Horizontal drive – 10 PD
Word | Bit | Function | |
|---|---|---|---|
PI 5 | Status
INFORMATION: Prerequisites for starting positioning mode: ready for operation, STO not active and output stage enabled. Brake open and drive referenced "TRUE" and error "FALSE". | 0 | Ready |
1 | STO not active | ||
2 | Output stage enable | ||
3 | Brake released | ||
4 | Motor running | ||
5 | Drive referenced | ||
6 |
| ||
7 | In position | ||
8 | Error | ||
9 | Warning of the inverter If a warning is signaled, both bit PI 5:9 and the associated fault code are indicated in PI 7. If a warning and a fault are active at the same time, the fault gets a higher priority and is indicated in PI 7. | ||
10 |
| ||
11 | External encoder disabled | ||
12 | Software limit switches disabled | ||
13 |
| ||
14 | Standby mode active | ||
15 | MOVIKIT® Handshake Out | ||
PI 6 | Actual speed |
| In user units (e.g. mm/s) |
PI 7 | Status/error |
| If the application is in fault state, the fault code is output here. If it is not in fault state, the status is output (e.g. in the case of an inconsistent status: -1 = 65535 = 16#FFFF). See PI 3 Group – 4 PD |
PI 8 | Actual torque |
| Specified in percent in relation to the nominal motor torque with one decimal place |
PI 9 | Digital inputs | 0 | Station 1 – DI0 |
1 | Station 1 – DI1 | ||
2 | Station 1 – DI2 | ||
3 | Station 1 – DI3 | ||
4 | Station 2 – DI0 INFORMATION: For applications without MultiAxisController, DI4 of the single axis is output here. | ||
5 | Station 2 – DI1 | ||
6 | Station 2 – DI2 | ||
7 | Station 2 – DI3 | ||
8 | Station 3 – DI0 | ||
9 | Station 3 – DI1 | ||
10 | Station 3 – DI2 | ||
11 | Station 3 – DI3 | ||
12 | Station 4 – DI0 | ||
13 | Station 4 – DI1 | ||
14 | Station 4 – DI2 | ||
15 | Station 4 – DI3 | ||
PI 10 | Status word "MultiAxisController"
INFORMATION: The axis group member whose status is output depends on whether the MOVIKIT® StackerCrane MultiAxisController is being used in a cascade. For more information, refer to chapter Using MOVIKIT® StackerCrane MultiAxisController in a cascade. | 0 | Subscriber 1 / 11 deactivated |
1 | Axis group member 2 / 21 deactivated | ||
2 | Axis group member 12 deactivated | ||
3 | Axis group member 22 deactivated | ||
4 | Subscriber 1 / 11 brake released | ||
5 | Subscriber 2 / 21 brake released | ||
6 | Axis group member 12 brake released | ||
7 | Axis group member 22 brake released | ||
8 | Balance controller deactivated | ||
9 | Position controller deactivated | ||
10 | Skew in skewing window | ||
11 | Overload guard active | ||
12 | Reserved | ||
13 | Reserved | ||
14 | Reserved | ||
15 | Reserved | ||
PI 11 | High actual position |
| In user units (e.g. mm) |
PI 12 | Low actual position |
| In user units (e.g. mm) Information: The actual position is valid if "Ready", "Referenced" and no relevant fault or fault code is present. |
PI 13 | Actual jerk |
| Active applicative jerk in user units/time unit3 which takes effect when the axis is enabled. INFORMATION: The maximum applicative jerk is calculated from the application limits of the axis as follows: Maximum jerk = (acceleration + |
PI 14 | Reserved |
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