PLANETARY GEARBOX GTM060-NN1-005B-NN02

***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 GTM060-NN1-005B-NN02 (R911309942) is a high-performance servo motor designed to deliver exceptional dynamics and precision in a compact form factor, ensuring best-in-class energy efficiency. This motor is characterized by its ability to provide maximum output torque and speed, which are essential for demanding industrial applications. It features a single-stage driving gear transmission, which contributes to its high efficiency and standard torsional clearance, making it suitable for precise motion control tasks. The GTM060-NN1-005B-NN02 is engineered with rotors that come in both low and medium inertia variants, allowing for tailored mass customization to match specific application requirements. The motor's torsional rigidity is a testament to its robust construction and reliable performance under varying operational conditions. Additionally, the servo motor has an impressive maximum input speed and a moment of inertia Js that further underscores its dynamic capabilities. Equipped with intelligent features, this servo motor can act as a data source within Industry 4.0 environments, facilitating smart manufacturing processes. It also comes with an option for reduced torsional clearance, enhancing its precision for specialized tasks. The rated output torque and gear ratio are optimized for efficient power transfer, while the rated input torque and max input torque indicate the motor's capacity to handle high-load scenarios without compromise. The GTM060-NN1-005B-NN02 also includes special explosion-proof versions compliant with ATEX standards, broadening its applicability in environments where safety against explosive risks is paramount. Lastly, the weight of the motor is minimized without sacrificing strength or performance, enabling easier integration into various machine designs without adding significant bulk.