MAF180D-0100-FQ-M2-HP2-35-N1

Bosch Rexroth Indramat manufactures the MAF180D-0100-FQ-M2-HP2-35-N1 as an asynchronous drive motor within the MAF IndraDyn Asynchronous Motors series. The unit is intended for industrial automation axes that demand high continuous torque together with field-oriented vector control. By coupling directly to gear stages or large rotary tables, the motor converts electrical energy into mechanical rotation for positioning, conveying, or spindle duties where induction technology offers a stable torque curve.

The performance baseline starts with a rated speed of 1000 rpm; this is the shaft velocity the motor maintains under nominal load while operating at a slip angle defined by its three pole pairs. At that point it delivers 460 Nm of rated torque, allowing constant force output without thermal overload. Electrical loading for that operating point is 48.1 kW of mechanical power drawn through a phase current of 94.8 A. The drive controller therefore must supply sufficient RMS current and cooling airflow. Torque generation efficiency is expressed by the constant of 5.23 Nm/A, indicating how much incremental torque appears per ampere fed into the stator; this parameter is important when tuning current loops for fast response.

Additional characteristics define limits beyond the nominal point. The mechanical system can accelerate to a top speed of 6000 rpm or withstand a momentary load of 1094 Nm during rapid indexing. Dynamic behavior is influenced by a rotor inertia of 0.855 kg·m², so motion planners must account for stored kinetic energy when braking. The winding set reaches steady-state temperature slowly thanks to a thermal time constant of 25 min; this lag supports intermittent overloads introduced earlier. An IP65 housing, a minimum power-cable cross-section of 35 mm², and a motor mass of 381 kg all contribute to installation requirements without repeating the rated operating figures.