MAC025A-0-WS-3-E/040-A-0/S006

MAC025A-0-WS-3-E/040-A-0/S006, Bosch Rexroth Indramat, MAC AC Servo Motors represents an advanced permanent magnet motor platform engineered for high-performance automation. This model employs electronic commutation and a specialized stator design to deliver exceptional smooth running qualities and withstand rigorous cyclic loads. Its durable black prime coating housing ensures robust protection against environmental stress, while integrated thermo switches in the windings and stator housing monitor temperature in real time. Without a blocking brake, the MAC025A-0-WS-3-E/040-A-0/S006 maintains low inertia and rapid dynamic response, making it ideal for precision applications.

The motor offers a Centering diameter of **40 millimeters** and adopts natural convection Cooling type to eliminate the need for additional fans or liquid circuits. It meets a rugged Protection class of **IP65**, safeguarding internal components from dust and splash water. Wound with Insulation classification **F** materials, the unit tolerates higher temperature spikes and extends service life. Rated for operation up to a Maximum installation elevation of **1000 meters above sea level**, it sustains continuous duty across a Permissible ambient temperature range of **0 to 45°C** and survives non-operational conditions from **-20 to +80°C**. The motor’s feed system includes Motor feedback via tachofeedback with second shaft end, while its compact Motor Size **25** and Motor Length **A** footprint simplifies integration in space-constrained assemblies.

Engineers appreciate the seamless integration of the MAC025A-0-WS-3-E/040-A-0/S006 with compatible drive controllers, forming rapid-response automation loops ideally suited for machine tools, printing presses, and handling systems. The protective housing and high-resolution feedback ensure long-term reliability in demanding industrial settings. This servo motor’s combination of precision, durability, and efficient thermal management makes it a cornerstone for next-generation motion control applications.