Ormec SMLC Instrucciones de funcionamiento
9/13/2005 Programming the SMLC 1
Programming the SMLC
• ServoWire Pro
–Creating a project setup file
–SwMonitor
–SwTune
–SwUpgrade
–SMLC Utilities
• CoDeSys
–Creating the application program
–Going online with the SMLC
–Importing function blocks
–Creating a visualization
–I/O configuration
–HMI configuration
–Diagnostic tools
–Useful CoDeSys settings
9/13/2005 Programming the SMLC 2
ServoWire Pro - Introduction
• ServoWire Pro is the
commissioning utility for all
of ORMEC’s SoftMotion
products, including the
SMLC.
• ServoWire Pro contains
utilities for system
configuration, networked
and drive diagnostics, axis
tuning, and upgrading
firmware.
• Use ServoWire Pro to create a configuration file that will be sent to the SMLC.
This file contains all of the information on the motors and drives used in the
project.
9/13/2005 Programming the SMLC 3
SwPro - Create a new project in ServoWire Pro
• Create a new project in
SwPro by selecting File
| New or press the
toolbar button.
• Select the loop rate
• Select the drive family
• By unchecking Force
default Axis names
you can name the axes
to match their function.
• Press OK when finished
9/13/2005 Programming the SMLC 4
SwPro - Right-click on the SMLC and add a drive
• The available drive
models are determined
by the drive type
selection you made on
the System Settings
page.
9/13/2005 Programming the SMLC 5
SwPro - Select the drive model from the Model Name drop down list
• Select the drive ID to match the
drive’s setting.
• Check Simulate drive if this is to be a
virtual axis or if you want to simulate
your application.
• Select the drive input voltage.
• The default max feedback frequency
is fine for most applications.
• If the drive is to have an external
regen resistor select the model or
enter the resistance and power
ratings.
• Select the Inputs tab.
9/13/2005 Programming the SMLC 6
SwPro - Configure the drive inputs
• The drive’s inputs can be configured
as general purpose, hardware
overtravels, Estop or Quick Stop
• The drive’s high speed sensors can
be configured as NPN or PNP.
• Select the Outputs tab
9/13/2005 Programming the SMLC 7
SwPro - Configure the drive outputs
• The drives outputs can be configured
as Programmable, a drive ready
signal or they can pass the encoder
reference or (optional) delay counter
output.
• Press OK when finished
9/13/2005 Programming the SMLC 8
SwPro - Right-click on the drive and select Add Motor to drive
• At this point you can choose to add a
motor to the drive, an auxiliary axis
or (if supported by this drive model)
an option board.
• Option boards can support alternate
feedback types such as resolver as
well as analog and digital I/O.
9/13/2005 Programming the SMLC 9
SwPro - Enter the axis name and select the motor series, model and options
• Give the axis a name that
makes sense for the
application, in this
example we’ll use Knife.
• If its not a standard
ORMEC model, select
User-Defined for the
series and then press the
Edit button, otherwise
pick the Series, Model
and options.
• Select the Axis Input
Command Mode.
Typically this will be
Position but you can also
select Torque, Velocity or
Tension.
• Select the User Units tab
9/13/2005 Programming the SMLC 10
SwPro - Set the user units and application maximum values
• If you know the load
inertia you may enter it
now, otherwise we’ll let
SwTune calculate it for us
in a later step.
• Enter the user units
conversions for position,
speed and accel, or
accept the defaults.
• Edit the maximum
allowed user values if you
wish to reduce them from
the defaults.
• Select the Settings tab
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