PLANETARY GEARBOX GTE160-NN2-012A-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 GTE160-NN2-012A-NN21 (R911319487) is a high-performance compact planetary gearbox designed to work seamlessly with dynamic MSK motors. It is engineered to deliver robust torque for standard applications, making it an ideal choice for handling and automation systems that utilize pinion, rack, or toothed belt drives. With finely graded sizes and superior power density, the GTE160-NN2-012A-NN21 meets a broad range of performance requirements in its application areas. This gearbox can be configured as either single-stage or two-stage and comes with the option of a smooth shaft or keyway, enhancing its versatility. It boasts impressive specifications such as a high max output torque and speed, ensuring efficient power transmission for various tasks. The unit's driving gear transmission is twostage, providing reliability and consistency in operation. Additionally, the gearbox offers an exceptional standard torsional clearance, contributing to its precision. The rated input speed of the GTE160-NN2-012A-NN21 ensures optimal performance while maintaining excellent efficiency levels. Its torsional rigidity guarantees stability under load, while the maximum input speed supports rapid operations without compromising on control or longevity. The moment of inertia Js is carefully balanced to provide smooth motion control. Furthermore, the gearbox features a specific gear ratio that optimizes the rated input torque for consistent output. In cases of peak demand, it can handle a maximum input torque without strain. Despite these powerful capabilities, the GTE160-NN2-012A-NN21 maintains a compact form factor with minimal weight, facilitating easy integration into existing systems without adding excessive bulk or complexity.