Product Description:

The MAF130D-0100-FQ-S0-BK0-05-N1 is an asynchronous housing motor produced by Bosch Rexroth Indramat for the MAF IndraDyn Asynchronous Motors series. Integrated into closed-loop inverter systems, this unit delivers regulated mechanical rotation for conveyors, mixers, and forming stations in industrial automation. Its compact enclosure allows direct coupling to gear reducers so that motion-control packages can be assembled with minimal footprint inside automated cells. The motor layout is suited to installations that need a sealed housing, controlled speed, and dependable torque transfer through a geared drive train.

Heat is extracted by liquid cooling, and the housing includes a connection thread sized 1/4 inch to couple the motor to plant piping. The threaded port matches the required connection style and supports direct coolant line routing without extra adapter hardware. A rated speed of 1000 rpm aligns the asynchronous rotor with processes that need high torque at low speed, while winding code 0100 identifies the stator layout used for this operating point. Frame size 130 with length code D sets the overall enclosure, and the mounting face follows flange mounting geometry for repeatable alignment. Electrical power is routed through a B-side IP65 connector, which helps protect the connection point from dust and low-pressure water spray. Standard bearings carry radial and axial forces, and the motor is supplied without a holding brake for systems that already use mechanical locking or controlled stopping through the drive.

The electrical system is insulated to class F, permitting winding temperatures up to 155 °C during intermittent peaks while matching an allowable ambient range of 0 to 40 °C. This insulation class helps the motor tolerate thermal cycling during load changes and variable-speed operation. Balance quality conforms to DIN EN 60034-14, and the rotor is delivered balanced with a half key, so couplings can be installed without additional trim weights. Vibration level A limits housing acceleration near adjacent machine components, and the keyed shaft profile supports straightforward torque transfer into gear reducers or other keyed drive elements.