Product Description:

The MAF100D-0150-FQ-S0-BG0-05-N2 is a liquid-cooled asynchronous housing motor produced by Bosch Rexroth Indramat for the MAF IndraDyn Asynchronous Motors series. In industrial automation, it drives conveyors, positioning tables, and auxiliary spindles that require constant torque while keeping enclosure temperatures low. The compact housing and internal coolant passage let the motor operate close to heat-sensitive processes without adding external blowers. Because the motor is asynchronous, it is well suited for inverter-fed systems that need stable operation across changing process speeds.

The motor’s thermal circuit relies on liquid cooling that enters and leaves through a stainless connection thread ending in a 1/4 inch port, so standard shop piping can be attached without adapters. A standard rolling bearing set supports the rotor, and the plain shaft uses a shaft sealing ring to help prevent fluid spray from reaching internal components. The motor uses flange mounting, and this arrangement matches frame size 100 with length code D for direct alignment on gearboxes or machine plates. The winding code 0150 is routed through a connection thread, while the power lead exits on the B-side to keep service access clear at the driven end. With enclosure protection rated at IP65, dust and low-pressure water jets are kept out of the stator cavity, which helps protect the insulation system.

Mechanical output is synchronized at a rated speed of 1500 rpm, giving four-pole performance on standard 50 Hz supplies when controlled by a frequency inverter. The unit is delivered without a holding brake, so static loads must be restrained externally or by continuous magnetizing current. Stator windings use class F insulation, and safe operation is specified for ambient conditions between 0 to 40 °C. Voltage conductors terminate in a keyed connector, enabling fast electrical connection while leaving the liquid circuit intact. This arrangement suits enclosed machine layouts where coolant hoses and power wiring must be routed in a controlled way.