BALL RUNNER BLOCK CARBON STEEL KWE-020-FNS-C2-H-1

***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 B.RUNNER BLOCK CS KWE-020-FNS-C2-H-1 (R205A82320) is a high-precision linear motion component designed to meet the requirements of various applications demanding accuracy and rigidity. This BSCL ball runner block is engineered for size 20 profiled rail systems, featuring a flanged, normal, and standard height (FNS) format. The runner block body is constructed from unalloyed steel CS, ensuring durability and strength. With a medium preload of class C and an accuracy class of H, this runner block is highly accurate and suitable for applications where precise movement is critical. It does not include a ball chain but comes with initial lubrication and preservation for immediate use. The overall length of the runner block is specified in the product details. This model offers high load capacity and is capable of being mounted from both above and below. It can operate within a permissible ambient temperature range, which allows it to function effectively in various environmental conditions. The absence of a seal friction results in a friction coefficient that falls within the provided specifications. The B.RUNNER BLOCK CS KWE-020-FNS-C2-H-1 can be interchangeably combined with guide rails of every accuracy level, enhancing its versatility across different mounting scenarios. It also features notable static and dynamic load capacities as well as torsional moment load capacities that cater to a range of operational demands. Overall, this Bosch Rexroth runner block stands out for its precision engineering, adaptability to different rail accuracies, robust construction, and capability to handle significant loads while maintaining precise motion control in linear movement applications.