Basic Checks or Self-Tests | Xantrex Technology XDC specification

Installation

Basic Checks or Self-Tests

Basic Checks or Self-Tests

WARNING

The factory setting for Power ON is 0V and 0A with the output OFF. These settings can be customized by end users. If you suspect that the power supply has been used by someone else since it was received from the factory, be prepared for the unit to power ON with a live DC output.

Equipment Required

The functional test procedures described in this section include power-on and front panel function checks as well as voltage and current mode operation checks.

•Digital Voltmeter (DVM) rated better than 0.05% accuracy.

•DC shunt 1mV/A (±0.25%) with connecting wire. The recommended current ratings for the DC shunt and the wire must be at least 10% more than the output current of the power supply.

Display Test To ensure that the display is working properly:

1.Turn the power switch ON.

2.Observe the display panel.

Every pixel should illuminate for 2 seconds as part of the power-on self-test.

If you need to rerun the test:

1.Turn the power switch OFF.

2.Wait until the pixels fade to black.

Some residual charge may remain in the capacitors after the power is OFF. Waiting for the display to fade ensures that the capacitors have sufficiently discharged their power to reset the power supply.

3.Turn the power switch ON.

4.Observe the display panel.

If you observe or suspect that one or more of the display pixels is malfunctioning, contact the manufacturer.

Release 3.0

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Xantrex Technology XDC manual Basic Checks or Self-Tests, Equipment Required

Contents

Operating Manual Page Operating Manual for Phone 604 422 Toll Free North America 800 667 Fax 604 421 How do you get service?What does this warranty cover and how long does it last? What will Xantrex do? What does this warranty not cover? Disclaimer Product Model Number Serial Number Purchased From Purchase Date Information About Your Power SupplyRelease Release 3.0 Power Supply Safety Manual Symbols Used in This Unit complies with Canadian EMC requirements of ICES-001 Approvals CE MarkCSA C22.2 No FCC Part 15 Radio Frequency Devices Class a Limits Who Should Use This Manual Navigation Sections About This Manual About This Manual Revisions Contents Operation Contents Remote Operation Contents Appendix A. Calibration Current Sharing 6000 Watt only Appendix C. Error Messages Appendix B. Scpi Command Reference Index Appendix E. Specifications and CharacteristicsAppendix D. Gpib List of Tables List of Tables List of Figures List of Figures Overview About The XDC Power Supply Front Panel 6000 Watt About The XDC Power SupplyFront Panel Front Panel 12000 Watt Keypad About The XDC Power Supply Special Key Functions Key Functions Menu Function Front Panel Display, Status Annunciators DisplayStatus Annunciators Front Panel Display Status Annunciators Rear Panel 6000 Watt low and medium output shown Rear Panel Overview of Operation About The XDC Power Supply Basic Setup Procedure Inspection Inspection, Cleaning, and PackagingInitial Returning Power Supplies to the Manufacturer Typical Box Label for Storage Packaging for Shipping or Storage Rack Mounting To install the power supply in an equipment rackLocation, Mounting, and Ventilation Unpacking the Power Supply 6000 Watt shown Installation AC Input Connector for 6000 Watt units AC Input Power AC Input Voltage Range Wire AC Wire Input Connection For 6000 WAC Wire Specification for 6000 Watt units Attaching the AC Input Wires for 6000 Watt units AC Wire Input Connection for 12000 W Attaching the AC Input Wires for 12000 Watt units Equipment Required Basic Checks or Self-Tests Power on Check Voltage Mode Operation Check Current Mode Operation Check Wire Size Maximum Current a Load Wiring Installation Load Connections Installation Multiple Loads Fastening the Output Wires 6000 Watt Low and Medium Voltage Output Strain Relief/Cover Installation 11Output for 12000 Watt units High Voltage Remote Sensing Operation Powering on Supply Do This You Will See Power Supply Operating StatesPowering OFF Power Supply Operation Power Supply Regulation Modes Remote Control Modes This output can be changed while the output is OFF Front Panel ControlsLCL/RMT, OUT ON/OFF, VOLTAGE, and Current keys Operation Operation New voltage setpoint Power Supply OperationThis saves the setting and enables Step # Do This You Will See Turn Output On or Off Set Output Protection This saves the value and enablesNew power setpoint Press 8 times Operation Use the Voltage knob, the numeric This setting is saved and the displayReturns to its default operating mode To set the Over-Voltage Protection If trip? N These 2 extra steps are shown in the following exampleTo set the Under-Voltage Protection To set the Over-Current Protection Knobs, or the numeric keypad, or To set the Over-Power ProtectionTo set the Under-Current Protection Use both the Current and Voltage UPP SET ####W To set the Under-Power Protection To set Fold Protection Set Shutdown Recovery for AC Off ACO AutoRecov3 To set both OTP and AC Off to Auto-RecoveryOTP is set to Auto Recovery Times Possible alarms are Local/Remote To shift from local to remote controlShutdown vs Protection Alarm Toggle RS-232 Select Remote Control SourceTo change the remote control source Remote Control Prompt Configuration Settings Source Configure Remote Control Source To create and save a user setting Set 1 unused SettingsSet #####V Set #####A To restore the last setting To retrieve a setting using Recall To select Auto Sequence To select a stored user settingTo select a factory setting Feature Factory Preset Value Settings Affected by Recall Messages have been read Cleared To read and clear error messagesPress repeatedly until all To select which Aux line B To access and work with the User Lines menu optionLine to configure None Configure Power on Settings Aux line B has been selected to be configuredTo configure Aux line B Operating mode To select Factory PresetFactory Preset Enter to select, or Default display for the selected Last Setting To select User SettingTo select Last Setting User Setting Auto Seq Sequence sequenceAuto-Sequence Auto Sequence Sequence To program a sequence Setting step advance by time Keys to select the Wait for Trig Option Setting step advance by triggerUse the scroll Sequence This option allows you to delete an entire sequenceTo delete a sequence Deleting a Edit Step Editing a Sequence StepTo edit a step in a programmed sequence Times or Insert Step Inserting a Sequence StepTo insert a step into a programmed sequence Step # Step ## Deleting a Sequence StepTo delete a step in a programmed sequence Step ## Deleted Run Once Editing Repeat Times SequenceTo edit the sequence’s repeat times Set Repeat # Trig From Man To edit the sequence’s trigger sourceUsing Auto SequencingEditing Trigger Source of a Sequence Trig Source To run an auto sequence program Voltage operates as RUN/PAUSE Current operates as Trigger To lock out both knobs Current knob is not locked out This setting is saved, and the displayTo lock out only the Voltage knob Voltage knob is locked out To set the voltage limits To set the current limits Use the Voltage and Current knobs To set the power limitPower Limit High #####W To set the slew rate Xantrex Default DisplayTo access and work with the View Model Information option Time Remote Operation Remote Operation Ieee 488.2 common commands that are supported are View of Remote Interface Connections Making Connections for Remote Control Pin # Function Input/Output User Line PinsRemote Analog Operation Pin Connections Analog Programming Pins Schematic For User Line Interface Front Panel First, configure the analog programming linesRemote Interlock Using a Contact Closure Select desired option Where Is the 0-5V range, and 10 is the 0-10V rangeTo put the unit into remote control To select the voltage level 112 Pin # Multichannel Operation 6000 Watt onlyCANbus To receive and execute commands Multichannel UsingChanging REM/LCL modes and calibration Connections for Multichannel Operation STATOPERRCONCOND? Will set all units in a multichannel string to 10.0 Specifications Pin # Function Configuration Front PanelRS-232 Operation First set the RS-232 parameters Select flow control Next, select RS-232 as the remote control interfaceSelect RS-232 to be the remote control source Set the band rate Gpib Operation Gpib Pins Select Gpib Next, select Gpib as the remote control interfaceGpib setting is saved First set the Gpib parameters To select Gpib as the remote control source To set up Gpib control parametersWhere Gpib address may be in the range 1 to Response should be PRES, which stands for PRESet Scpi Commands for Digital InterfacesTo power on factory settings To check the current user setting To reset to user setting #1 To power on the last stored settingTo power on user setting #1 To check the setting Table below Power onTo change the power on at output state To reset the unit Feature Reset State *RST Features Affected by Reset *RST Command To recall last settings To store save settingsTo recall settings To save default settings Program V,I,P Scpi Change Remote/Local Control Power Supply To check ranges To check a triggered setpointTo set limits Configure V PProtection Limits To set the Under-Power Protection level To set the Over-Power Protection levelTo check the Over-Power Protection level To check if the Over-Power Protection was tripped Fold Protection Configure Other Protection MechanismsTo set the fold mode To set the fold delay AC Off Protection Over Temperature ProtectionTo query if OTP has tripped To query if AC Off has tripped Event View Power Supply Output Configure Auxiliary Status LinesClear To check the state of the line To set up Auxiliary line BRead Error To read from the error queue To set the polarity of the auxiliary status lines TRIGgerSOURce Busextimmnone Where To program triggers Editing Editing the Sequence Setting Sequence RepetitionsProgramming Select Sequence to Program Deleting Sequences You can also use the following to delete all sequencesSelecting a Trigger Source Editing Step Parameters Skipping a Step Auto Sequence OperationRunning Trigger Voltslewstep 1, Voltslewint 100ms May return Xantrex, XDC 60-100, 100000, 3.000/0/0/0000 Option Identification QueryStatus Registers OPERation Status Register Enable RegisterTransition Filters STATusOPERationREGulating Operation Status Registers OPERation Status Register Bit Bit Weight Bit Name Description Bit Name Description REGulating Sub-RegisterSHUTdown Sub-Register Bit 12 Protection SHUTdown Sub-Register Remote CONtrol Sub-RegisterProtection SHUTdown Sub-Register Current SHare Sub-Register QUEStionable Status Register Questionable Status Registers Time 15 QUEStionable Status Register CURRent Sub-Register POWer Sub-RegisterVOLTage Sub-Register Ieee 488.2 Status Register and Status Byte TEMPerature Sub-Register19 TEMPerature Sub-Register Standard Event Status Register See Command Error List on Been lost. See Query Error List onDevice-Specific Error List on Condition. See Execution Error List on Register Error/Event Queue ERRStatus Byte 21 Status Byte Summary Register Standard Event Status Summary ESB Request Service RQSQuestionable Status Register Summary QSR Message Available MAV 22 Preset Values of User Configurable Registers CommandsPreset Status Scpi Status Commands Scpi equivalent for multichannel use Ieee 488.2 Status and Event Commands Command *SRE Service-Request-Enable, *SRE? SYSTemchannelPOSClear ONOFF01 SYSTemchannelPOSClear? Command *OPC, *OPC? Scpi command STATuschannelOPERationCONDition? Scpi commandOperation Status Register Commands Scpi command STATuschannelOPERationEVENt? STATuschannelOPERationREGulatingCONDition? Regulating Sub-Register Commands STATuschannelOPERationSHUTdownPTRansition? Shutdown Sub-Register Commands Protection Shutdown Sub-Register Commands STATuschannelOPERationSHUTdownPROTectionENABle? STATuschannelOPERationRCONtrolCONDition? Remote Control Sub-Register Commands STATuschannelOPERationCSHareCONDition? Current Share Sub-Register Commands Questionable Status Register Commands STATuschannelQUEStionableENABle? STATuschannelQUEStionableVOLTageCONDition? Voltage Sub-Register Commands STATuschannelQUEStionableCURRentCONDition? Current Sub-Register Commands Power Sub-Register Commands STATuschannelQUEStionablePOWerENABle? Temperature Sub-Register Commands Temperature Event Sub-Register is read and then cleared 172 Current Sharing 6000 Watt only Press 7 times Configure Current ShareNo sharing Current Sharing 6000 Watt only Setup Current Sharing Network Operation 177 178 Appendix A. Calibration Entering Calibration Mode Front Panel To access calibration mode via the front panel You are back in the Calibration menu. Output V Cal Output Cal Change CodeCode #### Setup and Equipment Output Voltage Front Panel Calibration ProcedurePower supply will set the output voltage to 90% Output Current Analog Programming Interface Range Power supply will set the output to 90% Analog Programming Interface Current Programming Calibration Analog Programming Interface Voltage Readback Calibration Analog Programming Interface Current Readback Calibration Enter the voltage read from the external DVM. Press Enter Set the output current to 10% by sending the command Remote Interface Calibration ProcedureSet the output voltage to 10% by sending the command Set the output voltage to 90% by sending the command CALANAL5VPROGVOLTLEV MAX Set the output current to 90% by sending the command CALANAL5VREADVOLTLEV MIN CALANAL5VPROGCURRLEV MAX CALANAL10V Output V Cal Exit calibration modeRestore Factory Calibration Restore? Y Codes and Standards Appendix B. Scpi Command Reference Parameters Units of Measure and Multipliers Scpi Command HierarchyScpi Command Reference IEEE-488.2/SCPI Syntax and Style CALibrationCURRentLEVel currentMINMAX Using Scpi CommandsIs the same as typing OPC *PSC Off *TRG Using Minimum Maximum QueriesCALCURRentLEVel currentMINMAX Calstat on Parameter TypesVoltprot voltageMAXMIN Tables Scpi Command SummaryNotations Scpi Command Table B.1IEEE 488.2 Commands 200 Table B.2Readback Commands Table B.3Commands for Output Control 202 Table B.4Commands for Current Share 6000 W only Table B.6Command to Clear all Protection Mechanisms Table B.5Commands for Calibration Table B.9System Commands Table B.7Commands for Fold ProtectionTable B.8Commands for Triggering Table B.10Status Commands 206 207 208 Table B.13Output State Table B.11Protection CommandsTable B.12User Lines PROGramchannelSELectedSTEPNEXT Table B.14Auto Sequence Commands 211 Legacy Command Table B.15Legacy Commands Expression Details Expressions Expressions Appendix C. Error Messages Errorcode Error Message Description Command Error ListExecution Error List Error Messages Execution Error List Error Error Message Description Code Device-Specific Error List Operation Complete Event Query Error ListUser Request Event Auto Sequencing Error Codes Front Panel Error CodesCPU Error Codes Analog Programming Interface Error codes Multichannel Error Codes CANbus Error Codes Current Share Error Codes Address Service Request and PollingMessage Terminators Address Range Function Mnemonic Description Functions Subset Protocol SpecificationsControl Functions Interface Ieee 488.1 Section Driver Ieee 488.2 Section Electrical SpecificationsMechanical Specifications Performance Specifications Performance Specifications Appendix E. Specifications and Characteristics Specifications and Characteristics Electrical Specifications-Summary 229 Models 80-75 100-60 150-40 300-20 600-10 231 Models 10-1200 20-600 30-400 40-300 60-200 233 Models 80-150 100-120 150-80 300-40 600-20 235 Arms 12000 Watt AC Line Input SpecificationsAC Line Input Voltage Operating Ranges Arms 6000 Watt 103% of maximum rated voltage Output Performance Specifications Readback Accuracy Typical Programming ResolutionTypical Measurement Resolution Programming Accuracy1 Analog Programming Interface Hour Drift Temperature Stability2Temperature Coefficients Minute Drift1 Maximum Within regulation envelope Typical 31 kHz 62 kHz output rippleTo 95% step in output voltage For a programmed 95% to 5% step in output voltage Minimum 3.8 V for each line, 5 V typical Maximum deviation as a percentage of rated output voltage International Approvals Environmental SpecificationHumidity Specification Specification Figure E.1 Power Supply Dimensions 6000 Watt unit Mechanical Specification Figure E.2 Power Supply Dimensions 12000 Watt unit Index Gpib 247 248 249 250 Page Xantrex Technology Inc