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Xantrex Technology XMP 2600 manual Basic Programming, Reprogramming Delay

Models: XMP 2600

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Reprogramming Delay

Basic Programming

To set the amount of Reprogramming Delay, use the command: DLY <ch>,<nn.n> where

nn.ncan range from 0 to 25.5 seconds. The normal value to use for the Reprogramming Delay period is 1.5 seconds.

22	XMP 2600 Programming Manual rev. 1.1

Page 35

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Xantrex Technology manual Basic Programming, Reprogramming Delay, XMP 2600 Programming Manual rev

Contents

Programming Manual Xantrex Multiple Output Power System XMPSmart choice for power Rev. 1.1 9/2003 Programming ManualThe information contained herein is subject to change without notice Limited What does this warranty cover and how long does itHow do you get service? WarrantyXMP 2600 Programming Manual rev What does this warranty not cover?Disclaimer Product XMP 2600 Programming Manual rev Information About Your Power SupplyInformation WARNING Limitations on Use Symbol Description Safety SummaryDescription Of Power Supply Symbols Power Supply GroundingDo Not Open The Unit Air Inlets And Air Outlet 120Vac nominal, up to 1KW output power 45 to 66HzInput Mains Voltage Rating Output VoltagesRegulatory Approvals Regulatory Approvals and Safety Agency ComplianceSafety Agency Compliance Power Supply SafetyXMP 2600 Programming Manual rev About this manualChapters Terminology Who should use this manualChapter 1 Interfacing the XMP How to communicate with the XMPRecommendations on using the XMP Table of ContentsReprogramming Delay Chapter 4 Advanced FeaturesBasic setup and usage Output SetupCategories Chapter 5 Commands and Queries ReferenceChapter 6 Status reporting Selective shutdownXMP 2600 Programming Manual rev Error Codes summarySelf Test Results Table of ContentsThe GPIB interface 1Interfacing the XMPThe GPIB interface Interfacing the XMPInterfacing the XMP The serial interfaceSerial Interface Capabilities Computer Versus Terminal Operation The serial interfaceInterfacing the XMP Programming messages formatsListening Formats Programming messages formatsHeader Talking FormatsQuery ProgramUsing an RS232 link How to communicate with the XMPUsing the comm. channels Using the GPIB busProgramming the XMP Recovering from communication haltsUsing queries Using commandsInitialize the XMP Recommendations on using the XMPWhen queries are not used Recommendations on using the XMPPower-on retain Enforce power-on conditionsSetup the XMP 2600 status system Query installed Power ModulesReaction to Power Modules events Setup system level protection shutdown featuresInitial setup of the Power Modules Check installed Power ModulesStatus reporting Protection setupOutput settings ActivationUse queries Using advanced featuresHandling SRQ and the IEEE488.2 Status Structures On-going usage of the XMPMask registers Event enable registersStatus registers Event registersResponding to SRQ events The main status byteMain controller events Output message QueuePrimary engine status structure Summary of power modules statusPower modules status structure Remote communication time outThe Events Register What happens when power is turned onThe Error Code The Faults RegisterXMP 2600 Programming Manual rev Usage GuidelinesHandling SRQ and the IEEE488.2 Status Structures 3Basic Programming Basic setup and usageOutput Setup Basic setup and usageOutput program limits Power Module output ratingOverview of output setup parameters Output SetupGlobally enabling the outputs Output settingsOutput control Output activationVoltage / current mode Current limiting schemesFoldback Polarity and disconnect relaysShutdown on current limit Reprogramming DelayReprogramming Delay RetryXMP 2600 Programming Manual rev Reprogramming DelayTo set the amount of Reprogramming Delay, use the command DLY ch,nn.n where Basic ProgrammingWorkpoint window warning 4Advanced FeaturesAdvanced Features Setting the window thresholdsVoltage mode example Using the events mechanismUsing the warnings Checking the statusAdditional usages Protection using the workpoint windowThe events enable masks Load protectionToggle the output state on/off Arm, trigger, sync and rampThe trigger mechanism Set output to stored valuesNo-operation The SYNC outputOutput off Un-armOutput settle What is output ramping?New output setting value Output rampingSimultaneous operations Output ramping setupSynchronization of operations Output ramping initiationSequential Operations Using hardware TRIG and SYNC to serialize operationsOutput on/off Other operationsSynchronization of operations Using software OPC mechanism to serialize operationsController notification of Operation Complete Advanced FeaturesSelective shutdown The commands to program shutdown groupingThe GLBL command The GRP commandAdvanced Features Shutdown on non-fault eventsResponding to communication time out events Comm. time outSelective shutdown Turn-on and reset behaviorTime out events as reflected in the status structure Advanced FeaturesCommands and Queries Reference 5Commands and Queries ReferenceIEEE 488.1 BUS Commands System Commands and QueriesXMP 2600 Programming Manual rev Commands and Queries ReferenceCategories Categories Settings Commands and Queries Output Control Commands and QueriesProtection Commands and Queries Commands and Queries ReferenceCommands and Queries Reference Warnings Commands and QueriesTrigger and Sync Commands and Queries Read-Back QueriesXMP 2600 Programming Manual rev Status Reporting Commands and Queries Synch Commands and QueriesCommands and Queries Reference CategoriesXMP 2600 Programming Manual rev Alphabetical referenceAlphabetical reference Commands and Queries ReferenceXMP 2600 Programming Manual rev Commands and Queries ReferenceAlphabetical reference XMP 2600 Programming Manual rev Commands and Queries ReferenceAlphabetical reference XMP 2600 Programming Manual rev Commands and Queries ReferenceAlphabetical reference XMP 2600 Programming Manual rev Commands and Queries ReferenceAlphabetical reference XMP 2600 Programming Manual rev Commands and Queries ReferenceAlphabetical reference XMP 2600 Programming Manual rev Commands and Queries ReferenceAlphabetical reference XMP 2600 Programming Manual rev Commands and Queries ReferenceChannel Error Code. The Channel Event Status Register is cleared and Alphabetical referenceXMP 2600 Programming Manual rev Commands and Queries ReferenceAlphabetical reference XMP 2600 Programming Manual rev Commands and Queries ReferenceAlphabetical reference XMP 2600 Programming Manual rev Commands and Queries ReferenceAlphabetical reference response is a value same as the IOUT? query Commands and Queries ReferenceAlphabetical reference XMP 2600 Programming Manual revXMP 2600 Programming Manual rev Commands and Queries ReferenceAlphabetical reference XMP 2600 Programming Manual rev Commands and Queries ReferenceAlphabetical reference XMP 2600 Programming Manual rev Commands and Queries ReferenceAlphabetical reference XMP 2600 Programming Manual rev Commands and Queries ReferenceAlphabetical reference XMP 2600 Programming Manual rev Commands and Queries ReferenceAlphabetical reference XMP 2600 Programming Manual rev Commands and Queries ReferenceAlphabetical reference XMP 2600 Programming Manual rev Commands and Queries ReferenceAlphabetical reference XMP 2600 Programming Manual rev Commands and Queries ReferenceAlphabetical reference XMP 2600 Programming Manual rev Commands and Queries ReferenceAlphabetical reference XMP 2600 Programming Manual rev Commands and Queries ReferenceAlphabetical reference 5 = store into area 8 then start the sequence program Commands and Queries ReferenceAlphabetical reference XMP 2600 Programming Manual revXMP 2600 Programming Manual rev Commands and Queries ReferenceAlphabetical reference XMP 2600 Programming Manual rev Commands and Queries ReferenceAlphabetical reference XMP 2600 Programming Manual rev Commands and Queries ReferenceAlphabetical reference XMP 2600 Programming Manual rev Commands and Queries ReferenceAlphabetical reference XMP 2600 Programming Manual rev Commands and Queries ReferenceAlphabetical reference XMP 2600 Programming Manual rev Commands and Queries ReferenceAlphabetical reference The Events Register Power Modules Status Structure6Status reporting IEEE 488.2 compatible Status StructuresThe Output Register The Faults RegisterThe Error Code The Events Enable RegisterIEEE 488.2 compatible Status Structures The Events Filtering Positive Mask RegisterThe Events Filtering Negative Mask Register Status reportingIEEE 488.2 compatible Status Structures Power Modules Summary Register - read with SRQS?XMP System Status Structure Standard Event Status Register - read with *ESR?Primary Event Status Register - read with PER? Standard Event Status Enable Register - set with *ESE read with *ESE?Primary Event Status Enable Register - set with PEE, read with PEE? Primary Status Register - read with PSR?IEEE 488.2 compatible Status Structures Service Request Enable Register - set with *SRE, read with *SRE?Parallel Poll Enable Register - set with *PRE, read with *PRE? Status Byte Register - read with *STB?Status reporting Power ModulesSelf Test Results channelsBYTE BYTEMain Controller Self Test ResultsPower Modules Communications errors Error Codes summaryErrors Reported by the Power Module Errors Detected by the Main ControllerError Codes summary RS232 Communications errorsGPIB Communications errors Parser and Execution errorsStatus reporting Error Codes summary80 No Polarity Relays installed for the referenced Power Module 81 No Disconnect Relay installed for the referenced Power Module604 Xantrex Technology Inccustomerservice@xantrex.com 604 422