Product Description:

Bosch Rexroth Indramat's MAF130C-0150-FQ-S2-AH0-05-H1 belongs to the MAF IndraDyn Asynchronous Motors series and is intended for liquid-cooled housing installations that require continuous torque stability in a compact envelope. As an asynchronous motor, it converts variable-frequency drive output into rotary motion for material handling stations, packaging axes, and other automated equipment where heat is removed through an internal coolant circuit rather than ambient air. Its liquid-cooled design supports installations where surrounding air is warm, enclosure space is tight, or fan-driven airflow is not preferred. The motor is supplied without a holding brake, so motion hold must be provided by the drive or an external mechanical lock.

The rotor is supported by high-speed bearings that sustain elevated peripheral velocities while minimizing wear during continuous operation. Heat generated in the stator is removed by liquid cooling routed through a ¼-inch connection thread, keeping the insulation system within its class F limits. Position feedback is delivered by a single-turn absolute encoder that communicates via the EnDat2.1 interface and resolves shaft position at 2048 increments. This feedback supports closed-loop speed regulation and accurate shaft position reporting without a separate external feedback device. The encoder shares an A-side power connector so power and feedback cabling exit in one direction, and a flange mounting face simplifies alignment to gearboxes. The plain shaft is supplied without a shaft sealing ring, and the housing is built to IP65 to keep dust and low-pressure water jets away from internal components.

During continuous duty, the machine reaches 1500 rpm, a speed matched to winding code 0150 and frame size 130/C. Operation is permitted between 0 to 40 °C, which suits typical plant-floor conditions in enclosed machinery and general industrial spaces. Construction follows DIN EN 60034-14, which corresponds to vibration level A. This helps the motor run with predictable mechanical behavior when it is mounted to standard machine frames and coupled to driven equipment.