SLOTTED ROUND NUT NMZ 12X1

***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 SLOTTED ROUND NUT NMZ 12X1 (R344600304) is a precision-engineered component designed to secure and provide axial support in ball screw assemblies. This slotted nut is specifically tailored for fixed bearings and is suitable for applications that require precise timing belt side drive or driven nuts. The product falls under the product group ID associated with slotted nuts for Rexroth ball screw assemblies, ensuring compatibility and optimal performance within these systems. The NMZ 12X1 model boasts an outer diameter (D), which allows for a snug fit within the designated space in machinery, maintaining the integrity of the assembly. It is constructed with exacting standards to withstand specific tightening torque values, ensuring that once installed, it remains firmly in place without risking damage to the threads or compromising the function of the ball screw system. The tightening torque for the set screw MAG is specified to guarantee proper installation and performance. Weighing in at a calculated mass (m) in grams, this slotted nut does not add significant weight to the assembly, helping maintain overall efficiency of the machine's operation. Additionally, it can support an axial operating load (F Lax), which indicates its capacity to handle forces along its axis without failure. This model also includes accessories that are essential for integrating with Rexroth ball screw assemblies. The nominal size of NMZ x signifies its standard dimension which facilitates ease of selection and replacement when necessary. Users can rely on this Bosch Rexroth slotted round nut for its robustness and precision in various mechanical applications where reliable fixation of components is critical.