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Xantrex Technology XMP 2600 manual The SYNC output, Output off, Un-arm, No-operation, Voltage ramp

Models: XMP 2600

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Advanced Features

Arm, trigger, sync and ramp

Output on

While this operating mode is selected, a trigger supplied to the Power Module will cause its output to be turned on. If the output of the Power Module was already turned on then it will remain on.

To select this operating mode, send the following command: TRIG <ch>,4

The SYNC output

Output off

While this operating mode is selected, a trigger supplied to the Power Module will cause its output to be turned off. If the output of the Power Module was already turned off then it will remain off.

To select this operating mode, send the following command: TRIG <ch>,5

Un-arm

In this operating mode a trigger supplied to the Power Module will cause it to be un- armed and any value stored while it was armed will be discarded. Use this mode to un- arm a Power Module when you do not want it to use the values stored while it was armed.

To select this operating mode, send the following command: TRIG <ch>,7

No-operation

In this operating mode a trigger supplied to the Power Module is ignored. Use this mode when you do not want a Power Module to react to a trigger.

To select this operating mode, send the following command: TRIG <ch>,6

Voltage ramp

In this operating mode the received trigger instructs the Power Modules to ramp its output voltage. See the Output Ramping section below for further details.

To select this operating mode, send the following command: TRIG <ch>,2

Current ramp

In this operating mode the received trigger instructs the Power Modules to ramp its output current. See the Output Ramping section bellow for further details.

To select this operating mode, send the following command: TRIG <ch>,3

Each of the XMP’s Power Modules can generate a hardware signal (SYNC) when certain internal events occur. The SYNC signals from all the Power Modules housed in the mainframe are summed (OR’ed) to produce the SYNC output pulse available at the XMP’s back panel.

The SYNC output is a digital signal with TTL levels. Its normal state is ‘1’ and the pulse changes its level to ‘0’ for a period of 0.5mS.

A Power Module can generate a SYNC when one of the following occurs:

XMP 2600 Programming Manual rev. 1.1

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Xantrex Technology XMP 2600 manual The SYNC output, Output off, Un-arm, No-operation, Voltage ramp, Current ramp, Output on

Contents

Smart choice for power Xantrex Multiple Output Power System XMPProgramming Manual The information contained herein is subject to change without notice Programming ManualRev. 1.1 9/2003 What does this warranty cover and how long does it How do you get service?Warranty LimitedDisclaimer Product What does this warranty not cover?XMP 2600 Programming Manual rev Information WARNING Limitations on Use Information About Your Power SupplyXMP 2600 Programming Manual rev Safety Summary Description Of Power Supply SymbolsPower Supply Grounding Symbol Description120Vac nominal, up to 1KW output power 45 to 66Hz Input Mains Voltage RatingOutput Voltages Do Not Open The Unit Air Inlets And Air OutletRegulatory Approvals and Safety Agency Compliance Safety Agency CompliancePower Supply Safety Regulatory ApprovalsAbout this manual Chapters TerminologyWho should use this manual XMP 2600 Programming Manual revHow to communicate with the XMP Recommendations on using the XMPTable of Contents Chapter 1 Interfacing the XMPChapter 4 Advanced Features Basic setup and usageOutput Setup Reprogramming DelayChapter 5 Commands and Queries Reference Chapter 6 Status reportingSelective shutdown CategoriesError Codes summary Self Test ResultsTable of Contents XMP 2600 Programming Manual rev1Interfacing the XMP The GPIB interfaceInterfacing the XMP The GPIB interfaceThe serial interface Serial Interface Capabilities Computer Versus Terminal OperationThe serial interface Interfacing the XMPProgramming messages formats Listening FormatsProgramming messages formats Interfacing the XMPTalking Formats QueryProgram HeaderHow to communicate with the XMP Using the comm. channelsUsing the GPIB bus Using an RS232 linkRecovering from communication halts Using queriesUsing commands Programming the XMPRecommendations on using the XMP When queries are not usedRecommendations on using the XMP Initialize the XMPEnforce power-on conditions Setup the XMP 2600 status systemQuery installed Power Modules Power-on retainSetup system level protection shutdown features Initial setup of the Power ModulesCheck installed Power Modules Reaction to Power Modules eventsProtection setup Output settingsActivation Status reportingUsing advanced features Handling SRQ and the IEEE488.2 Status StructuresOn-going usage of the XMP Use queriesEvent enable registers Status registersEvent registers Mask registersThe main status byte Main controller eventsOutput message Queue Responding to SRQ eventsSummary of power modules status Power modules status structureRemote communication time out Primary engine status structureWhat happens when power is turned on The Error CodeThe Faults Register The Events RegisterHandling SRQ and the IEEE488.2 Status Structures Usage GuidelinesXMP 2600 Programming Manual rev Basic setup and usage Output SetupBasic setup and usage 3Basic ProgrammingPower Module output rating Overview of output setup parametersOutput Setup Output program limitsOutput settings Output controlOutput activation Globally enabling the outputsCurrent limiting schemes FoldbackPolarity and disconnect relays Voltage / current modeReprogramming Delay Reprogramming DelayRetry Shutdown on current limitReprogramming Delay To set the amount of Reprogramming Delay, use the command DLY ch,nn.n whereBasic Programming XMP 2600 Programming Manual rev4Advanced Features Advanced FeaturesSetting the window thresholds Workpoint window warningUsing the events mechanism Using the warningsChecking the status Voltage mode exampleProtection using the workpoint window The events enable masksLoad protection Additional usagesArm, trigger, sync and ramp The trigger mechanismSet output to stored values Toggle the output state on/offThe SYNC output Output offUn-arm No-operationWhat is output ramping? New output setting valueOutput ramping Output settleOutput ramping setup Synchronization of operationsOutput ramping initiation Simultaneous operationsUsing hardware TRIG and SYNC to serialize operations Output on/offOther operations Sequential OperationsUsing software OPC mechanism to serialize operations Controller notification of Operation CompleteAdvanced Features Synchronization of operationsThe commands to program shutdown grouping The GLBL commandThe GRP command Selective shutdownShutdown on non-fault events Responding to communication time out eventsComm. time out Advanced FeaturesTurn-on and reset behavior Time out events as reflected in the status structureAdvanced Features Selective shutdown5Commands and Queries Reference IEEE 488.1 BUS CommandsSystem Commands and Queries Commands and Queries ReferenceCategories Commands and Queries ReferenceXMP 2600 Programming Manual rev Settings Commands and Queries Output Control Commands and Queries Protection Commands and QueriesCommands and Queries Reference CategoriesWarnings Commands and Queries Trigger and Sync Commands and QueriesRead-Back Queries Commands and Queries ReferenceStatus Reporting Commands and Queries Synch Commands and Queries Commands and Queries ReferenceCategories XMP 2600 Programming Manual revAlphabetical reference Alphabetical referenceCommands and Queries Reference XMP 2600 Programming Manual revAlphabetical reference Commands and Queries ReferenceXMP 2600 Programming Manual rev Alphabetical reference Commands and Queries ReferenceXMP 2600 Programming Manual rev Alphabetical reference Commands and Queries ReferenceXMP 2600 Programming Manual rev Alphabetical reference Commands and Queries ReferenceXMP 2600 Programming Manual rev Alphabetical reference Commands and Queries ReferenceXMP 2600 Programming Manual rev Alphabetical reference Commands and Queries ReferenceXMP 2600 Programming Manual rev Commands and Queries Reference Channel Error Code. The Channel Event Status Register is cleared andAlphabetical reference XMP 2600 Programming Manual revAlphabetical reference Commands and Queries ReferenceXMP 2600 Programming Manual rev Alphabetical reference Commands and Queries ReferenceXMP 2600 Programming Manual rev Alphabetical reference Commands and Queries ReferenceXMP 2600 Programming Manual rev Commands and Queries Reference Alphabetical referenceXMP 2600 Programming Manual rev response is a value same as the IOUT? queryAlphabetical reference Commands and Queries ReferenceXMP 2600 Programming Manual rev Alphabetical reference Commands and Queries ReferenceXMP 2600 Programming Manual rev Alphabetical reference Commands and Queries ReferenceXMP 2600 Programming Manual rev Alphabetical reference Commands and Queries ReferenceXMP 2600 Programming Manual rev Alphabetical reference Commands and Queries ReferenceXMP 2600 Programming Manual rev Alphabetical reference Commands and Queries ReferenceXMP 2600 Programming Manual rev Alphabetical reference Commands and Queries ReferenceXMP 2600 Programming Manual rev Alphabetical reference Commands and Queries ReferenceXMP 2600 Programming Manual rev Alphabetical reference Commands and Queries ReferenceXMP 2600 Programming Manual rev Alphabetical reference Commands and Queries ReferenceXMP 2600 Programming Manual rev Commands and Queries Reference Alphabetical referenceXMP 2600 Programming Manual rev 5 = store into area 8 then start the sequence programAlphabetical reference Commands and Queries ReferenceXMP 2600 Programming Manual rev Alphabetical reference Commands and Queries ReferenceXMP 2600 Programming Manual rev Alphabetical reference Commands and Queries ReferenceXMP 2600 Programming Manual rev Alphabetical reference Commands and Queries ReferenceXMP 2600 Programming Manual rev Alphabetical reference Commands and Queries ReferenceXMP 2600 Programming Manual rev Alphabetical reference Commands and Queries ReferenceXMP 2600 Programming Manual rev Power Modules Status Structure 6Status reportingIEEE 488.2 compatible Status Structures The Events RegisterThe Faults Register The Error CodeThe Events Enable Register The Output RegisterThe Events Filtering Positive Mask Register The Events Filtering Negative Mask RegisterStatus reporting IEEE 488.2 compatible Status StructuresPower Modules Summary Register - read with SRQS? XMP System Status StructureStandard Event Status Register - read with *ESR? IEEE 488.2 compatible Status StructuresStandard 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? Primary Event Status Register - read with PER?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? IEEE 488.2 compatible Status StructuresPower Modules Self Test Resultschannels Status reportingBYTE Main ControllerSelf Test Results BYTEError Codes summary Errors Reported by the Power ModuleErrors Detected by the Main Controller Power Modules Communications errorsRS232 Communications errors GPIB Communications errorsParser and Execution errors Error Codes summaryError Codes summary 80 No Polarity Relays installed for the referenced Power Module81 No Disconnect Relay installed for the referenced Power Module Status reportingXantrex Technology Inc customerservice@xantrex.com604 422 604