MINIATURE RUNNER BLOCK RESIST NRII MWA-015-BNS-C1-H-0

***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 MINI R.BLOCK NRII MWA-015-BNS-C1-H-0 (R044351340) is a high-precision miniature ball runner block designed for smooth, quiet running and easy ball replacement. It features a BNS format with a wide width, normal length, and standard height. The runner block body is made from corrosion-resistant steel, ensuring durability under various operating conditions. With an accuracy class of H (High), this product guarantees precise movement and alignment in applications requiring such exacting standards. This model comes with a low preload (Preload class C), which is suitable for applications where minimal frictional resistance is necessary. It does not include a ball chain, preservation, or initial lubrication, allowing for customization based on the specific lubrication requirements of the application. Additionally, it lacks attachment elements on both the left front and right front reference edges. The MINI R.BLOCK's overall length is noted to be . mm, and it has an integrated lube nipple in the standard version of the runner block body. One of its key advantages is its interchangeability; it can be combined with guide rails of every accuracy within classes P, H, and N. The product also features a relubrication hole for maintenance ease. With regards to load capacity and performance metrics, dynamic load capacity C and static load capacity C are calculated according to DIN standards. This model can handle maximum accelerations (amax) efficiently while maintaining operation within permissible ambient temperatures ranging from -20°C to +80°C. The MINI R.BLOCK NRII MWA-015-BNS-C1-H-0 offers an optimal solution for applications requiring compact linear motion components without compromising on precision or quality. Its design facilitates self-alignment to compensate for misalignments while ensuring static torsional moment load capacity. Its dynamic longitudinal moment load capacity ML further underscores its robustness for dynamic applications.