R911272919 (MDD090A-N-020-N2L-130GA0)

The 19.0 Nm maximum torque requires a robust power supply and thermal management system to avoid overheating, especially in high-load conditions where the motor operates close to its maximum torque.

The 4.0 (5.4) A continuous current rating ensures stable performance in long-term applications but may require additional cooling mechanisms to manage heat dissipation and maintain consistent efficiency.

The moment of inertia affects the motor’s acceleration and deceleration rates. A higher inertia results in slower response times, which could limit performance in systems that require rapid speed adjustments.

The thermal time constant of 45 minutes indicates how quickly the motor reaches thermal equilibrium. For high-demand cycles, this ensures the motor can handle prolonged use without excessive heat buildup or performance degradation.

The 6.84 Ohm windings resistance leads to energy losses in the form of heat. This resistance increases as current increases, lowering the overall motor efficiency, particularly in high-power or continuous-use applications.