PLANETARY GEARBOX GTM100-NN1-010B-NN05

***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 GTM100-NN1-010B-NN05 (R911296676) is a cutting-edge servo motor renowned for its dynamic performance and compact design, which ensures optimum energy efficiency. This motor is specifically engineered to accommodate both low and medium inertia rotors, providing tailored mass customization to meet various application needs. It stands out as an intelligent solution within the industry environment, primarily due to its capability to function as a data source for advanced operational insights. With a maximum output speed and a single-stage driving gear transmission, the GTM100-NN1-010B-NN05 demonstrates exceptional torsional rigidity, ensuring reliable and precise motion control. The motor can handle a maximum input speed and torque, translating to impressive output torque capabilities. When operating at the rated input speed, this servo motor maintains high efficiency levels while minimizing energy consumption. The unit's moment of inertia (Js) is carefully calibrated to enhance performance. For applications requiring even more precise motion control, the servo motor offers options with reduced torsional clearance, thus delivering increased accuracy. The rated output torque and gear ratio are finely tuned to provide consistent power delivery relative to the rated input torque. Durability is also a key feature of this model; it's designed to withstand rigorous use without compromising on performance. The weight of the motor has been optimized to contribute towards an overall efficient system design. Overall, the Bosch Rexroth GTM100-NN1-010B-NN05 servo motor is an exemplary choice for those seeking advanced motion control solutions that require high dynamics in compact spaces without sacrificing energy efficiency or precision.