Product Description:

The MAF130D-0150-FQ-S2-KL0-05-N1 is a liquid-cooled asynchronous housing motor produced by Bosch Rexroth Indramat within the MAF IndraDyn Asynchronous Motors series. As a flange-mounted drive element, it converts electrical energy into mechanical rotation for continuous industrial automation duties that demand stable torque at moderate speed. The housing accepts liquid coolant through a 1/4-inch threaded connection, allowing the machine builder to route heat away from neighboring components and keep enclosure temperatures inside control cabinets within safe limits.

The motor’s rated shaft speed is 1500 rpm, matching lines that use four-pole machines on 50 Hz inverters and simplifying gear selection for conveyors or extruders that run at set process velocities. Its cooling method is liquid cooling, so heat is removed directly from the stator iron and copper, maintaining consistent winding resistance and minimizing derating under cyclic peaks. Position feedback is delivered by a single-turn absolute encoder that provides 2048 increments, which supports fine speed regulation when paired with high-resolution drives. The motor has an IP65 protection rating, so dust intrusion is prevented and water jets from cleaning cycles do not impair the stator insulation. Operation is specified for ambient temperatures from 0 to 40 °C, ensuring full performance in standard factory halls without external cooling units.

Communication with the drive controller occurs over the EnDat2.1 serial interface, which streams position, diagnostics, and device ID through the same cable used for encoder power. The motor uses class F insulation, allowing a permissible winding temperature of 155 °C before thermal limits are reached. The output shaft is machined with a keyway, and the rotor is balanced with a half key so couplings can be installed without additional corrective weights. The motor meets vibration grade A according to DIN EN 60034-14, minimizing transmitted oscillations to connected mechanical equipment during steady-state and transient loading.