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Selection of
suitable actuator

Here you will find a variety of actuator data sheets for download



or for testing just:

Length

The longer the greater the deflection at the tip
19_39_deflection.png

Width

The wider the greater the power

Thickness

With a higher layer thickness,
the actuator can be
design for larger loads .
This changes the radius of curvature .
width_2.png
thickness_3.png

Enlarged side view

AdobeStock_312477726_edited.jpg

E24
high layer thickness

= smaller deflection
= higher load at the top

suitable actuators:

45

A1910E10

1.5

Newton - force at the top

A1910E10

12.8

Aktor_39.png

mm - deflection at the tip

A1910E20

3.2

Newton - force at the top

A1910E20

8.8

Aktor_39.png

mm - deflection at the tip

A1910E24

3.7

Newton - force at the top

A1910E24

6.5

Aktor_39.png

mm - deflection at the tip

A1920E10

2.9

Newton - force at the top

A1920E10

12.8

Aktor_39.png

mm - deflection at the tip

A1920E20

6.5

Newton - force at the top

A1920E20

8.8

Aktor_39.png

mm - deflection at the tip

A1920E24

7.4

Newton - force at the top

A1920E24

6.5

Aktor_39.png

mm - deflection at the tip

A1930E10

4.4

Newton - force at the top

A1930E10

12.8

Aktor_39.png

mm - deflection at the tip

A1930E20

9.7

Newton - force at the top

A1930E20

8.8

Aktor_39.png

mm - deflection at the tip

A1930E24

11.1

Newton - force at the top

A1930E24

6.5

Aktor_39.png

mm - deflection at the tip

A1940E10

5.9

Newton - force at the top

A1940E10

12.8

Aktor_39.png

mm - deflection at the tip

A1940E20

13

Newton - force at the top

A1940E20

8.8

Aktor_39.png

mm - deflection at the tip

A1940E24

14.8

Newton - force at the top

A1940E24

6.5

Aktor_39.png

mm - deflection at the tip

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