TORQUE RESISTANT BUSHING KBDRC1-12-WV-900

***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 KBDRC1-12-WV-900 (R072001285) is a high-quality torqueresistant compact linear bushing designed for self-supporting, torsionally stiff guides with a single shaft. This model, which forms part of the torqueresistant LB compact series, features precision steel shafts with machined ball guide grooves for enhanced accuracy and performance. With a shaft diameter of 12 mm and a standard length as per the accompanying table, this product is tailored for applications requiring precise linear motion. The bushing is equipped with hardened steel bearing plates and an outer sleeve made of durable PA or POM materials, ensuring longevity and consistent operation under various conditions. The balls are constructed from rolling bearing steel, which allows for smooth movement and reduced friction. A unique feature of this model is the hardened steel adjusting screw that comes set to zero clearance, providing additional precision to the linear motion system. This product's dynamic load capacity is indicated as minimal values due to the variability in loading directions, with a static load rating C0 and dynamic torsional moment load capacity Mt also specified. It operates efficiently within an ambient temperature range of -30°C to +80°C and can handle maximum accelerations as well as linear speeds without compromising performance. Weighing in at 0.3 kg/m, the TORQUE RESIST.BUSH KBDRC1-12-WV-900 is designed for closed format linear bushings and possesses a robust construction that ensures reliability in various applications without requiring seals. Its dynamic load capacity further attests to its ability to withstand operational stresses while maintaining its structural integrity over time.