MDD090A-N-020-N2L-110PL0

A thermal time constant of 45 minutes means that the motor takes approximately 45 minutes to reach thermal equilibrium, which is important for understanding how the motor reacts to load changes and its ability to handle extended duty cycles.

The 6.84 Ohm windings resistance results in resistive losses, generating heat and reducing the motor’s overall efficiency. Higher resistance levels can also require enhanced cooling systems to maintain thermal balance.

The standard housing design provides moderate protection against environmental factors like dust and moisture. However, additional sealing or protection may be needed in environments with heavy exposure to particulates or liquids.

The 19.0 Nm theoretical maximum torque ensures that the motor can handle large dynamic loads. However, systems requiring sustained operation at or near maximum torque must consider additional thermal management to avoid overheating.

The natural convection and surface-cooling housing design allows the motor to efficiently dissipate heat generated during operation without the need for additional cooling equipment, making it ideal for energy-efficient systems.