SHAFT SUPPORT RAIL WU60-AF1-600

***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 SHAFT SUPPORT RAIL WU60-AF1-600 (R105066000) is a high-quality component designed for creating precise and rigid linear guides, particularly in applications where low height is essential. This shaft support rail is made from aluminum and features a flange with bore spacing type standard length as per the provided table, ensuring compatibility with various linear set configurations. This product is specifically engineered to accommodate open linear bushings and is ideal for long guides or heavy loads where self-supporting shafts are not viable due to potential warping. The careful design allows for an optimal pressure angle when fitting the shaft, which, in conjunction with large fastening bolts, provides extra rigidity for the system. The SHAFT SUPPORT RAIL WU60-AF1-600 offers additional degrees of freedom in the circumferential direction compared to profiled guide rails. This makes it particularly useful in scenarios where other linear guides might fail due to imprecise substructures. It also permits unlimited length configurations when using interconnecting shafts, ensuring flexibility in design. Key specifications include size O thread diameter Mx, size V, size t, size A, product group ID, size O thread x lead Mx, size H angle, size E bore spacing type, length L material shaft support rails aluminum shaft diameter d, size M linear guide type linear bushing and shaft filter for precision steel shafts with support rails and weight tolerance. These details ensure that users can select the correct components for their specific application requirements. The SHAFT SUPPORT RAIL WU60-AF1-600 stands out as a robust solution for enhancing the stability and performance of linear motion systems.