Baldor MN1851 manual Software Triggered, MAI4 MAI3 MAI2 MAI1

Page 45

Positioning There are two ways to start a move: Software triggered or Hardware triggered.

Software Triggered

1. From the Main menu select “Setup Operation Mode”.

2.Click on “Positioning Tab” and set Command Source to “Software”.

3.Set Motion Trigger to “Immediate” then click “Download” and “Close”.

4. From the Main menu select “Motion Positioning”.

5.Set Motion Type to “INC” = Incremental or “ABS” = Absolute.

6.Set “Dwell Time” as desired (the wait time before the next move starts).

7.Set Motion Trigger to “Immediate”.

Note: The Motion Trigger must be set to identical values in both of these positioning menus. Otherwise, problems will occur.

8.For Direct move, enter the position, velocity and acceleration parameters.

9.For Buffered move, select “Buffered Move” then select the buffer line number 1–15.

10.Click the Start button to begin (Quit button to stop).

Dwell

Time

1

Rev

1

Rev

 

65536

65536

Motion Trigger

Hardware Triggered

1. From the Main menu select “Setup Operation Mode”.

2.Click on “Positioning Tab” and set Command Source to “Digital I/O’s”.

3.Set Motion Trigger to “HW Trig.” then click “Download” and “Close”.

4. From the Main menu select “Motion Positioning”.

5.Set Motion Type to “INC” = Incremental or “ABS” = Absolute.

6.Set “Dwell Time” as desired (the wait time before the next move starts).

7.Set Motion Trigger to “HW Trig.”.

Note: The Motion Trigger must be set to identical values in both of these positioning menus. Otherwise, problems will occur.

8.For a Direct move, enter position, velocity and acceleration parameters.

9.To start a direct move, the external trigger must be present at input X3 pin 15.

10.For a buffered move, the buffer line must be selected by MAI1–4. 11.After the buffer line is selected, the external trigger must be present at

input X3 pin 15 to start the move.

Buffer

MAI4

MAI3

MAI2

MAI1

0

Open

Open

Open

Open

1

Open

Open

Open

Closed

2

Open

Open

Closed

Open

etc.

 

 

 

 

Initialize Buffers

1. From the Main menu select “Motion Positioning”.

2.Select “Edit Buffer”.

3.Set Motion Type, Dwell and Motion Trigger. (Software or Hardware Triggered).

4.If you want to see the buffer contents, click on “Show Buffer”.

5.Define up to 15 moves by selecting the Buffer Line number, then enter the position, velocity and acceleration for that move.

6.If you want the present absolute position to be stored in a buffer, select the buffer line number, then click “Learn”.

1

65536 Rev

7. In the box “Edit Buffer” select the “Buffer Type”

(INC = incremental, ABS = absolute or Mixed = absolute + incremental). Mixed is a combination of absolute and

incremental. The position value in line 0 is an absolute position and is the reference position for the other buffer lines. Example:

The position values in the buffer lines 2 .. 15 are incremental values. e.g. Position value in Buffer line 1=1000, Buffer line 2=10.

If you start a move with buffer line one, the control stops the move when the position 1000 is reached. If you start a move with buffer line two the control stops the move if the position 10 reached.

If you start an incremental move with buffer line 1, then buffer line 2 the control stops the move at position 1010.

5-10 Operation

MN1851

Image 45
Contents Lin+Drive Servo Control Table of Contents Minimum system requirements Ii Table of Contents MN185124VDC Logic Power Input Appendix aAppendix B Iv Table of Contents MN1851 Limited Warranty Section General InformationCE Compliance Could result in injury or death Product Notice Intended useCould result in damage to property General Information MN1851Connection before you first ensure that power has been Do not touch any circuit board, power device or electricalDo not apply AC power before you ensure that grounds are Voltages that are conducted to its power input terminals.General Information MN1851 Section Product Overview Encoder Output Control OutputsMechanical Installation Section Receiving and InstallationReceiving & Installation MN1851 ControlGND Recommended System Grounding 1 phase for CE Recommended System Grounding 1 phase for ULSystem Grounding Ungrounded Distribution System Input Power ConditioningX1 Power Connections Wire Size for units without Power SupplyBreaker Mm2Components not provided with Control BaldorBaldor Control Breaker EarthBaldor Option S Option P Control Regen Resistor Baldor Option P ControlLPxAxxxx-xxx3 only  ImportantEnclosure are for cable clamps. Be sure Holes in the top and bottomTo use an M4 bolt 12mm in length Longer bolts may short circuit12 Motor Connections for CE 11 Motor Connections for UL13 Optional M-Contactor Connections X3 Control Inputs & Digital I/O Connections Control Input WiringSingle Ended Connection Differential Connection X3 Digital Inputs Opto Isolated Inputs uses CrefSignal Name Opto Input Signal Definition Opto Input Signal ConditionsTime Required Duration Process DurationFault Relay Opto Output Signal ConditionsX3 Digital Outputs MaO1Null Modem Cable Connections X6 RS232 / 485 ConnectionsControl TXD ComputerWhere are these resistors placed? What is a termination resistor?RS485 How many resistors should my system have?TX+ Dgnd GND = Twisted PairTX+ RX+ Dgnd TX+ RX+ Dgnd GNDX7 Pin Signal Name Buffered Encoder Output at X7 ConnectorX7 Encoder Output ReservedX9 Encoder and Hall Feedback LPxAxxxx-Exxx Switch AS1 Settings Section Switch Setting and Start-UpControl Address Setting Address Setting, AS1-1 to AS1-4 for Multi-Drop ApplicationsSwitch Function Setting of switches AS1-5 to AS1-8Offset Tuning AS1-5 to AS1-8 DescriptionPower Off Checks Start-Up ProcedurePower On Checks ProcedureSwitch Setting & Start-Up MN1851 Installing Software on your PC Host Communications SetupSection Operation Windows NT WindowsUsing The Setup Wizard Operation MN1851 Flowchart of the Setup WizardPage Motor parameters. Click Download when finished There are 7 parts to the setup procedure MotorEncoder Feedback Motor pitch mm 60.96 Encoder FeedbackEncoder Feedback Lmcf All Micron Counts / meter Counts / mmOperating Mode Operating Mode Selection ScreenMN1851 Operation Current ParameterMAI4 MAI3 MAI2 MAI1 Software TriggeredProcedure to define home position HomeIndex channel, Capture and Actual Position Drift Set this value. Click Download when finishedMain Menu Choice Descriptions SetupFile EditWatch TuningFunctions MotionHelp PLC Program MenuVelocity Parameters RPM m/s Linear MotorMeters/second 1Operating Mode Indications Section TroubleshootingMN1851 Troubleshooting OverviewLong as the error is less than ± 215 ± Identification Section Specifications & Product DataTo 3300 feet 1000 meters. Derate the continuous Specifications+0 to 40. Above 40 C, derate the continuous and peak Output current by 2.5% per C above 40 C. MaximumDescription Unit Peak output current by 1.1% for each 330 feet24VDC Logic Power Input Option LP4Axxxx-xxx3 only 24VDC Logic Power Input Option LPxAxxxx-xxx3 onlySpecifications & Product Data MN1851 Velocity ControlRegeneration Encoder Input FeedbackDimensions Size A, B and CClearance Requirements all sizes 0.06″ 15mm top and bottom Section CE Guidelines Wiring of Shielded Screened CablesCE Declaration of Conformity EMC Conformity and CE MarkingEMC Wiring Technique CE Guidelines MN1851Grounding Earth Cable Screens Grounding EMC Installation InstructionsSimulated Encoder Output Cable Grounding Input Signal Cable GroundingEncoder Input Cable Grounding To ControllerConnectors Section Accessories and OptionsMating Connector by connector number for spare parts CablesAccessories & Options MN1851 AC Filter DimensionsDepth = F Fo rPackage Regeneration ResistorAccessories & Options MN1851 Tools are available to make tuning easier, such as Appendix a Manual TuningGeneral Tuning Rules Manual TuningParameters. Click Download when finished There are 7 parts to the setup procedureManual Tuning MN1851 Motor15240 000,000 10,000,000 Figure A-13 Current Parameter Screen Figure A-15 Drift Parameter Screen Figure A-14 Velocity Parameter Screen DriftFigure A-16 Select Manual Tuning Tracking factor Figure A-17 Inertia and Load Response ExamplesFigure A-18 PI Compensation Menu Page Control Window Plotting of MoveGraphic Screen Jog BlockLin Ascii Command Set General Appendix B Command SetSyntax General structure of the Ascii command MN1851 Command Set B-1Pulses/rev Resolution Parameters and UnitsEncoder Execution Error invalid command Start-up with Terminal Communication and Command ExamplesInput Buffer Overflow command line exceeded 80 char Control Design Failure invalid control designCommand Set MN1851 General Settings System ConstantsBasic System Parameters Motor Parameters MTR. prefixed Drive Parameters typical DRV. prefixedVariables None Software Limit Switches Methods Software Limit Switches ParametersMN1851 Command Set B-5 Command Description Units Range Default E2 / Par. setVariables None PLC Methods PLC ParametersPLC.LINE RelayOCI Interface Parameters MN1851 Command Set B-7Digital Interface Parameters Analog Interface ParametersQueries / modifications of Fault Listing Variables X1 Possible Faults X1 Fault Display DescriptionSystem Variables General Variables MN1851 Command Set B-9 Communication Settings ParameterMethods VariableQueries of System Variables, Status, Faults Single Values Data Record REC. prefixed ParametersData Record REC. prefixed Variable Memory related methods Queries / modifications RAM related Operation Mode Control Normal Modes ParametersEeprom related Normal Modes VariablesCurrent mode Variables Sys.mod Current mode ParametersCurrent mode Methods Query for actual current commandVelocity mode Variables Sys.mod 1 & Sys.mod Velocity mode ParametersVelocity mode Methods MN1851 Command Set B-13JOG.TIME Jog ParametersJOG.TYPE JOG.VELMN1851 Command Set B-15 Position Controller Position Controller ParametersVariables HW.GRSH HW.GRFXHW.PLC HW.RES Baldor Electric Company MN1851 10/00 C&J Baldor Electric CompanyLin+Drive Servo Control MN1851