Product Description:

The MAF180D-0200-FR-S2-HQ0-35-N1 is a liquid-cooled asynchronous housing motor produced by Bosch Rexroth Indramat for the MAF IndraDyn Asynchronous Motors series. It serves as a drive element for automation cells that require continuous torque density while keeping motor surfaces cool through internal coolant passages. This makes it suitable for equipment that runs for long periods under steady load and already has a circulating coolant system. The unit combines the 180 frame size with the D length code to fit systems that balance power output against installation depth.

The motor uses liquid cooling through an enclosed rapid-action coupling sized at 1/2 inch, allowing quick line changes while keeping the coolant path contained. Electrical power is routed to a turnable terminal box on the B-side so the connection angle can match cabinet layouts. Flange and foot mounting points simplify alignment on baseplates, and standard bearings keep rotational accuracy within vibration level A. The turnable terminal box also provides more freedom when the motor is installed near guarding or machine frames. Motion feedback comes from a single-turn absolute encoder that communicates over the EnDat2.1 interface; its native resolution is 2048 increments, and it is powered from a 7–12 V supply. The rotor is balanced with a complete key, the shaft has a keyway, and no shaft sealing ring is fitted, so an external seal is required if pressurized washdown is expected. The omission of a holding brake reduces mass and leaves load holding to the drive or to external machine mechanics.

At a rated speed of 2000 rpm, the stator insulation system, class F, supports winding temperatures suited to heavy cyclic loads while meeting IP65 enclosure protection. Operation follows the mechanical limits of DIN EN 60034-14, ensuring vibration and balance compliance throughout an ambient temperature range of 0 to 40 °C. Because the power terminals swivel and the encoder cable exits through an EnDat connector, the electrical, fluid, and signal connections can be routed separately. This layout helps keep hose bends clear of the power and feedback leads.