Examine values for the motors and the sensor in this study.
-
Place your pointer over the MotionManager time slider
to check that the time is at 0
sec. If it is not, drag the slider all the way to the left.
This step places the assembly components in their initial
positions and initializes the motor values.
-
Right-click LinearMotor4
in the MotionManager tree and click Edit
Feature
to view the motor parameters.
Notice the
Speed
is set to 75
mm/s.
-
Click
.
-
In the FeatureManager design tree, expand Sensors
, right-click Sensor1
, and click Edit
Sensor.
If prompted to rebuild the model, click Rebuild.
This is a proximity sensor type, sensing the position of an assembly
component in motion. For this model, the sensor indicates when the plate to weld
reaches its required
position.
Sensors
monitor selected properties of parts and assemblies and alert you when
values deviate from the limits you
specify.
-
Click .
-
Repeat Steps 2 and 3 for the other motors in this study to see
that these are displacement servo motors.
You can use servo motors to implement control actions for event-based motion
analysis. When triggered, servo motors control the motion of a component.
Specify the triggers and corresponding motor parameters in the Event-based Motion View
.