PLANETARY GEARBOX GTE080-NN1-003A-NN03

***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-NN1-003A-NN03 (R911311254) is a high-performance compact planetary gearbox designed to deliver high torque for standard applications, including simple handling and automation systems that utilize pinion, rack, or toothed belt drives. The product is part of the GTE series known for its power density and ability to meet a wide range of performance requirements within its application areas. This versatility is further enhanced by the availability of both single-stage and two-stage gearboxes, which can also be customized with either a smooth shaft or a keyway according to user needs. The GTE080-NN1-003A-NN03 is characterized by an impressive maximum output torque and speed. Its driving gear transmission is single-stage, ensuring efficient power transfer at the rated input speed. The standard torsional clearance indicates the precision with which it operates, while its efficiency showcases the gearbox's ability to perform with minimal energy loss. Torsional rigidity is another critical specification that denotes the stiffness of the gearbox under torsional loads, contributing to its reliability and durability in demanding applications. The maximum input speed defines how quickly the gearbox can operate without compromising its integrity or performance. Additionally, the moment of inertia Js impacts the dynamic response of the system it's integrated into. The rated output torque along with gear ratio specifies the torque multiplication from input to output, while rated and maximum input torques give insight into how much force can be applied to the gearbox. Lastly, weight is an essential factor for design considerations, especially in systems where overall equipment mass impacts functionality or efficiency.