COMPACT MODULE CKK-070-NN-1

***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 COMPACT MODULE CKK-070-NN-1 (R030518285) is a high-performance linear motion system that incorporates a ball rail system with a zero-backlash ball screw drive, offering precise and dynamic movement control. This module is distinctly recognized for its compact size and flat construction, providing high power density with a width-to-height ratio optimized for space-saving installations. The structure of the CKK-070-NN-1 includes a robust frame that houses the carriage with integrated runner blocks, ensuring smooth and accurate linear motion. The ball screw drive is supported by cross ties on the drive side to maintain alignment and reduce deflection. Additionally, the module features attachments such as motor flanges and couplings, timing belt side drives, connection plates, magnetic sensors, mounting ducts, and socket plugs. The design focuses on high-speed capabilities over extended lengths of up to 5,500 mm. Its elastomer buffer allows for cushioning between the carriage and screw supports while maintaining maintenance-free operation. The screw supports are exclusively intended for horizontal applications and are safeguarded by cover plates and reinforced PU belt cover strips. Lubrication options include manual grease lubrication (LSS or LPG) or prepared fittings for central lubrication systems (LCF or LCO), catering to different maintenance preferences. The resist cover design features FKM sealing profiles that offer increased protection against contaminants and are suitable for environments with dry chip loads or welding applications. Overall, the COMPACT MODULE CKK-070-NN-1 is engineered for reliability in high-speed linear motion tasks while ensuring durability through its well-thought-out structural design, lubrication versatility, and protective measures against operational wear.