ROLLER RUNNER BLOCK CARBON STEEL RWD-035-SLS-C3-S-2-AS

***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-035-SLS-C3-S-2-AS (R18233312A) is a high-precision roller runner block designed for linear motion applications requiring super precision and high preload. This model, part of the RSHP product group, features a slimline design with a long and standard height profile, crafted from carbon steel CS for durability. The runner block boasts an accuracy class SP for super precision movements and is preloaded to class C, ensuring high rigidity and load capacity in all four main directions of loading. This specific roller runner block does not include a roller chain but comes preserved and without initial lubrication or attachment elements on either reference edge. It offers easy maintenance with lube nipples possible on all sides and innovative channel design that requires minimum lubrication quantities. The smooth running is attributed to the optimized return and guideways of the rollers. Compatibility across the range is assured with unrestricted interchangeability within each accuracy class, allowing users to combine different guide rails with this roller runner block variant. Accessories can be conveniently attached from both above and below the runner block. Additionally, it features an integrated all-around sealing as standard, contributing to its robustness in various environments. The RWD-035-SLS-C3-S-2-AS model stands out for its low elastic deflection and maximum process precision due to its multi-optimized entry zone geometry coupled with a high number of rollers. Its design simplifies installation by simply sliding onto the rail with a transport lock, making it suitable for diverse applications that require both reliability and precision in linear guidance systems.