PLANETARY GEARBOX GTE080-NN2-012A-NN44

***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 GTE080-NN2-012A-NN44 (R911315660) is a high-performance planetary gearbox designed to deliver exceptional torque and speed for standard applications. This compact unit is particularly well-suited for simple handling and automation systems, including those utilizing pinion, rack, or toothed belt drives. Thanks to its finely graded sizes and high power density, the GTE series gearboxes can meet a wide array of performance demands in these areas. Available in both single-stage and two-stage configurations, the GTE080-NN2-012A-NN44 offers flexibility for various mechanical setups with options for either a smooth shaft or a keyway, catering to different mounting requirements. The gearbox boasts impressive specifications such as maximum output torque and speed capabilities that ensure reliable operation under demanding conditions. Additionally, the rated input speeds underscore the gearbox's efficiency and performance consistency. The standard torsional clearance indicates minimal play in the gearbox, contributing to precise motion control and reduced backlash. High efficiency ensures that power transfer is optimized, while exceptional torsional rigidity reflects the unit's ability to withstand stress without deformation. Moreover, the maximum input speed rating guarantees compatibility with high-speed motor inputs. The moment of inertia (Js) parameter is crucial for understanding how easily the gearbox can accelerate or decelerate rotating masses. Furthermore, an optimal gear ratio enhances torque multiplication while maintaining desired output speeds. The rated input torque provides insight into the continuous operational capacity of the gearbox, whereas the maximum input torque indicates peak tolerable force during transient conditions. Lastly, despite its robust capabilities, this model maintains a relatively low weight profile which facilitates easier integration into existing systems without significant structural modifications or additional support mechanisms.