Product Description:

The MAF130C-0200-FQ-M2-AH0-05-R1 asynchronous motor is produced by Bosch Rexroth Indramat within the MAF IndraDyn Asynchronous Motors series. It is intended for precise motion tasks in industrial automation, where the drive system uses controlled electrical input to produce rotary output for conveyors, processing axes, and other machine movements. The motor mounts directly to machinery through a flange, which supports rigid installation on machine frames or adapter plates. It uses a plain shaft without a shaft sealing ring and is supplied without a holding brake, so applications that require holding force must use an external stopping device. Its mechanical package uses frame size 130 with the C length code, is balanced to vibration level A according to DIN EN 60034-14, has a connector on the A-side, and uses winding code 0200 for its impedance profile during drive tuning.

This product is a liquid-cooled asynchronous housing motor, and heat is removed by circulating coolant through a threaded connection while the stator remains isolated from process debris. The cooling interface is sized at 1/4 inch, and the circuit uses liquid cooling that keeps the class F insulation within its permissible temperature limit when the rotor runs at a rated speed of 2000 rpm. Because heat is transferred through the coolant circuit rather than relying on surrounding air, the motor can operate in enclosed machine spaces where airflow is limited. An enclosure rating of IP65 helps block dust and water jets, so the motor can operate near washdown zones. Encoder electronics receive a regulated supply of 7–12 V from the drive, and the threaded cooling connection avoids hose barbs or manifolds.

The integrated multi-turn absolute encoder communicates via EnDat2.1 and returns position data with a resolution of 2048 increments per revolution. This feedback arrangement helps the controller retain axis reference after power cycling and supports synchronized motion between connected machine sections. Operation is permitted in ambient temperatures of 0–40 °C, allowing installation in ordinary factory spaces without extra climate control. The motor is suited for continuous-duty packaging, printing, and forming equipment that depends on stable thermal performance and consistent position feedback.