Product Description:

The MSK040B-0600-NN-S3-UG0-NNNN motor is manufactured by Bosch Rexroth Indramat and belongs to the MSK IndraDyn S Synchronous Motors series. It functions as a servomotor that converts drive-controller commands into tightly regulated rotary motion, making it suitable for packaging stations, pick-and-place modules, and compact handling axes where repeatable path control is needed. Its compact format supports machine layouts that need fast acceleration, consistent positioning, and dependable operation in spaces where larger servo packages would be difficult to install. It is suited to automation cells that must maintain responsive motion while preserving installation flexibility.

The housing removes heat through natural convection, so no auxiliary blower or liquid circuit is required around the motor body. Signal wiring uses a connector that is rotatable through 240°, which helps route cables around guards, frames, or nearby axes without forcing a fixed exit angle. Position feedback is transmitted over Hiperface, and the internal measuring system provides 16 signal periods per mechanical turn for the connected drive. The encoder uses a capacitive scanning method, which helps maintain stable feedback in areas exposed to vibration or magnetic interference. Because cooling is passive, the motor can be fitted into enclosed machine sections that do not have separate air supply lines for the axis.

With a motor size of 040 and winding code 0600, this unit suits low-to-medium power axes that require short index times and controlled motion in compact equipment. The feedback system is single-turn, so it reports position within one mechanical revolution and relies on the control system if multi-turn tracking is needed. The motor is supplied without a holding brake, which reduces rotating mass when the application already uses an external locking method or does not require brake-supported holding at standstill. A plain shaft interface supports direct coupling arrangements, and the B frame length helps keep the installed depth manageable in confined automation cells. That shaft style is often used where the coupling provides torque transfer and the driven mechanism does not require a keyed connection.