PLANETARY GEARBOX GTE060-NN2-040A-NN42

***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 GTE060-NN2-040A-NN42 (R911310309) is a high-performance compact planetary gearbox designed to deliver high torque for standard applications, particularly in simple handling and automation systems. This model is well-suited for use with pinion, rack, or toothed belt drives. It features a finely graded size range and boasts a high power density that meets diverse performance requirements within its intended application scope. The GTE series gearboxes come in either single-stage or two-stage configurations and offer the flexibility of being equipped with an optional smooth shaft or keyway to match different mechanical interface needs. The maximum output torque and speed are engineered to accommodate dynamic MSK motors, ensuring efficient power transmission for various automated tasks. With its robust design, the GTE060-NN2-040A-NN42 gearbox promises low standard torsional clearance, contributing to precise motion control. The rated input speed signifies the gearbox's capability to handle consistent operational demands while maintaining efficiency and torsional rigidity. This rigidity is essential for applications requiring precise positioning and repeatability. Furthermore, the unit's maximum input speed indicates its ability to function effectively at higher velocities without compromising stability or longevity. The moment of inertia (Js), rated output torque, and gear ratio are critical parameters that define the gearbox's performance characteristics in relation to the motor's input. The rated input torque alongside the maximum input torque reflects the gearbox's strength and resilience under varying load conditions. Lastly, despite its robustness, this model maintains a relatively low weight profile, allowing for easier integration into system designs without significantly adding to the overall mass of the machinery it serves. This balance of strength and weight makes it an excellent choice for a wide array of automation tasks where reliability and efficiency are paramount.