Product Description:

The MAF130E-0100-FQ-S0-AH0-05-A1 is an asynchronous induction motor produced by Bosch Rexroth Indramat within the MAF IndraDyn Asynchronous Motors series. This liquid-cooled motor is intended for industrial automation where stable torque and a compact footprint are required, such as packaging axes or continuous conveyors. As part of a drive system, the motor converts electrical power from an inverter into mechanical rotation for direct connection to gearboxes or other driven equipment. Its design suits applications that need steady operation over long running periods without relying on external fan cooling.

The motor uses liquid cooling circulated through an internal jacket, and the coolant connection is tapped at 1/4 inch for standard hydraulic fittings. With an enclosure rating of IP65, the housing resists dust and low-pressure water jets in typical factory environments. The nominal output speed is 1000 rpm, which supports constant-torque operation with a matched inverter. Frame size 130 provides enough stator cross-section for heat dissipation while keeping the motor size practical for machine layouts. The rotor is supported by an A-side fixed bearing, and flange mounting helps align the motor with a gear reducer or driven shaft. Vibration level A also helps limit shaft movement during operation.

The unit is delivered without a holding brake, so a stopped load must be secured by external means when the application requires load retention. An insulation system rated to class F allows winding temperatures up to 155 °C while maintaining normal service life under proper operating conditions. Design and testing follow DIN EN 60034-14, which covers balancing accuracy and allowable shaft vibration. The output end uses a plain shaft and does not include a shaft sealing ring, so the driven machine must provide sealing when fluids or contamination are present. Power enters through a connector on the A-side of the stator, and winding code 0100 is used for matching drive parameters. Continuous service is supported in ambient temperatures from 0 to 40 °C for normal machine hall operation.