Baldor MN1940 installation manual 2.2 I/O settings view, Clock Type, Clock IOF

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Step (CHA)
Dir (CHB)

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5.2.2.2I/O settings view

The I/O settings view shows two additional parameters for the DSM:

Clock Type

The Clock Type parameter configures the step and direction inputs for the type of input signals being supplied to the motor.

H Step/Dir is the default setting. A waveform supplied to the step

Step

input causes the motor to advance one step for each rising

 

edge. The direction input is held either high or low to determine

Dir

the direction of motion.

H Quadrature requires a pair of waveforms, such as those typically produced by an incremental encoder. The two waveforms are at the same frequency but approximately 90° out of phase (i.e. ‘in quadrature’). One is supplied to the step input, the other to the direction input. Each edge causes the motor to advance one step, with the direction being determined by the

relative timing of the waveforms. For example, if the rising edge on the step input waveform is received before the rising edge on the direction input waveform, the motor will turn in one direction. If the rising edge on the direction input is received first, the motor will turn in the opposite direction.

HUp / Down requires a waveform to be supplied to either the step input or the direction input. If the waveform is supplied to the step input, the motor will turn in one direction. If the waveform is supplied to the direction input, the motor will turn in the opposite direction.

Clock IOF

Step

Dir

The Clock IOF parameter sets the frequency of the clock input filter. Values in the range 50 ns to 12.9 μs (10 MHz to 38.8 kHz) are available.

5-6 Operation

MN1940

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Contents DSM S-Series Integrated Stepper Motor / Driver Page Contents Troubleshooting General Information Safety Notice PrecautionsDSM S-Series integrated motor and driver MN1940 IntroductionOption availability Model ‘F’ ‘P’ ‘M’Identifying the catalog number InstalledReceiving and inspection Phase Units and abbreviationsLocation requirements You should read all the sections in Basic InstallationIntroduction Mounting the DSM Dimensions DSMS17Dimensions Weight Screw thread limitation DSMS17 Dimensions DSMS23 DSMS23x-1BDSMS23x-2B DSMS23x-3BSecuring DSM cables Dimensions DSMS34Motor Dimensions Other requirements for installation SPI interface ‘P’ connector Basic connectionsMotor power input Cable length Minimum Wire sizesPower wire ratings Enable brown flying lead Logic inputsLogic input descriptions Step clock orange flying leadInput timing Sinking / sourcing input configuration Sinking input configurationsDIR0 Pin Name Description SPI connectorSPI interface SPI signal descriptions NextMove ESB Connection summary minimum system wiringX12 Installing the virtual COM port driver Connecting the DSM to the PCInstalling the USB driver \BaldorSPIInterface.exe Installing Baldor SPI InterfaceDetermining the virtual COM port number Starting the controller and DSM Configuration parameters Motion settings viewName Range Units Default Baldor SPI InterfaceMicrostep Resolution Select Msel Hold Current Delay Time HcdtRecall! and Upgrade! menu options Msel valueClock IOF 2.2 I/O settings viewClock Type Problem diagnosis Communication problemsSymptom Check Further supportMotor control problems Input current maximum Input powerMaximum supply voltage +48VDC +75VDC DSMS17x-1A Detent torqueRotor inertia DSMS17x-2ADSMS17x-3A DSMS23x-1B DSMS23x-2BDSMS23x-3B Motor speed & torque DSMS34 DSMS34x-1BDSMS34x-2B DSMS34x-3B Digital inputs Specifications MN1940 Index Index MN1940 Comments CommentComments MN1940 Page LT0227A02