Actuator
Design tool
Orientation & Application
Load cycle
Motion profile
Actuator selection
Configuration:
Mass: i
Stroke: i
Coefficient of friction (µ): i
Tilt angle: i
0°=horizontal, 90°=vertical
Process force: i
Direction of the process force: i
Cycle time calculation
Stroke time in one direction: i
Break after each stroke: i
Number of strokes per load cycle: i
Cycle time:
Lifetime calculation
Number of load cycles per hour:
maximum number:
Operating hours per day:
Days per year:
Years:
Total number of load cycles:
Required lifetime:
No entries are required here, please check the calculated load cycle and then click Next to go to the preselection of suitable cylinders.
Trapezoid profile according to 1/3 rule
| Positioning way | m |
| Positioning time | s |
| max. Speed | m/s |
| Acceleration | m/s² |
| tb | s |
| tk | s |
| tv | s |
| t Break | s |
Select motor mounting
Actuator capacity
>=50%
Configuration code:
Calculation inputs
| Mass | kg |
| Stroke | mm |
| Coefficient of friction (µ) (µ) | |
| Inclination angle | ° |
| Process force | N |
| Force direction of the process force | |
| Stroking time in one direction | s |
| Pause after each stroke | s |
| Number of strokes per load cycle | |
| Number of load cycles per hour | |
| Operating hours per day | |
| Days per year | |
| Years |
Calculation results
| Fmax Application | N |
| required lifetime | km |
| max. lifting speed | mm/s |
Motor utilization
Please select actuator beforehand
| Teff (RMS) | Nm |
| Tmax | Nm |
| Rotations Ø | rpm |
| max. rpm | rpm |
matching actuators
ATP Antriebstechnik PEISSL GmbH assumes no liability for any incorrect entries. In case of an order, we check your configuration for plausibility and send you an alternative proposal if necessary.