Product Description:

The MAF130C-0200-FR-S2-HH0-35-H1 is an asynchronous motor produced by Bosch Rexroth Indramat for the MAF IndraDyn Asynchronous Motors series. It is a liquid-cooled asynchronous housing motor intended to deliver continuous drive torque in automated plant equipment that cannot tolerate temperature drift during extended operation. Installation uses flange and foot mounting, and the 130-frame geometry follows DIN EN 60034-14 for compatibility with common machine layouts. This arrangement helps the motor fit rigid mounting surfaces where stable thermal behavior and repeatable shaft alignment are important.

Its cooling circuit uses liquid cooling through an enclosed rapid-action coupling sized for a 1/4 inch line, so the coolant loop can be disconnected quickly when the motor is removed. The cast housing has an IP65 rating that resists dust and low-pressure water jets, and a rotatable terminal box on side B routes incoming mains power without forcing a fixed cable direction. Under load, the rotor reaches 2000 rpm while meeting vibration level A for shaft motion. Position feedback is provided by a single-turn EnDat 2.1 encoder with 2048 increments, giving the drive precise absolute position data as soon as the feedback channel is active. The motor is supplied without a holding brake and without a shaft sealing ring, so any static holding or splash protection must be provided elsewhere in the machine.

The feedback channel operates on 7 to 12 V, which allows the encoder to be powered directly from the drive interface. The rotor runs on high-speed bearings that suit the 130 mm frame and C-length core, helping maintain alignment during continuous operation. The motor is intended for ambient temperatures of 0 to 40 °C, which matches many enclosed industrial installations. Because there is no shaft sealing ring, the plain shaft area should be kept out of direct washdown and protected from splash at the coupling. Class F winding insulation supports thermal endurance in the stator, while the liquid-cooled housing removes heat without relying on external airflow.