PLANETARY GEARBOX GTM075-NN1-005A-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 GTM075-NN1-005A-NN21 (R911312667) is a high-performance servo motor known for its dynamic capabilities and compact size, which contributes to its exceptional energy efficiency. This particular model is designed to deliver optimal performance with a balance of low to medium rotor inertia, ensuring rapid acceleration and deceleration tailored to the needs of various applications without compromising on precision or power. With the ability to function as an intelligent data source within Industry 4.0 environments, the GTM075-NN1-005A-NN21 servo motor is well-suited for advanced manufacturing processes that require real-time data analytics and adaptive responses. The motor also includes specialized features such as ATEX-compliant explosion-proof versions, making it versatile for use in environments with stringent safety requirements. This model boasts a maximum output speed and an impressive torque range, with specifications that include maximum input speed and torque, as well as rated input speed. Its driving gear transmission is single-stage, indicating a straightforward yet effective mechanism for power delivery. The product group ID highlights its category within Bosch Rexroth's extensive product lineup. Torsional rigidity is a key factor in the GTM075-NN1-005A-NN21's performance, ensuring that the motor's response to torque is consistent and reliable. The standard torsional clearance prefixsuffixsuffix provides information about the allowable rotational play in the motor's output shaft, which can be critical for precision applications. Efficiency ratings reflect the motor's ability to convert input energy into motion effectively while minimizing losses. Additionally, the moment of inertia Js parameter gives insight into how much resistance the motor has against changes in rotational speed - critical for applications requiring high levels of control over acceleration and deceleration. Lastly, this model offers reduced torsional clearance options for applications demanding even greater precision. With a specified gear ratio and rated output torque relative to its rated input torque, users can anticipate exact performance characteristics suitable for their specific needs. The weight of the servo motor rounds out its physical specifications, providing essential information for system integration planning.