MS2N04-B0BNN-CMDG0-NNNNN-NN

The Bosch Rexroth Indramat MS2N04-B0BNN-CMDG0-NNNNN-NN from the MS2N Synchronous Servo Motors series delivers precise high-speed motion with a Maximum Speed Output of 6000 rpm and robust torque performance rated at Nominal Torque Rating of 6.4 Nm. Engineered for versatile installation, it operates across an Operating Voltage range of 179 to 480 volts AC using a 3-phase polyphase configuration and maintains synchronization at an Input Frequency of 50 Hz to 60 Hz. Under nominal conditions, the motor draws a steady Current Rating of 4.9 Amperes while its Coil Winding Resistance of 26.2 ohms minimizes I^2R losses, contributing to efficient power utilization. Thermal management is provided through a Natural Convection Cooling Method that employs ambient air and a high-surface-area aluminum body to dissipate heat effectively in continuous-duty cycles.

Internal electromagnetic characteristics are optimized by an Inductive Rating of 110.09 mH, which smooths current transitions and attenuates voltage spikes, while the minimal Leakage Capacitance of 1.1 nF ensures stable signal coupling and reduces noise in sensitive control architectures. The servo’s electrical interface features an M17 double plug turnable connector, facilitating flexible orientation and rapid field wiring without tool adjustments. Position feedback is guaranteed by a multiturn encoder winding rated for 3000 min, delivering accurate absolute and incremental signals for both high-speed and low-torque robotics applications. With no holding brake installed, the design minimizes rotor inertia and enhances dynamic response, making it ideal for tight-motion profiles in assembly and pick-and-place systems.

Mechanically, the unit incorporates a smooth shaft with seal, ensuring protection against dust and contaminants while maintaining precision alignment. Mounting is straightforward via M7 screws on the industry-standard 60 mm flange, guaranteeing repeatable installation and easy integration into machine platforms. The combination of lightweight construction, absence of a brake, and flexible connector positioning enables streamlined maintenance and optimal system uptime in demanding industrial environments.