Each occurring error is described in the Error Report Object.
Remedies for protection errors
How to resolve issues with over-current, over-voltage, under-voltage
and over-temperature.
Logs are provided at every state change as well as at each occurring error or warning.
Details about motion functions available via EtherCAT.
Current and Torque Control Loop
Velocity Control Loop
Position Control Loop
Dual Loop Cascaded Postion Control
Cyclic synchronous torque control (CST)
In torque control mode the master sends desired
torques to the drive.
Cyclic synchronous velocity control (CSV)
In velocity control modes the master sends
desired velocities to the drive.
Cyclic synchronous position control (CSP)
In position control modes the master sends
desired positions to the drive.
In profile position mode the trajectory to a target point is generated
on the drive.
In profile velocity mode the motor will rotate at a target velocity.
In profile torque mode the drive sends a target torque to the motor.
Stops the motor quickly in a controlled way.
Used for triggering diagnostic OS commands.
Describes how the modes can be selected.
Each motor needs to be tuned before it is operational. Synapticon provides an
but all drives can also be tuned
.
Extended control functionalities
These features can be used to enhance performance:
Removes ripples caused by magnetic interaction between motor
rotor and stator.
The velocity range of electric motors can be extended by weakening the
magnetic field of the rotor linearly over the speed range.
An Anti-Windup alogorithm is used to prevent the Integrator part to
accumulate beyond acceptable boundaries.
Applies controller gains which will change dynamically regarding the current
speed.
Motor Overload Protection (i2t)
This feature limits the overcurrent injected to the motor to
prevent damage from overheating.
To increase the velocity of the robot’s reaction, the target position signal
Synapticon Documentation
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