Gantry mode
Additional monitoring mechanisms apply to gantry axes with regard to the deviation of axis positions and special strategies for compensating these deviations. Static (also mechanical) gantry mode is defined by configuration because the axes are firmly coupled to one another due to the machine structure. Dynamic (also programmable) gantry mode can be defined in the NC program. The axis parameters listed in the following table must be assigned depending on the type of gantry mode:
Parameter | Static | Dynamic |
X |
| |
X | X | |
X | X | |
X |
| |
X | X | |
X |
| |
gantry_synchronous_slave_homing | X |
|
X |
| |
X |
| |
X |
| |
X |
| |
X |
| |
X |
|
*In static gantry mode the corresponding axis mode bit must additionally be set for the master and slave axes (P-AXIS-00018).
Additional information
- Axis number of master axis (P-AXIS-00070)
- Resettable path distance (P-AXIS-00072)
- Non resettable path distance (P-AXIS-00071)
- Static offset (P-AXIS-00073)
- Velocity of correction (P-AXIS-00075)
- Gantry difference monitoring before homing (P-AXIS-00249)
- Drive-controlled homing of gantry axis (SERCOS) (P-AXIS-00253)
- CNC-controlled error reaction (P-AXIS-00254)
- Conditions for clearing the gantry difference (P-AXIS-00704)
- Maximum path for a gantry slave axis during homing (P-AXIS-00284)
- Suppress homing for gantry slave axis (P-AXIS-00074)
- Home gantry slave axis relative to encoder overflow (P-AXIS-00393)
- Behaviour on setting the homing position (P-AXIS-00445)
- Edge detection GantryOn-signal (P-AXIS-00261)