Product Description:

The AT2000-0250 is a starter segment manufactured by Beckhoff for the AT XTS Starters series. This straight component belongs to the long-stator linear motor system used in XTS transport modules, where it forms an energized section that propels movers along the guide rail. By supplying drive force directly through distributed coils, the segment eliminates mechanical transmission parts and supports flexible product flow in packaging, assembly, and material-handling lines. Its role is to create controlled propulsion within a modular track, allowing motion profiles to be generated by the transport system rather than by belts, chains, or rotary drives.

At a length of 250 mm, the segment provides continuous magnetic coverage while maintaining a narrow profile of 39.1 mm and a height of 96 mm. These proportions allow closely spaced installation in the stainless steel carrier while preserving the straight path required for linear transport sections. The aluminum housing weighs 2.0 kg, which helps keep handling manageable and reduces static load on suspended tracks. Internally, the coils draw power from an operating supply of 48 V DC, while a 5 mm locating bore with F6 tolerance and M5 threaded holes support accurate positioning and repeatable fastening. Electrical interlinking is performed through daisy-chain connectors so multiple segments can share current and signal lines without separate harnesses.

During steady motion, the segment delivers a rated phase current of 16 A and can convert bus energy into a continuous thrust power of 768 W, enabling high acceleration profiles for lightweight pallets. Control electronics receive logic power at 24 V DC, and their consumption is limited to 30 W/m travel, which helps size auxiliary supplies on long tracks. The straight form factor supports linear routing and suits track sections where movers need uninterrupted propulsion along the rail. Natural convection removes heat during excitation, so the segment operates without added fan hardware. This arrangement helps keep the transport path compact where many active sections are placed in sequence.