2AD132D-B05OC1-AS06-A2N1

The motor utilizes an axial blower for cooling, directing air current from B to A. This ensures efficient heat dissipation and maintains optimal performance under typical load conditions.

With a rotor inertia of 0.118 kgm², the motor offers good response times for dynamic operations. This value is critical in high-precision applications requiring fast speed control.

The motor has a thermal time constant of 55 minutes, which influences how quickly the motor reaches steady-state thermal equilibrium. It allows the motor to handle thermal fluctuations without significant performance degradation.

While the motor doesn't include a sealing ring, its standard bearings and cooling method make it suitable for diverse industrial environments. However, care must be taken to prevent excessive dust or moisture exposure.

This induction motor’s design, including its cooling system and standard bearings, should integrate easily with compatible systems. Ensuring proper airflow for cooling and appropriate load management will maximize its lifespan.