= Goto, = Off, = Stop | Xantrex Technology XMP 2600 guide

Commands and Queries Reference			Alphabetical reference
STEP	program a Sequence Program Step.
	Syntax	STEP <int>,<step_delay>,<int>[,<int>]
	Parameters	the number of the Step to be programmed.
		the amount of time to delay the Step Operation.
		General format: h:mm:ss, where h=hour,
		mm=minutes and ss=seconds. Step_delay values can
		be shortened to “h:mm:” or “h::”. Value is limited to
		9:59:59.
		the operation to be performed by the Step. A
		decimal number in the range 0 to 14:
		0 = STEP
		1 to 10 = RCL 0 to RCL 9
		11	= GOTO
		12	= OFF
		13	= ON
		14	= STOP

the forth parameter is required for operation code “11” (GOTO) only. In this case, it is a decimal number in the range 1 to 99 representing the Step number to “GOTO”.

	Category	System	Type: Sequential
STEP?	return the programmed STEP delay and operation. The result has 2 to
	3 elements: the first is the Step_Delay (“h:mm:ss”) and the second
	element is the Operation code (see STEP command - a decimal
	number in the range 0 to 14). If the operation is “GOTO” then a third
	element will be returned: a decimal number in the range 1 to 99,
	standing for the number of the Step to GOTO.
	Syntax	STEP? <int>
	Parameters	the number of the Step to be reported.
	Category	System	Type: Sequential
STO	stores settings of all the Power Modules.
	Syntax	STO <int>
	Parameters	a decimal number in the range 0 to 9 specifying the
		storage number the XMP 2600 will store the settings
		in.
	Category	System	Type: Sequential

XMP 2600 Programming Manual rev. 1.1

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Xantrex Technology XMP 2600 manual = Goto, = Off, = Stop

Contents

Xantrex Multiple Output Power System XMP XMP Warranty Limited What does this warranty cover and how long does itHow do you get service? Last? What does this warranty not cover? Disclaimer Product Information About Your Power Supply Information Power Supply Grounding Safety SummaryDescription Power Supply Symbols Do Not Open The Unit Air Inlets And Air Outlet Input Mains Voltage RatingOutput Voltages Nonoperative Modules Power Supply Safety Regulatory Approvals and Safety Agency ComplianceSafety Agency Compliance Regulatory Approvals Who should use this manual About this manualChapters Terminology Table of contents Basic Programming Commands and Queries Reference Error Codes summary Byte 1Interfacing XMP Gpib interface Serial interface ACK Programming messages formats Listening Formats Talking Formats Response Data Separator Using the Gpib bus How to communicate with the XMPUsing the comm. channels Using an RS232 link Using commands Recovering from communication haltsUsing queries Programming the XMP Recommendations on using the XMP Initialize the XMP Query installed Power Modules Enforce power-on conditionsSetup the XMP 2600 status system Identify the XMP Setup system level protection shutdown features Initial setup of the Power Modules Activation Protection setupOutput settings Status reporting On-going usage of the XMP Using advanced featuresHandling SRQ and the IEEE488.2 Status Structures Use queries Event registers Event enable registersStatus registers Mask registers Output message Queue Main status byteMain controller events Responding to SRQ events Remote communication time out Summary of power modules statusPower modules status structure Primary engine status structure Faults Register What happens when power is turned onError Code Events Register Usage Guidelines Basic setup and usage Output Setup Power Module output rating Overview of output setup parameters Output activation Output settingsOutput control Globally enabling the outputs Foldback Voltage / current modeCurrent limiting schemes Polarity and disconnect relays Shutdown on current limit Reprogramming DelayRetry Linear foldback Basic Programming Usage guidelines Setting the window thresholdsWorkpoint window warning Enabling the window thresholds Voltage mode example Using the events mechanismUsing the warnings Checking the status Additional usages Protection using the workpoint windowLoad protection OVP Set output to stored values Arm, trigger, sync and rampTrigger mechanism Toggle the output state on/off Sync output What is output ramping? Output ramping Output ramping initiation Output ramping setupSynchronization of operations Simultaneous operations Other operations Using hardware Trig and Sync to serialize operationsOutput on/off Sequential Operations Using software OPC mechanism to serialize operations Controller notification of Operation Complete Shutdown grouping single, group, global Commands to program shutdown groupingSelective shutdown Different shutdown grouping of modules Comm. time out Shutdown on non-fault eventsResponding to communication time out events Turn-on and reset behavior Time out events as reflected in the status structure Categories Ieee 488.1 BUS CommandsSystem Commands Queries GLBL? ResetGlbl Gpib Settings Commands Queries Output Control Protection Read-Back Queries Commands QueriesTrigger Sync Commands Queries Status Reporting Commands Queries Synch Alphabetical reference Mnemonic Parameters None Category System Type Sequential PRE Stores settings of all the Power Modules same as STO command Result register Syntax Return two decimal numbers, in the range 0 to 255. Each bit Cmask Close relay and a value of 1 is returned for an open relay Remove a user message from the XMP 2600 front panel display Set-up the operating mode of the XMP 2600. Re-calculate rqs Response is a series of values one for each installed Power Return output Current measurement of the Power Module. Return the state of the XMP 2600 Local Lock Flag. a value Ocrst Decimal value in the range 0 to Syntax Presence of the Polarity Reversal Relay Option Parameters None Category Settings Type Sequential Master mainframe. For the XMP 2600 this value is String in the following format mssnnn where m=minutes Result is two decimal numbers the first being the level 0t o SN? = Stop = Goto= OFF Module. Result is a decimal number in the range 0 to Shut-down when a remote communication time out occurs. Time out feature Syntax Minus sigh Syntax VLIM? Vset Commands and Queries Reference Ieee 488.2 compatible Status Structures Events Register Events Enable Register Faults RegisterError Code Output Register Events Filtering Positive Mask Register Events Filtering Negative Mask Register Standard Event Status Register read with *ESR? PON CME EXE DDE QYE OPC Primary Status Register read with PSR? Primary Event Status Register read with PER? Status Byte Register read with *STB? Primerr Power Modules Self Test Results Byte Main Controller Errors Detected by the Main Controller Error Codes summaryPower Modules Errors Reported by the Power Module Main Power Modules Communications errors Parser and Execution errors RS232 Communications errorsGpib Communications errors Status reporting Xantrex Technology Inc