ROLLER RUNNER BLOCK CARBON STEEL RWD-065-FNS-C3-S-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-FNS-C3-S-2 (R18516312X) is a high-precision roller runner block designed for linear motion applications requiring exceptional accuracy and rigidity. With a size format of FNS, this runner block features a flange width, normal length, and standard height. Constructed from unalloyed steel CS, it offers super precision (accuracy class SP) and high preload (preload class C), ensuring minimal elastic deflection and maximum travel accuracy. The runner block body comes in a standard version with an overall length of . mm. This product boasts high torque load capacity and maintains the same high load ratings in all four main loading directions. Its design allows for easy maintenance with lube nipples possible on all sides, while the innovative channel design ensures minimum lubrication quantities are required. The optimized return and guideways of the rollers contribute to its smooth, quiet operation. The RWD-065-FNS-C3-S-2 is notable for its interchangeability; it can be combined with any guide rail variant within the system regardless of accuracy class. Attachments can be mounted both from above and below the block, providing flexibility in application design. It also includes integrated all-around sealing as standard for additional protection against contaminants. This roller runner block is capable of handling dynamic load capacities and moment loads effectively, as determined by DIN ISO standards over a travel distance of 1,000 km—though commonly only 100 km are stipulated. For specific applications requiring precise movements under various environmental conditions, this Bosch Rexroth roller runner block offers reliability and performance without the need for specialized designs.