Product Description:

The MAF180C-0100-FQ-M2-KH0-35-V1 is a liquid-cooled asynchronous housing motor built by Bosch Rexroth Indramat and supplied within the MAF IndraDyn Asynchronous Motors series. Designed for fixed installation on machine frames, it combines flange and foot mounting to support both horizontal and vertical arrangements. A frame size 180 stator with length code C and winding code 0100 suits applications that need high continuous torque with a limited footprint, making the motor a practical choice for precision presses, test benches, and conveying systems. Its asynchronous design is well suited to machines that must maintain steady output over long duty cycles without relying on oversized motor housings.

The motor’s heat is removed by liquid cooling that circulates through a connection thread sized 1/2 inch, so a closed coolant loop can be attached without adapters. Rated speed is 1000 rpm, matching processes that demand constant velocity at low frequency. Position data are supplied by a multi-turn absolute encoder that transmits over EnDat2.1 at a resolution of 2048 increments, allowing the drive controller to reference absolute shaft angle after power-up. The assembly uses reinforced flange and foot interfaces but omits a holding brake, so external clamping must be provided when the axis is motionless. A plain shaft is supplied without a shaft sealing ring, and mechanical seating follows DIN EN 60034-14 for consistent mounting geometry.

Environmental and service features are confirmed by the enclosure rating of IP65, which blocks dust ingress and protects against water jets. Supply for the encoder electronics ranges from 7–12 V, permitting direct powering from typical drive auxiliary rails. Internally, reinforced bearings and vibration level A support smooth running during long production cycles. Thermal integrity is maintained by F-class insulation and an allowable ambient range of 0–40 °C. This combination supports use in enclosed machine sections where stable operation, controlled cooling, and resistance to common industrial contamination are all important.