BALL NUT FEM-E-C 63X10RX6-6

***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 FEM-E-C 63X10RX6-6 (R150264086) is a high-precision ball screw assembly designed for linear motion applications. This single nut with flange FEMEC is engineered to provide smooth and accurate movement in a variety of settings. The nominal diameter of the screw is 'd,' and it features a right-hand lead 'P.' The ball diameter 'Dw' ensures efficient load distribution across the number of ball track turns 'i.' It boasts mounting dimensions that are similar to DIN standards, with both flange type C and B available for flexibility in application. This model comes equipped with standard seals and standard axial clearance, ensuring reliable operation under various conditions. The preload class options range from C0 to C5, allowing users to select the appropriate level of rigidity for their specific needs. Tolerance grade T3 is applied to sizes as per the product overview for screws, which can be referenced in the general technical notes and information section. The FEM-E-C 63X10RX6-6 operates within a temperature range from minimum bearing temperature up to a maximum operating temperature as specified, highlighting its capability to withstand varying environmental conditions. Its dynamic load capacity 'C' and static load rating 'C' are valid for tolerance grades T3 and T5, with correction factors available for other tolerance grades. With a maximum permissible linear speed 'vmax,' this ball screw assembly is suited for high-speed operations while maintaining precision. The unit's mass is .kg, indicating its lightweight yet robust construction. For applications requiring precise control of linear displacement, the Bosch Rexroth FEM-E-C 63X10RX6-6 offers reliability and performance consistent with industry demands in precision engineering fields.