10165 J rack004_PES1084_10166
58. st configure the SMTP settings see SVMP Settings page 49 iam 2 3 4 5 6 7 8 9 jos oo N o Galas OOOO OOOO OOO 0 0 0 0 0 0 0 0 0 C Email Category System System System System System System System System System System System System System System System System System Authentication Authentication Authentication Severity Critical Critical Warning Warning Information Information Information Information Information Information Information Information Information Information Information Information Information Warning Information Information Low disk space Write data failure Failed to send email Database cleanup Start service Stop service Device online Device offline Change DB setting Change SMTP setting Change SNMP setting Change system setting Change log option Door open Door close IS Gateway online IS Gateway offline User login failure User login User logout Save 66 eco Sensors User Manual This Page Intentionally Left Blank 67
59. t folder you can either type a new name or select an existing folder from the list Shortcut Folder eco Sensors v Install shortcuts for current user only Make shortcuts available to all users 2 Choose the folder where you would like eco Sensors shortcuts to be installed and click Next to continue 7 The Database Option window appears EcoSensor Setup Options Select an option and click Next to continue Please select one of the following Database Mysql Access E Cancel J Make your database selection options are Access or MySQL and click Next to continue Note We strongly recommend you choose MySQL for formal data center operation See Database Considerations page 8 for details Continues on next page Chapter 2 Installation Continued from previous page 8 The Ready to Install window appears Check the information and click Next to proceed with the installation eco Sensors Setup Ready to Install You are now ready to install eco Sensors 1 0 063 The installer now has enough information to install eco Sensors on your computer The following settings will be used Install folder C Program Files eco Sensors Shortcut folder eco Sensors Database Access Please click Next to proceed with the installation E Cancel 9 When the installation is complete the eco Sensors icon
60. the Sidebar displays its log events in the main O Include Category System task System task System task System task System task System task System task System task System task Authentication Authentication Systern task Systern task Systern task Systern task Authentication Authentication panel s log event list Clicking the Refresh button brings the log list up to date with the latest events Severity Information Information Information Information Information Information Information Information Information Information Information Information Information Information Information Information O Exclude Event Delete task Delete task Delete task Delete task Start task Add task Start task Add task Start task User login User logout Modify task Start task Add task Add task User login User logout From las 1 5 To 1 a 2 39S Save all pages Log Info Task Name Schedule Main has been deleted Task Name Brett Test3 has been deleted Task Name Brett Test2 has been deleted Task Name Brett Test has been deleted Scheduled task Name Brett Test3 has started Task Name Brett Test3 has been added Scheduled task Name Brett Test2 has started Task Name Brett Test2 has been added Scheduled task Name Brett Test has started User Name administrator logged in successfully User Name administrator logged out Task Name Br
61. ufacturer is not responsible for any damage incurred in the operation of this system if the correct operational voltage setting was not selected prior to operation PLEASE VERIFY THAT THE VOLTAGE SETTING IS CORRECT BEFORE USE PE Device Safety Notice current rating specified on the rating plate Observe all national regulations and safety codes as well as deviations for breakers Only connect the PE Device to a grounded power outlet or a grounded system Make sure that the total current input of the connected systems does not exceed the current rating specified on the rating plate of the PE Device There is a risk of explosion if the battery is replaced with an incorrect type Dispose of used batteries according to the relevant instructions Set the maximum permissible breaker protection in the building circuitry to the eco Sensors User Manual Contents User Information suits ia a A ia ii Online Registration nanana aaae neo ii Telephone Support oocoocoo eee ii E aeai n dhs Dee aiden dee AAE men dae twee ane an O A S ii PE Device Safety Notice 0 0 ne ii Chapter 1 Introduction OVGIVIEW aa AA aa deis 1 FCAlUTES asas a ti RA tases 2 REUS MES A ate a do E e AA 3 o a eee EEEE eee ee eee ee ee ae a eens eee ee eee 3 Supported NRGence Devices 0 0 e eee ees 4 Chapter 2 Installation Before OU Begira ut theca ia pide brisa Seeks 5 Installing eco Senso Sira rna eens 5 Database Con
62. um J rack048_PE6216 EE A 18 A 0180 Oh rack049_PE5324 J rack049_PE5324 Oh rack050_PE5340 amp B rack050_PE5340 Power dissipation T kwH Oh rack051_PE6324 Jh rack051_PE6324 Oh rack052_PE7214 Apply to all Outlets Apply Delay Time a ON 0 OFF Threshold Voltage 100 y 120 Y 80 0 280 0 Power W 9999 W 0 0 9999 9 99999 kWH 0 0 99999 Device Info This section displays the device Name IP Model and Rack information Outlet Select an individual outlet by clicking on the outlet icon and then proceed to configure its parameters as below Name Give the outlet a name optional Configuration Select one of the three choices for the Shutdown Method from the drop down menu see Shutdown Methods page 43 for details Set MAC address and Delay Time On Off for the selected method Threshold Set the outlet threshold settings min max using the parameters provided for Aggregate Current Voltage Aggregate Power Aggregate Power Dissipation 42 eco Sensors User Manual 2 There are two save options Click Save to save these settings for the specified outlet or click Apply to all Outlets to save and apply these settings to all outlets of the specified device Shutdown Methods The three available shutdown methods are explained in detail below 43 Kill the Power If this option is selected the NRGence d

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