MS2N04-B0BTN-BSDG1-NNNNN-NN

The MS2N04-B0BTN-BSDG1-NNNNN-NN from Bosch Rexroth Indramat is a precision-engineered solution in the MS2N Synchronous Servo Motors series, designed for demanding industrial automation tasks. This motor delivers a maximum rotational speed of 6000 min⁻¹ and a peak torque of 6.4 Nm (M0 60K), ensuring robust performance for high-speed motion control. Its primary function is to provide rapid dynamic response in applications such as robotics, CNC machinery, and assembly machines, where accurate positioning and fast acceleration are critical. By combining high speed with substantial torque, this servo motor excels at maintaining throughput in complex production environments without sacrificing control.

Incorporating advanced technical features, the MS2N04-B0BTN-BSDG1-NNNNN-NN offers a short-time overcurrent capability of 4.9 A, supporting brief torque surges during acceleration phases. The motor’s low rotor inertia of 0.00007 kg·m² (without brake) enables swift speed changes, while the version with integrated brake exhibits a slightly higher inertia of 0.00011 kg·m², enhancing stability under load. Other unique attributes include a built-in motor data memory for parameter storage, support for both single-turn and multi-turn encoders, and three accuracy classes to match various precision requirements. The standard electrical connection features an M17 double plug, turnable, facilitating flexible installation and maintenance.

Designed for durability and versatility, this servo motor offers optional configurations such as an integrated shaft seal, a smooth shaft or keyway, and an equipped holding brake to secure the drive when idle. Its winding is rated at 6000 min, and it meets stringent industrial performance criteria without external cooling, relying on its robust design to dissipate heat under continuous operation. By combining low inertia, high torque density, and configurable shaft options, the MS2N04-B0BTN-BSDG1-NNNNN-NN enhances efficiency and reliability in industrial systems, delivering precise motion control, minimized downtime, and superior long-term operational benefits.