Product Description:

The MAF160C-0100-FQ-M2-EG0-05-N1 is an asynchronous housing motor built by Bosch Rexroth Indramat and assigned to the MAF IndraDyn Asynchronous Motors series. This liquid-cooled design is intended for heavy-duty automation where frame temperatures must stay low during continuous operation, such as plastics extrusion lines or heavily loaded conveyors. The asynchronous motor design suits applications that require steady torque over long duty cycles without relying on intermittent cooling periods. It mounts by flange on the machine side and uses a plain output shaft, while the integrated multi-turn absolute encoder supplies position data to the drive for closed-loop speed regulation. Because the unit is supplied without a holding brake, stationary loads must be secured by drive-controlled torque or an external locking device.

A coolant jacket channels fluid through the stator, and the motor uses liquid cooling through a 1/2 inch connection thread that mates with common industrial fittings. Electrical feedback is handled through the EnDat interface, where the built-in encoder communicates by EnDat2.1 protocol and resolves shaft rotation into 2048 increments. The encoder operates from a supply range of 7–12 V, supporting stable signal transmission to the connected drive. These feedback characteristics help the controller maintain precise phase-angle information and preserve absolute position data after power interruptions. This arrangement supports closed-loop speed control without separate external feedback hardware.

The housing carries an IP65 protection rating, which blocks dust ingress and resists low-pressure water jets so the motor can be installed outside sealed panels. At a rated speed of 1000 rpm, it maintains vibration class A and keeps winding temperature within the F-class insulation limit when the surrounding air remains between 0 to 40 °C. Compliance with DIN EN 60034-14 keeps the flange and shaft geometry aligned with common drivetrain components, and the terminal box on the A-side can be rotated to simplify cable routing in tighter machine layouts.