Product Description:

The MLS300S-3A-0600-RN01 is a linear motor component produced by Bosch Rexroth Indramat for use in an MLS linear motor system. It serves as a stationary track that interacts magnetically with a moving primary slider to generate thrust along a straight path. This direct-drive arrangement eliminates mechanical transmissions such as belts, racks, and ball screws from the motion axis. The component is suited to automated handling equipment, packaging machinery, and gantry systems that require accurate linear movement over an extended distance.

The unit is a secondary part, so it forms the passive section of the magnetic circuit and does not contain windings or electrical connections. Installation uses screw fastening, with mounting holes in the base plate allowing rigid attachment to a prepared machine frame. Secure mounting helps maintain the required alignment between the stationary track and the moving primary section throughout the axis stroke. The laminated steel stack is protected by a protective cover sheet, which helps shield its exposed surface from coolant, debris, and incidental contact. Its magnetic geometry corresponds to motor size 300, making the section compatible with primary modules designed for that MLS size. The unit has a segment length of 0600, providing a 600 mm section that can be installed with additional segments when a longer track is required.

A face width of 345 mm provides a broad mounting surface and supports stiffness across the installation plane. The electromagnetic arrangement uses secondary motor type S, allowing the component to pair with MLS primary modules that use the corresponding magnetic layout. Proper spacing between the primary and secondary sections is necessary to preserve the intended air gap and avoid mechanical contact during travel. The component belongs to the MLS Synchronous Linear Motors series, which uses modular secondary sections to accommodate linear axes of different lengths. Adjacent sections must be positioned accurately so the magnetic pattern remains continuous across their joints. The absence of electrical connections on the secondary section also simplifies cable routing because only the moving primary and its associated feedback equipment require wiring.