ROLLER RUNNER BLOCK CARBON STEEL RWD-045-FNS-C3-P-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-045-FNS-C3-P-2-AS (R18514322A) is a high-precision roller runner block designed for linear motion in a variety of applications. This runner block boasts a size 45 flange width with a normal length and standard height, constructed from carbon steel CS for durability. It features a high preload class C, ensuring tight control over motion with minimal slack, and an accuracy class P for precision movement. The RWD-045-FNS-C3-P-2-AS is characterized by its ability to handle high torque loads and maintain maximum rigidity due to additional screw connections on two bore holes at the center of the block. Its design allows for easy maintenance with lube nipples possible on all sides and minimum lubrication requirements due to an innovative channel design. The smooth and quiet operation of the runner block is attributed to its optimally designed return and guideways. This model does not include a roller chain or initial lubrication but comes preserved for longevity. Attachments can be conveniently mounted from both above and below the runner block, which can slide onto the rail with a transport lock. It also features integrated all-around sealing as standard. The Bosch Rexroth roller runner block is interchangeable within each accuracy class, offering flexibility in combination with various guide rails. The overall length of the runner block is tailored to specific requirements, ensuring compatibility across different systems. With its robust construction and precise engineering, this roller runner block meets stringent demands for dynamic load capacity, static load rating, friction force coefficient, permissible ambient temperatures, and maximum permissible linear speeds while minimizing elastic deflection for utmost precision in process applications.