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1、RSLogix 5000Programming and Configuration for the Logix5000 Family of ControllersCopyright 2000 Rockwell International Corporation, All Rights Reserved01/17/20001The RSLogix Programming StandardA single Windows programming interface for all AB controllersRSLogix500, RSLogix5, RSLogix5000Products to
2、be introduced in above orderApplications work in the same box without re-bootRSLinx & RSNetWorx provides common communications driverRelaxed Mode editing reduces application development timeCut/Copy/Paste Between different controller programsTake advantage of commercially available Windows technolog
3、y via OLE2, DDE, ActiveX etc.System navigation toolsReduces learning curvebetween controllers01/17/20002Exploring the InterfaceControllerorganizerOn-LineStatus barInstructionset toolbarVerify Results TabComponentcreate toolbarUser customizedInstruction tabMessage BarCurrent rungpositionFile operatio
4、ntoolbarApplicationVerify buttonsPop-up TagTooltipsLadder editorWindowCut/Copy/PasteUndo / RedoSearch AllResults TabSearch Tools01/17/20003Product and userdefined data typesHierarchical tree fortasks, programsand routineController faulthandler and controllerscoped dataI/O ConfigurationTreeProgram sc
5、opeddata grouped withprogram in treeController OrganizerThe Logix5000 Controllers components are represented using a tree controlSimilar to RSLogix5 / 500Standard Windows point and click navigationProperty sheets to configure individual componentsAll modules the controller is configured to communica
6、te with are represented using tree to represent communications pathQuick navigation to different controller functionsFault conditions animated to help you diagnose problems faster01/17/20004Free-form Ladder Editor6200/AI/APS have a strict mode editor that force the user to complete and commit all ch
7、anges before leaving a rungThe RSLogix programming environment allows the user to edit multiple rungs simultaneouslyChanges are not checked or committed until the user tries to download the program or selects a verify operationThe user can select either auto or manually initiatedverificationSelectin
8、g an error in “Verify”navigates you directly to offending logicReducing debug time and frustration01/17/20005Clipboard Scrap File SupportIncrease you productivity by dragging logic directly to you Windows desktopAn RSLogix 5000 scrap file is automatically created on the desktopFunctions with one or
9、more rungs at a timeFunctions as a librarian to store code fragments for future useCopy and rename the scrap files as neededDrag the scrap file back into other projects (1 or more)Helps you move code between controllersFacilitates reuse of Code between projects01/17/20006Keyboard Navigation Included
10、RSLogix 5000 provides keyboard navigation features In order to reduce your development timeStandard Microsoft keyboard sequences are supportedThe ladder editor provides user configurable “Quick Key”By pressing a single key in the ladder editor it inserts the specified instructionDefaults set to matc
11、h RSLogix5 / 500 / AI productsThe “Ins” key brings up an instruction menu where as you type it auto-navigates the list, pressing enter inserts the instructionThe “Ctrl G” key sequence brings up the “Go to” feature so you can quickly navigate through the program or to other tools01/17/20007Logic Docu
12、mentationRSLogix 5000 provides access to your programs documentation at the point where you need it most, in the logic!Rung Comments can beas large as you need tofully document you logics function.Tag Comments giveyou120 characters todocument the tags function.Base Tag Reference tellsyou what data v
13、alue isactually being used by theinstruction.Tag reference tool-tiptells you what the datatype is and the referenceRung number tells youwhich rung in the programyou are viewing.Rung highlightingindicates the tags logicstate to visually aid indebugging.01/17/20008Type-ahead / Auto-fillWith V2.25, RSL
14、ogix 5000 will scan the tag database as you type, presenting the first match it findsSearch is refined with each character you typeType-ahead also supported on instruction and search dialogsSpeeds up program developmentReduces potential programming errors01/17/20009Using Ladder to Document Your Syst
15、emImprove your system documentation by using actual logic in maintenance and support manualsCopy the rungs from the RSLogix 5000 ladder editorNavigate to your word processor and perform a “Paste Special” to paste the logic as a bitmapResize and move around as needed01/17/200010-| |-|/|-ONS-( )-( L )
16、-( U )-Relay InstructionsBit test relay instructionsNormally open contactNormally closed contactTransition sensing contactCoils relay instructionsCoilSet latch coilUnlatch coilOne Shot Rising One Shot FallingBranchingOSROne Shot RisingStorage BitStore_bit1Output BitOut_bit1(OB)(SB)OSFOne Shot Fallin
17、gStorage BitStore_bit1Output BitOut_bit1(OB)(SB)01/17/200011TONTimerPresetPump_Tmr200.000Accum178.251(EN)(DN)CTUCounterPresetPump_Tmr200Accum146(CU)(DN)CTDCounterPresetPump_Tmr200Accum146(CD)(DN)Pump_Tmr-(RES)-TOFTimerPresetPump_Tmr200.000Accum178.251(EN)(DN)RTOTimerPresetPump_Tmr200.000Accum178.251
18、(EN)(DN)CUDCounterPresetPump_Tmr200Accum146(CD)(DN)(UD)Timer / Counter InstructionsIF rung input THEN enable timer to timeIF not rung input THEN reset non-retentive timersOn delay timerOff delay timerRetentive on delay timerIF rung input THEN enable counter to count 1 incrementCount up counterCount
19、down counterCount up/down counterIF rung input THEN reset timer or counter accum and status bits1 instruction resets either timer or counter01/17/200012NEQSource ASource BTank_LevelTank_MaxLEQSource ASource BTank_LevelTank_MaxEQUSource ASource BTank_LevelTank_MaxGEQSource ASource BTank_LevelTank_Max
20、LIMLow limTestTank_MinTank_LevelHigh limTank_MaxCMPExpressionTemp_F - 32 * 5/9 MaxTempGRTSource ASource BTank_LevelTank_MaxLESSource ASource BTank_LevelTank_MaxMEQSource AMaskVal10FFFhSource BVal2Comparison InstructionsIF rung input is true and comparison THEN rung output is trueFull range of instru
21、ctionsEqual to EQU (a = b)Greater than or equal to GEQ (a=b)Greater than GRT (ab)Less than or equal to LEQ (a=b)Less than LES (ab)Limit Test LIM (a= b =c)Masked equal MEQ (a&b=c)Not equal NEQ (ab)Compare Expression (a*b+c=d.)Mixed data types supportedSINT, INT, DINT, Real01/17/200013NEGSourceDestina
22、tionTank1_InOffsetNOTSourceDestinationTank1_InOffsetTODSourceDestinationTank1_InOffsetFRDSourceDestinationTank1_InOffsetXORSource ASource BTank1_InOffsetDestinationTank_LevelORSource ASource BTank1_InOffsetDestinationTank_LevelANDSource ASource BTank1_InOffsetDestinationTank_LevelSINSourceDestinatio
23、nTank1_InOffsetCLRSourceTank1_InCOSSourceDestinationTank1_InOffsetTANSourceDestinationTank1_InOffsetATNSourceDestinationTank1_InOffsetASNSourceDestinationTank1_InOffsetACSSourceDestinationTank1_InOffsetMOVSourceDestinationTank1_InOffsetDIVSource ASource BTank1_InOffsetDestinationTank_LevelMULSource
24、ASource BTank1_InOffsetDestinationTank_LevelDEGSourceDestinationTank1_InOffsetRADSourceDestinationTank1_InOffsetLNSourceDestinationTank1_InOffsetLOGSourceDestinationTank1_InOffsetSUBSource ASource BTank1_InOffsetDestinationTank_LevelADDSource ASource BTank1_InOffsetDestinationTank_LevelMVMSourceMask
25、Tank1_In00FFhDestinationTank_LevelSQRSourceDestinationTank1_InOffsetXPYSource ASource BTank1_InOffsetDestinationTank_LevelCPTExpressionTemp_F-32*5/9DestinationTemp_CArithmetic InstructionsIF rung input THEN perform operationSimple mathAdd, Subtract, Multiply, Divide, Negate, Square RootClear / MoveC
26、lear, Move, Move with maskComplexNatural Log, Log, ExponentialTrigonometricRadian, Degrees, Sine,Cosine,Tangent, Arcsine, Arccosine, ArctangentBitwiseAND, OR, XOR, NOTConversionFrom/To BCDComputeExecute expressionMixed data types supportedSInt, Int, DInt, Real01/17/200014ABS / TRNC / MOD Instruction
27、sAbsolute Value Instruction (ABS)Input parameter data types supported SINT, INT, DINT, and REALOutput parameter data types supported SINT, INT, DINT, and REALReturns the absolute value of an input valueTruncate (TRNC)Input parameter data type supported REALOutput parameter data types supported SINT,
28、 INT, DINT, and REALTruncates the decimal portion of a floating point input valueModulo Divide (MOD)Input parameter data types supported SINT, INT, DINT, and REALOutput parameter data types supported SINT, INT, DINT, and REALDivides Source A by Source B and Returns the remainder into the DestDest =
29、A - ( (TRN( A/B) * B)All instructions also supported in expressionsIn instructions CPT, CMP, FAL, FSCWhen calculating and array index offsetABSSourceDestinationPos_ValNeg_ValTRNCSourceDestinationInt_ValDec_ValMODSource ADestinationRemainderDec_ValSource BDivisorCMPExpressionTemp_F - 32 * 5/9 MaxTemp
30、CPTExpressionTemp_F-32*5/9DestTemp_C01/17/200015FALControlLengthPositionModeDestinationExpressionALL or #In_Array*/Scale_FactorMy_Array#My_Ctrl100-(EN)-(DN)-(ER)-FSCControlLengthPositionModeExpressionALL or #My_Array#256My_Ctrl100-(EN)-(DN)-(ER)-COPSourceDestinationLengthMyArrayYourArray10FLLSourceD
31、estinationLength0MyArray10Block Data InstructionsArray FunctionsFile Arithmetic LogicAllows an math expression to be applied to each element of an arrayType conversion applied automaticallyFile Search and ComparePerforms a search through an array executing a comparison expression on each element unt
32、il the result of the comparison is trueMemory FunctionsMemory CopyCopies memory from one location to another without performing type conversionMemory FillFills a block of memory with a single value01/17/200016LFLSourceFIFOControlLengthPositionMy_Array#New_Val10My_Cntrl-(EN)-(DN)-(EM)-0FFLSourceFIFOC
33、ontrolLengthPositionMy_Array#New_Val10My_Cntrl-(EN)-(DN)-(EM)-0FFUDestinationFIFOControlLengthPositionMy_Array#New_Val10My_Cntrl-(EU)-(DN)-(EM)-0LFUDestinationFIFOControlLengthPositionMy_Array#New_Val10My_Cntrl-(EU)-(DN)-(EM)-0BSLBit InArrayControlLengthPositionMy_Array#New_Bit10My_Cntrl-(EN)-(DN)-0
34、BSRBit InArrayControlLengthPositionMy_Array#New_Bit10My_Cntrl-(EN)-(DN)-0Stack /Queue/Shift InstructionsFirst In First Out Queue InstructionsFIFO Load - loads a value into the bottom of an array queueFIFO Unload - Unloads a value from the top of an array queueLast In First Out Stack InstructionsLIFO
35、 Load - loads a value into the bottom of an array stackLIFO Unload - Unloads a value from the bottom of an array stackBit Shift InstructionsBit Shift Left - Shifts all of the bits in an array up one bitBit Shift Right - Shifts all of the bits in an array down one bit01/17/200017LFLSourceLIFOControlL
36、engthPositionMy_Array#New_Val10My_Cntrl-(EN)-(DN)-(EM)-0FFLSourceFIFOControlLengthPositionMy_Array#New_Val10My_Cntrl-(EN)-(DN)-(EM)-0FFUDestinationFIFOControlLengthPositionMy_Array#New_Val10My_Cntrl-(EU)-(DN)-(EM)-0LFUDestinationLIFOControlLengthPositionMy_Array#New_Val10My_Cntrl-(EU)-(DN)-(EM)-0FIF
37、O / LIFO Instruction EnhancementsFirst In First Out (FIFO) Queue InstructionsFFL - Loads a value into the bottom of an array queueFFU - Unloads a value from the top of an array queueLast In First Out (LIFO) Stack InstructionsLFL - Loads a value into the bottom of an array stackLFU - Unloads a value
38、from the bottom of an array stackExpanded data type supportSource & Dest of SINT, INT, DINT or REALFIFO & LIFO of DINT or REALProduct defined structure, TIMER, COUNTER, CONTROLUser Defined StructuresBoth Source/Dest and FIFO/LIFO array must be of same structure type01/17/200018Specialized Instructio
39、nsSequencer InstructionsSequencer Load - Loads values into a sequencer input or output arraysSequencer Input - Compares inputs to a table to determine completion of a stepSequencer Output - Controls the output of a sequencerDiagnostic instructionsFile Bit Comparison Output InstructionCompares a arra
40、y of input bits with an array of reference bits to detect deviations and records mismatches in another arrayDiagnostic Detect Output InstructionPerforms the same operation as the File Bit Compare but once is finds a mismatch it sets the reference bit to the same state as the input bitData Transition
41、al Input InstructionsCompares a source value through a mask with a reference value, sets the outgoing rung state true on a mismatch and updates the reference valuePID Allows the program to monitor and control process loops Performs a Proportional Integral Loop calculation based on the values contain
42、ed in the PID structure passed in.01/17/200019| Skip_Calc |-| |-(JMP)-| . | Skip_Calc |-LBL-.|-| |-. |-(TND)-|-| |-. |-End OF Routine-|-| |-AFI-(MCR)-|-| |-. |-(MCR)-|-| |-. |-(UID)-|-| |-. |-(UIE)-|Program Control InstructionsJMP / LBL InstructionsJump to a label skips a block of code without scann
43、ingMCR InstructionMaster Control Reset skips a block of code but scans for and resets outputsAFI InstructionAlways False Instruction forces rung state following instruction to falseTND InstructionTemporary End causes scan to skip to the end of a routineUID / UIE InstructionsDisable and enable user t
44、ask interrupts to prevent collisions when executing subroutines01/17/200020JSRRoutine NameInput parF_to_CTank1_Temp_FReturn ParTank1_Temp_CSBRInput parTemp_FRETReturn ParTemp_CSBRJSRRETSBRRETJSRCalling SubroutinesUser can encapsulate logic and call it as a subroutineAll but the BOOL data type may be
45、 passed to a subroutineBase data types: SINT, INT, DINT, REALStructuresTIMER,COUNTER,PID,MESSAGEUser defined ArraysNo type conversion of parametersNo Type checking of parametersLimited Number of parameterslimited by CPU StackCall Nesting up to 8 levelsGoal of minimizing instruction overhead01/17/200
46、021SBRBRKRETFORFORRoutine NameIndexInitial ValueTerminal ValueStep SizeScaleX1101-BRK-Loop InstructionFOR instructionFor loop will make an iterative call to a subroutine starting with an initial index value, adding the step value to the index with each executions until the index exceeds the terminal
47、 valueIn the subroutine, the index from the instruction must referenced as an array pointer “MyDataX”Break InstructionA break instruction terminates the execution of the current subroutine and passes control to the next instruction following the FOR in the calling routine01/17/200022Filters include
48、All Tags, I/O Module,Produced & Consumed Tags, Data types (BOOL, SINT, INT, DINT, REAL, Structures)Specify the sort field to organize the data by various criteriaThe scope parameter allows you to focus the view on controller tags a single programs tagsTag Editor / Data MonitorThe tag editor/data mon
49、itor present the IEC1131-3 compliant data definitions in an easy to use spreadsheet style interfaceTags are presented in rows and attributes of the tag in columnsCreate and document data data tagsFilters and Sort features allow you to narrow the view to a specific group of tags and organize them to
50、reduce your search time01/17/200023Consolidated Data ViewBy enabling a filter on select data types provides an optional “data only” view maximizes the amount of information you can displayNumeric (SINT, INT, DINT, and REAL)Boolean (BOOL) AKA BitTimers, and CountersEnables you to see more data in a r
51、unning systemNumber of columns is userconfigurable to let you take controlHelps to reduce your debug and maintenance timeNormal Data View01/17/200024Structure Data Type EditorCreate custom memory layouts that match your applications need using IEC1131-3 compliant structuresStructures allow you to na
52、me each field individually for its use, providing self documenting codeStructures can be defined to containBase level data types (BOOL, SINT, INT, DINT, REAL)Others structures either product defined or user definedSingle dimension array of any data typeThe integrated structureeditor makes the creati
53、on of a structure as easy as working with a table01/17/200025Module Configuration WizardsHighly intuitive I/O module configuration wizards walk the user through the configuration of a moduleAll information presented in easily understood forms to reduce learning curveEliminates the confusion of block
54、 transfers for intelligent modulesAutomatically creates Tags thatwill be used by the application01/17/200026RSLogix 5000 Support of Flex I/O on CNetLimited Flex I/O Support via ControlNetThese Flex I/O modules will be supported in RSLogix 5000 V2.25: Adapters: 1794-ACN15/C, ACNR15/CDigital: IB10XOB6
55、, OA16, OA8, OA8I, OB8, OB8EP, OB16, OB16P, OC16, OM8, OV16, OV16P, OW8, IA8, IA8I, IA16, IB8, IB8S, IB16, IC16, IM8, IV16Analog: IF2XOF2I, IRT8,and IJ2Future support forremaining Flex modulesis planned01/17/200027Enhanced DeviceNet ConfigurationRSLogix 5000 V2.25 contains a new configuration option
56、s for the ControlLogix DeviceNet Scanner (1756-DNB)When adding a DNB into the system, the firmware version must be selectedConfiguration support for DNB V2.x has not been changedfixed 500byte input and output packetsV3.x of the DNB provides variable data size and multiple status formatsVariable Data
57、 SizeNow user configurable input andoutput data packet sizes inorder to optimize systemconfigurationMultiple Status formatsOriginal format used10x32bits of memoryNew formats provideadditional diagnosticsand options01/17/200028DNB Expanded Status StructureRev3.x of the DNB can optionally provide addi
58、tional diagnostic informationOption configuration depending on number of fields neededScannerAddressNode number for DNBScannerStatusStatus for DNB as seen on its displayScrollingDeviceAddressNode number for failed devicesScrollingDeviceStatusStatus for failed device DeviceStatusStatus for each node
59、on the network01/17/2000291788-CN2DN ControlNet to DeviceNet BridgeConfiguration profile for the CN2DN bridge added to v2.25 of RSLogix 5000The CN2DN bridge will function as a scanner on DeviceNet and as an adapter on ControlNetIn short, the 1788-CN2DN will exhibit the same functionality as the 1756
60、-DNB except that the ControlLogix backplane has been replaced by ControlNetAlso provides a “Repeater” mode of operationBridge data from DeviceNet to DeviceNet across ControlNetCommunicating DataThe most significant change will be to support a variable size for the input and output assembliesFirst Re
61、lease: Static AssemblyObject with no member list.Future: Dynamic AssemblyObjects with default member list.01/17/200030Initially the 1756-GTWY software was required to configure and diagnose the 1756-ENET moduleRSLogix 5000 V2.25 now supports this capabilityEliminating the need to install, learn and
62、maintain a second toolLike other I/O Modules you must place an ENET module in the I/O Tree in RSLogix5000The ENET modules configuration is stored in the module directly so swapping a module requires the configuration to be set manuallyENET configuration is not stored in the Logix5550Enhanced 1756-EN
63、ET Module Profile01/17/2000311756 / ControlNet Generic Module SupportTwo new I/O configuration dialogs delivered with RSLogix5000 V2.25 allow it to configure the Logix5550 to control 3rd party I/O products either in a 1756 chassis or on ControlNet directlyUser selectable data formatsSINT, INT, DINT,
64、 REAL ArraysOptional Output and Status ArraysMaximum 500 bytesData addressed using defaultmodule addressing schemeLocal:1:I.Data15.23Supports the 1203-CN1, and1788-CN2FFNot all devices on ControlNetare supportedDevice must utilizeControlNet assembly objectVendor must provideassembly instance numberF
65、lex and 1771 will notsupport this profile01/17/200032I/O ForcingWhat you can forceI/O data tags and aliases into themDiscrete I/OAnalog I/ODeviceNet moduleCNet DrivesData-types that can be forcedBOOL, SINT, INT, DINT, and REALBit ForceStatusWord ForceStatusHighlightedvalue toIndicateForce presentBit
66、 Force Status“.” = No Force0 = Force Bit Off1= Force Bit OnValue Force Status“.” = No ForceOtherwise value isis forced into tagEnableStatusForcesPresent01/17/200033Graphical Trending / HistogramRSLogix 5000 utilizes the RSTrendX component found in other RSI software packages (RSView)Provides graphic
67、al real-time data histogram for diagnostics and monitoring functionsMultiple Trend groups may be saved in the RSLogix 5000 controller organizerSupports trendingof up to 8 separatevalues simultaneouslySaved into the off-line source database sothat it can berecalled at will01/17/200034Communications C
68、onfigurationRSLogix 5000 makes it easy to set up the Logix5550 to communicate with products using PLC/SLC message commandsThe data mapping tool permits you to configure your Logix5000 to look like a PLC or SLC to another productLogical data table reads are redirected to the array that you specifySel
69、ect multiple data tables files to emulateConfiguring the message instruction is also done with a easy to use windows interfaceSupports PLC2, PLC3,PLC5, SLC500 and C&IP messagecommands01/17/200035RSWho Integration with RSLogix 5000The RSWho browse tool from RSLinx is now part of RSLogix 5000Simplifie
70、s going on line to merely point and clickEliminates the need memory the network configuration and pathsReduces the amount of trainingrequired to work with aControlLogix systemAllows you to save pathin project for future useSingle click on “Go Online”connects you to theLogix5550Stores list of recentc
71、ontrollers that wereaccessed01/17/200036Hot Cross-referenceThe thorough cross-reference tool makes locating Information throughout your application easyLocates all locations in your application where a specific tag or label is referenced and provides detailProgram / Routine / RungSpecific Instructio
72、nTag referencedSpecific tagAlias TagsDestructive nature of referenceDoes the instruction modify the dataAuto-navigate to the instruction from the cross-reference displayAlso allows you to exclude alias tag references01/17/200037Search & ReplaceWhat can be search for?Text in tag names, comments or lo
73、gicTagsComponent Alias - Will find other tags that share the same base tag as the specified tagAll Aliases - Will find other tags that can reference any part of the specified tagInstructionsRung edit zones (I/R/D)Maintains a list of the last 10 searches to reduce effort reissue the same searchWhere
74、does search operate?Ladder diagram editorTag editor / Data monitorUse search to locate individual references or all references at onceReplace permits the selective replacement of one string for another01/17/200038Search/Replace - Component BrowserComponent browsers make finding information easierRed
75、uces complexity and training needs 01/17/200039Search / Replace - Find WithinThese tools help you to narrow the searchTag parametersLogic componentsHelps to locate information faster01/17/200040Fast Search / Go-ToUsing Ctrl-G, the Go-To feature will quickly navigate you to a specific itemAvailable i
76、n the Ladder editor, tag editor and data monitorAble to launch a cross reference or a property dialogSaves time when developing or performing diagnostics201/17/200041PLC-5/SLC-500 Translation ToolThe Translation tool built into RSLogix 5000 allows you to migrate your existing application forward int
77、o the new controller familySimply export your program and documentation from RSLogix5/500, AI, 6200 or APS to an ASCII file“.PC5” or “.SLC” for code and “.TXT” for documentationRun the translation tool to convert the applicationImport the converted application intoRSLogix 5000Run a verify to detect
78、any situations not handled by the tool and make the necessary changesA PCE (Program Conversion Error) is placed into to the logic to denote problem areasConfigure the I/O and place copy instructions to move the I/O data into the “I” and “O” arrays01/17/200042Application Import/ExportRSLogix 5000 con
79、tains an Import/Export function that allows the entire controller application for use with third party toolsThe format is based on the IEC1131-3 ST definitionWhen PLCOpen defines a file standard it will be addedA single ASCII text file containsExecutable logicData / Tag DefinitionsProcessor and I/O
80、ConfigurationComments and DescriptionsThe Logix5000 translation tool utilizes this format to transform PLC/SLC applications for use on the Logix555001/17/200043CVS Tag Import/ExportAllows a user to Export and Import his tag information in Comma Separated Value CSV Format.Export entire tag database t
81、o a single ASCII (CSV) fileAllows user to edit tag information in a 3rd party tool such as Text editors, MSAccess, or MSExcelImport merges ASCII file contents with application tag databaseOverwrite or Discard import/database tag collisions01/17/200044Application Report PrintingRSLogix 5000 provides
82、comprehensive reporting capability for you to generate documentation listings for your applicationLadder Logic within and individual routine or all routines in applicationOptional embedded cross referenceTag listing report for a single program scope or all tags in controllerAllows you to select the
83、the tag attributes to includeCross reference report of tags and their utilization within the logicData listing of tag data values01/17/200045The Help you NeedRSLogix 5000 contains a comprehensive help system that can help you solve most problemsTip of they day helps you learn software features On-li
84、ne instructions set reference is an electronic version of the printed manualQuick Start tutorial walks you through common featuresOn-Line module helps puts module information and wiring at your fingertipsTool-tips give you immediate information just by pointing at an object01/17/200046On-Line BooksW
85、ith version 2.25, RSLogix 5000 gives you the option to install electronic manuals with the softwareUses Acrobat reader PDF file format, also provided on installation CD-ROMProvides product information when CD is not available01/17/200047Highly Integrated MotionRSLogix 5000 is the single solution to
86、your motion and sequential control needsBuilt in motion configuration wizard takes the guess work out of setting up a motion systemThe built in motion ladder blocks eliminates the need to write and coordinate two separate programs on different controllers01/17/200048Motion Axis IntegrationIn the pas
87、t, motion was handled with separate toolsIn RSLogix5000 the motion configuration is built into the editorEliminates the cost of purchasing and maintaining multiple toolsThe Axis wizard walks the user through the steps needed to incorporate a motion axis into the applicationStreamlines the developmen
88、tWith a basic understanding of the motion application, the user can point and click their way to a working motion systemUses the configuration tools from the S-Class GML editor01/17/20004930 new instructions integrated into the Logix5550 controllerSupport axis jog, move, direct drive, homing, regist
89、ration, synchronized start, gearing, watch points, Tuning, time & position based camMotion instructions operate by transferring parameters to the motion planner which then uses the information to communicate directly to the axis interface module in the chassisInitially available via ladder diagramFu
90、ture GML editor will be providedmotion statemotion movemotion group controlmotion eventmotion configurationmotion camIntegrated Motion Instructions01/17/200050Motion CAM OperationThree New instructionsMotion Calculate Cam Profile (MCCP)Motion Axis Position Cam (MAPC)Motion Axis Time Cam (MATC)Graphi
91、cal profile editor built into RSLogix 5000Editing in graph and grid viewLinear and cubic spline interpolationCut and paste from spreadsheets01/17/200051Remote and Calculated Motion AxisRemote Axis Support Logix5550 acts as a axis to another CPUUtilizes Produced / Consumed tag to pass data between co
92、ntrollersVirtual Axis SupportSimulated axis in Logix5550 memoryFull motion planner functionalityNo Motion Module Required Controller 1Controller 2ProducerConsumerVirtual AxisSlave 2Slave 101/17/200052What you get with RSLogix 5000Version 2.27 Shipping TodayIEC 1131-3 compliant ladder logic environme
93、nt with motion supportCatalog Numbers9324-RLD300ENE - RSLogix 5000 Standard Package9324-RDCNTENE - RSLogix 5000 & RSNetWorx Bundle9324-RLT300ENE - RSLogix 5/500/5000 BundleWinNT 4.0 32Bit ApplicationProvides a stable, productive environmentStandard operator interface1756-GTWY Software for DHRIORSLinx provides all of yourcommunications needsVer 2.10 supportedControlFlash tool and ControllerFirmware ImageUser manuals in PDF filesIncluded in bundle aboveSold separately01/17/200053
