Product Description:

The MAF100C-0150-FQ-S2-EP0-05-N1 is an induction motor manufactured by Bosch Rexroth Indramat within the MAF IndraDyn Asynchronous Motors series. It fits size 100 stator frames with the C length code and installs through a flange interface. The liquid-cooled design supplies constant torque for spindles, conveyors, and auxiliary axes in industrial automation where compact size and steady thermal performance are required. Its asynchronous design suits machines that prioritize durable speed control and continuous operation rather than rapid stop-start positioning.

Mechanical integration centers on the drive end. The rotor is balanced with a complete key to minimize runout, and the shaft exits through a sealing ring that works with the IP65 housing to block fluid ingress. Nominal operation is at 1500 rpm, and the windings use code 0150. Heat is removed by liquid routed through a connection thread, and the port is cut to 1/4 inch so adapters fit without modification. Power arrives on the A-side of the frame through a turnable terminal box for easier cable entry. The bearing arrangement is standard, the mounting face is a flange, and the motor is supplied without a holding brake, so the application must lock the load externally. That combination helps the motor fit sealed machine zones where fluid exposure may occur.

Electronic feedback relies on a single-turn absolute encoder that communicates via EnDat2.1 and yields 2048 increments per revolution. The sensor operates from 7–12 V supplied by the drive, allowing the feedback circuit to remain integrated with the control hardware. This feedback arrangement supports accurate speed monitoring and reliable position transmission to the connected drive. Class F insulation allows elevated winding temperature, and compliance with DIN EN 60034-14 is demonstrated by operation that stays within Vibration level A. The motor can be installed in rooms where ambient air is 0 to 40 °C, which suits enclosed machine spaces that rely on external coolant circulation and predictable heat removal during continuous operation.