Product Description:

The MAF160C-0100-FQ-S2-FK0-35-R1 is a liquid-cooled asynchronous housing motor produced by Bosch Rexroth Indramat within the MAF IndraDyn Asynchronous Motors series. Designed for flange or foot installation in machining centers, presses, and other continuous-duty equipment, it converts electrical power into controlled rotary motion. Its integrated coolant circuit helps keep stator temperature stable during long operating cycles, which supports consistent output when the load remains high for extended periods. In enclosed machine areas, this layout reduces the effect of heat buildup around the motor body. It also supports processes where steady speed and torque are more important than rapid thermal recovery between short cycles.

The mechanical envelope uses frame size 160 with length code C, and the motor uses winding code 0100. It operates at a rated speed of 1000 rpm, which suits low-speed, high-torque stages. Heat is removed by liquid cooling, and coolant passes through a 1/2-inch connection thread. A balanced rotor with a half key and vibration level A help limit oscillation, while a single-turn absolute encoder transmits 2048 increments through the EnDat2.1 interface for accurate feedback. The enclosure is rated IP65, and the shaft uses a sealing ring and a keyed output to help resist contamination and simplify coupling. Because the motor does not include a holding brake, the shaft can rotate freely when power is removed.

Electrical integration is supported by encoder electronics that accept a supply of 7 – 12 V, which allows connection to many compatible servo drives. The stator insulation is class F, permitting internal temperatures up to 155 °C during normal thermal loading. Mechanical tolerances and vibration limits conform to DIN EN 60034-14, which supports use in assemblies that follow common motor standards. Continuous duty is intended for ambient conditions from 0 – 40 °C. If the installation operates outside that range, additional cooling or derating is required to maintain stable motor performance and protect service life. The feedback path also supports precise speed control and position tracking during closed-loop operation.