TORQUE RESISTANT BUSHING KBDR1-50-SPECIAL

***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 KBDR1-50-SPECIAL (R069605086) is a specialized component designed for self-supporting, torsionally stiff guides with only one shaft. This torqueresistant linear bushing is distinguished by its lack of a seal and absence of a shaft, allowing for customization according to specific customer drawings. The precision steel shaft features a single ball guide groove that is essential for transferring torques effectively. Constructed with a ball retainer and outer sleeve made from durable materials such as PA or POM, the KBDR1-50-SPECIAL ensures longevity and consistent performance. The hardened steel bearing plates provide robust support for the rolling bearing steel balls, which facilitate smooth linear motion. An important feature of this model is the hardened steel adjusting screw that comes preset to zero clearance, ensuring precision alignment and movement right from installation. Furthermore, the unit includes a steel lock nut to secure adjustments and maintain stability during operation. This torque-resistant linear bushing is part of Bosch Rexroth's Torque Series within their Productgroup ID lineup, characterized by its closed format design which enhances its dynamic load capacity. Its static load rating C and dynamic torsional moment load capacity Mt are minimal values due to varied loading directions which cannot always be distinctly defined. The KBDR1-50-SPECIAL can withstand maximum accelerations (amax) and operates efficiently within a permissible ambient temperature range. Its outer diameter D allows for compatibility with various applications while maintaining maximum permissible linear speeds (vmax). Lastly, the unit's weight has been optimized to contribute to overall system efficiency without compromising on its static or dynamic load capacities.