Dynamics of measurement run
For a measurement run with G100 or G310, the dynamic parameters for a rapid traverse block G00 are used by default.
However, the effective dynamics (accelerations and ramp times) in a measuring block can be influenced by several channel parameters.
The following two tables provide an overview of these parameters and their effectiveness for
- linear and
- non-linear (jerk-limited)
acceleration profile.
Dynamics for measurement travel with non-linear slops
Active dynamic for measurement run | Active delay with measuring signal | Valid deceleration ramp at FEEDHOLD | Profile dynamic (1) (limiting algorithm) measurement signal inactive | Deceleration ramp (2) (limiting algorithm) measurement signal active |
0 | 0 | 0 | Acceleration in rapid traverse | Acceleration in rapid traverse |
0 | 0 | 1 | Acceleration in rapid traverse | Deceleration at feedhold |
0 | 1 | X | Acceleration in rapid traverse | Acceleration in rapid traverse |
1 | X | X | Acceleration at machining P-AXIS-00001 or delay at machining | Deceleration at feedhold |
Dynamics for measurement travel with non-linear slops
Active dynamic for measurement run | Active delay with measuring signal | Valid deceleration ramp at FEEDHOLD | Profile dynamic (1) | Deceleration ramp (2) measurement signal active |
0 | 0 | 0 | Acceleration in rapid traverse or delay at machining | Acceleration in rapid traverse or delay at machining |
0 | 0 | 1 | Acceleration in rapid traverse or delay at machining | Deceleration at feedhold |
0 | 1 | X | Acceleration in rapid traverse or delay at machining | Acceleration in rapid traverse |
1 | X | X | Acceleration at machining or delay at machining | Deceleration at feedhold |