Product Description:

The MAF160C-0050-FQ-M2-EG0-05-N1 is an industrial liquid-cooled asynchronous housing motor produced by Bosch Rexroth Indramat for the MAF IndraDyn Asynchronous Motors series. It delivers regulated rotary motion in automated lines while diverting heat to an external coolant circuit. The design uses frame size 160 with length code C and uses flange mounting for direct installation on connected machinery. A plain output shaft and a turnable terminal box on the A-side simplify mechanical coupling and supply-conductor routing around adjacent equipment. It is well suited to applications that require steady low-speed operation with closed-loop control from a compatible drive.

During continuous duty, the rotor reaches a rated speed of 500 rpm, a range suited to torque-dense equipment that must minimize mechanical noise. Thermal energy leaves the stator through liquid cooling supplied via a 1/2-inch connection thread that matches common plant manifolds. Feedback comes from a multi-turn absolute encoder with 2048 increments over the EnDat2.1 interface, and it operates on 7–12 V from the control electronics. This feedback arrangement gives the controller absolute position information after startup and supports accurate motion tracking during speed changes. Standard bearings and winding code 0050 support smooth running, and the model is supplied without a holding brake so any static load retention must be handled by the drive or an external locking device.

The cast-iron housing is sealed to IP65, preventing dust intrusion and resisting low-pressure water jets, while a shaft sealing ring protects the internal bearings. Mechanical balance follows DIN EN 60034-14, and the rotor conforms to vibration grade A to limit transmitted oscillations. Electrical endurance is supported by class F insulation, allowing elevated winding temperatures as long as the ambient remains between 0 °C and 40 °C. The rigid housing also helps reduce resonance under changing load conditions, which is useful in equipment that runs for long periods under steady torque demand.