American Power Conversion SYMSTRF-PD Load With Redundancy Status Screen, Battery Status Screen

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Chapter 7 - Configuring & Operating the SymmetraTM

% Load With No Redundancy Status Screen

Frequency Status Screen

 

 

 

 

 

 

 

 

 

 

Fig 7-6Percent Load With No Redundancy Status Screen

%Load Assuming No Redundancy - displays the percent of the total Power Array capacity that is required by the load. The total Power Array capacity is defined by the number of power modules installed, multiplied by 4kVA and is limited by the kVA rating of the frame. See table 7-2. After this screen has been reviewed, press the enter key. The percent load with redundancy status screen appears.

%Load With Redundancy Status Screen

Fig 7-8Frequency Status Screen

Frequencies - displays the input frequency that is being re- ceived from the utility power source, and the output frequency being delivered to the load equipment. After the frequency status screen has been reviewed, press enter. The battery sta- tus screen appears.

Battery Status Screen

Fig 7-7Percent 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 defined by the number of user defined non-redundant power mod- ules installed, multiplied by 4kVA and is limited by the kVA rating of the frame. See table 7-1. After the load with redun- dancy status screen has been reviewed, press enter. The fre- quency status screen appears.

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

Table 7-1Non-Redundant Power Array Capacities

Fig 7-9Battery 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 enter. The power status screen ap- pears.

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

Power Status Screen

Fig 7-10Sample 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.

Table 7-2SymmetraTM Power Module/Frame Capacities

7-3

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Contents Syminif SYMINIF-PD Symstrf SYMSTRF-PD Radio Frequency Interference 990-7770A Revised 10/97Limited Warranty Life Support PolicyTable of Contents Index Introduction Fig I-2Functional Diagram of a SymmetraTM Thank You SymmetraTM OverviewTheory of Operation Fig I-1MiniFrame and MasterFramePower Processing System Battery SourceControl/User Interface TransformerLoad-Disconnect Mode On-Line Operating ModeFig I-3Load-Disconnect Operating Mode Fig I-4On-Line Operating ModeOn-Battery Operating Mode Bypass Operating ModeFig I-5On-Battery Operating Mode Fig I-6Bypass Operating ModeDefinitions Important InformationSafety Information Symbols Used In This Manual Important Safety InstructionsTech Physical Representation 1A Fully Loaded MiniFrame grill covers removed Power Array Frame2An Empty MasterFrame grill covers removed Powerview User Interface Power ModuleBattery Module Louvered Grill CoversMaintenance Bypass Switch Main Intelligence Module MIMRedundant Intelligence Module RIM Input Circuit BreakerRear View of a Power Array Site Preparation Space and Weight Considerations Transporting Power Array to Installation SiteOperating Conditions BTU OutputSite Preparation Unpacking and Installing Frame Tools Required for Setup Storage of Battery and Power ModulesInitial Inspection Check For DamageMoving Battery & Power Modules Clean-UPRemove Packing Materials Remove the Frame from the PalletWiring Requirements & Procedures SymmetraTM Wiring Input WiringOutput Wiring Repo Switch WiringVoltage Jumper Procedure Input WiringInput Wiring Specifications Input Wiring Procedure 3Removal of Input Hardwiring Panels4Input Wiring Pathway 5Input Hardwiring ConfigurationOutput Overcurrent Protection Output WiringOutput Wiring Configurations 8Output Wiring Configuration for 120V/240V Output Voltages Output Wiring Installation Output Wiring ProcedurePower Distribution Units Optional Grounding Electrode OptionalRemote Emergency Power Off Switch Repo SpecificationsRepo Switch Installation Cable SpecificationsElectrical Wiring Test Electrical Wiring Test/ChecklistContact Closure Repo Switch Connection Vdc Repo Switch Connection16Startup Screen 4Input/Output Measured Voltage MultipliersElectrical Requirements and Procedures Setting Up The Power Array Setup of Power Array Frame Leveling ProcedureRemoving Cover Grills 1Removing Cover Grills from FrameInstalling the Battery Modules Procedure for Battery Module Installation2Location of Battery Module Bays 3Battery Alignment Grooves and RunnersInstalling the Power Modules Procedure for Power Module InstallationInstalling the Main Intelligence Module MIM Installing the Redundant Intelligence Module RIMProcedure for Main Intelligence Module MIM Installation 9Location of the MIM and RIMWall Mounting the PowerView Installing the PowerView InterfaceRemote Placement of the PowerView SmartSlotTM Interface Accessories 13PowerView Wall Mounting TemplateInstallation Test Installation Test/Checklist19Power Status Screen 1SymmetraTM Power Module/Frame Capacities21Power The Load Sequence 20Miscellaneous Status Screen24Return to On-Line Sequence 25Power Down the Load Sequence23Initiate a Self-Test Sequence System Setup PowerView Display PowerView Display Physical Features of the PowerviewPowerView Functions 1The PowerView InterfacePowerView LEDs 1Power Array Display LEDsColor Description Navigation KeysStartup Screen Top-Level Menu ScreenControl StatusSetup AccessoriesDiagnostics LoggingConfiguring & Operating the SymmetraTM 1Startup Screen Powering the Power ArrayIntroduction Voltage Status Screen Powering the LoadsReview Status Conditions Load With Redundancy Status Screen Battery Status ScreenPower Status Screen Miscellaneous Status Screen Alarm Threshold Status ScreenPerform a Self Test Configure Shutdown Parameters Configure AlarmsAlarm Thresholds Selection Screen Switching Audible Alarm Beeper OffReview Diagnostic Information Diagnostics Menu ScreenReview Logging Menu Event Log ScreenModule Replacement Module Replacement Module Failure Alarm IndicatorsTechnical Support and Obtaining a Replacement Module Returning Modules to APCBattery Module Replacement Removing a Battery ModuleInstalling the Replacement Module Replacement Battery Module VerificationReplacement Module Verification Power Module ReplacementRemoving the Power Module Installing the Replacement Main Intelligence Module Installing the Replacement Redundant Intelligence ModuleReplacement Redundant Intelligene Module Verification Replacement MIM VerificationPowerView Display Messages PowerView Message Meaning Corrective Action Start-Up PowerView Message Meaning Corrective Action General Status Min Runtime restoredPowerView Meaning Corrective Action Message Module AlarmFailure ThresholPowerView Meaning Corrective Action Message Bypass FaultPowerView Message Meaning Corrective Action General Fault PowerView Display Messages Index Index SmartSlot accessories Toll free technical support
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