MS2N04-C0BTN-ASDH1-NNNNN-NN

The MS2N04-C0BTN-ASDH1-NNNNN-NN synchronous servo motor from Bosch Rexroth Indramat is a high-performance member of the MS2N Synchronous Servo Motors series, engineered for precision motion control in advanced industrial systems. This compact unit features a max torque of 12.6 Nm and achieves a max speed of 6000 rpm, offering dynamic response and robust output. Its Base length of 179 mm and Flange length of 82 mm ensure a streamlined footprint, while the Cooling class N design leverages natural air convection for efficient thermal management without auxiliary cooling. The motor weighs 4.4 kg with brake, balancing low inertia construction with sturdy mechanical integration. Equipped with a BASIC singleturn encoder, it delivers reliable position feedback for closed-loop control.

Performance characteristics of the MS2N04-C0BTN-ASDH1-NNNNN-NN are defined by a rotor inertia with brake of 0.00016 kg(m^2) and rapid current handling up to Max current of 17.3 A, enabling high acceleration rates and precise torque modulation. The Stall torque at 100 K of 3.35 Nm and Stall torque at 60 K of 2.7 Nm illustrate thermal behavior under varying ambient conditions, supporting consistent operation during extended duty cycles. Built-in single-cable connection technology simplifies installation, while the Holding brake type 1 with a Holding brake length of 32.5 mm ensures safe standstill under load. Shaft integration is standardized via the Shaft type H, facilitating direct coupling to gearboxes and rotary assemblies. The motor’s Bearing type Standard configuration guarantees stable operation across the rated speed range.

Reliability is further enhanced through precise construction and quality materials, delivering long service life even in demanding environments. The MS2N04-C0BTN-ASDH1-NNNNN-NN integrates seamlessly with IndraDyn S drives for synchronized multi-axis control, making it ideal for packaging machinery, robotics, textile automation, and CNC applications. Its natural convection cooling eliminates maintenance associated with external fans or pumps, while the compact flange and standard bearing arrangement reduce system complexity. From high-speed pick-and-place to continuous winding processes, this servo motor offers consistent performance, straightforward integration, and superior uptime to meet rigorous industrial requirements.