Product Description:

The MAF225C-0150-FQ-M0-KQ0-35-N1 is an asynchronous housing motor manufactured by Bosch Rexroth Indramat and delivered within the MAF IndraDyn Asynchronous Motors series. Designed for driven axes that require continuous torque without external fans, the motor couples directly to an inverter in industrial automation lines and provides rotary power in a compact sealed housing. Its enclosed format supports installations where dependable operation and straightforward integration into machine assemblies are important. The motor is intended for equipment that runs for long duty cycles and needs a robust industrial drive solution.

With a rated shaft speed of 1500 rpm, the unit matches production lines standardized on 50 Hz mains frequencies. The frame size 225 and the length code C set its overall footprint, which helps determine the space needed around the machine interface. A standard bearing arrangement supports the rotor, and the shaft is furnished with a keyway for positive torque transmission. Shaft balance is achieved with a complete key, and the rotor complies with the balancing grade specified in DIN EN 60034-14, giving a vibration classification of A. Mounting is possible through flange and foot mounting holes, so either the machine bed or a gear housing can serve as the reference surface. Electrical insulation is built to class F, permitting elevated winding temperatures under cyclic loading.

Liquid cooling circulates through an internal jacket and is accessed through a 1/2 inch connection thread, which simplifies hookup to plant manifolds. The enclosure is rated IP65, blocking dust ingress and low-pressure water jets when the supplied connections are sealed. Operation is allowed in ambient temperatures from 0–40 °C, so the motor is suited to typical factory conditions. The stator uses winding code 0150, which matches the electrical characteristics expected by designated MAF drive modules. The motor is supplied without a holding brake and without a shaft sealing ring, so position holding and fluid exclusion must be handled by the surrounding machine arrangement. This layout is suitable for applications where those functions are provided elsewhere in the system.