Product Description:

The MAF130D-0150-FQ-S2-AG0-35-N1 is a liquid-cooled asynchronous housing motor manufactured by Bosch Rexroth Indramat for the MAF IndraDyn Asynchronous Motors series. In automated cells, it drives pumps, spindles, or transport axes that must sustain continuous torque while minimizing heat in confined cabinets. Its construction pairs an aluminum housing with internal coolant passages, allowing stable operating temperatures even under long duty cycles. This layout is suited to installations where heat must be carried away from the motor instead of being released into nearby equipment. Because the cooling circuit is integrated into the housing, the motor can be installed in enclosed machine sections without depending on external airflow.

The motor uses liquid cooling delivered through a 1/4 inch connection thread, so the plant's coolant line can be fitted directly. Inside, a single-turn absolute encoder with an EnDat2.1 interface provides position feedback at 2048 increments and is energized by 7 to 12 V. This feedback allows the connected drive to track rotor position during speed regulation and controlled axis movement. Standard bearings support the 130 mm frame and D-length rotor, while vibration level A complies with DIN EN 60034-14. Electrical power arrives on the A-side through a sealed connector, and the housing reaches IP65 protection so dust and low-pressure water jets do not reach active parts. A shaft sealing ring works with the plain shaft to limit lubricant escape, and the design omits a holding brake where static clamping is handled externally.

During operation, the motor can run up to 1500 min⁻¹ with winding code 0150, and the class F insulation system tolerates the related thermal load. The motor uses flange and foot mounting, which supports secure installation on machine frames or base plates. Acceptable ambient temperature is 0 – 40 °C, while the coolant circuit removes internal losses and DIN EN 60034-14 balancing helps moderate dynamic forces. This arrangement supports continuous-duty operation in enclosed machine sections where passive cooling would be less effective.