Product Description:

The MAF130B-0100-FQ-N0-AK0-05-N1 asynchronous motor is produced by Bosch Rexroth Indramat within the MAF IndraDyn Asynchronous Motors series. As a liquid-cooled asynchronous motor, it converts electrical energy into controlled rotary motion for machine tools, packaging lines, and other automated axes. The unit fits drive systems that demand high thermal stability and a compact footprint while keeping maintenance low in industrial automation. Its layout is suited to installations where heat must be removed without relying on surrounding air movement.

Liquid circulation through the stator jacket provides liquid cooling, and the inlet and outlet use a 1/4 inch connection thread for closed coolant circuits. Under nominal load, the rotor reaches a 1000 rpm rated speed, delivering consistent torque without overspeeding low-frequency inverters. The housing has an IP65 protection class, and class F insulation permits winding temperatures up to 155 °C before thermal limits are reached. Power is routed on the A-side through a plug-in connector, which simplifies cable routing at the machine interface. The standard bearing system supports continuous radial loads, a shaft sealing ring protects the internal cavity, and the keyed shaft simplifies coupling to pulleys or gearboxes.

For mechanical integration, the motor uses flange mounting, matching common machine frames and maintaining concentricity through its 130 mm frame size and B length code. Operation is specified between 0–40 °C, so external ventilation or coolant conditioning may be required in hotter environments. Dynamic balance is achieved by being balanced with a half key, which limits residual forces to vibration level A and complies with DIN EN 60034-14. The absence of an encoder leaves feedback selection to the drive controller, and the unit is supplied without a holding brake for applications where static torque from the drive or external locks is adequate. This arrangement allows the motor to be matched with the feedback method required by the surrounding axis hardware.