Product Description:

The MAF160C-0200-FQ-M0-FG0-05-R1 is an asynchronous motor produced by Bosch Rexroth Indramat and supplied within the MAF IndraDyn Asynchronous Motors series. Classified as a liquid-cooled asynchronous housing motor, it provides rotary power for industrial automation axes that need compact frames with high thermal loading capability. The design pairs the 160 frame size with the C length code and follows DIN EN 60034-14 dimensional rules, which helps it fit standardized mounting faces on compatible equipment. This motor type is suited to inverter-driven systems that need controlled speed and durable operation within a relatively compact installation envelope.

Thermal control is achieved by liquid cooling. Coolant is introduced through a dedicated connection thread cut to 1/2 inch, so common plant plumbing can be attached directly. The stator housing supports flange mounting, allowing rigid attachment to machine plates while keeping shaft alignment precise. During nominal operation, the rotor reaches 2000 rpm, a speed point that matches typical inverter output frequencies for torque-controlled applications. Contamination ingress is limited by the IP65 enclosure rating, which seals the winding cavity against dust and low-pressure water jets encountered in many production environments. Because heat is carried away through the coolant circuit, the motor is well suited to enclosed machine sections where free airflow is limited.

The unit is delivered without a holding brake, so motion retention during power loss must be handled by the drive or by an external clamp. Electrical insulation meets class F limits, allowing the winding temperature to rise to 155 °C without compromising dielectric strength. Specified service is approved for ambient conditions from 0 to 40 °C, allowing the cooling circuit to maintain safe operating temperatures under normal installation conditions. A shaft sealing ring surrounds the plain shaft to block fluid migration into the bearing chamber, and the motor maintains vibration grade A to reduce dynamic loads on connected precision assemblies. In applications with suspended or overhauling loads, a separate holding device must keep the axis in position when input power is removed.