Product

SICK, Inc.: DAX Linear Encoder Product Family for Automotive Applications


SICK is a leading manufacturer of factory, logistics and process automation technology worldwide. With more than 1,000 patents for its products, SICK continues to lead the industry in new product innovations. The diversity of its...
SICK Company Profile

Optimize warehouse applications with the precise and tailored DAX Linear Encoder product family.

Optimize warehouse applications with the precise and tailored DAX Linear Encoder product family - each design specifically developed to meet unique requirements. Get step-by-step assistance with the Online Configurator.

Offering flexibility for automotive applications, the DAX linear encoder product family can be used to precisely detect piston positions in hydraulic cylinders. Aside from detecting these positions, the product family monitors linear movements within machines.

To be suitable for each of these applications, the encoder provides three designs, each of which have measuring ranges designed specifically for the applications they’re used for.

To determine which design is the most ideal, an Online Configurator offers step-by-step assistance. Operations can order a tailored linear encoder, developed according to their unique requirements


Company Product Description

Linear encoders from the DAX® product family are well-suited for determining the absolute position of piston rods in hydraulic cylinders as well as linear movements in industrial plants. Thanks to the use of magnetostrictive technology, the encoder is completely wear- and maintenance-free. Individual configuration options ensure customized integration in nearly any application. Thanks to the flexible system architecture, the DAX® linear encoder enables properties such as backwards compatibility with manufacturer-specific position magnets. Other intelligent functions for condition monitoring allow for predictive maintenance, for example, and create transparency about the current machine condition. This minimizes unplanned downtime and increases efficiency.

  • Easy integration into new and existing machine designs thanks to high system flexibility, low space requirements and customizable functions, such as backward compatibility with manufacturer-specific position magnets.
  • Easy integration into new and existing machine designs thanks to high system flexibility, low space requirements and customizable functions, such as backward compatibility with manufacturer-specific position magnets.
  • Low maintenance costs due to wear- and maintenance-free measurement principle
  • Absolute measurement without reference run
  • Intelligent condition monitoring enables predictive maintenance of machines
  • Fail-safe operation due to undervoltage control and integrated overvoltage protection, also making them suitable for areas susceptible to voltage supplies fluctuations.