LINEAR-SET LSADR2-30-WV-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 LINEAR-SET LSADR2-30-WV-600 (R109853080) is a comprehensive linear motion solution designed to deliver high precision and robust performance in a variety of applications. This linear set is comprised of an aluminum, torque-resistant lightweight precision tandem housing with a standard-length precision steel shaft that includes two ball guide grooves. The LSADR2-30-WV-600 features torquetransmitting, hardened steel bearing plates that are set to zero clearance by the manufacturer, ensuring stability against cocking loads and providing a reliable linear motion system. The product is designed without external seals and is relubricatable, extending its service life and maintaining its performance over time. The dynamic load capacity C and static load rating C0 indicate minimal values due to potential variability in loading directions. It has the capability to withstand a maximum ambient temperature range as specified by the product series, ensuring its operation within a wide range of environmental conditions. With its outer diameter D and size E specifications, this linear set can accommodate certain requirements for space and fitment. The maximum permissible linear speed vmax and mass m/kgm are indicative of the unit's efficiency and ease of integration into various systems. Additionally, the dynamic torsional moment load capacity Mt signifies its ability to handle rotational forces during operation. Ideal for applications requiring precise linear movement with resistance to torsional forces, the Bosch Rexroth LINEAR-SET LSADR2-30-WV-600 offers a reliable solution that can be easily maintained due to its relubricatable design. Its construction ensures stability under dynamic conditions while providing smooth motion control for sophisticated industrial tasks.