PLANETARY GEARBOX GTE120-NN1-003B-NN21

***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 GTE120-NN1-003B-NN21 (R911317377) is a high-performance planetary gearbox designed to deliver exceptional torque and speed in a compact form factor. This model is part of the GTE series, known for its integration with dynamic MSK motors, making it an ideal solution for various standard applications such as simple handling and automation systems that utilize pinion, rack, or toothed belt drives. The GTE120-NN1-003B-NN21 boasts finely graded sizes and high power density, enabling it to meet a wide range of performance requirements within its intended applications. The gearbox can be configured either as a single-stage or two-stage unit and comes with the option of a smooth shaft or keyway to suit different mounting needs. It offers maximum output torque and speed levels suitable for demanding tasks while maintaining efficiency and torsional rigidity. The rated input speed indicates the gearbox's compatibility with high-speed operations, and its standard torsional clearance ensures precision in motion control. Furthermore, the unit's gear ratio contributes to its adaptability across various mechanical setups by allowing for the appropriate distribution of torque based on application needs. The rated input torque alongside the maximum input torque highlights the robustness of this gearbox model. Additionally, the GTE120-NN1-003B-NN21 is engineered to handle a maximum input speed without compromising performance. Durability is also considered with this model's design; it has a moment of inertia that ensures stability during operation. Lastly, despite its substantial capabilities, it maintains a manageable weight that facilitates ease of installation and integration into existing systems without adding excessive bulk.