MAF130D-0150-FQ-S2-AG0-05-N1

The Bosch Rexroth Indramat MAF130D-0150-FQ-S2-AG0-05-N1 is a high-performance asynchronous induction motor from the MAF IndraDyn Asynchronous Motors series designed for demanding industrial motion control. Boasting a rated power of 31.4 kW and a rated torque of 200 Nm, this motor delivers robust drive capabilities for conveyor systems, material handling, and automated processing lines. Equipped with a single-turn absolute encoder under the EnDat 2.1 protocol with 2048 increments, it ensures precise position feedback and seamless integration into advanced servo controllers.

In-depth technical specifications highlight the motor’s operational excellence. It runs at a rated speed of 1500 rpm with a derating speed of 1000 rpm to accommodate various load conditions and thermal limits. The rated current of 72.6 A supports sustained performance, while a continuous torque capacity of 220 Nm when powered ensures reliable holding and static positioning. The motor features three pole pairs, allowing frequency-based speed regulation, and achieves a vibration severity grade R with a noise level of 70 dB measured at 1 meter. These characteristics guarantee smooth, accurate motion and minimal mechanical resonance in sensitive applications.

Designed for durability and versatility, the MAF130D-0150-FQ-S2-AG0-05-N1 employs liquid cooling with connection thread for efficient thermal management and standard bearings for dependable support. The plain shaft with sealing ring protects against contamination while maintaining torsional rigidity. Mounting options include both flange and foot mounting, and the A side power connections facilitate straightforward installation and maintenance with minimal interference. With a motor mass of 145 kg and no holding brake fitted, this induction motor offers enhanced reliability and reduced maintenance complexity. Certified to industrial standards, it provides consistent performance, long service life, and significant efficiency gains in automated manufacturing and process control environments.