Actuator

Design tool

Orientation & Application

Configuration:

Mass: i

Stroke: i

Coefficient of friction (µ): i

Tilt angle: i

0°=horizontal, 90°=vertical

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

all Inline Parallel right angle 90°

Actuator capacity

>=50%

Configuration code: i

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

F_max Application	N
required lifetime	km
max. lifting speed	mm/s

Motor utilization

Please select actuator beforehand

matching actuators

Expertenansicht

ATP Antriebstechnik GmbH & Co KG 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.

T_eff (RMS)	Nm
T_max	Nm
Rotations Ø	rpm
max. rpm	rpm