Product Description:

The MAF130D-0100-FQ-M2-AH1-05-N1 is a liquid-cooled asynchronous housing motor built by Bosch Rexroth Indramat within the MAF IndraDyn Asynchronous Motors series. It is intended for flange installation on machine frames where continuous torque is required while housing temperature is controlled through an internal coolant circuit. In industrial automation lines, this motor drives spindles, rollers, or transfer mechanisms, while its integrated feedback electronics report position and speed to the drive controller. The housing design supports applications that need sustained output without relying on external airflow for primary heat removal.

The stator jacket is equipped for liquid cooling and uses a threaded connection so coolant lines can be attached directly to the housing. Standard bearings support the plain shaft, and the shaft exits the housing without a shaft seal to reduce drag during high-duty operation. Vibration grade A balancing and insulation class F permit operation on inverter supplies. The winding set carries code 0100 and is matched to an electrically released brake that holds up to 80 Nm when power is removed. Power enters on the A-side through a molded connector, while feedback is provided through an EnDat2.1 interface that supplies absolute multi-turn position data at 2048 increments and uses a 7–12 V sensor rail. The multi-turn absolute encoder supports repeatable homing accuracy, and the IP65 enclosure helps block dust and water jets.

A dedicated process port of 1/4 inch threads into the cooling jacket for closed-loop liquid service, allowing rated operation at ambient temperatures from 0 °C to 40 °C. At its nominal speed of 1000 rpm, the motor operates within the dynamic balance limits of the family’s D-length, 130-frame geometry while maintaining permissible vibration velocity. Compliance with DIN EN 60034-14 keeps the stated vibration level and mounting tolerances consistent with established machinery standards. The DIN-based flange dimensions also support straightforward integration with standard machine interfaces.