MAF100C-0150-FQ-S2-LF0-35-N1

The MAF100C-0150-FQ-S2-LF0-35-N1 asynchronous motor is manufactured by Bosch Rexroth Indramat as part of the MAF IndraDyn Asynchronous Motors series. Within automated cells it serves as the prime rotary element that converts drive-inverter power into mechanical motion for conveyors, spindles, or positioning axes, enabling dependable speed and torque delivery during continuous production.

At zero shaft rotation the winding can accept a continuous current of 28.6 A, which defines the thermal ceiling for steady-state magnetizing during static holding tasks. During rated operation the current requirement drops to 27.9 A, aligning the motor with inverters sized for its nominal load. The rated operating point combines a speed of 1500 rpm with a shaft output of 10.4 kW; at this point the machine produces a sustained torque of 66 Nm. These figures establish the baseline for choosing gear ratios, sizing couplings, and configuring overload protection, while also supplying control algorithms with fixed references for speed-torque profiling under continuous duty cycles.

The performance envelope beyond the nominal point is governed by several limits. Torque begins to taper once the rotor exceeds the derating threshold of 1000 rpm, yet the construction supports mechanical integrity up to a maximum speed of 9000 rpm for short acceleration phases. When subjected to transient loading the motor can deliver a peak torque of 149 Nm, giving extra headroom for rapid indexing or breakaway moments. A continuous holding capability of 68 Nm at standstill protects vertical axes against back-drive without auxiliary brakes. The housing seals meet the IP65 classification, so the unit resists dust ingress and low-pressure water jets encountered inside general factory environments.