Product Description:

The MSM030C-0300-NN-C0-CG1 belongs to the MSM IndraDyn S Synchronous Motors series from Bosch Rexroth Indramat. Within an automation line, this motor forms the electromechanical link between an IndraDrive power stage and the mechanical load, delivering rotary motion for pick-and-place axes, small conveyors, or indexing tables. Its permanent-magnet design supports precise velocity and position loops required in packaging, electronics assembly, and laboratory equipment. Because the motor is used in a servo system rather than a fixed-speed drive, it can respond to rapidly changing commands and repeated start-stop cycles with accurate shaft control.

The motor uses an electrically released holding brake, so the shaft can remain locked when supply power is removed. Heat leaves the stator through natural convection, which avoids the need for separate fan wiring or airflow ducting. Power, brake, and feedback conductors exit through a factory-mounted cable tail, helping routing in compact machine spaces and reducing connector bulk at the motor body. Rotor position is detected by an incremental encoder, giving the drive high-resolution phase information for commutation and status monitoring. This feedback arrangement helps the controller maintain smooth low-speed motion and accurate stopping behavior during short indexing moves. The brake can withstand static loads that generate up to 1.27 Nm of opposing torque before motion occurs, which is useful on vertical axes or suspended tools.

The housing uses length code C, providing more stack length for higher continuous torque than shorter versions in the same platform. Its frame size is 030, which suits 30 mm mounting patterns often used with miniature gearheads and compact axis hardware. The longer stack gives the motor more active material within the same small footprint, which is useful where axis space is fixed by the machine frame. The motor uses winding code 0300, matching the electrical characteristics expected by low-current IndraDrive compact inverters and helping keep losses low on short cable runs. This layout fits densely packed mechanisms with limited installation space.