American Power Conversion PX user manual Load With Redundancy Status Screen Battery Status Screen

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Chapter 7 - Configuring & Operating the SymmetraTM

screen has been reviewed, press the Enter key. The percent load with redundancy status screen appears.

status screen has been reviewed, press the Enter key. The bat- tery status screen appears.

% Load With Redundancy Status Screen

Battery Status Screen

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Fig 7-7 Percent Load With Redundancy Status Screen

%Load Allowing For Redundancy - displays the percent of the non-redundant Power Array capacity that is required by the load. The non-redundant Power Array capacity is de- fined by the number of user defined non-redundant power modules installed multiplied by 4kVA, and it is limited by the kVA rating of the frame. See table 7-1. After the load with redundancy status screen has been reviewed, press the Enter key. The frequency status screen appears.

Note: The redundancy level for this measurement is user de- fined and will be assigned in step 6 of this procedure. Either zero, one, or two of the power modules will be designated as “redundant.” The remaining power modules are then defined as “non-redundant.”

Table 7-1 Non-Redundant Power Array Capacities

Fig 7-9 Battery Status Screen

Battery Status Screen - displays battery voltage, the percent- age of available battery capacity, number of battery modules that are installed, number of battery modules that are “bad,” and the predicted run time. Use this screen to check the sta- tus of the battery modules. After the battery status screen has been reviewed, press the Enter key. The power status screen appears.

Note: If a battery module is diagnosed as “bad,” see Chapter 8.

Power Status Screen

Fig 7-10 Sample Power Status Screen

Power Status Screen - the reported Power Array capacity is dependent upon the number of power modules installed and the size of the frame. Use table 7-2 to confirm that the PowerView is reporting the correct information.

Frequency Status Screen

 

 

 

Table 7-2 SymmetraTM Power Module/Frame Capacities

 

 

 

The power status screen also displays the actual level of fault

 

 

 

Fig 7-8 Frequency Status Screen

tolerance, the number of power modules installed in the

 

 

 

frame, and the number of “bad” power modules.

Frequencies - displays the input frequency that is being re-

Fault Tolerance: The actual fault tolerance indicates the num-

ceived from the utility power source and the output frequency

ber of functioning power modules in the Power Array, minus

being delivered to the load equipment. After the frequency

the number required to power the load. (i.e., If a load is 6kVA,

 

 

 

two modules are required. If five power modules are installed,

 

 

 

the fault tolerance will read N+3.) After this screen has been

 

 

 

reviewed, press the Enter key. The alarm threshold status

 

 

 

screen appears.

 

 

 

 

 

 

 

7-3

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Contents Page 0660 Main Tech Support+353 91 Toll-Free NumbersRadio Frequency Interference Important Safety InstructionsLife Support Policy Limited WarrantyTable of Contents Index MiniFrame MasterFrame IntroductionTheory of Operation Power Processing Battery SourceFig I-2 Functional Diagram of a SymmetraTM Thank You SymmetraTM OverviewBattery Source Power Processing SystemControl/User Interface On-Line Operating Mode Load-Disconnect ModeModes of Operation Bypass Operating Mode On-Battery Operating ModeImportant Information DefinitionsPage Important Safety Information Safety InformationSafety Earth Ground Indicates the pri- mary safety ground Symbols Used In This ManualSafety-2 Physical Representation Bays Power Array FrameFive Four Power Battery ModulePower Module Powerview User InterfacePower Module Battery ModuleInput Circuit Breaker Maintenance Bypass SwitchMain Intelligence Module MIM Redundant Intelligence Module RIMRear View of a Power Array Site Preparation BTU Output Space and Weight ConsiderationsTransporting Power Array to Installation Site Operating ConditionsSite Preparation Unpacking and Installing Frame Check For Damage Dimensions WeightInitial Inspection Move the FrameRemove Packing Materials Moving Battery & Power ModulesRemove the Frame from the Pallet Wiring Requirements & Procedures Repo Switch Wiring SymmetraTM WiringInput Wiring Output WiringInput Wiring Specifications Input WiringInput Wiring Procedures Ground Wiring and Input Wiring Terminal Blocks Ground Wiring Terminal BlockOutput Wiring Installation Output WiringCable Specifications Remote Emergency Power Off SwitchRepo Specifications Repo Switch InstallationVdc Repo Switch Connection Electrical Wiring TestElectrical Wiring Test/Checklist Contact Closure Repo Switch Connection11 Startup Screen Record the PowerView reportedSetting Up The Power Array Positions Setup of Power ArrayFrame Leveling Procedure Removing Grill CoversBattery Module Location of Battery Module Bays Installing the Battery ModulesProcedure for Battery Module Installation Clear all battery module bays of any debrisProcedure for Power Module Installation Installing the Power Modules10 Location of the MIM and RIM Installing the Main Intelligence Module MIMInstalling the Redundant Intelligence Module RIM Main Intelligence ModuleRemove the grill cover from the top level of the frame Installing the PowerView InterfaceRemote Placement of the PowerView Wall Mounting the PowerViewSmartSlotTM Interface Accessories Installation Test/Checklist Installation TestSymmetraTM Power Module/Frame Capacities Power Reported21 Miscellaneous Status Screen 22 Power The Load Sequence 25 Return to On-Line Mode System Setup PowerView Display PowerView Functions Physical Features of the PowerviewPowerView Interface Navigation Keys PowerView LED IndicatorsSymbol Name Function of Key On Key EscStatus Startup ScreenTop-Level Menu Screen ControlLogging SetupAccessories DiagnosticsConfiguring & Operating the SymmetraTM Introduction Powering the Power ArrayLoad With No Redundancy Status Screen Powering the LoadsReview Status Conditions Voltage Status ScreenPower Status Screen Load With Redundancy Status Screen Battery Status ScreenFrequency Status Screen Miscellaneous Status Screen Alarm Threshold Status Screen11 Sample Alarm Threshold Status Screen Perform a Self TestShutdown Parameter Selection Screen Configure AlarmsAlarm Thresholds Selection Screen Switching Audible Alarm Beeper OffEvent Log Screen Review Diagnostic InformationDiagnostics Menu Screen Review Logging MenuModule Replacement Module Failure Alarm Indicators Module ReplacementReturning Modules to APC Installing the Replacement Module Battery Module ReplacementReplacement Battery Module Verification Replacement Module Verification Power Module ReplacementRefer to for the power module installation proce- dure Installing the Replacement Redundant Intelligence Module Redundant Intelligence Module ReplacementInstalling the Replacement Main Intelligence Module Replacement MIM VerificationPowerView Interface Messages MIM detects the RIM before PowerView Meaning Corrective Action Message Start-UpRIM is awake Has been corrected either because PowerView Meaning Corrective Action Message# of batteries decreased Load is No Longer aboveRedundancy-select Setup-Alarms-RedundancyThreshold. Startup-Setup-Alarms Select zeroBecause of a power failure, wait for Battery modules are beingSupport. See inside front cover PowerView Display Messages Index Electro-static discharge, 2-1 Emergency power off Configuring PowerView Threshold statusDescription Frame, 2-1 Modules ConfiguringDescription, 1-4 Installation Ordering information Checklist Input Output Overview RepoReplacement Modules & Accessories English Text