Product Description:

The MOT-FC-ET2-B35-160L-4-5CB-15-C3T-HOY is a three-phase motor delivered by Bosch Rexroth Indramat as part of the MOT Low Voltage Induction Motors series. It converts constant mains power into mechanical rotation for conveyors, compressors, and other fixed-speed loads found in automated production lines. The 160L frame uses combination foot-and-flange mounting, allowing the shaft to align with gearboxes or direct-drive equipment without custom brackets. This mounting arrangement supports either base installation or direct attachment to a compatible machine face. The induction design provides durable operation for applications that require continuous rotation and consistent shaft speed.

At its rated operating point, the motor accepts a supply of 400 V at a frequency of 50.0 Hz and produces a mechanical output of 15.00 kW. Under these conditions, the shaft turns at 1460 rpm while the motor draws 28.0 A, which is within typical inverter ratings for machines in this power class. The delta-connected stator windings support the rated current distribution and provide a power factor of 0.85, keeping reactive demand moderate on the plant bus. Full-load efficiency reaches 0.91, which limits conversion losses and reduces the heat generated during continuous operation. The motor has two pole pairs that establish a synchronous speed near 1500 rpm before normal induction slip is considered. Its rated torque is 98.1 Nm, providing steady mechanical force for connected conveyors, compressors, and similar equipment.

For short transients, the motor can draw 60.4 A, allowing the rotor to deliver up to 225.0 Nm without stalling under heavy inertial loads. Dynamic response is influenced by a rotor inertia of 0.125 kg·m², enabling smooth acceleration while helping prevent oscillation in belt and coupling systems. The housing, foot, and flange assembly weigh 153.0 kg, providing enough mass to damp vibration during operation. Acoustic output is limited to 64 dB(A), which helps control noise inside enclosed machine cells. The combination of stable torque delivery, moderate rotor inertia, and rigid mounting makes the motor suitable for fixed-speed industrial machinery with repetitive operating cycles.