TORQUE RESISTANT BUSHING KBDR1-25

***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 TORQUE RESIST.BUSH KBDR1-25 (R069602500) is a torqueresistant linear bushing designed for self-supporting, torsionally stiff guides with only one shaft. This model is part of the Torque Series within the product group and is tailored for applications requiring precise linear motion with resistance to torsional forces. The KBDR1-25 features ball guide grooves and a shaft diameter 'd' without an accompanying seal or shaft, ensuring a streamlined integration into various setups. Crafted for durability, the bushing includes a steel lock nut and a hardened steel adjusting screw that allows for zero clearance setting. The ball retainer and outer sleeve are constructed from high-strength PA or POM materials, while the bearing plates are made of hardened steel to ensure longevity and consistent performance under dynamic loads. The balls themselves are crafted from rolling bearing steel, known for its high wear resistance. The KBDR1-25 has been engineered to handle dynamic load capacities with minimal values due to variable loading directions. It boasts an impressive static load rating 'C', dynamic torsional moment load capacity 'Mt', and can operate within a permissible ambient temperature range of 'min C' to 'max C'. Its design facilitates maximum permissible linear speeds 'vmax' and can withstand max accelerations 'amax', making it suitable for high-speed applications. This bushing's outer diameter 'D' is standardized, fitting into closed format linear bushings systems. It offers a significant dynamic load capacity 'C' while maintaining a moderate weight, ensuring it doesn't add excessive bulk to assemblies. The KBDR1-25 is ideal for users seeking robust performance in precision applications where space constraints and torsional forces are significant considerations.