SERAC® XH – Ultra slim design

In many cases this compact electric cylinder is ideally suited for direct use instead of hydraulic cylinders.
The shaft of the torque motor is in the form of a screw at the output end, to drive the nut directly.
This results in a low mass moment of inertia, giving optimum dynamic behaviour.

Short profile

  • Suitable for high dynamics applications (acceleration up to 26.5 m/s2 possible)
  • Low moment of inertia due to power transmission via output rod
  • High control quality for rapid positioning
  • Very short cycle times achieved
  • Integrated locking element for smart designs
  • Limit switch mountable directly on the cylinder
  • SERAC® XH is available with optional holding brake


SERAC® electric cylinders can be operated with servo controllers from a range of well-known manufacturers. For complete, one-stop solutions, we cooperate with LTi DRIVES, manufacturer of the LTi ServoOne controller.

 Technische Daten
 Download Katalogauszug

We look forward to hearing from you.

Do you have questions about our products or would you like personal consultation?
You can find the right Ortlieb contact person for you here.

Go to contact persons Catalog order

Welcome to ORTLIEB

Change your privacy settings

Site analysis

We use cookies to optimise your website experience. Such cookies break down into two categories, i.e., those that are required to run the site and control our commercial business goals and those that are needed for anonymised statistics, convenience settings or displaying personalised content. You decide which category you wish to accept. Please not that your choice may disable some site functions. More

Revocation On the Privacy Settings page, you can withdraw your consent with immediate or future effect. For further details, please read our or future effect. For further details, please read our Privacy / Legal Notice pages.

Welcome to ORTLIEB

On this page you can change your privacy settings

Block all cookies: To block all cookies, open your browser's Settings page and toggle the cookie saving option off. Please note that this may compromise the website's functionality.

Tick the box to consent or untick it to withdraw your consent for future reference.
 

We use cookies to optimise your website experience. Such cookies break down into two categories, i.e., those that are required to run the site and control our commercial business goals and those that are needed for anonymised statistics, convenience settings or displaying personalised content. You decide which category you wish to accept. Please not that your choice may disable some site functions. More