ROLLER RUNNER BLOCK CARBON STEEL RWD-065-FLS-C2-H-2

***Disclaimer: The following summary contains information gathered from various sources such as product descriptions, technical specifications and catalogs. While efforts have been made to provide accurate details, inaccuracies may occur. It is advised to verify all information by contacting Bosch Rexroth directly.***
The Bosch Rexroth R.RUNNER BLOCK CS RWD-065-FLS-C2-H-2 (R18536232X) is a high-precision roller runner block designed for linear guidance systems. This model boasts an FLS format, indicating a flanged width, long length, and standard height. The body of the runner block is constructed from unalloyed steel CS, ensuring durability and robustness in various applications. It features a medium preload class C and an accuracy class H, signifying its high precision capabilities. The RWD-065-FLS-C2-H-2 has an overall length of . mm and offers high torque load capacity with consistent load ratings in all four main loading directions. Its design includes additional screw connections on two bore holes in the center for maximum rigidity. The product is noted for its interchangeability; it can be combined with any guide rail version within its accuracy class, enhancing flexibility in use. The roller runner block is equipped with innovative channel design that minimizes lubrication quantities while ensuring smooth and quiet operation. The optimized return and guideways for the rollers contribute to this seamless performance. Attachments can be easily mounted from both above and below the runner block, providing convenience during installation. For maintenance ease, lube nipples are accessible on all sides of the runner block. It also comes with integrated all-around sealing as a standard feature to protect against contaminants. The unit's advanced entry zone geometry along with a high number of rollers per track ensures low elastic deflection and exceptional precision during operation. Designed to slide onto the rail with a transport lock, this roller runner block is ideal for applications requiring precise linear movement and reliable performance over time. Its self-aligning capability allows compensation for misalignments without compromising efficiency or accuracy.