Each encoder can have one of these functions: Commutation, Motion Control feedback and Monitoring.
It is of vital importance to have exactly one encoder configured for Commutation so that the shaft’s position is known to the commutation algorithm. It is also mandatory to use a encoder for Motion Control but this can be the same one as for commutation. In case your setup requires it, you can use a different encoder for Motion Control. Monitoring is optional.
For correct function it is necessary to provide the resolution of the encoder, this value is given in Inc/Revolution, please refer to your encoder’s data sheet.
Please keep in mind that manufacturers sometimes give this specification in differing units. If the resolution according to your data sheet is not given in Inc/Revolution please convert the value.
Time without a position change in which the velocity is assumed to be zero. After this time the velocity value is set to 0 if no new position was received from the encoder. The default value is 5000 µs.
The polarity represents the direction of rotation of the motor in comparison to the rotation of the encoder. If these directions don’t match, then the polarity is inverted.
Set the value to `-1` to invert the polarity.
In case your encoder supports multiturn functionality, the number of stored revolutions must be specified here.
Configuration object for BISS Encoder 1
Configuration object for BISS Encoder 2
Configuration object for SOMANET Sense REM 16MT Encoder
Configuration object for Incremental Encoder 1
Configuration object for Incremental Encoder 2
Configuration object for digital hall encoder 1
Configuration object for digital hall encoder 2
Configuration object for SSI encoder 1
Configuration object for SSI encoder 2
Configuration object for A-Format encoder
Configuration object for Fast ABI module
Configuration object for SinCos module