Product Description:

Bosch Rexroth Indramat manufactures the MAF130D-0200-FQ-S2-HH0-35-H1, an asynchronous motor in the MAF IndraDyn Asynchronous Motors series. Classified as a liquid-cooled asynchronous housing motor, it supplies continuous rotary power for industrial automation lines that cannot tolerate temperature-related torque drop. With a 130 frame size and D length code, this model uses winding 0200 to match midsize inverters while its high-density stator core keeps the footprint compact. This type of motor is suited to applications that require stable torque over long operating periods and consistent thermal behavior under changing load.

Heat is removed by liquid cooling; the stator jacket carries a connection thread that accepts standard fittings, and the inlet is dimensioned at 1/4 inch to simplify manifold plumbing. A rotatable terminal box on the B-side provides the three-phase power connection and maintains cable strain relief regardless of machine layout. High-speed bearings support the shaft while it runs at a rated speed of 2000 rpm, and the motor also supports flange and foot mounting. The integrated single-turn absolute encoder offers 2048 increments of position data over a digital EnDat2.1 interface and is powered from a 7–12 V supply, enabling tight position loops without additional sensors. An IP65 housing resists dust and low-pressure water. This combination allows the motor to operate in enclosed machinery where cable routing, cooling line access, and feedback integration must remain compact and predictable.

Electrical endurance follows class F insulation limits, allowing continuous operation in ambient temperatures from 0–40 °C without derating. The output is a plain shaft, and the motor is supplied without a holding brake or a shaft sealing ring, which helps reduce friction in couplings that already incorporate their own seals. Compliance with DIN EN 60034-14 aligns rotor balance with vibration level A, while the liquid-cooling circuit and high-speed bearing set support extended-duty operation. The insulation system and mechanical layout support continuous industrial service where the motor remains under load for long cycles rather than short intermittent moves.