Product Description:

The MAF130D-0200-FQ-S0-AK0-35-N1 is manufactured by Bosch Rexroth Indramat as part of the MAF IndraDyn Asynchronous Motors series. This liquid-cooled asynchronous housing motor is used in conveyors, extruders, and other continuous-duty axes where direct coolant circulation removes heat and helps keep the installation compact. In industrial automation, it converts electrical energy into controllable mechanical torque so the connected inverter can regulate speed and load with stable response during long operating cycles. Its housing-based cooling layout is useful where surrounding machine components leave limited room for large external ventilation hardware.

Heat is removed through liquid cooling, with coolant carried through the stator jacket by connections that mate with standard hoses. The housing supports flange and foot mounting, so it can be secured on a base or attached directly to a gearbox face. This gives more flexibility when the motor must align with either a machine frame or a driven assembly. During operation, the rotor can reach 2000 rpm, a speed that should be considered when selecting couplings and other drivetrain parts. An IP65 enclosure helps protect the windings and bearings from dust and water jets in industrial service.

The stator conductors use class F insulation, which supports elevated winding temperatures during demanding duty cycles. Shaft dynamics are controlled by a rotor that is balanced with a half key, helping keep vibration within grade A when the output shaft is coupled through its keyway. The balancing condition follows DIN EN 60034-14 limits on residual displacement. Coolant enters through a 1/4 inch threaded port on the A-side power connection, and electrical power reaches the stator through a sealed connector on the same face. This layout keeps coolant and power connections on the same side, which can simplify hose and cable routing in tight machine spaces. The motor has frame size 130 with length code D, uses a standard bearing arrangement, and does not include a holding brake, so the axis must be held by external drive control when power is removed. A shaft sealing ring protects the bearings from washdown fluids, and reliable operation is specified between 0 to 40 °C ambient.