Configuring axes

Configuring axes for partial kinematics is described in detail in the subsection Configuring the partial kinematics.

Notice
Besides the axes which are required for the partial kinematics, six additional simulation axes must be configured for the TCP. They must lie on the axis indices 0 - 5 of the channel.

	Only one TCP is allowed. It must always refer to the first group (Index 0). The kinematics of the other groups must be directly programmed.

The following parameters must be configured for all six TCP axes.

Parameter	Parameter number	Value
kenngr.antr_typ	P-AXIS-00020	4
kenngr.messachse	P-AXIS-00118	0

	Measuring with independent axes TCP axes latch no measurement values since they are not physical axes. As a result, they need not be configured as measurement axes. However, a measurement travel can still be executed with the TCP axes when a transformation is active. The Cartesian measurement values of the TCP are then calculated from the measurement values of the individual partial kinematics.

The sequence of the axes in the channel must be arranged according to the scheme below:

Starting with group index 0, the axes for the first kinematic in the kinematic chain (chain[0]) are sorted according to the TCP axes in the channel.
This is followed by the axes of the next kinematic (chain[1]) etc.
The same principle is used for the other groups (Index 1 to n).

Example

Configuring the axes of a 6-axis robot on linear axis

trafo[2].id                 210
trafo[2].group[0].name      LIN_ROB
trafo[2].group[0].chain[0]  LINEAR
trafo[2].group[0].chain[1]  ROBOT
trafo[2].group[1].name      TABLE
trafo[2].group[1].chain[1]  CA_TABLE

The axis sequence can be defined as follows:

Axis index 0-5: TCP axes
Axis index 6: Axis of the LINEAR kinematic (X linear axis)
Axis index 7-12: Axes of the ROBOT kinematic (6-axis robot)
Axis index 13-14: Axes of the CA_TABLE kinematic (rotary/swivel table)

Notice

The axis sequence must be maintained according to the scheme described above.

Any resulting errors are dependent on which axes are incorrectly assigned to a different kinematic.