Product Description:

The MAF130C-0100-FQ-S0-AQ0-05-N1/S038 is an asynchronous AC motor developed by Bosch Rexroth Indramat for the MAF IndraDyn Asynchronous Motors series. Classified as a liquid-cooled asynchronous motor, it is intended for tight-space industrial automation tasks where continuous torque and thermal stability are required. The unit mounts directly to machine frames through a flange and integrates with drive controllers to convert electrical power into controlled rotary motion for conveyors, extruders, and similar production equipment. Its induction-motor design supports reliable operation in processes that require steady output, durable construction, and consistent performance over extended duty cycles.

The motor’s stator uses winding code 0100 and is optimized for a rated speed of 1000 rpm. Heat generated in the windings is removed by liquid cooling, delivered through a cooling jacket fed via a connection thread sized at 1/4 inch, which accommodates standard hydraulic fittings. Electrical power reaches the unit on the A-side through a circular connector, and machine attachment relies on flange mounting surfaces that fit common gearbox patterns. Operational ingress protection is IP65, which helps keep dust and low-pressure water jets away from internal components. The cooling arrangement supports stable thermal behavior during continuous operation, and the connector layout helps keep cable routing organized in compact machine assemblies.

The stator and housing correspond to size 130 with length code C, giving the motor a moderate footprint for medium-torque drives. Windings are built with class F insulation, allowing elevated internal temperatures without dielectric breakdown, provided that ambient air stays within 0–40 °C. Mechanical torque transfer occurs through a shaft with keyway, and the assembly is delivered without a holding brake, so static load retention must be handled by the drive system or external locks. Because the motor has no shaft sealing ring, external sealing must be provided when required. Compliance with DIN EN 60034-14 limits residual vibration for this configuration, and the keyed shaft supports secure coupling to driven machine elements.