Product Description

The MRS202A-1N-0096-NNNN synchronous motor is a high-performing workhorse engineered for demanding applications requiring sustained rotational power delivery. Rated at 25.1 kW, it carries sufficient capability to handle rigorous cyclical tasks. Providing a rated torque output of 120 Nm enables productive operation of mechanical systems with sizable load demands. Even bursts of activity are supported through a maximum 270 Nm capability, allowing for brief hyperloading. Run at a rated speed of 2000 rpm, the motor complements various machinery motions.

Central to its suitability is the robust design delivering strength without compromise. A moment of inertia measuring just 0.05 kg·m² permits agile starts and stops, even when transitioning at high torques. Yet, durability stems not only from physical resilience but also from reliability in varied usage environments. With a permissible operating range from freezing to moderate warmth, the motor withstands placement virtually anywhere. This eliminates concerns over ambient conditions hindering availability or shortening operational lifespan. Powerful performance enables productive system activity, yet compact dimensions simplify integration. Standardized mounting locations follow prevailing industry norms, streamlining installation planning. Cabling too adheres to common ratings, offering plug-and-play usability. Such engineering subtly enhances value through simplified adoption and lifecycle optimization. Inside, careful winding specifications generate consistent torque from minimal current draws, improving overall efficiency and lessening heat generation.

Especially suited to heavy-duty recurring cycles, the motor withstands relentless multi-shift operation. An inherent thermal constitution engineered to dissipate built-up warmth avoids part degradation, which plagues inferior designs under sustained exertion. Consequently, longevity far outstrips typical component service intervals, reducing total operational costs. Fundamentally, the motor integrates synchronous principles with premium construction suited to broad industry settings.